diff --git a/index.html b/index.html
index 6f4ec96..f2ae37b 100644
--- a/index.html
+++ b/index.html
@@ -430,8 +430,6 @@ button.sidebar-toggle{
 
 <li>#</li>
 
-<li>#&lt;objectname&gt;</li>
-
 <li>#loop  🌱</li>
 
 <li>#rot</li>
@@ -454,12 +452,12 @@ button.sidebar-toggle{
 
 <li>📜 level1: URL</li>
 
-<li>📜 level2: metadata extras</li>
+<li>📜 level2: explicit links</li>
+
+<li>📜 level3: 3D timeline</li>
 
 <li>📜 XR fragments</li>
 
-<li>📡 implicit scene features</li>
-
 <li>🔗 URL</li>
 
 <li>🔥 Remotestorage</li>
@@ -470,7 +468,9 @@ button.sidebar-toggle{
 
 <li>🖥 Blender ✅🔥</li>
 
-<li>🧪 level3: non-normative</li>
+<li>🧪 experimental</li>
+
+<li>🧪 level4: non-normative metadata</li>
 
 <li>🧰 &lt;model-viewer&gt;</li>
 
@@ -652,14 +652,24 @@ button.sidebar-toggle{
 
 <li>$:/state/toc/Examples-THREE-698730194</li>
 
+<li>$:/state/toc/howto-🧪 experimental-1127861860</li>
+
+<li>$:/state/toc/level3-🎞 Media Fragments-1869724228</li>
+
 <li>$:/state/toc/Reference-📜 level 1 spec--403145756</li>
 
 <li>$:/state/toc/Reference-📜 level 1 spec: URL--403145756</li>
 
 <li>$:/state/toc/Reference-📜 level1: URL--403145756</li>
 
+<li>$:/state/toc/Reference-📜 level2: explicit links--403145756</li>
+
+<li>$:/state/toc/Reference-📜 level2: implicit links--403145756</li>
+
 <li>$:/state/toc/Reference-📜 level2: metadata extras--403145756</li>
 
+<li>$:/state/toc/Reference-📜 level3: 3D timeline--403145756</li>
+
 <li>$:/state/toc/Reference-📜 XR Fragments--403145756</li>
 
 <li>$:/state/toc/Reference-📡 by feature (heuristics)--403145756</li>
@@ -670,6 +680,10 @@ button.sidebar-toggle{
 
 <li>$:/state/toc/Reference-🧪 level3: non-normative--403145756</li>
 
+<li>$:/state/toc/Reference-🧪 level4: non-normative metadata--403145756</li>
+
+<li>$:/state/toc/Reference-🧪 level4: non-normative--403145756</li>
+
 <li>$:/state/toc/Reference-🧰 libraries--403145756</li>
 
 <li>$:/state/toc/Reference-js/AFRAME--403145756</li>
@@ -688,6 +702,8 @@ button.sidebar-toggle{
 
 <li>$:/state/toc/Reference/📜 level1: URL/🔗 URL-🖇 implicit URI fragments--403145756</li>
 
+<li>$:/state/toc/Reference/📜 level3: 3D timeline-🎞 Media Fragments--403145756</li>
+
 <li>$:/state/toc/Reference/📜 XR Fragments-🎞 Media Fragments--403145756</li>
 
 <li>$:/state/toc/Reference/📜 XR Fragments-🎞 W3C media fragments--403145756</li>
@@ -762,7 +778,7 @@ button.sidebar-toggle{
 
 <li>aboutleon.png</li>
 
-<li>accessibility via commands</li>
+<li>accessibility</li>
 
 <li>AFRAME template</li>
 
@@ -778,9 +794,9 @@ button.sidebar-toggle{
 
 <li>conflict.jpg</li>
 
-<li>create a button</li>
+<li>create a basic XRF editor</li>
 
-<li>creating a simple editor</li>
+<li>create a teleport button</li>
 
 <li>Draft of '↪ URI.parse(url,flags)'</li>
 
@@ -792,7 +808,7 @@ button.sidebar-toggle{
 
 <li>Draft of 'XR Fragments'</li>
 
-<li>dynamic buttons via server</li>
+<li>dynamic scenes via server</li>
 
 <li>embed a 3D object (subtree)</li>
 
@@ -816,6 +832,8 @@ button.sidebar-toggle{
 
 <li>How it works</li>
 
+<li>Howto</li>
+
 <li>href</li>
 
 <li>hyperpreview vs 2D hyperlinks</li>
@@ -844,8 +862,6 @@ button.sidebar-toggle{
 
 <li>popper.png</li>
 
-<li>positioning the user/camera</li>
-
 <li>Potential future additions</li>
 
 <li>predefined_view</li>
@@ -854,8 +870,6 @@ button.sidebar-toggle{
 
 <li>q.png</li>
 
-<li>Reactivity / URI templating</li>
-
 <li>Reference</li>
 
 <li>roundrobin</li>
@@ -928,6 +942,8 @@ button.sidebar-toggle{
 
 <li>THREE template #online</li>
 
+<li>URI templates (reactivity)</li>
+
 <li>using shaders</li>
 
 <li>uv and texture scrolling</li>
@@ -957,29 +973,29 @@ button.sidebar-toggle{
 </noscript>
 <!--~~ Ordinary tiddlers ~~-->
 <script class="tiddlywiki-tiddler-store" type="application/json">[
-{"created":"20240131104509452","text":"Create an empty mesh object (in Blender it's called an 'Empty') and add an [[src]] custom property with an OGG/MP3/WAV URL. For example:\n\u003Cbr>\u003Cbr>\n`src`&nbsp;:&nbsp;`https://foo.com/podcast.mp3`\n\u003Cbr>\u003Cbr>\n1. ''IF'' the empty is positioned at 0,0,0 the audio is nonpositional (like music e.g.)\u003Cbr>\u003Cbr>\n2. ''IF'' the empty is ''not'' positioned at 0,0,0, then it'll be positional audio\u003Cbr>\u003Cbr>\n3. the ''scale'' of the audio object will determine the amplitude/reach of the positional audio.\u003Cbr>\u003Cbr>\n\u003Cbr>\n\n> NOTE: audio does not play unless [[#t|`#t=1`]] triggers it. For auto-play try adding `#t=1` to the default fragment `#` on the scene ([[see this video|https://coderofsalvation.codeberg.page/xrfragment.media/gettingstarted2024.mp4#t=358]])","tags":"[[📡 implicit scene features]]","title":"(non)positional audio","modified":"20241007083525196"},
-{"created":"20240208125917539","text":"`#` indicates a default fragment to execute during scene-load.\n\n| fragment | type  | example value | info |\n|`#`| string (& separated) | `#-cube&t=0` | hide object with name `cube` and start 3D animations (implies `xrf://-cube&t=0`)|\n\n> NOTE: this only gets publish to the [[hashbus]] and does not update the top-Level URL\n\n[[» discussion|https://github.com/coderofsalvation/xrfragment/issues/12]]\u003Cbr>\n","tags":"[[🧪 level3: non-normative]]","title":"#","modified":"20250516150856685","type":"text/vnd.tiddlywiki"},
-{"created":"20241007083043404","text":"reference object(s) within a scene (by name)\n\n| fragment | type | functionality |\n| \u003Cb>#car&room\u003C/b> | string  | reference object(s) with name `car` (and `room`) |\n\nIt is up to the implementation what to do with it (import objects from a remote scene-file, or [[highlight them|Selection of interest]] in the current scene)","tags":"level1 [[🖇 implicit URI fragments]]","title":"#\u003Cobjectname>","modified":"20241007083412151","type":"text/vnd.tiddlywiki"},
+{"created":"20240131104509452","text":"Create an empty mesh object (in Blender it's called an 'Empty') and add an [[src]] custom property with an OGG/MP3/WAV URL. For example:\n\u003Cbr>\u003Cbr>\n`src`&nbsp;:&nbsp;`https://foo.com/podcast.mp3`\n\u003Cbr>\u003Cbr>\n1. ''IF'' the empty is positioned at 0,0,0 the audio is nonpositional (like music e.g.)\u003Cbr>\u003Cbr>\n2. ''IF'' the empty is ''not'' positioned at 0,0,0, then it'll be positional audio\u003Cbr>\u003Cbr>\n3. the ''scale'' of the audio object will determine the amplitude/reach of the positional audio.\u003Cbr>\u003Cbr>\n\u003Cbr>\n\n> NOTE: audio does not play unless [[#t|`#t=1`]] triggers it. For auto-play try adding `#t=1` to the default fragment `#` on the scene ([[see this video|https://coderofsalvation.codeberg.page/xrfragment.media/gettingstarted2024.mp4#t=358]])","tags":"[[🧪 experimental]] level4","title":"(non)positional audio","modified":"20250902143004728"},
+{"created":"20240208125917539","text":"`#` indicates a default fragment to execute during scene-load.\n\n| fragment | type  | example value | info |\n|`#`| string (& separated) | `#-cube&t=0` | hide object with name `cube` and start 3D animations (implies `xrf://-cube&t=0`)|\n\n> NOTE: this only gets publish to the [[hashbus]] and does not update the top-Level URL\n\n[[» discussion|https://github.com/coderofsalvation/xrfragment/issues/12]]\u003Cbr>\n","tags":"[[🧪 level4: non-normative metadata]] level4","title":"#","modified":"20250902140746639","type":"text/vnd.tiddlywiki"},
 {"created":"20240207131001873","text":"!! Specify playback loopmode\n\nThe missing element from Media Fragments.\n\n| fragment | type | functionality |\n| \u003Cb>#loop\u003C/b> | string | enables animation/video/audio loop |\n| \u003Cb>#-loop\u003C/b> | string | disables animation/video/audio loop |\n\n> `#loop` is fully functional, but not part of the official W3C Media Fragments (yet?)\n\n\u003Cbr>\n\u003Cdiv style=\"max-width:600px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/media_uv_template_fragments.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\n!Spec\n\nBelow is the related section of the spec (full spec here: \u003Ca href=\"doc/RFC_XR_Fragments.html\" target=\"_blank\">HTML\u003C/a>, \u003Ca href=\"doc/RFC_XR_Fragments.txt\" target=\"_blank\">TXT\u003C/a>)\n\n\u003Ciframe src=\"doc/RFC_XR_Fragments.html#list-of-uri-fragments\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n\n\u003Cbr>\u003CBr>\n[[» discussion|https://github.com/coderofsalvation/xrfragment/issues/14]]\u003Cbr>\n","tags":"[[🎞 Media Fragments]]","title":"#loop  🌱","modified":"20240228121548299","type":"text/vnd.tiddlywiki"},
-{"created":"20230815160020110","text":"> NOTE: in the next iteration of the spec, this will be non-normative. \u003Cbr>Reason: in VR/AR setting the 'lookat' of the camera is not possible (while keeping headtracking-sensors active), leading to ambigious results compared to desktop.\n\nset the rotation of the camera (or queried object(s)).\n\n| fragment | type | access       | functionality |\n| \u003Cb>#rot\u003C/b>=0,90,0 | [[vector3|vector]]                 |🔓 🎲 💥 🔗| rotate camera (or [[filtered|#filters]] object(s))  |\n\nYou can add this URI Fragment to the top-level URLbar, or as [[href]] value (to trigger via click) in a 3D model Editor (Blender e.g.):\u003Cbr>\u003Cbr>\n\n\u003Cdiv style=\"max-width:600px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/gettingstarted2024.mp4#t=295\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\n\u003Ch2>Developers only:\u003C/h2>\n\n[[» example implementation|https://github.com/coderofsalvation/xrfragment/blob/main/src/3rd/js/three/xrf/rot.js]]\u003Cbr>\n[[» discussion|https://github.com/coderofsalvation/xrfragment/issues/7]]\u003Cbr>\n\n!Spec\n\nBelow is the related section of the spec (full spec here: \u003Ca href=\"doc/RFC_XR_Fragments.html\" target=\"_blank\">HTML\u003C/a>, \u003Ca href=\"doc/RFC_XR_Fragments.txt\" target=\"_blank\">TXT\u003C/a>)\n\n\u003Ciframe src=\"doc/RFC_XR_Fragments.html#navigating-3d\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n","tags":"[[🧪 level3: non-normative]]","title":"#rot","modified":"20250516151540948","type":"text/vnd.tiddlywiki"},
+{"created":"20230815160020110","text":"> NOTE: in the next iteration of the spec, this will be non-normative. \u003Cbr>Reason: in VR/AR setting the 'lookat' of the camera is not possible (while keeping headtracking-sensors active), leading to ambigious results compared to desktop.\n\nset the rotation of the camera (or queried object(s)).\n\n| fragment | type | access       | functionality |\n| \u003Cb>#rot\u003C/b>=0,90,0 | [[vector3|vector]]                 |🔓 🎲 💥 🔗| rotate camera (or [[filtered|#filters]] object(s))  |\n\nYou can add this URI Fragment to the top-level URLbar, or as [[href]] value (to trigger via click) in a 3D model Editor (Blender e.g.):\u003Cbr>\u003Cbr>\n\n\u003Cdiv style=\"max-width:600px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/gettingstarted2024.mp4#t=295\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\n\u003Ch2>Developers only:\u003C/h2>\n\n[[» example implementation|https://github.com/coderofsalvation/xrfragment/blob/main/src/3rd/js/three/xrf/rot.js]]\u003Cbr>\n[[» discussion|https://github.com/coderofsalvation/xrfragment/issues/7]]\u003Cbr>\n\n!Spec\n\nBelow is the related section of the spec (full spec here: \u003Ca href=\"doc/RFC_XR_Fragments.html\" target=\"_blank\">HTML\u003C/a>, \u003Ca href=\"doc/RFC_XR_Fragments.txt\" target=\"_blank\">TXT\u003C/a>)\n\n\u003Ciframe src=\"doc/RFC_XR_Fragments.html#navigating-3d\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n","tags":"[[🧪 level4: non-normative metadata]] level4","title":"#rot","modified":"20250902140746642","type":"text/vnd.tiddlywiki"},
 {"created":"20240207130807055","text":"!! Play back speed\n\ncontrols the animation(s) of the scene (or `src` resource which contains a timeline)\n\n| fragment | type | functionality |\n| \u003Cb>#s\u003C/b>=1 | `[-]float` | set playback speed |\n\n> 🌱 = fully functional, but not part of the official W3C Media Fragments (yet?)\n\n\u003Cbr>\n\u003Cdiv style=\"max-width:600px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/media_uv_template_fragments.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\n!Spec\n\nBelow is the related section of the spec (full spec here: \u003Ca href=\"doc/RFC_XR_Fragments.html\" target=\"_blank\">HTML\u003C/a>, \u003Ca href=\"doc/RFC_XR_Fragments.txt\" target=\"_blank\">TXT\u003C/a>)\n\n\u003Ciframe src=\"doc/RFC_XR_Fragments.html#media-fragments-and-datatypes\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n\n\u003Cbr>\u003CBr>\n[[» discussion|https://github.com/coderofsalvation/xrfragment/issues/13]]\u003Cbr>\n","tags":"[[🎞 Media Fragments]]","title":"#s 🌱","modified":"20240228121853616","type":"text/vnd.tiddlywiki"},
-{"created":"20231012145307424","text":"!!Animation(s) timeline\n\ncontrols the animation(s) of the scene (or `src` resource which contains a timeline)\n\n| fragment | type | functionality |\n| \u003Cb>#t\u003C/b>=start,stop | [[vector2]] (default:`#t=0,0`) | start,stop (in seconds |\n\n\n| Example Value     | Explanation |\n| `#t=1` |  play (3D) animations from 1 seconds till end (and stop) |\n| `#t=1,100` |  play (3D) animations from 1 till 100 seconds (and stop) |\n| `#t=0,0`      | stop (3D) animations  at frame 0 |\n| `src`:`https://f.io/cat.mp4#t=0` | play video starting from `0` seconds till end (and stop) |\n| `src`:`https://f.io/cat.mp3#t=0` | play audio starting from `0` seconds till end (and stop) |\n| `src`:`https://f.io/cat.usdz3#t=2,3` | play 3D anim starting between `2` seconds and `3` (and loop) |\n\n> Use [[#s 🌱]] to control playback speed\n\n[[» example implementation|https://github.com/coderofsalvation/xrfragment/blob/main/src/3rd/js/three/xrf/t.js]]\u003Cbr>\n[[» discussion|https://github.com/coderofsalvation/xrfragment/issues/10]]\u003Cbr>\n\n\u003Cbr>\n\u003Cdiv style=\"max-width:600px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/media_uv_template_fragments.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\n\u003Cbr>\n\u003Cdiv style=\"max-width:600px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/animation.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\n!Spec\n\nBelow is the related section of the spec (full spec here: \u003Ca href=\"doc/RFC_XR_Fragments.html\" target=\"_blank\">HTML\u003C/a>, \u003Ca href=\"doc/RFC_XR_Fragments.txt\" target=\"_blank\">TXT\u003C/a>)\n\n\u003Ciframe src=\"doc/RFC_XR_Fragments.html#list-of-uri-fragments\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n\n!! Controlling embedded content\n\nuse [[URI Templates]] to control embedded media, for example a simple video-player:\n\n```\n\n foo.usdz                                            \n    │                                                 \n    │                                                 \n    ├── ◻ stopbutton \n    │      ├ #:    #-stopbutton\n    │      └ href: #player=stop&-stopbutton  (stop and hide stop-button)\n    │                                                 \n    └── ◻ plane                        \n           ├ play: #t=0,10\n           ├ stop: #t=0,0\n           ├ href: #player=play&stopbutton   (play and show stop-button)\n           └ src:  cat.mp4#{player}\n\n\n```\n\n\u003Cbr>\u003CBr>\n[[» discussion|https://github.com/coderofsalvation/xrfragment/issues/10]]\u003Cbr>\n\n","tags":"[[🎞 Media Fragments]] level1","title":"#t","modified":"20241007083033780","type":"text/vnd.tiddlywiki"},
+{"created":"20231012145307424","text":"!!Animation(s) timeline\n\ncontrols the animation(s) of the scene (or `src` resource which contains a timeline)\n\n| fragment | type | functionality |\n| \u003Cb>#t\u003C/b>=start,stop | [[vector2]] (default:`#t=0,0`) | start,stop (in seconds |\n\n\n| Example Value     | Explanation |\n| `#t=1` |  play (3D) animations from 1 seconds till end (and stop) |\n| `#t=1,100` |  play (3D) animations from 1 till 100 seconds (and stop) |\n| `#t=0,0`      | stop (3D) animations  at frame 0 |\n| `src`:`https://f.io/cat.mp4#t=0` | play video starting from `0` seconds till end (and stop) |\n| `src`:`https://f.io/cat.mp3#t=0` | play audio starting from `0` seconds till end (and stop) |\n| `src`:`https://f.io/cat.usdz3#t=2,3` | play 3D anim starting between `2` seconds and `3` (and loop) |\n\n> Use [[#s 🌱]] to control playback speed\n\n[[» example implementation|https://github.com/coderofsalvation/xrfragment/blob/main/src/3rd/js/three/xrf/t.js]]\u003Cbr>\n[[» discussion|https://github.com/coderofsalvation/xrfragment/issues/10]]\u003Cbr>\n\n\u003Cbr>\n\u003Cdiv style=\"max-width:600px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/media_uv_template_fragments.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\n\u003Cbr>\n\u003Cdiv style=\"max-width:600px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/animation.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\n!Spec\n\nBelow is the related section of the spec (full spec here: \u003Ca href=\"doc/RFC_XR_Fragments.html\" target=\"_blank\">HTML\u003C/a>, \u003Ca href=\"doc/RFC_XR_Fragments.txt\" target=\"_blank\">TXT\u003C/a>)\n\n\u003Ciframe src=\"doc/RFC_XR_Fragments.html#list-of-uri-fragments\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n\n!! Controlling embedded content\n\nuse [[URI Templates]] to control embedded media, for example a simple video-player:\n\n```\n\n foo.usdz                                            \n    │                                                 \n    │                                                 \n    ├── ◻ stopbutton \n    │      ├ #:    #-stopbutton\n    │      └ href: #player=stop&-stopbutton  (stop and hide stop-button)\n    │                                                 \n    └── ◻ plane                        \n           ├ play: #t=0,10\n           ├ stop: #t=0,0\n           ├ href: #player=play&stopbutton   (play and show stop-button)\n           └ src:  cat.mp4#{player}\n\n\n```\n\n\u003Cbr>\u003CBr>\n[[» discussion|https://github.com/coderofsalvation/xrfragment/issues/10]]\u003Cbr>\n\n","tags":"[[🎞 Media Fragments]] level3","title":"#t","modified":"20250902141746347","type":"text/vnd.tiddlywiki"},
 {"created":"20240207130824258","text":"!! UV offset\n\nsets the uv-coordinates of polygons/texture\n\n| fragment | type | functionality |\n| \u003Cb>#uv\u003C/b>=u,v,uspeed,vspeed | [[vector2]] | set/scroll to uv coordinate |\n\n> 🌱 means that this is an optional element of the XR Fragments spec (you can position the default uv-coordinates in your 3D editor)\n\n\u003Cbr>\n\u003Cdiv style=\"max-width:600px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/media_uv_template_fragments.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\n!Spec\n\nBelow is the related section of the spec (full spec here: \u003Ca href=\"doc/RFC_XR_Fragments.html\" target=\"_blank\">HTML\u003C/a>, \u003Ca href=\"doc/RFC_XR_Fragments.txt\" target=\"_blank\">TXT\u003C/a>)\n\n\u003Ciframe src=\"doc/RFC_XR_Fragments.html#media-fragments-and-datatypes\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n\n\u003Cbr>\u003CBr>\n[[» discussion|https://github.com/coderofsalvation/xrfragment/issues/15]]\u003Cbr>\n","tags":"[[🎞 Media Fragments]]","title":"#uv 🌱","modified":"20240228121656916","type":"text/vnd.tiddlywiki"},
 {"created":"20230427174739986","text":"> in \u003Ca href=\"./dist/xrfragment.js\" target=\"_blank\">xrfragment.js\u003C/a>, and \u003Ca href=\"./dist/xrfragment.module.js\" target=\"_blank\">xrfragment.module.js\u003C/a>\n\nParse a fragment (key/value) and add it to an object store (if valid).\n\n> **NOTE**: You probably want to use the higher-level [URI.parse(url,filter)](#%E2%86%AA%20URI.parse%28url%2Cfilter%29) which calls this function\n\n| args | type | example | comment |\n|-|-|-|-|\n| key | string | `pos` | |\n| value | string | `1.2,3,4` | datatype must comply with [spec](#List%20of%20fragments) |\n| store | object | {} | will not be touched if validation failed, |\n\n> returns true if validated, otherwise false \n\nhere are some interactive examples:\n\n\u003Cdiv>\n  \u003Ctextarea spellcheck=\"false\" autofocus class=\"sandboxify\">frags = {}\nok    = xrfragment.Parser.parse('pos','1.2,2,3',frags)\nconsole.log( frags.pos )\n\n\u003C/textarea>\n\t\u003Cpre class=\"result\">\u003C/pre>\n\u003C/div>\n\n\u003Cbr>\n\nUnknown or fragments with wrong type will be rejected:\n\n\u003Cdiv>\n  \u003Ctextarea spellcheck=\"false\" autofocus class=\"sandboxify\">frags = {}\nok    = xrfragment.Parser.parse('pos','true',frags)\nconsole.log( frags.pos )\n\n\u003C/textarea>\n\t\u003Cpre class=\"result\">\u003C/pre>\n\u003C/div>\n\n# Spec \n\n> version 0.2 @ 2023-06-27T11:10:08+0200&nbsp;&nbsp;[![Actions Status](https://github.com/coderofsalvation/xrfragment/workflows/test/badge.svg)](https://github.com/coderofsalvation/xrfragment/actions)\n\nIn case your programming language has no parser ([check here](https://github.com/coderofsalvation/xrfragment/tree/main/dist)) you can [crosscompile it](https://github.com/coderofsalvation/xrfragment/blob/main/build.hxml), or roll your own `Parser.parse(k,v,store)` using the spec:\n\n1. requirement: receive arguments: key (string), value (string), store (writable associative array/object)\n1. add keys without values to store as [predefined view](predefined_view)\n1. check if fragment is official XR Fragment\n1. guess the type of the value (string,int,float,x,y,z,color,args,query)\n1. don't add to store if value-type is incorrect\n1. if valid, add to store\n1. prefix non-offical fragment key's with underscore (and add to store)\n\n> icanhazcode? yes, see [Parser.hx](https://github.com/coderofsalvation/xrfragment/blob/main/src/xrfragment/Parser.hx)\n\n# Tests\n  \nthe spec is tested with [JSON unittests](./../src/spec) consumed by [Test.hx](./../src/Test.hx) to cross-test all languages.\n\n","tags":"[[🔨 XR Fragments parser]]","title":"↪ Parser.parse(k,v,store)","modified":"20240105120217927","type":"text/markdown"},
 {"created":"20230427150948872","text":"> in \u003Ca href=\"./dist/xrfragment.js\" target=\"_blank\">xrfragment.js\u003C/a>, and \u003Ca href=\"./dist/xrfragment.module.js\" target=\"_blank\">xrfragment.module.js\u003C/a>\n\nValidates and turns a XR fragment string (`document.location.hash` in javascript e.g.) into objectform using [Parser.parse(k,v,store)](#↪%20Parser.parse(k,v,store)).\n\n| args | type | example | comment |\n|-|-|-|-|\n| url | string | `#pos=1.2,3,4`\u003Cbr>`#pos=1.2,3,4&t=1,2`| |\n| filter | integer\u003Cbr>(bitmask) | `0` = no filter\u003Cbr>`XRF.NAVIGATOR` (default)\u003Cbr>`XRF.EMBEDDED`\u003Cbr>`XRF.PV_OVERRIDE` | filter out fragments which are not flagged with this flag.\u003Cbr>\u003Cbr>For example, parsing with `XRF.NAVIGATOR` will ignore any fragments which are not flagged as such (like `scale` in case of top-level URI navigation).\u003Cbr>On the other hand, `XRF.EMBEDDED` makes sense when parsing an embedded URI (`src: other.gltf#scale=2,2,2` e.g.)\u003Cbr> |\n\n> returns an object with validated fragment(values) as key(objects)\n\nhere are some interactive examples:\n\n\u003Cdiv>\n  \u003Ctextarea spellcheck=\"false\" autofocus class=\"sandboxify\">frags = xrfragment.URI.parse('#pos=1.0,2.0,3.0')\nconsole.log( frags.pos )\u003C/textarea>\n\t\u003Cpre class=\"result\">\u003C/pre>\n\u003C/div>\n\n\u003Cbr>\n\nYou can combine them with the `&` character:\u003Cbr>\n\n\u003Cdiv>\n  \u003Ctextarea spellcheck=\"false\" autofocus class=\"sandboxify\">frags = xrfragment.URI.parse('#t=1,100&pos=1,2,3.1')\nconsole.log( frags.t )\u003C/textarea>\n\t\u003Cpre class=\"result\">\u003C/pre>\n\u003C/div>\n\nUnallowed fragments can be filtered out:\u003Cbr>\n\n\u003Cdiv>\n  \u003Ctextarea spellcheck=\"false\" autofocus class=\"sandboxify\">XRF  = xrfragment.XRF\nfrags = xrfragment.URI.parse('#scale=1,2,3',  XRF.NAVIGATOR )\nconsole.log( frags )\u003C/textarea>\n\t\u003Cpre class=\"result\">\u003C/pre>\n\u003C/div>\n\n> The above is perfect for top-level browser navigation (which should not parse \u003Cb>embedded-only\u003C/b> XR Fragments like `scale` or [queries](#queries))\n\nAnother example for parsing embedded assets\n\n\u003Cdiv>\n  \u003Ctextarea spellcheck=\"false\" autofocus class=\"sandboxify\">XRF  = xrfragment.XRF\nmymodel = {userData:{src: \"other.gltf#scale=2,2,2\"}} // mock THREE.js\nfrags = xrfragment.URI.parse( mymodel.userData.src,  XRF.EMBEDDED )\nconsole.log( frags.scale.x )\u003C/textarea>\n\t\u003Cpre class=\"result\">\u003C/pre>\n\u003C/div>\n\n> The above is perfect for embedded content (`scale` fragment is allowed here)\n\nFinally, parsing \u003Cb>custom\u003C/b> framework-specific fragments is also possible (they are prefixed with `_`)\u003Cbr>\n\n\u003Cdiv>\n  \u003Ctextarea spellcheck=\"false\" autofocus class=\"sandboxify\">frags = xrfragment.URI.parse(\"#pos=0,0,1&foo=123&bar=flop\")\nconsole.log(frags._foo.int)\u003C/textarea>\n\t\u003Cpre class=\"result\">\u003C/pre>\n\u003C/div>\n\n> The above is perfect for embedded content (`scale` fragment is allowed here)\n\n# Spec\n\n> version 0.2 [![Actions Status](https://github.com/coderofsalvation/xrfragment/workflows/test/badge.svg)](https://github.com/coderofsalvation/xrfragment/actions) generated by `make doc` @ 2023-06-27T11:18:12+0200\n\n### XR Fragment URI Grammar \n\n```\n    reserved    = gen-delims / sub-delims\n    gen-delims  = \"#\" / \"&\"                      \n    sub-delims  = \",\" /  \"=\"\n```\n\n> Example: `://foo.com/my3d.asset#pos=1,0,0&prio=-5&t=0,100`\n\n| Explanation | |\n|-|-|\n| `pos=1,2,3` | vector/coordinate argument e.g. |\n| `pos=1,2,3&rot=0,90,0&q=.foo` | combinators |\n\nIn case your programming language has no parser ([check here](https://github.com/coderofsalvation/xrfragment/tree/main/dist)) you can [crosscompile it](https://github.com/coderofsalvation/xrfragment/blob/main/build.hxml), or roll your own `Parser.parse(k,v,store)` using the spec:\n\n1. store key/values into a associative array or dynamic object\n1. fragment URI starts with `#`\n1. fragments are split by `&`\n1. loop thru each fragment\n1. for each fragment split on `=` to separate key/values \n1. fragment-values are urlencoded (space becomes `+` using `encodeUriComponent` e.g.)\n1. for every recognized fragment key/value-pair call [Parser.parse](#%E2%86%AA%20Parser.parse%28k%2Cv%2Cstore%29)\n\n> icanhazcode? yes, see [URI.hx](https://github.com/coderofsalvation/xrfragment/blob/main/src/xrfragment/URI.hx)\n\n# Tests\n  \nthe spec is tested with [JSON unittests](./../src/spec) consumed by [Test.hx](./../src/Test.hx) to cross-test all languages.\n","tags":"[[🔨 XR Fragments parser]]","title":"↪ URI.parse(url,filter)","modified":"20240105120217942","type":"text/markdown","list-after":"List of fragments"},
 {"created":"20230830155016049","text":"\n>  **DISCLAIMER**: XR Macros is a tiny logic-layer which falls outside of the scope of the XR Fragment spec (for now). \u003Cbr>They currently demonstrate features beyond the addressibility/navigation/embedding-focus of XR Fragments, and fall more into the demo/authoring-side of things. Every XR macro demonstration should potentially be replaced by piggybacking \u003Ca href=\"https://github.com/omigroup/gltf-extensions\" target=\"_blank\">OMI extensions\u003C/a> (when they support the usecase).\n\u003Cbr>\n\nXR Macros are a tiny roundrobin logic-layer **defined inside** 3D assets/scenes. \u003Cbr>\nMacros introduce a lowest-common-denominator logic-layer, by recursive, economic re-use of the querystring syntax (which the XR Fragment parser already uses).\u003Cbr>\n\u003Cbr>\nThe example XR macro's are based on common usecases & features found in 3D engines, to offer an lowcode alternative to basic experiences without requiring a scripting language.\u003Cbr>\n(Sometimes a spreadsheet will do instead of a programming language).\u003Cbr>\n\n# Spec\n\nBelow is the related section of the spec (full spec here: [[HTML|doc/RFC_XR_Macros.html]], [[TXT|doc/RFC_XR_Fragments.txt]], [[XML|doc/RFC_XR_Fragments.xml]])\n\n\u003Ciframe src=\"doc/RFC_XR_Macros.html#core-principle\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n\n# Example macros\n\n| XR macro | type | access       | supported\u003Cbr>in\u003Cbr>sandbox |info |\n|----------|------|--------------|-|------|\n| **fov** |int 1..360|🔓 💥 👩 🔗|✔| hints field of view to renderer|\n| **clip** |[vector2](#vector) |🔓 💥 👩 🔗|✔| hints camera clipping to renderer |\n| **bg** |[vector3](#vector)|🔓 💥 👩 🔗|✔| hints background rgb values (0..255) to renderer\n| **fog** |[vector2](#vector)|🔓 💥 👩 🔗|✔| hints fog settings to renderer |\n| **env** |string|🔓 💥 🔗|✔|query selector / object manipulation|\n| [show](#show) |integer [0-1]                  |🔒 🎲 💥 🔗| ✔|show/hide [queried](#queries) object(s)|\n| [mov](#mov) |[vector3](#vector                  ) |🔒 🎲 💥 🔗| ✔|move [queried](#queries) object(s) \u003Cb>relatively\u003C/b> (instead of \u003Cb>absolute\u003C/b> using `#pos=`)|\n| [scale](#scale) |[vector3](#vector                  ) |🔓 🎲 💥 🔗| ✔|scale [queried](#queries) object(s) |\n| **prio** |int|🔒||asset loading linking|\n| **gravity** |[vector3](#vector) |🔓 💥 🔗||animation|\n| **physics** |[vector3](#vector) |🔓 💥 🔗||animation|\n| **namespace** |string|🔒||author / metadata|\n| **SPDX** |string|🔒||author / metadata|\n| **unit** |string|🔒||author / metadata|\n| **description** |string|🔒||author / metadata|\n| **session** |[url](#url                         ) |🔓 💥 👩 🔗 ✋?||multiparty|\n\n🔒 = value(s) can only be defined in 3D asset (immutable)\u003Cbr>\n🔓 = value(s) can be overwritten in certain context (by url)\u003Cbr>\n🎲 = multiple values will be roundrobin'ed (`#pos=0,0,0|1,0,0` e.g.)\u003Cbr>\n💥 = value(s) can be overwritten by [predefined_view](#predefined_view)\u003Cbr>\n👩 = value(s) can be overwritten when user clicks `href` (value) or top-level URL change(see [How it works](#How%20it%20works))\u003Cbr>\n🔗 = value(s) can be overwritten when 3D asset is embedded/linked as `src` value\u003Cbr>\n✋? = value(s) can be overwritten by offering confirmation/undo to user\u003Cbr>\u003Cbr>\n\n\u003Cdiv style=\"max-width:600px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/fovfogclip.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\nfor more info see [How it works](#How%20it%20works)","tags":"","title":"⏯️ XR Macros","modified":"20231122145951626","type":"text/markdown"},
 {"created":"20230921095138812","text":"Hypermedia browsers supporting XR Fragments can be implemented on various levels:\n\n* thru the lens of HTML (a \u003Cb>pseudo-browser\u003C/b> using javascript like \u003Ca href=\"/example/aframe/sandbox\" target=\"_blank\">the sandbox\u003C/a> which uses the [THREE](#🧰%20THREE.js) or [AFRAME](#🧰%20AFRAME) javascript library)\n* the [Godot XRF Library](#%F0%9F%A7%B0%20GODOT) is also suitable direction for making native XR hypermedia browsers.\n* thru the lens of hypermedia browsers (opening XR Documents (`.gltf`, `.obj` e.g) natively using URLs, these don't exist (yet))\n> in progress: integrating the XR Fragment parser on native browserlevel (Wolvic, Chromium-based browsers e.g.) for best performance.","tags":"[[🧰 Libraries & Tools]]","title":"🌎 3D hypermedia browsers","modified":"20241209132308842","type":"text/markdown"},
-{"created":"20240207122728580","text":"The current scene and [[src]] media (including the 3D timeline) can be further manipulated using [[Media Fragment URIs|https://www.w3.org/TR/media-frags/]].\n\nSo far `#t=` has been standardized by W3C.\u003Cbr>\nThough not being part of the XR Fragments standard, the demos suggest extra media fragments like `#loop`, `#s` and `#uv` to compensate for the lack of loop/speed/uv control.\n\u003Cbr>\u003Cbr>\n\nXR Fragments is endorsing W3C Media Fragments for media-control, as well as [[URI Templates|https://www.rfc-editor.org/rfc/rfc6570]] for text-templating.\n\n\u003Cbr>\n\u003Cdiv style=\"max-width:600px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/media_uv_template_fragments.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\n","tags":"[[🧪 level3: non-normative]]","title":"🎞 Media Fragments","modified":"20250516151603420"},
-{"created":"20230427172131986","text":"> [![Actions Status](https://github.com/coderofsalvation/xrfragment/workflows/test/badge.svg)](https://github.com/coderofsalvation/xrfragment/actions)\u003Cbr>Bare minimum addressibility URI fragments for spatial browsers & apps. \u003Cbr>It allows users to share 4D (intent) URLs to eachother like:\u003Cbr>`https://linux.world/#pos=0,0,1&t=1,100`\u003Cbr>`linuxapp://conference/nixworkshop?newuser#pos=0,0,2&t=2,200`\u003Cbr>`androidapp://page1?tutorial#pos=0,0,1&t1,100`\u003Cbr>\n\nImplicit and Explicit **adressibility** is the core of the XR Fragments spec, as well as **user teleportation**:\n\n\u003C\u003Ctoc-selective-expandable 'level1' sort[title]>>\n\nHere's pseudocode for a level1 XR Fragments browser in THREE.js:\n\n```\nurl = 'world.glb#roomB&car'\n//document.location.search = url\nfile  = url.split(\"#\")[0] \nxrf   = new URLSearchParams( url.split(\"#\")[1] )\nrefs  = ([...xrf.keys()]).filter( (k) => !k.match(/(t)/) ) // extract mediafrags\n\nif( xrf.get('t') ) scene.playAnimations( xrf.get('t') )\n\nfor( i in refs ){\n  scene.setActiveCameraByName(refs[i]) \n  scene.showObjectByNameOrTag(refs[i]) \n}\nscene.traverse( (n) => {\n  if( n.userData.href ){\n    n.addEventListener('click', () => scene.load(n.userData.href) )\n  }\n})\n```\n\n> for robust parsing of XR Fragments use a http query-language parser, or the polyglot [parser](#🔨%20XR%20Fragments%20parser)\n\n\u003Cbr>\n\n\u003Cbr>\nBelow is the related section of the spec (full spec here: \u003Ca href=\"doc/RFC_XR_Fragments.html\" target=\"_blank\">HTML\u003C/a>, \u003Ca href=\"doc/RFC_XR_Fragments.txt\" target=\"_blank\">TXT\u003C/a>)\n\n\u003Cbr>\u003Cbr>\n\n\u003Ciframe src=\"doc/RFC_XR_Fragments.html#list-of-uri-fragments\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n\nFor more info see [How it works](#How%20it%20works)\n\n","tags":"Reference","title":"📜 level1: URL","modified":"20250902133712265","type":"text/markdown"},
-{"created":"20240206123412197","text":"All modern 3D editors allow embedding metadata in objects of an exported 3D file.\u003Cbr>\n\n> An Easy **nocode** way to add metadata is [by adding custom properties in blender e.g.](https://docs.blender.org/manual/en/2.79/data_system/custom_properties.html). This is demonstrated in the getting started video: \n\n\u003Cdiv style=\"max-width:300px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/gettingstarted2024.mp4#t=200\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\u003Cbr>\u003Cbr>\n\n* [href](#href) for clickable links\n* [src](#src) for embedding content\n* [tag](#tag) to tag things\n\n\u003Cbr>\n\n\n\n| custom property | type |  functionality |\n|----------|------|--------------|\n| [href](#href) | string (uri or [predefined view](#predefined_view)) | href navigation / portals / teleporting to other XR documents|\n| [src](#src)  |string (uri or [predefined view](#predefined_view) or [query](#queries))           | lazyloading of (partial) local/external assets/scenes (3D iframes) |\n| [tag](#tag) |string|space-separated tagging of objects (like CSS class) for XRWG and or queries|\n\n\u003Cbr>\n> In Editors like \u003Ca href=\"https://blender.org\" target=\"_blank\">blender.org\u003C/a> these are called ''custom properties''.\n\u003Cbr>\u003Cbr>\n\n\u003Cb>Object metadata\u003C/b> can also be added programmatically, for example in \u003Ca href=\"https://threejs.org\" target=\"_blank\">AFRAME/THREE.js\u003C/a> can export GLB/USDZ/OBJ/COLLADA-files with them, after setting `myobject.userData.href = \"#nameofplane\"` e.g.\n\n## Descriptive Metadata\n\nXR Fragments does not re-invent **descriptive metadata**, but encourages adding existing standards to 3D nodes, most notably:\n\n* [ARIA](https://www.w3.org/WAI/standards-guidelines/aria/) attributes (`aria-*: .....`)\n\n> **ARIA** (`aria-description`) is the most important to support, as it promotes accessibility and allows scene transcripts. Please start `aria-description` with a verb to aid transcripts.\n  \nExample: object 'tryceratops' with `aria-description: is a huge dinosaurus standing on a #mountain` generates transcript `#tryceratops is a huge dinosaurus standing on a #mountain`.\u003Cbr>\nThese hashtags are clickable XR Fragments (activating the visible-\n\u003Cbr>\n\u003Cdiv style=\"max-width:300px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/xrf-xrsh-aria.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\u003Cbr>\n\nbut also the following attributes are encouraged:\n\n* [SPDX](https://spdx.dev/) license information\n* [Open Graph](https://ogp.me) attributes (`og:*: .....`)\n* [Dublin-Core](https://www.dublincore.org/specifications/dublin-core/application-profile-guidelines/) attributes(`dc:*: .....`)\n* [BibTex](https://bibtex.eu/fields) when known bibtex-keys exist with values enclosed in `{` and `},`\n\nThese attributes can be scanned and presented during an `href` or `src` eye/mouse-over.\n\n\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n  \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/descriptive-metadata-implodes-3D-to-text.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\n## Spec\n\nBelow is the related section of the spec (full spec here: \u003Ca href=\"doc/RFC_XR_Fragments.html\" target=\"_blank\">HTML\u003C/a>, \u003Ca href=\"doc/RFC_XR_Fragments.txt\" target=\"_blank\">TXT\u003C/a>)\n\n\u003Ciframe src=\"doc/RFC_XR_Fragments.html#additional-scene-metadata\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n","tags":"Reference","title":"📜 level2: metadata extras","modified":"20250902133856619","type":"text/markdown"},
+{"created":"20240207122728580","text":"The current scene and [[src]] media (including the 3D timeline) can be further manipulated using [[Media Fragment URIs|https://www.w3.org/TR/media-frags/]].\n\nSo far `#t=` has been standardized by W3C.\u003Cbr>\nThough not being part of the XR Fragments standard, the demos suggest extra media fragments like `#loop`, `#s` and `#uv` to compensate for the lack of loop/speed/uv control.\n\u003Cbr>\u003Cbr>\n\nXR Fragments is endorsing W3C Media Fragments for media-control, as well as [[URI Templates|https://www.rfc-editor.org/rfc/rfc6570]] for text-templating.\n\n\u003Cbr>\n\u003Cdiv style=\"max-width:600px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/media_uv_template_fragments.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\n","tags":"[[📜 level3: 3D timeline]] level3","title":"🎞 Media Fragments","modified":"20250902135231056"},
+{"created":"20230427172131986","text":"> [![Actions Status](https://github.com/coderofsalvation/xrfragment/workflows/test/badge.svg)](https://github.com/coderofsalvation/xrfragment/actions)\u003Cbr>Bare minimum addressibility URI fragments for spatial browsers & apps. \u003Cbr>It allows users to share 4D (intent) URLs to eachother like:\u003Cbr>`https://linux.world/#pos=0,0,1&t=1,100`\u003Cbr>`linuxapp://conference/nixworkshop?newuser#roomC&t=2,200`\u003Cbr>`androidapp://page1?tutorial#roomB&t1,100`\u003Cbr>\n\nImplicit and Explicit **adressibility** is the core of the XR Fragments spec, as well as **user teleportation**:\n\n\u003C\u003Ctoc-selective-expandable 'level1' sort[title]>>\n\nHere's pseudocode for a level1 XR Fragments browser in THREE.js:\n\n```\n// by default the (VR) user gets position at 0,0,0 at the loaded scene (+VR userheight)\n\nurl   = 'world.glb#roomB&car'\nfile  = url.split(\"#\")[0] \nxrf   = new URLSearchParams( url.split(\"#\")[1] )\nrefs  = ([...xrf.keys()]).filter( (k) => !k.match(/(t)/) ) // extract mediafrags\n\nif( xrf.get('t') ) scene.playAnimations( xrf.get('t') )\n\nfor( i in refs ){\n  scene.setActiveCameraByName(refs[i]) \n}\nscene.traverse( (n) => {\n  if( n.userData.href ){\n    n.addEventListener('click', () => scene.teleport(n.userData.href) )\n  }\n})\n```\n\n> for robust parsing of XR Fragments use a http query-language parser, or the polyglot [parser](#🔨%20XR%20Fragments%20parser)\n\n\u003Cbr>\n\n\u003Cbr>\nBelow is the related section of the spec (full spec here: \u003Ca href=\"doc/RFC_XR_Fragments.html\" target=\"_blank\">HTML\u003C/a>, \u003Ca href=\"doc/RFC_XR_Fragments.txt\" target=\"_blank\">TXT\u003C/a>)\n\n\u003Cbr>\u003Cbr>\n\n\u003Ciframe src=\"doc/RFC_XR_Fragments.html#list-of-uri-fragments\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n\nFor more info see [How it works](#How%20it%20works)\n\n","tags":"Reference","title":"📜 level1: URL","modified":"20250902142001758","type":"text/markdown"},
+{"created":"20240206123412197","text":"All modern 3D editors allow embedding metadata in objects of an exported 3D file.\u003Cbr>\n\n> An Easy **nocode** way to add metadata is [by adding custom properties in blender e.g.](https://docs.blender.org/manual/en/2.79/data_system/custom_properties.html). This is demonstrated in the getting started video: \n\n\u003Cdiv style=\"max-width:300px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/gettingstarted2024.mp4#t=200\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\u003Cbr>\u003Cbr>\n\n* [href](#href) for clickable links\n\n\u003Cbr>\n\n\n\n| custom property | type |  functionality |\n|----------|------|--------------|\n| [href](#href) | string (uri or [predefined view](#predefined_view)) | href navigation / portals / teleporting to other XR documents|\n\n\u003Cbr>\n> In Editors like \u003Ca href=\"https://blender.org\" target=\"_blank\">blender.org\u003C/a> these are called ''custom properties''.\n\u003Cbr>\u003Cbr>\n\n\u003Cb>Object metadata\u003C/b> can also be added programmatically, for example in \u003Ca href=\"https://threejs.org\" target=\"_blank\">AFRAME/THREE.js\u003C/a> can export GLB/USDZ/OBJ/COLLADA-files with them, after setting `myobject.userData.href = \"#nameofplane\"` e.g.\n## Spec\n\nBelow is the related section of the spec (full spec here: \u003Ca href=\"doc/RFC_XR_Fragments.html\" target=\"_blank\">HTML\u003C/a>, \u003Ca href=\"doc/RFC_XR_Fragments.txt\" target=\"_blank\">TXT\u003C/a>)\n\n\u003Ciframe src=\"doc/RFC_XR_Fragments.html#additional-scene-metadata\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n","tags":"Reference","title":"📜 level2: explicit links","modified":"20250902140033410","type":"text/markdown"},
+{"created":"20250902135126450","text":"# XR Movies\n\nJust like with 2D media-files, W3C mediafragments (`#t=1,2`) can be used to control the 3D animation timeline.\n\n\u003C\u003Ctoc-selective-expandable 'level3' sort[title]>>\n\n> this allows for interactive deeplinkable XR movies.\n\nCombined with [href](#href) metadata attached to button-objects, clickable interactive timelines can be constructed (interactive XR movies e.g.).","tags":"Reference","title":"📜 level3: 3D timeline","modified":"20250902140443951","type":"text/markdown"},
 {"created":"20230830155951504","text":"this document was [moved here](#📜%20XR%20Fragments)","tags":"","title":"📜 XR fragments","modified":"20230830160038977","type":"text/markdown"},
-{"created":"20240130111558609","text":"\nfeature heuristics are basically features which can be inferred from absense or presence of certain metadata.\n\u003Cbr>\u003Cbr>\n\nFor example, 3D objects always have a name, and are (not) children of certain 3D objects.\nAll this indirect information can be used to activate certain viewer-features.\n\u003Cbr>\u003Cbr>\nAll feature heuristics have been with care, to ensure they can be extracted from both new/legacy 3D fileformats.\n\u003Cbr>\u003Cbr>\n","tags":"Reference","title":"📡 implicit scene features","modified":"20241007083525195"},
-{"created":"20240626095757672","text":"URLs are the heart of XR Fragment-based 3D Hypermedia:\n\n* they allow navigating the XR browser to a (different) 3D scene file\n* they allow teleporting the user to a different location\n* they allow back/forward navigation \n* they allow [[controlling the 3D timeline|🎞 Media Fragments]]\n\n\n''Non-normative:\n''\n\n* they allow adressing other 3D models, images, files (see [[src]])\n* they allow [[controlling media files|🎞 Media Fragments]]\n* they allow adressing parts of a 3D model (see [[🖇 implicit URI fragments]])\n\n> To see more, please unfold the Reference &gt; URL menu","tags":"[[📜 level1: URL]]","title":"🔗 URL","modified":"20250902132246253"},
+{"created":"20240626095757672","text":"URLs are the heart of XR Fragment-based 3D Hypermedia:\n\n* they allow navigating the XR browser to a (different) 3D scene file\n* they allow teleporting the user to a different location\n* they allow back/forward navigation \n* they allow [[controlling the 3D timeline|🎞 Media Fragments]]\n\n\n''Non-normative:\n''\n\n* they allow adressing other 3D models, images, files (see [[src]])\n* they allow [[controlling media files|🎞 Media Fragments]]\n* they allow adressing parts of a 3D model (see [[🖇 implicit URI fragments]])\n\n> To see more, please unfold the Reference &gt; URL menu","tags":"[[📜 level1: URL]]","title":"🔗 URL","modified":"20250902134849581"},
 {"created":"20250515163524518","text":"> **NOTE**: technically this is not related to XR Fragments, however it complements the local-first philosophy of XR Fragments very well ♥\n\nRemotestorage is an awesome local-first paradigm to store data which promotes digital sovereignty.\n\u003Cbr>\nInstead of storing data behind webapplication-servers, you decide where your data lives:\n\n* \u003Ca href=\"https://remotestorage.io\" target=\"_blank\">https://remotestorage.io\u003C/a>\n\n\n\u003Cbr>\n\u003Cdiv style=\"max-width:800px;box-shadow:none\" class=\"border\">\n\u003C$videojs _autoplay controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/remotestorage.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\n## How to try?\n\nLaunch this \u003Ca href=\"examples/aframe/sandbox\" target=\"_blank\">demo\u003C/a>:\n\n1. click the hamburger menu\n2. click the '3D file' button\n3. click the 'remote storage'-tab\n\n> surf to \u003Ca href=\"https://5apps.com/storage\" target=\"_blank\">5apps.com\u003C/a> \n to get a testaccount (before selfhosting [armadietto](https://github.com/remotestorage/armadietto))","tags":"[[🧰 Libraries & Tools]]","title":"🔥 Remotestorage","modified":"20250515165011850","type":"text/markdown"},
 {"created":"20230622104423767","text":"The parser is the heart ❤ of XR Fragments, and used by XR Fragment browsers.\u003Cbr>\nIt's available as \u003Ca href=\"https://github.com/coderofsalvation/xrfragment\" target=\"_blank\">git repository\u003C/a> and directly below:\n\n| language | link |\n|-|-|\n| python | \u003Ca href=\"./dist/xrfragment.py\" target=\"_blank\">xrfragment.py\u003C/a> |\n| lua | \u003Ca href=\"./dist/xrfragment.lua\" target=\"_blank\">xrfragment.lua\u003C/a> |\n| javascript | \u003Ca href=\"./dist/xrfragment.js\" target=\"_blank\">xrfragment.js\u003C/a> |\n| javascript | \u003Ca href=\"./dist/xrfragment.module.js\" target=\"_blank\">xrfragment.module.js\u003C/a> |\n| any language | \u003Ca href=\"https://github.com/coderofsalvation/xrfragment/blob/main/build.hxml\" target=\"_blank\">using HaXe\u003C/a> |\n| spec | you can literally write a parser yourself, the spec is kept very easy intentionally |\n\n\u003Cbr>\nWith that, you can immediately add 4D \u003Cb>addressibility\u003C/b> to your app like this:\n\u003Cbr>\u003Cbr>\n\n\u003Cdiv>\n  \u003Ctextarea spellcheck=\"false\" autofocus class=\"sandboxify noresult\" style=\"min-height:205px;width:100%;max-width:800px;\">import xrfragment from './dist/xrfragment.module.js';\n// read URL\nlet url = `mysite.com/#roomB&rot=0,90,34&t=500,100&mycustom=123` // replace with document.location.href\nlet spatialAddress  = xrfragment.URI.parse(url)\n&nbsp;\n// share URL\nlet player = {rot:[0,90,45],t:[500,100]} // position 0,0,1 rot 0,90,45 animationrange frame 500-100\nlet {protocol,host,path,search} = document.location\nalert(`${protocol}//${host}${path}${search}#pos=${player.pos.join(',')}&rot=${player.rot.join(',')}&t=${player.t.join(',')}`)\n\u003C/textarea>\n\u003C/div>   \n\n> Congrats! After connecting `pos` and `rot` to your camera, and providing back/forward navigation, you have a \u003Cb>XR Fragments navigator\u003C/b>-compliant client.\n\n\u003Cbr>\n\nFor example, the [AFRAME](#%F0%9F%A7%B0%20AFRAME) / [THREE.js](#%F0%9F%A7%B0%20THREE.js) client-libraries use it like this:\n\u003Cbr>\n\n\u003Cdiv>\n  \u003Ctextarea  style=\"min-height:130px\" spellcheck=\"false\" autofocus class=\"sandboxify\">let out = {}\nout.uri   = xrfragment.URI.parse(\"http://abc.com/a?foo.glb#pos=0,0,1&nonspec=1&-foo&bar\")\nconsole.log(out)\n\u003C/textarea>\n\t\u003Cpre class=\"result\" style=\"min-height:300px\">\u003C/pre>\n\u003C/div>\n\n> If you want to build your own client/browser, see the documentation for these functions in the sidemenu\n\n| function | info |\n|-|-|\n| `xrfragment.URI.parse( str, flag )` | see [URI.parse](#↪%20URI.parse(url%2Cfilter)) |\n| `xrfragment.Parser.parse(k,v,store)` | see [Parser.parse](#↪%20Parser.parse(k%2Cv%2Cstore)) |\n","tags":"[[🧰 Libraries & Tools]] [[🧰 libraries]]","title":"🔨 XR Fragments parser","modified":"20250902133940027","type":"text/markdown"},
-{"created":"20240208102607476","text":"Besides the only 2 **static** XR URI Fragments (`#pos` and `#rot`), every 3D object, material or camera can be \u003Cb>adressed\u003C/b> by URI fragments (`#myobject` e.g.) which are **auto-generated from the 3D scene** (implicit metadata).\u003Cbr>\nThese are inferred at runtime from the 3D scene-nodes (object names, object metadata etc).\u003Cbr>\u003Cbr>\nFree fragments and features generated for you..How great is that? 🎉\n\u003Cbr>\n\u003Cbr>\n\u003Cpre>\n\u003Ccode>\n  my.io/scene.usdz                 Embeddable as:\n  +─────────────────────────────+\n  │ sky                         │  src: http://my.io/scene.udsz#sky          (includes building,mainobject,floor)\n  │ +─────────────────────────+ │ \n  │ │ building                │ │  src: http://my.io/scene.udsz#building     (includes mainobject,floor)\n  │ │ +─────────────────────+ │ │\n  │ │ │ mainobject          │ │ │  src: http://my.io/scene.udsz#mainobject   (includes floor)\n  │ │ │ +─────────────────+ │ │ │\n  │ │ │ │ floor           │ │ │ │  src: http://my.io/scene.udsz#floor        (just floor object)\n  │ │ │ │                 │ │ │ │\n  │ │ │ +─────────────────+ │ │ │  href: http://my.io/scene.udsz#-mainobject (hides mainobject when clicked)\n  │ │ +─────────────────────+ │ │\n  │ +─────────────────────────+ │\n  +─────────────────────────────+\n\u003C/code>\n\u003C/pre>\n\n\n> Fragments (`#building` e.g.) allow for very convenient, guess-able [filters](#filters) to reference/show/hide objects within a 3D scene.\n\n\nFor more examples see [filters](#filters) and \u003Ca href=\"#📡 by feature (heuristics)\">the reference-menu (by feature)\u003C/a>\n\n> Below is the related section of the spec (full spec here: \u003Ca href=\"doc/RFC_XR_Fragments.html\" target=\"_blank\">HTML\u003C/a>, \u003Ca href=\"doc/RFC_XR_Fragments.txt\" target=\"_blank\">TXT\u003C/a>)\n\n\u003Cbr>\n\u003Ciframe src=\"doc/RFC_XR_Fragments.html#fragment-to-metadata-mapping\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n","tags":"[[🔗 URL]]","title":"🖇 implicit URI fragments","modified":"20241007082732186","type":"text/markdown"},
+{"created":"20240208102607476","text":"Every 3D object, material or camera can be \u003Cb>adressed\u003C/b> by URI fragments (`#myobject` e.g.) which are **auto-generated from the 3D scene** (implicit metadata).\u003Cbr>\nThese are inferred at runtime from the 3D scene-nodes (object names, object metadata etc).\u003Cbr>\u003Cbr>\nFree fragments and features generated for you..How great is that? 🎉\n\u003Cbr>\n\u003Cbr>\n\u003Cpre>\n\u003Ccode>\n  my.io/scene.usdz                 Embeddable as:\n  +─────────────────────────────+\n  │ sky                         │  src: http://my.io/scene.udsz#sky          (includes building,mainobject,floor)\n  │ +─────────────────────────+ │ \n  │ │ building                │ │  src: http://my.io/scene.udsz#building     (includes mainobject,floor)\n  │ │ +─────────────────────+ │ │\n  │ │ │ mainobject          │ │ │  src: http://my.io/scene.udsz#mainobject   (includes floor)\n  │ │ │ +─────────────────+ │ │ │\n  │ │ │ │ floor           │ │ │ │  src: http://my.io/scene.udsz#floor        (just floor object)\n  │ │ │ │                 │ │ │ │\n  │ │ │ +─────────────────+ │ │ │  href: http://my.io/scene.udsz#-mainobject (hides mainobject when clicked)\n  │ │ +─────────────────────+ │ │\n  │ +─────────────────────────+ │\n  +─────────────────────────────+\n\u003C/code>\n\u003C/pre>\n\n\n> Fragments (`#building` e.g.) allow for very convenient, guess-able [filters](#filters) to reference/show/hide objects within a 3D scene.\n\n\nFor more examples see [filters](#filters) and \u003Ca href=\"#📡 by feature (heuristics)\">the reference-menu (by feature)\u003C/a>\n\n> Below is the related section of the spec (full spec here: \u003Ca href=\"doc/RFC_XR_Fragments.html\" target=\"_blank\">HTML\u003C/a>, \u003Ca href=\"doc/RFC_XR_Fragments.txt\" target=\"_blank\">TXT\u003C/a>)\n\n\u003Cbr>\n\u003Ciframe src=\"doc/RFC_XR_Fragments.html#fragment-to-metadata-mapping\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n","tags":"[[🔗 URL]]","title":"🖇 implicit URI fragments","modified":"20250902134530622","type":"text/markdown"},
 {"created":"20240626145227798","text":"\u003Cdiv style=\"max-width:600px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/gettingstarted2024.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\n* download and install \u003Ca href=\"https://blender.org\" target=\"_blank\">Blender\u003C/a> here (for desktop)\n* export 3D files (File &gt; Export &gt; glTF 2.0) after adding [[href]], [[src]] and [[tag]] \u003Cb>metadata\u003C/b> as \u003Ca href=\"https://docs.blender.org/manual/en/2.79/data_system/custom_properties.html\" target=\"_blank\">custom properties\u003C/a>\n* in the export dialog, set extension to `.glb` (=easiest)\n* in the export dialog, check these checkboxes (Include dropdown):\n\n```\n\n✅ custom properties (=XR fragment metadata)\n\n✅ cameras\n\n✅ lights\n\n```\n* click export-button and save the file (`example.glb) somewhere\n* load the 3D file (`example.glb` e.g.) into the \u003Ca href=\"example/aframe/sandbox\" target=\"_blank\">sandbox\u003C/a> by clicking the hamburger-menu: `load 3D file`-button\n* see [getting started video](#Getting%20started) to see the above steps in detail\n\n> This is the easiest route which don't involves coding, you can load the \u003Ca href=\"example.glb\" target=\"_blank\">example.glb\u003C/a> \u003Ca href=\"index.glb\" target=\"_blank\">index.glb\u003C/a> as an example, and inspect the \u003Ca href=\"https://docs.blender.org/manual/en/2.79/data_system/custom_properties.html\" target=\"_blank\">custom properties\u003C/a>","title":"🖥 Blender ✅🔥","modified":"20241209132308877","type":"text/markdown","tags":"[[🧰 libraries]] [[🧰 Libraries & Tools]]"},
-{"created":"20250516150632263","text":"These metadata or URI Fragments are not considered to be part of the spec, but allow for interesting extensions.\n","tags":"Reference","title":"🧪 level3: non-normative","modified":"20250516150821798","type":"text/markdown"},
+{"created":"20240130111558609","text":"\nfeature heuristics are basically features which can be inferred from absense or presence of certain metadata.\n\u003Cbr>\u003Cbr>\n\nFor example, 3D objects always have a name, and are (not) children of certain 3D objects.\nAll this indirect information can be used to activate certain viewer-features.\n\u003Cbr>\u003Cbr>\nAll feature heuristics have been with care, to ensure they can be extracted from both new/legacy 3D fileformats.\n\u003Cbr>\u003Cbr>\n\n\u003C\u003Ctoc-selective-expandable '📡 implicit scene features' sort[title]>>\n","tags":"howto","title":"🧪 experimental","modified":"20250902143004728"},
+{"created":"20250516150632263","text":"These metadata or URI Fragments are not considered to be part of the spec, but allow for interesting extensions.\n\n\u003C\u003Ctoc-selective-expandable 'level4' sort[title]>>\n\nAll modern 3D editors allow embedding metadata in objects of an exported 3D file.\u003Cbr>\n\n> An Easy **nocode** way to add metadata is [by adding custom properties in blender e.g.](https://docs.blender.org/manual/en/2.79/data_system/custom_properties.html). This is demonstrated in the getting started video: \n\n\u003Cdiv style=\"max-width:300px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/gettingstarted2024.mp4#t=200\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\u003Cbr>\u003Cbr>\n\n* [href](#href) for clickable links\n* [src](#src) for embedding content\n* [tag](#tag) to tag things\n\n\u003Cbr>\n\n\n\n| custom property | type |  functionality |\n|----------|------|--------------|\n| [href](#href) | string (uri or [predefined view](#predefined_view)) | href navigation / portals / teleporting to other XR documents|\n| [src](#src)  |string (uri or [predefined view](#predefined_view) or [query](#queries))           | lazyloading of (partial) local/external assets/scenes (3D iframes) |\n| [tag](#tag) |string|space-separated tagging of objects (like CSS class) for XRWG and or queries|\n\n\u003Cbr>\n> In Editors like \u003Ca href=\"https://blender.org\" target=\"_blank\">blender.org\u003C/a> these are called ''custom properties''.\n\u003Cbr>\u003Cbr>\n\n\u003Cb>Object metadata\u003C/b> can also be added programmatically, for example in \u003Ca href=\"https://threejs.org\" target=\"_blank\">AFRAME/THREE.js\u003C/a> can export GLB/USDZ/OBJ/COLLADA-files with them, after setting `myobject.userData.href = \"#nameofplane\"` e.g.\n\n## Descriptive Metadata\n\nXR Fragments does not re-invent **descriptive metadata**, but encourages adding existing standards to 3D nodes, most notably:\n\n* [ARIA](https://www.w3.org/WAI/standards-guidelines/aria/) attributes (`aria-*: .....`)\n\n> **ARIA** (`aria-description`) is the most important to support, as it promotes accessibility and allows scene transcripts. Please start `aria-description` with a verb to aid transcripts.\n  \nExample: object 'tryceratops' with `aria-description: is a huge dinosaurus standing on a #mountain` generates transcript `#tryceratops is a huge dinosaurus standing on a #mountain`.\u003Cbr>\nThese hashtags are clickable XR Fragments (activating the visible-\n\u003Cbr>\n\u003Cdiv style=\"max-width:300px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/xrf-xrsh-aria.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\u003Cbr>\n\nbut also the following attributes are encouraged:\n\n* [SPDX](https://spdx.dev/) license information\n* [Open Graph](https://ogp.me) attributes (`og:*: .....`)\n* [Dublin-Core](https://www.dublincore.org/specifications/dublin-core/application-profile-guidelines/) attributes(`dc:*: .....`)\n* [BibTex](https://bibtex.eu/fields) when known bibtex-keys exist with values enclosed in `{` and `},`\n\nThese attributes can be scanned and presented during an `href` or `src` eye/mouse-over.\n\n\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n  \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/descriptive-metadata-implodes-3D-to-text.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\n## Spec\n\nBelow is the related section of the spec (full spec here: \u003Ca href=\"doc/RFC_XR_Fragments.html\" target=\"_blank\">HTML\u003C/a>, \u003Ca href=\"doc/RFC_XR_Fragments.txt\" target=\"_blank\">TXT\u003C/a>)\n\n\u003Ciframe src=\"doc/RFC_XR_Fragments.html#additional-scene-metadata\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n\n","tags":"Reference","title":"🧪 level4: non-normative metadata","modified":"20250902140746634","type":"text/markdown"},
 {"created":"20240717141500750","text":"\u003Ca href=\"https://modelviewer.dev\" target=\"_blank\">&lt;model-viewer&gt;\u003C/a> is a way to easily embed glTF 3D files into webpages.\u003Cbr>\n\u003Cbr>\nThere's a xrfragment overlay, which will \n\u003Cu tabindex=\"0\">turboboost\n  \u003Cspan>it with XR Fragment support, allowing \u003C/span>\n\t\u003Cu tabindex=\"0\">minimum viable interactions \n\t  \u003Cspan>like navigation, teleportation, showing/hiding objects, portals, lenses, loading and embedding scenes, hypermedia files and URLs.\u003C/span>\n\t\u003C/u>\n\u003C/u> it, by turning it into\n\u003Cu tabindex=\"0\">immersive experiences\n  \u003Cspan>, allowing interactive story telling, elearnings, basically 3D hypermedia\u003C/span>\n\u003C/u> for \n\u003Cu tabindex=\"0\">all devices\n  \u003Cspan>, like VR/AR devices, laptop, tablet and mobile (VR)\u003C/span>\n\u003C/u>\n\n\u003Ccenter>\n  \u003Ca class=\"btn\" href=\"example/model-viewer\" target=\"_blank\" style=\"padding:10px 30px\">See example\u003C/a>\n\u003C/center>\n\nHere's the example snippet using the \u003Ca href=\"https://xrfragment.org/dist/xrfragment.model-viewer.js\" target=\"_blank\">xrfragment.model-viewer.js\u003C/a> overlay\n\u003Cbr>\n\n\u003Cdiv>\n  \u003Ctextarea spellcheck=\"false\" autofocus class=\"sandboxify noresult\" style=\"min-height:205px;width:100%;max-width:800px;\">&#x3c;&#x6d;&#x6f;&#x64;&#x65;&#x6c;&#x2d;&#x76;&#x69;&#x65;&#x77;&#x65;&#x72;&#xa;&#x20;&#x20;&#x20;&#x20;&#x20;&#x20;&#x73;&#x72;&#x63;&#x3d;&#x22;&#x68;&#x74;&#x74;&#x70;&#x73;&#x3a;&#x2f;&#x2f;&#x78;&#x72;&#x66;&#x72;&#x61;&#x67;&#x6d;&#x65;&#x6e;&#x74;&#x2e;&#x6f;&#x72;&#x67;&#x2f;&#x65;&#x78;&#x61;&#x6d;&#x70;&#x6c;&#x65;&#x2f;&#x61;&#x73;&#x73;&#x65;&#x74;&#x73;&#x2f;&#x69;&#x6e;&#x64;&#x65;&#x78;&#x2e;&#x67;&#x6c;&#x62;&#x22;&#xa;&#x20;&#x20;&#x20;&#x20;&#x20;&#x20;&#x61;&#x72;&#x20;&#x61;&#x6c;&#x74;&#x3d;&#x22;&#x58;&#x52;&#x20;&#x46;&#x72;&#x61;&#x67;&#x6d;&#x65;&#x6e;&#x74;&#x73;&#x20;&#x64;&#x65;&#x6d;&#x6f;&#x20;&#x73;&#x63;&#x65;&#x6e;&#x65;&#x22;&#x63;&#x61;&#x6d;&#x65;&#x72;&#x61;&#x2d;&#x63;&#x6f;&#x6e;&#x74;&#x72;&#x6f;&#x6c;&#x73;&#x20;&#x74;&#x6f;&#x75;&#x63;&#x68;&#x2d;&#x61;&#x63;&#x74;&#x69;&#x6f;&#x6e;&#x3d;&#x22;&#x6e;&#x6f;&#x6e;&#x65;&#x22;&#x20;&#x64;&#x69;&#x73;&#x61;&#x62;&#x6c;&#x65;&#x2d;&#x74;&#x61;&#x70;&#xa;&#x20;&#x20;&#x20;&#x20;&#x20;&#x20;&#x66;&#x69;&#x65;&#x6c;&#x64;&#x2d;&#x6f;&#x66;&#x2d;&#x76;&#x69;&#x65;&#x77;&#x3d;&#x22;&#x38;&#x30;&#x64;&#x65;&#x67;&#x22;&#x20;&#x6d;&#x69;&#x6e;&#x2d;&#x66;&#x69;&#x65;&#x6c;&#x64;&#x2d;&#x6f;&#x66;&#x2d;&#x76;&#x69;&#x65;&#x77;&#x3d;&#x22;&#x32;&#x35;&#x64;&#x65;&#x67;&#x22;&#x20;&#x6d;&#x61;&#x78;&#x2d;&#x66;&#x69;&#x65;&#x6c;&#x64;&#x2d;&#x6f;&#x66;&#x2d;&#x76;&#x69;&#x65;&#x77;&#x3d;&#x22;&#x31;&#x30;&#x30;&#x64;&#x65;&#x67;&#x22;&#x20;&#xa;&#x20;&#x20;&#x20;&#x20;&#x20;&#x20;&#x69;&#x6e;&#x74;&#x65;&#x72;&#x70;&#x6f;&#x6c;&#x61;&#x74;&#x69;&#x6f;&#x6e;&#x2d;&#x64;&#x65;&#x63;&#x61;&#x79;&#x3d;&#x22;&#x32;&#x30;&#x30;&#x22;&#x20;&#x63;&#x61;&#x6d;&#x65;&#x72;&#x61;&#x2d;&#x74;&#x61;&#x72;&#x67;&#x65;&#x74;&#x3d;&#x22;&#x30;&#x6d;&#x20;&#x30;&#x6d;&#x20;&#x30;&#x6d;&#x22;&#x20;&#x6d;&#x69;&#x6e;&#x2d;&#x63;&#x61;&#x6d;&#x65;&#x72;&#x61;&#x2d;&#x6f;&#x72;&#x62;&#x69;&#x74;&#x3d;&#x22;&#x30;&#x2e;&#x31;&#x25;&#x20;&#x30;&#x2e;&#x31;&#x25;&#x20;&#x30;&#x2e;&#x31;&#x25;&#x22;&#x20;&#xa;&#x20;&#x20;&#x20;&#x20;&#x20;&#x20;&#x73;&#x74;&#x79;&#x6c;&#x65;&#x3d;&#x22;&#x77;&#x69;&#x64;&#x74;&#x68;&#x3a;&#x36;&#x36;&#x76;&#x77;&#x3b;&#x20;&#x68;&#x65;&#x69;&#x67;&#x68;&#x74;&#x3a;&#x20;&#x36;&#x36;&#x76;&#x68;&#x3b;&#x20;&#x62;&#x6f;&#x72;&#x64;&#x65;&#x72;&#x2d;&#x72;&#x61;&#x64;&#x69;&#x75;&#x73;&#x3a;&#x35;&#x70;&#x78;&#x3b;&#x20;&#x62;&#x6f;&#x72;&#x64;&#x65;&#x72;&#x3a;&#x31;&#x70;&#x78;&#x20;&#x73;&#x6f;&#x6c;&#x69;&#x64;&#x20;&#x23;&#x43;&#x43;&#x43;&#x22;&#xa;&#x20;&#x20;&#x20;&#x20;&#x3e;&#xa;&#x3c;&#x2f;&#x6d;&#x6f;&#x64;&#x65;&#x6c;&#x2d;&#x76;&#x69;&#x65;&#x77;&#x65;&#x72;&#x3e;&#xa;&#xa;&#x3c;&#x73;&#x63;&#x72;&#x69;&#x70;&#x74;&#x20;&#x73;&#x72;&#x63;&#x3d;&#x22;&#x2e;&#x2f;&#x2e;&#x2e;&#x2f;&#x2e;&#x2e;&#x2f;&#x64;&#x69;&#x73;&#x74;&#x2f;&#x78;&#x72;&#x66;&#x72;&#x61;&#x67;&#x6d;&#x65;&#x6e;&#x74;&#x2e;&#x6d;&#x6f;&#x64;&#x65;&#x6c;&#x2d;&#x76;&#x69;&#x65;&#x77;&#x65;&#x72;&#x2e;&#x6a;&#x73;&#x22;&#x3e;&#x3c;&#x2f;&#x73;&#x63;&#x72;&#x69;&#x70;&#x74;&#x3e;&#xa;&#x3c;&#x73;&#x63;&#x72;&#x69;&#x70;&#x74;&#x20;&#x73;&#x72;&#x63;&#x3d;&#x22;&#x68;&#x74;&#x74;&#x70;&#x73;&#x3a;&#x2f;&#x2f;&#x61;&#x6a;&#x61;&#x78;&#x2e;&#x67;&#x6f;&#x6f;&#x67;&#x6c;&#x65;&#x61;&#x70;&#x69;&#x73;&#x2e;&#x63;&#x6f;&#x6d;&#x2f;&#x61;&#x6a;&#x61;&#x78;&#x2f;&#x6c;&#x69;&#x62;&#x73;&#x2f;&#x6d;&#x6f;&#x64;&#x65;&#x6c;&#x2d;&#x76;&#x69;&#x65;&#x77;&#x65;&#x72;&#x2f;&#x33;&#x2e;&#x34;&#x2e;&#x30;&#x2f;&#x6d;&#x6f;&#x64;&#x65;&#x6c;&#x2d;&#x76;&#x69;&#x65;&#x77;&#x65;&#x72;&#x2e;&#x6d;&#x69;&#x6e;&#x2e;&#x6a;&#x73;&#x22;&#x20;&#x74;&#x79;&#x70;&#x65;&#x3d;&#x22;&#x6d;&#x6f;&#x64;&#x75;&#x6c;&#x65;&#x22;&#x3e;&#x3c;&#x2f;&#x73;&#x63;&#x72;&#x69;&#x70;&#x74;&#x3e;&#xa;\n\t\u003C/textarea>\n\u003C/div>     \n\n\u003C!-- persist telescopic unfolds -->\n\u003C\u003Cscript>>\n\u003Cscript>\n([...document.querySelectorAll('u')]).map( (u) => {\n  u.addEventListener('click', e => e.target.className = 'show' )\n});\n\u003C/script>\n\u003C\u003Cscript 0>>\n","tags":"[[🧰 Libraries & Tools]]","title":"🧰 \u003Cmodel-viewer>","modified":"20241209132308892","type":"text/markdown"},
 {"created":"20230602135111711","text":"The \u003Ca href=\"https://aframe.io\">AFRAME\u003C/a> wraps the THREE.js library, to enable a hypermedia browser-experience in just 2 lines:\n\n```\n\u003Cscript src=\"https://xrfragment.org/dist/xrfragment.aframe.js\">\u003C/script>\n\u003Ca-entity xrf=\"https://xrfragment.org/index.glb\">\u003C/a-entity> \n```\n\nIt enables:\n\n* linking together of space, time & (text)objects\n* with- or without a network-connection.\n* discover, share, link, navigate & query 4D experiences using URLs\n\n> Basically navigation automatically happens via [href](#href) values embedded in 3D models (glb e.g.) or programmaticaly: `xrf.navigator.to('https://xrfragment.org/index.glb#pos=start')` e.g. \n\n\u003Cbr>\nThe snippet above can be found \u003Ca href=\"https://github.com/coderofsalvation/xrfragment/blob/main/example/three/sandbox/index.html#L92-L112\" target=\"_blank\">in this source-example\u003C/a> or see it in action here:\n\u003Cbr>\u003Cbr>\n\n\u003Cbr>\n\u003Cdiv style=\"max-width:600px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/xrf-searxr.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\n## Getting started\n\n1. use the code from the codepen above as a startingpoint \n2. add your own 3D model (`index.glb` in the example)\n\n> This setup automatically launches the (THREE.js) `xrf.init()` which injects xrf-capabilities into THREE.js loaders. It'll automatically detect any XR Fragments in 3D assets (loaded afterwards). \u003Cbr>On top of that, it'll reflect changes in the URL-bar.\n\nAlso note that `xrf-get` allows converting objects inside assets into AFRAME `\u003Ca-entity>`, and `xrf-button` allows for simple interactions.\n\u003Cbr>\u003Cbr>\nSee the above in action below:\n\u003Cbr>\u003Cbr>\n\u003Ciframe class=\"border\" src=\"./example/aframe/sandbox?index.gltf#pos=0,0,0\" frameborder=\"0\" style=\"width:100%; height:70%; min-height:500px;\"/>\n\nThe xrfragment library lives at `window.AFRAME.XRF` so you can call `AFRAME.XRF.navigator.to('foo.hltf#pos=1,1,2')` e.g.\n\u003Cbr>\u003Cbr>\nEverything else works the same (and can be extended via) as the [THREE.js library](#%F0%9F%A7%B0%20THREE.js) (see for more info)\n\n## The navigator\n\nAll (clicked/requested) links will go through the navigator, which lives at `xrf.navigator` and can be replaced/extended with your own [navigator.js](https://codeberg.org/coderofsalvation/xrfragment/src/branch/main/src/3rd/js/three/navigator.js)\n\nBy default it opens unknown links (like an HTML/PDF link in a new tab, however that can be disabled:\n\n```\ndocument.querySelector('a-scene', function(){\n  xrf.navigator.opts.openInNewTab = false\n})\n```\n\n## plugins\n\nThere are various optional plugins which add a small 2D overlay interface, add network features etc:\n\n```\n\n\u003Cscript src=\"dist/xrfragment.plugin.p2p.js\">\u003C/script>          \u003C!-- serverless p2p connectivity   -->\n\u003Cscript src=\"dist/xrfragment.plugin.matrix.js\">\u003C/script>       \u003C!-- matrix connectivity           -->\n\u003Cscript src=\"dist/xrfragment.plugin.network.js\">\u003C/script>      \u003C!-- matrix and webrtc chat/scene examples --> \n\u003Cscript src=\"dist/xrfragment.plugin.editor.js\">\u003C/script>       \u003C!-- basic editor example          --> \n\u003Cscript src=\"dist/xrfragment.plugin.frontend.css.js\">\u003C/script> \u003C!-- basic menu interface css      -->\n\u003Cscript src=\"dist/xrfragment.plugin.frontend.js\">\u003C/script>     \u003C!-- basic menu interface          -->\n\n```\n\nsee \u003Ca href=\"example/aframe/sandbox\" target=\"_blank\">here\u003C/a> for an example and [index.html](https://codeberg.org/coderofsalvation/xrfragment/src/branch/main/example/aframe/sandbox/index.html) for its code\n\n> While these are not part of the spec, you can use/modify them to your own likings.\n\n## plugin: frontend\n\nThis creates a hamburger menu and popu notifications for `href` and `aria-description` metadata in 3D content.\n\u003Cbr>\nBy default, hovering/gazing href (buttons) will show a popup with its `href` and `aria-description` value.\u003Cbr>\nYou can disable/enable this using:\n\n```\nfrontend.notify_links = false\n```\n\n> Everything else works the same (and can be extended via) as the [THREE.js library](#%F0%9F%A7%B0%20THREE.js) (see for more info)\n","title":"🧰 AFRAME","modified":"20241209132308913","type":"text/markdown","tags":"[[🧰 libraries]] [[🧰 Libraries & Tools]]"},
 {"created":"20240517153232783","text":"[Godot](https://godotengine.org/) is a Game/XR multi-platform builder environment.\u003Cbr>\n\u003Cbr>\nGodot developers can use the \u003Ca href=\"https://codeberg.org/coderofsalvation/xrfragment-godot/src/branch/main/xrfragment.gd\" target=\"_blank\">xrfragment.gd\u003C/a> library to build their own XR browser.\u003Cbr>\u003Cbr>\nThere's an \u003Ca href=\"https://codeberg.org/coderofsalvation/xrfragment-godot\" target=\"_blank\">Example Godot Project\u003C/a> included which uses it using this simple \u003Ca href=\"https://codeberg.org/coderofsalvation/xrfragment-godot/src/branch/main/main.gd\" target=\"_blank\">main.gd\u003C/a> script.\n\u003Cbr>\u003Cbr>\n\u003Cb>NOTE:\u003C/b> the XR Fragment support is not as mature as the AFRAME library (see Example Model Browser in sidemenu)\n\n\u003Cbr>\n\u003Cdiv style=\"max-width:600px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/xrfragment-godot.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>","title":"🧰 GODOT","modified":"20241209132308938","type":"text/markdown","tags":"[[🧰 libraries]] [[🧰 Libraries & Tools]]"},
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 {"created":"20240627122947980","text":"{\n    \"tiddlers\": {\n        \"$:/themes/nico/notebook/LICENSE\": {\n            \"title\": \"$:/themes/nico/notebook/LICENSE\",\n            \"created\": \"20200419141443144\",\n            \"modified\": \"20210118213330307\",\n            \"tags\": \"\",\n            \"type\": \"text/vnd.tiddlywiki\",\n            \"text\": \"\\nMIT License Copyright (c) 2020 [[Nicolas Petton|https://nicolas.petton.fr]] nicolas@petton.fr\\n\\nPermission is hereby granted, free of charge, to any person obtaining a copy\\nof this software and associated documentation files (the \\\"Software\\\"), to deal\\nin the Software without restriction, including without limitation the rights\\nto use, copy, modify, merge, publish, distribute, sublicense, and/or sell\\ncopies of the Software, and to permit persons to whom the Software is furnished\\nto do so, subject to the following conditions:\\n\\nThe above copyright notice and this permission notice (including the next\\nparagraph) shall be included in all copies or substantial portions of the\\nSoftware.\\n\\nTHE SOFTWARE IS PROVIDED \\\"AS IS\\\", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR\\nIMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, FITNESS\\nFOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS\\nOR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY,\\nWHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF\\nOR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.\\n\"\n        },\n        \"$:/themes/nico/notebook/themetweaks\": {\n            \"title\": \"$:/themes/nico/notebook/themetweaks\",\n            \"created\": \"20201217172915960\",\n            \"modified\": \"20210123211851680\",\n            \"tags\": \"$:/tags/ControlPanel/Appearance\",\n            \"caption\": \"{{$:/language/ThemeTweaks/ThemeTweaks}}\",\n            \"text\": \"\\\\define lingo-base() $:/language/ThemeTweaks/\\n\\nYou can tweak certain aspects of the ''Notebook'' theme.\\n\\n! \u003C\u003Clingo Options>>\\n\\n|\u003C$link to=\\\"$:/themes/nico/notebook/options/stickytitles\\\">\u003C\u003Clingo Options/StickyTitles>>\u003C/$link>\u003Cbr>//\u003C\u003Clingo Options/StickyTitles/Hint>>// |\u003C$select tiddler=\\\"$:/themes/nico/notebook/options/stickytitles\\\">\u003Coption value=\\\"no\\\">{{$:/language/No}}\u003C/option>\u003Coption value=\\\"yes\\\">{{$:/language/Yes}}\u003C/option>\u003C/$select> |\\n|\u003C$link to=\\\"$:/themes/tiddlywiki/vanilla/options/codewrapping\\\">\u003C\u003Clingo Options/CodeWrapping>>\u003C/$link> |\u003C$select tiddler=\\\"$:/themes/tiddlywiki/vanilla/options/codewrapping\\\">\u003Coption value=\\\"pre\\\">{{$:/language/No}}\u003C/option>\u003Coption value=\\\"pre-wrap\\\">{{$:/language/Yes}}\u003C/option>\u003C/$select> |\\n|\u003C$link to=\\\"$:/themes/nico/notebook/options/reveal-tiddler-controls-on-hover\\\">Reveal tiddler controls on mouseover\u003C/$link> |\u003C$select tiddler=\\\"$:/themes/nico/notebook/options/reveal-tiddler-controls-on-hover\\\">\u003Coption value=\\\"no\\\">{{$:/language/No}}\u003C/option>\u003Coption value=\\\"yes\\\">{{$:/language/Yes}}\u003C/option>\u003C/$select> |\\n\\n! \u003C\u003Clingo Settings>>\\n\\n|\u003C$link to=\\\"$:/themes/nico/notebook/settings/fontfamily\\\">\u003C\u003Clingo Settings/FontFamily>>\u003C/$link> |\u003C$edit-text tiddler=\\\"$:/themes/nico/notebook/settings/fontfamily\\\" default=\\\"\\\" tag=\\\"input\\\"/> | |\\n|\u003C$link to=\\\"$:/themes/nico/notebook/settings/codefontfamily\\\">\u003C\u003Clingo Settings/CodeFontFamily>>\u003C/$link> |\u003C$edit-text tiddler=\\\"$:/themes/nico/notebook/settings/codefontfamily\\\" default=\\\"\\\" tag=\\\"input\\\"/> | |\\n|\u003C$link to=\\\"$:/themes/nico/notebook/settings/editorfontfamily\\\">\u003C\u003Clingo Settings/EditorFontFamily>>\u003C/$link> |\u003C$edit-text tiddler=\\\"$:/themes/nico/notebook/settings/editorfontfamily\\\" default=\\\"\\\" tag=\\\"input\\\"/> | |\\n\\n! \u003C\u003Clingo Metrics>>\\n\\n|\u003C$link to=\\\"$:/themes/tiddlywiki/vanilla/metrics/fontsize\\\">\u003C\u003Clingo Metrics/FontSize>>\u003C/$link> |\u003C$edit-text tiddler=\\\"$:/themes/tiddlywiki/vanilla/metrics/fontsize\\\" default=\\\"\\\" tag=\\\"input\\\"/> |\\n|\u003C$link to=\\\"$:/themes/tiddlywiki/vanilla/metrics/lineheight\\\">\u003C\u003Clingo Metrics/LineHeight>>\u003C/$link> |\u003C$edit-text tiddler=\\\"$:/themes/tiddlywiki/vanilla/metrics/lineheight\\\" default=\\\"\\\" tag=\\\"input\\\"/> |\\n|\u003C$link to=\\\"$:/themes/tiddlywiki/vanilla/metrics/bodyfontsize\\\">\u003C\u003Clingo Metrics/BodyFontSize>>\u003C/$link> |\u003C$edit-text tiddler=\\\"$:/themes/nico/notebook/metrics/bodyfontsize\\\" default=\\\"\\\" tag=\\\"input\\\"/> |\\n|\u003C$link to=\\\"$:/themes/tiddlywiki/vanilla/metrics/bodylineheight\\\">\u003C\u003Clingo Metrics/BodyLineHeight>>\u003C/$link> |\u003C$edit-text tiddler=\\\"$:/themes/nico/notebook/metrics/bodylineheight\\\" default=\\\"\\\" tag=\\\"input\\\"/> |\\n|\u003C$link to=\\\"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint\\\">\u003C\u003Clingo Metrics/SidebarBreakpoint>>\u003C/$link>\u003Cbr>//\u003C\u003Clingo Metrics/SidebarBreakpoint/Hint>>// |^\u003C$edit-text tiddler=\\\"$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint\\\" default=\\\"\\\" tag=\\\"input\\\"/> |\\n|\u003C$link to=\\\"$:/themes/nico/notebook/metrics/sidebar-width\\\">\u003C\u003Clingo Metrics/SidebarWidth>>\u003C/$link>\u003Cbr>//\u003C\u003Clingo Metrics/SidebarWidth/Hint>>// |^\u003C$edit-text tiddler=\\\"$:/themes/nico/notebook/metrics/sidebar-width\\\" default=\\\"\\\" tag=\\\"input\\\"/> |\\n|\u003C$link to=\\\"$:/themes/nico/notebook/metrics/story-width\\\">\u003C\u003Clingo Metrics/StoryWidth>>\u003C/$link>\u003Cbr>//\u003C\u003Clingo Metrics/StoryWidth/Hint>>// |^\u003C$edit-text tiddler=\\\"$:/themes/nico/notebook/metrics/story-width\\\" default=\\\"\\\" tag=\\\"input\\\"/> |\\n\\n\"\n        },\n        \"$:/themes/nico/notebook/base\": {\n            \"title\": \"$:/themes/nico/notebook/base\",\n            \"created\": \"20200419141443144\",\n            \"modified\": \"20210120224227503\",\n            \"tags\": \"$:/tags/Stylesheet\",\n            \"type\": \"text/vnd.tiddlywiki\",\n            \"text\": \"\\\\rules only filteredtranscludeinline transcludeinline macrodef macrocallinline\\n\\n\\\\define if-sidebar(text)\\n  \u003C$reveal state=\\\"$:/state/notebook-sidebar\\\" type=\\\"match\\\" text=\\\"yes\\\">\\n    $text$\\n  \u003C/$reveal>\\n\\\\end\\n\\n\\\\define if-reveal-tiddler-controls-on-hover(text)\\n  \u003C$reveal state=\\\"$:/themes/nico/notebook/options/reveal-tiddler-controls-on-hover\\\" type=\\\"match\\\" text=\\\"yes\\\">\\n    $text$\\n  \u003C/$reveal>\\n\\\\end\\n  \\n/* Top and bottom bars */\\n\\n/* Hide the top-right bar */\\n.tc-topbar.tc-topbar-right {\\n  display: none;\\n}\\n\\ndiv.tc-sidebar-header {\\n  padding: 0;\\n  min-height: 0;\\n}\\n\\n.tc-story-river {\\n  padding: 6px 0 !important;\\n  width: 100% !important;\\n  max-width: {{$:/themes/nico/notebook/metrics/story-width}} !important;\\n  margin: 0 auto !important;\\n  margin-top: 34px !important;\\n}\\n\\ndiv.tc-tiddler-frame {\\n  width: 100%;\\n  margin: 20px 0;\\n  background: \u003C\u003Ccolour tiddler-background>>;\\n  box-shadow: 0 5px 20px rgba(0,0,0, 0.12);\\n  border-radius: 6px;\\n  padding: 42px 60px 60px 60px;\\n}\\n\\nh1.tc-site-title {\\n  margin-top: 14px;\\n  font-size: 1.5em !important;\\n}\\n\\n.nc-bar {\\n  padding: 10px;\\n  height: {{$:/themes/nico/notebook/metrics/topbar-height}};\\n  background: \u003C\u003Ccolour page-background>>;\\n  display: flex;\\n  justify-content: space-between;\\n}\\n\\n.nc-topbar-wrapper {\\n  position: fixed;\\n  top: 0;\\n  left: 0;\\n  right: 0;\\n  /* The z-index needs to be above the z-index used in tiddlers in zoomin view */\\n  z-index: 501;\\n}\\n\\n.nc-bar.nc-topbar {\\n  top: 0;\\n  background: \u003C\u003Ccolour page-background>>ee;\\n  max-width: calc({{$:/themes/nico/notebook/metrics/story-width}} + 40px);\\n  padding: 10px 20px;\\n  margin: 0 auto;\\n}\\n\\n.nc-bar.nc-bottombar {\\n  position: fixed;\\n  bottom: 0;\\n  left: 0;\\n  right: 0;\\n  /* The z-index needs to be above the z-index used in tiddlers in zoomin view */\\n  z-index: 501;\\n}\\n\\n.nc-bar .left svg {\\n  fill: \u003C\u003Ccolour sidebar-controls-foreground>>;\\n}\\n\\n.nc-bar input[type=\\\"search\\\"] {\\n  width: 200px;\\n  padding: .6em 1em;\\n  margin-top: -.2em;\\n  background: \u003C\u003Ccolour sidebar-button-foreground>>44;\\n  color: \u003C\u003Ccolour foreground>>cc;\\n  transition: all ease-in .2s;\\n  border: 1px solid transparent;\\n  outline: 0;\\n}\\n\\n.nc-bar input[type=\\\"search\\\"]:focus {\\n  width: 300px;\\n  background: \u003C\u003Ccolour tiddler-background>>;\\n  color: \u003C\u003Ccolour foreground>>;\\n  border: 1px solid \u003C\u003Ccolour primary>>;\\n  box-shadow: 0 0 .2rem 0 \u003C\u003Ccolour primary>>;\\n}\\n\\ninput[type=\\\"search\\\"]::-webkit-search-cancel-button {\\n  -webkit-appearance: auto;\\n}\\n\\n.nc-bar .tc-block-dropdown.tc-search-drop-down {\\n  margin-left: 0;\\n  width: 400px;\\n  border: 0;\\n  box-shadow: 0 0 6px 0 rgba(0,0,0,.2);\\n  border-radius: 6px;\\n  padding: 20px 0;\\n}\\n\\n.nc-bar p {\\n  margin: 0;\\n}\\n\\n.nc-bar .tc-page-controls {\\n  margin-top: 0;\\n}\\n\\n.nc-bar .tc-page-controls button {\\n  margin-right: .8em;\\n}\\n\\n.nc-bar .tc-page-controls button .tc-btn-text {\\n  font-size: 14px;\\n}\\n\\n.nc-bar .tc-block-dropdown {\\n  max-height: 70vh;\\n  overflow: auto;\\n}\\n\\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\\n  .nc-topbar {\\n    display: none;\\n  }\\n\\n  .tc-story-river {\\n    padding: 0 !important;\\n    margin-top: 0 !important;\\n    margin-bottom: 60px !important;\\n  }\\n\\n  div.tc-tiddler-frame {\\n    margin: 0;\\n    box-shadow: none;\\n    border-radius: 0;\\n    border-top: 0;\\n  }\\n}\\n\\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\\n  .nc-bottombar {\\n    display: none;\\n  }\\n}\\n\\n@media(max-width: 1100px) {\\n  .nc-bar input[type=\\\"search\\\"] {\\n    width: 200px;\\n  }\\n}\\n\\n/* Sidebar */\\n\\n@keyframes sidebar-appear {\\n  0%   {\\n    left: -{{$:/themes/nico/notebook/metrics/sidebar-width}};\\n  }\\n  100% {\\n    left: 0;\\n  }\\n}\\n\\n\u003C\u003Cif-sidebar \\\"\\\"\\\"\\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\\n  .nc-sidebar {\\n    animation: sidebar-appear .14s;\\n    padding-top: 10px;\\n  }\\n}\\n\\\"\\\"\\\">>\\n\\n.nc-sidebar {\\n  background: \u003C\u003Ccolour tiddler-background>>;\\n  border-right: 1px solid \u003C\u003Ccolour tiddler-border>>;\\n  width: {{$:/themes/nico/notebook/metrics/sidebar-width}};\\n  overflow-y: auto;\\n  overflow-x: hidden;\\n  z-index: 100;\\n}\\n\\n.nc-sidebar .segment {\\n  border-bottom: 1px solid rgba(0,0,0,.1);\\n}\\n\\n.nc-sidebar ol {\\n  margin: 0;\\n  padding: 0;\\n  list-style: none;\\n  line-height: 1.8em;\\n}\\n\\n.nc-sidebar ol ol {\\n  padding-left: 18px;\\n}\\n\\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\\n  .mobile-only {\\n    display: none;\\n  }\\n}\\n\\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\\n  .desktop-only {\\n    display: none;\\n  }\\n}\\n\\n.nc-sidebar h1.tc-site-title {\\n  margin: 0;\\n}\\n\\n.nc-sidebar p {\\n  margin: 6px 0;\\n}\\n\\n.nc-sidebar .tc-site-subtitle {\\n  color: \u003C\u003Ccolour site-title-foreground>>;\\n}\\n\\n.nc-sidebar .section .label {\\n  padding: 2px 0;\\n  color: \u003C\u003Ccolour site-title-foreground>>;\\n  fill: \u003C\u003Ccolour site-title-foreground>>;\\n  font-weight: bold;\\n  line-height: 1.6em;\\n  display: block;\\n  width: 100%;\\n  text-align: left;\\n  padding: 8px 15px;\\n  border-radius: 0;\\n}\\n\\n.nc-sidebar .section:not(.open) .label:hover {\\n  background: rgba(0,0,0,.06);\\n}\\n\\n.nc-sidebar .section.open .label {\\n  color: \u003C\u003Ccolour tiddler-background>>;\\n  fill: \u003C\u003Ccolour tiddler-background>>;\\n  background: \u003C\u003Ccolour primary>>;\\n  border-bottom: 1px solid rgba(0,0,0,.1);\\n}\\n\\n.nc-sidebar .section .label .caret {\\n  display: inline-block;\\n  width: 15px;\\n  float: right;\\n}\\n\\n.nc-sidebar .content {\\n  padding: 6px 15px;\\n  font-size: 1em;\\n}\\n\\n.nc-sidebar .tc-tiddlylink {\\n  color: \u003C\u003Ccolour primary>>;\\n}\\n\\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\\n  .nc-sidebar {\\n    position: fixed;\\n    left: 0;\\n    top:  0;\\n    bottom: 0;\\n  }\\n}\\n\\n\u003C\u003Cif-sidebar \\\"\\\"\\\"\\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\\n  @keyframes sidebar-slide {\\n    0%   {\\n      left: -100vw;\\n    }\\n    100% {\\n      left: 0;\\n    }\\n  }\\n  .nc-sidebar {\\n    overflow: auto;\\n    position: fixed;\\n    width: 100%;\\n    left: 0;\\n    top: 0;\\n    bottom: 48px;\\n    z-index: 3000;\\n    animation: sidebar-slide ease-in .2s;\\n    animation-fill-mode: forwards;\\n  }\\n}\\n\\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\\n  .tc-page-container {\\n    margin-left: {{$:/themes/nico/notebook/metrics/sidebar-width}} !important;\\n  }\\n\\n  .nc-topbar-wrapper {\\n    left: {{$:/themes/nico/notebook/metrics/sidebar-width}};\\n  }\\n}\\n\\\"\\\"\\\">>\\n\\n/* Animate the hamburger button */\\n\\n@keyframes menu-bars-1 {\\n  0%   {}\\n  100% {\\n    transform: rotate(-45deg) translateY(-10px) translateX(-6px);\\n    fill: \u003C\u003Ccolour foreground>>;\\n  }\\n}\\n\\n@keyframes menu-bars-2 {\\n  0%   {}\\n  100% { opacity: 0; }\\n}\\n\\n@keyframes menu-bars-3 {\\n  0%   {}\\n  100% {\\n    transform: rotate(45deg) translateY(6px) translateX(2px);\\n    fill: \u003C\u003Ccolour foreground>>;\\n  }\\n}\\n\\n.sidebar-toggle {\\n  /* position: fixed; */\\n  /* top: 6px; */\\n  /* left: 6px; */\\n  /* z-index: 600; */\\n  /* padding: 4px; */\\n  /* border-radius: 8px; */\\n  margin-right: 10px;\\n  transition: all ease-in-out .2s;\\n  fill: \u003C\u003Ccolour sidebar-controls-foreground>>;\\n}\\n\\n.sidebar-toggle:hover,\\n.sidebar-toggle.open {\\n  fill: \u003C\u003Ccolour sidebar-controls-foreground-hover>>;\\n}\\n\\n/* @media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) { */\\n/*   .sidebar-toggle { */\\n/*     top: auto; */\\n/*     bottom: 10px; */\\n/*     left: 10px; */\\n/*   } */\\n/* } */\\n\\n.sidebar-toggle .bars .bar {\\n    transform: rotate(0) translateY(0) translateX(0);\\n    opacity: 1;\\n    transform-origin: 20px 10px;\\n    transition: transform 0.4s ease-in-out, opacity 0.2s ease-in-out, fill .4s ease-in-out;\\n}\\n\\n.sidebar-toggle .bars .bar:nth-of-type(3) {\\n    transform-origin: 20px 20px;\\n}\\n\\n.sidebar-toggle.open .bars .bar:nth-of-type(1) {\\n  animation: menu-bars-1 .6s;\\n  animation-fill-mode: forwards;\\n}\\n.sidebar-toggle.open .bars .bar:nth-of-type(2) {\\n  animation: menu-bars-2 .6s;\\n  animation-fill-mode: forwards;\\n}\\n.sidebar-toggle.open .bars .bar:nth-of-type(3) {\\n  animation: menu-bars-3 .6s;\\n  animation-fill-mode: forwards;\\n}\\n\\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\\n  div.tc-tiddler-frame {\\n    padding: 14px;\\n  }\\n}\\n\\n/* Inputs */\\n\\ninput, textarea {\\n  transition: border .14s ease-in-out;\\n  background: \u003C\u003Ccolour tiddler-editor-background>>;\\n  border: 1px solid \u003C\u003Ccolour tiddler-editor-border>>;\\n  padding: .5em;\\n  border-radius: 4px;\\n}\\n\\ninput:focus, textarea:focus {\\n  box-shadow: 0 0 0.2rem 0 \u003C\u003Ccolour primary>>;\\n  outline: 0;\\n  border-color: \u003C\u003Ccolour primary>>;\\n}\\n\\nbutton {\\n  border-radius: 1.5em;\\n  border: 1px solid #ccc;\\n  background: \u003C\u003Ccolour tiddler-background>>;\\n  padding: .3em 1em;\\n  cursor: pointer;\\n  transition: box-shadow ease-in .1s;\\n  color: \u003C\u003Ccolor foreground>>;\\n}\\n\\nbutton:focus, button:active {\\n  outline: 0 none;\\n}\\n\\nbutton.tc-btn-invisible {\\n  border-radius: 0;\\n}\\n\\n.tc-editor-toolbar button,\\n.tc-editor-toolbar button.tc-btn-invisible {\\n  border-radius: 3px;\\n  background: \u003C\u003Ccolour tiddler-editor-background>>;\\n  color: \u003C\u003Ccolour foreground>>;\\n  fill: \u003C\u003Ccolour foreground>>;\\n  border: 1px solid \u003C\u003Ccolour tiddler-editor-border>>;\\n}\\n\\n.tc-editor-toolbar button:hover,\\n.tc-editor-toolbar button:active {\\n  border-color: \u003C\u003Ccolour primary>>;\\n  background: \u003C\u003Ccolour primary>>;\\n  color: \u003C\u003Ccolour background>>;\\n  fill: \u003C\u003Ccolour background>>;\\n}\\n\\n.tc-tiddler-frame input.tc-edit-texteditor,\\n.tc-tiddler-frame textarea.tc-edit-texteditor,\\n.tc-tiddler-frame iframe.tc-edit-texteditor {\\n  transition: border .14s ease-in-out;\\n  border: 1px solid \u003C\u003Ccolour tiddler-editor-border>>;\\n  background: \u003C\u003Ccolour tiddler-editor-background>>;\\n  padding: 4px;\\n  border-radius: 4px;\\n}\\n\\n.tc-tiddler-frame input.tc-edit-texteditor:focus,\\n.tc-tiddler-frame textarea.tc-edit-texteditor:focus,\\n.tc-tiddler-frame iframe.tc-edit-texteditor:focus {\\n  box-shadow: 0 0 0.2rem 0 \u003C\u003Ccolour primary>>;\\n  outline: 0;\\n  border-color: \u003C\u003Ccolour primary>>;\\n}\\n\\n.tc-tiddler-controls .tc-btn-text {\\n    font-size: 16px;\\n}\\n\\n\u003C\u003Cif-reveal-tiddler-controls-on-hover \\\"\\\"\\\"\\n@media (min-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\\n  .tc-tiddler-frame .tc-tiddler-controls svg {\\n    opacity: 0;\\n    transition: all .2s ease-in;\\n  }\\n\\n  .tc-tiddler-controls svg.tc-image-close-button,\\n  .tc-tiddler-controls .py-toggle-todo-button svg,\\n  .tc-tiddler-controls svg.tc-image-done-button,\\n  .tc-tiddler-frame .tc-tiddler-controls:hover svg {\\n    opacity: 1;\\n  }\\n\\n  .tc-tiddler-controls .py-toggle-todo-button .done svg {\\n    fill: #2da562;\\n  }\\n}\\n\\\"\\\"\\\">>\\n\\nbutton.tc-tag-label, span.tc-tag-label {\\n  padding: 0.3em 1em !important;\\n}\\n\\n/* Fonts */\\n\\nhtml, body {\\n  font-family: {{$:/themes/nico/notebook/settings/fontfamily}};\\n}\\n\\n.tc-tiddler-frame input.tc-edit-texteditor,\\n.tc-tiddler-frame textarea.tc-edit-texteditor,\\n.tc-tiddler-frame iframe.tc-edit-texteditor {\\n  font-family: {{$:/themes/nico/notebook/settings/editorfontfamily}};\\n}\\n\\npre, code {\\n  font-family: {{$:/themes/nico/notebook/settings/codefontfamily}};\\n}\\n\\n.tc-titlebar, .tc-site-title {\\n  font-size: 28px !important;\\n  line-height: 34px !important;\\n  font-weight: 600 !important;\\n  letter-spacing: -0.5px !important;\\n}\\n\\nh1, h2, h3, h4, h5, h6 {\\n  font-weight: 600;\\n}\\n\\n.tc-tiddler-body h1,\\n.tc-tiddler-body h2,\\n.tc-tiddler-preview-preview h1,\\n.tc-tiddler-preview-preview h2 {\\n  font-weight: bold;\\n}\\n\\ndiv.tc-tiddler-frame .tc-tiddler-body {\\n  font-size: {{$:/themes/nico/notebook/metrics/bodyfontsize}};\\n  line-height: {{$:/themes/nico/notebook/metrics/bodylineheight}};\\n}\\n\\n/* Tabs */\\n\\ndiv.tc-tab-buttons {\\n  margin-bottom: -4px;\\n}\\n\\ndiv.tc-tab-buttons button {\\n  font-weight: bold;\\n  font-size: 1.2em;\\n  line-height: 1em;\\n  padding: .6em .8em .4em .8em;\\n  border: 0;\\n  border-radius: 0;\\n  background: transparent;\\n  cursor: pointer;\\n  transition: background ease-in .2s;\\n}\\n\\ndiv.tc-tab-buttons button:hover {\\n  background: rgba(0,0,0,.03);\\n}\\n\\ndiv.tc-tab-buttons button.tc-tab-selected {\\n  border: 0;\\n  background: transparent;\\n  border-bottom: 4px solid \u003C\u003Ccolour primary>>;\\n}\\n\\n/* Dropdowns */\\n\\n@keyframes pop {\\n  0% {\\n    transform: scale(0.8);\\n    opacity: 0;\\n  }\\n\\n  80% {\\n    transform: scale(1.03);\\n    opacity: 1;\\n  }\\n\\n  100% {\\n    transform: scale(1);\\n    opacity: 1;\\n  }\\n}\\n\\n.tc-drop-down {\\n  box-shadow: 0 0 10px rgba(0,0,0,.2);\\n  border-radius: 6px;\\n  padding: 10px 0 !important;\\n  animation: pop .15s ease-in forwards;\\n}\\n\\n.tc-drop-down a, .tc-drop-down button {\\n  padding: 3px 15px !important;\\n}\\n\\n.tc-search-results {\\n  line-height: 2em;\\n}\\n\\n.tc-search-results em {\\n  font-weight: bold;\\n  font-style: normal;\\n}\\n\\n/* Draft list */\\n\\n.tc-drafts-list {\\n  font-size: .9em;\\n  left: auto;\\n  right: 0;\\n}\\n\\n.tc-drafts-list a {\\n  padding: 6px 12px;\\n  font-weight: bold;\\n  border-top-left-radius: 6px;\\n  border-top-right-radius: 6px;\\n  display: inline-block;\\n}\\n\\n.nc-refs {\\n  color: #888;\\n  font-size: .9em;\\n}\\n\\n.nc-refs h4 {\\n  margin-bottom: 4px;\\n}\\n\\n.nc-post-created {\\n  color: #acacac;\\n  font-size: .8em;\\n}\\n\"\n        },\n        \"$:/themes/nico/notebook/changelog\": {\n            \"title\": \"$:/themes/nico/notebook/changelog\",\n            \"caption\": \"ChangeLog\",\n            \"created\": \"20201217180707912\",\n            \"modified\": \"20210202214001915\",\n            \"tags\": \"\",\n            \"type\": \"text/vnd.tiddlywiki\",\n            \"text\": \"! 1.4.1\\n\\n!! Fixes\\n\\n* Fix the transclusion mode of sidebar sections\\n* Fix section title rendering for tiddlers without a caption field\\n* Fix the colour of links in the sidebar when using Notebook palettes with Vanilla\\n\\n! 1.4.0\\n\\n!! Features\\n\\n* New redesigned topbar layout\\n* Add a configuration setting for the story width\\n* Add support for keyboard navigation in the search dropdown\\n\\n! 1.3.6\\n\\n!! Improvements\\n\\n* Improve the style of tabs\\n* New animation for drop-downs\\n* Use a lighter page background colour in the beige palette\\n\\n!! Fixes\\n\\n* Fix the default ctrl+shift+F shortcut for focusing the search input\\n\\n! 1.3.5\\n\\n!! Features\\n\\n* Add an option to reveal tiddler controls on mouseover\\n\\n! 1.3.4\\n\\n!! Improvements\\n\\n* Add a keyboard shortcut (alt+shift+s) to toggle Notebook sidebar\\n* Add missing colours to tiddler editor fields in the dark palette\\n\\n!! Fixes\\n\\n* Fix the size of toolbar button labels when the $:/config/Toolbar/Text is set to yes\\n\\n! 1.3.3\\n\\n!! Improvements\\n\\n* Make the sidebar more generic by using the default sidebar sections\\n\\n! 1.3.2\\n\\n!! Improvements\\n\\n* Add colours for messages in the dark palette\\n* Add colours for notification in the dark palette\\n* Set colours for messages in the beige palette\\n\\n! 1.3.1\\n\\n!! Features\\n\\n* New font family settings distinct from the Vanilla theme\\n\\n!! Improvements\\n\\n* Use a slightly lighter colour as the search input background\\n* Improve contrast of sidebar buttons in the dark palette\\n\\n!! Fixes\\n\\n* Fix tiddler control button colours in all three palettes\\n* Fix tab colours in palette-dark\\n\\n! 1.3.0\\n\\n!! Improvements\\n\\n* New dark colour palette\\n* Use a darker color for tiddler subtitles\\n* Add back the WebKit search cancel button in search inputs\\n\\n!! Fixes\\n\\n* Fix the z-index of the topbar for the zoomin story view\\n* Fix the font weight of tiddler titles in edit mode\\n\\n! 1.2.0\\n\\n!! Improvements\\n\\n* Better support for dark colour palettes\\n\\n!! Fixes\\n\\n* Fix rendering of overflowing/wrapping text in the sidebar\\n\\n! 1.1.0\\n\\n!! Features\\n\\n* New theme tweaks tab dedicated to Notebook in the control panel\\n* Inputs in the edit template are now styled consistently with other inputs\\n\\n!! Fixes\\n\\n* Fixes the position of sticky tiddler titles when the option is turned on\\n\"\n        },\n        \"$:/config/ShortcutInfo/notebook-focus-search\": {\n            \"title\": \"$:/config/ShortcutInfo/notebook-focus-search\",\n            \"text\": \"Focus on the topbar search field\"\n        },\n        \"$:/config/shortcuts/notebook-focus-search\": {\n            \"title\": \"$:/config/shortcuts/notebook-focus-search\",\n            \"text\": \"ctrl+shift+F\"\n        },\n        \"$:/config/Search/AutoFocus\": {\n            \"title\": \"$:/config/Search/AutoFocus\",\n            \"text\": \"false\"\n        },\n        \"$:/config/shortcuts/sidebar-search\": {\n            \"title\": \"$:/config/shortcuts/sidebar-search\",\n            \"text\": \"\"\n        },\n        \"$:/themes/nico/notebook/images/bars\": {\n            \"title\": \"$:/themes/nico/notebook/images/bars\",\n            \"created\": \"20200428212322206\",\n            \"modified\": \"20201210210231235\",\n            \"type\": \"text/vnd.tiddlywiki\",\n            \"text\": \"\u003Csvg class=\\\"bars\\\" height=\\\"21pt\\\" viewBox=\\\"0 0 42 42\\\" enable-background=\\\"new 0 0 32 22.5\\\" version=\\\"1.1\\\" xmlns=\\\"http://www.w3.org/2000/svg\\\">\\n  \u003Cg class=\\\"svg-menu-toggle\\\" sketch:type=\\\"MSLayerGroup\\\">\\n    \u003Crect class=\\\"bar\\\" x=\\\"8\\\" y=\\\"28\\\" width=\\\"26\\\" height=\\\"4\\\">\u003C/rect>\\n    \u003Crect class=\\\"bar\\\" x=\\\"8\\\" y=\\\"19\\\" width=\\\"26\\\" height=\\\"4\\\">\u003C/rect>\\n    \u003Crect class=\\\"bar\\\" x=\\\"8\\\" y=\\\"10\\\" width=\\\"26\\\" height=\\\"4\\\">\u003C/rect>\\n  \u003C/g>\\n\u003C/svg>\\n\"\n        },\n        \"$:/themes/nico/notebook/images/caret-down\": {\n            \"title\": \"$:/themes/nico/notebook/images/caret-down\",\n            \"created\": \"20200429194348688\",\n            \"modified\": \"20201210210230919\",\n            \"type\": \"text/vnd.tiddlywiki\",\n            \"text\": \"\u003Csvg width=\\\"6pt\\\" xmlns=\\\"http://www.w3.org/2000/svg\\\" viewBox=\\\"0 0 320 512\\\">\u003Cpath d=\\\"M31.3 192h257.3c17.8 0 26.7 21.5 14.1 34.1L174.1 354.8c-7.8 7.8-20.5 7.8-28.3 0L17.2 226.1C4.6 213.5 13.5 192 31.3 192z\\\"/>\u003C/svg>\\n\"\n        },\n        \"$:/themes/nico/notebook/images/caret-right\": {\n            \"title\": \"$:/themes/nico/notebook/images/caret-right\",\n            \"created\": \"20200429194305719\",\n            \"modified\": \"20201210210230909\",\n            \"type\": \"text/vnd.tiddlywiki\",\n            \"text\": \"\u003Csvg width=\\\"4pt\\\" xmlns=\\\"http://www.w3.org/2000/svg\\\" viewBox=\\\"0 0 192 512\\\">\u003Cpath d=\\\"M0 384.662V127.338c0-17.818 21.543-26.741 34.142-14.142l128.662 128.662c7.81 7.81 7.81 20.474 0 28.284L34.142 398.804C21.543 411.404 0 402.48 0 384.662z\\\"/>\u003C/svg>\\n\"\n        },\n        \"$:/themes/nico/notebook/images/color-switch\": {\n            \"title\": \"$:/themes/nico/notebook/images/color-switch\",\n            \"created\": \"20201210170859810\",\n            \"creator\": \"nico\",\n            \"modified\": \"20201210205606403\",\n            \"modifier\": \"nico\",\n            \"tags\": \"\",\n            \"type\": \"text/vnd.tiddlywiki\",\n            \"text\": \"\u003Csvg width=\\\"20px\\\" height=\\\"20px\\\" viewBox=\\\"0 0 16 16\\\" class=\\\"bi bi-circle-half\\\" fill=\\\"currentColor\\\" xmlns=\\\"http://www.w3.org/2000/svg\\\">\\n  \u003Cpath fill-rule=\\\"evenodd\\\" d=\\\"M8 15V1a7 7 0 1 1 0 14zm0 1A8 8 0 1 1 8 0a8 8 0 0 1 0 16z\\\"/>\\n\u003C/svg\\n\"\n        },\n        \"$:/themes/nico/notebook/metrics/bodyfontsize\": {\n            \"title\": \"$:/themes/nico/notebook/metrics/bodyfontsize\",\n            \"created\": \"20200428203454207\",\n            \"modified\": \"20201210205606363\",\n            \"tags\": \"\",\n            \"type\": \"text/vnd.tiddlywiki\",\n            \"text\": \"15px\\n\"\n        },\n        \"$:/themes/nico/notebook/metrics/bodylineheight\": {\n            \"title\": \"$:/themes/nico/notebook/metrics/bodylineheight\",\n            \"created\": \"20200428203454207\",\n            \"modified\": \"20201210205606363\",\n            \"tags\": \"\",\n            \"type\": \"text/vnd.tiddlywiki\",\n            \"text\": \"22px\"\n        },\n        \"$:/themes/nico/notebook/metrics/sidebar-width\": {\n            \"title\": \"$:/themes/nico/notebook/metrics/sidebar-width\",\n            \"created\": \"20200429144554294\",\n            \"modified\": \"20201210210231246\",\n            \"tags\": \"\",\n            \"type\": \"text/vnd.tiddlywiki\",\n            \"text\": \"350px\\n\"\n        },\n        \"$:/themes/nico/notebook/metrics/story-width\": {\n            \"title\": \"$:/themes/nico/notebook/metrics/story-width\",\n            \"created\": \"20210123210054185\",\n            \"modified\": \"20210123211911688\",\n            \"tags\": \"\",\n            \"type\": \"text/vnd.tiddlywiki\",\n            \"text\": \"800px\\n\"\n        },\n        \"$:/themes/nico/notebook/metrics/topbar-height\": {\n            \"title\": \"$:/themes/nico/notebook/metrics/topbar-height\",\n            \"created\": \"20200428203454207\",\n            \"modified\": \"20201210205606363\",\n            \"tags\": \"\",\n            \"type\": \"text/vnd.tiddlywiki\",\n            \"text\": \"52px\\n\"\n        },\n        \"$:/themes/nico/notebook/options/stickytitles\": {\n            \"title\": \"$:/themes/nico/notebook/options/stickytitles\",\n            \"text\": \"no\"\n        },\n        \"$:/themes/nico/notebook/options/codewrapping\": {\n            \"title\": \"$:/themes/nico/notebook/options/codewrapping\",\n            \"text\": \"pre-wrap\"\n        },\n        \"$:/themes/nico/notebook/options/reveal-tiddler-controls-on-hover\": {\n            \"title\": \"$:/themes/nico/notebook/options/reveal-tiddler-controls-on-hover\",\n            \"text\": \"no\"\n        },\n        \"$:/core/ui/PageTemplate/sidebar\": {\n            \"title\": \"$:/core/ui/PageTemplate/sidebar\",\n            \"created\": \"20200430072116835\",\n            \"modified\": \"20201217174129501\",\n            \"type\": \"text/vnd.tiddlywiki\",\n            \"text\": \"\\\\whitespace trim\\n\\\\define config-title()\\n$:/config/SideBarSegments/Visibility/$(listItem)$\\n\\\\end\\n\\nOverwritten by $:/themes/nico/notebook so that the default sidebar does not get rendered.\\n\"\n        },\n        \"$:/themes/tiddlywiki/vanilla/themetweaks\": {\n            \"title\": \"$:/themes/tiddlywiki/vanilla/themetweaks\",\n            \"caption\": \"{{$:/language/ThemeTweaks/ThemeTweaks}}\",\n            \"created\": \"20201217163834291\",\n            \"modified\": \"20201217163914434\",\n            \"type\": \"text/vnd.tiddlywiki\",\n            \"text\": \"Overwritten by $:/themes/nico/notebook so that the Vanilla theme tweaks do not appear in the control panel. \"\n        },\n        \"$:/themes/nico/notebook/palettes/palette-beige\": {\n            \"title\": \"$:/themes/nico/notebook/palettes/palette-beige\",\n            \"text\": \"alert-background: #ffe476\\nalert-border: #b99e2f\\nalert-highlight: #881122\\nalert-muted-foreground: #b99e2f\\nbackground: #ffffff\\nblockquote-bar: \u003C\u003Ccolour muted-foreground>>\\nbutton-background:\\nbutton-foreground:\\nbutton-border:\\ncode-background: #f7f7f9\\ncode-border: #e1e1e8\\ncode-foreground: #dd1144\\ndirty-indicator: #c63636\\ndownload-background: #66cccc\\ndownload-foreground: \u003C\u003Ccolour background>>\\ndragger-background: \u003C\u003Ccolour foreground>>\\ndragger-foreground: \u003C\u003Ccolour background>>\\ndropdown-background: \u003C\u003Ccolour background>>\\ndropdown-border: #ddd\\ndropdown-tab-background-selected: #fff\\ndropdown-tab-background: #ececec\\ndropzone-background: #da8548\\nexternal-link-background-hover: inherit\\nexternal-link-background-visited: inherit\\nexternal-link-background: inherit\\nexternal-link-foreground-hover: inherit\\nexternal-link-foreground-visited: #0000aa\\nexternal-link-foreground: #0000ee\\nforeground: #3F3B3B\\nmessage-background: #e6f5e8\\nmessage-border: #2b5532\\nmessage-foreground: #2b5532\\nmodal-backdrop: \u003C\u003Ccolour foreground>>\\nmodal-background: \u003C\u003Ccolour background>>\\nmodal-border: #999999\\nmodal-footer-background: #f5f5f5\\nmodal-footer-border: #dddddd\\nmodal-header-border: #eeeeee\\nmuted-foreground: #999999\\nnotification-background: #ffffdd\\nnotification-border: #999999\\npage-background: #f5f5ee\\npre-background: #f6f6f6\\npre-border: #cccccc\\nprimary: #7f4bca\\nselect-tag-background:\\nselect-tag-foreground:\\nsidebar-button-foreground: #a6a69c\\nsidebar-controls-foreground-hover: #000000\\nsidebar-controls-foreground: \u003C\u003Ccolour sidebar-button-foreground>>\\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\\nsidebar-foreground: 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#dddddd\\nmodal-header-border: #eeeeee\\nmuted-foreground: #999999\\nnotification-background: #3a5e39\\nnotification-border: #192c19\\npage-background: #262b33\\npre-background: \u003C\u003Ccolour page-background>>\\npre-border: \u003C\u003Ccolour tiddler-border>>\\nprimary: #bf93ff\\nselect-tag-background:\\nselect-tag-foreground:\\nsidebar-button-foreground: #5e646f\\nsidebar-controls-foreground-hover: #cad2e5\\nsidebar-controls-foreground: \u003C\u003Ccolour sidebar-button-foreground>>\\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\\nsidebar-foreground: #cad2e5\\nsidebar-muted-foreground-hover: #444444\\nsidebar-muted-foreground: #c0c0c0\\nsidebar-tab-background-selected: \u003C\u003Ccolour tab-background-selected>>\\nsidebar-tab-background: \u003C\u003Ccolour tab-background>>\\nsidebar-tab-border-selected: \u003C\u003Ccolour tab-border-selected>>\\nsidebar-tab-border: \u003C\u003Ccolour tab-border>>\\nsidebar-tab-divider: \u003C\u003Ccolour tab-divider>>\\nsidebar-tab-foreground-selected: \u003C\u003Ccolour tab-foreground-selected>>\\nsidebar-tab-foreground: \u003C\u003Ccolour tab-foreground>>\\nsidebar-tiddler-link-foreground-hover: \u003C\u003Ccolour primary>>\\nsidebar-tiddler-link-foreground: \u003C\u003Ccolour tab-foreground>>\\nsite-title-foreground: \u003C\u003Ccolour foreground>>\\nstatic-alert-foreground: #aaaaaa\\ntab-background-selected: \u003C\u003Ccolour background>>\\ntab-background: \u003C\u003Ccolour page-background>>\\ntab-border-selected: \u003C\u003Ccolour foreground>>\\ntab-border: #cad2e5\\ntab-divider: #cad2e5\\ntab-foreground-selected: #ecf2ff\\ntab-foreground: #cad2e5\\ntable-border: #aaaaaa\\ntable-footer-background: #a8a8a8\\ntable-header-background: #262b33\\ntag-background: #fcb671\\ntag-foreground: #000\\ntiddler-background: \u003C\u003Ccolour background>>\\ntiddler-border: #111\\ntiddler-controls-foreground-hover: #cad2e5\\ntiddler-controls-foreground-selected: #cad2e5\\ntiddler-controls-foreground: #5e646f\\ntiddler-editor-background: \u003C\u003Ccolour background>>\\ntiddler-editor-border-image: #ffffff\\ntiddler-editor-border: rgba(255, 255, 255, 0.3)\\ntiddler-editor-fields-even: \u003C\u003Ccolour background>>\\ntiddler-editor-fields-odd: #2c323b\\ntiddler-info-background: #f8f8f8\\ntiddler-info-border: #dddddd\\ntiddler-info-tab-background: #f8f8f8\\ntiddler-link-background: \u003C\u003Ccolour background>>\\ntiddler-link-foreground: \u003C\u003Ccolour primary>>\\ntiddler-subtitle-foreground: #aaaaaa\\ntiddler-title-foreground: \u003C\u003Ccolour foreground>>\\ntoolbar-cancel-button:\\ntoolbar-close-button:\\ntoolbar-delete-button:\\ntoolbar-done-button:\\ntoolbar-edit-button:\\ntoolbar-info-button:\\ntoolbar-new-button:\\ntoolbar-options-button:\\ntoolbar-save-button:\\nuntagged-background: #999999\\nvery-muted-foreground: #888888\\n\",\n            \"type\": \"application/x-tiddler-dictionary\",\n            \"description\": \"A dark colour palette for Notebook\",\n            \"name\": \"Notebook Dark\",\n            \"tags\": \"$:/tags/Palette $:/tags/notebook/Palette\"\n        },\n        \"$:/themes/nico/notebook/palettes/palette-grey\": {\n            \"title\": \"$:/themes/nico/notebook/palettes/palette-grey\",\n            \"text\": \"alert-background: #ffe476\\nalert-border: #b99e2f\\nalert-highlight: #881122\\nalert-muted-foreground: #b99e2f\\nbackground: #ffffff\\nblockquote-bar: \u003C\u003Ccolour muted-foreground>>\\nbutton-background:\\nbutton-foreground:\\nbutton-border:\\ncode-background: #f7f7f9\\ncode-border: #e1e1e8\\ncode-foreground: #dd1144\\ndirty-indicator: #c63636\\ndownload-background: #66cccc\\ndownload-foreground: \u003C\u003Ccolour background>>\\ndragger-background: \u003C\u003Ccolour foreground>>\\ndragger-foreground: \u003C\u003Ccolour background>>\\ndropdown-background: \u003C\u003Ccolour background>>\\ndropdown-border: #ddd\\ndropdown-tab-background-selected: #fff\\ndropdown-tab-background: #ececec\\ndropzone-background: #da8548\\nexternal-link-background-hover: inherit\\nexternal-link-background-visited: inherit\\nexternal-link-background: inherit\\nexternal-link-foreground-hover: inherit\\nexternal-link-foreground-visited: #0000aa\\nexternal-link-foreground: #0000ee\\nforeground: #283c46\\nmessage-background: #ecf2ff\\nmessage-border: #cfd6e6\\nmessage-foreground: #547599\\nmodal-backdrop: \u003C\u003Ccolour foreground>>\\nmodal-background: \u003C\u003Ccolour background>>\\nmodal-border: #999999\\nmodal-footer-background: #f5f5f5\\nmodal-footer-border: #dddddd\\nmodal-header-border: #eeeeee\\nmuted-foreground: #999999\\nnotification-background: #ffffdd\\nnotification-border: #999999\\npage-background: #f4f4f4\\npre-background: #f6f6f6\\npre-border: #cccccc\\nprimary: #127edd\\nselect-tag-background:\\nselect-tag-foreground:\\nsidebar-button-foreground: #a6a69c\\nsidebar-controls-foreground-hover: #000000\\nsidebar-controls-foreground: \u003C\u003Ccolour sidebar-button-foreground>>\\nsidebar-foreground-shadow: rgba(255,255,255, 0.8)\\nsidebar-foreground: #acacac\\nsidebar-muted-foreground-hover: #444444\\nsidebar-muted-foreground: #c0c0c0\\nsidebar-tab-background-selected: #ffffff\\nsidebar-tab-background: \u003C\u003Ccolour tab-background>>\\nsidebar-tab-border-selected: \u003C\u003Ccolour tab-border-selected>>\\nsidebar-tab-border: \u003C\u003Ccolour tab-border>>\\nsidebar-tab-divider: \u003C\u003Ccolour tab-divider>>\\nsidebar-tab-foreground-selected: \u003C\u003Ccolour tab-foreground-selected>>\\nsidebar-tab-foreground: \u003C\u003Ccolour tab-foreground>>\\nsidebar-tiddler-link-foreground-hover: \u003C\u003Ccolour primary>>\\nsidebar-tiddler-link-foreground: \u003C\u003Ccolour tab-foreground>>\\nsite-title-foreground: #353748\\nstatic-alert-foreground: #aaaaaa\\ntab-background-selected: #ffffff\\ntab-background: #eeeeee\\ntab-border-selected: #cccccc\\ntab-border: #cccccc\\ntab-divider: #d8d8d8\\ntab-foreground-selected: \u003C\u003Ccolour foreground>>\\ntab-foreground: #888888\\ntable-border: #dddddd\\ntable-footer-background: #a8a8a8\\ntable-header-background: #f0f0f0\\ntag-background: #ffeedd\\ntag-foreground: #000\\ntiddler-background: \u003C\u003Ccolour background>>\\ntiddler-border: #ddd\\ntiddler-controls-foreground-hover: #888888;\\ntiddler-controls-foreground-selected: #888888;\\ntiddler-controls-foreground: #cccccc\\ntiddler-editor-background: \u003C\u003Ccolour background>>\\ntiddler-editor-border-image: #ffffff\\ntiddler-editor-border: rgba(0,0,0,.2)\\ntiddler-editor-fields-even: #e0e8e0\\ntiddler-editor-fields-odd: #f0f4f0\\ntiddler-info-background: #f8f8f8\\ntiddler-info-border: #dddddd\\ntiddler-info-tab-background: #f8f8f8\\ntiddler-link-background: \u003C\u003Ccolour background>>\\ntiddler-link-foreground: \u003C\u003Ccolour primary>>\\ntiddler-subtitle-foreground: #aaaaaa\\ntiddler-title-foreground: #333\\ntoolbar-new-button:\\ntoolbar-options-button:\\ntoolbar-save-button:\\ntoolbar-info-button:\\ntoolbar-edit-button:\\ntoolbar-close-button:\\ntoolbar-delete-button:\\ntoolbar-cancel-button:\\ntoolbar-done-button:\\nuntagged-background: #999999\\nvery-muted-foreground: #888888\\n\",\n            \"type\": \"application/x-tiddler-dictionary\",\n            \"description\": \"A grey color palette for Notebook\",\n            \"name\": \"Notebook Grey\",\n            \"tags\": \"$:/tags/Palette $:/tags/notebook/Palette\"\n        },\n        \"$:/themes/nico/notebook/settings/codefontfamily\": {\n            \"title\": \"$:/themes/nico/notebook/settings/codefontfamily\",\n            \"created\": \"20210101213404232\",\n            \"modified\": \"20210101214210227\",\n            \"tags\": \"\",\n            \"type\": \"text/vnd.tiddlywiki\",\n            \"text\": \"\\\"Fira Mono\\\",\\\"Liberation Mono\\\",Menlo,Courier,monospace\\n\"\n        },\n        \"$:/themes/nico/notebook/settings/fontfamily\": {\n            \"title\": \"$:/themes/nico/notebook/settings/fontfamily\",\n            \"created\": \"20210101213404232\",\n            \"modified\": \"20210101213411800\",\n            \"tags\": \"\",\n            \"type\": \"text/vnd.tiddlywiki\",\n            \"text\": \"\\\"Segoe UI\\\",Helvetica,Arial,sans-serif,\\\"Apple Color Emoji\\\",\\\"Segoe UI Emoji\\\",\\\"Segoe UI Symbol\\\"\\n\"\n        },\n        \"$:/themes/nico/notebook/shortcuts/notebook-focus-search\": {\n            \"title\": \"$:/themes/nico/notebook/shortcuts/notebook-focus-search\",\n            \"created\": \"20201210122048919\",\n            \"key\": \"((notebook-focus-search))\",\n            \"modified\": \"20210115130024907\",\n            \"tags\": \"$:/tags/KeyboardShortcut\",\n            \"type\": \"text/vnd.tiddlywiki\",\n            \"text\": \"\u003C$action-sendmessage $message=\\\"tm-focus-selector\\\" $param=\\\".nc-topbar input\\\"/>\\n\"\n        },\n        \"$:/themes/nico/notebook/shortcuts/toggle-sidebar\": {\n            \"title\": \"$:/themes/nico/notebook/shortcuts/toggle-sidebar\",\n            \"created\": \"20210115130000707\",\n            \"key\": \"((toggle-sidebar))\",\n            \"modified\": \"20210115130021883\",\n            \"tags\": \"$:/tags/KeyboardShortcut\",\n            \"type\": \"text/vnd.tiddlywiki\",\n            \"text\": \"\u003C$list\\n  filter=\\\"[[$:/state/notebook-sidebar]is[missing]] [{$:/state/notebook-sidebar}removeprefix[yes]]\\\"\\n  emptyMessage=\\\"\\\"\\\"\u003C$action-setfield $tiddler=\\\"$:/state/notebook-sidebar\\\" text=\\\"yes\\\"/>\\\"\\\"\\\"\\n>\\n  \u003C$action-setfield $tiddler=\\\"$:/state/notebook-sidebar\\\" text=\\\"no\\\"/>\\n\u003C/$list>\\n\"\n        },\n        \"$:/themes/nico/notebook/stickytitles\": {\n            \"title\": \"$:/themes/nico/notebook/stickytitles\",\n            \"created\": \"20201217172915960\",\n            \"modified\": \"20201217180034682\",\n            \"tags\": \"$:/tags/Stylesheet\",\n            \"text\": \"\u003C$reveal state=\\\"$:/themes/nico/notebook/options/stickytitles\\\" type=\\\"match\\\" text=\\\"yes\\\">\\n\\n.tc-tiddler-title {\\n  position: -webkit-sticky;\\n  position: -moz-sticky;\\n  position: -o-sticky;\\n  position: -ms-sticky;\\n  position: sticky;\\n  top: {{$:/themes/nico/notebook/metrics/topbar-height}};\\n  background: \u003C\u003Ccolour tiddler-background>>;\\n  z-index: 500;\\n}\\n\\n@media (max-width: {{$:/themes/tiddlywiki/vanilla/metrics/sidebarbreakpoint}}) {\\n  .tc-tiddler-title {\\n    top: 0;\\n  }\\n}\\n\\n\u003C$list filter=\\\"[range[100]]\\\">\\n`.tc-story-river .tc-tiddler-frame:nth-child(100n+`\u003C$text text=\u003C\u003CcurrentTiddler>>/>`) {\\nz-index: `\u003C$text text={{{ [[200]subtract\u003CcurrentTiddler>] }}}/>`;\\n}\\n`\\n\u003C/$list>\\n\u003C/$reveal>\\n\"\n        },\n        \"$:/themes/nico/notebook/tags/Sidebar\": {\n            \"title\": \"$:/themes/nico/notebook/tags/Sidebar\",\n            \"created\": \"20200429164516951\",\n            \"list\": \"$:/themes/nico/notebook/ui/Buttons/menu $:/themes/nico/notebook/ui/Sidebar/Headings $:/themes/nico/notebook/ui/Sidebar/Search $:/themes/nico/notebook/Sidebar/Sections\",\n            \"modified\": \"20201210205606504\",\n            \"type\": \"text/vnd.tiddlywiki\"\n        },\n        \"$:/themes/nico/notebook/tags/SidebarSection\": {\n            \"title\": \"$:/themes/nico/notebook/tags/SidebarSection\",\n            \"created\": \"20200429201017275\",\n            \"list\": \"$:/themes/nico/notebook/ui/Sidebar/Open $:/themes/nico/notebook/ui/Sidebar/Recent $:/themes/nico/notebook/ui/Sidebar/Tools $:/themes/nico/notebook/ui/Sidebar/More\",\n            \"modified\": \"20201210215658901\",\n            \"type\": \"text/vnd.tiddlywiki\"\n        },\n        \"$:/themes/nico/notebook/ui/Bottombar\": {\n            \"title\": \"$:/themes/nico/notebook/ui/Bottombar\",\n            \"created\": \"20200429113453340\",\n            \"modified\": \"20201210210230886\",\n            \"tags\": \"$:/tags/PageTemplate\",\n            \"type\": \"text/vnd.tiddlywiki\",\n            \"text\": \"\u003C$reveal state=\\\"$:/state/notebook-bottombar\\\" type=\\\"match\\\" text=\\\"yes\\\" default=\\\"yes\\\" retain=\\\"yes\\\" animate=\\\"yes\\\">\\n  \u003Cdiv class=\\\"nc-bar nc-bottombar\\\">\\n    \u003C$list filter=\\\"[all[shadows+tiddlers]tag[$:/tags/NotebookTopbar]!has[draft.of]]\\\" variable=\\\"listItem\\\">\\n      \u003C$reveal type=\\\"nomatch\\\" state=\u003C\u003Cconfig-title>> text=\\\"hide\\\"  tag=\\\"div\\\">\\n        \u003C$transclude tiddler=\u003C\u003ClistItem>> mode=\\\"block\\\"/>\\n      \u003C/$reveal>\\n    \u003C/$list>\\n    \u003Cdiv class=\\\"left\\\">\\n      {{$:/themes/nico/notebook/ui/Buttons/menu}}\\n    \u003C/div>\\n    \u003Cdiv class=\\\"right\\\">\\n      {{$:/core/ui/SideBarSegments/page-controls}}\\n    \u003C/div>\\n  \u003C/div>\\n\u003C/$reveal>\\n\\n\"\n        },\n        \"$:/themes/nico/notebook/ui/Buttons/SwitchPalette\": {\n            \"title\": \"$:/themes/nico/notebook/ui/Buttons/SwitchPalette\",\n            \"created\": \"20201210171047824\",\n            \"description\": \"Toggle between grey/beige colour palette\",\n            \"modified\": \"20210118213335643\",\n            \"tags\": \"$:/tags/PageControls\",\n            \"type\": \"text/vnd.tiddlywiki\",\n            \"text\": \"\u003Cspan class=\\\"desktop-only\\\">\\n  \u003C$vars\\n    palettes=\\\"[all[tiddlers+shadows]tag[$:/tags/notebook/Palette]]\\\"\\n    popupTiddler=\u003C\u003Cqualify \\\"$:/state/notebook/palette-dropdown\\\">>\\n  >\\n    \u003C$button\\n      popup=\u003C\u003CpopupTiddler>>\\n      tooltip=\\\"Switch colours\\\"\\n      aria-label=\\\"Switch colours\\\"\\n      class=\u003C\u003Ctv-config-toolbar-class>>\\n    >\\n      \u003C$list filter=\\\"[\u003Ctv-config-toolbar-icons>match[yes]]\\\">\\n\\t{{$:/themes/nico/notebook/images/color-switch}}\\n      \u003C/$list>\\n\\n      \u003C$list filter=\\\"[\u003Ctv-config-toolbar-text>match[yes]]\\\">\\n\\t\u003Cspan class=\\\"tc-btn-text\\\">Switch colours\u003C/span>\\n      \u003C/$list>\\n\\n      \u003C$reveal state=\u003C\u003CpopupTiddler>> type=\\\"popup\\\" position=\\\"belowleft\\\" class=\\\"tc-drop-down\\\">\\n\\t\u003C$list filter=\u003C\u003Cpalettes>>>\\n\\t  \u003C$button class=\\\"tc-btn-invisible\\\">\\n\\t    {{!!name}}\\n\\t    \u003C$action-setfield $tiddler=\\\"$:/palette\\\" text={{!!title}}/>\\n\\t  \u003C/$button>\\n\\t\u003C/$list>\\n      \u003C/$reveal>\\n\\n    \u003C/$button>\\n  \u003C/$vars>\\n\u003C/span>\\n\"\n        },\n        \"$:/themes/nico/notebook/ui/Buttons/menu\": {\n            \"title\": \"$:/themes/nico/notebook/ui/Buttons/menu\",\n            \"created\": \"20200429115248943\",\n            \"modified\": \"20210124211756417\",\n            \"tags\": \"\",\n            \"type\": \"text/vnd.tiddlywiki\",\n            \"text\": \"\u003C$reveal state=\\\"$:/state/notebook-sidebar\\\" type=\\\"match\\\" text=\\\"yes\\\" default=\\\"no\\\" retain=\\\"yes\\\" animate=\\\"no\\\">\\n  \u003C$button set=\\\"$:/state/notebook-sidebar\\\" setTo=\\\"no\\\" tooltip=\\\"Toggle menu\\\" class=\\\"tc-btn-invisible sidebar-toggle open\\\">\\n    {{$:/themes/nico/notebook/images/bars}}\\n  \u003C/$button>\\n\u003C/$reveal>\\n\\n\u003C$reveal type=\\\"nomatch\\\" state=\\\"$:/state/notebook-sidebar\\\" text=\\\"yes\\\">\\n  \u003C$button set=\\\"$:/state/notebook-sidebar\\\" setTo=\\\"yes\\\" tooltip=\\\"Toggle menu\\\" class=\\\"tc-btn-invisible sidebar-toggle\\\">\\n    {{$:/themes/nico/notebook/images/bars}}\\n  \u003C/$button>\\n\u003C/$reveal>\\n\"\n        },\n        \"$:/themes/nico/notebook/ui/Search\": {\n            \"title\": \"$:/themes/nico/notebook/ui/Search\",\n            \"created\": \"20200429191943257\",\n            \"modified\": \"20210126170723413\",\n            \"type\": \"text/vnd.tiddlywiki\",\n            \"text\": \"\\\\define advanced-search-actions()\\n\u003C$action-setfield $tiddler=\\\"$:/temp/advancedsearch/input\\\" text={{$:/temp/notebook-search}}/>\\n\u003C$action-setfield $tiddler=\\\"$:/temp/advancedsearch/refresh\\\" text=\\\"yes\\\"/>\\n\u003C$action-navigate $to=\\\"$:/AdvancedSearch\\\"/>\\n\\\\end\\n\\n\\\\define input-accept-actions()\\n\u003C$list filter=\\\"[\u003C__tiddler__>get[text]!is[missing]] ~[\u003C__tiddler__>get[text]is[shadow]]\\\">\\n  \u003C$action-navigate $to={{{ [\u003C__tiddler__>get[text]] }}}/>\\n  \u003C$action-deletetiddler $filter=\\\"[[$:/temp/search]] [\u003CsearchTiddler>] [\u003CsearchListState>]\\\"/>\\n\u003C/$list>\\n\\\\end\\n\\n\\\\define cancel-search-actions()\\n\u003C$list filter=\\\"[\u003CsearchTiddler>get[text]!match{$:/temp/search}]\\\" emptyMessage=\\\"\\\"\\\"\u003C$action-deletetiddler $filter=\\\"[[$:/temp/search]] [\u003CsearchTiddler>] [\u003CsearchListState>]\\\"/>\\\"\\\"\\\">\\n  \u003C$action-setfield $tiddler=\\\"$:/temp/search\\\" text={{{ [\u003CsearchTiddler>get[text]] }}}/>\\n  \u003C$action-setfield $tiddler=\\\"$:/temp/search/refresh\\\" text=\\\"yes\\\"/>\u003C/$list>\\n\\\\end\\n\\n\u003C$vars editTiddler=\\\"$:/temp/search\\\"\\n       searchTiddler=\\\"$:/temp/search/input\\\"\\n       searchListState=\u003C\u003Cqualify \\\"$:/state/search-list/selected-item\\\">>>\\n  \u003C$macrocall $name=\\\"keyboard-driven-input\\\"\\n\\t      tiddler=\u003C\u003CeditTiddler>>\\n\\t      storeTitle=\u003C\u003CsearchTiddler>>\\n\\t      selectionStateTitle=\u003C\u003CsearchListState>>\\n\\t      refreshTitle=\\\"$:/temp/search/refresh\\\"\\n\\t      type=\\\"search\\\"\\n\\t      tag=\\\"input\\\"\\n\\t      focus={{$:/config/Search/AutoFocus}}\\n\\t      focusPopup=\\\"$:/state/popup/notebook-search\\\"\\n\\t      class=\\\"tc-popup-handle\\\"\\n\\t      filterMinLength={{$:/config/Search/MinLength}}\\n\\t      placeholder=\\\"Search...\\\"\\n\\t      inputAcceptActions=\u003C\u003Cinput-accept-actions>>\\n\\t      inputCancelActions=\u003C\u003Ccancel-search-actions>>\\n\\t      cancelPopups=\\\"yes\\\"\\n\\t      configTiddlerFilter=\\\"[[$:/state/search/currentTab]!is[missing]get[text]] ~[{$:/config/SearchResults/Default}]\\\"\\n\\t      />\\n  \u003C$button\\n    tooltip={{$:/language/Buttons/AdvancedSearch/Hint}}\\n    aria-label={{$:/language/Buttons/AdvancedSearch/Caption}}\\n    class=\\\"tc-btn-invisible tc-page-controls\\\"\\n    >\\n    {{$:/core/images/advanced-search-button}}\\n    \u003C\u003Cadvanced-search-actions>>\\n  \u003C/$button>\\n  \u003C$reveal tag=\\\"div\\\" class=\\\"tc-block-dropdown-wrapper\\\" state=\\\"$:/state/popup/notebook-search\\\" type=\\\"nomatch\\\" text=\\\"\\\" default=\\\"\\\">\\n    \u003C$list filter=\\\"[\u003CsearchTiddler>get[text]minlength{$:/config/Search/MinLength}limit[1]]\\\" emptyMessage=\\\"\\\" variable=\\\"listItem\\\">\\n      \u003Cdiv class=\\\"tc-block-dropdown tc-search-drop-down\\\">\\n        \u003C$tiddler tiddler=\u003C\u003CconfigTiddler>>>\\n          {{$:/themes/nico/notebook/ui/Sidebar/SearchResults}}\\n        \u003C/$tiddler>\\n      \u003C/div>\\n    \u003C/$list>\\n  \u003C/$reveal>\\n\u003C/$vars>\\n\"\n        },\n        \"$:/themes/nico/notebook/ui/Sidebar/Headings\": {\n            \"title\": \"$:/themes/nico/notebook/ui/Sidebar/Headings\",\n            \"created\": \"20200429160014174\",\n            \"modified\": \"20201210210231267\",\n            \"tags\": \"$:/themes/nico/notebook/tags/Sidebar\",\n            \"type\": \"text/vnd.tiddlywiki\",\n            \"text\": \"\u003Cdiv class=\\\"segment\\\">\\n  \u003Cdiv class=\\\"content\\\">\\n    \u003Ch1 class=\\\"tc-site-title\\\">\\n      {{$:/SiteTitle}}\\n    \u003C/h1>\\n    \u003Cdiv class=\\\"tc-site-subtitle\\\">\\n      {{$:/SiteSubtitle}}\\n    \u003C/div>\\n  \u003C/div>\\n\u003C/div>\\n\"\n        },\n        \"$:/themes/nico/notebook/ui/Sidebar/Search\": {\n            \"title\": \"$:/themes/nico/notebook/ui/Sidebar/Search\",\n            \"created\": \"20200429191943257\",\n            \"modified\": \"20210124220152702\",\n            \"tags\": \"$:/themes/nico/notebook/tags/Sidebar\",\n            \"type\": \"text/vnd.tiddlywiki\",\n            \"text\": \"\u003Cdiv class=\\\"mobile-only\\\">\\n  \u003Cdiv class=\\\"segment\\\">\\n    \u003Cdiv class=\\\"content search\\\">\\n      {{$:/themes/nico/notebook/ui/Search}}\\n    \u003C/div>\\n  \u003C/div>\\n\u003C/div>\\n\"\n        },\n        \"$:/themes/nico/notebook/ui/Sidebar/SearchResults\": {\n            \"title\": \"$:/themes/nico/notebook/ui/Sidebar/SearchResults\",\n            \"created\": \"20200429191943257\",\n            \"modified\": \"20210126164631418\",\n            \"tags\": \"\",\n            \"type\": \"text/vnd.tiddlywiki\",\n            \"text\": \"\\\\define searchResultList()\\n  \u003Csmall>{{$:/language/Search/Matches/Title}}\u003C/small>\\n\\n  \u003C$list filter=\\\"[!is[system]search:title{$(searchTiddler)$}sort[title]limit[250]]\\\">\\n    \u003Cspan class={{{[\u003CcurrentTiddler>addsuffix[-primaryList]] -[\u003CsearchListState>get[text]] +[then[]else[tc-list-item-selected]] }}}>\\n      \u003C$transclude tiddler=\\\"$:/core/ui/ListItemTemplate\\\"/>\\n    \u003C/span>\\n  \u003C/$list>\\n\\n  \u003Csmall>{{$:/language/Search/Matches/All}}\u003C/small>\\n\\n  \u003C$list filter=\\\"[!is[system]search{$(searchTiddler)$}sort[title]limit[250]]\\\">\\n    \u003Cspan class={{{[\u003CcurrentTiddler>addsuffix[-secondaryList]] -[\u003CsearchListState>get[text]] +[then[]else[tc-list-item-selected]] }}}>\\n      \u003C$transclude tiddler=\\\"$:/core/ui/ListItemTemplate\\\"/>\\n    \u003C/span>\\n  \u003C/$list>\\n\\\\end\\n\\n\u003Cdiv class=\\\"tc-search-results\\\">\\n  \u003C\u003CsearchResultList>>\\n\u003C/div>\\n\"\n        },\n        \"$:/themes/nico/notebook/ui/Sidebar/SectionTemplate\": {\n            \"title\": \"$:/themes/nico/notebook/ui/Sidebar/SectionTemplate\",\n            \"created\": \"20200429161226897\",\n            \"modified\": \"20210202213859460\",\n            \"type\": \"text/vnd.tiddlywiki\",\n            \"text\": \"\\\\define sidebarHeading()\\n\u003C$vars tv-wikilinks=\\\"no\\\">\\n  \u003C$transclude field=\\\"caption\\\">\\n    \u003C$view field=\\\"title\\\"/>\\n  \u003C/$transclude>\\n\u003C/$vars>\\n\\\\end\\n\\n\u003C$reveal state=\\\"$:/state/notebook-sidebar-section\\\" type=\\\"match\\\" text=\u003C\u003CcurrentTiddler>> default=\\\"no\\\" animate=\\\"no\\\">\\n  \u003Cdiv class=\\\"segment section open\\\">\\n    \u003C$button set=\\\"$:/state/notebook-sidebar-section\\\" setTo=\\\"\\\" class=\\\"tc-btn-invisible label\\\">\\n      \u003C\u003CsidebarHeading>>\\n      \u003Cspan class=\\\"caret\\\">{{$:/themes/nico/notebook/images/caret-down}}\u003C/span>\\n    \u003C/$button>\\n    \u003Cdiv class=\\\"content\\\">\\n      \u003C$transclude $tiddler=\u003C\u003CcurrentTiddler>> mode=\\\"block\\\"/>\\n    \u003C/div>\\n  \u003C/div>\\n\u003C/$reveal>\\n\u003C$reveal state=\\\"$:/state/notebook-sidebar-section\\\" type=\\\"nomatch\\\" text=\u003C\u003CcurrentTiddler>> default=\\\"yes\\\" animate=\\\"no\\\">\\n  \u003Cdiv class=\\\"segment section\\\">\\n    \u003C$button set=\\\"$:/state/notebook-sidebar-section\\\" setTo=\u003C\u003CcurrentTiddler>> class=\\\"tc-btn-invisible label\\\">\\n      \u003C\u003CsidebarHeading>>\\n      \u003Cspan class=\\\"caret\\\">{{$:/themes/nico/notebook/images/caret-right}}\u003C/span>\\n    \u003C/$button>\\n  \u003C/div>\\n\u003C/$reveal>\\n\"\n        },\n        \"$:/themes/nico/notebook/ui/Sidebar/Sections\": {\n            \"title\": \"$:/themes/nico/notebook/ui/Sidebar/Sections\",\n            \"created\": \"20200429163239707\",\n            \"modified\": \"20210112213620486\",\n            \"tags\": 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z(e,t,n,i){this.gl=e,this.cardboardUI=t,this.bufferScale=n,this.dirtySubmitFrameBindings=i,this.ctxAttribs=e.getContextAttributes(),this.instanceExt=e.getExtension(\"ANGLE_instanced_arrays\"),this.meshWidth=20,this.meshHeight=20,this.bufferWidth=e.drawingBufferWidth,this.bufferHeight=e.drawingBufferHeight,this.realBindFramebuffer=e.bindFramebuffer,this.realEnable=e.enable,this.realDisable=e.disable,this.realColorMask=e.colorMask,this.realClearColor=e.clearColor,this.realViewport=e.viewport,u()||(this.realCanvasWidth=Object.getOwnPropertyDescriptor(e.canvas.__proto__,\"width\"),this.realCanvasHeight=Object.getOwnPropertyDescriptor(e.canvas.__proto__,\"height\")),this.isPatched=!1,this.lastBoundFramebuffer=null,this.cullFace=!1,this.depthTest=!1,this.blend=!1,this.scissorTest=!1,this.stencilTest=!1,this.viewport=[0,0,0,0],this.colorMask=[!0,!0,!0,!0],this.clearColor=[0,0,0,0],this.attribs={position:0,texCoord:1},this.program=_(e,N,G,this.attribs),this.uniforms=I(e,this.program),this.viewportOffsetScale=new 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e=this.gl;this.unpatch(),e.deleteProgram(this.program),e.deleteBuffer(this.vertexBuffer),e.deleteBuffer(this.indexBuffer),e.deleteTexture(this.renderTarget),e.deleteFramebuffer(this.framebuffer),this.depthStencilBuffer&&e.deleteRenderbuffer(this.depthStencilBuffer),this.depthBuffer&&e.deleteRenderbuffer(this.depthBuffer),this.stencilBuffer&&e.deleteRenderbuffer(this.stencilBuffer),this.cardboardUI&&this.cardboardUI.destroy()},z.prototype.onResize=function(){var e=this.gl,t=this,n=[e.RENDERBUFFER_BINDING,e.TEXTURE_BINDING_2D,e.TEXTURE0];U(e,n,(function(e){t.realBindFramebuffer.call(e,e.FRAMEBUFFER,null),t.scissorTest&&t.realDisable.call(e,e.SCISSOR_TEST),t.realColorMask.call(e,!0,!0,!0,!0),t.realViewport.call(e,0,0,e.drawingBufferWidth,e.drawingBufferHeight),t.realClearColor.call(e,0,0,0,1),e.clear(e.COLOR_BUFFER_BIT),t.realBindFramebuffer.call(e,e.FRAMEBUFFER,t.framebuffer),e.bindTexture(e.TEXTURE_2D,t.renderTarget),e.texImage2D(e.TEXTURE_2D,0,t.ctxAttribs.alpha?e.RGBA:e.RGB,t.bufferWidth,t.bufferHeight,0,t.ctxAttribs.alpha?e.RGBA:e.RGB,e.UNSIGNED_BYTE,null),e.texParameteri(e.TEXTURE_2D,e.TEXTURE_MAG_FILTER,e.LINEAR),e.texParameteri(e.TEXTURE_2D,e.TEXTURE_MIN_FILTER,e.LINEAR),e.texParameteri(e.TEXTURE_2D,e.TEXTURE_WRAP_S,e.CLAMP_TO_EDGE),e.texParameteri(e.TEXTURE_2D,e.TEXTURE_WRAP_T,e.CLAMP_TO_EDGE),e.framebufferTexture2D(e.FRAMEBUFFER,e.COLOR_ATTACHMENT0,e.TEXTURE_2D,t.renderTarget,0),t.ctxAttribs.depth&&t.ctxAttribs.stencil?(e.bindRenderbuffer(e.RENDERBUFFER,t.depthStencilBuffer),e.renderbufferStorage(e.RENDERBUFFER,e.DEPTH_STENCIL,t.bufferWidth,t.bufferHeight),e.framebufferRenderbuffer(e.FRAMEBUFFER,e.DEPTH_STENCIL_ATTACHMENT,e.RENDERBUFFER,t.depthStencilBuffer)):t.ctxAttribs.depth?(e.bindRenderbuffer(e.RENDERBUFFER,t.depthBuffer),e.renderbufferStorage(e.RENDERBUFFER,e.DEPTH_COMPONENT16,t.bufferWidth,t.bufferHeight),e.framebufferRenderbuffer(e.FRAMEBUFFER,e.DEPTH_ATTACHMENT,e.RENDERBUFFER,t.depthBuffer)):t.ctxAttribs.stencil&&(e.bindRenderbuffer(e.RENDERBUFFER,t.stencilBuffer),e.renderbufferStorage(e.RENDERBUFFER,e.STENCIL_INDEX8,t.bufferWidth,t.bufferHeight),e.framebufferRenderbuffer(e.FRAMEBUFFER,e.STENCIL_ATTACHMENT,e.RENDERBUFFER,t.stencilBuffer)),!e.checkFramebufferStatus(e.FRAMEBUFFER)===e.FRAMEBUFFER_COMPLETE&&console.error(\"Framebuffer incomplete!\"),t.realBindFramebuffer.call(e,e.FRAMEBUFFER,t.lastBoundFramebuffer),t.scissorTest&&t.realEnable.call(e,e.SCISSOR_TEST),t.realColorMask.apply(e,t.colorMask),t.realViewport.apply(e,t.viewport),t.realClearColor.apply(e,t.clearColor)})),this.cardboardUI&&this.cardboardUI.onResize()},z.prototype.patch=function(){if(!this.isPatched){var e=this,t=this.gl.canvas,n=this.gl;u()||(t.width=b()*this.bufferScale,t.height=x()*this.bufferScale,Object.defineProperty(t,\"width\",{configurable:!0,enumerable:!0,get:function(){return e.bufferWidth},set:function(n){e.bufferWidth=n,e.realCanvasWidth.set.call(t,n),e.onResize()}}),Object.defineProperty(t,\"height\",{configurable:!0,enumerable:!0,get:function(){return e.bufferHeight},set:function(n){e.bufferHeight=n,e.realCanvasHeight.set.call(t,n),e.onResize()}})),this.lastBoundFramebuffer=n.getParameter(n.FRAMEBUFFER_BINDING),null==this.lastBoundFramebuffer&&(this.lastBoundFramebuffer=this.framebuffer,this.gl.bindFramebuffer(n.FRAMEBUFFER,this.framebuffer)),this.gl.bindFramebuffer=function(t,i){e.lastBoundFramebuffer=i||e.framebuffer,e.realBindFramebuffer.call(n,t,e.lastBoundFramebuffer)},this.cullFace=n.getParameter(n.CULL_FACE),this.depthTest=n.getParameter(n.DEPTH_TEST),this.blend=n.getParameter(n.BLEND),this.scissorTest=n.getParameter(n.SCISSOR_TEST),this.stencilTest=n.getParameter(n.STENCIL_TEST),n.enable=function(t){switch(t){case n.CULL_FACE:e.cullFace=!0;break;case n.DEPTH_TEST:e.depthTest=!0;break;case n.BLEND:e.blend=!0;break;case n.SCISSOR_TEST:e.scissorTest=!0;break;case n.STENCIL_TEST:e.stencilTest=!0}e.realEnable.call(n,t)},n.disable=function(t){switch(t){case n.CULL_FACE:e.cullFace=!1;break;case n.DEPTH_TEST:e.depthTest=!1;break;case n.BLEND:e.blend=!1;break;case n.SCISSOR_TEST:e.scissorTest=!1;break;case n.STENCIL_TEST:e.stencilTest=!1}e.realDisable.call(n,t)},this.colorMask=n.getParameter(n.COLOR_WRITEMASK),n.colorMask=function(t,i,r,s){e.colorMask[0]=t,e.colorMask[1]=i,e.colorMask[2]=r,e.colorMask[3]=s,e.realColorMask.call(n,t,i,r,s)},this.clearColor=n.getParameter(n.COLOR_CLEAR_VALUE),n.clearColor=function(t,i,r,s){e.clearColor[0]=t,e.clearColor[1]=i,e.clearColor[2]=r,e.clearColor[3]=s,e.realClearColor.call(n,t,i,r,s)},this.viewport=n.getParameter(n.VIEWPORT),n.viewport=function(t,i,r,s){e.viewport[0]=t,e.viewport[1]=i,e.viewport[2]=r,e.viewport[3]=s,e.realViewport.call(n,t,i,r,s)},this.isPatched=!0,L(t)}},z.prototype.unpatch=function(){if(this.isPatched){var e=this.gl,t=this.gl.canvas;u()||(Object.defineProperty(t,\"width\",this.realCanvasWidth),Object.defineProperty(t,\"height\",this.realCanvasHeight)),t.width=this.bufferWidth,t.height=this.bufferHeight,e.bindFramebuffer=this.realBindFramebuffer,e.enable=this.realEnable,e.disable=this.realDisable,e.colorMask=this.realColorMask,e.clearColor=this.realClearColor,e.viewport=this.realViewport,this.lastBoundFramebuffer==this.framebuffer&&e.bindFramebuffer(e.FRAMEBUFFER,null),this.isPatched=!1,setTimeout((function(){L(t)}),1)}},z.prototype.setTextureBounds=function(e,t){e||(e=[0,0,.5,1]),t||(t=[.5,0,.5,1]),this.viewportOffsetScale[0]=e[0],this.viewportOffsetScale[1]=e[1],this.viewportOffsetScale[2]=e[2],this.viewportOffsetScale[3]=e[3],this.viewportOffsetScale[4]=t[0],this.viewportOffsetScale[5]=t[1],this.viewportOffsetScale[6]=t[2],this.viewportOffsetScale[7]=t[3]},z.prototype.submitFrame=function(){var e=this.gl,t=this,n=[];if(this.dirtySubmitFrameBindings||n.push(e.CURRENT_PROGRAM,e.ARRAY_BUFFER_BINDING,e.ELEMENT_ARRAY_BUFFER_BINDING,e.TEXTURE_BINDING_2D,e.TEXTURE0),U(e,n,(function(e){t.realBindFramebuffer.call(e,e.FRAMEBUFFER,null);var n=0,i=0;t.instanceExt&&(n=e.getVertexAttrib(t.attribs.position,t.instanceExt.VERTEX_ATTRIB_ARRAY_DIVISOR_ANGLE),i=e.getVertexAttrib(t.attribs.texCoord,t.instanceExt.VERTEX_ATTRIB_ARRAY_DIVISOR_ANGLE)),t.cullFace&&t.realDisable.call(e,e.CULL_FACE),t.depthTest&&t.realDisable.call(e,e.DEPTH_TEST),t.blend&&t.realDisable.call(e,e.BLEND),t.scissorTest&&t.realDisable.call(e,e.SCISSOR_TEST),t.stencilTest&&t.realDisable.call(e,e.STENCIL_TEST),t.realColorMask.call(e,!0,!0,!0,!0),t.realViewport.call(e,0,0,e.drawingBufferWidth,e.drawingBufferHeight),(t.ctxAttribs.alpha||u())&&(t.realClearColor.call(e,0,0,0,1),e.clear(e.COLOR_BUFFER_BIT)),e.useProgram(t.program),e.bindBuffer(e.ELEMENT_ARRAY_BUFFER,t.indexBuffer),e.bindBuffer(e.ARRAY_BUFFER,t.vertexBuffer),e.enableVertexAttribArray(t.attribs.position),e.enableVertexAttribArray(t.attribs.texCoord),e.vertexAttribPointer(t.attribs.position,2,e.FLOAT,!1,20,0),e.vertexAttribPointer(t.attribs.texCoord,3,e.FLOAT,!1,20,8),t.instanceExt&&(0!=n&&t.instanceExt.vertexAttribDivisorANGLE(t.attribs.position,0),0!=i&&t.instanceExt.vertexAttribDivisorANGLE(t.attribs.texCoord,0)),e.activeTexture(e.TEXTURE0),e.uniform1i(t.uniforms.diffuse,0),e.bindTexture(e.TEXTURE_2D,t.renderTarget),e.uniform4fv(t.uniforms.viewportOffsetScale,t.viewportOffsetScale),e.drawElements(e.TRIANGLES,t.indexCount,e.UNSIGNED_SHORT,0),t.cardboardUI&&t.cardboardUI.renderNoState(),t.realBindFramebuffer.call(t.gl,e.FRAMEBUFFER,t.framebuffer),t.ctxAttribs.preserveDrawingBuffer||(t.realClearColor.call(e,0,0,0,0),e.clear(e.COLOR_BUFFER_BIT)),t.dirtySubmitFrameBindings||t.realBindFramebuffer.call(e,e.FRAMEBUFFER,t.lastBoundFramebuffer),t.cullFace&&t.realEnable.call(e,e.CULL_FACE),t.depthTest&&t.realEnable.call(e,e.DEPTH_TEST),t.blend&&t.realEnable.call(e,e.BLEND),t.scissorTest&&t.realEnable.call(e,e.SCISSOR_TEST),t.stencilTest&&t.realEnable.call(e,e.STENCIL_TEST),t.realColorMask.apply(e,t.colorMask),t.realViewport.apply(e,t.viewport),!t.ctxAttribs.alpha&&t.ctxAttribs.preserveDrawingBuffer||t.realClearColor.apply(e,t.clearColor),t.instanceExt&&(0!=n&&t.instanceExt.vertexAttribDivisorANGLE(t.attribs.position,n),0!=i&&t.instanceExt.vertexAttribDivisorANGLE(t.attribs.texCoord,i))})),u()){var i=e.canvas;i.width==t.bufferWidth&&i.height==t.bufferHeight||(t.bufferWidth=i.width,t.bufferHeight=i.height,t.onResize())}},z.prototype.updateDeviceInfo=function(e){var t=this.gl,n=this,i=[t.ARRAY_BUFFER_BINDING,t.ELEMENT_ARRAY_BUFFER_BINDING];U(t,i,(function(t){var i=n.computeMeshVertices_(n.meshWidth,n.meshHeight,e);if(t.bindBuffer(t.ARRAY_BUFFER,n.vertexBuffer),t.bufferData(t.ARRAY_BUFFER,i,t.STATIC_DRAW),!n.indexCount){var r=n.computeMeshIndices_(n.meshWidth,n.meshHeight);t.bindBuffer(t.ELEMENT_ARRAY_BUFFER,n.indexBuffer),t.bufferData(t.ELEMENT_ARRAY_BUFFER,r,t.STATIC_DRAW),n.indexCount=r.length}}))},z.prototype.computeMeshVertices_=function(e,t,n){for(var i=new Float32Array(2*e*t*5),r=n.getLeftEyeVisibleTanAngles(),s=n.getLeftEyeNoLensTanAngles(),o=n.getLeftEyeVisibleScreenRect(s),a=0,l=0;l\u003C2;l++){for(var c=0;c\u003Ct;c++)for(var u=0;u\u003Ce;u++,a++){var d=u/(e-1),p=c/(t-1),A=d,f=p,m=h(r[0],r[2],d),g=h(r[3],r[1],p),v=Math.sqrt(m*m+g*g),y=n.distortion.distortInverse(v),E=g*y/v;d=(m*y/v-s[0])/(s[2]-s[0]),p=(E-s[3])/(s[1]-s[3]),d=2*(o.x+d*o.width-.5),p=2*(o.y+p*o.height-.5),i[5*a+0]=d,i[5*a+1]=p,i[5*a+2]=A,i[5*a+3]=f,i[5*a+4]=l}var b=r[2]-r[0];r[0]=-(b+r[0]),r[2]=b-r[2],b=s[2]-s[0],s[0]=-(b+s[0]),s[2]=b-s[2],o.x=1-(o.x+o.width)}return i},z.prototype.computeMeshIndices_=function(e,t){for(var n=new Uint16Array(2*(e-1)*(t-1)*6),i=e/2,r=t/2,s=0,o=0,a=0;a\u003C2;a++)for(var l=0;l\u003Ct;l++)for(var c=0;c\u003Ce;c++,s++)0!=c&&0!=l&&(c\u003C=i==l\u003C=r?(n[o++]=s,n[o++]=s-e-1,n[o++]=s-e,n[o++]=s-e-1,n[o++]=s,n[o++]=s-1):(n[o++]=s-1,n[o++]=s-e,n[o++]=s,n[o++]=s-e,n[o++]=s-1,n[o++]=s-e-1));return n},z.prototype.getOwnPropertyDescriptor_=function(e,t){var n=Object.getOwnPropertyDescriptor(e,t);return void 0!==n.get&&void 0!==n.set||(n.configurable=!0,n.enumerable=!0,n.get=function(){return this.getAttribute(t)},n.set=function(e){this.setAttribute(t,e)}),n};var H=[\"attribute vec2 position;\",\"uniform mat4 projectionMat;\",\"void main() {\",\"  gl_Position = projectionMat * vec4( position, -1.0, 1.0 );\",\"}\"].join(\"\\n\"),V=[\"precision mediump float;\",\"uniform vec4 color;\",\"void main() {\",\"  gl_FragColor = color;\",\"}\"].join(\"\\n\"),W=Math.PI/180,j=60,q=12,Y=20,X=1,J=.75,K=.3125,Z=4,$=28,ee=1.5;function te(e){this.gl=e,this.attribs={position:0},this.program=_(e,H,V,this.attribs),this.uniforms=I(e,this.program),this.vertexBuffer=e.createBuffer(),this.gearOffset=0,this.gearVertexCount=0,this.arrowOffset=0,this.arrowVertexCount=0,this.projMat=new Float32Array(16),this.listener=null,this.onResize()}function ne(e){this.coefficients=e}te.prototype.destroy=function(){var e=this.gl;this.listener&&e.canvas.removeEventListener(\"click\",this.listener,!1),e.deleteProgram(this.program),e.deleteBuffer(this.vertexBuffer)},te.prototype.listen=function(e,t){var n=this.gl.canvas;this.listener=function(i){var r=n.clientWidth/2,s=$*ee;i.clientX>r-s&&i.clientX\u003Cr+s&&i.clientY>n.clientHeight-s?e(i):i.clientX\u003Cs&&i.clientY\u003Cs&&t(i)},n.addEventListener(\"click\",this.listener,!1)},te.prototype.onResize=function(){var e=this.gl,t=this,n=[e.ARRAY_BUFFER_BINDING];U(e,n,(function(e){var n=[],i=e.drawingBufferWidth/2,r=Math.max(screen.width,screen.height)*window.devicePixelRatio,s=e.drawingBufferWidth/r*window.devicePixelRatio,o=Z*s/2,a=$*ee*s,l=$*s/2,c=($*ee-$)*s;function h(e,t){var r=(90-e)*W,s=Math.cos(r),o=Math.sin(r);n.push(K*s*l+i,K*o*l+l),n.push(t*s*l+i,t*o*l+l)}n.push(i-o,a),n.push(i-o,e.drawingBufferHeight),n.push(i+o,a),n.push(i+o,e.drawingBufferHeight),t.gearOffset=n.length/2;for(var u=0;u\u003C=6;u++){var d=u*j;h(d,X),h(d+q,X),h(d+Y,J),h(d+(j-Y),J),h(d+(j-q),X)}function p(t,i){n.push(c+t,e.drawingBufferHeight-c-i)}t.gearVertexCount=n.length/2-t.gearOffset,t.arrowOffset=n.length/2;var A=o/Math.sin(45*W);p(0,l),p(l,0),p(l+A,A),p(A,l+A),p(A,l-A),p(0,l),p(l,2*l),p(l+A,2*l-A),p(A,l-A),p(0,l),p(A,l-o),p($*s,l-o),p(A,l+o),p($*s,l+o),t.arrowVertexCount=n.length/2-t.arrowOffset,e.bindBuffer(e.ARRAY_BUFFER,t.vertexBuffer),e.bufferData(e.ARRAY_BUFFER,new Float32Array(n),e.STATIC_DRAW)}))},te.prototype.render=function(){var e=this.gl,t=this,n=[e.CULL_FACE,e.DEPTH_TEST,e.BLEND,e.SCISSOR_TEST,e.STENCIL_TEST,e.COLOR_WRITEMASK,e.VIEWPORT,e.CURRENT_PROGRAM,e.ARRAY_BUFFER_BINDING];U(e,n,(function(e){e.disable(e.CULL_FACE),e.disable(e.DEPTH_TEST),e.disable(e.BLEND),e.disable(e.SCISSOR_TEST),e.disable(e.STENCIL_TEST),e.colorMask(!0,!0,!0,!0),e.viewport(0,0,e.drawingBufferWidth,e.drawingBufferHeight),t.renderNoState()}))},te.prototype.renderNoState=function(){var e=this.gl;e.useProgram(this.program),e.bindBuffer(e.ARRAY_BUFFER,this.vertexBuffer),e.enableVertexAttribArray(this.attribs.position),e.vertexAttribPointer(this.attribs.position,2,e.FLOAT,!1,8,0),e.uniform4f(this.uniforms.color,1,1,1,1),B(this.projMat,0,e.drawingBufferWidth,0,e.drawingBufferHeight,.1,1024),e.uniformMatrix4fv(this.uniforms.projectionMat,!1,this.projMat),e.drawArrays(e.TRIANGLE_STRIP,0,4),e.drawArrays(e.TRIANGLE_STRIP,this.gearOffset,this.gearVertexCount),e.drawArrays(e.TRIANGLE_STRIP,this.arrowOffset,this.arrowVertexCount)},ne.prototype.distortInverse=function(e){for(var t=0,n=1,i=e-this.distort(t);Math.abs(n-t)>1e-4;){var r=e-this.distort(n),s=n-r*((n-t)/(r-i));t=n,n=s,i=r}return n},ne.prototype.distort=function(e){for(var t=e*e,n=0,i=0;i\u003Cthis.coefficients.length;i++)n=t*(n+this.coefficients[i]);return(n+1)*e};var ie=Math.PI/180,re=180/Math.PI,se=function(e,t,n){this.x=e||0,this.y=t||0,this.z=n||0};se.prototype={constructor:se,set:function(e,t,n){return this.x=e,this.y=t,this.z=n,this},copy:function(e){return this.x=e.x,this.y=e.y,this.z=e.z,this},length:function(){return Math.sqrt(this.x*this.x+this.y*this.y+this.z*this.z)},normalize:function(){var e=this.length();if(0!==e){var t=1/e;this.multiplyScalar(t)}else this.x=0,this.y=0,this.z=0;return this},multiplyScalar:function(e){this.x*=e,this.y*=e,this.z*=e},applyQuaternion:function(e){var t=this.x,n=this.y,i=this.z,r=e.x,s=e.y,o=e.z,a=e.w,l=a*t+s*i-o*n,c=a*n+o*t-r*i,h=a*i+r*n-s*t,u=-r*t-s*n-o*i;return this.x=l*a+u*-r+c*-o-h*-s,this.y=c*a+u*-s+h*-r-l*-o,this.z=h*a+u*-o+l*-s-c*-r,this},dot:function(e){return this.x*e.x+this.y*e.y+this.z*e.z},crossVectors:function(e,t){var n=e.x,i=e.y,r=e.z,s=t.x,o=t.y,a=t.z;return this.x=i*a-r*o,this.y=r*s-n*a,this.z=n*o-i*s,this}};var oe,ae,le,ce=function(e,t,n,i){this.x=e||0,this.y=t||0,this.z=n||0,this.w=void 0!==i?i:1};function he(e){this.width=e.width||b(),this.height=e.height||x(),this.widthMeters=e.widthMeters,this.heightMeters=e.heightMeters,this.bevelMeters=e.bevelMeters}ce.prototype={constructor:ce,set:function(e,t,n,i){return this.x=e,this.y=t,this.z=n,this.w=i,this},copy:function(e){return this.x=e.x,this.y=e.y,this.z=e.z,this.w=e.w,this},setFromEulerXYZ:function(e,t,n){var i=Math.cos(e/2),r=Math.cos(t/2),s=Math.cos(n/2),o=Math.sin(e/2),a=Math.sin(t/2),l=Math.sin(n/2);return this.x=o*r*s+i*a*l,this.y=i*a*s-o*r*l,this.z=i*r*l+o*a*s,this.w=i*r*s-o*a*l,this},setFromEulerYXZ:function(e,t,n){var i=Math.cos(e/2),r=Math.cos(t/2),s=Math.cos(n/2),o=Math.sin(e/2),a=Math.sin(t/2),l=Math.sin(n/2);return this.x=o*r*s+i*a*l,this.y=i*a*s-o*r*l,this.z=i*r*l-o*a*s,this.w=i*r*s+o*a*l,this},setFromAxisAngle:function(e,t){var n=t/2,i=Math.sin(n);return this.x=e.x*i,this.y=e.y*i,this.z=e.z*i,this.w=Math.cos(n),this},multiply:function(e){return this.multiplyQuaternions(this,e)},multiplyQuaternions:function(e,t){var n=e.x,i=e.y,r=e.z,s=e.w,o=t.x,a=t.y,l=t.z,c=t.w;return this.x=n*c+s*o+i*l-r*a,this.y=i*c+s*a+r*o-n*l,this.z=r*c+s*l+n*a-i*o,this.w=s*c-n*o-i*a-r*l,this},inverse:function(){return this.x*=-1,this.y*=-1,this.z*=-1,this.normalize(),this},normalize:function(){var e=Math.sqrt(this.x*this.x+this.y*this.y+this.z*this.z+this.w*this.w);return 0===e?(this.x=0,this.y=0,this.z=0,this.w=1):(e=1/e,this.x=this.x*e,this.y=this.y*e,this.z=this.z*e,this.w=this.w*e),this},slerp:function(e,t){if(0===t)return this;if(1===t)return this.copy(e);var n=this.x,i=this.y,r=this.z,s=this.w,o=s*e.w+n*e.x+i*e.y+r*e.z;if(o\u003C0?(this.w=-e.w,this.x=-e.x,this.y=-e.y,this.z=-e.z,o=-o):this.copy(e),o>=1)return this.w=s,this.x=n,this.y=i,this.z=r,this;var a=Math.acos(o),l=Math.sqrt(1-o*o);if(Math.abs(l)\u003C.001)return this.w=.5*(s+this.w),this.x=.5*(n+this.x),this.y=.5*(i+this.y),this.z=.5*(r+this.z),this;var c=Math.sin((1-t)*a)/l,h=Math.sin(t*a)/l;return this.w=s*c+this.w*h,this.x=n*c+this.x*h,this.y=i*c+this.y*h,this.z=r*c+this.z*h,this},setFromUnitVectors:(le=1e-6,function(e,t){return void 0===oe&&(oe=new se),(ae=e.dot(t)+1)\u003Cle?(ae=0,Math.abs(e.x)>Math.abs(e.z)?oe.set(-e.y,e.x,0):oe.set(0,-e.z,e.y)):oe.crossVectors(e,t),this.x=oe.x,this.y=oe.y,this.z=oe.z,this.w=ae,this.normalize(),this})};var ue=new he({widthMeters:.11,heightMeters:.062,bevelMeters:.004}),de=new he({widthMeters:.1038,heightMeters:.0584,bevelMeters:.004}),pe={CardboardV1:new fe({id:\"CardboardV1\",label:\"Cardboard I/O 2014\",fov:40,interLensDistance:.06,baselineLensDistance:.035,screenLensDistance:.042,distortionCoefficients:[.441,.156],inverseCoefficients:[-.4410035,.42756155,-.4804439,.5460139,-.58821183,.5733938,-.48303202,.33299083,-.17573841,.0651772,-.01488963,.001559834]}),CardboardV2:new fe({id:\"CardboardV2\",label:\"Cardboard I/O 2015\",fov:60,interLensDistance:.064,baselineLensDistance:.035,screenLensDistance:.039,distortionCoefficients:[.34,.55],inverseCoefficients:[-.33836704,-.18162185,.862655,-1.2462051,1.0560602,-.58208317,.21609078,-.05444823,.009177956,-.0009904169,6183535e-11,-16981803e-13]})};function Ae(e,t){this.viewer=pe.CardboardV2,this.updateDeviceParams(e),this.distortion=new ne(this.viewer.distortionCoefficients);for(var n=0;n\u003Ct.length;n++){var i=t[n];pe[i.id]=new fe(i)}}function fe(e){this.id=e.id,this.label=e.label,this.fov=e.fov,this.interLensDistance=e.interLensDistance,this.baselineLensDistance=e.baselineLensDistance,this.screenLensDistance=e.screenLensDistance,this.distortionCoefficients=e.distortionCoefficients,this.inverseCoefficients=e.inverseCoefficients}Ae.prototype.updateDeviceParams=function(e){this.device=this.determineDevice_(e)||this.device},Ae.prototype.getDevice=function(){return this.device},Ae.prototype.setViewer=function(e){this.viewer=e,this.distortion=new ne(this.viewer.distortionCoefficients)},Ae.prototype.determineDevice_=function(e){if(!e)return u()?(console.warn(\"Using fallback iOS device measurements.\"),de):(console.warn(\"Using fallback Android device measurements.\"),ue);var t=.0254,n=t/e.xdpi,i=t/e.ydpi;return new he({widthMeters:n*b(),heightMeters:i*x(),bevelMeters:.001*e.bevelMm})},Ae.prototype.getDistortedFieldOfViewLeftEye=function(){var e=this.viewer,t=this.device,n=this.distortion,i=e.screenLensDistance,r=(t.widthMeters-e.interLensDistance)/2,s=e.interLensDistance/2,o=e.baselineLensDistance-t.bevelMeters,a=t.heightMeters-o,l=re*Math.atan(n.distort(r/i)),c=re*Math.atan(n.distort(s/i)),h=re*Math.atan(n.distort(o/i)),u=re*Math.atan(n.distort(a/i));return{leftDegrees:Math.min(l,e.fov),rightDegrees:Math.min(c,e.fov),downDegrees:Math.min(h,e.fov),upDegrees:Math.min(u,e.fov)}},Ae.prototype.getLeftEyeVisibleTanAngles=function(){var e=this.viewer,t=this.device,n=this.distortion,i=Math.tan(-ie*e.fov),r=Math.tan(ie*e.fov),s=Math.tan(ie*e.fov),o=Math.tan(-ie*e.fov),a=t.widthMeters/4,l=t.heightMeters/2,c=e.baselineLensDistance-t.bevelMeters-l,h=e.interLensDistance/2-a,u=-c,d=e.screenLensDistance,p=n.distort((h-a)/d),A=n.distort((u+l)/d),f=n.distort((h+a)/d),m=n.distort((u-l)/d),g=new Float32Array(4);return g[0]=Math.max(i,p),g[1]=Math.min(r,A),g[2]=Math.min(s,f),g[3]=Math.max(o,m),g},Ae.prototype.getLeftEyeNoLensTanAngles=function(){var e=this.viewer,t=this.device,n=this.distortion,i=new Float32Array(4),r=n.distortInverse(Math.tan(-ie*e.fov)),s=n.distortInverse(Math.tan(ie*e.fov)),o=n.distortInverse(Math.tan(ie*e.fov)),a=n.distortInverse(Math.tan(-ie*e.fov)),l=t.widthMeters/4,c=t.heightMeters/2,h=e.baselineLensDistance-t.bevelMeters-c,u=e.interLensDistance/2-l,d=-h,p=e.screenLensDistance,A=(u-l)/p,f=(d+c)/p,m=(u+l)/p,g=(d-c)/p;return i[0]=Math.max(r,A),i[1]=Math.min(s,f),i[2]=Math.min(o,m),i[3]=Math.max(a,g),i},Ae.prototype.getLeftEyeVisibleScreenRect=function(e){var t=this.viewer,n=this.device,i=t.screenLensDistance,r=(n.widthMeters-t.interLensDistance)/2,s=t.baselineLensDistance-n.bevelMeters,o=(e[0]*i+r)/n.widthMeters,a=(e[1]*i+s)/n.heightMeters,l=(e[2]*i+r)/n.widthMeters,c=(e[3]*i+s)/n.heightMeters;return{x:o,y:c,width:l-o,height:a-c}},Ae.prototype.getFieldOfViewLeftEye=function(e){return e?this.getUndistortedFieldOfViewLeftEye():this.getDistortedFieldOfViewLeftEye()},Ae.prototype.getFieldOfViewRightEye=function(e){var t=this.getFieldOfViewLeftEye(e);return{leftDegrees:t.rightDegrees,rightDegrees:t.leftDegrees,upDegrees:t.upDegrees,downDegrees:t.downDegrees}},Ae.prototype.getUndistortedFieldOfViewLeftEye=function(){var e=this.getUndistortedParams_();return{leftDegrees:re*Math.atan(e.outerDist),rightDegrees:re*Math.atan(e.innerDist),downDegrees:re*Math.atan(e.bottomDist),upDegrees:re*Math.atan(e.topDist)}},Ae.prototype.getUndistortedViewportLeftEye=function(){var e=this.getUndistortedParams_(),t=this.viewer,n=this.device,i=t.screenLensDistance,r=n.widthMeters/i,s=n.heightMeters/i,o=n.width/r,a=n.height/s,l=Math.round((e.eyePosX-e.outerDist)*o),c=Math.round((e.eyePosY-e.bottomDist)*a);return{x:l,y:c,width:Math.round((e.eyePosX+e.innerDist)*o)-l,height:Math.round((e.eyePosY+e.topDist)*a)-c}},Ae.prototype.getUndistortedParams_=function(){var e=this.viewer,t=this.device,n=this.distortion,i=e.screenLensDistance,r=e.interLensDistance/2/i,s=t.widthMeters/i,o=t.heightMeters/i,a=s/2-r,l=(e.baselineLensDistance-t.bevelMeters)/i,c=e.fov,h=n.distortInverse(Math.tan(ie*c)),u=Math.min(a,h),d=Math.min(r,h),p=Math.min(l,h);return{outerDist:u,innerDist:d,topDist:Math.min(o-l,h),bottomDist:p,eyePosX:a,eyePosY:l}},Ae.Viewers=pe;var me={format:1,last_updated:\"2019-11-09T17:36:14Z\",devices:[{type:\"android\",rules:[{mdmh:\"asus/*/Nexus 7/*\"},{ua:\"Nexus 7\"}],dpi:[320.8,323],bw:3,ac:500},{type:\"android\",rules:[{mdmh:\"asus/*/ASUS_X00PD/*\"},{ua:\"ASUS_X00PD\"}],dpi:245,bw:3,ac:500},{type:\"android\",rules:[{mdmh:\"asus/*/ASUS_X008D/*\"},{ua:\"ASUS_X008D\"}],dpi:282,bw:3,ac:500},{type:\"android\",rules:[{mdmh:\"asus/*/ASUS_Z00AD/*\"},{ua:\"ASUS_Z00AD\"}],dpi:[403,404.6],bw:3,ac:1e3},{type:\"android\",rules:[{mdmh:\"Google/*/Pixel 2 XL/*\"},{ua:\"Pixel 2 XL\"}],dpi:537.9,bw:3,ac:1e3},{type:\"android\",rules:[{mdmh:\"Google/*/Pixel 3 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7.1\"}],dpi:[432,431.9],bw:3,ac:500},{type:\"ios\",rules:[{res:[1242,2688]}],dpi:458,bw:4,ac:1e3},{type:\"android\",rules:[{mdmh:\"samsung/*/SM-G570M/*\"},{ua:\"SM-G570M\"}],dpi:320,bw:3.684,ac:1e3},{type:\"android\",rules:[{mdmh:\"samsung/*/SM-G970F/*\"},{ua:\"SM-G970F\"}],dpi:438,bw:2.281,ac:500},{type:\"android\",rules:[{mdmh:\"samsung/*/SM-G973F/*\"},{ua:\"SM-G973F\"}],dpi:550,bw:2.002,ac:500},{type:\"android\",rules:[{mdmh:\"samsung/*/SM-G975F/*\"},{ua:\"SM-G975F\"}],dpi:522,bw:2.054,ac:500},{type:\"android\",rules:[{mdmh:\"samsung/*/SM-G977F/*\"},{ua:\"SM-G977F\"}],dpi:505,bw:2.334,ac:500},{type:\"ios\",rules:[{res:[828,1792]}],dpi:326,bw:5,ac:500}]};function ge(e,t){if(this.dpdb=me,this.recalculateDeviceParams_(),e){this.onDeviceParamsUpdated=t;var n=new XMLHttpRequest,i=this;n.open(\"GET\",e,!0),n.addEventListener(\"load\",(function(){i.loading=!1,n.status>=200&&n.status\u003C=299?(i.dpdb=JSON.parse(n.response),i.recalculateDeviceParams_()):console.error(\"Error loading online DPDB!\")})),n.send()}}function ve(e){this.xdpi=e.xdpi,this.ydpi=e.ydpi,this.bevelMm=e.bevelMm}function ye(e,t){this.set(e,t)}function Ee(e,t){this.kFilter=e,this.isDebug=t,this.currentAccelMeasurement=new ye,this.currentGyroMeasurement=new ye,this.previousGyroMeasurement=new ye,u()?this.filterQ=new ce(-1,0,0,1):this.filterQ=new ce(1,0,0,1),this.previousFilterQ=new ce,this.previousFilterQ.copy(this.filterQ),this.accelQ=new ce,this.isOrientationInitialized=!1,this.estimatedGravity=new se,this.measuredGravity=new se,this.gyroIntegralQ=new ce}function be(e,t){this.predictionTimeS=e,this.isDebug=t,this.previousQ=new ce,this.previousTimestampS=null,this.deltaQ=new ce,this.outQ=new ce}function xe(e,t,n,i){this.yawOnly=n,this.accelerometer=new se,this.gyroscope=new se,this.filter=new Ee(e,i),this.posePredictor=new be(t,i),this.isFirefoxAndroid=A(),this.isIOS=u();var r=f();this.isDeviceMotionInRadians=!this.isIOS&&r&&r\u003C66,this.isWithoutDeviceMotion=g()||m(),this.filterToWorldQ=new ce,u()?this.filterToWorldQ.setFromAxisAngle(new se(1,0,0),Math.PI/2):this.filterToWorldQ.setFromAxisAngle(new se(1,0,0),-Math.PI/2),this.inverseWorldToScreenQ=new ce,this.worldToScreenQ=new ce,this.originalPoseAdjustQ=new ce,this.originalPoseAdjustQ.setFromAxisAngle(new se(0,0,1),-window.orientation*Math.PI/180),this.setScreenTransform_(),y()&&this.filterToWorldQ.multiply(this.inverseWorldToScreenQ),this.resetQ=new ce,this.orientationOut_=new Float32Array(4),this.start()}ge.prototype.getDeviceParams=function(){return this.deviceParams},ge.prototype.recalculateDeviceParams_=function(){var e=this.calcDeviceParams_();e?(this.deviceParams=e,this.onDeviceParamsUpdated&&this.onDeviceParamsUpdated(this.deviceParams)):console.error(\"Failed to recalculate device parameters.\")},ge.prototype.calcDeviceParams_=function(){var e=this.dpdb;if(!e)return console.error(\"DPDB not available.\"),null;if(1!=e.format)return console.error(\"DPDB has unexpected format version.\"),null;if(!e.devices||!e.devices.length)return console.error(\"DPDB does not have a devices section.\"),null;var t=navigator.userAgent||navigator.vendor||window.opera,n=b(),i=x();if(!e.devices)return console.error(\"DPDB has no devices section.\"),null;for(var r=0;r\u003Ce.devices.length;r++){var s=e.devices[r];if(s.rules)if(\"ios\"==s.type||\"android\"==s.type){if(u()==(\"ios\"==s.type)){for(var o=!1,a=0;a\u003Cs.rules.length;a++){var l=s.rules[a];if(this.ruleMatches_(l,t,n,i)){o=!0;break}}if(o)return new ve({xdpi:s.dpi[0]||s.dpi,ydpi:s.dpi[1]||s.dpi,bevelMm:s.bw})}}else console.warn(\"Device[\"+r+\"] has invalid type.\");else console.warn(\"Device[\"+r+\"] has no rules section.\")}return console.warn(\"No DPDB device match.\"),null},ge.prototype.ruleMatches_=function(e,t,n,i){if(!e.ua&&!e.res)return!1;if(e.ua&&\"SM\"===e.ua.substring(0,2)&&(e.ua=e.ua.substring(0,7)),e.ua&&t.indexOf(e.ua)\u003C0)return!1;if(e.res){if(!e.res[0]||!e.res[1])return!1;var r=e.res[0],s=e.res[1];if(Math.min(n,i)!=Math.min(r,s)||Math.max(n,i)!=Math.max(r,s))return!1}return!0},ye.prototype.set=function(e,t){this.sample=e,this.timestampS=t},ye.prototype.copy=function(e){this.set(e.sample,e.timestampS)},Ee.prototype.addAccelMeasurement=function(e,t){this.currentAccelMeasurement.set(e,t)},Ee.prototype.addGyroMeasurement=function(e,t){this.currentGyroMeasurement.set(e,t);var n=t-this.previousGyroMeasurement.timestampS;E(n)&&this.run_(),this.previousGyroMeasurement.copy(this.currentGyroMeasurement)},Ee.prototype.run_=function(){if(!this.isOrientationInitialized)return this.accelQ=this.accelToQuaternion_(this.currentAccelMeasurement.sample),this.previousFilterQ.copy(this.accelQ),void(this.isOrientationInitialized=!0);var e=this.currentGyroMeasurement.timestampS-this.previousGyroMeasurement.timestampS,t=this.gyroToQuaternionDelta_(this.currentGyroMeasurement.sample,e);this.gyroIntegralQ.multiply(t),this.filterQ.copy(this.previousFilterQ),this.filterQ.multiply(t);var n=new ce;n.copy(this.filterQ),n.inverse(),this.estimatedGravity.set(0,0,-1),this.estimatedGravity.applyQuaternion(n),this.estimatedGravity.normalize(),this.measuredGravity.copy(this.currentAccelMeasurement.sample),this.measuredGravity.normalize();var i=new ce;i.setFromUnitVectors(this.estimatedGravity,this.measuredGravity),i.inverse(),this.isDebug&&console.log(\"Delta: %d deg, G_est: (%s, %s, %s), G_meas: (%s, %s, %s)\",re*k(i),this.estimatedGravity.x.toFixed(1),this.estimatedGravity.y.toFixed(1),this.estimatedGravity.z.toFixed(1),this.measuredGravity.x.toFixed(1),this.measuredGravity.y.toFixed(1),this.measuredGravity.z.toFixed(1));var r=new ce;r.copy(this.filterQ),r.multiply(i),this.filterQ.slerp(r,1-this.kFilter),this.previousFilterQ.copy(this.filterQ)},Ee.prototype.getOrientation=function(){return this.filterQ},Ee.prototype.accelToQuaternion_=function(e){var t=new se;t.copy(e),t.normalize();var n=new ce;return n.setFromUnitVectors(new se(0,0,-1),t),n.inverse(),n},Ee.prototype.gyroToQuaternionDelta_=function(e,t){var n=new ce,i=new se;return i.copy(e),i.normalize(),n.setFromAxisAngle(i,e.length()*t),n},be.prototype.getPrediction=function(e,t,n){if(!this.previousTimestampS)return this.previousQ.copy(e),this.previousTimestampS=n,e;var i=new se;i.copy(t),i.normalize();var r=t.length();if(r\u003C20*ie)return this.isDebug&&console.log(\"Moving slowly, at %s deg/s: no prediction\",(re*r).toFixed(1)),this.outQ.copy(e),this.previousQ.copy(e),this.outQ;var s=r*this.predictionTimeS;return this.deltaQ.setFromAxisAngle(i,s),this.outQ.copy(this.previousQ),this.outQ.multiply(this.deltaQ),this.previousQ.copy(e),this.previousTimestampS=n,this.outQ},xe.prototype.getPosition=function(){return null},xe.prototype.getOrientation=function(){var e=void 0;if(this.isWithoutDeviceMotion&&this._deviceOrientationQ)return this.deviceOrientationFixQ=this.deviceOrientationFixQ||(n=(new ce).setFromAxisAngle(new se(0,0,-1),0),i=new ce,-90===window.orientation?i.setFromAxisAngle(new se(0,1,0),Math.PI/-2):i.setFromAxisAngle(new se(0,1,0),Math.PI/2),n.multiply(i)),this.deviceOrientationFilterToWorldQ=this.deviceOrientationFilterToWorldQ||((t=new ce).setFromAxisAngle(new se(1,0,0),-Math.PI/2),t),e=this._deviceOrientationQ,(r=new ce).copy(e),r.multiply(this.deviceOrientationFilterToWorldQ),r.multiply(this.resetQ),r.multiply(this.worldToScreenQ),r.multiplyQuaternions(this.deviceOrientationFixQ,r),this.yawOnly&&(r.x=0,r.z=0,r.normalize()),this.orientationOut_[0]=r.x,this.orientationOut_[1]=r.y,this.orientationOut_[2]=r.z,this.orientationOut_[3]=r.w,this.orientationOut_;var t,n,i,r,s=this.filter.getOrientation();return e=this.posePredictor.getPrediction(s,this.gyroscope,this.previousTimestampS),(r=new ce).copy(this.filterToWorldQ),r.multiply(this.resetQ),r.multiply(e),r.multiply(this.worldToScreenQ),this.yawOnly&&(r.x=0,r.z=0,r.normalize()),this.orientationOut_[0]=r.x,this.orientationOut_[1]=r.y,this.orientationOut_[2]=r.z,this.orientationOut_[3]=r.w,this.orientationOut_},xe.prototype.resetPose=function(){this.resetQ.copy(this.filter.getOrientation()),this.resetQ.x=0,this.resetQ.y=0,this.resetQ.z*=-1,this.resetQ.normalize(),y()&&this.resetQ.multiply(this.inverseWorldToScreenQ),this.resetQ.multiply(this.originalPoseAdjustQ)},xe.prototype.onDeviceOrientation_=function(e){this._deviceOrientationQ=this._deviceOrientationQ||new ce;var t=e.alpha,n=e.beta,i=e.gamma;t=(t||0)*Math.PI/180,n=(n||0)*Math.PI/180,i=(i||0)*Math.PI/180,this._deviceOrientationQ.setFromEulerYXZ(n,t,-i)},xe.prototype.onDeviceMotion_=function(e){this.updateDeviceMotion_(e)},xe.prototype.updateDeviceMotion_=function(e){var t=e.accelerationIncludingGravity,n=e.rotationRate,i=e.timeStamp/1e3,r=i-this.previousTimestampS;return r\u003C0?(F(\"fusion-pose-sensor:invalid:non-monotonic\",\"Invalid timestamps detected: non-monotonic timestamp from devicemotion\"),void(this.previousTimestampS=i)):r\u003C=a||r>l?(F(\"fusion-pose-sensor:invalid:outside-threshold\",\"Invalid timestamps detected: Timestamp from devicemotion outside expected range.\"),void(this.previousTimestampS=i)):(this.accelerometer.set(-t.x,-t.y,-t.z),n&&(v()?this.gyroscope.set(-n.beta,n.alpha,n.gamma):this.gyroscope.set(n.alpha,n.beta,n.gamma),this.isDeviceMotionInRadians||this.gyroscope.multiplyScalar(Math.PI/180),this.filter.addGyroMeasurement(this.gyroscope,i)),this.filter.addAccelMeasurement(this.accelerometer,i),void(this.previousTimestampS=i))},xe.prototype.onOrientationChange_=function(e){this.setScreenTransform_()},xe.prototype.onMessage_=function(e){var t=e.data;t&&t.type&&\"devicemotion\"===t.type.toLowerCase()&&this.updateDeviceMotion_(t.deviceMotionEvent)},xe.prototype.setScreenTransform_=function(){switch(this.worldToScreenQ.set(0,0,0,1),window.orientation){case 0:break;case 90:this.worldToScreenQ.setFromAxisAngle(new se(0,0,1),-Math.PI/2);break;case-90:this.worldToScreenQ.setFromAxisAngle(new se(0,0,1),Math.PI/2)}this.inverseWorldToScreenQ.copy(this.worldToScreenQ),this.inverseWorldToScreenQ.inverse()},xe.prototype.start=function(){this.onDeviceMotionCallback_=this.onDeviceMotion_.bind(this),this.onOrientationChangeCallback_=this.onOrientationChange_.bind(this),this.onMessageCallback_=this.onMessage_.bind(this),this.onDeviceOrientationCallback_=this.onDeviceOrientation_.bind(this),u()&&R()&&window.addEventListener(\"message\",this.onMessageCallback_),window.addEventListener(\"orientationchange\",this.onOrientationChangeCallback_),this.isWithoutDeviceMotion?window.addEventListener(\"deviceorientation\",this.onDeviceOrientationCallback_):window.addEventListener(\"devicemotion\",this.onDeviceMotionCallback_)},xe.prototype.stop=function(){window.removeEventListener(\"devicemotion\",this.onDeviceMotionCallback_),window.removeEventListener(\"deviceorientation\",this.onDeviceOrientationCallback_),window.removeEventListener(\"orientationchange\",this.onOrientationChangeCallback_),window.removeEventListener(\"message\",this.onMessageCallback_)};var we=60,Ce=new se(1,0,0),Me=new se(0,0,1),_e=new ce;_e.setFromAxisAngle(Ce,-Math.PI/2),_e.multiply((new ce).setFromAxisAngle(Me,Math.PI/2));var Ie=function(){function e(t){r(this,e),this.config=t,this.sensor=null,this.fusionSensor=null,this._out=new Float32Array(4),this.api=null,this.errors=[],this._sensorQ=new ce,this._outQ=new ce,this._onSensorRead=this._onSensorRead.bind(this),this._onSensorError=this._onSensorError.bind(this),this.init()}return s(e,[{key:\"init\",value:function(){var e=null;try{(e=new RelativeOrientationSensor({frequency:we,referenceFrame:\"screen\"})).addEventListener(\"error\",this._onSensorError)}catch(e){this.errors.push(e),\"SecurityError\"===e.name?(console.error(\"Cannot construct sensors due to the Feature Policy\"),console.warn('Attempting to fall back using \"devicemotion\"; however this will fail in the future without correct permissions.'),this.useDeviceMotion()):\"ReferenceError\"===e.name?this.useDeviceMotion():console.error(e)}e&&(this.api=\"sensor\",this.sensor=e,this.sensor.addEventListener(\"reading\",this._onSensorRead),this.sensor.start())}},{key:\"useDeviceMotion\",value:function(){this.api=\"devicemotion\",this.fusionSensor=new xe(this.config.K_FILTER,this.config.PREDICTION_TIME_S,this.config.YAW_ONLY,this.config.DEBUG),this.sensor&&(this.sensor.removeEventListener(\"reading\",this._onSensorRead),this.sensor.removeEventListener(\"error\",this._onSensorError),this.sensor=null)}},{key:\"getOrientation\",value:function(){if(this.fusionSensor)return this.fusionSensor.getOrientation();if(!this.sensor||!this.sensor.quaternion)return this._out[0]=this._out[1]=this._out[2]=0,this._out[3]=1,this._out;var e=this.sensor.quaternion;this._sensorQ.set(e[0],e[1],e[2],e[3]);var t=this._outQ;return t.copy(_e),t.multiply(this._sensorQ),this.config.YAW_ONLY&&(t.x=t.z=0,t.normalize()),this._out[0]=t.x,this._out[1]=t.y,this._out[2]=t.z,this._out[3]=t.w,this._out}},{key:\"_onSensorError\",value:function(e){this.errors.push(e.error),\"NotAllowedError\"===e.error.name?console.error(\"Permission to access sensor was denied\"):\"NotReadableError\"===e.error.name?console.error(\"Sensor could not be read\"):console.error(e.error),this.useDeviceMotion()}},{key:\"_onSensorRead\",value:function(){}}]),e}(),Be=\"\u003Csvg width='198' height='240' viewBox='0 0 198 240' xmlns='http://www.w3.org/2000/svg'>\u003Cg fill='none' fill-rule='evenodd'>\u003Cpath d='M149.625 109.527l6.737 3.891v.886c0 .177.013.36.038.549.01.081.02.162.027.242.14 1.415.974 2.998 2.105 3.999l5.72 5.062.081-.09s4.382-2.53 5.235-3.024l25.97 14.993v54.001c0 .771-.386 1.217-.948 1.217-.233 0-.495-.076-.772-.236l-23.967-13.838-.014.024-27.322 15.775-.85-1.323c-4.731-1.529-9.748-2.74-14.951-3.61a.27.27 0 0 0-.007.024l-5.067 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Re(e.DEFAULT_VIEWER),this.viewerSelector_.onChange(this.onViewerChanged_.bind(this)),this.deviceInfo_.setViewer(this.viewerSelector_.getCurrentViewer()),this.config.ROTATE_INSTRUCTIONS_DISABLED||(this.rotateInstructions_=new Se),u()&&window.addEventListener(\"resize\",this.onResize_.bind(this))}return Ye.prototype=Object.create(We.prototype),Ye.prototype._getPose=function(){return{position:null,orientation:this.poseSensor_.getOrientation(),linearVelocity:null,linearAcceleration:null,angularVelocity:null,angularAcceleration:null}},Ye.prototype._resetPose=function(){this.poseSensor_.resetPose&&this.poseSensor_.resetPose()},Ye.prototype._getFieldOfView=function(e){var t;if(e==qe.LEFT)t=this.deviceInfo_.getFieldOfViewLeftEye();else{if(e!=qe.RIGHT)return console.error(\"Invalid eye provided: %s\",e),null;t=this.deviceInfo_.getFieldOfViewRightEye()}return t},Ye.prototype._getEyeOffset=function(e){var t;if(e==qe.LEFT)t=[.5*-this.deviceInfo_.viewer.interLensDistance,0,0];else{if(e!=qe.RIGHT)return console.error(\"Invalid eye provided: %s\",e),null;t=[.5*this.deviceInfo_.viewer.interLensDistance,0,0]}return t},Ye.prototype.getEyeParameters=function(e){var t=this._getEyeOffset(e),n=this._getFieldOfView(e),i={offset:t,renderWidth:.5*this.deviceInfo_.device.width*this.bufferScale_,renderHeight:this.deviceInfo_.device.height*this.bufferScale_};return Object.defineProperty(i,\"fieldOfView\",{enumerable:!0,get:function(){return O(\"VRFieldOfView\",\"VRFrameData's projection matrices\"),n}}),i},Ye.prototype.onDeviceParamsUpdated_=function(e){this.config.DEBUG&&console.log(\"DPDB reported that device params were updated.\"),this.deviceInfo_.updateDeviceParams(e),this.distorter_&&this.distorter_.updateDeviceInfo(this.deviceInfo_)},Ye.prototype.updateBounds_=function(){this.layer_&&this.distorter_&&(this.layer_.leftBounds||this.layer_.rightBounds)&&this.distorter_.setTextureBounds(this.layer_.leftBounds,this.layer_.rightBounds)},Ye.prototype.beginPresent_=function(){var e=this.layer_.source.getContext(\"webgl\");e||(e=this.layer_.source.getContext(\"experimental-webgl\")),e||(e=this.layer_.source.getContext(\"webgl2\")),e&&(this.layer_.predistorted?this.config.CARDBOARD_UI_DISABLED||(e.canvas.width=b()*this.bufferScale_,e.canvas.height=x()*this.bufferScale_,this.cardboardUI_=new te(e)):(this.config.CARDBOARD_UI_DISABLED||(this.cardboardUI_=new te(e)),this.distorter_=new z(e,this.cardboardUI_,this.config.BUFFER_SCALE,this.config.DIRTY_SUBMIT_FRAME_BINDINGS),this.distorter_.updateDeviceInfo(this.deviceInfo_)),this.cardboardUI_&&this.cardboardUI_.listen(function(e){this.viewerSelector_.show(this.layer_.source.parentElement),e.stopPropagation(),e.preventDefault()}.bind(this),function(e){this.exitPresent(),e.stopPropagation(),e.preventDefault()}.bind(this)),this.rotateInstructions_&&(y()&&S()?this.rotateInstructions_.showTemporarily(3e3,this.layer_.source.parentElement):this.rotateInstructions_.update()),this.orientationHandler=this.onOrientationChange_.bind(this),window.addEventListener(\"orientationchange\",this.orientationHandler),this.vrdisplaypresentchangeHandler=this.updateBounds_.bind(this),window.addEventListener(\"vrdisplaypresentchange\",this.vrdisplaypresentchangeHandler),this.fireVRDisplayDeviceParamsChange_())},Ye.prototype.endPresent_=function(){this.distorter_&&(this.distorter_.destroy(),this.distorter_=null),this.cardboardUI_&&(this.cardboardUI_.destroy(),this.cardboardUI_=null),this.rotateInstructions_&&this.rotateInstructions_.hide(),this.viewerSelector_.hide(),window.removeEventListener(\"orientationchange\",this.orientationHandler),window.removeEventListener(\"vrdisplaypresentchange\",this.vrdisplaypresentchangeHandler)},Ye.prototype.updatePresent_=function(){this.endPresent_(),this.beginPresent_()},Ye.prototype.submitFrame=function(e){if(this.distorter_)this.updateBounds_(),this.distorter_.submitFrame();else if(this.cardboardUI_&&this.layer_){var t=this.layer_.source.getContext(\"webgl\");t||(t=this.layer_.source.getContext(\"experimental-webgl\")),t||(t=this.layer_.source.getContext(\"webgl2\"));var n=t.canvas;n.width==this.lastWidth&&n.height==this.lastHeight||this.cardboardUI_.onResize(),this.lastWidth=n.width,this.lastHeight=n.height,this.cardboardUI_.render()}},Ye.prototype.onOrientationChange_=function(e){this.viewerSelector_.hide(),this.rotateInstructions_&&this.rotateInstructions_.update(),this.onResize_()},Ye.prototype.onResize_=function(e){if(this.layer_){var t=this.layer_.source.getContext(\"webgl\");t||(t=this.layer_.source.getContext(\"experimental-webgl\")),t||(t=this.layer_.source.getContext(\"webgl2\"));var n=[\"position: absolute\",\"top: 0\",\"left: 0\",\"width: 100vw\",\"height: 100vh\",\"border: 0\",\"margin: 0\",\"padding: 0px\",\"box-sizing: content-box\"];t.canvas.setAttribute(\"style\",n.join(\"; \")+\";\"),L(t.canvas)}},Ye.prototype.onViewerChanged_=function(e){this.deviceInfo_.setViewer(e),this.distorter_&&this.distorter_.updateDeviceInfo(this.deviceInfo_),this.fireVRDisplayDeviceParamsChange_()},Ye.prototype.fireVRDisplayDeviceParamsChange_=function(){var e=new CustomEvent(\"vrdisplaydeviceparamschange\",{detail:{vrdisplay:this,deviceInfo:this.deviceInfo_}});window.dispatchEvent(e)},Ye.VRFrameData=He,Ye.VRDisplay=We,Ye}()})),a=(t=o)&&t.__esModule&&Object.prototype.hasOwnProperty.call(t,\"default\")?t.default:t,l={ADDITIONAL_VIEWERS:[],DEFAULT_VIEWER:\"\",PROVIDE_MOBILE_VRDISPLAY:!0,MOBILE_WAKE_LOCK:!0,DEBUG:!1,DPDB_URL:\"https://dpdb.webvr.rocks/dpdb.json\",K_FILTER:.98,PREDICTION_TIME_S:.04,CARDBOARD_UI_DISABLED:!1,ROTATE_INSTRUCTIONS_DISABLED:!1,YAW_ONLY:!1,BUFFER_SCALE:.5,DIRTY_SUBMIT_FRAME_BINDINGS:!1};function c(e){this.config=s(s({},l),e),this.polyfillDisplays=[],this.enabled=!1,this.hasNative=\"getVRDisplays\"in navigator,this.native={},this.native.getVRDisplays=navigator.getVRDisplays,this.native.VRFrameData=window.VRFrameData,this.native.VRDisplay=window.VRDisplay,(!this.hasNative||this.config.PROVIDE_MOBILE_VRDISPLAY&&i())&&(this.enable(),this.getVRDisplays().then((function(e){e&&e[0]&&e[0].fireVRDisplayConnect_&&e[0].fireVRDisplayConnect_()})))}c.prototype.getPolyfillDisplays=function(){if(this._polyfillDisplaysPopulated)return this.polyfillDisplays;if(i()){var e=new a({ADDITIONAL_VIEWERS:this.config.ADDITIONAL_VIEWERS,DEFAULT_VIEWER:this.config.DEFAULT_VIEWER,MOBILE_WAKE_LOCK:this.config.MOBILE_WAKE_LOCK,DEBUG:this.config.DEBUG,DPDB_URL:this.config.DPDB_URL,CARDBOARD_UI_DISABLED:this.config.CARDBOARD_UI_DISABLED,K_FILTER:this.config.K_FILTER,PREDICTION_TIME_S:this.config.PREDICTION_TIME_S,ROTATE_INSTRUCTIONS_DISABLED:this.config.ROTATE_INSTRUCTIONS_DISABLED,YAW_ONLY:this.config.YAW_ONLY,BUFFER_SCALE:this.config.BUFFER_SCALE,DIRTY_SUBMIT_FRAME_BINDINGS:this.config.DIRTY_SUBMIT_FRAME_BINDINGS});this.polyfillDisplays.push(e)}return this._polyfillDisplaysPopulated=!0,this.polyfillDisplays},c.prototype.enable=function(){if(this.enabled=!0,this.hasNative&&this.native.VRFrameData){var e=this.native.VRFrameData,t=new this.native.VRFrameData,n=this.native.VRDisplay.prototype.getFrameData;window.VRDisplay.prototype.getFrameData=function(i){i instanceof e?n.call(this,i):(n.call(this,t),i.pose=t.pose,r(t.leftProjectionMatrix,i.leftProjectionMatrix),r(t.rightProjectionMatrix,i.rightProjectionMatrix),r(t.leftViewMatrix,i.leftViewMatrix),r(t.rightViewMatrix,i.rightViewMatrix))}}navigator.getVRDisplays=this.getVRDisplays.bind(this),window.VRDisplay=a.VRDisplay,window.VRFrameData=a.VRFrameData},c.prototype.getVRDisplays=function(){var e=this;return this.config,this.hasNative?this.native.getVRDisplays.call(navigator).then((function(t){return t.length>0?t:e.getPolyfillDisplays()})):Promise.resolve(this.getPolyfillDisplays())},c.version=\"0.10.12\",c.VRFrameData=a.VRFrameData,c.VRDisplay=a.VRDisplay;var h=Object.freeze({default:c}),u=h&&c||h;return void 0!==e&&e.window&&(e.document||(e.document=e.window.document),e.navigator||(e.navigator=e.window.navigator)),u}()},9443:e=>{var t=/\\n/,n=\"\\n\",i=/\\s/;function r(e,t,n,i){var r=e.indexOf(t,n);return-1===r||r>i?i:r}function s(e){return i.test(e)}function 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t=Object.prototype.hasOwnProperty},4649:(e,t,n)=>{var i=n(2446).Z,r=n(3515).components,s=n(3515).registerComponent,o=n(2666),a=n(8903),l=new o.Color,c=new o.Color,h=a.entity.getComponentProperty,u=a.entity.setComponentProperty,d={},p=\"color\",A=\"rotation\",f=\"scale\",m=\"components\";function g(e){e.x=o.MathUtils.degToRad(e.x),e.y=o.MathUtils.degToRad(e.y),e.z=o.MathUtils.degToRad(e.z)}function v(e,t,n){var i;for(i=0;i\u003Ct.length;i++)e.addEventListener(t[i],n)}function y(e,t,n){var i;for(i=0;i\u003Ct.length;i++)e.removeEventListener(t[i],n)}function E(e,t){var n,i,r;for(i=x(t),r=e,n=0;n\u003Ci.length;n++)r=r[i[n]];if(void 0===r)throw console.log(e),new Error(\"[animation] property (\"+t+\") could not be found\");return r}function b(e,t,n,i){var r,s,a,l;for(t.startsWith(\"object3D.rotation\")&&(n=o.MathUtils.degToRad(n)),s=x(t),l=e,r=0;r\u003Cs.length-1;r++)l=l[s[r]];a=s[s.length-1],i!==p?l[a]=n:\"r\"in l[a]?(l[a].r=n.r,l[a].g=n.g,l[a].b=n.b):(l[a].x=n.r,l[a].y=n.g,l[a].z=n.b)}function x(e){return e in d||(d[e]=e.split(\".\")),d[e]}function w(e){return e.isRawProperty||e.property.startsWith(m)||e.property.startsWith(\"object3D\")}e.exports.Component=s(\"animation\",{schema:{autoplay:{default:!0},delay:{default:0},dir:{default:\"\"},dur:{default:1e3},easing:{default:\"easeInQuad\"},elasticity:{default:400},enabled:{default:!0},from:{default:\"\"},loop:{default:0,parse:function(e){return!0===e||\"true\"===e||!1!==e&&\"false\"!==e&&parseInt(e,10)}},property:{default:\"\"},startEvents:{type:\"array\"},pauseEvents:{type:\"array\"},resumeEvents:{type:\"array\"},round:{default:!1},to:{default:\"\"},type:{default:\"\"},isRawProperty:{default:!1}},multiple:!0,init:function(){var e=this;this.eventDetail={name:this.attrName},this.time=0,this.animation=null,this.animationIsPlaying=!1,this.onStartEvent=this.onStartEvent.bind(this),this.beginAnimation=this.beginAnimation.bind(this),this.pauseAnimation=this.pauseAnimation.bind(this),this.resumeAnimation=this.resumeAnimation.bind(this),this.fromColor={},this.toColor={},this.targets={},this.targetsArray=[],this.updateConfigForDefault=this.updateConfigForDefault.bind(this),this.updateConfigForRawColor=this.updateConfigForRawColor.bind(this),this.config={complete:function(){e.animationIsPlaying=!1,e.el.emit(\"animationcomplete\",e.eventDetail,!1),e.id&&e.el.emit(\"animationcomplete__\"+e.id,e.eventDetail,!1)}}},update:function(e){var t=this.config,n=this.data;this.animationIsPlaying=!1,this.data.enabled&&n.property&&(t.autoplay=!1,t.direction=n.dir,t.duration=n.dur,t.easing=n.easing,t.elasticity=n.elasticity,t.loop=n.loop,t.round=n.round,this.createAndStartAnimation())},tick:function(e,t){this.animationIsPlaying&&(this.time+=t,this.animation.tick(this.time))},remove:function(){this.pauseAnimation(),this.removeEventListeners()},pause:function(){this.paused=!0,this.pausedWasPlaying=this.animationIsPlaying,this.pauseAnimation(),this.removeEventListeners()},play:function(){this.paused&&(this.paused=!1,this.addEventListeners(),this.pausedWasPlaying&&(this.resumeAnimation(),this.pausedWasPlaying=!1))},createAndStartAnimation:function(){var e=this.data;this.updateConfig(),this.animationIsPlaying=!1,this.animation=i(this.config),this.animation.began=!0,this.removeEventListeners(),this.addEventListeners(),!e.autoplay||e.startEvents&&e.startEvents.length||(e.delay?setTimeout(this.beginAnimation,e.delay):this.beginAnimation())},beginAnimation:function(){this.updateConfig(),this.animation.began=!0,this.time=0,this.animationIsPlaying=!0,this.stopRelatedAnimations(),this.el.emit(\"animationbegin\",this.eventDetail,!1)},pauseAnimation:function(){this.animationIsPlaying=!1},resumeAnimation:function(){this.animationIsPlaying=!0},onStartEvent:function(){this.data.enabled&&(this.updateConfig(),this.animation&&this.animation.pause(),this.animation=i(this.config),this.data.delay?setTimeout(this.beginAnimation,this.data.delay):this.beginAnimation())},updateConfigForRawColor:function(){var e,t,n,i=this.config,r=this.data,s=this.el;if(!this.waitComponentInitRawProperty(this.updateConfigForRawColor)){for(t in e=\"\"===r.from?E(s,r.property):r.from,n=r.to,this.setColorConfig(e,n),e=this.fromColor,n=this.toColor,this.targetsArray.length=0,this.targetsArray.push(e),i.targets=this.targetsArray,n)i[t]=n[t];var o;i.update=(o={},function(e){var t;(t=e.animatables[0].target).r===o.r&&t.g===o.g&&t.b===o.b||b(s,r.property,t,r.type)})}},updateConfigForDefault:function(){var e,t,n,i,r=this.config,s=this.data,o=this.el;this.waitComponentInitRawProperty(this.updateConfigForDefault)||(e=\"\"===s.from?w(s)?E(o,s.property):h(o,s.property):s.from,n=s.to,isNaN(e||n)?(e=e?e.toString():e,n=n?n.toString():n):(e=parseFloat(e),n=parseFloat(n)),(t=\"true\"===s.to||\"false\"===s.to||!0===s.to||!1===s.to)&&(e=\"true\"===s.from||!0===s.from?1:0,n=\"true\"===s.to||!0===s.to?1:0),this.targets.aframeProperty=e,r.targets=this.targets,r.aframeProperty=n,r.update=function(e){var n;(n=e.animatables[0].target.aframeProperty)!==i&&(i=n,t&&(n=n>=1),w(s)?b(o,s.property,n,s.type):u(o,s.property,n))})},updateConfigForVector:function(){var e,t,n,i,r=this.config,s=this.data,o=this.el;for(e in t=\"\"!==s.from?a.coordinates.parse(s.from):h(o,s.property),n=a.coordinates.parse(s.to),s.property===A&&(g(t),g(n)),this.targetsArray.length=0,this.targetsArray.push(t),r.targets=this.targetsArray,n)r[e]=n[e];\"position\"!==s.property&&s.property!==A&&s.property!==f?r.update=function(){var e={};return function(t){var n=t.animatables[0].target;n.x===e.x&&n.y===e.y&&n.z===e.z||(e.x=n.x,e.y=n.y,e.z=n.z,u(o,s.property,n))}}():r.update=(i={},function(e){var t=e.animatables[0].target;s.property===f&&(t.x=Math.max(1e-4,t.x),t.y=Math.max(1e-4,t.y),t.z=Math.max(1e-4,t.z)),t.x===i.x&&t.y===i.y&&t.z===i.z||(i.x=t.x,i.y=t.y,i.z=t.z,o.object3D[s.property].set(t.x,t.y,t.z))})},updateConfig:function(){var e,t,n,i,s,o,a;t=this.el,n=this.data.property,s=(o=n.split(\".\"))[0],a=o[1],e=(i=t.components[s]||r[s])?a&&!i.schema[a]?null:a?i.schema[a].type:i.schema.type:null,w(this.data)&&this.data.type===p?this.updateConfigForRawColor():\"vec2\"===e||\"vec3\"===e||\"vec4\"===e?this.updateConfigForVector():this.updateConfigForDefault()},waitComponentInitRawProperty:function(e){var t,n=this.data,r=this.el,s=this;return\"\"===n.from&&!!n.property.startsWith(m)&&(t=x(n.property)[1],!r.components[t]&&(r.addEventListener(\"componentinitialized\",(function n(o){o.detail.name===t&&(e(),s.animation=i(s.config),r.removeEventListener(\"componentinitialized\",n))})),!0))},stopRelatedAnimations:function(){var e,t;for(t in this.el.components)e=this.el.components[t],t!==this.attrName&&\"animation\"===e.name&&e.animationIsPlaying&&e.data.property===this.data.property&&(e.animationIsPlaying=!1)},addEventListeners:function(){var e=this.data,t=this.el;v(t,e.startEvents,this.onStartEvent),v(t,e.pauseEvents,this.pauseAnimation),v(t,e.resumeEvents,this.resumeAnimation)},removeEventListeners:function(){var e=this.data,t=this.el;y(t,e.startEvents,this.onStartEvent),y(t,e.pauseEvents,this.pauseAnimation),y(t,e.resumeEvents,this.resumeAnimation)},setColorConfig:function(e,t){l.set(e),c.set(t),e=this.fromColor,t=this.toColor,e.r=l.r,e.g=l.g,e.b=l.b,t.r=c.r,t.g=c.g,t.b=c.b}})},9541:(e,t,n)=>{var i=n(3515).registerComponent,r=n(2666);e.exports.Component=i(\"camera\",{schema:{active:{default:!0},far:{default:1e4},fov:{default:80,min:0},near:{default:.005,min:0},spectator:{default:!1},zoom:{default:1,min:0}},init:function(){var e,t=this.el;e=this.camera=new r.PerspectiveCamera,t.setObject3D(\"camera\",e)},update:function(e){var t=this.data,n=this.camera;n.aspect=t.aspect||window.innerWidth/window.innerHeight,n.far=t.far,n.fov=t.fov,n.near=t.near,n.zoom=t.zoom,n.updateProjectionMatrix(),this.updateActiveCamera(e),this.updateSpectatorCamera(e)},updateActiveCamera:function(e){var t=this.data,n=this.el,i=this.system;e&&e.active===t.active||t.spectator||(t.active&&i.activeCameraEl!==n?i.setActiveCamera(n):t.active||i.activeCameraEl!==n||i.disableActiveCamera())},updateSpectatorCamera:function(e){var t=this.data,n=this.el,i=this.system;e&&e.spectator===t.spectator||(t.spectator&&i.spectatorCameraEl!==n?i.setSpectatorCamera(n):t.spectator||i.spectatorCameraEl!==n||i.disableSpectatorCamera())},remove:function(){this.el.removeObject3D(\"camera\")}})},57:(e,t,n)=>{var i,r,s,o,a=n(3515).registerComponent,l=n(8903),c=l.bind,h=\"click\",u=\"mouseup\",d=\"cursor-fusing\",p=\"cursor-hovering\",A=\"cursor-hovered\",f={DOWN:[\"mousedown\",\"touchstart\"],UP:[\"mouseup\",\"touchend\"]},m={DOWN:[\"selectstart\"],UP:[\"selectend\"]},g=\"a-mouse-cursor-hover\";e.exports.Component=a(\"cursor\",{dependencies:[\"raycaster\"],schema:{downEvents:{default:[]},fuse:{default:l.device.isMobile()},fuseTimeout:{default:1500,min:0},mouseCursorStylesEnabled:{default:!0},upEvents:{default:[]},rayOrigin:{default:\"entity\",oneOf:[\"mouse\",\"entity\",\"xrselect\"]}},multiple:!0,init:function(){var e=this;this.fuseTimeout=void 0,this.cursorDownEl=null,this.intersectedEl=null,this.canvasBounds=document.body.getBoundingClientRect(),this.isCursorDown=!1,this.activeXRInput=null,this.updateCanvasBounds=l.debounce((function(){e.canvasBounds=e.el.sceneEl.canvas.getBoundingClientRect()}),500),this.eventDetail={},this.intersectedEventDetail={cursorEl:this.el},this.onCursorDown=c(this.onCursorDown,this),this.onCursorUp=c(this.onCursorUp,this),this.onIntersection=c(this.onIntersection,this),this.onIntersectionCleared=c(this.onIntersectionCleared,this),this.onMouseMove=c(this.onMouseMove,this),this.onEnterVR=c(this.onEnterVR,this)},update:function(e){this.data.rayOrigin!==e.rayOrigin&&this.updateMouseEventListeners()},tick:function(){var e=this.el.sceneEl.frame,t=this.activeXRInput;\"xrselect\"===this.data.rayOrigin&&e&&t&&this.onMouseMove({frame:e,inputSource:t,type:\"fakeselectevent\"})},play:function(){this.addEventListeners()},pause:function(){this.removeEventListeners()},remove:function(){var e=this.el;e.removeState(p),e.removeState(d),clearTimeout(this.fuseTimeout),this.intersectedEl&&this.intersectedEl.removeState(A),this.removeEventListeners()},addEventListeners:function(){var e,t=this.data,n=this.el,i=this;function r(){e=n.sceneEl.canvas,t.downEvents.length||t.upEvents.length||(f.DOWN.forEach((function(t){e.addEventListener(t,i.onCursorDown)})),f.UP.forEach((function(t){e.addEventListener(t,i.onCursorUp)})))}(e=n.sceneEl.canvas)?r():n.sceneEl.addEventListener(\"render-target-loaded\",r),t.downEvents.forEach((function(e){n.addEventListener(e,i.onCursorDown)})),t.upEvents.forEach((function(e){n.addEventListener(e,i.onCursorUp)})),n.addEventListener(\"raycaster-intersection\",this.onIntersection),n.addEventListener(\"raycaster-closest-entity-changed\",this.onIntersection),n.addEventListener(\"raycaster-intersection-cleared\",this.onIntersectionCleared),n.sceneEl.addEventListener(\"rendererresize\",this.updateCanvasBounds),n.sceneEl.addEventListener(\"enter-vr\",this.onEnterVR),window.addEventListener(\"resize\",this.updateCanvasBounds),window.addEventListener(\"scroll\",this.updateCanvasBounds),this.updateMouseEventListeners()},removeEventListeners:function(){var e,t=this.data,n=this.el,i=this;!(e=n.sceneEl.canvas)||t.downEvents.length||t.upEvents.length||(f.DOWN.forEach((function(t){e.removeEventListener(t,i.onCursorDown)})),f.UP.forEach((function(t){e.removeEventListener(t,i.onCursorUp)}))),t.downEvents.forEach((function(e){n.removeEventListener(e,i.onCursorDown)})),t.upEvents.forEach((function(e){n.removeEventListener(e,i.onCursorUp)})),n.removeEventListener(\"raycaster-intersection\",this.onIntersection),n.removeEventListener(\"raycaster-intersection-cleared\",this.onIntersectionCleared),e.removeEventListener(\"mousemove\",this.onMouseMove),e.removeEventListener(\"touchstart\",this.onMouseMove),e.removeEventListener(\"touchmove\",this.onMouseMove),n.sceneEl.removeEventListener(\"rendererresize\",this.updateCanvasBounds),n.sceneEl.removeEventListener(\"enter-vr\",this.onEnterVR),window.removeEventListener(\"resize\",this.updateCanvasBounds),window.removeEventListener(\"scroll\",this.updateCanvasBounds)},updateMouseEventListeners:function(){var e,t=this.el;(e=t.sceneEl.canvas).removeEventListener(\"mousemove\",this.onMouseMove),e.removeEventListener(\"touchmove\",this.onMouseMove),t.setAttribute(\"raycaster\",\"useWorldCoordinates\",!1),\"mouse\"===this.data.rayOrigin&&(e.addEventListener(\"mousemove\",this.onMouseMove,!1),e.addEventListener(\"touchmove\",this.onMouseMove,!1),t.setAttribute(\"raycaster\",\"useWorldCoordinates\",!0),this.updateCanvasBounds())},onMouseMove:(i=new THREE.Vector3,r=new THREE.Vector2,s=new THREE.Vector3,o={origin:s,direction:i},function(e){var t,n,a,l,c,h,u,d=this.canvasBounds,p=this.el.sceneEl.camera;p.parent.updateMatrixWorld(),t=(n=\"touchmove\"===e.type||\"touchstart\"===e.type?e.touches.item(0):e).clientX-d.left,a=n.clientY-d.top,r.x=t/d.width*2-1,r.y=-a/d.height*2+1,\"xrselect\"!==this.data.rayOrigin||\"selectstart\"!==e.type&&\"fakeselectevent\"!==e.type?\"fakeselectout\"===e.type?(i.set(0,1,0),s.set(0,9999,0)):p&&p.isPerspectiveCamera?(s.setFromMatrixPosition(p.matrixWorld),i.set(r.x,r.y,.5).unproject(p).sub(s).normalize()):p&&p.isOrthographicCamera?(s.set(r.x,r.y,(p.near+p.far)/(p.near-p.far)).unproject(p),i.set(0,0,-1).transformDirection(p.matrixWorld)):console.error(\"AFRAME.Raycaster: Unsupported camera type: \"+p.type):(l=e.frame,c=e.inputSource,h=this.el.renderer.xr.getReferenceSpace(),u=l.getPose(c.targetRaySpace,h).transform,i.set(0,0,-1),i.applyQuaternion(u.orientation),s.copy(u.position)),this.el.setAttribute(\"raycaster\",o),\"touchmove\"===e.type&&e.preventDefault()}),onCursorDown:function(e){this.isCursorDown=!0,\"mouse\"===this.data.rayOrigin&&\"touchstart\"===e.type&&(this.onMouseMove(e),this.el.components.raycaster.checkIntersections(),e.preventDefault()),\"xrselect\"===this.data.rayOrigin&&\"selectstart\"===e.type&&(this.activeXRInput=e.inputSource,this.onMouseMove(e),this.el.components.raycaster.checkIntersections(),this.el.components.raycaster.intersectedEls.length&&void 0!==this.el.sceneEl.components[\"ar-hit-test\"]&&this.el.sceneEl.getAttribute(\"ar-hit-test\").enabled&&(this.el.sceneEl.setAttribute(\"ar-hit-test\",\"enabled\",!1),this.reenableARHitTest=!0)),this.twoWayEmit(\"mousedown\",e),this.cursorDownEl=this.intersectedEl},onCursorUp:function(e){if(this.isCursorDown){this.isCursorDown=!1;var t=this.data;this.twoWayEmit(u,e),!0===this.reenableARHitTest&&(this.el.sceneEl.setAttribute(\"ar-hit-test\",\"enabled\",!0),this.reenableARHitTest=void 0),this.cursorDownEl&&this.cursorDownEl!==this.intersectedEl&&(this.intersectedEventDetail.intersection=null,this.cursorDownEl.emit(u,this.intersectedEventDetail)),t.fuse&&\"mouse\"!==t.rayOrigin&&\"xrselect\"!==t.rayOrigin||!this.intersectedEl||this.cursorDownEl!==this.intersectedEl||this.twoWayEmit(h,e),\"xrselect\"===t.rayOrigin&&this.activeXRInput===e.inputSource&&this.onMouseMove({type:\"fakeselectout\"}),this.activeXRInput=null,this.cursorDownEl=null,\"touchend\"===e.type&&e.preventDefault()}},onIntersection:function(e){var t,n,i,r,s=this.el;n=e.detail.els[0]===s?1:0,r=e.detail.intersections[n],(i=e.detail.els[n])&&this.intersectedEl!==i&&(this.intersectedEl&&(t=this.el.components.raycaster.getIntersection(this.intersectedEl))&&t.distance\u003C=r.distance||(this.clearCurrentIntersection(!0),this.setIntersection(i,r)))},onIntersectionCleared:function(e){-1!==e.detail.clearedEls.indexOf(this.intersectedEl)&&this.clearCurrentIntersection()},onEnterVR:function(){this.clearCurrentIntersection(!0);var e=this.el.sceneEl.xrSession,t=this;e&&\"mouse\"!==this.data.rayOrigin&&(m.DOWN.forEach((function(n){e.addEventListener(n,t.onCursorDown)})),m.UP.forEach((function(n){e.addEventListener(n,t.onCursorUp)})))},setIntersection:function(e,t){var n=this.el,i=this.data,r=this;this.intersectedEl!==e&&(this.intersectedEl=e,n.addState(p),e.addState(A),this.twoWayEmit(\"mouseenter\"),this.data.mouseCursorStylesEnabled&&\"mouse\"===this.data.rayOrigin&&this.el.sceneEl.canvas.classList.add(g),0!==i.fuseTimeout&&i.fuse&&\"xrselect\"!==i.rayOrigin&&\"mouse\"!==i.rayOrigin&&(n.addState(d),this.twoWayEmit(\"fusing\"),this.fuseTimeout=setTimeout((function(){n.removeState(d),r.twoWayEmit(h)}),i.fuseTimeout)))},clearCurrentIntersection:function(e){var t,n,i=this.el;this.intersectedEl&&(this.intersectedEl.removeState(A),i.removeState(p),i.removeState(d),this.twoWayEmit(\"mouseleave\"),this.data.mouseCursorStylesEnabled&&\"mouse\"===this.data.rayOrigin&&this.el.sceneEl.canvas.classList.remove(g),this.intersectedEl=null,clearTimeout(this.fuseTimeout),!0!==e&&0!==(n=this.el.components.raycaster.intersections).length&&(t=n[n[0].object.el===i?1:0])&&this.setIntersection(t.object.el,t))},twoWayEmit:function(e,t){var n,i=this.el,r=this.intersectedEl;function s(e,n){t instanceof MouseEvent?e.mouseEvent=t:\"undefined\"!=typeof TouchEvent&&t instanceof TouchEvent&&(e.touchEvent=t)}n=this.el.components.raycaster.getIntersection(r),this.eventDetail.intersectedEl=r,this.eventDetail.intersection=n,s(this.eventDetail),i.emit(e,this.eventDetail),r&&(this.intersectedEventDetail.intersection=n,s(this.intersectedEventDetail),r.emit(e,this.intersectedEventDetail))}})},9830:(e,t,n)=>{var i=n(3515).registerComponent,r=n(7629),s=n(6600),o=s.checkControllerPresentAndSetup,a=s.emitIfAxesChanged,l=s.onButtonEvent,c=\"https://cdn.aframe.io/controllers/google/\",h=c+\"vr_controller_daydream.obj\",u=c+\"vr_controller_daydream.mtl\",d=n(8903).device.isWebXRAvailable,p=d?\"google-daydream\":\"Daydream Controller\",A=d?{axes:{touchpad:[0,1]},buttons:[\"none\",\"none\",\"touchpad\",\"menu\",\"system\"]}:{axes:{trackpad:[0,1]},buttons:[\"trackpad\",\"menu\",\"system\"]};e.exports.Component=i(\"daydream-controls\",{schema:{hand:{default:\"\"},buttonColor:{type:\"color\",default:\"#000000\"},buttonTouchedColor:{type:\"color\",default:\"#777777\"},buttonHighlightColor:{type:\"color\",default:\"#FFFFFF\"},model:{default:!0},orientationOffset:{type:\"vec3\"},armModel:{default:!0}},mapping:A,bindMethods:function(){this.onModelLoaded=r(this.onModelLoaded,this),this.onControllersUpdate=r(this.onControllersUpdate,this),this.checkIfControllerPresent=r(this.checkIfControllerPresent,this),this.removeControllersUpdateListener=r(this.removeControllersUpdateListener,this),this.onAxisMoved=r(this.onAxisMoved,this)},init:function(){var e=this;this.onButtonChanged=r(this.onButtonChanged,this),this.onButtonDown=function(t){l(t.detail.id,\"down\",e)},this.onButtonUp=function(t){l(t.detail.id,\"up\",e)},this.onButtonTouchStart=function(t){l(t.detail.id,\"touchstart\",e)},this.onButtonTouchEnd=function(t){l(t.detail.id,\"touchend\",e)},this.controllerPresent=!1,this.lastControllerCheck=0,this.bindMethods()},addEventListeners:function(){var e=this.el;e.addEventListener(\"buttonchanged\",this.onButtonChanged),e.addEventListener(\"buttondown\",this.onButtonDown),e.addEventListener(\"buttonup\",this.onButtonUp),e.addEventListener(\"touchstart\",this.onButtonTouchStart),e.addEventListener(\"touchend\",this.onButtonTouchEnd),e.addEventListener(\"model-loaded\",this.onModelLoaded),e.addEventListener(\"axismove\",this.onAxisMoved),this.controllerEventsActive=!0},removeEventListeners:function(){var e=this.el;e.removeEventListener(\"buttonchanged\",this.onButtonChanged),e.removeEventListener(\"buttondown\",this.onButtonDown),e.removeEventListener(\"buttonup\",this.onButtonUp),e.removeEventListener(\"touchstart\",this.onButtonTouchStart),e.removeEventListener(\"touchend\",this.onButtonTouchEnd),e.removeEventListener(\"model-loaded\",this.onModelLoaded),e.removeEventListener(\"axismove\",this.onAxisMoved),this.controllerEventsActive=!1},checkIfControllerPresent:function(){o(this,p,this.data.hand?{hand:this.data.hand}:{})},play:function(){this.checkIfControllerPresent(),this.addControllersUpdateListener()},pause:function(){this.removeEventListeners(),this.removeControllersUpdateListener()},injectTrackedControls:function(){var e=this.el,t=this.data;e.setAttribute(\"tracked-controls\",{armModel:t.armModel,hand:t.hand,idPrefix:p,id:p,orientationOffset:t.orientationOffset}),this.data.model&&this.el.setAttribute(\"obj-model\",{obj:h,mtl:u})},addControllersUpdateListener:function(){this.el.sceneEl.addEventListener(\"controllersupdated\",this.onControllersUpdate,!1)},removeControllersUpdateListener:function(){this.el.sceneEl.removeEventListener(\"controllersupdated\",this.onControllersUpdate,!1)},onControllersUpdate:function(){this.checkIfControllerPresent()},onModelLoaded:function(e){var t,n=e.detail.model;this.data.model&&((t=this.buttonMeshes={}).menu=n.getObjectByName(\"AppButton_AppButton_Cylinder.004\"),t.system=n.getObjectByName(\"HomeButton_HomeButton_Cylinder.005\"),t.trackpad=n.getObjectByName(\"TouchPad_TouchPad_Cylinder.003\"),t.touchpad=n.getObjectByName(\"TouchPad_TouchPad_Cylinder.003\"),n.position.set(0,0,-.04))},onAxisMoved:function(e){a(this,this.mapping.axes,e)},onButtonChanged:function(e){var t=this.mapping.buttons[e.detail.id];t&&this.el.emit(t+\"changed\",e.detail.state)},updateModel:function(e,t){this.data.model&&this.updateButtonModel(e,t)},updateButtonModel:function(e,t){var n=this.buttonMeshes;if(n&&n[e]){var i;switch(t){case\"down\":i=this.data.buttonHighlightColor;break;case\"touchstart\":i=this.data.buttonTouchedColor;break;default:i=this.data.buttonColor}n[e].material.color.set(i)}}})},9531:(e,t,n)=>{var i=n(3515).registerComponent,r=n(7629),s=n(6600),o=s.checkControllerPresentAndSetup,a=s.emitIfAxesChanged,l=s.onButtonEvent,c=n(8903).device.isWebXRAvailable,h=\"https://cdn.aframe.io/controllers/samsung/\",u=h+\"gear_vr_controller.obj\",d=h+\"gear_vr_controller.mtl\",p=c?\"samsung-gearvr\":\"Gear VR\",A=c?{axes:{touchpad:[0,1]},buttons:[\"trigger\",\"none\",\"touchpad\",\"none\",\"menu\"]}:{axes:{trackpad:[0,1]},buttons:[\"trackpad\",\"trigger\"]};e.exports.Component=i(\"gearvr-controls\",{schema:{hand:{default:\"\"},buttonColor:{type:\"color\",default:\"#000000\"},buttonTouchedColor:{type:\"color\",default:\"#777777\"},buttonHighlightColor:{type:\"color\",default:\"#FFFFFF\"},model:{default:!0},orientationOffset:{type:\"vec3\"},armModel:{default:!0}},mapping:A,bindMethods:function(){this.onModelLoaded=r(this.onModelLoaded,this),this.onControllersUpdate=r(this.onControllersUpdate,this),this.checkIfControllerPresent=r(this.checkIfControllerPresent,this),this.removeControllersUpdateListener=r(this.removeControllersUpdateListener,this),this.onAxisMoved=r(this.onAxisMoved,this)},init:function(){var e=this;this.onButtonChanged=r(this.onButtonChanged,this),this.onButtonDown=function(t){l(t.detail.id,\"down\",e)},this.onButtonUp=function(t){l(t.detail.id,\"up\",e)},this.onButtonTouchStart=function(t){l(t.detail.id,\"touchstart\",e)},this.onButtonTouchEnd=function(t){l(t.detail.id,\"touchend\",e)},this.controllerPresent=!1,this.lastControllerCheck=0,this.bindMethods()},addEventListeners:function(){var e=this.el;e.addEventListener(\"buttonchanged\",this.onButtonChanged),e.addEventListener(\"buttondown\",this.onButtonDown),e.addEventListener(\"buttonup\",this.onButtonUp),e.addEventListener(\"touchstart\",this.onButtonTouchStart),e.addEventListener(\"touchend\",this.onButtonTouchEnd),e.addEventListener(\"model-loaded\",this.onModelLoaded),e.addEventListener(\"axismove\",this.onAxisMoved),this.controllerEventsActive=!0},removeEventListeners:function(){var e=this.el;e.removeEventListener(\"buttonchanged\",this.onButtonChanged),e.removeEventListener(\"buttondown\",this.onButtonDown),e.removeEventListener(\"buttonup\",this.onButtonUp),e.removeEventListener(\"touchstart\",this.onButtonTouchStart),e.removeEventListener(\"touchend\",this.onButtonTouchEnd),e.removeEventListener(\"model-loaded\",this.onModelLoaded),e.removeEventListener(\"axismove\",this.onAxisMoved),this.controllerEventsActive=!1},checkIfControllerPresent:function(){o(this,p,this.data.hand?{hand:this.data.hand}:{})},play:function(){this.checkIfControllerPresent(),this.addControllersUpdateListener()},pause:function(){this.removeEventListeners(),this.removeControllersUpdateListener()},injectTrackedControls:function(){var e=this.el,t=this.data;e.setAttribute(\"tracked-controls\",{armModel:t.armModel,hand:t.hand,idPrefix:p,id:p,orientationOffset:t.orientationOffset}),this.data.model&&this.el.setAttribute(\"obj-model\",{obj:u,mtl:d})},addControllersUpdateListener:function(){this.el.sceneEl.addEventListener(\"controllersupdated\",this.onControllersUpdate,!1)},removeControllersUpdateListener:function(){this.el.sceneEl.removeEventListener(\"controllersupdated\",this.onControllersUpdate,!1)},onControllersUpdate:function(){this.checkIfControllerPresent()},onModelLoaded:function(e){var t,n=e.detail.model;this.data.model&&((t=this.buttonMeshes={}).trigger=n.children[2],t.trackpad=n.children[1],t.touchpad=n.children[1])},onButtonChanged:function(e){var t=this.mapping.buttons[e.detail.id];t&&this.el.emit(t+\"changed\",e.detail.state)},onAxisMoved:function(e){a(this,this.mapping.axes,e)},updateModel:function(e,t){this.data.model&&this.updateButtonModel(e,t)},updateButtonModel:function(e,t){var n=this.buttonMeshes;if(n&&n[e]){var i;switch(t){case\"down\":i=this.data.buttonHighlightColor;break;case\"touchstart\":i=this.data.buttonTouchedColor;break;default:i=this.data.buttonColor}n[e].material.color.set(i)}}})},9577:(e,t,n)=>{var i=n(3515).registerComponent,r=n(7629),s=n(6600),o=s.checkControllerPresentAndSetup,a=s.emitIfAxesChanged,l=s.onButtonEvent,c=\"generic\";e.exports.Component=i(\"generic-tracked-controller-controls\",{schema:{hand:{default:\"\"},defaultModel:{default:!0},defaultModelColor:{default:\"gray\"},orientationOffset:{type:\"vec3\"},disabled:{default:!1}},mapping:{axes:{touchpad:[0,1],thumbstick:[2,3]},buttons:[\"trigger\",\"squeeze\",\"touchpad\",\"thumbstick\"]},bindMethods:function(){this.onControllersUpdate=r(this.onControllersUpdate,this),this.checkIfControllerPresent=r(this.checkIfControllerPresent,this),this.removeControllersUpdateListener=r(this.removeControllersUpdateListener,this),this.onAxisMoved=r(this.onAxisMoved,this)},init:function(){var e=this;this.onButtonChanged=r(this.onButtonChanged,this),this.onButtonDown=function(t){l(t.detail.id,\"down\",e)},this.onButtonUp=function(t){l(t.detail.id,\"up\",e)},this.onButtonTouchStart=function(t){l(t.detail.id,\"touchstart\",e)},this.onButtonTouchEnd=function(t){l(t.detail.id,\"touchend\",e)},this.controllerPresent=!1,this.wasControllerConnected=!1,this.lastControllerCheck=0,this.rendererSystem=this.el.sceneEl.systems.renderer,this.bindMethods(),this.el.addEventListener(\"controllerconnected\",(function(t){t.detail.name!==e.name&&(e.wasControllerConnected=!0,e.removeEventListeners(),e.removeControllersUpdateListener())}))},addEventListeners:function(){var e=this.el;e.addEventListener(\"buttonchanged\",this.onButtonChanged),e.addEventListener(\"buttondown\",this.onButtonDown),e.addEventListener(\"buttonup\",this.onButtonUp),e.addEventListener(\"touchstart\",this.onButtonTouchStart),e.addEventListener(\"touchend\",this.onButtonTouchEnd),e.addEventListener(\"axismove\",this.onAxisMoved),this.controllerEventsActive=!0},removeEventListeners:function(){var e=this.el;e.removeEventListener(\"buttonchanged\",this.onButtonChanged),e.removeEventListener(\"buttondown\",this.onButtonDown),e.removeEventListener(\"buttonup\",this.onButtonUp),e.removeEventListener(\"touchstart\",this.onButtonTouchStart),e.removeEventListener(\"touchend\",this.onButtonTouchEnd),e.removeEventListener(\"axismove\",this.onAxisMoved),this.controllerEventsActive=!1},checkIfControllerPresent:function(){var e=this.data,t=e.hand?e.hand:void 0;o(this,c,{hand:t,iterateControllerProfiles:!0})},play:function(){this.wasControllerConnected||(this.checkIfControllerPresent(),this.addControllersUpdateListener())},pause:function(){this.removeEventListeners(),this.removeControllersUpdateListener()},injectTrackedControls:function(){var e=this.el,t=this.data;this.el.components[\"tracked-controls\"]?this.removeEventListeners():(e.setAttribute(\"tracked-controls\",{hand:t.hand,idPrefix:c,orientationOffset:t.orientationOffset,iterateControllerProfiles:!0}),this.data.defaultModel&&this.initDefaultModel())},addControllersUpdateListener:function(){this.el.sceneEl.addEventListener(\"controllersupdated\",this.onControllersUpdate,!1)},removeControllersUpdateListener:function(){this.el.sceneEl.removeEventListener(\"controllersupdated\",this.onControllersUpdate,!1)},onControllersUpdate:function(){this.checkIfControllerPresent()},onButtonChanged:function(e){var t=this.mapping.buttons[e.detail.id];t&&this.el.emit(t+\"changed\",e.detail.state)},onAxisMoved:function(e){a(this,this.mapping.axes,e)},initDefaultModel:function(){var e=this.modelEl=document.createElement(\"a-entity\");e.setAttribute(\"geometry\",{primitive:\"sphere\",radius:.03}),e.setAttribute(\"material\",{color:this.data.color}),this.el.appendChild(e)}})},2503:(e,t,n)=>{var i=n(4863).xZ,r=n(4863).ib,s=n(3515).registerComponent,o=n(2666),a=new o.BufferGeometry;e.exports.Component=s(\"geometry\",{schema:{buffer:{default:!0},primitive:{default:\"box\",oneOf:r,schemaChange:!0},skipCache:{default:!1}},init:function(){this.geometry=null},update:function(e){var t,n=this.data,i=this.el,r=this.system;this.geometry&&(r.unuseGeometry(e),this.geometry=null),this.geometry=r.getOrCreateGeometry(n),(t=i.getObject3D(\"mesh\"))?t.geometry=this.geometry:((t=new o.Mesh).geometry=this.geometry,this.el.getAttribute(\"material\")||(t.material=new o.MeshStandardMaterial({color:16777215*Math.random(),metalness:0,roughness:.5})),i.setObject3D(\"mesh\",t))},remove:function(){this.system.unuseGeometry(this.data),this.el.getObject3D(\"mesh\").geometry=a,this.geometry=null},updateSchema:function(e){var t=this.oldData&&this.oldData.primitive,n=e.primitive,r=i[n]&&i[n].schema;if(!r)throw new Error(\"Unknown geometry schema `\"+n+\"`\");t&&t===n||this.extendSchema(r)}})},3647:(e,t,n)=>{var i=n(3515).registerComponent,r=n(2666),s=n(8903).debug(\"components:gltf-model:warn\");e.exports.Component=i(\"gltf-model\",{schema:{type:\"model\"},init:function(){var e=this,t=this.system.getDRACOLoader(),n=this.system.getMeshoptDecoder(),i=this.system.getKTX2Loader();this.model=null,this.loader=new r.GLTFLoader,t&&this.loader.setDRACOLoader(t),this.ready=n?n.then((function(t){e.loader.setMeshoptDecoder(t)})):Promise.resolve(),i&&this.loader.setKTX2Loader(i)},update:function(){var e=this,t=this.el,n=this.data;n&&(this.remove(),this.ready.then((function(){e.loader.load(n,(function(n){e.model=n.scene||n.scenes[0],e.model.animations=n.animations,t.setObject3D(\"mesh\",e.model),t.emit(\"model-loaded\",{format:\"gltf\",model:e.model})}),void 0,(function(e){var i=e&&e.message?e.message:\"Failed to load glTF model\";s(i),t.emit(\"model-error\",{format:\"gltf\",src:n})}))})))},remove:function(){this.model&&this.el.removeObject3D(\"mesh\")}})},2346:(e,t,n)=>{var i=n(3515).registerComponent,r={toonLeft:\"https://cdn.aframe.io/controllers/hands/leftHand.glb\",toonRight:\"https://cdn.aframe.io/controllers/hands/rightHand.glb\",lowPolyLeft:\"https://cdn.aframe.io/controllers/hands/leftHandLow.glb\",lowPolyRight:\"https://cdn.aframe.io/controllers/hands/rightHandLow.glb\",highPolyLeft:\"https://cdn.aframe.io/controllers/hands/leftHandHigh.glb\",highPolyRight:\"https://cdn.aframe.io/controllers/hands/rightHandHigh.glb\"},s=\"Open\",o=\"Point\",a=\"Fist\",l=\"Thumb Up\",c={};function h(e,t){var n;if(e)return\"grip\"===(n=c[e])?n+(t?\"close\":\"open\"):\"point\"===n?n+(t?\"up\":\"down\"):\"pointing\"===n||\"pistol\"===n?n+(t?\"start\":\"end\"):void 0}c[a]=\"grip\",c[l]=\"pistol\",c[o]=\"pointing\",e.exports.Component=i(\"hand-controls\",{schema:{color:{default:\"white\",type:\"color\"},hand:{default:\"left\"},handModelStyle:{default:\"lowPoly\",oneOf:[\"lowPoly\",\"highPoly\",\"toon\"]}},init:function(){var e=this,t=this.el;this.gesture=s,this.pressedButtons={},this.touchedButtons={},this.loader=new THREE.GLTFLoader,this.loader.setCrossOrigin(\"anonymous\"),this.onGripDown=function(){e.handleButton(\"grip\",\"down\")},this.onGripUp=function(){e.handleButton(\"grip\",\"up\")},this.onTrackpadDown=function(){e.handleButton(\"trackpad\",\"down\")},this.onTrackpadUp=function(){e.handleButton(\"trackpad\",\"up\")},this.onTrackpadTouchStart=function(){e.handleButton(\"trackpad\",\"touchstart\")},this.onTrackpadTouchEnd=function(){e.handleButton(\"trackpad\",\"touchend\")},this.onTriggerDown=function(){e.handleButton(\"trigger\",\"down\")},this.onTriggerUp=function(){e.handleButton(\"trigger\",\"up\")},this.onTriggerTouchStart=function(){e.handleButton(\"trigger\",\"touchstart\")},this.onTriggerTouchEnd=function(){e.handleButton(\"trigger\",\"touchend\")},this.onGripTouchStart=function(){e.handleButton(\"grip\",\"touchstart\")},this.onGripTouchEnd=function(){e.handleButton(\"grip\",\"touchend\")},this.onThumbstickDown=function(){e.handleButton(\"thumbstick\",\"down\")},this.onThumbstickUp=function(){e.handleButton(\"thumbstick\",\"up\")},this.onAorXTouchStart=function(){e.handleButton(\"AorX\",\"touchstart\")},this.onAorXTouchEnd=function(){e.handleButton(\"AorX\",\"touchend\")},this.onBorYTouchStart=function(){e.handleButton(\"BorY\",\"touchstart\")},this.onBorYTouchEnd=function(){e.handleButton(\"BorY\",\"touchend\")},this.onSurfaceTouchStart=function(){e.handleButton(\"surface\",\"touchstart\")},this.onSurfaceTouchEnd=function(){e.handleButton(\"surface\",\"touchend\")},this.onControllerConnected=this.onControllerConnected.bind(this),this.onControllerDisconnected=this.onControllerDisconnected.bind(this),t.addEventListener(\"controllerconnected\",this.onControllerConnected),t.addEventListener(\"controllerdisconnected\",this.onControllerDisconnected),t.object3D.visible=!1},play:function(){this.addEventListeners()},pause:function(){this.removeEventListeners()},tick:function(e,t){var n=this.el.getObject3D(\"mesh\");n&&n.mixer&&n.mixer.update(t/1e3)},onControllerConnected:function(){this.el.object3D.visible=!0},onControllerDisconnected:function(){this.el.object3D.visible=!1},addEventListeners:function(){var e=this.el;e.addEventListener(\"gripdown\",this.onGripDown),e.addEventListener(\"gripup\",this.onGripUp),e.addEventListener(\"trackpaddown\",this.onTrackpadDown),e.addEventListener(\"trackpadup\",this.onTrackpadUp),e.addEventListener(\"trackpadtouchstart\",this.onTrackpadTouchStart),e.addEventListener(\"trackpadtouchend\",this.onTrackpadTouchEnd),e.addEventListener(\"triggerdown\",this.onTriggerDown),e.addEventListener(\"triggerup\",this.onTriggerUp),e.addEventListener(\"triggertouchstart\",this.onTriggerTouchStart),e.addEventListener(\"triggertouchend\",this.onTriggerTouchEnd),e.addEventListener(\"griptouchstart\",this.onGripTouchStart),e.addEventListener(\"griptouchend\",this.onGripTouchEnd),e.addEventListener(\"thumbstickdown\",this.onThumbstickDown),e.addEventListener(\"thumbstickup\",this.onThumbstickUp),e.addEventListener(\"abuttontouchstart\",this.onAorXTouchStart),e.addEventListener(\"abuttontouchend\",this.onAorXTouchEnd),e.addEventListener(\"bbuttontouchstart\",this.onBorYTouchStart),e.addEventListener(\"bbuttontouchend\",this.onBorYTouchEnd),e.addEventListener(\"xbuttontouchstart\",this.onAorXTouchStart),e.addEventListener(\"xbuttontouchend\",this.onAorXTouchEnd),e.addEventListener(\"ybuttontouchstart\",this.onBorYTouchStart),e.addEventListener(\"ybuttontouchend\",this.onBorYTouchEnd),e.addEventListener(\"surfacetouchstart\",this.onSurfaceTouchStart),e.addEventListener(\"surfacetouchend\",this.onSurfaceTouchEnd)},removeEventListeners:function(){var e=this.el;e.removeEventListener(\"gripdown\",this.onGripDown),e.removeEventListener(\"gripup\",this.onGripUp),e.removeEventListener(\"trackpaddown\",this.onTrackpadDown),e.removeEventListener(\"trackpadup\",this.onTrackpadUp),e.removeEventListener(\"trackpadtouchstart\",this.onTrackpadTouchStart),e.removeEventListener(\"trackpadtouchend\",this.onTrackpadTouchEnd),e.removeEventListener(\"triggerdown\",this.onTriggerDown),e.removeEventListener(\"triggerup\",this.onTriggerUp),e.removeEventListener(\"triggertouchstart\",this.onTriggerTouchStart),e.removeEventListener(\"triggertouchend\",this.onTriggerTouchEnd),e.removeEventListener(\"griptouchstart\",this.onGripTouchStart),e.removeEventListener(\"griptouchend\",this.onGripTouchEnd),e.removeEventListener(\"thumbstickdown\",this.onThumbstickDown),e.removeEventListener(\"thumbstickup\",this.onThumbstickUp),e.removeEventListener(\"abuttontouchstart\",this.onAorXTouchStart),e.removeEventListener(\"abuttontouchend\",this.onAorXTouchEnd),e.removeEventListener(\"bbuttontouchstart\",this.onBorYTouchStart),e.removeEventListener(\"bbuttontouchend\",this.onBorYTouchEnd),e.removeEventListener(\"xbuttontouchstart\",this.onAorXTouchStart),e.removeEventListener(\"xbuttontouchend\",this.onAorXTouchEnd),e.removeEventListener(\"ybuttontouchstart\",this.onBorYTouchStart),e.removeEventListener(\"ybuttontouchend\",this.onBorYTouchEnd),e.removeEventListener(\"surfacetouchstart\",this.onSurfaceTouchStart),e.removeEventListener(\"surfacetouchend\",this.onSurfaceTouchEnd)},update:function(e){var t,n=this.el,i=this.data.hand,s=this.data.handModelStyle,o=this.data.color,a=this;if(t={hand:i,model:!1},i!==e){var l=r[s+i.charAt(0).toUpperCase()+i.slice(1)];this.loader.load(l,(function(e){var r=e.scene.children[0],s=\"left\"===i?Math.PI/2:-Math.PI/2;r.mixer=new THREE.AnimationMixer(r),a.clips=e.animations,n.setObject3D(\"mesh\",r),r.children[1].material.color=new THREE.Color(o),r.position.set(0,0,0),r.rotation.set(0,0,s),n.setAttribute(\"magicleap-controls\",t),n.setAttribute(\"vive-controls\",t),n.setAttribute(\"oculus-touch-controls\",t),n.setAttribute(\"windows-motion-controls\",t),n.setAttribute(\"hp-mixed-reality-controls\",t)}))}},remove:function(){this.el.removeObject3D(\"mesh\")},handleButton:function(e,t){var n,i=\"down\"===t,r=\"touchstart\"===t;if(0===t.indexOf(\"touch\")){if(r===this.touchedButtons[e])return;this.touchedButtons[e]=r}else{if(i===this.pressedButtons[e])return;this.pressedButtons[e]=i}n=this.gesture,this.gesture=this.determineGesture(),this.gesture!==n&&(this.animateGesture(this.gesture,n),this.emitGestureEvents(this.gesture,n))},determineGesture:function(){var e,t,n,i=this.pressedButtons.grip,r=this.pressedButtons.surface||this.touchedButtons.surface,s=this.pressedButtons.trackpad||this.touchedButtons.trackpad,c=this.pressedButtons.trigger||this.touchedButtons.trigger,h=this.touchedButtons.AorX||this.touchedButtons.BorY;return t=this.el.components[\"tracked-controls\"],(n=t&&t.controller)&&(n.id&&0===n.id.indexOf(\"OpenVR \")||n.profiles&&n.profiles[0]&&\"htc-vive\"===n.profiles[0])?i||c?e=a:s&&(e=o):i?e=r||h||s?c?a:o:c?l:\"Point + Thumb\":c&&(e=\"Hold\"),e},getClip:function(e){var t,n;for(n=0;n\u003Cthis.clips.length;n++)if((t=this.clips[n]).name===e)return t},animateGesture:function(e,t){e?this.playAnimation(e||s,t,!1):this.playAnimation(t,t,!0)},emitGestureEvents:function(e,t){var n,i=this.el;t!==e&&((n=h(t,!1))&&i.emit(n),(n=h(e,!0))&&i.emit(n))},playAnimation:function(e,t,n){var i,r,s,o=this.el.getObject3D(\"mesh\");if(o){if(o.mixer.stopAllAction(),i=this.getClip(e),(s=o.mixer.clipAction(i)).clampWhenFinished=!0,s.loop=THREE.LoopRepeat,s.repetitions=0,s.timeScale=n?-1:1,s.time=n?i.duration:0,s.weight=1,!t||e===t)return o.mixer.stopAllAction(),void s.play();i=this.getClip(t),(r=o.mixer.clipAction(i)).weight=.15,r.play(),s.play(),r.crossFadeTo(s,.15,!0)}}})},6655:(e,t,n)=>{var i,r=n(3515).registerComponent,s=n(7629),o=n(6600).checkControllerPresentAndSetup,a=[\"wrist\",\"thumb-metacarpal\",\"thumb-phalanx-proximal\",\"thumb-phalanx-distal\",\"thumb-tip\",\"index-finger-metacarpal\",\"index-finger-phalanx-proximal\",\"index-finger-phalanx-intermediate\",\"index-finger-phalanx-distal\",\"index-finger-tip\",\"middle-finger-metacarpal\",\"middle-finger-phalanx-proximal\",\"middle-finger-phalanx-intermediate\",\"middle-finger-phalanx-distal\",\"middle-finger-tip\",\"ring-finger-metacarpal\",\"ring-finger-phalanx-proximal\",\"ring-finger-phalanx-intermediate\",\"ring-finger-phalanx-distal\",\"ring-finger-tip\",\"pinky-finger-metacarpal\",\"pinky-finger-phalanx-proximal\",\"pinky-finger-phalanx-intermediate\",\"pinky-finger-phalanx-distal\",\"pinky-finger-tip\"];e.exports.Component=r(\"hand-tracking-controls\",{schema:{hand:{default:\"right\",oneOf:[\"left\",\"right\"]},modelStyle:{default:\"mesh\",oneOf:[\"dots\",\"mesh\"]},modelColor:{default:\"white\"}},bindMethods:function(){this.onControllersUpdate=s(this.onControllersUpdate,this),this.checkIfControllerPresent=s(this.checkIfControllerPresent,this),this.removeControllersUpdateListener=s(this.removeControllersUpdateListener,this)},addEventListeners:function(){this.el.addEventListener(\"model-loaded\",this.onModelLoaded);for(var e=0;e\u003Cthis.jointEls.length;++e)this.jointEls[e].object3D.visible=!0},removeEventListeners:function(){this.el.removeEventListener(\"model-loaded\",this.onModelLoaded);for(var e=0;e\u003Cthis.jointEls.length;++e)this.jointEls[e].object3D.visible=!1},init:function(){var e=this.el.sceneEl,t=e.getAttribute(\"webxr\").optionalFeatures;t.push(\"hand-tracking\"),e.setAttribute(\"webxr\",{optionalFeatures:t}),this.onModelLoaded=this.onModelLoaded.bind(this),this.jointEls=[],this.controllerPresent=!1,this.isPinched=!1,this.pinchEventDetail={position:new THREE.Vector3},this.indexTipPosition=new THREE.Vector3,this.bindMethods(),this.updateReferenceSpace=this.updateReferenceSpace.bind(this),this.el.sceneEl.addEventListener(\"enter-vr\",this.updateReferenceSpace),this.el.sceneEl.addEventListener(\"exit-vr\",this.updateReferenceSpace)},updateReferenceSpace:function(){var e=this,t=this.el.sceneEl.xrSession;if(this.referenceSpace=void 0,t){var n=e.el.sceneEl.systems.webxr.sessionReferenceSpaceType;t.requestReferenceSpace(n).then((function(t){e.referenceSpace=t.getOffsetReferenceSpace(new XRRigidTransform({x:0,y:1.5,z:0}))})).catch((function(t){throw e.el.sceneEl.systems.webxr.warnIfFeatureNotRequested(n,\"tracked-controls-webxr uses reference space \"+n),t}))}},checkIfControllerPresent:function(){var e=this.data,t=e.hand?e.hand:void 0;o(this,\"\",{hand:t,iterateControllerProfiles:!0,handTracking:!0})},play:function(){this.checkIfControllerPresent(),this.addControllersUpdateListener()},tick:function(){var e=this.el.sceneEl,t=this.el.components[\"tracked-controls\"]&&this.el.components[\"tracked-controls\"].controller,n=e.frame,i=this.el.components[\"tracked-controls-webxr\"];t&&n&&i&&t.hand&&(this.el.object3D.position.set(0,0,0),this.el.object3D.rotation.set(0,0,0),n.getJointPose&&this.updateHandModel(),this.detectGesture())},updateHandModel:function(){\"dots\"===this.data.modelStyle&&this.updateHandDotsModel(),\"mesh\"===this.data.modelStyle&&this.updateHandMeshModel()},getBone:function(e){for(var t=this.bones,n=0;n\u003Ct.length;n++)if(t[n].name===e)return t[n];return null},updateHandMeshModel:function(){var e=this.el.sceneEl.frame,t=this.el.components[\"tracked-controls\"]&&this.el.components[\"tracked-controls\"].controller,n=this.referenceSpace;if(t&&this.mesh&&n)for(var i of(this.mesh.visible=!1,t.hand.values())){var r,s,o;s=e.getJointPose(i,n),null!=(r=this.getBone(i.jointName))&&s&&(o=s.transform,this.mesh.visible=!0,r.position.copy(o.position),r.quaternion.copy(o.orientation))}},updateHandDotsModel:function(){var e,t,n,i=this.el.sceneEl.frame,r=this.el.components[\"tracked-controls\"]&&this.el.components[\"tracked-controls\"].controller,s=this.el.components[\"tracked-controls-webxr\"].system.referenceSpace,o=0;for(var a of r.hand.values())t=(e=this.jointEls[o++]).object3D,n=i.getJointPose(a,s),e.object3D.visible=!!n,n&&(t.matrix.elements=n.transform.matrix,t.matrix.decompose(t.position,t.rotation,t.scale),e.setAttribute(\"scale\",{x:n.radius,y:n.radius,z:n.radius}))},detectGesture:function(){this.detectPinch()},detectPinch:(i=new THREE.Vector3,function(){var e=this.el.sceneEl.frame,t=this.indexTipPosition,n=this.el.components[\"tracked-controls\"]&&this.el.components[\"tracked-controls\"].controller,r=this.el.components[\"tracked-controls-webxr\"],s=this.referenceSpace||r.system.referenceSpace,o=n.hand.get(\"index-finger-tip\"),a=n.hand.get(\"thumb-tip\");if(o&&a){var l=e.getJointPose(o,s),c=e.getJointPose(a,s);if(l&&c){i.copy(c.transform.position),t.copy(l.transform.position);var h=t.distanceTo(i);h\u003C.015&&!1===this.isPinched&&(this.isPinched=!0,this.pinchEventDetail.position.copy(t).lerp(i,.5),this.pinchEventDetail.position.y+=1.5,this.el.emit(\"pinchstarted\",this.pinchEventDetail)),h>.03&&!0===this.isPinched&&(this.isPinched=!1,this.pinchEventDetail.position.copy(t).lerp(i,.5),this.pinchEventDetail.position.y+=1.5,this.el.emit(\"pinchended\",this.pinchEventDetail)),this.isPinched&&(this.pinchEventDetail.position.copy(t).lerp(i,.5),this.pinchEventDetail.position.y+=1.5,this.el.emit(\"pinchmoved\",this.pinchEventDetail)),t.y+=1.5}}}),pause:function(){this.removeEventListeners(),this.removeControllersUpdateListener()},injectTrackedControls:function(){var e=this.el,t=this.data;e.setAttribute(\"tracked-controls\",{hand:t.hand,iterateControllerProfiles:!0,handTrackingEnabled:!0}),this.initDefaultModel()},addControllersUpdateListener:function(){this.el.sceneEl.addEventListener(\"controllersupdated\",this.onControllersUpdate,!1)},removeControllersUpdateListener:function(){this.el.sceneEl.removeEventListener(\"controllersupdated\",this.onControllersUpdate,!1)},onControllersUpdate:function(){var e;this.checkIfControllerPresent(),e=this.el.components[\"tracked-controls\"]&&this.el.components[\"tracked-controls\"].controller,this.el.getObject3D(\"mesh\")&&(e&&e.hand&&e.hand[0]||(this.el.getObject3D(\"mesh\").visible=!1))},initDefaultModel:function(){this.el.getObject3D(\"mesh\")||(\"dots\"===this.data.modelStyle&&this.initDotsModel(),\"mesh\"===this.data.modelStyle&&this.initMeshHandModel())},initDotsModel:function(){if(0===this.jointEls.length)for(var e=0;e\u003Ca.length;++e){var t=this.jointEl=document.createElement(\"a-entity\");t.setAttribute(\"geometry\",{primitive:\"sphere\",radius:1}),t.setAttribute(\"material\",{color:this.data.modelColor}),t.object3D.visible=!1,this.el.appendChild(t),this.jointEls.push(t)}},initMeshHandModel:function(){var e=\"left\"===this.data.hand?\"https://cdn.aframe.io/controllers/oculus-hands/v4/left.glb\":\"https://cdn.aframe.io/controllers/oculus-hands/v4/right.glb\";this.el.setAttribute(\"gltf-model\",e)},onModelLoaded:function(){var e=this.mesh=this.el.getObject3D(\"mesh\").children[0],t=this.skinnedMesh=e.getObjectByProperty(\"type\",\"SkinnedMesh\");this.skinnedMesh&&(this.bones=t.skeleton.bones,this.el.removeObject3D(\"mesh\"),e.position.set(0,1.5,0),e.rotation.set(0,0,0),t.frustumCulled=!1,t.material=new THREE.MeshStandardMaterial({skinning:!0,color:this.data.modelColor}),this.el.setObject3D(\"mesh\",e))}})},4228:(e,t,n)=>{var i=n(3515).registerComponent;e.exports.Component=i(\"hide-on-enter-ar\",{init:function(){var e=this;this.el.sceneEl.addEventListener(\"enter-vr\",(function(){e.el.sceneEl.is(\"ar-mode\")&&(e.el.object3D.visible=!1)})),this.el.sceneEl.addEventListener(\"exit-vr\",(function(){e.el.object3D.visible=!0}))}})},9359:(e,t,n)=>{var i=n(7629),r=n(3515).registerComponent,s=n(2666),o=n(6600),a=o.checkControllerPresentAndSetup,l=o.emitIfAxesChanged,c=o.onButtonEvent,h=\"hp-mixed-reality\",u={x:0,y:0,z:.06},d={_x:Math.PI/4,_y:0,_z:0,_order:\"XYZ\"};e.exports.Component=r(\"hp-mixed-reality-controls\",{schema:{hand:{default:\"none\"},model:{default:!0},orientationOffset:{type:\"vec3\"}},mapping:{left:{axes:{touchpad:[2,3]},buttons:[\"trigger\",\"grip\",\"none\",\"thumbstick\",\"xbutton\",\"ybutton\"]},right:{axes:{touchpad:[2,3]},buttons:[\"trigger\",\"grip\",\"none\",\"thumbstick\",\"abutton\",\"bbutton\"]}},init:function(){var e=this;this.controllerPresent=!1,this.lastControllerCheck=0,this.onButtonChanged=i(this.onButtonChanged,this),this.onButtonDown=function(t){c(t.detail.id,\"down\",e,e.data.hand)},this.onButtonUp=function(t){c(t.detail.id,\"up\",e,e.data.hand)},this.onButtonTouchEnd=function(t){c(t.detail.id,\"touchend\",e,e.data.hand)},this.onButtonTouchStart=function(t){c(t.detail.id,\"touchstart\",e,e.data.hand)},this.previousButtonValues={},this.rendererSystem=this.el.sceneEl.systems.renderer,this.bindMethods()},update:function(){var e=this.data;this.controllerIndex=\"right\"===e.hand?0:\"left\"===e.hand?1:2},play:function(){this.checkIfControllerPresent(),this.addControllersUpdateListener()},pause:function(){this.removeEventListeners(),this.removeControllersUpdateListener()},bindMethods:function(){this.onModelLoaded=i(this.onModelLoaded,this),this.onControllersUpdate=i(this.onControllersUpdate,this),this.checkIfControllerPresent=i(this.checkIfControllerPresent,this),this.removeControllersUpdateListener=i(this.removeControllersUpdateListener,this),this.onAxisMoved=i(this.onAxisMoved,this)},addEventListeners:function(){var e=this.el;e.addEventListener(\"buttonchanged\",this.onButtonChanged),e.addEventListener(\"buttondown\",this.onButtonDown),e.addEventListener(\"buttonup\",this.onButtonUp),e.addEventListener(\"touchstart\",this.onButtonTouchStart),e.addEventListener(\"touchend\",this.onButtonTouchEnd),e.addEventListener(\"axismove\",this.onAxisMoved),e.addEventListener(\"model-loaded\",this.onModelLoaded),this.controllerEventsActive=!0},removeEventListeners:function(){var e=this.el;e.removeEventListener(\"buttonchanged\",this.onButtonChanged),e.removeEventListener(\"buttondown\",this.onButtonDown),e.removeEventListener(\"buttonup\",this.onButtonUp),e.removeEventListener(\"touchstart\",this.onButtonTouchStart),e.removeEventListener(\"touchend\",this.onButtonTouchEnd),e.removeEventListener(\"axismove\",this.onAxisMoved),e.removeEventListener(\"model-loaded\",this.onModelLoaded),this.controllerEventsActive=!1},checkIfControllerPresent:function(){var e=this.data;a(this,h,{index:this.controllerIndex,hand:e.hand})},injectTrackedControls:function(){var e=this.el,t=this.data;e.setAttribute(\"tracked-controls\",{idPrefix:h,hand:t.hand,controller:this.controllerIndex,orientationOffset:t.orientationOffset}),this.data.model&&this.el.setAttribute(\"gltf-model\",\"https://cdn.aframe.io/controllers/hp/mixed-reality/\"+this.data.hand+\".glb\")},addControllersUpdateListener:function(){this.el.sceneEl.addEventListener(\"controllersupdated\",this.onControllersUpdate,!1)},removeControllersUpdateListener:function(){this.el.sceneEl.removeEventListener(\"controllersupdated\",this.onControllersUpdate,!1)},onControllersUpdate:function(){this.checkIfControllerPresent()},onButtonChanged:function(e){var t,n=this.mapping[this.data.hand].buttons[e.detail.id];n&&(\"trigger\"===n&&(t=e.detail.state.value,console.log(\"analog value of trigger press: \"+t)),this.el.emit(n+\"changed\",e.detail.state))},onModelLoaded:function(e){var t=e.detail.model;this.data.model&&(t.position.copy(u),t.rotation.copy(d),this.el.emit(\"controllermodelready\",{name:\"hp-mixed-reality-controls\",model:this.data.model,rayOrigin:new s.Vector3(0,0,0)}))},onAxisMoved:function(e){l(this,this.mapping.axes,e)}})},8686:(e,t,n)=>{n(4649),n(9541),n(57),n(9830),n(9531),n(2503),n(9577),n(3647),n(6655),n(2346),n(4228),n(9359),n(1714),n(7152),n(4893),n(9234),n(109),n(7479),n(240),n(9115),n(4269),n(9536),n(5569),n(4854),n(7454),n(4914),n(3689),n(1684),n(5538),n(6957),n(2761),n(1125),n(8666),n(8057),n(3798),n(8367),n(9507),n(6296),n(7872),n(3431),n(2819),n(1135),n(4046),n(1277),n(3969),n(3638),n(7445),n(4310),n(5670),n(467),n(5834),n(2772)},7152:(e,t,n)=>{var i=n(3515).registerComponent,r=n(8903);i(\"laser-controls\",{schema:{hand:{default:\"right\"},model:{default:!0},defaultModelColor:{type:\"color\",default:\"grey\"}},init:function(){var e=this.config,t=this.data,n=this.el,i=this,s={hand:t.hand,model:t.model};function o(t){var s=e[t.detail.name];if(s){var o=r.extend({showLine:!0},s.raycaster||{});t.detail.rayOrigin&&(o.origin=t.detail.rayOrigin.origin,o.direction=t.detail.rayOrigin.direction,o.showLine=!0),t.detail.rayOrigin||!i.modelReady?n.setAttribute(\"raycaster\",o):n.setAttribute(\"raycaster\",\"showLine\",!0),n.setAttribute(\"cursor\",r.extend({fuse:!1},s.cursor))}}n.setAttribute(\"daydream-controls\",s),n.setAttribute(\"gearvr-controls\",s),n.setAttribute(\"hp-mixed-reality-controls\",s),n.setAttribute(\"magicleap-controls\",s),n.setAttribute(\"oculus-go-controls\",s),n.setAttribute(\"oculus-touch-controls\",s),n.setAttribute(\"valve-index-controls\",s),n.setAttribute(\"vive-controls\",s),n.setAttribute(\"vive-focus-controls\",s),n.setAttribute(\"windows-motion-controls\",s),n.setAttribute(\"generic-tracked-controller-controls\",{hand:s.hand}),n.addEventListener(\"controllerconnected\",o),n.addEventListener(\"controllerdisconnected\",(function(){n.setAttribute(\"raycaster\",\"showLine\",!1)})),n.addEventListener(\"controllermodelready\",(function(e){o(e),i.modelReady=!0}))},config:{\"daydream-controls\":{cursor:{downEvents:[\"trackpaddown\",\"triggerdown\"],upEvents:[\"trackpadup\",\"triggerup\"]}},\"gearvr-controls\":{cursor:{downEvents:[\"triggerdown\"],upEvents:[\"triggerup\"]},raycaster:{origin:{x:0,y:.001,z:0}}},\"generic-tracked-controller-controls\":{cursor:{downEvents:[\"triggerdown\"],upEvents:[\"triggerup\"]}},\"hp-mixed-reality-controls\":{cursor:{downEvents:[\"triggerdown\"],upEvents:[\"triggerup\"]},raycaster:{origin:{x:0,y:0,z:0}}},\"magicleap-controls\":{cursor:{downEvents:[\"trackpaddown\",\"triggerdown\"],upEvents:[\"trackpadup\",\"triggerup\"]}},\"oculus-go-controls\":{cursor:{downEvents:[\"triggerdown\"],upEvents:[\"triggerup\"]},raycaster:{origin:{x:0,y:5e-4,z:0}}},\"oculus-touch-controls\":{cursor:{downEvents:[\"triggerdown\"],upEvents:[\"triggerup\"]},raycaster:{origin:{x:0,y:0,z:0}}},\"valve-index-controls\":{cursor:{downEvents:[\"triggerdown\"],upEvents:[\"triggerup\"]}},\"vive-controls\":{cursor:{downEvents:[\"triggerdown\"],upEvents:[\"triggerup\"]}},\"vive-focus-controls\":{cursor:{downEvents:[\"trackpaddown\",\"triggerdown\"],upEvents:[\"trackpadup\",\"triggerup\"]}},\"windows-motion-controls\":{cursor:{downEvents:[\"triggerdown\"],upEvents:[\"triggerup\"]},raycaster:{showLine:!1}}}})},1714:(e,t,n)=>{var i=n(3515).registerComponent,r=n(8903).debug(\"components:layer:warn\");e.exports.Component=i(\"layer\",{schema:{type:{default:\"quad\",oneOf:[\"quad\",\"monocubemap\",\"stereocubemap\"]},src:{type:\"map\"},rotateCubemap:{default:!1},width:{default:0},height:{default:0}},init:function(){var e=this.el.sceneEl.renderer.getContext();this.quaternion=new THREE.Quaternion,this.position=new THREE.Vector3,this.bindMethods(),this.needsRedraw=!1,this.frameBuffer=e.createFramebuffer();var t=this.el.sceneEl.getAttribute(\"webxr\").requiredFeatures;t.push(\"layers\"),this.el.sceneEl.getAttribute(\"webxr\",\"requiredFeatures\",t),this.el.sceneEl.addEventListener(\"enter-vr\",this.onEnterVR),this.el.sceneEl.addEventListener(\"exit-vr\",this.onExitVR)},bindMethods:function(){this.onRequestedReferenceSpace=this.onRequestedReferenceSpace.bind(this),this.onEnterVR=this.onEnterVR.bind(this),this.onExitVR=this.onExitVR.bind(this)},update:function(e){this.data.src!==e.src&&this.updateSrc()},updateSrc:function(){var e=this.data.type;this.texture=void 0,\"quad\"!==e?\"monocubemap\"!==e&&\"stereocubemap\"!==e||this.loadCubeMapImages():this.loadQuadImage()},loadCubeMapImages:function(){var e,t=this.xrGLFactory,n=this.el.sceneEl.frame,i=this.data.src,r=this.data.type;this.visibilityChanged=!1,this.layer&&(\"monocubemap\"!==r&&\"stereocubemap\"!==r||(i.complete?this.pendingCubeMapUpdate=!1:this.pendingCubeMapUpdate=!0,this.loadingScreen?this.loadingScreen=!1:this.loadingScreen=!0,\"monocubemap\"===r?(e=t.getSubImage(this.layer,n),this.loadCubeMapImage(e.colorTexture,i,0)):(e=t.getSubImage(this.layer,n,\"left\"),this.loadCubeMapImage(e.colorTexture,i,0),e=t.getSubImage(this.layer,n,\"right\"),this.loadCubeMapImage(e.colorTexture,i,6))))},loadQuadImage:function(){var e=this.data.src,t=this;this.el.sceneEl.systems.material.loadTexture(e,{src:e},(function(n){t.el.sceneEl.renderer.initTexture(n),t.texture=n,\"VIDEO\"===e.tagName&&setTimeout((function(){t.textureIsVideo=!0}),1e3),t.layer&&(t.layer.height=t.data.height/2||t.texture.image.height/1e3,t.layer.width=t.data.width/2||t.texture.image.width/1e3,t.needsRedraw=!0),t.updateQuadPanel()}))},preGenerateCubeMapTextures:function(e,t){\"monocubemap\"===this.data.type?this.generateCubeMapTextures(e,0,t):(this.generateCubeMapTextures(e,0,t),this.generateCubeMapTextures(e,6,t))},generateCubeMapTextures:function(e,t,n){for(var i,r,s=this.data,o=this.cubeFaceSize,a=Math.min(e.width,e.height),l=[],c=0;c\u003C6;c++){var h=document.createElement(\"CANVAS\");h.width=h.height=o;var u=h.getContext(\"2d\");s.rotateCubemap&&(2!==c&&3!==c||(u.save(),u.translate(o,o),u.rotate(Math.PI))),u.drawImage(e,(c+t)*a,0,a,a,0,0,o,o),u.restore(),n&&n(),l.push(h)}return s.rotateCubemap&&(i=l[0],r=l[1],l[0]=r,l[1]=i,i=l[4],r=l[5],l[4]=r,l[5]=i),n&&n(),l},loadCubeMapImage:function(e,t,n){var i,r=this.el.sceneEl.renderer.getContext();r.pixelStorei(r.UNPACK_FLIP_Y_WEBGL,!1),r.bindTexture(r.TEXTURE_CUBE_MAP,e),i=!t.complete||this.loadingScreen?this.loadingScreenImages:this.generateCubeMapTextures(t,n);var s=0;i.forEach((function(e,t){r.texSubImage2D(r.TEXTURE_CUBE_MAP_POSITIVE_X+t,0,0,0,r.RGBA,r.UNSIGNED_BYTE,e),s=r.getError()})),0!==s&&console.log(\"renderingError, WebGL Error Code: \"+s),r.bindTexture(r.TEXTURE_CUBE_MAP,null)},tick:function(){this.el.sceneEl.xrSession&&(!this.layer&&this.el.sceneEl.is(\"vr-mode\")&&this.initLayer(),this.updateTransform(),this.data.src.complete&&(this.pendingCubeMapUpdate||this.loadingScreen||this.visibilityChanged)&&this.loadCubeMapImages(),(this.needsRedraw||this.layer.needsRedraw||this.textureIsVideo)&&(\"quad\"===this.data.type&&this.draw(),this.needsRedraw=!1))},initLayer:function(){var e=this,t=this.data.type;this.el.sceneEl.xrSession.onvisibilitychange=function(t){e.visibilityChanged=\"hidden\"!==t.session.visibilityState},\"quad\"!==t?\"monocubemap\"!==t&&\"stereocubemap\"!==t||this.initCubeMapLayer():this.initQuadLayer()},initQuadLayer:function(){var e=this.el.sceneEl,t=e.renderer.getContext(),n=this.xrGLFactory=new XRWebGLBinding(e.xrSession,t);this.texture&&(this.layer=n.createQuadLayer({space:this.referenceSpace,viewPixelHeight:2048,viewPixelWidth:2048,height:this.data.height/2||this.texture.image.height/1e3,width:this.data.width/2||this.texture.image.width/1e3}),this.initLoadingScreenImages(),e.renderer.xr.addLayer(this.layer))},initCubeMapLayer:function(){var e=this.data.src,t=this.el.sceneEl,n=t.renderer.getContext(),i=n.getParameter(n.MAX_CUBE_MAP_TEXTURE_SIZE),r=this.cubeFaceSize=Math.min(i,Math.min(e.width,e.height)),s=this.xrGLFactory=new XRWebGLBinding(t.xrSession,n);this.layer=s.createCubeLayer({space:this.referenceSpace,viewPixelWidth:r,viewPixelHeight:r,layout:\"monocubemap\"===this.data.type?\"mono\":\"stereo\",isStatic:!1}),this.initLoadingScreenImages(),this.loadCubeMapImages(),t.renderer.xr.addLayer(this.layer)},initLoadingScreenImages:function(){for(var e=this.cubeFaceSize,t=this.loadingScreenImages=[],n=0;n\u003C6;n++){var i=document.createElement(\"CANVAS\");i.width=i.height=e;var r=i.getContext(\"2d\");i.width=i.height=e,r.fillStyle=\"black\",r.fillRect(0,0,e,e),2!==n&&3!==n&&(r.translate(e,0),r.scale(-1,1),r.fillStyle=\"white\",r.font=\"30px Arial\",r.fillText(\"Loading\",e/2,e/2)),t.push(i)}},destroyLayer:function(){this.layer&&(this.el.sceneEl.renderer.xr.removeLayer(this.layer),this.layer.destroy(),this.layer=void 0)},toggleCompositorLayer:function(){this.enableCompositorLayer(!this.layerEnabled)},enableCompositorLayer:function(e){this.layerEnabled=e,this.quadPanelEl.object3D.visible=!this.layerEnabled},updateQuadPanel:function(){var e=this.quadPanelEl;this.quadPanelEl||(e=this.quadPanelEl=document.createElement(\"a-entity\"),this.el.appendChild(e)),e.setAttribute(\"material\",{shader:\"flat\",src:this.data.src,transparent:!0}),e.setAttribute(\"geometry\",{primitive:\"plane\",height:this.data.height||this.texture.image.height/1e3,width:this.data.width||this.texture.image.height/1e3})},draw:function(){var e=this.el.sceneEl,t=this.el.sceneEl.renderer.getContext(),n=this.xrGLFactory.getSubImage(this.layer,e.frame),i=e.renderer.properties.get(this.texture).__webglTexture,r=t.getParameter(t.FRAMEBUFFER_BINDING);t.viewport(n.viewport.x,n.viewport.y,n.viewport.width,n.viewport.height),t.bindFramebuffer(t.FRAMEBUFFER,this.frameBuffer),t.framebufferTexture2D(t.FRAMEBUFFER,t.COLOR_ATTACHMENT0,t.TEXTURE_2D,n.colorTexture,0),function(e,t,n,i){var r=e.createFramebuffer();let s=n.viewport.x,o=n.viewport.y,a=n.viewport.x+n.viewport.width,l=n.viewport.y+n.viewport.height;\"VIDEO\"===i.tagName&&(e.bindTexture(e.TEXTURE_2D,t),e.texSubImage2D(e.TEXTURE_2D,0,0,0,i.width,i.height,e.RGB,e.UNSIGNED_BYTE,i)),e.bindFramebuffer(e.READ_FRAMEBUFFER,r),e.framebufferTexture2D(e.READ_FRAMEBUFFER,e.COLOR_ATTACHMENT0,e.TEXTURE_2D,t,0),e.readBuffer(e.COLOR_ATTACHMENT0),e.blitFramebuffer(0,0,i.width,i.height,s,o,a,l,e.COLOR_BUFFER_BIT,e.NEAREST),e.bindFramebuffer(e.READ_FRAMEBUFFER,null),e.deleteFramebuffer(r)}(t,i,n,this.data.src),t.bindFramebuffer(t.FRAMEBUFFER,r)},updateTransform:function(){var e=this.el,t=this.position,n=this.quaternion;e.object3D.updateMatrixWorld(),t.setFromMatrixPosition(e.object3D.matrixWorld),n.setFromRotationMatrix(e.object3D.matrixWorld),this.layerEnabled||t.set(0,0,1e8),this.layer.transform=new XRRigidTransform(t,n)},onEnterVR:function(){var e=this.el.sceneEl,t=e.xrSession;e.hasWebXR&&XRWebGLBinding&&t?(t.requestReferenceSpace(\"local-floor\").then(this.onRequestedReferenceSpace),this.needsRedraw=!0,this.layerEnabled=!0,this.quadPanelEl&&(this.quadPanelEl.object3D.visible=!1),this.data.src.play&&this.data.src.play()):r(\"The layer component requires WebXR and the layers API enabled\")},onExitVR:function(){this.quadPanelEl&&(this.quadPanelEl.object3D.visible=!0),this.destroyLayer()},onRequestedReferenceSpace:function(e){this.referenceSpace=e}})},4893:(e,t,n)=>{var i,r,s,o,a,l,c=n(7629),h=n(8903),u=h.diff,d=n(4219),p=n(3515).registerComponent,A=n(2666),f=n(3437),m=A.MathUtils.degToRad,g=d(\"components:light:warn\"),v=new A.CubeTextureLoader,y={};e.exports.Component=p(\"light\",{schema:{angle:{default:60,if:{type:[\"spot\"]}},color:{type:\"color\",if:{type:[\"ambient\",\"directional\",\"hemisphere\",\"point\",\"spot\"]}},envMap:{default:\"\",if:{type:[\"probe\"]}},groundColor:{type:\"color\",if:{type:[\"hemisphere\"]}},decay:{default:1,if:{type:[\"point\",\"spot\"]}},distance:{default:0,min:0,if:{type:[\"point\",\"spot\"]}},intensity:{default:1,min:0,if:{type:[\"ambient\",\"directional\",\"hemisphere\",\"point\",\"spot\",\"probe\"]}},penumbra:{default:0,min:0,max:1,if:{type:[\"spot\"]}},type:{default:\"directional\",oneOf:[\"ambient\",\"directional\",\"hemisphere\",\"point\",\"spot\",\"probe\"],schemaChange:!0},target:{type:\"selector\",if:{type:[\"spot\",\"directional\"]}},castShadow:{default:!1,if:{type:[\"point\",\"spot\",\"directional\"]}},shadowBias:{default:0,if:{castShadow:!0}},shadowCameraFar:{default:500,if:{castShadow:!0}},shadowCameraFov:{default:90,if:{castShadow:!0}},shadowCameraNear:{default:.5,if:{castShadow:!0}},shadowCameraTop:{default:5,if:{castShadow:!0}},shadowCameraRight:{default:5,if:{castShadow:!0}},shadowCameraBottom:{default:-5,if:{castShadow:!0}},shadowCameraLeft:{default:-5,if:{castShadow:!0}},shadowCameraVisible:{default:!1,if:{castShadow:!0}},shadowCameraAutomatic:{default:\"\",if:{type:[\"directional\"]}},shadowMapHeight:{default:512,if:{castShadow:!0}},shadowMapWidth:{default:512,if:{castShadow:!0}},shadowRadius:{default:1,if:{castShadow:!0}}},init:function(){var e=this.el;this.light=null,this.defaultTarget=null,this.rendererSystem=this.el.sceneEl.systems.renderer,this.system.registerLight(e)},update:function(e){var t=this.data,n=u(t,e),i=this.light,r=this.rendererSystem,s=this;if(!i||\"type\"in n)this.setLight(this.data),this.updateShadow();else{var o=!1;Object.keys(n).forEach((function(e){var n=t[e];switch(e){case\"color\":i.color.set(n),r.applyColorCorrection(i.color);break;case\"groundColor\":i.groundColor.set(n),r.applyColorCorrection(i.groundColor);break;case\"angle\":i.angle=m(n);break;case\"target\":null===n?\"spot\"!==t.type&&\"directional\"!==t.type||(i.target=s.defaultTarget):n.hasLoaded?s.onSetTarget(n,i):n.addEventListener(\"loaded\",c(s.onSetTarget,s,n,i));break;case\"envMap\":s.updateProbeMap(t,i);break;case\"castShadow\":case\"shadowBias\":case\"shadowCameraFar\":case\"shadowCameraFov\":case\"shadowCameraNear\":case\"shadowCameraTop\":case\"shadowCameraRight\":case\"shadowCameraBottom\":case\"shadowCameraLeft\":case\"shadowCameraVisible\":case\"shadowMapHeight\":case\"shadowMapWidth\":case\"shadowRadius\":o||(s.updateShadow(),o=!0);break;case\"shadowCameraAutomatic\":t.shadowCameraAutomatic?s.shadowCameraAutomaticEls=Array.from(document.querySelectorAll(t.shadowCameraAutomatic)):s.shadowCameraAutomaticEls=[];break;default:i[e]=n}}))}},tick:(i=new A.Box3,r=new A.Vector3,s=new A.Vector3,o=new A.Matrix4,a=new A.Sphere,l=new A.Vector3,function(){if(\"directional\"===this.data.type&&this.light.shadow&&this.light.shadow.camera instanceof A.OrthographicCamera&&this.shadowCameraAutomaticEls.length){var e=this.light.shadow.camera;e.getWorldDirection(r),e.getWorldPosition(s),o.copy(e.matrixWorld),o.invert(),e.near=1,e.left=1e5,e.right=-1e5,e.top=-1e5,e.bottom=1e5,this.shadowCameraAutomaticEls.forEach((function(t){i.setFromObject(t.object3D),i.getBoundingSphere(a);var n=f.distanceOfPointFromPlane(s,r,a.center),c=f.nearestPointInPlane(s,r,a.center,l).applyMatrix4(o);e.near=Math.min(-n-a.radius-1,e.near),e.left=Math.min(-a.radius+c.x,e.left),e.right=Math.max(a.radius+c.x,e.right),e.top=Math.max(a.radius+c.y,e.top),e.bottom=Math.min(-a.radius+c.y,e.bottom)})),e.updateProjectionMatrix()}}),setLight:function(e){var t=this.el,n=this.getLight(e);n&&(this.light&&t.removeObject3D(\"light\"),this.light=n,this.light.el=t,t.setObject3D(\"light\",this.light),\"spot\"!==e.type&&\"directional\"!==e.type&&\"hemisphere\"!==e.type||t.getObject3D(\"light\").translateY(-1),\"spot\"===e.type&&(t.setObject3D(\"light-target\",this.defaultTarget),t.getObject3D(\"light-target\").position.set(0,0,-1)),e.shadowCameraAutomatic?this.shadowCameraAutomaticEls=Array.from(document.querySelectorAll(e.shadowCameraAutomatic)):this.shadowCameraAutomaticEls=[])},updateShadow:function(){var e=this.el,t=this.data,n=this.light;n.castShadow=t.castShadow;var i=e.getObject3D(\"cameraHelper\");if(t.shadowCameraVisible&&!i?e.setObject3D(\"cameraHelper\",new A.CameraHelper(n.shadow.camera)):!t.shadowCameraVisible&&i&&e.removeObject3D(\"cameraHelper\"),!t.castShadow)return n;n.shadow.bias=t.shadowBias,n.shadow.radius=t.shadowRadius,n.shadow.mapSize.height=t.shadowMapHeight,n.shadow.mapSize.width=t.shadowMapWidth,n.shadow.camera.near=t.shadowCameraNear,n.shadow.camera.far=t.shadowCameraFar,n.shadow.camera instanceof A.OrthographicCamera?(n.shadow.camera.top=t.shadowCameraTop,n.shadow.camera.right=t.shadowCameraRight,n.shadow.camera.bottom=t.shadowCameraBottom,n.shadow.camera.left=t.shadowCameraLeft):n.shadow.camera.fov=t.shadowCameraFov,n.shadow.camera.updateProjectionMatrix(),i&&i.update()},getLight:function(e){var t=e.angle,n=new A.Color(e.color);this.rendererSystem.applyColorCorrection(n),n=n.getHex();var i=e.decay,r=e.distance,s=new A.Color(e.groundColor);this.rendererSystem.applyColorCorrection(s),s=s.getHex();var o=e.intensity,a=e.type,l=e.target,h=null;switch(a.toLowerCase()){case\"ambient\":return new A.AmbientLight(n,o);case\"directional\":return h=new A.DirectionalLight(n,o),this.defaultTarget=h.target,l&&(l.hasLoaded?this.onSetTarget(l,h):l.addEventListener(\"loaded\",c(this.onSetTarget,this,l,h))),h;case\"hemisphere\":return new A.HemisphereLight(n,s,o);case\"point\":return new A.PointLight(n,o,r,i);case\"spot\":return h=new A.SpotLight(n,o,r,m(t),e.penumbra,i),this.defaultTarget=h.target,l&&(l.hasLoaded?this.onSetTarget(l,h):l.addEventListener(\"loaded\",c(this.onSetTarget,this,l,h))),h;case\"probe\":return h=new A.LightProbe,this.updateProbeMap(e,h),h;default:g(\"%s is not a valid light type. Choose from ambient, directional, hemisphere, point, spot.\",a)}},updateProbeMap:function(e,t){e.envMap||t.copy(new A.LightProbe),y[e.envMap]instanceof window.Promise&&y[e.envMap].then((function(e){t.copy(e)})),y[e.envMap]instanceof A.LightProbe&&t.copy(y[e.envMap]),y[e.envMap]=new window.Promise((function(n){h.srcLoader.validateCubemapSrc(e.envMap,(function(n){v.load(n,(function(n){var i=A.LightProbeGenerator.fromCubeTexture(n);y[e.envMap]=i,t.copy(i)}))}))}))},onSetTarget:function(e,t){t.target=e.object3D},remove:function(){var e=this.el;e.removeObject3D(\"light\"),e.getObject3D(\"cameraHelper\")&&e.removeObject3D(\"cameraHelper\")}})},9234:(e,t,n)=>{var i=n(3515).registerComponent;function r(e,t){return!(!e||!t)&&e.x===t.x&&e.y===t.y&&e.z===t.z}e.exports.Component=i(\"line\",{schema:{start:{type:\"vec3\",default:{x:0,y:0,z:0}},end:{type:\"vec3\",default:{x:0,y:0,z:0}},color:{type:\"color\",default:\"#74BEC1\"},opacity:{type:\"number\",default:1},visible:{default:!0}},multiple:!0,init:function(){var e,t,n=this.data;this.rendererSystem=this.el.sceneEl.systems.renderer,t=this.material=new THREE.LineBasicMaterial({color:n.color,opacity:n.opacity,transparent:n.opacity\u003C1,visible:n.visible}),(e=this.geometry=new THREE.BufferGeometry).setAttribute(\"position\",new THREE.BufferAttribute(new Float32Array(6),3)),this.rendererSystem.applyColorCorrection(t.color),this.line=new THREE.Line(e,t),this.el.setObject3D(this.attrName,this.line)},update:function(e){var t=this.data,n=this.geometry,i=!1,s=this.material,o=n.attributes.position.array;r(t.start,e.start)||(o[0]=t.start.x,o[1]=t.start.y,o[2]=t.start.z,i=!0),r(t.end,e.end)||(o[3]=t.end.x,o[4]=t.end.y,o[5]=t.end.z,i=!0),i&&(n.attributes.position.needsUpdate=!0,n.computeBoundingSphere()),s.color.setStyle(t.color),this.rendererSystem.applyColorCorrection(s.color),s.opacity=t.opacity,s.transparent=t.opacity\u003C1,s.visible=t.visible},remove:function(){this.el.removeObject3D(this.attrName,this.line)}})},109:(e,t,n)=>{var i,r,s,o,a,l,c,h,u=n(3515).registerComponent,d=n(9644).registerShader,p=n(2666);e.exports.Component=u(\"link\",{schema:{backgroundColor:{default:\"red\",type:\"color\"},borderColor:{default:\"white\",type:\"color\"},highlighted:{default:!1},highlightedColor:{default:\"#24CAFF\",type:\"color\"},href:{default:\"\"},image:{type:\"asset\"},on:{default:\"click\"},peekMode:{default:!1},title:{default:\"\"},titleColor:{default:\"white\",type:\"color\"},visualAspectEnabled:{default:!1}},init:function(){this.navigate=this.navigate.bind(this),this.previousQuaternion=void 0,this.quaternionClone=new p.Quaternion,this.hiddenEls=[]},update:function(e){var t,n,i=this.data,r=this.el;i.visualAspectEnabled&&(this.initVisualAspect(),t=i.highlighted?i.highlightedColor:i.backgroundColor,n=i.highlighted?i.highlightedColor:i.borderColor,r.setAttribute(\"material\",\"backgroundColor\",t),r.setAttribute(\"material\",\"strokeColor\",n),i.on!==e.on&&this.updateEventListener(),void 0!==e.peekMode&&i.peekMode!==e.peekMode&&this.updatePeekMode(),i.image&&e.image!==i.image&&r.setAttribute(\"material\",\"pano\",\"string\"==typeof i.image?i.image:i.image.src))},updatePeekMode:function(){var e=this.el,t=this.sphereEl;this.data.peekMode?(this.hideAll(),e.getObject3D(\"mesh\").visible=!1,t.setAttribute(\"visible\",!0)):(this.showAll(),e.getObject3D(\"mesh\").visible=!0,t.setAttribute(\"visible\",!1))},play:function(){this.updateEventListener()},pause:function(){this.removeEventListener()},updateEventListener:function(){var e=this.el;e.isPlaying&&(this.removeEventListener(),e.addEventListener(this.data.on,this.navigate))},removeEventListener:function(){var e=this.data.on;e&&this.el.removeEventListener(e,this.navigate)},initVisualAspect:function(){var e,t,n,i=this.el;this.data.visualAspectEnabled&&!this.visualAspectInitialized&&(n=this.textEl=this.textEl||document.createElement(\"a-entity\"),t=this.sphereEl=this.sphereEl||document.createElement(\"a-entity\"),e=this.semiSphereEl=this.semiSphereEl||document.createElement(\"a-entity\"),i.setAttribute(\"geometry\",{primitive:\"circle\",radius:1,segments:64}),i.setAttribute(\"material\",{shader:\"portal\",pano:this.data.image,side:\"double\"}),n.setAttribute(\"text\",{color:this.data.titleColor,align:\"center\",font:\"kelsonsans\",value:this.data.title||this.data.href,width:4}),n.setAttribute(\"position\",\"0 1.5 0\"),i.appendChild(n),e.setAttribute(\"geometry\",{primitive:\"sphere\",radius:1,phiStart:0,segmentsWidth:64,segmentsHeight:64,phiLength:180,thetaStart:0,thetaLength:360}),e.setAttribute(\"material\",{shader:\"portal\",borderEnabled:0,pano:this.data.image,side:\"back\"}),e.setAttribute(\"rotation\",\"0 180 0\"),e.setAttribute(\"position\",\"0 0 0\"),e.setAttribute(\"visible\",!1),i.appendChild(e),t.setAttribute(\"geometry\",{primitive:\"sphere\",radius:10,segmentsWidth:64,segmentsHeight:64}),t.setAttribute(\"material\",{shader:\"portal\",borderEnabled:0,pano:this.data.image,side:\"back\"}),t.setAttribute(\"visible\",!1),i.appendChild(t),this.visualAspectInitialized=!0)},navigate:function(){window.location=this.data.href},tick:(a=new p.Vector3,l=new p.Vector3,c=new p.Quaternion,h=new p.Vector3,function(){var e,t,n=this.el,i=n.object3D,r=n.sceneEl.camera,s=this.textEl;if(this.data.visualAspectEnabled)if(i.updateMatrixWorld(),r.parent.updateMatrixWorld(),r.updateMatrixWorld(),i.matrix.decompose(l,c,h),l.setFromMatrixPosition(i.matrixWorld),a.setFromMatrixPosition(r.matrixWorld),(t=l.distanceTo(a))>20)this.previousQuaternion||(this.quaternionClone.copy(c),this.previousQuaternion=this.quaternionClone),i.lookAt(a);else{if(e=this.calculateCameraPortalOrientation(),t\u003C.5){if(!0===this.semiSphereEl.getAttribute(\"visible\"))return;s.setAttribute(\"text\",\"width\",1.5),e\u003C=0?(s.setAttribute(\"position\",\"0 0 0.75\"),s.setAttribute(\"rotation\",\"0 180 0\"),this.semiSphereEl.setAttribute(\"rotation\",\"0 0 0\")):(s.setAttribute(\"position\",\"0 0 -0.75\"),s.setAttribute(\"rotation\",\"0 0 0\"),this.semiSphereEl.setAttribute(\"rotation\",\"0 180 0\")),n.getObject3D(\"mesh\").visible=!1,this.semiSphereEl.setAttribute(\"visible\",!0),this.peekCameraPortalOrientation=e}else e\u003C=0?s.setAttribute(\"rotation\",\"0 180 0\"):s.setAttribute(\"rotation\",\"0 0 0\"),s.setAttribute(\"text\",\"width\",5),s.setAttribute(\"position\",\"0 1.5 0\"),n.getObject3D(\"mesh\").visible=!0,this.semiSphereEl.setAttribute(\"visible\",!1),this.peekCameraPortalOrientation=void 0;this.previousQuaternion&&(i.quaternion.copy(this.previousQuaternion),this.previousQuaternion=void 0)}}),hideAll:function(){var e=this.el,t=this.hiddenEls,n=this;t.length>0||e.sceneEl.object3D.traverse((function(i){i&&i.el&&i.el.hasAttribute(\"link-controls\")||i.el&&i!==e.sceneEl.object3D&&i.el!==e&&i.el!==n.sphereEl&&i.el!==e.sceneEl.cameraEl&&!1!==i.el.getAttribute(\"visible\")&&i.el!==n.textEl&&i.el!==n.semiSphereEl&&(i.el.setAttribute(\"visible\",!1),t.push(i.el))}))},showAll:function(){this.hiddenEls.forEach((function(e){e.setAttribute(\"visible\",!0)})),this.hiddenEls=[]},calculateCameraPortalOrientation:(i=new p.Matrix4,r=new p.Vector3,s=new p.Vector3(0,0,1),o=new p.Vector3(0,0,0),function(){var e=this.el,t=e.sceneEl.camera;return r.set(0,0,0),s.set(0,0,1),o.set(0,0,0),e.object3D.matrixWorld.extractRotation(i),s.applyMatrix4(i),e.object3D.updateMatrixWorld(),e.object3D.localToWorld(o),t.parent.parent.updateMatrixWorld(),t.parent.updateMatrixWorld(),t.updateMatrixWorld(),t.localToWorld(r),r.sub(o).normalize(),s.normalize(),Math.sign(s.dot(r))}),remove:function(){this.removeEventListener()}}),d(\"portal\",{schema:{borderEnabled:{default:1,type:\"int\",is:\"uniform\"},backgroundColor:{default:\"red\",type:\"color\",is:\"uniform\"},pano:{type:\"map\",is:\"uniform\"},strokeColor:{default:\"white\",type:\"color\",is:\"uniform\"}},vertexShader:[\"vec3 portalPosition;\",\"varying vec3 vWorldPosition;\",\"varying float vDistanceToCenter;\",\"varying float vDistance;\",\"void main() {\",\"vDistanceToCenter = clamp(length(position - vec3(0.0, 0.0, 0.0)), 0.0, 1.0);\",\"portalPosition = (modelMatrix * vec4(0.0, 0.0, 0.0, 1.0)).xyz;\",\"vDistance = length(portalPosition - cameraPosition);\",\"vWorldPosition = (modelMatrix * vec4(position, 1.0)).xyz;\",\"gl_Position = projectionMatrix * modelViewMatrix * vec4(position, 1.0);\",\"}\"].join(\"\\n\"),fragmentShader:[\"#define RECIPROCAL_PI2 0.15915494\",\"uniform sampler2D pano;\",\"uniform vec3 strokeColor;\",\"uniform vec3 backgroundColor;\",\"uniform float borderEnabled;\",\"varying float vDistanceToCenter;\",\"varying float vDistance;\",\"varying vec3 vWorldPosition;\",\"void main() {\",\"vec3 direction = normalize(vWorldPosition - cameraPosition);\",\"vec2 sampleUV;\",\"float borderThickness = clamp(exp(-vDistance / 50.0), 0.6, 0.95);\",\"sampleUV.y = clamp(direction.y * 0.5  + 0.5, 0.0, 1.0);\",\"sampleUV.x = atan(direction.z, -direction.x) * -RECIPROCAL_PI2 + 0.5;\",\"if (vDistanceToCenter > borderThickness && borderEnabled == 1.0) {\",\"gl_FragColor = vec4(strokeColor, 1.0);\",\"} else {\",\"gl_FragColor = mix(texture2D(pano, sampleUV), vec4(backgroundColor, 1.0), clamp(pow((vDistance / 15.0), 2.0), 0.0, 1.0));\",\"}\",\"}\"].join(\"\\n\")})},7479:(e,t,n)=>{var i=n(3515).registerComponent,r=n(2666),s=n(8903),o=s.bind,a=Math.PI/2;e.exports.Component=i(\"look-controls\",{dependencies:[\"position\",\"rotation\"],schema:{enabled:{default:!0},magicWindowTrackingEnabled:{default:!0},pointerLockEnabled:{default:!1},reverseMouseDrag:{default:!1},reverseTouchDrag:{default:!1},touchEnabled:{default:!0},mouseEnabled:{default:!0}},init:function(){this.deltaYaw=0,this.previousHMDPosition=new r.Vector3,this.hmdQuaternion=new r.Quaternion,this.magicWindowAbsoluteEuler=new r.Euler,this.magicWindowDeltaEuler=new r.Euler,this.position=new r.Vector3,this.magicWindowObject=new r.Object3D,this.rotation={},this.deltaRotation={},this.savedPose=null,this.pointerLocked=!1,this.setupMouseControls(),this.bindMethods(),this.previousMouseEvent={},this.setupMagicWindowControls(),this.savedPose={position:new r.Vector3,rotation:new r.Euler},(this.el.sceneEl.is(\"vr-mode\")||this.el.sceneEl.is(\"ar-mode\"))&&this.onEnterVR()},setupMagicWindowControls:function(){var e,t=this.data;(s.device.isMobile()||s.device.isMobileDeviceRequestingDesktopSite())&&(e=this.magicWindowControls=new r.DeviceOrientationControls(this.magicWindowObject),\"undefined\"!=typeof DeviceOrientationEvent&&DeviceOrientationEvent.requestPermission&&(e.enabled=!1,this.el.sceneEl.components[\"device-orientation-permission-ui\"].permissionGranted?e.enabled=t.magicWindowTrackingEnabled:this.el.sceneEl.addEventListener(\"deviceorientationpermissiongranted\",(function(){e.enabled=t.magicWindowTrackingEnabled}))))},update:function(e){var t=this.data;t.enabled!==e.enabled&&this.updateGrabCursor(t.enabled),e&&!t.magicWindowTrackingEnabled&&e.magicWindowTrackingEnabled&&(this.magicWindowAbsoluteEuler.set(0,0,0),this.magicWindowDeltaEuler.set(0,0,0)),this.magicWindowControls&&(this.magicWindowControls.enabled=t.magicWindowTrackingEnabled),e&&!t.pointerLockEnabled!==e.pointerLockEnabled&&(this.removeEventListeners(),this.addEventListeners(),this.pointerLocked&&this.exitPointerLock())},tick:function(e){this.data.enabled&&this.updateOrientation()},play:function(){this.addEventListeners()},pause:function(){this.removeEventListeners(),this.pointerLocked&&this.exitPointerLock()},remove:function(){this.removeEventListeners(),this.pointerLocked&&this.exitPointerLock()},bindMethods:function(){this.onMouseDown=o(this.onMouseDown,this),this.onMouseMove=o(this.onMouseMove,this),this.onMouseUp=o(this.onMouseUp,this),this.onTouchStart=o(this.onTouchStart,this),this.onTouchMove=o(this.onTouchMove,this),this.onTouchEnd=o(this.onTouchEnd,this),this.onEnterVR=o(this.onEnterVR,this),this.onExitVR=o(this.onExitVR,this),this.onPointerLockChange=o(this.onPointerLockChange,this),this.onPointerLockError=o(this.onPointerLockError,this)},setupMouseControls:function(){this.mouseDown=!1,this.pitchObject=new r.Object3D,this.yawObject=new r.Object3D,this.yawObject.position.y=10,this.yawObject.add(this.pitchObject)},addEventListeners:function(){var e=this.el.sceneEl,t=e.canvas;t?(t.addEventListener(\"mousedown\",this.onMouseDown,!1),window.addEventListener(\"mousemove\",this.onMouseMove,!1),window.addEventListener(\"mouseup\",this.onMouseUp,!1),t.addEventListener(\"touchstart\",this.onTouchStart),window.addEventListener(\"touchmove\",this.onTouchMove),window.addEventListener(\"touchend\",this.onTouchEnd),e.addEventListener(\"enter-vr\",this.onEnterVR),e.addEventListener(\"exit-vr\",this.onExitVR),this.data.pointerLockEnabled&&(document.addEventListener(\"pointerlockchange\",this.onPointerLockChange,!1),document.addEventListener(\"mozpointerlockchange\",this.onPointerLockChange,!1),document.addEventListener(\"pointerlockerror\",this.onPointerLockError,!1))):e.addEventListener(\"render-target-loaded\",o(this.addEventListeners,this))},removeEventListeners:function(){var e=this.el.sceneEl,t=e&&e.canvas;t&&(t.removeEventListener(\"mousedown\",this.onMouseDown),window.removeEventListener(\"mousemove\",this.onMouseMove),window.removeEventListener(\"mouseup\",this.onMouseUp),t.removeEventListener(\"touchstart\",this.onTouchStart),window.removeEventListener(\"touchmove\",this.onTouchMove),window.removeEventListener(\"touchend\",this.onTouchEnd),e.removeEventListener(\"enter-vr\",this.onEnterVR),e.removeEventListener(\"exit-vr\",this.onExitVR),document.removeEventListener(\"pointerlockchange\",this.onPointerLockChange,!1),document.removeEventListener(\"mozpointerlockchange\",this.onPointerLockChange,!1),document.removeEventListener(\"pointerlockerror\",this.onPointerLockError,!1))},updateOrientation:function(){var e=this.el.object3D,t=this.pitchObject,n=this.yawObject,i=this.el.sceneEl;(i.is(\"vr-mode\")||i.is(\"ar-mode\"))&&i.checkHeadsetConnected()||(this.updateMagicWindowOrientation(),e.rotation.x=this.magicWindowDeltaEuler.x+t.rotation.x,e.rotation.y=this.magicWindowDeltaEuler.y+n.rotation.y,e.rotation.z=this.magicWindowDeltaEuler.z)},updateMagicWindowOrientation:function(){var e=this.magicWindowAbsoluteEuler,t=this.magicWindowDeltaEuler;this.magicWindowControls&&this.magicWindowControls.enabled&&(this.magicWindowControls.update(),e.setFromQuaternion(this.magicWindowObject.quaternion,\"YXZ\"),this.previousMagicWindowYaw||0===e.y||(this.previousMagicWindowYaw=e.y),this.previousMagicWindowYaw&&(t.x=e.x,t.y+=e.y-this.previousMagicWindowYaw,t.z=e.z,this.previousMagicWindowYaw=e.y))},onMouseMove:function(e){var t,n,i,r=this.pitchObject,s=this.previousMouseEvent,o=this.yawObject;this.data.enabled&&(this.mouseDown||this.pointerLocked)&&(this.pointerLocked?(n=e.movementX||e.mozMovementX||0,i=e.movementY||e.mozMovementY||0):(n=e.screenX-s.screenX,i=e.screenY-s.screenY),this.previousMouseEvent.screenX=e.screenX,this.previousMouseEvent.screenY=e.screenY,t=this.data.reverseMouseDrag?1:-1,o.rotation.y+=.002*n*t,r.rotation.x+=.002*i*t,r.rotation.x=Math.max(-a,Math.min(a,r.rotation.x)))},onMouseDown:function(e){var t=this.el.sceneEl;if(this.data.enabled&&this.data.mouseEnabled&&(!t.is(\"vr-mode\")&&!t.is(\"ar-mode\")||!t.checkHeadsetConnected())&&0===e.button){var n=t&&t.canvas;this.mouseDown=!0,this.previousMouseEvent.screenX=e.screenX,this.previousMouseEvent.screenY=e.screenY,this.showGrabbingCursor(),this.data.pointerLockEnabled&&!this.pointerLocked&&(n.requestPointerLock?n.requestPointerLock():n.mozRequestPointerLock&&n.mozRequestPointerLock())}},showGrabbingCursor:function(){this.el.sceneEl.canvas.style.cursor=\"grabbing\"},hideGrabbingCursor:function(){this.el.sceneEl.canvas.style.cursor=\"\"},onMouseUp:function(){this.mouseDown=!1,this.hideGrabbingCursor()},onTouchStart:function(e){1!==e.touches.length||!this.data.touchEnabled||this.el.sceneEl.is(\"vr-mode\")||this.el.sceneEl.is(\"ar-mode\")||(this.touchStart={x:e.touches[0].pageX,y:e.touches[0].pageY},this.touchStarted=!0)},onTouchMove:function(e){var t,n,i=this.el.sceneEl.canvas,r=this.yawObject;this.touchStarted&&this.data.touchEnabled&&(n=2*Math.PI*(e.touches[0].pageX-this.touchStart.x)/i.clientWidth,t=this.data.reverseTouchDrag?1:-1,r.rotation.y-=.5*n*t,this.touchStart={x:e.touches[0].pageX,y:e.touches[0].pageY})},onTouchEnd:function(){this.touchStarted=!1},onEnterVR:function(){var e=this.el.sceneEl;e.checkHeadsetConnected()&&(this.saveCameraPose(),this.el.object3D.position.set(0,0,0),this.el.object3D.rotation.set(0,0,0),e.hasWebXR&&(this.el.object3D.matrixAutoUpdate=!1,this.el.object3D.updateMatrix()))},onExitVR:function(){this.el.sceneEl.checkHeadsetConnected()&&(this.restoreCameraPose(),this.previousHMDPosition.set(0,0,0),this.el.object3D.matrixAutoUpdate=!0)},onPointerLockChange:function(){this.pointerLocked=!(!document.pointerLockElement&&!document.mozPointerLockElement)},onPointerLockError:function(){this.pointerLocked=!1},exitPointerLock:function(){document.exitPointerLock(),this.pointerLocked=!1},updateGrabCursor:function(e){var t=this.el.sceneEl;function n(){t.canvas.classList.add(\"a-grab-cursor\")}function i(){t.canvas.classList.remove(\"a-grab-cursor\")}t.canvas?e?n():i():e?t.addEventListener(\"render-target-loaded\",n):t.addEventListener(\"render-target-loaded\",i)},saveCameraPose:function(){var e=this.el;this.savedPose.position.copy(e.object3D.position),this.savedPose.rotation.copy(e.object3D.rotation),this.hasSavedPose=!0},restoreCameraPose:function(){var e=this.el,t=this.savedPose;this.hasSavedPose&&(e.object3D.position.copy(t.position),e.object3D.rotation.copy(t.rotation),this.hasSavedPose=!1)}})},240:(e,t,n)=>{var i=n(7629),r=n(3515).registerComponent,s=n(6600),o=s.checkControllerPresentAndSetup,a=s.emitIfAxesChanged,l=s.onButtonEvent,c=\"magicleap-one\";e.exports.Component=r(\"magicleap-controls\",{schema:{hand:{default:\"none\"},model:{default:!0},orientationOffset:{type:\"vec3\"}},mapping:{axes:{touchpad:[0,1]},buttons:[\"trigger\",\"grip\",\"touchpad\",\"menu\"]},init:function(){var e=this;this.controllerPresent=!1,this.lastControllerCheck=0,this.onButtonChanged=i(this.onButtonChanged,this),this.onButtonDown=function(t){l(t.detail.id,\"down\",e)},this.onButtonUp=function(t){l(t.detail.id,\"up\",e)},this.onButtonTouchEnd=function(t){l(t.detail.id,\"touchend\",e)},this.onButtonTouchStart=function(t){l(t.detail.id,\"touchstart\",e)},this.previousButtonValues={},this.rendererSystem=this.el.sceneEl.systems.renderer,this.bindMethods()},update:function(){var e=this.data;this.controllerIndex=\"right\"===e.hand?0:\"left\"===e.hand?1:2},play:function(){this.checkIfControllerPresent(),this.addControllersUpdateListener()},pause:function(){this.removeEventListeners(),this.removeControllersUpdateListener()},bindMethods:function(){this.onModelLoaded=i(this.onModelLoaded,this),this.onControllersUpdate=i(this.onControllersUpdate,this),this.checkIfControllerPresent=i(this.checkIfControllerPresent,this),this.removeControllersUpdateListener=i(this.removeControllersUpdateListener,this),this.onAxisMoved=i(this.onAxisMoved,this)},addEventListeners:function(){var e=this.el;e.addEventListener(\"buttonchanged\",this.onButtonChanged),e.addEventListener(\"buttondown\",this.onButtonDown),e.addEventListener(\"buttonup\",this.onButtonUp),e.addEventListener(\"touchstart\",this.onButtonTouchStart),e.addEventListener(\"touchend\",this.onButtonTouchEnd),e.addEventListener(\"axismove\",this.onAxisMoved),e.addEventListener(\"model-loaded\",this.onModelLoaded),this.controllerEventsActive=!0},removeEventListeners:function(){var e=this.el;e.removeEventListener(\"buttonchanged\",this.onButtonChanged),e.removeEventListener(\"buttondown\",this.onButtonDown),e.removeEventListener(\"buttonup\",this.onButtonUp),e.removeEventListener(\"touchstart\",this.onButtonTouchStart),e.removeEventListener(\"touchend\",this.onButtonTouchEnd),e.removeEventListener(\"axismove\",this.onAxisMoved),e.removeEventListener(\"model-loaded\",this.onModelLoaded),this.controllerEventsActive=!1},checkIfControllerPresent:function(){var e=this.data;o(this,c,{index:this.controllerIndex,hand:e.hand})},injectTrackedControls:function(){var e=this.el,t=this.data;e.setAttribute(\"tracked-controls\",{idPrefix:c,hand:t.hand,controller:this.controllerIndex,orientationOffset:t.orientationOffset}),this.data.model&&this.el.setAttribute(\"gltf-model\",\"https://cdn.aframe.io/controllers/magicleap/magicleap-one-controller.glb\")},addControllersUpdateListener:function(){this.el.sceneEl.addEventListener(\"controllersupdated\",this.onControllersUpdate,!1)},removeControllersUpdateListener:function(){this.el.sceneEl.removeEventListener(\"controllersupdated\",this.onControllersUpdate,!1)},onControllersUpdate:function(){this.checkIfControllerPresent()},onButtonChanged:function(e){var t,n=this.mapping.buttons[e.detail.id];n&&(\"trigger\"===n&&(t=e.detail.state.value,console.log(\"analog value of trigger press: \"+t)),this.el.emit(n+\"changed\",e.detail.state))},onModelLoaded:function(e){e.detail.model.scale.set(.01,.01,.01)},onAxisMoved:function(e){a(this,this.mapping.axes,e)},updateModel:function(e,t){},setButtonColor:function(e,t){}})},9115:(e,t,n)=>{var i=n(8903),r=n(3515),s=n(2666),o=n(9644),a=i.debug(\"components:material:error\"),l=r.registerComponent,c=o.shaders,h=o.shaderNames;function u(e,t){e.dispose(),t.unregisterMaterial(e)}e.exports.Component=l(\"material\",{schema:{alphaTest:{default:0,min:0,max:1},depthTest:{default:!0},depthWrite:{default:!0},flatShading:{default:!1},npot:{default:!1},offset:{type:\"vec2\",default:{x:0,y:0}},opacity:{default:1,min:0,max:1},repeat:{type:\"vec2\",default:{x:1,y:1}},shader:{default:\"standard\",oneOf:h,schemaChange:!0},side:{default:\"front\",oneOf:[\"front\",\"back\",\"double\"]},transparent:{default:!1},vertexColors:{type:\"string\",default:\"none\",oneOf:[\"face\",\"vertex\"]},visible:{default:!0},blending:{default:\"normal\",oneOf:[\"none\",\"normal\",\"additive\",\"subtractive\",\"multiply\"]},dithering:{default:!0}},init:function(){this.material=null},update:function(e){var t=this.data;this.shader&&t.shader===e.shader||this.updateShader(t.shader),this.shader.update(this.data),this.updateMaterial(e)},updateSchema:function(e){var t,n,i,r;n=e&&e.shader,t=this.oldData&&this.oldData.shader,(i=c[r=n||t]&&c[r].schema)||a(\"Unknown shader schema \"+r),t&&n===t||(this.extendSchema(i),this.updateBehavior())},updateBehavior:function(){var e,t,n=this.el.sceneEl,i=this.schema,r=this;function s(e,n){var i;for(i in t)t[i]=e;r.shader.update(t)}for(e in this.tick=void 0,t={},i)\"time\"===i[e].type&&(this.tick=s,t[e]=!0);n&&(this.tick?n.addBehavior(this):n.removeBehavior(this))},updateShader:function(e){var t,n=this.data,i=c[e]&&c[e].Shader;if(!i)throw new Error(\"Unknown shader \"+e);(t=this.shader=new i).el=this.el,t.init(n),this.setMaterial(t.material),this.updateSchema(n)},updateMaterial:function(e){var t,n=this.data,i=this.material;for(t in i.alphaTest=n.alphaTest,i.depthTest=!1!==n.depthTest,i.depthWrite=!1!==n.depthWrite,i.opacity=n.opacity,i.flatShading=n.flatShading,i.side=function(e){switch(e){case\"back\":return s.BackSide;case\"double\":return s.DoubleSide;default:return s.FrontSide}}(n.side),i.transparent=!1!==n.transparent||n.opacity\u003C1,i.vertexColors=function(e){switch(e){case\"face\":return s.FaceColors;case\"vertex\":return s.VertexColors;default:return s.NoColors}}(n.vertexColors),i.visible=n.visible,i.blending=function(e){switch(e){case\"none\":return s.NoBlending;case\"additive\":return s.AdditiveBlending;case\"subtractive\":return s.SubtractiveBlending;case\"multiply\":return s.MultiplyBlending;default:return s.NormalBlending}}(n.blending),i.dithering=n.dithering,e)break;!t||e.alphaTest===n.alphaTest&&e.side===n.side&&e.vertexColors===n.vertexColors||(i.needsUpdate=!0)},remove:function(){var e=new s.MeshBasicMaterial,t=this.material,n=this.el.getObject3D(\"mesh\");n&&(n.material=e),u(t,this.system)},setMaterial:function(e){var t,n=this.el,i=this.system;this.material&&u(this.material,i),this.material=e,i.registerMaterial(e),(t=n.getObject3D(\"mesh\"))?t.material=e:n.addEventListener(\"object3dset\",(function t(i){\"mesh\"===i.detail.type&&i.target===n&&(n.getObject3D(\"mesh\").material=e,n.removeEventListener(\"object3dset\",t))}))}})},4269:(e,t,n)=>{var i=n(4219),r=n(3515).registerComponent,s=n(2666),o=i(\"components:obj-model:warn\");e.exports.Component=r(\"obj-model\",{schema:{mtl:{type:\"model\"},obj:{type:\"model\"}},init:function(){var e=this;this.model=null,this.objLoader=new s.OBJLoader,this.mtlLoader=new s.MTLLoader(this.objLoader.manager),this.mtlLoader.crossOrigin=\"\",this.el.addEventListener(\"componentinitialized\",(function(t){e.model&&\"material\"===t.detail.name&&e.applyMaterial()}))},update:function(){var e=this.data;e.obj&&(this.resetMesh(),this.loadObj(e.obj,e.mtl))},remove:function(){this.model&&this.resetMesh()},resetMesh:function(){this.el.removeObject3D(\"mesh\")},loadObj:function(e,t){var n=this,i=this.el,r=this.mtlLoader,s=this.objLoader,a=this.el.sceneEl.systems.renderer,l=t.substr(0,t.lastIndexOf(\"/\")+1);if(t)return i.hasAttribute(\"material\")&&o(\"Material component properties are ignored when a .MTL is provided\"),r.setResourcePath(l),void r.load(t,(function(t){t.preload(),s.setMaterials(t),s.load(e,(function(e){n.model=e,n.model.traverse((function(e){if(e.isMesh){var t=e.material;t.color&&a.applyColorCorrection(t.color),t.map&&a.applyColorCorrection(t.map),t.emissive&&a.applyColorCorrection(t.emissive),t.emissiveMap&&a.applyColorCorrection(t.emissiveMap)}})),i.setObject3D(\"mesh\",e),i.emit(\"model-loaded\",{format:\"obj\",model:e})}))}));s.load(e,(function(e){n.model=e,n.applyMaterial(),i.setObject3D(\"mesh\",e),i.emit(\"model-loaded\",{format:\"obj\",model:e})}))},applyMaterial:function(){var e=this.el.components.material;e&&this.model.traverse((function(t){t instanceof s.Mesh&&(t.material=e.material)}))}})},9536:(e,t,n)=>{var i=n(3515).registerComponent,r=n(7629),s=n(6600),o=s.checkControllerPresentAndSetup,a=s.emitIfAxesChanged,l=s.onButtonEvent,c=n(8903).device.isWebXRAvailable,h=c?\"oculus-go\":\"Oculus Go\",u=c?{axes:{touchpad:[0,1]},buttons:[\"trigger\",\"none\",\"touchpad\"]}:{axes:{trackpad:[0,1]},buttons:[\"trackpad\",\"trigger\"]};e.exports.Component=i(\"oculus-go-controls\",{schema:{hand:{default:\"\"},buttonColor:{type:\"color\",default:\"#FFFFFF\"},buttonTouchedColor:{type:\"color\",default:\"#BBBBBB\"},buttonHighlightColor:{type:\"color\",default:\"#7A7A7A\"},model:{default:!0},orientationOffset:{type:\"vec3\"},armModel:{default:!0}},mapping:u,bindMethods:function(){this.onModelLoaded=r(this.onModelLoaded,this),this.onControllersUpdate=r(this.onControllersUpdate,this),this.checkIfControllerPresent=r(this.checkIfControllerPresent,this),this.removeControllersUpdateListener=r(this.removeControllersUpdateListener,this),this.onAxisMoved=r(this.onAxisMoved,this)},init:function(){var e=this;this.onButtonChanged=r(this.onButtonChanged,this),this.onButtonDown=function(t){l(t.detail.id,\"down\",e)},this.onButtonUp=function(t){l(t.detail.id,\"up\",e)},this.onButtonTouchStart=function(t){l(t.detail.id,\"touchstart\",e)},this.onButtonTouchEnd=function(t){l(t.detail.id,\"touchend\",e)},this.controllerPresent=!1,this.lastControllerCheck=0,this.rendererSystem=this.el.sceneEl.systems.renderer,this.bindMethods()},addEventListeners:function(){var e=this.el;e.addEventListener(\"buttonchanged\",this.onButtonChanged),e.addEventListener(\"buttondown\",this.onButtonDown),e.addEventListener(\"buttonup\",this.onButtonUp),e.addEventListener(\"touchstart\",this.onButtonTouchStart),e.addEventListener(\"touchend\",this.onButtonTouchEnd),e.addEventListener(\"model-loaded\",this.onModelLoaded),e.addEventListener(\"axismove\",this.onAxisMoved),this.controllerEventsActive=!0},removeEventListeners:function(){var e=this.el;e.removeEventListener(\"buttonchanged\",this.onButtonChanged),e.removeEventListener(\"buttondown\",this.onButtonDown),e.removeEventListener(\"buttonup\",this.onButtonUp),e.removeEventListener(\"touchstart\",this.onButtonTouchStart),e.removeEventListener(\"touchend\",this.onButtonTouchEnd),e.removeEventListener(\"model-loaded\",this.onModelLoaded),e.removeEventListener(\"axismove\",this.onAxisMoved),this.controllerEventsActive=!1},checkIfControllerPresent:function(){o(this,h,this.data.hand?{hand:this.data.hand}:{})},play:function(){this.checkIfControllerPresent(),this.addControllersUpdateListener()},pause:function(){this.removeEventListeners(),this.removeControllersUpdateListener()},injectTrackedControls:function(){var e=this.el,t=this.data;e.setAttribute(\"tracked-controls\",{armModel:t.armModel,hand:t.hand,idPrefix:h,orientationOffset:t.orientationOffset}),this.data.model&&this.el.setAttribute(\"gltf-model\",\"https://cdn.aframe.io/controllers/oculus/go/oculus-go-controller.gltf\")},addControllersUpdateListener:function(){this.el.sceneEl.addEventListener(\"controllersupdated\",this.onControllersUpdate,!1)},removeControllersUpdateListener:function(){this.el.sceneEl.removeEventListener(\"controllersupdated\",this.onControllersUpdate,!1)},onControllersUpdate:function(){this.checkIfControllerPresent()},onModelLoaded:function(e){var t,n=e.detail.model;this.data.model&&((t=this.buttonMeshes={}).trigger=n.getObjectByName(\"oculus_go_button_trigger\"),t.trackpad=n.getObjectByName(\"oculus_go_touchpad\"),t.touchpad=n.getObjectByName(\"oculus_go_touchpad\"))},onButtonChanged:function(e){var t=this.mapping.buttons[e.detail.id];t&&this.el.emit(t+\"changed\",e.detail.state)},onAxisMoved:function(e){a(this,this.mapping.axes,e)},updateModel:function(e,t){this.data.model&&this.updateButtonModel(e,t)},updateButtonModel:function(e,t){var n=this.buttonMeshes;if(n&&n[e]){var i,r;switch(t){case\"down\":i=this.data.buttonHighlightColor;break;case\"touchstart\":i=this.data.buttonTouchedColor;break;default:i=this.data.buttonColor}(r=n[e]).material.color.set(i),this.rendererSystem.applyColorCorrection(r.material.color)}}})},5569:(e,t,n)=>{var i=n(7629),r=n(3515).registerComponent,s=n(2666),o=n(6600),a=o.checkControllerPresentAndSetup,l=o.emitIfAxesChanged,c=o.onButtonEvent,h=n(8903).device.isWebXRAvailable,u=\"oculus-touch\",d=h?u:\"Oculus Touch\",p=\"https://cdn.aframe.io/controllers/oculus/oculus-touch-controller-\",A=\"https://cdn.aframe.io/controllers/meta/\",f={left:{modelUrl:p+\"left.gltf\",rayOrigin:{origin:{x:.008,y:-.01,z:0},direction:{x:0,y:-.8,z:-1}},modelPivotOffset:new s.Vector3(-.005,.003,-.055),modelPivotRotation:new s.Euler(0,0,0)},right:{modelUrl:p+\"right.gltf\",rayOrigin:{origin:{x:-.008,y:-.01,z:0},direction:{x:0,y:-.8,z:-1}},modelPivotOffset:new s.Vector3(.005,.003,-.055),modelPivotRotation:new s.Euler(0,0,0)}},m={left:{modelUrl:p+\"left.gltf\",rayOrigin:{origin:{x:.002,y:-.005,z:-.03},direction:{x:0,y:-.8,z:-1}},modelPivotOffset:new s.Vector3(-.005,.036,-.037),modelPivotRotation:new s.Euler(Math.PI/4.5,0,0)},right:{modelUrl:p+\"right.gltf\",rayOrigin:{origin:{x:-.002,y:-.005,z:-.03},direction:{x:0,y:-.8,z:-1}},modelPivotOffset:new s.Vector3(.005,.036,-.037),modelPivotRotation:new s.Euler(Math.PI/4.5,0,0)}},g=\"oculus-touch\",v={\"oculus-touch\":h?m:f,\"oculus-touch-v2\":{left:{modelUrl:p+\"gen2-left.gltf\",rayOrigin:{origin:{x:-.006,y:-.03,z:-.04},direction:{x:0,y:-.9,z:-1}},modelPivotOffset:new s.Vector3(0,-.007,-.021),modelPivotRotation:new s.Euler(-Math.PI/4,0,0)},right:{modelUrl:p+\"gen2-right.gltf\",rayOrigin:{origin:{x:.006,y:-.03,z:-.04},direction:{x:0,y:-.9,z:-1}},modelPivotOffset:new s.Vector3(0,-.007,-.021),modelPivotRotation:new s.Euler(-Math.PI/4,0,0)}},\"oculus-touch-v3\":{left:{modelUrl:p+\"v3-left.glb\",rayOrigin:{origin:{x:.0065,y:-.0186,z:-.05},direction:{x:.12394785839500175,y:-.5944043672340157,z:-.7945567170519814}},modelPivotOffset:new s.Vector3(0,0,0),modelPivotRotation:new s.Euler(0,0,0)},right:{modelUrl:p+\"v3-right.glb\",rayOrigin:{origin:{x:-.0065,y:-.0186,z:-.05},direction:{x:-.12394785839500175,y:-.5944043672340157,z:-.7945567170519814}},modelPivotOffset:new s.Vector3(0,0,0),modelPivotRotation:new s.Euler(0,0,0)}},\"meta-quest-touch-pro\":{left:{modelUrl:A+\"quest-touch-pro-left.glb\",rayOrigin:{origin:{x:.0065,y:-.0186,z:-.05},direction:{x:.12394785839500175,y:-.5944043672340157,z:-.7945567170519814}},modelPivotOffset:new s.Vector3(0,0,0),modelPivotRotation:new s.Euler(0,0,0)},right:{modelUrl:A+\"quest-touch-pro-right.glb\",rayOrigin:{origin:{x:-.0065,y:-.0186,z:-.05},direction:{x:-.12394785839500175,y:-.5944043672340157,z:-.7945567170519814}},modelPivotOffset:new s.Vector3(0,0,0),modelPivotRotation:new s.Euler(0,0,0)}}},y=h?{left:{axes:{thumbstick:[2,3]},buttons:[\"trigger\",\"grip\",\"none\",\"thumbstick\",\"xbutton\",\"ybutton\",\"surface\"]},right:{axes:{thumbstick:[2,3]},buttons:[\"trigger\",\"grip\",\"none\",\"thumbstick\",\"abutton\",\"bbutton\",\"surface\"]}}:{left:{axes:{thumbstick:[0,1]},buttons:[\"thumbstick\",\"trigger\",\"grip\",\"xbutton\",\"ybutton\",\"surface\"]},right:{axes:{thumbstick:[0,1]},buttons:[\"thumbstick\",\"trigger\",\"grip\",\"abutton\",\"bbutton\",\"surface\"]}};function E(e){e.traverse((function(t){if(\"Mesh\"!==t.type)return;let n=t.material.clone();e.originalColor=t.material.color,t.material.dispose(),t.material=n}))}e.exports.Component=r(\"oculus-touch-controls\",{schema:{hand:{default:\"left\"},buttonColor:{type:\"color\",default:\"#999\"},buttonTouchColor:{type:\"color\",default:\"#8AB\"},buttonHighlightColor:{type:\"color\",default:\"#2DF\"},model:{default:!0},controllerType:{default:\"auto\",oneOf:[\"auto\",\"oculus-touch\",\"oculus-touch-v2\",\"oculus-touch-v3\"]},orientationOffset:{type:\"vec3\",default:{x:43,y:0,z:0}}},mapping:y,bindMethods:function(){this.onButtonChanged=i(this.onButtonChanged,this),this.onThumbstickMoved=i(this.onThumbstickMoved,this),this.onModelLoaded=i(this.onModelLoaded,this),this.onControllersUpdate=i(this.onControllersUpdate,this),this.checkIfControllerPresent=i(this.checkIfControllerPresent,this),this.onAxisMoved=i(this.onAxisMoved,this)},init:function(){var e=this;this.onButtonDown=function(t){c(t.detail.id,\"down\",e,e.data.hand)},this.onButtonUp=function(t){c(t.detail.id,\"up\",e,e.data.hand)},this.onButtonTouchStart=function(t){c(t.detail.id,\"touchstart\",e,e.data.hand)},this.onButtonTouchEnd=function(t){c(t.detail.id,\"touchend\",e,e.data.hand)},this.controllerPresent=!1,this.lastControllerCheck=0,this.previousButtonValues={},this.rendererSystem=this.el.sceneEl.systems.renderer,this.bindMethods(),this.triggerEuler=new s.Euler},addEventListeners:function(){var e=this.el;e.addEventListener(\"buttonchanged\",this.onButtonChanged),e.addEventListener(\"buttondown\",this.onButtonDown),e.addEventListener(\"buttonup\",this.onButtonUp),e.addEventListener(\"touchstart\",this.onButtonTouchStart),e.addEventListener(\"touchend\",this.onButtonTouchEnd),e.addEventListener(\"axismove\",this.onAxisMoved),e.addEventListener(\"model-loaded\",this.onModelLoaded),e.addEventListener(\"thumbstickmoved\",this.onThumbstickMoved),this.controllerEventsActive=!0},removeEventListeners:function(){var e=this.el;e.removeEventListener(\"buttonchanged\",this.onButtonChanged),e.removeEventListener(\"buttondown\",this.onButtonDown),e.removeEventListener(\"buttonup\",this.onButtonUp),e.removeEventListener(\"touchstart\",this.onButtonTouchStart),e.removeEventListener(\"touchend\",this.onButtonTouchEnd),e.removeEventListener(\"axismove\",this.onAxisMoved),e.removeEventListener(\"model-loaded\",this.onModelLoaded),e.removeEventListener(\"thumbstickmoved\",this.onThumbstickMoved),this.controllerEventsActive=!1},checkIfControllerPresent:function(){a(this,d,{hand:this.data.hand,iterateControllerProfiles:!0})},play:function(){this.checkIfControllerPresent(),this.addControllersUpdateListener()},pause:function(){this.removeEventListeners(),this.removeControllersUpdateListener()},loadModel:function(e){var t,n=this.data;if(n.model){if(this.displayModel=v[n.controllerType]||v[g],\"auto\"===n.controllerType){var i=this.el.sceneEl.systems[\"tracked-controls-webvr\"];if(i&&i.vrDisplay){var r=i.vrDisplay.displayName;/^Oculus Quest$/.test(r)&&(this.displayModel=v[\"oculus-touch-v2\"])}else{t=g;for(var s=Object.keys(v),o=0;o\u003Ce.profiles.length;o++)if(-1!==s.indexOf(e.profiles[o])){t=e.profiles[o];break}this.displayModel=v[t]}}var a=this.displayModel[n.hand].modelUrl;this.isOculusTouchV3=this.displayModel===v[\"oculus-touch-v3\"],this.el.setAttribute(\"gltf-model\",a)}},injectTrackedControls:function(e){var t=this.data,n=u,i=\"right\"===t.hand?\"Oculus Touch (Right)\":\"Oculus Touch (Left)\",r=h?n:i;this.el.setAttribute(\"tracked-controls\",{id:r,hand:t.hand,orientationOffset:t.orientationOffset,handTrackingEnabled:!1,iterateControllerProfiles:!0,space:\"gripSpace\"}),this.loadModel(e)},addControllersUpdateListener:function(){this.el.sceneEl.addEventListener(\"controllersupdated\",this.onControllersUpdate,!1)},removeControllersUpdateListener:function(){this.el.sceneEl.removeEventListener(\"controllersupdated\",this.onControllersUpdate,!1)},onControllersUpdate:function(){this.checkIfControllerPresent()},onButtonChanged:function(e){var t=this.mapping[this.data.hand].buttons[e.detail.id];if(t){if(this.isOculusTouchV3)this.onButtonChangedV3(e);else{var n,i=this.buttonMeshes;\"trigger\"!==t&&\"grip\"!==t||(n=e.detail.state.value),i&&(\"trigger\"===t&&i.trigger&&(i.trigger.rotation.x=this.originalXRotationTrigger-n*(Math.PI/26)),\"grip\"===t&&i.grip&&(n*=\"left\"===this.data.hand?-1:1,i.grip.position.x=this.originalXPositionGrip+.004*n))}this.el.emit(t+\"changed\",e.detail.state)}},clickButtons:[\"xbutton\",\"ybutton\",\"abutton\",\"bbutton\",\"thumbstick\"],onButtonChangedV3:function(e){var t,n=this.mapping[this.data.hand].buttons[e.detail.id],i=this.buttonObjects;t=e.detail.state.value,t*=\"left\"===this.data.hand?-1:1,\"trigger\"===n?(this.triggerEuler.copy(this.buttonRanges.trigger.min.rotation),this.triggerEuler.x+=t*this.buttonRanges.trigger.diff.x,this.triggerEuler.y+=t*this.buttonRanges.trigger.diff.y,this.triggerEuler.z+=t*this.buttonRanges.trigger.diff.z,i.trigger.setRotationFromEuler(this.triggerEuler)):\"grip\"===n?i.grip.position.x=i.grip.minX+.004*t:this.clickButtons.includes(n)&&(i[n].position.y=0===t?this.buttonRanges[n].unpressedY:this.buttonRanges[n].pressedY)},onModelLoaded:function(e){if(this.data.model){if(this.isOculusTouchV3)this.onOculusTouchV3ModelLoaded(e);else{var t,n=this.controllerObject3D=e.detail.model;(t=this.buttonMeshes={}).grip=n.getObjectByName(\"buttonHand\"),this.originalXPositionGrip=t.grip&&t.grip.position.x,t.trigger=n.getObjectByName(\"buttonTrigger\"),this.originalXRotationTrigger=t.trigger&&t.trigger.rotation.x,t.thumbstick=n.getObjectByName(\"stick\"),t.xbutton=n.getObjectByName(\"buttonX\"),t.abutton=n.getObjectByName(\"buttonA\"),t.ybutton=n.getObjectByName(\"buttonY\"),t.bbutton=n.getObjectByName(\"buttonB\")}for(var i in this.buttonMeshes)this.buttonMeshes[i]&&E(this.buttonMeshes[i]);this.applyOffset(e.detail.model),this.el.emit(\"controllermodelready\",{name:\"oculus-touch-controls\",model:this.data.model,rayOrigin:this.displayModel[this.data.hand].rayOrigin})}},applyOffset:function(e){e.position.copy(this.displayModel[this.data.hand].modelPivotOffset),e.rotation.copy(this.displayModel[this.data.hand].modelPivotRotation)},onOculusTouchV3ModelLoaded:function(e){var t=this.controllerObject3D=e.detail.model,n=this.buttonObjects={},i=this.buttonMeshes={},r=this.buttonRanges={};i.grip=t.getObjectByName(\"squeeze\"),n.grip=t.getObjectByName(\"xr_standard_squeeze_pressed_value\"),r.grip={min:t.getObjectByName(\"xr_standard_squeeze_pressed_min\"),max:t.getObjectByName(\"xr_standard_squeeze_pressed_max\")},n.grip.minX=n.grip.position.x,i.thumbstick=t.getObjectByName(\"thumbstick\"),n.thumbstick=t.getObjectByName(\"xr_standard_thumbstick_pressed_value\"),r.thumbstick={min:t.getObjectByName(\"xr_standard_thumbstick_pressed_min\"),max:t.getObjectByName(\"xr_standard_thumbstick_pressed_max\"),originalRotation:this.buttonObjects.thumbstick.rotation.clone()},r.thumbstick.pressedY=n.thumbstick.position.y,r.thumbstick.unpressedY=r.thumbstick.pressedY+Math.abs(r.thumbstick.max.position.y)-Math.abs(r.thumbstick.min.position.y),i.trigger=t.getObjectByName(\"trigger\"),n.trigger=t.getObjectByName(\"xr_standard_trigger_pressed_value\"),r.trigger={min:t.getObjectByName(\"xr_standard_trigger_pressed_min\"),max:t.getObjectByName(\"xr_standard_trigger_pressed_max\")},r.trigger.diff={x:Math.abs(r.trigger.max.rotation.x)-Math.abs(r.trigger.min.rotation.x),y:Math.abs(r.trigger.max.rotation.y)-Math.abs(r.trigger.min.rotation.y),z:Math.abs(r.trigger.max.rotation.z)-Math.abs(r.trigger.min.rotation.z)};var s=\"left\"===this.data.hand?\"x\":\"a\",o=\"left\"===this.data.hand?\"y\":\"b\",a=s+\"button\",l=o+\"button\";i[a]=t.getObjectByName(s+\"_button\"),n[a]=t.getObjectByName(s+\"_button_pressed_value\"),r[a]={min:t.getObjectByName(s+\"_button_pressed_min\"),max:t.getObjectByName(s+\"_button_pressed_max\")},i[l]=t.getObjectByName(o+\"_button\"),n[l]=t.getObjectByName(o+\"_button_pressed_value\"),r[l]={min:t.getObjectByName(o+\"_button_pressed_min\"),max:t.getObjectByName(o+\"_button_pressed_max\")},r[a].unpressedY=n[a].position.y,r[a].pressedY=r[a].unpressedY+Math.abs(r[a].max.position.y)-Math.abs(r[a].min.position.y),r[l].unpressedY=n[l].position.y,r[l].pressedY=r[l].unpressedY-Math.abs(r[l].max.position.y)+Math.abs(r[l].min.position.y)},onAxisMoved:function(e){l(this,this.mapping[this.data.hand].axes,e)},onThumbstickMoved:function(e){if(this.isOculusTouchV3&&this.buttonMeshes&&this.buttonMeshes.thumbstick)for(var t in e.detail)this.buttonObjects.thumbstick.rotation[this.axisMap[t]]=this.buttonRanges.thumbstick.originalRotation[this.axisMap[t]]-Math.PI/8*e.detail[t]*(\"y\"===t||\"right\"===this.data.hand?-1:1)},axisMap:{y:\"x\",x:\"z\"},updateModel:function(e,t){this.data.model&&this.updateButtonModel(e,t)},updateButtonModel:function(e,t){var n,i=\"up\"===t||\"touchend\"===t?this.buttonMeshes[e].originalColor||this.data.buttonColor:\"touchstart\"===t?this.data.buttonTouchColor:this.data.buttonHighlightColor,r=this.buttonMeshes;r&&r[e]&&((n=r[e]).material.color.set(i),this.rendererSystem.applyColorCorrection(n.material.color))}})},4854:(e,t,n)=>{var i=n(3515).registerComponent;e.exports.Component=i(\"position\",{schema:{type:\"vec3\"},update:function(){var e=this.el.object3D,t=this.data;e.position.set(t.x,t.y,t.z)},remove:function(){this.el.object3D.position.set(0,0,0)}})},7454:(e,t,n)=>{var i,r,s=n(3515).registerComponent,o=n(2666),a=n(8903).debug(\"components:raycaster:warn\"),l=/^[\\w\\s-.,[\\]#]*$/,c={childList:!0,attributes:!0,subtree:!0},h=\"raycaster-intersected-cleared\",u=\"raycaster-intersection-cleared\";function d(e,t){var n;for(e.length=t.length,n=0;n\u003Ct.length;n++)e[n]=t[n]}e.exports.Component=s(\"raycaster\",{schema:{autoRefresh:{default:!0},direction:{type:\"vec3\",default:{x:0,y:0,z:-1}},enabled:{default:!0},far:{default:1e3},interval:{default:0},near:{default:0},objects:{default:\"\"},origin:{type:\"vec3\"},showLine:{default:!1},lineColor:{default:\"white\"},lineOpacity:{default:1},useWorldCoordinates:{default:!1}},multiple:!0,init:function(){this.clearedIntersectedEls=[],this.unitLineEndVec3=new o.Vector3,this.intersectedEls=[],this.intersections=[],this.newIntersectedEls=[],this.newIntersections=[],this.objects=[],this.prevCheckTime=void 0,this.prevIntersectedEls=[],this.rawIntersections=[],this.raycaster=new o.Raycaster,this.updateOriginDirection(),this.setDirty=this.setDirty.bind(this),this.updateLine=this.updateLine.bind(this),this.observer=new MutationObserver(this.setDirty),this.dirty=!0,this.lineEndVec3=new o.Vector3,this.otherLineEndVec3=new o.Vector3,this.lineData={end:this.lineEndVec3},this.getIntersection=this.getIntersection.bind(this),this.intersectedDetail={el:this.el,getIntersection:this.getIntersection},this.intersectedClearedDetail={el:this.el},this.intersectionClearedDetail={clearedEls:this.clearedIntersectedEls},this.intersectionDetail={}},update:function(e){var t=this.data,n=this.el,i=this.raycaster;i.far=t.far,i.near=t.near,!t.showLine||t.far===e.far&&t.origin===e.origin&&t.direction===e.direction&&e.showLine||(this.unitLineEndVec3.copy(t.origin).add(t.direction).normalize(),this.drawLine()),!t.showLine&&e.showLine&&n.removeAttribute(\"line\"),t.objects===e.objects||l.test(t.objects)||a('[raycaster] Selector \"'+t.objects+'\" may not update automatically with DOM changes.'),t.objects||a('[raycaster] For performance, please define raycaster.objects when using raycaster or cursor components to whitelist which entities to intersect with. e.g., raycaster=\"objects: [data-raycastable]\".'),t.autoRefresh!==e.autoRefresh&&n.isPlaying&&(t.autoRefresh?this.addEventListeners():this.removeEventListeners()),e.enabled&&!t.enabled&&this.clearAllIntersections(),this.setDirty()},play:function(){this.addEventListeners()},pause:function(){this.removeEventListeners()},remove:function(){this.data.showLine&&this.el.removeAttribute(\"line\"),this.clearAllIntersections()},addEventListeners:function(){this.data.autoRefresh&&(this.observer.observe(this.el.sceneEl,c),this.el.sceneEl.addEventListener(\"object3dset\",this.setDirty),this.el.sceneEl.addEventListener(\"object3dremove\",this.setDirty))},removeEventListeners:function(){this.observer.disconnect(),this.el.sceneEl.removeEventListener(\"object3dset\",this.setDirty),this.el.sceneEl.removeEventListener(\"object3dremove\",this.setDirty)},setDirty:function(){this.dirty=!0},refreshObjects:function(){var e,t=this.data;e=t.objects?this.el.sceneEl.querySelectorAll(t.objects):this.el.sceneEl.querySelectorAll(\"*\"),this.objects=this.flattenObject3DMaps(e),this.dirty=!1},tock:function(e){var t=this.data,n=this.prevCheckTime;t.enabled&&(n&&e-n\u003Ct.interval||(this.prevCheckTime=e,this.checkIntersections()))},checkIntersections:function(){var e,t,n=this.clearedIntersectedEls,i=this.el,r=this.data,s=this.intersectedEls,o=this.intersections,a=this.newIntersectedEls,l=this.newIntersections,c=this.prevIntersectedEls,p=this.rawIntersections;for(this.dirty&&this.refreshObjects(),d(this.prevIntersectedEls,this.intersectedEls),this.updateOriginDirection(),p.length=0,this.raycaster.intersectObjects(this.objects,!0,p),o.length=0,s.length=0,e=0;e\u003Cp.length;e++)t=p[e],r.showLine&&t.object===i.getObject3D(\"line\")||t.object.el&&(o.push(t),s.push(t.object.el));for(l.length=0,a.length=0,e=0;e\u003Co.length;e++)-1===c.indexOf(o[e].object.el)&&(l.push(o[e]),a.push(o[e].object.el));for(n.length=0,e=0;e\u003Cc.length;e++)-1===s.indexOf(c[e])&&(c[e].emit(h,this.intersectedClearedDetail),n.push(c[e]));for(n.length&&i.emit(u,this.intersectionClearedDetail),e=0;e\u003Ca.length;e++)a[e].emit(\"raycaster-intersected\",this.intersectedDetail);l.length&&(this.intersectionDetail.els=a,this.intersectionDetail.intersections=l,i.emit(\"raycaster-intersection\",this.intersectionDetail)),(0===c.length&&o.length>0||c.length>0&&0===o.length||c.length&&o.length&&c[0]!==o[0].object.el)&&(this.intersectionDetail.els=this.intersectedEls,this.intersectionDetail.intersections=o,i.emit(\"raycaster-closest-entity-changed\",this.intersectionDetail)),r.showLine&&setTimeout(this.updateLine)},updateLine:function(){var e,t=this.el,n=this.intersections;n.length&&(e=n[0].object.el===t&&n[1]?n[1].distance:n[0].distance),this.drawLine(e)},getIntersection:function(e){var t,n;for(t=0;t\u003Cthis.intersections.length;t++)if((n=this.intersections[t]).object.el===e)return n;return null},updateOriginDirection:(i=new o.Vector3,r=new o.Vector3,function(){var e=this.el,t=this.data;t.useWorldCoordinates?this.raycaster.set(t.origin,t.direction):(e.object3D.updateMatrixWorld(),r.setFromMatrixPosition(e.object3D.matrixWorld),0===t.origin.x&&0===t.origin.y&&0===t.origin.z||(r=e.object3D.localToWorld(r.copy(t.origin))),i.copy(t.direction).transformDirection(e.object3D.matrixWorld).normalize(),this.raycaster.set(r,i))}),drawLine:function(e){var t,n=this.data,i=this.el;t=this.lineData.end===this.lineEndVec3?this.otherLineEndVec3:this.lineEndVec3,void 0===e&&(e=n.far===1/0?1e3:n.far),this.lineData.start=n.origin,this.lineData.end=t.copy(this.unitLineEndVec3).multiplyScalar(e),this.lineData.color=n.lineColor,this.lineData.opacity=n.lineOpacity,i.setAttribute(\"line\",this.lineData)},flattenObject3DMaps:function(e){var t,n,i=this.objects,r=this.el.sceneEl.object3D;function s(e){return e.parent?s(e.parent):e===r}for(i.length=0,n=0;n\u003Ce.length;n++){var o=e[n];if(o.isEntity&&o.object3D&&s(o.object3D))for(t in o.object3DMap)i.push(o.getObject3D(t))}return i},clearAllIntersections:function(){var e;for(e=0;e\u003Cthis.intersectedEls.length;e++)this.intersectedEls[e].emit(h,this.intersectedClearedDetail);d(this.clearedIntersectedEls,this.intersectedEls),this.intersectedEls.length=0,this.intersections.length=0,this.el.emit(u,this.intersectionClearedDetail)}})},4914:(e,t,n)=>{var i=n(2666).MathUtils.degToRad,r=n(3515).registerComponent;e.exports.Component=r(\"rotation\",{schema:{type:\"vec3\"},update:function(){var e=this.data,t=this.el.object3D;t.rotation.set(i(e.x),i(e.y),i(e.z)),t.rotation.order=\"YXZ\"},remove:function(){this.el.object3D.rotation.set(0,0,0)}})},3689:(e,t,n)=>{var i=n(3515).registerComponent,r=1e-5;e.exports.Component=i(\"scale\",{schema:{type:\"vec3\",default:{x:1,y:1,z:1}},update:function(){var e=this.data,t=this.el.object3D,n=0===e.x?r:e.x,i=0===e.y?r:e.y,s=0===e.z?r:e.z;t.scale.set(n,i,s)},remove:function(){this.el.object3D.scale.set(1,1,1)}})},3431:(e,t,n)=>{var i,r,s,o=n(3515).registerComponent,a=n(2666),l=(i=new a.Quaternion,r=new a.Vector3,function(e,t,n){t.position.copy(e.transform.position),t.quaternion.copy(e.transform.orientation),r.copy(n),i.copy(e.transform.orientation),r.applyQuaternion(i),t.position.sub(r)});function c(e,t){this.renderer=e,this.xrHitTestSource=null,e.xr.addEventListener(\"sessionend\",function(){this.xrHitTestSource=null}.bind(this)),e.xr.addEventListener(\"sessionstart\",function(){this.sessionStart(t)}.bind(this)),this.renderer.xr.isPresenting&&this.sessionStart(t)}function h(e){console.warn(e.message),console.warn('Cannot requestHitTestSource Are you missing: webxr=\"optionalFeatures: hit-test;\" from \u003Ca-scene>?')}l.tempFakePose={transform:{orientation:new a.Quaternion,position:new a.Vector3}},c.prototype.previousFrameAnchors=new Set,c.prototype.anchorToObject3D=new Map,c.prototype.sessionStart=function(e){this.session=this.renderer.xr.getSession(),\"requestHitTestSource\"in this.session?e.space?this.session.requestHitTestSource(e).then(function(e){this.xrHitTestSource=e}.bind(this)).catch(h):e.profile&&this.session.requestHitTestSourceForTransientInput(e).then(function(e){this.xrHitTestSource=e,this.transient=!0}.bind(this)).catch(h):h({message:\"No requestHitTestSource on the session.\"})},c.prototype.anchorFromLastHitTestResult=function(e,t){var n=this.lastHitTest;if(n){var i={object3D:e,offset:t};Array.from(this.anchorToObject3D.entries()).forEach(function(t){var n=t[1].object3D,i=t[0];n===e&&(this.anchorToObject3D.delete(i),i.delete())}.bind(this)),n.createAnchor&&n.createAnchor().then(function(e){this.anchorToObject3D.set(e,i)}.bind(this)).catch((function(e){console.warn(e.message),console.warn('Cannot create anchor, are you missing: webxr=\"optionalFeatures: anchors;\" from \u003Ca-scene>?')}))}},c.prototype.doHit=function(e){if(this.renderer.xr.isPresenting){var t,n,i=this.renderer.xr.getReferenceSpace(),r=e.getViewerPose(i);return this.xrHitTestSource&&r?this.transient?(t=e.getHitTestResultsForTransientInput(this.xrHitTestSource)).length>0&&(n=t[0].results).length>0&&(this.lastHitTest=n[0],n[0].getPose(i)):(t=e.getHitTestResults(this.xrHitTestSource)).length>0&&(this.lastHitTest=t[0],t[0].getPose(i)):void 0}},c.updateAnchorPoses=function(e,t){var n=e.trackedAnchors||c.prototype.previousFrameAnchors;c.prototype.previousFrameAnchors.forEach((function(e){n.has(e)||c.prototype.anchorToObject3D.delete(e)})),n.forEach((function(n){var i,r,s,o;try{i=e.getPose(n.anchorSpace,t)}catch(e){}i&&(s=(r=c.prototype.anchorToObject3D.get(n)).offset,o=r.object3D,l(i,o,s))}))},e.exports.Component=o(\"ar-hit-test\",{schema:{target:{type:\"selector\"},enabled:{default:!0},src:{default:\"data:image/webp;base64,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\",type:\"map\"},type:{default:\"footprint\",oneOf:[\"footprint\",\"map\"]},footprintDepth:{default:.1},mapSize:{type:\"vec2\",default:{x:.5,y:.5}}},init:function(){this.hitTest=null,this.imageDataArray=new Uint8ClampedArray(1048576),this.imageData=new ImageData(this.imageDataArray,512,512),this.textureCache=new Map,this.orthoCam=new a.OrthographicCamera,this.orthoCam.layers.set(21),this.textureTarget=new a.WebGLRenderTarget(512,512,{}),this.basicMaterial=new a.MeshBasicMaterial({color:0,side:a.DoubleSide}),this.canvas=document.createElement(\"canvas\"),this.context=this.canvas.getContext(\"2d\"),this.context.imageSmoothingEnabled=!1,this.canvas.width=512,this.canvas.height=512,this.canvasTexture=new a.CanvasTexture(this.canvas,{alpha:!0}),this.canvasTexture.flipY=!1;var e=this.el.getAttribute(\"webxr\"),t=e.optionalFeatures;t.includes(\"hit-test\")&&t.includes(\"anchors\")||(t.push(\"hit-test\"),t.push(\"anchors\"),this.el.setAttribute(\"webxr\",e)),this.el.sceneEl.renderer.xr.addEventListener(\"sessionend\",function(){this.hitTest=null}.bind(this)),this.el.sceneEl.renderer.xr.addEventListener(\"sessionstart\",function(){if(this.el.is(\"ar-mode\")){var e=this.el.sceneEl.renderer,t=this.session=e.xr.getSession();this.hasPosedOnce=!1,this.bboxMesh.visible=!1,s||(s=new Map),t.requestReferenceSpace(\"viewer\").then(function(t){this.hitTest=new c(e,{space:t}),s.set(t,this.hitTest),this.el.emit(\"ar-hit-test-start\")}.bind(this));var n=\"generic-touchscreen\",i=new c(e,{profile:n});t.addEventListener(\"selectstart\",function(t){if(!0===this.data.enabled){var r=t.inputSource;this.bboxMesh.visible=!0,!0===this.hasPosedOnce&&(this.el.emit(\"ar-hit-test-select-start\",{inputSource:r,position:this.bboxMesh.position,orientation:this.bboxMesh.quaternion}),r.profiles[0]===n?this.hitTest=i:(this.hitTest=s.get(r)||new c(e,{space:r.targetRaySpace}),s.set(r,this.hitTest)))}}.bind(this)),t.addEventListener(\"selectend\",function(e){if(this.hitTest&&!0===this.data.enabled){var t,n=e.inputSource;!0===this.hasPosedOnce&&(this.bboxMesh.visible=!1,this.data.target&&(t=this.data.target.object3D)&&(l.tempFakePose.transform.position.copy(this.bboxMesh.position),l.tempFakePose.transform.orientation.copy(this.bboxMesh.quaternion),l(l.tempFakePose,t,this.bboxOffset),t.visible=!0,this.hitTest.anchorFromLastHitTestResult(t,this.bboxOffset)),this.el.emit(\"ar-hit-test-select\",{inputSource:n,position:this.bboxMesh.position,orientation:this.bboxMesh.quaternion})),this.hitTest=null}else this.hitTest=null}.bind(this))}}.bind(this)),this.bboxOffset=new a.Vector3,this.update=this.update.bind(this),this.makeBBox()},update:function(){!1===this.data.enabled&&(this.hitTest=null,this.bboxMesh.visible=!1),this.data.target&&(this.data.target.object3D?(this.data.target.addEventListener(\"model-loaded\",this.update),this.data.target.object3D.layers.enable(21),this.data.target.object3D.traverse((function(e){e.layers.enable(21)}))):this.data.target.addEventListener(\"loaded\",this.update,{once:!0})),this.bboxNeedsUpdate=!0},makeBBox:function(){var e=new a.PlaneGeometry(1,1),t=new a.MeshBasicMaterial({transparent:!0,color:16777215});e.rotateX(-Math.PI/2),e.rotateY(-Math.PI/2),this.bbox=new a.Box3,this.bboxMesh=new a.Mesh(e,t),this.el.setObject3D(\"ar-hit-test\",this.bboxMesh),this.bboxMesh.visible=!1},updateFootprint:function(){var e,t,n,i=this.el.sceneEl.renderer,r=i.xr.enabled;this.bboxMesh.material.map=this.canvasTexture,this.bboxMesh.material.needsUpdate=!0,this.orthoCam.rotation.set(-Math.PI/2,0,-Math.PI/2),this.orthoCam.position.copy(this.bboxMesh.position),this.orthoCam.position.y-=this.bboxMesh.scale.y/2,this.orthoCam.near=.1,this.orthoCam.far=this.orthoCam.near+this.data.footprintDepth*this.bboxMesh.scale.y,this.orthoCam.position.y+=this.orthoCam.far,this.orthoCam.right=this.bboxMesh.scale.z/2,this.orthoCam.left=-this.bboxMesh.scale.z/2,this.orthoCam.top=this.bboxMesh.scale.x/2,this.orthoCam.bottom=-this.bboxMesh.scale.x/2,this.orthoCam.updateProjectionMatrix(),t=i.getRenderTarget(),i.setRenderTarget(this.textureTarget),i.xr.enabled=!1,n=this.el.object3D.background,this.el.object3D.overrideMaterial=this.basicMaterial,this.el.object3D.background=null,i.render(this.el.object3D,this.orthoCam),this.el.object3D.background=n,this.el.object3D.overrideMaterial=null,i.xr.enabled=r,i.setRenderTarget(t),i.readRenderTargetPixels(this.textureTarget,0,0,512,512,this.imageDataArray),this.context.putImageData(this.imageData,0,0),this.context.shadowColor=\"white\",this.context.shadowBlur=10,this.context.drawImage(this.canvas,0,0),e=this.context.getImageData(0,0,512,512);for(var s=0;s\u003C262144;s++)0!==e.data[4*s+3]&&255!==e.data[4*s+3]&&(e.data[4*s+3]=128);this.context.putImageData(e,0,0),this.canvasTexture.needsUpdate=!0},tick:function(){var e,t,n=this.el.sceneEl.frame,i=this.el.sceneEl.renderer;(n&&c.updateAnchorPoses(n,i.xr.getReferenceSpace()),this.bboxNeedsUpdate)&&(this.bboxNeedsUpdate=!1,this.data.target&&\"map\"!==this.data.type||(this.textureCache.has(this.data.src)?t=this.textureCache.get(this.data.src):(t=(new a.TextureLoader).load(this.data.src),this.textureCache.set(this.data.src,t)),this.bboxMesh.material.map=t,this.bboxMesh.material.needsUpdate=!0),this.data.target&&this.data.target.object3D?(this.bbox.setFromObject(this.data.target.object3D),this.bbox.getCenter(this.bboxMesh.position),this.bbox.getSize(this.bboxMesh.scale),\"footprint\"===this.data.type&&(this.bboxMesh.scale.x*=1.04,this.bboxMesh.scale.z*=1.04,this.updateFootprint()),this.bboxMesh.position.y-=this.bboxMesh.scale.y/2,this.bboxOffset.copy(this.bboxMesh.position),this.bboxOffset.sub(this.data.target.object3D.position)):this.bboxMesh.scale.set(this.data.mapSize.x,1,this.data.mapSize.y));this.hitTest&&(e=this.hitTest.doHit(n))&&(!0!==this.hasPosedOnce&&(this.hasPosedOnce=!0,this.el.emit(\"ar-hit-test-achieved\")),this.bboxMesh.visible=!0,this.bboxMesh.position.copy(e.transform.position),this.bboxMesh.quaternion.copy(e.transform.orientation))}})},2819:(e,t,n)=>{var i=n(3515).registerComponent,r=n(3515).components;e.exports.Component=i(\"background\",{schema:{color:{type:\"color\",default:\"black\"},transparent:{default:!1}},update:function(){var e=this.data,t=this.el.object3D;e.transparent?t.background=null:t.background=new THREE.Color(e.color)},remove:function(){var e=this.data,t=this.el.object3D;e.transparent?t.background=null:t.background=r[this.name].schema.color.default}})},1135:(e,t,n)=>{var i=n(3515).registerComponent;e.exports.Component=i(\"debug\",{schema:{default:!0}})},4046:(e,t,n)=>{var i=n(3515).registerComponent,r=n(8903).bind,s=n(8309),o=\"a-dialog-buttons-container\",a=\"a-dialog-button\";function l(e,t){var n,i,r,o;return(n=document.createElement(\"div\")).classList.add(\"a-modal\"),n.setAttribute(s.AFRAME_INJECTED,\"\"),(i=document.createElement(\"div\")).className=\"a-dialog\",i.setAttribute(s.AFRAME_INJECTED,\"\"),n.appendChild(i),(r=document.createElement(\"div\")).classList.add(\"a-dialog-text-container\"),i.appendChild(r),(o=document.createElement(\"div\")).classList.add(\"a-dialog-text\"),o.innerHTML=e,r.appendChild(o),i.appendChild(t),n}e.exports.Component=i(\"device-orientation-permission-ui\",{schema:{enabled:{default:!0},deviceMotionMessage:{default:\"This immersive website requires access to your device motion sensors.\"},httpsMessage:{default:\"Access this site over HTTPS to enter VR mode and grant access to the device sensors.\"},denyButtonText:{default:\"Deny\"},allowButtonText:{default:\"Allow\"},cancelButtonText:{default:\"Cancel\"}},init:function(){var e=this;this.data.enabled&&(\"localhost\"!==location.hostname&&\"127.0.0.1\"!==location.hostname&&\"http:\"===location.protocol&&this.showHTTPAlert(),\"undefined\"!=typeof DeviceOrientationEvent&&DeviceOrientationEvent.requestPermission?(this.onDeviceMotionDialogAllowClicked=r(this.onDeviceMotionDialogAllowClicked,this),this.onDeviceMotionDialogDenyClicked=r(this.onDeviceMotionDialogDenyClicked,this),DeviceOrientationEvent.requestPermission().then((function(){e.el.emit(\"deviceorientationpermissiongranted\"),e.permissionGranted=!0})).catch((function(){var t,n,i,r,c,h,u,d;e.devicePermissionDialogEl=(t=e.data.denyButtonText,n=e.data.allowButtonText,i=e.data.deviceMotionMessage,r=e.onDeviceMotionDialogAllowClicked,c=e.onDeviceMotionDialogDenyClicked,(h=document.createElement(\"div\")).classList.add(o),(u=document.createElement(\"button\")).classList.add(a,\"a-dialog-deny-button\"),u.setAttribute(s.AFRAME_INJECTED,\"\"),u.innerHTML=t,h.appendChild(u),(d=document.createElement(\"button\")).classList.add(a,\"a-dialog-allow-button\"),d.setAttribute(s.AFRAME_INJECTED,\"\"),d.innerHTML=n,h.appendChild(d),d.addEventListener(\"click\",(function(e){e.stopPropagation(),r()})),u.addEventListener(\"click\",(function(e){e.stopPropagation(),c()})),l(i,h)),e.el.appendChild(e.devicePermissionDialogEl)}))):this.permissionGranted=!0)},remove:function(){this.devicePermissionDialogEl&&this.el.removeChild(this.devicePermissionDialogEl)},onDeviceMotionDialogDenyClicked:function(){this.remove()},showHTTPAlert:function(){var e,t,n,i,r,c=this,h=(e=c.data.cancelButtonText,t=c.data.httpsMessage,n=function(){c.el.removeChild(h)},(i=document.createElement(\"div\")).classList.add(o),(r=document.createElement(\"button\")).classList.add(a,\"a-dialog-ok-button\"),r.setAttribute(s.AFRAME_INJECTED,\"\"),r.innerHTML=e,i.appendChild(r),r.addEventListener(\"click\",(function(e){e.stopPropagation(),n()})),l(t,i));this.el.appendChild(h)},onDeviceMotionDialogAllowClicked:function(){var e=this;this.el.emit(\"deviceorientationpermissionrequested\"),DeviceOrientationEvent.requestPermission().then((function(t){\"granted\"===t?(e.el.emit(\"deviceorientationpermissiongranted\"),e.permissionGranted=!0):e.el.emit(\"deviceorientationpermissionrejected\"),e.remove()})).catch(console.error)}})},1277:(e,t,n)=>{var i=n(3515).registerComponent;e.exports.Component=i(\"embedded\",{dependencies:[\"vr-mode-ui\"],schema:{default:!0},update:function(){var e=this.el,t=e.querySelector(\".a-enter-vr\");!0===this.data?(t&&t.classList.add(\"embedded\"),e.removeFullScreenStyles()):(t&&t.classList.remove(\"embedded\"),e.addFullScreenStyles())}})},3638:(e,t,n)=>{var i=n(3515).registerComponent,r=n(2666),s=n(4219)(\"components:fog:warn\");e.exports.Component=i(\"fog\",{schema:{color:{type:\"color\",default:\"#000\"},density:{default:25e-5},far:{default:1e3,min:0},near:{default:1,min:0},type:{default:\"linear\",oneOf:[\"linear\",\"exponential\"]}},update:function(){var e=this.data,t=this.el,n=this.el.object3D.fog;if(t.isScene)return n&&e.type===n.name?void Object.keys(this.schema).forEach((function(t){var i=e[t];\"color\"===t&&(i=new r.Color(i)),n[t]=i})):(t.object3D.fog=function(e){var t;return(t=\"exponential\"===e.type?new r.FogExp2(e.color,e.density):new r.Fog(e.color,e.near,e.far)).name=e.type,t}(e),void t.systems.material.updateMaterials());s(\"Fog component can only be applied to \u003Ca-scene>\")},remove:function(){var e=this.el.object3D.fog;e&&(e.far=0,e.near=.1)}})},3969:(e,t,n)=>{var i,r=n(8309).AFRAME_INJECTED,s=n(4147),o=n(3515).registerComponent,a=n(8903),l=\"https://unpkg.com/aframe-inspector@\"+((i=s.version.split(\".\"))[2]=\"x\",i.join(\".\")+\"/dist/aframe-inspector.min.js\");e.exports.Component=o(\"inspector\",{schema:{url:{default:l}},init:function(){this.firstPlay=!0,this.onKeydown=this.onKeydown.bind(this),this.onMessage=this.onMessage.bind(this),this.initOverlay(),window.addEventListener(\"keydown\",this.onKeydown),window.addEventListener(\"message\",this.onMessage)},play:function(){var e;this.firstPlay&&\"false\"!==(e=a.getUrlParameter(\"inspector\"))&&e&&(this.openInspector(),this.firstPlay=!1)},initOverlay:function(){this.loadingMessageEl=document.createElement(\"div\"),this.loadingMessageEl.classList.add(\"a-inspector-loader\"),this.loadingMessageEl.innerHTML='Loading Inspector\u003Cspan class=\"dots\">\u003Cspan>.\u003C/span>\u003Cspan>.\u003C/span>\u003Cspan>.\u003C/span>\u003C/span>'},remove:function(){this.removeEventListeners()},onKeydown:function(e){73===e.keyCode&&(e.ctrlKey&&e.altKey||e.getModifierState(\"AltGraph\"))&&this.openInspector()},showLoader:function(){document.body.appendChild(this.loadingMessageEl)},hideLoader:function(){document.body.removeChild(this.loadingMessageEl)},onMessage:function(e){\"INJECT_AFRAME_INSPECTOR\"===e.data&&this.openInspector()},openInspector:function(e){var t,n=this;AFRAME.INSPECTOR||AFRAME.inspectorInjected?AFRAME.INSPECTOR.open(e):(this.showLoader(),(t=document.createElement(\"script\")).src=this.data.url,t.setAttribute(\"data-name\",\"aframe-inspector\"),t.setAttribute(r,\"\"),t.onload=function(){AFRAME.INSPECTOR.open(e),n.hideLoader(),n.removeEventListeners()},t.onerror=function(){n.loadingMessageEl.innerHTML=\"Error loading Inspector\"},document.head.appendChild(t),AFRAME.inspectorInjected=!0)},removeEventListeners:function(){window.removeEventListener(\"keydown\",this.onKeydown),window.removeEventListener(\"message\",this.onMessage)}})},7445:(e,t,n)=>{var i=n(3515).registerComponent,r=n(8903).shouldCaptureKeyEvent;e.exports.Component=i(\"keyboard-shortcuts\",{schema:{enterVR:{default:!0},exitVR:{default:!0}},init:function(){this.onKeyup=this.onKeyup.bind(this)},update:function(e){var t=this.data;this.enterVREnabled=t.enterVR},play:function(){window.addEventListener(\"keyup\",this.onKeyup,!1)},pause:function(){window.removeEventListener(\"keyup\",this.onKeyup)},onKeyup:function(e){var t=this.el;r(e)&&(this.enterVREnabled&&70===e.keyCode&&t.enterVR(),this.enterVREnabled&&27===e.keyCode&&t.exitVR())}})},4310:(e,t,n)=>{var i=n(4219),r=n(3515).registerComponent,s=i(\"components:pool:warn\");e.exports.Component=r(\"pool\",{schema:{container:{default:\"\"},mixin:{default:\"\"},size:{default:0},dynamic:{default:!1}},multiple:!0,initPool:function(){var e;for(this.availableEls=[],this.usedEls=[],this.data.mixin||s(\"No mixin provided for pool component.\"),this.data.container&&(this.container=document.querySelector(this.data.container),this.container||s(\"Container \"+this.data.container+\" not found.\")),this.container=this.container||this.el,e=0;e\u003Cthis.data.size;++e)this.createEntity()},update:function(e){var t=this.data;e.mixin===t.mixin&&e.size===t.size||this.initPool()},createEntity:function(){var e;(e=document.createElement(\"a-entity\")).play=this.wrapPlay(e.play),e.setAttribute(\"mixin\",this.data.mixin),e.object3D.visible=!1,e.pause(),this.container.appendChild(e),this.availableEls.push(e);var t=this.usedEls;e.addEventListener(\"loaded\",(function(){-1===t.indexOf(e)&&(e.object3DParent=e.object3D.parent,e.object3D.parent.remove(e.object3D))}))},wrapPlay:function(e){var t=this.usedEls;return function(){-1!==t.indexOf(this)&&e.call(this)}},requestEntity:function(){var e;if(0===this.availableEls.length){if(!1===this.data.dynamic)return void s(\"Requested entity from empty pool: \"+this.attrName);s(\"Requested entity from empty pool. This pool is dynamic and will resize automatically. You might want to increase its initial size: \"+this.attrName),this.createEntity()}return e=this.availableEls.shift(),this.usedEls.push(e),e.object3DParent&&(e.object3DParent.add(e.object3D),this.updateRaycasters()),e.object3D.visible=!0,e},returnEntity:function(e){var t=this.usedEls.indexOf(e);if(-1!==t)return this.usedEls.splice(t,1),this.availableEls.push(e),e.object3DParent=e.object3D.parent,e.object3D.parent.remove(e.object3D),this.updateRaycasters(),e.object3D.visible=!1,e.pause(),e;s(\"The returned entity was not previously pooled from \"+this.attrName)},updateRaycasters(){document.querySelectorAll(\"[raycaster]\").forEach((function(e){e.components.raycaster.setDirty()}))}})},5670:(e,t,n)=>{var i=n(3515).registerComponent;e.exports.Component=i(\"reflection\",{schema:{directionalLight:{type:\"selector\"}},init:function(){var e=this;this.cubeRenderTarget=new THREE.WebGLCubeRenderTarget(16),this.cubeCamera=new THREE.CubeCamera(.1,1e3,this.cubeRenderTarget),this.lightingEstimationTexture=new THREE.WebGLCubeRenderTarget(16).texture,this.needsVREnvironmentUpdate=!0;var t=this.el.getAttribute(\"webxr\"),n=t.optionalFeatures;n.includes(\"light-estimation\")||(n.push(\"light-estimation\"),this.el.setAttribute(\"webxr\",t)),this.el.addEventListener(\"enter-vr\",(function(){e.el.renderer.xr.getSession().requestLightProbe&&e.el.is(\"ar-mode\")&&e.startLightProbe()})),this.el.addEventListener(\"exit-vr\",(function(){e.stopLightProbe()})),this.el.object3D.environment=this.cubeRenderTarget.texture},stopLightProbe:function(){this.xrLightProbe=null,this.probeLight&&(this.probeLight.components.light.light.intensity=0),this.needsVREnvironmentUpdate=!0,this.el.object3D.environment=this.cubeRenderTarget.texture},startLightProbe:function(){this.needsLightProbeUpdate=!0},setupLightProbe:function(){var e=this.el.renderer,t=e.xr.getSession(),n=this,i=e.getContext();if(!this.probeLight){var r=document.createElement(\"a-light\");r.setAttribute(\"type\",\"probe\"),r.setAttribute(\"intensity\",0),this.el.appendChild(r),this.probeLight=r}switch(t.preferredReflectionFormat){case\"srgba8\":i.getExtension(\"EXT_sRGB\");break;case\"rgba16f\":i.getExtension(\"OES_texture_half_float\")}this.glBinding=new XRWebGLBinding(t,i),i.getExtension(\"EXT_sRGB\"),i.getExtension(\"OES_texture_half_float\"),t.requestLightProbe().then((function(e){n.xrLightProbe=e,e.addEventListener(\"reflectionchange\",n.updateXRCubeMap.bind(n))})).catch((function(e){console.warn(\"Lighting estimation not supported: \"+e.message),console.warn('Are you missing: webxr=\"optionalFeatures: light-estimation;\" from \u003Ca-scene>?')}))},updateXRCubeMap:function(){var e=this.el.renderer,t=this.glBinding.getReflectionCubeMap(this.xrLightProbe);t&&(e.properties.get(this.lightingEstimationTexture).__webglTexture=t,this.lightingEstimationTexture.needsPMREMUpdate=!0,this.el.object3D.environment=this.lightingEstimationTexture)},tick:function(){var e=this.el.object3D,t=this.el.renderer,n=this.el.frame;if(n&&this.xrLightProbe){var i=n.getLightEstimate(this.xrLightProbe);i&&function(e,t,n,i){var r=Math.max(e.primaryLightIntensity.x,Math.max(e.primaryLightIntensity.y,e.primaryLightIntensity.z));t.sh.fromArray(e.sphericalHarmonicsCoefficients),t.intensity=1,n&&(n.color.setRGB(e.primaryLightIntensity.x/r,e.primaryLightIntensity.y/r,e.primaryLightIntensity.z/r),n.intensity=r,i.copy(e.primaryLightDirection))}(i,this.probeLight.components.light.light,this.data.directionalLight&&this.data.directionalLight.components.light.light,this.data.directionalLight&&this.data.directionalLight.object3D.position)}this.needsVREnvironmentUpdate&&(e.environment=null,this.needsVREnvironmentUpdate=!1,this.cubeCamera.position.set(0,1.6,0),this.cubeCamera.update(t,e),e.environment=this.cubeRenderTarget.texture),this.needsLightProbeUpdate&&n&&(this.setupLightProbe(),this.needsLightProbeUpdate=!1)},remove:function(){this.el.object3D.environment=null,this.probeLight&&this.el.removeChild(this.probeLight)}})},467:(e,t,n)=>{var i=n(3515).registerComponent,r=n(2666),s=[\"attribute vec3 position;\",\"attribute vec2 uv;\",\"uniform mat4 projectionMatrix;\",\"uniform mat4 modelViewMatrix;\",\"varying vec2 vUv;\",\"void main()  {\",\"  vUv = vec2( 1.- uv.x, uv.y );\",\"  gl_Position = projectionMatrix * modelViewMatrix * vec4( position, 1.0 );\",\"}\"].join(\"\\n\"),o=[\"precision mediump float;\",\"uniform samplerCube map;\",\"varying vec2 vUv;\",\"#define M_PI 3.141592653589793238462643383279\",\"void main() {\",\"  vec2 uv = vUv;\",\"  float longitude = uv.x * 2. * M_PI - M_PI + M_PI / 2.;\",\"  float latitude = uv.y * M_PI;\",\"  vec3 dir = vec3(\",\"    - sin( longitude ) * sin( latitude ),\",\"    cos( latitude ),\",\"    - cos( longitude ) * sin( latitude )\",\"  );\",\"  normalize( dir );\",\"  gl_FragColor = vec4( textureCube( map, dir ).rgb, 1.0 );\",\"}\"].join(\"\\n\");e.exports.Component=i(\"screenshot\",{schema:{width:{default:4096},height:{default:2048},camera:{type:\"selector\"}},init:function(){var e=this.el,t=this;function n(){var n=e.renderer.getContext();n&&(t.cubeMapSize=n.getParameter(n.MAX_CUBE_MAP_TEXTURE_SIZE),t.material=new r.RawShaderMaterial({uniforms:{map:{type:\"t\",value:null}},vertexShader:s,fragmentShader:o,side:r.DoubleSide}),t.quad=new r.Mesh(new r.PlaneGeometry(1,1),t.material),t.quad.visible=!1,t.camera=new r.OrthographicCamera(-.5,.5,.5,-.5,-1e4,1e4),t.canvas=document.createElement(\"canvas\"),t.ctx=t.canvas.getContext(\"2d\"),e.object3D.add(t.quad),t.onKeyDown=t.onKeyDown.bind(t))}e.renderer?n():e.addEventListener(\"render-target-loaded\",n)},getRenderTarget:function(e,t){return new r.WebGLRenderTarget(e,t,{encoding:this.el.sceneEl.renderer.outputEncoding,minFilter:r.LinearFilter,magFilter:r.LinearFilter,wrapS:r.ClampToEdgeWrapping,wrapT:r.ClampToEdgeWrapping,format:r.RGBAFormat,type:r.UnsignedByteType})},resize:function(e,t){this.quad.scale.set(e,t,1),this.camera.left=-1*e/2,this.camera.right=e/2,this.camera.top=t/2,this.camera.bottom=-1*t/2,this.camera.updateProjectionMatrix(),this.canvas.width=e,this.canvas.height=t},play:function(){window.addEventListener(\"keydown\",this.onKeyDown)},onKeyDown:function(e){var t=83===e.keyCode&&e.ctrlKey&&e.altKey;if(this.data&&t){var n=e.shiftKey?\"equirectangular\":\"perspective\";this.capture(n)}},setCapture:function(e){var t,n,i,s,o=this.el;return\"perspective\"===e?(this.quad.visible=!1,n=this.data.camera&&this.data.camera.components.camera.camera||o.camera,t={width:this.data.width,height:this.data.height}):(n=this.camera,s=new r.WebGLCubeRenderTarget(Math.min(this.cubeMapSize,2048),{format:r.RGBFormat,generateMipmaps:!0,minFilter:r.LinearMipmapLinearFilter,encoding:r.sRGBEncoding}),i=new r.CubeCamera(o.camera.near,o.camera.far,s),o.camera.getWorldPosition(i.position),o.camera.getWorldQuaternion(i.quaternion),i.update(o.renderer,o.object3D),this.quad.material.uniforms.map.value=i.renderTarget.texture,t={width:this.data.width,height:this.data.height},this.quad.visible=!0),{camera:n,size:t,projection:e}},capture:function(e){var t,n=this.el.renderer.xr.enabled,i=this.el.renderer;i.xr.enabled=!1,t=this.setCapture(e),this.renderCapture(t.camera,t.size,t.projection),this.saveCapture(),i.xr.enabled=n},getCanvas:function(e){var t=this.el.renderer.xr.enabled,n=this.el.renderer,i=this.setCapture(e);return n.xr.enabled=!1,this.renderCapture(i.camera,i.size,i.projection),n.xr.enabled=t,this.canvas},renderCapture:function(e,t,n){var i,r,s,o=this.el.renderer.autoClear,a=this.el,l=a.renderer;r=this.getRenderTarget(t.width,t.height),s=new Uint8Array(4*t.width*t.height),this.resize(t.width,t.height),l.autoClear=!0,l.clear(),l.setRenderTarget(r),l.render(a.object3D,e),l.autoClear=o,l.readRenderTargetPixels(r,0,0,t.width,t.height,s),l.setRenderTarget(null),\"perspective\"===n&&(s=this.flipPixelsVertically(s,t.width,t.height)),i=new ImageData(new Uint8ClampedArray(s),t.width,t.height),this.quad.visible=!1,this.ctx.putImageData(i,0,0)},flipPixelsVertically:function(e,t,n){for(var i=e.slice(0),r=0;r\u003Ct;++r)for(var s=0;s\u003Cn;++s)i[4*r+s*t*4]=e[4*r+(n-s)*t*4],i[4*r+1+s*t*4]=e[4*r+1+(n-s)*t*4],i[4*r+2+s*t*4]=e[4*r+2+(n-s)*t*4],i[4*r+3+s*t*4]=e[4*r+3+(n-s)*t*4];return i},saveCapture:function(){this.canvas.toBlob((function(e){var t=\"screenshot-\"+document.title.toLowerCase()+\"-\"+Date.now()+\".png\",n=document.createElement(\"a\"),i=URL.createObjectURL(e);n.href=i,n.setAttribute(\"download\",t),n.innerHTML=\"downloading...\",n.style.display=\"none\",document.body.appendChild(n),setTimeout((function(){n.click(),document.body.removeChild(n)}),1)}),\"image/png\")}})},5834:(e,t,n)=>{var i=n(3515).registerComponent,r=n(1326),s=n(8903);n(9625),n(1543);var o=window.aframeStats,a=s.bind,l=\"a-hidden\",c=window.threeStats;e.exports.Component=i(\"stats\",{schema:{default:!0},init:function(){var e=this.el;\"false\"!==s.getUrlParameter(\"stats\")&&(this.stats=function(e){var t=new c(e.renderer),n=new o(e),i=e.isMobile?[]:[t,n];return new r({css:[],values:{fps:{caption:\"fps\",below:30}},groups:[{caption:\"Framerate\",values:[\"fps\",\"raf\"]}],plugins:i})}(e),this.statsEl=document.querySelector(\".rs-base\"),this.hideBound=a(this.hide,this),this.showBound=a(this.show,this),e.addEventListener(\"enter-vr\",this.hideBound),e.addEventListener(\"exit-vr\",this.showBound))},update:function(){if(this.stats)return this.data?this.show():this.hide()},remove:function(){this.el.removeEventListener(\"enter-vr\",this.hideBound),this.el.removeEventListener(\"exit-vr\",this.showBound),this.statsEl&&this.statsEl.parentNode.removeChild(this.statsEl)},tick:function(){var e=this.stats;e&&(e(\"rAF\").tick(),e(\"FPS\").frame(),e().update())},hide:function(){this.statsEl.classList.add(l)},show:function(){this.statsEl.classList.remove(l)}})},2772:(e,t,n)=>{var i=n(3515).registerComponent,r=n(8309),s=n(8903),o=s.bind,a=\"a-hidden\";function l(e){e.addEventListener(\"touchstart\",(function(){e.classList.remove(\"resethover\")})),e.addEventListener(\"touchend\",(function(){e.classList.add(\"resethover\")}))}e.exports.Component=i(\"vr-mode-ui\",{dependencies:[\"canvas\"],schema:{enabled:{default:!0},cardboardModeEnabled:{default:!1},enterVRButton:{default:\"\"},enterARButton:{default:\"\"}},init:function(){var e=this,t=this.el;\"false\"!==s.getUrlParameter(\"ui\")&&(this.insideLoader=!1,this.enterVREl=null,this.enterAREl=null,this.orientationModalEl=null,this.bindMethods(),t.addEventListener(\"enter-vr\",this.updateEnterInterfaces),t.addEventListener(\"exit-vr\",this.updateEnterInterfaces),t.addEventListener(\"update-vr-devices\",this.updateEnterInterfaces),window.addEventListener(\"message\",(function(t){\"loaderReady\"===t.data.type&&(e.insideLoader=!0,e.remove())})),window.addEventListener(\"orientationchange\",this.toggleOrientationModalIfNeeded))},bindMethods:function(){this.onEnterVRButtonClick=o(this.onEnterVRButtonClick,this),this.onEnterARButtonClick=o(this.onEnterARButtonClick,this),this.onModalClick=o(this.onModalClick,this),this.toggleOrientationModalIfNeeded=o(this.toggleOrientationModalIfNeeded,this),this.updateEnterInterfaces=o(this.updateEnterInterfaces,this)},onModalClick:function(){this.el.exitVR()},onEnterVRButtonClick:function(){this.el.enterVR()},onEnterARButtonClick:function(){this.el.enterAR()},update:function(){var e,t,n,i=this.data,o=this.el;if(!i.enabled||this.insideLoader||\"false\"===s.getUrlParameter(\"ui\"))return this.remove();this.enterVREl||this.enterAREl||this.orientationModalEl||(i.enterVRButton?(this.enterVREl=document.querySelector(i.enterVRButton),this.enterVREl.addEventListener(\"click\",this.onEnterVRButtonClick)):(this.enterVREl=(e=this.onEnterVRButtonClick,(n=document.createElement(\"div\")).classList.add(\"a-enter-vr\"),n.setAttribute(r.AFRAME_INJECTED,\"\"),(t=document.createElement(\"button\")).className=\"a-enter-vr-button\",t.setAttribute(\"title\",\"Enter VR mode with a headset or fullscreen without\"),t.setAttribute(r.AFRAME_INJECTED,\"\"),s.device.isMobile()&&l(t),n.appendChild(t),t.addEventListener(\"click\",(function(t){e(),t.stopPropagation()})),n),o.appendChild(this.enterVREl)),i.enterARButton?(this.enterAREl=document.querySelector(i.enterARButton),this.enterAREl.addEventListener(\"click\",this.onEnterARButtonClick)):(this.enterAREl=function(e){var t,n;return(n=document.createElement(\"div\")).classList.add(\"a-enter-ar\"),n.setAttribute(r.AFRAME_INJECTED,\"\"),(t=document.createElement(\"button\")).className=\"a-enter-ar-button\",t.setAttribute(\"title\",\"Enter AR mode with a headset or handheld device.\"),t.setAttribute(r.AFRAME_INJECTED,\"\"),s.device.isMobile()&&l(t),n.appendChild(t),t.addEventListener(\"click\",(function(t){e(),t.stopPropagation()})),n}(this.onEnterARButtonClick),o.appendChild(this.enterAREl)),this.orientationModalEl=function(e){var t=document.createElement(\"div\");t.className=\"a-orientation-modal\",t.classList.add(a),t.setAttribute(r.AFRAME_INJECTED,\"\");var n=document.createElement(\"button\");return n.setAttribute(r.AFRAME_INJECTED,\"\"),n.innerHTML=\"Exit VR\",n.addEventListener(\"click\",e),t.appendChild(n),t}(this.onModalClick),o.appendChild(this.orientationModalEl),this.updateEnterInterfaces())},remove:function(){[this.enterVREl,this.enterAREl,this.orientationModalEl].forEach((function(e){e&&e.parentNode&&e.parentNode.removeChild(e)})),this.enterVREl=void 0,this.enterAREl=void 0,this.orientationModalEl=void 0},updateEnterInterfaces:function(){this.toggleEnterVRButtonIfNeeded(),this.toggleEnterARButtonIfNeeded(),this.toggleOrientationModalIfNeeded()},toggleEnterVRButtonIfNeeded:function(){var e=this.el;this.enterVREl&&(e.is(\"vr-mode\")||(e.isMobile||s.device.isMobileDeviceRequestingDesktopSite())&&!this.data.cardboardModeEnabled&&!s.device.checkVRSupport()?this.enterVREl.classList.add(a):(s.device.checkVRSupport()||this.enterVREl.classList.add(\"fullscreen\"),this.enterVREl.classList.remove(a)))},toggleEnterARButtonIfNeeded:function(){var e=this.el;this.enterAREl&&(e.is(\"vr-mode\")||!s.device.checkARSupport()?this.enterAREl.classList.add(a):this.enterAREl.classList.remove(a))},toggleOrientationModalIfNeeded:function(){var e=this.el,t=this.orientationModalEl;t&&e.isMobile&&(!s.device.isLandscape()&&e.is(\"vr-mode\")?t.classList.remove(a):t.classList.add(a))}})},1684:(e,t,n)=>{var i=n(3515),r=n(2666),s=n(7629),o=i.registerComponent;e.exports.Component=o(\"shadow\",{schema:{cast:{default:!0},receive:{default:!0}},init:function(){this.onMeshChanged=s(this.update,this),this.el.addEventListener(\"object3dset\",this.onMeshChanged),this.system.setShadowMapEnabled(!0)},update:function(){var e=this.data;this.updateDescendants(e.cast,e.receive)},remove:function(){this.el.removeEventListener(\"object3dset\",this.onMeshChanged),this.updateDescendants(!1,!1)},updateDescendants:function(e,t){var n=this.el.sceneEl;this.el.object3D.traverse((function(i){if(i instanceof r.Mesh&&(i.castShadow=e,i.receiveShadow=t,n.hasLoaded&&i.material))for(var s=Array.isArray(i.material)?i.material:[i.material],o=0;o\u003Cs.length;o++)s[o].needsUpdate=!0}))}})},5538:(e,t,n)=>{var i=n(3515).registerComponent,r=n(4219),s=n(2666),o=r(\"components:sound:warn\");e.exports.Component=i(\"sound\",{schema:{autoplay:{default:!1},distanceModel:{default:\"inverse\",oneOf:[\"linear\",\"inverse\",\"exponential\"]},loop:{default:!1},maxDistance:{default:1e4},on:{default:\"\"},poolSize:{default:1},positional:{default:!0},refDistance:{default:1},rolloffFactor:{default:1},src:{type:\"audio\"},volume:{default:1}},multiple:!0,init:function(){var e=this;this.listener=null,this.audioLoader=new s.AudioLoader,this.pool=new s.Group,this.loaded=!1,this.mustPlay=!1,this.playSoundBound=function(){e.playSound()}},update:function(e){var t,n,i=this.data,r=i.src!==e.src;if(r){if(!i.src)return;this.setupSound()}for(t=0;t\u003Cthis.pool.children.length;t++)n=this.pool.children[t],i.positional&&(n.setDistanceModel(i.distanceModel),n.setMaxDistance(i.maxDistance),n.setRefDistance(i.refDistance),n.setRolloffFactor(i.rolloffFactor)),n.setLoop(i.loop),n.setVolume(i.volume),n.isPaused=!1;if(i.on!==e.on&&this.updateEventListener(e.on),r){var o=this;this.loaded=!1,this.audioLoader.load(i.src,(function(e){for(t=0;t\u003Co.pool.children.length;t++)(n=o.pool.children[t]).setBuffer(e);o.loaded=!0,s.Cache.remove(i.src),(o.data.autoplay||o.mustPlay)&&o.playSound(),o.el.emit(\"sound-loaded\",o.evtDetail,!1)}))}},pause:function(){this.stopSound(),this.removeEventListener()},play:function(){this.data.autoplay&&this.playSound(),this.updateEventListener()},remove:function(){var e;this.removeEventListener(),this.el.getObject3D(this.attrName)&&this.el.removeObject3D(this.attrName);try{for(e=0;e\u003Cthis.pool.children.length;e++)this.pool.children[e].disconnect()}catch(e){o(\"Audio source not properly disconnected\")}},updateEventListener:function(e){var t=this.el;e&&t.removeEventListener(e,this.playSoundBound),t.addEventListener(this.data.on,this.playSoundBound)},removeEventListener:function(){this.el.removeEventListener(this.data.on,this.playSoundBound)},setupSound:function(){var e,t,n=this.el,i=n.sceneEl,r=this;this.pool.children.length>0&&(this.stopSound(),n.removeObject3D(\"sound\"));var o=this.listener=i.audioListener||new s.AudioListener;for(i.audioListener=o,i.camera&&i.camera.add(o),i.addEventListener(\"camera-set-active\",(function(e){e.detail.cameraEl.getObject3D(\"camera\").add(o)})),this.pool=new s.Group,e=0;e\u003Cthis.data.poolSize;e++)t=this.data.positional?new s.PositionalAudio(o):new s.Audio(o),this.pool.add(t);for(n.setObject3D(this.attrName,this.pool),e=0;e\u003Cthis.pool.children.length;e++)(t=this.pool.children[e]).onEnded=function(){this.isPlaying=!1,r.el.emit(\"sound-ended\",r.evtDetail,!1)}},pauseSound:function(){var e,t;for(this.isPlaying=!1,e=0;e\u003Cthis.pool.children.length;e++)(t=this.pool.children[e]).source&&t.source.buffer&&t.isPlaying&&!t.isPaused&&(t.isPaused=!0,t.pause())},playSound:function(e){var t,n,i;if(!this.loaded)return o(\"Sound not loaded yet. It will be played once it finished loading\"),void(this.mustPlay=!0);for(t=!1,this.isPlaying=!0,n=0;n\u003Cthis.pool.children.length;n++)(i=this.pool.children[n]).isPlaying||!i.buffer||t||(e&&e(i),i.play(),i.isPaused=!1,t=!0);t?this.mustPlay=!1:o(\"All the sounds are playing. If you need to play more sounds simultaneously consider increasing the size of pool with the `poolSize` attribute.\",this.el)},stopSound:function(){var e,t;for(this.isPlaying=!1,e=0;e\u003Cthis.pool.children.length;e++){if(!(t=this.pool.children[e]).source||!t.source.buffer)return;t.stop()}}})},6957:(e,t,n)=>{var i=n(6559),r=n(1880),s=n(3515).registerComponent,o=n(9644),a=n(2666),l=n(8903),c=l.debug(\"components:text:error\"),h=o.shaders,u=l.debug(\"components:text:warn\"),d=\"https://cdn.aframe.io/fonts/\",p={aileronsemibold:d+\"Aileron-Semibold.fnt\",dejavu:d+\"DejaVu-sdf.fnt\",exo2bold:d+\"Exo2Bold.fnt\",exo2semibold:d+\"Exo2SemiBold.fnt\",kelsonsans:d+\"KelsonSans.fnt\",monoid:d+\"Monoid.fnt\",mozillavr:d+\"mozillavr.fnt\",roboto:d+\"Roboto-msdf.json\",sourcecodepro:d+\"SourceCodePro.fnt\"},A=[\"roboto\"],f=\"roboto\";e.exports.FONTS=p;var m,g,v,y,E=new function(){var e=this.cache={};this.get=function(t,n){return t in e||(e[t]=n()),e[t]}},b={},x={},w=/^\\w+:/;function C(e,t,n){return e||(.5+t)*n}e.exports.Component=s(\"text\",{multiple:!0,schema:{align:{type:\"string\",default:\"left\",oneOf:[\"left\",\"right\",\"center\"]},alphaTest:{default:.5},anchor:{default:\"center\",oneOf:[\"left\",\"right\",\"center\",\"align\"]},baseline:{default:\"center\",oneOf:[\"top\",\"center\",\"bottom\"]},color:{type:\"color\",default:\"#FFF\"},font:{type:\"string\",default:f},fontImage:{type:\"string\"},height:{type:\"number\"},letterSpacing:{type:\"number\",default:0},lineHeight:{type:\"number\"},negate:{type:\"boolean\",default:!0},opacity:{type:\"number\",default:1},shader:{default:\"sdf\",oneOf:h},side:{default:\"front\",oneOf:[\"front\",\"back\",\"double\"]},tabSize:{default:4},transparent:{default:!0},value:{type:\"string\"},whiteSpace:{default:\"normal\",oneOf:[\"normal\",\"pre\",\"nowrap\"]},width:{type:\"number\"},wrapCount:{type:\"number\",default:40},wrapPixels:{type:\"number\"},xOffset:{type:\"number\",default:0},yOffset:{type:\"number\",default:0},zOffset:{type:\"number\",default:.001}},init:function(){this.shaderData={},this.geometry=i(),this.createOrUpdateMaterial()},update:function(e){var t=this.data,n=this.currentFont;x[t.font]?this.texture=x[t.font]:(this.texture=x[t.font]=new a.Texture,this.texture.anisotropy=16),this.createOrUpdateMaterial(),e.font===t.font?n&&(this.updateGeometry(this.geometry,n),this.updateLayout()):this.updateFont()},remove:function(){this.geometry.dispose(),this.geometry=null,this.el.removeObject3D(this.attrName),this.material.dispose(),this.material=null,this.texture.dispose(),this.texture=null,this.shaderObject&&delete this.shaderObject},createOrUpdateMaterial:function(){var e,t,n,i=this.data,r=this.material,s=this.shaderData;if(n=i.shader,-1!==A.indexOf(i.font)||i.font.indexOf(\"-msdf.\")>=0?n=\"msdf\":i.font in p&&-1===A.indexOf(i.font)&&(n=\"sdf\"),e=(this.shaderObject&&this.shaderObject.name)!==n,s.alphaTest=i.alphaTest,s.color=i.color,s.map=this.texture,s.opacity=i.opacity,s.side=function(e){switch(e){case\"back\":return a.FrontSide;case\"double\":return a.DoubleSide;default:return a.BackSide}}(i.side),s.transparent=i.transparent,s.negate=i.negate,!e)return this.shaderObject.update(s),r.transparent=s.transparent,void(r.side=s.side);t=function(e,t,n){var i,r;return(r=new h[t].Shader).el=e,r.init(n),r.update(n),(i=r.material).transparent=n.transparent,{material:i,shader:r}}(this.el,n,s),this.material=t.material,this.shaderObject=t.shader,this.material.side=s.side,this.mesh&&(this.mesh.material=this.material)},updateFont:function(){var e,t=this.data,n=this.el,i=this.geometry,s=this;t.font||u(\"No font specified. Using the default font.\"),this.mesh&&(this.mesh.visible=!1),e=this.lookupFont(t.font||f)||t.font,E.get(e,(function(){return n=e,i=t.yOffset,new Promise((function(e,t){r(n,(function(r,s){if(r)return c(\"Error loading font\",n),void t(r);n.indexOf(\"/Roboto-msdf.json\")>=0&&(i=30),i&&s.chars.map((function(e){e.yoffset+=i})),e(s)}))}));var n,i})).then((function(r){var o;if(1!==r.pages.length)throw new Error(\"Currently only single-page bitmap fonts are supported.\");b[e]||(r.widthFactor=b[r]=function(e){var t=0,n=0,i=0;return e.chars.map((function(e){t+=e.xadvance,e.id>=48&&e.id\u003C=57&&(i++,n+=e.xadvance)})),i?n/i:t/e.chars.length}(r)),s.currentFont=r,o=s.getFontImageSrc(),E.get(o,(function(){return e=o,new Promise((function(t,n){(new a.ImageLoader).load(e,(function(e){t(e)}),void 0,(function(){c(\"Error loading font image\",e),n(null)}))}));var e})).then((function(e){var o=s.texture;o&&(o.image=e,o.needsUpdate=!0,x[t.font]=o,s.texture=o,s.initMesh(),s.currentFont=r,s.updateGeometry(i,r),s.updateLayout(),s.mesh.visible=!0,n.emit(\"textfontset\",{font:t.font,fontObj:r}))})).catch((function(e){c(e.message),c(e.stack)}))})).catch((function(e){c(e.message),c(e.stack)}))},initMesh:function(){this.mesh||(this.mesh=new a.Mesh(this.geometry,this.material),this.el.setObject3D(this.attrName,this.mesh))},getFontImageSrc:function(){if(this.data.fontImage)return this.data.fontImage;var e=this.lookupFont(this.data.font||f)||this.data.font,t=this.currentFont.pages[0];return t.match(w)&&0!==t.indexOf(\"http\")?e.replace(/(\\.fnt)|(\\.json)/,\".png\"):a.LoaderUtils.extractUrlBase(e)+t},updateLayout:function(){var e,t,n,i,r,s,o,a,l,c=this.el,h=this.data,u=this.geometry,d=this.mesh;if(d&&u.layout){if(n=c.getAttribute(\"geometry\"),i=(s=(o=h.width||n&&n.width||1)/C(h.wrapPixels,h.wrapCount,this.currentFont.widthFactor))*((r=u.layout).height+r.descender),n&&\"plane\"===n.primitive&&(n.width||c.setAttribute(\"geometry\",\"width\",o),n.height||c.setAttribute(\"geometry\",\"height\",i)),\"left\"===(e=\"align\"===h.anchor?h.align:h.anchor))a=0;else if(\"right\"===e)a=-1*r.width;else{if(\"center\"!==e)throw new TypeError(\"Invalid text.anchor property value\",e);a=-1*r.width/2}if(\"bottom\"===(t=h.baseline))l=0;else if(\"top\"===t)l=-1*r.height+r.ascender;else{if(\"center\"!==t)throw new TypeError(\"Invalid text.baseline property value\",t);l=-1*r.height/2}d.position.x=a*s+h.xOffset,d.position.y=l*s,d.position.z=h.zOffset,d.scale.set(s,-1*s,s)}},lookupFont:function(e){return p[e]},updateGeometry:(m={},g={},v=/\\\\n/g,y=/\\\\t/g,function(e,t){var n=this.data;g.font=t,g.lineHeight=n.lineHeight&&isFinite(n.lineHeight)?n.lineHeight:t.common.lineHeight,g.text=n.value.toString().replace(v,\"\\n\").replace(y,\"\\t\"),g.width=C(n.wrapPixels,n.wrapCount,t.widthFactor),e.update(l.extend(m,n,g))})})},1125:(e,t,n)=>{var i=n(3515).registerComponent,r=n(6600),s=n(8309).DEFAULT_CAMERA_HEIGHT,o=n(2666),a=n(8309).DEFAULT_HANDEDNESS,l={touches:[]};e.exports.Component=i(\"tracked-controls-webvr\",{schema:{autoHide:{default:!0},controller:{default:0},id:{type:\"string\",default:\"\"},hand:{type:\"string\",default:\"\"},idPrefix:{type:\"string\",default:\"\"},orientationOffset:{type:\"vec3\"},armModel:{default:!1},headElement:{type:\"selector\"}},init:function(){this.axis=this.el.components[\"tracked-controls\"].axis=[0,0,0],this.buttonStates=this.el.components[\"tracked-controls\"].buttonStates={},this.changedAxes=[],this.targetControllerNumber=this.data.controller,this.axisMoveEventDetail={axis:this.axis,changed:this.changedAxes},this.deltaControllerPosition=new o.Vector3,this.controllerQuaternion=new o.Quaternion,this.controllerEuler=new o.Euler,this.updateGamepad(),this.buttonEventDetails={}},tick:function(e,t){var n=this.el.getObject3D(\"mesh\");n&&n.update&&n.update(t/1e3),this.updateGamepad(),this.updatePose(),this.updateButtons()},defaultUserHeight:function(){return s},getHeadElement:function(){return this.data.headElement||this.el.sceneEl.camera.el},updateGamepad:function(){var e=this.data,t=r.findMatchingControllerWebVR(this.system.controllers,e.id,e.idPrefix,e.hand,e.controller);this.controller=t,this.el.components[\"tracked-controls\"].controller=t,this.data.autoHide&&(this.el.object3D.visible=!!this.controller)},applyArmModel:function(e){var t,n,i,r,s=this.controller,o=this.controllerEuler,l=this.controllerQuaternion,c=this.deltaControllerPosition;n=this.getHeadElement().object3D,r=this.defaultUserHeight(),i=s.pose,t=(s?s.hand:void 0)||a,e.copy(n.position),c.set(.175*(\"left\"===t?-1:\"right\"===t?1:0),-.3,-.03),c.multiplyScalar(r),c.applyAxisAngle(n.up,n.rotation.y),e.add(c),c.set(0,0,-.175),c.multiplyScalar(r),i.orientation?l.fromArray(i.orientation):l.copy(n.quaternion),o.setFromQuaternion(l),o.set(o.x,o.y,0),c.applyEuler(o),e.add(c)},updatePose:function(){var e,t,n=this.controller,i=this.data,r=this.el.object3D,s=this.system.vrDisplay;n&&((e=n.pose).position?r.position.fromArray(e.position):i.armModel&&this.applyArmModel(r.position),e.orientation&&r.quaternion.fromArray(e.orientation),s&&e.position&&(t=this.el.sceneEl.renderer.xr.getStandingMatrix(),r.matrix.compose(r.position,r.quaternion,r.scale),r.matrix.multiplyMatrices(t,r.matrix),r.matrix.decompose(r.position,r.quaternion,r.scale)),r.rotateX(this.data.orientationOffset.x*o.MathUtils.DEG2RAD),r.rotateY(this.data.orientationOffset.y*o.MathUtils.DEG2RAD),r.rotateZ(this.data.orientationOffset.z*o.MathUtils.DEG2RAD))},updateButtons:function(){var e,t,n=this.controller;if(n){for(t=0;t\u003Cn.buttons.length;++t)this.buttonStates[t]||(this.buttonStates[t]={pressed:!1,touched:!1,value:0}),this.buttonEventDetails[t]||(this.buttonEventDetails[t]={id:t,state:this.buttonStates[t]}),e=n.buttons[t],this.handleButton(t,e);this.handleAxes()}},handleButton:function(e,t){return!!(this.handlePress(e,t)|this.handleTouch(e,t)|this.handleValue(e,t))&&(this.el.emit(\"buttonchanged\",this.buttonEventDetails[e],!1),!0)},handleAxes:function(){var e,t=!1,n=this.controller.axes,i=this.axis,r=this.changedAxes;for(this.changedAxes.splice(0,this.changedAxes.length),e=0;e\u003Cn.length;++e)r.push(i[e]!==n[e]),r[e]&&(t=!0);if(!t)return!1;for(this.axis.splice(0,this.axis.length),e=0;e\u003Cn.length;e++)this.axis.push(n[e]);return this.el.emit(\"axismove\",this.axisMoveEventDetail,!1),!0},handlePress:function(e,t){var n,i=this.buttonStates[e];return t.pressed!==i.pressed&&(n=t.pressed?\"buttondown\":\"buttonup\",this.el.emit(n,this.buttonEventDetails[e],!1),i.pressed=t.pressed,!0)},handleTouch:function(e,t){var n,i=this.buttonStates[e];return t.touched!==i.touched&&(n=t.touched?\"touchstart\":\"touchend\",this.el.emit(n,this.buttonEventDetails[e],!1,l),i.touched=t.touched,!0)},handleValue:function(e,t){var n=this.buttonStates[e];return t.value!==n.value&&(n.value=t.value,!0)}})},8666:(e,t,n)=>{var i=n(6600),r=n(3515).registerComponent;e.exports.Component=r(\"tracked-controls-webxr\",{schema:{id:{type:\"string\",default:\"\"},hand:{type:\"string\",default:\"\"},handTrackingEnabled:{default:!1},index:{type:\"int\",default:-1},iterateControllerProfiles:{default:!1},space:{type:\"string\",oneOf:[\"targetRaySpace\",\"gripSpace\"],default:\"gripSpace\"}},init:function(){this.updateController=this.updateController.bind(this),this.buttonEventDetails={},this.buttonStates=this.el.components[\"tracked-controls\"].buttonStates={},this.axis=this.el.components[\"tracked-controls\"].axis=[0,0,0],this.changedAxes=[],this.axisMoveEventDetail={axis:this.axis,changed:this.changedAxes}},update:function(){this.updateController()},play:function(){var e=this.el.sceneEl;this.updateController(),e.addEventListener(\"controllersupdated\",this.updateController)},pause:function(){this.el.sceneEl.removeEventListener(\"controllersupdated\",this.updateController)},isControllerPresent:function(e){return!(!this.controller||this.controller.gamepad||\"none\"!==e.inputSource.handedness&&e.inputSource.handedness!==this.data.hand)},updateController:function(){this.controller=i.findMatchingControllerWebXR(this.system.controllers,this.data.id,this.data.hand,this.data.index,this.data.iterateControllerProfiles,this.data.handTrackingEnabled),this.el.components[\"tracked-controls\"].controller=this.controller,this.data.autoHide&&(this.el.object3D.visible=!!this.controller)},tick:function(){var e=this.el.sceneEl,t=this.controller,n=e.frame;t&&e.frame&&this.system.referenceSpace&&(t.hand||(this.pose=n.getPose(t[this.data.space],this.system.referenceSpace),this.updatePose(),this.updateButtons()))},updatePose:function(){var e=this.el.object3D,t=this.pose;t&&(e.matrix.elements=t.transform.matrix,e.matrix.decompose(e.position,e.rotation,e.scale))},updateButtons:function(){var e,t,n,i=this.controller;if(i&&i.gamepad){for(n=i.gamepad,t=0;t\u003Cn.buttons.length;++t)this.buttonStates[t]||(this.buttonStates[t]={pressed:!1,touched:!1,value:0}),this.buttonEventDetails[t]||(this.buttonEventDetails[t]={id:t,state:this.buttonStates[t]}),e=n.buttons[t],this.handleButton(t,e);this.handleAxes()}},handleButton:function(e,t){return!!(this.handlePress(e,t)|this.handleTouch(e,t)|this.handleValue(e,t))&&(this.el.emit(\"buttonchanged\",this.buttonEventDetails[e],!1),!0)},handleAxes:function(){var e,t=!1,n=this.controller.gamepad.axes,i=this.axis,r=this.changedAxes;for(this.changedAxes.splice(0,this.changedAxes.length),e=0;e\u003Cn.length;++e)r.push(i[e]!==n[e]),r[e]&&(t=!0);if(!t)return!1;for(this.axis.splice(0,this.axis.length),e=0;e\u003Cn.length;e++)this.axis.push(n[e]);return this.el.emit(\"axismove\",this.axisMoveEventDetail,!1),!0},handlePress:function(e,t){var n,i=this.buttonStates[e];return t.pressed!==i.pressed&&(n=t.pressed?\"buttondown\":\"buttonup\",this.el.emit(n,this.buttonEventDetails[e],!1),i.pressed=t.pressed,!0)},handleTouch:function(e,t){var n,i=this.buttonStates[e];return t.touched!==i.touched&&(n=t.touched?\"touchstart\":\"touchend\",this.el.emit(n,this.buttonEventDetails[e],!1),i.touched=t.touched,!0)},handleValue:function(e,t){var n=this.buttonStates[e];return t.value!==n.value&&(n.value=t.value,!0)}})},2761:(e,t,n)=>{var i=n(3515).registerComponent;e.exports.Component=i(\"tracked-controls\",{schema:{autoHide:{default:!0},controller:{default:-1},id:{type:\"string\",default:\"\"},hand:{type:\"string\",default:\"\"},idPrefix:{type:\"string\",default:\"\"},handTrackingEnabled:{default:!1},orientationOffset:{type:\"vec3\"},armModel:{default:!1},headElement:{type:\"selector\"},iterateControllerProfiles:{default:!1},space:{type:\"string\",oneOf:[\"targetRaySpace\",\"gripSpace\"],default:\"targetRaySpace\"}},update:function(){var e=this.data,t=this.el;t.sceneEl.hasWebXR?t.setAttribute(\"tracked-controls-webxr\",{id:e.id,hand:e.hand,index:e.controller,iterateControllerProfiles:e.iterateControllerProfiles,handTrackingEnabled:e.handTrackingEnabled,space:e.space}):t.setAttribute(\"tracked-controls-webvr\",e)}})},3798:(e,t,n)=>{var i=n(3515).registerComponent,r=n(7629),s=n(2666),o=n(6600),a=o.checkControllerPresentAndSetup,l=o.emitIfAxesChanged,c=o.onButtonEvent,h=\"https://cdn.aframe.io/controllers/valve/index/valve-index-\",u={left:h+\"left.glb\",right:h+\"right.glb\"},d=\"valve\",p=n(8903).device.isWebXRAvailable,A={left:{_x:Math.PI/3,_y:0,_z:0,_order:\"XYZ\"},right:{_x:Math.PI/3,_y:0,_z:0,_order:\"XYZ\"}},f=p?A:{left:{_x:.692295102620542,_y:-.0627618864318427,_z:-.06265893149611756,_order:\"XYZ\"},right:{_x:.6484021229942998,_y:-.032563619881892894,_z:-.1327973171917482,_order:\"XYZ\"}},m=p?{left:{x:0,y:-.05,z:.06},right:{x:0,y:-.05,z:.06}}:{left:{x:-.00023692678902063457,y:.04724540367838371,z:-.061959880395271096},right:{x:.002471558599671131,y:.055765208987076195,z:-.061068168708348844}};e.exports.Component=i(\"valve-index-controls\",{schema:{hand:{default:\"left\"},buttonColor:{type:\"color\",default:\"#FAFAFA\"},buttonHighlightColor:{type:\"color\",default:\"#22D1EE\"},model:{default:!0},orientationOffset:{type:\"vec3\"}},mapping:{axes:{trackpad:[0,1],thumbstick:[2,3]},buttons:[\"trigger\",\"grip\",\"trackpad\",\"thumbstick\",\"abutton\"]},init:function(){var e=this;this.controllerPresent=!1,this.lastControllerCheck=0,this.onButtonChanged=r(this.onButtonChanged,this),this.onButtonDown=function(t){c(t.detail.id,\"down\",e)},this.onButtonUp=function(t){c(t.detail.id,\"up\",e)},this.onButtonTouchEnd=function(t){c(t.detail.id,\"touchend\",e)},this.onButtonTouchStart=function(t){c(t.detail.id,\"touchstart\",e)},this.previousButtonValues={},this.rendererSystem=this.el.sceneEl.systems.renderer,this.bindMethods()},play:function(){this.checkIfControllerPresent(),this.addControllersUpdateListener()},pause:function(){this.removeEventListeners(),this.removeControllersUpdateListener()},bindMethods:function(){this.onModelLoaded=r(this.onModelLoaded,this),this.onControllersUpdate=r(this.onControllersUpdate,this),this.checkIfControllerPresent=r(this.checkIfControllerPresent,this),this.removeControllersUpdateListener=r(this.removeControllersUpdateListener,this),this.onAxisMoved=r(this.onAxisMoved,this)},addEventListeners:function(){var e=this.el;e.addEventListener(\"buttonchanged\",this.onButtonChanged),e.addEventListener(\"buttondown\",this.onButtonDown),e.addEventListener(\"buttonup\",this.onButtonUp),e.addEventListener(\"touchend\",this.onButtonTouchEnd),e.addEventListener(\"touchstart\",this.onButtonTouchStart),e.addEventListener(\"model-loaded\",this.onModelLoaded),e.addEventListener(\"axismove\",this.onAxisMoved),this.controllerEventsActive=!0},removeEventListeners:function(){var e=this.el;e.removeEventListener(\"buttonchanged\",this.onButtonChanged),e.removeEventListener(\"buttondown\",this.onButtonDown),e.removeEventListener(\"buttonup\",this.onButtonUp),e.removeEventListener(\"touchend\",this.onButtonTouchEnd),e.removeEventListener(\"touchstart\",this.onButtonTouchStart),e.removeEventListener(\"model-loaded\",this.onModelLoaded),e.removeEventListener(\"axismove\",this.onAxisMoved),this.controllerEventsActive=!1},checkIfControllerPresent:function(){var e=this.data,t=\"right\"===e.hand?0:\"left\"===e.hand?1:2;a(this,d,{index:t,iterateControllerProfiles:!0,hand:e.hand})},injectTrackedControls:function(){var e=this.el,t=this.data;e.setAttribute(\"tracked-controls\",{idPrefix:d,controller:\"right\"===t.hand?1:\"left\"===t.hand?0:2,hand:t.hand,orientationOffset:t.orientationOffset}),this.loadModel()},loadModel:function(){var e=this.data;e.model&&this.el.setAttribute(\"gltf-model\",\"\"+u[e.hand])},addControllersUpdateListener:function(){this.el.sceneEl.addEventListener(\"controllersupdated\",this.onControllersUpdate,!1)},removeControllersUpdateListener:function(){this.el.sceneEl.removeEventListener(\"controllersupdated\",this.onControllersUpdate,!1)},onControllersUpdate:function(){this.checkIfControllerPresent()},onButtonChanged:function(e){var t,n=this.mapping.buttons[e.detail.id],i=this.buttonMeshes;n&&(\"trigger\"===n&&(t=e.detail.state.value,i&&i.trigger&&(i.trigger.rotation.x=this.triggerOriginalRotationX-t*(Math.PI/40))),this.el.emit(n+\"changed\",e.detail.state))},onModelLoaded:function(e){var t,n=e.detail.model,i=this;this.data.model&&((t=this.buttonMeshes={}).grip={left:n.getObjectByName(\"leftgrip\"),right:n.getObjectByName(\"rightgrip\")},t.menu=n.getObjectByName(\"menubutton\"),t.system=n.getObjectByName(\"systembutton\"),t.trackpad=n.getObjectByName(\"touchpad\"),t.trigger=n.getObjectByName(\"trigger\"),this.triggerOriginalRotationX=t.trigger.rotation.x,Object.keys(t).forEach((function(e){i.setButtonColor(e,i.data.buttonColor)})),n.position.copy(m[this.data.hand]),n.rotation.copy(f[this.data.hand]),this.el.emit(\"controllermodelready\",{name:\"valve-index-controlls\",model:this.data.model,rayOrigin:new s.Vector3(0,0,0)}))},onAxisMoved:function(e){l(this,this.mapping.axes,e)},updateModel:function(e,t){var n;this.data.model&&(-1!==t.indexOf(\"touch\")||(n=\"up\"===t?this.data.buttonColor:this.data.buttonHighlightColor,this.setButtonColor(e,n)))},setButtonColor:function(e,t){}})},8057:(e,t,n)=>{var i=n(3515).registerComponent;e.exports.Component=i(\"visible\",{schema:{default:!0},update:function(){this.el.object3D.visible=this.data}})},8367:(e,t,n)=>{var i=n(3515).registerComponent,r=n(7629),s=n(6600),o=s.checkControllerPresentAndSetup,a=s.emitIfAxesChanged,l=s.onButtonEvent,c=n(8903).device.isWebXRAvailable,h=c?\"htc-vive\":\"OpenVR \",u=c?{axes:{thumbstick:[0,1]},buttons:[\"trigger\",\"grip\",\"trackpad\",\"none\",\"menu\"]}:{axes:{trackpad:[0,1]},buttons:[\"trackpad\",\"trigger\",\"grip\",\"menu\",\"system\"]};e.exports.Component=i(\"vive-controls\",{schema:{hand:{default:\"left\"},buttonColor:{type:\"color\",default:\"#FAFAFA\"},buttonHighlightColor:{type:\"color\",default:\"#22D1EE\"},model:{default:!0},orientationOffset:{type:\"vec3\"}},mapping:u,init:function(){var e=this;this.controllerPresent=!1,this.lastControllerCheck=0,this.onButtonChanged=r(this.onButtonChanged,this),this.onButtonDown=function(t){l(t.detail.id,\"down\",e)},this.onButtonUp=function(t){l(t.detail.id,\"up\",e)},this.onButtonTouchEnd=function(t){l(t.detail.id,\"touchend\",e)},this.onButtonTouchStart=function(t){l(t.detail.id,\"touchstart\",e)},this.previousButtonValues={},this.rendererSystem=this.el.sceneEl.systems.renderer,this.bindMethods()},update:function(){var e=this.data;this.controllerIndex=\"right\"===e.hand?0:\"left\"===e.hand?1:2},play:function(){this.checkIfControllerPresent(),this.addControllersUpdateListener()},pause:function(){this.removeEventListeners(),this.removeControllersUpdateListener()},bindMethods:function(){this.onModelLoaded=r(this.onModelLoaded,this),this.onControllersUpdate=r(this.onControllersUpdate,this),this.checkIfControllerPresent=r(this.checkIfControllerPresent,this),this.removeControllersUpdateListener=r(this.removeControllersUpdateListener,this),this.onAxisMoved=r(this.onAxisMoved,this)},addEventListeners:function(){var e=this.el;e.addEventListener(\"buttonchanged\",this.onButtonChanged),e.addEventListener(\"buttondown\",this.onButtonDown),e.addEventListener(\"buttonup\",this.onButtonUp),e.addEventListener(\"touchend\",this.onButtonTouchEnd),e.addEventListener(\"touchstart\",this.onButtonTouchStart),e.addEventListener(\"model-loaded\",this.onModelLoaded),e.addEventListener(\"axismove\",this.onAxisMoved),this.controllerEventsActive=!0},removeEventListeners:function(){var e=this.el;e.removeEventListener(\"buttonchanged\",this.onButtonChanged),e.removeEventListener(\"buttondown\",this.onButtonDown),e.removeEventListener(\"buttonup\",this.onButtonUp),e.removeEventListener(\"touchend\",this.onButtonTouchEnd),e.removeEventListener(\"touchstart\",this.onButtonTouchStart),e.removeEventListener(\"model-loaded\",this.onModelLoaded),e.removeEventListener(\"axismove\",this.onAxisMoved),this.controllerEventsActive=!1},checkIfControllerPresent:function(){var e=this.data;o(this,h,{index:this.controllerIndex,hand:e.hand})},injectTrackedControls:function(){var e=this.el,t=this.data;e.setAttribute(\"tracked-controls\",{idPrefix:h,hand:t.hand,controller:this.controllerIndex,orientationOffset:t.orientationOffset}),this.data.model&&this.el.setAttribute(\"obj-model\",{obj:\"https://cdn.aframe.io/controllers/vive/vr_controller_vive.obj\",mtl:\"https://cdn.aframe.io/controllers/vive/vr_controller_vive.mtl\"})},addControllersUpdateListener:function(){this.el.sceneEl.addEventListener(\"controllersupdated\",this.onControllersUpdate,!1)},removeControllersUpdateListener:function(){this.el.sceneEl.removeEventListener(\"controllersupdated\",this.onControllersUpdate,!1)},onControllersUpdate:function(){this.checkIfControllerPresent()},onButtonChanged:function(e){var t,n=this.mapping.buttons[e.detail.id],i=this.buttonMeshes;n&&(\"trigger\"===n&&(t=e.detail.state.value,i&&i.trigger&&(i.trigger.rotation.x=-t*(Math.PI/12))),this.el.emit(n+\"changed\",e.detail.state))},onModelLoaded:function(e){var t,n=e.detail.model,i=this;this.data.model&&((t=this.buttonMeshes={}).grip={left:n.getObjectByName(\"leftgrip\"),right:n.getObjectByName(\"rightgrip\")},t.menu=n.getObjectByName(\"menubutton\"),t.system=n.getObjectByName(\"systembutton\"),t.trackpad=n.getObjectByName(\"touchpad\"),t.trigger=n.getObjectByName(\"trigger\"),Object.keys(t).forEach((function(e){i.setButtonColor(e,i.data.buttonColor)})),n.position.set(0,-.015,.04))},onAxisMoved:function(e){a(this,this.mapping.axes,e)},updateModel:function(e,t){var n;this.data.model&&(-1!==t.indexOf(\"touch\")||(n=\"up\"===t?this.data.buttonColor:this.data.buttonHighlightColor,this.setButtonColor(e,n)))},setButtonColor:function(e,t){var n=this.buttonMeshes,i=this.rendererSystem;if(n){if(\"grip\"===e)return n.grip.left.material.color.set(t),n.grip.right.material.color.set(t),i.applyColorCorrection(n.grip.left.material.color),void i.applyColorCorrection(n.grip.right.material.color);n[e].material.color.set(t),i.applyColorCorrection(n[e].material.color)}}})},9507:(e,t,n)=>{var i=n(3515).registerComponent,r=n(7629),s=n(6600),o=s.checkControllerPresentAndSetup,a=s.emitIfAxesChanged,l=s.onButtonEvent,c=\"HTC Vive Focus\";e.exports.Component=i(\"vive-focus-controls\",{schema:{hand:{default:\"\"},buttonTouchedColor:{type:\"color\",default:\"#BBBBBB\"},buttonHighlightColor:{type:\"color\",default:\"#7A7A7A\"},model:{default:!0},orientationOffset:{type:\"vec3\"},armModel:{default:!0}},mapping:{axes:{trackpad:[0,1]},buttons:[\"trackpad\",\"trigger\"]},bindMethods:function(){this.onModelLoaded=r(this.onModelLoaded,this),this.onControllersUpdate=r(this.onControllersUpdate,this),this.checkIfControllerPresent=r(this.checkIfControllerPresent,this),this.removeControllersUpdateListener=r(this.removeControllersUpdateListener,this),this.onAxisMoved=r(this.onAxisMoved,this)},init:function(){var e=this;this.onButtonChanged=r(this.onButtonChanged,this),this.onButtonDown=function(t){l(t.detail.id,\"down\",e)},this.onButtonUp=function(t){l(t.detail.id,\"up\",e)},this.onButtonTouchStart=function(t){l(t.detail.id,\"touchstart\",e)},this.onButtonTouchEnd=function(t){l(t.detail.id,\"touchend\",e)},this.controllerPresent=!1,this.lastControllerCheck=0,this.bindMethods()},addEventListeners:function(){var e=this.el;e.addEventListener(\"buttonchanged\",this.onButtonChanged),e.addEventListener(\"buttondown\",this.onButtonDown),e.addEventListener(\"buttonup\",this.onButtonUp),e.addEventListener(\"touchstart\",this.onButtonTouchStart),e.addEventListener(\"touchend\",this.onButtonTouchEnd),e.addEventListener(\"model-loaded\",this.onModelLoaded),e.addEventListener(\"axismove\",this.onAxisMoved),this.controllerEventsActive=!0,this.addControllersUpdateListener()},removeEventListeners:function(){var e=this.el;e.removeEventListener(\"buttonchanged\",this.onButtonChanged),e.removeEventListener(\"buttondown\",this.onButtonDown),e.removeEventListener(\"buttonup\",this.onButtonUp),e.removeEventListener(\"touchstart\",this.onButtonTouchStart),e.removeEventListener(\"touchend\",this.onButtonTouchEnd),e.removeEventListener(\"model-loaded\",this.onModelLoaded),e.removeEventListener(\"axismove\",this.onAxisMoved),this.controllerEventsActive=!1,this.removeControllersUpdateListener()},checkIfControllerPresent:function(){o(this,c,this.data.hand?{hand:this.data.hand}:{})},play:function(){this.checkIfControllerPresent(),this.addControllersUpdateListener()},pause:function(){this.removeEventListeners(),this.removeControllersUpdateListener()},injectTrackedControls:function(){var e=this.el,t=this.data;e.setAttribute(\"tracked-controls\",{armModel:t.armModel,idPrefix:c,orientationOffset:t.orientationOffset}),this.data.model&&this.el.setAttribute(\"gltf-model\",\"https://cdn.aframe.io/controllers/vive/focus-controller/focus-controller.gltf\")},addControllersUpdateListener:function(){this.el.sceneEl.addEventListener(\"controllersupdated\",this.onControllersUpdate,!1)},removeControllersUpdateListener:function(){this.el.sceneEl.removeEventListener(\"controllersupdated\",this.onControllersUpdate,!1)},onControllersUpdate:function(){this.checkIfControllerPresent()},onModelLoaded:function(e){var t,n=e.detail.model;this.data.model&&((t=this.buttonMeshes={}).trigger=n.getObjectByName(\"BumperKey\"),t.triggerPressed=n.getObjectByName(\"BumperKey_Press\"),t.triggerPressed&&(t.triggerPressed.visible=!1),t.trackpad=n.getObjectByName(\"TouchPad\"),t.trackpadPressed=n.getObjectByName(\"TouchPad_Press\"),t.trackpadPressed&&(t.trackpadPressed.visible=!1))},onButtonChanged:function(e){var t=this.mapping.buttons[e.detail.id];t&&this.el.emit(t+\"changed\",e.detail.state)},onAxisMoved:function(e){a(this,this.mapping.axes,e)},updateModel:function(e,t){this.data.model&&this.updateButtonModel(e,t)},updateButtonModel:function(e,t){var n=this.buttonMeshes,i=e+\"Pressed\";if(n&&n[e]&&n[i]){var r;switch(t){case\"down\":r=this.data.buttonHighlightColor;break;case\"touchstart\":r=this.data.buttonTouchedColor}r&&n[i].material.color.set(r),n[i].visible=!!r,n[e].visible=!r}}})},6296:(e,t,n)=>{var i,r,s=n(8309).keyboardevent.KEYCODE_TO_CODE,o=n(3515).registerComponent,a=n(2666),l=n(8903),c=l.bind,h=l.shouldCaptureKeyEvent,u=1e-5,d=[\"KeyW\",\"KeyA\",\"KeyS\",\"KeyD\",\"ArrowUp\",\"ArrowLeft\",\"ArrowRight\",\"ArrowDown\"];e.exports.Component=o(\"wasd-controls\",{schema:{acceleration:{default:65},adAxis:{default:\"x\",oneOf:[\"x\",\"y\",\"z\"]},adEnabled:{default:!0},adInverted:{default:!1},enabled:{default:!0},fly:{default:!1},wsAxis:{default:\"z\",oneOf:[\"x\",\"y\",\"z\"]},wsEnabled:{default:!0},wsInverted:{default:!1}},init:function(){this.keys={},this.easing=1.1,this.velocity=new a.Vector3,this.onBlur=c(this.onBlur,this),this.onContextMenu=c(this.onContextMenu,this),this.onFocus=c(this.onFocus,this),this.onKeyDown=c(this.onKeyDown,this),this.onKeyUp=c(this.onKeyUp,this),this.onVisibilityChange=c(this.onVisibilityChange,this),this.attachVisibilityEventListeners()},tick:function(e,t){var n=this.data,i=this.el,r=this.velocity;(r[n.adAxis]||r[n.wsAxis]||!function(e){var t;for(t in e)return!1;return!0}(this.keys))&&(t/=1e3,this.updateVelocity(t),(r[n.adAxis]||r[n.wsAxis])&&i.object3D.position.add(this.getMovementVector(t)))},update:function(e){e.adAxis!==this.data.adAxis&&(this.velocity[e.adAxis]=0),e.wsAxis!==this.data.wsAxis&&(this.velocity[e.wsAxis]=0)},remove:function(){this.removeKeyEventListeners(),this.removeVisibilityEventListeners()},play:function(){this.attachKeyEventListeners()},pause:function(){this.keys={},this.removeKeyEventListeners()},updateVelocity:function(e){var t,n,i,r,s,o=this.data,a=this.keys,l=this.velocity;if(n=o.adAxis,r=o.wsAxis,e>.2)return l[n]=0,void(l[r]=0);var c=Math.pow(1/this.easing,60*e);0!==l[n]&&(l[n]=l[n]*c),0!==l[r]&&(l[r]=l[r]*c),Math.abs(l[n])\u003Cu&&(l[n]=0),Math.abs(l[r])\u003Cu&&(l[r]=0),o.enabled&&(t=o.acceleration,o.adEnabled&&(i=o.adInverted?-1:1,(a.KeyA||a.ArrowLeft)&&(l[n]-=i*t*e),(a.KeyD||a.ArrowRight)&&(l[n]+=i*t*e)),o.wsEnabled&&(s=o.wsInverted?-1:1,(a.KeyW||a.ArrowUp)&&(l[r]-=s*t*e),(a.KeyS||a.ArrowDown)&&(l[r]+=s*t*e)))},getMovementVector:(i=new a.Vector3(0,0,0),r=new a.Euler(0,0,0,\"YXZ\"),function(e){var t,n=this.el.getAttribute(\"rotation\"),s=this.velocity;return i.copy(s),i.multiplyScalar(e),n?(t=this.data.fly?n.x:0,r.set(a.MathUtils.degToRad(t),a.MathUtils.degToRad(n.y),0),i.applyEuler(r),i):i}),attachVisibilityEventListeners:function(){window.oncontextmenu=this.onContextMenu,window.addEventListener(\"blur\",this.onBlur),window.addEventListener(\"focus\",this.onFocus),document.addEventListener(\"visibilitychange\",this.onVisibilityChange)},removeVisibilityEventListeners:function(){window.removeEventListener(\"blur\",this.onBlur),window.removeEventListener(\"focus\",this.onFocus),document.removeEventListener(\"visibilitychange\",this.onVisibilityChange)},attachKeyEventListeners:function(){window.addEventListener(\"keydown\",this.onKeyDown),window.addEventListener(\"keyup\",this.onKeyUp)},removeKeyEventListeners:function(){window.removeEventListener(\"keydown\",this.onKeyDown),window.removeEventListener(\"keyup\",this.onKeyUp)},onContextMenu:function(){for(var e=Object.keys(this.keys),t=0;t\u003Ce.length;t++)delete this.keys[e[t]]},onBlur:function(){this.pause()},onFocus:function(){this.play()},onVisibilityChange:function(){document.hidden?this.onBlur():this.onFocus()},onKeyDown:function(e){var t;h(e)&&(t=e.code||s[e.keyCode],-1!==d.indexOf(t)&&(this.keys[t]=!0))},onKeyUp:function(e){var t;t=e.code||s[e.keyCode],delete this.keys[t]}})},7872:(e,t,n)=>{var i,r=n(3515).registerComponent,s=n(7629),o=n(6600),a=o.checkControllerPresentAndSetup,l=o.emitIfAxesChanged,c=o.onButtonEvent,h=n(8903),u=h.debug(\"components:windows-motion-controls:debug\"),d=h.debug(\"components:windows-motion-controls:warn\"),p=n(8309).DEFAULT_HANDEDNESS,A={left:\"left.glb\",right:\"right.glb\",default:\"universal.glb\"},f=n(8903).device.isWebXRAvailable,m=/([0-9a-zA-Z]+-[0-9a-zA-Z]+)$/,g=f?\"windows-mixed-reality\":\"Spatial Controller (Spatial Interaction Source) \",v=f?{axes:{touchpad:[0,1],thumbstick:[2,3]},buttons:[\"trigger\",\"squeeze\",\"touchpad\",\"thumbstick\",\"menu\"],axisMeshNames:[\"TOUCHPAD_TOUCH_X\",\"TOUCHPAD_TOUCH_X\",\"THUMBSTICK_X\",\"THUMBSTICK_Y\"],buttonMeshNames:{trigger:\"SELECT\",menu:\"MENU\",squeeze:\"GRASP\",thumbstick:\"THUMBSTICK_PRESS\",touchpad:\"TOUCHPAD_PRESS\"},pointingPoseMeshName:\"POINTING_POSE\"}:{axes:{thumbstick:[0,1],trackpad:[2,3]},buttons:[\"thumbstick\",\"trigger\",\"grip\",\"menu\",\"trackpad\"],axisMeshNames:[\"THUMBSTICK_X\",\"THUMBSTICK_Y\",\"TOUCHPAD_TOUCH_X\",\"TOUCHPAD_TOUCH_Y\"],buttonMeshNames:{trigger:\"SELECT\",menu:\"MENU\",grip:\"GRASP\",thumbstick:\"THUMBSTICK_PRESS\",trackpad:\"TOUCHPAD_PRESS\"},pointingPoseMeshName:\"POINTING_POSE\"};e.exports.Component=r(\"windows-motion-controls\",{schema:{hand:{default:p},pair:{default:0},model:{default:!0},hideDisconnected:{default:!0}},mapping:v,bindMethods:function(){this.onModelError=s(this.onModelError,this),this.onModelLoaded=s(this.onModelLoaded,this),this.onControllersUpdate=s(this.onControllersUpdate,this),this.checkIfControllerPresent=s(this.checkIfControllerPresent,this),this.onAxisMoved=s(this.onAxisMoved,this)},init:function(){var e=this,t=this.el;this.onButtonChanged=s(this.onButtonChanged,this),this.onButtonDown=function(t){c(t.detail.id,\"down\",e)},this.onButtonUp=function(t){c(t.detail.id,\"up\",e)},this.onButtonTouchStart=function(t){c(t.detail.id,\"touchstart\",e)},this.onButtonTouchEnd=function(t){c(t.detail.id,\"touchend\",e)},this.onControllerConnected=function(){e.setModelVisibility(!0)},this.onControllerDisconnected=function(){e.setModelVisibility(!1)},this.controllerPresent=!1,this.lastControllerCheck=0,this.previousButtonValues={},this.bindMethods(),this.loadedMeshInfo={buttonMeshes:null,axisMeshes:null},this.rayOrigin={origin:new THREE.Vector3,direction:new THREE.Vector3(0,0,-1),createdFromMesh:!1},t.addEventListener(\"controllerconnected\",this.onControllerConnected),t.addEventListener(\"controllerdisconnected\",this.onControllerDisconnected)},addEventListeners:function(){var e=this.el;e.addEventListener(\"buttonchanged\",this.onButtonChanged),e.addEventListener(\"buttondown\",this.onButtonDown),e.addEventListener(\"buttonup\",this.onButtonUp),e.addEventListener(\"touchstart\",this.onButtonTouchStart),e.addEventListener(\"touchend\",this.onButtonTouchEnd),e.addEventListener(\"axismove\",this.onAxisMoved),e.addEventListener(\"model-error\",this.onModelError),e.addEventListener(\"model-loaded\",this.onModelLoaded),this.controllerEventsActive=!0},removeEventListeners:function(){var e=this.el;e.removeEventListener(\"buttonchanged\",this.onButtonChanged),e.removeEventListener(\"buttondown\",this.onButtonDown),e.removeEventListener(\"buttonup\",this.onButtonUp),e.removeEventListener(\"touchstart\",this.onButtonTouchStart),e.removeEventListener(\"touchend\",this.onButtonTouchEnd),e.removeEventListener(\"axismove\",this.onAxisMoved),e.removeEventListener(\"model-error\",this.onModelError),e.removeEventListener(\"model-loaded\",this.onModelLoaded),this.controllerEventsActive=!1},checkIfControllerPresent:function(){a(this,g,{hand:this.data.hand,index:this.data.pair,iterateControllerProfiles:!0})},play:function(){this.checkIfControllerPresent(),this.addControllersUpdateListener()},pause:function(){this.removeEventListeners(),this.removeControllersUpdateListener()},updateControllerModel:function(){if(this.data.model&&!this.rayOrigin.createdFromMesh){var e=this.createControllerModelUrl();this.loadModel(e)}else this.modelReady()},createControllerModelUrl:function(e){var t=this.el.components[\"tracked-controls\"],n=t?t.controller:null,i=\"default\",r=this.data.hand;if(n&&!window.hasNativeWebXRImplementation&&(r=n.hand,!e)){var s=n.id.match(m);i=s&&s[0]||i}return\"https://cdn.aframe.io/controllers/microsoft/\"+i+\"/\"+(A[r]||A.default)},injectTrackedControls:function(){var e=this.data;this.el.setAttribute(\"tracked-controls\",{idPrefix:g,controller:e.pair,hand:e.hand,armModel:!1}),this.updateControllerModel()},addControllersUpdateListener:function(){this.el.sceneEl.addEventListener(\"controllersupdated\",this.onControllersUpdate,!1)},removeControllersUpdateListener:function(){this.el.sceneEl.removeEventListener(\"controllersupdated\",this.onControllersUpdate,!1)},onControllersUpdate:function(){this.checkIfControllerPresent()},onModelError:function(e){var t=this.createControllerModelUrl(!0);e.detail.src!==t?(d(\"Failed to load controller model for device, attempting to load default.\"),this.loadModel(t)):d(\"Failed to load default controller model.\")},loadModel:function(e){this.el.setAttribute(\"gltf-model\",\"url(\"+e+\")\")},onModelLoaded:function(e){var t,n,i,r,s=this.controllerModel=e.detail.model,o=this.loadedMeshInfo;if(u(\"Processing model\"),o.buttonMeshes={},o.axisMeshes={},s){for(t=0;t\u003Cthis.mapping.buttons.length;t++)(n=this.mapping.buttonMeshNames[this.mapping.buttons[t]])?(i=s.getObjectByName(n))?(r={index:t,value:a(i,\"VALUE\"),pressed:a(i,\"PRESSED\"),unpressed:a(i,\"UNPRESSED\")}).value&&r.pressed&&r.unpressed?o.buttonMeshes[this.mapping.buttons[t]]=r:d(\"Missing button submesh under mesh with name: \"+n+\"(VALUE: \"+!!r.value+\", PRESSED: \"+!!r.pressed+\", UNPRESSED:\"+!!r.unpressed+\")\"):d(\"Missing button mesh with name: \"+n):u(\"Skipping unknown button at index: \"+t+\" with mapped name: \"+this.mapping.buttons[t]);for(t=0;t\u003Cthis.mapping.axisMeshNames.length;t++)(n=this.mapping.axisMeshNames[t])?(i=s.getObjectByName(n))?(r={index:t,value:a(i,\"VALUE\"),min:a(i,\"MIN\"),max:a(i,\"MAX\")}).value&&r.min&&r.max?o.axisMeshes[t]=r:d(\"Missing axis submesh under mesh with name: \"+n+\"(VALUE: \"+!!r.value+\", MIN: \"+!!r.min+\", MAX:\"+!!r.max+\")\"):d(\"Missing axis mesh with name: \"+n):u(\"Skipping unknown axis at index: \"+t);this.calculateRayOriginFromMesh(s),this.setModelVisibility()}function a(e,t){for(var n=0,i=e.children.length;n\u003Ci;n++){var r=e.children[n];if(r&&r.name===t)return r}}u(\"Model load complete.\")},calculateRayOriginFromMesh:(i=new THREE.Quaternion,function(e){var t;if(this.rayOrigin.origin.set(0,0,0),this.rayOrigin.direction.set(0,0,-1),this.rayOrigin.createdFromMesh=!0,t=e.getObjectByName(this.mapping.pointingPoseMeshName)){var n=e.parent;n&&(e.parent=null,e.updateMatrixWorld(!0),e.parent=n),t.getWorldPosition(this.rayOrigin.origin),t.getWorldQuaternion(i),this.rayOrigin.direction.applyQuaternion(i),n&&e.updateMatrixWorld(!0)}else u(\"Mesh does not contain pointing origin data, defaulting to none.\");this.modelReady()}),lerpAxisTransform:function(){var e=new THREE.Quaternion;return function(t,n){var i=this.loadedMeshInfo.axisMeshes[t];if(i){var r=i.min,s=i.max,o=i.value,a=.5*n+.5;o.setRotationFromQuaternion(e.copy(r.quaternion).slerp(s.quaternion,a)),o.position.lerpVectors(r.position,s.position,a)}}}(),lerpButtonTransform:function(){var e=new THREE.Quaternion;return function(t,n){var i=this.loadedMeshInfo.buttonMeshes[t];if(i){var r=i.unpressed,s=i.pressed,o=i.value;o.setRotationFromQuaternion(e.copy(r.quaternion).slerp(s.quaternion,n)),o.position.lerpVectors(r.position,s.position,n)}}}(),modelReady:function(){this.el.emit(\"controllermodelready\",{name:\"windows-motion-controls\",model:this.data.model,rayOrigin:this.rayOrigin})},onButtonChanged:function(e){var t=this.mapping.buttons[e.detail.id];t&&(this.loadedMeshInfo&&this.loadedMeshInfo.buttonMeshes&&this.lerpButtonTransform(t,e.detail.state.value),this.el.emit(t+\"changed\",e.detail.state))},onAxisMoved:function(e){var t=this.mapping.axisMeshNames.length;if(this.loadedMeshInfo&&this.loadedMeshInfo.axisMeshes)for(var n=0;n\u003Ct;n++)this.lerpAxisTransform(n,e.detail.axis[n]||0);l(this,this.mapping.axes,e)},setModelVisibility:function(e){var t=this.el.getObject3D(\"mesh\");e=void 0!==e?e:this.modelVisible,this.modelVisible=e,t&&(t.visible=e)}})},8309:(e,t,n)=>{e.exports={AFRAME_INJECTED:\"aframe-injected\",DEFAULT_CAMERA_HEIGHT:1.6,DEFAULT_HANDEDNESS:\"right\",keyboardevent:n(5065)}},5065:e=>{e.exports={KEYCODE_TO_CODE:{38:\"ArrowUp\",37:\"ArrowLeft\",40:\"ArrowDown\",39:\"ArrowRight\",87:\"KeyW\",65:\"KeyA\",83:\"KeyS\",68:\"KeyD\"}}},2385:(e,t,n)=>{var i=n(9721).X,r=n(7629),s=n(4219),o=n(2666),a=new o.FileLoader,l=s(\"core:a-assets:warn\");function c(e){if(e.hasAttribute(\"autoplay\")||\"auto\"===e.getAttribute(\"preload\"))return new Promise((function(t,n){if(4===e.readyState)return t();if(e.error)return n();function i(){for(var n=0,i=0;i\u003Ce.buffered.length;i++)n+=e.buffered.end(i)-e.buffered.start(i);n>=e.duration&&(\"VIDEO\"===e.tagName&&o.Cache.add(e.getAttribute(\"src\"),e),t())}e.addEventListener(\"loadeddata\",i,!1),e.addEventListener(\"progress\",i,!1),e.addEventListener(\"error\",n,!1)}))}function h(e){var t=function(e){var t,n,i;if(e.hasAttribute(\"crossorigin\"))return e;if(null!==(t=e.getAttribute(\"src\"))){if(-1===t.indexOf(\"://\"))return e;if((i=(n=t).indexOf(\"://\")>-1?n.split(\"/\")[2]:n.split(\"/\")[0]).substring(0,i.indexOf(\":\"))===window.location.host)return e}return l('Cross-origin element (e.g., \u003Cimg>) was requested without `crossorigin` set. A-Frame will re-request the asset with `crossorigin` attribute set. Please set `crossorigin` on the element (e.g., \u003Cimg crossorigin=\"anonymous\">)',t),e.crossOrigin=\"anonymous\",e.cloneNode(!0)}(e);return t.tagName&&\"video\"===t.tagName.toLowerCase()&&(t.setAttribute(\"playsinline\",\"\"),t.setAttribute(\"webkit-playsinline\",\"\")),t!==e&&(e.parentNode.appendChild(t),e.parentNode.removeChild(e)),t}function u(e){var t=d(e),n=t.lastIndexOf(\".\");return n>=0&&\".glb\"===t.slice(n,e.search(/\\?|#|$/))?\"arraybuffer\":\"text\"}function d(e){var t=document.createElement(\"a\");t.href=e;var n=t.search.replace(/^\\?/,\"\"),i=e.replace(n,\"\").replace(\"?\",\"\");return i.substring(i.lastIndexOf(\"/\")+1)}customElements.define(\"a-assets\",class extends i{constructor(){super(),this.isAssets=!0,this.fileLoader=a,this.timeout=null}connectedCallback(){\"loading\"!==document.readyState?this.doConnectedCallback():document.addEventListener(\"DOMContentLoaded\",this.connectedCallback.bind(this))}doConnectedCallback(){var e,t,n,i,s,a,u=this,d=[];if(super.connectedCallback(),!this.parentNode.isScene)throw new Error(\"\u003Ca-assets> must be a child of a \u003Ca-scene>.\");for(s=this.querySelectorAll(\"img\"),e=0;e\u003Cs.length;e++)i=h(s[e]),d.push(new Promise((function(t,n){o.Cache.add(s[e].getAttribute(\"src\"),i),i.onload=t,i.onerror=n})));for(n=this.querySelectorAll(\"audio, video\"),e=0;e\u003Cn.length;e++)(t=h(n[e])).src||t.srcObject||l(\"Audio/video asset has neither `src` nor `srcObject` attributes.\"),d.push(c(t));Promise.allSettled(d).then(r(this.load,this)),a=parseInt(this.getAttribute(\"timeout\"),10)||3e3,this.timeout=setTimeout((function(){u.hasLoaded||(l(\"Asset loading timed out in \",a,\"ms\"),u.emit(\"timeout\"),u.load())}),a)}disconnectedCallback(){super.disconnectedCallback(),this.timeout&&clearTimeout(this.timeout)}load(){super.load.call(this,null,(function(e){return e.isAssetItem&&e.hasAttribute(\"src\")}))}}),customElements.define(\"a-asset-item\",class extends i{constructor(){super(),this.data=null,this.isAssetItem=!0}connectedCallback(){var e=this,t=this.getAttribute(\"src\");a.setResponseType(this.getAttribute(\"response-type\")||u(t)),a.load(t,(function(t){e.data=t,setTimeout((function(){i.prototype.load.call(e)}))}),(function(t){e.emit(\"progress\",{loadedBytes:t.loaded,totalBytes:t.total,xhr:t})}),(function(t){e.emit(\"error\",{xhr:t})}))}}),e.exports.inferResponseType=u,e.exports.getFileNameFromURL=d},1397:(e,t,n)=>{var i=n(4219)(\"core:cubemap:warn\");class r extends HTMLElement{constructor(e){return(e=super(e)).srcs=e.validate(),e}validate(){var e,t=this.querySelectorAll(\"[src]\"),n=[];if(6===t.length){for(e=0;e\u003Ct.length;e++)n.push(t[e].getAttribute(\"src\"));return n}i(\"\u003Ca-cubemap> did not contain exactly six elements each with a `src` attribute.\")}}customElements.define(\"a-cubemap\",r)},1956:(e,t,n)=>{var i=n(9721).X,r=n(3515).components,s=n(2666),o=n(8903),a=o.debug(\"core:a-entity:debug\"),l=o.debug(\"core:a-entity:warn\"),c=\"__\",h=[\"position\",\"rotation\",\"scale\",\"visible\"],u={once:!0};class d extends i{constructor(){super(),this.components={},this.initializingComponents={},this.componentsToUpdate={},this.isEntity=!0,this.isPlaying=!1,this.object3D=new s.Group,this.object3D.el=this,this.object3DMap={},this.parentEl=null,this.rotationObj={},this.states=[]}attributeChangedCallback(e,t,n){var i=this.components[e];super.attributeChangedCallback(),i&&i.justInitialized&&\"\"===n?delete i.justInitialized:(i||null!==n)&&this.setEntityAttribute(e,t,n)}connectedCallback(){\"loading\"!==document.readyState?d.prototype.doConnectedCallback.call(this):document.addEventListener(\"DOMContentLoaded\",this.connectedCallback.bind(this))}doConnectedCallback(){var e,t,n=this;super.connectedCallback(),t=this.sceneEl,this.addToParent(),this.isScene||(t?!(e=t.querySelector(\"a-assets\"))||e.hasLoaded?this.load():e.addEventListener(\"loaded\",(function(){n.load()})):this.load())}disconnectedCallback(){var e;if(this.parentEl){for(e in this.components)this.removeComponent(e,!1);this.isScene||(this.removeFromParent(),super.disconnectedCallback(),this.object3D.el=null)}}getObject3D(e){return this.object3DMap[e]}setObject3D(e,t){var n,i=this;if(!(t instanceof s.Object3D))throw new Error(\"`Entity.setObject3D` was called with an object that was not an instance of THREE.Object3D.\");(n=this.getObject3D(e))&&this.object3D.remove(n),t.el=this,t.children.length&&t.traverse((function(e){e.el=i})),this.object3D.add(t),this.object3DMap[e]=t,this.emit(\"object3dset\",{object:t,type:e})}removeObject3D(e){var t=this.getObject3D(e);t?(this.object3D.remove(t),delete this.object3DMap[e],this.emit(\"object3dremove\",{type:e})):l(\"Tried to remove `Object3D` of type:\",e,\"which was not defined.\")}getOrCreateObject3D(e,t){var n=this.getObject3D(e);return!n&&t&&(n=new t,this.setObject3D(e,n)),l(\"`getOrCreateObject3D` has been deprecated. Use `setObject3D()` and `object3dset` event instead.\"),n}add(e){if(!e.object3D)throw new Error(\"Trying to add an element that doesn't have an `object3D`\");this.object3D.add(e.object3D),this.emit(\"child-attached\",{el:e})}addToParent(){var e=this.parentEl=this.parentNode;e&&e.add&&!this.attachedToParent&&(e.add(this),this.attachedToParent=!0)}removeFromParent(){var e=this.parentEl;this.parentEl.remove(this),this.attachedToParent=!1,this.parentEl=null,e.emit(\"child-detached\",{el:this})}load(){var e=this;!this.hasLoaded&&this.parentEl&&super.load.call(this,(function(){e.parentEl&&(e.updateComponents(),(e.isScene||e.parentEl.isPlaying)&&e.play())}))}remove(e){e?this.object3D.remove(e.object3D):this.parentNode.removeChild(this)}getChildEntities(){for(var e=this.children,t=[],n=0;n\u003Ce.length;n++){var i=e[n];i instanceof d&&t.push(i)}return t}initComponent(e,t,n){var i,s,l,h;if(h=(l=o.split(e,c))[0],s=l.length>2?l.slice(1).join(\"__\"):l[1],r[h]&&(p(this,e)||void 0!==t||n)&&!(e in this.components)){if(this.initComponentDependencies(h),s&&!r[h].multiple)throw new Error(\"Trying to initialize multiple components of type `\"+h+\"`. There can only be one component of this type per entity.\");i=new r[h].Component(this,t,s),this.isPlaying&&i.play(),this.hasAttribute(e)||(i.justInitialized=!0,window.HTMLElement.prototype.setAttribute.call(this,e,\"\")),a(\"Component initialized: %s\",e)}}initComponentDependencies(e){var t,n;if(r[e]&&(t=r[e].dependencies))for(n=0;n\u003Ct.length;n++)this.initComponent(t[n],window.HTMLElement.prototype.getAttribute.call(this,t[n])||void 0,!0)}removeComponent(e,t){var n;(n=this.components[e])&&(n.initialized?(n.pause(),n.remove(),t&&(n.destroy(),delete this.components[e]),this.emit(\"componentremoved\",n.evtDetail,!1)):this.addEventListener(\"componentinitialized\",(function n(i){i.detail.name===e&&(this.removeComponent(e,t),this.removeEventListener(\"componentinitialized\",n))})))}updateComponents(){var e,t,n,i,r,s,a=this.componentsToUpdate;if(this.hasLoaded){for(n=0;n\u003Cthis.mixinEls.length;n++)for(i in this.mixinEls[n].componentCache)A(i)&&(a[i]=!0);if(this.getExtraComponents)for(i in t=this.getExtraComponents())A(i)&&(a[i]=!0);for(n=0;n\u003Cthis.attributes.length;++n)i=this.attributes[n].name,-1===h.indexOf(i)&&A(i)&&(a[i]=!0);for(n=0;n\u003Ch.length;n++)i=h[n],this.hasAttribute(i)&&this.updateComponent(i,this.getDOMAttribute(i));for(i in a)r=this.getDOMAttribute(i),e=(s=t&&t[i])?s.constructor===Object?o.extend(s,o.styleParser.parse(r||{})):r||s:r,this.updateComponent(i,e),delete a[i]}}updateComponent(e,t,n){var i=this.components[e];if(i)return null!==t||p(this,e)?void i.updateProperties(t,n):void this.removeComponent(e,!0);this.initComponent(e,t,!1)}removeAttribute(e,t){var n=this.components[e];n&&void 0===t&&this.removeComponent(e,!0),n&&void 0!==t?n.resetProperty(t):(\"mixin\"===e&&this.mixinUpdate(\"\"),window.HTMLElement.prototype.removeAttribute.call(this,e))}play(){var e,t,n;if(!this.isPlaying&&this.hasLoaded){for(n in this.isPlaying=!0,this.components)this.components[n].play();for(e=this.getChildEntities(),t=0;t\u003Ce.length;t++)e[t].play();this.emit(\"play\")}}pause(){var e,t,n;if(this.isPlaying){for(n in this.isPlaying=!1,this.components)this.components[n].pause();for(e=this.getChildEntities(),t=0;t\u003Ce.length;t++)e[t].pause();this.emit(\"pause\")}}setEntityAttribute(e,t,n){if(r[e]||this.components[e])this.updateComponent(e,n);else if(\"mixin\"===e){if(n===this.computedMixinStr)return;this.mixinUpdate(n,t)}}mixinUpdate(e,t){var n,i,r,s,o=d.componentsUpdated,a=this;if(this.hasLoaded){for(t=t||this.getAttribute(\"mixin\"),r=this.updateMixins(e,t),o.length=0,s=0;s\u003Cthis.mixinEls.length;s++)for(n in this.mixinEls[s].componentCache)-1===o.indexOf(n)&&(this.components[n]?this.components[n].handleMixinUpdate():this.initComponent(n,null),o.push(n));for(s=0;s\u003Cr.oldMixinIds.length;s++)if(i=document.getElementById(r.oldMixinIds[s]))for(n in i.componentCache)-1===o.indexOf(n)&&this.components[n]&&(this.getDOMAttribute(n)?this.components[n].handleMixinUpdate():this.removeComponent(n,!0))}else this.addEventListener(\"loaded\",(function(){a.mixinUpdate(e,t)}),u)}setAttribute(e,t,n){var i,s,a,l,h,u=d.singlePropUpdate;if(a=(l=e.indexOf(c))>0?e.substring(0,l):e,!r[a])return\"mixin\"===e&&this.mixinUpdate(t),void super.setAttribute.call(this,e,t);if(!this.components[e]&&this.hasAttribute(e)&&this.updateComponent(e,window.HTMLElement.prototype.getAttribute.call(this,e)),void 0!==n&&\"string\"==typeof t&&t.length>0&&\"string\"==typeof o.styleParser.parse(t)){for(h in u)delete u[h];(i=u)[t]=n,s=!1}else i=t,s=!0===n;this.updateComponent(e,i,s),this.sceneEl&&this.sceneEl.getAttribute(\"debug\")&&this.components[e].flushToDOM()}flushToDOM(e){var t,n,i,r=this.components,s=this.children;for(i in r)r[i].flushToDOM();if(e)for(n=0;n\u003Cs.length;++n)(t=s[n]).flushToDOM&&t.flushToDOM(e)}getAttribute(e){var t,n,i,r;return\"position\"===e?this.object3D.position:\"rotation\"===e?(this,n=s.MathUtils.radToDeg,i=this.object3D.rotation,(r=this.rotationObj).x=n(i.x),r.y=n(i.y),r.z=n(i.z),r):\"scale\"===e?this.object3D.scale:\"visible\"===e?this.object3D.visible:(t=this.components[e])?t.data:window.HTMLElement.prototype.getAttribute.call(this,e)}getDOMAttribute(e){var t=this.components[e];return t?t.attrValue:window.HTMLElement.prototype.getAttribute.call(this,e)}addState(e){this.is(e)||(this.states.push(e),this.emit(\"stateadded\",e))}removeState(e){var t=this.states.indexOf(e);-1!==t&&(this.states.splice(t,1),this.emit(\"stateremoved\",e))}is(e){return-1!==this.states.indexOf(e)}inspect(){this.sceneEl.components.inspector.openInspector(this)}destroy(){var e;if(this.parentNode)l(\"Entity can only be destroyed if detached from scenegraph.\");else for(e in this.components)this.components[e].destroy()}}function p(e,t){return!(!e.components[t]||!e.components[t].attrValue)||function(e,t){var n,i=!1;for(n=0;n\u003Ct.length&&!(i=t[n].hasAttribute(e));++n);return i}(t,e.mixinEls)}function A(e){return-1!==e.indexOf(c)&&(e=o.split(e,c)[0]),!!r[e]}d.componentsUpdated=[],d.singlePropUpdate={},customElements.define(\"a-entity\",d),e.exports.F=d},8022:(e,t,n)=>{var i=n(9721).X,r=n(3515).components,s=n(8903);customElements.define(\"a-mixin\",class extends i{constructor(){super(),this.componentCache={},this.isMixin=!0}connectedCallback(){\"loading\"!==document.readyState?this.doConnectedCallback():document.addEventListener(\"DOMContentLoaded\",this.connectedCallback.bind(this))}doConnectedCallback(){super.connectedCallback(),this.sceneEl=this.closestScene(),this.id=this.getAttribute(\"id\"),this.cacheAttributes(),this.updateEntities(),this.load()}attributeChangedCallback(e,t,n){super.attributeChangedCallback(),this.cacheAttribute(e,n),this.updateEntities()}setAttribute(e,t){window.HTMLElement.prototype.setAttribute.call(this,e,t),this.cacheAttribute(e,t)}cacheAttribute(e,t){var n,i;i=s.split(e,\"__\")[0],(n=r[i])&&(void 0===t&&(t=window.HTMLElement.prototype.getAttribute.call(this,e)),this.componentCache[e]=n.parseAttrValueForCache(t))}getAttribute(e){return this.componentCache[e]||window.HTMLElement.prototype.getAttribute.call(this,e)}cacheAttributes(){var e,t,n=this.attributes;for(t=0;t\u003Cn.length;t++)e=n[t].name,this.cacheAttribute(e)}updateEntities(){var e,t,n;if(this.sceneEl)for(t=this.sceneEl.querySelectorAll(\"[mixin~=\"+this.id+\"]\"),n=0;n\u003Ct.length;n++)(e=t[n]).hasLoaded&&!e.isMixin&&e.mixinUpdate(this.id)}})},9721:(e,t,n)=>{var i=n(8903),r=i.debug(\"core:a-node:warn\"),s={\"a-scene\":!0,\"a-assets\":!0,\"a-assets-items\":!0,\"a-cubemap\":!0,\"a-mixin\":!0,\"a-node\":!0,\"a-entity\":!0};function o(e){return e.tagName.toLowerCase()in s||e.isNode}class a extends HTMLElement{constructor(){super(),this.computedMixinStr=\"\",this.hasLoaded=!1,this.isNode=!0,this.mixinEls=[]}connectedCallback(){\"loading\"!==document.readyState?a.prototype.doConnectedCallback.call(this):document.addEventListener(\"DOMContentLoaded\",this.connectedCallback.bind(this))}doConnectedCallback(){var e;this.sceneEl=this.closestScene(),this.sceneEl||r(\"You are attempting to attach \u003C\"+this.tagName+\"> outside of an A-Frame scene. Append this element to `\u003Ca-scene>` instead.\"),this.hasLoaded=!1,this.emit(\"nodeready\",void 0,!1),this.isMixin||(e=this.getAttribute(\"mixin\"))&&this.updateMixins(e)}attributeChangedCallback(e,t,n){n!==this.computedMixinStr&&(\"mixin\"!==e||this.isMixin||this.updateMixins(n,t))}closestScene(){for(var e=this;e&&!e.isScene;)e=e.parentElement;return e}closest(e){for(var t=this.matches||this.mozMatchesSelector||this.msMatchesSelector||this.oMatchesSelector||this.webkitMatchesSelector,n=this;n&&!t.call(n,e);)n=n.parentElement;return n}disconnectedCallback(){this.hasLoaded=!1}load(e,t){var n,i=this;this.hasLoaded||(t=t||o,n=this.getChildren().filter(t).map((function(e){return new Promise((function(t,n){if(e.hasLoaded)return t();e.addEventListener(\"loaded\",t),e.addEventListener(\"error\",n)}))})),Promise.allSettled(n).then((function(t){t.forEach((function(e){\"rejected\"===e.status&&r(\"Rendering scene with errors on node: 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this.computedMixinStr&&(this.computedMixinStr=this.computedMixinStr.trim(),window.HTMLElement.prototype.setAttribute.call(this,\"mixin\",this.computedMixinStr)),c}registerMixin(e){var t,n,r;if(e){if(r=e.getAttribute(\"mixin\"))for(t=i.split(r.trim(),/\\s+/),n=0;n\u003Ct.length;n++)this.registerMixin(document.getElementById(t[n]));this.computedMixinStr=this.computedMixinStr+\" \"+e.id,this.mixinEls.push(e)}}setAttribute(e,t){\"mixin\"===e&&this.updateMixins(t),window.HTMLElement.prototype.setAttribute.call(this,e,t)}unregisterMixin(e){var t,n=this.mixinEls;for(t=0;t\u003Cn.length;++t)if(e===n[t].id){n.splice(t,1);break}}emit(e,t,n,r){var s=a.evtData;void 0===n&&(n=!0),s.bubbles=!!n,s.detail=t,r&&(s=i.extend({},r,s)),this.dispatchEvent(new CustomEvent(e,s))}}a.evtData={},a.newMixinIdArray=[],a.oldMixinIdArray=[],a.mixinIds={},customElements.define(\"a-node\",a),e.exports.X=a,e.exports.U=s},3515:(e,t,n)=>{var i=n(5941),r=n(1435),s=n(365),o=n(8903),a=e.exports.components={},l=i.parseProperties,c=i.parseProperty,h=i.process,u=i.isSingleProperty,d=i.stringifyProperties,p=i.stringifyProperty,A=o.styleParser,f=o.debug(\"core:component:warn\"),m=document.currentScript,g=new RegExp(\"[A-Z]+\"),v={},y=e.exports.Component=function(e,t,n){var i=this;this.el=e,this.id=n,this.attrName=this.name+(n?\"__\"+n:\"\"),this.evtDetail={id:this.id,name:this.name},this.initialized=!1,this.isSingleProperty=u(this.schema),this.isSinglePropertyObject=this.isSingleProperty&&C(c(void 0,this.schema))&&!(this.schema.default instanceof window.HTMLElement),this.isObjectBased=!this.isSingleProperty||this.isSinglePropertyObject,this.el.components[this.attrName]=this,this.objectPool=v[this.name];var r=this.events;this.events={},function(e,t){var n;for(n in t)e.events[n]=t[n].bind(e)}(this,r),this.attrValue=void 0,this.isObjectBased?(this.nextData=this.objectPool.use(),o.objectPool.removeUnusedKeys(this.nextData,this.schema),this.oldData=this.objectPool.use(),o.objectPool.removeUnusedKeys(this.oldData,this.schema),this.previousOldData=this.objectPool.use(),o.objectPool.removeUnusedKeys(this.previousOldData,this.schema),this.parsingAttrValue=this.objectPool.use(),o.objectPool.removeUnusedKeys(this.parsingAttrValue,this.schema)):(this.nextData=void 0,this.oldData=void 0,this.previousOldData=void 0,this.parsingAttrValue=void 0),this.throttledEmitComponentChanged=o.throttleLeadingAndTrailing((function(){e.emit(\"componentchanged\",i.evtDetail,!1)}),200),this.updateProperties(t)};if(y.prototype={schema:{},init:function(){},events:{},update:function(e){},updateSchema:void 0,tick:void 0,tock:void 0,play:function(){},pause:function(){},remove:function(){},parse:function(e,t){var n=this.schema;return this.isSingleProperty?c(e,n):l(A.parse(e),n,!0,this.name,t)},stringify:function(e){var t=this.schema;return\"string\"==typeof e?e:this.isSingleProperty?p(e,t):(e=d(e,t),A.stringify(e))},updateCachedAttrValue:function(e,t){var n,i,r;if(void 0!==e){if(null===e)return this.isObjectBased&&this.attrValue&&this.objectPool.recycle(this.attrValue),void(this.attrValue=void 0);if(e instanceof Object&&!(e instanceof window.HTMLElement)?(i=this.objectPool.use(),n=o.extend(i,e)):n=this.parseAttrValueForCache(e),this.isObjectBased&&!t&&this.attrValue)for(r in this.attrValue)void 0===n[r]&&(n[r]=this.attrValue[r]);this.isObjectBased&&!this.attrValue&&(this.attrValue=this.objectPool.use()),o.objectPool.clearObject(this.attrValue),this.attrValue=x(this.attrValue,n,this.isObjectBased),o.objectPool.clearObject(i)}},parseAttrValueForCache:function(e){var t;return\"string\"!=typeof e?e:(this.isSingleProperty?\"string\"==typeof(t=this.schema.parse(e))&&(t=e):(o.objectPool.clearObject(this.parsingAttrValue),t=A.parse(e,this.parsingAttrValue)),t)},flushToDOM:function(e){var t=e?this.data:this.attrValue;null!=t&&window.HTMLElement.prototype.setAttribute.call(this.el,this.attrName,this.stringify(t))},updateProperties:function(e,t){this.el.hasLoaded?(null!==e&&(e=this.parseAttrValueForCache(e)),this.updateCachedAttrValue(e,t),this.initialized?(this.updateComponent(e,t),this.callUpdateHandler()):this.initComponent()):this.updateCachedAttrValue(e)},initComponent:function(){var e,t=this.el;this.updateSchema&&this.updateSchema(this.buildData(this.attrValue,!1,!0)),this.data=this.buildData(this.attrValue),t.initializingComponents[this.name]||(t.initializingComponents[this.name]=!0,this.init(),this.initialized=!0,delete t.initializingComponents[this.name],this.oldData=x(this.oldData,this.data,this.isObjectBased),e=this.isObjectBased?this.objectPool.use():void 0,this.update(e),this.isObjectBased&&this.objectPool.recycle(e),t.isPlaying&&this.play(),t.emit(\"componentinitialized\",this.evtDetail,!1))},updateComponent:function(e,t){var n,i;if(t)return this.updateSchema&&this.updateSchema(this.buildData(this.attrValue,!0,!0)),void(this.data=this.buildData(this.attrValue,!0,!1));if(this.isSingleProperty)return this.isObjectBased&&c(e,this.schema),void(this.data=e);if(l(e,this.schema,!0,this.name),this.schemaChangeKeys.length)for(n in e)if(this.schema[n].schemaChange){i=!0;break}if(i)return this.updateSchema&&this.updateSchema(this.buildData(this.attrValue,!0,!0)),void(this.data=this.buildData(this.attrValue,!0,!1));for(n in e)void 0!==e[n]&&(this.data[n]=e[n])},callUpdateHandler:function(){var e;this.previousOldData instanceof Object&&o.objectPool.clearObject(this.previousOldData),this.isObjectBased?b(this.previousOldData,this.oldData):this.previousOldData=this.oldData,e=!o.deepEqual(this.oldData,this.data),(this.isPositionRotationScale||e)&&(this.oldData instanceof Object&&o.objectPool.clearObject(this.oldData),this.oldData=x(this.oldData,this.data,this.isObjectBased),this.update(this.previousOldData),this.throttledEmitComponentChanged())},handleMixinUpdate:function(){this.data=this.buildData(this.attrValue),this.callUpdateHandler()},resetProperty:function(e){if(this.isObjectBased){if(!(e in this.attrValue))return;delete this.attrValue[e],this.data[e]=this.schema[e].default}else this.attrValue=this.schema.default,this.data=this.schema.default;this.updateProperties(this.attrValue)},extendSchema:function(e){var t;t=o.extend({},a[this.name].schema),o.extend(t,e),this.schema=h(t),this.el.emit(\"schemachanged\",this.evtDetail)},buildData:function(e,t,n){var i,r,s,a,h,u,d,p=this.nextData,A=this.schema,f=this.el.mixinEls;if(i=e&&e.constructor===Array?e.length:null!=e,this.isObjectBased&&o.objectPool.clearObject(p),this.isSingleProperty)r=this.isObjectBased?b(p,A.default):M(A.default)?o.clone(A.default):A.default;else for(a in r=(d=!t&&this.attrValue)instanceof Object?b(p,d):p,A)s=A[a].default,void 0===r[a]&&(r[a]=M(s)?o.clone(s):s);for(u=0;u\u003Cf.length;u++)(h=f[u].getAttribute(this.attrName))&&(r=x(r,h,this.isObjectBased));if(i){if(this.isSingleProperty)return C(e)?(b(this.parsingAttrValue,e),c(this.parsingAttrValue,A)):c(e,A);r=x(r,e,this.isObjectBased)}else if(this.isSingleProperty)return c(r,A);return l(r,A,void 0,this.name,n)},eventsAttach:function(){var e;for(e in this.eventsDetach(),this.events)this.el.addEventListener(e,this.events[e])},eventsDetach:function(){var e;for(e in this.events)this.el.removeEventListener(e,this.events[e])},destroy:function(){this.objectPool.recycle(this.attrValue),this.objectPool.recycle(this.oldData),this.objectPool.recycle(this.parsingAttrValue),this.attrValue=this.oldData=this.parsingAttrValue=void 0}},window.debug)var E=e.exports.registrationOrderWarnings={};function b(e,t){var n,i;for(i in t)void 0!==t[i]&&(n=t[i],e[i]=M(n)?o.clone(n):n);return e}function x(e,t,n){var i;if(n&&t.constructor===Object){for(i in t)void 0!==t[i]&&(t[i]&&t[i].constructor===Object?e[i]=o.clone(t[i]):e[i]=t[i]);return e}return t}function w(e){return e.tick||e.tock}function C(e){return e&&e.constructor===Object&&!(e instanceof window.HTMLElement)}function M(e){return e&&(e.constructor===Object||e.constructor===Array)&&!(e instanceof window.HTMLElement)}e.exports.registerComponent=function(e,t){var n,i,l,c,d,p,A={};if(document.currentScript&&document.currentScript!==m&&r.forEach((function(t){t.hasLoaded||document.currentScript.compareDocumentPosition(t)!==Node.DOCUMENT_POSITION_FOLLOWING&&(f(\"The component `\"+e+\"` was registered in a \u003Cscript> tag after the scene. Component \u003Cscript> tags in an HTML file should be declared *before* the scene such that the component is available to entities during scene initialization.\"),window.debug&&(E[e]=!0))})),!0===g.test(e)&&f(\"The component name `\"+e+\"` contains uppercase characters, but HTML will ignore the capitalization of attribute names. Change the name to be lowercase: `\"+e.toLowerCase()+\"`\"),-1!==e.indexOf(\"__\"))throw new Error(\"The component name `\"+e+\"` is not allowed. The sequence __ (double underscore) is reserved to specify an id for multiple components of the same type\");if(Object.keys(t).forEach((function(e){A[e]={value:t[e],writable:!0}})),a[e])throw new Error(\"The component `\"+e+\"` has been already registered. Check that you are not loading two versions of the same component or two different components of the same name.\");if(((n=function(e,t,n){y.call(this,e,t,n)}).prototype=Object.create(y.prototype,A)).name=e,n.prototype.isPositionRotationScale=\"position\"===e||\"rotation\"===e||\"scale\"===e,n.prototype.constructor=n,n.prototype.system=s&&s.systems[e],n.prototype.play=(d=n.prototype.play,function(){var e=this.el.sceneEl,t=this.el.isPlaying&&!this.isPlaying;this.initialized&&t&&(d.call(this),this.isPlaying=!0,this.eventsAttach(),w(this)&&e.addBehavior(this))}),n.prototype.pause=(p=n.prototype.pause,function(){var e=this.el.sceneEl;this.isPlaying&&(p.call(this),this.isPlaying=!1,this.eventsDetach(),w(this)&&e.removeBehavior(this))}),l=o.extend(h(n.prototype.schema,n.prototype.name)),!(c=u(n.prototype.schema)))for(i in n.prototype.schemaChangeKeys=[],l)l[i].schemaChange&&n.prototype.schemaChangeKeys.push(i);return v[e]=o.objectPool.createPool(),a[e]={Component:n,dependencies:n.prototype.dependencies,isSingleProp:c,multiple:n.prototype.multiple,name:e,parse:n.prototype.parse,parseAttrValueForCache:n.prototype.parseAttrValueForCache,schema:l,stringify:n.prototype.stringify,type:n.prototype.type},n}},4863:(e,t,n)=>{var i=n(5941).process,r=e.exports.xZ={},s=e.exports.ib=[],o=n(2666),a=function(){};a.prototype={schema:{},init:function(e){return this.geometry=new o.BufferGeometry,this.geometry},update:function(e){}},e.exports.dZ=function(e,t){var n,o={};if(Object.keys(t).forEach((function(e){o[e]={value:t[e],writable:!0}})),r[e])throw new Error(\"The geometry `\"+e+\"` has been already registered\");return((n=function(){a.call(this)}).prototype=Object.create(a.prototype,o)).name=e,n.prototype.constructor=n,r[e]={Geometry:n,schema:i(n.prototype.schema)},s.push(e),n}},8813:(e,t,n)=>{var i=n(395),r=n(695),s=r(\"core:propertyTypes:warn\"),o=r(\"core:propertyTypes:warn\"),a=e.exports.propertyTypes={},l=/[,> .[\\]:]/,c=/\\url\\((.+)\\)/;function h(e,t,n,i){\"type\"in a?s(\"Property type \"+e+\" is already registered.\"):a[e]={default:t,parse:n||d,stringify:i||p}}function u(e){var t,n;return\"string\"!=typeof e?e:(n=e.match(c))?n[1]:\"#\"===e.charAt(0)?(t=document.getElementById(e.substring(1)))?\"CANVAS\"===t.tagName||\"VIDEO\"===t.tagName||\"IMG\"===t.tagName?t:t.getAttribute(\"src\"):void o('\"'+e+'\" asset not found.'):e}function d(e){return e}function p(e){return null===e?\"null\":e.toString()}function A(e){return parseInt(e,10)}function f(e){return i.parse(e,this.default)}function m(e,t){if(null===e)return!0;if(\"object\"!=typeof e)return!1;if(Object.keys(e).length!==t)return!1;var n=e.x,i=e.y,r=e.z,s=e.w;return!(\"number\"!=typeof n||\"number\"!=typeof i||t>2&&\"number\"!=typeof r||t>3&&\"number\"!=typeof s)}h(\"audio\",\"\",u),h(\"array\",[],(function(e){return Array.isArray(e)?e:e&&\"string\"==typeof e?e.split(\",\").map((function(e){return e.trim()})):[]}),(function(e){return e.join(\", \")})),h(\"asset\",\"\",u),h(\"boolean\",!1,(function(e){return\"false\"!==e&&!1!==e})),h(\"color\",\"#FFF\",d,p),h(\"int\",0,A),h(\"number\",0,(function(e){return parseFloat(e,10)})),h(\"map\",\"\",u),h(\"model\",\"\",u),h(\"selector\",null,(function(e){return e?\"string\"!=typeof e?e:\"#\"!==e[0]||l.test(e)?document.querySelector(e):document.getElementById(e.substring(1)):null}),(function(e){return e.getAttribute?\"#\"+e.getAttribute(\"id\"):p(e)})),h(\"selectorAll\",null,(function(e){return e?\"string\"!=typeof e?e:Array.prototype.slice.call(document.querySelectorAll(e),0):null}),(function(e){return e instanceof Array?e.map((function(e){return\"#\"+e.getAttribute(\"id\")})).join(\", \"):p(e)})),h(\"src\",\"\",(function(e){return o(\"`src` property type is deprecated. Use `asset` instead.\"),u(e)})),h(\"string\",\"\",d,p),h(\"time\",0,A),h(\"vec2\",{x:0,y:0},f,i.stringify),h(\"vec3\",{x:0,y:0,z:0},f,i.stringify),h(\"vec4\",{x:0,y:0,z:0,w:1},f,i.stringify),e.exports.registerPropertyType=h,e.exports.isValidDefaultValue=function(e,t){return(\"audio\"!==e||\"string\"==typeof t)&&!(\"array\"===e&&!Array.isArray(t))&&(\"asset\"!==e||\"string\"==typeof t)&&(\"boolean\"!==e||\"boolean\"==typeof t)&&(\"color\"!==e||\"string\"==typeof t)&&(\"int\"!==e||\"number\"==typeof t)&&(\"number\"!==e||\"number\"==typeof t)&&(\"map\"!==e||\"string\"==typeof t)&&(\"model\"!==e||\"string\"==typeof t)&&(\"selector\"!==e||\"string\"==typeof t||null===t)&&(\"selectorAll\"!==e||\"string\"==typeof t||null===t)&&(\"src\"!==e||\"string\"==typeof t)&&(\"string\"!==e||\"string\"==typeof t)&&(\"time\"!==e||\"number\"==typeof t)&&(\"vec2\"===e?m(t,2):\"vec3\"===e?m(t,3):\"vec4\"!==e||m(t,4))},e.exports.isValidDefaultCoordinate=m},6450:(e,t,n)=>{var i=n(770).f,r=n(9035),s=n(4713),o=n(1435),a=n(365).systems,l=n(2666),c=n(8903),h=n(1956).F,u=n(9721).X,d=n(8225),p=c.bind,A=c.device.isIOS(),f=c.device.isMobile(),m=c.device.isWebXRAvailable,g=c.debug(\"core:a-scene:warn\");A&&n(9609);class v extends h{constructor(){var e;super(),(e=this).clock=new l.Clock,e.isIOS=A,e.isMobile=f,e.hasWebXR=m,e.isAR=!1,e.isScene=!0,e.object3D=new l.Scene,e.object3D.onAfterRender=function(t,n,i){e.isPlaying&&e.tock(e.time,e.delta,i)},e.resize=p(e.resize,e),e.render=p(e.render,e),e.systems={},e.systemNames=[],e.time=e.delta=0,e.behaviors={tick:[],tock:[]},e.hasLoaded=!1,e.isPlaying=!1,e.originalHTML=e.innerHTML}addFullScreenStyles(){document.documentElement.classList.add(\"a-fullscreen\")}removeFullScreenStyles(){document.documentElement.classList.remove(\"a-fullscreen\")}connectedCallback(){\"loading\"!==document.readyState?this.doConnectedCallback():document.addEventListener(\"DOMContentLoaded\",this.connectedCallback.bind(this))}doConnectedCallback(){var e=this,t=this.hasAttribute(\"embedded\");this.setAttribute(\"inspector\",\"\"),this.setAttribute(\"keyboard-shortcuts\",\"\"),this.setAttribute(\"screenshot\",\"\"),this.setAttribute(\"vr-mode-ui\",\"\"),this.setAttribute(\"device-orientation-permission-ui\",\"\"),super.connectedCallback(),function(e){var t;function n(){document.fullscreenElement||document.mozFullScreenElement||document.webkitFullscreenElement||e.exitVR(),document.activeElement.blur(),document.body.focus()}(t=document.createElement(\"canvas\")).classList.add(\"a-canvas\"),t.dataset.aframeCanvas=!0,e.appendChild(t),document.addEventListener(\"fullscreenchange\",n),document.addEventListener(\"mozfullscreenchange\",n),document.addEventListener(\"webkitfullscreenchange\",n),document.addEventListener(\"MSFullscreenChange\",n),t.addEventListener(\"touchmove\",(function(e){e.preventDefault()})),e.canvas=t,e.emit(\"render-target-loaded\",{target:t}),setTimeout(p(e.resize,e),0)}(this),this.setupRenderer(),s.setup(this,E),this.resize(),t||this.addFullScreenStyles(),d(this),i(this),r(this),this.onVRPresentChangeBound=p(this.onVRPresentChange,this),window.addEventListener(\"vrdisplaypresentchange\",this.onVRPresentChangeBound),this.enterVRBound=function(){e.enterVR()},this.exitVRBound=function(){e.exitVR()},this.exitVRTrueBound=function(){e.exitVR(!0)},this.pointerRestrictedBound=function(){e.pointerRestricted()},this.pointerUnrestrictedBound=function(){e.pointerUnrestricted()},m||(window.addEventListener(\"vrdisplaydeactivate\",this.exitVRBound),window.addEventListener(\"vrdisplaydisconnect\",this.exitVRTrueBound),window.addEventListener(\"vrdisplaypointerrestricted\",this.pointerRestrictedBound),window.addEventListener(\"vrdisplaypointerunrestricted\",this.pointerUnrestrictedBound)),window.addEventListener(\"sessionend\",this.resize),this.addEventListener(\"cameraready\",(function(){e.attachedCallbackPostCamera()})),this.initSystems(),this.hasWebXR&&navigator.xr&&navigator.xr.addEventListener&&navigator.xr.addEventListener(\"sessiongranted\",(function(){e.enterVR()}))}attachedCallbackPostCamera(){var e=this;window.addEventListener(\"load\",void 0),window.addEventListener(\"resize\",(function(){e.isIOS?setTimeout(e.resize,100):e.resize()})),this.play(),o.push(this)}initSystems(){var e;for(e in this.initSystem(\"camera\"),a)\"camera\"!==e&&this.initSystem(e)}initSystem(e){this.systems[e]||(this.systems[e]=new a[e](this),this.systemNames.push(e))}disconnectedCallback(){var e=o.indexOf(this);super.disconnectedCallback(),o.splice(e,1),window.removeEventListener(\"vrdisplaypresentchange\",this.onVRPresentChangeBound),window.removeEventListener(\"vrdisplayactivate\",this.enterVRBound),window.removeEventListener(\"vrdisplaydeactivate\",this.exitVRBound),window.removeEventListener(\"vrdisplayconnect\",this.enterVRBound),window.removeEventListener(\"vrdisplaydisconnect\",this.exitVRTrueBound),window.removeEventListener(\"vrdisplaypointerrestricted\",this.pointerRestrictedBound),window.removeEventListener(\"vrdisplaypointerunrestricted\",this.pointerUnrestrictedBound),window.removeEventListener(\"sessionend\",this.resize),this.renderer.dispose()}addBehavior(e){var t,n,i=this.behaviors;for(n in i)e[n]&&-1===(t=this.behaviors[n]).indexOf(e)&&t.push(e)}getPointerLockElement(){return document.pointerLockElement}checkHeadsetConnected(){return c.device.checkHeadsetConnected()}enterAR(){var e;if(!this.hasWebXR)throw e=\"Failed to enter AR mode, WebXR not supported.\",new Error(e);if(!c.device.checkARSupport())throw e=\"Failed to enter AR, WebXR immersive-ar mode not supported in your browser or device.\",new Error(e);return this.enterVR(!0)}enterVR(e){var t,n,i=this,r=i.renderer.xr;if(this.is(\"vr-mode\"))return Promise.resolve(\"Already in VR.\");if(this.checkHeadsetConnected()||this.isMobile){var s=i.getAttribute(\"renderer\");if(r.enabled=!0,this.hasWebXR){this.xrSession&&this.xrSession.removeEventListener(\"end\",this.exitVRBound);var o=this.sceneEl.systems.webxr.sessionReferenceSpaceType;r.setReferenceSpaceType(o);var a=e?\"immersive-ar\":\"immersive-vr\";return n=this.sceneEl.systems.webxr.sessionConfiguration,new Promise((function(e,t){navigator.xr.requestSession(a,n).then((function(t){i.xrSession=t,r.layersEnabled=-1!==n.requiredFeatures.indexOf(\"layers\"),r.setSession(t).then((function(){r.setFoveation(s.foveationLevel)})),t.addEventListener(\"end\",i.exitVRBound),h(e)}),(function(e){throw new Error(\"Failed to enter \"+(\"immersive-ar\"===a?\"AR\":\"VR\")+\" mode (`requestSession`) \"+e)}))}))}if(t=c.device.getVRDisplay(),r.setDevice(t),t.isPresenting&&!window.hasNativeWebVRImplementation)return h(),Promise.resolve();var l={highRefreshRate:s.highRefreshRate};return t.requestPresent([{source:this.canvas,attributes:l}]).then(h,(function(e){throw i.removeState(\"vr-mode\"),e&&e.message?new Error(\"Failed to enter VR mode (`requestPresent`): \"+e.message):new Error(\"Failed to enter VR mode (`requestPresent`).\")}))}return h(),Promise.resolve();function h(t){var n,r;window.hasNativeWebVRImplementation&&!window.hasNativeWebXRImplementation&&(n=new CustomEvent(\"vrdisplaypresentchange\",{detail:{display:c.device.getVRDisplay()}}),window.dispatchEvent(n)),e?i.addState(\"ar-mode\"):i.addState(\"vr-mode\"),i.emit(\"enter-vr\",{target:i}),!m&&i.isMobile&&screen.orientation&&screen.orientation.lock&&screen.orientation.lock(\"landscape\"),i.addFullScreenStyles(),i.isMobile||i.checkHeadsetConnected()||((r=i.canvas).requestFullscreen||r.webkitRequestFullscreen||r.mozRequestFullScreen||r.msRequestFullscreen).apply(r,[{navigationUI:\"hide\"}]),i.resize(),t&&t()}}exitVR(){var e,t=this,n=this.renderer.xr;if(!this.is(\"vr-mode\")&&!this.is(\"ar-mode\"))return Promise.resolve(\"Not in immersive mode.\");if(this.checkHeadsetConnected()||this.isMobile){if(n.enabled=!1,e=c.device.getVRDisplay(),this.hasWebXR)this.xrSession.removeEventListener(\"end\",this.exitVRBound),this.xrSession.end().then((function(){}),(function(){})),this.xrSession=void 0,n.setSession(null);else if(e.isPresenting)return e.exitPresent().then(i,(function(e){throw e&&e.message?new Error(\"Failed to exit VR mode (`exitPresent`): \"+e.message):new Error(\"Failed to exit VR mode (`exitPresent`).\")}))}else(document.fullscreenElement||document.webkitFullscreenElement||document.mozFullScreenElement)&&(document.exitFullscreen?document.exitFullscreen():document.mozCancelFullScreen?document.mozCancelFullScreen():document.webkitExitFullscreen&&document.webkitExitFullscreen());return i(),Promise.resolve();function i(){t.removeState(\"vr-mode\"),t.removeState(\"ar-mode\"),t.isMobile&&screen.orientation&&screen.orientation.unlock&&screen.orientation.unlock(),t.hasAttribute(\"embedded\")&&t.removeFullScreenStyles(),t.resize(),t.isIOS&&c.forceCanvasResizeSafariMobile(t.canvas),t.renderer.setPixelRatio(window.devicePixelRatio),t.emit(\"exit-vr\",{target:t})}}pointerRestricted(){if(this.canvas){var e=this.getPointerLockElement();e&&e!==this.canvas&&document.exitPointerLock&&document.exitPointerLock(),this.canvas.requestPointerLock&&this.canvas.requestPointerLock()}}pointerUnrestricted(){var e=this.getPointerLockElement();e&&e===this.canvas&&document.exitPointerLock&&document.exitPointerLock()}onVRPresentChange(e){var t=e.display||e.detail.display;t&&t.isPresenting?this.enterVR():this.exitVR()}getAttribute(e){var t=this.systems[e];return t?t.data:h.prototype.getAttribute.call(this,e)}getComputedAttribut(e){g(\"`getComputedAttribute` is deprecated. Use `getAttribute` instead.\"),this.getAttribute(e)}getDOMAttribute(e){var t=this.systems[e];return t?t.data:h.prototype.getDOMAttribute.call(this,e)}setAttribute(e,t,n){var i=this.systems[e];if(i)return u.prototype.setAttribute.call(this,e,t),void i.updateProperties(t);h.prototype.setAttribute.call(this,e,t,n)}removeBehavior(e){var t,n,i,r=this.behaviors;for(n in r)e[n]&&-1!==(i=(t=this.behaviors[n]).indexOf(e))&&t.splice(i,1)}resize(){var e,t,n=this.camera,i=this.canvas,r=this.renderer.xr.isPresenting;e=this.renderer.xr.enabled&&r,!n||!i||this.is(\"vr-mode\")&&(this.isMobile||e)||(t=E(i,this.getAttribute(\"embedded\")&&!this.is(\"vr-mode\"),this.maxCanvasSize,this.is(\"vr-mode\")),n.aspect=t.width/t.height,n.updateProjectionMatrix(),this.renderer.setSize(t.width,t.height,!1),this.emit(\"rendererresize\",null,!1))}setupRenderer(){var e,t,n,i,r=this;i={alpha:!0,antialias:!f,canvas:this.canvas,logarithmicDepthBuffer:!1,powerPreference:\"high-performance\"},this.maxCanvasSize={height:1920,width:1920},this.hasAttribute(\"renderer\")&&(n=this.getAttribute(\"renderer\"),(t=c.styleParser.parse(n)).precision&&(i.precision=t.precision+\"p\"),t.antialias&&\"auto\"!==t.antialias&&(i.antialias=\"true\"===t.antialias),t.logarithmicDepthBuffer&&\"auto\"!==t.logarithmicDepthBuffer&&(i.logarithmicDepthBuffer=\"true\"===t.logarithmicDepthBuffer),t.alpha&&(i.alpha=\"true\"===t.alpha),this.maxCanvasSize={width:t.maxCanvasWidth?parseInt(t.maxCanvasWidth):this.maxCanvasSize.width,height:t.maxCanvasHeight?parseInt(t.maxCanvasHeight):this.maxCanvasSize.height}),(e=this.renderer=new l.WebGLRenderer(i)).setPixelRatio(window.devicePixelRatio),e.sortObjects=!1,this.camera&&e.xr.setPoseTarget(this.camera.el.object3D),this.addEventListener(\"camera-set-active\",(function(){e.xr.setPoseTarget(r.camera.el.object3D)}))}play(){var e=this,t=this;this.renderStarted?h.prototype.play.call(this):(this.addEventListener(\"loaded\",(function(){var e,n=this.renderer,i=this.renderer.xr;h.prototype.play.call(this),t.renderStarted||(t.resize(),t.renderer&&(window.performance&&window.performance.mark(\"render-started\"),s.remove(),(e=c.device.getVRDisplay())&&e.isPresenting&&(i.setDevice(e),i.enabled=!0,t.enterVR()),n.setAnimationLoop(this.render),t.renderStarted=!0,t.emit(\"renderstart\")))})),setTimeout((function(){h.prototype.load.call(e)})))}updateComponent(e){e in a||h.prototype.updateComponent.apply(this,arguments)}tick(e,t){var n,i=this.systems;for(n=0;n\u003Cthis.behaviors.tick.length;n++)this.behaviors.tick[n].el.isPlaying&&this.behaviors.tick[n].tick(e,t);for(n=0;n\u003Cthis.systemNames.length;n++)i[this.systemNames[n]].tick&&i[this.systemNames[n]].tick(e,t)}tock(e,t,n){var i,r=this.systems;for(i=0;i\u003Cthis.behaviors.tock.length;i++)this.behaviors.tock[i].el.isPlaying&&this.behaviors.tock[i].tock(e,t,n);for(i=0;i\u003Cthis.systemNames.length;i++)r[this.systemNames[i]].tock&&r[this.systemNames[i]].tock(e,t,n)}render(e,t){var n=this.renderer;this.frame=t,this.delta=1e3*this.clock.getDelta(),this.time=1e3*this.clock.elapsedTime,this.isPlaying&&this.tick(this.time,this.delta);var i=null;this.is(\"ar-mode\")&&(i=this.object3D.background,this.object3D.background=null),n.render(this.object3D,this.camera),i&&(this.object3D.background=i)}}function y(e,t){var n,i=window.devicePixelRatio;return!t||-1===t.width&&-1===t.height||e.width*i\u003Ct.width&&e.height*i\u003Ct.height||(n=e.width/e.height,e.width*i>t.width&&-1!==t.width&&(e.width=Math.round(t.width/i),e.height=Math.round(t.width/n/i)),e.height*i>t.height&&-1!==t.height&&(e.height=Math.round(t.height/i),e.width=Math.round(t.height*n/i))),e}function E(e,t,n,i){return e.parentElement?t?y({height:e.parentElement.offsetHeight,width:e.parentElement.offsetWidth},n):function(e,t){var n;return n={height:document.body.offsetHeight,width:document.body.offsetWidth},t?n:y(n,e)}(n,i):{height:0,width:0}}window.customElements.define(\"a-scene\",v),e.exports.Q=v},4713:(e,t,n)=>{var i,r,s,o=n(8903).styleParser,a=\"loading-screen\";function l(e){var t=i.hasAttribute(\"embedded\"),n=s(i.canvas,t,i.maxCanvasSize,i.is(\"vr-mode\"));e.aspect=n.width/n.height,e.updateProjectionMatrix(),i.renderer.setSize(n.width,n.height,!1)}e.exports.setup=function(e,t){s=t;var n,c,h,u,d,p,A,f,m,g,v=(i=e).hasAttribute(a)?o.parse(i.getAttribute(a)):void 0,y=v&&v.dotsColor||\"white\",E=v&&v.backgroundColor||\"#24CAFF\";(void 0===v||\"true\"===v.enabled||void 0===v.enabled)&&(n=new THREE.Scene,c=new THREE.SphereGeometry(.2,36,18,0,2*Math.PI,0,Math.PI),h=new THREE.MeshBasicMaterial({color:y}),u=new THREE.Mesh(c,h),d=u.clone(),p=u.clone(),A=new THREE.PerspectiveCamera(80,window.innerWidth/window.innerHeight,5e-4,1e4),f=new THREE.Clock,m=0,g=function(){i.renderer.render(n,A),m=f.getElapsedTime()%4,u.visible=m>=1,d.visible=m>=2,p.visible=m>=3},n.background=new THREE.Color(E),n.add(A),u.position.set(-1,0,-15),d.position.set(0,0,-15),p.position.set(1,0,-15),A.add(u),A.add(d),A.add(p),(r=document.createElement(\"div\")).className=\"a-loader-title\",r.innerHTML=document.title,r.style.display=\"none\",i.appendChild(r),setTimeout((function(){i.hasLoaded||(l(A),r.style.display=\"block\",window.addEventListener(\"resize\",(function(){l(A)})),i.renderer.setAnimationLoop(g))}),200))},e.exports.remove=function(){window.removeEventListener(\"resize\",l),r&&(r.style.display=\"none\")}},770:(e,t,n)=>{var i,r=n(8309),s=n(8903).extend,o=[l({name:\"viewport\",content:\"width=device-width,initial-scale=1,maximum-scale=1,shrink-to-fit=no,user-scalable=no,minimal-ui,viewport-fit=cover\"}),l({name:\"mobile-web-app-capable\",content:\"yes\"}),l({name:\"theme-color\",content:\"black\"})],a=[l({name:\"apple-mobile-web-app-capable\",content:\"yes\"}),l({name:\"apple-mobile-web-app-status-bar-style\",content:\"black\"}),(i={rel:\"apple-touch-icon\",href:\"https://aframe.io/images/aframe-logo-152.png\"},{tagName:\"link\",attributes:i,exists:function(){return document.querySelector('link[rel=\"'+i.rel+'\"]')}})];function l(e){return{tagName:\"meta\",attributes:e,exists:function(){return document.querySelector('meta[name=\"'+e.name+'\"]')}}}e.exports.f=function(e){var t,n=document.head,i=n.querySelector(\"script\"),l=[];return o.forEach(c),e.isIOS&&a.forEach(c),l;function c(e){e&&!e.exists()&&(t=function(e){if(e&&e.tagName){var t=document.createElement(e.tagName);return t.setAttribute(r.AFRAME_INJECTED,\"\"),s(t,e.attributes)}}(e),t&&(i?i.parentNode.insertBefore(t,i):n.appendChild(t),l.push(t)))}}},8225:(e,t,n)=>{var i=n(7629),r=n(8903).isIframed;function s(e){if(e.data&&\"vr\"===e.data.type)switch(e.data.data){case\"enter\":this.enterVR();break;case\"exit\":this.exitVR()}}e.exports=function(e){r()&&window.addEventListener(\"message\",i(s,e))}},1435:e=>{e.exports=[]},9035:(e,t,n)=>{var i=n(4630);e.exports=function(e){if(e.isMobile){var t=e.wakelock=new i;e.addEventListener(\"enter-vr\",(function(){t.request()})),e.addEventListener(\"exit-vr\",(function(){t.release()}))}}},5941:(e,t,n)=>{var i,r=n(8903),s=n(8813),o=r.debug,a=s.isValidDefaultValue,l=s.propertyTypes,c=o(\"core:schema:warn\");function h(e){return\"type\"in e?\"string\"==typeof e.type:\"default\"in e}function u(e,t){var n,i,r=e.default,s=e.type;return e.type?\"bool\"===e.type?s=\"boolean\":\"float\"===e.type&&(s=\"number\"):s=void 0===r||\"boolean\"!=typeof r&&\"number\"!=typeof 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this.attributes=this.initVariables(e,\"attribute\"),this.uniforms=this.initVariables(e,\"uniform\"),this.material=new(this.raw?o.RawShaderMaterial:o.ShaderMaterial)({uniforms:this.uniforms,vertexShader:this.vertexShader,fragmentShader:this.fragmentShader}),this.material},initVariables:function(e,t){var n,i,r=this.schema,s={};for(n in r)r[n].is===t&&(i=l[r[n].type],s[n]={type:i,value:void 0});return s},update:function(e){this.updateVariables(e,\"attribute\"),this.updateVariables(e,\"uniform\")},updateVariables:function(e,t){var n,i,r,s=this.schema;for(n in r=\"uniform\"===t?this.uniforms:this.attributes,e)if(s[n]&&s[n].is===t)if(\"map\"!==s[n].type)r[n].value=this.parseValue(s[n].type,e[n]),r[n].needsUpdate=!0;else{if(!r[n]||r[n].value===e[n])continue;i=\"_texture_\"+n,this.setMapOnTextureLoad(r,n,i),a.material.updateMapMaterialFromData(i,n,this,e)}},parseValue:function(e,t){var n;switch(e){case\"vec2\":return new o.Vector2(t.x,t.y);case\"vec3\":return new o.Vector3(t.x,t.y,t.z);case\"vec4\":return new o.Vector4(t.x,t.y,t.z,t.w);case\"color\":return n=new o.Color(t),new o.Vector3(n.r,n.g,n.b);case\"map\":return o.ImageUtils.loadTexture(t);default:return t}},setMapOnTextureLoad:function(e,t,n){var i=this;this.el.addEventListener(\"materialtextureloaded\",(function(){e[t].value=i.material[n],e[t].needsUpdate=!0}))}},e.exports.registerShader=function(e,t){var n,o={};if(Object.keys(t).forEach((function(e){o[e]={value:t[e],writable:!0}})),r[e])throw new Error(\"The shader \"+e+\" has been already registered\");return((n=function(){c.call(this)}).prototype=Object.create(c.prototype,o)).name=e,n.prototype.constructor=n,r[e]={Shader:n,schema:i(n.prototype.schema)},s.push(e),n}},365:(e,t,n)=>{var i=n(3515),r=n(5941),s=n(8903),o=r.parseProperties,a=r.parseProperty,l=r.process,c=r.isSingleProperty,h=s.styleParser,u=e.exports.systems={},d=e.exports.System=function(e){var t=i&&i.components[this.name];this.el=e,this.sceneEl=e,t&&(t.Component.prototype.system=this),this.buildData(),this.init(),this.update({})};d.prototype={schema:{},init:function(){},update:function(e){},updateProperties:function(e){var t=this.data;Object.keys(r).length&&(this.buildData(e),this.update(t))},buildData:function(e){var t=this.schema;Object.keys(t).length&&(e=e||window.HTMLElement.prototype.getAttribute.call(this.sceneEl,this.name),c(t)?this.data=a(e,t):this.data=o(h.parse(e)||{},t))},tick:void 0,tock:void 0,play:function(){},pause:function(){}},e.exports.registerSystem=function(e,t){var n,i,r={},o=s.findAllScenes(document);if(Object.keys(t).forEach((function(e){r[e]={value:t[e],writable:!0}})),u[e])throw new Error(\"The system `\"+e+\"` has been already registered. Check that you are not loading two versions of the same system or two different systems of the same name.\");for(((i=function(e){d.call(this,e)}).prototype=Object.create(d.prototype,r)).name=e,i.prototype.constructor=i,i.prototype.schema=s.extend(l(i.prototype.schema)),u[e]=i,n=0;n\u003Co.length;n++)o[n].initSystem(e)}},8168:(e,t,n)=>{n(5927)},5927:(e,t,n)=>{var i=n(3515).registerComponent,r=n(2666),s=new r.Vector3,o=new r.Vector3;i(\"pivot\",{dependencies:[\"position\"],schema:{type:\"vec3\"},init:function(){var e=this.data,t=this.el,n=t.object3D.parent,i=t.object3D,a=new r.Group;s.copy(i.position),o.copy(i.rotation),n.remove(i),a.add(i),n.add(a),t.object3D=a,i.position.set(-1*e.x,-1*e.y,-1*e.z),a.position.set(e.x+s.x,e.y+s.y,e.z+s.z),a.rotation.copy(i.rotation),i.rotation.set(0,0,0)}})},2362:(e,t,n)=>{var i=n(3515).components,r=n(9644).shaders,s=n(8903),o={};function a(e){var t=e.replace(/([a-z])([A-Z])/g,\"$1-$2\").toLowerCase();\"fog\"===e&&(t=\"material-fog\"),\"visible\"===e&&(t=\"material-visible\"),o[t]=\"material.\"+e}Object.keys(i.material.schema).forEach(a),Object.keys(r.standard.schema).forEach(a),e.exports=function(){return{defaultComponents:{material:{}},mappings:s.extend({},o)}}},9298:(e,t,n)=>{n(2557),n(8341),n(4256),n(1791),n(4106),n(5254),n(2359),n(1829),n(5144),n(1007),n(5390),n(3097),n(9293),n(3280)},5775:(e,t,n)=>{var i=n(9721).U,r=n(1956).F,s=n(3515).components,o=n(8903),a=o.debug,l=o.entity.setComponentProperty,c=a(\"extras:primitives:debug\"),h=a(\"extras:primitives:warn\"),u=a(\"extras:primitives:error\"),d=e.exports.primitives={};e.exports.registerPrimitive=function(e,t){if(e=e.toLowerCase(),!i[e]){i[e]=!0,c(\"Registering \u003C%s>\",e),t.defaultAttributes&&h(\"The 'defaultAttributes' object is deprecated. Use 'defaultComponents' instead.\");var n=t.mappings||{},a=class extends r{constructor(){super(),this.defaultComponentsFromPrimitive=t.defaultComponents||t.defaultAttributes||{},this.deprecated=t.deprecated||null,this.deprecatedMappings=t.deprecatedMappings||{},this.mappings=n,t.deprecated&&console.warn(t.deprecated),this.resolveMappingCollisions()}resolveMappingCollisions(){var e=this.mappings,t=this;Object.keys(e).forEach((function(n){var i;n!==n.toLowerCase()&&h(\"Mapping keys should be specified in lower case. The mapping key \"+n+\" may not be recognized\"),s[n]&&(i=e[n].replace(\".\",\"-\"),e[i]=e[n],delete e[n],console.warn(\"The primitive \"+t.tagName.toLowerCase()+\" has a mapping collision. The attribute \"+n+\" has the same name as a registered component and has been renamed to \"+i))}))}getExtraComponents(){var e,t,n,i,r,s,a=this;for(t=o.clone(this.defaultComponentsFromPrimitive),(r=this.getAttribute(\"mixin\"))&&(r=r.trim().split(\" \")).forEach((function(e){var n=a.sceneEl.querySelector(\"#\"+e).componentCache;Object.keys(n).forEach((function(e){var i,r;t[e]=(i=t[e],r=n[e],l(i)?c(r):l(r)?c(i):h(i)&&h(r)?o.extendDeep(i,r):c(r))}))})),n=0;n\u003Cthis.attributes.length;n++)e=this.attributes[n],(i=this.mappings[e.name])&&((s=o.entity.getComponentPropertyPath(i)).constructor===Array?(t[s[0]]=t[s[0]]||{},t[s[0]][s[1]]=e.value.trim()):t[s]=e.value.trim());return t;function l(e){return void 0===e}function c(e){return h(e)?o.extendDeep({},e):e}function h(e){return null!==e&&e.constructor===Object}}attributeChangedCallback(e,t,n){var i=this.mappings[e];e in this.deprecatedMappings&&console.warn(this.deprecatedMappings[e]),e&&i?l(this,i,n):super.attributeChangedCallback(e,t,n)}};return customElements.define(e,a),a.mappings=n,d[e]=a,a}u(\"Trying to register primitive \"+e+\" that has been already previously registered\")},e.exports.definePrimitive=function(t,n,i){i=i||{},Object.keys(n).map((function(e){!function(e,t){var n=s[e].schema;Object.keys(n).map((function(n){var i=n.replace(/([a-z])([A-Z])/g,\"$1-$2\").toLowerCase();void 0!==t[i]&&(i=e+\"-\"+n),t[i]=e+\".\"+n}))}(e,i)})),e.exports.registerPrimitive(t,o.extendDeep({},null,{defaultComponents:n,mappings:i}))}},2557:(e,t,n)=>{(0,n(5775).registerPrimitive)(\"a-camera\",{defaultComponents:{camera:{},\"look-controls\":{},\"wasd-controls\":{},position:{x:0,y:1.6,z:0}},mappings:{active:\"camera.active\",far:\"camera.far\",fov:\"camera.fov\",\"look-controls-enabled\":\"look-controls.enabled\",near:\"camera.near\",\"pointer-lock-enabled\":\"look-controls.pointerLockEnabled\",\"wasd-controls-enabled\":\"wasd-controls.enabled\",\"reverse-mouse-drag\":\"look-controls.reverseMouseDrag\",zoom:\"camera.zoom\"}})},8341:(e,t,n)=>{var i=n(2362);(0,n(5775).registerPrimitive)(\"a-cursor\",n(8903).extendDeep({},i(),{defaultComponents:{cursor:{},geometry:{primitive:\"ring\",radiusOuter:.016,radiusInner:.01,segmentsTheta:32},material:{color:\"#000\",shader:\"flat\",opacity:.8},position:{x:0,y:0,z:-1}},mappings:{far:\"raycaster.far\",fuse:\"cursor.fuse\",\"fuse-timeout\":\"cursor.fuseTimeout\",interval:\"raycaster.interval\",objects:\"raycaster.objects\"}}))},4256:(e,t,n)=>{var i=n(2362);(0,n(5775).registerPrimitive)(\"a-curvedimage\",n(8903).extendDeep({},i(),{defaultComponents:{geometry:{height:1,primitive:\"cylinder\",radius:2,segmentsRadial:48,thetaLength:270,openEnded:!0,thetaStart:0},material:{color:\"#FFF\",shader:\"flat\",side:\"double\",transparent:!0,repeat:\"-1 1\"}},mappings:{height:\"geometry.height\",\"open-ended\":\"geometry.openEnded\",radius:\"geometry.radius\",segments:\"geometry.segmentsRadial\",start:\"geometry.thetaStart\",\"theta-length\":\"geometry.thetaLength\",\"theta-start\":\"geometry.thetaStart\",width:\"geometry.thetaLength\"}}))},1791:(e,t,n)=>{(0,n(5775).registerPrimitive)(\"a-gltf-model\",{mappings:{src:\"gltf-model\"}})},4106:(e,t,n)=>{var i=n(2362);(0,n(5775).registerPrimitive)(\"a-image\",n(8903).extendDeep({},i(),{defaultComponents:{geometry:{primitive:\"plane\"},material:{color:\"#FFF\",shader:\"flat\",side:\"double\",transparent:!0}},mappings:{height:\"geometry.height\",width:\"geometry.width\"}}))},5254:(e,t,n)=>{(0,n(5775).registerPrimitive)(\"a-light\",{defaultComponents:{light:{}},mappings:{angle:\"light.angle\",color:\"light.color\",\"ground-color\":\"light.groundColor\",decay:\"light.decay\",distance:\"light.distance\",intensity:\"light.intensity\",penumbra:\"light.penumbra\",type:\"light.type\",target:\"light.target\",envmap:\"light.envMap\",\"shadow-camera-automatic\":\"light.shadowCameraAutomatic\"}})},2359:(e,t,n)=>{(0,n(5775).registerPrimitive)(\"a-link\",{defaultComponents:{link:{visualAspectEnabled:!0}},mappings:{href:\"link.href\",image:\"link.image\",title:\"link.title\"}})},1829:(e,t,n)=>{var i=n(2362)();(0,n(5775).registerPrimitive)(\"a-obj-model\",n(8903).extendDeep({},i,{defaultComponents:{\"obj-model\":{}},mappings:{src:\"obj-model.obj\",mtl:\"obj-model.mtl\"}}))},5144:(e,t,n)=>{var i=n(2362),r=n(5775).registerPrimitive,s=n(8903),o=n(3280);r(\"a-sky\",s.extendDeep({},i(),{defaultComponents:{geometry:{primitive:\"sphere\",radius:500,segmentsWidth:64,segmentsHeight:32},material:{color:\"#FFF\",side:\"back\",shader:\"flat\",npot:!0},scale:\"-1 1 1\"},mappings:s.extendDeep({},o[\"a-sphere\"].mappings)}))},1007:(e,t,n)=>{(0,n(5775).registerPrimitive)(\"a-sound\",{defaultComponents:{sound:{}},mappings:{src:\"sound.src\",on:\"sound.on\",autoplay:\"sound.autoplay\",loop:\"sound.loop\",volume:\"sound.volume\"}})},5390:(e,t,n)=>{(0,n(5775).definePrimitive)(\"a-text\",{text:{anchor:\"align\",width:5}})},3097:(e,t,n)=>{var i=n(2362);(0,n(5775).registerPrimitive)(\"a-video\",n(8903).extendDeep({},i(),{defaultComponents:{geometry:{primitive:\"plane\"},material:{color:\"#FFF\",shader:\"flat\",side:\"double\",transparent:!0}},mappings:{height:\"geometry.height\",width:\"geometry.width\"}}))},9293:(e,t,n)=>{var i=n(2362);(0,n(5775).registerPrimitive)(\"a-videosphere\",n(8903).extendDeep({},i(),{defaultComponents:{geometry:{primitive:\"sphere\",radius:500,segmentsWidth:64,segmentsHeight:32},material:{color:\"#FFF\",shader:\"flat\",side:\"back\",npot:!0},scale:\"-1 1 1\"},mappings:{radius:\"geometry.radius\",\"segments-height\":\"geometry.segmentsHeight\",\"segments-width\":\"geometry.segmentsWidth\"}}))},3280:(e,t,n)=>{var i=n(2362),r=n(4863).xZ,s=n(4863).ib,o=n(5775).registerPrimitive,a=n(8903),l=e.exports={};function c(e){return e.replace(/([a-z])([A-Z])/g,\"$1-$2\").toLowerCase()}s.forEach((function(e){var t=r[e],n=c(e),s={};Object.keys(t.schema).forEach((function(e){s[c(e)]=\"geometry.\"+e}));var h=\"a-\"+n,u=o(h,a.extendDeep({},i(),{defaultComponents:{geometry:{primitive:e}},mappings:s}));l[h]=u}))},8328:(e,t,n)=>{var i=n(4863).dZ,r=n(2666);i(\"box\",{schema:{depth:{default:1,min:0},height:{default:1,min:0},width:{default:1,min:0},segmentsHeight:{default:1,min:1,max:20,type:\"int\"},segmentsWidth:{default:1,min:1,max:20,type:\"int\"},segmentsDepth:{default:1,min:1,max:20,type:\"int\"}},init:function(e){this.geometry=new r.BoxGeometry(e.width,e.height,e.depth,e.segmentsWidth,e.segmentsHeight,e.segmentsDepth)}})},6937:(e,t,n)=>{var i=n(4863).dZ,r=n(2666),s=r.MathUtils.degToRad;i(\"circle\",{schema:{radius:{default:1,min:0},segments:{default:32,min:3,type:\"int\"},thetaLength:{default:360,min:0},thetaStart:{default:0}},init:function(e){this.geometry=new r.CircleGeometry(e.radius,e.segments,s(e.thetaStart),s(e.thetaLength))}})},3695:(e,t,n)=>{var i=n(4863).dZ,r=n(2666),s=r.MathUtils.degToRad;i(\"cone\",{schema:{height:{default:1,min:0},openEnded:{default:!1},radiusBottom:{default:1,min:0},radiusTop:{default:.01,min:0},segmentsHeight:{default:18,min:1,type:\"int\"},segmentsRadial:{default:36,min:3,type:\"int\"},thetaLength:{default:360,min:0},thetaStart:{default:0}},init:function(e){this.geometry=new r.CylinderGeometry(e.radiusTop,e.radiusBottom,e.height,e.segmentsRadial,e.segmentsHeight,e.openEnded,s(e.thetaStart),s(e.thetaLength))}})},1472:(e,t,n)=>{var i=n(4863).dZ,r=n(2666),s=r.MathUtils.degToRad;i(\"cylinder\",{schema:{height:{default:1,min:0},openEnded:{default:!1},radius:{default:1,min:0},segmentsHeight:{default:18,min:1,type:\"int\"},segmentsRadial:{default:36,min:3,type:\"int\"},thetaLength:{default:360,min:0},thetaStart:{default:0}},init:function(e){this.geometry=new r.CylinderGeometry(e.radius,e.radius,e.height,e.segmentsRadial,e.segmentsHeight,e.openEnded,s(e.thetaStart),s(e.thetaLength))}})},9473:(e,t,n)=>{var i=n(4863).dZ,r=n(2666);i(\"dodecahedron\",{schema:{detail:{default:0,min:0,max:5,type:\"int\"},radius:{default:1,min:0}},init:function(e){this.geometry=new r.DodecahedronGeometry(e.radius,e.detail)}})},8581:(e,t,n)=>{var i=n(4863).dZ,r=n(2666);i(\"icosahedron\",{schema:{detail:{default:0,min:0,max:5,type:\"int\"},radius:{default:1,min:0}},init:function(e){this.geometry=new r.IcosahedronGeometry(e.radius,e.detail)}})},763:(e,t,n)=>{n(8328),n(6937),n(3695),n(1472),n(9473),n(8581),n(3210),n(1752),n(377),n(1092),n(9485),n(697),n(7536),n(8018)},3210:(e,t,n)=>{var i=n(4863).dZ,r=n(2666);i(\"octahedron\",{schema:{detail:{default:0,min:0,max:5,type:\"int\"},radius:{default:1,min:0}},init:function(e){this.geometry=new r.OctahedronGeometry(e.radius,e.detail)}})},1752:(e,t,n)=>{var 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this.set(e,0,0,0,t,0,0,0,1),this}equals(e){const t=this.elements,n=e.elements;for(let e=0;e\u003C9;e++)if(t[e]!==n[e])return!1;return!0}fromArray(e,t=0){for(let n=0;n\u003C9;n++)this.elements[n]=e[n+t];return this}toArray(e=[],t=0){const n=this.elements;return e[t]=n[0],e[t+1]=n[1],e[t+2]=n[2],e[t+3]=n[3],e[t+4]=n[4],e[t+5]=n[5],e[t+6]=n[6],e[t+7]=n[7],e[t+8]=n[8],e}clone(){return(new this.constructor).fromArray(this.elements)}}const Rn=new Dn;function Pn(e){for(let t=e.length-1;t>=0;--t)if(e[t]>=65535)return!0;return!1}const kn={Int8Array,Uint8Array,Uint8ClampedArray,Int16Array,Uint16Array,Int32Array,Uint32Array,Float32Array,Float64Array};function Fn(e,t){return new kn[e](t)}function On(e){return document.createElementNS(\"http://www.w3.org/1999/xhtml\",e)}function Qn(e){return e\u003C.04045?.0773993808*e:Math.pow(.9478672986*e+.0521327014,2.4)}function Un(e){return e\u003C.0031308?12.92*e:1.055*Math.pow(e,.41666)-.055}const Nn={[Ut]:{[Nt]:Qn},[Nt]:{[Ut]:Un}},Gn={legacyMode:!0,get workingColorSpace(){return Nt},set workingColorSpace(e){console.warn(\"THREE.ColorManagement: .workingColorSpace is readonly.\")},convert:function(e,t,n){if(this.legacyMode||t===n||!t||!n)return e;if(Nn[t]&&void 0!==Nn[t][n]){const i=Nn[t][n];return e.r=i(e.r),e.g=i(e.g),e.b=i(e.b),e}throw new Error(\"Unsupported color space conversion.\")},fromWorkingColorSpace:function(e,t){return this.convert(e,this.workingColorSpace,t)},toWorkingColorSpace:function(e,t){return this.convert(e,t,this.workingColorSpace)}},zn={aliceblue:15792383,antiquewhite:16444375,aqua:65535,aquamarine:8388564,azure:15794175,beige:16119260,bisque:16770244,black:0,blanchedalmond:16772045,blue:255,blueviolet:9055202,brown:10824234,burlywood:14596231,cadetblue:6266528,chartreuse:8388352,chocolate:13789470,coral:16744272,cornflowerblue:6591981,cornsilk:16775388,crimson:14423100,cyan:65535,darkblue:139,darkcyan:35723,darkgoldenrod:12092939,darkgray:11119017,darkgreen:25600,darkgrey:11119017,darkkhaki:12433259,darkmagenta:9109643,darkolivegreen:5597999,darkorange:16747520,darkorchid:10040012,darkred:9109504,darksalmon:15308410,darkseagreen:9419919,darkslateblue:4734347,darkslategray:3100495,darkslategrey:3100495,darkturquoise:52945,darkviolet:9699539,deeppink:16716947,deepskyblue:49151,dimgray:6908265,dimgrey:6908265,dodgerblue:2003199,firebrick:11674146,floralwhite:16775920,forestgreen:2263842,fuchsia:16711935,gainsboro:14474460,ghostwhite:16316671,gold:16766720,goldenrod:14329120,gray:8421504,green:32768,greenyellow:11403055,grey:8421504,honeydew:15794160,hotpink:16738740,indianred:13458524,indigo:4915330,ivory:16777200,khaki:15787660,lavender:15132410,lavenderblush:16773365,lawngreen:8190976,lemonchiffon:16775885,lightblue:11393254,lightcoral:15761536,lightcyan:14745599,lightgoldenrodyellow:16448210,lightgray:13882323,lightgreen:9498256,lightgrey:13882323,lightpink:16758465,lightsalmon:16752762,lightseagreen:2142890,lightskyblue:8900346,lightslategray:7833753,lightslategrey:7833753,lightsteelblue:11584734,lightyellow:16777184,lime:65280,limegreen:3329330,linen:16445670,magenta:16711935,maroon:8388608,mediumaquamarine:6737322,mediumblue:205,mediumorchid:12211667,mediumpurple:9662683,mediumseagreen:3978097,mediumslateblue:8087790,mediumspringgreen:64154,mediumturquoise:4772300,mediumvioletred:13047173,midnightblue:1644912,mintcream:16121850,mistyrose:16770273,moccasin:16770229,navajowhite:16768685,navy:128,oldlace:16643558,olive:8421376,olivedrab:7048739,orange:16753920,orangered:16729344,orchid:14315734,palegoldenrod:15657130,palegreen:10025880,paleturquoise:11529966,palevioletred:14381203,papayawhip:16773077,peachpuff:16767673,peru:13468991,pink:16761035,plum:14524637,powderblue:11591910,purple:8388736,rebeccapurple:6697881,red:16711680,rosybrown:12357519,royalblue:4286945,saddlebrown:9127187,salmon:16416882,sandybrown:16032864,seagreen:3050327,seashell:16774638,sienna:10506797,silver:12632256,skyblue:8900331,slateblue:6970061,slategray:7372944,slategrey:7372944,snow:16775930,springgreen:65407,steelblue:4620980,tan:13808780,teal:32896,thistle:14204888,tomato:16737095,turquoise:4251856,violet:15631086,wheat:16113331,white:16777215,whitesmoke:16119285,yellow:16776960,yellowgreen:10145074},Hn={r:0,g:0,b:0},Vn={h:0,s:0,l:0},Wn={h:0,s:0,l:0};function jn(e,t,n){return n\u003C0&&(n+=1),n>1&&(n-=1),n\u003C1/6?e+6*(t-e)*n:n\u003C.5?t:n\u003C2/3?e+6*(t-e)*(2/3-n):e}function qn(e,t){return t.r=e.r,t.g=e.g,t.b=e.b,t}class Yn{constructor(e,t,n){return this.isColor=!0,this.r=1,this.g=1,this.b=1,void 0===t&&void 0===n?this.set(e):this.setRGB(e,t,n)}set(e){return e&&e.isColor?this.copy(e):\"number\"==typeof e?this.setHex(e):\"string\"==typeof e&&this.setStyle(e),this}setScalar(e){return this.r=e,this.g=e,this.b=e,this}setHex(e,t=Ut){return e=Math.floor(e),this.r=(e>>16&255)/255,this.g=(e>>8&255)/255,this.b=(255&e)/255,Gn.toWorkingColorSpace(this,t),this}setRGB(e,t,n,i=Gn.workingColorSpace){return this.r=e,this.g=t,this.b=n,Gn.toWorkingColorSpace(this,i),this}setHSL(e,t,n,i=Gn.workingColorSpace){if(e=wn(e,1),t=xn(t,0,1),n=xn(n,0,1),0===t)this.r=this.g=this.b=n;else{const i=n\u003C=.5?n*(1+t):n+t-n*t,r=2*n-i;this.r=jn(r,i,e+1/3),this.g=jn(r,i,e),this.b=jn(r,i,e-1/3)}return Gn.toWorkingColorSpace(this,i),this}setStyle(e,t=Ut){function n(t){void 0!==t&&parseFloat(t)\u003C1&&console.warn(\"THREE.Color: Alpha component of \"+e+\" will be ignored.\")}let i;if(i=/^((?:rgb|hsl)a?)\\(([^\\)]*)\\)/.exec(e)){let e;const r=i[1],s=i[2];switch(r){case\"rgb\":case\"rgba\":if(e=/^\\s*(\\d+)\\s*,\\s*(\\d+)\\s*,\\s*(\\d+)\\s*(?:,\\s*(\\d*\\.?\\d+)\\s*)?$/.exec(s))return this.r=Math.min(255,parseInt(e[1],10))/255,this.g=Math.min(255,parseInt(e[2],10))/255,this.b=Math.min(255,parseInt(e[3],10))/255,Gn.toWorkingColorSpace(this,t),n(e[4]),this;if(e=/^\\s*(\\d+)\\%\\s*,\\s*(\\d+)\\%\\s*,\\s*(\\d+)\\%\\s*(?:,\\s*(\\d*\\.?\\d+)\\s*)?$/.exec(s))return this.r=Math.min(100,parseInt(e[1],10))/100,this.g=Math.min(100,parseInt(e[2],10))/100,this.b=Math.min(100,parseInt(e[3],10))/100,Gn.toWorkingColorSpace(this,t),n(e[4]),this;break;case\"hsl\":case\"hsla\":if(e=/^\\s*(\\d*\\.?\\d+)\\s*,\\s*(\\d*\\.?\\d+)\\%\\s*,\\s*(\\d*\\.?\\d+)\\%\\s*(?:,\\s*(\\d*\\.?\\d+)\\s*)?$/.exec(s)){const i=parseFloat(e[1])/360,r=parseFloat(e[2])/100,s=parseFloat(e[3])/100;return n(e[4]),this.setHSL(i,r,s,t)}}}else if(i=/^\\#([A-Fa-f\\d]+)$/.exec(e)){const e=i[1],n=e.length;if(3===n)return this.r=parseInt(e.charAt(0)+e.charAt(0),16)/255,this.g=parseInt(e.charAt(1)+e.charAt(1),16)/255,this.b=parseInt(e.charAt(2)+e.charAt(2),16)/255,Gn.toWorkingColorSpace(this,t),this;if(6===n)return this.r=parseInt(e.charAt(0)+e.charAt(1),16)/255,this.g=parseInt(e.charAt(2)+e.charAt(3),16)/255,this.b=parseInt(e.charAt(4)+e.charAt(5),16)/255,Gn.toWorkingColorSpace(this,t),this}return e&&e.length>0?this.setColorName(e,t):this}setColorName(e,t=Ut){const n=zn[e.toLowerCase()];return void 0!==n?this.setHex(n,t):console.warn(\"THREE.Color: Unknown color \"+e),this}clone(){return new this.constructor(this.r,this.g,this.b)}copy(e){return this.r=e.r,this.g=e.g,this.b=e.b,this}copySRGBToLinear(e){return this.r=Qn(e.r),this.g=Qn(e.g),this.b=Qn(e.b),this}copyLinearToSRGB(e){return this.r=Un(e.r),this.g=Un(e.g),this.b=Un(e.b),this}convertSRGBToLinear(){return this.copySRGBToLinear(this),this}convertLinearToSRGB(){return this.copyLinearToSRGB(this),this}getHex(e=Ut){return Gn.fromWorkingColorSpace(qn(this,Hn),e),xn(255*Hn.r,0,255)\u003C\u003C16^xn(255*Hn.g,0,255)\u003C\u003C8^xn(255*Hn.b,0,255)\u003C\u003C0}getHexString(e=Ut){return(\"000000\"+this.getHex(e).toString(16)).slice(-6)}getHSL(e,t=Gn.workingColorSpace){Gn.fromWorkingColorSpace(qn(this,Hn),t);const n=Hn.r,i=Hn.g,r=Hn.b,s=Math.max(n,i,r),o=Math.min(n,i,r);let a,l;const c=(o+s)/2;if(o===s)a=0,l=0;else{const e=s-o;switch(l=c\u003C=.5?e/(s+o):e/(2-s-o),s){case n:a=(i-r)/e+(i\u003Cr?6:0);break;case i:a=(r-n)/e+2;break;case r:a=(n-i)/e+4}a/=6}return e.h=a,e.s=l,e.l=c,e}getRGB(e,t=Gn.workingColorSpace){return Gn.fromWorkingColorSpace(qn(this,Hn),t),e.r=Hn.r,e.g=Hn.g,e.b=Hn.b,e}getStyle(e=Ut){return Gn.fromWorkingColorSpace(qn(this,Hn),e),e!==Ut?`color(${e} ${Hn.r} ${Hn.g} ${Hn.b})`:`rgb(${255*Hn.r|0},${255*Hn.g|0},${255*Hn.b|0})`}offsetHSL(e,t,n){return this.getHSL(Vn),Vn.h+=e,Vn.s+=t,Vn.l+=n,this.setHSL(Vn.h,Vn.s,Vn.l),this}add(e){return this.r+=e.r,this.g+=e.g,this.b+=e.b,this}addColors(e,t){return this.r=e.r+t.r,this.g=e.g+t.g,this.b=e.b+t.b,this}addScalar(e){return this.r+=e,this.g+=e,this.b+=e,this}sub(e){return this.r=Math.max(0,this.r-e.r),this.g=Math.max(0,this.g-e.g),this.b=Math.max(0,this.b-e.b),this}multiply(e){return this.r*=e.r,this.g*=e.g,this.b*=e.b,this}multiplyScalar(e){return this.r*=e,this.g*=e,this.b*=e,this}lerp(e,t){return this.r+=(e.r-this.r)*t,this.g+=(e.g-this.g)*t,this.b+=(e.b-this.b)*t,this}lerpColors(e,t,n){return this.r=e.r+(t.r-e.r)*n,this.g=e.g+(t.g-e.g)*n,this.b=e.b+(t.b-e.b)*n,this}lerpHSL(e,t){this.getHSL(Vn),e.getHSL(Wn);const n=Cn(Vn.h,Wn.h,t),i=Cn(Vn.s,Wn.s,t),r=Cn(Vn.l,Wn.l,t);return this.setHSL(n,i,r),this}equals(e){return e.r===this.r&&e.g===this.g&&e.b===this.b}fromArray(e,t=0){return this.r=e[t],this.g=e[t+1],this.b=e[t+2],this}toArray(e=[],t=0){return e[t]=this.r,e[t+1]=this.g,e[t+2]=this.b,e}fromBufferAttribute(e,t){return this.r=e.getX(t),this.g=e.getY(t),this.b=e.getZ(t),this}toJSON(){return this.getHex()}*[Symbol.iterator](){yield this.r,yield this.g,yield this.b}}let Xn;Yn.NAMES=zn;class Jn{static getDataURL(e){if(/^data:/i.test(e.src))return e.src;if(\"undefined\"==typeof HTMLCanvasElement)return e.src;let t;if(e instanceof HTMLCanvasElement)t=e;else{void 0===Xn&&(Xn=On(\"canvas\")),Xn.width=e.width,Xn.height=e.height;const n=Xn.getContext(\"2d\");e instanceof ImageData?n.putImageData(e,0,0):n.drawImage(e,0,0,e.width,e.height),t=Xn}return t.width>2048||t.height>2048?(console.warn(\"THREE.ImageUtils.getDataURL: Image converted to jpg for performance reasons\",e),t.toDataURL(\"image/jpeg\",.6)):t.toDataURL(\"image/png\")}static sRGBToLinear(e){if(\"undefined\"!=typeof HTMLImageElement&&e instanceof HTMLImageElement||\"undefined\"!=typeof HTMLCanvasElement&&e instanceof HTMLCanvasElement||\"undefined\"!=typeof ImageBitmap&&e instanceof ImageBitmap){const t=On(\"canvas\");t.width=e.width,t.height=e.height;const n=t.getContext(\"2d\");n.drawImage(e,0,0,e.width,e.height);const i=n.getImageData(0,0,e.width,e.height),r=i.data;for(let e=0;e\u003Cr.length;e++)r[e]=255*Qn(r[e]/255);return n.putImageData(i,0,0),t}if(e.data){const t=e.data.slice(0);for(let e=0;e\u003Ct.length;e++)t instanceof Uint8Array||t instanceof Uint8ClampedArray?t[e]=Math.floor(255*Qn(t[e]/255)):t[e]=Qn(t[e]);return{data:t,width:e.width,height:e.height}}return console.warn(\"THREE.ImageUtils.sRGBToLinear(): Unsupported image type. No color space conversion applied.\"),e}}class Kn{constructor(e=null){this.isSource=!0,this.uuid=bn(),this.data=e,this.version=0}set needsUpdate(e){!0===e&&this.version++}toJSON(e){const t=void 0===e||\"string\"==typeof e;if(!t&&void 0!==e.images[this.uuid])return e.images[this.uuid];const n={uuid:this.uuid,url:\"\"},i=this.data;if(null!==i){let e;if(Array.isArray(i)){e=[];for(let t=0,n=i.length;t\u003Cn;t++)i[t].isDataTexture?e.push(Zn(i[t].image)):e.push(Zn(i[t]))}else e=Zn(i);n.url=e}return t||(e.images[this.uuid]=n),n}}function Zn(e){return\"undefined\"!=typeof HTMLImageElement&&e instanceof HTMLImageElement||\"undefined\"!=typeof HTMLCanvasElement&&e instanceof HTMLCanvasElement||\"undefined\"!=typeof ImageBitmap&&e instanceof ImageBitmap?Jn.getDataURL(e):e.data?{data:Array.from(e.data),width:e.width,height:e.height,type:e.data.constructor.name}:(console.warn(\"THREE.Texture: Unable to serialize Texture.\"),{})}let $n=0;class ei extends mn{constructor(e=ei.DEFAULT_IMAGE,t=ei.DEFAULT_MAPPING,n=ue,i=ue,r=ve,s=be,o=Fe,a=we,l=ei.DEFAULT_ANISOTROPY,c=Dt){super(),this.isTexture=!0,Object.defineProperty(this,\"id\",{value:$n++}),this.uuid=bn(),this.name=\"\",this.source=new Kn(e),this.mipmaps=[],this.mapping=t,this.wrapS=n,this.wrapT=i,this.magFilter=r,this.minFilter=s,this.anisotropy=l,this.format=o,this.internalFormat=null,this.type=a,this.offset=new Ln(0,0),this.repeat=new Ln(1,1),this.center=new Ln(0,0),this.rotation=0,this.matrixAutoUpdate=!0,this.matrix=new Dn,this.generateMipmaps=!0,this.premultiplyAlpha=!1,this.flipY=!0,this.unpackAlignment=4,this.encoding=c,this.userData={},this.version=0,this.onUpdate=null,this.isRenderTargetTexture=!1,this.needsPMREMUpdate=!1}get image(){return this.source.data}set image(e){this.source.data=e}updateMatrix(){this.matrix.setUvTransform(this.offset.x,this.offset.y,this.repeat.x,this.repeat.y,this.rotation,this.center.x,this.center.y)}clone(){return(new this.constructor).copy(this)}copy(e){return this.name=e.name,this.source=e.source,this.mipmaps=e.mipmaps.slice(0),this.mapping=e.mapping,this.wrapS=e.wrapS,this.wrapT=e.wrapT,this.magFilter=e.magFilter,this.minFilter=e.minFilter,this.anisotropy=e.anisotropy,this.format=e.format,this.internalFormat=e.internalFormat,this.type=e.type,this.offset.copy(e.offset),this.repeat.copy(e.repeat),this.center.copy(e.center),this.rotation=e.rotation,this.matrixAutoUpdate=e.matrixAutoUpdate,this.matrix.copy(e.matrix),this.generateMipmaps=e.generateMipmaps,this.premultiplyAlpha=e.premultiplyAlpha,this.flipY=e.flipY,this.unpackAlignment=e.unpackAlignment,this.encoding=e.encoding,this.userData=JSON.parse(JSON.stringify(e.userData)),this.needsUpdate=!0,this}toJSON(e){const t=void 0===e||\"string\"==typeof e;if(!t&&void 0!==e.textures[this.uuid])return e.textures[this.uuid];const n={metadata:{version:4.5,type:\"Texture\",generator:\"Texture.toJSON\"},uuid:this.uuid,name:this.name,image:this.source.toJSON(e).uuid,mapping:this.mapping,repeat:[this.repeat.x,this.repeat.y],offset:[this.offset.x,this.offset.y],center:[this.center.x,this.center.y],rotation:this.rotation,wrap:[this.wrapS,this.wrapT],format:this.format,type:this.type,encoding:this.encoding,minFilter:this.minFilter,magFilter:this.magFilter,anisotropy:this.anisotropy,flipY:this.flipY,premultiplyAlpha:this.premultiplyAlpha,unpackAlignment:this.unpackAlignment};return\"{}\"!==JSON.stringify(this.userData)&&(n.userData=this.userData),t||(e.textures[this.uuid]=n),n}dispose(){this.dispatchEvent({type:\"dispose\"})}transformUv(e){if(this.mapping!==re)return e;if(e.applyMatrix3(this.matrix),e.x\u003C0||e.x>1)switch(this.wrapS){case he:e.x=e.x-Math.floor(e.x);break;case ue:e.x=e.x\u003C0?0:1;break;case de:1===Math.abs(Math.floor(e.x)%2)?e.x=Math.ceil(e.x)-e.x:e.x=e.x-Math.floor(e.x)}if(e.y\u003C0||e.y>1)switch(this.wrapT){case he:e.y=e.y-Math.floor(e.y);break;case ue:e.y=e.y\u003C0?0:1;break;case de:1===Math.abs(Math.floor(e.y)%2)?e.y=Math.ceil(e.y)-e.y:e.y=e.y-Math.floor(e.y)}return this.flipY&&(e.y=1-e.y),e}set needsUpdate(e){!0===e&&(this.version++,this.source.needsUpdate=!0)}}ei.DEFAULT_IMAGE=null,ei.DEFAULT_MAPPING=re,ei.DEFAULT_ANISOTROPY=1;class ti{constructor(e=0,t=0,n=0,i=1){ti.prototype.isVector4=!0,this.x=e,this.y=t,this.z=n,this.w=i}get width(){return this.z}set width(e){this.z=e}get height(){return this.w}set height(e){this.w=e}set(e,t,n,i){return this.x=e,this.y=t,this.z=n,this.w=i,this}setScalar(e){return this.x=e,this.y=e,this.z=e,this.w=e,this}setX(e){return this.x=e,this}setY(e){return this.y=e,this}setZ(e){return this.z=e,this}setW(e){return this.w=e,this}setComponent(e,t){switch(e){case 0:this.x=t;break;case 1:this.y=t;break;case 2:this.z=t;break;case 3:this.w=t;break;default:throw new Error(\"index is out of range: \"+e)}return this}getComponent(e){switch(e){case 0:return this.x;case 1:return this.y;case 2:return this.z;case 3:return this.w;default:throw new Error(\"index is out of range: \"+e)}}clone(){return new this.constructor(this.x,this.y,this.z,this.w)}copy(e){return this.x=e.x,this.y=e.y,this.z=e.z,this.w=void 0!==e.w?e.w:1,this}add(e){return this.x+=e.x,this.y+=e.y,this.z+=e.z,this.w+=e.w,this}addScalar(e){return this.x+=e,this.y+=e,this.z+=e,this.w+=e,this}addVectors(e,t){return this.x=e.x+t.x,this.y=e.y+t.y,this.z=e.z+t.z,this.w=e.w+t.w,this}addScaledVector(e,t){return this.x+=e.x*t,this.y+=e.y*t,this.z+=e.z*t,this.w+=e.w*t,this}sub(e){return this.x-=e.x,this.y-=e.y,this.z-=e.z,this.w-=e.w,this}subScalar(e){return this.x-=e,this.y-=e,this.z-=e,this.w-=e,this}subVectors(e,t){return this.x=e.x-t.x,this.y=e.y-t.y,this.z=e.z-t.z,this.w=e.w-t.w,this}multiply(e){return this.x*=e.x,this.y*=e.y,this.z*=e.z,this.w*=e.w,this}multiplyScalar(e){return this.x*=e,this.y*=e,this.z*=e,this.w*=e,this}applyMatrix4(e){const t=this.x,n=this.y,i=this.z,r=this.w,s=e.elements;return this.x=s[0]*t+s[4]*n+s[8]*i+s[12]*r,this.y=s[1]*t+s[5]*n+s[9]*i+s[13]*r,this.z=s[2]*t+s[6]*n+s[10]*i+s[14]*r,this.w=s[3]*t+s[7]*n+s[11]*i+s[15]*r,this}divideScalar(e){return this.multiplyScalar(1/e)}setAxisAngleFromQuaternion(e){this.w=2*Math.acos(e.w);const t=Math.sqrt(1-e.w*e.w);return t\u003C1e-4?(this.x=1,this.y=0,this.z=0):(this.x=e.x/t,this.y=e.y/t,this.z=e.z/t),this}setAxisAngleFromRotationMatrix(e){let t,n,i,r;const s=.01,o=.1,a=e.elements,l=a[0],c=a[4],h=a[8],u=a[1],d=a[5],p=a[9],A=a[2],f=a[6],m=a[10];if(Math.abs(c-u)\u003Cs&&Math.abs(h-A)\u003Cs&&Math.abs(p-f)\u003Cs){if(Math.abs(c+u)\u003Co&&Math.abs(h+A)\u003Co&&Math.abs(p+f)\u003Co&&Math.abs(l+d+m-3)\u003Co)return this.set(1,0,0,0),this;t=Math.PI;const e=(l+1)/2,a=(d+1)/2,g=(m+1)/2,v=(c+u)/4,y=(h+A)/4,E=(p+f)/4;return e>a&&e>g?e\u003Cs?(n=0,i=.707106781,r=.707106781):(n=Math.sqrt(e),i=v/n,r=y/n):a>g?a\u003Cs?(n=.707106781,i=0,r=.707106781):(i=Math.sqrt(a),n=v/i,r=E/i):g\u003Cs?(n=.707106781,i=.707106781,r=0):(r=Math.sqrt(g),n=y/r,i=E/r),this.set(n,i,r,t),this}let g=Math.sqrt((f-p)*(f-p)+(h-A)*(h-A)+(u-c)*(u-c));return Math.abs(g)\u003C.001&&(g=1),this.x=(f-p)/g,this.y=(h-A)/g,this.z=(u-c)/g,this.w=Math.acos((l+d+m-1)/2),this}min(e){return this.x=Math.min(this.x,e.x),this.y=Math.min(this.y,e.y),this.z=Math.min(this.z,e.z),this.w=Math.min(this.w,e.w),this}max(e){return this.x=Math.max(this.x,e.x),this.y=Math.max(this.y,e.y),this.z=Math.max(this.z,e.z),this.w=Math.max(this.w,e.w),this}clamp(e,t){return this.x=Math.max(e.x,Math.min(t.x,this.x)),this.y=Math.max(e.y,Math.min(t.y,this.y)),this.z=Math.max(e.z,Math.min(t.z,this.z)),this.w=Math.max(e.w,Math.min(t.w,this.w)),this}clampScalar(e,t){return this.x=Math.max(e,Math.min(t,this.x)),this.y=Math.max(e,Math.min(t,this.y)),this.z=Math.max(e,Math.min(t,this.z)),this.w=Math.max(e,Math.min(t,this.w)),this}clampLength(e,t){const n=this.length();return this.divideScalar(n||1).multiplyScalar(Math.max(e,Math.min(t,n)))}floor(){return this.x=Math.floor(this.x),this.y=Math.floor(this.y),this.z=Math.floor(this.z),this.w=Math.floor(this.w),this}ceil(){return this.x=Math.ceil(this.x),this.y=Math.ceil(this.y),this.z=Math.ceil(this.z),this.w=Math.ceil(this.w),this}round(){return this.x=Math.round(this.x),this.y=Math.round(this.y),this.z=Math.round(this.z),this.w=Math.round(this.w),this}roundToZero(){return this.x=this.x\u003C0?Math.ceil(this.x):Math.floor(this.x),this.y=this.y\u003C0?Math.ceil(this.y):Math.floor(this.y),this.z=this.z\u003C0?Math.ceil(this.z):Math.floor(this.z),this.w=this.w\u003C0?Math.ceil(this.w):Math.floor(this.w),this}negate(){return this.x=-this.x,this.y=-this.y,this.z=-this.z,this.w=-this.w,this}dot(e){return this.x*e.x+this.y*e.y+this.z*e.z+this.w*e.w}lengthSq(){return this.x*this.x+this.y*this.y+this.z*this.z+this.w*this.w}length(){return Math.sqrt(this.x*this.x+this.y*this.y+this.z*this.z+this.w*this.w)}manhattanLength(){return Math.abs(this.x)+Math.abs(this.y)+Math.abs(this.z)+Math.abs(this.w)}normalize(){return this.divideScalar(this.length()||1)}setLength(e){return this.normalize().multiplyScalar(e)}lerp(e,t){return this.x+=(e.x-this.x)*t,this.y+=(e.y-this.y)*t,this.z+=(e.z-this.z)*t,this.w+=(e.w-this.w)*t,this}lerpVectors(e,t,n){return this.x=e.x+(t.x-e.x)*n,this.y=e.y+(t.y-e.y)*n,this.z=e.z+(t.z-e.z)*n,this.w=e.w+(t.w-e.w)*n,this}equals(e){return e.x===this.x&&e.y===this.y&&e.z===this.z&&e.w===this.w}fromArray(e,t=0){return this.x=e[t],this.y=e[t+1],this.z=e[t+2],this.w=e[t+3],this}toArray(e=[],t=0){return e[t]=this.x,e[t+1]=this.y,e[t+2]=this.z,e[t+3]=this.w,e}fromBufferAttribute(e,t){return this.x=e.getX(t),this.y=e.getY(t),this.z=e.getZ(t),this.w=e.getW(t),this}random(){return this.x=Math.random(),this.y=Math.random(),this.z=Math.random(),this.w=Math.random(),this}*[Symbol.iterator](){yield this.x,yield this.y,yield this.z,yield this.w}}class ni extends mn{constructor(e=1,t=1,n={}){super(),this.isWebGLRenderTarget=!0,this.width=e,this.height=t,this.depth=1,this.scissor=new ti(0,0,e,t),this.scissorTest=!1,this.viewport=new ti(0,0,e,t);const i={width:e,height:t,depth:1};this.texture=new ei(i,n.mapping,n.wrapS,n.wrapT,n.magFilter,n.minFilter,n.format,n.type,n.anisotropy,n.encoding),this.texture.isRenderTargetTexture=!0,this.texture.flipY=!1,this.texture.generateMipmaps=void 0!==n.generateMipmaps&&n.generateMipmaps,this.texture.internalFormat=void 0!==n.internalFormat?n.internalFormat:null,this.texture.minFilter=void 0!==n.minFilter?n.minFilter:ve,this.depthBuffer=void 0===n.depthBuffer||n.depthBuffer,this.stencilBuffer=void 0!==n.stencilBuffer&&n.stencilBuffer,this.depthTexture=void 0!==n.depthTexture?n.depthTexture:null,this.samples=void 0!==n.samples?n.samples:0}setSize(e,t,n=1){this.width===e&&this.height===t&&this.depth===n||(this.width=e,this.height=t,this.depth=n,this.texture.image.width=e,this.texture.image.height=t,this.texture.image.depth=n,this.dispose()),this.viewport.set(0,0,e,t),this.scissor.set(0,0,e,t)}clone(){return(new this.constructor).copy(this)}copy(e){this.width=e.width,this.height=e.height,this.depth=e.depth,this.viewport.copy(e.viewport),this.texture=e.texture.clone(),this.texture.isRenderTargetTexture=!0;const t=Object.assign({},e.texture.image);return this.texture.source=new Kn(t),this.depthBuffer=e.depthBuffer,this.stencilBuffer=e.stencilBuffer,null!==e.depthTexture&&(this.depthTexture=e.depthTexture.clone()),this.samples=e.samples,this}dispose(){this.dispatchEvent({type:\"dispose\"})}}class ii extends ei{constructor(e=null,t=1,n=1,i=1){super(null),this.isDataArrayTexture=!0,this.image={data:e,width:t,height:n,depth:i},this.magFilter=pe,this.minFilter=pe,this.wrapR=ue,this.generateMipmaps=!1,this.flipY=!1,this.unpackAlignment=1}}class ri extends ni{constructor(e=1,t=1,n=1){super(e,t),this.isWebGLArrayRenderTarget=!0,this.depth=n,this.texture=new ii(null,e,t,n),this.texture.isRenderTargetTexture=!0}}class si extends ei{constructor(e=null,t=1,n=1,i=1){super(null),this.isData3DTexture=!0,this.image={data:e,width:t,height:n,depth:i},this.magFilter=pe,this.minFilter=pe,this.wrapR=ue,this.generateMipmaps=!1,this.flipY=!1,this.unpackAlignment=1}}class oi extends ni{constructor(e=1,t=1,n=1){super(e,t),this.isWebGL3DRenderTarget=!0,this.depth=n,this.texture=new si(null,e,t,n),this.texture.isRenderTargetTexture=!0}}class ai extends ni{constructor(e=1,t=1,n=1,i={}){super(e,t,i),this.isWebGLMultipleRenderTargets=!0;const r=this.texture;this.texture=[];for(let e=0;e\u003Cn;e++)this.texture[e]=r.clone(),this.texture[e].isRenderTargetTexture=!0}setSize(e,t,n=1){if(this.width!==e||this.height!==t||this.depth!==n){this.width=e,this.height=t,this.depth=n;for(let i=0,r=this.texture.length;i\u003Cr;i++)this.texture[i].image.width=e,this.texture[i].image.height=t,this.texture[i].image.depth=n;this.dispose()}return this.viewport.set(0,0,e,t),this.scissor.set(0,0,e,t),this}copy(e){this.dispose(),this.width=e.width,this.height=e.height,this.depth=e.depth,this.viewport.set(0,0,this.width,this.height),this.scissor.set(0,0,this.width,this.height),this.depthBuffer=e.depthBuffer,this.stencilBuffer=e.stencilBuffer,null!==e.depthTexture&&(this.depthTexture=e.depthTexture.clone()),this.texture.length=0;for(let t=0,n=e.texture.length;t\u003Cn;t++)this.texture[t]=e.texture[t].clone(),this.texture[t].isRenderTargetTexture=!0;return this}}class li{constructor(e=0,t=0,n=0,i=1){this.isQuaternion=!0,this._x=e,this._y=t,this._z=n,this._w=i}static slerpFlat(e,t,n,i,r,s,o){let a=n[i+0],l=n[i+1],c=n[i+2],h=n[i+3];const u=r[s+0],d=r[s+1],p=r[s+2],A=r[s+3];if(0===o)return e[t+0]=a,e[t+1]=l,e[t+2]=c,void(e[t+3]=h);if(1===o)return e[t+0]=u,e[t+1]=d,e[t+2]=p,void(e[t+3]=A);if(h!==A||a!==u||l!==d||c!==p){let e=1-o;const t=a*u+l*d+c*p+h*A,n=t>=0?1:-1,i=1-t*t;if(i>Number.EPSILON){const r=Math.sqrt(i),s=Math.atan2(r,t*n);e=Math.sin(e*s)/r,o=Math.sin(o*s)/r}const r=o*n;if(a=a*e+u*r,l=l*e+d*r,c=c*e+p*r,h=h*e+A*r,e===1-o){const e=1/Math.sqrt(a*a+l*l+c*c+h*h);a*=e,l*=e,c*=e,h*=e}}e[t]=a,e[t+1]=l,e[t+2]=c,e[t+3]=h}static multiplyQuaternionsFlat(e,t,n,i,r,s){const o=n[i],a=n[i+1],l=n[i+2],c=n[i+3],h=r[s],u=r[s+1],d=r[s+2],p=r[s+3];return e[t]=o*p+c*h+a*d-l*u,e[t+1]=a*p+c*u+l*h-o*d,e[t+2]=l*p+c*d+o*u-a*h,e[t+3]=c*p-o*h-a*u-l*d,e}get x(){return this._x}set x(e){this._x=e,this._onChangeCallback()}get y(){return this._y}set y(e){this._y=e,this._onChangeCallback()}get z(){return this._z}set z(e){this._z=e,this._onChangeCallback()}get w(){return this._w}set w(e){this._w=e,this._onChangeCallback()}set(e,t,n,i){return this._x=e,this._y=t,this._z=n,this._w=i,this._onChangeCallback(),this}clone(){return new this.constructor(this._x,this._y,this._z,this._w)}copy(e){return this._x=e.x,this._y=e.y,this._z=e.z,this._w=e.w,this._onChangeCallback(),this}setFromEuler(e,t){const n=e._x,i=e._y,r=e._z,s=e._order,o=Math.cos,a=Math.sin,l=o(n/2),c=o(i/2),h=o(r/2),u=a(n/2),d=a(i/2),p=a(r/2);switch(s){case\"XYZ\":this._x=u*c*h+l*d*p,this._y=l*d*h-u*c*p,this._z=l*c*p+u*d*h,this._w=l*c*h-u*d*p;break;case\"YXZ\":this._x=u*c*h+l*d*p,this._y=l*d*h-u*c*p,this._z=l*c*p-u*d*h,this._w=l*c*h+u*d*p;break;case\"ZXY\":this._x=u*c*h-l*d*p,this._y=l*d*h+u*c*p,this._z=l*c*p+u*d*h,this._w=l*c*h-u*d*p;break;case\"ZYX\":this._x=u*c*h-l*d*p,this._y=l*d*h+u*c*p,this._z=l*c*p-u*d*h,this._w=l*c*h+u*d*p;break;case\"YZX\":this._x=u*c*h+l*d*p,this._y=l*d*h+u*c*p,this._z=l*c*p-u*d*h,this._w=l*c*h-u*d*p;break;case\"XZY\":this._x=u*c*h-l*d*p,this._y=l*d*h-u*c*p,this._z=l*c*p+u*d*h,this._w=l*c*h+u*d*p;break;default:console.warn(\"THREE.Quaternion: .setFromEuler() encountered an unknown order: \"+s)}return!1!==t&&this._onChangeCallback(),this}setFromAxisAngle(e,t){const n=t/2,i=Math.sin(n);return this._x=e.x*i,this._y=e.y*i,this._z=e.z*i,this._w=Math.cos(n),this._onChangeCallback(),this}setFromRotationMatrix(e){const t=e.elements,n=t[0],i=t[4],r=t[8],s=t[1],o=t[5],a=t[9],l=t[2],c=t[6],h=t[10],u=n+o+h;if(u>0){const e=.5/Math.sqrt(u+1);this._w=.25/e,this._x=(c-a)*e,this._y=(r-l)*e,this._z=(s-i)*e}else if(n>o&&n>h){const e=2*Math.sqrt(1+n-o-h);this._w=(c-a)/e,this._x=.25*e,this._y=(i+s)/e,this._z=(r+l)/e}else if(o>h){const e=2*Math.sqrt(1+o-n-h);this._w=(r-l)/e,this._x=(i+s)/e,this._y=.25*e,this._z=(a+c)/e}else{const e=2*Math.sqrt(1+h-n-o);this._w=(s-i)/e,this._x=(r+l)/e,this._y=(a+c)/e,this._z=.25*e}return this._onChangeCallback(),this}setFromUnitVectors(e,t){let n=e.dot(t)+1;return n\u003CNumber.EPSILON?(n=0,Math.abs(e.x)>Math.abs(e.z)?(this._x=-e.y,this._y=e.x,this._z=0,this._w=n):(this._x=0,this._y=-e.z,this._z=e.y,this._w=n)):(this._x=e.y*t.z-e.z*t.y,this._y=e.z*t.x-e.x*t.z,this._z=e.x*t.y-e.y*t.x,this._w=n),this.normalize()}angleTo(e){return 2*Math.acos(Math.abs(xn(this.dot(e),-1,1)))}rotateTowards(e,t){const n=this.angleTo(e);if(0===n)return this;const i=Math.min(1,t/n);return this.slerp(e,i),this}identity(){return this.set(0,0,0,1)}invert(){return this.conjugate()}conjugate(){return this._x*=-1,this._y*=-1,this._z*=-1,this._onChangeCallback(),this}dot(e){return this._x*e._x+this._y*e._y+this._z*e._z+this._w*e._w}lengthSq(){return this._x*this._x+this._y*this._y+this._z*this._z+this._w*this._w}length(){return Math.sqrt(this._x*this._x+this._y*this._y+this._z*this._z+this._w*this._w)}normalize(){let e=this.length();return 0===e?(this._x=0,this._y=0,this._z=0,this._w=1):(e=1/e,this._x=this._x*e,this._y=this._y*e,this._z=this._z*e,this._w=this._w*e),this._onChangeCallback(),this}multiply(e){return this.multiplyQuaternions(this,e)}premultiply(e){return this.multiplyQuaternions(e,this)}multiplyQuaternions(e,t){const n=e._x,i=e._y,r=e._z,s=e._w,o=t._x,a=t._y,l=t._z,c=t._w;return this._x=n*c+s*o+i*l-r*a,this._y=i*c+s*a+r*o-n*l,this._z=r*c+s*l+n*a-i*o,this._w=s*c-n*o-i*a-r*l,this._onChangeCallback(),this}slerp(e,t){if(0===t)return this;if(1===t)return this.copy(e);const n=this._x,i=this._y,r=this._z,s=this._w;let o=s*e._w+n*e._x+i*e._y+r*e._z;if(o\u003C0?(this._w=-e._w,this._x=-e._x,this._y=-e._y,this._z=-e._z,o=-o):this.copy(e),o>=1)return this._w=s,this._x=n,this._y=i,this._z=r,this;const a=1-o*o;if(a\u003C=Number.EPSILON){const e=1-t;return this._w=e*s+t*this._w,this._x=e*n+t*this._x,this._y=e*i+t*this._y,this._z=e*r+t*this._z,this.normalize(),this._onChangeCallback(),this}const l=Math.sqrt(a),c=Math.atan2(l,o),h=Math.sin((1-t)*c)/l,u=Math.sin(t*c)/l;return this._w=s*h+this._w*u,this._x=n*h+this._x*u,this._y=i*h+this._y*u,this._z=r*h+this._z*u,this._onChangeCallback(),this}slerpQuaternions(e,t,n){return this.copy(e).slerp(t,n)}random(){const e=Math.random(),t=Math.sqrt(1-e),n=Math.sqrt(e),i=2*Math.PI*Math.random(),r=2*Math.PI*Math.random();return this.set(t*Math.cos(i),n*Math.sin(r),n*Math.cos(r),t*Math.sin(i))}equals(e){return e._x===this._x&&e._y===this._y&&e._z===this._z&&e._w===this._w}fromArray(e,t=0){return this._x=e[t],this._y=e[t+1],this._z=e[t+2],this._w=e[t+3],this._onChangeCallback(),this}toArray(e=[],t=0){return e[t]=this._x,e[t+1]=this._y,e[t+2]=this._z,e[t+3]=this._w,e}fromBufferAttribute(e,t){return this._x=e.getX(t),this._y=e.getY(t),this._z=e.getZ(t),this._w=e.getW(t),this}_onChange(e){return this._onChangeCallback=e,this}_onChangeCallback(){}*[Symbol.iterator](){yield this._x,yield this._y,yield this._z,yield this._w}}class ci{constructor(e=0,t=0,n=0){ci.prototype.isVector3=!0,this.x=e,this.y=t,this.z=n}set(e,t,n){return void 0===n&&(n=this.z),this.x=e,this.y=t,this.z=n,this}setScalar(e){return this.x=e,this.y=e,this.z=e,this}setX(e){return this.x=e,this}setY(e){return this.y=e,this}setZ(e){return this.z=e,this}setComponent(e,t){switch(e){case 0:this.x=t;break;case 1:this.y=t;break;case 2:this.z=t;break;default:throw new Error(\"index is out of range: \"+e)}return this}getComponent(e){switch(e){case 0:return this.x;case 1:return this.y;case 2:return this.z;default:throw new Error(\"index is out of range: \"+e)}}clone(){return new this.constructor(this.x,this.y,this.z)}copy(e){return this.x=e.x,this.y=e.y,this.z=e.z,this}add(e){return this.x+=e.x,this.y+=e.y,this.z+=e.z,this}addScalar(e){return this.x+=e,this.y+=e,this.z+=e,this}addVectors(e,t){return this.x=e.x+t.x,this.y=e.y+t.y,this.z=e.z+t.z,this}addScaledVector(e,t){return this.x+=e.x*t,this.y+=e.y*t,this.z+=e.z*t,this}sub(e){return this.x-=e.x,this.y-=e.y,this.z-=e.z,this}subScalar(e){return this.x-=e,this.y-=e,this.z-=e,this}subVectors(e,t){return this.x=e.x-t.x,this.y=e.y-t.y,this.z=e.z-t.z,this}multiply(e){return this.x*=e.x,this.y*=e.y,this.z*=e.z,this}multiplyScalar(e){return this.x*=e,this.y*=e,this.z*=e,this}multiplyVectors(e,t){return this.x=e.x*t.x,this.y=e.y*t.y,this.z=e.z*t.z,this}applyEuler(e){return this.applyQuaternion(ui.setFromEuler(e))}applyAxisAngle(e,t){return this.applyQuaternion(ui.setFromAxisAngle(e,t))}applyMatrix3(e){const t=this.x,n=this.y,i=this.z,r=e.elements;return this.x=r[0]*t+r[3]*n+r[6]*i,this.y=r[1]*t+r[4]*n+r[7]*i,this.z=r[2]*t+r[5]*n+r[8]*i,this}applyNormalMatrix(e){return this.applyMatrix3(e).normalize()}applyMatrix4(e){const t=this.x,n=this.y,i=this.z,r=e.elements,s=1/(r[3]*t+r[7]*n+r[11]*i+r[15]);return this.x=(r[0]*t+r[4]*n+r[8]*i+r[12])*s,this.y=(r[1]*t+r[5]*n+r[9]*i+r[13])*s,this.z=(r[2]*t+r[6]*n+r[10]*i+r[14])*s,this}applyQuaternion(e){const t=this.x,n=this.y,i=this.z,r=e.x,s=e.y,o=e.z,a=e.w,l=a*t+s*i-o*n,c=a*n+o*t-r*i,h=a*i+r*n-s*t,u=-r*t-s*n-o*i;return this.x=l*a+u*-r+c*-o-h*-s,this.y=c*a+u*-s+h*-r-l*-o,this.z=h*a+u*-o+l*-s-c*-r,this}project(e){return this.applyMatrix4(e.matrixWorldInverse).applyMatrix4(e.projectionMatrix)}unproject(e){return this.applyMatrix4(e.projectionMatrixInverse).applyMatrix4(e.matrixWorld)}transformDirection(e){const t=this.x,n=this.y,i=this.z,r=e.elements;return this.x=r[0]*t+r[4]*n+r[8]*i,this.y=r[1]*t+r[5]*n+r[9]*i,this.z=r[2]*t+r[6]*n+r[10]*i,this.normalize()}divide(e){return this.x/=e.x,this.y/=e.y,this.z/=e.z,this}divideScalar(e){return this.multiplyScalar(1/e)}min(e){return this.x=Math.min(this.x,e.x),this.y=Math.min(this.y,e.y),this.z=Math.min(this.z,e.z),this}max(e){return this.x=Math.max(this.x,e.x),this.y=Math.max(this.y,e.y),this.z=Math.max(this.z,e.z),this}clamp(e,t){return this.x=Math.max(e.x,Math.min(t.x,this.x)),this.y=Math.max(e.y,Math.min(t.y,this.y)),this.z=Math.max(e.z,Math.min(t.z,this.z)),this}clampScalar(e,t){return this.x=Math.max(e,Math.min(t,this.x)),this.y=Math.max(e,Math.min(t,this.y)),this.z=Math.max(e,Math.min(t,this.z)),this}clampLength(e,t){const n=this.length();return this.divideScalar(n||1).multiplyScalar(Math.max(e,Math.min(t,n)))}floor(){return this.x=Math.floor(this.x),this.y=Math.floor(this.y),this.z=Math.floor(this.z),this}ceil(){return this.x=Math.ceil(this.x),this.y=Math.ceil(this.y),this.z=Math.ceil(this.z),this}round(){return this.x=Math.round(this.x),this.y=Math.round(this.y),this.z=Math.round(this.z),this}roundToZero(){return this.x=this.x\u003C0?Math.ceil(this.x):Math.floor(this.x),this.y=this.y\u003C0?Math.ceil(this.y):Math.floor(this.y),this.z=this.z\u003C0?Math.ceil(this.z):Math.floor(this.z),this}negate(){return this.x=-this.x,this.y=-this.y,this.z=-this.z,this}dot(e){return this.x*e.x+this.y*e.y+this.z*e.z}lengthSq(){return this.x*this.x+this.y*this.y+this.z*this.z}length(){return Math.sqrt(this.x*this.x+this.y*this.y+this.z*this.z)}manhattanLength(){return Math.abs(this.x)+Math.abs(this.y)+Math.abs(this.z)}normalize(){return this.divideScalar(this.length()||1)}setLength(e){return this.normalize().multiplyScalar(e)}lerp(e,t){return this.x+=(e.x-this.x)*t,this.y+=(e.y-this.y)*t,this.z+=(e.z-this.z)*t,this}lerpVectors(e,t,n){return this.x=e.x+(t.x-e.x)*n,this.y=e.y+(t.y-e.y)*n,this.z=e.z+(t.z-e.z)*n,this}cross(e){return this.crossVectors(this,e)}crossVectors(e,t){const n=e.x,i=e.y,r=e.z,s=t.x,o=t.y,a=t.z;return this.x=i*a-r*o,this.y=r*s-n*a,this.z=n*o-i*s,this}projectOnVector(e){const t=e.lengthSq();if(0===t)return this.set(0,0,0);const n=e.dot(this)/t;return this.copy(e).multiplyScalar(n)}projectOnPlane(e){return hi.copy(this).projectOnVector(e),this.sub(hi)}reflect(e){return this.sub(hi.copy(e).multiplyScalar(2*this.dot(e)))}angleTo(e){const t=Math.sqrt(this.lengthSq()*e.lengthSq());if(0===t)return Math.PI/2;const n=this.dot(e)/t;return Math.acos(xn(n,-1,1))}distanceTo(e){return Math.sqrt(this.distanceToSquared(e))}distanceToSquared(e){const t=this.x-e.x,n=this.y-e.y,i=this.z-e.z;return t*t+n*n+i*i}manhattanDistanceTo(e){return Math.abs(this.x-e.x)+Math.abs(this.y-e.y)+Math.abs(this.z-e.z)}setFromSpherical(e){return this.setFromSphericalCoords(e.radius,e.phi,e.theta)}setFromSphericalCoords(e,t,n){const i=Math.sin(t)*e;return this.x=i*Math.sin(n),this.y=Math.cos(t)*e,this.z=i*Math.cos(n),this}setFromCylindrical(e){return this.setFromCylindricalCoords(e.radius,e.theta,e.y)}setFromCylindricalCoords(e,t,n){return this.x=e*Math.sin(t),this.y=n,this.z=e*Math.cos(t),this}setFromMatrixPosition(e){const t=e.elements;return this.x=t[12],this.y=t[13],this.z=t[14],this}setFromMatrixScale(e){const t=this.setFromMatrixColumn(e,0).length(),n=this.setFromMatrixColumn(e,1).length(),i=this.setFromMatrixColumn(e,2).length();return this.x=t,this.y=n,this.z=i,this}setFromMatrixColumn(e,t){return this.fromArray(e.elements,4*t)}setFromMatrix3Column(e,t){return this.fromArray(e.elements,3*t)}setFromEuler(e){return this.x=e._x,this.y=e._y,this.z=e._z,this}equals(e){return e.x===this.x&&e.y===this.y&&e.z===this.z}fromArray(e,t=0){return this.x=e[t],this.y=e[t+1],this.z=e[t+2],this}toArray(e=[],t=0){return e[t]=this.x,e[t+1]=this.y,e[t+2]=this.z,e}fromBufferAttribute(e,t){return this.x=e.getX(t),this.y=e.getY(t),this.z=e.getZ(t),this}random(){return this.x=Math.random(),this.y=Math.random(),this.z=Math.random(),this}randomDirection(){const e=2*(Math.random()-.5),t=Math.random()*Math.PI*2,n=Math.sqrt(1-e**2);return this.x=n*Math.cos(t),this.y=n*Math.sin(t),this.z=e,this}*[Symbol.iterator](){yield this.x,yield this.y,yield this.z}}const hi=new ci,ui=new li;class di{constructor(e=new ci(1/0,1/0,1/0),t=new ci(-1/0,-1/0,-1/0)){this.isBox3=!0,this.min=e,this.max=t}set(e,t){return this.min.copy(e),this.max.copy(t),this}setFromArray(e){let t=1/0,n=1/0,i=1/0,r=-1/0,s=-1/0,o=-1/0;for(let a=0,l=e.length;a\u003Cl;a+=3){const l=e[a],c=e[a+1],h=e[a+2];l\u003Ct&&(t=l),c\u003Cn&&(n=c),h\u003Ci&&(i=h),l>r&&(r=l),c>s&&(s=c),h>o&&(o=h)}return this.min.set(t,n,i),this.max.set(r,s,o),this}setFromBufferAttribute(e){let t=1/0,n=1/0,i=1/0,r=-1/0,s=-1/0,o=-1/0;for(let a=0,l=e.count;a\u003Cl;a++){const l=e.getX(a),c=e.getY(a),h=e.getZ(a);l\u003Ct&&(t=l),c\u003Cn&&(n=c),h\u003Ci&&(i=h),l>r&&(r=l),c>s&&(s=c),h>o&&(o=h)}return this.min.set(t,n,i),this.max.set(r,s,o),this}setFromPoints(e){this.makeEmpty();for(let t=0,n=e.length;t\u003Cn;t++)this.expandByPoint(e[t]);return this}setFromCenterAndSize(e,t){const n=Ai.copy(t).multiplyScalar(.5);return this.min.copy(e).sub(n),this.max.copy(e).add(n),this}setFromObject(e,t=!1){return this.makeEmpty(),this.expandByObject(e,t)}clone(){return(new this.constructor).copy(this)}copy(e){return this.min.copy(e.min),this.max.copy(e.max),this}makeEmpty(){return this.min.x=this.min.y=this.min.z=1/0,this.max.x=this.max.y=this.max.z=-1/0,this}isEmpty(){return this.max.x\u003Cthis.min.x||this.max.y\u003Cthis.min.y||this.max.z\u003Cthis.min.z}getCenter(e){return this.isEmpty()?e.set(0,0,0):e.addVectors(this.min,this.max).multiplyScalar(.5)}getSize(e){return this.isEmpty()?e.set(0,0,0):e.subVectors(this.max,this.min)}expandByPoint(e){return this.min.min(e),this.max.max(e),this}expandByVector(e){return this.min.sub(e),this.max.add(e),this}expandByScalar(e){return this.min.addScalar(-e),this.max.addScalar(e),this}expandByObject(e,t=!1){e.updateWorldMatrix(!1,!1);const n=e.geometry;if(void 0!==n)if(t&&null!=n.attributes&&void 0!==n.attributes.position){const t=n.attributes.position;for(let n=0,i=t.count;n\u003Ci;n++)Ai.fromBufferAttribute(t,n).applyMatrix4(e.matrixWorld),this.expandByPoint(Ai)}else null===n.boundingBox&&n.computeBoundingBox(),fi.copy(n.boundingBox),fi.applyMatrix4(e.matrixWorld),this.union(fi);const i=e.children;for(let e=0,n=i.length;e\u003Cn;e++)this.expandByObject(i[e],t);return this}containsPoint(e){return!(e.x\u003Cthis.min.x||e.x>this.max.x||e.y\u003Cthis.min.y||e.y>this.max.y||e.z\u003Cthis.min.z||e.z>this.max.z)}containsBox(e){return this.min.x\u003C=e.min.x&&e.max.x\u003C=this.max.x&&this.min.y\u003C=e.min.y&&e.max.y\u003C=this.max.y&&this.min.z\u003C=e.min.z&&e.max.z\u003C=this.max.z}getParameter(e,t){return t.set((e.x-this.min.x)/(this.max.x-this.min.x),(e.y-this.min.y)/(this.max.y-this.min.y),(e.z-this.min.z)/(this.max.z-this.min.z))}intersectsBox(e){return!(e.max.x\u003Cthis.min.x||e.min.x>this.max.x||e.max.y\u003Cthis.min.y||e.min.y>this.max.y||e.max.z\u003Cthis.min.z||e.min.z>this.max.z)}intersectsSphere(e){return this.clampPoint(e.center,Ai),Ai.distanceToSquared(e.center)\u003C=e.radius*e.radius}intersectsPlane(e){let t,n;return e.normal.x>0?(t=e.normal.x*this.min.x,n=e.normal.x*this.max.x):(t=e.normal.x*this.max.x,n=e.normal.x*this.min.x),e.normal.y>0?(t+=e.normal.y*this.min.y,n+=e.normal.y*this.max.y):(t+=e.normal.y*this.max.y,n+=e.normal.y*this.min.y),e.normal.z>0?(t+=e.normal.z*this.min.z,n+=e.normal.z*this.max.z):(t+=e.normal.z*this.max.z,n+=e.normal.z*this.min.z),t\u003C=-e.constant&&n>=-e.constant}intersectsTriangle(e){if(this.isEmpty())return!1;this.getCenter(xi),wi.subVectors(this.max,xi),mi.subVectors(e.a,xi),gi.subVectors(e.b,xi),vi.subVectors(e.c,xi),yi.subVectors(gi,mi),Ei.subVectors(vi,gi),bi.subVectors(mi,vi);let t=[0,-yi.z,yi.y,0,-Ei.z,Ei.y,0,-bi.z,bi.y,yi.z,0,-yi.x,Ei.z,0,-Ei.x,bi.z,0,-bi.x,-yi.y,yi.x,0,-Ei.y,Ei.x,0,-bi.y,bi.x,0];return!!_i(t,mi,gi,vi,wi)&&(t=[1,0,0,0,1,0,0,0,1],!!_i(t,mi,gi,vi,wi)&&(Ci.crossVectors(yi,Ei),t=[Ci.x,Ci.y,Ci.z],_i(t,mi,gi,vi,wi)))}clampPoint(e,t){return t.copy(e).clamp(this.min,this.max)}distanceToPoint(e){return Ai.copy(e).clamp(this.min,this.max).sub(e).length()}getBoundingSphere(e){return this.getCenter(e.center),e.radius=.5*this.getSize(Ai).length(),e}intersect(e){return this.min.max(e.min),this.max.min(e.max),this.isEmpty()&&this.makeEmpty(),this}union(e){return this.min.min(e.min),this.max.max(e.max),this}applyMatrix4(e){return this.isEmpty()||(pi[0].set(this.min.x,this.min.y,this.min.z).applyMatrix4(e),pi[1].set(this.min.x,this.min.y,this.max.z).applyMatrix4(e),pi[2].set(this.min.x,this.max.y,this.min.z).applyMatrix4(e),pi[3].set(this.min.x,this.max.y,this.max.z).applyMatrix4(e),pi[4].set(this.max.x,this.min.y,this.min.z).applyMatrix4(e),pi[5].set(this.max.x,this.min.y,this.max.z).applyMatrix4(e),pi[6].set(this.max.x,this.max.y,this.min.z).applyMatrix4(e),pi[7].set(this.max.x,this.max.y,this.max.z).applyMatrix4(e),this.setFromPoints(pi)),this}translate(e){return this.min.add(e),this.max.add(e),this}equals(e){return e.min.equals(this.min)&&e.max.equals(this.max)}}const pi=[new ci,new ci,new ci,new ci,new ci,new ci,new ci,new ci],Ai=new ci,fi=new di,mi=new ci,gi=new ci,vi=new ci,yi=new ci,Ei=new ci,bi=new ci,xi=new ci,wi=new ci,Ci=new ci,Mi=new ci;function _i(e,t,n,i,r){for(let s=0,o=e.length-3;s\u003C=o;s+=3){Mi.fromArray(e,s);const o=r.x*Math.abs(Mi.x)+r.y*Math.abs(Mi.y)+r.z*Math.abs(Mi.z),a=t.dot(Mi),l=n.dot(Mi),c=i.dot(Mi);if(Math.max(-Math.max(a,l,c),Math.min(a,l,c))>o)return!1}return!0}const Ii=new di,Bi=new ci,Si=new ci;class Ti{constructor(e=new ci,t=-1){this.center=e,this.radius=t}set(e,t){return this.center.copy(e),this.radius=t,this}setFromPoints(e,t){const n=this.center;void 0!==t?n.copy(t):Ii.setFromPoints(e).getCenter(n);let i=0;for(let t=0,r=e.length;t\u003Cr;t++)i=Math.max(i,n.distanceToSquared(e[t]));return this.radius=Math.sqrt(i),this}copy(e){return this.center.copy(e.center),this.radius=e.radius,this}isEmpty(){return this.radius\u003C0}makeEmpty(){return this.center.set(0,0,0),this.radius=-1,this}containsPoint(e){return e.distanceToSquared(this.center)\u003C=this.radius*this.radius}distanceToPoint(e){return e.distanceTo(this.center)-this.radius}intersectsSphere(e){const t=this.radius+e.radius;return e.center.distanceToSquared(this.center)\u003C=t*t}intersectsBox(e){return e.intersectsSphere(this)}intersectsPlane(e){return Math.abs(e.distanceToPoint(this.center))\u003C=this.radius}clampPoint(e,t){const n=this.center.distanceToSquared(e);return t.copy(e),n>this.radius*this.radius&&(t.sub(this.center).normalize(),t.multiplyScalar(this.radius).add(this.center)),t}getBoundingBox(e){return this.isEmpty()?(e.makeEmpty(),e):(e.set(this.center,this.center),e.expandByScalar(this.radius),e)}applyMatrix4(e){return this.center.applyMatrix4(e),this.radius=this.radius*e.getMaxScaleOnAxis(),this}translate(e){return this.center.add(e),this}expandByPoint(e){if(this.isEmpty())return this.center.copy(e),this.radius=0,this;Bi.subVectors(e,this.center);const t=Bi.lengthSq();if(t>this.radius*this.radius){const e=Math.sqrt(t),n=.5*(e-this.radius);this.center.addScaledVector(Bi,n/e),this.radius+=n}return this}union(e){return e.isEmpty()?this:this.isEmpty()?(this.copy(e),this):(!0===this.center.equals(e.center)?this.radius=Math.max(this.radius,e.radius):(Si.subVectors(e.center,this.center).setLength(e.radius),this.expandByPoint(Bi.copy(e.center).add(Si)),this.expandByPoint(Bi.copy(e.center).sub(Si))),this)}equals(e){return e.center.equals(this.center)&&e.radius===this.radius}clone(){return(new this.constructor).copy(this)}}const Li=new ci,Di=new ci,Ri=new ci,Pi=new ci,ki=new ci,Fi=new ci,Oi=new ci;class Qi{constructor(e=new ci,t=new ci(0,0,-1)){this.origin=e,this.direction=t}set(e,t){return this.origin.copy(e),this.direction.copy(t),this}copy(e){return this.origin.copy(e.origin),this.direction.copy(e.direction),this}at(e,t){return t.copy(this.direction).multiplyScalar(e).add(this.origin)}lookAt(e){return this.direction.copy(e).sub(this.origin).normalize(),this}recast(e){return this.origin.copy(this.at(e,Li)),this}closestPointToPoint(e,t){t.subVectors(e,this.origin);const n=t.dot(this.direction);return n\u003C0?t.copy(this.origin):t.copy(this.direction).multiplyScalar(n).add(this.origin)}distanceToPoint(e){return Math.sqrt(this.distanceSqToPoint(e))}distanceSqToPoint(e){const t=Li.subVectors(e,this.origin).dot(this.direction);return t\u003C0?this.origin.distanceToSquared(e):(Li.copy(this.direction).multiplyScalar(t).add(this.origin),Li.distanceToSquared(e))}distanceSqToSegment(e,t,n,i){Di.copy(e).add(t).multiplyScalar(.5),Ri.copy(t).sub(e).normalize(),Pi.copy(this.origin).sub(Di);const r=.5*e.distanceTo(t),s=-this.direction.dot(Ri),o=Pi.dot(this.direction),a=-Pi.dot(Ri),l=Pi.lengthSq(),c=Math.abs(1-s*s);let h,u,d,p;if(c>0)if(h=s*a-o,u=s*o-a,p=r*c,h>=0)if(u>=-p)if(u\u003C=p){const e=1/c;h*=e,u*=e,d=h*(h+s*u+2*o)+u*(s*h+u+2*a)+l}else u=r,h=Math.max(0,-(s*u+o)),d=-h*h+u*(u+2*a)+l;else u=-r,h=Math.max(0,-(s*u+o)),d=-h*h+u*(u+2*a)+l;else u\u003C=-p?(h=Math.max(0,-(-s*r+o)),u=h>0?-r:Math.min(Math.max(-r,-a),r),d=-h*h+u*(u+2*a)+l):u\u003C=p?(h=0,u=Math.min(Math.max(-r,-a),r),d=u*(u+2*a)+l):(h=Math.max(0,-(s*r+o)),u=h>0?r:Math.min(Math.max(-r,-a),r),d=-h*h+u*(u+2*a)+l);else u=s>0?-r:r,h=Math.max(0,-(s*u+o)),d=-h*h+u*(u+2*a)+l;return n&&n.copy(this.direction).multiplyScalar(h).add(this.origin),i&&i.copy(Ri).multiplyScalar(u).add(Di),d}intersectSphere(e,t){Li.subVectors(e.center,this.origin);const n=Li.dot(this.direction),i=Li.dot(Li)-n*n,r=e.radius*e.radius;if(i>r)return null;const s=Math.sqrt(r-i),o=n-s,a=n+s;return o\u003C0&&a\u003C0?null:o\u003C0?this.at(a,t):this.at(o,t)}intersectsSphere(e){return this.distanceSqToPoint(e.center)\u003C=e.radius*e.radius}distanceToPlane(e){const t=e.normal.dot(this.direction);if(0===t)return 0===e.distanceToPoint(this.origin)?0:null;const n=-(this.origin.dot(e.normal)+e.constant)/t;return n>=0?n:null}intersectPlane(e,t){const n=this.distanceToPlane(e);return null===n?null:this.at(n,t)}intersectsPlane(e){const t=e.distanceToPoint(this.origin);return 0===t||e.normal.dot(this.direction)*t\u003C0}intersectBox(e,t){let n,i,r,s,o,a;const l=1/this.direction.x,c=1/this.direction.y,h=1/this.direction.z,u=this.origin;return l>=0?(n=(e.min.x-u.x)*l,i=(e.max.x-u.x)*l):(n=(e.max.x-u.x)*l,i=(e.min.x-u.x)*l),c>=0?(r=(e.min.y-u.y)*c,s=(e.max.y-u.y)*c):(r=(e.max.y-u.y)*c,s=(e.min.y-u.y)*c),n>s||r>i?null:((r>n||isNaN(n))&&(n=r),(s\u003Ci||isNaN(i))&&(i=s),h>=0?(o=(e.min.z-u.z)*h,a=(e.max.z-u.z)*h):(o=(e.max.z-u.z)*h,a=(e.min.z-u.z)*h),n>a||o>i?null:((o>n||n!=n)&&(n=o),(a\u003Ci||i!=i)&&(i=a),i\u003C0?null:this.at(n>=0?n:i,t)))}intersectsBox(e){return null!==this.intersectBox(e,Li)}intersectTriangle(e,t,n,i,r){ki.subVectors(t,e),Fi.subVectors(n,e),Oi.crossVectors(ki,Fi);let s,o=this.direction.dot(Oi);if(o>0){if(i)return null;s=1}else{if(!(o\u003C0))return null;s=-1,o=-o}Pi.subVectors(this.origin,e);const a=s*this.direction.dot(Fi.crossVectors(Pi,Fi));if(a\u003C0)return null;const l=s*this.direction.dot(ki.cross(Pi));if(l\u003C0)return null;if(a+l>o)return null;const c=-s*Pi.dot(Oi);return c\u003C0?null:this.at(c/o,r)}applyMatrix4(e){return this.origin.applyMatrix4(e),this.direction.transformDirection(e),this}equals(e){return e.origin.equals(this.origin)&&e.direction.equals(this.direction)}clone(){return(new this.constructor).copy(this)}}class Ui{constructor(){Ui.prototype.isMatrix4=!0,this.elements=[1,0,0,0,0,1,0,0,0,0,1,0,0,0,0,1]}set(e,t,n,i,r,s,o,a,l,c,h,u,d,p,A,f){const m=this.elements;return m[0]=e,m[4]=t,m[8]=n,m[12]=i,m[1]=r,m[5]=s,m[9]=o,m[13]=a,m[2]=l,m[6]=c,m[10]=h,m[14]=u,m[3]=d,m[7]=p,m[11]=A,m[15]=f,this}identity(){return this.set(1,0,0,0,0,1,0,0,0,0,1,0,0,0,0,1),this}clone(){return(new Ui).fromArray(this.elements)}copy(e){const t=this.elements,n=e.elements;return t[0]=n[0],t[1]=n[1],t[2]=n[2],t[3]=n[3],t[4]=n[4],t[5]=n[5],t[6]=n[6],t[7]=n[7],t[8]=n[8],t[9]=n[9],t[10]=n[10],t[11]=n[11],t[12]=n[12],t[13]=n[13],t[14]=n[14],t[15]=n[15],this}copyPosition(e){const t=this.elements,n=e.elements;return t[12]=n[12],t[13]=n[13],t[14]=n[14],this}setFromMatrix3(e){const t=e.elements;return this.set(t[0],t[3],t[6],0,t[1],t[4],t[7],0,t[2],t[5],t[8],0,0,0,0,1),this}extractBasis(e,t,n){return e.setFromMatrixColumn(this,0),t.setFromMatrixColumn(this,1),n.setFromMatrixColumn(this,2),this}makeBasis(e,t,n){return this.set(e.x,t.x,n.x,0,e.y,t.y,n.y,0,e.z,t.z,n.z,0,0,0,0,1),this}extractRotation(e){const t=this.elements,n=e.elements,i=1/Ni.setFromMatrixColumn(e,0).length(),r=1/Ni.setFromMatrixColumn(e,1).length(),s=1/Ni.setFromMatrixColumn(e,2).length();return t[0]=n[0]*i,t[1]=n[1]*i,t[2]=n[2]*i,t[3]=0,t[4]=n[4]*r,t[5]=n[5]*r,t[6]=n[6]*r,t[7]=0,t[8]=n[8]*s,t[9]=n[9]*s,t[10]=n[10]*s,t[11]=0,t[12]=0,t[13]=0,t[14]=0,t[15]=1,this}makeRotationFromEuler(e){const t=this.elements,n=e.x,i=e.y,r=e.z,s=Math.cos(n),o=Math.sin(n),a=Math.cos(i),l=Math.sin(i),c=Math.cos(r),h=Math.sin(r);if(\"XYZ\"===e.order){const e=s*c,n=s*h,i=o*c,r=o*h;t[0]=a*c,t[4]=-a*h,t[8]=l,t[1]=n+i*l,t[5]=e-r*l,t[9]=-o*a,t[2]=r-e*l,t[6]=i+n*l,t[10]=s*a}else if(\"YXZ\"===e.order){const e=a*c,n=a*h,i=l*c,r=l*h;t[0]=e+r*o,t[4]=i*o-n,t[8]=s*l,t[1]=s*h,t[5]=s*c,t[9]=-o,t[2]=n*o-i,t[6]=r+e*o,t[10]=s*a}else if(\"ZXY\"===e.order){const e=a*c,n=a*h,i=l*c,r=l*h;t[0]=e-r*o,t[4]=-s*h,t[8]=i+n*o,t[1]=n+i*o,t[5]=s*c,t[9]=r-e*o,t[2]=-s*l,t[6]=o,t[10]=s*a}else if(\"ZYX\"===e.order){const e=s*c,n=s*h,i=o*c,r=o*h;t[0]=a*c,t[4]=i*l-n,t[8]=e*l+r,t[1]=a*h,t[5]=r*l+e,t[9]=n*l-i,t[2]=-l,t[6]=o*a,t[10]=s*a}else if(\"YZX\"===e.order){const e=s*a,n=s*l,i=o*a,r=o*l;t[0]=a*c,t[4]=r-e*h,t[8]=i*h+n,t[1]=h,t[5]=s*c,t[9]=-o*c,t[2]=-l*c,t[6]=n*h+i,t[10]=e-r*h}else if(\"XZY\"===e.order){const e=s*a,n=s*l,i=o*a,r=o*l;t[0]=a*c,t[4]=-h,t[8]=l*c,t[1]=e*h+r,t[5]=s*c,t[9]=n*h-i,t[2]=i*h-n,t[6]=o*c,t[10]=r*h+e}return t[3]=0,t[7]=0,t[11]=0,t[12]=0,t[13]=0,t[14]=0,t[15]=1,this}makeRotationFromQuaternion(e){return this.compose(zi,e,Hi)}lookAt(e,t,n){const i=this.elements;return ji.subVectors(e,t),0===ji.lengthSq()&&(ji.z=1),ji.normalize(),Vi.crossVectors(n,ji),0===Vi.lengthSq()&&(1===Math.abs(n.z)?ji.x+=1e-4:ji.z+=1e-4,ji.normalize(),Vi.crossVectors(n,ji)),Vi.normalize(),Wi.crossVectors(ji,Vi),i[0]=Vi.x,i[4]=Wi.x,i[8]=ji.x,i[1]=Vi.y,i[5]=Wi.y,i[9]=ji.y,i[2]=Vi.z,i[6]=Wi.z,i[10]=ji.z,this}multiply(e){return this.multiplyMatrices(this,e)}premultiply(e){return this.multiplyMatrices(e,this)}multiplyMatrices(e,t){const n=e.elements,i=t.elements,r=this.elements,s=n[0],o=n[4],a=n[8],l=n[12],c=n[1],h=n[5],u=n[9],d=n[13],p=n[2],A=n[6],f=n[10],m=n[14],g=n[3],v=n[7],y=n[11],E=n[15],b=i[0],x=i[4],w=i[8],C=i[12],M=i[1],_=i[5],I=i[9],B=i[13],S=i[2],T=i[6],L=i[10],D=i[14],R=i[3],P=i[7],k=i[11],F=i[15];return r[0]=s*b+o*M+a*S+l*R,r[4]=s*x+o*_+a*T+l*P,r[8]=s*w+o*I+a*L+l*k,r[12]=s*C+o*B+a*D+l*F,r[1]=c*b+h*M+u*S+d*R,r[5]=c*x+h*_+u*T+d*P,r[9]=c*w+h*I+u*L+d*k,r[13]=c*C+h*B+u*D+d*F,r[2]=p*b+A*M+f*S+m*R,r[6]=p*x+A*_+f*T+m*P,r[10]=p*w+A*I+f*L+m*k,r[14]=p*C+A*B+f*D+m*F,r[3]=g*b+v*M+y*S+E*R,r[7]=g*x+v*_+y*T+E*P,r[11]=g*w+v*I+y*L+E*k,r[15]=g*C+v*B+y*D+E*F,this}multiplyScalar(e){const t=this.elements;return t[0]*=e,t[4]*=e,t[8]*=e,t[12]*=e,t[1]*=e,t[5]*=e,t[9]*=e,t[13]*=e,t[2]*=e,t[6]*=e,t[10]*=e,t[14]*=e,t[3]*=e,t[7]*=e,t[11]*=e,t[15]*=e,this}determinant(){const e=this.elements,t=e[0],n=e[4],i=e[8],r=e[12],s=e[1],o=e[5],a=e[9],l=e[13],c=e[2],h=e[6],u=e[10],d=e[14];return e[3]*(+r*a*h-i*l*h-r*o*u+n*l*u+i*o*d-n*a*d)+e[7]*(+t*a*d-t*l*u+r*s*u-i*s*d+i*l*c-r*a*c)+e[11]*(+t*l*h-t*o*d-r*s*h+n*s*d+r*o*c-n*l*c)+e[15]*(-i*o*c-t*a*h+t*o*u+i*s*h-n*s*u+n*a*c)}transpose(){const e=this.elements;let t;return t=e[1],e[1]=e[4],e[4]=t,t=e[2],e[2]=e[8],e[8]=t,t=e[6],e[6]=e[9],e[9]=t,t=e[3],e[3]=e[12],e[12]=t,t=e[7],e[7]=e[13],e[13]=t,t=e[11],e[11]=e[14],e[14]=t,this}setPosition(e,t,n){const i=this.elements;return e.isVector3?(i[12]=e.x,i[13]=e.y,i[14]=e.z):(i[12]=e,i[13]=t,i[14]=n),this}invert(){const e=this.elements,t=e[0],n=e[1],i=e[2],r=e[3],s=e[4],o=e[5],a=e[6],l=e[7],c=e[8],h=e[9],u=e[10],d=e[11],p=e[12],A=e[13],f=e[14],m=e[15],g=h*f*l-A*u*l+A*a*d-o*f*d-h*a*m+o*u*m,v=p*u*l-c*f*l-p*a*d+s*f*d+c*a*m-s*u*m,y=c*A*l-p*h*l+p*o*d-s*A*d-c*o*m+s*h*m,E=p*h*a-c*A*a-p*o*u+s*A*u+c*o*f-s*h*f,b=t*g+n*v+i*y+r*E;if(0===b)return this.set(0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0);const x=1/b;return e[0]=g*x,e[1]=(A*u*r-h*f*r-A*i*d+n*f*d+h*i*m-n*u*m)*x,e[2]=(o*f*r-A*a*r+A*i*l-n*f*l-o*i*m+n*a*m)*x,e[3]=(h*a*r-o*u*r-h*i*l+n*u*l+o*i*d-n*a*d)*x,e[4]=v*x,e[5]=(c*f*r-p*u*r+p*i*d-t*f*d-c*i*m+t*u*m)*x,e[6]=(p*a*r-s*f*r-p*i*l+t*f*l+s*i*m-t*a*m)*x,e[7]=(s*u*r-c*a*r+c*i*l-t*u*l-s*i*d+t*a*d)*x,e[8]=y*x,e[9]=(p*h*r-c*A*r-p*n*d+t*A*d+c*n*m-t*h*m)*x,e[10]=(s*A*r-p*o*r+p*n*l-t*A*l-s*n*m+t*o*m)*x,e[11]=(c*o*r-s*h*r-c*n*l+t*h*l+s*n*d-t*o*d)*x,e[12]=E*x,e[13]=(c*A*i-p*h*i+p*n*u-t*A*u-c*n*f+t*h*f)*x,e[14]=(p*o*i-s*A*i-p*n*a+t*A*a+s*n*f-t*o*f)*x,e[15]=(s*h*i-c*o*i+c*n*a-t*h*a-s*n*u+t*o*u)*x,this}scale(e){const t=this.elements,n=e.x,i=e.y,r=e.z;return t[0]*=n,t[4]*=i,t[8]*=r,t[1]*=n,t[5]*=i,t[9]*=r,t[2]*=n,t[6]*=i,t[10]*=r,t[3]*=n,t[7]*=i,t[11]*=r,this}getMaxScaleOnAxis(){const e=this.elements,t=e[0]*e[0]+e[1]*e[1]+e[2]*e[2],n=e[4]*e[4]+e[5]*e[5]+e[6]*e[6],i=e[8]*e[8]+e[9]*e[9]+e[10]*e[10];return Math.sqrt(Math.max(t,n,i))}makeTranslation(e,t,n){return this.set(1,0,0,e,0,1,0,t,0,0,1,n,0,0,0,1),this}makeRotationX(e){const t=Math.cos(e),n=Math.sin(e);return this.set(1,0,0,0,0,t,-n,0,0,n,t,0,0,0,0,1),this}makeRotationY(e){const t=Math.cos(e),n=Math.sin(e);return this.set(t,0,n,0,0,1,0,0,-n,0,t,0,0,0,0,1),this}makeRotationZ(e){const t=Math.cos(e),n=Math.sin(e);return this.set(t,-n,0,0,n,t,0,0,0,0,1,0,0,0,0,1),this}makeRotationAxis(e,t){const n=Math.cos(t),i=Math.sin(t),r=1-n,s=e.x,o=e.y,a=e.z,l=r*s,c=r*o;return this.set(l*s+n,l*o-i*a,l*a+i*o,0,l*o+i*a,c*o+n,c*a-i*s,0,l*a-i*o,c*a+i*s,r*a*a+n,0,0,0,0,1),this}makeScale(e,t,n){return this.set(e,0,0,0,0,t,0,0,0,0,n,0,0,0,0,1),this}makeShear(e,t,n,i,r,s){return this.set(1,n,r,0,e,1,s,0,t,i,1,0,0,0,0,1),this}compose(e,t,n){const i=this.elements,r=t._x,s=t._y,o=t._z,a=t._w,l=r+r,c=s+s,h=o+o,u=r*l,d=r*c,p=r*h,A=s*c,f=s*h,m=o*h,g=a*l,v=a*c,y=a*h,E=n.x,b=n.y,x=n.z;return i[0]=(1-(A+m))*E,i[1]=(d+y)*E,i[2]=(p-v)*E,i[3]=0,i[4]=(d-y)*b,i[5]=(1-(u+m))*b,i[6]=(f+g)*b,i[7]=0,i[8]=(p+v)*x,i[9]=(f-g)*x,i[10]=(1-(u+A))*x,i[11]=0,i[12]=e.x,i[13]=e.y,i[14]=e.z,i[15]=1,this}decompose(e,t,n){const i=this.elements;let r=Ni.set(i[0],i[1],i[2]).length();const s=Ni.set(i[4],i[5],i[6]).length(),o=Ni.set(i[8],i[9],i[10]).length();this.determinant()\u003C0&&(r=-r),e.x=i[12],e.y=i[13],e.z=i[14],Gi.copy(this);const a=1/r,l=1/s,c=1/o;return Gi.elements[0]*=a,Gi.elements[1]*=a,Gi.elements[2]*=a,Gi.elements[4]*=l,Gi.elements[5]*=l,Gi.elements[6]*=l,Gi.elements[8]*=c,Gi.elements[9]*=c,Gi.elements[10]*=c,t.setFromRotationMatrix(Gi),n.x=r,n.y=s,n.z=o,this}makePerspective(e,t,n,i,r,s){const o=this.elements,a=2*r/(t-e),l=2*r/(n-i),c=(t+e)/(t-e),h=(n+i)/(n-i),u=-(s+r)/(s-r),d=-2*s*r/(s-r);return o[0]=a,o[4]=0,o[8]=c,o[12]=0,o[1]=0,o[5]=l,o[9]=h,o[13]=0,o[2]=0,o[6]=0,o[10]=u,o[14]=d,o[3]=0,o[7]=0,o[11]=-1,o[15]=0,this}makeOrthographic(e,t,n,i,r,s){const o=this.elements,a=1/(t-e),l=1/(n-i),c=1/(s-r),h=(t+e)*a,u=(n+i)*l,d=(s+r)*c;return o[0]=2*a,o[4]=0,o[8]=0,o[12]=-h,o[1]=0,o[5]=2*l,o[9]=0,o[13]=-u,o[2]=0,o[6]=0,o[10]=-2*c,o[14]=-d,o[3]=0,o[7]=0,o[11]=0,o[15]=1,this}equals(e){const t=this.elements,n=e.elements;for(let e=0;e\u003C16;e++)if(t[e]!==n[e])return!1;return!0}fromArray(e,t=0){for(let n=0;n\u003C16;n++)this.elements[n]=e[n+t];return this}toArray(e=[],t=0){const n=this.elements;return e[t]=n[0],e[t+1]=n[1],e[t+2]=n[2],e[t+3]=n[3],e[t+4]=n[4],e[t+5]=n[5],e[t+6]=n[6],e[t+7]=n[7],e[t+8]=n[8],e[t+9]=n[9],e[t+10]=n[10],e[t+11]=n[11],e[t+12]=n[12],e[t+13]=n[13],e[t+14]=n[14],e[t+15]=n[15],e}}const Ni=new ci,Gi=new Ui,zi=new ci(0,0,0),Hi=new ci(1,1,1),Vi=new ci,Wi=new ci,ji=new ci,qi=new Ui,Yi=new li;class Xi{constructor(e=0,t=0,n=0,i=Xi.DefaultOrder){this.isEuler=!0,this._x=e,this._y=t,this._z=n,this._order=i}get x(){return this._x}set x(e){this._x=e,this._onChangeCallback()}get y(){return this._y}set y(e){this._y=e,this._onChangeCallback()}get z(){return this._z}set z(e){this._z=e,this._onChangeCallback()}get order(){return this._order}set order(e){this._order=e,this._onChangeCallback()}set(e,t,n,i=this._order){return this._x=e,this._y=t,this._z=n,this._order=i,this._onChangeCallback(),this}clone(){return new this.constructor(this._x,this._y,this._z,this._order)}copy(e){return this._x=e._x,this._y=e._y,this._z=e._z,this._order=e._order,this._onChangeCallback(),this}setFromRotationMatrix(e,t=this._order,n=!0){const i=e.elements,r=i[0],s=i[4],o=i[8],a=i[1],l=i[5],c=i[9],h=i[2],u=i[6],d=i[10];switch(t){case\"XYZ\":this._y=Math.asin(xn(o,-1,1)),Math.abs(o)\u003C.9999999?(this._x=Math.atan2(-c,d),this._z=Math.atan2(-s,r)):(this._x=Math.atan2(u,l),this._z=0);break;case\"YXZ\":this._x=Math.asin(-xn(c,-1,1)),Math.abs(c)\u003C.9999999?(this._y=Math.atan2(o,d),this._z=Math.atan2(a,l)):(this._y=Math.atan2(-h,r),this._z=0);break;case\"ZXY\":this._x=Math.asin(xn(u,-1,1)),Math.abs(u)\u003C.9999999?(this._y=Math.atan2(-h,d),this._z=Math.atan2(-s,l)):(this._y=0,this._z=Math.atan2(a,r));break;case\"ZYX\":this._y=Math.asin(-xn(h,-1,1)),Math.abs(h)\u003C.9999999?(this._x=Math.atan2(u,d),this._z=Math.atan2(a,r)):(this._x=0,this._z=Math.atan2(-s,l));break;case\"YZX\":this._z=Math.asin(xn(a,-1,1)),Math.abs(a)\u003C.9999999?(this._x=Math.atan2(-c,l),this._y=Math.atan2(-h,r)):(this._x=0,this._y=Math.atan2(o,d));break;case\"XZY\":this._z=Math.asin(-xn(s,-1,1)),Math.abs(s)\u003C.9999999?(this._x=Math.atan2(u,l),this._y=Math.atan2(o,r)):(this._x=Math.atan2(-c,d),this._y=0);break;default:console.warn(\"THREE.Euler: .setFromRotationMatrix() encountered an unknown order: \"+t)}return this._order=t,!0===n&&this._onChangeCallback(),this}setFromQuaternion(e,t,n){return qi.makeRotationFromQuaternion(e),this.setFromRotationMatrix(qi,t,n)}setFromVector3(e,t=this._order){return this.set(e.x,e.y,e.z,t)}reorder(e){return Yi.setFromEuler(this),this.setFromQuaternion(Yi,e)}equals(e){return e._x===this._x&&e._y===this._y&&e._z===this._z&&e._order===this._order}fromArray(e){return this._x=e[0],this._y=e[1],this._z=e[2],void 0!==e[3]&&(this._order=e[3]),this._onChangeCallback(),this}toArray(e=[],t=0){return e[t]=this._x,e[t+1]=this._y,e[t+2]=this._z,e[t+3]=this._order,e}_onChange(e){return this._onChangeCallback=e,this}_onChangeCallback(){}*[Symbol.iterator](){yield this._x,yield this._y,yield this._z,yield this._order}toVector3(){console.error(\"THREE.Euler: .toVector3() has been removed. Use Vector3.setFromEuler() instead\")}}Xi.DefaultOrder=\"XYZ\",Xi.RotationOrders=[\"XYZ\",\"YZX\",\"ZXY\",\"XZY\",\"YXZ\",\"ZYX\"];class Ji{constructor(){this.mask=1}set(e){this.mask=(1\u003C\u003Ce|0)>>>0}enable(e){this.mask|=1\u003C\u003Ce|0}enableAll(){this.mask=-1}toggle(e){this.mask^=1\u003C\u003Ce|0}disable(e){this.mask&=~(1\u003C\u003Ce|0)}disableAll(){this.mask=0}test(e){return 0!=(this.mask&e.mask)}isEnabled(e){return 0!=(this.mask&(1\u003C\u003Ce|0))}}let Ki=0;const Zi=new ci,$i=new li,er=new Ui,tr=new ci,nr=new ci,ir=new ci,rr=new li,sr=new ci(1,0,0),or=new ci(0,1,0),ar=new ci(0,0,1),lr={type:\"added\"},cr={type:\"removed\"};class hr extends mn{constructor(){super(),this.isObject3D=!0,Object.defineProperty(this,\"id\",{value:Ki++}),this.uuid=bn(),this.name=\"\",this.type=\"Object3D\",this.parent=null,this.children=[],this.up=hr.DefaultUp.clone();const e=new ci,t=new Xi,n=new li,i=new ci(1,1,1);t._onChange((function(){n.setFromEuler(t,!1)})),n._onChange((function(){t.setFromQuaternion(n,void 0,!1)})),Object.defineProperties(this,{position:{configurable:!0,enumerable:!0,value:e},rotation:{configurable:!0,enumerable:!0,value:t},quaternion:{configurable:!0,enumerable:!0,value:n},scale:{configurable:!0,enumerable:!0,value:i},modelViewMatrix:{value:new Ui},normalMatrix:{value:new Dn}}),this.matrix=new Ui,this.matrixWorld=new Ui,this.matrixAutoUpdate=hr.DefaultMatrixAutoUpdate,this.matrixWorldNeedsUpdate=!1,this.matrixWorldAutoUpdate=hr.DefaultMatrixWorldAutoUpdate,this.layers=new Ji,this.visible=!0,this.castShadow=!1,this.receiveShadow=!1,this.frustumCulled=!0,this.renderOrder=0,this.animations=[],this.userData={}}onBeforeRender(){}onAfterRender(){}applyMatrix4(e){this.matrixAutoUpdate&&this.updateMatrix(),this.matrix.premultiply(e),this.matrix.decompose(this.position,this.quaternion,this.scale)}applyQuaternion(e){return this.quaternion.premultiply(e),this}setRotationFromAxisAngle(e,t){this.quaternion.setFromAxisAngle(e,t)}setRotationFromEuler(e){this.quaternion.setFromEuler(e,!0)}setRotationFromMatrix(e){this.quaternion.setFromRotationMatrix(e)}setRotationFromQuaternion(e){this.quaternion.copy(e)}rotateOnAxis(e,t){return $i.setFromAxisAngle(e,t),this.quaternion.multiply($i),this}rotateOnWorldAxis(e,t){return $i.setFromAxisAngle(e,t),this.quaternion.premultiply($i),this}rotateX(e){return this.rotateOnAxis(sr,e)}rotateY(e){return this.rotateOnAxis(or,e)}rotateZ(e){return this.rotateOnAxis(ar,e)}translateOnAxis(e,t){return Zi.copy(e).applyQuaternion(this.quaternion),this.position.add(Zi.multiplyScalar(t)),this}translateX(e){return this.translateOnAxis(sr,e)}translateY(e){return this.translateOnAxis(or,e)}translateZ(e){return this.translateOnAxis(ar,e)}localToWorld(e){return e.applyMatrix4(this.matrixWorld)}worldToLocal(e){return e.applyMatrix4(er.copy(this.matrixWorld).invert())}lookAt(e,t,n){e.isVector3?tr.copy(e):tr.set(e,t,n);const i=this.parent;this.updateWorldMatrix(!0,!1),nr.setFromMatrixPosition(this.matrixWorld),this.isCamera||this.isLight?er.lookAt(nr,tr,this.up):er.lookAt(tr,nr,this.up),this.quaternion.setFromRotationMatrix(er),i&&(er.extractRotation(i.matrixWorld),$i.setFromRotationMatrix(er),this.quaternion.premultiply($i.invert()))}add(e){if(arguments.length>1){for(let e=0;e\u003Carguments.length;e++)this.add(arguments[e]);return this}return e===this?(console.error(\"THREE.Object3D.add: object can't be added as a child of itself.\",e),this):(e&&e.isObject3D?(null!==e.parent&&e.parent.remove(e),e.parent=this,this.children.push(e),e.dispatchEvent(lr)):console.error(\"THREE.Object3D.add: object not an instance of THREE.Object3D.\",e),this)}remove(e){if(arguments.length>1){for(let e=0;e\u003Carguments.length;e++)this.remove(arguments[e]);return this}const t=this.children.indexOf(e);return-1!==t&&(e.parent=null,this.children.splice(t,1),e.dispatchEvent(cr)),this}removeFromParent(){const e=this.parent;return null!==e&&e.remove(this),this}clear(){for(let e=0;e\u003Cthis.children.length;e++){const t=this.children[e];t.parent=null,t.dispatchEvent(cr)}return this.children.length=0,this}attach(e){return this.updateWorldMatrix(!0,!1),er.copy(this.matrixWorld).invert(),null!==e.parent&&(e.parent.updateWorldMatrix(!0,!1),er.multiply(e.parent.matrixWorld)),e.applyMatrix4(er),this.add(e),e.updateWorldMatrix(!1,!0),this}getObjectById(e){return this.getObjectByProperty(\"id\",e)}getObjectByName(e){return this.getObjectByProperty(\"name\",e)}getObjectByProperty(e,t){if(this[e]===t)return this;for(let n=0,i=this.children.length;n\u003Ci;n++){const i=this.children[n].getObjectByProperty(e,t);if(void 0!==i)return i}}getWorldPosition(e){return this.updateWorldMatrix(!0,!1),e.setFromMatrixPosition(this.matrixWorld)}getWorldQuaternion(e){return this.updateWorldMatrix(!0,!1),this.matrixWorld.decompose(nr,e,ir),e}getWorldScale(e){return this.updateWorldMatrix(!0,!1),this.matrixWorld.decompose(nr,rr,e),e}getWorldDirection(e){this.updateWorldMatrix(!0,!1);const t=this.matrixWorld.elements;return e.set(t[8],t[9],t[10]).normalize()}raycast(){}traverse(e){e(this);const t=this.children;for(let n=0,i=t.length;n\u003Ci;n++)t[n].traverse(e)}traverseVisible(e){if(!1===this.visible)return;e(this);const t=this.children;for(let n=0,i=t.length;n\u003Ci;n++)t[n].traverseVisible(e)}traverseAncestors(e){const t=this.parent;null!==t&&(e(t),t.traverseAncestors(e))}updateMatrix(){this.matrix.compose(this.position,this.quaternion,this.scale),this.matrixWorldNeedsUpdate=!0}updateMatrixWorld(e){this.matrixAutoUpdate&&this.updateMatrix(),(this.matrixWorldNeedsUpdate||e)&&(null===this.parent?this.matrixWorld.copy(this.matrix):this.matrixWorld.multiplyMatrices(this.parent.matrixWorld,this.matrix),this.matrixWorldNeedsUpdate=!1,e=!0);const t=this.children;for(let n=0,i=t.length;n\u003Ci;n++){const i=t[n];!0!==i.matrixWorldAutoUpdate&&!0!==e||i.updateMatrixWorld(e)}}updateWorldMatrix(e,t){const n=this.parent;if(!0===e&&null!==n&&!0===n.matrixWorldAutoUpdate&&n.updateWorldMatrix(!0,!1),this.matrixAutoUpdate&&this.updateMatrix(),null===this.parent?this.matrixWorld.copy(this.matrix):this.matrixWorld.multiplyMatrices(this.parent.matrixWorld,this.matrix),!0===t){const e=this.children;for(let t=0,n=e.length;t\u003Cn;t++){const n=e[t];!0===n.matrixWorldAutoUpdate&&n.updateWorldMatrix(!1,!0)}}}toJSON(e){const t=void 0===e||\"string\"==typeof e,n={};t&&(e={geometries:{},materials:{},textures:{},images:{},shapes:{},skeletons:{},animations:{},nodes:{}},n.metadata={version:4.5,type:\"Object\",generator:\"Object3D.toJSON\"});const i={};function r(t,n){return void 0===t[n.uuid]&&(t[n.uuid]=n.toJSON(e)),n.uuid}if(i.uuid=this.uuid,i.type=this.type,\"\"!==this.name&&(i.name=this.name),!0===this.castShadow&&(i.castShadow=!0),!0===this.receiveShadow&&(i.receiveShadow=!0),!1===this.visible&&(i.visible=!1),!1===this.frustumCulled&&(i.frustumCulled=!1),0!==this.renderOrder&&(i.renderOrder=this.renderOrder),\"{}\"!==JSON.stringify(this.userData)&&(i.userData=this.userData),i.layers=this.layers.mask,i.matrix=this.matrix.toArray(),!1===this.matrixAutoUpdate&&(i.matrixAutoUpdate=!1),this.isInstancedMesh&&(i.type=\"InstancedMesh\",i.count=this.count,i.instanceMatrix=this.instanceMatrix.toJSON(),null!==this.instanceColor&&(i.instanceColor=this.instanceColor.toJSON())),this.isScene)this.background&&(this.background.isColor?i.background=this.background.toJSON():this.background.isTexture&&(i.background=this.background.toJSON(e).uuid)),this.environment&&this.environment.isTexture&&!0!==this.environment.isRenderTargetTexture&&(i.environment=this.environment.toJSON(e).uuid);else if(this.isMesh||this.isLine||this.isPoints){i.geometry=r(e.geometries,this.geometry);const t=this.geometry.parameters;if(void 0!==t&&void 0!==t.shapes){const n=t.shapes;if(Array.isArray(n))for(let t=0,i=n.length;t\u003Ci;t++){const i=n[t];r(e.shapes,i)}else r(e.shapes,n)}}if(this.isSkinnedMesh&&(i.bindMode=this.bindMode,i.bindMatrix=this.bindMatrix.toArray(),void 0!==this.skeleton&&(r(e.skeletons,this.skeleton),i.skeleton=this.skeleton.uuid)),void 0!==this.material)if(Array.isArray(this.material)){const t=[];for(let n=0,i=this.material.length;n\u003Ci;n++)t.push(r(e.materials,this.material[n]));i.material=t}else i.material=r(e.materials,this.material);if(this.children.length>0){i.children=[];for(let t=0;t\u003Cthis.children.length;t++)i.children.push(this.children[t].toJSON(e).object)}if(this.animations.length>0){i.animations=[];for(let t=0;t\u003Cthis.animations.length;t++){const n=this.animations[t];i.animations.push(r(e.animations,n))}}if(t){const t=s(e.geometries),i=s(e.materials),r=s(e.textures),o=s(e.images),a=s(e.shapes),l=s(e.skeletons),c=s(e.animations),h=s(e.nodes);t.length>0&&(n.geometries=t),i.length>0&&(n.materials=i),r.length>0&&(n.textures=r),o.length>0&&(n.images=o),a.length>0&&(n.shapes=a),l.length>0&&(n.skeletons=l),c.length>0&&(n.animations=c),h.length>0&&(n.nodes=h)}return n.object=i,n;function s(e){const t=[];for(const n in e){const i=e[n];delete i.metadata,t.push(i)}return t}}clone(e){return(new this.constructor).copy(this,e)}copy(e,t=!0){if(this.name=e.name,this.up.copy(e.up),this.position.copy(e.position),this.rotation.order=e.rotation.order,this.quaternion.copy(e.quaternion),this.scale.copy(e.scale),this.matrix.copy(e.matrix),this.matrixWorld.copy(e.matrixWorld),this.matrixAutoUpdate=e.matrixAutoUpdate,this.matrixWorldNeedsUpdate=e.matrixWorldNeedsUpdate,this.matrixWorldAutoUpdate=e.matrixWorldAutoUpdate,this.layers.mask=e.layers.mask,this.visible=e.visible,this.castShadow=e.castShadow,this.receiveShadow=e.receiveShadow,this.frustumCulled=e.frustumCulled,this.renderOrder=e.renderOrder,this.userData=JSON.parse(JSON.stringify(e.userData)),!0===t)for(let t=0;t\u003Ce.children.length;t++){const n=e.children[t];this.add(n.clone())}return this}}hr.DefaultUp=new ci(0,1,0),hr.DefaultMatrixAutoUpdate=!0,hr.DefaultMatrixWorldAutoUpdate=!0;const ur=new ci,dr=new ci,pr=new ci,Ar=new ci,fr=new ci,mr=new ci,gr=new ci,vr=new ci,yr=new ci,Er=new ci;class br{constructor(e=new ci,t=new ci,n=new ci){this.a=e,this.b=t,this.c=n}static getNormal(e,t,n,i){i.subVectors(n,t),ur.subVectors(e,t),i.cross(ur);const r=i.lengthSq();return r>0?i.multiplyScalar(1/Math.sqrt(r)):i.set(0,0,0)}static getBarycoord(e,t,n,i,r){ur.subVectors(i,t),dr.subVectors(n,t),pr.subVectors(e,t);const s=ur.dot(ur),o=ur.dot(dr),a=ur.dot(pr),l=dr.dot(dr),c=dr.dot(pr),h=s*l-o*o;if(0===h)return r.set(-2,-1,-1);const u=1/h,d=(l*a-o*c)*u,p=(s*c-o*a)*u;return r.set(1-d-p,p,d)}static containsPoint(e,t,n,i){return this.getBarycoord(e,t,n,i,Ar),Ar.x>=0&&Ar.y>=0&&Ar.x+Ar.y\u003C=1}static getUV(e,t,n,i,r,s,o,a){return this.getBarycoord(e,t,n,i,Ar),a.set(0,0),a.addScaledVector(r,Ar.x),a.addScaledVector(s,Ar.y),a.addScaledVector(o,Ar.z),a}static isFrontFacing(e,t,n,i){return ur.subVectors(n,t),dr.subVectors(e,t),ur.cross(dr).dot(i)\u003C0}set(e,t,n){return this.a.copy(e),this.b.copy(t),this.c.copy(n),this}setFromPointsAndIndices(e,t,n,i){return this.a.copy(e[t]),this.b.copy(e[n]),this.c.copy(e[i]),this}setFromAttributeAndIndices(e,t,n,i){return this.a.fromBufferAttribute(e,t),this.b.fromBufferAttribute(e,n),this.c.fromBufferAttribute(e,i),this}clone(){return(new this.constructor).copy(this)}copy(e){return this.a.copy(e.a),this.b.copy(e.b),this.c.copy(e.c),this}getArea(){return ur.subVectors(this.c,this.b),dr.subVectors(this.a,this.b),.5*ur.cross(dr).length()}getMidpoint(e){return e.addVectors(this.a,this.b).add(this.c).multiplyScalar(1/3)}getNormal(e){return br.getNormal(this.a,this.b,this.c,e)}getPlane(e){return e.setFromCoplanarPoints(this.a,this.b,this.c)}getBarycoord(e,t){return br.getBarycoord(e,this.a,this.b,this.c,t)}getUV(e,t,n,i,r){return br.getUV(e,this.a,this.b,this.c,t,n,i,r)}containsPoint(e){return br.containsPoint(e,this.a,this.b,this.c)}isFrontFacing(e){return br.isFrontFacing(this.a,this.b,this.c,e)}intersectsBox(e){return e.intersectsTriangle(this)}closestPointToPoint(e,t){const n=this.a,i=this.b,r=this.c;let s,o;fr.subVectors(i,n),mr.subVectors(r,n),vr.subVectors(e,n);const a=fr.dot(vr),l=mr.dot(vr);if(a\u003C=0&&l\u003C=0)return t.copy(n);yr.subVectors(e,i);const c=fr.dot(yr),h=mr.dot(yr);if(c>=0&&h\u003C=c)return t.copy(i);const u=a*h-c*l;if(u\u003C=0&&a>=0&&c\u003C=0)return s=a/(a-c),t.copy(n).addScaledVector(fr,s);Er.subVectors(e,r);const d=fr.dot(Er),p=mr.dot(Er);if(p>=0&&d\u003C=p)return t.copy(r);const A=d*l-a*p;if(A\u003C=0&&l>=0&&p\u003C=0)return o=l/(l-p),t.copy(n).addScaledVector(mr,o);const f=c*p-d*h;if(f\u003C=0&&h-c>=0&&d-p>=0)return gr.subVectors(r,i),o=(h-c)/(h-c+(d-p)),t.copy(i).addScaledVector(gr,o);const m=1/(f+A+u);return s=A*m,o=u*m,t.copy(n).addScaledVector(fr,s).addScaledVector(mr,o)}equals(e){return e.a.equals(this.a)&&e.b.equals(this.b)&&e.c.equals(this.c)}}let xr=0;class wr extends mn{constructor(){super(),this.isMaterial=!0,Object.defineProperty(this,\"id\",{value:xr++}),this.uuid=bn(),this.name=\"\",this.type=\"Material\",this.blending=E,this.side=m,this.vertexColors=!1,this.opacity=1,this.transparent=!1,this.blendSrc=P,this.blendDst=k,this.blendEquation=M,this.blendSrcAlpha=null,this.blendDstAlpha=null,this.blendEquationAlpha=null,this.depthFunc=V,this.depthTest=!0,this.depthWrite=!0,this.stencilWriteMask=255,this.stencilFunc=nn,this.stencilRef=0,this.stencilFuncMask=255,this.stencilFail=zt,this.stencilZFail=zt,this.stencilZPass=zt,this.stencilWrite=!1,this.clippingPlanes=null,this.clipIntersection=!1,this.clipShadows=!1,this.shadowSide=null,this.colorWrite=!0,this.precision=null,this.polygonOffset=!1,this.polygonOffsetFactor=0,this.polygonOffsetUnits=0,this.dithering=!1,this.alphaToCoverage=!1,this.premultipliedAlpha=!1,this.visible=!0,this.toneMapped=!0,this.userData={},this.version=0,this._alphaTest=0}get alphaTest(){return this._alphaTest}set alphaTest(e){this._alphaTest>0!=e>0&&this.version++,this._alphaTest=e}onBuild(){}onBeforeRender(){}onBeforeCompile(){}customProgramCacheKey(){return this.onBeforeCompile.toString()}setValues(e){if(void 0!==e)for(const t in e){const n=e[t];if(void 0===n){console.warn(\"THREE.Material: '\"+t+\"' parameter is undefined.\");continue}const i=this[t];void 0!==i?i&&i.isColor?i.set(n):i&&i.isVector3&&n&&n.isVector3?i.copy(n):this[t]=n:console.warn(\"THREE.\"+this.type+\": '\"+t+\"' is not a property of this material.\")}}toJSON(e){const t=void 0===e||\"string\"==typeof e;t&&(e={textures:{},images:{}});const n={metadata:{version:4.5,type:\"Material\",generator:\"Material.toJSON\"}};function i(e){const t=[];for(const n in e){const i=e[n];delete i.metadata,t.push(i)}return t}if(n.uuid=this.uuid,n.type=this.type,\"\"!==this.name&&(n.name=this.name),this.color&&this.color.isColor&&(n.color=this.color.getHex()),void 0!==this.roughness&&(n.roughness=this.roughness),void 0!==this.metalness&&(n.metalness=this.metalness),void 0!==this.sheen&&(n.sheen=this.sheen),this.sheenColor&&this.sheenColor.isColor&&(n.sheenColor=this.sheenColor.getHex()),void 0!==this.sheenRoughness&&(n.sheenRoughness=this.sheenRoughness),this.emissive&&this.emissive.isColor&&(n.emissive=this.emissive.getHex()),this.emissiveIntensity&&1!==this.emissiveIntensity&&(n.emissiveIntensity=this.emissiveIntensity),this.specular&&this.specular.isColor&&(n.specular=this.specular.getHex()),void 0!==this.specularIntensity&&(n.specularIntensity=this.specularIntensity),this.specularColor&&this.specularColor.isColor&&(n.specularColor=this.specularColor.getHex()),void 0!==this.shininess&&(n.shininess=this.shininess),void 0!==this.clearcoat&&(n.clearcoat=this.clearcoat),void 0!==this.clearcoatRoughness&&(n.clearcoatRoughness=this.clearcoatRoughness),this.clearcoatMap&&this.clearcoatMap.isTexture&&(n.clearcoatMap=this.clearcoatMap.toJSON(e).uuid),this.clearcoatRoughnessMap&&this.clearcoatRoughnessMap.isTexture&&(n.clearcoatRoughnessMap=this.clearcoatRoughnessMap.toJSON(e).uuid),this.clearcoatNormalMap&&this.clearcoatNormalMap.isTexture&&(n.clearcoatNormalMap=this.clearcoatNormalMap.toJSON(e).uuid,n.clearcoatNormalScale=this.clearcoatNormalScale.toArray()),void 0!==this.iridescence&&(n.iridescence=this.iridescence),void 0!==this.iridescenceIOR&&(n.iridescenceIOR=this.iridescenceIOR),void 0!==this.iridescenceThicknessRange&&(n.iridescenceThicknessRange=this.iridescenceThicknessRange),this.iridescenceMap&&this.iridescenceMap.isTexture&&(n.iridescenceMap=this.iridescenceMap.toJSON(e).uuid),this.iridescenceThicknessMap&&this.iridescenceThicknessMap.isTexture&&(n.iridescenceThicknessMap=this.iridescenceThicknessMap.toJSON(e).uuid),this.map&&this.map.isTexture&&(n.map=this.map.toJSON(e).uuid),this.matcap&&this.matcap.isTexture&&(n.matcap=this.matcap.toJSON(e).uuid),this.alphaMap&&this.alphaMap.isTexture&&(n.alphaMap=this.alphaMap.toJSON(e).uuid),this.lightMap&&this.lightMap.isTexture&&(n.lightMap=this.lightMap.toJSON(e).uuid,n.lightMapIntensity=this.lightMapIntensity),this.aoMap&&this.aoMap.isTexture&&(n.aoMap=this.aoMap.toJSON(e).uuid,n.aoMapIntensity=this.aoMapIntensity),this.bumpMap&&this.bumpMap.isTexture&&(n.bumpMap=this.bumpMap.toJSON(e).uuid,n.bumpScale=this.bumpScale),this.normalMap&&this.normalMap.isTexture&&(n.normalMap=this.normalMap.toJSON(e).uuid,n.normalMapType=this.normalMapType,n.normalScale=this.normalScale.toArray()),this.displacementMap&&this.displacementMap.isTexture&&(n.displacementMap=this.displacementMap.toJSON(e).uuid,n.displacementScale=this.displacementScale,n.displacementBias=this.displacementBias),this.roughnessMap&&this.roughnessMap.isTexture&&(n.roughnessMap=this.roughnessMap.toJSON(e).uuid),this.metalnessMap&&this.metalnessMap.isTexture&&(n.metalnessMap=this.metalnessMap.toJSON(e).uuid),this.emissiveMap&&this.emissiveMap.isTexture&&(n.emissiveMap=this.emissiveMap.toJSON(e).uuid),this.specularMap&&this.specularMap.isTexture&&(n.specularMap=this.specularMap.toJSON(e).uuid),this.specularIntensityMap&&this.specularIntensityMap.isTexture&&(n.specularIntensityMap=this.specularIntensityMap.toJSON(e).uuid),this.specularColorMap&&this.specularColorMap.isTexture&&(n.specularColorMap=this.specularColorMap.toJSON(e).uuid),this.envMap&&this.envMap.isTexture&&(n.envMap=this.envMap.toJSON(e).uuid,void 0!==this.combine&&(n.combine=this.combine)),void 0!==this.envMapIntensity&&(n.envMapIntensity=this.envMapIntensity),void 0!==this.reflectivity&&(n.reflectivity=this.reflectivity),void 0!==this.refractionRatio&&(n.refractionRatio=this.refractionRatio),this.gradientMap&&this.gradientMap.isTexture&&(n.gradientMap=this.gradientMap.toJSON(e).uuid),void 0!==this.transmission&&(n.transmission=this.transmission),this.transmissionMap&&this.transmissionMap.isTexture&&(n.transmissionMap=this.transmissionMap.toJSON(e).uuid),void 0!==this.thickness&&(n.thickness=this.thickness),this.thicknessMap&&this.thicknessMap.isTexture&&(n.thicknessMap=this.thicknessMap.toJSON(e).uuid),void 0!==this.attenuationDistance&&this.attenuationDistance!==1/0&&(n.attenuationDistance=this.attenuationDistance),void 0!==this.attenuationColor&&(n.attenuationColor=this.attenuationColor.getHex()),void 0!==this.size&&(n.size=this.size),null!==this.shadowSide&&(n.shadowSide=this.shadowSide),void 0!==this.sizeAttenuation&&(n.sizeAttenuation=this.sizeAttenuation),this.blending!==E&&(n.blending=this.blending),this.side!==m&&(n.side=this.side),this.vertexColors&&(n.vertexColors=!0),this.opacity\u003C1&&(n.opacity=this.opacity),!0===this.transparent&&(n.transparent=this.transparent),n.depthFunc=this.depthFunc,n.depthTest=this.depthTest,n.depthWrite=this.depthWrite,n.colorWrite=this.colorWrite,n.stencilWrite=this.stencilWrite,n.stencilWriteMask=this.stencilWriteMask,n.stencilFunc=this.stencilFunc,n.stencilRef=this.stencilRef,n.stencilFuncMask=this.stencilFuncMask,n.stencilFail=this.stencilFail,n.stencilZFail=this.stencilZFail,n.stencilZPass=this.stencilZPass,void 0!==this.rotation&&0!==this.rotation&&(n.rotation=this.rotation),!0===this.polygonOffset&&(n.polygonOffset=!0),0!==this.polygonOffsetFactor&&(n.polygonOffsetFactor=this.polygonOffsetFactor),0!==this.polygonOffsetUnits&&(n.polygonOffsetUnits=this.polygonOffsetUnits),void 0!==this.linewidth&&1!==this.linewidth&&(n.linewidth=this.linewidth),void 0!==this.dashSize&&(n.dashSize=this.dashSize),void 0!==this.gapSize&&(n.gapSize=this.gapSize),void 0!==this.scale&&(n.scale=this.scale),!0===this.dithering&&(n.dithering=!0),this.alphaTest>0&&(n.alphaTest=this.alphaTest),!0===this.alphaToCoverage&&(n.alphaToCoverage=this.alphaToCoverage),!0===this.premultipliedAlpha&&(n.premultipliedAlpha=this.premultipliedAlpha),!0===this.wireframe&&(n.wireframe=this.wireframe),this.wireframeLinewidth>1&&(n.wireframeLinewidth=this.wireframeLinewidth),\"round\"!==this.wireframeLinecap&&(n.wireframeLinecap=this.wireframeLinecap),\"round\"!==this.wireframeLinejoin&&(n.wireframeLinejoin=this.wireframeLinejoin),!0===this.flatShading&&(n.flatShading=this.flatShading),!1===this.visible&&(n.visible=!1),!1===this.toneMapped&&(n.toneMapped=!1),!1===this.fog&&(n.fog=!1),\"{}\"!==JSON.stringify(this.userData)&&(n.userData=this.userData),t){const t=i(e.textures),r=i(e.images);t.length>0&&(n.textures=t),r.length>0&&(n.images=r)}return n}clone(){return(new this.constructor).copy(this)}copy(e){this.name=e.name,this.blending=e.blending,this.side=e.side,this.vertexColors=e.vertexColors,this.opacity=e.opacity,this.transparent=e.transparent,this.blendSrc=e.blendSrc,this.blendDst=e.blendDst,this.blendEquation=e.blendEquation,this.blendSrcAlpha=e.blendSrcAlpha,this.blendDstAlpha=e.blendDstAlpha,this.blendEquationAlpha=e.blendEquationAlpha,this.depthFunc=e.depthFunc,this.depthTest=e.depthTest,this.depthWrite=e.depthWrite,this.stencilWriteMask=e.stencilWriteMask,this.stencilFunc=e.stencilFunc,this.stencilRef=e.stencilRef,this.stencilFuncMask=e.stencilFuncMask,this.stencilFail=e.stencilFail,this.stencilZFail=e.stencilZFail,this.stencilZPass=e.stencilZPass,this.stencilWrite=e.stencilWrite;const t=e.clippingPlanes;let n=null;if(null!==t){const e=t.length;n=new Array(e);for(let i=0;i!==e;++i)n[i]=t[i].clone()}return this.clippingPlanes=n,this.clipIntersection=e.clipIntersection,this.clipShadows=e.clipShadows,this.shadowSide=e.shadowSide,this.colorWrite=e.colorWrite,this.precision=e.precision,this.polygonOffset=e.polygonOffset,this.polygonOffsetFactor=e.polygonOffsetFactor,this.polygonOffsetUnits=e.polygonOffsetUnits,this.dithering=e.dithering,this.alphaTest=e.alphaTest,this.alphaToCoverage=e.alphaToCoverage,this.premultipliedAlpha=e.premultipliedAlpha,this.visible=e.visible,this.toneMapped=e.toneMapped,this.userData=JSON.parse(JSON.stringify(e.userData)),this}dispose(){this.dispatchEvent({type:\"dispose\"})}set needsUpdate(e){!0===e&&this.version++}}class Cr extends wr{constructor(e){super(),this.isMeshBasicMaterial=!0,this.type=\"MeshBasicMaterial\",this.color=new Yn(16777215),this.map=null,this.lightMap=null,this.lightMapIntensity=1,this.aoMap=null,this.aoMapIntensity=1,this.specularMap=null,this.alphaMap=null,this.envMap=null,this.combine=X,this.reflectivity=1,this.refractionRatio=.98,this.wireframe=!1,this.wireframeLinewidth=1,this.wireframeLinecap=\"round\",this.wireframeLinejoin=\"round\",this.fog=!0,this.setValues(e)}copy(e){return super.copy(e),this.color.copy(e.color),this.map=e.map,this.lightMap=e.lightMap,this.lightMapIntensity=e.lightMapIntensity,this.aoMap=e.aoMap,this.aoMapIntensity=e.aoMapIntensity,this.specularMap=e.specularMap,this.alphaMap=e.alphaMap,this.envMap=e.envMap,this.combine=e.combine,this.reflectivity=e.reflectivity,this.refractionRatio=e.refractionRatio,this.wireframe=e.wireframe,this.wireframeLinewidth=e.wireframeLinewidth,this.wireframeLinecap=e.wireframeLinecap,this.wireframeLinejoin=e.wireframeLinejoin,this.fog=e.fog,this}}const Mr=new ci,_r=new Ln;class Ir{constructor(e,t,n){if(Array.isArray(e))throw new TypeError(\"THREE.BufferAttribute: array should be a Typed Array.\");this.isBufferAttribute=!0,this.name=\"\",this.array=e,this.itemSize=t,this.count=void 0!==e?e.length/t:0,this.normalized=!0===n,this.usage=rn,this.updateRange={offset:0,count:-1},this.version=0}onUploadCallback(){}set needsUpdate(e){!0===e&&this.version++}setUsage(e){return this.usage=e,this}copy(e){return this.name=e.name,this.array=new e.array.constructor(e.array),this.itemSize=e.itemSize,this.count=e.count,this.normalized=e.normalized,this.usage=e.usage,this}copyAt(e,t,n){e*=this.itemSize,n*=t.itemSize;for(let i=0,r=this.itemSize;i\u003Cr;i++)this.array[e+i]=t.array[n+i];return this}copyArray(e){return this.array.set(e),this}applyMatrix3(e){if(2===this.itemSize)for(let t=0,n=this.count;t\u003Cn;t++)_r.fromBufferAttribute(this,t),_r.applyMatrix3(e),this.setXY(t,_r.x,_r.y);else if(3===this.itemSize)for(let t=0,n=this.count;t\u003Cn;t++)Mr.fromBufferAttribute(this,t),Mr.applyMatrix3(e),this.setXYZ(t,Mr.x,Mr.y,Mr.z);return this}applyMatrix4(e){for(let t=0,n=this.count;t\u003Cn;t++)Mr.fromBufferAttribute(this,t),Mr.applyMatrix4(e),this.setXYZ(t,Mr.x,Mr.y,Mr.z);return this}applyNormalMatrix(e){for(let t=0,n=this.count;t\u003Cn;t++)Mr.fromBufferAttribute(this,t),Mr.applyNormalMatrix(e),this.setXYZ(t,Mr.x,Mr.y,Mr.z);return this}transformDirection(e){for(let t=0,n=this.count;t\u003Cn;t++)Mr.fromBufferAttribute(this,t),Mr.transformDirection(e),this.setXYZ(t,Mr.x,Mr.y,Mr.z);return this}set(e,t=0){return this.array.set(e,t),this}getX(e){let t=this.array[e*this.itemSize];return this.normalized&&(t=Bn(t,this.array)),t}setX(e,t){return this.normalized&&(t=Sn(t,this.array)),this.array[e*this.itemSize]=t,this}getY(e){let t=this.array[e*this.itemSize+1];return this.normalized&&(t=Bn(t,this.array)),t}setY(e,t){return this.normalized&&(t=Sn(t,this.array)),this.array[e*this.itemSize+1]=t,this}getZ(e){let t=this.array[e*this.itemSize+2];return this.normalized&&(t=Bn(t,this.array)),t}setZ(e,t){return this.normalized&&(t=Sn(t,this.array)),this.array[e*this.itemSize+2]=t,this}getW(e){let t=this.array[e*this.itemSize+3];return this.normalized&&(t=Bn(t,this.array)),t}setW(e,t){return this.normalized&&(t=Sn(t,this.array)),this.array[e*this.itemSize+3]=t,this}setXY(e,t,n){return e*=this.itemSize,this.normalized&&(t=Sn(t,this.array),n=Sn(n,this.array)),this.array[e+0]=t,this.array[e+1]=n,this}setXYZ(e,t,n,i){return e*=this.itemSize,this.normalized&&(t=Sn(t,this.array),n=Sn(n,this.array),i=Sn(i,this.array)),this.array[e+0]=t,this.array[e+1]=n,this.array[e+2]=i,this}setXYZW(e,t,n,i,r){return e*=this.itemSize,this.normalized&&(t=Sn(t,this.array),n=Sn(n,this.array),i=Sn(i,this.array),r=Sn(r,this.array)),this.array[e+0]=t,this.array[e+1]=n,this.array[e+2]=i,this.array[e+3]=r,this}onUpload(e){return this.onUploadCallback=e,this}clone(){return new this.constructor(this.array,this.itemSize).copy(this)}toJSON(){const e={itemSize:this.itemSize,type:this.array.constructor.name,array:Array.from(this.array),normalized:this.normalized};return\"\"!==this.name&&(e.name=this.name),this.usage!==rn&&(e.usage=this.usage),0===this.updateRange.offset&&-1===this.updateRange.count||(e.updateRange=this.updateRange),e}copyColorsArray(){console.error(\"THREE.BufferAttribute: copyColorsArray() was removed in r144.\")}copyVector2sArray(){console.error(\"THREE.BufferAttribute: copyVector2sArray() was removed in r144.\")}copyVector3sArray(){console.error(\"THREE.BufferAttribute: copyVector3sArray() was removed in r144.\")}copyVector4sArray(){console.error(\"THREE.BufferAttribute: copyVector4sArray() was removed in r144.\")}}class Br extends Ir{constructor(e,t,n){super(new Int8Array(e),t,n)}}class Sr extends Ir{constructor(e,t,n){super(new Uint8Array(e),t,n)}}class Tr extends Ir{constructor(e,t,n){super(new Uint8ClampedArray(e),t,n)}}class Lr extends Ir{constructor(e,t,n){super(new Int16Array(e),t,n)}}class Dr extends Ir{constructor(e,t,n){super(new Uint16Array(e),t,n)}}class Rr extends Ir{constructor(e,t,n){super(new Int32Array(e),t,n)}}class Pr extends Ir{constructor(e,t,n){super(new Uint32Array(e),t,n)}}class kr extends Ir{constructor(e,t,n){super(new Uint16Array(e),t,n),this.isFloat16BufferAttribute=!0}}class Fr extends Ir{constructor(e,t,n){super(new Float32Array(e),t,n)}}class Or extends Ir{constructor(e,t,n){super(new Float64Array(e),t,n)}}let Qr=0;const Ur=new Ui,Nr=new hr,Gr=new ci,zr=new di,Hr=new di,Vr=new ci;class Wr extends mn{constructor(){super(),this.isBufferGeometry=!0,Object.defineProperty(this,\"id\",{value:Qr++}),this.uuid=bn(),this.name=\"\",this.type=\"BufferGeometry\",this.index=null,this.attributes={},this.morphAttributes={},this.morphTargetsRelative=!1,this.groups=[],this.boundingBox=null,this.boundingSphere=null,this.drawRange={start:0,count:1/0},this.userData={}}getIndex(){return this.index}setIndex(e){return Array.isArray(e)?this.index=new(Pn(e)?Pr:Dr)(e,1):this.index=e,this}getAttribute(e){return this.attributes[e]}setAttribute(e,t){return this.attributes[e]=t,this}deleteAttribute(e){return delete this.attributes[e],this}hasAttribute(e){return void 0!==this.attributes[e]}addGroup(e,t,n=0){this.groups.push({start:e,count:t,materialIndex:n})}clearGroups(){this.groups=[]}setDrawRange(e,t){this.drawRange.start=e,this.drawRange.count=t}applyMatrix4(e){const t=this.attributes.position;void 0!==t&&(t.applyMatrix4(e),t.needsUpdate=!0);const n=this.attributes.normal;if(void 0!==n){const t=(new Dn).getNormalMatrix(e);n.applyNormalMatrix(t),n.needsUpdate=!0}const i=this.attributes.tangent;return void 0!==i&&(i.transformDirection(e),i.needsUpdate=!0),null!==this.boundingBox&&this.computeBoundingBox(),null!==this.boundingSphere&&this.computeBoundingSphere(),this}applyQuaternion(e){return Ur.makeRotationFromQuaternion(e),this.applyMatrix4(Ur),this}rotateX(e){return Ur.makeRotationX(e),this.applyMatrix4(Ur),this}rotateY(e){return Ur.makeRotationY(e),this.applyMatrix4(Ur),this}rotateZ(e){return Ur.makeRotationZ(e),this.applyMatrix4(Ur),this}translate(e,t,n){return Ur.makeTranslation(e,t,n),this.applyMatrix4(Ur),this}scale(e,t,n){return Ur.makeScale(e,t,n),this.applyMatrix4(Ur),this}lookAt(e){return Nr.lookAt(e),Nr.updateMatrix(),this.applyMatrix4(Nr.matrix),this}center(){return this.computeBoundingBox(),this.boundingBox.getCenter(Gr).negate(),this.translate(Gr.x,Gr.y,Gr.z),this}setFromPoints(e){const t=[];for(let n=0,i=e.length;n\u003Ci;n++){const i=e[n];t.push(i.x,i.y,i.z||0)}return this.setAttribute(\"position\",new Fr(t,3)),this}computeBoundingBox(){null===this.boundingBox&&(this.boundingBox=new di);const e=this.attributes.position,t=this.morphAttributes.position;if(e&&e.isGLBufferAttribute)return console.error('THREE.BufferGeometry.computeBoundingBox(): GLBufferAttribute requires a manual bounding box. Alternatively set \"mesh.frustumCulled\" to \"false\".',this),void this.boundingBox.set(new ci(-1/0,-1/0,-1/0),new ci(1/0,1/0,1/0));if(void 0!==e){if(this.boundingBox.setFromBufferAttribute(e),t)for(let e=0,n=t.length;e\u003Cn;e++){const n=t[e];zr.setFromBufferAttribute(n),this.morphTargetsRelative?(Vr.addVectors(this.boundingBox.min,zr.min),this.boundingBox.expandByPoint(Vr),Vr.addVectors(this.boundingBox.max,zr.max),this.boundingBox.expandByPoint(Vr)):(this.boundingBox.expandByPoint(zr.min),this.boundingBox.expandByPoint(zr.max))}}else this.boundingBox.makeEmpty();(isNaN(this.boundingBox.min.x)||isNaN(this.boundingBox.min.y)||isNaN(this.boundingBox.min.z))&&console.error('THREE.BufferGeometry.computeBoundingBox(): Computed min/max have NaN values. The \"position\" attribute is likely to have NaN values.',this)}computeBoundingSphere(){null===this.boundingSphere&&(this.boundingSphere=new Ti);const e=this.attributes.position,t=this.morphAttributes.position;if(e&&e.isGLBufferAttribute)return console.error('THREE.BufferGeometry.computeBoundingSphere(): GLBufferAttribute requires a manual bounding sphere. Alternatively set \"mesh.frustumCulled\" to \"false\".',this),void this.boundingSphere.set(new ci,1/0);if(e){const n=this.boundingSphere.center;if(zr.setFromBufferAttribute(e),t)for(let e=0,n=t.length;e\u003Cn;e++){const n=t[e];Hr.setFromBufferAttribute(n),this.morphTargetsRelative?(Vr.addVectors(zr.min,Hr.min),zr.expandByPoint(Vr),Vr.addVectors(zr.max,Hr.max),zr.expandByPoint(Vr)):(zr.expandByPoint(Hr.min),zr.expandByPoint(Hr.max))}zr.getCenter(n);let i=0;for(let t=0,r=e.count;t\u003Cr;t++)Vr.fromBufferAttribute(e,t),i=Math.max(i,n.distanceToSquared(Vr));if(t)for(let r=0,s=t.length;r\u003Cs;r++){const s=t[r],o=this.morphTargetsRelative;for(let t=0,r=s.count;t\u003Cr;t++)Vr.fromBufferAttribute(s,t),o&&(Gr.fromBufferAttribute(e,t),Vr.add(Gr)),i=Math.max(i,n.distanceToSquared(Vr))}this.boundingSphere.radius=Math.sqrt(i),isNaN(this.boundingSphere.radius)&&console.error('THREE.BufferGeometry.computeBoundingSphere(): Computed radius is NaN. The \"position\" attribute is likely to have NaN values.',this)}}computeTangents(){const e=this.index,t=this.attributes;if(null===e||void 0===t.position||void 0===t.normal||void 0===t.uv)return void console.error(\"THREE.BufferGeometry: .computeTangents() failed. Missing required attributes (index, position, normal or uv)\");const n=e.array,i=t.position.array,r=t.normal.array,s=t.uv.array,o=i.length/3;!1===this.hasAttribute(\"tangent\")&&this.setAttribute(\"tangent\",new Ir(new Float32Array(4*o),4));const a=this.getAttribute(\"tangent\").array,l=[],c=[];for(let e=0;e\u003Co;e++)l[e]=new ci,c[e]=new ci;const h=new ci,u=new ci,d=new ci,p=new Ln,A=new Ln,f=new Ln,m=new ci,g=new ci;function v(e,t,n){h.fromArray(i,3*e),u.fromArray(i,3*t),d.fromArray(i,3*n),p.fromArray(s,2*e),A.fromArray(s,2*t),f.fromArray(s,2*n),u.sub(h),d.sub(h),A.sub(p),f.sub(p);const r=1/(A.x*f.y-f.x*A.y);isFinite(r)&&(m.copy(u).multiplyScalar(f.y).addScaledVector(d,-A.y).multiplyScalar(r),g.copy(d).multiplyScalar(A.x).addScaledVector(u,-f.x).multiplyScalar(r),l[e].add(m),l[t].add(m),l[n].add(m),c[e].add(g),c[t].add(g),c[n].add(g))}let y=this.groups;0===y.length&&(y=[{start:0,count:n.length}]);for(let e=0,t=y.length;e\u003Ct;++e){const t=y[e],i=t.start;for(let e=i,r=i+t.count;e\u003Cr;e+=3)v(n[e+0],n[e+1],n[e+2])}const E=new ci,b=new ci,x=new ci,w=new ci;function C(e){x.fromArray(r,3*e),w.copy(x);const t=l[e];E.copy(t),E.sub(x.multiplyScalar(x.dot(t))).normalize(),b.crossVectors(w,t);const n=b.dot(c[e])\u003C0?-1:1;a[4*e]=E.x,a[4*e+1]=E.y,a[4*e+2]=E.z,a[4*e+3]=n}for(let e=0,t=y.length;e\u003Ct;++e){const t=y[e],i=t.start;for(let e=i,r=i+t.count;e\u003Cr;e+=3)C(n[e+0]),C(n[e+1]),C(n[e+2])}}computeVertexNormals(){const e=this.index,t=this.getAttribute(\"position\");if(void 0!==t){let n=this.getAttribute(\"normal\");if(void 0===n)n=new Ir(new Float32Array(3*t.count),3),this.setAttribute(\"normal\",n);else for(let e=0,t=n.count;e\u003Ct;e++)n.setXYZ(e,0,0,0);const i=new ci,r=new ci,s=new ci,o=new ci,a=new ci,l=new ci,c=new ci,h=new ci;if(e)for(let u=0,d=e.count;u\u003Cd;u+=3){const d=e.getX(u+0),p=e.getX(u+1),A=e.getX(u+2);i.fromBufferAttribute(t,d),r.fromBufferAttribute(t,p),s.fromBufferAttribute(t,A),c.subVectors(s,r),h.subVectors(i,r),c.cross(h),o.fromBufferAttribute(n,d),a.fromBufferAttribute(n,p),l.fromBufferAttribute(n,A),o.add(c),a.add(c),l.add(c),n.setXYZ(d,o.x,o.y,o.z),n.setXYZ(p,a.x,a.y,a.z),n.setXYZ(A,l.x,l.y,l.z)}else for(let e=0,o=t.count;e\u003Co;e+=3)i.fromBufferAttribute(t,e+0),r.fromBufferAttribute(t,e+1),s.fromBufferAttribute(t,e+2),c.subVectors(s,r),h.subVectors(i,r),c.cross(h),n.setXYZ(e+0,c.x,c.y,c.z),n.setXYZ(e+1,c.x,c.y,c.z),n.setXYZ(e+2,c.x,c.y,c.z);this.normalizeNormals(),n.needsUpdate=!0}}merge(){return console.error(\"THREE.BufferGeometry.merge() has been removed. Use THREE.BufferGeometryUtils.mergeBufferGeometries() instead.\"),this}normalizeNormals(){const e=this.attributes.normal;for(let t=0,n=e.count;t\u003Cn;t++)Vr.fromBufferAttribute(e,t),Vr.normalize(),e.setXYZ(t,Vr.x,Vr.y,Vr.z)}toNonIndexed(){function e(e,t){const n=e.array,i=e.itemSize,r=e.normalized,s=new n.constructor(t.length*i);let o=0,a=0;for(let r=0,l=t.length;r\u003Cl;r++){o=e.isInterleavedBufferAttribute?t[r]*e.data.stride+e.offset:t[r]*i;for(let e=0;e\u003Ci;e++)s[a++]=n[o++]}return new Ir(s,i,r)}if(null===this.index)return console.warn(\"THREE.BufferGeometry.toNonIndexed(): BufferGeometry is already non-indexed.\"),this;const t=new Wr,n=this.index.array,i=this.attributes;for(const r in i){const s=e(i[r],n);t.setAttribute(r,s)}const r=this.morphAttributes;for(const i in r){const s=[],o=r[i];for(let t=0,i=o.length;t\u003Ci;t++){const i=e(o[t],n);s.push(i)}t.morphAttributes[i]=s}t.morphTargetsRelative=this.morphTargetsRelative;const s=this.groups;for(let e=0,n=s.length;e\u003Cn;e++){const n=s[e];t.addGroup(n.start,n.count,n.materialIndex)}return t}toJSON(){const e={metadata:{version:4.5,type:\"BufferGeometry\",generator:\"BufferGeometry.toJSON\"}};if(e.uuid=this.uuid,e.type=this.type,\"\"!==this.name&&(e.name=this.name),Object.keys(this.userData).length>0&&(e.userData=this.userData),void 0!==this.parameters){const t=this.parameters;for(const n in t)void 0!==t[n]&&(e[n]=t[n]);return e}e.data={attributes:{}};const t=this.index;null!==t&&(e.data.index={type:t.array.constructor.name,array:Array.prototype.slice.call(t.array)});const n=this.attributes;for(const t in n){const i=n[t];e.data.attributes[t]=i.toJSON(e.data)}const i={};let r=!1;for(const t in this.morphAttributes){const n=this.morphAttributes[t],s=[];for(let t=0,i=n.length;t\u003Ci;t++){const i=n[t];s.push(i.toJSON(e.data))}s.length>0&&(i[t]=s,r=!0)}r&&(e.data.morphAttributes=i,e.data.morphTargetsRelative=this.morphTargetsRelative);const s=this.groups;s.length>0&&(e.data.groups=JSON.parse(JSON.stringify(s)));const o=this.boundingSphere;return null!==o&&(e.data.boundingSphere={center:o.center.toArray(),radius:o.radius}),e}clone(){return(new this.constructor).copy(this)}copy(e){this.index=null,this.attributes={},this.morphAttributes={},this.groups=[],this.boundingBox=null,this.boundingSphere=null;const t={};this.name=e.name;const n=e.index;null!==n&&this.setIndex(n.clone(t));const i=e.attributes;for(const e in i){const n=i[e];this.setAttribute(e,n.clone(t))}const r=e.morphAttributes;for(const e in r){const n=[],i=r[e];for(let e=0,r=i.length;e\u003Cr;e++)n.push(i[e].clone(t));this.morphAttributes[e]=n}this.morphTargetsRelative=e.morphTargetsRelative;const s=e.groups;for(let e=0,t=s.length;e\u003Ct;e++){const t=s[e];this.addGroup(t.start,t.count,t.materialIndex)}const o=e.boundingBox;null!==o&&(this.boundingBox=o.clone());const a=e.boundingSphere;return null!==a&&(this.boundingSphere=a.clone()),this.drawRange.start=e.drawRange.start,this.drawRange.count=e.drawRange.count,this.userData=e.userData,void 0!==e.parameters&&(this.parameters=Object.assign({},e.parameters)),this}dispose(){this.dispatchEvent({type:\"dispose\"})}}const jr=new Ui,qr=new Qi,Yr=new Ti,Xr=new ci,Jr=new ci,Kr=new ci,Zr=new ci,$r=new ci,es=new ci,ts=new ci,ns=new ci,is=new ci,rs=new Ln,ss=new Ln,os=new Ln,as=new ci,ls=new ci;class cs extends hr{constructor(e=new Wr,t=new Cr){super(),this.isMesh=!0,this.type=\"Mesh\",this.geometry=e,this.material=t,this.updateMorphTargets()}copy(e,t){return super.copy(e,t),void 0!==e.morphTargetInfluences&&(this.morphTargetInfluences=e.morphTargetInfluences.slice()),void 0!==e.morphTargetDictionary&&(this.morphTargetDictionary=Object.assign({},e.morphTargetDictionary)),this.material=e.material,this.geometry=e.geometry,this}updateMorphTargets(){const e=this.geometry.morphAttributes,t=Object.keys(e);if(t.length>0){const n=e[t[0]];if(void 0!==n){this.morphTargetInfluences=[],this.morphTargetDictionary={};for(let e=0,t=n.length;e\u003Ct;e++){const t=n[e].name||String(e);this.morphTargetInfluences.push(0),this.morphTargetDictionary[t]=e}}}}raycast(e,t){const n=this.geometry,i=this.material,r=this.matrixWorld;if(void 0===i)return;if(null===n.boundingSphere&&n.computeBoundingSphere(),Yr.copy(n.boundingSphere),Yr.applyMatrix4(r),!1===e.ray.intersectsSphere(Yr))return;if(jr.copy(r).invert(),qr.copy(e.ray).applyMatrix4(jr),null!==n.boundingBox&&!1===qr.intersectsBox(n.boundingBox))return;let s;const o=n.index,a=n.attributes.position,l=n.morphAttributes.position,c=n.morphTargetsRelative,h=n.attributes.uv,u=n.attributes.uv2,d=n.groups,p=n.drawRange;if(null!==o)if(Array.isArray(i))for(let n=0,r=d.length;n\u003Cr;n++){const r=d[n],A=i[r.materialIndex];for(let n=Math.max(r.start,p.start),i=Math.min(o.count,Math.min(r.start+r.count,p.start+p.count));n\u003Ci;n+=3){const i=o.getX(n),d=o.getX(n+1),p=o.getX(n+2);s=hs(this,A,e,qr,a,l,c,h,u,i,d,p),s&&(s.faceIndex=Math.floor(n/3),s.face.materialIndex=r.materialIndex,t.push(s))}}else for(let n=Math.max(0,p.start),r=Math.min(o.count,p.start+p.count);n\u003Cr;n+=3){const r=o.getX(n),d=o.getX(n+1),p=o.getX(n+2);s=hs(this,i,e,qr,a,l,c,h,u,r,d,p),s&&(s.faceIndex=Math.floor(n/3),t.push(s))}else if(void 0!==a)if(Array.isArray(i))for(let n=0,r=d.length;n\u003Cr;n++){const r=d[n],o=i[r.materialIndex];for(let n=Math.max(r.start,p.start),i=Math.min(a.count,Math.min(r.start+r.count,p.start+p.count));n\u003Ci;n+=3)s=hs(this,o,e,qr,a,l,c,h,u,n,n+1,n+2),s&&(s.faceIndex=Math.floor(n/3),s.face.materialIndex=r.materialIndex,t.push(s))}else for(let n=Math.max(0,p.start),r=Math.min(a.count,p.start+p.count);n\u003Cr;n+=3)s=hs(this,i,e,qr,a,l,c,h,u,n,n+1,n+2),s&&(s.faceIndex=Math.floor(n/3),t.push(s))}}function hs(e,t,n,i,r,s,o,a,l,c,h,u){Xr.fromBufferAttribute(r,c),Jr.fromBufferAttribute(r,h),Kr.fromBufferAttribute(r,u);const d=e.morphTargetInfluences;if(s&&d){ts.set(0,0,0),ns.set(0,0,0),is.set(0,0,0);for(let e=0,t=s.length;e\u003Ct;e++){const t=d[e],n=s[e];0!==t&&(Zr.fromBufferAttribute(n,c),$r.fromBufferAttribute(n,h),es.fromBufferAttribute(n,u),o?(ts.addScaledVector(Zr,t),ns.addScaledVector($r,t),is.addScaledVector(es,t)):(ts.addScaledVector(Zr.sub(Xr),t),ns.addScaledVector($r.sub(Jr),t),is.addScaledVector(es.sub(Kr),t)))}Xr.add(ts),Jr.add(ns),Kr.add(is)}e.isSkinnedMesh&&(e.boneTransform(c,Xr),e.boneTransform(h,Jr),e.boneTransform(u,Kr));const p=function(e,t,n,i,r,s,o,a){let l;if(l=t.side===g?i.intersectTriangle(o,s,r,!0,a):i.intersectTriangle(r,s,o,t.side!==v,a),null===l)return null;ls.copy(a),ls.applyMatrix4(e.matrixWorld);const c=n.ray.origin.distanceTo(ls);return c\u003Cn.near||c>n.far?null:{distance:c,point:ls.clone(),object:e}}(e,t,n,i,Xr,Jr,Kr,as);if(p){a&&(rs.fromBufferAttribute(a,c),ss.fromBufferAttribute(a,h),os.fromBufferAttribute(a,u),p.uv=br.getUV(as,Xr,Jr,Kr,rs,ss,os,new Ln)),l&&(rs.fromBufferAttribute(l,c),ss.fromBufferAttribute(l,h),os.fromBufferAttribute(l,u),p.uv2=br.getUV(as,Xr,Jr,Kr,rs,ss,os,new Ln));const e={a:c,b:h,c:u,normal:new ci,materialIndex:0};br.getNormal(Xr,Jr,Kr,e.normal),p.face=e}return p}class us extends Wr{constructor(e=1,t=1,n=1,i=1,r=1,s=1){super(),this.type=\"BoxGeometry\",this.parameters={width:e,height:t,depth:n,widthSegments:i,heightSegments:r,depthSegments:s};const o=this;i=Math.floor(i),r=Math.floor(r),s=Math.floor(s);const a=[],l=[],c=[],h=[];let u=0,d=0;function p(e,t,n,i,r,s,p,A,f,m,g){const v=s/f,y=p/m,E=s/2,b=p/2,x=A/2,w=f+1,C=m+1;let M=0,_=0;const I=new ci;for(let s=0;s\u003CC;s++){const o=s*y-b;for(let a=0;a\u003Cw;a++){const u=a*v-E;I[e]=u*i,I[t]=o*r,I[n]=x,l.push(I.x,I.y,I.z),I[e]=0,I[t]=0,I[n]=A>0?1:-1,c.push(I.x,I.y,I.z),h.push(a/f),h.push(1-s/m),M+=1}}for(let e=0;e\u003Cm;e++)for(let t=0;t\u003Cf;t++){const n=u+t+w*e,i=u+t+w*(e+1),r=u+(t+1)+w*(e+1),s=u+(t+1)+w*e;a.push(n,i,s),a.push(i,r,s),_+=6}o.addGroup(d,_,g),d+=_,u+=M}p(\"z\",\"y\",\"x\",-1,-1,n,t,e,s,r,0),p(\"z\",\"y\",\"x\",1,-1,n,t,-e,s,r,1),p(\"x\",\"z\",\"y\",1,1,e,n,t,i,s,2),p(\"x\",\"z\",\"y\",1,-1,e,n,-t,i,s,3),p(\"x\",\"y\",\"z\",1,-1,e,t,n,i,r,4),p(\"x\",\"y\",\"z\",-1,-1,e,t,-n,i,r,5),this.setIndex(a),this.setAttribute(\"position\",new Fr(l,3)),this.setAttribute(\"normal\",new Fr(c,3)),this.setAttribute(\"uv\",new Fr(h,2))}static fromJSON(e){return new us(e.width,e.height,e.depth,e.widthSegments,e.heightSegments,e.depthSegments)}}function ds(e){const t={};for(const n in e){t[n]={};for(const i in e[n]){const r=e[n][i];r&&(r.isColor||r.isMatrix3||r.isMatrix4||r.isVector2||r.isVector3||r.isVector4||r.isTexture||r.isQuaternion)?t[n][i]=r.clone():Array.isArray(r)?t[n][i]=r.slice():t[n][i]=r}}return t}function ps(e){const t={};for(let n=0;n\u003Ce.length;n++){const i=ds(e[n]);for(const e in i)t[e]=i[e]}return t}function As(e){return null===e.getRenderTarget()&&e.outputEncoding===Rt?Ut:Nt}const fs={clone:ds,merge:ps};class ms extends wr{constructor(e){super(),this.isShaderMaterial=!0,this.type=\"ShaderMaterial\",this.defines={},this.uniforms={},this.uniformsGroups=[],this.vertexShader=\"void main() {\\n\\tgl_Position = projectionMatrix * modelViewMatrix * vec4( position, 1.0 );\\n}\",this.fragmentShader=\"void main() {\\n\\tgl_FragColor = vec4( 1.0, 0.0, 0.0, 1.0 );\\n}\",this.linewidth=1,this.wireframe=!1,this.wireframeLinewidth=1,this.fog=!1,this.lights=!1,this.clipping=!1,this.extensions={derivatives:!1,fragDepth:!1,drawBuffers:!1,shaderTextureLOD:!1},this.defaultAttributeValues={color:[1,1,1],uv:[0,0],uv2:[0,0]},this.index0AttributeName=void 0,this.uniformsNeedUpdate=!1,this.glslVersion=null,void 0!==e&&this.setValues(e)}copy(e){return super.copy(e),this.fragmentShader=e.fragmentShader,this.vertexShader=e.vertexShader,this.uniforms=ds(e.uniforms),this.uniformsGroups=function(e){const t=[];for(let n=0;n\u003Ce.length;n++)t.push(e[n].clone());return t}(e.uniformsGroups),this.defines=Object.assign({},e.defines),this.wireframe=e.wireframe,this.wireframeLinewidth=e.wireframeLinewidth,this.fog=e.fog,this.lights=e.lights,this.clipping=e.clipping,this.extensions=Object.assign({},e.extensions),this.glslVersion=e.glslVersion,this}toJSON(e){const t=super.toJSON(e);t.glslVersion=this.glslVersion,t.uniforms={};for(const n in this.uniforms){const i=this.uniforms[n].value;i&&i.isTexture?t.uniforms[n]={type:\"t\",value:i.toJSON(e).uuid}:i&&i.isColor?t.uniforms[n]={type:\"c\",value:i.getHex()}:i&&i.isVector2?t.uniforms[n]={type:\"v2\",value:i.toArray()}:i&&i.isVector3?t.uniforms[n]={type:\"v3\",value:i.toArray()}:i&&i.isVector4?t.uniforms[n]={type:\"v4\",value:i.toArray()}:i&&i.isMatrix3?t.uniforms[n]={type:\"m3\",value:i.toArray()}:i&&i.isMatrix4?t.uniforms[n]={type:\"m4\",value:i.toArray()}:t.uniforms[n]={value:i}}Object.keys(this.defines).length>0&&(t.defines=this.defines),t.vertexShader=this.vertexShader,t.fragmentShader=this.fragmentShader;const n={};for(const e in this.extensions)!0===this.extensions[e]&&(n[e]=!0);return Object.keys(n).length>0&&(t.extensions=n),t}}class gs extends hr{constructor(){super(),this.isCamera=!0,this.type=\"Camera\",this.matrixWorldInverse=new Ui,this.projectionMatrix=new Ui,this.projectionMatrixInverse=new Ui}copy(e,t){return super.copy(e,t),this.matrixWorldInverse.copy(e.matrixWorldInverse),this.projectionMatrix.copy(e.projectionMatrix),this.projectionMatrixInverse.copy(e.projectionMatrixInverse),this}getWorldDirection(e){this.updateWorldMatrix(!0,!1);const t=this.matrixWorld.elements;return e.set(-t[8],-t[9],-t[10]).normalize()}updateMatrixWorld(e){super.updateMatrixWorld(e),this.matrixWorldInverse.copy(this.matrixWorld).invert()}updateWorldMatrix(e,t){super.updateWorldMatrix(e,t),this.matrixWorldInverse.copy(this.matrixWorld).invert()}clone(){return(new this.constructor).copy(this)}}class vs extends gs{constructor(e=50,t=1,n=.1,i=2e3){super(),this.isPerspectiveCamera=!0,this.type=\"PerspectiveCamera\",this.fov=e,this.zoom=1,this.near=n,this.far=i,this.focus=10,this.aspect=t,this.view=null,this.filmGauge=35,this.filmOffset=0,this.updateProjectionMatrix()}copy(e,t){return super.copy(e,t),this.fov=e.fov,this.zoom=e.zoom,this.near=e.near,this.far=e.far,this.focus=e.focus,this.aspect=e.aspect,this.view=null===e.view?null:Object.assign({},e.view),this.filmGauge=e.filmGauge,this.filmOffset=e.filmOffset,this}setFocalLength(e){const t=.5*this.getFilmHeight()/e;this.fov=2*En*Math.atan(t),this.updateProjectionMatrix()}getFocalLength(){const e=Math.tan(.5*yn*this.fov);return.5*this.getFilmHeight()/e}getEffectiveFOV(){return 2*En*Math.atan(Math.tan(.5*yn*this.fov)/this.zoom)}getFilmWidth(){return this.filmGauge*Math.min(this.aspect,1)}getFilmHeight(){return this.filmGauge/Math.max(this.aspect,1)}setViewOffset(e,t,n,i,r,s){this.aspect=e/t,null===this.view&&(this.view={enabled:!0,fullWidth:1,fullHeight:1,offsetX:0,offsetY:0,width:1,height:1}),this.view.enabled=!0,this.view.fullWidth=e,this.view.fullHeight=t,this.view.offsetX=n,this.view.offsetY=i,this.view.width=r,this.view.height=s,this.updateProjectionMatrix()}clearViewOffset(){null!==this.view&&(this.view.enabled=!1),this.updateProjectionMatrix()}updateProjectionMatrix(){const e=this.near;let t=e*Math.tan(.5*yn*this.fov)/this.zoom,n=2*t,i=this.aspect*n,r=-.5*i;const s=this.view;if(null!==this.view&&this.view.enabled){const e=s.fullWidth,o=s.fullHeight;r+=s.offsetX*i/e,t-=s.offsetY*n/o,i*=s.width/e,n*=s.height/o}const o=this.filmOffset;0!==o&&(r+=e*o/this.getFilmWidth()),this.projectionMatrix.makePerspective(r,r+i,t,t-n,e,this.far),this.projectionMatrixInverse.copy(this.projectionMatrix).invert()}toJSON(e){const t=super.toJSON(e);return t.object.fov=this.fov,t.object.zoom=this.zoom,t.object.near=this.near,t.object.far=this.far,t.object.focus=this.focus,t.object.aspect=this.aspect,null!==this.view&&(t.object.view=Object.assign({},this.view)),t.object.filmGauge=this.filmGauge,t.object.filmOffset=this.filmOffset,t}}const ys=-90;class Es extends hr{constructor(e,t,n){super(),this.type=\"CubeCamera\",this.renderTarget=n;const i=new vs(ys,1,e,t);i.layers=this.layers,i.up.set(0,1,0),i.lookAt(1,0,0),this.add(i);const r=new vs(ys,1,e,t);r.layers=this.layers,r.up.set(0,1,0),r.lookAt(-1,0,0),this.add(r);const s=new vs(ys,1,e,t);s.layers=this.layers,s.up.set(0,0,-1),s.lookAt(0,1,0),this.add(s);const o=new vs(ys,1,e,t);o.layers=this.layers,o.up.set(0,0,1),o.lookAt(0,-1,0),this.add(o);const a=new vs(ys,1,e,t);a.layers=this.layers,a.up.set(0,1,0),a.lookAt(0,0,1),this.add(a);const l=new vs(ys,1,e,t);l.layers=this.layers,l.up.set(0,1,0),l.lookAt(0,0,-1),this.add(l)}update(e,t){null===this.parent&&this.updateMatrixWorld();const n=this.renderTarget,[i,r,s,o,a,l]=this.children,c=e.getRenderTarget(),h=e.toneMapping,u=e.xr.enabled;e.toneMapping=Z,e.xr.enabled=!1;const d=n.texture.generateMipmaps;n.texture.generateMipmaps=!1,e.setRenderTarget(n,0),e.render(t,i),e.setRenderTarget(n,1),e.render(t,r),e.setRenderTarget(n,2),e.render(t,s),e.setRenderTarget(n,3),e.render(t,o),e.setRenderTarget(n,4),e.render(t,a),n.texture.generateMipmaps=d,e.setRenderTarget(n,5),e.render(t,l),e.setRenderTarget(c),e.toneMapping=h,e.xr.enabled=u,n.texture.needsPMREMUpdate=!0}}class bs extends ei{constructor(e,t,n,i,r,s,o,a,l,c){super(e=void 0!==e?e:[],t=void 0!==t?t:se,n,i,r,s,o,a,l,c),this.isCubeTexture=!0,this.flipY=!1}get images(){return this.image}set images(e){this.image=e}}class xs extends ni{constructor(e=1,t={}){super(e,e,t),this.isWebGLCubeRenderTarget=!0;const n={width:e,height:e,depth:1},i=[n,n,n,n,n,n];this.texture=new bs(i,t.mapping,t.wrapS,t.wrapT,t.magFilter,t.minFilter,t.format,t.type,t.anisotropy,t.encoding),this.texture.isRenderTargetTexture=!0,this.texture.generateMipmaps=void 0!==t.generateMipmaps&&t.generateMipmaps,this.texture.minFilter=void 0!==t.minFilter?t.minFilter:ve}fromEquirectangularTexture(e,t){this.texture.type=t.type,this.texture.encoding=t.encoding,this.texture.generateMipmaps=t.generateMipmaps,this.texture.minFilter=t.minFilter,this.texture.magFilter=t.magFilter;const n={tEquirect:{value:null}},i=\"\\n\\n\\t\\t\\t\\tvarying vec3 vWorldDirection;\\n\\n\\t\\t\\t\\tvec3 transformDirection( in vec3 dir, in mat4 matrix ) {\\n\\n\\t\\t\\t\\t\\treturn normalize( ( matrix * vec4( dir, 0.0 ) ).xyz );\\n\\n\\t\\t\\t\\t}\\n\\n\\t\\t\\t\\tvoid main() {\\n\\n\\t\\t\\t\\t\\tvWorldDirection = transformDirection( position, modelMatrix );\\n\\n\\t\\t\\t\\t\\t#include \u003Cbegin_vertex>\\n\\t\\t\\t\\t\\t#include \u003Cproject_vertex>\\n\\n\\t\\t\\t\\t}\\n\\t\\t\\t\",r=\"\\n\\n\\t\\t\\t\\tuniform sampler2D tEquirect;\\n\\n\\t\\t\\t\\tvarying vec3 vWorldDirection;\\n\\n\\t\\t\\t\\t#include \u003Ccommon>\\n\\n\\t\\t\\t\\tvoid main() {\\n\\n\\t\\t\\t\\t\\tvec3 direction = normalize( vWorldDirection );\\n\\n\\t\\t\\t\\t\\tvec2 sampleUV = equirectUv( direction );\\n\\n\\t\\t\\t\\t\\tgl_FragColor = texture2D( tEquirect, sampleUV );\\n\\n\\t\\t\\t\\t}\\n\\t\\t\\t\",s=new us(5,5,5),o=new ms({name:\"CubemapFromEquirect\",uniforms:ds(n),vertexShader:i,fragmentShader:r,side:g,blending:y});o.uniforms.tEquirect.value=t;const a=new cs(s,o),l=t.minFilter;return t.minFilter===be&&(t.minFilter=ve),new Es(1,10,this).update(e,a),t.minFilter=l,a.geometry.dispose(),a.material.dispose(),this}clear(e,t,n,i){const r=e.getRenderTarget();for(let r=0;r\u003C6;r++)e.setRenderTarget(this,r),e.clear(t,n,i);e.setRenderTarget(r)}}const ws=new ci,Cs=new ci,Ms=new Dn;class _s{constructor(e=new ci(1,0,0),t=0){this.isPlane=!0,this.normal=e,this.constant=t}set(e,t){return this.normal.copy(e),this.constant=t,this}setComponents(e,t,n,i){return this.normal.set(e,t,n),this.constant=i,this}setFromNormalAndCoplanarPoint(e,t){return this.normal.copy(e),this.constant=-t.dot(this.normal),this}setFromCoplanarPoints(e,t,n){const i=ws.subVectors(n,t).cross(Cs.subVectors(e,t)).normalize();return this.setFromNormalAndCoplanarPoint(i,e),this}copy(e){return this.normal.copy(e.normal),this.constant=e.constant,this}normalize(){const e=1/this.normal.length();return this.normal.multiplyScalar(e),this.constant*=e,this}negate(){return this.constant*=-1,this.normal.negate(),this}distanceToPoint(e){return this.normal.dot(e)+this.constant}distanceToSphere(e){return this.distanceToPoint(e.center)-e.radius}projectPoint(e,t){return t.copy(this.normal).multiplyScalar(-this.distanceToPoint(e)).add(e)}intersectLine(e,t){const n=e.delta(ws),i=this.normal.dot(n);if(0===i)return 0===this.distanceToPoint(e.start)?t.copy(e.start):null;const r=-(e.start.dot(this.normal)+this.constant)/i;return r\u003C0||r>1?null:t.copy(n).multiplyScalar(r).add(e.start)}intersectsLine(e){const t=this.distanceToPoint(e.start),n=this.distanceToPoint(e.end);return t\u003C0&&n>0||n\u003C0&&t>0}intersectsBox(e){return e.intersectsPlane(this)}intersectsSphere(e){return e.intersectsPlane(this)}coplanarPoint(e){return e.copy(this.normal).multiplyScalar(-this.constant)}applyMatrix4(e,t){const n=t||Ms.getNormalMatrix(e),i=this.coplanarPoint(ws).applyMatrix4(e),r=this.normal.applyMatrix3(n).normalize();return this.constant=-i.dot(r),this}translate(e){return this.constant-=e.dot(this.normal),this}equals(e){return e.normal.equals(this.normal)&&e.constant===this.constant}clone(){return(new this.constructor).copy(this)}}const Is=new Ti,Bs=new ci;class Ss{constructor(e=new _s,t=new _s,n=new _s,i=new _s,r=new _s,s=new _s){this.planes=[e,t,n,i,r,s]}set(e,t,n,i,r,s){const o=this.planes;return o[0].copy(e),o[1].copy(t),o[2].copy(n),o[3].copy(i),o[4].copy(r),o[5].copy(s),this}copy(e){const t=this.planes;for(let n=0;n\u003C6;n++)t[n].copy(e.planes[n]);return this}setFromProjectionMatrix(e){const t=this.planes,n=e.elements,i=n[0],r=n[1],s=n[2],o=n[3],a=n[4],l=n[5],c=n[6],h=n[7],u=n[8],d=n[9],p=n[10],A=n[11],f=n[12],m=n[13],g=n[14],v=n[15];return t[0].setComponents(o-i,h-a,A-u,v-f).normalize(),t[1].setComponents(o+i,h+a,A+u,v+f).normalize(),t[2].setComponents(o+r,h+l,A+d,v+m).normalize(),t[3].setComponents(o-r,h-l,A-d,v-m).normalize(),t[4].setComponents(o-s,h-c,A-p,v-g).normalize(),t[5].setComponents(o+s,h+c,A+p,v+g).normalize(),this}intersectsObject(e){const t=e.geometry;return null===t.boundingSphere&&t.computeBoundingSphere(),Is.copy(t.boundingSphere).applyMatrix4(e.matrixWorld),this.intersectsSphere(Is)}intersectsSprite(e){return Is.center.set(0,0,0),Is.radius=.7071067811865476,Is.applyMatrix4(e.matrixWorld),this.intersectsSphere(Is)}intersectsSphere(e){const t=this.planes,n=e.center,i=-e.radius;for(let e=0;e\u003C6;e++)if(t[e].distanceToPoint(n)\u003Ci)return!1;return!0}intersectsBox(e){const t=this.planes;for(let n=0;n\u003C6;n++){const i=t[n];if(Bs.x=i.normal.x>0?e.max.x:e.min.x,Bs.y=i.normal.y>0?e.max.y:e.min.y,Bs.z=i.normal.z>0?e.max.z:e.min.z,i.distanceToPoint(Bs)\u003C0)return!1}return!0}containsPoint(e){const t=this.planes;for(let n=0;n\u003C6;n++)if(t[n].distanceToPoint(e)\u003C0)return!1;return!0}clone(){return(new this.constructor).copy(this)}}function Ts(){let e=null,t=!1,n=null,i=null;function r(t,s){n(t,s),i=e.requestAnimationFrame(r)}return{start:function(){!0!==t&&null!==n&&(i=e.requestAnimationFrame(r),t=!0)},stop:function(){e.cancelAnimationFrame(i),t=!1},setAnimationLoop:function(e){n=e},setContext:function(t){e=t}}}function Ls(e,t){const n=t.isWebGL2,i=new WeakMap;return{get:function(e){return e.isInterleavedBufferAttribute&&(e=e.data),i.get(e)},remove:function(t){t.isInterleavedBufferAttribute&&(t=t.data);const n=i.get(t);n&&(e.deleteBuffer(n.buffer),i.delete(t))},update:function(t,r){if(t.isGLBufferAttribute){const e=i.get(t);return void((!e||e.version\u003Ct.version)&&i.set(t,{buffer:t.buffer,type:t.type,bytesPerElement:t.elementSize,version:t.version}))}t.isInterleavedBufferAttribute&&(t=t.data);const s=i.get(t);void 0===s?i.set(t,function(t,i){const r=t.array,s=t.usage,o=e.createBuffer();let a;if(e.bindBuffer(i,o),e.bufferData(i,r,s),t.onUploadCallback(),r instanceof Float32Array)a=5126;else if(r instanceof Uint16Array)if(t.isFloat16BufferAttribute){if(!n)throw new Error(\"THREE.WebGLAttributes: Usage of Float16BufferAttribute requires WebGL2.\");a=5131}else a=5123;else if(r instanceof Int16Array)a=5122;else if(r instanceof Uint32Array)a=5125;else if(r instanceof Int32Array)a=5124;else if(r instanceof Int8Array)a=5120;else if(r instanceof Uint8Array)a=5121;else{if(!(r instanceof Uint8ClampedArray))throw new Error(\"THREE.WebGLAttributes: Unsupported buffer data format: \"+r);a=5121}return{buffer:o,type:a,bytesPerElement:r.BYTES_PER_ELEMENT,version:t.version}}(t,r)):s.version\u003Ct.version&&(function(t,i,r){const s=i.array,o=i.updateRange;e.bindBuffer(r,t),-1===o.count?e.bufferSubData(r,0,s):(n?e.bufferSubData(r,o.offset*s.BYTES_PER_ELEMENT,s,o.offset,o.count):e.bufferSubData(r,o.offset*s.BYTES_PER_ELEMENT,s.subarray(o.offset,o.offset+o.count)),o.count=-1),i.onUploadCallback()}(s.buffer,t,r),s.version=t.version)}}}class Ds extends Wr{constructor(e=1,t=1,n=1,i=1){super(),this.type=\"PlaneGeometry\",this.parameters={width:e,height:t,widthSegments:n,heightSegments:i};const r=e/2,s=t/2,o=Math.floor(n),a=Math.floor(i),l=o+1,c=a+1,h=e/o,u=t/a,d=[],p=[],A=[],f=[];for(let e=0;e\u003Cc;e++){const t=e*u-s;for(let n=0;n\u003Cl;n++){const i=n*h-r;p.push(i,-t,0),A.push(0,0,1),f.push(n/o),f.push(1-e/a)}}for(let e=0;e\u003Ca;e++)for(let t=0;t\u003Co;t++){const n=t+l*e,i=t+l*(e+1),r=t+1+l*(e+1),s=t+1+l*e;d.push(n,i,s),d.push(i,r,s)}this.setIndex(d),this.setAttribute(\"position\",new Fr(p,3)),this.setAttribute(\"normal\",new Fr(A,3)),this.setAttribute(\"uv\",new Fr(f,2))}static fromJSON(e){return new Ds(e.width,e.height,e.widthSegments,e.heightSegments)}}const Rs={alphamap_fragment:\"#ifdef USE_ALPHAMAP\\n\\tdiffuseColor.a *= texture2D( alphaMap, vUv ).g;\\n#endif\",alphamap_pars_fragment:\"#ifdef USE_ALPHAMAP\\n\\tuniform sampler2D alphaMap;\\n#endif\",alphatest_fragment:\"#ifdef USE_ALPHATEST\\n\\tif ( diffuseColor.a \u003C alphaTest ) discard;\\n#endif\",alphatest_pars_fragment:\"#ifdef USE_ALPHATEST\\n\\tuniform float alphaTest;\\n#endif\",aomap_fragment:\"#ifdef USE_AOMAP\\n\\tfloat ambientOcclusion = ( texture2D( aoMap, vUv2 ).r - 1.0 ) * aoMapIntensity + 1.0;\\n\\treflectedLight.indirectDiffuse *= ambientOcclusion;\\n\\t#if defined( USE_ENVMAP ) && defined( STANDARD )\\n\\t\\tfloat dotNV = saturate( dot( geometry.normal, geometry.viewDir ) );\\n\\t\\treflectedLight.indirectSpecular *= computeSpecularOcclusion( dotNV, ambientOcclusion, material.roughness );\\n\\t#endif\\n#endif\",aomap_pars_fragment:\"#ifdef USE_AOMAP\\n\\tuniform sampler2D aoMap;\\n\\tuniform float aoMapIntensity;\\n#endif\",begin_vertex:\"vec3 transformed = vec3( position );\",beginnormal_vertex:\"vec3 objectNormal = vec3( normal );\\n#ifdef USE_TANGENT\\n\\tvec3 objectTangent = vec3( tangent.xyz );\\n#endif\",bsdfs:\"vec3 BRDF_Lambert( const in vec3 diffuseColor ) {\\n\\treturn RECIPROCAL_PI * diffuseColor;\\n}\\nvec3 F_Schlick( const in vec3 f0, const in float f90, const in float dotVH ) {\\n\\tfloat fresnel = exp2( ( - 5.55473 * dotVH - 6.98316 ) * dotVH );\\n\\treturn f0 * ( 1.0 - fresnel ) + ( f90 * fresnel );\\n}\\nfloat F_Schlick( const in float f0, const in float f90, const in float dotVH ) {\\n\\tfloat fresnel = exp2( ( - 5.55473 * dotVH - 6.98316 ) * dotVH );\\n\\treturn f0 * ( 1.0 - fresnel ) + ( f90 * fresnel );\\n}\\nvec3 Schlick_to_F0( const in vec3 f, const in float f90, const in float dotVH ) {\\n    float x = clamp( 1.0 - dotVH, 0.0, 1.0 );\\n    float x2 = x * x;\\n    float x5 = clamp( x * x2 * x2, 0.0, 0.9999 );\\n    return ( f - vec3( f90 ) * x5 ) / ( 1.0 - x5 );\\n}\\nfloat V_GGX_SmithCorrelated( const in float alpha, const in float dotNL, const in float dotNV ) {\\n\\tfloat a2 = pow2( alpha );\\n\\tfloat gv = dotNL * sqrt( a2 + ( 1.0 - a2 ) * pow2( dotNV ) );\\n\\tfloat gl = dotNV * sqrt( a2 + ( 1.0 - a2 ) * pow2( dotNL ) );\\n\\treturn 0.5 / max( gv + gl, EPSILON );\\n}\\nfloat D_GGX( const in float alpha, const in float dotNH ) {\\n\\tfloat a2 = pow2( alpha );\\n\\tfloat denom = pow2( dotNH ) * ( a2 - 1.0 ) + 1.0;\\n\\treturn RECIPROCAL_PI * a2 / pow2( denom );\\n}\\nvec3 BRDF_GGX( const in vec3 lightDir, const in vec3 viewDir, const in vec3 normal, const in vec3 f0, const in float f90, const in float roughness ) {\\n\\tfloat alpha = pow2( roughness );\\n\\tvec3 halfDir = normalize( lightDir + viewDir );\\n\\tfloat dotNL = saturate( dot( normal, lightDir ) );\\n\\tfloat dotNV = saturate( dot( normal, viewDir ) );\\n\\tfloat dotNH = saturate( dot( normal, halfDir ) );\\n\\tfloat dotVH = saturate( dot( viewDir, halfDir ) );\\n\\tvec3 F = F_Schlick( f0, f90, dotVH );\\n\\tfloat V = V_GGX_SmithCorrelated( alpha, dotNL, dotNV );\\n\\tfloat D = D_GGX( alpha, dotNH );\\n\\treturn F * ( V * D );\\n}\\n#ifdef USE_IRIDESCENCE\\n\\tvec3 BRDF_GGX_Iridescence( const in vec3 lightDir, const in vec3 viewDir, const in vec3 normal, const in vec3 f0, const in float f90, const in float iridescence, const in vec3 iridescenceFresnel, const in float roughness ) {\\n\\t\\tfloat alpha = pow2( roughness );\\n\\t\\tvec3 halfDir = normalize( lightDir + viewDir );\\n\\t\\tfloat dotNL = saturate( dot( normal, lightDir ) );\\n\\t\\tfloat dotNV = saturate( dot( normal, viewDir ) );\\n\\t\\tfloat dotNH = saturate( dot( normal, halfDir ) );\\n\\t\\tfloat dotVH = saturate( dot( viewDir, halfDir ) );\\n\\t\\tvec3 F = mix( F_Schlick( f0, f90, dotVH ), iridescenceFresnel, iridescence );\\n\\t\\tfloat V = V_GGX_SmithCorrelated( alpha, dotNL, dotNV );\\n\\t\\tfloat D = D_GGX( alpha, dotNH );\\n\\t\\treturn F * ( V * D );\\n\\t}\\n#endif\\nvec2 LTC_Uv( const in vec3 N, const in vec3 V, const in float roughness ) {\\n\\tconst float LUT_SIZE = 64.0;\\n\\tconst float LUT_SCALE = ( LUT_SIZE - 1.0 ) / LUT_SIZE;\\n\\tconst float LUT_BIAS = 0.5 / LUT_SIZE;\\n\\tfloat dotNV = saturate( dot( N, V ) );\\n\\tvec2 uv = vec2( roughness, sqrt( 1.0 - dotNV ) );\\n\\tuv = uv * LUT_SCALE + LUT_BIAS;\\n\\treturn uv;\\n}\\nfloat LTC_ClippedSphereFormFactor( const in vec3 f ) {\\n\\tfloat l = length( f );\\n\\treturn max( ( l * l + f.z ) / ( l + 1.0 ), 0.0 );\\n}\\nvec3 LTC_EdgeVectorFormFactor( const in vec3 v1, const in vec3 v2 ) {\\n\\tfloat x = dot( v1, v2 );\\n\\tfloat y = abs( x );\\n\\tfloat a = 0.8543985 + ( 0.4965155 + 0.0145206 * y ) * y;\\n\\tfloat b = 3.4175940 + ( 4.1616724 + y ) * y;\\n\\tfloat v = a / b;\\n\\tfloat theta_sintheta = ( x > 0.0 ) ? v : 0.5 * inversesqrt( max( 1.0 - x * x, 1e-7 ) ) - v;\\n\\treturn cross( v1, v2 ) * theta_sintheta;\\n}\\nvec3 LTC_Evaluate( const in vec3 N, const in vec3 V, const in vec3 P, const in mat3 mInv, const in vec3 rectCoords[ 4 ] ) {\\n\\tvec3 v1 = rectCoords[ 1 ] - rectCoords[ 0 ];\\n\\tvec3 v2 = rectCoords[ 3 ] - rectCoords[ 0 ];\\n\\tvec3 lightNormal = cross( v1, v2 );\\n\\tif( dot( lightNormal, P - rectCoords[ 0 ] ) \u003C 0.0 ) return vec3( 0.0 );\\n\\tvec3 T1, T2;\\n\\tT1 = normalize( V - N * dot( V, N ) );\\n\\tT2 = - cross( N, T1 );\\n\\tmat3 mat = mInv * transposeMat3( mat3( T1, T2, N ) );\\n\\tvec3 coords[ 4 ];\\n\\tcoords[ 0 ] = mat * ( rectCoords[ 0 ] - P );\\n\\tcoords[ 1 ] = mat * ( rectCoords[ 1 ] - P );\\n\\tcoords[ 2 ] = mat * ( rectCoords[ 2 ] - P );\\n\\tcoords[ 3 ] = mat * ( rectCoords[ 3 ] - P );\\n\\tcoords[ 0 ] = normalize( coords[ 0 ] );\\n\\tcoords[ 1 ] = normalize( coords[ 1 ] );\\n\\tcoords[ 2 ] = normalize( coords[ 2 ] );\\n\\tcoords[ 3 ] = normalize( coords[ 3 ] );\\n\\tvec3 vectorFormFactor = vec3( 0.0 );\\n\\tvectorFormFactor += LTC_EdgeVectorFormFactor( coords[ 0 ], coords[ 1 ] );\\n\\tvectorFormFactor += LTC_EdgeVectorFormFactor( coords[ 1 ], coords[ 2 ] );\\n\\tvectorFormFactor += LTC_EdgeVectorFormFactor( coords[ 2 ], coords[ 3 ] );\\n\\tvectorFormFactor += LTC_EdgeVectorFormFactor( coords[ 3 ], coords[ 0 ] );\\n\\tfloat result = LTC_ClippedSphereFormFactor( vectorFormFactor );\\n\\treturn vec3( result );\\n}\\nfloat G_BlinnPhong_Implicit( ) {\\n\\treturn 0.25;\\n}\\nfloat D_BlinnPhong( const in float shininess, const in float dotNH ) {\\n\\treturn RECIPROCAL_PI * ( shininess * 0.5 + 1.0 ) * pow( dotNH, shininess );\\n}\\nvec3 BRDF_BlinnPhong( const in vec3 lightDir, const in vec3 viewDir, const in vec3 normal, const in vec3 specularColor, const in float shininess ) {\\n\\tvec3 halfDir = normalize( lightDir + viewDir );\\n\\tfloat dotNH = saturate( dot( normal, halfDir ) );\\n\\tfloat dotVH = saturate( dot( viewDir, halfDir ) );\\n\\tvec3 F = F_Schlick( specularColor, 1.0, dotVH );\\n\\tfloat G = G_BlinnPhong_Implicit( );\\n\\tfloat D = D_BlinnPhong( shininess, dotNH );\\n\\treturn F * ( G * D );\\n}\\n#if defined( USE_SHEEN )\\nfloat D_Charlie( float roughness, float dotNH ) {\\n\\tfloat alpha = pow2( roughness );\\n\\tfloat invAlpha = 1.0 / alpha;\\n\\tfloat cos2h = dotNH * dotNH;\\n\\tfloat sin2h = max( 1.0 - cos2h, 0.0078125 );\\n\\treturn ( 2.0 + invAlpha ) * pow( sin2h, invAlpha * 0.5 ) / ( 2.0 * PI );\\n}\\nfloat V_Neubelt( float dotNV, float dotNL ) {\\n\\treturn saturate( 1.0 / ( 4.0 * ( dotNL + dotNV - dotNL * dotNV ) ) );\\n}\\nvec3 BRDF_Sheen( const in vec3 lightDir, const in vec3 viewDir, const in vec3 normal, vec3 sheenColor, const in float sheenRoughness ) {\\n\\tvec3 halfDir = normalize( lightDir + viewDir );\\n\\tfloat dotNL = saturate( dot( normal, lightDir ) );\\n\\tfloat dotNV = saturate( dot( normal, viewDir ) );\\n\\tfloat dotNH = saturate( dot( normal, halfDir ) );\\n\\tfloat D = D_Charlie( sheenRoughness, dotNH );\\n\\tfloat V = V_Neubelt( dotNV, dotNL );\\n\\treturn sheenColor * ( D * V );\\n}\\n#endif\",iridescence_fragment:\"#ifdef USE_IRIDESCENCE\\n\\tconst mat3 XYZ_TO_REC709 = mat3(\\n\\t\\t 3.2404542, -0.9692660,  0.0556434,\\n\\t\\t-1.5371385,  1.8760108, -0.2040259,\\n\\t\\t-0.4985314,  0.0415560,  1.0572252\\n\\t);\\n\\tvec3 Fresnel0ToIor( vec3 fresnel0 ) {\\n\\t\\tvec3 sqrtF0 = sqrt( fresnel0 );\\n\\t\\treturn ( vec3( 1.0 ) + sqrtF0 ) / ( vec3( 1.0 ) - sqrtF0 );\\n\\t}\\n\\tvec3 IorToFresnel0( vec3 transmittedIor, float incidentIor ) {\\n\\t\\treturn pow2( ( transmittedIor - vec3( incidentIor ) ) / ( transmittedIor + vec3( incidentIor ) ) );\\n\\t}\\n\\tfloat IorToFresnel0( float transmittedIor, float incidentIor ) {\\n\\t\\treturn pow2( ( transmittedIor - incidentIor ) / ( transmittedIor + incidentIor ));\\n\\t}\\n\\tvec3 evalSensitivity( float OPD, vec3 shift ) {\\n\\t\\tfloat phase = 2.0 * PI * OPD * 1.0e-9;\\n\\t\\tvec3 val = vec3( 5.4856e-13, 4.4201e-13, 5.2481e-13 );\\n\\t\\tvec3 pos = vec3( 1.6810e+06, 1.7953e+06, 2.2084e+06 );\\n\\t\\tvec3 var = vec3( 4.3278e+09, 9.3046e+09, 6.6121e+09 );\\n\\t\\tvec3 xyz = val * sqrt( 2.0 * PI * var ) * cos( pos * phase + shift ) * exp( - pow2( phase ) * var );\\n\\t\\txyz.x += 9.7470e-14 * sqrt( 2.0 * PI * 4.5282e+09 ) * cos( 2.2399e+06 * phase + shift[ 0 ] ) * exp( - 4.5282e+09 * pow2( phase ) );\\n\\t\\txyz /= 1.0685e-7;\\n\\t\\tvec3 rgb = XYZ_TO_REC709 * xyz;\\n\\t\\treturn rgb;\\n\\t}\\n\\tvec3 evalIridescence( float outsideIOR, float eta2, float cosTheta1, float thinFilmThickness, vec3 baseF0 ) {\\n\\t\\tvec3 I;\\n\\t\\tfloat iridescenceIOR = mix( outsideIOR, eta2, smoothstep( 0.0, 0.03, thinFilmThickness ) );\\n\\t\\tfloat sinTheta2Sq = pow2( outsideIOR / iridescenceIOR ) * ( 1.0 - pow2( cosTheta1 ) );\\n\\t\\tfloat cosTheta2Sq = 1.0 - sinTheta2Sq;\\n\\t\\tif ( cosTheta2Sq \u003C 0.0 ) {\\n\\t\\t\\t return vec3( 1.0 );\\n\\t\\t}\\n\\t\\tfloat cosTheta2 = sqrt( cosTheta2Sq );\\n\\t\\tfloat R0 = IorToFresnel0( iridescenceIOR, outsideIOR );\\n\\t\\tfloat R12 = F_Schlick( R0, 1.0, cosTheta1 );\\n\\t\\tfloat R21 = R12;\\n\\t\\tfloat T121 = 1.0 - R12;\\n\\t\\tfloat phi12 = 0.0;\\n\\t\\tif ( iridescenceIOR \u003C outsideIOR ) phi12 = PI;\\n\\t\\tfloat phi21 = PI - phi12;\\n\\t\\tvec3 baseIOR = Fresnel0ToIor( clamp( baseF0, 0.0, 0.9999 ) );\\t\\tvec3 R1 = IorToFresnel0( baseIOR, iridescenceIOR );\\n\\t\\tvec3 R23 = F_Schlick( R1, 1.0, cosTheta2 );\\n\\t\\tvec3 phi23 = vec3( 0.0 );\\n\\t\\tif ( baseIOR[ 0 ] \u003C iridescenceIOR ) phi23[ 0 ] = PI;\\n\\t\\tif ( baseIOR[ 1 ] \u003C iridescenceIOR ) phi23[ 1 ] = PI;\\n\\t\\tif ( baseIOR[ 2 ] \u003C iridescenceIOR ) phi23[ 2 ] = PI;\\n\\t\\tfloat OPD = 2.0 * iridescenceIOR * thinFilmThickness * cosTheta2;\\n\\t\\tvec3 phi = vec3( phi21 ) + phi23;\\n\\t\\tvec3 R123 = clamp( R12 * R23, 1e-5, 0.9999 );\\n\\t\\tvec3 r123 = sqrt( R123 );\\n\\t\\tvec3 Rs = pow2( T121 ) * R23 / ( vec3( 1.0 ) - R123 );\\n\\t\\tvec3 C0 = R12 + Rs;\\n\\t\\tI = C0;\\n\\t\\tvec3 Cm = Rs - T121;\\n\\t\\tfor ( int m = 1; m \u003C= 2; ++ m ) {\\n\\t\\t\\tCm *= r123;\\n\\t\\t\\tvec3 Sm = 2.0 * evalSensitivity( float( m ) * OPD, float( m ) * phi );\\n\\t\\t\\tI += Cm * Sm;\\n\\t\\t}\\n\\t\\treturn max( I, vec3( 0.0 ) );\\n\\t}\\n#endif\",bumpmap_pars_fragment:\"#ifdef USE_BUMPMAP\\n\\tuniform sampler2D bumpMap;\\n\\tuniform float bumpScale;\\n\\tvec2 dHdxy_fwd() {\\n\\t\\tvec2 dSTdx = dFdx( vUv );\\n\\t\\tvec2 dSTdy = dFdy( vUv );\\n\\t\\tfloat Hll = bumpScale * texture2D( bumpMap, vUv ).x;\\n\\t\\tfloat dBx = bumpScale * texture2D( bumpMap, vUv + dSTdx ).x - Hll;\\n\\t\\tfloat dBy = bumpScale * texture2D( bumpMap, vUv + dSTdy ).x - Hll;\\n\\t\\treturn vec2( dBx, dBy );\\n\\t}\\n\\tvec3 perturbNormalArb( vec3 surf_pos, vec3 surf_norm, vec2 dHdxy, float faceDirection ) {\\n\\t\\tvec3 vSigmaX = dFdx( surf_pos.xyz );\\n\\t\\tvec3 vSigmaY = dFdy( surf_pos.xyz );\\n\\t\\tvec3 vN = surf_norm;\\n\\t\\tvec3 R1 = cross( vSigmaY, vN );\\n\\t\\tvec3 R2 = cross( vN, vSigmaX );\\n\\t\\tfloat fDet = dot( vSigmaX, R1 ) * faceDirection;\\n\\t\\tvec3 vGrad = sign( fDet ) * ( dHdxy.x * R1 + dHdxy.y * R2 );\\n\\t\\treturn normalize( abs( fDet ) * surf_norm - vGrad );\\n\\t}\\n#endif\",clipping_planes_fragment:\"#if NUM_CLIPPING_PLANES > 0\\n\\tvec4 plane;\\n\\t#pragma unroll_loop_start\\n\\tfor ( int i = 0; i \u003C UNION_CLIPPING_PLANES; i ++ ) {\\n\\t\\tplane = clippingPlanes[ i ];\\n\\t\\tif ( dot( vClipPosition, plane.xyz ) > plane.w ) discard;\\n\\t}\\n\\t#pragma unroll_loop_end\\n\\t#if UNION_CLIPPING_PLANES \u003C NUM_CLIPPING_PLANES\\n\\t\\tbool clipped = true;\\n\\t\\t#pragma unroll_loop_start\\n\\t\\tfor ( int i = UNION_CLIPPING_PLANES; i \u003C NUM_CLIPPING_PLANES; i ++ ) {\\n\\t\\t\\tplane = clippingPlanes[ i ];\\n\\t\\t\\tclipped = ( dot( vClipPosition, plane.xyz ) > plane.w ) && clipped;\\n\\t\\t}\\n\\t\\t#pragma unroll_loop_end\\n\\t\\tif ( clipped ) discard;\\n\\t#endif\\n#endif\",clipping_planes_pars_fragment:\"#if NUM_CLIPPING_PLANES > 0\\n\\tvarying vec3 vClipPosition;\\n\\tuniform vec4 clippingPlanes[ NUM_CLIPPING_PLANES ];\\n#endif\",clipping_planes_pars_vertex:\"#if NUM_CLIPPING_PLANES > 0\\n\\tvarying vec3 vClipPosition;\\n#endif\",clipping_planes_vertex:\"#if NUM_CLIPPING_PLANES > 0\\n\\tvClipPosition = - mvPosition.xyz;\\n#endif\",color_fragment:\"#if defined( USE_COLOR_ALPHA )\\n\\tdiffuseColor *= vColor;\\n#elif defined( USE_COLOR )\\n\\tdiffuseColor.rgb *= vColor;\\n#endif\",color_pars_fragment:\"#if defined( USE_COLOR_ALPHA )\\n\\tvarying vec4 vColor;\\n#elif defined( USE_COLOR )\\n\\tvarying vec3 vColor;\\n#endif\",color_pars_vertex:\"#if defined( USE_COLOR_ALPHA )\\n\\tvarying vec4 vColor;\\n#elif defined( USE_COLOR ) || defined( USE_INSTANCING_COLOR )\\n\\tvarying vec3 vColor;\\n#endif\",color_vertex:\"#if defined( USE_COLOR_ALPHA )\\n\\tvColor = vec4( 1.0 );\\n#elif defined( USE_COLOR ) || defined( USE_INSTANCING_COLOR )\\n\\tvColor = vec3( 1.0 );\\n#endif\\n#ifdef USE_COLOR\\n\\tvColor *= color;\\n#endif\\n#ifdef USE_INSTANCING_COLOR\\n\\tvColor.xyz *= instanceColor.xyz;\\n#endif\",common:\"#define PI 3.141592653589793\\n#define PI2 6.283185307179586\\n#define PI_HALF 1.5707963267948966\\n#define RECIPROCAL_PI 0.3183098861837907\\n#define RECIPROCAL_PI2 0.15915494309189535\\n#define EPSILON 1e-6\\n#ifndef saturate\\n#define saturate( a ) clamp( a, 0.0, 1.0 )\\n#endif\\n#define whiteComplement( a ) ( 1.0 - saturate( a ) )\\nfloat pow2( const in float x ) { return x*x; }\\nvec3 pow2( const in vec3 x ) { return x*x; }\\nfloat pow3( const in float x ) { return x*x*x; }\\nfloat pow4( const in float x ) { float x2 = x*x; return x2*x2; }\\nfloat max3( const in vec3 v ) { return max( max( v.x, v.y ), v.z ); }\\nfloat average( const in vec3 v ) { return dot( v, vec3( 0.3333333 ) ); }\\nhighp float rand( const in vec2 uv ) {\\n\\tconst highp float a = 12.9898, b = 78.233, c = 43758.5453;\\n\\thighp float dt = dot( uv.xy, vec2( a,b ) ), sn = mod( dt, PI );\\n\\treturn fract( sin( sn ) * c );\\n}\\n#ifdef HIGH_PRECISION\\n\\tfloat precisionSafeLength( vec3 v ) { return length( v ); }\\n#else\\n\\tfloat precisionSafeLength( vec3 v ) {\\n\\t\\tfloat maxComponent = max3( abs( v ) );\\n\\t\\treturn length( v / maxComponent ) * maxComponent;\\n\\t}\\n#endif\\nstruct IncidentLight {\\n\\tvec3 color;\\n\\tvec3 direction;\\n\\tbool visible;\\n};\\nstruct ReflectedLight {\\n\\tvec3 directDiffuse;\\n\\tvec3 directSpecular;\\n\\tvec3 indirectDiffuse;\\n\\tvec3 indirectSpecular;\\n};\\nstruct GeometricContext {\\n\\tvec3 position;\\n\\tvec3 normal;\\n\\tvec3 viewDir;\\n#ifdef USE_CLEARCOAT\\n\\tvec3 clearcoatNormal;\\n#endif\\n};\\nvec3 transformDirection( in vec3 dir, in mat4 matrix ) {\\n\\treturn normalize( ( matrix * vec4( dir, 0.0 ) ).xyz );\\n}\\nvec3 inverseTransformDirection( in vec3 dir, in mat4 matrix ) {\\n\\treturn normalize( ( vec4( dir, 0.0 ) * matrix ).xyz );\\n}\\nmat3 transposeMat3( const in mat3 m ) {\\n\\tmat3 tmp;\\n\\ttmp[ 0 ] = vec3( m[ 0 ].x, m[ 1 ].x, m[ 2 ].x );\\n\\ttmp[ 1 ] = vec3( m[ 0 ].y, m[ 1 ].y, m[ 2 ].y );\\n\\ttmp[ 2 ] = vec3( m[ 0 ].z, m[ 1 ].z, m[ 2 ].z );\\n\\treturn tmp;\\n}\\nfloat luminance( const in vec3 rgb ) {\\n\\tconst vec3 weights = vec3( 0.2126729, 0.7151522, 0.0721750 );\\n\\treturn dot( weights, rgb );\\n}\\nbool isPerspectiveMatrix( mat4 m ) {\\n\\treturn m[ 2 ][ 3 ] == - 1.0;\\n}\\nvec2 equirectUv( in vec3 dir ) {\\n\\tfloat u = atan( dir.z, dir.x ) * RECIPROCAL_PI2 + 0.5;\\n\\tfloat v = asin( clamp( dir.y, - 1.0, 1.0 ) ) * RECIPROCAL_PI + 0.5;\\n\\treturn vec2( u, v );\\n}\",cube_uv_reflection_fragment:\"#ifdef ENVMAP_TYPE_CUBE_UV\\n\\t#define cubeUV_minMipLevel 4.0\\n\\t#define cubeUV_minTileSize 16.0\\n\\tfloat getFace( vec3 direction ) {\\n\\t\\tvec3 absDirection = abs( direction );\\n\\t\\tfloat face = - 1.0;\\n\\t\\tif ( absDirection.x > absDirection.z ) {\\n\\t\\t\\tif ( absDirection.x > absDirection.y )\\n\\t\\t\\t\\tface = direction.x > 0.0 ? 0.0 : 3.0;\\n\\t\\t\\telse\\n\\t\\t\\t\\tface = direction.y > 0.0 ? 1.0 : 4.0;\\n\\t\\t} else {\\n\\t\\t\\tif ( absDirection.z > absDirection.y )\\n\\t\\t\\t\\tface = direction.z > 0.0 ? 2.0 : 5.0;\\n\\t\\t\\telse\\n\\t\\t\\t\\tface = direction.y > 0.0 ? 1.0 : 4.0;\\n\\t\\t}\\n\\t\\treturn face;\\n\\t}\\n\\tvec2 getUV( vec3 direction, float face ) {\\n\\t\\tvec2 uv;\\n\\t\\tif ( face == 0.0 ) {\\n\\t\\t\\tuv = vec2( direction.z, direction.y ) / abs( direction.x );\\n\\t\\t} else if ( face == 1.0 ) {\\n\\t\\t\\tuv = vec2( - direction.x, - direction.z ) / abs( direction.y );\\n\\t\\t} else if ( face == 2.0 ) {\\n\\t\\t\\tuv = vec2( - direction.x, direction.y ) / abs( direction.z );\\n\\t\\t} else if ( face == 3.0 ) {\\n\\t\\t\\tuv = vec2( - direction.z, direction.y ) / abs( direction.x );\\n\\t\\t} else if ( face == 4.0 ) {\\n\\t\\t\\tuv = vec2( - direction.x, direction.z ) / abs( direction.y );\\n\\t\\t} else {\\n\\t\\t\\tuv = vec2( direction.x, direction.y ) / abs( direction.z );\\n\\t\\t}\\n\\t\\treturn 0.5 * ( uv + 1.0 );\\n\\t}\\n\\tvec3 bilinearCubeUV( sampler2D envMap, vec3 direction, float mipInt ) {\\n\\t\\tfloat face = getFace( direction );\\n\\t\\tfloat filterInt = max( cubeUV_minMipLevel - mipInt, 0.0 );\\n\\t\\tmipInt = max( mipInt, cubeUV_minMipLevel );\\n\\t\\tfloat faceSize = exp2( mipInt );\\n\\t\\tvec2 uv = getUV( direction, face ) * ( faceSize - 2.0 ) + 1.0;\\n\\t\\tif ( face > 2.0 ) {\\n\\t\\t\\tuv.y += faceSize;\\n\\t\\t\\tface -= 3.0;\\n\\t\\t}\\n\\t\\tuv.x += face * faceSize;\\n\\t\\tuv.x += filterInt * 3.0 * cubeUV_minTileSize;\\n\\t\\tuv.y += 4.0 * ( exp2( CUBEUV_MAX_MIP ) - faceSize );\\n\\t\\tuv.x *= CUBEUV_TEXEL_WIDTH;\\n\\t\\tuv.y *= CUBEUV_TEXEL_HEIGHT;\\n\\t\\t#ifdef texture2DGradEXT\\n\\t\\t\\treturn texture2DGradEXT( envMap, uv, vec2( 0.0 ), vec2( 0.0 ) ).rgb;\\n\\t\\t#else\\n\\t\\t\\treturn texture2D( envMap, uv ).rgb;\\n\\t\\t#endif\\n\\t}\\n\\t#define cubeUV_r0 1.0\\n\\t#define cubeUV_v0 0.339\\n\\t#define cubeUV_m0 - 2.0\\n\\t#define cubeUV_r1 0.8\\n\\t#define cubeUV_v1 0.276\\n\\t#define cubeUV_m1 - 1.0\\n\\t#define cubeUV_r4 0.4\\n\\t#define cubeUV_v4 0.046\\n\\t#define cubeUV_m4 2.0\\n\\t#define cubeUV_r5 0.305\\n\\t#define cubeUV_v5 0.016\\n\\t#define cubeUV_m5 3.0\\n\\t#define cubeUV_r6 0.21\\n\\t#define cubeUV_v6 0.0038\\n\\t#define cubeUV_m6 4.0\\n\\tfloat roughnessToMip( float roughness ) {\\n\\t\\tfloat mip = 0.0;\\n\\t\\tif ( roughness >= cubeUV_r1 ) {\\n\\t\\t\\tmip = ( cubeUV_r0 - roughness ) * ( cubeUV_m1 - cubeUV_m0 ) / ( cubeUV_r0 - cubeUV_r1 ) + cubeUV_m0;\\n\\t\\t} else if ( roughness >= cubeUV_r4 ) {\\n\\t\\t\\tmip = ( cubeUV_r1 - roughness ) * ( cubeUV_m4 - cubeUV_m1 ) / ( cubeUV_r1 - cubeUV_r4 ) + cubeUV_m1;\\n\\t\\t} else if ( roughness >= cubeUV_r5 ) {\\n\\t\\t\\tmip = ( cubeUV_r4 - roughness ) * ( cubeUV_m5 - cubeUV_m4 ) / ( cubeUV_r4 - cubeUV_r5 ) + cubeUV_m4;\\n\\t\\t} else if ( roughness >= cubeUV_r6 ) {\\n\\t\\t\\tmip = ( cubeUV_r5 - roughness ) * ( cubeUV_m6 - cubeUV_m5 ) / ( cubeUV_r5 - cubeUV_r6 ) + cubeUV_m5;\\n\\t\\t} else {\\n\\t\\t\\tmip = - 2.0 * log2( 1.16 * roughness );\\t\\t}\\n\\t\\treturn mip;\\n\\t}\\n\\tvec4 textureCubeUV( sampler2D envMap, vec3 sampleDir, float roughness ) {\\n\\t\\tfloat mip = clamp( roughnessToMip( roughness ), cubeUV_m0, CUBEUV_MAX_MIP );\\n\\t\\tfloat mipF = fract( mip );\\n\\t\\tfloat mipInt = floor( mip );\\n\\t\\tvec3 color0 = bilinearCubeUV( envMap, sampleDir, mipInt );\\n\\t\\tif ( mipF == 0.0 ) {\\n\\t\\t\\treturn vec4( color0, 1.0 );\\n\\t\\t} else {\\n\\t\\t\\tvec3 color1 = bilinearCubeUV( envMap, sampleDir, mipInt + 1.0 );\\n\\t\\t\\treturn vec4( mix( color0, color1, mipF ), 1.0 );\\n\\t\\t}\\n\\t}\\n#endif\",defaultnormal_vertex:\"vec3 transformedNormal = objectNormal;\\n#ifdef USE_INSTANCING\\n\\tmat3 m = mat3( instanceMatrix );\\n\\ttransformedNormal /= vec3( dot( m[ 0 ], m[ 0 ] ), dot( m[ 1 ], m[ 1 ] ), dot( m[ 2 ], m[ 2 ] ) );\\n\\ttransformedNormal = m * transformedNormal;\\n#endif\\ntransformedNormal = normalMatrix * transformedNormal;\\n#ifdef FLIP_SIDED\\n\\ttransformedNormal = - transformedNormal;\\n#endif\\n#ifdef USE_TANGENT\\n\\tvec3 transformedTangent = ( modelViewMatrix * vec4( objectTangent, 0.0 ) ).xyz;\\n\\t#ifdef FLIP_SIDED\\n\\t\\ttransformedTangent = - transformedTangent;\\n\\t#endif\\n#endif\",displacementmap_pars_vertex:\"#ifdef USE_DISPLACEMENTMAP\\n\\tuniform sampler2D displacementMap;\\n\\tuniform float displacementScale;\\n\\tuniform float displacementBias;\\n#endif\",displacementmap_vertex:\"#ifdef USE_DISPLACEMENTMAP\\n\\ttransformed += normalize( objectNormal ) * ( texture2D( displacementMap, vUv ).x * displacementScale + displacementBias );\\n#endif\",emissivemap_fragment:\"#ifdef USE_EMISSIVEMAP\\n\\tvec4 emissiveColor = texture2D( emissiveMap, vUv );\\n\\ttotalEmissiveRadiance *= emissiveColor.rgb;\\n#endif\",emissivemap_pars_fragment:\"#ifdef USE_EMISSIVEMAP\\n\\tuniform sampler2D emissiveMap;\\n#endif\",encodings_fragment:\"gl_FragColor = linearToOutputTexel( gl_FragColor );\",encodings_pars_fragment:\"vec4 LinearToLinear( in vec4 value ) {\\n\\treturn value;\\n}\\nvec4 LinearTosRGB( in vec4 value ) {\\n\\treturn vec4( mix( pow( value.rgb, vec3( 0.41666 ) ) * 1.055 - vec3( 0.055 ), value.rgb * 12.92, vec3( lessThanEqual( value.rgb, vec3( 0.0031308 ) ) ) ), value.a );\\n}\",envmap_fragment:\"#ifdef USE_ENVMAP\\n\\t#ifdef ENV_WORLDPOS\\n\\t\\tvec3 cameraToFrag;\\n\\t\\tif ( isOrthographic ) {\\n\\t\\t\\tcameraToFrag = normalize( vec3( - viewMatrix[ 0 ][ 2 ], - viewMatrix[ 1 ][ 2 ], - viewMatrix[ 2 ][ 2 ] ) );\\n\\t\\t} else {\\n\\t\\t\\tcameraToFrag = normalize( vWorldPosition - cameraPosition );\\n\\t\\t}\\n\\t\\tvec3 worldNormal = inverseTransformDirection( normal, viewMatrix );\\n\\t\\t#ifdef ENVMAP_MODE_REFLECTION\\n\\t\\t\\tvec3 reflectVec = reflect( cameraToFrag, worldNormal );\\n\\t\\t#else\\n\\t\\t\\tvec3 reflectVec = refract( cameraToFrag, worldNormal, refractionRatio );\\n\\t\\t#endif\\n\\t#else\\n\\t\\tvec3 reflectVec = vReflect;\\n\\t#endif\\n\\t#ifdef ENVMAP_TYPE_CUBE\\n\\t\\tvec4 envColor = textureCube( envMap, vec3( flipEnvMap * reflectVec.x, reflectVec.yz ) );\\n\\t#else\\n\\t\\tvec4 envColor = vec4( 0.0 );\\n\\t#endif\\n\\t#ifdef ENVMAP_BLENDING_MULTIPLY\\n\\t\\toutgoingLight = mix( outgoingLight, outgoingLight * envColor.xyz, specularStrength * reflectivity );\\n\\t#elif defined( ENVMAP_BLENDING_MIX )\\n\\t\\toutgoingLight = mix( outgoingLight, envColor.xyz, specularStrength * reflectivity );\\n\\t#elif defined( ENVMAP_BLENDING_ADD )\\n\\t\\toutgoingLight += envColor.xyz * specularStrength * reflectivity;\\n\\t#endif\\n#endif\",envmap_common_pars_fragment:\"#ifdef USE_ENVMAP\\n\\tuniform float envMapIntensity;\\n\\tuniform float flipEnvMap;\\n\\t#ifdef ENVMAP_TYPE_CUBE\\n\\t\\tuniform samplerCube envMap;\\n\\t#else\\n\\t\\tuniform sampler2D envMap;\\n\\t#endif\\n\\t\\n#endif\",envmap_pars_fragment:\"#ifdef USE_ENVMAP\\n\\tuniform float reflectivity;\\n\\t#if defined( USE_BUMPMAP ) || defined( USE_NORMALMAP ) || defined( PHONG ) || defined( LAMBERT )\\n\\t\\t#define ENV_WORLDPOS\\n\\t#endif\\n\\t#ifdef ENV_WORLDPOS\\n\\t\\tvarying vec3 vWorldPosition;\\n\\t\\tuniform float refractionRatio;\\n\\t#else\\n\\t\\tvarying vec3 vReflect;\\n\\t#endif\\n#endif\",envmap_pars_vertex:\"#ifdef USE_ENVMAP\\n\\t#if defined( USE_BUMPMAP ) || defined( USE_NORMALMAP ) || defined( PHONG ) || defined( LAMBERT )\\n\\t\\t#define ENV_WORLDPOS\\n\\t#endif\\n\\t#ifdef ENV_WORLDPOS\\n\\t\\t\\n\\t\\tvarying vec3 vWorldPosition;\\n\\t#else\\n\\t\\tvarying vec3 vReflect;\\n\\t\\tuniform float refractionRatio;\\n\\t#endif\\n#endif\",envmap_physical_pars_fragment:\"#if defined( USE_ENVMAP )\\n\\tvec3 getIBLIrradiance( const in vec3 normal ) {\\n\\t\\t#if defined( ENVMAP_TYPE_CUBE_UV )\\n\\t\\t\\tvec3 worldNormal = inverseTransformDirection( normal, viewMatrix );\\n\\t\\t\\tvec4 envMapColor = textureCubeUV( envMap, worldNormal, 1.0 );\\n\\t\\t\\treturn PI * envMapColor.rgb * envMapIntensity;\\n\\t\\t#else\\n\\t\\t\\treturn vec3( 0.0 );\\n\\t\\t#endif\\n\\t}\\n\\tvec3 getIBLRadiance( const in vec3 viewDir, const in vec3 normal, const in float roughness ) {\\n\\t\\t#if defined( ENVMAP_TYPE_CUBE_UV )\\n\\t\\t\\tvec3 reflectVec = reflect( - viewDir, normal );\\n\\t\\t\\treflectVec = normalize( mix( reflectVec, normal, roughness * roughness) );\\n\\t\\t\\treflectVec = inverseTransformDirection( reflectVec, viewMatrix );\\n\\t\\t\\tvec4 envMapColor = textureCubeUV( envMap, reflectVec, roughness );\\n\\t\\t\\treturn envMapColor.rgb * envMapIntensity;\\n\\t\\t#else\\n\\t\\t\\treturn vec3( 0.0 );\\n\\t\\t#endif\\n\\t}\\n#endif\",envmap_vertex:\"#ifdef USE_ENVMAP\\n\\t#ifdef ENV_WORLDPOS\\n\\t\\tvWorldPosition = worldPosition.xyz;\\n\\t#else\\n\\t\\tvec3 cameraToVertex;\\n\\t\\tif ( isOrthographic ) {\\n\\t\\t\\tcameraToVertex = normalize( vec3( - viewMatrix[ 0 ][ 2 ], - viewMatrix[ 1 ][ 2 ], - viewMatrix[ 2 ][ 2 ] ) );\\n\\t\\t} else {\\n\\t\\t\\tcameraToVertex = normalize( worldPosition.xyz - cameraPosition );\\n\\t\\t}\\n\\t\\tvec3 worldNormal = inverseTransformDirection( transformedNormal, viewMatrix );\\n\\t\\t#ifdef ENVMAP_MODE_REFLECTION\\n\\t\\t\\tvReflect = reflect( cameraToVertex, worldNormal );\\n\\t\\t#else\\n\\t\\t\\tvReflect = refract( cameraToVertex, worldNormal, refractionRatio );\\n\\t\\t#endif\\n\\t#endif\\n#endif\",fog_vertex:\"#ifdef USE_FOG\\n\\tvFogDepth = - mvPosition.z;\\n#endif\",fog_pars_vertex:\"#ifdef USE_FOG\\n\\tvarying float vFogDepth;\\n#endif\",fog_fragment:\"#ifdef USE_FOG\\n\\t#ifdef FOG_EXP2\\n\\t\\tfloat fogFactor = 1.0 - exp( - fogDensity * fogDensity * vFogDepth * vFogDepth );\\n\\t#else\\n\\t\\tfloat fogFactor = smoothstep( fogNear, fogFar, vFogDepth );\\n\\t#endif\\n\\tgl_FragColor.rgb = mix( gl_FragColor.rgb, fogColor, fogFactor );\\n#endif\",fog_pars_fragment:\"#ifdef USE_FOG\\n\\tuniform vec3 fogColor;\\n\\tvarying float vFogDepth;\\n\\t#ifdef FOG_EXP2\\n\\t\\tuniform float fogDensity;\\n\\t#else\\n\\t\\tuniform float fogNear;\\n\\t\\tuniform float fogFar;\\n\\t#endif\\n#endif\",gradientmap_pars_fragment:\"#ifdef USE_GRADIENTMAP\\n\\tuniform sampler2D gradientMap;\\n#endif\\nvec3 getGradientIrradiance( vec3 normal, vec3 lightDirection ) {\\n\\tfloat dotNL = dot( normal, lightDirection );\\n\\tvec2 coord = vec2( dotNL * 0.5 + 0.5, 0.0 );\\n\\t#ifdef USE_GRADIENTMAP\\n\\t\\treturn vec3( texture2D( gradientMap, coord ).r );\\n\\t#else\\n\\t\\tvec2 fw = fwidth( coord ) * 0.5;\\n\\t\\treturn mix( vec3( 0.7 ), vec3( 1.0 ), smoothstep( 0.7 - fw.x, 0.7 + fw.x, coord.x ) );\\n\\t#endif\\n}\",lightmap_fragment:\"#ifdef USE_LIGHTMAP\\n\\tvec4 lightMapTexel = texture2D( lightMap, vUv2 );\\n\\tvec3 lightMapIrradiance = lightMapTexel.rgb * lightMapIntensity;\\n\\treflectedLight.indirectDiffuse += lightMapIrradiance;\\n#endif\",lightmap_pars_fragment:\"#ifdef USE_LIGHTMAP\\n\\tuniform sampler2D lightMap;\\n\\tuniform float lightMapIntensity;\\n#endif\",lights_lambert_fragment:\"LambertMaterial material;\\nmaterial.diffuseColor = diffuseColor.rgb;\\nmaterial.specularStrength = specularStrength;\",lights_lambert_pars_fragment:\"varying vec3 vViewPosition;\\nstruct LambertMaterial {\\n\\tvec3 diffuseColor;\\n\\tfloat specularStrength;\\n};\\nvoid RE_Direct_Lambert( const in IncidentLight directLight, const in GeometricContext geometry, const in LambertMaterial material, inout ReflectedLight reflectedLight ) {\\n\\tfloat dotNL = saturate( dot( geometry.normal, directLight.direction ) );\\n\\tvec3 irradiance = dotNL * directLight.color;\\n\\treflectedLight.directDiffuse += irradiance * BRDF_Lambert( material.diffuseColor );\\n}\\nvoid RE_IndirectDiffuse_Lambert( const in vec3 irradiance, const in GeometricContext geometry, const in LambertMaterial material, inout ReflectedLight reflectedLight ) {\\n\\treflectedLight.indirectDiffuse += irradiance * BRDF_Lambert( material.diffuseColor );\\n}\\n#define RE_Direct\\t\\t\\t\\tRE_Direct_Lambert\\n#define RE_IndirectDiffuse\\t\\tRE_IndirectDiffuse_Lambert\",lights_pars_begin:\"uniform bool receiveShadow;\\nuniform vec3 ambientLightColor;\\nuniform vec3 lightProbe[ 9 ];\\nvec3 shGetIrradianceAt( in vec3 normal, in vec3 shCoefficients[ 9 ] ) {\\n\\tfloat x = normal.x, y = normal.y, z = normal.z;\\n\\tvec3 result = shCoefficients[ 0 ] * 0.886227;\\n\\tresult += shCoefficients[ 1 ] * 2.0 * 0.511664 * y;\\n\\tresult += shCoefficients[ 2 ] * 2.0 * 0.511664 * z;\\n\\tresult += shCoefficients[ 3 ] * 2.0 * 0.511664 * x;\\n\\tresult += shCoefficients[ 4 ] * 2.0 * 0.429043 * x * y;\\n\\tresult += shCoefficients[ 5 ] * 2.0 * 0.429043 * y * z;\\n\\tresult += shCoefficients[ 6 ] * ( 0.743125 * z * z - 0.247708 );\\n\\tresult += shCoefficients[ 7 ] * 2.0 * 0.429043 * x * z;\\n\\tresult += shCoefficients[ 8 ] * 0.429043 * ( x * x - y * y );\\n\\treturn result;\\n}\\nvec3 getLightProbeIrradiance( const in vec3 lightProbe[ 9 ], const in vec3 normal ) {\\n\\tvec3 worldNormal = inverseTransformDirection( normal, viewMatrix );\\n\\tvec3 irradiance = shGetIrradianceAt( worldNormal, lightProbe );\\n\\treturn irradiance;\\n}\\nvec3 getAmbientLightIrradiance( const in vec3 ambientLightColor ) {\\n\\tvec3 irradiance = ambientLightColor;\\n\\treturn irradiance;\\n}\\nfloat getDistanceAttenuation( const in float lightDistance, const in float cutoffDistance, const in float decayExponent ) {\\n\\t#if defined ( PHYSICALLY_CORRECT_LIGHTS )\\n\\t\\tfloat distanceFalloff = 1.0 / max( pow( lightDistance, decayExponent ), 0.01 );\\n\\t\\tif ( cutoffDistance > 0.0 ) {\\n\\t\\t\\tdistanceFalloff *= pow2( saturate( 1.0 - pow4( lightDistance / cutoffDistance ) ) );\\n\\t\\t}\\n\\t\\treturn distanceFalloff;\\n\\t#else\\n\\t\\tif ( cutoffDistance > 0.0 && decayExponent > 0.0 ) {\\n\\t\\t\\treturn pow( saturate( - lightDistance / cutoffDistance + 1.0 ), decayExponent );\\n\\t\\t}\\n\\t\\treturn 1.0;\\n\\t#endif\\n}\\nfloat getSpotAttenuation( const in float coneCosine, const in float penumbraCosine, const in float angleCosine ) {\\n\\treturn smoothstep( coneCosine, penumbraCosine, angleCosine );\\n}\\n#if NUM_DIR_LIGHTS > 0\\n\\tstruct DirectionalLight {\\n\\t\\tvec3 direction;\\n\\t\\tvec3 color;\\n\\t};\\n\\tuniform DirectionalLight directionalLights[ NUM_DIR_LIGHTS ];\\n\\tvoid getDirectionalLightInfo( const in DirectionalLight directionalLight, const in GeometricContext geometry, out IncidentLight light ) {\\n\\t\\tlight.color = directionalLight.color;\\n\\t\\tlight.direction = directionalLight.direction;\\n\\t\\tlight.visible = true;\\n\\t}\\n#endif\\n#if NUM_POINT_LIGHTS > 0\\n\\tstruct PointLight {\\n\\t\\tvec3 position;\\n\\t\\tvec3 color;\\n\\t\\tfloat distance;\\n\\t\\tfloat decay;\\n\\t};\\n\\tuniform PointLight pointLights[ NUM_POINT_LIGHTS ];\\n\\tvoid getPointLightInfo( const in PointLight pointLight, const in GeometricContext geometry, out IncidentLight light ) {\\n\\t\\tvec3 lVector = pointLight.position - geometry.position;\\n\\t\\tlight.direction = normalize( lVector );\\n\\t\\tfloat lightDistance = length( lVector );\\n\\t\\tlight.color = pointLight.color;\\n\\t\\tlight.color *= getDistanceAttenuation( lightDistance, pointLight.distance, pointLight.decay );\\n\\t\\tlight.visible = ( light.color != vec3( 0.0 ) );\\n\\t}\\n#endif\\n#if NUM_SPOT_LIGHTS > 0\\n\\tstruct SpotLight {\\n\\t\\tvec3 position;\\n\\t\\tvec3 direction;\\n\\t\\tvec3 color;\\n\\t\\tfloat distance;\\n\\t\\tfloat decay;\\n\\t\\tfloat coneCos;\\n\\t\\tfloat penumbraCos;\\n\\t};\\n\\tuniform SpotLight spotLights[ NUM_SPOT_LIGHTS ];\\n\\tvoid getSpotLightInfo( const in SpotLight spotLight, const in GeometricContext geometry, out IncidentLight light ) {\\n\\t\\tvec3 lVector = spotLight.position - geometry.position;\\n\\t\\tlight.direction = normalize( lVector );\\n\\t\\tfloat angleCos = dot( light.direction, spotLight.direction );\\n\\t\\tfloat spotAttenuation = getSpotAttenuation( spotLight.coneCos, spotLight.penumbraCos, angleCos );\\n\\t\\tif ( spotAttenuation > 0.0 ) {\\n\\t\\t\\tfloat lightDistance = length( lVector );\\n\\t\\t\\tlight.color = spotLight.color * spotAttenuation;\\n\\t\\t\\tlight.color *= getDistanceAttenuation( lightDistance, spotLight.distance, spotLight.decay );\\n\\t\\t\\tlight.visible = ( light.color != vec3( 0.0 ) );\\n\\t\\t} else {\\n\\t\\t\\tlight.color = vec3( 0.0 );\\n\\t\\t\\tlight.visible = false;\\n\\t\\t}\\n\\t}\\n#endif\\n#if NUM_RECT_AREA_LIGHTS > 0\\n\\tstruct RectAreaLight {\\n\\t\\tvec3 color;\\n\\t\\tvec3 position;\\n\\t\\tvec3 halfWidth;\\n\\t\\tvec3 halfHeight;\\n\\t};\\n\\tuniform sampler2D ltc_1;\\tuniform sampler2D ltc_2;\\n\\tuniform RectAreaLight rectAreaLights[ NUM_RECT_AREA_LIGHTS ];\\n#endif\\n#if NUM_HEMI_LIGHTS > 0\\n\\tstruct HemisphereLight {\\n\\t\\tvec3 direction;\\n\\t\\tvec3 skyColor;\\n\\t\\tvec3 groundColor;\\n\\t};\\n\\tuniform HemisphereLight hemisphereLights[ NUM_HEMI_LIGHTS ];\\n\\tvec3 getHemisphereLightIrradiance( const in HemisphereLight hemiLight, const in vec3 normal ) {\\n\\t\\tfloat dotNL = dot( normal, hemiLight.direction );\\n\\t\\tfloat hemiDiffuseWeight = 0.5 * dotNL + 0.5;\\n\\t\\tvec3 irradiance = mix( hemiLight.groundColor, hemiLight.skyColor, hemiDiffuseWeight );\\n\\t\\treturn irradiance;\\n\\t}\\n#endif\",lights_toon_fragment:\"ToonMaterial material;\\nmaterial.diffuseColor = diffuseColor.rgb;\",lights_toon_pars_fragment:\"varying vec3 vViewPosition;\\nstruct ToonMaterial {\\n\\tvec3 diffuseColor;\\n};\\nvoid RE_Direct_Toon( const in IncidentLight directLight, const in GeometricContext geometry, const in ToonMaterial material, inout ReflectedLight reflectedLight ) {\\n\\tvec3 irradiance = getGradientIrradiance( geometry.normal, directLight.direction ) * directLight.color;\\n\\treflectedLight.directDiffuse += irradiance * BRDF_Lambert( material.diffuseColor );\\n}\\nvoid RE_IndirectDiffuse_Toon( const in vec3 irradiance, const in GeometricContext geometry, const in ToonMaterial material, inout ReflectedLight reflectedLight ) {\\n\\treflectedLight.indirectDiffuse += irradiance * BRDF_Lambert( material.diffuseColor );\\n}\\n#define RE_Direct\\t\\t\\t\\tRE_Direct_Toon\\n#define RE_IndirectDiffuse\\t\\tRE_IndirectDiffuse_Toon\",lights_phong_fragment:\"BlinnPhongMaterial material;\\nmaterial.diffuseColor = diffuseColor.rgb;\\nmaterial.specularColor = specular;\\nmaterial.specularShininess = shininess;\\nmaterial.specularStrength = specularStrength;\",lights_phong_pars_fragment:\"varying vec3 vViewPosition;\\nstruct BlinnPhongMaterial {\\n\\tvec3 diffuseColor;\\n\\tvec3 specularColor;\\n\\tfloat specularShininess;\\n\\tfloat specularStrength;\\n};\\nvoid RE_Direct_BlinnPhong( const in IncidentLight directLight, const in GeometricContext geometry, const in BlinnPhongMaterial material, inout ReflectedLight reflectedLight ) {\\n\\tfloat dotNL = saturate( dot( geometry.normal, directLight.direction ) );\\n\\tvec3 irradiance = dotNL * directLight.color;\\n\\treflectedLight.directDiffuse += irradiance * BRDF_Lambert( material.diffuseColor );\\n\\treflectedLight.directSpecular += irradiance * BRDF_BlinnPhong( directLight.direction, geometry.viewDir, geometry.normal, material.specularColor, material.specularShininess ) * material.specularStrength;\\n}\\nvoid RE_IndirectDiffuse_BlinnPhong( const in vec3 irradiance, const in GeometricContext geometry, const in BlinnPhongMaterial material, inout ReflectedLight reflectedLight ) {\\n\\treflectedLight.indirectDiffuse += irradiance * BRDF_Lambert( material.diffuseColor );\\n}\\n#define RE_Direct\\t\\t\\t\\tRE_Direct_BlinnPhong\\n#define RE_IndirectDiffuse\\t\\tRE_IndirectDiffuse_BlinnPhong\",lights_physical_fragment:\"PhysicalMaterial material;\\nmaterial.diffuseColor = diffuseColor.rgb * ( 1.0 - metalnessFactor );\\nvec3 dxy = max( abs( dFdx( geometryNormal ) ), abs( dFdy( geometryNormal ) ) );\\nfloat geometryRoughness = max( max( dxy.x, dxy.y ), dxy.z );\\nmaterial.roughness = max( roughnessFactor, 0.0525 );material.roughness += geometryRoughness;\\nmaterial.roughness = min( material.roughness, 1.0 );\\n#ifdef IOR\\n\\tmaterial.ior = ior;\\n\\t#ifdef SPECULAR\\n\\t\\tfloat specularIntensityFactor = specularIntensity;\\n\\t\\tvec3 specularColorFactor = specularColor;\\n\\t\\t#ifdef USE_SPECULARINTENSITYMAP\\n\\t\\t\\tspecularIntensityFactor *= texture2D( specularIntensityMap, vUv ).a;\\n\\t\\t#endif\\n\\t\\t#ifdef USE_SPECULARCOLORMAP\\n\\t\\t\\tspecularColorFactor *= texture2D( specularColorMap, vUv ).rgb;\\n\\t\\t#endif\\n\\t\\tmaterial.specularF90 = mix( specularIntensityFactor, 1.0, metalnessFactor );\\n\\t#else\\n\\t\\tfloat specularIntensityFactor = 1.0;\\n\\t\\tvec3 specularColorFactor = vec3( 1.0 );\\n\\t\\tmaterial.specularF90 = 1.0;\\n\\t#endif\\n\\tmaterial.specularColor = mix( min( pow2( ( material.ior - 1.0 ) / ( material.ior + 1.0 ) ) * specularColorFactor, vec3( 1.0 ) ) * specularIntensityFactor, diffuseColor.rgb, metalnessFactor );\\n#else\\n\\tmaterial.specularColor = mix( vec3( 0.04 ), diffuseColor.rgb, metalnessFactor );\\n\\tmaterial.specularF90 = 1.0;\\n#endif\\n#ifdef USE_CLEARCOAT\\n\\tmaterial.clearcoat = clearcoat;\\n\\tmaterial.clearcoatRoughness = clearcoatRoughness;\\n\\tmaterial.clearcoatF0 = vec3( 0.04 );\\n\\tmaterial.clearcoatF90 = 1.0;\\n\\t#ifdef USE_CLEARCOATMAP\\n\\t\\tmaterial.clearcoat *= texture2D( clearcoatMap, vUv ).x;\\n\\t#endif\\n\\t#ifdef USE_CLEARCOAT_ROUGHNESSMAP\\n\\t\\tmaterial.clearcoatRoughness *= texture2D( clearcoatRoughnessMap, vUv ).y;\\n\\t#endif\\n\\tmaterial.clearcoat = saturate( material.clearcoat );\\tmaterial.clearcoatRoughness = max( material.clearcoatRoughness, 0.0525 );\\n\\tmaterial.clearcoatRoughness += geometryRoughness;\\n\\tmaterial.clearcoatRoughness = min( material.clearcoatRoughness, 1.0 );\\n#endif\\n#ifdef USE_IRIDESCENCE\\n\\tmaterial.iridescence = iridescence;\\n\\tmaterial.iridescenceIOR = iridescenceIOR;\\n\\t#ifdef USE_IRIDESCENCEMAP\\n\\t\\tmaterial.iridescence *= texture2D( iridescenceMap, vUv ).r;\\n\\t#endif\\n\\t#ifdef USE_IRIDESCENCE_THICKNESSMAP\\n\\t\\tmaterial.iridescenceThickness = (iridescenceThicknessMaximum - iridescenceThicknessMinimum) * texture2D( iridescenceThicknessMap, vUv ).g + iridescenceThicknessMinimum;\\n\\t#else\\n\\t\\tmaterial.iridescenceThickness = iridescenceThicknessMaximum;\\n\\t#endif\\n#endif\\n#ifdef USE_SHEEN\\n\\tmaterial.sheenColor = sheenColor;\\n\\t#ifdef USE_SHEENCOLORMAP\\n\\t\\tmaterial.sheenColor *= texture2D( sheenColorMap, vUv ).rgb;\\n\\t#endif\\n\\tmaterial.sheenRoughness = clamp( sheenRoughness, 0.07, 1.0 );\\n\\t#ifdef USE_SHEENROUGHNESSMAP\\n\\t\\tmaterial.sheenRoughness *= texture2D( sheenRoughnessMap, vUv ).a;\\n\\t#endif\\n#endif\",lights_physical_pars_fragment:\"struct PhysicalMaterial {\\n\\tvec3 diffuseColor;\\n\\tfloat roughness;\\n\\tvec3 specularColor;\\n\\tfloat specularF90;\\n\\t#ifdef USE_CLEARCOAT\\n\\t\\tfloat clearcoat;\\n\\t\\tfloat clearcoatRoughness;\\n\\t\\tvec3 clearcoatF0;\\n\\t\\tfloat clearcoatF90;\\n\\t#endif\\n\\t#ifdef USE_IRIDESCENCE\\n\\t\\tfloat iridescence;\\n\\t\\tfloat iridescenceIOR;\\n\\t\\tfloat iridescenceThickness;\\n\\t\\tvec3 iridescenceFresnel;\\n\\t\\tvec3 iridescenceF0;\\n\\t#endif\\n\\t#ifdef USE_SHEEN\\n\\t\\tvec3 sheenColor;\\n\\t\\tfloat sheenRoughness;\\n\\t#endif\\n\\t#ifdef IOR\\n\\t\\tfloat ior;\\n\\t#endif\\n\\t#ifdef USE_TRANSMISSION\\n\\t\\tfloat transmission;\\n\\t\\tfloat transmissionAlpha;\\n\\t\\tfloat thickness;\\n\\t\\tfloat attenuationDistance;\\n\\t\\tvec3 attenuationColor;\\n\\t#endif\\n};\\nvec3 clearcoatSpecular = vec3( 0.0 );\\nvec3 sheenSpecular = vec3( 0.0 );\\nfloat IBLSheenBRDF( const in vec3 normal, const in vec3 viewDir, const in float roughness ) {\\n\\tfloat dotNV = saturate( dot( normal, viewDir ) );\\n\\tfloat r2 = roughness * roughness;\\n\\tfloat a = roughness \u003C 0.25 ? -339.2 * r2 + 161.4 * roughness - 25.9 : -8.48 * r2 + 14.3 * roughness - 9.95;\\n\\tfloat b = roughness \u003C 0.25 ? 44.0 * r2 - 23.7 * roughness + 3.26 : 1.97 * r2 - 3.27 * roughness + 0.72;\\n\\tfloat DG = exp( a * dotNV + b ) + ( roughness \u003C 0.25 ? 0.0 : 0.1 * ( roughness - 0.25 ) );\\n\\treturn saturate( DG * RECIPROCAL_PI );\\n}\\nvec2 DFGApprox( const in vec3 normal, const in vec3 viewDir, const in float roughness ) {\\n\\tfloat dotNV = saturate( dot( normal, viewDir ) );\\n\\tconst vec4 c0 = vec4( - 1, - 0.0275, - 0.572, 0.022 );\\n\\tconst vec4 c1 = vec4( 1, 0.0425, 1.04, - 0.04 );\\n\\tvec4 r = roughness * c0 + c1;\\n\\tfloat a004 = min( r.x * r.x, exp2( - 9.28 * dotNV ) ) * r.x + r.y;\\n\\tvec2 fab = vec2( - 1.04, 1.04 ) * a004 + r.zw;\\n\\treturn fab;\\n}\\nvec3 EnvironmentBRDF( const in vec3 normal, const in vec3 viewDir, const in vec3 specularColor, const in float specularF90, const in float roughness ) {\\n\\tvec2 fab = DFGApprox( normal, viewDir, roughness );\\n\\treturn specularColor * fab.x + specularF90 * fab.y;\\n}\\n#ifdef USE_IRIDESCENCE\\nvoid computeMultiscatteringIridescence( const in vec3 normal, const in vec3 viewDir, const in vec3 specularColor, const in float specularF90, const in float iridescence, const in vec3 iridescenceF0, const in float roughness, inout vec3 singleScatter, inout vec3 multiScatter ) {\\n#else\\nvoid computeMultiscattering( const in vec3 normal, const in vec3 viewDir, const in vec3 specularColor, const in float specularF90, const in float roughness, inout vec3 singleScatter, inout vec3 multiScatter ) {\\n#endif\\n\\tvec2 fab = DFGApprox( normal, viewDir, roughness );\\n\\t#ifdef USE_IRIDESCENCE\\n\\t\\tvec3 Fr = mix( specularColor, iridescenceF0, iridescence );\\n\\t#else\\n\\t\\tvec3 Fr = specularColor;\\n\\t#endif\\n\\tvec3 FssEss = Fr * fab.x + specularF90 * fab.y;\\n\\tfloat Ess = fab.x + fab.y;\\n\\tfloat Ems = 1.0 - Ess;\\n\\tvec3 Favg = Fr + ( 1.0 - Fr ) * 0.047619;\\tvec3 Fms = FssEss * Favg / ( 1.0 - Ems * Favg );\\n\\tsingleScatter += FssEss;\\n\\tmultiScatter += Fms * Ems;\\n}\\n#if NUM_RECT_AREA_LIGHTS > 0\\n\\tvoid RE_Direct_RectArea_Physical( const in RectAreaLight rectAreaLight, const in GeometricContext geometry, const in PhysicalMaterial material, inout ReflectedLight reflectedLight ) {\\n\\t\\tvec3 normal = geometry.normal;\\n\\t\\tvec3 viewDir = geometry.viewDir;\\n\\t\\tvec3 position = geometry.position;\\n\\t\\tvec3 lightPos = rectAreaLight.position;\\n\\t\\tvec3 halfWidth = rectAreaLight.halfWidth;\\n\\t\\tvec3 halfHeight = rectAreaLight.halfHeight;\\n\\t\\tvec3 lightColor = rectAreaLight.color;\\n\\t\\tfloat roughness = material.roughness;\\n\\t\\tvec3 rectCoords[ 4 ];\\n\\t\\trectCoords[ 0 ] = lightPos + halfWidth - halfHeight;\\t\\trectCoords[ 1 ] = lightPos - halfWidth - halfHeight;\\n\\t\\trectCoords[ 2 ] = lightPos - halfWidth + halfHeight;\\n\\t\\trectCoords[ 3 ] = lightPos + halfWidth + halfHeight;\\n\\t\\tvec2 uv = LTC_Uv( normal, viewDir, roughness );\\n\\t\\tvec4 t1 = texture2D( ltc_1, uv );\\n\\t\\tvec4 t2 = texture2D( ltc_2, uv );\\n\\t\\tmat3 mInv = mat3(\\n\\t\\t\\tvec3( t1.x, 0, t1.y ),\\n\\t\\t\\tvec3(    0, 1,    0 ),\\n\\t\\t\\tvec3( t1.z, 0, t1.w )\\n\\t\\t);\\n\\t\\tvec3 fresnel = ( material.specularColor * t2.x + ( vec3( 1.0 ) - material.specularColor ) * t2.y );\\n\\t\\treflectedLight.directSpecular += lightColor * fresnel * LTC_Evaluate( normal, viewDir, position, mInv, rectCoords );\\n\\t\\treflectedLight.directDiffuse += lightColor * material.diffuseColor * LTC_Evaluate( normal, viewDir, position, mat3( 1.0 ), rectCoords );\\n\\t}\\n#endif\\nvoid RE_Direct_Physical( const in IncidentLight directLight, const in GeometricContext geometry, const in PhysicalMaterial material, inout ReflectedLight reflectedLight ) {\\n\\tfloat dotNL = saturate( dot( geometry.normal, directLight.direction ) );\\n\\tvec3 irradiance = dotNL * directLight.color;\\n\\t#ifdef USE_CLEARCOAT\\n\\t\\tfloat dotNLcc = saturate( dot( geometry.clearcoatNormal, directLight.direction ) );\\n\\t\\tvec3 ccIrradiance = dotNLcc * directLight.color;\\n\\t\\tclearcoatSpecular += ccIrradiance * BRDF_GGX( directLight.direction, geometry.viewDir, geometry.clearcoatNormal, material.clearcoatF0, material.clearcoatF90, material.clearcoatRoughness );\\n\\t#endif\\n\\t#ifdef USE_SHEEN\\n\\t\\tsheenSpecular += irradiance * BRDF_Sheen( directLight.direction, geometry.viewDir, geometry.normal, material.sheenColor, material.sheenRoughness );\\n\\t#endif\\n\\t#ifdef USE_IRIDESCENCE\\n\\t\\treflectedLight.directSpecular += irradiance * BRDF_GGX_Iridescence( directLight.direction, geometry.viewDir, geometry.normal, material.specularColor, material.specularF90, material.iridescence, material.iridescenceFresnel, material.roughness );\\n\\t#else\\n\\t\\treflectedLight.directSpecular += irradiance * BRDF_GGX( directLight.direction, geometry.viewDir, geometry.normal, material.specularColor, material.specularF90, material.roughness );\\n\\t#endif\\n\\treflectedLight.directDiffuse += irradiance * BRDF_Lambert( material.diffuseColor );\\n}\\nvoid RE_IndirectDiffuse_Physical( const in vec3 irradiance, const in GeometricContext geometry, const in PhysicalMaterial material, inout ReflectedLight reflectedLight ) {\\n\\treflectedLight.indirectDiffuse += irradiance * BRDF_Lambert( material.diffuseColor );\\n}\\nvoid RE_IndirectSpecular_Physical( const in vec3 radiance, const in vec3 irradiance, const in vec3 clearcoatRadiance, const in GeometricContext geometry, const in PhysicalMaterial material, inout ReflectedLight reflectedLight) {\\n\\t#ifdef USE_CLEARCOAT\\n\\t\\tclearcoatSpecular += clearcoatRadiance * EnvironmentBRDF( geometry.clearcoatNormal, geometry.viewDir, material.clearcoatF0, material.clearcoatF90, material.clearcoatRoughness );\\n\\t#endif\\n\\t#ifdef USE_SHEEN\\n\\t\\tsheenSpecular += irradiance * material.sheenColor * IBLSheenBRDF( geometry.normal, geometry.viewDir, material.sheenRoughness );\\n\\t#endif\\n\\tvec3 singleScattering = vec3( 0.0 );\\n\\tvec3 multiScattering = vec3( 0.0 );\\n\\tvec3 cosineWeightedIrradiance = irradiance * RECIPROCAL_PI;\\n\\t#ifdef USE_IRIDESCENCE\\n\\t\\tcomputeMultiscatteringIridescence( geometry.normal, geometry.viewDir, material.specularColor, material.specularF90, material.iridescence, material.iridescenceFresnel, material.roughness, singleScattering, multiScattering );\\n\\t#else\\n\\t\\tcomputeMultiscattering( geometry.normal, geometry.viewDir, material.specularColor, material.specularF90, material.roughness, singleScattering, multiScattering );\\n\\t#endif\\n\\tvec3 totalScattering = singleScattering + multiScattering;\\n\\tvec3 diffuse = material.diffuseColor * ( 1.0 - max( max( totalScattering.r, totalScattering.g ), totalScattering.b ) );\\n\\treflectedLight.indirectSpecular += radiance * singleScattering;\\n\\treflectedLight.indirectSpecular += multiScattering * cosineWeightedIrradiance;\\n\\treflectedLight.indirectDiffuse += diffuse * cosineWeightedIrradiance;\\n}\\n#define RE_Direct\\t\\t\\t\\tRE_Direct_Physical\\n#define RE_Direct_RectArea\\t\\tRE_Direct_RectArea_Physical\\n#define RE_IndirectDiffuse\\t\\tRE_IndirectDiffuse_Physical\\n#define RE_IndirectSpecular\\t\\tRE_IndirectSpecular_Physical\\nfloat computeSpecularOcclusion( const in float dotNV, const in float ambientOcclusion, const in float roughness ) {\\n\\treturn saturate( pow( dotNV + ambientOcclusion, exp2( - 16.0 * roughness - 1.0 ) ) - 1.0 + ambientOcclusion );\\n}\",lights_fragment_begin:\"\\nGeometricContext geometry;\\ngeometry.position = - vViewPosition;\\ngeometry.normal = normal;\\ngeometry.viewDir = ( isOrthographic ) ? vec3( 0, 0, 1 ) : normalize( vViewPosition );\\n#ifdef USE_CLEARCOAT\\n\\tgeometry.clearcoatNormal = clearcoatNormal;\\n#endif\\n#ifdef USE_IRIDESCENCE\\n\\tfloat dotNVi = saturate( dot( normal, geometry.viewDir ) );\\n\\tif ( material.iridescenceThickness == 0.0 ) {\\n\\t\\tmaterial.iridescence = 0.0;\\n\\t} else {\\n\\t\\tmaterial.iridescence = saturate( material.iridescence );\\n\\t}\\n\\tif ( material.iridescence > 0.0 ) {\\n\\t\\tmaterial.iridescenceFresnel = evalIridescence( 1.0, material.iridescenceIOR, dotNVi, material.iridescenceThickness, material.specularColor );\\n\\t\\tmaterial.iridescenceF0 = Schlick_to_F0( material.iridescenceFresnel, 1.0, dotNVi );\\n\\t}\\n#endif\\nIncidentLight directLight;\\n#if ( NUM_POINT_LIGHTS > 0 ) && defined( RE_Direct )\\n\\tPointLight pointLight;\\n\\t#if defined( USE_SHADOWMAP ) && NUM_POINT_LIGHT_SHADOWS > 0\\n\\tPointLightShadow pointLightShadow;\\n\\t#endif\\n\\t#pragma unroll_loop_start\\n\\tfor ( int i = 0; i \u003C NUM_POINT_LIGHTS; i ++ ) {\\n\\t\\tpointLight = pointLights[ i ];\\n\\t\\tgetPointLightInfo( pointLight, geometry, directLight );\\n\\t\\t#if defined( USE_SHADOWMAP ) && ( UNROLLED_LOOP_INDEX \u003C NUM_POINT_LIGHT_SHADOWS )\\n\\t\\tpointLightShadow = pointLightShadows[ i ];\\n\\t\\tdirectLight.color *= all( bvec2( directLight.visible, receiveShadow ) ) ? getPointShadow( pointShadowMap[ i ], pointLightShadow.shadowMapSize, pointLightShadow.shadowBias, pointLightShadow.shadowRadius, vPointShadowCoord[ i ], pointLightShadow.shadowCameraNear, pointLightShadow.shadowCameraFar ) : 1.0;\\n\\t\\t#endif\\n\\t\\tRE_Direct( directLight, geometry, material, reflectedLight );\\n\\t}\\n\\t#pragma unroll_loop_end\\n#endif\\n#if ( NUM_SPOT_LIGHTS > 0 ) && defined( RE_Direct )\\n\\tSpotLight spotLight;\\n\\tvec4 spotColor;\\n\\tvec3 spotLightCoord;\\n\\tbool inSpotLightMap;\\n\\t#if defined( USE_SHADOWMAP ) && NUM_SPOT_LIGHT_SHADOWS > 0\\n\\tSpotLightShadow spotLightShadow;\\n\\t#endif\\n\\t#pragma unroll_loop_start\\n\\tfor ( int i = 0; i \u003C NUM_SPOT_LIGHTS; i ++ ) {\\n\\t\\tspotLight = spotLights[ i ];\\n\\t\\tgetSpotLightInfo( spotLight, geometry, directLight );\\n\\t\\t#if ( UNROLLED_LOOP_INDEX \u003C NUM_SPOT_LIGHT_SHADOWS_WITH_MAPS )\\n\\t\\t#define SPOT_LIGHT_MAP_INDEX UNROLLED_LOOP_INDEX\\n\\t\\t#elif ( UNROLLED_LOOP_INDEX \u003C NUM_SPOT_LIGHT_SHADOWS )\\n\\t\\t#define SPOT_LIGHT_MAP_INDEX NUM_SPOT_LIGHT_MAPS\\n\\t\\t#else\\n\\t\\t#define SPOT_LIGHT_MAP_INDEX ( UNROLLED_LOOP_INDEX - NUM_SPOT_LIGHT_SHADOWS + NUM_SPOT_LIGHT_SHADOWS_WITH_MAPS )\\n\\t\\t#endif\\n\\t\\t#if ( SPOT_LIGHT_MAP_INDEX \u003C NUM_SPOT_LIGHT_MAPS )\\n\\t\\t\\tspotLightCoord = vSpotLightCoord[ i ].xyz / vSpotLightCoord[ i ].w;\\n\\t\\t\\tinSpotLightMap = all( lessThan( abs( spotLightCoord * 2. - 1. ), vec3( 1.0 ) ) );\\n\\t\\t\\tspotColor = texture2D( spotLightMap[ SPOT_LIGHT_MAP_INDEX ], spotLightCoord.xy );\\n\\t\\t\\tdirectLight.color = inSpotLightMap ? directLight.color * spotColor.rgb : directLight.color;\\n\\t\\t#endif\\n\\t\\t#undef SPOT_LIGHT_MAP_INDEX\\n\\t\\t#if defined( USE_SHADOWMAP ) && ( UNROLLED_LOOP_INDEX \u003C NUM_SPOT_LIGHT_SHADOWS )\\n\\t\\tspotLightShadow = spotLightShadows[ i ];\\n\\t\\tdirectLight.color *= all( bvec2( directLight.visible, receiveShadow ) ) ? getShadow( spotShadowMap[ i ], spotLightShadow.shadowMapSize, spotLightShadow.shadowBias, spotLightShadow.shadowRadius, vSpotLightCoord[ i ] ) : 1.0;\\n\\t\\t#endif\\n\\t\\tRE_Direct( directLight, geometry, material, reflectedLight );\\n\\t}\\n\\t#pragma unroll_loop_end\\n#endif\\n#if ( NUM_DIR_LIGHTS > 0 ) && defined( RE_Direct )\\n\\tDirectionalLight directionalLight;\\n\\t#if defined( USE_SHADOWMAP ) && NUM_DIR_LIGHT_SHADOWS > 0\\n\\tDirectionalLightShadow directionalLightShadow;\\n\\t#endif\\n\\t#pragma unroll_loop_start\\n\\tfor ( int i = 0; i \u003C NUM_DIR_LIGHTS; i ++ ) {\\n\\t\\tdirectionalLight = directionalLights[ i ];\\n\\t\\tgetDirectionalLightInfo( directionalLight, geometry, directLight );\\n\\t\\t#if defined( USE_SHADOWMAP ) && ( UNROLLED_LOOP_INDEX \u003C NUM_DIR_LIGHT_SHADOWS )\\n\\t\\tdirectionalLightShadow = directionalLightShadows[ i ];\\n\\t\\tdirectLight.color *= all( bvec2( directLight.visible, receiveShadow ) ) ? getShadow( directionalShadowMap[ i ], directionalLightShadow.shadowMapSize, directionalLightShadow.shadowBias, directionalLightShadow.shadowRadius, vDirectionalShadowCoord[ i ] ) : 1.0;\\n\\t\\t#endif\\n\\t\\tRE_Direct( directLight, geometry, material, reflectedLight );\\n\\t}\\n\\t#pragma unroll_loop_end\\n#endif\\n#if ( NUM_RECT_AREA_LIGHTS > 0 ) && defined( RE_Direct_RectArea )\\n\\tRectAreaLight rectAreaLight;\\n\\t#pragma unroll_loop_start\\n\\tfor ( int i = 0; i \u003C NUM_RECT_AREA_LIGHTS; i ++ ) {\\n\\t\\trectAreaLight = rectAreaLights[ i ];\\n\\t\\tRE_Direct_RectArea( rectAreaLight, geometry, material, reflectedLight );\\n\\t}\\n\\t#pragma unroll_loop_end\\n#endif\\n#if defined( RE_IndirectDiffuse )\\n\\tvec3 iblIrradiance = vec3( 0.0 );\\n\\tvec3 irradiance = getAmbientLightIrradiance( ambientLightColor );\\n\\tirradiance += getLightProbeIrradiance( lightProbe, geometry.normal );\\n\\t#if ( NUM_HEMI_LIGHTS > 0 )\\n\\t\\t#pragma unroll_loop_start\\n\\t\\tfor ( int i = 0; i \u003C NUM_HEMI_LIGHTS; i ++ ) {\\n\\t\\t\\tirradiance += getHemisphereLightIrradiance( hemisphereLights[ i ], geometry.normal );\\n\\t\\t}\\n\\t\\t#pragma unroll_loop_end\\n\\t#endif\\n#endif\\n#if defined( RE_IndirectSpecular )\\n\\tvec3 radiance = vec3( 0.0 );\\n\\tvec3 clearcoatRadiance = vec3( 0.0 );\\n#endif\",lights_fragment_maps:\"#if defined( RE_IndirectDiffuse )\\n\\t#ifdef USE_LIGHTMAP\\n\\t\\tvec4 lightMapTexel = texture2D( lightMap, vUv2 );\\n\\t\\tvec3 lightMapIrradiance = lightMapTexel.rgb * lightMapIntensity;\\n\\t\\tirradiance += lightMapIrradiance;\\n\\t#endif\\n\\t#if defined( USE_ENVMAP ) && defined( STANDARD ) && defined( ENVMAP_TYPE_CUBE_UV )\\n\\t\\tiblIrradiance += getIBLIrradiance( geometry.normal );\\n\\t#endif\\n#endif\\n#if defined( USE_ENVMAP ) && defined( RE_IndirectSpecular )\\n\\tradiance += getIBLRadiance( geometry.viewDir, geometry.normal, material.roughness );\\n\\t#ifdef USE_CLEARCOAT\\n\\t\\tclearcoatRadiance += getIBLRadiance( geometry.viewDir, geometry.clearcoatNormal, material.clearcoatRoughness );\\n\\t#endif\\n#endif\",lights_fragment_end:\"#if defined( RE_IndirectDiffuse )\\n\\tRE_IndirectDiffuse( irradiance, geometry, material, reflectedLight );\\n#endif\\n#if defined( RE_IndirectSpecular )\\n\\tRE_IndirectSpecular( radiance, iblIrradiance, clearcoatRadiance, geometry, material, reflectedLight );\\n#endif\",logdepthbuf_fragment:\"#if defined( USE_LOGDEPTHBUF ) && defined( USE_LOGDEPTHBUF_EXT )\\n\\tgl_FragDepthEXT = vIsPerspective == 0.0 ? gl_FragCoord.z : log2( vFragDepth ) * logDepthBufFC * 0.5;\\n#endif\",logdepthbuf_pars_fragment:\"#if defined( USE_LOGDEPTHBUF ) && defined( USE_LOGDEPTHBUF_EXT )\\n\\tuniform float logDepthBufFC;\\n\\tvarying float vFragDepth;\\n\\tvarying float vIsPerspective;\\n#endif\",logdepthbuf_pars_vertex:\"#ifdef USE_LOGDEPTHBUF\\n\\t#ifdef USE_LOGDEPTHBUF_EXT\\n\\t\\tvarying float vFragDepth;\\n\\t\\tvarying float vIsPerspective;\\n\\t#else\\n\\t\\tuniform float logDepthBufFC;\\n\\t#endif\\n#endif\",logdepthbuf_vertex:\"#ifdef USE_LOGDEPTHBUF\\n\\t#ifdef USE_LOGDEPTHBUF_EXT\\n\\t\\tvFragDepth = 1.0 + gl_Position.w;\\n\\t\\tvIsPerspective = float( isPerspectiveMatrix( projectionMatrix ) );\\n\\t#else\\n\\t\\tif ( isPerspectiveMatrix( projectionMatrix ) ) {\\n\\t\\t\\tgl_Position.z = log2( max( EPSILON, gl_Position.w + 1.0 ) ) * logDepthBufFC - 1.0;\\n\\t\\t\\tgl_Position.z *= gl_Position.w;\\n\\t\\t}\\n\\t#endif\\n#endif\",map_fragment:\"#ifdef USE_MAP\\n\\tvec4 sampledDiffuseColor = texture2D( map, vUv );\\n\\t#ifdef DECODE_VIDEO_TEXTURE\\n\\t\\tsampledDiffuseColor = vec4( mix( pow( sampledDiffuseColor.rgb * 0.9478672986 + vec3( 0.0521327014 ), vec3( 2.4 ) ), sampledDiffuseColor.rgb * 0.0773993808, vec3( lessThanEqual( sampledDiffuseColor.rgb, vec3( 0.04045 ) ) ) ), sampledDiffuseColor.w );\\n\\t#endif\\n\\tdiffuseColor *= sampledDiffuseColor;\\n#endif\",map_pars_fragment:\"#ifdef USE_MAP\\n\\tuniform sampler2D map;\\n#endif\",map_particle_fragment:\"#if defined( USE_MAP ) || defined( USE_ALPHAMAP )\\n\\tvec2 uv = ( uvTransform * vec3( gl_PointCoord.x, 1.0 - gl_PointCoord.y, 1 ) ).xy;\\n#endif\\n#ifdef USE_MAP\\n\\tdiffuseColor *= texture2D( map, uv );\\n#endif\\n#ifdef USE_ALPHAMAP\\n\\tdiffuseColor.a *= texture2D( alphaMap, uv ).g;\\n#endif\",map_particle_pars_fragment:\"#if defined( USE_MAP ) || defined( USE_ALPHAMAP )\\n\\tuniform mat3 uvTransform;\\n#endif\\n#ifdef USE_MAP\\n\\tuniform sampler2D map;\\n#endif\\n#ifdef USE_ALPHAMAP\\n\\tuniform sampler2D alphaMap;\\n#endif\",metalnessmap_fragment:\"float metalnessFactor = metalness;\\n#ifdef USE_METALNESSMAP\\n\\tvec4 texelMetalness = texture2D( metalnessMap, vUv );\\n\\tmetalnessFactor *= texelMetalness.b;\\n#endif\",metalnessmap_pars_fragment:\"#ifdef USE_METALNESSMAP\\n\\tuniform sampler2D metalnessMap;\\n#endif\",morphcolor_vertex:\"#if defined( USE_MORPHCOLORS ) && defined( MORPHTARGETS_TEXTURE )\\n\\tvColor *= morphTargetBaseInfluence;\\n\\tfor ( int i = 0; i \u003C MORPHTARGETS_COUNT; i ++ ) {\\n\\t\\t#if defined( USE_COLOR_ALPHA )\\n\\t\\t\\tif ( morphTargetInfluences[ i ] != 0.0 ) vColor += getMorph( gl_VertexID, i, 2 ) * morphTargetInfluences[ i ];\\n\\t\\t#elif defined( USE_COLOR )\\n\\t\\t\\tif ( morphTargetInfluences[ i ] != 0.0 ) vColor += getMorph( gl_VertexID, i, 2 ).rgb * morphTargetInfluences[ i ];\\n\\t\\t#endif\\n\\t}\\n#endif\",morphnormal_vertex:\"#ifdef USE_MORPHNORMALS\\n\\tobjectNormal *= morphTargetBaseInfluence;\\n\\t#ifdef MORPHTARGETS_TEXTURE\\n\\t\\tfor ( int i = 0; i \u003C MORPHTARGETS_COUNT; i ++ ) {\\n\\t\\t\\tif ( morphTargetInfluences[ i ] != 0.0 ) objectNormal += getMorph( gl_VertexID, i, 1 ).xyz * morphTargetInfluences[ i ];\\n\\t\\t}\\n\\t#else\\n\\t\\tobjectNormal += morphNormal0 * morphTargetInfluences[ 0 ];\\n\\t\\tobjectNormal += morphNormal1 * morphTargetInfluences[ 1 ];\\n\\t\\tobjectNormal += morphNormal2 * morphTargetInfluences[ 2 ];\\n\\t\\tobjectNormal += morphNormal3 * morphTargetInfluences[ 3 ];\\n\\t#endif\\n#endif\",morphtarget_pars_vertex:\"#ifdef USE_MORPHTARGETS\\n\\tuniform float morphTargetBaseInfluence;\\n\\t#ifdef MORPHTARGETS_TEXTURE\\n\\t\\tuniform float morphTargetInfluences[ MORPHTARGETS_COUNT ];\\n\\t\\tuniform sampler2DArray morphTargetsTexture;\\n\\t\\tuniform ivec2 morphTargetsTextureSize;\\n\\t\\tvec4 getMorph( const in int vertexIndex, const in int morphTargetIndex, const in int offset ) {\\n\\t\\t\\tint texelIndex = vertexIndex * MORPHTARGETS_TEXTURE_STRIDE + offset;\\n\\t\\t\\tint y = texelIndex / morphTargetsTextureSize.x;\\n\\t\\t\\tint x = texelIndex - y * morphTargetsTextureSize.x;\\n\\t\\t\\tivec3 morphUV = ivec3( x, y, morphTargetIndex );\\n\\t\\t\\treturn texelFetch( morphTargetsTexture, morphUV, 0 );\\n\\t\\t}\\n\\t#else\\n\\t\\t#ifndef USE_MORPHNORMALS\\n\\t\\t\\tuniform float morphTargetInfluences[ 8 ];\\n\\t\\t#else\\n\\t\\t\\tuniform float morphTargetInfluences[ 4 ];\\n\\t\\t#endif\\n\\t#endif\\n#endif\",morphtarget_vertex:\"#ifdef USE_MORPHTARGETS\\n\\ttransformed *= morphTargetBaseInfluence;\\n\\t#ifdef MORPHTARGETS_TEXTURE\\n\\t\\tfor ( int i = 0; i \u003C MORPHTARGETS_COUNT; i ++ ) {\\n\\t\\t\\tif ( morphTargetInfluences[ i ] != 0.0 ) transformed += getMorph( gl_VertexID, i, 0 ).xyz * morphTargetInfluences[ i ];\\n\\t\\t}\\n\\t#else\\n\\t\\ttransformed += morphTarget0 * morphTargetInfluences[ 0 ];\\n\\t\\ttransformed += morphTarget1 * morphTargetInfluences[ 1 ];\\n\\t\\ttransformed += morphTarget2 * morphTargetInfluences[ 2 ];\\n\\t\\ttransformed += morphTarget3 * morphTargetInfluences[ 3 ];\\n\\t\\t#ifndef USE_MORPHNORMALS\\n\\t\\t\\ttransformed += morphTarget4 * morphTargetInfluences[ 4 ];\\n\\t\\t\\ttransformed += morphTarget5 * morphTargetInfluences[ 5 ];\\n\\t\\t\\ttransformed += morphTarget6 * morphTargetInfluences[ 6 ];\\n\\t\\t\\ttransformed += morphTarget7 * morphTargetInfluences[ 7 ];\\n\\t\\t#endif\\n\\t#endif\\n#endif\",normal_fragment_begin:\"float faceDirection = gl_FrontFacing ? 1.0 : - 1.0;\\n#ifdef FLAT_SHADED\\n\\tvec3 fdx = dFdx( vViewPosition );\\n\\tvec3 fdy = dFdy( vViewPosition );\\n\\tvec3 normal = normalize( cross( fdx, fdy ) );\\n#else\\n\\tvec3 normal = normalize( vNormal );\\n\\t#ifdef DOUBLE_SIDED\\n\\t\\tnormal = normal * faceDirection;\\n\\t#endif\\n\\t#ifdef USE_TANGENT\\n\\t\\tvec3 tangent = normalize( vTangent );\\n\\t\\tvec3 bitangent = normalize( vBitangent );\\n\\t\\t#ifdef DOUBLE_SIDED\\n\\t\\t\\ttangent = tangent * faceDirection;\\n\\t\\t\\tbitangent = bitangent * faceDirection;\\n\\t\\t#endif\\n\\t\\t#if defined( TANGENTSPACE_NORMALMAP ) || defined( USE_CLEARCOAT_NORMALMAP )\\n\\t\\t\\tmat3 vTBN = mat3( tangent, bitangent, normal );\\n\\t\\t#endif\\n\\t#endif\\n#endif\\nvec3 geometryNormal = normal;\",normal_fragment_maps:\"#ifdef OBJECTSPACE_NORMALMAP\\n\\tnormal = texture2D( normalMap, vUv ).xyz * 2.0 - 1.0;\\n\\t#ifdef FLIP_SIDED\\n\\t\\tnormal = - normal;\\n\\t#endif\\n\\t#ifdef DOUBLE_SIDED\\n\\t\\tnormal = normal * faceDirection;\\n\\t#endif\\n\\tnormal = normalize( normalMatrix * normal );\\n#elif defined( TANGENTSPACE_NORMALMAP )\\n\\tvec3 mapN = texture2D( normalMap, vUv ).xyz * 2.0 - 1.0;\\n\\tmapN.xy *= normalScale;\\n\\t#ifdef USE_TANGENT\\n\\t\\tnormal = normalize( vTBN * mapN );\\n\\t#else\\n\\t\\tnormal = perturbNormal2Arb( - vViewPosition, normal, mapN, faceDirection );\\n\\t#endif\\n#elif defined( USE_BUMPMAP )\\n\\tnormal = perturbNormalArb( - vViewPosition, normal, dHdxy_fwd(), faceDirection );\\n#endif\",normal_pars_fragment:\"#ifndef FLAT_SHADED\\n\\tvarying vec3 vNormal;\\n\\t#ifdef USE_TANGENT\\n\\t\\tvarying vec3 vTangent;\\n\\t\\tvarying vec3 vBitangent;\\n\\t#endif\\n#endif\",normal_pars_vertex:\"#ifndef FLAT_SHADED\\n\\tvarying vec3 vNormal;\\n\\t#ifdef USE_TANGENT\\n\\t\\tvarying vec3 vTangent;\\n\\t\\tvarying vec3 vBitangent;\\n\\t#endif\\n#endif\",normal_vertex:\"#ifndef FLAT_SHADED\\n\\tvNormal = normalize( transformedNormal );\\n\\t#ifdef USE_TANGENT\\n\\t\\tvTangent = normalize( transformedTangent );\\n\\t\\tvBitangent = normalize( cross( vNormal, vTangent ) * tangent.w );\\n\\t#endif\\n#endif\",normalmap_pars_fragment:\"#ifdef USE_NORMALMAP\\n\\tuniform sampler2D normalMap;\\n\\tuniform vec2 normalScale;\\n#endif\\n#ifdef OBJECTSPACE_NORMALMAP\\n\\tuniform mat3 normalMatrix;\\n#endif\\n#if ! defined ( USE_TANGENT ) && ( defined ( TANGENTSPACE_NORMALMAP ) || defined ( USE_CLEARCOAT_NORMALMAP ) )\\n\\tvec3 perturbNormal2Arb( vec3 eye_pos, vec3 surf_norm, vec3 mapN, float faceDirection ) {\\n\\t\\tvec3 q0 = dFdx( eye_pos.xyz );\\n\\t\\tvec3 q1 = dFdy( eye_pos.xyz );\\n\\t\\tvec2 st0 = dFdx( vUv.st );\\n\\t\\tvec2 st1 = dFdy( vUv.st );\\n\\t\\tvec3 N = surf_norm;\\n\\t\\tvec3 q1perp = cross( q1, N );\\n\\t\\tvec3 q0perp = cross( N, q0 );\\n\\t\\tvec3 T = q1perp * st0.x + q0perp * st1.x;\\n\\t\\tvec3 B = q1perp * st0.y + q0perp * st1.y;\\n\\t\\tfloat det = max( dot( T, T ), dot( B, B ) );\\n\\t\\tfloat scale = ( det == 0.0 ) ? 0.0 : faceDirection * inversesqrt( det );\\n\\t\\treturn normalize( T * ( mapN.x * scale ) + B * ( mapN.y * scale ) + N * mapN.z );\\n\\t}\\n#endif\",clearcoat_normal_fragment_begin:\"#ifdef USE_CLEARCOAT\\n\\tvec3 clearcoatNormal = geometryNormal;\\n#endif\",clearcoat_normal_fragment_maps:\"#ifdef USE_CLEARCOAT_NORMALMAP\\n\\tvec3 clearcoatMapN = texture2D( clearcoatNormalMap, vUv ).xyz * 2.0 - 1.0;\\n\\tclearcoatMapN.xy *= clearcoatNormalScale;\\n\\t#ifdef USE_TANGENT\\n\\t\\tclearcoatNormal = normalize( vTBN * clearcoatMapN );\\n\\t#else\\n\\t\\tclearcoatNormal = perturbNormal2Arb( - vViewPosition, clearcoatNormal, clearcoatMapN, faceDirection );\\n\\t#endif\\n#endif\",clearcoat_pars_fragment:\"#ifdef USE_CLEARCOATMAP\\n\\tuniform sampler2D clearcoatMap;\\n#endif\\n#ifdef USE_CLEARCOAT_ROUGHNESSMAP\\n\\tuniform sampler2D clearcoatRoughnessMap;\\n#endif\\n#ifdef USE_CLEARCOAT_NORMALMAP\\n\\tuniform sampler2D clearcoatNormalMap;\\n\\tuniform vec2 clearcoatNormalScale;\\n#endif\",iridescence_pars_fragment:\"#ifdef USE_IRIDESCENCEMAP\\n\\tuniform sampler2D iridescenceMap;\\n#endif\\n#ifdef USE_IRIDESCENCE_THICKNESSMAP\\n\\tuniform sampler2D iridescenceThicknessMap;\\n#endif\",output_fragment:\"#ifdef OPAQUE\\ndiffuseColor.a = 1.0;\\n#endif\\n#ifdef USE_TRANSMISSION\\ndiffuseColor.a *= material.transmissionAlpha + 0.1;\\n#endif\\ngl_FragColor = vec4( outgoingLight, diffuseColor.a );\",packing:\"vec3 packNormalToRGB( const in vec3 normal ) {\\n\\treturn normalize( normal ) * 0.5 + 0.5;\\n}\\nvec3 unpackRGBToNormal( const in vec3 rgb ) {\\n\\treturn 2.0 * rgb.xyz - 1.0;\\n}\\nconst float PackUpscale = 256. / 255.;const float UnpackDownscale = 255. / 256.;\\nconst vec3 PackFactors = vec3( 256. * 256. * 256., 256. * 256., 256. );\\nconst vec4 UnpackFactors = UnpackDownscale / vec4( PackFactors, 1. );\\nconst float ShiftRight8 = 1. / 256.;\\nvec4 packDepthToRGBA( const in float v ) {\\n\\tvec4 r = vec4( fract( v * PackFactors ), v );\\n\\tr.yzw -= r.xyz * ShiftRight8;\\treturn r * PackUpscale;\\n}\\nfloat unpackRGBAToDepth( const in vec4 v ) {\\n\\treturn dot( v, UnpackFactors );\\n}\\nvec2 packDepthToRG( in highp float v ) {\\n\\treturn packDepthToRGBA( v ).yx;\\n}\\nfloat unpackRGToDepth( const in highp vec2 v ) {\\n\\treturn unpackRGBAToDepth( vec4( v.xy, 0.0, 0.0 ) );\\n}\\nvec4 pack2HalfToRGBA( vec2 v ) {\\n\\tvec4 r = vec4( v.x, fract( v.x * 255.0 ), v.y, fract( v.y * 255.0 ) );\\n\\treturn vec4( r.x - r.y / 255.0, r.y, r.z - r.w / 255.0, r.w );\\n}\\nvec2 unpackRGBATo2Half( vec4 v ) {\\n\\treturn vec2( v.x + ( v.y / 255.0 ), v.z + ( v.w / 255.0 ) );\\n}\\nfloat viewZToOrthographicDepth( const in float viewZ, const in float near, const in float far ) {\\n\\treturn ( viewZ + near ) / ( near - far );\\n}\\nfloat orthographicDepthToViewZ( const in float linearClipZ, const in float near, const in float far ) {\\n\\treturn linearClipZ * ( near - far ) - near;\\n}\\nfloat viewZToPerspectiveDepth( const in float viewZ, const in float near, const in float far ) {\\n\\treturn ( ( near + viewZ ) * far ) / ( ( far - near ) * viewZ );\\n}\\nfloat perspectiveDepthToViewZ( const in float invClipZ, const in float near, const in float far ) {\\n\\treturn ( near * far ) / ( ( far - near ) * invClipZ - far );\\n}\",premultiplied_alpha_fragment:\"#ifdef PREMULTIPLIED_ALPHA\\n\\tgl_FragColor.rgb *= gl_FragColor.a;\\n#endif\",project_vertex:\"vec4 mvPosition = vec4( transformed, 1.0 );\\n#ifdef USE_INSTANCING\\n\\tmvPosition = instanceMatrix * mvPosition;\\n#endif\\nmvPosition = modelViewMatrix * mvPosition;\\ngl_Position = projectionMatrix * mvPosition;\",dithering_fragment:\"#ifdef DITHERING\\n\\tgl_FragColor.rgb = dithering( gl_FragColor.rgb );\\n#endif\",dithering_pars_fragment:\"#ifdef DITHERING\\n\\tvec3 dithering( vec3 color ) {\\n\\t\\tfloat grid_position = rand( gl_FragCoord.xy );\\n\\t\\tvec3 dither_shift_RGB = vec3( 0.25 / 255.0, -0.25 / 255.0, 0.25 / 255.0 );\\n\\t\\tdither_shift_RGB = mix( 2.0 * dither_shift_RGB, -2.0 * dither_shift_RGB, grid_position );\\n\\t\\treturn color + dither_shift_RGB;\\n\\t}\\n#endif\",roughnessmap_fragment:\"float roughnessFactor = roughness;\\n#ifdef USE_ROUGHNESSMAP\\n\\tvec4 texelRoughness = texture2D( roughnessMap, vUv );\\n\\troughnessFactor *= texelRoughness.g;\\n#endif\",roughnessmap_pars_fragment:\"#ifdef USE_ROUGHNESSMAP\\n\\tuniform sampler2D roughnessMap;\\n#endif\",shadowmap_pars_fragment:\"#if NUM_SPOT_LIGHT_COORDS > 0\\n  varying vec4 vSpotLightCoord[ NUM_SPOT_LIGHT_COORDS ];\\n#endif\\n#if NUM_SPOT_LIGHT_MAPS > 0\\n  uniform sampler2D spotLightMap[ NUM_SPOT_LIGHT_MAPS ];\\n#endif\\n#ifdef USE_SHADOWMAP\\n\\t#if NUM_DIR_LIGHT_SHADOWS > 0\\n\\t\\tuniform sampler2D directionalShadowMap[ NUM_DIR_LIGHT_SHADOWS ];\\n\\t\\tvarying vec4 vDirectionalShadowCoord[ NUM_DIR_LIGHT_SHADOWS ];\\n\\t\\tstruct DirectionalLightShadow {\\n\\t\\t\\tfloat shadowBias;\\n\\t\\t\\tfloat shadowNormalBias;\\n\\t\\t\\tfloat shadowRadius;\\n\\t\\t\\tvec2 shadowMapSize;\\n\\t\\t};\\n\\t\\tuniform DirectionalLightShadow directionalLightShadows[ NUM_DIR_LIGHT_SHADOWS ];\\n\\t#endif\\n\\t#if NUM_SPOT_LIGHT_SHADOWS > 0\\n\\t\\tuniform sampler2D spotShadowMap[ NUM_SPOT_LIGHT_SHADOWS ];\\n\\t\\tstruct SpotLightShadow {\\n\\t\\t\\tfloat shadowBias;\\n\\t\\t\\tfloat shadowNormalBias;\\n\\t\\t\\tfloat shadowRadius;\\n\\t\\t\\tvec2 shadowMapSize;\\n\\t\\t};\\n\\t\\tuniform SpotLightShadow spotLightShadows[ NUM_SPOT_LIGHT_SHADOWS ];\\n\\t#endif\\n\\t#if NUM_POINT_LIGHT_SHADOWS > 0\\n\\t\\tuniform sampler2D pointShadowMap[ NUM_POINT_LIGHT_SHADOWS ];\\n\\t\\tvarying vec4 vPointShadowCoord[ NUM_POINT_LIGHT_SHADOWS ];\\n\\t\\tstruct PointLightShadow {\\n\\t\\t\\tfloat shadowBias;\\n\\t\\t\\tfloat shadowNormalBias;\\n\\t\\t\\tfloat shadowRadius;\\n\\t\\t\\tvec2 shadowMapSize;\\n\\t\\t\\tfloat shadowCameraNear;\\n\\t\\t\\tfloat shadowCameraFar;\\n\\t\\t};\\n\\t\\tuniform PointLightShadow pointLightShadows[ NUM_POINT_LIGHT_SHADOWS ];\\n\\t#endif\\n\\tfloat texture2DCompare( sampler2D depths, vec2 uv, float compare ) {\\n\\t\\treturn step( compare, unpackRGBAToDepth( texture2D( depths, uv ) ) );\\n\\t}\\n\\tvec2 texture2DDistribution( sampler2D shadow, vec2 uv ) {\\n\\t\\treturn unpackRGBATo2Half( texture2D( shadow, uv ) );\\n\\t}\\n\\tfloat VSMShadow (sampler2D shadow, vec2 uv, float compare ){\\n\\t\\tfloat occlusion = 1.0;\\n\\t\\tvec2 distribution = texture2DDistribution( shadow, uv );\\n\\t\\tfloat hard_shadow = step( compare , distribution.x );\\n\\t\\tif (hard_shadow != 1.0 ) {\\n\\t\\t\\tfloat distance = compare - distribution.x ;\\n\\t\\t\\tfloat variance = max( 0.00000, distribution.y * distribution.y );\\n\\t\\t\\tfloat softness_probability = variance / (variance + distance * distance );\\t\\t\\tsoftness_probability = clamp( ( softness_probability - 0.3 ) / ( 0.95 - 0.3 ), 0.0, 1.0 );\\t\\t\\tocclusion = clamp( max( hard_shadow, softness_probability ), 0.0, 1.0 );\\n\\t\\t}\\n\\t\\treturn occlusion;\\n\\t}\\n\\tfloat getShadow( sampler2D shadowMap, vec2 shadowMapSize, float shadowBias, float shadowRadius, vec4 shadowCoord ) {\\n\\t\\tfloat shadow = 1.0;\\n\\t\\tshadowCoord.xyz /= shadowCoord.w;\\n\\t\\tshadowCoord.z += shadowBias;\\n\\t\\tbvec4 inFrustumVec = bvec4 ( shadowCoord.x >= 0.0, shadowCoord.x \u003C= 1.0, shadowCoord.y >= 0.0, shadowCoord.y \u003C= 1.0 );\\n\\t\\tbool inFrustum = all( inFrustumVec );\\n\\t\\tbvec2 frustumTestVec = bvec2( inFrustum, shadowCoord.z \u003C= 1.0 );\\n\\t\\tbool frustumTest = all( frustumTestVec );\\n\\t\\tif ( frustumTest ) {\\n\\t\\t#if defined( SHADOWMAP_TYPE_PCF )\\n\\t\\t\\tvec2 texelSize = vec2( 1.0 ) / shadowMapSize;\\n\\t\\t\\tfloat dx0 = - texelSize.x * shadowRadius;\\n\\t\\t\\tfloat dy0 = - texelSize.y * shadowRadius;\\n\\t\\t\\tfloat dx1 = + texelSize.x * shadowRadius;\\n\\t\\t\\tfloat dy1 = + texelSize.y * shadowRadius;\\n\\t\\t\\tfloat dx2 = dx0 / 2.0;\\n\\t\\t\\tfloat dy2 = dy0 / 2.0;\\n\\t\\t\\tfloat dx3 = dx1 / 2.0;\\n\\t\\t\\tfloat dy3 = dy1 / 2.0;\\n\\t\\t\\tshadow = (\\n\\t\\t\\t\\ttexture2DCompare( shadowMap, shadowCoord.xy + vec2( dx0, dy0 ), shadowCoord.z ) +\\n\\t\\t\\t\\ttexture2DCompare( shadowMap, shadowCoord.xy + vec2( 0.0, dy0 ), shadowCoord.z ) +\\n\\t\\t\\t\\ttexture2DCompare( shadowMap, shadowCoord.xy + vec2( dx1, dy0 ), shadowCoord.z ) +\\n\\t\\t\\t\\ttexture2DCompare( shadowMap, shadowCoord.xy + vec2( dx2, dy2 ), shadowCoord.z ) +\\n\\t\\t\\t\\ttexture2DCompare( shadowMap, shadowCoord.xy + vec2( 0.0, dy2 ), shadowCoord.z ) +\\n\\t\\t\\t\\ttexture2DCompare( shadowMap, shadowCoord.xy + vec2( dx3, dy2 ), shadowCoord.z ) +\\n\\t\\t\\t\\ttexture2DCompare( shadowMap, shadowCoord.xy + vec2( dx0, 0.0 ), shadowCoord.z ) +\\n\\t\\t\\t\\ttexture2DCompare( shadowMap, shadowCoord.xy + vec2( dx2, 0.0 ), shadowCoord.z ) +\\n\\t\\t\\t\\ttexture2DCompare( shadowMap, shadowCoord.xy, shadowCoord.z ) +\\n\\t\\t\\t\\ttexture2DCompare( shadowMap, shadowCoord.xy + vec2( dx3, 0.0 ), shadowCoord.z ) +\\n\\t\\t\\t\\ttexture2DCompare( shadowMap, shadowCoord.xy + vec2( dx1, 0.0 ), shadowCoord.z ) +\\n\\t\\t\\t\\ttexture2DCompare( shadowMap, shadowCoord.xy + vec2( dx2, dy3 ), shadowCoord.z ) +\\n\\t\\t\\t\\ttexture2DCompare( shadowMap, shadowCoord.xy + vec2( 0.0, dy3 ), shadowCoord.z ) +\\n\\t\\t\\t\\ttexture2DCompare( shadowMap, shadowCoord.xy + vec2( dx3, dy3 ), shadowCoord.z ) +\\n\\t\\t\\t\\ttexture2DCompare( shadowMap, shadowCoord.xy + vec2( dx0, dy1 ), shadowCoord.z ) +\\n\\t\\t\\t\\ttexture2DCompare( shadowMap, shadowCoord.xy + vec2( 0.0, dy1 ), shadowCoord.z ) +\\n\\t\\t\\t\\ttexture2DCompare( shadowMap, shadowCoord.xy + vec2( dx1, dy1 ), shadowCoord.z )\\n\\t\\t\\t) * ( 1.0 / 17.0 );\\n\\t\\t#elif defined( SHADOWMAP_TYPE_PCF_SOFT )\\n\\t\\t\\tvec2 texelSize = vec2( 1.0 ) / shadowMapSize;\\n\\t\\t\\tfloat dx = texelSize.x;\\n\\t\\t\\tfloat dy = texelSize.y;\\n\\t\\t\\tvec2 uv = shadowCoord.xy;\\n\\t\\t\\tvec2 f = fract( uv * shadowMapSize + 0.5 );\\n\\t\\t\\tuv -= f * texelSize;\\n\\t\\t\\tshadow = (\\n\\t\\t\\t\\ttexture2DCompare( shadowMap, uv, shadowCoord.z ) +\\n\\t\\t\\t\\ttexture2DCompare( shadowMap, uv + vec2( dx, 0.0 ), shadowCoord.z ) +\\n\\t\\t\\t\\ttexture2DCompare( shadowMap, uv + vec2( 0.0, dy ), shadowCoord.z ) +\\n\\t\\t\\t\\ttexture2DCompare( shadowMap, uv + texelSize, shadowCoord.z ) +\\n\\t\\t\\t\\tmix( texture2DCompare( shadowMap, uv + vec2( -dx, 0.0 ), shadowCoord.z ),\\n\\t\\t\\t\\t\\t texture2DCompare( shadowMap, uv + vec2( 2.0 * dx, 0.0 ), shadowCoord.z ),\\n\\t\\t\\t\\t\\t f.x ) +\\n\\t\\t\\t\\tmix( texture2DCompare( shadowMap, uv + vec2( -dx, dy ), shadowCoord.z ),\\n\\t\\t\\t\\t\\t texture2DCompare( shadowMap, uv + vec2( 2.0 * dx, dy ), shadowCoord.z ),\\n\\t\\t\\t\\t\\t f.x ) +\\n\\t\\t\\t\\tmix( texture2DCompare( shadowMap, uv + vec2( 0.0, -dy ), shadowCoord.z ),\\n\\t\\t\\t\\t\\t texture2DCompare( shadowMap, uv + vec2( 0.0, 2.0 * dy ), shadowCoord.z ),\\n\\t\\t\\t\\t\\t f.y ) +\\n\\t\\t\\t\\tmix( texture2DCompare( shadowMap, uv + vec2( dx, -dy ), shadowCoord.z ),\\n\\t\\t\\t\\t\\t texture2DCompare( shadowMap, uv + vec2( dx, 2.0 * dy ), shadowCoord.z ),\\n\\t\\t\\t\\t\\t f.y ) +\\n\\t\\t\\t\\tmix( mix( texture2DCompare( shadowMap, uv + vec2( -dx, -dy ), shadowCoord.z ),\\n\\t\\t\\t\\t\\t\\t  texture2DCompare( shadowMap, uv + vec2( 2.0 * dx, -dy ), shadowCoord.z ),\\n\\t\\t\\t\\t\\t\\t  f.x ),\\n\\t\\t\\t\\t\\t mix( texture2DCompare( shadowMap, uv + vec2( -dx, 2.0 * dy ), shadowCoord.z ),\\n\\t\\t\\t\\t\\t\\t  texture2DCompare( shadowMap, uv + vec2( 2.0 * dx, 2.0 * dy ), shadowCoord.z ),\\n\\t\\t\\t\\t\\t\\t  f.x ),\\n\\t\\t\\t\\t\\t f.y )\\n\\t\\t\\t) * ( 1.0 / 9.0 );\\n\\t\\t#elif defined( SHADOWMAP_TYPE_VSM )\\n\\t\\t\\tshadow = VSMShadow( shadowMap, shadowCoord.xy, shadowCoord.z );\\n\\t\\t#else\\n\\t\\t\\tshadow = texture2DCompare( shadowMap, shadowCoord.xy, shadowCoord.z );\\n\\t\\t#endif\\n\\t\\t}\\n\\t\\treturn shadow;\\n\\t}\\n\\tvec2 cubeToUV( vec3 v, float texelSizeY ) {\\n\\t\\tvec3 absV = abs( v );\\n\\t\\tfloat scaleToCube = 1.0 / max( absV.x, max( absV.y, absV.z ) );\\n\\t\\tabsV *= scaleToCube;\\n\\t\\tv *= scaleToCube * ( 1.0 - 2.0 * texelSizeY );\\n\\t\\tvec2 planar = v.xy;\\n\\t\\tfloat almostATexel = 1.5 * texelSizeY;\\n\\t\\tfloat almostOne = 1.0 - almostATexel;\\n\\t\\tif ( absV.z >= almostOne ) {\\n\\t\\t\\tif ( v.z > 0.0 )\\n\\t\\t\\t\\tplanar.x = 4.0 - v.x;\\n\\t\\t} else if ( absV.x >= almostOne ) {\\n\\t\\t\\tfloat signX = sign( v.x );\\n\\t\\t\\tplanar.x = v.z * signX + 2.0 * signX;\\n\\t\\t} else if ( absV.y >= almostOne ) {\\n\\t\\t\\tfloat signY = sign( v.y );\\n\\t\\t\\tplanar.x = v.x + 2.0 * signY + 2.0;\\n\\t\\t\\tplanar.y = v.z * signY - 2.0;\\n\\t\\t}\\n\\t\\treturn vec2( 0.125, 0.25 ) * planar + vec2( 0.375, 0.75 );\\n\\t}\\n\\tfloat getPointShadow( sampler2D shadowMap, vec2 shadowMapSize, float shadowBias, float shadowRadius, vec4 shadowCoord, float shadowCameraNear, float shadowCameraFar ) {\\n\\t\\tvec2 texelSize = vec2( 1.0 ) / ( shadowMapSize * vec2( 4.0, 2.0 ) );\\n\\t\\tvec3 lightToPosition = shadowCoord.xyz;\\n\\t\\tfloat dp = ( length( lightToPosition ) - shadowCameraNear ) / ( shadowCameraFar - shadowCameraNear );\\t\\tdp += shadowBias;\\n\\t\\tvec3 bd3D = normalize( lightToPosition );\\n\\t\\t#if defined( SHADOWMAP_TYPE_PCF ) || defined( SHADOWMAP_TYPE_PCF_SOFT ) || defined( SHADOWMAP_TYPE_VSM )\\n\\t\\t\\tvec2 offset = vec2( - 1, 1 ) * shadowRadius * texelSize.y;\\n\\t\\t\\treturn (\\n\\t\\t\\t\\ttexture2DCompare( shadowMap, cubeToUV( bd3D + offset.xyy, texelSize.y ), dp ) +\\n\\t\\t\\t\\ttexture2DCompare( shadowMap, cubeToUV( bd3D + offset.yyy, texelSize.y ), dp ) +\\n\\t\\t\\t\\ttexture2DCompare( shadowMap, cubeToUV( bd3D + offset.xyx, texelSize.y ), dp ) +\\n\\t\\t\\t\\ttexture2DCompare( shadowMap, cubeToUV( bd3D + offset.yyx, texelSize.y ), dp ) +\\n\\t\\t\\t\\ttexture2DCompare( shadowMap, cubeToUV( bd3D, texelSize.y ), dp ) +\\n\\t\\t\\t\\ttexture2DCompare( shadowMap, cubeToUV( bd3D + offset.xxy, texelSize.y ), dp ) +\\n\\t\\t\\t\\ttexture2DCompare( shadowMap, cubeToUV( bd3D + offset.yxy, texelSize.y ), dp ) +\\n\\t\\t\\t\\ttexture2DCompare( shadowMap, cubeToUV( bd3D + offset.xxx, texelSize.y ), dp ) +\\n\\t\\t\\t\\ttexture2DCompare( shadowMap, cubeToUV( bd3D + offset.yxx, texelSize.y ), dp )\\n\\t\\t\\t) * ( 1.0 / 9.0 );\\n\\t\\t#else\\n\\t\\t\\treturn texture2DCompare( shadowMap, cubeToUV( bd3D, texelSize.y ), dp );\\n\\t\\t#endif\\n\\t}\\n#endif\",shadowmap_pars_vertex:\"#if NUM_SPOT_LIGHT_COORDS > 0\\n  uniform mat4 spotLightMatrix[ NUM_SPOT_LIGHT_COORDS ];\\n  varying vec4 vSpotLightCoord[ NUM_SPOT_LIGHT_COORDS ];\\n#endif\\n#ifdef USE_SHADOWMAP\\n\\t#if NUM_DIR_LIGHT_SHADOWS > 0\\n\\t\\tuniform mat4 directionalShadowMatrix[ NUM_DIR_LIGHT_SHADOWS ];\\n\\t\\tvarying vec4 vDirectionalShadowCoord[ NUM_DIR_LIGHT_SHADOWS ];\\n\\t\\tstruct DirectionalLightShadow {\\n\\t\\t\\tfloat shadowBias;\\n\\t\\t\\tfloat shadowNormalBias;\\n\\t\\t\\tfloat shadowRadius;\\n\\t\\t\\tvec2 shadowMapSize;\\n\\t\\t};\\n\\t\\tuniform DirectionalLightShadow directionalLightShadows[ NUM_DIR_LIGHT_SHADOWS ];\\n\\t#endif\\n\\t#if NUM_SPOT_LIGHT_SHADOWS > 0\\n\\t\\tstruct SpotLightShadow {\\n\\t\\t\\tfloat shadowBias;\\n\\t\\t\\tfloat shadowNormalBias;\\n\\t\\t\\tfloat shadowRadius;\\n\\t\\t\\tvec2 shadowMapSize;\\n\\t\\t};\\n\\t\\tuniform SpotLightShadow spotLightShadows[ NUM_SPOT_LIGHT_SHADOWS ];\\n\\t#endif\\n\\t#if NUM_POINT_LIGHT_SHADOWS > 0\\n\\t\\tuniform mat4 pointShadowMatrix[ NUM_POINT_LIGHT_SHADOWS ];\\n\\t\\tvarying vec4 vPointShadowCoord[ NUM_POINT_LIGHT_SHADOWS ];\\n\\t\\tstruct PointLightShadow {\\n\\t\\t\\tfloat shadowBias;\\n\\t\\t\\tfloat shadowNormalBias;\\n\\t\\t\\tfloat shadowRadius;\\n\\t\\t\\tvec2 shadowMapSize;\\n\\t\\t\\tfloat shadowCameraNear;\\n\\t\\t\\tfloat shadowCameraFar;\\n\\t\\t};\\n\\t\\tuniform PointLightShadow pointLightShadows[ NUM_POINT_LIGHT_SHADOWS ];\\n\\t#endif\\n#endif\",shadowmap_vertex:\"#if defined( USE_SHADOWMAP ) || ( NUM_SPOT_LIGHT_COORDS > 0 )\\n\\t#if NUM_DIR_LIGHT_SHADOWS > 0 || NUM_SPOT_LIGHT_COORDS > 0 || NUM_POINT_LIGHT_SHADOWS > 0\\n\\t\\tvec3 shadowWorldNormal = inverseTransformDirection( transformedNormal, viewMatrix );\\n\\t\\tvec4 shadowWorldPosition;\\n\\t#endif\\n\\t#if NUM_DIR_LIGHT_SHADOWS > 0\\n\\t#pragma unroll_loop_start\\n\\tfor ( int i = 0; i \u003C NUM_DIR_LIGHT_SHADOWS; i ++ ) {\\n\\t\\tshadowWorldPosition = worldPosition + vec4( shadowWorldNormal * directionalLightShadows[ i ].shadowNormalBias, 0 );\\n\\t\\tvDirectionalShadowCoord[ i ] = directionalShadowMatrix[ i ] * shadowWorldPosition;\\n\\t}\\n\\t#pragma unroll_loop_end\\n\\t#endif\\n\\t#if NUM_SPOT_LIGHT_COORDS > 0\\n\\t#pragma unroll_loop_start\\n\\tfor ( int i = 0; i \u003C NUM_SPOT_LIGHT_COORDS; i ++ ) {\\n\\t\\tshadowWorldPosition = worldPosition;\\n\\t\\t#if ( defined( USE_SHADOWMAP ) && UNROLLED_LOOP_INDEX \u003C NUM_SPOT_LIGHT_SHADOWS )\\n\\t\\t\\tshadowWorldPosition.xyz += shadowWorldNormal * spotLightShadows[ i ].shadowNormalBias;\\n\\t\\t#endif\\n\\t\\tvSpotLightCoord[ i ] = spotLightMatrix[ i ] * shadowWorldPosition;\\n\\t}\\n\\t#pragma unroll_loop_end\\n\\t#endif\\n\\t#if NUM_POINT_LIGHT_SHADOWS > 0\\n\\t#pragma unroll_loop_start\\n\\tfor ( int i = 0; i \u003C NUM_POINT_LIGHT_SHADOWS; i ++ ) {\\n\\t\\tshadowWorldPosition = worldPosition + vec4( shadowWorldNormal * pointLightShadows[ i ].shadowNormalBias, 0 );\\n\\t\\tvPointShadowCoord[ i ] = pointShadowMatrix[ i ] * shadowWorldPosition;\\n\\t}\\n\\t#pragma unroll_loop_end\\n\\t#endif\\n#endif\",shadowmask_pars_fragment:\"float getShadowMask() {\\n\\tfloat shadow = 1.0;\\n\\t#ifdef USE_SHADOWMAP\\n\\t#if NUM_DIR_LIGHT_SHADOWS > 0\\n\\tDirectionalLightShadow directionalLight;\\n\\t#pragma unroll_loop_start\\n\\tfor ( int i = 0; i \u003C NUM_DIR_LIGHT_SHADOWS; i ++ ) {\\n\\t\\tdirectionalLight = directionalLightShadows[ i ];\\n\\t\\tshadow *= receiveShadow ? getShadow( directionalShadowMap[ i ], directionalLight.shadowMapSize, directionalLight.shadowBias, directionalLight.shadowRadius, vDirectionalShadowCoord[ i ] ) : 1.0;\\n\\t}\\n\\t#pragma unroll_loop_end\\n\\t#endif\\n\\t#if NUM_SPOT_LIGHT_SHADOWS > 0\\n\\tSpotLightShadow spotLight;\\n\\t#pragma unroll_loop_start\\n\\tfor ( int i = 0; i \u003C NUM_SPOT_LIGHT_SHADOWS; i ++ ) {\\n\\t\\tspotLight = spotLightShadows[ i ];\\n\\t\\tshadow *= receiveShadow ? getShadow( spotShadowMap[ i ], spotLight.shadowMapSize, spotLight.shadowBias, spotLight.shadowRadius, vSpotLightCoord[ i ] ) : 1.0;\\n\\t}\\n\\t#pragma unroll_loop_end\\n\\t#endif\\n\\t#if NUM_POINT_LIGHT_SHADOWS > 0\\n\\tPointLightShadow pointLight;\\n\\t#pragma unroll_loop_start\\n\\tfor ( int i = 0; i \u003C NUM_POINT_LIGHT_SHADOWS; i ++ ) {\\n\\t\\tpointLight = pointLightShadows[ i ];\\n\\t\\tshadow *= receiveShadow ? getPointShadow( pointShadowMap[ i ], pointLight.shadowMapSize, pointLight.shadowBias, pointLight.shadowRadius, vPointShadowCoord[ i ], pointLight.shadowCameraNear, pointLight.shadowCameraFar ) : 1.0;\\n\\t}\\n\\t#pragma unroll_loop_end\\n\\t#endif\\n\\t#endif\\n\\treturn shadow;\\n}\",skinbase_vertex:\"#ifdef USE_SKINNING\\n\\tmat4 boneMatX = getBoneMatrix( skinIndex.x );\\n\\tmat4 boneMatY = getBoneMatrix( skinIndex.y );\\n\\tmat4 boneMatZ = getBoneMatrix( skinIndex.z );\\n\\tmat4 boneMatW = getBoneMatrix( skinIndex.w );\\n#endif\",skinning_pars_vertex:\"#ifdef USE_SKINNING\\n\\tuniform mat4 bindMatrix;\\n\\tuniform mat4 bindMatrixInverse;\\n\\tuniform highp sampler2D boneTexture;\\n\\tuniform int boneTextureSize;\\n\\tmat4 getBoneMatrix( const in float i ) {\\n\\t\\tfloat j = i * 4.0;\\n\\t\\tfloat x = mod( j, float( boneTextureSize ) );\\n\\t\\tfloat y = floor( j / float( boneTextureSize ) );\\n\\t\\tfloat dx = 1.0 / float( boneTextureSize );\\n\\t\\tfloat dy = 1.0 / float( boneTextureSize );\\n\\t\\ty = dy * ( y + 0.5 );\\n\\t\\tvec4 v1 = texture2D( boneTexture, vec2( dx * ( x + 0.5 ), y ) );\\n\\t\\tvec4 v2 = texture2D( boneTexture, vec2( dx * ( x + 1.5 ), y ) );\\n\\t\\tvec4 v3 = texture2D( boneTexture, vec2( dx * ( x + 2.5 ), y ) );\\n\\t\\tvec4 v4 = texture2D( boneTexture, vec2( dx * ( x + 3.5 ), y ) );\\n\\t\\tmat4 bone = mat4( v1, v2, v3, v4 );\\n\\t\\treturn bone;\\n\\t}\\n#endif\",skinning_vertex:\"#ifdef USE_SKINNING\\n\\tvec4 skinVertex = bindMatrix * vec4( transformed, 1.0 );\\n\\tvec4 skinned = vec4( 0.0 );\\n\\tskinned += boneMatX * skinVertex * skinWeight.x;\\n\\tskinned += boneMatY * skinVertex * skinWeight.y;\\n\\tskinned += boneMatZ * skinVertex * skinWeight.z;\\n\\tskinned += boneMatW * skinVertex * skinWeight.w;\\n\\ttransformed = ( bindMatrixInverse * skinned ).xyz;\\n#endif\",skinnormal_vertex:\"#ifdef USE_SKINNING\\n\\tmat4 skinMatrix = mat4( 0.0 );\\n\\tskinMatrix += skinWeight.x * boneMatX;\\n\\tskinMatrix += skinWeight.y * boneMatY;\\n\\tskinMatrix += skinWeight.z * boneMatZ;\\n\\tskinMatrix += skinWeight.w * boneMatW;\\n\\tskinMatrix = bindMatrixInverse * skinMatrix * bindMatrix;\\n\\tobjectNormal = vec4( skinMatrix * vec4( objectNormal, 0.0 ) ).xyz;\\n\\t#ifdef USE_TANGENT\\n\\t\\tobjectTangent = vec4( skinMatrix * vec4( objectTangent, 0.0 ) ).xyz;\\n\\t#endif\\n#endif\",specularmap_fragment:\"float specularStrength;\\n#ifdef USE_SPECULARMAP\\n\\tvec4 texelSpecular = texture2D( specularMap, vUv );\\n\\tspecularStrength = texelSpecular.r;\\n#else\\n\\tspecularStrength = 1.0;\\n#endif\",specularmap_pars_fragment:\"#ifdef USE_SPECULARMAP\\n\\tuniform sampler2D specularMap;\\n#endif\",tonemapping_fragment:\"#if defined( TONE_MAPPING )\\n\\tgl_FragColor.rgb = toneMapping( gl_FragColor.rgb );\\n#endif\",tonemapping_pars_fragment:\"#ifndef saturate\\n#define saturate( a ) clamp( a, 0.0, 1.0 )\\n#endif\\nuniform float toneMappingExposure;\\nvec3 LinearToneMapping( vec3 color ) {\\n\\treturn toneMappingExposure * color;\\n}\\nvec3 ReinhardToneMapping( vec3 color ) {\\n\\tcolor *= toneMappingExposure;\\n\\treturn saturate( color / ( vec3( 1.0 ) + color ) );\\n}\\nvec3 OptimizedCineonToneMapping( vec3 color ) {\\n\\tcolor *= toneMappingExposure;\\n\\tcolor = max( vec3( 0.0 ), color - 0.004 );\\n\\treturn pow( ( color * ( 6.2 * color + 0.5 ) ) / ( color * ( 6.2 * color + 1.7 ) + 0.06 ), vec3( 2.2 ) );\\n}\\nvec3 RRTAndODTFit( vec3 v ) {\\n\\tvec3 a = v * ( v + 0.0245786 ) - 0.000090537;\\n\\tvec3 b = v * ( 0.983729 * v + 0.4329510 ) + 0.238081;\\n\\treturn a / b;\\n}\\nvec3 ACESFilmicToneMapping( vec3 color ) {\\n\\tconst mat3 ACESInputMat = mat3(\\n\\t\\tvec3( 0.59719, 0.07600, 0.02840 ),\\t\\tvec3( 0.35458, 0.90834, 0.13383 ),\\n\\t\\tvec3( 0.04823, 0.01566, 0.83777 )\\n\\t);\\n\\tconst mat3 ACESOutputMat = mat3(\\n\\t\\tvec3(  1.60475, -0.10208, -0.00327 ),\\t\\tvec3( -0.53108,  1.10813, -0.07276 ),\\n\\t\\tvec3( -0.07367, -0.00605,  1.07602 )\\n\\t);\\n\\tcolor *= toneMappingExposure / 0.6;\\n\\tcolor = ACESInputMat * color;\\n\\tcolor = RRTAndODTFit( color );\\n\\tcolor = ACESOutputMat * color;\\n\\treturn saturate( color );\\n}\\nvec3 CustomToneMapping( vec3 color ) { return color; }\",transmission_fragment:\"#ifdef USE_TRANSMISSION\\n\\tmaterial.transmission = transmission;\\n\\tmaterial.transmissionAlpha = 1.0;\\n\\tmaterial.thickness = thickness;\\n\\tmaterial.attenuationDistance = attenuationDistance;\\n\\tmaterial.attenuationColor = attenuationColor;\\n\\t#ifdef USE_TRANSMISSIONMAP\\n\\t\\tmaterial.transmission *= texture2D( transmissionMap, vUv ).r;\\n\\t#endif\\n\\t#ifdef USE_THICKNESSMAP\\n\\t\\tmaterial.thickness *= texture2D( thicknessMap, vUv ).g;\\n\\t#endif\\n\\tvec3 pos = vWorldPosition;\\n\\tvec3 v = normalize( cameraPosition - pos );\\n\\tvec3 n = inverseTransformDirection( normal, viewMatrix );\\n\\tvec4 transmission = getIBLVolumeRefraction(\\n\\t\\tn, v, material.roughness, material.diffuseColor, material.specularColor, material.specularF90,\\n\\t\\tpos, modelMatrix, viewMatrix, projectionMatrix, material.ior, material.thickness,\\n\\t\\tmaterial.attenuationColor, material.attenuationDistance );\\n\\tmaterial.transmissionAlpha = mix( material.transmissionAlpha, transmission.a, material.transmission );\\n\\ttotalDiffuse = mix( totalDiffuse, transmission.rgb, material.transmission );\\n#endif\",transmission_pars_fragment:\"#ifdef USE_TRANSMISSION\\n\\tuniform float transmission;\\n\\tuniform float thickness;\\n\\tuniform float attenuationDistance;\\n\\tuniform vec3 attenuationColor;\\n\\t#ifdef USE_TRANSMISSIONMAP\\n\\t\\tuniform sampler2D transmissionMap;\\n\\t#endif\\n\\t#ifdef USE_THICKNESSMAP\\n\\t\\tuniform sampler2D thicknessMap;\\n\\t#endif\\n\\tuniform vec2 transmissionSamplerSize;\\n\\tuniform sampler2D transmissionSamplerMap;\\n\\tuniform mat4 modelMatrix;\\n\\tuniform mat4 projectionMatrix;\\n\\tvarying vec3 vWorldPosition;\\n\\tvec3 getVolumeTransmissionRay( const in vec3 n, const in vec3 v, const in float thickness, const in float ior, const in mat4 modelMatrix ) {\\n\\t\\tvec3 refractionVector = refract( - v, normalize( n ), 1.0 / ior );\\n\\t\\tvec3 modelScale;\\n\\t\\tmodelScale.x = length( vec3( modelMatrix[ 0 ].xyz ) );\\n\\t\\tmodelScale.y = length( vec3( modelMatrix[ 1 ].xyz ) );\\n\\t\\tmodelScale.z = length( vec3( modelMatrix[ 2 ].xyz ) );\\n\\t\\treturn normalize( refractionVector ) * thickness * modelScale;\\n\\t}\\n\\tfloat applyIorToRoughness( const in float roughness, const in float ior ) {\\n\\t\\treturn roughness * clamp( ior * 2.0 - 2.0, 0.0, 1.0 );\\n\\t}\\n\\tvec4 getTransmissionSample( const in vec2 fragCoord, const in float roughness, const in float ior ) {\\n\\t\\tfloat framebufferLod = log2( transmissionSamplerSize.x ) * applyIorToRoughness( roughness, ior );\\n\\t\\t#ifdef texture2DLodEXT\\n\\t\\t\\treturn texture2DLodEXT( transmissionSamplerMap, fragCoord.xy, framebufferLod );\\n\\t\\t#else\\n\\t\\t\\treturn texture2D( transmissionSamplerMap, fragCoord.xy, framebufferLod );\\n\\t\\t#endif\\n\\t}\\n\\tvec3 applyVolumeAttenuation( const in vec3 radiance, const in float transmissionDistance, const in vec3 attenuationColor, const in float attenuationDistance ) {\\n\\t\\tif ( isinf( attenuationDistance ) ) {\\n\\t\\t\\treturn radiance;\\n\\t\\t} else {\\n\\t\\t\\tvec3 attenuationCoefficient = -log( attenuationColor ) / attenuationDistance;\\n\\t\\t\\tvec3 transmittance = exp( - attenuationCoefficient * transmissionDistance );\\t\\t\\treturn transmittance * radiance;\\n\\t\\t}\\n\\t}\\n\\tvec4 getIBLVolumeRefraction( const in vec3 n, const in vec3 v, const in float roughness, const in vec3 diffuseColor,\\n\\t\\tconst in vec3 specularColor, const in float specularF90, const in vec3 position, const in mat4 modelMatrix,\\n\\t\\tconst in mat4 viewMatrix, const in mat4 projMatrix, const in float ior, const in float thickness,\\n\\t\\tconst in vec3 attenuationColor, const in float attenuationDistance ) {\\n\\t\\tvec3 transmissionRay = getVolumeTransmissionRay( n, v, thickness, ior, modelMatrix );\\n\\t\\tvec3 refractedRayExit = position + transmissionRay;\\n\\t\\tvec4 ndcPos = projMatrix * viewMatrix * vec4( refractedRayExit, 1.0 );\\n\\t\\tvec2 refractionCoords = ndcPos.xy / ndcPos.w;\\n\\t\\trefractionCoords += 1.0;\\n\\t\\trefractionCoords /= 2.0;\\n\\t\\tvec4 transmittedLight = getTransmissionSample( refractionCoords, roughness, ior );\\n\\t\\tvec3 attenuatedColor = applyVolumeAttenuation( transmittedLight.rgb, length( transmissionRay ), attenuationColor, attenuationDistance );\\n\\t\\tvec3 F = EnvironmentBRDF( n, v, specularColor, specularF90, roughness );\\n\\t\\treturn vec4( ( 1.0 - F ) * attenuatedColor * diffuseColor, transmittedLight.a );\\n\\t}\\n#endif\",uv_pars_fragment:\"#if ( defined( USE_UV ) && ! defined( UVS_VERTEX_ONLY ) )\\n\\tvarying vec2 vUv;\\n#endif\",uv_pars_vertex:\"#ifdef USE_UV\\n\\t#ifdef UVS_VERTEX_ONLY\\n\\t\\tvec2 vUv;\\n\\t#else\\n\\t\\tvarying vec2 vUv;\\n\\t#endif\\n\\tuniform mat3 uvTransform;\\n#endif\",uv_vertex:\"#ifdef USE_UV\\n\\tvUv = ( uvTransform * vec3( uv, 1 ) ).xy;\\n#endif\",uv2_pars_fragment:\"#if defined( USE_LIGHTMAP ) || defined( USE_AOMAP )\\n\\tvarying vec2 vUv2;\\n#endif\",uv2_pars_vertex:\"#if defined( USE_LIGHTMAP ) || defined( USE_AOMAP )\\n\\tattribute vec2 uv2;\\n\\tvarying vec2 vUv2;\\n\\tuniform mat3 uv2Transform;\\n#endif\",uv2_vertex:\"#if defined( USE_LIGHTMAP ) || defined( USE_AOMAP )\\n\\tvUv2 = ( uv2Transform * vec3( uv2, 1 ) ).xy;\\n#endif\",worldpos_vertex:\"#if defined( USE_ENVMAP ) || defined( DISTANCE ) || defined ( USE_SHADOWMAP ) || defined ( USE_TRANSMISSION ) || NUM_SPOT_LIGHT_COORDS > 0\\n\\tvec4 worldPosition = vec4( transformed, 1.0 );\\n\\t#ifdef USE_INSTANCING\\n\\t\\tworldPosition = instanceMatrix * worldPosition;\\n\\t#endif\\n\\tworldPosition = modelMatrix * worldPosition;\\n#endif\",background_vert:\"varying vec2 vUv;\\nuniform mat3 uvTransform;\\nvoid main() {\\n\\tvUv = ( uvTransform * vec3( uv, 1 ) ).xy;\\n\\tgl_Position = vec4( position.xy, 1.0, 1.0 );\\n}\",background_frag:\"uniform sampler2D t2D;\\nuniform float backgroundIntensity;\\nvarying vec2 vUv;\\nvoid main() {\\n\\tvec4 texColor = texture2D( t2D, vUv );\\n\\t#ifdef DECODE_VIDEO_TEXTURE\\n\\t\\ttexColor = vec4( mix( pow( texColor.rgb * 0.9478672986 + vec3( 0.0521327014 ), vec3( 2.4 ) ), texColor.rgb * 0.0773993808, vec3( lessThanEqual( texColor.rgb, vec3( 0.04045 ) ) ) ), texColor.w );\\n\\t#endif\\n\\ttexColor.rgb *= backgroundIntensity;\\n\\tgl_FragColor = texColor;\\n\\t#include \u003Ctonemapping_fragment>\\n\\t#include \u003Cencodings_fragment>\\n}\",backgroundCube_vert:\"varying vec3 vWorldDirection;\\n#include \u003Ccommon>\\nvoid main() {\\n\\tvWorldDirection = transformDirection( position, modelMatrix );\\n\\t#include \u003Cbegin_vertex>\\n\\t#include \u003Cproject_vertex>\\n\\tgl_Position.z = gl_Position.w;\\n}\",backgroundCube_frag:\"#ifdef ENVMAP_TYPE_CUBE\\n\\tuniform samplerCube envMap;\\n#elif defined( ENVMAP_TYPE_CUBE_UV )\\n\\tuniform sampler2D envMap;\\n#endif\\nuniform float flipEnvMap;\\nuniform float backgroundBlurriness;\\nuniform float backgroundIntensity;\\nvarying vec3 vWorldDirection;\\n#include \u003Ccube_uv_reflection_fragment>\\nvoid main() {\\n\\t#ifdef ENVMAP_TYPE_CUBE\\n\\t\\tvec4 texColor = textureCube( envMap, vec3( flipEnvMap * vWorldDirection.x, vWorldDirection.yz ) );\\n\\t#elif defined( ENVMAP_TYPE_CUBE_UV )\\n\\t\\tvec4 texColor = textureCubeUV( envMap, vWorldDirection, backgroundBlurriness );\\n\\t#else\\n\\t\\tvec4 texColor = vec4( 0.0, 0.0, 0.0, 1.0 );\\n\\t#endif\\n\\ttexColor.rgb *= backgroundIntensity;\\n\\tgl_FragColor = texColor;\\n\\t#include \u003Ctonemapping_fragment>\\n\\t#include \u003Cencodings_fragment>\\n}\",cube_vert:\"varying vec3 vWorldDirection;\\n#include \u003Ccommon>\\nvoid main() {\\n\\tvWorldDirection = transformDirection( position, modelMatrix );\\n\\t#include \u003Cbegin_vertex>\\n\\t#include \u003Cproject_vertex>\\n\\tgl_Position.z = gl_Position.w;\\n}\",cube_frag:\"uniform samplerCube tCube;\\nuniform float tFlip;\\nuniform float opacity;\\nvarying vec3 vWorldDirection;\\nvoid main() {\\n\\tvec4 texColor = textureCube( tCube, vec3( tFlip * vWorldDirection.x, vWorldDirection.yz ) );\\n\\tgl_FragColor = texColor;\\n\\tgl_FragColor.a *= opacity;\\n\\t#include \u003Ctonemapping_fragment>\\n\\t#include \u003Cencodings_fragment>\\n}\",depth_vert:\"#include \u003Ccommon>\\n#include \u003Cuv_pars_vertex>\\n#include \u003Cdisplacementmap_pars_vertex>\\n#include \u003Cmorphtarget_pars_vertex>\\n#include \u003Cskinning_pars_vertex>\\n#include \u003Clogdepthbuf_pars_vertex>\\n#include \u003Cclipping_planes_pars_vertex>\\nvarying vec2 vHighPrecisionZW;\\nvoid main() {\\n\\t#include \u003Cuv_vertex>\\n\\t#include \u003Cskinbase_vertex>\\n\\t#ifdef USE_DISPLACEMENTMAP\\n\\t\\t#include \u003Cbeginnormal_vertex>\\n\\t\\t#include \u003Cmorphnormal_vertex>\\n\\t\\t#include \u003Cskinnormal_vertex>\\n\\t#endif\\n\\t#include \u003Cbegin_vertex>\\n\\t#include \u003Cmorphtarget_vertex>\\n\\t#include \u003Cskinning_vertex>\\n\\t#include \u003Cdisplacementmap_vertex>\\n\\t#include \u003Cproject_vertex>\\n\\t#include \u003Clogdepthbuf_vertex>\\n\\t#include \u003Cclipping_planes_vertex>\\n\\tvHighPrecisionZW = gl_Position.zw;\\n}\",depth_frag:\"#if DEPTH_PACKING == 3200\\n\\tuniform float opacity;\\n#endif\\n#include \u003Ccommon>\\n#include \u003Cpacking>\\n#include \u003Cuv_pars_fragment>\\n#include \u003Cmap_pars_fragment>\\n#include \u003Calphamap_pars_fragment>\\n#include \u003Calphatest_pars_fragment>\\n#include \u003Clogdepthbuf_pars_fragment>\\n#include \u003Cclipping_planes_pars_fragment>\\nvarying vec2 vHighPrecisionZW;\\nvoid main() {\\n\\t#include \u003Cclipping_planes_fragment>\\n\\tvec4 diffuseColor = vec4( 1.0 );\\n\\t#if DEPTH_PACKING == 3200\\n\\t\\tdiffuseColor.a = opacity;\\n\\t#endif\\n\\t#include \u003Cmap_fragment>\\n\\t#include \u003Calphamap_fragment>\\n\\t#include \u003Calphatest_fragment>\\n\\t#include \u003Clogdepthbuf_fragment>\\n\\tfloat fragCoordZ = 0.5 * vHighPrecisionZW[0] / vHighPrecisionZW[1] + 0.5;\\n\\t#if DEPTH_PACKING == 3200\\n\\t\\tgl_FragColor = vec4( vec3( 1.0 - fragCoordZ ), opacity );\\n\\t#elif DEPTH_PACKING == 3201\\n\\t\\tgl_FragColor = packDepthToRGBA( fragCoordZ );\\n\\t#endif\\n}\",distanceRGBA_vert:\"#define DISTANCE\\nvarying vec3 vWorldPosition;\\n#include \u003Ccommon>\\n#include \u003Cuv_pars_vertex>\\n#include \u003Cdisplacementmap_pars_vertex>\\n#include \u003Cmorphtarget_pars_vertex>\\n#include \u003Cskinning_pars_vertex>\\n#include \u003Cclipping_planes_pars_vertex>\\nvoid main() {\\n\\t#include \u003Cuv_vertex>\\n\\t#include \u003Cskinbase_vertex>\\n\\t#ifdef USE_DISPLACEMENTMAP\\n\\t\\t#include \u003Cbeginnormal_vertex>\\n\\t\\t#include \u003Cmorphnormal_vertex>\\n\\t\\t#include \u003Cskinnormal_vertex>\\n\\t#endif\\n\\t#include \u003Cbegin_vertex>\\n\\t#include \u003Cmorphtarget_vertex>\\n\\t#include \u003Cskinning_vertex>\\n\\t#include \u003Cdisplacementmap_vertex>\\n\\t#include \u003Cproject_vertex>\\n\\t#include \u003Cworldpos_vertex>\\n\\t#include \u003Cclipping_planes_vertex>\\n\\tvWorldPosition = worldPosition.xyz;\\n}\",distanceRGBA_frag:\"#define DISTANCE\\nuniform vec3 referencePosition;\\nuniform float nearDistance;\\nuniform float farDistance;\\nvarying vec3 vWorldPosition;\\n#include \u003Ccommon>\\n#include \u003Cpacking>\\n#include \u003Cuv_pars_fragment>\\n#include \u003Cmap_pars_fragment>\\n#include \u003Calphamap_pars_fragment>\\n#include \u003Calphatest_pars_fragment>\\n#include \u003Cclipping_planes_pars_fragment>\\nvoid main () {\\n\\t#include \u003Cclipping_planes_fragment>\\n\\tvec4 diffuseColor = vec4( 1.0 );\\n\\t#include \u003Cmap_fragment>\\n\\t#include \u003Calphamap_fragment>\\n\\t#include \u003Calphatest_fragment>\\n\\tfloat dist = length( vWorldPosition - referencePosition );\\n\\tdist = ( dist - nearDistance ) / ( farDistance - nearDistance );\\n\\tdist = saturate( dist );\\n\\tgl_FragColor = packDepthToRGBA( dist );\\n}\",equirect_vert:\"varying vec3 vWorldDirection;\\n#include \u003Ccommon>\\nvoid main() {\\n\\tvWorldDirection = transformDirection( position, modelMatrix );\\n\\t#include \u003Cbegin_vertex>\\n\\t#include \u003Cproject_vertex>\\n}\",equirect_frag:\"uniform sampler2D tEquirect;\\nvarying vec3 vWorldDirection;\\n#include \u003Ccommon>\\nvoid main() {\\n\\tvec3 direction = normalize( vWorldDirection );\\n\\tvec2 sampleUV = equirectUv( direction );\\n\\tgl_FragColor = texture2D( tEquirect, sampleUV );\\n\\t#include \u003Ctonemapping_fragment>\\n\\t#include \u003Cencodings_fragment>\\n}\",linedashed_vert:\"uniform float scale;\\nattribute float lineDistance;\\nvarying float vLineDistance;\\n#include \u003Ccommon>\\n#include \u003Ccolor_pars_vertex>\\n#include \u003Cfog_pars_vertex>\\n#include \u003Cmorphtarget_pars_vertex>\\n#include \u003Clogdepthbuf_pars_vertex>\\n#include \u003Cclipping_planes_pars_vertex>\\nvoid main() {\\n\\tvLineDistance = scale * lineDistance;\\n\\t#include \u003Ccolor_vertex>\\n\\t#include \u003Cmorphcolor_vertex>\\n\\t#include \u003Cbegin_vertex>\\n\\t#include \u003Cmorphtarget_vertex>\\n\\t#include \u003Cproject_vertex>\\n\\t#include \u003Clogdepthbuf_vertex>\\n\\t#include \u003Cclipping_planes_vertex>\\n\\t#include \u003Cfog_vertex>\\n}\",linedashed_frag:\"uniform vec3 diffuse;\\nuniform float opacity;\\nuniform float dashSize;\\nuniform float totalSize;\\nvarying float vLineDistance;\\n#include \u003Ccommon>\\n#include \u003Ccolor_pars_fragment>\\n#include \u003Cfog_pars_fragment>\\n#include \u003Clogdepthbuf_pars_fragment>\\n#include \u003Cclipping_planes_pars_fragment>\\nvoid main() {\\n\\t#include \u003Cclipping_planes_fragment>\\n\\tif ( mod( vLineDistance, totalSize ) > dashSize ) {\\n\\t\\tdiscard;\\n\\t}\\n\\tvec3 outgoingLight = vec3( 0.0 );\\n\\tvec4 diffuseColor = vec4( diffuse, opacity );\\n\\t#include \u003Clogdepthbuf_fragment>\\n\\t#include \u003Ccolor_fragment>\\n\\toutgoingLight = diffuseColor.rgb;\\n\\t#include \u003Coutput_fragment>\\n\\t#include \u003Ctonemapping_fragment>\\n\\t#include \u003Cencodings_fragment>\\n\\t#include \u003Cfog_fragment>\\n\\t#include \u003Cpremultiplied_alpha_fragment>\\n}\",meshbasic_vert:\"#include \u003Ccommon>\\n#include \u003Cuv_pars_vertex>\\n#include \u003Cuv2_pars_vertex>\\n#include \u003Cenvmap_pars_vertex>\\n#include \u003Ccolor_pars_vertex>\\n#include \u003Cfog_pars_vertex>\\n#include \u003Cmorphtarget_pars_vertex>\\n#include \u003Cskinning_pars_vertex>\\n#include \u003Clogdepthbuf_pars_vertex>\\n#include \u003Cclipping_planes_pars_vertex>\\nvoid main() {\\n\\t#include \u003Cuv_vertex>\\n\\t#include \u003Cuv2_vertex>\\n\\t#include \u003Ccolor_vertex>\\n\\t#include \u003Cmorphcolor_vertex>\\n\\t#if defined ( USE_ENVMAP ) || defined ( USE_SKINNING )\\n\\t\\t#include \u003Cbeginnormal_vertex>\\n\\t\\t#include \u003Cmorphnormal_vertex>\\n\\t\\t#include \u003Cskinbase_vertex>\\n\\t\\t#include \u003Cskinnormal_vertex>\\n\\t\\t#include \u003Cdefaultnormal_vertex>\\n\\t#endif\\n\\t#include \u003Cbegin_vertex>\\n\\t#include \u003Cmorphtarget_vertex>\\n\\t#include \u003Cskinning_vertex>\\n\\t#include \u003Cproject_vertex>\\n\\t#include \u003Clogdepthbuf_vertex>\\n\\t#include \u003Cclipping_planes_vertex>\\n\\t#include \u003Cworldpos_vertex>\\n\\t#include \u003Cenvmap_vertex>\\n\\t#include \u003Cfog_vertex>\\n}\",meshbasic_frag:\"uniform vec3 diffuse;\\nuniform float opacity;\\n#ifndef FLAT_SHADED\\n\\tvarying vec3 vNormal;\\n#endif\\n#include \u003Ccommon>\\n#include \u003Cdithering_pars_fragment>\\n#include \u003Ccolor_pars_fragment>\\n#include \u003Cuv_pars_fragment>\\n#include \u003Cuv2_pars_fragment>\\n#include \u003Cmap_pars_fragment>\\n#include \u003Calphamap_pars_fragment>\\n#include \u003Calphatest_pars_fragment>\\n#include \u003Caomap_pars_fragment>\\n#include \u003Clightmap_pars_fragment>\\n#include \u003Cenvmap_common_pars_fragment>\\n#include \u003Cenvmap_pars_fragment>\\n#include \u003Cfog_pars_fragment>\\n#include \u003Cspecularmap_pars_fragment>\\n#include \u003Clogdepthbuf_pars_fragment>\\n#include \u003Cclipping_planes_pars_fragment>\\nvoid main() {\\n\\t#include \u003Cclipping_planes_fragment>\\n\\tvec4 diffuseColor = vec4( diffuse, opacity );\\n\\t#include \u003Clogdepthbuf_fragment>\\n\\t#include \u003Cmap_fragment>\\n\\t#include \u003Ccolor_fragment>\\n\\t#include \u003Calphamap_fragment>\\n\\t#include \u003Calphatest_fragment>\\n\\t#include \u003Cspecularmap_fragment>\\n\\tReflectedLight reflectedLight = ReflectedLight( vec3( 0.0 ), vec3( 0.0 ), vec3( 0.0 ), vec3( 0.0 ) );\\n\\t#ifdef USE_LIGHTMAP\\n\\t\\tvec4 lightMapTexel = texture2D( lightMap, vUv2 );\\n\\t\\treflectedLight.indirectDiffuse += lightMapTexel.rgb * lightMapIntensity * RECIPROCAL_PI;\\n\\t#else\\n\\t\\treflectedLight.indirectDiffuse += vec3( 1.0 );\\n\\t#endif\\n\\t#include \u003Caomap_fragment>\\n\\treflectedLight.indirectDiffuse *= diffuseColor.rgb;\\n\\tvec3 outgoingLight = reflectedLight.indirectDiffuse;\\n\\t#include \u003Cenvmap_fragment>\\n\\t#include \u003Coutput_fragment>\\n\\t#include \u003Ctonemapping_fragment>\\n\\t#include \u003Cencodings_fragment>\\n\\t#include \u003Cfog_fragment>\\n\\t#include \u003Cpremultiplied_alpha_fragment>\\n\\t#include \u003Cdithering_fragment>\\n}\",meshlambert_vert:\"#define LAMBERT\\nvarying vec3 vViewPosition;\\n#include \u003Ccommon>\\n#include \u003Cuv_pars_vertex>\\n#include \u003Cuv2_pars_vertex>\\n#include \u003Cdisplacementmap_pars_vertex>\\n#include \u003Cenvmap_pars_vertex>\\n#include \u003Ccolor_pars_vertex>\\n#include \u003Cfog_pars_vertex>\\n#include \u003Cnormal_pars_vertex>\\n#include \u003Cmorphtarget_pars_vertex>\\n#include \u003Cskinning_pars_vertex>\\n#include \u003Cshadowmap_pars_vertex>\\n#include \u003Clogdepthbuf_pars_vertex>\\n#include \u003Cclipping_planes_pars_vertex>\\nvoid main() {\\n\\t#include \u003Cuv_vertex>\\n\\t#include \u003Cuv2_vertex>\\n\\t#include \u003Ccolor_vertex>\\n\\t#include \u003Cmorphcolor_vertex>\\n\\t#include \u003Cbeginnormal_vertex>\\n\\t#include \u003Cmorphnormal_vertex>\\n\\t#include \u003Cskinbase_vertex>\\n\\t#include \u003Cskinnormal_vertex>\\n\\t#include \u003Cdefaultnormal_vertex>\\n\\t#include \u003Cnormal_vertex>\\n\\t#include \u003Cbegin_vertex>\\n\\t#include \u003Cmorphtarget_vertex>\\n\\t#include \u003Cskinning_vertex>\\n\\t#include \u003Cdisplacementmap_vertex>\\n\\t#include \u003Cproject_vertex>\\n\\t#include \u003Clogdepthbuf_vertex>\\n\\t#include \u003Cclipping_planes_vertex>\\n\\tvViewPosition = - mvPosition.xyz;\\n\\t#include \u003Cworldpos_vertex>\\n\\t#include \u003Cenvmap_vertex>\\n\\t#include \u003Cshadowmap_vertex>\\n\\t#include \u003Cfog_vertex>\\n}\",meshlambert_frag:\"#define LAMBERT\\nuniform vec3 diffuse;\\nuniform vec3 emissive;\\nuniform float opacity;\\n#include \u003Ccommon>\\n#include \u003Cpacking>\\n#include \u003Cdithering_pars_fragment>\\n#include \u003Ccolor_pars_fragment>\\n#include \u003Cuv_pars_fragment>\\n#include \u003Cuv2_pars_fragment>\\n#include \u003Cmap_pars_fragment>\\n#include \u003Calphamap_pars_fragment>\\n#include \u003Calphatest_pars_fragment>\\n#include \u003Caomap_pars_fragment>\\n#include \u003Clightmap_pars_fragment>\\n#include \u003Cemissivemap_pars_fragment>\\n#include \u003Cenvmap_common_pars_fragment>\\n#include \u003Cenvmap_pars_fragment>\\n#include \u003Cfog_pars_fragment>\\n#include \u003Cbsdfs>\\n#include \u003Clights_pars_begin>\\n#include \u003Cnormal_pars_fragment>\\n#include \u003Clights_lambert_pars_fragment>\\n#include \u003Cshadowmap_pars_fragment>\\n#include \u003Cbumpmap_pars_fragment>\\n#include \u003Cnormalmap_pars_fragment>\\n#include \u003Cspecularmap_pars_fragment>\\n#include \u003Clogdepthbuf_pars_fragment>\\n#include \u003Cclipping_planes_pars_fragment>\\nvoid main() {\\n\\t#include \u003Cclipping_planes_fragment>\\n\\tvec4 diffuseColor = vec4( diffuse, opacity );\\n\\tReflectedLight reflectedLight = ReflectedLight( vec3( 0.0 ), vec3( 0.0 ), vec3( 0.0 ), vec3( 0.0 ) );\\n\\tvec3 totalEmissiveRadiance = emissive;\\n\\t#include \u003Clogdepthbuf_fragment>\\n\\t#include \u003Cmap_fragment>\\n\\t#include \u003Ccolor_fragment>\\n\\t#include \u003Calphamap_fragment>\\n\\t#include \u003Calphatest_fragment>\\n\\t#include \u003Cspecularmap_fragment>\\n\\t#include \u003Cnormal_fragment_begin>\\n\\t#include \u003Cnormal_fragment_maps>\\n\\t#include \u003Cemissivemap_fragment>\\n\\t#include \u003Clights_lambert_fragment>\\n\\t#include \u003Clights_fragment_begin>\\n\\t#include \u003Clights_fragment_maps>\\n\\t#include \u003Clights_fragment_end>\\n\\t#include \u003Caomap_fragment>\\n\\tvec3 outgoingLight = reflectedLight.directDiffuse + reflectedLight.indirectDiffuse + totalEmissiveRadiance;\\n\\t#include \u003Cenvmap_fragment>\\n\\t#include \u003Coutput_fragment>\\n\\t#include \u003Ctonemapping_fragment>\\n\\t#include \u003Cencodings_fragment>\\n\\t#include \u003Cfog_fragment>\\n\\t#include \u003Cpremultiplied_alpha_fragment>\\n\\t#include \u003Cdithering_fragment>\\n}\",meshmatcap_vert:\"#define MATCAP\\nvarying vec3 vViewPosition;\\n#include \u003Ccommon>\\n#include \u003Cuv_pars_vertex>\\n#include \u003Ccolor_pars_vertex>\\n#include \u003Cdisplacementmap_pars_vertex>\\n#include \u003Cfog_pars_vertex>\\n#include \u003Cnormal_pars_vertex>\\n#include \u003Cmorphtarget_pars_vertex>\\n#include \u003Cskinning_pars_vertex>\\n#include \u003Clogdepthbuf_pars_vertex>\\n#include \u003Cclipping_planes_pars_vertex>\\nvoid main() {\\n\\t#include \u003Cuv_vertex>\\n\\t#include \u003Ccolor_vertex>\\n\\t#include \u003Cmorphcolor_vertex>\\n\\t#include \u003Cbeginnormal_vertex>\\n\\t#include \u003Cmorphnormal_vertex>\\n\\t#include \u003Cskinbase_vertex>\\n\\t#include \u003Cskinnormal_vertex>\\n\\t#include \u003Cdefaultnormal_vertex>\\n\\t#include \u003Cnormal_vertex>\\n\\t#include \u003Cbegin_vertex>\\n\\t#include \u003Cmorphtarget_vertex>\\n\\t#include \u003Cskinning_vertex>\\n\\t#include \u003Cdisplacementmap_vertex>\\n\\t#include \u003Cproject_vertex>\\n\\t#include \u003Clogdepthbuf_vertex>\\n\\t#include \u003Cclipping_planes_vertex>\\n\\t#include \u003Cfog_vertex>\\n\\tvViewPosition = - mvPosition.xyz;\\n}\",meshmatcap_frag:\"#define MATCAP\\nuniform vec3 diffuse;\\nuniform float opacity;\\nuniform sampler2D matcap;\\nvarying vec3 vViewPosition;\\n#include \u003Ccommon>\\n#include \u003Cdithering_pars_fragment>\\n#include \u003Ccolor_pars_fragment>\\n#include \u003Cuv_pars_fragment>\\n#include \u003Cmap_pars_fragment>\\n#include \u003Calphamap_pars_fragment>\\n#include \u003Calphatest_pars_fragment>\\n#include \u003Cfog_pars_fragment>\\n#include \u003Cnormal_pars_fragment>\\n#include \u003Cbumpmap_pars_fragment>\\n#include \u003Cnormalmap_pars_fragment>\\n#include \u003Clogdepthbuf_pars_fragment>\\n#include \u003Cclipping_planes_pars_fragment>\\nvoid main() {\\n\\t#include \u003Cclipping_planes_fragment>\\n\\tvec4 diffuseColor = vec4( diffuse, opacity );\\n\\t#include \u003Clogdepthbuf_fragment>\\n\\t#include \u003Cmap_fragment>\\n\\t#include \u003Ccolor_fragment>\\n\\t#include \u003Calphamap_fragment>\\n\\t#include \u003Calphatest_fragment>\\n\\t#include \u003Cnormal_fragment_begin>\\n\\t#include \u003Cnormal_fragment_maps>\\n\\tvec3 viewDir = normalize( vViewPosition );\\n\\tvec3 x = normalize( vec3( viewDir.z, 0.0, - viewDir.x ) );\\n\\tvec3 y = cross( viewDir, x );\\n\\tvec2 uv = vec2( dot( x, normal ), dot( y, normal ) ) * 0.495 + 0.5;\\n\\t#ifdef USE_MATCAP\\n\\t\\tvec4 matcapColor = texture2D( matcap, uv );\\n\\t#else\\n\\t\\tvec4 matcapColor = vec4( vec3( mix( 0.2, 0.8, uv.y ) ), 1.0 );\\n\\t#endif\\n\\tvec3 outgoingLight = diffuseColor.rgb * matcapColor.rgb;\\n\\t#include \u003Coutput_fragment>\\n\\t#include \u003Ctonemapping_fragment>\\n\\t#include \u003Cencodings_fragment>\\n\\t#include \u003Cfog_fragment>\\n\\t#include \u003Cpremultiplied_alpha_fragment>\\n\\t#include \u003Cdithering_fragment>\\n}\",meshnormal_vert:\"#define NORMAL\\n#if defined( FLAT_SHADED ) || defined( USE_BUMPMAP ) || defined( TANGENTSPACE_NORMALMAP )\\n\\tvarying vec3 vViewPosition;\\n#endif\\n#include \u003Ccommon>\\n#include \u003Cuv_pars_vertex>\\n#include \u003Cdisplacementmap_pars_vertex>\\n#include \u003Cnormal_pars_vertex>\\n#include \u003Cmorphtarget_pars_vertex>\\n#include \u003Cskinning_pars_vertex>\\n#include \u003Clogdepthbuf_pars_vertex>\\n#include \u003Cclipping_planes_pars_vertex>\\nvoid main() {\\n\\t#include \u003Cuv_vertex>\\n\\t#include \u003Cbeginnormal_vertex>\\n\\t#include \u003Cmorphnormal_vertex>\\n\\t#include \u003Cskinbase_vertex>\\n\\t#include \u003Cskinnormal_vertex>\\n\\t#include \u003Cdefaultnormal_vertex>\\n\\t#include \u003Cnormal_vertex>\\n\\t#include \u003Cbegin_vertex>\\n\\t#include \u003Cmorphtarget_vertex>\\n\\t#include \u003Cskinning_vertex>\\n\\t#include \u003Cdisplacementmap_vertex>\\n\\t#include \u003Cproject_vertex>\\n\\t#include \u003Clogdepthbuf_vertex>\\n\\t#include \u003Cclipping_planes_vertex>\\n#if defined( FLAT_SHADED ) || defined( USE_BUMPMAP ) || defined( TANGENTSPACE_NORMALMAP )\\n\\tvViewPosition = - mvPosition.xyz;\\n#endif\\n}\",meshnormal_frag:\"#define NORMAL\\nuniform float opacity;\\n#if defined( FLAT_SHADED ) || defined( USE_BUMPMAP ) || defined( TANGENTSPACE_NORMALMAP )\\n\\tvarying vec3 vViewPosition;\\n#endif\\n#include \u003Cpacking>\\n#include \u003Cuv_pars_fragment>\\n#include \u003Cnormal_pars_fragment>\\n#include \u003Cbumpmap_pars_fragment>\\n#include \u003Cnormalmap_pars_fragment>\\n#include \u003Clogdepthbuf_pars_fragment>\\n#include \u003Cclipping_planes_pars_fragment>\\nvoid main() {\\n\\t#include \u003Cclipping_planes_fragment>\\n\\t#include \u003Clogdepthbuf_fragment>\\n\\t#include \u003Cnormal_fragment_begin>\\n\\t#include \u003Cnormal_fragment_maps>\\n\\tgl_FragColor = vec4( packNormalToRGB( normal ), opacity );\\n\\t#ifdef OPAQUE\\n\\t\\tgl_FragColor.a = 1.0;\\n\\t#endif\\n}\",meshphong_vert:\"#define PHONG\\nvarying vec3 vViewPosition;\\n#include \u003Ccommon>\\n#include \u003Cuv_pars_vertex>\\n#include \u003Cuv2_pars_vertex>\\n#include \u003Cdisplacementmap_pars_vertex>\\n#include \u003Cenvmap_pars_vertex>\\n#include \u003Ccolor_pars_vertex>\\n#include \u003Cfog_pars_vertex>\\n#include \u003Cnormal_pars_vertex>\\n#include \u003Cmorphtarget_pars_vertex>\\n#include \u003Cskinning_pars_vertex>\\n#include \u003Cshadowmap_pars_vertex>\\n#include \u003Clogdepthbuf_pars_vertex>\\n#include \u003Cclipping_planes_pars_vertex>\\nvoid main() {\\n\\t#include \u003Cuv_vertex>\\n\\t#include \u003Cuv2_vertex>\\n\\t#include \u003Ccolor_vertex>\\n\\t#include \u003Cmorphcolor_vertex>\\n\\t#include \u003Cbeginnormal_vertex>\\n\\t#include \u003Cmorphnormal_vertex>\\n\\t#include \u003Cskinbase_vertex>\\n\\t#include \u003Cskinnormal_vertex>\\n\\t#include \u003Cdefaultnormal_vertex>\\n\\t#include \u003Cnormal_vertex>\\n\\t#include \u003Cbegin_vertex>\\n\\t#include \u003Cmorphtarget_vertex>\\n\\t#include \u003Cskinning_vertex>\\n\\t#include \u003Cdisplacementmap_vertex>\\n\\t#include \u003Cproject_vertex>\\n\\t#include \u003Clogdepthbuf_vertex>\\n\\t#include \u003Cclipping_planes_vertex>\\n\\tvViewPosition = - mvPosition.xyz;\\n\\t#include \u003Cworldpos_vertex>\\n\\t#include \u003Cenvmap_vertex>\\n\\t#include \u003Cshadowmap_vertex>\\n\\t#include \u003Cfog_vertex>\\n}\",meshphong_frag:\"#define PHONG\\nuniform vec3 diffuse;\\nuniform vec3 emissive;\\nuniform vec3 specular;\\nuniform float shininess;\\nuniform float opacity;\\n#include \u003Ccommon>\\n#include \u003Cpacking>\\n#include \u003Cdithering_pars_fragment>\\n#include \u003Ccolor_pars_fragment>\\n#include \u003Cuv_pars_fragment>\\n#include \u003Cuv2_pars_fragment>\\n#include \u003Cmap_pars_fragment>\\n#include \u003Calphamap_pars_fragment>\\n#include \u003Calphatest_pars_fragment>\\n#include \u003Caomap_pars_fragment>\\n#include \u003Clightmap_pars_fragment>\\n#include \u003Cemissivemap_pars_fragment>\\n#include \u003Cenvmap_common_pars_fragment>\\n#include \u003Cenvmap_pars_fragment>\\n#include \u003Cfog_pars_fragment>\\n#include \u003Cbsdfs>\\n#include \u003Clights_pars_begin>\\n#include \u003Cnormal_pars_fragment>\\n#include \u003Clights_phong_pars_fragment>\\n#include \u003Cshadowmap_pars_fragment>\\n#include \u003Cbumpmap_pars_fragment>\\n#include \u003Cnormalmap_pars_fragment>\\n#include \u003Cspecularmap_pars_fragment>\\n#include \u003Clogdepthbuf_pars_fragment>\\n#include \u003Cclipping_planes_pars_fragment>\\nvoid main() {\\n\\t#include \u003Cclipping_planes_fragment>\\n\\tvec4 diffuseColor = vec4( diffuse, opacity );\\n\\tReflectedLight reflectedLight = ReflectedLight( vec3( 0.0 ), vec3( 0.0 ), vec3( 0.0 ), vec3( 0.0 ) );\\n\\tvec3 totalEmissiveRadiance = emissive;\\n\\t#include \u003Clogdepthbuf_fragment>\\n\\t#include \u003Cmap_fragment>\\n\\t#include \u003Ccolor_fragment>\\n\\t#include \u003Calphamap_fragment>\\n\\t#include \u003Calphatest_fragment>\\n\\t#include \u003Cspecularmap_fragment>\\n\\t#include \u003Cnormal_fragment_begin>\\n\\t#include \u003Cnormal_fragment_maps>\\n\\t#include \u003Cemissivemap_fragment>\\n\\t#include \u003Clights_phong_fragment>\\n\\t#include \u003Clights_fragment_begin>\\n\\t#include \u003Clights_fragment_maps>\\n\\t#include \u003Clights_fragment_end>\\n\\t#include \u003Caomap_fragment>\\n\\tvec3 outgoingLight = reflectedLight.directDiffuse + reflectedLight.indirectDiffuse + reflectedLight.directSpecular + reflectedLight.indirectSpecular + totalEmissiveRadiance;\\n\\t#include \u003Cenvmap_fragment>\\n\\t#include \u003Coutput_fragment>\\n\\t#include \u003Ctonemapping_fragment>\\n\\t#include \u003Cencodings_fragment>\\n\\t#include \u003Cfog_fragment>\\n\\t#include \u003Cpremultiplied_alpha_fragment>\\n\\t#include \u003Cdithering_fragment>\\n}\",meshphysical_vert:\"#define STANDARD\\nvarying vec3 vViewPosition;\\n#ifdef USE_TRANSMISSION\\n\\tvarying vec3 vWorldPosition;\\n#endif\\n#include \u003Ccommon>\\n#include \u003Cuv_pars_vertex>\\n#include \u003Cuv2_pars_vertex>\\n#include \u003Cdisplacementmap_pars_vertex>\\n#include \u003Ccolor_pars_vertex>\\n#include \u003Cfog_pars_vertex>\\n#include \u003Cnormal_pars_vertex>\\n#include \u003Cmorphtarget_pars_vertex>\\n#include \u003Cskinning_pars_vertex>\\n#include \u003Cshadowmap_pars_vertex>\\n#include \u003Clogdepthbuf_pars_vertex>\\n#include \u003Cclipping_planes_pars_vertex>\\nvoid main() {\\n\\t#include \u003Cuv_vertex>\\n\\t#include \u003Cuv2_vertex>\\n\\t#include \u003Ccolor_vertex>\\n\\t#include \u003Cmorphcolor_vertex>\\n\\t#include \u003Cbeginnormal_vertex>\\n\\t#include \u003Cmorphnormal_vertex>\\n\\t#include \u003Cskinbase_vertex>\\n\\t#include \u003Cskinnormal_vertex>\\n\\t#include \u003Cdefaultnormal_vertex>\\n\\t#include \u003Cnormal_vertex>\\n\\t#include \u003Cbegin_vertex>\\n\\t#include \u003Cmorphtarget_vertex>\\n\\t#include \u003Cskinning_vertex>\\n\\t#include \u003Cdisplacementmap_vertex>\\n\\t#include \u003Cproject_vertex>\\n\\t#include \u003Clogdepthbuf_vertex>\\n\\t#include \u003Cclipping_planes_vertex>\\n\\tvViewPosition = - mvPosition.xyz;\\n\\t#include \u003Cworldpos_vertex>\\n\\t#include \u003Cshadowmap_vertex>\\n\\t#include \u003Cfog_vertex>\\n#ifdef USE_TRANSMISSION\\n\\tvWorldPosition = worldPosition.xyz;\\n#endif\\n}\",meshphysical_frag:\"#define STANDARD\\n#ifdef PHYSICAL\\n\\t#define IOR\\n\\t#define SPECULAR\\n#endif\\nuniform vec3 diffuse;\\nuniform vec3 emissive;\\nuniform float roughness;\\nuniform float metalness;\\nuniform float opacity;\\n#ifdef IOR\\n\\tuniform float ior;\\n#endif\\n#ifdef SPECULAR\\n\\tuniform float specularIntensity;\\n\\tuniform vec3 specularColor;\\n\\t#ifdef USE_SPECULARINTENSITYMAP\\n\\t\\tuniform sampler2D specularIntensityMap;\\n\\t#endif\\n\\t#ifdef USE_SPECULARCOLORMAP\\n\\t\\tuniform sampler2D specularColorMap;\\n\\t#endif\\n#endif\\n#ifdef USE_CLEARCOAT\\n\\tuniform float clearcoat;\\n\\tuniform float clearcoatRoughness;\\n#endif\\n#ifdef USE_IRIDESCENCE\\n\\tuniform float iridescence;\\n\\tuniform float iridescenceIOR;\\n\\tuniform float iridescenceThicknessMinimum;\\n\\tuniform float iridescenceThicknessMaximum;\\n#endif\\n#ifdef USE_SHEEN\\n\\tuniform vec3 sheenColor;\\n\\tuniform float sheenRoughness;\\n\\t#ifdef USE_SHEENCOLORMAP\\n\\t\\tuniform sampler2D sheenColorMap;\\n\\t#endif\\n\\t#ifdef USE_SHEENROUGHNESSMAP\\n\\t\\tuniform sampler2D sheenRoughnessMap;\\n\\t#endif\\n#endif\\nvarying vec3 vViewPosition;\\n#include \u003Ccommon>\\n#include \u003Cpacking>\\n#include \u003Cdithering_pars_fragment>\\n#include \u003Ccolor_pars_fragment>\\n#include \u003Cuv_pars_fragment>\\n#include \u003Cuv2_pars_fragment>\\n#include \u003Cmap_pars_fragment>\\n#include \u003Calphamap_pars_fragment>\\n#include \u003Calphatest_pars_fragment>\\n#include \u003Caomap_pars_fragment>\\n#include \u003Clightmap_pars_fragment>\\n#include \u003Cemissivemap_pars_fragment>\\n#include \u003Cbsdfs>\\n#include \u003Ciridescence_fragment>\\n#include \u003Ccube_uv_reflection_fragment>\\n#include \u003Cenvmap_common_pars_fragment>\\n#include \u003Cenvmap_physical_pars_fragment>\\n#include \u003Cfog_pars_fragment>\\n#include \u003Clights_pars_begin>\\n#include \u003Cnormal_pars_fragment>\\n#include \u003Clights_physical_pars_fragment>\\n#include \u003Ctransmission_pars_fragment>\\n#include \u003Cshadowmap_pars_fragment>\\n#include \u003Cbumpmap_pars_fragment>\\n#include \u003Cnormalmap_pars_fragment>\\n#include \u003Cclearcoat_pars_fragment>\\n#include \u003Ciridescence_pars_fragment>\\n#include \u003Croughnessmap_pars_fragment>\\n#include \u003Cmetalnessmap_pars_fragment>\\n#include \u003Clogdepthbuf_pars_fragment>\\n#include \u003Cclipping_planes_pars_fragment>\\nvoid main() {\\n\\t#include \u003Cclipping_planes_fragment>\\n\\tvec4 diffuseColor = vec4( diffuse, opacity );\\n\\tReflectedLight reflectedLight = ReflectedLight( vec3( 0.0 ), vec3( 0.0 ), vec3( 0.0 ), vec3( 0.0 ) );\\n\\tvec3 totalEmissiveRadiance = emissive;\\n\\t#include \u003Clogdepthbuf_fragment>\\n\\t#include \u003Cmap_fragment>\\n\\t#include \u003Ccolor_fragment>\\n\\t#include \u003Calphamap_fragment>\\n\\t#include \u003Calphatest_fragment>\\n\\t#include \u003Croughnessmap_fragment>\\n\\t#include \u003Cmetalnessmap_fragment>\\n\\t#include \u003Cnormal_fragment_begin>\\n\\t#include \u003Cnormal_fragment_maps>\\n\\t#include \u003Cclearcoat_normal_fragment_begin>\\n\\t#include \u003Cclearcoat_normal_fragment_maps>\\n\\t#include \u003Cemissivemap_fragment>\\n\\t#include \u003Clights_physical_fragment>\\n\\t#include \u003Clights_fragment_begin>\\n\\t#include \u003Clights_fragment_maps>\\n\\t#include \u003Clights_fragment_end>\\n\\t#include \u003Caomap_fragment>\\n\\tvec3 totalDiffuse = reflectedLight.directDiffuse + reflectedLight.indirectDiffuse;\\n\\tvec3 totalSpecular = reflectedLight.directSpecular + reflectedLight.indirectSpecular;\\n\\t#include \u003Ctransmission_fragment>\\n\\tvec3 outgoingLight = totalDiffuse + totalSpecular + totalEmissiveRadiance;\\n\\t#ifdef USE_SHEEN\\n\\t\\tfloat sheenEnergyComp = 1.0 - 0.157 * max3( material.sheenColor );\\n\\t\\toutgoingLight = outgoingLight * sheenEnergyComp + sheenSpecular;\\n\\t#endif\\n\\t#ifdef USE_CLEARCOAT\\n\\t\\tfloat dotNVcc = saturate( dot( geometry.clearcoatNormal, geometry.viewDir ) );\\n\\t\\tvec3 Fcc = F_Schlick( material.clearcoatF0, material.clearcoatF90, dotNVcc );\\n\\t\\toutgoingLight = outgoingLight * ( 1.0 - material.clearcoat * Fcc ) + clearcoatSpecular * material.clearcoat;\\n\\t#endif\\n\\t#include \u003Coutput_fragment>\\n\\t#include \u003Ctonemapping_fragment>\\n\\t#include \u003Cencodings_fragment>\\n\\t#include \u003Cfog_fragment>\\n\\t#include \u003Cpremultiplied_alpha_fragment>\\n\\t#include \u003Cdithering_fragment>\\n}\",meshtoon_vert:\"#define TOON\\nvarying vec3 vViewPosition;\\n#include \u003Ccommon>\\n#include \u003Cuv_pars_vertex>\\n#include \u003Cuv2_pars_vertex>\\n#include \u003Cdisplacementmap_pars_vertex>\\n#include \u003Ccolor_pars_vertex>\\n#include \u003Cfog_pars_vertex>\\n#include \u003Cnormal_pars_vertex>\\n#include \u003Cmorphtarget_pars_vertex>\\n#include \u003Cskinning_pars_vertex>\\n#include \u003Cshadowmap_pars_vertex>\\n#include \u003Clogdepthbuf_pars_vertex>\\n#include \u003Cclipping_planes_pars_vertex>\\nvoid main() {\\n\\t#include \u003Cuv_vertex>\\n\\t#include \u003Cuv2_vertex>\\n\\t#include \u003Ccolor_vertex>\\n\\t#include \u003Cmorphcolor_vertex>\\n\\t#include \u003Cbeginnormal_vertex>\\n\\t#include \u003Cmorphnormal_vertex>\\n\\t#include \u003Cskinbase_vertex>\\n\\t#include \u003Cskinnormal_vertex>\\n\\t#include \u003Cdefaultnormal_vertex>\\n\\t#include \u003Cnormal_vertex>\\n\\t#include \u003Cbegin_vertex>\\n\\t#include \u003Cmorphtarget_vertex>\\n\\t#include \u003Cskinning_vertex>\\n\\t#include \u003Cdisplacementmap_vertex>\\n\\t#include \u003Cproject_vertex>\\n\\t#include \u003Clogdepthbuf_vertex>\\n\\t#include \u003Cclipping_planes_vertex>\\n\\tvViewPosition = - mvPosition.xyz;\\n\\t#include \u003Cworldpos_vertex>\\n\\t#include \u003Cshadowmap_vertex>\\n\\t#include \u003Cfog_vertex>\\n}\",meshtoon_frag:\"#define TOON\\nuniform vec3 diffuse;\\nuniform vec3 emissive;\\nuniform float opacity;\\n#include \u003Ccommon>\\n#include \u003Cpacking>\\n#include \u003Cdithering_pars_fragment>\\n#include \u003Ccolor_pars_fragment>\\n#include \u003Cuv_pars_fragment>\\n#include \u003Cuv2_pars_fragment>\\n#include \u003Cmap_pars_fragment>\\n#include \u003Calphamap_pars_fragment>\\n#include \u003Calphatest_pars_fragment>\\n#include \u003Caomap_pars_fragment>\\n#include \u003Clightmap_pars_fragment>\\n#include \u003Cemissivemap_pars_fragment>\\n#include \u003Cgradientmap_pars_fragment>\\n#include \u003Cfog_pars_fragment>\\n#include \u003Cbsdfs>\\n#include \u003Clights_pars_begin>\\n#include \u003Cnormal_pars_fragment>\\n#include \u003Clights_toon_pars_fragment>\\n#include \u003Cshadowmap_pars_fragment>\\n#include \u003Cbumpmap_pars_fragment>\\n#include \u003Cnormalmap_pars_fragment>\\n#include \u003Clogdepthbuf_pars_fragment>\\n#include \u003Cclipping_planes_pars_fragment>\\nvoid main() {\\n\\t#include \u003Cclipping_planes_fragment>\\n\\tvec4 diffuseColor = vec4( diffuse, opacity );\\n\\tReflectedLight reflectedLight = ReflectedLight( vec3( 0.0 ), vec3( 0.0 ), vec3( 0.0 ), vec3( 0.0 ) );\\n\\tvec3 totalEmissiveRadiance = emissive;\\n\\t#include \u003Clogdepthbuf_fragment>\\n\\t#include \u003Cmap_fragment>\\n\\t#include \u003Ccolor_fragment>\\n\\t#include \u003Calphamap_fragment>\\n\\t#include \u003Calphatest_fragment>\\n\\t#include \u003Cnormal_fragment_begin>\\n\\t#include \u003Cnormal_fragment_maps>\\n\\t#include \u003Cemissivemap_fragment>\\n\\t#include \u003Clights_toon_fragment>\\n\\t#include \u003Clights_fragment_begin>\\n\\t#include \u003Clights_fragment_maps>\\n\\t#include \u003Clights_fragment_end>\\n\\t#include \u003Caomap_fragment>\\n\\tvec3 outgoingLight = reflectedLight.directDiffuse + reflectedLight.indirectDiffuse + totalEmissiveRadiance;\\n\\t#include \u003Coutput_fragment>\\n\\t#include \u003Ctonemapping_fragment>\\n\\t#include \u003Cencodings_fragment>\\n\\t#include \u003Cfog_fragment>\\n\\t#include \u003Cpremultiplied_alpha_fragment>\\n\\t#include \u003Cdithering_fragment>\\n}\",points_vert:\"uniform float size;\\nuniform float scale;\\n#include \u003Ccommon>\\n#include \u003Ccolor_pars_vertex>\\n#include \u003Cfog_pars_vertex>\\n#include \u003Cmorphtarget_pars_vertex>\\n#include \u003Clogdepthbuf_pars_vertex>\\n#include \u003Cclipping_planes_pars_vertex>\\nvoid main() {\\n\\t#include \u003Ccolor_vertex>\\n\\t#include \u003Cmorphcolor_vertex>\\n\\t#include \u003Cbegin_vertex>\\n\\t#include \u003Cmorphtarget_vertex>\\n\\t#include \u003Cproject_vertex>\\n\\tgl_PointSize = size;\\n\\t#ifdef USE_SIZEATTENUATION\\n\\t\\tbool isPerspective = isPerspectiveMatrix( projectionMatrix );\\n\\t\\tif ( isPerspective ) gl_PointSize *= ( scale / - mvPosition.z );\\n\\t#endif\\n\\t#include \u003Clogdepthbuf_vertex>\\n\\t#include \u003Cclipping_planes_vertex>\\n\\t#include \u003Cworldpos_vertex>\\n\\t#include \u003Cfog_vertex>\\n}\",points_frag:\"uniform vec3 diffuse;\\nuniform float opacity;\\n#include \u003Ccommon>\\n#include \u003Ccolor_pars_fragment>\\n#include \u003Cmap_particle_pars_fragment>\\n#include \u003Calphatest_pars_fragment>\\n#include \u003Cfog_pars_fragment>\\n#include \u003Clogdepthbuf_pars_fragment>\\n#include \u003Cclipping_planes_pars_fragment>\\nvoid main() {\\n\\t#include \u003Cclipping_planes_fragment>\\n\\tvec3 outgoingLight = vec3( 0.0 );\\n\\tvec4 diffuseColor = vec4( diffuse, opacity );\\n\\t#include \u003Clogdepthbuf_fragment>\\n\\t#include \u003Cmap_particle_fragment>\\n\\t#include \u003Ccolor_fragment>\\n\\t#include \u003Calphatest_fragment>\\n\\toutgoingLight = diffuseColor.rgb;\\n\\t#include \u003Coutput_fragment>\\n\\t#include \u003Ctonemapping_fragment>\\n\\t#include \u003Cencodings_fragment>\\n\\t#include \u003Cfog_fragment>\\n\\t#include \u003Cpremultiplied_alpha_fragment>\\n}\",shadow_vert:\"#include \u003Ccommon>\\n#include \u003Cfog_pars_vertex>\\n#include \u003Cmorphtarget_pars_vertex>\\n#include \u003Cskinning_pars_vertex>\\n#include \u003Cshadowmap_pars_vertex>\\nvoid main() {\\n\\t#include \u003Cbeginnormal_vertex>\\n\\t#include \u003Cmorphnormal_vertex>\\n\\t#include \u003Cskinbase_vertex>\\n\\t#include \u003Cskinnormal_vertex>\\n\\t#include \u003Cdefaultnormal_vertex>\\n\\t#include \u003Cbegin_vertex>\\n\\t#include \u003Cmorphtarget_vertex>\\n\\t#include \u003Cskinning_vertex>\\n\\t#include \u003Cproject_vertex>\\n\\t#include \u003Cworldpos_vertex>\\n\\t#include \u003Cshadowmap_vertex>\\n\\t#include \u003Cfog_vertex>\\n}\",shadow_frag:\"uniform vec3 color;\\nuniform float opacity;\\n#include \u003Ccommon>\\n#include \u003Cpacking>\\n#include \u003Cfog_pars_fragment>\\n#include \u003Cbsdfs>\\n#include \u003Clights_pars_begin>\\n#include \u003Cshadowmap_pars_fragment>\\n#include \u003Cshadowmask_pars_fragment>\\nvoid main() {\\n\\tgl_FragColor = vec4( color, opacity * ( 1.0 - getShadowMask() ) );\\n\\t#include \u003Ctonemapping_fragment>\\n\\t#include \u003Cencodings_fragment>\\n\\t#include \u003Cfog_fragment>\\n}\",sprite_vert:\"uniform float rotation;\\nuniform vec2 center;\\n#include \u003Ccommon>\\n#include \u003Cuv_pars_vertex>\\n#include \u003Cfog_pars_vertex>\\n#include \u003Clogdepthbuf_pars_vertex>\\n#include \u003Cclipping_planes_pars_vertex>\\nvoid main() {\\n\\t#include \u003Cuv_vertex>\\n\\tvec4 mvPosition = modelViewMatrix * vec4( 0.0, 0.0, 0.0, 1.0 );\\n\\tvec2 scale;\\n\\tscale.x = length( vec3( modelMatrix[ 0 ].x, modelMatrix[ 0 ].y, modelMatrix[ 0 ].z ) );\\n\\tscale.y = length( vec3( modelMatrix[ 1 ].x, modelMatrix[ 1 ].y, modelMatrix[ 1 ].z ) );\\n\\t#ifndef USE_SIZEATTENUATION\\n\\t\\tbool isPerspective = isPerspectiveMatrix( projectionMatrix );\\n\\t\\tif ( isPerspective ) scale *= - mvPosition.z;\\n\\t#endif\\n\\tvec2 alignedPosition = ( position.xy - ( center - vec2( 0.5 ) ) ) * scale;\\n\\tvec2 rotatedPosition;\\n\\trotatedPosition.x = cos( rotation ) * alignedPosition.x - sin( rotation ) * alignedPosition.y;\\n\\trotatedPosition.y = sin( rotation ) * alignedPosition.x + cos( rotation ) * alignedPosition.y;\\n\\tmvPosition.xy += rotatedPosition;\\n\\tgl_Position = projectionMatrix * mvPosition;\\n\\t#include \u003Clogdepthbuf_vertex>\\n\\t#include \u003Cclipping_planes_vertex>\\n\\t#include \u003Cfog_vertex>\\n}\",sprite_frag:\"uniform vec3 diffuse;\\nuniform float opacity;\\n#include \u003Ccommon>\\n#include \u003Cuv_pars_fragment>\\n#include \u003Cmap_pars_fragment>\\n#include \u003Calphamap_pars_fragment>\\n#include \u003Calphatest_pars_fragment>\\n#include \u003Cfog_pars_fragment>\\n#include \u003Clogdepthbuf_pars_fragment>\\n#include \u003Cclipping_planes_pars_fragment>\\nvoid main() {\\n\\t#include \u003Cclipping_planes_fragment>\\n\\tvec3 outgoingLight = vec3( 0.0 );\\n\\tvec4 diffuseColor = vec4( diffuse, opacity );\\n\\t#include \u003Clogdepthbuf_fragment>\\n\\t#include \u003Cmap_fragment>\\n\\t#include \u003Calphamap_fragment>\\n\\t#include \u003Calphatest_fragment>\\n\\toutgoingLight = diffuseColor.rgb;\\n\\t#include \u003Coutput_fragment>\\n\\t#include \u003Ctonemapping_fragment>\\n\\t#include \u003Cencodings_fragment>\\n\\t#include \u003Cfog_fragment>\\n}\"},Ps={common:{diffuse:{value:new Yn(16777215)},opacity:{value:1},map:{value:null},uvTransform:{value:new Dn},uv2Transform:{value:new Dn},alphaMap:{value:null},alphaTest:{value:0}},specularmap:{specularMap:{value:null}},envmap:{envMap:{value:null},flipEnvMap:{value:-1},reflectivity:{value:1},ior:{value:1.5},refractionRatio:{value:.98}},aomap:{aoMap:{value:null},aoMapIntensity:{value:1}},lightmap:{lightMap:{value:null},lightMapIntensity:{value:1}},emissivemap:{emissiveMap:{value:null}},bumpmap:{bumpMap:{value:null},bumpScale:{value:1}},normalmap:{normalMap:{value:null},normalScale:{value:new Ln(1,1)}},displacementmap:{displacementMap:{value:null},displacementScale:{value:1},displacementBias:{value:0}},roughnessmap:{roughnessMap:{value:null}},metalnessmap:{metalnessMap:{value:null}},gradientmap:{gradientMap:{value:null}},fog:{fogDensity:{value:25e-5},fogNear:{value:1},fogFar:{value:2e3},fogColor:{value:new Yn(16777215)}},lights:{ambientLightColor:{value:[]},lightProbe:{value:[]},directionalLights:{value:[],properties:{direction:{},color:{}}},directionalLightShadows:{value:[],properties:{shadowBias:{},shadowNormalBias:{},shadowRadius:{},shadowMapSize:{}}},directionalShadowMap:{value:[]},directionalShadowMatrix:{value:[]},spotLights:{value:[],properties:{color:{},position:{},direction:{},distance:{},coneCos:{},penumbraCos:{},decay:{}}},spotLightShadows:{value:[],properties:{shadowBias:{},shadowNormalBias:{},shadowRadius:{},shadowMapSize:{}}},spotLightMap:{value:[]},spotShadowMap:{value:[]},spotLightMatrix:{value:[]},pointLights:{value:[],properties:{color:{},position:{},decay:{},distance:{}}},pointLightShadows:{value:[],properties:{shadowBias:{},shadowNormalBias:{},shadowRadius:{},shadowMapSize:{},shadowCameraNear:{},shadowCameraFar:{}}},pointShadowMap:{value:[]},pointShadowMatrix:{value:[]},hemisphereLights:{value:[],properties:{direction:{},skyColor:{},groundColor:{}}},rectAreaLights:{value:[],properties:{color:{},position:{},width:{},height:{}}},ltc_1:{value:null},ltc_2:{value:null}},points:{diffuse:{value:new Yn(16777215)},opacity:{value:1},size:{value:1},scale:{value:1},map:{value:null},alphaMap:{value:null},alphaTest:{value:0},uvTransform:{value:new Dn}},sprite:{diffuse:{value:new Yn(16777215)},opacity:{value:1},center:{value:new Ln(.5,.5)},rotation:{value:0},map:{value:null},alphaMap:{value:null},alphaTest:{value:0},uvTransform:{value:new Dn}}},ks={basic:{uniforms:ps([Ps.common,Ps.specularmap,Ps.envmap,Ps.aomap,Ps.lightmap,Ps.fog]),vertexShader:Rs.meshbasic_vert,fragmentShader:Rs.meshbasic_frag},lambert:{uniforms:ps([Ps.common,Ps.specularmap,Ps.envmap,Ps.aomap,Ps.lightmap,Ps.emissivemap,Ps.bumpmap,Ps.normalmap,Ps.displacementmap,Ps.fog,Ps.lights,{emissive:{value:new Yn(0)}}]),vertexShader:Rs.meshlambert_vert,fragmentShader:Rs.meshlambert_frag},phong:{uniforms:ps([Ps.common,Ps.specularmap,Ps.envmap,Ps.aomap,Ps.lightmap,Ps.emissivemap,Ps.bumpmap,Ps.normalmap,Ps.displacementmap,Ps.fog,Ps.lights,{emissive:{value:new Yn(0)},specular:{value:new Yn(1118481)},shininess:{value:30}}]),vertexShader:Rs.meshphong_vert,fragmentShader:Rs.meshphong_frag},standard:{uniforms:ps([Ps.common,Ps.envmap,Ps.aomap,Ps.lightmap,Ps.emissivemap,Ps.bumpmap,Ps.normalmap,Ps.displacementmap,Ps.roughnessmap,Ps.metalnessmap,Ps.fog,Ps.lights,{emissive:{value:new Yn(0)},roughness:{value:1},metalness:{value:0},envMapIntensity:{value:1}}]),vertexShader:Rs.meshphysical_vert,fragmentShader:Rs.meshphysical_frag},toon:{uniforms:ps([Ps.common,Ps.aomap,Ps.lightmap,Ps.emissivemap,Ps.bumpmap,Ps.normalmap,Ps.displacementmap,Ps.gradientmap,Ps.fog,Ps.lights,{emissive:{value:new Yn(0)}}]),vertexShader:Rs.meshtoon_vert,fragmentShader:Rs.meshtoon_frag},matcap:{uniforms:ps([Ps.common,Ps.bumpmap,Ps.normalmap,Ps.displacementmap,Ps.fog,{matcap:{value:null}}]),vertexShader:Rs.meshmatcap_vert,fragmentShader:Rs.meshmatcap_frag},points:{uniforms:ps([Ps.points,Ps.fog]),vertexShader:Rs.points_vert,fragmentShader:Rs.points_frag},dashed:{uniforms:ps([Ps.common,Ps.fog,{scale:{value:1},dashSize:{value:1},totalSize:{value:2}}]),vertexShader:Rs.linedashed_vert,fragmentShader:Rs.linedashed_frag},depth:{uniforms:ps([Ps.common,Ps.displacementmap]),vertexShader:Rs.depth_vert,fragmentShader:Rs.depth_frag},normal:{uniforms:ps([Ps.common,Ps.bumpmap,Ps.normalmap,Ps.displacementmap,{opacity:{value:1}}]),vertexShader:Rs.meshnormal_vert,fragmentShader:Rs.meshnormal_frag},sprite:{uniforms:ps([Ps.sprite,Ps.fog]),vertexShader:Rs.sprite_vert,fragmentShader:Rs.sprite_frag},background:{uniforms:{uvTransform:{value:new Dn},t2D:{value:null},backgroundIntensity:{value:1}},vertexShader:Rs.background_vert,fragmentShader:Rs.background_frag},backgroundCube:{uniforms:{envMap:{value:null},flipEnvMap:{value:-1},backgroundBlurriness:{value:0},backgroundIntensity:{value:1}},vertexShader:Rs.backgroundCube_vert,fragmentShader:Rs.backgroundCube_frag},cube:{uniforms:{tCube:{value:null},tFlip:{value:-1},opacity:{value:1}},vertexShader:Rs.cube_vert,fragmentShader:Rs.cube_frag},equirect:{uniforms:{tEquirect:{value:null}},vertexShader:Rs.equirect_vert,fragmentShader:Rs.equirect_frag},distanceRGBA:{uniforms:ps([Ps.common,Ps.displacementmap,{referencePosition:{value:new ci},nearDistance:{value:1},farDistance:{value:1e3}}]),vertexShader:Rs.distanceRGBA_vert,fragmentShader:Rs.distanceRGBA_frag},shadow:{uniforms:ps([Ps.lights,Ps.fog,{color:{value:new Yn(0)},opacity:{value:1}}]),vertexShader:Rs.shadow_vert,fragmentShader:Rs.shadow_frag}};ks.physical={uniforms:ps([ks.standard.uniforms,{clearcoat:{value:0},clearcoatMap:{value:null},clearcoatRoughness:{value:0},clearcoatRoughnessMap:{value:null},clearcoatNormalScale:{value:new Ln(1,1)},clearcoatNormalMap:{value:null},iridescence:{value:0},iridescenceMap:{value:null},iridescenceIOR:{value:1.3},iridescenceThicknessMinimum:{value:100},iridescenceThicknessMaximum:{value:400},iridescenceThicknessMap:{value:null},sheen:{value:0},sheenColor:{value:new Yn(0)},sheenColorMap:{value:null},sheenRoughness:{value:1},sheenRoughnessMap:{value:null},transmission:{value:0},transmissionMap:{value:null},transmissionSamplerSize:{value:new Ln},transmissionSamplerMap:{value:null},thickness:{value:0},thicknessMap:{value:null},attenuationDistance:{value:0},attenuationColor:{value:new Yn(0)},specularIntensity:{value:1},specularIntensityMap:{value:null},specularColor:{value:new Yn(1,1,1)},specularColorMap:{value:null}}]),vertexShader:Rs.meshphysical_vert,fragmentShader:Rs.meshphysical_frag};const Fs={r:0,b:0,g:0};function Os(e,t,n,i,r,s,o){const a=new Yn(0);let l,c,h=!0===s?0:1,u=null,d=0,p=null;function A(t,n){t.getRGB(Fs,As(e)),i.buffers.color.setClear(Fs.r,Fs.g,Fs.b,n,o)}return{getClearColor:function(){return a},setClearColor:function(e,t=1){a.set(e),h=t,A(a,h)},getClearAlpha:function(){return h},setClearAlpha:function(e){h=e,A(a,h)},render:function(i,s){let o=!1,f=!0===s.isScene?s.background:null;f&&f.isTexture&&(f=(s.backgroundBlurriness>0?n:t).get(f));const v=e.xr,y=v.getSession&&v.getSession();y&&\"additive\"===y.environmentBlendMode&&(f=null),null===f?A(a,h):f&&f.isColor&&(A(f,1),o=!0),(e.autoClear||o)&&e.clear(e.autoClearColor,e.autoClearDepth,e.autoClearStencil),f&&(f.isCubeTexture||f.mapping===ce)?(void 0===c&&(c=new cs(new us(1,1,1),new ms({name:\"BackgroundCubeMaterial\",uniforms:ds(ks.backgroundCube.uniforms),vertexShader:ks.backgroundCube.vertexShader,fragmentShader:ks.backgroundCube.fragmentShader,side:g,depthTest:!1,depthWrite:!1,fog:!1})),c.geometry.deleteAttribute(\"normal\"),c.geometry.deleteAttribute(\"uv\"),c.onBeforeRender=function(e,t,n){this.matrixWorld.copyPosition(n.matrixWorld)},Object.defineProperty(c.material,\"envMap\",{get:function(){return this.uniforms.envMap.value}}),r.update(c)),c.material.uniforms.envMap.value=f,c.material.uniforms.flipEnvMap.value=f.isCubeTexture&&!1===f.isRenderTargetTexture?-1:1,c.material.uniforms.backgroundBlurriness.value=s.backgroundBlurriness,c.material.uniforms.backgroundIntensity.value=s.backgroundIntensity,u===f&&d===f.version&&p===e.toneMapping||(c.material.needsUpdate=!0,u=f,d=f.version,p=e.toneMapping),c.layers.enableAll(),i.unshift(c,c.geometry,c.material,0,0,null)):f&&f.isTexture&&(void 0===l&&(l=new cs(new Ds(2,2),new ms({name:\"BackgroundMaterial\",uniforms:ds(ks.background.uniforms),vertexShader:ks.background.vertexShader,fragmentShader:ks.background.fragmentShader,side:m,depthTest:!1,depthWrite:!1,fog:!1})),l.geometry.deleteAttribute(\"normal\"),Object.defineProperty(l.material,\"map\",{get:function(){return this.uniforms.t2D.value}}),r.update(l)),l.material.uniforms.t2D.value=f,l.material.uniforms.backgroundIntensity.value=s.backgroundIntensity,!0===f.matrixAutoUpdate&&f.updateMatrix(),l.material.uniforms.uvTransform.value.copy(f.matrix),u===f&&d===f.version&&p===e.toneMapping||(l.material.needsUpdate=!0,u=f,d=f.version,p=e.toneMapping),l.layers.enableAll(),i.unshift(l,l.geometry,l.material,0,0,null))}}}function Qs(e,t,n,i){const r=e.getParameter(34921),s=i.isWebGL2?null:t.get(\"OES_vertex_array_object\"),o=i.isWebGL2||null!==s,a={},l=p(null);let c=l,h=!1;function u(t){return i.isWebGL2?e.bindVertexArray(t):s.bindVertexArrayOES(t)}function d(t){return i.isWebGL2?e.deleteVertexArray(t):s.deleteVertexArrayOES(t)}function p(e){const t=[],n=[],i=[];for(let e=0;e\u003Cr;e++)t[e]=0,n[e]=0,i[e]=0;return{geometry:null,program:null,wireframe:!1,newAttributes:t,enabledAttributes:n,attributeDivisors:i,object:e,attributes:{},index:null}}function A(){const e=c.newAttributes;for(let t=0,n=e.length;t\u003Cn;t++)e[t]=0}function f(e){m(e,0)}function m(n,r){const s=c.newAttributes,o=c.enabledAttributes,a=c.attributeDivisors;s[n]=1,0===o[n]&&(e.enableVertexAttribArray(n),o[n]=1),a[n]!==r&&((i.isWebGL2?e:t.get(\"ANGLE_instanced_arrays\"))[i.isWebGL2?\"vertexAttribDivisor\":\"vertexAttribDivisorANGLE\"](n,r),a[n]=r)}function g(){const t=c.newAttributes,n=c.enabledAttributes;for(let i=0,r=n.length;i\u003Cr;i++)n[i]!==t[i]&&(e.disableVertexAttribArray(i),n[i]=0)}function v(t,n,r,s,o,a){!0!==i.isWebGL2||5124!==r&&5125!==r?e.vertexAttribPointer(t,n,r,s,o,a):e.vertexAttribIPointer(t,n,r,o,a)}function y(){E(),h=!0,c!==l&&(c=l,u(c.object))}function E(){l.geometry=null,l.program=null,l.wireframe=!1}return{setup:function(r,l,d,y,E){let b=!1;if(o){const t=function(t,n,r){const o=!0===r.wireframe;let l=a[t.id];void 0===l&&(l={},a[t.id]=l);let c=l[n.id];void 0===c&&(c={},l[n.id]=c);let h=c[o];return void 0===h&&(h=p(i.isWebGL2?e.createVertexArray():s.createVertexArrayOES()),c[o]=h),h}(y,d,l);c!==t&&(c=t,u(c.object)),b=function(e,t,n,i){const r=c.attributes,s=t.attributes;let o=0;const a=n.getAttributes();for(const t in a)if(a[t].location>=0){const n=r[t];let i=s[t];if(void 0===i&&(\"instanceMatrix\"===t&&e.instanceMatrix&&(i=e.instanceMatrix),\"instanceColor\"===t&&e.instanceColor&&(i=e.instanceColor)),void 0===n)return!0;if(n.attribute!==i)return!0;if(i&&n.data!==i.data)return!0;o++}return c.attributesNum!==o||c.index!==i}(r,y,d,E),b&&function(e,t,n,i){const r={},s=t.attributes;let o=0;const a=n.getAttributes();for(const t in a)if(a[t].location>=0){let n=s[t];void 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n=s.data,l=n.stride,d=s.offset;if(n.isInstancedInterleavedBuffer){for(let e=0;e\u003Ci.locationSize;e++)m(i.location+e,n.meshPerAttribute);!0!==r.isInstancedMesh&&void 0===a._maxInstanceCount&&(a._maxInstanceCount=n.meshPerAttribute*n.count)}else for(let e=0;e\u003Ci.locationSize;e++)f(i.location+e);e.bindBuffer(34962,c);for(let e=0;e\u003Ci.locationSize;e++)v(i.location+e,o/i.locationSize,h,t,l*u,(d+o/i.locationSize*e)*u)}else{if(s.isInstancedBufferAttribute){for(let e=0;e\u003Ci.locationSize;e++)m(i.location+e,s.meshPerAttribute);!0!==r.isInstancedMesh&&void 0===a._maxInstanceCount&&(a._maxInstanceCount=s.meshPerAttribute*s.count)}else for(let e=0;e\u003Ci.locationSize;e++)f(i.location+e);e.bindBuffer(34962,c);for(let e=0;e\u003Ci.locationSize;e++)v(i.location+e,o/i.locationSize,h,t,o*u,o/i.locationSize*e*u)}}else if(void 0!==h){const n=h[t];if(void 0!==n)switch(n.length){case 2:e.vertexAttrib2fv(i.location,n);break;case 3:e.vertexAttrib3fv(i.location,n);break;case 4:e.vertexAttrib4fv(i.location,n);break;default:e.vertexAttrib1fv(i.location,n)}}}}g()}(r,l,d,y),null!==E&&e.bindBuffer(34963,n.get(E).buffer))},reset:y,resetDefaultState:E,dispose:function(){y();for(const e in a){const t=a[e];for(const e in t){const n=t[e];for(const e in n)d(n[e].object),delete n[e];delete t[e]}delete a[e]}},releaseStatesOfGeometry:function(e){if(void 0===a[e.id])return;const t=a[e.id];for(const e in t){const n=t[e];for(const e in n)d(n[e].object),delete n[e];delete t[e]}delete a[e.id]},releaseStatesOfProgram:function(e){for(const t in a){const n=a[t];if(void 0===n[e.id])continue;const i=n[e.id];for(const e in i)d(i[e].object),delete i[e];delete n[e.id]}},initAttributes:A,enableAttribute:f,disableUnusedAttributes:g}}function Us(e,t,n,i){const r=i.isWebGL2;let s;this.setMode=function(e){s=e},this.render=function(t,i){e.drawArrays(s,t,i),n.update(i,s,1)},this.renderInstances=function(i,o,a){if(0===a)return;let l,c;if(r)l=e,c=\"drawArraysInstanced\";else if(l=t.get(\"ANGLE_instanced_arrays\"),c=\"drawArraysInstancedANGLE\",null===l)return void console.error(\"THREE.WebGLBufferRenderer: using THREE.InstancedBufferGeometry but hardware does not support extension ANGLE_instanced_arrays.\");l[c](s,i,o,a),n.update(o,s,a)}}function Ns(e,t,n){let i;function r(t){if(\"highp\"===t){if(e.getShaderPrecisionFormat(35633,36338).precision>0&&e.getShaderPrecisionFormat(35632,36338).precision>0)return\"highp\";t=\"mediump\"}return\"mediump\"===t&&e.getShaderPrecisionFormat(35633,36337).precision>0&&e.getShaderPrecisionFormat(35632,36337).precision>0?\"mediump\":\"lowp\"}const s=\"undefined\"!=typeof WebGL2RenderingContext&&e instanceof WebGL2RenderingContext||\"undefined\"!=typeof WebGL2ComputeRenderingContext&&e instanceof WebGL2ComputeRenderingContext;let o=void 0!==n.precision?n.precision:\"highp\";const a=r(o);a!==o&&(console.warn(\"THREE.WebGLRenderer:\",o,\"not supported, using\",a,\"instead.\"),o=a);const l=s||t.has(\"WEBGL_draw_buffers\"),c=!0===n.logarithmicDepthBuffer,h=e.getParameter(34930),u=e.getParameter(35660),d=e.getParameter(3379),p=e.getParameter(34076),A=e.getParameter(34921),f=e.getParameter(36347),m=e.getParameter(36348),g=e.getParameter(36349),v=u>0,y=s||t.has(\"OES_texture_float\");return{isWebGL2:s,drawBuffers:l,getMaxAnisotropy:function(){if(void 0!==i)return i;if(!0===t.has(\"EXT_texture_filter_anisotropic\")){const n=t.get(\"EXT_texture_filter_anisotropic\");i=e.getParameter(n.MAX_TEXTURE_MAX_ANISOTROPY_EXT)}else i=0;return i},getMaxPrecision:r,precision:o,logarithmicDepthBuffer:c,maxTextures:h,maxVertexTextures:u,maxTextureSize:d,maxCubemapSize:p,maxAttributes:A,maxVertexUniforms:f,maxVaryings:m,maxFragmentUniforms:g,vertexTextures:v,floatFragmentTextures:y,floatVertexTextures:v&&y,maxSamples:s?e.getParameter(36183):0}}function Gs(e){const t=this;let n=null,i=0,r=!1,s=!1;const o=new _s,a=new Dn,l={value:null,needsUpdate:!1};function c(){l.value!==n&&(l.value=n,l.needsUpdate=i>0),t.numPlanes=i,t.numIntersection=0}function h(e,n,i,r){const s=null!==e?e.length:0;let c=null;if(0!==s){if(c=l.value,!0!==r||null===c){const t=i+4*s,r=n.matrixWorldInverse;a.getNormalMatrix(r),(null===c||c.length\u003Ct)&&(c=new Float32Array(t));for(let t=0,n=i;t!==s;++t,n+=4)o.copy(e[t]).applyMatrix4(r,a),o.normal.toArray(c,n),c[n+3]=o.constant}l.value=c,l.needsUpdate=!0}return t.numPlanes=s,t.numIntersection=0,c}this.uniform=l,this.numPlanes=0,this.numIntersection=0,this.init=function(e,t,s){const o=0!==e.length||t||0!==i||r;return r=t,n=h(e,s,0),i=e.length,o},this.beginShadows=function(){s=!0,h(null)},this.endShadows=function(){s=!1,c()},this.setState=function(t,o,a){const u=t.clippingPlanes,d=t.clipIntersection,p=t.clipShadows,A=e.get(t);if(!r||null===u||0===u.length||s&&!p)s?h(null):c();else{const e=s?0:i,t=4*e;let r=A.clippingState||null;l.value=r,r=h(u,o,t,a);for(let e=0;e!==t;++e)r[e]=n[e];A.clippingState=r,this.numIntersection=d?this.numPlanes:0,this.numPlanes+=e}}}function zs(e){let t=new WeakMap;function n(e,t){return t===ae?e.mapping=se:t===le&&(e.mapping=oe),e}function i(e){const n=e.target;n.removeEventListener(\"dispose\",i);const r=t.get(n);void 0!==r&&(t.delete(n),r.dispose())}return{get:function(r){if(r&&r.isTexture&&!1===r.isRenderTargetTexture){const s=r.mapping;if(s===ae||s===le){if(t.has(r))return n(t.get(r).texture,r.mapping);{const s=r.image;if(s&&s.height>0){const o=new xs(s.height/2);return o.fromEquirectangularTexture(e,r),t.set(r,o),r.addEventListener(\"dispose\",i),n(o.texture,r.mapping)}return null}}}return r},dispose:function(){t=new WeakMap}}}class Hs extends gs{constructor(e=-1,t=1,n=1,i=-1,r=.1,s=2e3){super(),this.isOrthographicCamera=!0,this.type=\"OrthographicCamera\",this.zoom=1,this.view=null,this.left=e,this.right=t,this.top=n,this.bottom=i,this.near=r,this.far=s,this.updateProjectionMatrix()}copy(e,t){return super.copy(e,t),this.left=e.left,this.right=e.right,this.top=e.top,this.bottom=e.bottom,this.near=e.near,this.far=e.far,this.zoom=e.zoom,this.view=null===e.view?null:Object.assign({},e.view),this}setViewOffset(e,t,n,i,r,s){null===this.view&&(this.view={enabled:!0,fullWidth:1,fullHeight:1,offsetX:0,offsetY:0,width:1,height:1}),this.view.enabled=!0,this.view.fullWidth=e,this.view.fullHeight=t,this.view.offsetX=n,this.view.offsetY=i,this.view.width=r,this.view.height=s,this.updateProjectionMatrix()}clearViewOffset(){null!==this.view&&(this.view.enabled=!1),this.updateProjectionMatrix()}updateProjectionMatrix(){const e=(this.right-this.left)/(2*this.zoom),t=(this.top-this.bottom)/(2*this.zoom),n=(this.right+this.left)/2,i=(this.top+this.bottom)/2;let r=n-e,s=n+e,o=i+t,a=i-t;if(null!==this.view&&this.view.enabled){const e=(this.right-this.left)/this.view.fullWidth/this.zoom,t=(this.top-this.bottom)/this.view.fullHeight/this.zoom;r+=e*this.view.offsetX,s=r+e*this.view.width,o-=t*this.view.offsetY,a=o-t*this.view.height}this.projectionMatrix.makeOrthographic(r,s,o,a,this.near,this.far),this.projectionMatrixInverse.copy(this.projectionMatrix).invert()}toJSON(e){const t=super.toJSON(e);return t.object.zoom=this.zoom,t.object.left=this.left,t.object.right=this.right,t.object.top=this.top,t.object.bottom=this.bottom,t.object.near=this.near,t.object.far=this.far,null!==this.view&&(t.object.view=Object.assign({},this.view)),t}}const Vs=[.125,.215,.35,.446,.526,.582],Ws=new Hs,js=new Yn;let qs=null;const Ys=(1+Math.sqrt(5))/2,Xs=1/Ys,Js=[new ci(1,1,1),new ci(-1,1,1),new ci(1,1,-1),new ci(-1,1,-1),new ci(0,Ys,Xs),new ci(0,Ys,-Xs),new ci(Xs,0,Ys),new ci(-Xs,0,Ys),new ci(Ys,Xs,0),new ci(-Ys,Xs,0)];class Ks{constructor(e){this._renderer=e,this._pingPongRenderTarget=null,this._lodMax=0,this._cubeSize=0,this._lodPlanes=[],this._sizeLods=[],this._sigmas=[],this._blurMaterial=null,this._cubemapMaterial=null,this._equirectMaterial=null,this._compileMaterial(this._blurMaterial)}fromScene(e,t=0,n=.1,i=100){qs=this._renderer.getRenderTarget(),this._setSize(256);const r=this._allocateTargets();return r.depthBuffer=!0,this._sceneToCubeUV(e,n,i,r),t>0&&this._blur(r,0,0,t),this._applyPMREM(r),this._cleanup(r),r}fromEquirectangular(e,t=null){return this._fromTexture(e,t)}fromCubemap(e,t=null){return this._fromTexture(e,t)}compileCubemapShader(){null===this._cubemapMaterial&&(this._cubemapMaterial=to(),this._compileMaterial(this._cubemapMaterial))}compileEquirectangularShader(){null===this._equirectMaterial&&(this._equirectMaterial=eo(),this._compileMaterial(this._equirectMaterial))}dispose(){this._dispose(),null!==this._cubemapMaterial&&this._cubemapMaterial.dispose(),null!==this._equirectMaterial&&this._equirectMaterial.dispose()}_setSize(e){this._lodMax=Math.floor(Math.log2(e)),this._cubeSize=Math.pow(2,this._lodMax)}_dispose(){null!==this._blurMaterial&&this._blurMaterial.dispose(),null!==this._pingPongRenderTarget&&this._pingPongRenderTarget.dispose();for(let e=0;e\u003Cthis._lodPlanes.length;e++)this._lodPlanes[e].dispose()}_cleanup(e){this._renderer.setRenderTarget(qs),e.scissorTest=!1,$s(e,0,0,e.width,e.height)}_fromTexture(e,t){e.mapping===se||e.mapping===oe?this._setSize(0===e.image.length?16:e.image[0].width||e.image[0].image.width):this._setSize(e.image.width/4),qs=this._renderer.getRenderTarget();const n=t||this._allocateTargets();return this._textureToCubeUV(e,n),this._applyPMREM(n),this._cleanup(n),n}_allocateTargets(){const e=3*Math.max(this._cubeSize,112),t=4*this._cubeSize,n={magFilter:ve,minFilter:ve,generateMipmaps:!1,type:Te,format:Fe,encoding:Dt,depthBuffer:!1},i=Zs(e,t,n);if(null===this._pingPongRenderTarget||this._pingPongRenderTarget.width!==e){null!==this._pingPongRenderTarget&&this._dispose(),this._pingPongRenderTarget=Zs(e,t,n);const{_lodMax:i}=this;({sizeLods:this._sizeLods,lodPlanes:this._lodPlanes,sigmas:this._sigmas}=function(e){const t=[],n=[],i=[];let r=e;const s=e-4+1+Vs.length;for(let o=0;o\u003Cs;o++){const s=Math.pow(2,r);n.push(s);let a=1/s;o>e-4?a=Vs[o-e+4-1]:0===o&&(a=0),i.push(a);const l=1/(s-2),c=-l,h=1+l,u=[c,c,h,c,h,h,c,c,h,h,c,h],d=6,p=6,A=3,f=2,m=1,g=new Float32Array(A*p*d),v=new Float32Array(f*p*d),y=new Float32Array(m*p*d);for(let e=0;e\u003Cd;e++){const t=e%3*2/3-1,n=e>2?0:-1,i=[t,n,0,t+2/3,n,0,t+2/3,n+1,0,t,n,0,t+2/3,n+1,0,t,n+1,0];g.set(i,A*p*e),v.set(u,f*p*e);const r=[e,e,e,e,e,e];y.set(r,m*p*e)}const E=new Wr;E.setAttribute(\"position\",new Ir(g,A)),E.setAttribute(\"uv\",new Ir(v,f)),E.setAttribute(\"faceIndex\",new Ir(y,m)),t.push(E),r>4&&r--}return{lodPlanes:t,sizeLods:n,sigmas:i}}(i)),this._blurMaterial=function(e,t,n){const i=new Float32Array(20),r=new ci(0,1,0);return new ms({name:\"SphericalGaussianBlur\",defines:{n:20,CUBEUV_TEXEL_WIDTH:1/t,CUBEUV_TEXEL_HEIGHT:1/n,CUBEUV_MAX_MIP:`${e}.0`},uniforms:{envMap:{value:null},samples:{value:1},weights:{value:i},latitudinal:{value:!1},dTheta:{value:0},mipInt:{value:0},poleAxis:{value:r}},vertexShader:\"\\n\\n\\t\\tprecision mediump float;\\n\\t\\tprecision mediump int;\\n\\n\\t\\tattribute float faceIndex;\\n\\n\\t\\tvarying vec3 vOutputDirection;\\n\\n\\t\\t// RH coordinate system; PMREM face-indexing convention\\n\\t\\tvec3 getDirection( vec2 uv, float face ) {\\n\\n\\t\\t\\tuv = 2.0 * uv - 1.0;\\n\\n\\t\\t\\tvec3 direction = vec3( uv, 1.0 );\\n\\n\\t\\t\\tif ( face == 0.0 ) {\\n\\n\\t\\t\\t\\tdirection = direction.zyx; // ( 1, v, u ) pos x\\n\\n\\t\\t\\t} else if ( face == 1.0 ) {\\n\\n\\t\\t\\t\\tdirection = direction.xzy;\\n\\t\\t\\t\\tdirection.xz *= -1.0; // ( -u, 1, -v ) pos y\\n\\n\\t\\t\\t} else if ( face == 2.0 ) {\\n\\n\\t\\t\\t\\tdirection.x *= -1.0; // ( -u, v, 1 ) pos z\\n\\n\\t\\t\\t} else if ( face == 3.0 ) {\\n\\n\\t\\t\\t\\tdirection = direction.zyx;\\n\\t\\t\\t\\tdirection.xz *= -1.0; // ( -1, v, -u ) neg x\\n\\n\\t\\t\\t} else if ( face == 4.0 ) {\\n\\n\\t\\t\\t\\tdirection = direction.xzy;\\n\\t\\t\\t\\tdirection.xy *= -1.0; // ( -u, -1, v ) neg y\\n\\n\\t\\t\\t} else if ( face == 5.0 ) {\\n\\n\\t\\t\\t\\tdirection.z *= -1.0; // ( u, v, -1 ) neg z\\n\\n\\t\\t\\t}\\n\\n\\t\\t\\treturn direction;\\n\\n\\t\\t}\\n\\n\\t\\tvoid main() {\\n\\n\\t\\t\\tvOutputDirection = getDirection( uv, faceIndex );\\n\\t\\t\\tgl_Position = vec4( position, 1.0 );\\n\\n\\t\\t}\\n\\t\",fragmentShader:\"\\n\\n\\t\\t\\tprecision mediump float;\\n\\t\\t\\tprecision mediump int;\\n\\n\\t\\t\\tvarying vec3 vOutputDirection;\\n\\n\\t\\t\\tuniform sampler2D envMap;\\n\\t\\t\\tuniform int samples;\\n\\t\\t\\tuniform float weights[ n ];\\n\\t\\t\\tuniform bool latitudinal;\\n\\t\\t\\tuniform float dTheta;\\n\\t\\t\\tuniform float mipInt;\\n\\t\\t\\tuniform vec3 poleAxis;\\n\\n\\t\\t\\t#define ENVMAP_TYPE_CUBE_UV\\n\\t\\t\\t#include \u003Ccube_uv_reflection_fragment>\\n\\n\\t\\t\\tvec3 getSample( float theta, vec3 axis ) {\\n\\n\\t\\t\\t\\tfloat cosTheta = cos( theta );\\n\\t\\t\\t\\t// Rodrigues' axis-angle rotation\\n\\t\\t\\t\\tvec3 sampleDirection = vOutputDirection * cosTheta\\n\\t\\t\\t\\t\\t+ cross( axis, vOutputDirection ) * sin( theta )\\n\\t\\t\\t\\t\\t+ axis * dot( axis, vOutputDirection ) * ( 1.0 - cosTheta );\\n\\n\\t\\t\\t\\treturn bilinearCubeUV( envMap, sampleDirection, mipInt );\\n\\n\\t\\t\\t}\\n\\n\\t\\t\\tvoid main() {\\n\\n\\t\\t\\t\\tvec3 axis = latitudinal ? poleAxis : cross( poleAxis, vOutputDirection );\\n\\n\\t\\t\\t\\tif ( all( equal( axis, vec3( 0.0 ) ) ) ) {\\n\\n\\t\\t\\t\\t\\taxis = vec3( vOutputDirection.z, 0.0, - vOutputDirection.x );\\n\\n\\t\\t\\t\\t}\\n\\n\\t\\t\\t\\taxis = normalize( axis );\\n\\n\\t\\t\\t\\tgl_FragColor = vec4( 0.0, 0.0, 0.0, 1.0 );\\n\\t\\t\\t\\tgl_FragColor.rgb += weights[ 0 ] * getSample( 0.0, axis );\\n\\n\\t\\t\\t\\tfor ( int i = 1; i \u003C n; i++ ) {\\n\\n\\t\\t\\t\\t\\tif ( i >= samples ) {\\n\\n\\t\\t\\t\\t\\t\\tbreak;\\n\\n\\t\\t\\t\\t\\t}\\n\\n\\t\\t\\t\\t\\tfloat theta = dTheta * float( i );\\n\\t\\t\\t\\t\\tgl_FragColor.rgb += weights[ i ] * getSample( -1.0 * theta, axis );\\n\\t\\t\\t\\t\\tgl_FragColor.rgb += weights[ i ] * getSample( theta, axis );\\n\\n\\t\\t\\t\\t}\\n\\n\\t\\t\\t}\\n\\t\\t\",blending:y,depthTest:!1,depthWrite:!1})}(i,e,t)}return i}_compileMaterial(e){const t=new cs(this._lodPlanes[0],e);this._renderer.compile(t,Ws)}_sceneToCubeUV(e,t,n,i){const r=new vs(90,1,t,n),s=[1,-1,1,1,1,1],o=[1,1,1,-1,-1,-1],a=this._renderer,l=a.autoClear,c=a.toneMapping;a.getClearColor(js),a.toneMapping=Z,a.autoClear=!1;const h=new Cr({name:\"PMREM.Background\",side:g,depthWrite:!1,depthTest:!1}),u=new cs(new us,h);let d=!1;const p=e.background;p?p.isColor&&(h.color.copy(p),e.background=null,d=!0):(h.color.copy(js),d=!0);for(let t=0;t\u003C6;t++){const n=t%3;0===n?(r.up.set(0,s[t],0),r.lookAt(o[t],0,0)):1===n?(r.up.set(0,0,s[t]),r.lookAt(0,o[t],0)):(r.up.set(0,s[t],0),r.lookAt(0,0,o[t]));const l=this._cubeSize;$s(i,n*l,t>2?l:0,l,l),a.setRenderTarget(i),d&&a.render(u,r),a.render(e,r)}u.geometry.dispose(),u.material.dispose(),a.toneMapping=c,a.autoClear=l,e.background=p}_textureToCubeUV(e,t){const n=this._renderer,i=e.mapping===se||e.mapping===oe;i?(null===this._cubemapMaterial&&(this._cubemapMaterial=to()),this._cubemapMaterial.uniforms.flipEnvMap.value=!1===e.isRenderTargetTexture?-1:1):null===this._equirectMaterial&&(this._equirectMaterial=eo());const r=i?this._cubemapMaterial:this._equirectMaterial,s=new cs(this._lodPlanes[0],r);r.uniforms.envMap.value=e;const o=this._cubeSize;$s(t,0,0,3*o,2*o),n.setRenderTarget(t),n.render(s,Ws)}_applyPMREM(e){const t=this._renderer,n=t.autoClear;t.autoClear=!1;for(let t=1;t\u003Cthis._lodPlanes.length;t++){const n=Math.sqrt(this._sigmas[t]*this._sigmas[t]-this._sigmas[t-1]*this._sigmas[t-1]),i=Js[(t-1)%Js.length];this._blur(e,t-1,t,n,i)}t.autoClear=n}_blur(e,t,n,i,r){const s=this._pingPongRenderTarget;this._halfBlur(e,s,t,n,i,\"latitudinal\",r),this._halfBlur(s,e,n,n,i,\"longitudinal\",r)}_halfBlur(e,t,n,i,r,s,o){const a=this._renderer,l=this._blurMaterial;\"latitudinal\"!==s&&\"longitudinal\"!==s&&console.error(\"blur direction must be either latitudinal or longitudinal!\");const c=new cs(this._lodPlanes[i],l),h=l.uniforms,u=this._sizeLods[n]-1,d=isFinite(r)?Math.PI/(2*u):2*Math.PI/39,p=r/d,A=isFinite(r)?1+Math.floor(3*p):20;A>20&&console.warn(`sigmaRadians, ${r}, is too large and will clip, as it requested ${A} samples when the maximum is set to 20`);const f=[];let m=0;for(let e=0;e\u003C20;++e){const t=e/p,n=Math.exp(-t*t/2);f.push(n),0===e?m+=n:e\u003CA&&(m+=2*n)}for(let e=0;e\u003Cf.length;e++)f[e]=f[e]/m;h.envMap.value=e.texture,h.samples.value=A,h.weights.value=f,h.latitudinal.value=\"latitudinal\"===s,o&&(h.poleAxis.value=o);const{_lodMax:g}=this;h.dTheta.value=d,h.mipInt.value=g-n;const v=this._sizeLods[i];$s(t,3*v*(i>g-4?i-g+4:0),4*(this._cubeSize-v),3*v,2*v),a.setRenderTarget(t),a.render(c,Ws)}}function Zs(e,t,n){const i=new ni(e,t,n);return i.texture.mapping=ce,i.texture.name=\"PMREM.cubeUv\",i.scissorTest=!0,i}function $s(e,t,n,i,r){e.viewport.set(t,n,i,r),e.scissor.set(t,n,i,r)}function eo(){return new ms({name:\"EquirectangularToCubeUV\",uniforms:{envMap:{value:null}},vertexShader:\"\\n\\n\\t\\tprecision mediump float;\\n\\t\\tprecision mediump int;\\n\\n\\t\\tattribute float faceIndex;\\n\\n\\t\\tvarying vec3 vOutputDirection;\\n\\n\\t\\t// RH coordinate system; PMREM face-indexing convention\\n\\t\\tvec3 getDirection( vec2 uv, float face ) {\\n\\n\\t\\t\\tuv = 2.0 * uv - 1.0;\\n\\n\\t\\t\\tvec3 direction = vec3( uv, 1.0 );\\n\\n\\t\\t\\tif ( face == 0.0 ) {\\n\\n\\t\\t\\t\\tdirection = direction.zyx; // ( 1, v, u ) pos x\\n\\n\\t\\t\\t} else if ( face == 1.0 ) {\\n\\n\\t\\t\\t\\tdirection = direction.xzy;\\n\\t\\t\\t\\tdirection.xz *= -1.0; // ( -u, 1, -v ) pos y\\n\\n\\t\\t\\t} else if ( face == 2.0 ) {\\n\\n\\t\\t\\t\\tdirection.x *= -1.0; // ( -u, v, 1 ) pos z\\n\\n\\t\\t\\t} else if ( face == 3.0 ) {\\n\\n\\t\\t\\t\\tdirection = direction.zyx;\\n\\t\\t\\t\\tdirection.xz *= -1.0; // ( -1, v, -u ) neg x\\n\\n\\t\\t\\t} else if ( face == 4.0 ) {\\n\\n\\t\\t\\t\\tdirection = direction.xzy;\\n\\t\\t\\t\\tdirection.xy *= -1.0; // ( -u, -1, v ) neg y\\n\\n\\t\\t\\t} else if ( face == 5.0 ) {\\n\\n\\t\\t\\t\\tdirection.z *= -1.0; // ( u, v, -1 ) neg z\\n\\n\\t\\t\\t}\\n\\n\\t\\t\\treturn direction;\\n\\n\\t\\t}\\n\\n\\t\\tvoid main() {\\n\\n\\t\\t\\tvOutputDirection = getDirection( uv, faceIndex );\\n\\t\\t\\tgl_Position = vec4( position, 1.0 );\\n\\n\\t\\t}\\n\\t\",fragmentShader:\"\\n\\n\\t\\t\\tprecision mediump float;\\n\\t\\t\\tprecision mediump int;\\n\\n\\t\\t\\tvarying vec3 vOutputDirection;\\n\\n\\t\\t\\tuniform sampler2D envMap;\\n\\n\\t\\t\\t#include \u003Ccommon>\\n\\n\\t\\t\\tvoid main() {\\n\\n\\t\\t\\t\\tvec3 outputDirection = normalize( vOutputDirection );\\n\\t\\t\\t\\tvec2 uv = equirectUv( outputDirection );\\n\\n\\t\\t\\t\\tgl_FragColor = vec4( texture2D ( envMap, uv ).rgb, 1.0 );\\n\\n\\t\\t\\t}\\n\\t\\t\",blending:y,depthTest:!1,depthWrite:!1})}function to(){return new ms({name:\"CubemapToCubeUV\",uniforms:{envMap:{value:null},flipEnvMap:{value:-1}},vertexShader:\"\\n\\n\\t\\tprecision mediump float;\\n\\t\\tprecision mediump int;\\n\\n\\t\\tattribute float faceIndex;\\n\\n\\t\\tvarying vec3 vOutputDirection;\\n\\n\\t\\t// RH coordinate system; PMREM face-indexing convention\\n\\t\\tvec3 getDirection( vec2 uv, float face ) {\\n\\n\\t\\t\\tuv = 2.0 * uv - 1.0;\\n\\n\\t\\t\\tvec3 direction = vec3( uv, 1.0 );\\n\\n\\t\\t\\tif ( face == 0.0 ) {\\n\\n\\t\\t\\t\\tdirection = direction.zyx; // ( 1, v, u ) pos x\\n\\n\\t\\t\\t} else if ( face == 1.0 ) {\\n\\n\\t\\t\\t\\tdirection = direction.xzy;\\n\\t\\t\\t\\tdirection.xz *= -1.0; // ( -u, 1, -v ) pos y\\n\\n\\t\\t\\t} else if ( face == 2.0 ) {\\n\\n\\t\\t\\t\\tdirection.x *= -1.0; // ( -u, v, 1 ) pos z\\n\\n\\t\\t\\t} else if ( face == 3.0 ) {\\n\\n\\t\\t\\t\\tdirection = direction.zyx;\\n\\t\\t\\t\\tdirection.xz *= -1.0; // ( -1, v, -u ) neg x\\n\\n\\t\\t\\t} else if ( face == 4.0 ) {\\n\\n\\t\\t\\t\\tdirection = direction.xzy;\\n\\t\\t\\t\\tdirection.xy *= -1.0; // ( -u, -1, v ) neg y\\n\\n\\t\\t\\t} else if ( face == 5.0 ) {\\n\\n\\t\\t\\t\\tdirection.z *= -1.0; // ( u, v, -1 ) neg z\\n\\n\\t\\t\\t}\\n\\n\\t\\t\\treturn direction;\\n\\n\\t\\t}\\n\\n\\t\\tvoid main() {\\n\\n\\t\\t\\tvOutputDirection = getDirection( uv, faceIndex );\\n\\t\\t\\tgl_Position = vec4( position, 1.0 );\\n\\n\\t\\t}\\n\\t\",fragmentShader:\"\\n\\n\\t\\t\\tprecision mediump float;\\n\\t\\t\\tprecision mediump int;\\n\\n\\t\\t\\tuniform float flipEnvMap;\\n\\n\\t\\t\\tvarying vec3 vOutputDirection;\\n\\n\\t\\t\\tuniform samplerCube envMap;\\n\\n\\t\\t\\tvoid main() {\\n\\n\\t\\t\\t\\tgl_FragColor = textureCube( envMap, vec3( flipEnvMap * vOutputDirection.x, vOutputDirection.yz ) );\\n\\n\\t\\t\\t}\\n\\t\\t\",blending:y,depthTest:!1,depthWrite:!1})}function no(e){let t=new WeakMap,n=null;function i(e){const n=e.target;n.removeEventListener(\"dispose\",i);const r=t.get(n);void 0!==r&&(t.delete(n),r.dispose())}return{get:function(r){if(r&&r.isTexture){const s=r.mapping,o=s===ae||s===le,a=s===se||s===oe;if(o||a){if(r.isRenderTargetTexture&&!0===r.needsPMREMUpdate){r.needsPMREMUpdate=!1;let i=t.get(r);return null===n&&(n=new Ks(e)),i=o?n.fromEquirectangular(r,i):n.fromCubemap(r,i),t.set(r,i),i.texture}if(t.has(r))return t.get(r).texture;{const s=r.image;if(o&&s&&s.height>0||a&&s&&function(e){let t=0;for(let n=0;n\u003C6;n++)void 0!==e[n]&&t++;return 6===t}(s)){null===n&&(n=new Ks(e));const s=o?n.fromEquirectangular(r):n.fromCubemap(r);return t.set(r,s),r.addEventListener(\"dispose\",i),s.texture}return null}}}return r},dispose:function(){t=new WeakMap,null!==n&&(n.dispose(),n=null)}}}function io(e){const t={};function n(n){if(void 0!==t[n])return t[n];let i;switch(n){case\"WEBGL_depth_texture\":i=e.getExtension(\"WEBGL_depth_texture\")||e.getExtension(\"MOZ_WEBGL_depth_texture\")||e.getExtension(\"WEBKIT_WEBGL_depth_texture\");break;case\"EXT_texture_filter_anisotropic\":i=e.getExtension(\"EXT_texture_filter_anisotropic\")||e.getExtension(\"MOZ_EXT_texture_filter_anisotropic\")||e.getExtension(\"WEBKIT_EXT_texture_filter_anisotropic\");break;case\"WEBGL_compressed_texture_s3tc\":i=e.getExtension(\"WEBGL_compressed_texture_s3tc\")||e.getExtension(\"MOZ_WEBGL_compressed_texture_s3tc\")||e.getExtension(\"WEBKIT_WEBGL_compressed_texture_s3tc\");break;case\"WEBGL_compressed_texture_pvrtc\":i=e.getExtension(\"WEBGL_compressed_texture_pvrtc\")||e.getExtension(\"WEBKIT_WEBGL_compressed_texture_pvrtc\");break;default:i=e.getExtension(n)}return t[n]=i,i}return{has:function(e){return 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\"+n.glslVersion+\"\\n\":\"\";n.isRawShaderMaterial?(y=[g].filter(ba).join(\"\\n\"),y.length>0&&(y+=\"\\n\"),E=[m,g].filter(ba).join(\"\\n\"),E.length>0&&(E+=\"\\n\")):(y=[Ta(n),\"#define SHADER_NAME \"+n.shaderName,g,n.instancing?\"#define USE_INSTANCING\":\"\",n.instancingColor?\"#define USE_INSTANCING_COLOR\":\"\",n.supportsVertexTextures?\"#define VERTEX_TEXTURES\":\"\",n.useFog&&n.fog?\"#define USE_FOG\":\"\",n.useFog&&n.fogExp2?\"#define FOG_EXP2\":\"\",n.map?\"#define USE_MAP\":\"\",n.envMap?\"#define USE_ENVMAP\":\"\",n.envMap?\"#define \"+h:\"\",n.lightMap?\"#define USE_LIGHTMAP\":\"\",n.aoMap?\"#define USE_AOMAP\":\"\",n.emissiveMap?\"#define USE_EMISSIVEMAP\":\"\",n.bumpMap?\"#define USE_BUMPMAP\":\"\",n.normalMap?\"#define USE_NORMALMAP\":\"\",n.normalMap&&n.objectSpaceNormalMap?\"#define OBJECTSPACE_NORMALMAP\":\"\",n.normalMap&&n.tangentSpaceNormalMap?\"#define TANGENTSPACE_NORMALMAP\":\"\",n.clearcoatMap?\"#define USE_CLEARCOATMAP\":\"\",n.clearcoatRoughnessMap?\"#define 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USE_ALPHAMAP\":\"\",n.alphaTest?\"#define USE_ALPHATEST\":\"\",n.sheen?\"#define USE_SHEEN\":\"\",n.sheenColorMap?\"#define USE_SHEENCOLORMAP\":\"\",n.sheenRoughnessMap?\"#define USE_SHEENROUGHNESSMAP\":\"\",n.transmission?\"#define USE_TRANSMISSION\":\"\",n.transmissionMap?\"#define USE_TRANSMISSIONMAP\":\"\",n.thicknessMap?\"#define USE_THICKNESSMAP\":\"\",n.decodeVideoTexture?\"#define DECODE_VIDEO_TEXTURE\":\"\",n.vertexTangents?\"#define USE_TANGENT\":\"\",n.vertexColors||n.instancingColor?\"#define USE_COLOR\":\"\",n.vertexAlphas?\"#define USE_COLOR_ALPHA\":\"\",n.vertexUvs?\"#define USE_UV\":\"\",n.uvsVertexOnly?\"#define UVS_VERTEX_ONLY\":\"\",n.gradientMap?\"#define USE_GRADIENTMAP\":\"\",n.flatShading?\"#define FLAT_SHADED\":\"\",n.doubleSided?\"#define DOUBLE_SIDED\":\"\",n.flipSided?\"#define FLIP_SIDED\":\"\",n.shadowMapEnabled?\"#define USE_SHADOWMAP\":\"\",n.shadowMapEnabled?\"#define \"+l:\"\",n.premultipliedAlpha?\"#define PREMULTIPLIED_ALPHA\":\"\",n.physicallyCorrectLights?\"#define PHYSICALLY_CORRECT_LIGHTS\":\"\",n.logarithmicDepthBuffer?\"#define USE_LOGDEPTHBUF\":\"\",n.logarithmicDepthBuffer&&n.rendererExtensionFragDepth?\"#define USE_LOGDEPTHBUF_EXT\":\"\",\"uniform mat4 viewMatrix;\",\"uniform vec3 cameraPosition;\",\"uniform bool isOrthographic;\",n.toneMapping!==Z?\"#define TONE_MAPPING\":\"\",n.toneMapping!==Z?Rs.tonemapping_pars_fragment:\"\",n.toneMapping!==Z?Ea(\"toneMapping\",n.toneMapping):\"\",n.dithering?\"#define DITHERING\":\"\",n.opaque?\"#define OPAQUE\":\"\",Rs.encodings_pars_fragment,ya(\"linearToOutputTexel\",n.outputEncoding),n.useDepthPacking?\"#define DEPTH_PACKING \"+n.depthPacking:\"\",\"\\n\"].filter(ba).join(\"\\n\")),o=Ma(o),o=xa(o,n),o=wa(o,n),a=Ma(a),a=xa(a,n),a=wa(a,n),o=Ba(o),a=Ba(a),n.isWebGL2&&!0!==n.isRawShaderMaterial&&(b=\"#version 300 es\\n\",y=[\"precision mediump sampler2DArray;\",\"#define attribute in\",\"#define varying out\",\"#define texture2D texture\"].join(\"\\n\")+\"\\n\"+y,E=[\"#define varying in\",n.glslVersion===An?\"\":\"layout(location = 0) out highp vec4 pc_fragColor;\",n.glslVersion===An?\"\":\"#define gl_FragColor pc_fragColor\",\"#define gl_FragDepthEXT gl_FragDepth\",\"#define texture2D texture\",\"#define textureCube texture\",\"#define texture2DProj textureProj\",\"#define texture2DLodEXT textureLod\",\"#define texture2DProjLodEXT textureProjLod\",\"#define textureCubeLodEXT textureLod\",\"#define texture2DGradEXT textureGrad\",\"#define texture2DProjGradEXT textureProjGrad\",\"#define textureCubeGradEXT textureGrad\"].join(\"\\n\")+\"\\n\"+E);const x=b+E+a,w=ma(r,35633,b+y+o),C=ma(r,35632,x);if(r.attachShader(v,w),r.attachShader(v,C),void 0!==n.index0AttributeName?r.bindAttribLocation(v,0,n.index0AttributeName):!0===n.morphTargets&&r.bindAttribLocation(v,0,\"position\"),r.linkProgram(v),e.debug.checkShaderErrors){const e=r.getProgramInfoLog(v).trim(),t=r.getShaderInfoLog(w).trim(),n=r.getShaderInfoLog(C).trim();let i=!0,s=!0;if(!1===r.getProgramParameter(v,35714)){i=!1;const t=va(r,w,\"vertex\"),n=va(r,C,\"fragment\");console.error(\"THREE.WebGLProgram: Shader Error \"+r.getError()+\" - VALIDATE_STATUS \"+r.getProgramParameter(v,35715)+\"\\n\\nProgram Info Log: \"+e+\"\\n\"+t+\"\\n\"+n)}else\"\"!==e?console.warn(\"THREE.WebGLProgram: Program Info Log:\",e):\"\"!==t&&\"\"!==n||(s=!1);s&&(this.diagnostics={runnable:i,programLog:e,vertexShader:{log:t,prefix:y},fragmentShader:{log:n,prefix:E}})}let M,_;return r.deleteShader(w),r.deleteShader(C),this.getUniforms=function(){return void 0===M&&(M=new fa(r,v)),M},this.getAttributes=function(){return void 0===_&&(_=function(e,t){const n={},i=e.getProgramParameter(t,35721);for(let r=0;r\u003Ci;r++){const i=e.getActiveAttrib(t,r),s=i.name;let o=1;35674===i.type&&(o=2),35675===i.type&&(o=3),35676===i.type&&(o=4),n[s]={type:i.type,location:e.getAttribLocation(t,s),locationSize:o}}return n}(r,v)),_},this.destroy=function(){i.releaseStatesOfProgram(this),r.deleteProgram(v),this.program=void 0},this.name=n.shaderName,this.id=ga++,this.cacheKey=t,this.usedTimes=1,this.program=v,this.vertexShader=w,this.fragmentShader=C,this}let Da=0;class Ra{constructor(){this.shaderCache=new Map,this.materialCache=new Map}update(e){const t=e.vertexShader,n=e.fragmentShader,i=this._getShaderStage(t),r=this._getShaderStage(n),s=this._getShaderCacheForMaterial(e);return!1===s.has(i)&&(s.add(i),i.usedTimes++),!1===s.has(r)&&(s.add(r),r.usedTimes++),this}remove(e){const t=this.materialCache.get(e);for(const e of t)e.usedTimes--,0===e.usedTimes&&this.shaderCache.delete(e.code);return this.materialCache.delete(e),this}getVertexShaderID(e){return this._getShaderStage(e.vertexShader).id}getFragmentShaderID(e){return this._getShaderStage(e.fragmentShader).id}dispose(){this.shaderCache.clear(),this.materialCache.clear()}_getShaderCacheForMaterial(e){const t=this.materialCache;let n=t.get(e);return void 0===n&&(n=new Set,t.set(e,n)),n}_getShaderStage(e){const t=this.shaderCache;let n=t.get(e);return void 0===n&&(n=new Pa(e),t.set(e,n)),n}}class Pa{constructor(e){this.id=Da++,this.code=e,this.usedTimes=0}}function ka(e,t,n,i,r,s,o){const a=new Ji,l=new Ra,c=[],h=r.isWebGL2,u=r.logarithmicDepthBuffer,d=r.vertexTextures;let p=r.precision;const A={MeshDepthMaterial:\"depth\",MeshDistanceMaterial:\"distanceRGBA\",MeshNormalMaterial:\"normal\",MeshBasicMaterial:\"basic\",MeshLambertMaterial:\"lambert\",MeshPhongMaterial:\"phong\",MeshToonMaterial:\"toon\",MeshStandardMaterial:\"physical\",MeshPhysicalMaterial:\"physical\",MeshMatcapMaterial:\"matcap\",LineBasicMaterial:\"basic\",LineDashedMaterial:\"dashed\",PointsMaterial:\"points\",ShadowMaterial:\"shadow\",SpriteMaterial:\"sprite\"};return{getParameters:function(s,a,c,f,m){const y=f.fog,b=m.geometry,x=s.isMeshStandardMaterial?f.environment:null,w=(s.isMeshStandardMaterial?n:t).get(s.envMap||x),C=w&&w.mapping===ce?w.image.height:null,M=A[s.type];null!==s.precision&&(p=r.getMaxPrecision(s.precision),p!==s.precision&&console.warn(\"THREE.WebGLProgram.getParameters:\",s.precision,\"not supported, using\",p,\"instead.\"));const _=b.morphAttributes.position||b.morphAttributes.normal||b.morphAttributes.color,I=void 0!==_?_.length:0;let B,S,T,L,D=0;if(void 0!==b.morphAttributes.position&&(D=1),void 0!==b.morphAttributes.normal&&(D=2),void 0!==b.morphAttributes.color&&(D=3),M){const e=ks[M];B=e.vertexShader,S=e.fragmentShader}else B=s.vertexShader,S=s.fragmentShader,l.update(s),T=l.getVertexShaderID(s),L=l.getFragmentShaderID(s);const R=e.getRenderTarget(),P=s.alphaTest>0,k=s.clearcoat>0,F=s.iridescence>0;return{isWebGL2:h,shaderID:M,shaderName:s.type,vertexShader:B,fragmentShader:S,defines:s.defines,customVertexShaderID:T,customFragmentShaderID:L,isRawShaderMaterial:!0===s.isRawShaderMaterial,glslVersion:s.glslVersion,precision:p,instancing:!0===m.isInstancedMesh,instancingColor:!0===m.isInstancedMesh&&null!==m.instanceColor,supportsVertexTextures:d,outputEncoding:null===R?e.outputEncoding:!0===R.isXRRenderTarget?R.texture.encoding:Dt,map:!!s.map,matcap:!!s.matcap,envMap:!!w,envMapMode:w&&w.mapping,envMapCubeUVHeight:C,lightMap:!!s.lightMap,aoMap:!!s.aoMap,emissiveMap:!!s.emissiveMap,bumpMap:!!s.bumpMap,normalMap:!!s.normalMap,objectSpaceNormalMap:s.normalMapType===Ot,tangentSpaceNormalMap:s.normalMapType===Ft,decodeVideoTexture:!!s.map&&!0===s.map.isVideoTexture&&s.map.encoding===Rt,clearcoat:k,clearcoatMap:k&&!!s.clearcoatMap,clearcoatRoughnessMap:k&&!!s.clearcoatRoughnessMap,clearcoatNormalMap:k&&!!s.clearcoatNormalMap,iridescence:F,iridescenceMap:F&&!!s.iridescenceMap,iridescenceThicknessMap:F&&!!s.iridescenceThicknessMap,displacementMap:!!s.displacementMap,roughnessMap:!!s.roughnessMap,metalnessMap:!!s.metalnessMap,specularMap:!!s.specularMap,specularIntensityMap:!!s.specularIntensityMap,specularColorMap:!!s.specularColorMap,opaque:!1===s.transparent&&s.blending===E,alphaMap:!!s.alphaMap,alphaTest:P,gradientMap:!!s.gradientMap,sheen:s.sheen>0,sheenColorMap:!!s.sheenColorMap,sheenRoughnessMap:!!s.sheenRoughnessMap,transmission:s.transmission>0,transmissionMap:!!s.transmissionMap,thicknessMap:!!s.thicknessMap,combine:s.combine,vertexTangents:!!s.normalMap&&!!b.attributes.tangent,vertexColors:s.vertexColors,vertexAlphas:!0===s.vertexColors&&!!b.attributes.color&&4===b.attributes.color.itemSize,vertexUvs:!!(s.map||s.bumpMap||s.normalMap||s.specularMap||s.alphaMap||s.emissiveMap||s.roughnessMap||s.metalnessMap||s.clearcoatMap||s.clearcoatRoughnessMap||s.clearcoatNormalMap||s.iridescenceMap||s.iridescenceThicknessMap||s.displacementMap||s.transmissionMap||s.thicknessMap||s.specularIntensityMap||s.specularColorMap||s.sheenColorMap||s.sheenRoughnessMap),uvsVertexOnly:!(s.map||s.bumpMap||s.normalMap||s.specularMap||s.alphaMap||s.emissiveMap||s.roughnessMap||s.metalnessMap||s.clearcoatNormalMap||s.iridescenceMap||s.iridescenceThicknessMap||s.transmission>0||s.transmissionMap||s.thicknessMap||s.specularIntensityMap||s.specularColorMap||s.sheen>0||s.sheenColorMap||s.sheenRoughnessMap||!s.displacementMap),fog:!!y,useFog:!0===s.fog,fogExp2:y&&y.isFogExp2,flatShading:!!s.flatShading,sizeAttenuation:s.sizeAttenuation,logarithmicDepthBuffer:u,skinning:!0===m.isSkinnedMesh,morphTargets:void 0!==b.morphAttributes.position,morphNormals:void 0!==b.morphAttributes.normal,morphColors:void 0!==b.morphAttributes.color,morphTargetsCount:I,morphTextureStride:D,numDirLights:a.directional.length,numPointLights:a.point.length,numSpotLights:a.spot.length,numSpotLightMaps:a.spotLightMap.length,numRectAreaLights:a.rectArea.length,numHemiLights:a.hemi.length,numDirLightShadows:a.directionalShadowMap.length,numPointLightShadows:a.pointShadowMap.length,numSpotLightShadows:a.spotShadowMap.length,numSpotLightShadowsWithMaps:a.numSpotLightShadowsWithMaps,numClippingPlanes:o.numPlanes,numClipIntersection:o.numIntersection,dithering:s.dithering,shadowMapEnabled:e.shadowMap.enabled&&c.length>0,shadowMapType:e.shadowMap.type,toneMapping:s.toneMapped?e.toneMapping:Z,physicallyCorrectLights:e.physicallyCorrectLights,premultipliedAlpha:s.premultipliedAlpha,doubleSided:s.side===v,flipSided:s.side===g,useDepthPacking:!!s.depthPacking,depthPacking:s.depthPacking||0,index0AttributeName:s.index0AttributeName,extensionDerivatives:s.extensions&&s.extensions.derivatives,extensionFragDepth:s.extensions&&s.extensions.fragDepth,extensionDrawBuffers:s.extensions&&s.extensions.drawBuffers,extensionShaderTextureLOD:s.extensions&&s.extensions.shaderTextureLOD,rendererExtensionFragDepth:h||i.has(\"EXT_frag_depth\"),rendererExtensionDrawBuffers:h||i.has(\"WEBGL_draw_buffers\"),rendererExtensionShaderTextureLod:h||i.has(\"EXT_shader_texture_lod\"),customProgramCacheKey:s.customProgramCacheKey()}},getProgramCacheKey:function(t){const n=[];if(t.shaderID?n.push(t.shaderID):(n.push(t.customVertexShaderID),n.push(t.customFragmentShaderID)),void 0!==t.defines)for(const e in t.defines)n.push(e),n.push(t.defines[e]);return!1===t.isRawShaderMaterial&&(function(e,t){e.push(t.precision),e.push(t.outputEncoding),e.push(t.envMapMode),e.push(t.envMapCubeUVHeight),e.push(t.combine),e.push(t.vertexUvs),e.push(t.fogExp2),e.push(t.sizeAttenuation),e.push(t.morphTargetsCount),e.push(t.morphAttributeCount),e.push(t.numDirLights),e.push(t.numPointLights),e.push(t.numSpotLights),e.push(t.numSpotLightMaps),e.push(t.numHemiLights),e.push(t.numRectAreaLights),e.push(t.numDirLightShadows),e.push(t.numPointLightShadows),e.push(t.numSpotLightShadows),e.push(t.numSpotLightShadowsWithMaps),e.push(t.shadowMapType),e.push(t.toneMapping),e.push(t.numClippingPlanes),e.push(t.numClipIntersection),e.push(t.depthPacking)}(n,t),function(e,t){a.disableAll(),t.isWebGL2&&a.enable(0),t.supportsVertexTextures&&a.enable(1),t.instancing&&a.enable(2),t.instancingColor&&a.enable(3),t.map&&a.enable(4),t.matcap&&a.enable(5),t.envMap&&a.enable(6),t.lightMap&&a.enable(7),t.aoMap&&a.enable(8),t.emissiveMap&&a.enable(9),t.bumpMap&&a.enable(10),t.normalMap&&a.enable(11),t.objectSpaceNormalMap&&a.enable(12),t.tangentSpaceNormalMap&&a.enable(13),t.clearcoat&&a.enable(14),t.clearcoatMap&&a.enable(15),t.clearcoatRoughnessMap&&a.enable(16),t.clearcoatNormalMap&&a.enable(17),t.iridescence&&a.enable(18),t.iridescenceMap&&a.enable(19),t.iridescenceThicknessMap&&a.enable(20),t.displacementMap&&a.enable(21),t.specularMap&&a.enable(22),t.roughnessMap&&a.enable(23),t.metalnessMap&&a.enable(24),t.gradientMap&&a.enable(25),t.alphaMap&&a.enable(26),t.alphaTest&&a.enable(27),t.vertexColors&&a.enable(28),t.vertexAlphas&&a.enable(29),t.vertexUvs&&a.enable(30),t.vertexTangents&&a.enable(31),t.uvsVertexOnly&&a.enable(32),e.push(a.mask),a.disableAll(),t.fog&&a.enable(0),t.useFog&&a.enable(1),t.flatShading&&a.enable(2),t.logarithmicDepthBuffer&&a.enable(3),t.skinning&&a.enable(4),t.morphTargets&&a.enable(5),t.morphNormals&&a.enable(6),t.morphColors&&a.enable(7),t.premultipliedAlpha&&a.enable(8),t.shadowMapEnabled&&a.enable(9),t.physicallyCorrectLights&&a.enable(10),t.doubleSided&&a.enable(11),t.flipSided&&a.enable(12),t.useDepthPacking&&a.enable(13),t.dithering&&a.enable(14),t.specularIntensityMap&&a.enable(15),t.specularColorMap&&a.enable(16),t.transmission&&a.enable(17),t.transmissionMap&&a.enable(18),t.thicknessMap&&a.enable(19),t.sheen&&a.enable(20),t.sheenColorMap&&a.enable(21),t.sheenRoughnessMap&&a.enable(22),t.decodeVideoTexture&&a.enable(23),t.opaque&&a.enable(24),e.push(a.mask)}(n,t),n.push(e.outputEncoding)),n.push(t.customProgramCacheKey),n.join()},getUniforms:function(e){const t=A[e.type];let n;if(t){const e=ks[t];n=fs.clone(e.uniforms)}else n=e.uniforms;return n},acquireProgram:function(t,n){let i;for(let e=0,t=c.length;e\u003Ct;e++){const t=c[e];if(t.cacheKey===n){i=t,++i.usedTimes;break}}return void 0===i&&(i=new La(e,n,t,s),c.push(i)),i},releaseProgram:function(e){if(0==--e.usedTimes){const t=c.indexOf(e);c[t]=c[c.length-1],c.pop(),e.destroy()}},releaseShaderCache:function(e){l.remove(e)},programs:c,dispose:function(){l.dispose()}}}function Fa(){let e=new WeakMap;return{get:function(t){let n=e.get(t);return void 0===n&&(n={},e.set(t,n)),n},remove:function(t){e.delete(t)},update:function(t,n,i){e.get(t)[n]=i},dispose:function(){e=new WeakMap}}}function Oa(e,t){return e.groupOrder!==t.groupOrder?e.groupOrder-t.groupOrder:e.renderOrder!==t.renderOrder?e.renderOrder-t.renderOrder:e.material.id!==t.material.id?e.material.id-t.material.id:e.z!==t.z?e.z-t.z:e.id-t.id}function Qa(e,t){return e.groupOrder!==t.groupOrder?e.groupOrder-t.groupOrder:e.renderOrder!==t.renderOrder?e.renderOrder-t.renderOrder:e.z!==t.z?t.z-e.z:e.id-t.id}function Ua(){const e=[];let t=0;const n=[],i=[],r=[];function s(n,i,r,s,o,a){let l=e[t];return void 0===l?(l={id:n.id,object:n,geometry:i,material:r,groupOrder:s,renderOrder:n.renderOrder,z:o,group:a},e[t]=l):(l.id=n.id,l.object=n,l.geometry=i,l.material=r,l.groupOrder=s,l.renderOrder=n.renderOrder,l.z=o,l.group=a),t++,l}return{opaque:n,transmissive:i,transparent:r,init:function(){t=0,n.length=0,i.length=0,r.length=0},push:function(e,t,o,a,l,c){const h=s(e,t,o,a,l,c);o.transmission>0?i.push(h):!0===o.transparent?r.push(h):n.push(h)},unshift:function(e,t,o,a,l,c){const h=s(e,t,o,a,l,c);o.transmission>0?i.unshift(h):!0===o.transparent?r.unshift(h):n.unshift(h)},finish:function(){for(let n=t,i=e.length;n\u003Ci;n++){const t=e[n];if(null===t.id)break;t.id=null,t.object=null,t.geometry=null,t.material=null,t.group=null}},sort:function(e,t){n.length>1&&n.sort(e||Oa),i.length>1&&i.sort(t||Qa),r.length>1&&r.sort(t||Qa)}}}function Na(){let e=new WeakMap;return{get:function(t,n){const i=e.get(t);let r;return void 0===i?(r=new Ua,e.set(t,[r])):n>=i.length?(r=new Ua,i.push(r)):r=i[n],r},dispose:function(){e=new WeakMap}}}function Ga(){const e={};return{get:function(t){if(void 0!==e[t.id])return e[t.id];let n;switch(t.type){case\"DirectionalLight\":n={direction:new ci,color:new Yn};break;case\"SpotLight\":n={position:new ci,direction:new ci,color:new Yn,distance:0,coneCos:0,penumbraCos:0,decay:0};break;case\"PointLight\":n={position:new ci,color:new Yn,distance:0,decay:0};break;case\"HemisphereLight\":n={direction:new ci,skyColor:new Yn,groundColor:new Yn};break;case\"RectAreaLight\":n={color:new Yn,position:new ci,halfWidth:new ci,halfHeight:new ci}}return e[t.id]=n,n}}}let za=0;function Ha(e,t){return(t.castShadow?2:0)-(e.castShadow?2:0)+(t.map?1:0)-(e.map?1:0)}function Va(e,t){const n=new Ga,i=function(){const e={};return{get:function(t){if(void 0!==e[t.id])return e[t.id];let n;switch(t.type){case\"DirectionalLight\":case\"SpotLight\":n={shadowBias:0,shadowNormalBias:0,shadowRadius:1,shadowMapSize:new Ln};break;case\"PointLight\":n={shadowBias:0,shadowNormalBias:0,shadowRadius:1,shadowMapSize:new Ln,shadowCameraNear:1,shadowCameraFar:1e3}}return e[t.id]=n,n}}}(),r={version:0,hash:{directionalLength:-1,pointLength:-1,spotLength:-1,rectAreaLength:-1,hemiLength:-1,numDirectionalShadows:-1,numPointShadows:-1,numSpotShadows:-1,numSpotMaps:-1},ambient:[0,0,0],probe:[],directional:[],directionalShadow:[],directionalShadowMap:[],directionalShadowMatrix:[],spot:[],spotLightMap:[],spotShadow:[],spotShadowMap:[],spotLightMatrix:[],rectArea:[],rectAreaLTC1:null,rectAreaLTC2:null,point:[],pointShadow:[],pointShadowMap:[],pointShadowMatrix:[],hemi:[],numSpotLightShadowsWithMaps:0};for(let e=0;e\u003C9;e++)r.probe.push(new ci);const s=new ci,o=new Ui,a=new Ui;return{setup:function(s,o){let a=0,l=0,c=0;for(let e=0;e\u003C9;e++)r.probe[e].set(0,0,0);let h=0,u=0,d=0,p=0,A=0,f=0,m=0,g=0,v=0,y=0;s.sort(Ha);const E=!0!==o?Math.PI:1;for(let e=0,t=s.length;e\u003Ct;e++){const t=s[e],o=t.color,b=t.intensity,x=t.distance,w=t.shadow&&t.shadow.map?t.shadow.map.texture:null;if(t.isAmbientLight)a+=o.r*b*E,l+=o.g*b*E,c+=o.b*b*E;else if(t.isLightProbe)for(let e=0;e\u003C9;e++)r.probe[e].addScaledVector(t.sh.coefficients[e],b);else if(t.isDirectionalLight){const e=n.get(t);if(e.color.copy(t.color).multiplyScalar(t.intensity*E),t.castShadow){const e=t.shadow,n=i.get(t);n.shadowBias=e.bias,n.shadowNormalBias=e.normalBias,n.shadowRadius=e.radius,n.shadowMapSize=e.mapSize,r.directionalShadow[h]=n,r.directionalShadowMap[h]=w,r.directionalShadowMatrix[h]=t.shadow.matrix,f++}r.directional[h]=e,h++}else if(t.isSpotLight){const e=n.get(t);e.position.setFromMatrixPosition(t.matrixWorld),e.color.copy(o).multiplyScalar(b*E),e.distance=x,e.coneCos=Math.cos(t.angle),e.penumbraCos=Math.cos(t.angle*(1-t.penumbra)),e.decay=t.decay,r.spot[d]=e;const s=t.shadow;if(t.map&&(r.spotLightMap[v]=t.map,v++,s.updateMatrices(t),t.castShadow&&y++),r.spotLightMatrix[d]=s.matrix,t.castShadow){const e=i.get(t);e.shadowBias=s.bias,e.shadowNormalBias=s.normalBias,e.shadowRadius=s.radius,e.shadowMapSize=s.mapSize,r.spotShadow[d]=e,r.spotShadowMap[d]=w,g++}d++}else if(t.isRectAreaLight){const e=n.get(t);e.color.copy(o).multiplyScalar(b),e.halfWidth.set(.5*t.width,0,0),e.halfHeight.set(0,.5*t.height,0),r.rectArea[p]=e,p++}else if(t.isPointLight){const e=n.get(t);if(e.color.copy(t.color).multiplyScalar(t.intensity*E),e.distance=t.distance,e.decay=t.decay,t.castShadow){const e=t.shadow,n=i.get(t);n.shadowBias=e.bias,n.shadowNormalBias=e.normalBias,n.shadowRadius=e.radius,n.shadowMapSize=e.mapSize,n.shadowCameraNear=e.camera.near,n.shadowCameraFar=e.camera.far,r.pointShadow[u]=n,r.pointShadowMap[u]=w,r.pointShadowMatrix[u]=t.shadow.matrix,m++}r.point[u]=e,u++}else if(t.isHemisphereLight){const e=n.get(t);e.skyColor.copy(t.color).multiplyScalar(b*E),e.groundColor.copy(t.groundColor).multiplyScalar(b*E),r.hemi[A]=e,A++}}p>0&&(t.isWebGL2||!0===e.has(\"OES_texture_float_linear\")?(r.rectAreaLTC1=Ps.LTC_FLOAT_1,r.rectAreaLTC2=Ps.LTC_FLOAT_2):!0===e.has(\"OES_texture_half_float_linear\")?(r.rectAreaLTC1=Ps.LTC_HALF_1,r.rectAreaLTC2=Ps.LTC_HALF_2):console.error(\"THREE.WebGLRenderer: Unable to use RectAreaLight. Missing WebGL extensions.\")),r.ambient[0]=a,r.ambient[1]=l,r.ambient[2]=c;const b=r.hash;b.directionalLength===h&&b.pointLength===u&&b.spotLength===d&&b.rectAreaLength===p&&b.hemiLength===A&&b.numDirectionalShadows===f&&b.numPointShadows===m&&b.numSpotShadows===g&&b.numSpotMaps===v||(r.directional.length=h,r.spot.length=d,r.rectArea.length=p,r.point.length=u,r.hemi.length=A,r.directionalShadow.length=f,r.directionalShadowMap.length=f,r.pointShadow.length=m,r.pointShadowMap.length=m,r.spotShadow.length=g,r.spotShadowMap.length=g,r.directionalShadowMatrix.length=f,r.pointShadowMatrix.length=m,r.spotLightMatrix.length=g+v-y,r.spotLightMap.length=v,r.numSpotLightShadowsWithMaps=y,b.directionalLength=h,b.pointLength=u,b.spotLength=d,b.rectAreaLength=p,b.hemiLength=A,b.numDirectionalShadows=f,b.numPointShadows=m,b.numSpotShadows=g,b.numSpotMaps=v,r.version=za++)},setupView:function(e,t){let n=0,i=0,l=0,c=0,h=0;const u=t.matrixWorldInverse;for(let t=0,d=e.length;t\u003Cd;t++){const d=e[t];if(d.isDirectionalLight){const e=r.directional[n];e.direction.setFromMatrixPosition(d.matrixWorld),s.setFromMatrixPosition(d.target.matrixWorld),e.direction.sub(s),e.direction.transformDirection(u),n++}else if(d.isSpotLight){const e=r.spot[l];e.position.setFromMatrixPosition(d.matrixWorld),e.position.applyMatrix4(u),e.direction.setFromMatrixPosition(d.matrixWorld),s.setFromMatrixPosition(d.target.matrixWorld),e.direction.sub(s),e.direction.transformDirection(u),l++}else if(d.isRectAreaLight){const e=r.rectArea[c];e.position.setFromMatrixPosition(d.matrixWorld),e.position.applyMatrix4(u),a.identity(),o.copy(d.matrixWorld),o.premultiply(u),a.extractRotation(o),e.halfWidth.set(.5*d.width,0,0),e.halfHeight.set(0,.5*d.height,0),e.halfWidth.applyMatrix4(a),e.halfHeight.applyMatrix4(a),c++}else if(d.isPointLight){const e=r.point[i];e.position.setFromMatrixPosition(d.matrixWorld),e.position.applyMatrix4(u),i++}else if(d.isHemisphereLight){const e=r.hemi[h];e.direction.setFromMatrixPosition(d.matrixWorld),e.direction.transformDirection(u),h++}}},state:r}}function Wa(e,t){const n=new Va(e,t),i=[],r=[];return{init:function(){i.length=0,r.length=0},state:{lightsArray:i,shadowsArray:r,lights:n},setupLights:function(e){n.setup(i,e)},setupLightsView:function(e){n.setupView(i,e)},pushLight:function(e){i.push(e)},pushShadow:function(e){r.push(e)}}}function ja(e,t){let n=new WeakMap;return{get:function(i,r=0){const s=n.get(i);let o;return void 0===s?(o=new Wa(e,t),n.set(i,[o])):r>=s.length?(o=new Wa(e,t),s.push(o)):o=s[r],o},dispose:function(){n=new WeakMap}}}class qa extends wr{constructor(e){super(),this.isMeshDepthMaterial=!0,this.type=\"MeshDepthMaterial\",this.depthPacking=Pt,this.map=null,this.alphaMap=null,this.displacementMap=null,this.displacementScale=1,this.displacementBias=0,this.wireframe=!1,this.wireframeLinewidth=1,this.setValues(e)}copy(e){return super.copy(e),this.depthPacking=e.depthPacking,this.map=e.map,this.alphaMap=e.alphaMap,this.displacementMap=e.displacementMap,this.displacementScale=e.displacementScale,this.displacementBias=e.displacementBias,this.wireframe=e.wireframe,this.wireframeLinewidth=e.wireframeLinewidth,this}}class Ya extends wr{constructor(e){super(),this.isMeshDistanceMaterial=!0,this.type=\"MeshDistanceMaterial\",this.referencePosition=new ci,this.nearDistance=1,this.farDistance=1e3,this.map=null,this.alphaMap=null,this.displacementMap=null,this.displacementScale=1,this.displacementBias=0,this.setValues(e)}copy(e){return super.copy(e),this.referencePosition.copy(e.referencePosition),this.nearDistance=e.nearDistance,this.farDistance=e.farDistance,this.map=e.map,this.alphaMap=e.alphaMap,this.displacementMap=e.displacementMap,this.displacementScale=e.displacementScale,this.displacementBias=e.displacementBias,this}}function Xa(e,t,n){let i=new Ss;const r=new Ln,s=new Ln,o=new ti,a=new qa({depthPacking:kt}),l=new Ya,c={},h=n.maxTextureSize,u={0:g,1:m,2:v},d=new ms({defines:{VSM_SAMPLES:8},uniforms:{shadow_pass:{value:null},resolution:{value:new Ln},radius:{value:4}},vertexShader:\"void main() {\\n\\tgl_Position = vec4( position, 1.0 );\\n}\",fragmentShader:\"uniform sampler2D shadow_pass;\\nuniform vec2 resolution;\\nuniform float radius;\\n#include \u003Cpacking>\\nvoid main() {\\n\\tconst float samples = float( VSM_SAMPLES );\\n\\tfloat mean = 0.0;\\n\\tfloat squared_mean = 0.0;\\n\\tfloat uvStride = samples \u003C= 1.0 ? 0.0 : 2.0 / ( samples - 1.0 );\\n\\tfloat uvStart = samples \u003C= 1.0 ? 0.0 : - 1.0;\\n\\tfor ( float i = 0.0; i \u003C samples; i ++ ) {\\n\\t\\tfloat uvOffset = uvStart + i * uvStride;\\n\\t\\t#ifdef HORIZONTAL_PASS\\n\\t\\t\\tvec2 distribution = unpackRGBATo2Half( texture2D( shadow_pass, ( gl_FragCoord.xy + vec2( uvOffset, 0.0 ) * radius ) / resolution ) );\\n\\t\\t\\tmean += distribution.x;\\n\\t\\t\\tsquared_mean += distribution.y * distribution.y + distribution.x * distribution.x;\\n\\t\\t#else\\n\\t\\t\\tfloat depth = unpackRGBAToDepth( texture2D( shadow_pass, ( gl_FragCoord.xy + vec2( 0.0, uvOffset ) * radius ) / resolution ) );\\n\\t\\t\\tmean += depth;\\n\\t\\t\\tsquared_mean += depth * depth;\\n\\t\\t#endif\\n\\t}\\n\\tmean = mean / samples;\\n\\tsquared_mean = squared_mean / samples;\\n\\tfloat std_dev = sqrt( squared_mean - mean * mean );\\n\\tgl_FragColor = pack2HalfToRGBA( vec2( mean, std_dev ) );\\n}\"}),A=d.clone();A.defines.HORIZONTAL_PASS=1;const E=new Wr;E.setAttribute(\"position\",new Ir(new Float32Array([-1,-1,.5,3,-1,.5,-1,3,.5]),3));const b=new cs(E,d),x=this;function w(n,i){const s=t.update(b);d.defines.VSM_SAMPLES!==n.blurSamples&&(d.defines.VSM_SAMPLES=n.blurSamples,A.defines.VSM_SAMPLES=n.blurSamples,d.needsUpdate=!0,A.needsUpdate=!0),null===n.mapPass&&(n.mapPass=new ni(r.x,r.y)),d.uniforms.shadow_pass.value=n.map.texture,d.uniforms.resolution.value=n.mapSize,d.uniforms.radius.value=n.radius,e.setRenderTarget(n.mapPass),e.clear(),e.renderBufferDirect(i,null,s,d,b,null),A.uniforms.shadow_pass.value=n.mapPass.texture,A.uniforms.resolution.value=n.mapSize,A.uniforms.radius.value=n.radius,e.setRenderTarget(n.map),e.clear(),e.renderBufferDirect(i,null,s,A,b,null)}function C(t,n,i,r,s,o){let h=null;const d=!0===i.isPointLight?t.customDistanceMaterial:t.customDepthMaterial;if(h=void 0!==d?d:!0===i.isPointLight?l:a,e.localClippingEnabled&&!0===n.clipShadows&&Array.isArray(n.clippingPlanes)&&0!==n.clippingPlanes.length||n.displacementMap&&0!==n.displacementScale||n.alphaMap&&n.alphaTest>0||n.map&&n.alphaTest>0){const e=h.uuid,t=n.uuid;let i=c[e];void 0===i&&(i={},c[e]=i);let r=i[t];void 0===r&&(r=h.clone(),i[t]=r),h=r}return 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Use THREE.RGBAFormat instead. https://github.com/mrdoob/three.js/pull/23228\"),6408;if(n===fn)return s=t.get(\"EXT_sRGB\"),null!==s?s.SRGB_ALPHA_EXT:null;if(n===Ge)return 6403;if(n===ze)return 36244;if(n===He)return 33319;if(n===Ve)return 33320;if(n===We)return 36249;if(n===je||n===qe||n===Ye||n===Xe)if(r===Rt){if(s=t.get(\"WEBGL_compressed_texture_s3tc_srgb\"),null===s)return null;if(n===je)return s.COMPRESSED_SRGB_S3TC_DXT1_EXT;if(n===qe)return s.COMPRESSED_SRGB_ALPHA_S3TC_DXT1_EXT;if(n===Ye)return s.COMPRESSED_SRGB_ALPHA_S3TC_DXT3_EXT;if(n===Xe)return s.COMPRESSED_SRGB_ALPHA_S3TC_DXT5_EXT}else{if(s=t.get(\"WEBGL_compressed_texture_s3tc\"),null===s)return null;if(n===je)return s.COMPRESSED_RGB_S3TC_DXT1_EXT;if(n===qe)return s.COMPRESSED_RGBA_S3TC_DXT1_EXT;if(n===Ye)return s.COMPRESSED_RGBA_S3TC_DXT3_EXT;if(n===Xe)return s.COMPRESSED_RGBA_S3TC_DXT5_EXT}if(n===Je||n===Ke||n===Ze||n===$e){if(s=t.get(\"WEBGL_compressed_texture_pvrtc\"),null===s)return null;if(n===Je)return s.COMPRESSED_RGB_PVRTC_4BPPV1_IMG;if(n===Ke)return s.COMPRESSED_RGB_PVRTC_2BPPV1_IMG;if(n===Ze)return s.COMPRESSED_RGBA_PVRTC_4BPPV1_IMG;if(n===$e)return s.COMPRESSED_RGBA_PVRTC_2BPPV1_IMG}if(n===et)return s=t.get(\"WEBGL_compressed_texture_etc1\"),null!==s?s.COMPRESSED_RGB_ETC1_WEBGL:null;if(n===tt||n===nt){if(s=t.get(\"WEBGL_compressed_texture_etc\"),null===s)return null;if(n===tt)return r===Rt?s.COMPRESSED_SRGB8_ETC2:s.COMPRESSED_RGB8_ETC2;if(n===nt)return r===Rt?s.COMPRESSED_SRGB8_ALPHA8_ETC2_EAC:s.COMPRESSED_RGBA8_ETC2_EAC}if(n===it||n===rt||n===st||n===ot||n===at||n===lt||n===ct||n===ht||n===ut||n===dt||n===pt||n===At||n===ft||n===mt){if(s=t.get(\"WEBGL_compressed_texture_astc\"),null===s)return null;if(n===it)return r===Rt?s.COMPRESSED_SRGB8_ALPHA8_ASTC_4x4_KHR:s.COMPRESSED_RGBA_ASTC_4x4_KHR;if(n===rt)return r===Rt?s.COMPRESSED_SRGB8_ALPHA8_ASTC_5x4_KHR:s.COMPRESSED_RGBA_ASTC_5x4_KHR;if(n===st)return r===Rt?s.COMPRESSED_SRGB8_ALPHA8_ASTC_5x5_KHR:s.COMPRESSED_RGBA_ASTC_5x5_KHR;if(n===ot)return r===Rt?s.COMPRESSED_SRGB8_ALPHA8_ASTC_6x5_KHR:s.COMPRESSED_RGBA_ASTC_6x5_KHR;if(n===at)return r===Rt?s.COMPRESSED_SRGB8_ALPHA8_ASTC_6x6_KHR:s.COMPRESSED_RGBA_ASTC_6x6_KHR;if(n===lt)return r===Rt?s.COMPRESSED_SRGB8_ALPHA8_ASTC_8x5_KHR:s.COMPRESSED_RGBA_ASTC_8x5_KHR;if(n===ct)return r===Rt?s.COMPRESSED_SRGB8_ALPHA8_ASTC_8x6_KHR:s.COMPRESSED_RGBA_ASTC_8x6_KHR;if(n===ht)return r===Rt?s.COMPRESSED_SRGB8_ALPHA8_ASTC_8x8_KHR:s.COMPRESSED_RGBA_ASTC_8x8_KHR;if(n===ut)return r===Rt?s.COMPRESSED_SRGB8_ALPHA8_ASTC_10x5_KHR:s.COMPRESSED_RGBA_ASTC_10x5_KHR;if(n===dt)return r===Rt?s.COMPRESSED_SRGB8_ALPHA8_ASTC_10x6_KHR:s.COMPRESSED_RGBA_ASTC_10x6_KHR;if(n===pt)return r===Rt?s.COMPRESSED_SRGB8_ALPHA8_ASTC_10x8_KHR:s.COMPRESSED_RGBA_ASTC_10x8_KHR;if(n===At)return r===Rt?s.COMPRESSED_SRGB8_ALPHA8_ASTC_10x10_KHR:s.COMPRESSED_RGBA_ASTC_10x10_KHR;if(n===ft)return r===Rt?s.COMPRESSED_SRGB8_ALPHA8_ASTC_12x10_KHR:s.COMPRESSED_RGBA_ASTC_12x10_KHR;if(n===mt)return r===Rt?s.COMPRESSED_SRGB8_ALPHA8_ASTC_12x12_KHR:s.COMPRESSED_RGBA_ASTC_12x12_KHR}if(n===gt){if(s=t.get(\"EXT_texture_compression_bptc\"),null===s)return null;if(n===gt)return r===Rt?s.COMPRESSED_SRGB_ALPHA_BPTC_UNORM_EXT:s.COMPRESSED_RGBA_BPTC_UNORM_EXT}return n===Re?i?34042:(s=t.get(\"WEBGL_depth_texture\"),null!==s?s.UNSIGNED_INT_24_8_WEBGL:null):void 0!==e[n]?e[n]:null}}}class $a extends hr{constructor(){super(),this.isGroup=!0,this.type=\"Group\"}}class el extends vs{constructor(e=[]){super(),this.isArrayCamera=!0,this.cameras=e}}var tl=new ci,nl=new ci;function il(e){var t,n,i=this,r=null,s=null,o=null,a=[],l=new Ui,c=new Ui,h=1,u=\"local-floor\";\"undefined\"!=typeof window&&\"VRFrameData\"in window&&(s=new window.VRFrameData,window.addEventListener(\"vrdisplaypresentchange\",E,!1));var d=new Ui,p=new li,A=new ci,f=new vs;f.viewport=new ti,f.layers.enable(1);var m=new vs;m.viewport=new ti,m.layers.enable(2);var g=new el([f,m]);g.layers.enable(1),g.layers.enable(2);var v,y=new Ln;function E(){if(i.isPresenting=null!==r&&!0===r.isPresenting){var s=r.getEyeParameters(\"left\");t=2*s.renderWidth*h,n=s.renderHeight*h,v=e.getPixelRatio(),e.getSize(y),e.setDrawingBufferSize(t,n,1),f.viewport.set(0,0,t/2,n),m.viewport.set(t/2,0,t/2,n),M.start(),i.dispatchEvent({type:\"sessionstart\"})}else i.enabled&&e.setDrawingBufferSize(y.width,y.height,v),M.stop(),i.dispatchEvent({type:\"sessionend\"})}var b=[],x=[];function w(e){for(var t=navigator.getGamepads&&navigator.getGamepads(),n=0,i=t.length;n\u003Ci;n++){var r=t[n];if(r&&(\"Daydream Controller\"===r.id||\"Gear VR Controller\"===r.id||\"Oculus Go Controller\"===r.id||\"OpenVR Gamepad\"===r.id||r.id.startsWith(\"Oculus Touch\")||r.id.startsWith(\"HTC Vive Focus\")||r.id.startsWith(\"Spatial Controller\"))){var s=r.hand;if(0===e&&(\"\"===s||\"right\"===s))return r;if(1===e&&\"left\"===s)return r}}}function C(e,i){null!==i&&4===i.length&&e.set(i[0]*t,i[1]*n,i[2]*t,i[3]*n)}this.enabled=!1,this.getController=function(e){var t=a[e];return void 0===t&&((t=new $a).matrixAutoUpdate=!1,t.visible=!1,a[e]=t),t},this.getDevice=function(){return r},this.setDevice=function(e){void 0!==e&&(r=e),M.setContext(e)},this.setFramebufferScaleFactor=function(e){h=e},this.setReferenceSpaceType=function(e){u=e},this.setPoseTarget=function(e){void 0!==e&&(o=e)},this.cameraAutoUpdate=!0,this.updateCamera=function(e){var t=\"local-floor\"===u?1.6:0;if(r.depthNear=e.near,r.depthFar=e.far,r.getFrameData(s),\"local-floor\"===u){var n=r.stageParameters;n?l.fromArray(n.sittingToStandingTransform):l.makeTranslation(0,t,0)}var i=s.pose,h=null!==o?o:e;h.matrix.copy(l),h.matrix.decompose(h.position,h.quaternion,h.scale),null!==i.orientation&&(p.fromArray(i.orientation),h.quaternion.multiply(p)),null!==i.position&&(p.setFromRotationMatrix(l),A.fromArray(i.position),A.applyQuaternion(p),h.position.add(A)),h.updateMatrixWorld();for(var v=h.children,y=0,E=v.length;y\u003CE;y++)v[y].updateMatrixWorld(!0);f.near=e.near,m.near=e.near,f.far=e.far,m.far=e.far,f.matrixWorldInverse.fromArray(s.leftViewMatrix),m.matrixWorldInverse.fromArray(s.rightViewMatrix),c.copy(l).invert(),\"local-floor\"===u&&(f.matrixWorldInverse.multiply(c),m.matrixWorldInverse.multiply(c));var M=h.parent;null!==M&&(d.copy(M.matrixWorld).invert(),f.matrixWorldInverse.multiply(d),m.matrixWorldInverse.multiply(d)),f.matrixWorld.copy(f.matrixWorldInverse).invert(),m.matrixWorld.copy(m.matrixWorldInverse).invert(),f.projectionMatrix.fromArray(s.leftProjectionMatrix),m.projectionMatrix.fromArray(s.rightProjectionMatrix),function(e,t,n){tl.setFromMatrixPosition(t.matrixWorld),nl.setFromMatrixPosition(n.matrixWorld);var i=tl.distanceTo(nl),r=t.projectionMatrix.elements,s=n.projectionMatrix.elements,o=r[14]/(r[10]-1),a=r[14]/(r[10]+1),l=(r[9]+1)/r[5],c=(r[9]-1)/r[5],h=(r[8]-1)/r[0],u=(s[8]+1)/s[0],d=o*h,p=o*u,A=i/(-h+u),f=A*-h;t.matrixWorld.decompose(e.position,e.quaternion,e.scale),e.translateX(f),e.translateZ(A),e.matrixWorld.compose(e.position,e.quaternion,e.scale),e.matrixWorldInverse.copy(e.matrixWorld).invert();var m=o+A,g=a+A,v=d-f,y=p+(i-f),E=l*a/g*m,b=c*a/g*m;e.projectionMatrix.makePerspective(v,y,E,b,m,g)}(g,f,m);var _=r.getLayers();if(_.length){var I=_[0];C(f.viewport,I.leftBounds),C(m.viewport,I.rightBounds)}return function(){for(var e=0;e\u003Ca.length;e++){var t=a[e],n=w(e);if(void 0!==n&&void 0!==n.pose){if(null===n.pose)return;var i=n.pose;!1===i.hasPosition&&t.position.set(.2,-.6,-.05),null!==i.position&&t.position.fromArray(i.position),null!==i.orientation&&t.quaternion.fromArray(i.orientation),t.matrix.compose(t.position,t.quaternion,t.scale),t.matrix.premultiply(l),t.matrix.decompose(t.position,t.quaternion,t.scale),t.matrixWorldNeedsUpdate=!0,t.visible=!0;var r=\"Daydream Controller\"===n.id?0:1;void 0===b[e]&&(b[e]=!1),b[e]!==n.buttons[r].pressed&&(b[e]=n.buttons[r].pressed,!0===b[e]?t.dispatchEvent({type:\"selectstart\"}):(t.dispatchEvent({type:\"selectend\"}),t.dispatchEvent({type:\"select\"}))),r=2,void 0===x[e]&&(x[e]=!1),void 0!==n.buttons[r]&&x[e]!==n.buttons[r].pressed&&(x[e]=n.buttons[r].pressed,!0===x[e]?t.dispatchEvent({type:\"squeezestart\"}):(t.dispatchEvent({type:\"squeezeend\"}),t.dispatchEvent({type:\"squeeze\"})))}else t.visible=!1}}(),g},this.getCamera=function(){return g},this.getFoveation=function(){return 1},this.setFoveation=function(e){1!==e&&console.warn(\"THREE.WebVRManager: setFoveation() not used in WebVR.\")},this.getStandingMatrix=function(){return l},this.isPresenting=!1;var M=new Ts;this.setAnimationLoop=function(e){M.setAnimationLoop(e),this.isPresenting&&M.start()},this.submitFrame=function(){this.isPresenting&&r.submitFrame()},this.dispose=function(){\"undefined\"!=typeof window&&window.removeEventListener(\"vrdisplaypresentchange\",E)},this.setFrameOfReferenceType=function(){console.warn(\"THREE.WebVRManager: setFrameOfReferenceType() has been deprecated.\")}}Object.assign(il.prototype,{addEventListener:mn.prototype.addEventListener,hasEventListener:mn.prototype.hasEventListener,removeEventListener:mn.prototype.removeEventListener,dispatchEvent:mn.prototype.dispatchEvent});const rl={type:\"move\"};class sl{constructor(){this._targetRay=null,this._grip=null,this._hand=null}getHandSpace(){return null===this._hand&&(this._hand=new $a,this._hand.matrixAutoUpdate=!1,this._hand.visible=!1,this._hand.joints={},this._hand.inputState={pinching:!1}),this._hand}getTargetRaySpace(){return null===this._targetRay&&(this._targetRay=new $a,this._targetRay.matrixAutoUpdate=!1,this._targetRay.visible=!1,this._targetRay.hasLinearVelocity=!1,this._targetRay.linearVelocity=new ci,this._targetRay.hasAngularVelocity=!1,this._targetRay.angularVelocity=new ci),this._targetRay}getGripSpace(){return null===this._grip&&(this._grip=new $a,this._grip.matrixAutoUpdate=!1,this._grip.visible=!1,this._grip.hasLinearVelocity=!1,this._grip.linearVelocity=new ci,this._grip.hasAngularVelocity=!1,this._grip.angularVelocity=new ci),this._grip}dispatchEvent(e){return null!==this._targetRay&&this._targetRay.dispatchEvent(e),null!==this._grip&&this._grip.dispatchEvent(e),null!==this._hand&&this._hand.dispatchEvent(e),this}connect(e){if(e&&e.hand){const t=this._hand;if(t)for(const n of e.hand.values())this._getHandJoint(t,n)}return this.dispatchEvent({type:\"connected\",data:e}),this}disconnect(e){return this.dispatchEvent({type:\"disconnected\",data:e}),null!==this._targetRay&&(this._targetRay.visible=!1),null!==this._grip&&(this._grip.visible=!1),null!==this._hand&&(this._hand.visible=!1),this}update(e,t,n){let i=null,r=null,s=null;const o=this._targetRay,a=this._grip,l=this._hand;if(e&&\"visible-blurred\"!==t.session.visibilityState){if(l&&e.hand){s=!0;for(const i of e.hand.values()){const e=t.getJointPose(i,n),r=this._getHandJoint(l,i);null!==e&&(r.matrix.fromArray(e.transform.matrix),r.matrix.decompose(r.position,r.rotation,r.scale),r.jointRadius=e.radius),r.visible=null!==e}const i=l.joints[\"index-finger-tip\"],r=l.joints[\"thumb-tip\"],o=i.position.distanceTo(r.position),a=.02,c=.005;l.inputState.pinching&&o>a+c?(l.inputState.pinching=!1,this.dispatchEvent({type:\"pinchend\",handedness:e.handedness,target:this})):!l.inputState.pinching&&o\u003C=a-c&&(l.inputState.pinching=!0,this.dispatchEvent({type:\"pinchstart\",handedness:e.handedness,target:this}))}else null!==a&&e.gripSpace&&(r=t.getPose(e.gripSpace,n),null!==r&&(a.matrix.fromArray(r.transform.matrix),a.matrix.decompose(a.position,a.rotation,a.scale),r.linearVelocity?(a.hasLinearVelocity=!0,a.linearVelocity.copy(r.linearVelocity)):a.hasLinearVelocity=!1,r.angularVelocity?(a.hasAngularVelocity=!0,a.angularVelocity.copy(r.angularVelocity)):a.hasAngularVelocity=!1));null!==o&&(i=t.getPose(e.targetRaySpace,n),null===i&&null!==r&&(i=r),null!==i&&(o.matrix.fromArray(i.transform.matrix),o.matrix.decompose(o.position,o.rotation,o.scale),i.linearVelocity?(o.hasLinearVelocity=!0,o.linearVelocity.copy(i.linearVelocity)):o.hasLinearVelocity=!1,i.angularVelocity?(o.hasAngularVelocity=!0,o.angularVelocity.copy(i.angularVelocity)):o.hasAngularVelocity=!1,this.dispatchEvent(rl)))}return null!==o&&(o.visible=null!==i),null!==a&&(a.visible=null!==r),null!==l&&(l.visible=null!==s),this}_getHandJoint(e,t){if(void 0===e.joints[t.jointName]){const n=new $a;n.matrixAutoUpdate=!1,n.visible=!1,e.joints[t.jointName]=n,e.add(n)}return e.joints[t.jointName]}}class ol extends ei{constructor(e,t,n,i,r,s,o,a,l,c){if((c=void 0!==c?c:Ue)!==Ue&&c!==Ne)throw new Error(\"DepthTexture format must be either THREE.DepthFormat or THREE.DepthStencilFormat\");void 0===n&&c===Ue&&(n=Be),void 0===n&&c===Ne&&(n=Re),super(null,i,r,s,o,a,c,n,l),this.isDepthTexture=!0,this.image={width:e,height:t},this.magFilter=void 0!==o?o:pe,this.minFilter=void 0!==a?a:pe,this.flipY=!1,this.generateMipmaps=!1}}class al extends mn{constructor(e,t){super();const n=this;let i=null,r=1;var s=null;let o=null,a=\"local-floor\",l=null,c=null;var h=[];let u=null,d=null,p=null,A=null;const f=t.getContextAttributes();let m=null,g=null;const v=[],y=[],E=new Set,b=new Map,x=new vs;x.layers.enable(1),x.viewport=new ti;const w=new vs;w.layers.enable(2),w.viewport=new ti;const C=[x,w],M=new el;M.layers.enable(1),M.layers.enable(2);let _=null,I=null;function B(e){const t=y.indexOf(e.inputSource);if(-1===t)return;const n=v[t];void 0!==n&&n.dispatchEvent({type:e.type,data:e.inputSource})}function S(){i.removeEventListener(\"select\",B),i.removeEventListener(\"selectstart\",B),i.removeEventListener(\"selectend\",B),i.removeEventListener(\"squeeze\",B),i.removeEventListener(\"squeezestart\",B),i.removeEventListener(\"squeezeend\",B),i.removeEventListener(\"end\",S),i.removeEventListener(\"inputsourceschange\",T);for(let e=0;e\u003Cv.length;e++){const t=y[e];null!==t&&(y[e]=null,v[e].disconnect(t))}_=null,I=null,e.setRenderTarget(m),p=null,d=null,u=null,i=null,g=null,k.stop(),n.isPresenting=!1,n.dispatchEvent({type:\"sessionend\"})}function T(e){for(let t=0;t\u003Ce.removed.length;t++){const n=e.removed[t],i=y.indexOf(n);i>=0&&(y[i]=null,v[i].disconnect(n))}for(let t=0;t\u003Ce.added.length;t++){const n=e.added[t];let i=y.indexOf(n);if(-1===i){for(let e=0;e\u003Cv.length;e++){if(e>=y.length){y.push(n),i=e;break}if(null===y[e]){y[e]=n,i=e;break}}if(-1===i)break}const r=v[i];r&&r.connect(n)}}this.cameraAutoUpdate=!0,this.layersEnabled=!1,this.enabled=!1,this.isPresenting=!1,this.getCameraPose=function(){return c},this.getController=function(e){let t=v[e];return void 0===t&&(t=new sl,v[e]=t),t.getTargetRaySpace()},this.getControllerGrip=function(e){let t=v[e];return void 0===t&&(t=new sl,v[e]=t),t.getGripSpace()},this.getHand=function(e){let t=v[e];return void 0===t&&(t=new sl,v[e]=t),t.getHandSpace()},this.setFramebufferScaleFactor=function(e){r=e,!0===n.isPresenting&&console.warn(\"THREE.WebXRManager: Cannot change framebuffer scale while presenting.\")},this.setReferenceSpaceType=function(e){a=e,!0===n.isPresenting&&console.warn(\"THREE.WebXRManager: Cannot change reference space type while presenting.\")},this.getReferenceSpace=function(){return l||o},this.setReferenceSpace=function(e){l=e},this.getBaseLayer=function(){return null!==d?d:p},this.getBinding=function(){return u},this.getFrame=function(){return A},this.getSession=function(){return i},this.setSession=async function(s){if(i=s,null!==i){if(m=e.getRenderTarget(),i.addEventListener(\"select\",B),i.addEventListener(\"selectstart\",B),i.addEventListener(\"selectend\",B),i.addEventListener(\"squeeze\",B),i.addEventListener(\"squeezestart\",B),i.addEventListener(\"squeezeend\",B),i.addEventListener(\"end\",S),i.addEventListener(\"inputsourceschange\",T),!0!==f.xrCompatible&&await t.makeXRCompatible(),void 0===i.renderState.layers||!1===e.capabilities.isWebGL2){const n={antialias:void 0!==i.renderState.layers||f.antialias,alpha:f.alpha,depth:f.depth,stencil:f.stencil,framebufferScaleFactor:r};p=new XRWebGLLayer(i,t,n),i.updateRenderState({baseLayer:p}),g=new ni(p.framebufferWidth,p.framebufferHeight,{format:Fe,type:we,encoding:e.outputEncoding,stencilBuffer:f.stencil})}else{let n=null,s=null,o=null;f.depth&&(o=f.stencil?35056:33190,n=f.stencil?Ne:Ue,s=f.stencil?Re:Be);const a={colorFormat:32856,depthFormat:o,scaleFactor:r};u=new XRWebGLBinding(i,t),d=u.createProjectionLayer(a),i.updateRenderState({layers:[d]}),g=new ni(d.textureWidth,d.textureHeight,{format:Fe,type:we,depthTexture:new ol(d.textureWidth,d.textureHeight,s,void 0,void 0,void 0,void 0,void 0,void 0,n),stencilBuffer:f.stencil,encoding:e.outputEncoding,samples:f.antialias?4:0}),e.properties.get(g).__ignoreDepthValues=d.ignoreDepthValues}g.isXRRenderTarget=!0,this.setFoveation(1),l=null,o=await i.requestReferenceSpace(a),k.setContext(i),k.start(),n.isPresenting=!0,n.dispatchEvent({type:\"sessionstart\"})}},this.addLayer=function(e){window.XRWebGLBinding&&this.layersEnabled&&i&&(h.push(e),this.updateLayers())},this.removeLayer=function(e){window.XRWebGLBinding&&this.layersEnabled&&i&&(h.splice(h.indexOf(e),1),this.updateLayers())},this.updateLayers=function(){var e=h.map((function(e){return e}));e.unshift(i.renderState.layers[0]),i.updateRenderState({layers:e})};const L=new ci,D=new ci;function R(e,t){null===t?e.matrixWorld.copy(e.matrix):e.matrixWorld.multiplyMatrices(t.matrixWorld,e.matrix),e.matrixWorldInverse.copy(e.matrixWorld).invert()}this.setPoseTarget=function(e){void 0!==e&&(s=e)},this.updateCamera=function(e){if(null===i)return;M.near=w.near=x.near=e.near,M.far=w.far=x.far=e.far,_===M.near&&I===M.far||(i.updateRenderState({depthNear:M.near,depthFar:M.far}),_=M.near,I=M.far);const t=M.cameras;var n=s||e;const r=n.parent;R(M,r);for(let e=0;e\u003Ct.length;e++)R(t[e],r);M.matrixWorld.decompose(M.position,M.quaternion,M.scale),n.matrixWorld.copy(M.matrixWorld),n.matrix.copy(M.matrix),n.matrix.decompose(n.position,n.quaternion,n.scale);const o=n.children;for(let e=0,t=o.length;e\u003Ct;e++)o[e].updateMatrixWorld(!0);2===t.length?function(e,t,n){L.setFromMatrixPosition(t.matrixWorld),D.setFromMatrixPosition(n.matrixWorld);const i=L.distanceTo(D),r=t.projectionMatrix.elements,s=n.projectionMatrix.elements,o=r[14]/(r[10]-1),a=r[14]/(r[10]+1),l=(r[9]+1)/r[5],c=(r[9]-1)/r[5],h=(r[8]-1)/r[0],u=(s[8]+1)/s[0],d=o*h,p=o*u,A=i/(-h+u),f=A*-h;t.matrixWorld.decompose(e.position,e.quaternion,e.scale),e.translateX(f),e.translateZ(A),e.matrixWorld.compose(e.position,e.quaternion,e.scale),e.matrixWorldInverse.copy(e.matrixWorld).invert();const m=o+A,g=a+A,v=d-f,y=p+(i-f),E=l*a/g*m,b=c*a/g*m;e.projectionMatrix.makePerspective(v,y,E,b,m,g)}(M,x,w):M.projectionMatrix.copy(x.projectionMatrix)},this.getCamera=function(){return M},this.getFoveation=function(){return null!==d?d.fixedFoveation:null!==p?p.fixedFoveation:void 0},this.setFoveation=function(e){null!==d&&(d.fixedFoveation=e),null!==p&&void 0!==p.fixedFoveation&&(p.fixedFoveation=e)},this.getPlanes=function(){return E};let P=null;const k=new Ts;k.setAnimationLoop((function(t,i){if(c=i.getViewerPose(l||o),A=i,null!==c){const 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Oe(e,t,n,i,r,s){e.onBeforeRender(y,t,n,i,r,s),e.modelViewMatrix.multiplyMatrices(n.matrixWorldInverse,e.matrixWorld),e.normalMatrix.getNormalMatrix(e.modelViewMatrix),r.onBeforeRender(y,t,n,i,e,s),!0===r.transparent&&r.side===v?(r.side=g,r.needsUpdate=!0,y.renderBufferDirect(n,t,i,r,e,s),r.side=m,r.needsUpdate=!0,y.renderBufferDirect(n,t,i,r,e,s),r.side=v):y.renderBufferDirect(n,t,i,r,e,s),e.onAfterRender(y,t,n,i,r,s)}function Qe(e,t,n){!0!==t.isScene&&(t=V);const i=J.get(e),r=p.state.lights,s=p.state.shadowsArray,o=r.state.version,a=re.getParameters(e,r.state,s,t,n),l=re.getProgramCacheKey(a);let c=i.programs;i.environment=e.isMeshStandardMaterial?t.environment:null,i.fog=t.fog,i.envMap=(e.isMeshStandardMaterial?ee:$).get(e.envMap||i.environment),void 0===c&&(e.addEventListener(\"dispose\",_e),c=new Map,i.programs=c);let h=c.get(l);if(void 0!==h){if(i.currentProgram===h&&i.lightsStateVersion===o)return Ue(e,a),h}else a.uniforms=re.getUniforms(e),e.onBuild(n,a,y),e.onBeforeCompile(a,y),h=re.acquireProgram(a,l),c.set(l,h),i.uniforms=a.uniforms;const u=i.uniforms;(e.isShaderMaterial||e.isRawShaderMaterial)&&!0!==e.clipping||(u.clippingPlanes=le.uniform),Ue(e,a),i.needsLights=function(e){return 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d=h.getUniforms(),A=fa.seqWithValue(d.seq,u);return i.currentProgram=h,i.uniformsList=A,h}function Ue(e,t){const n=J.get(e);n.outputEncoding=t.outputEncoding,n.instancing=t.instancing,n.skinning=t.skinning,n.morphTargets=t.morphTargets,n.morphNormals=t.morphNormals,n.morphColors=t.morphColors,n.morphTargetsCount=t.morphTargetsCount,n.numClippingPlanes=t.numClippingPlanes,n.numIntersection=t.numClipIntersection,n.vertexAlphas=t.vertexAlphas,n.vertexTangents=t.vertexTangents,n.toneMapping=t.toneMapping}var Ne;De.setAnimationLoop((function(e){Ie&&Ie(e)})),\"undefined\"!=typeof self&&De.setContext(self),this.setAnimationLoop=function(e){Ie=e,Ee.setAnimationLoop(e),null===e?De.stop():De.start()},Ee.addEventListener(\"sessionstart\",Be),Ee.addEventListener(\"sessionend\",Le),this.render=function(e,t){if(void 0!==t&&!0!==t.isCamera)return void console.error(\"THREE.WebGLRenderer.render: camera is not an instance of 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console.error(\"THREE.WebGLRenderer.readRenderTargetPixels: renderTarget is not THREE.WebGLRenderTarget.\");let a=J.get(e).__webglFramebuffer;if(e.isWebGLCubeRenderTarget&&void 0!==o&&(a=a[o]),a){Y.bindFramebuffer(36160,a);try{const o=e.texture,a=o.format,l=o.type;if(a!==Fe&&Ae.convert(a)!==ge.getParameter(35739))return void console.error(\"THREE.WebGLRenderer.readRenderTargetPixels: renderTarget is not in RGBA or implementation defined format.\");const c=l===Te&&(j.has(\"EXT_color_buffer_half_float\")||q.isWebGL2&&j.has(\"EXT_color_buffer_float\"));if(!(l===we||Ae.convert(l)===ge.getParameter(35738)||l===Se&&(q.isWebGL2||j.has(\"OES_texture_float\")||j.has(\"WEBGL_color_buffer_float\"))||c))return void console.error(\"THREE.WebGLRenderer.readRenderTargetPixels: renderTarget is not in UnsignedByteType or implementation defined type.\");t>=0&&t\u003C=e.width-i&&n>=0&&n\u003C=e.height-r&&ge.readPixels(t,n,i,r,Ae.convert(a),Ae.convert(l),s)}finally{const 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can only be used with WebGL2.\");const s=e.max.x-e.min.x+1,o=e.max.y-e.min.y+1,a=e.max.z-e.min.z+1,l=Ae.convert(i.format),c=Ae.convert(i.type);let h;if(i.isData3DTexture)K.setTexture3D(i,0),h=32879;else{if(!i.isDataArrayTexture)return void console.warn(\"THREE.WebGLRenderer.copyTextureToTexture3D: only supports THREE.DataTexture3D and THREE.DataTexture2DArray.\");K.setTexture2DArray(i,0),h=35866}ge.pixelStorei(37440,i.flipY),ge.pixelStorei(37441,i.premultiplyAlpha),ge.pixelStorei(3317,i.unpackAlignment);const u=ge.getParameter(3314),d=ge.getParameter(32878),p=ge.getParameter(3316),A=ge.getParameter(3315),f=ge.getParameter(32877),m=n.isCompressedTexture?n.mipmaps[0]:n.image;ge.pixelStorei(3314,m.width),ge.pixelStorei(32878,m.height),ge.pixelStorei(3316,e.min.x),ge.pixelStorei(3315,e.min.y),ge.pixelStorei(32877,e.min.z),n.isDataTexture||n.isData3DTexture?ge.texSubImage3D(h,r,t.x,t.y,t.z,s,o,a,l,c,m.data):n.isCompressedArrayTexture?(console.warn(\"THREE.WebGLRenderer.copyTextureToTexture3D: untested support for compressed srcTexture.\"),ge.compressedTexSubImage3D(h,r,t.x,t.y,t.z,s,o,a,l,m.data)):ge.texSubImage3D(h,r,t.x,t.y,t.z,s,o,a,l,c,m),ge.pixelStorei(3314,u),ge.pixelStorei(32878,d),ge.pixelStorei(3316,p),ge.pixelStorei(3315,A),ge.pixelStorei(32877,f),0===r&&i.generateMipmaps&&ge.generateMipmap(h),Y.unbindTexture()},this.initTexture=function(e){e.isCubeTexture?K.setTextureCube(e,0):e.isData3DTexture?K.setTexture3D(e,0):e.isDataArrayTexture||e.isCompressedArrayTexture?K.setTexture2DArray(e,0):K.setTexture2D(e,0),Y.unbindTexture()},this.resetState=function(){b=0,x=0,w=null,Y.reset(),fe.reset()},\"undefined\"!=typeof __THREE_DEVTOOLS__&&__THREE_DEVTOOLS__.dispatchEvent(new CustomEvent(\"observe\",{detail:this}))}class ul extends hl{}ul.prototype.isWebGL1Renderer=!0;class dl{constructor(e,t=25e-5){this.isFogExp2=!0,this.name=\"\",this.color=new Yn(e),this.density=t}clone(){return new dl(this.color,this.density)}toJSON(){return{type:\"FogExp2\",color:this.color.getHex(),density:this.density}}}class pl{constructor(e,t=1,n=1e3){this.isFog=!0,this.name=\"\",this.color=new Yn(e),this.near=t,this.far=n}clone(){return new pl(this.color,this.near,this.far)}toJSON(){return{type:\"Fog\",color:this.color.getHex(),near:this.near,far:this.far}}}class Al extends hr{constructor(){super(),this.isScene=!0,this.type=\"Scene\",this.background=null,this.environment=null,this.fog=null,this.backgroundBlurriness=0,this.backgroundIntensity=1,this.overrideMaterial=null,\"undefined\"!=typeof __THREE_DEVTOOLS__&&__THREE_DEVTOOLS__.dispatchEvent(new CustomEvent(\"observe\",{detail:this}))}copy(e,t){return super.copy(e,t),null!==e.background&&(this.background=e.background.clone()),null!==e.environment&&(this.environment=e.environment.clone()),null!==e.fog&&(this.fog=e.fog.clone()),this.backgroundBlurriness=e.backgroundBlurriness,this.backgroundIntensity=e.backgroundIntensity,null!==e.overrideMaterial&&(this.overrideMaterial=e.overrideMaterial.clone()),this.matrixAutoUpdate=e.matrixAutoUpdate,this}toJSON(e){const t=super.toJSON(e);return null!==this.fog&&(t.object.fog=this.fog.toJSON()),this.backgroundBlurriness>0&&(t.backgroundBlurriness=this.backgroundBlurriness),1!==this.backgroundIntensity&&(t.backgroundIntensity=this.backgroundIntensity),t}get autoUpdate(){return console.warn(\"THREE.Scene: autoUpdate was renamed to matrixWorldAutoUpdate in r144.\"),this.matrixWorldAutoUpdate}set autoUpdate(e){console.warn(\"THREE.Scene: autoUpdate was renamed to matrixWorldAutoUpdate in r144.\"),this.matrixWorldAutoUpdate=e}}class fl{constructor(e,t){this.isInterleavedBuffer=!0,this.array=e,this.stride=t,this.count=void 0!==e?e.length/t:0,this.usage=rn,this.updateRange={offset:0,count:-1},this.version=0,this.uuid=bn()}onUploadCallback(){}set needsUpdate(e){!0===e&&this.version++}setUsage(e){return this.usage=e,this}copy(e){return this.array=new e.array.constructor(e.array),this.count=e.count,this.stride=e.stride,this.usage=e.usage,this}copyAt(e,t,n){e*=this.stride,n*=t.stride;for(let i=0,r=this.stride;i\u003Cr;i++)this.array[e+i]=t.array[n+i];return this}set(e,t=0){return this.array.set(e,t),this}clone(e){void 0===e.arrayBuffers&&(e.arrayBuffers={}),void 0===this.array.buffer._uuid&&(this.array.buffer._uuid=bn()),void 0===e.arrayBuffers[this.array.buffer._uuid]&&(e.arrayBuffers[this.array.buffer._uuid]=this.array.slice(0).buffer);const t=new this.array.constructor(e.arrayBuffers[this.array.buffer._uuid]),n=new this.constructor(t,this.stride);return n.setUsage(this.usage),n}onUpload(e){return this.onUploadCallback=e,this}toJSON(e){return void 0===e.arrayBuffers&&(e.arrayBuffers={}),void 0===this.array.buffer._uuid&&(this.array.buffer._uuid=bn()),void 0===e.arrayBuffers[this.array.buffer._uuid]&&(e.arrayBuffers[this.array.buffer._uuid]=Array.from(new Uint32Array(this.array.buffer))),{uuid:this.uuid,buffer:this.array.buffer._uuid,type:this.array.constructor.name,stride:this.stride}}}const ml=new ci;class gl{constructor(e,t,n,i=!1){this.isInterleavedBufferAttribute=!0,this.name=\"\",this.data=e,this.itemSize=t,this.offset=n,this.normalized=!0===i}get count(){return this.data.count}get array(){return this.data.array}set needsUpdate(e){this.data.needsUpdate=e}applyMatrix4(e){for(let t=0,n=this.data.count;t\u003Cn;t++)ml.fromBufferAttribute(this,t),ml.applyMatrix4(e),this.setXYZ(t,ml.x,ml.y,ml.z);return this}applyNormalMatrix(e){for(let t=0,n=this.count;t\u003Cn;t++)ml.fromBufferAttribute(this,t),ml.applyNormalMatrix(e),this.setXYZ(t,ml.x,ml.y,ml.z);return this}transformDirection(e){for(let t=0,n=this.count;t\u003Cn;t++)ml.fromBufferAttribute(this,t),ml.transformDirection(e),this.setXYZ(t,ml.x,ml.y,ml.z);return this}setX(e,t){return this.normalized&&(t=Sn(t,this.array)),this.data.array[e*this.data.stride+this.offset]=t,this}setY(e,t){return this.normalized&&(t=Sn(t,this.array)),this.data.array[e*this.data.stride+this.offset+1]=t,this}setZ(e,t){return this.normalized&&(t=Sn(t,this.array)),this.data.array[e*this.data.stride+this.offset+2]=t,this}setW(e,t){return this.normalized&&(t=Sn(t,this.array)),this.data.array[e*this.data.stride+this.offset+3]=t,this}getX(e){let t=this.data.array[e*this.data.stride+this.offset];return this.normalized&&(t=Bn(t,this.array)),t}getY(e){let t=this.data.array[e*this.data.stride+this.offset+1];return this.normalized&&(t=Bn(t,this.array)),t}getZ(e){let t=this.data.array[e*this.data.stride+this.offset+2];return this.normalized&&(t=Bn(t,this.array)),t}getW(e){let t=this.data.array[e*this.data.stride+this.offset+3];return this.normalized&&(t=Bn(t,this.array)),t}setXY(e,t,n){return e=e*this.data.stride+this.offset,this.normalized&&(t=Sn(t,this.array),n=Sn(n,this.array)),this.data.array[e+0]=t,this.data.array[e+1]=n,this}setXYZ(e,t,n,i){return e=e*this.data.stride+this.offset,this.normalized&&(t=Sn(t,this.array),n=Sn(n,this.array),i=Sn(i,this.array)),this.data.array[e+0]=t,this.data.array[e+1]=n,this.data.array[e+2]=i,this}setXYZW(e,t,n,i,r){return e=e*this.data.stride+this.offset,this.normalized&&(t=Sn(t,this.array),n=Sn(n,this.array),i=Sn(i,this.array),r=Sn(r,this.array)),this.data.array[e+0]=t,this.data.array[e+1]=n,this.data.array[e+2]=i,this.data.array[e+3]=r,this}clone(e){if(void 0===e){console.log(\"THREE.InterleavedBufferAttribute.clone(): Cloning an interleaved buffer attribute will de-interleave buffer data.\");const e=[];for(let t=0;t\u003Cthis.count;t++){const n=t*this.data.stride+this.offset;for(let t=0;t\u003Cthis.itemSize;t++)e.push(this.data.array[n+t])}return new Ir(new this.array.constructor(e),this.itemSize,this.normalized)}return void 0===e.interleavedBuffers&&(e.interleavedBuffers={}),void 0===e.interleavedBuffers[this.data.uuid]&&(e.interleavedBuffers[this.data.uuid]=this.data.clone(e)),new gl(e.interleavedBuffers[this.data.uuid],this.itemSize,this.offset,this.normalized)}toJSON(e){if(void 0===e){console.log(\"THREE.InterleavedBufferAttribute.toJSON(): Serializing an interleaved buffer attribute will de-interleave buffer data.\");const e=[];for(let t=0;t\u003Cthis.count;t++){const n=t*this.data.stride+this.offset;for(let t=0;t\u003Cthis.itemSize;t++)e.push(this.data.array[n+t])}return{itemSize:this.itemSize,type:this.array.constructor.name,array:e,normalized:this.normalized}}return void 0===e.interleavedBuffers&&(e.interleavedBuffers={}),void 0===e.interleavedBuffers[this.data.uuid]&&(e.interleavedBuffers[this.data.uuid]=this.data.toJSON(e)),{isInterleavedBufferAttribute:!0,itemSize:this.itemSize,data:this.data.uuid,offset:this.offset,normalized:this.normalized}}}class vl extends wr{constructor(e){super(),this.isSpriteMaterial=!0,this.type=\"SpriteMaterial\",this.color=new Yn(16777215),this.map=null,this.alphaMap=null,this.rotation=0,this.sizeAttenuation=!0,this.transparent=!0,this.fog=!0,this.setValues(e)}copy(e){return super.copy(e),this.color.copy(e.color),this.map=e.map,this.alphaMap=e.alphaMap,this.rotation=e.rotation,this.sizeAttenuation=e.sizeAttenuation,this.fog=e.fog,this}}let yl;const El=new ci,bl=new ci,xl=new ci,wl=new Ln,Cl=new Ln,Ml=new Ui,_l=new ci,Il=new ci,Bl=new ci,Sl=new Ln,Tl=new Ln,Ll=new Ln;class Dl extends hr{constructor(e){if(super(),this.isSprite=!0,this.type=\"Sprite\",void 0===yl){yl=new Wr;const e=new Float32Array([-.5,-.5,0,0,0,.5,-.5,0,1,0,.5,.5,0,1,1,-.5,.5,0,0,1]),t=new fl(e,5);yl.setIndex([0,1,2,0,2,3]),yl.setAttribute(\"position\",new gl(t,3,0,!1)),yl.setAttribute(\"uv\",new gl(t,2,3,!1))}this.geometry=yl,this.material=void 0!==e?e:new vl,this.center=new Ln(.5,.5)}raycast(e,t){null===e.camera&&console.error('THREE.Sprite: \"Raycaster.camera\" needs to be set in order to raycast against sprites.'),bl.setFromMatrixScale(this.matrixWorld),Ml.copy(e.camera.matrixWorld),this.modelViewMatrix.multiplyMatrices(e.camera.matrixWorldInverse,this.matrixWorld),xl.setFromMatrixPosition(this.modelViewMatrix),e.camera.isPerspectiveCamera&&!1===this.material.sizeAttenuation&&bl.multiplyScalar(-xl.z);const n=this.material.rotation;let i,r;0!==n&&(r=Math.cos(n),i=Math.sin(n));const s=this.center;Rl(_l.set(-.5,-.5,0),xl,s,bl,i,r),Rl(Il.set(.5,-.5,0),xl,s,bl,i,r),Rl(Bl.set(.5,.5,0),xl,s,bl,i,r),Sl.set(0,0),Tl.set(1,0),Ll.set(1,1);let o=e.ray.intersectTriangle(_l,Il,Bl,!1,El);if(null===o&&(Rl(Il.set(-.5,.5,0),xl,s,bl,i,r),Tl.set(0,1),o=e.ray.intersectTriangle(_l,Bl,Il,!1,El),null===o))return;const a=e.ray.origin.distanceTo(El);a\u003Ce.near||a>e.far||t.push({distance:a,point:El.clone(),uv:br.getUV(El,_l,Il,Bl,Sl,Tl,Ll,new Ln),face:null,object:this})}copy(e,t){return super.copy(e,t),void 0!==e.center&&this.center.copy(e.center),this.material=e.material,this}}function Rl(e,t,n,i,r,s){wl.subVectors(e,n).addScalar(.5).multiply(i),void 0!==r?(Cl.x=s*wl.x-r*wl.y,Cl.y=r*wl.x+s*wl.y):Cl.copy(wl),e.copy(t),e.x+=Cl.x,e.y+=Cl.y,e.applyMatrix4(Ml)}const Pl=new ci,kl=new ci;class Fl extends hr{constructor(){super(),this._currentLevel=0,this.type=\"LOD\",Object.defineProperties(this,{levels:{enumerable:!0,value:[]},isLOD:{value:!0}}),this.autoUpdate=!0}copy(e){super.copy(e,!1);const t=e.levels;for(let e=0,n=t.length;e\u003Cn;e++){const n=t[e];this.addLevel(n.object.clone(),n.distance,n.hysteresis)}return this.autoUpdate=e.autoUpdate,this}addLevel(e,t=0,n=0){t=Math.abs(t);const i=this.levels;let r;for(r=0;r\u003Ci.length&&!(t\u003Ci[r].distance);r++);return i.splice(r,0,{distance:t,hysteresis:n,object:e}),this.add(e),this}getCurrentLevel(){return this._currentLevel}getObjectForDistance(e){const t=this.levels;if(t.length>0){let n,i;for(n=1,i=t.length;n\u003Ci;n++){let i=t[n].distance;if(t[n].object.visible&&(i-=i*t[n].hysteresis),e\u003Ci)break}return t[n-1].object}return null}raycast(e,t){if(this.levels.length>0){Pl.setFromMatrixPosition(this.matrixWorld);const n=e.ray.origin.distanceTo(Pl);this.getObjectForDistance(n).raycast(e,t)}}update(e){const t=this.levels;if(t.length>1){Pl.setFromMatrixPosition(e.matrixWorld),kl.setFromMatrixPosition(this.matrixWorld);const n=Pl.distanceTo(kl)/e.zoom;let i,r;for(t[0].object.visible=!0,i=1,r=t.length;i\u003Cr;i++){let e=t[i].distance;if(t[i].object.visible&&(e-=e*t[i].hysteresis),!(n>=e))break;t[i-1].object.visible=!1,t[i].object.visible=!0}for(this._currentLevel=i-1;i\u003Cr;i++)t[i].object.visible=!1}}toJSON(e){const t=super.toJSON(e);!1===this.autoUpdate&&(t.object.autoUpdate=!1),t.object.levels=[];const n=this.levels;for(let e=0,i=n.length;e\u003Ci;e++){const i=n[e];t.object.levels.push({object:i.object.uuid,distance:i.distance,hysteresis:i.hysteresis})}return t}}const Ol=new ci,Ql=new ti,Ul=new ti,Nl=new ci,Gl=new Ui;class zl extends cs{constructor(e,t){super(e,t),this.isSkinnedMesh=!0,this.type=\"SkinnedMesh\",this.bindMode=\"attached\",this.bindMatrix=new Ui,this.bindMatrixInverse=new Ui}copy(e,t){return super.copy(e,t),this.bindMode=e.bindMode,this.bindMatrix.copy(e.bindMatrix),this.bindMatrixInverse.copy(e.bindMatrixInverse),this.skeleton=e.skeleton,this}bind(e,t){this.skeleton=e,void 0===t&&(this.updateMatrixWorld(!0),this.skeleton.calculateInverses(),t=this.matrixWorld),this.bindMatrix.copy(t),this.bindMatrixInverse.copy(t).invert()}pose(){this.skeleton.pose()}normalizeSkinWeights(){const e=new ti,t=this.geometry.attributes.skinWeight;for(let n=0,i=t.count;n\u003Ci;n++){e.fromBufferAttribute(t,n);const i=1/e.manhattanLength();i!==1/0?e.multiplyScalar(i):e.set(1,0,0,0),t.setXYZW(n,e.x,e.y,e.z,e.w)}}updateMatrixWorld(e){super.updateMatrixWorld(e),\"attached\"===this.bindMode?this.bindMatrixInverse.copy(this.matrixWorld).invert():\"detached\"===this.bindMode?this.bindMatrixInverse.copy(this.bindMatrix).invert():console.warn(\"THREE.SkinnedMesh: Unrecognized bindMode: \"+this.bindMode)}boneTransform(e,t){const n=this.skeleton,i=this.geometry;Ql.fromBufferAttribute(i.attributes.skinIndex,e),Ul.fromBufferAttribute(i.attributes.skinWeight,e),Ol.copy(t).applyMatrix4(this.bindMatrix),t.set(0,0,0);for(let e=0;e\u003C4;e++){const i=Ul.getComponent(e);if(0!==i){const r=Ql.getComponent(e);Gl.multiplyMatrices(n.bones[r].matrixWorld,n.boneInverses[r]),t.addScaledVector(Nl.copy(Ol).applyMatrix4(Gl),i)}}return t.applyMatrix4(this.bindMatrixInverse)}}class Hl extends hr{constructor(){super(),this.isBone=!0,this.type=\"Bone\"}}class Vl extends ei{constructor(e=null,t=1,n=1,i,r,s,o,a,l=pe,c=pe,h,u){super(null,s,o,a,l,c,i,r,h,u),this.isDataTexture=!0,this.image={data:e,width:t,height:n},this.generateMipmaps=!1,this.flipY=!1,this.unpackAlignment=1}}const Wl=new Ui,jl=new Ui;class ql{constructor(e=[],t=[]){this.uuid=bn(),this.bones=e.slice(0),this.boneInverses=t,this.boneMatrices=null,this.boneTexture=null,this.boneTextureSize=0,this.frame=-1,this.init()}init(){const e=this.bones,t=this.boneInverses;if(this.boneMatrices=new Float32Array(16*e.length),0===t.length)this.calculateInverses();else if(e.length!==t.length){console.warn(\"THREE.Skeleton: Number of inverse bone matrices does not match amount of bones.\"),this.boneInverses=[];for(let e=0,t=this.bones.length;e\u003Ct;e++)this.boneInverses.push(new Ui)}}calculateInverses(){this.boneInverses.length=0;for(let e=0,t=this.bones.length;e\u003Ct;e++){const t=new Ui;this.bones[e]&&t.copy(this.bones[e].matrixWorld).invert(),this.boneInverses.push(t)}}pose(){for(let e=0,t=this.bones.length;e\u003Ct;e++){const t=this.bones[e];t&&t.matrixWorld.copy(this.boneInverses[e]).invert()}for(let e=0,t=this.bones.length;e\u003Ct;e++){const t=this.bones[e];t&&(t.parent&&t.parent.isBone?(t.matrix.copy(t.parent.matrixWorld).invert(),t.matrix.multiply(t.matrixWorld)):t.matrix.copy(t.matrixWorld),t.matrix.decompose(t.position,t.quaternion,t.scale))}}update(){const e=this.bones,t=this.boneInverses,n=this.boneMatrices,i=this.boneTexture;for(let i=0,r=e.length;i\u003Cr;i++){const r=e[i]?e[i].matrixWorld:jl;Wl.multiplyMatrices(r,t[i]),Wl.toArray(n,16*i)}null!==i&&(i.needsUpdate=!0)}clone(){return new ql(this.bones,this.boneInverses)}computeBoneTexture(){let e=Math.sqrt(4*this.bones.length);e=_n(e),e=Math.max(e,4);const t=new Float32Array(e*e*4);t.set(this.boneMatrices);const n=new Vl(t,e,e,Fe,Se);return n.needsUpdate=!0,this.boneMatrices=t,this.boneTexture=n,this.boneTextureSize=e,this}getBoneByName(e){for(let t=0,n=this.bones.length;t\u003Cn;t++){const n=this.bones[t];if(n.name===e)return n}}dispose(){null!==this.boneTexture&&(this.boneTexture.dispose(),this.boneTexture=null)}fromJSON(e,t){this.uuid=e.uuid;for(let n=0,i=e.bones.length;n\u003Ci;n++){const i=e.bones[n];let r=t[i];void 0===r&&(console.warn(\"THREE.Skeleton: No bone found with UUID:\",i),r=new Hl),this.bones.push(r),this.boneInverses.push((new Ui).fromArray(e.boneInverses[n]))}return this.init(),this}toJSON(){const e={metadata:{version:4.5,type:\"Skeleton\",generator:\"Skeleton.toJSON\"},bones:[],boneInverses:[]};e.uuid=this.uuid;const t=this.bones,n=this.boneInverses;for(let i=0,r=t.length;i\u003Cr;i++){const r=t[i];e.bones.push(r.uuid);const s=n[i];e.boneInverses.push(s.toArray())}return e}}class Yl extends Ir{constructor(e,t,n,i=1){super(e,t,n),this.isInstancedBufferAttribute=!0,this.meshPerAttribute=i}copy(e){return super.copy(e),this.meshPerAttribute=e.meshPerAttribute,this}toJSON(){const e=super.toJSON();return e.meshPerAttribute=this.meshPerAttribute,e.isInstancedBufferAttribute=!0,e}}const Xl=new Ui,Jl=new Ui,Kl=[],Zl=new Ui,$l=new cs;class ec extends cs{constructor(e,t,n){super(e,t),this.isInstancedMesh=!0,this.instanceMatrix=new Yl(new Float32Array(16*n),16),this.instanceColor=null,this.count=n,this.frustumCulled=!1;for(let e=0;e\u003Cn;e++)this.setMatrixAt(e,Zl)}copy(e,t){return super.copy(e,t),this.instanceMatrix.copy(e.instanceMatrix),null!==e.instanceColor&&(this.instanceColor=e.instanceColor.clone()),this.count=e.count,this}getColorAt(e,t){t.fromArray(this.instanceColor.array,3*e)}getMatrixAt(e,t){t.fromArray(this.instanceMatrix.array,16*e)}raycast(e,t){const n=this.matrixWorld,i=this.count;if($l.geometry=this.geometry,$l.material=this.material,void 0!==$l.material)for(let r=0;r\u003Ci;r++){this.getMatrixAt(r,Xl),Jl.multiplyMatrices(n,Xl),$l.matrixWorld=Jl,$l.raycast(e,Kl);for(let e=0,n=Kl.length;e\u003Cn;e++){const n=Kl[e];n.instanceId=r,n.object=this,t.push(n)}Kl.length=0}}setColorAt(e,t){null===this.instanceColor&&(this.instanceColor=new Yl(new Float32Array(3*this.instanceMatrix.count),3)),t.toArray(this.instanceColor.array,3*e)}setMatrixAt(e,t){t.toArray(this.instanceMatrix.array,16*e)}updateMorphTargets(){}dispose(){this.dispatchEvent({type:\"dispose\"})}}class tc extends wr{constructor(e){super(),this.isLineBasicMaterial=!0,this.type=\"LineBasicMaterial\",this.color=new Yn(16777215),this.linewidth=1,this.linecap=\"round\",this.linejoin=\"round\",this.fog=!0,this.setValues(e)}copy(e){return super.copy(e),this.color.copy(e.color),this.linewidth=e.linewidth,this.linecap=e.linecap,this.linejoin=e.linejoin,this.fog=e.fog,this}}const nc=new ci,ic=new ci,rc=new Ui,sc=new Qi,oc=new Ti;class ac extends hr{constructor(e=new Wr,t=new tc){super(),this.isLine=!0,this.type=\"Line\",this.geometry=e,this.material=t,this.updateMorphTargets()}copy(e,t){return super.copy(e,t),this.material=e.material,this.geometry=e.geometry,this}computeLineDistances(){const e=this.geometry;if(null===e.index){const t=e.attributes.position,n=[0];for(let e=1,i=t.count;e\u003Ci;e++)nc.fromBufferAttribute(t,e-1),ic.fromBufferAttribute(t,e),n[e]=n[e-1],n[e]+=nc.distanceTo(ic);e.setAttribute(\"lineDistance\",new Fr(n,1))}else console.warn(\"THREE.Line.computeLineDistances(): Computation only possible with non-indexed BufferGeometry.\");return this}raycast(e,t){const n=this.geometry,i=this.matrixWorld,r=e.params.Line.threshold,s=n.drawRange;if(null===n.boundingSphere&&n.computeBoundingSphere(),oc.copy(n.boundingSphere),oc.applyMatrix4(i),oc.radius+=r,!1===e.ray.intersectsSphere(oc))return;rc.copy(i).invert(),sc.copy(e.ray).applyMatrix4(rc);const o=r/((this.scale.x+this.scale.y+this.scale.z)/3),a=o*o,l=new ci,c=new ci,h=new ci,u=new ci,d=this.isLineSegments?2:1,p=n.index,A=n.attributes.position;if(null!==p)for(let n=Math.max(0,s.start),i=Math.min(p.count,s.start+s.count)-1;n\u003Ci;n+=d){const i=p.getX(n),r=p.getX(n+1);if(l.fromBufferAttribute(A,i),c.fromBufferAttribute(A,r),sc.distanceSqToSegment(l,c,u,h)>a)continue;u.applyMatrix4(this.matrixWorld);const s=e.ray.origin.distanceTo(u);s\u003Ce.near||s>e.far||t.push({distance:s,point:h.clone().applyMatrix4(this.matrixWorld),index:n,face:null,faceIndex:null,object:this})}else for(let n=Math.max(0,s.start),i=Math.min(A.count,s.start+s.count)-1;n\u003Ci;n+=d){if(l.fromBufferAttribute(A,n),c.fromBufferAttribute(A,n+1),sc.distanceSqToSegment(l,c,u,h)>a)continue;u.applyMatrix4(this.matrixWorld);const i=e.ray.origin.distanceTo(u);i\u003Ce.near||i>e.far||t.push({distance:i,point:h.clone().applyMatrix4(this.matrixWorld),index:n,face:null,faceIndex:null,object:this})}}updateMorphTargets(){const e=this.geometry.morphAttributes,t=Object.keys(e);if(t.length>0){const n=e[t[0]];if(void 0!==n){this.morphTargetInfluences=[],this.morphTargetDictionary={};for(let e=0,t=n.length;e\u003Ct;e++){const t=n[e].name||String(e);this.morphTargetInfluences.push(0),this.morphTargetDictionary[t]=e}}}}}const lc=new ci,cc=new ci;class hc extends ac{constructor(e,t){super(e,t),this.isLineSegments=!0,this.type=\"LineSegments\"}computeLineDistances(){const e=this.geometry;if(null===e.index){const t=e.attributes.position,n=[];for(let e=0,i=t.count;e\u003Ci;e+=2)lc.fromBufferAttribute(t,e),cc.fromBufferAttribute(t,e+1),n[e]=0===e?0:n[e-1],n[e+1]=n[e]+lc.distanceTo(cc);e.setAttribute(\"lineDistance\",new Fr(n,1))}else console.warn(\"THREE.LineSegments.computeLineDistances(): Computation only possible with non-indexed BufferGeometry.\");return this}}class uc extends ac{constructor(e,t){super(e,t),this.isLineLoop=!0,this.type=\"LineLoop\"}}class dc extends wr{constructor(e){super(),this.isPointsMaterial=!0,this.type=\"PointsMaterial\",this.color=new Yn(16777215),this.map=null,this.alphaMap=null,this.size=1,this.sizeAttenuation=!0,this.fog=!0,this.setValues(e)}copy(e){return super.copy(e),this.color.copy(e.color),this.map=e.map,this.alphaMap=e.alphaMap,this.size=e.size,this.sizeAttenuation=e.sizeAttenuation,this.fog=e.fog,this}}const pc=new Ui,Ac=new Qi,fc=new Ti,mc=new ci;class gc extends hr{constructor(e=new Wr,t=new dc){super(),this.isPoints=!0,this.type=\"Points\",this.geometry=e,this.material=t,this.updateMorphTargets()}copy(e,t){return super.copy(e,t),this.material=e.material,this.geometry=e.geometry,this}raycast(e,t){const n=this.geometry,i=this.matrixWorld,r=e.params.Points.threshold,s=n.drawRange;if(null===n.boundingSphere&&n.computeBoundingSphere(),fc.copy(n.boundingSphere),fc.applyMatrix4(i),fc.radius+=r,!1===e.ray.intersectsSphere(fc))return;pc.copy(i).invert(),Ac.copy(e.ray).applyMatrix4(pc);const o=r/((this.scale.x+this.scale.y+this.scale.z)/3),a=o*o,l=n.index,c=n.attributes.position;if(null!==l)for(let n=Math.max(0,s.start),r=Math.min(l.count,s.start+s.count);n\u003Cr;n++){const r=l.getX(n);mc.fromBufferAttribute(c,r),vc(mc,r,a,i,e,t,this)}else for(let n=Math.max(0,s.start),r=Math.min(c.count,s.start+s.count);n\u003Cr;n++)mc.fromBufferAttribute(c,n),vc(mc,n,a,i,e,t,this)}updateMorphTargets(){const e=this.geometry.morphAttributes,t=Object.keys(e);if(t.length>0){const n=e[t[0]];if(void 0!==n){this.morphTargetInfluences=[],this.morphTargetDictionary={};for(let e=0,t=n.length;e\u003Ct;e++){const t=n[e].name||String(e);this.morphTargetInfluences.push(0),this.morphTargetDictionary[t]=e}}}}}function vc(e,t,n,i,r,s,o){const a=Ac.distanceSqToPoint(e);if(a\u003Cn){const n=new ci;Ac.closestPointToPoint(e,n),n.applyMatrix4(i);const l=r.ray.origin.distanceTo(n);if(l\u003Cr.near||l>r.far)return;s.push({distance:l,distanceToRay:Math.sqrt(a),point:n,index:t,face:null,object:o})}}class yc extends ei{constructor(e,t,n,i,r,s,o,a,l){super(e,t,n,i,r,s,o,a,l),this.isVideoTexture=!0,this.minFilter=void 0!==s?s:ve,this.magFilter=void 0!==r?r:ve,this.generateMipmaps=!1;const c=this;\"requestVideoFrameCallback\"in e&&e.requestVideoFrameCallback((function t(){c.needsUpdate=!0,e.requestVideoFrameCallback(t)}))}clone(){return new this.constructor(this.image).copy(this)}update(){const e=this.image;!1==\"requestVideoFrameCallback\"in e&&e.readyState>=e.HAVE_CURRENT_DATA&&(this.needsUpdate=!0)}}class Ec extends ei{constructor(e,t,n){super({width:e,height:t}),this.isFramebufferTexture=!0,this.format=n,this.magFilter=pe,this.minFilter=pe,this.generateMipmaps=!1,this.needsUpdate=!0}}class bc extends ei{constructor(e,t,n,i,r,s,o,a,l,c,h,u){super(null,s,o,a,l,c,i,r,h,u),this.isCompressedTexture=!0,this.image={width:t,height:n},this.mipmaps=e,this.flipY=!1,this.generateMipmaps=!1}}class xc extends bc{constructor(e,t,n,i,r,s){super(e,t,n,r,s),this.isCompressedArrayTexture=!0,this.image.depth=i,this.wrapR=ue}}class wc extends ei{constructor(e,t,n,i,r,s,o,a,l){super(e,t,n,i,r,s,o,a,l),this.isCanvasTexture=!0,this.needsUpdate=!0}}class Cc{constructor(){this.type=\"Curve\",this.arcLengthDivisions=200}getPoint(){return console.warn(\"THREE.Curve: .getPoint() not implemented.\"),null}getPointAt(e,t){const n=this.getUtoTmapping(e);return this.getPoint(n,t)}getPoints(e=5){const t=[];for(let n=0;n\u003C=e;n++)t.push(this.getPoint(n/e));return t}getSpacedPoints(e=5){const t=[];for(let n=0;n\u003C=e;n++)t.push(this.getPointAt(n/e));return t}getLength(){const e=this.getLengths();return e[e.length-1]}getLengths(e=this.arcLengthDivisions){if(this.cacheArcLengths&&this.cacheArcLengths.length===e+1&&!this.needsUpdate)return this.cacheArcLengths;this.needsUpdate=!1;const t=[];let n,i=this.getPoint(0),r=0;t.push(0);for(let s=1;s\u003C=e;s++)n=this.getPoint(s/e),r+=n.distanceTo(i),t.push(r),i=n;return this.cacheArcLengths=t,t}updateArcLengths(){this.needsUpdate=!0,this.getLengths()}getUtoTmapping(e,t){const n=this.getLengths();let i=0;const r=n.length;let s;s=t||e*n[r-1];let o,a=0,l=r-1;for(;a\u003C=l;)if(i=Math.floor(a+(l-a)/2),o=n[i]-s,o\u003C0)a=i+1;else{if(!(o>0)){l=i;break}l=i-1}if(i=l,n[i]===s)return i/(r-1);const c=n[i];return(i+(s-c)/(n[i+1]-c))/(r-1)}getTangent(e,t){const n=1e-4;let i=e-n,r=e+n;i\u003C0&&(i=0),r>1&&(r=1);const s=this.getPoint(i),o=this.getPoint(r),a=t||(s.isVector2?new Ln:new ci);return a.copy(o).sub(s).normalize(),a}getTangentAt(e,t){const n=this.getUtoTmapping(e);return this.getTangent(n,t)}computeFrenetFrames(e,t){const n=new ci,i=[],r=[],s=[],o=new ci,a=new Ui;for(let t=0;t\u003C=e;t++){const n=t/e;i[t]=this.getTangentAt(n,new ci)}r[0]=new ci,s[0]=new ci;let l=Number.MAX_VALUE;const c=Math.abs(i[0].x),h=Math.abs(i[0].y),u=Math.abs(i[0].z);c\u003C=l&&(l=c,n.set(1,0,0)),h\u003C=l&&(l=h,n.set(0,1,0)),u\u003C=l&&n.set(0,0,1),o.crossVectors(i[0],n).normalize(),r[0].crossVectors(i[0],o),s[0].crossVectors(i[0],r[0]);for(let t=1;t\u003C=e;t++){if(r[t]=r[t-1].clone(),s[t]=s[t-1].clone(),o.crossVectors(i[t-1],i[t]),o.length()>Number.EPSILON){o.normalize();const e=Math.acos(xn(i[t-1].dot(i[t]),-1,1));r[t].applyMatrix4(a.makeRotationAxis(o,e))}s[t].crossVectors(i[t],r[t])}if(!0===t){let t=Math.acos(xn(r[0].dot(r[e]),-1,1));t/=e,i[0].dot(o.crossVectors(r[0],r[e]))>0&&(t=-t);for(let n=1;n\u003C=e;n++)r[n].applyMatrix4(a.makeRotationAxis(i[n],t*n)),s[n].crossVectors(i[n],r[n])}return{tangents:i,normals:r,binormals:s}}clone(){return(new this.constructor).copy(this)}copy(e){return this.arcLengthDivisions=e.arcLengthDivisions,this}toJSON(){const e={metadata:{version:4.5,type:\"Curve\",generator:\"Curve.toJSON\"}};return e.arcLengthDivisions=this.arcLengthDivisions,e.type=this.type,e}fromJSON(e){return this.arcLengthDivisions=e.arcLengthDivisions,this}}class Mc extends Cc{constructor(e=0,t=0,n=1,i=1,r=0,s=2*Math.PI,o=!1,a=0){super(),this.isEllipseCurve=!0,this.type=\"EllipseCurve\",this.aX=e,this.aY=t,this.xRadius=n,this.yRadius=i,this.aStartAngle=r,this.aEndAngle=s,this.aClockwise=o,this.aRotation=a}getPoint(e,t){const n=t||new Ln,i=2*Math.PI;let r=this.aEndAngle-this.aStartAngle;const s=Math.abs(r)\u003CNumber.EPSILON;for(;r\u003C0;)r+=i;for(;r>i;)r-=i;r\u003CNumber.EPSILON&&(r=s?0:i),!0!==this.aClockwise||s||(r===i?r=-i:r-=i);const o=this.aStartAngle+e*r;let a=this.aX+this.xRadius*Math.cos(o),l=this.aY+this.yRadius*Math.sin(o);if(0!==this.aRotation){const e=Math.cos(this.aRotation),t=Math.sin(this.aRotation),n=a-this.aX,i=l-this.aY;a=n*e-i*t+this.aX,l=n*t+i*e+this.aY}return n.set(a,l)}copy(e){return super.copy(e),this.aX=e.aX,this.aY=e.aY,this.xRadius=e.xRadius,this.yRadius=e.yRadius,this.aStartAngle=e.aStartAngle,this.aEndAngle=e.aEndAngle,this.aClockwise=e.aClockwise,this.aRotation=e.aRotation,this}toJSON(){const e=super.toJSON();return e.aX=this.aX,e.aY=this.aY,e.xRadius=this.xRadius,e.yRadius=this.yRadius,e.aStartAngle=this.aStartAngle,e.aEndAngle=this.aEndAngle,e.aClockwise=this.aClockwise,e.aRotation=this.aRotation,e}fromJSON(e){return super.fromJSON(e),this.aX=e.aX,this.aY=e.aY,this.xRadius=e.xRadius,this.yRadius=e.yRadius,this.aStartAngle=e.aStartAngle,this.aEndAngle=e.aEndAngle,this.aClockwise=e.aClockwise,this.aRotation=e.aRotation,this}}class _c extends Mc{constructor(e,t,n,i,r,s){super(e,t,n,n,i,r,s),this.isArcCurve=!0,this.type=\"ArcCurve\"}}function Ic(){let e=0,t=0,n=0,i=0;function r(r,s,o,a){e=r,t=o,n=-3*r+3*s-2*o-a,i=2*r-2*s+o+a}return{initCatmullRom:function(e,t,n,i,s){r(t,n,s*(n-e),s*(i-t))},initNonuniformCatmullRom:function(e,t,n,i,s,o,a){let l=(t-e)/s-(n-e)/(s+o)+(n-t)/o,c=(n-t)/o-(i-t)/(o+a)+(i-n)/a;l*=o,c*=o,r(t,n,l,c)},calc:function(r){const s=r*r;return e+t*r+n*s+i*(s*r)}}}const Bc=new ci,Sc=new Ic,Tc=new Ic,Lc=new Ic;class Dc extends Cc{constructor(e=[],t=!1,n=\"centripetal\",i=.5){super(),this.isCatmullRomCurve3=!0,this.type=\"CatmullRomCurve3\",this.points=e,this.closed=t,this.curveType=n,this.tension=i}getPoint(e,t=new ci){const n=t,i=this.points,r=i.length,s=(r-(this.closed?0:1))*e;let o,a,l=Math.floor(s),c=s-l;this.closed?l+=l>0?0:(Math.floor(Math.abs(l)/r)+1)*r:0===c&&l===r-1&&(l=r-2,c=1),this.closed||l>0?o=i[(l-1)%r]:(Bc.subVectors(i[0],i[1]).add(i[0]),o=Bc);const h=i[l%r],u=i[(l+1)%r];if(this.closed||l+2\u003Cr?a=i[(l+2)%r]:(Bc.subVectors(i[r-1],i[r-2]).add(i[r-1]),a=Bc),\"centripetal\"===this.curveType||\"chordal\"===this.curveType){const e=\"chordal\"===this.curveType?.5:.25;let t=Math.pow(o.distanceToSquared(h),e),n=Math.pow(h.distanceToSquared(u),e),i=Math.pow(u.distanceToSquared(a),e);n\u003C1e-4&&(n=1),t\u003C1e-4&&(t=n),i\u003C1e-4&&(i=n),Sc.initNonuniformCatmullRom(o.x,h.x,u.x,a.x,t,n,i),Tc.initNonuniformCatmullRom(o.y,h.y,u.y,a.y,t,n,i),Lc.initNonuniformCatmullRom(o.z,h.z,u.z,a.z,t,n,i)}else\"catmullrom\"===this.curveType&&(Sc.initCatmullRom(o.x,h.x,u.x,a.x,this.tension),Tc.initCatmullRom(o.y,h.y,u.y,a.y,this.tension),Lc.initCatmullRom(o.z,h.z,u.z,a.z,this.tension));return n.set(Sc.calc(c),Tc.calc(c),Lc.calc(c)),n}copy(e){super.copy(e),this.points=[];for(let t=0,n=e.points.length;t\u003Cn;t++){const n=e.points[t];this.points.push(n.clone())}return this.closed=e.closed,this.curveType=e.curveType,this.tension=e.tension,this}toJSON(){const e=super.toJSON();e.points=[];for(let t=0,n=this.points.length;t\u003Cn;t++){const n=this.points[t];e.points.push(n.toArray())}return e.closed=this.closed,e.curveType=this.curveType,e.tension=this.tension,e}fromJSON(e){super.fromJSON(e),this.points=[];for(let t=0,n=e.points.length;t\u003Cn;t++){const n=e.points[t];this.points.push((new ci).fromArray(n))}return this.closed=e.closed,this.curveType=e.curveType,this.tension=e.tension,this}}function Rc(e,t,n,i,r){const s=.5*(i-t),o=.5*(r-n),a=e*e;return(2*n-2*i+s+o)*(e*a)+(-3*n+3*i-2*s-o)*a+s*e+n}function Pc(e,t,n,i){return function(e,t){const n=1-e;return n*n*t}(e,t)+function(e,t){return 2*(1-e)*e*t}(e,n)+function(e,t){return e*e*t}(e,i)}function kc(e,t,n,i,r){return function(e,t){const n=1-e;return n*n*n*t}(e,t)+function(e,t){const n=1-e;return 3*n*n*e*t}(e,n)+function(e,t){return 3*(1-e)*e*e*t}(e,i)+function(e,t){return e*e*e*t}(e,r)}class Fc extends Cc{constructor(e=new Ln,t=new Ln,n=new Ln,i=new Ln){super(),this.isCubicBezierCurve=!0,this.type=\"CubicBezierCurve\",this.v0=e,this.v1=t,this.v2=n,this.v3=i}getPoint(e,t=new Ln){const n=t,i=this.v0,r=this.v1,s=this.v2,o=this.v3;return n.set(kc(e,i.x,r.x,s.x,o.x),kc(e,i.y,r.y,s.y,o.y)),n}copy(e){return super.copy(e),this.v0.copy(e.v0),this.v1.copy(e.v1),this.v2.copy(e.v2),this.v3.copy(e.v3),this}toJSON(){const e=super.toJSON();return e.v0=this.v0.toArray(),e.v1=this.v1.toArray(),e.v2=this.v2.toArray(),e.v3=this.v3.toArray(),e}fromJSON(e){return super.fromJSON(e),this.v0.fromArray(e.v0),this.v1.fromArray(e.v1),this.v2.fromArray(e.v2),this.v3.fromArray(e.v3),this}}class Oc extends Cc{constructor(e=new ci,t=new ci,n=new ci,i=new ci){super(),this.isCubicBezierCurve3=!0,this.type=\"CubicBezierCurve3\",this.v0=e,this.v1=t,this.v2=n,this.v3=i}getPoint(e,t=new ci){const n=t,i=this.v0,r=this.v1,s=this.v2,o=this.v3;return n.set(kc(e,i.x,r.x,s.x,o.x),kc(e,i.y,r.y,s.y,o.y),kc(e,i.z,r.z,s.z,o.z)),n}copy(e){return super.copy(e),this.v0.copy(e.v0),this.v1.copy(e.v1),this.v2.copy(e.v2),this.v3.copy(e.v3),this}toJSON(){const e=super.toJSON();return e.v0=this.v0.toArray(),e.v1=this.v1.toArray(),e.v2=this.v2.toArray(),e.v3=this.v3.toArray(),e}fromJSON(e){return super.fromJSON(e),this.v0.fromArray(e.v0),this.v1.fromArray(e.v1),this.v2.fromArray(e.v2),this.v3.fromArray(e.v3),this}}class Qc extends Cc{constructor(e=new Ln,t=new Ln){super(),this.isLineCurve=!0,this.type=\"LineCurve\",this.v1=e,this.v2=t}getPoint(e,t=new Ln){const n=t;return 1===e?n.copy(this.v2):(n.copy(this.v2).sub(this.v1),n.multiplyScalar(e).add(this.v1)),n}getPointAt(e,t){return this.getPoint(e,t)}getTangent(e,t){const n=t||new Ln;return n.copy(this.v2).sub(this.v1).normalize(),n}copy(e){return super.copy(e),this.v1.copy(e.v1),this.v2.copy(e.v2),this}toJSON(){const e=super.toJSON();return e.v1=this.v1.toArray(),e.v2=this.v2.toArray(),e}fromJSON(e){return super.fromJSON(e),this.v1.fromArray(e.v1),this.v2.fromArray(e.v2),this}}class Uc extends Cc{constructor(e=new ci,t=new ci){super(),this.isLineCurve3=!0,this.type=\"LineCurve3\",this.v1=e,this.v2=t}getPoint(e,t=new ci){const n=t;return 1===e?n.copy(this.v2):(n.copy(this.v2).sub(this.v1),n.multiplyScalar(e).add(this.v1)),n}getPointAt(e,t){return this.getPoint(e,t)}copy(e){return super.copy(e),this.v1.copy(e.v1),this.v2.copy(e.v2),this}toJSON(){const e=super.toJSON();return e.v1=this.v1.toArray(),e.v2=this.v2.toArray(),e}fromJSON(e){return super.fromJSON(e),this.v1.fromArray(e.v1),this.v2.fromArray(e.v2),this}}class Nc extends Cc{constructor(e=new Ln,t=new Ln,n=new Ln){super(),this.isQuadraticBezierCurve=!0,this.type=\"QuadraticBezierCurve\",this.v0=e,this.v1=t,this.v2=n}getPoint(e,t=new Ln){const n=t,i=this.v0,r=this.v1,s=this.v2;return n.set(Pc(e,i.x,r.x,s.x),Pc(e,i.y,r.y,s.y)),n}copy(e){return super.copy(e),this.v0.copy(e.v0),this.v1.copy(e.v1),this.v2.copy(e.v2),this}toJSON(){const e=super.toJSON();return e.v0=this.v0.toArray(),e.v1=this.v1.toArray(),e.v2=this.v2.toArray(),e}fromJSON(e){return super.fromJSON(e),this.v0.fromArray(e.v0),this.v1.fromArray(e.v1),this.v2.fromArray(e.v2),this}}class Gc extends Cc{constructor(e=new ci,t=new ci,n=new ci){super(),this.isQuadraticBezierCurve3=!0,this.type=\"QuadraticBezierCurve3\",this.v0=e,this.v1=t,this.v2=n}getPoint(e,t=new ci){const n=t,i=this.v0,r=this.v1,s=this.v2;return n.set(Pc(e,i.x,r.x,s.x),Pc(e,i.y,r.y,s.y),Pc(e,i.z,r.z,s.z)),n}copy(e){return super.copy(e),this.v0.copy(e.v0),this.v1.copy(e.v1),this.v2.copy(e.v2),this}toJSON(){const e=super.toJSON();return e.v0=this.v0.toArray(),e.v1=this.v1.toArray(),e.v2=this.v2.toArray(),e}fromJSON(e){return super.fromJSON(e),this.v0.fromArray(e.v0),this.v1.fromArray(e.v1),this.v2.fromArray(e.v2),this}}class zc extends Cc{constructor(e=[]){super(),this.isSplineCurve=!0,this.type=\"SplineCurve\",this.points=e}getPoint(e,t=new Ln){const n=t,i=this.points,r=(i.length-1)*e,s=Math.floor(r),o=r-s,a=i[0===s?s:s-1],l=i[s],c=i[s>i.length-2?i.length-1:s+1],h=i[s>i.length-3?i.length-1:s+2];return n.set(Rc(o,a.x,l.x,c.x,h.x),Rc(o,a.y,l.y,c.y,h.y)),n}copy(e){super.copy(e),this.points=[];for(let t=0,n=e.points.length;t\u003Cn;t++){const n=e.points[t];this.points.push(n.clone())}return this}toJSON(){const e=super.toJSON();e.points=[];for(let t=0,n=this.points.length;t\u003Cn;t++){const n=this.points[t];e.points.push(n.toArray())}return e}fromJSON(e){super.fromJSON(e),this.points=[];for(let t=0,n=e.points.length;t\u003Cn;t++){const n=e.points[t];this.points.push((new Ln).fromArray(n))}return this}}var Hc=Object.freeze({__proto__:null,ArcCurve:_c,CatmullRomCurve3:Dc,CubicBezierCurve:Fc,CubicBezierCurve3:Oc,EllipseCurve:Mc,LineCurve:Qc,LineCurve3:Uc,QuadraticBezierCurve:Nc,QuadraticBezierCurve3:Gc,SplineCurve:zc});class Vc extends Cc{constructor(){super(),this.type=\"CurvePath\",this.curves=[],this.autoClose=!1}add(e){this.curves.push(e)}closePath(){const e=this.curves[0].getPoint(0),t=this.curves[this.curves.length-1].getPoint(1);e.equals(t)||this.curves.push(new Qc(t,e))}getPoint(e,t){const n=e*this.getLength(),i=this.getCurveLengths();let r=0;for(;r\u003Ci.length;){if(i[r]>=n){const e=i[r]-n,s=this.curves[r],o=s.getLength(),a=0===o?0:1-e/o;return s.getPointAt(a,t)}r++}return null}getLength(){const e=this.getCurveLengths();return e[e.length-1]}updateArcLengths(){this.needsUpdate=!0,this.cacheLengths=null,this.getCurveLengths()}getCurveLengths(){if(this.cacheLengths&&this.cacheLengths.length===this.curves.length)return this.cacheLengths;const e=[];let t=0;for(let n=0,i=this.curves.length;n\u003Ci;n++)t+=this.curves[n].getLength(),e.push(t);return this.cacheLengths=e,e}getSpacedPoints(e=40){const t=[];for(let n=0;n\u003C=e;n++)t.push(this.getPoint(n/e));return this.autoClose&&t.push(t[0]),t}getPoints(e=12){const t=[];let n;for(let i=0,r=this.curves;i\u003Cr.length;i++){const s=r[i],o=s.isEllipseCurve?2*e:s.isLineCurve||s.isLineCurve3?1:s.isSplineCurve?e*s.points.length:e,a=s.getPoints(o);for(let e=0;e\u003Ca.length;e++){const i=a[e];n&&n.equals(i)||(t.push(i),n=i)}}return this.autoClose&&t.length>1&&!t[t.length-1].equals(t[0])&&t.push(t[0]),t}copy(e){super.copy(e),this.curves=[];for(let t=0,n=e.curves.length;t\u003Cn;t++){const n=e.curves[t];this.curves.push(n.clone())}return this.autoClose=e.autoClose,this}toJSON(){const e=super.toJSON();e.autoClose=this.autoClose,e.curves=[];for(let t=0,n=this.curves.length;t\u003Cn;t++){const n=this.curves[t];e.curves.push(n.toJSON())}return e}fromJSON(e){super.fromJSON(e),this.autoClose=e.autoClose,this.curves=[];for(let t=0,n=e.curves.length;t\u003Cn;t++){const n=e.curves[t];this.curves.push((new Hc[n.type]).fromJSON(n))}return this}}class Wc extends Vc{constructor(e){super(),this.type=\"Path\",this.currentPoint=new Ln,e&&this.setFromPoints(e)}setFromPoints(e){this.moveTo(e[0].x,e[0].y);for(let t=1,n=e.length;t\u003Cn;t++)this.lineTo(e[t].x,e[t].y);return this}moveTo(e,t){return this.currentPoint.set(e,t),this}lineTo(e,t){const n=new Qc(this.currentPoint.clone(),new Ln(e,t));return this.curves.push(n),this.currentPoint.set(e,t),this}quadraticCurveTo(e,t,n,i){const r=new Nc(this.currentPoint.clone(),new Ln(e,t),new Ln(n,i));return this.curves.push(r),this.currentPoint.set(n,i),this}bezierCurveTo(e,t,n,i,r,s){const o=new Fc(this.currentPoint.clone(),new Ln(e,t),new Ln(n,i),new Ln(r,s));return this.curves.push(o),this.currentPoint.set(r,s),this}splineThru(e){const t=[this.currentPoint.clone()].concat(e),n=new zc(t);return this.curves.push(n),this.currentPoint.copy(e[e.length-1]),this}arc(e,t,n,i,r,s){const o=this.currentPoint.x,a=this.currentPoint.y;return this.absarc(e+o,t+a,n,i,r,s),this}absarc(e,t,n,i,r,s){return this.absellipse(e,t,n,n,i,r,s),this}ellipse(e,t,n,i,r,s,o,a){const l=this.currentPoint.x,c=this.currentPoint.y;return this.absellipse(e+l,t+c,n,i,r,s,o,a),this}absellipse(e,t,n,i,r,s,o,a){const l=new Mc(e,t,n,i,r,s,o,a);if(this.curves.length>0){const e=l.getPoint(0);e.equals(this.currentPoint)||this.lineTo(e.x,e.y)}this.curves.push(l);const c=l.getPoint(1);return this.currentPoint.copy(c),this}copy(e){return super.copy(e),this.currentPoint.copy(e.currentPoint),this}toJSON(){const e=super.toJSON();return e.currentPoint=this.currentPoint.toArray(),e}fromJSON(e){return super.fromJSON(e),this.currentPoint.fromArray(e.currentPoint),this}}class jc extends Wr{constructor(e=[new Ln(0,-.5),new Ln(.5,0),new Ln(0,.5)],t=12,n=0,i=2*Math.PI){super(),this.type=\"LatheGeometry\",this.parameters={points:e,segments:t,phiStart:n,phiLength:i},t=Math.floor(t),i=xn(i,0,2*Math.PI);const r=[],s=[],o=[],a=[],l=[],c=1/t,h=new ci,u=new Ln,d=new ci,p=new ci,A=new ci;let f=0,m=0;for(let t=0;t\u003C=e.length-1;t++)switch(t){case 0:f=e[t+1].x-e[t].x,m=e[t+1].y-e[t].y,d.x=1*m,d.y=-f,d.z=0*m,A.copy(d),d.normalize(),a.push(d.x,d.y,d.z);break;case e.length-1:a.push(A.x,A.y,A.z);break;default:f=e[t+1].x-e[t].x,m=e[t+1].y-e[t].y,d.x=1*m,d.y=-f,d.z=0*m,p.copy(d),d.x+=A.x,d.y+=A.y,d.z+=A.z,d.normalize(),a.push(d.x,d.y,d.z),A.copy(p)}for(let r=0;r\u003C=t;r++){const d=n+r*c*i,p=Math.sin(d),A=Math.cos(d);for(let n=0;n\u003C=e.length-1;n++){h.x=e[n].x*p,h.y=e[n].y,h.z=e[n].x*A,s.push(h.x,h.y,h.z),u.x=r/t,u.y=n/(e.length-1),o.push(u.x,u.y);const i=a[3*n+0]*p,c=a[3*n+1],d=a[3*n+0]*A;l.push(i,c,d)}}for(let n=0;n\u003Ct;n++)for(let t=0;t\u003Ce.length-1;t++){const i=t+n*e.length,s=i,o=i+e.length,a=i+e.length+1,l=i+1;r.push(s,o,l),r.push(a,l,o)}this.setIndex(r),this.setAttribute(\"position\",new Fr(s,3)),this.setAttribute(\"uv\",new Fr(o,2)),this.setAttribute(\"normal\",new Fr(l,3))}static fromJSON(e){return new jc(e.points,e.segments,e.phiStart,e.phiLength)}}class qc extends jc{constructor(e=1,t=1,n=4,i=8){const r=new Wc;r.absarc(0,-t/2,e,1.5*Math.PI,0),r.absarc(0,t/2,e,0,.5*Math.PI),super(r.getPoints(n),i),this.type=\"CapsuleGeometry\",this.parameters={radius:e,height:t,capSegments:n,radialSegments:i}}static fromJSON(e){return new qc(e.radius,e.length,e.capSegments,e.radialSegments)}}class Yc extends Wr{constructor(e=1,t=8,n=0,i=2*Math.PI){super(),this.type=\"CircleGeometry\",this.parameters={radius:e,segments:t,thetaStart:n,thetaLength:i},t=Math.max(3,t);const r=[],s=[],o=[],a=[],l=new ci,c=new Ln;s.push(0,0,0),o.push(0,0,1),a.push(.5,.5);for(let r=0,h=3;r\u003C=t;r++,h+=3){const u=n+r/t*i;l.x=e*Math.cos(u),l.y=e*Math.sin(u),s.push(l.x,l.y,l.z),o.push(0,0,1),c.x=(s[h]/e+1)/2,c.y=(s[h+1]/e+1)/2,a.push(c.x,c.y)}for(let e=1;e\u003C=t;e++)r.push(e,e+1,0);this.setIndex(r),this.setAttribute(\"position\",new Fr(s,3)),this.setAttribute(\"normal\",new Fr(o,3)),this.setAttribute(\"uv\",new Fr(a,2))}static fromJSON(e){return new Yc(e.radius,e.segments,e.thetaStart,e.thetaLength)}}class Xc extends Wr{constructor(e=1,t=1,n=1,i=8,r=1,s=!1,o=0,a=2*Math.PI){super(),this.type=\"CylinderGeometry\",this.parameters={radiusTop:e,radiusBottom:t,height:n,radialSegments:i,heightSegments:r,openEnded:s,thetaStart:o,thetaLength:a};const l=this;i=Math.floor(i),r=Math.floor(r);const c=[],h=[],u=[],d=[];let p=0;const A=[],f=n/2;let m=0;function g(n){const r=p,s=new Ln,A=new ci;let g=0;const v=!0===n?e:t,y=!0===n?1:-1;for(let e=1;e\u003C=i;e++)h.push(0,f*y,0),u.push(0,y,0),d.push(.5,.5),p++;const E=p;for(let e=0;e\u003C=i;e++){const t=e/i*a+o,n=Math.cos(t),r=Math.sin(t);A.x=v*r,A.y=f*y,A.z=v*n,h.push(A.x,A.y,A.z),u.push(0,y,0),s.x=.5*n+.5,s.y=.5*r*y+.5,d.push(s.x,s.y),p++}for(let e=0;e\u003Ci;e++){const t=r+e,i=E+e;!0===n?c.push(i,i+1,t):c.push(i+1,i,t),g+=3}l.addGroup(m,g,!0===n?1:2),m+=g}!function(){const s=new ci,g=new ci;let v=0;const y=(t-e)/n;for(let l=0;l\u003C=r;l++){const c=[],m=l/r,v=m*(t-e)+e;for(let e=0;e\u003C=i;e++){const t=e/i,r=t*a+o,l=Math.sin(r),A=Math.cos(r);g.x=v*l,g.y=-m*n+f,g.z=v*A,h.push(g.x,g.y,g.z),s.set(l,y,A).normalize(),u.push(s.x,s.y,s.z),d.push(t,1-m),c.push(p++)}A.push(c)}for(let e=0;e\u003Ci;e++)for(let t=0;t\u003Cr;t++){const n=A[t][e],i=A[t+1][e],r=A[t+1][e+1],s=A[t][e+1];c.push(n,i,s),c.push(i,r,s),v+=6}l.addGroup(m,v,0),m+=v}(),!1===s&&(e>0&&g(!0),t>0&&g(!1)),this.setIndex(c),this.setAttribute(\"position\",new Fr(h,3)),this.setAttribute(\"normal\",new Fr(u,3)),this.setAttribute(\"uv\",new Fr(d,2))}static fromJSON(e){return new Xc(e.radiusTop,e.radiusBottom,e.height,e.radialSegments,e.heightSegments,e.openEnded,e.thetaStart,e.thetaLength)}}class Jc extends Xc{constructor(e=1,t=1,n=8,i=1,r=!1,s=0,o=2*Math.PI){super(0,e,t,n,i,r,s,o),this.type=\"ConeGeometry\",this.parameters={radius:e,height:t,radialSegments:n,heightSegments:i,openEnded:r,thetaStart:s,thetaLength:o}}static fromJSON(e){return new Jc(e.radius,e.height,e.radialSegments,e.heightSegments,e.openEnded,e.thetaStart,e.thetaLength)}}class Kc extends Wr{constructor(e=[],t=[],n=1,i=0){super(),this.type=\"PolyhedronGeometry\",this.parameters={vertices:e,indices:t,radius:n,detail:i};const r=[],s=[];function o(e,t,n,i){const r=i+1,s=[];for(let i=0;i\u003C=r;i++){s[i]=[];const o=e.clone().lerp(n,i/r),a=t.clone().lerp(n,i/r),l=r-i;for(let e=0;e\u003C=l;e++)s[i][e]=0===e&&i===r?o:o.clone().lerp(a,e/l)}for(let e=0;e\u003Cr;e++)for(let t=0;t\u003C2*(r-e)-1;t++){const n=Math.floor(t/2);t%2==0?(a(s[e][n+1]),a(s[e+1][n]),a(s[e][n])):(a(s[e][n+1]),a(s[e+1][n+1]),a(s[e+1][n]))}}function a(e){r.push(e.x,e.y,e.z)}function l(t,n){const i=3*t;n.x=e[i+0],n.y=e[i+1],n.z=e[i+2]}function c(e,t,n,i){i\u003C0&&1===e.x&&(s[t]=e.x-1),0===n.x&&0===n.z&&(s[t]=i/2/Math.PI+.5)}function h(e){return Math.atan2(e.z,-e.x)}!function(e){const n=new ci,i=new ci,r=new ci;for(let s=0;s\u003Ct.length;s+=3)l(t[s+0],n),l(t[s+1],i),l(t[s+2],r),o(n,i,r,e)}(i),function(e){const t=new ci;for(let n=0;n\u003Cr.length;n+=3)t.x=r[n+0],t.y=r[n+1],t.z=r[n+2],t.normalize().multiplyScalar(e),r[n+0]=t.x,r[n+1]=t.y,r[n+2]=t.z}(n),function(){const e=new ci;for(let n=0;n\u003Cr.length;n+=3){e.x=r[n+0],e.y=r[n+1],e.z=r[n+2];const i=h(e)/2/Math.PI+.5,o=(t=e,Math.atan2(-t.y,Math.sqrt(t.x*t.x+t.z*t.z))/Math.PI+.5);s.push(i,1-o)}var t;(function(){const e=new ci,t=new ci,n=new ci,i=new ci,o=new Ln,a=new Ln,l=new Ln;for(let u=0,d=0;u\u003Cr.length;u+=9,d+=6){e.set(r[u+0],r[u+1],r[u+2]),t.set(r[u+3],r[u+4],r[u+5]),n.set(r[u+6],r[u+7],r[u+8]),o.set(s[d+0],s[d+1]),a.set(s[d+2],s[d+3]),l.set(s[d+4],s[d+5]),i.copy(e).add(t).add(n).divideScalar(3);const p=h(i);c(o,d+0,e,p),c(a,d+2,t,p),c(l,d+4,n,p)}})(),function(){for(let e=0;e\u003Cs.length;e+=6){const t=s[e+0],n=s[e+2],i=s[e+4],r=Math.max(t,n,i),o=Math.min(t,n,i);r>.9&&o\u003C.1&&(t\u003C.2&&(s[e+0]+=1),n\u003C.2&&(s[e+2]+=1),i\u003C.2&&(s[e+4]+=1))}}()}(),this.setAttribute(\"position\",new Fr(r,3)),this.setAttribute(\"normal\",new Fr(r.slice(),3)),this.setAttribute(\"uv\",new Fr(s,2)),0===i?this.computeVertexNormals():this.normalizeNormals()}static fromJSON(e){return new Kc(e.vertices,e.indices,e.radius,e.details)}}class Zc extends Kc{constructor(e=1,t=0){const n=(1+Math.sqrt(5))/2,i=1/n;super([-1,-1,-1,-1,-1,1,-1,1,-1,-1,1,1,1,-1,-1,1,-1,1,1,1,-1,1,1,1,0,-i,-n,0,-i,n,0,i,-n,0,i,n,-i,-n,0,-i,n,0,i,-n,0,i,n,0,-n,0,-i,n,0,-i,-n,0,i,n,0,i],[3,11,7,3,7,15,3,15,13,7,19,17,7,17,6,7,6,15,17,4,8,17,8,10,17,10,6,8,0,16,8,16,2,8,2,10,0,12,1,0,1,18,0,18,16,6,10,2,6,2,13,6,13,15,2,16,18,2,18,3,2,3,13,18,1,9,18,9,11,18,11,3,4,14,12,4,12,0,4,0,8,11,9,5,11,5,19,11,19,7,19,5,14,19,14,4,19,4,17,1,12,14,1,14,5,1,5,9],e,t),this.type=\"DodecahedronGeometry\",this.parameters={radius:e,detail:t}}static fromJSON(e){return new Zc(e.radius,e.detail)}}const $c=new ci,eh=new ci,th=new ci,nh=new br;class ih extends Wr{constructor(e=null,t=1){if(super(),this.type=\"EdgesGeometry\",this.parameters={geometry:e,thresholdAngle:t},null!==e){const n=4,i=Math.pow(10,n),r=Math.cos(yn*t),s=e.getIndex(),o=e.getAttribute(\"position\"),a=s?s.count:o.count,l=[0,0,0],c=[\"a\",\"b\",\"c\"],h=new Array(3),u={},d=[];for(let 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o=e.x-t.x,a=e.y-t.y,l=n.x-e.x,c=n.y-e.y,h=o*o+a*a,u=o*c-a*l;if(Math.abs(u)>Number.EPSILON){const u=Math.sqrt(h),d=Math.sqrt(l*l+c*c),p=t.x-a/u,A=t.y+o/u,f=((n.x-c/d-p)*c-(n.y+l/d-A)*l)/(o*c-a*l);i=p+o*f-e.x,r=A+a*f-e.y;const m=i*i+r*r;if(m\u003C=2)return new Ln(i,r);s=Math.sqrt(m/2)}else{let e=!1;o>Number.EPSILON?l>Number.EPSILON&&(e=!0):o\u003C-Number.EPSILON?l\u003C-Number.EPSILON&&(e=!0):Math.sign(a)===Math.sign(c)&&(e=!0),e?(i=-a,r=o,s=Math.sqrt(h)):(i=o,r=a,s=Math.sqrt(h/2))}return new Ln(i/s,r/s)}const L=[];for(let e=0,t=_.length,n=t-1,i=e+1;e\u003Ct;e++,n++,i++)n===t&&(n=0),i===t&&(i=0),L[e]=T(_[e],_[n],_[i]);const D=[];let R,P=L.concat();for(let e=0,t=C.length;e\u003Ct;e++){const t=C[e];R=[];for(let e=0,n=t.length,i=n-1,r=e+1;e\u003Cn;e++,i++,r++)i===n&&(i=0),r===n&&(r=0),R[e]=T(t[e],t[i],t[r]);D.push(R),P=P.concat(R)}for(let e=0;e\u003Cp;e++){const t=e/p,n=h*Math.cos(t*Math.PI/2),i=u*Math.sin(t*Math.PI/2)+d;for(let e=0,t=_.length;e\u003Ct;e++){const t=I(_[e],L[e],i);O(t.x,t.y,-n)}for(let e=0,t=C.length;e\u003Ct;e++){const t=C[e];R=D[e];for(let e=0,r=t.length;e\u003Cr;e++){const r=I(t[e],R[e],i);O(r.x,r.y,-n)}}}const k=u+d;for(let e=0;e\u003CB;e++){const t=c?I(w[e],P[e],k):w[e];b?(y.copy(g.normals[0]).multiplyScalar(t.x),v.copy(g.binormals[0]).multiplyScalar(t.y),E.copy(m[0]).add(y).add(v),O(E.x,E.y,E.z)):O(t.x,t.y,0)}for(let e=1;e\u003C=a;e++)for(let t=0;t\u003CB;t++){const n=c?I(w[t],P[t],k):w[t];b?(y.copy(g.normals[e]).multiplyScalar(n.x),v.copy(g.binormals[e]).multiplyScalar(n.y),E.copy(m[e]).add(y).add(v),O(E.x,E.y,E.z)):O(n.x,n.y,l/a*e)}for(let e=p-1;e>=0;e--){const t=e/p,n=h*Math.cos(t*Math.PI/2),i=u*Math.sin(t*Math.PI/2)+d;for(let e=0,t=_.length;e\u003Ct;e++){const t=I(_[e],L[e],i);O(t.x,t.y,l+n)}for(let e=0,t=C.length;e\u003Ct;e++){const t=C[e];R=D[e];for(let e=0,r=t.length;e\u003Cr;e++){const r=I(t[e],R[e],i);b?O(r.x,r.y+m[a-1].y,m[a-1].x+n):O(r.x,r.y,l+n)}}}function F(e,t){let n=e.length;for(;--n>=0;){const i=n;let r=n-1;r\u003C0&&(r=e.length-1);for(let e=0,n=a+2*p;e\u003Cn;e++){const n=B*e,s=B*(e+1);U(t+i+n,t+r+n,t+r+s,t+i+s)}}}function O(e,t,n){s.push(e),s.push(t),s.push(n)}function Q(e,t,r){N(e),N(t),N(r);const s=i.length/3,o=f.generateTopUV(n,i,s-3,s-2,s-1);G(o[0]),G(o[1]),G(o[2])}function U(e,t,r,s){N(e),N(t),N(s),N(t),N(r),N(s);const o=i.length/3,a=f.generateSideWallUV(n,i,o-6,o-3,o-2,o-1);G(a[0]),G(a[1]),G(a[3]),G(a[1]),G(a[2]),G(a[3])}function N(e){i.push(s[3*e+0]),i.push(s[3*e+1]),i.push(s[3*e+2])}function G(e){r.push(e.x),r.push(e.y)}!function(){const e=i.length/3;if(c){let e=0,t=B*e;for(let e=0;e\u003CS;e++){const n=M[e];Q(n[2]+t,n[1]+t,n[0]+t)}e=a+2*p,t=B*e;for(let e=0;e\u003CS;e++){const n=M[e];Q(n[0]+t,n[1]+t,n[2]+t)}}else{for(let e=0;e\u003CS;e++){const t=M[e];Q(t[2],t[1],t[0])}for(let e=0;e\u003CS;e++){const t=M[e];Q(t[0]+B*a,t[1]+B*a,t[2]+B*a)}}n.addGroup(e,i.length/3-e,0)}(),function(){const e=i.length/3;let t=0;F(_,t),t+=_.length;for(let e=0,n=C.length;e\u003Cn;e++){const n=C[e];F(n,t),t+=n.length}n.addGroup(e,i.length/3-e,1)}()}this.setAttribute(\"position\",new Fr(i,3)),this.setAttribute(\"uv\",new Fr(r,2)),this.computeVertexNormals()}toJSON(){const e=super.toJSON();return function(e,t,n){if(n.shapes=[],Array.isArray(e))for(let t=0,i=e.length;t\u003Ci;t++){const i=e[t];n.shapes.push(i.uuid)}else n.shapes.push(e.uuid);return n.options=Object.assign({},t),void 0!==t.extrudePath&&(n.options.extrudePath=t.extrudePath.toJSON()),n}(this.parameters.shapes,this.parameters.options,e)}static fromJSON(e,t){const n=[];for(let i=0,r=e.shapes.length;i\u003Cr;i++){const r=t[e.shapes[i]];n.push(r)}const i=e.options.extrudePath;return void 0!==i&&(e.options.extrudePath=(new Hc[i.type]).fromJSON(i)),new Dh(n,e.options)}}const Rh={generateTopUV:function(e,t,n,i,r){const s=t[3*n],o=t[3*n+1],a=t[3*i],l=t[3*i+1],c=t[3*r],h=t[3*r+1];return[new Ln(s,o),new Ln(a,l),new Ln(c,h)]},generateSideWallUV:function(e,t,n,i,r,s){const o=t[3*n],a=t[3*n+1],l=t[3*n+2],c=t[3*i],h=t[3*i+1],u=t[3*i+2],d=t[3*r],p=t[3*r+1],A=t[3*r+2],f=t[3*s],m=t[3*s+1],g=t[3*s+2];return Math.abs(a-h)\u003CMath.abs(o-c)?[new Ln(o,1-l),new Ln(c,1-u),new Ln(d,1-A),new Ln(f,1-g)]:[new Ln(a,1-l),new Ln(h,1-u),new Ln(p,1-A),new Ln(m,1-g)]}};class Ph extends Kc{constructor(e=1,t=0){const n=(1+Math.sqrt(5))/2;super([-1,n,0,1,n,0,-1,-n,0,1,-n,0,0,-1,n,0,1,n,0,-1,-n,0,1,-n,n,0,-1,n,0,1,-n,0,-1,-n,0,1],[0,11,5,0,5,1,0,1,7,0,7,10,0,10,11,1,5,9,5,11,4,11,10,2,10,7,6,7,1,8,3,9,4,3,4,2,3,2,6,3,6,8,3,8,9,4,9,5,2,4,11,6,2,10,8,6,7,9,8,1],e,t),this.type=\"IcosahedronGeometry\",this.parameters={radius:e,detail:t}}static fromJSON(e){return new Ph(e.radius,e.detail)}}class kh extends Kc{constructor(e=1,t=0){super([1,0,0,-1,0,0,0,1,0,0,-1,0,0,0,1,0,0,-1],[0,2,4,0,4,3,0,3,5,0,5,2,1,2,5,1,5,3,1,3,4,1,4,2],e,t),this.type=\"OctahedronGeometry\",this.parameters={radius:e,detail:t}}static fromJSON(e){return new kh(e.radius,e.detail)}}class Fh extends Wr{constructor(e=.5,t=1,n=8,i=1,r=0,s=2*Math.PI){super(),this.type=\"RingGeometry\",this.parameters={innerRadius:e,outerRadius:t,thetaSegments:n,phiSegments:i,thetaStart:r,thetaLength:s},n=Math.max(3,n);const o=[],a=[],l=[],c=[];let h=e;const u=(t-e)/(i=Math.max(1,i)),d=new ci,p=new Ln;for(let e=0;e\u003C=i;e++){for(let e=0;e\u003C=n;e++){const i=r+e/n*s;d.x=h*Math.cos(i),d.y=h*Math.sin(i),a.push(d.x,d.y,d.z),l.push(0,0,1),p.x=(d.x/t+1)/2,p.y=(d.y/t+1)/2,c.push(p.x,p.y)}h+=u}for(let e=0;e\u003Ci;e++){const t=e*(n+1);for(let e=0;e\u003Cn;e++){const i=e+t,r=i,s=i+n+1,a=i+n+2,l=i+1;o.push(r,s,l),o.push(s,a,l)}}this.setIndex(o),this.setAttribute(\"position\",new Fr(a,3)),this.setAttribute(\"normal\",new Fr(l,3)),this.setAttribute(\"uv\",new Fr(c,2))}static fromJSON(e){return new Fh(e.innerRadius,e.outerRadius,e.thetaSegments,e.phiSegments,e.thetaStart,e.thetaLength)}}class Oh extends Wr{constructor(e=new rh([new Ln(0,.5),new Ln(-.5,-.5),new Ln(.5,-.5)]),t=12){super(),this.type=\"ShapeGeometry\",this.parameters={shapes:e,curveSegments:t};const n=[],i=[],r=[],s=[];let o=0,a=0;if(!1===Array.isArray(e))l(e);else for(let t=0;t\u003Ce.length;t++)l(e[t]),this.addGroup(o,a,t),o+=a,a=0;function l(e){const o=i.length/3,l=e.extractPoints(t);let c=l.shape;const h=l.holes;!1===Sh.isClockWise(c)&&(c=c.reverse());for(let e=0,t=h.length;e\u003Ct;e++){const t=h[e];!0===Sh.isClockWise(t)&&(h[e]=t.reverse())}const u=Sh.triangulateShape(c,h);for(let e=0,t=h.length;e\u003Ct;e++){const t=h[e];c=c.concat(t)}for(let e=0,t=c.length;e\u003Ct;e++){const t=c[e];i.push(t.x,t.y,0),r.push(0,0,1),s.push(t.x,t.y)}for(let e=0,t=u.length;e\u003Ct;e++){const t=u[e],i=t[0]+o,r=t[1]+o,s=t[2]+o;n.push(i,r,s),a+=3}}this.setIndex(n),this.setAttribute(\"position\",new Fr(i,3)),this.setAttribute(\"normal\",new Fr(r,3)),this.setAttribute(\"uv\",new Fr(s,2))}toJSON(){const e=super.toJSON();return function(e,t){if(t.shapes=[],Array.isArray(e))for(let n=0,i=e.length;n\u003Ci;n++){const i=e[n];t.shapes.push(i.uuid)}else t.shapes.push(e.uuid);return t}(this.parameters.shapes,e)}static fromJSON(e,t){const n=[];for(let i=0,r=e.shapes.length;i\u003Cr;i++){const r=t[e.shapes[i]];n.push(r)}return new Oh(n,e.curveSegments)}}class Qh extends Wr{constructor(e=1,t=32,n=16,i=0,r=2*Math.PI,s=0,o=Math.PI){super(),this.type=\"SphereGeometry\",this.parameters={radius:e,widthSegments:t,heightSegments:n,phiStart:i,phiLength:r,thetaStart:s,thetaLength:o},t=Math.max(3,Math.floor(t)),n=Math.max(2,Math.floor(n));const a=Math.min(s+o,Math.PI);let l=0;const c=[],h=new ci,u=new ci,d=[],p=[],A=[],f=[];for(let d=0;d\u003C=n;d++){const m=[],g=d/n;let v=0;0==d&&0==s?v=.5/t:d==n&&a==Math.PI&&(v=-.5/t);for(let n=0;n\u003C=t;n++){const a=n/t;h.x=-e*Math.cos(i+a*r)*Math.sin(s+g*o),h.y=e*Math.cos(s+g*o),h.z=e*Math.sin(i+a*r)*Math.sin(s+g*o),p.push(h.x,h.y,h.z),u.copy(h).normalize(),A.push(u.x,u.y,u.z),f.push(a+v,1-g),m.push(l++)}c.push(m)}for(let e=0;e\u003Cn;e++)for(let i=0;i\u003Ct;i++){const t=c[e][i+1],r=c[e][i],o=c[e+1][i],l=c[e+1][i+1];(0!==e||s>0)&&d.push(t,r,l),(e!==n-1||a\u003CMath.PI)&&d.push(r,o,l)}this.setIndex(d),this.setAttribute(\"position\",new Fr(p,3)),this.setAttribute(\"normal\",new Fr(A,3)),this.setAttribute(\"uv\",new Fr(f,2))}static fromJSON(e){return new Qh(e.radius,e.widthSegments,e.heightSegments,e.phiStart,e.phiLength,e.thetaStart,e.thetaLength)}}class Uh extends Kc{constructor(e=1,t=0){super([1,1,1,-1,-1,1,-1,1,-1,1,-1,-1],[2,1,0,0,3,2,1,3,0,2,3,1],e,t),this.type=\"TetrahedronGeometry\",this.parameters={radius:e,detail:t}}static fromJSON(e){return new Uh(e.radius,e.detail)}}class Nh extends Wr{constructor(e=1,t=.4,n=8,i=6,r=2*Math.PI){super(),this.type=\"TorusGeometry\",this.parameters={radius:e,tube:t,radialSegments:n,tubularSegments:i,arc:r},n=Math.floor(n),i=Math.floor(i);const s=[],o=[],a=[],l=[],c=new ci,h=new ci,u=new ci;for(let s=0;s\u003C=n;s++)for(let d=0;d\u003C=i;d++){const p=d/i*r,A=s/n*Math.PI*2;h.x=(e+t*Math.cos(A))*Math.cos(p),h.y=(e+t*Math.cos(A))*Math.sin(p),h.z=t*Math.sin(A),o.push(h.x,h.y,h.z),c.x=e*Math.cos(p),c.y=e*Math.sin(p),u.subVectors(h,c).normalize(),a.push(u.x,u.y,u.z),l.push(d/i),l.push(s/n)}for(let e=1;e\u003C=n;e++)for(let t=1;t\u003C=i;t++){const n=(i+1)*e+t-1,r=(i+1)*(e-1)+t-1,o=(i+1)*(e-1)+t,a=(i+1)*e+t;s.push(n,r,a),s.push(r,o,a)}this.setIndex(s),this.setAttribute(\"position\",new Fr(o,3)),this.setAttribute(\"normal\",new Fr(a,3)),this.setAttribute(\"uv\",new Fr(l,2))}static fromJSON(e){return new Nh(e.radius,e.tube,e.radialSegments,e.tubularSegments,e.arc)}}class Gh extends Wr{constructor(e=1,t=.4,n=64,i=8,r=2,s=3){super(),this.type=\"TorusKnotGeometry\",this.parameters={radius:e,tube:t,tubularSegments:n,radialSegments:i,p:r,q:s},n=Math.floor(n),i=Math.floor(i);const o=[],a=[],l=[],c=[],h=new ci,u=new ci,d=new ci,p=new ci,A=new ci,f=new ci,m=new ci;for(let o=0;o\u003C=n;++o){const v=o/n*r*Math.PI*2;g(v,r,s,e,d),g(v+.01,r,s,e,p),f.subVectors(p,d),m.addVectors(p,d),A.crossVectors(f,m),m.crossVectors(A,f),A.normalize(),m.normalize();for(let e=0;e\u003C=i;++e){const r=e/i*Math.PI*2,s=-t*Math.cos(r),p=t*Math.sin(r);h.x=d.x+(s*m.x+p*A.x),h.y=d.y+(s*m.y+p*A.y),h.z=d.z+(s*m.z+p*A.z),a.push(h.x,h.y,h.z),u.subVectors(h,d).normalize(),l.push(u.x,u.y,u.z),c.push(o/n),c.push(e/i)}}for(let e=1;e\u003C=n;e++)for(let t=1;t\u003C=i;t++){const n=(i+1)*(e-1)+(t-1),r=(i+1)*e+(t-1),s=(i+1)*e+t,a=(i+1)*(e-1)+t;o.push(n,r,a),o.push(r,s,a)}function g(e,t,n,i,r){const s=Math.cos(e),o=Math.sin(e),a=n/t*e,l=Math.cos(a);r.x=i*(2+l)*.5*s,r.y=i*(2+l)*o*.5,r.z=i*Math.sin(a)*.5}this.setIndex(o),this.setAttribute(\"position\",new Fr(a,3)),this.setAttribute(\"normal\",new Fr(l,3)),this.setAttribute(\"uv\",new Fr(c,2))}static fromJSON(e){return new Gh(e.radius,e.tube,e.tubularSegments,e.radialSegments,e.p,e.q)}}class zh extends Wr{constructor(e=new Gc(new ci(-1,-1,0),new ci(-1,1,0),new ci(1,1,0)),t=64,n=1,i=8,r=!1){super(),this.type=\"TubeGeometry\",this.parameters={path:e,tubularSegments:t,radius:n,radialSegments:i,closed:r};const s=e.computeFrenetFrames(t,r);this.tangents=s.tangents,this.normals=s.normals,this.binormals=s.binormals;const o=new ci,a=new ci,l=new Ln;let c=new ci;const h=[],u=[],d=[],p=[];function A(r){c=e.getPointAt(r/t,c);const l=s.normals[r],d=s.binormals[r];for(let e=0;e\u003C=i;e++){const t=e/i*Math.PI*2,r=Math.sin(t),s=-Math.cos(t);a.x=s*l.x+r*d.x,a.y=s*l.y+r*d.y,a.z=s*l.z+r*d.z,a.normalize(),u.push(a.x,a.y,a.z),o.x=c.x+n*a.x,o.y=c.y+n*a.y,o.z=c.z+n*a.z,h.push(o.x,o.y,o.z)}}!function(){for(let e=0;e\u003Ct;e++)A(e);A(!1===r?t:0),function(){for(let e=0;e\u003C=t;e++)for(let n=0;n\u003C=i;n++)l.x=e/t,l.y=n/i,d.push(l.x,l.y)}(),function(){for(let e=1;e\u003C=t;e++)for(let t=1;t\u003C=i;t++){const n=(i+1)*(e-1)+(t-1),r=(i+1)*e+(t-1),s=(i+1)*e+t,o=(i+1)*(e-1)+t;p.push(n,r,o),p.push(r,s,o)}}()}(),this.setIndex(p),this.setAttribute(\"position\",new Fr(h,3)),this.setAttribute(\"normal\",new Fr(u,3)),this.setAttribute(\"uv\",new Fr(d,2))}toJSON(){const e=super.toJSON();return e.path=this.parameters.path.toJSON(),e}static fromJSON(e){return new zh((new Hc[e.path.type]).fromJSON(e.path),e.tubularSegments,e.radius,e.radialSegments,e.closed)}}class Hh extends Wr{constructor(e=null){if(super(),this.type=\"WireframeGeometry\",this.parameters={geometry:e},null!==e){const t=[],n=new Set,i=new ci,r=new ci;if(null!==e.index){const s=e.attributes.position,o=e.index;let a=e.groups;0===a.length&&(a=[{start:0,count:o.count,materialIndex:0}]);for(let e=0,l=a.length;e\u003Cl;++e){const l=a[e],c=l.start;for(let e=c,a=c+l.count;e\u003Ca;e+=3)for(let a=0;a\u003C3;a++){const l=o.getX(e+a),c=o.getX(e+(a+1)%3);i.fromBufferAttribute(s,l),r.fromBufferAttribute(s,c),!0===Vh(i,r,n)&&(t.push(i.x,i.y,i.z),t.push(r.x,r.y,r.z))}}}else{const s=e.attributes.position;for(let e=0,o=s.count/3;e\u003Co;e++)for(let o=0;o\u003C3;o++){const a=3*e+o,l=3*e+(o+1)%3;i.fromBufferAttribute(s,a),r.fromBufferAttribute(s,l),!0===Vh(i,r,n)&&(t.push(i.x,i.y,i.z),t.push(r.x,r.y,r.z))}}this.setAttribute(\"position\",new Fr(t,3))}}}function Vh(e,t,n){const i=`${e.x},${e.y},${e.z}-${t.x},${t.y},${t.z}`,r=`${t.x},${t.y},${t.z}-${e.x},${e.y},${e.z}`;return!0!==n.has(i)&&!0!==n.has(r)&&(n.add(i),n.add(r),!0)}var Wh=Object.freeze({__proto__:null,BoxGeometry:us,CapsuleGeometry:qc,CircleGeometry:Yc,ConeGeometry:Jc,CylinderGeometry:Xc,DodecahedronGeometry:Zc,EdgesGeometry:ih,ExtrudeGeometry:Dh,IcosahedronGeometry:Ph,LatheGeometry:jc,OctahedronGeometry:kh,PlaneGeometry:Ds,PolyhedronGeometry:Kc,RingGeometry:Fh,ShapeGeometry:Oh,SphereGeometry:Qh,TetrahedronGeometry:Uh,TorusGeometry:Nh,TorusKnotGeometry:Gh,TubeGeometry:zh,WireframeGeometry:Hh});class jh extends wr{constructor(e){super(),this.isShadowMaterial=!0,this.type=\"ShadowMaterial\",this.color=new Yn(0),this.transparent=!0,this.fog=!0,this.setValues(e)}copy(e){return super.copy(e),this.color.copy(e.color),this.fog=e.fog,this}}class qh extends ms{constructor(e){super(e),this.isRawShaderMaterial=!0,this.type=\"RawShaderMaterial\"}}class Yh extends wr{constructor(e){super(),this.isMeshStandardMaterial=!0,this.defines={STANDARD:\"\"},this.type=\"MeshStandardMaterial\",this.color=new Yn(16777215),this.roughness=1,this.metalness=0,this.map=null,this.lightMap=null,this.lightMapIntensity=1,this.aoMap=null,this.aoMapIntensity=1,this.emissive=new Yn(0),this.emissiveIntensity=1,this.emissiveMap=null,this.bumpMap=null,this.bumpScale=1,this.normalMap=null,this.normalMapType=Ft,this.normalScale=new Ln(1,1),this.displacementMap=null,this.displacementScale=1,this.displacementBias=0,this.roughnessMap=null,this.metalnessMap=null,this.alphaMap=null,this.envMap=null,this.envMapIntensity=1,this.wireframe=!1,this.wireframeLinewidth=1,this.wireframeLinecap=\"round\",this.wireframeLinejoin=\"round\",this.flatShading=!1,this.fog=!0,this.setValues(e)}copy(e){return super.copy(e),this.defines={STANDARD:\"\"},this.color.copy(e.color),this.roughness=e.roughness,this.metalness=e.metalness,this.map=e.map,this.lightMap=e.lightMap,this.lightMapIntensity=e.lightMapIntensity,this.aoMap=e.aoMap,this.aoMapIntensity=e.aoMapIntensity,this.emissive.copy(e.emissive),this.emissiveMap=e.emissiveMap,this.emissiveIntensity=e.emissiveIntensity,this.bumpMap=e.bumpMap,this.bumpScale=e.bumpScale,this.normalMap=e.normalMap,this.normalMapType=e.normalMapType,this.normalScale.copy(e.normalScale),this.displacementMap=e.displacementMap,this.displacementScale=e.displacementScale,this.displacementBias=e.displacementBias,this.roughnessMap=e.roughnessMap,this.metalnessMap=e.metalnessMap,this.alphaMap=e.alphaMap,this.envMap=e.envMap,this.envMapIntensity=e.envMapIntensity,this.wireframe=e.wireframe,this.wireframeLinewidth=e.wireframeLinewidth,this.wireframeLinecap=e.wireframeLinecap,this.wireframeLinejoin=e.wireframeLinejoin,this.flatShading=e.flatShading,this.fog=e.fog,this}}class Xh extends Yh{constructor(e){super(),this.isMeshPhysicalMaterial=!0,this.defines={STANDARD:\"\",PHYSICAL:\"\"},this.type=\"MeshPhysicalMaterial\",this.clearcoatMap=null,this.clearcoatRoughness=0,this.clearcoatRoughnessMap=null,this.clearcoatNormalScale=new Ln(1,1),this.clearcoatNormalMap=null,this.ior=1.5,Object.defineProperty(this,\"reflectivity\",{get:function(){return xn(2.5*(this.ior-1)/(this.ior+1),0,1)},set:function(e){this.ior=(1+.4*e)/(1-.4*e)}}),this.iridescenceMap=null,this.iridescenceIOR=1.3,this.iridescenceThicknessRange=[100,400],this.iridescenceThicknessMap=null,this.sheenColor=new Yn(0),this.sheenColorMap=null,this.sheenRoughness=1,this.sheenRoughnessMap=null,this.transmissionMap=null,this.thickness=0,this.thicknessMap=null,this.attenuationDistance=1/0,this.attenuationColor=new Yn(1,1,1),this.specularIntensity=1,this.specularIntensityMap=null,this.specularColor=new Yn(1,1,1),this.specularColorMap=null,this._sheen=0,this._clearcoat=0,this._iridescence=0,this._transmission=0,this.setValues(e)}get sheen(){return this._sheen}set sheen(e){this._sheen>0!=e>0&&this.version++,this._sheen=e}get clearcoat(){return this._clearcoat}set clearcoat(e){this._clearcoat>0!=e>0&&this.version++,this._clearcoat=e}get iridescence(){return this._iridescence}set iridescence(e){this._iridescence>0!=e>0&&this.version++,this._iridescence=e}get transmission(){return this._transmission}set transmission(e){this._transmission>0!=e>0&&this.version++,this._transmission=e}copy(e){return super.copy(e),this.defines={STANDARD:\"\",PHYSICAL:\"\"},this.clearcoat=e.clearcoat,this.clearcoatMap=e.clearcoatMap,this.clearcoatRoughness=e.clearcoatRoughness,this.clearcoatRoughnessMap=e.clearcoatRoughnessMap,this.clearcoatNormalMap=e.clearcoatNormalMap,this.clearcoatNormalScale.copy(e.clearcoatNormalScale),this.ior=e.ior,this.iridescence=e.iridescence,this.iridescenceMap=e.iridescenceMap,this.iridescenceIOR=e.iridescenceIOR,this.iridescenceThicknessRange=[...e.iridescenceThicknessRange],this.iridescenceThicknessMap=e.iridescenceThicknessMap,this.sheen=e.sheen,this.sheenColor.copy(e.sheenColor),this.sheenColorMap=e.sheenColorMap,this.sheenRoughness=e.sheenRoughness,this.sheenRoughnessMap=e.sheenRoughnessMap,this.transmission=e.transmission,this.transmissionMap=e.transmissionMap,this.thickness=e.thickness,this.thicknessMap=e.thicknessMap,this.attenuationDistance=e.attenuationDistance,this.attenuationColor.copy(e.attenuationColor),this.specularIntensity=e.specularIntensity,this.specularIntensityMap=e.specularIntensityMap,this.specularColor.copy(e.specularColor),this.specularColorMap=e.specularColorMap,this}}class Jh extends wr{constructor(e){super(),this.isMeshPhongMaterial=!0,this.type=\"MeshPhongMaterial\",this.color=new Yn(16777215),this.specular=new Yn(1118481),this.shininess=30,this.map=null,this.lightMap=null,this.lightMapIntensity=1,this.aoMap=null,this.aoMapIntensity=1,this.emissive=new Yn(0),this.emissiveIntensity=1,this.emissiveMap=null,this.bumpMap=null,this.bumpScale=1,this.normalMap=null,this.normalMapType=Ft,this.normalScale=new Ln(1,1),this.displacementMap=null,this.displacementScale=1,this.displacementBias=0,this.specularMap=null,this.alphaMap=null,this.envMap=null,this.combine=X,this.reflectivity=1,this.refractionRatio=.98,this.wireframe=!1,this.wireframeLinewidth=1,this.wireframeLinecap=\"round\",this.wireframeLinejoin=\"round\",this.flatShading=!1,this.fog=!0,this.setValues(e)}copy(e){return super.copy(e),this.color.copy(e.color),this.specular.copy(e.specular),this.shininess=e.shininess,this.map=e.map,this.lightMap=e.lightMap,this.lightMapIntensity=e.lightMapIntensity,this.aoMap=e.aoMap,this.aoMapIntensity=e.aoMapIntensity,this.emissive.copy(e.emissive),this.emissiveMap=e.emissiveMap,this.emissiveIntensity=e.emissiveIntensity,this.bumpMap=e.bumpMap,this.bumpScale=e.bumpScale,this.normalMap=e.normalMap,this.normalMapType=e.normalMapType,this.normalScale.copy(e.normalScale),this.displacementMap=e.displacementMap,this.displacementScale=e.displacementScale,this.displacementBias=e.displacementBias,this.specularMap=e.specularMap,this.alphaMap=e.alphaMap,this.envMap=e.envMap,this.combine=e.combine,this.reflectivity=e.reflectivity,this.refractionRatio=e.refractionRatio,this.wireframe=e.wireframe,this.wireframeLinewidth=e.wireframeLinewidth,this.wireframeLinecap=e.wireframeLinecap,this.wireframeLinejoin=e.wireframeLinejoin,this.flatShading=e.flatShading,this.fog=e.fog,this}}class Kh extends wr{constructor(e){super(),this.isMeshToonMaterial=!0,this.defines={TOON:\"\"},this.type=\"MeshToonMaterial\",this.color=new Yn(16777215),this.map=null,this.gradientMap=null,this.lightMap=null,this.lightMapIntensity=1,this.aoMap=null,this.aoMapIntensity=1,this.emissive=new Yn(0),this.emissiveIntensity=1,this.emissiveMap=null,this.bumpMap=null,this.bumpScale=1,this.normalMap=null,this.normalMapType=Ft,this.normalScale=new Ln(1,1),this.displacementMap=null,this.displacementScale=1,this.displacementBias=0,this.alphaMap=null,this.wireframe=!1,this.wireframeLinewidth=1,this.wireframeLinecap=\"round\",this.wireframeLinejoin=\"round\",this.fog=!0,this.setValues(e)}copy(e){return super.copy(e),this.color.copy(e.color),this.map=e.map,this.gradientMap=e.gradientMap,this.lightMap=e.lightMap,this.lightMapIntensity=e.lightMapIntensity,this.aoMap=e.aoMap,this.aoMapIntensity=e.aoMapIntensity,this.emissive.copy(e.emissive),this.emissiveMap=e.emissiveMap,this.emissiveIntensity=e.emissiveIntensity,this.bumpMap=e.bumpMap,this.bumpScale=e.bumpScale,this.normalMap=e.normalMap,this.normalMapType=e.normalMapType,this.normalScale.copy(e.normalScale),this.displacementMap=e.displacementMap,this.displacementScale=e.displacementScale,this.displacementBias=e.displacementBias,this.alphaMap=e.alphaMap,this.wireframe=e.wireframe,this.wireframeLinewidth=e.wireframeLinewidth,this.wireframeLinecap=e.wireframeLinecap,this.wireframeLinejoin=e.wireframeLinejoin,this.fog=e.fog,this}}class Zh extends wr{constructor(e){super(),this.isMeshNormalMaterial=!0,this.type=\"MeshNormalMaterial\",this.bumpMap=null,this.bumpScale=1,this.normalMap=null,this.normalMapType=Ft,this.normalScale=new Ln(1,1),this.displacementMap=null,this.displacementScale=1,this.displacementBias=0,this.wireframe=!1,this.wireframeLinewidth=1,this.flatShading=!1,this.setValues(e)}copy(e){return super.copy(e),this.bumpMap=e.bumpMap,this.bumpScale=e.bumpScale,this.normalMap=e.normalMap,this.normalMapType=e.normalMapType,this.normalScale.copy(e.normalScale),this.displacementMap=e.displacementMap,this.displacementScale=e.displacementScale,this.displacementBias=e.displacementBias,this.wireframe=e.wireframe,this.wireframeLinewidth=e.wireframeLinewidth,this.flatShading=e.flatShading,this}}class $h extends wr{constructor(e){super(),this.isMeshLambertMaterial=!0,this.type=\"MeshLambertMaterial\",this.color=new Yn(16777215),this.map=null,this.lightMap=null,this.lightMapIntensity=1,this.aoMap=null,this.aoMapIntensity=1,this.emissive=new Yn(0),this.emissiveIntensity=1,this.emissiveMap=null,this.bumpMap=null,this.bumpScale=1,this.normalMap=null,this.normalMapType=Ft,this.normalScale=new Ln(1,1),this.displacementMap=null,this.displacementScale=1,this.displacementBias=0,this.specularMap=null,this.alphaMap=null,this.envMap=null,this.combine=X,this.reflectivity=1,this.refractionRatio=.98,this.wireframe=!1,this.wireframeLinewidth=1,this.wireframeLinecap=\"round\",this.wireframeLinejoin=\"round\",this.flatShading=!1,this.fog=!0,this.setValues(e)}copy(e){return super.copy(e),this.color.copy(e.color),this.map=e.map,this.lightMap=e.lightMap,this.lightMapIntensity=e.lightMapIntensity,this.aoMap=e.aoMap,this.aoMapIntensity=e.aoMapIntensity,this.emissive.copy(e.emissive),this.emissiveMap=e.emissiveMap,this.emissiveIntensity=e.emissiveIntensity,this.bumpMap=e.bumpMap,this.bumpScale=e.bumpScale,this.normalMap=e.normalMap,this.normalMapType=e.normalMapType,this.normalScale.copy(e.normalScale),this.displacementMap=e.displacementMap,this.displacementScale=e.displacementScale,this.displacementBias=e.displacementBias,this.specularMap=e.specularMap,this.alphaMap=e.alphaMap,this.envMap=e.envMap,this.combine=e.combine,this.reflectivity=e.reflectivity,this.refractionRatio=e.refractionRatio,this.wireframe=e.wireframe,this.wireframeLinewidth=e.wireframeLinewidth,this.wireframeLinecap=e.wireframeLinecap,this.wireframeLinejoin=e.wireframeLinejoin,this.flatShading=e.flatShading,this.fog=e.fog,this}}class eu extends wr{constructor(e){super(),this.isMeshMatcapMaterial=!0,this.defines={MATCAP:\"\"},this.type=\"MeshMatcapMaterial\",this.color=new Yn(16777215),this.matcap=null,this.map=null,this.bumpMap=null,this.bumpScale=1,this.normalMap=null,this.normalMapType=Ft,this.normalScale=new Ln(1,1),this.displacementMap=null,this.displacementScale=1,this.displacementBias=0,this.alphaMap=null,this.flatShading=!1,this.fog=!0,this.setValues(e)}copy(e){return super.copy(e),this.defines={MATCAP:\"\"},this.color.copy(e.color),this.matcap=e.matcap,this.map=e.map,this.bumpMap=e.bumpMap,this.bumpScale=e.bumpScale,this.normalMap=e.normalMap,this.normalMapType=e.normalMapType,this.normalScale.copy(e.normalScale),this.displacementMap=e.displacementMap,this.displacementScale=e.displacementScale,this.displacementBias=e.displacementBias,this.alphaMap=e.alphaMap,this.flatShading=e.flatShading,this.fog=e.fog,this}}class tu extends tc{constructor(e){super(),this.isLineDashedMaterial=!0,this.type=\"LineDashedMaterial\",this.scale=1,this.dashSize=3,this.gapSize=1,this.setValues(e)}copy(e){return super.copy(e),this.scale=e.scale,this.dashSize=e.dashSize,this.gapSize=e.gapSize,this}}function nu(e,t,n){return ru(e)?new e.constructor(e.subarray(t,void 0!==n?n:e.length)):e.slice(t,n)}function iu(e,t,n){return!e||!n&&e.constructor===t?e:\"number\"==typeof t.BYTES_PER_ELEMENT?new t(e):Array.prototype.slice.call(e)}function ru(e){return ArrayBuffer.isView(e)&&!(e instanceof DataView)}function su(e){const t=e.length,n=new Array(t);for(let e=0;e!==t;++e)n[e]=e;return n.sort((function(t,n){return e[t]-e[n]})),n}function ou(e,t,n){const i=e.length,r=new e.constructor(i);for(let s=0,o=0;o!==i;++s){const i=n[s]*t;for(let n=0;n!==t;++n)r[o++]=e[i+n]}return r}function au(e,t,n,i){let r=1,s=e[0];for(;void 0!==s&&void 0===s[i];)s=e[r++];if(void 0===s)return;let o=s[i];if(void 0!==o)if(Array.isArray(o))do{o=s[i],void 0!==o&&(t.push(s.time),n.push.apply(n,o)),s=e[r++]}while(void 0!==s);else if(void 0!==o.toArray)do{o=s[i],void 0!==o&&(t.push(s.time),o.toArray(n,n.length)),s=e[r++]}while(void 0!==s);else do{o=s[i],void 0!==o&&(t.push(s.time),n.push(o)),s=e[r++]}while(void 0!==s)}var lu=Object.freeze({__proto__:null,arraySlice:nu,convertArray:iu,isTypedArray:ru,getKeyframeOrder:su,sortedArray:ou,flattenJSON:au,subclip:function(e,t,n,i,r=30){const s=e.clone();s.name=t;const o=[];for(let e=0;e\u003Cs.tracks.length;++e){const t=s.tracks[e],a=t.getValueSize(),l=[],c=[];for(let e=0;e\u003Ct.times.length;++e){const s=t.times[e]*r;if(!(s\u003Cn||s>=i)){l.push(t.times[e]);for(let n=0;n\u003Ca;++n)c.push(t.values[e*a+n])}}0!==l.length&&(t.times=iu(l,t.times.constructor),t.values=iu(c,t.values.constructor),o.push(t))}s.tracks=o;let a=1/0;for(let e=0;e\u003Cs.tracks.length;++e)a>s.tracks[e].times[0]&&(a=s.tracks[e].times[0]);for(let e=0;e\u003Cs.tracks.length;++e)s.tracks[e].shift(-1*a);return s.resetDuration(),s},makeClipAdditive:function(e,t=0,n=e,i=30){i\u003C=0&&(i=30);const r=n.tracks.length,s=t/i;for(let t=0;t\u003Cr;++t){const i=n.tracks[t],r=i.ValueTypeName;if(\"bool\"===r||\"string\"===r)continue;const o=e.tracks.find((function(e){return e.name===i.name&&e.ValueTypeName===r}));if(void 0===o)continue;let a=0;const l=i.getValueSize();i.createInterpolant.isInterpolantFactoryMethodGLTFCubicSpline&&(a=l/3);let c=0;const h=o.getValueSize();o.createInterpolant.isInterpolantFactoryMethodGLTFCubicSpline&&(c=h/3);const u=i.times.length-1;let d;if(s\u003C=i.times[0]){const e=a,t=l-a;d=nu(i.values,e,t)}else if(s>=i.times[u]){const e=u*l+a,t=e+l-a;d=nu(i.values,e,t)}else{const e=i.createInterpolant(),t=a,n=l-a;e.evaluate(s),d=nu(e.resultBuffer,t,n)}\"quaternion\"===r&&(new li).fromArray(d).normalize().conjugate().toArray(d);const p=o.times.length;for(let e=0;e\u003Cp;++e){const t=e*h+c;if(\"quaternion\"===r)li.multiplyQuaternionsFlat(o.values,t,d,0,o.values,t);else{const e=h-2*c;for(let n=0;n\u003Ce;++n)o.values[t+n]-=d[n]}}}return e.blendMode=Bt,e}});class cu{constructor(e,t,n,i){this.parameterPositions=e,this._cachedIndex=0,this.resultBuffer=void 0!==i?i:new t.constructor(n),this.sampleValues=t,this.valueSize=n,this.settings=null,this.DefaultSettings_={}}evaluate(e){const t=this.parameterPositions;let n=this._cachedIndex,i=t[n],r=t[n-1];e:{t:{let s;n:{i:if(!(e\u003Ci)){for(let s=n+2;;){if(void 0===i){if(e\u003Cr)break i;return n=t.length,this._cachedIndex=n,this.copySampleValue_(n-1)}if(n===s)break;if(r=i,i=t[++n],e\u003Ci)break t}s=t.length;break n}if(e>=r)break e;{const o=t[1];e\u003Co&&(n=2,r=o);for(let s=n-2;;){if(void 0===r)return this._cachedIndex=0,this.copySampleValue_(0);if(n===s)break;if(i=r,r=t[--n-1],e>=r)break t}s=n,n=0}}for(;n\u003Cs;){const i=n+s>>>1;e\u003Ct[i]?s=i:n=i+1}if(i=t[n],r=t[n-1],void 0===r)return this._cachedIndex=0,this.copySampleValue_(0);if(void 0===i)return n=t.length,this._cachedIndex=n,this.copySampleValue_(n-1)}this._cachedIndex=n,this.intervalChanged_(n,r,i)}return this.interpolate_(n,r,e,i)}getSettings_(){return this.settings||this.DefaultSettings_}copySampleValue_(e){const t=this.resultBuffer,n=this.sampleValues,i=this.valueSize,r=e*i;for(let e=0;e!==i;++e)t[e]=n[r+e];return t}interpolate_(){throw new Error(\"call to abstract method\")}intervalChanged_(){}}class hu extends cu{constructor(e,t,n,i){super(e,t,n,i),this._weightPrev=-0,this._offsetPrev=-0,this._weightNext=-0,this._offsetNext=-0,this.DefaultSettings_={endingStart:Ct,endingEnd:Ct}}intervalChanged_(e,t,n){const i=this.parameterPositions;let r=e-2,s=e+1,o=i[r],a=i[s];if(void 0===o)switch(this.getSettings_().endingStart){case Mt:r=e,o=2*t-n;break;case _t:r=i.length-2,o=t+i[r]-i[r+1];break;default:r=e,o=n}if(void 0===a)switch(this.getSettings_().endingEnd){case Mt:s=e,a=2*n-t;break;case _t:s=1,a=n+i[1]-i[0];break;default:s=e-1,a=t}const l=.5*(n-t),c=this.valueSize;this._weightPrev=l/(t-o),this._weightNext=l/(a-n),this._offsetPrev=r*c,this._offsetNext=s*c}interpolate_(e,t,n,i){const r=this.resultBuffer,s=this.sampleValues,o=this.valueSize,a=e*o,l=a-o,c=this._offsetPrev,h=this._offsetNext,u=this._weightPrev,d=this._weightNext,p=(n-t)/(i-t),A=p*p,f=A*p,m=-u*f+2*u*A-u*p,g=(1+u)*f+(-1.5-2*u)*A+(-.5+u)*p+1,v=(-1-d)*f+(1.5+d)*A+.5*p,y=d*f-d*A;for(let e=0;e!==o;++e)r[e]=m*s[c+e]+g*s[l+e]+v*s[a+e]+y*s[h+e];return r}}class uu extends cu{constructor(e,t,n,i){super(e,t,n,i)}interpolate_(e,t,n,i){const r=this.resultBuffer,s=this.sampleValues,o=this.valueSize,a=e*o,l=a-o,c=(n-t)/(i-t),h=1-c;for(let e=0;e!==o;++e)r[e]=s[l+e]*h+s[a+e]*c;return r}}class du extends cu{constructor(e,t,n,i){super(e,t,n,i)}interpolate_(e){return this.copySampleValue_(e-1)}}class pu{constructor(e,t,n,i){if(void 0===e)throw new Error(\"THREE.KeyframeTrack: track name is undefined\");if(void 0===t||0===t.length)throw new Error(\"THREE.KeyframeTrack: no keyframes in track named \"+e);this.name=e,this.times=iu(t,this.TimeBufferType),this.values=iu(n,this.ValueBufferType),this.setInterpolation(i||this.DefaultInterpolation)}static toJSON(e){const t=e.constructor;let n;if(t.toJSON!==this.toJSON)n=t.toJSON(e);else{n={name:e.name,times:iu(e.times,Array),values:iu(e.values,Array)};const t=e.getInterpolation();t!==e.DefaultInterpolation&&(n.interpolation=t)}return n.type=e.ValueTypeName,n}InterpolantFactoryMethodDiscrete(e){return new du(this.times,this.values,this.getValueSize(),e)}InterpolantFactoryMethodLinear(e){return new uu(this.times,this.values,this.getValueSize(),e)}InterpolantFactoryMethodSmooth(e){return new hu(this.times,this.values,this.getValueSize(),e)}setInterpolation(e){let t;switch(e){case bt:t=this.InterpolantFactoryMethodDiscrete;break;case xt:t=this.InterpolantFactoryMethodLinear;break;case wt:t=this.InterpolantFactoryMethodSmooth}if(void 0===t){const t=\"unsupported interpolation for \"+this.ValueTypeName+\" keyframe track named \"+this.name;if(void 0===this.createInterpolant){if(e===this.DefaultInterpolation)throw new Error(t);this.setInterpolation(this.DefaultInterpolation)}return console.warn(\"THREE.KeyframeTrack:\",t),this}return this.createInterpolant=t,this}getInterpolation(){switch(this.createInterpolant){case this.InterpolantFactoryMethodDiscrete:return bt;case this.InterpolantFactoryMethodLinear:return xt;case this.InterpolantFactoryMethodSmooth:return wt}}getValueSize(){return this.values.length/this.times.length}shift(e){if(0!==e){const t=this.times;for(let n=0,i=t.length;n!==i;++n)t[n]+=e}return this}scale(e){if(1!==e){const t=this.times;for(let n=0,i=t.length;n!==i;++n)t[n]*=e}return this}trim(e,t){const n=this.times,i=n.length;let r=0,s=i-1;for(;r!==i&&n[r]\u003Ce;)++r;for(;-1!==s&&n[s]>t;)--s;if(++s,0!==r||s!==i){r>=s&&(s=Math.max(s,1),r=s-1);const e=this.getValueSize();this.times=nu(n,r,s),this.values=nu(this.values,r*e,s*e)}return this}validate(){let e=!0;const t=this.getValueSize();t-Math.floor(t)!=0&&(console.error(\"THREE.KeyframeTrack: Invalid value size in track.\",this),e=!1);const n=this.times,i=this.values,r=n.length;0===r&&(console.error(\"THREE.KeyframeTrack: Track is empty.\",this),e=!1);let s=null;for(let t=0;t!==r;t++){const i=n[t];if(\"number\"==typeof i&&isNaN(i)){console.error(\"THREE.KeyframeTrack: Time is not a valid number.\",this,t,i),e=!1;break}if(null!==s&&s>i){console.error(\"THREE.KeyframeTrack: Out of order keys.\",this,t,i,s),e=!1;break}s=i}if(void 0!==i&&ru(i))for(let t=0,n=i.length;t!==n;++t){const n=i[t];if(isNaN(n)){console.error(\"THREE.KeyframeTrack: Value is not a valid number.\",this,t,n),e=!1;break}}return e}optimize(){const e=nu(this.times),t=nu(this.values),n=this.getValueSize(),i=this.getInterpolation()===wt,r=e.length-1;let s=1;for(let o=1;o\u003Cr;++o){let r=!1;const a=e[o];if(a!==e[o+1]&&(1!==o||a!==e[0]))if(i)r=!0;else{const e=o*n,i=e-n,s=e+n;for(let o=0;o!==n;++o){const n=t[e+o];if(n!==t[i+o]||n!==t[s+o]){r=!0;break}}}if(r){if(o!==s){e[s]=e[o];const i=o*n,r=s*n;for(let e=0;e!==n;++e)t[r+e]=t[i+e]}++s}}if(r>0){e[s]=e[r];for(let e=r*n,i=s*n,o=0;o!==n;++o)t[i+o]=t[e+o];++s}return s!==e.length?(this.times=nu(e,0,s),this.values=nu(t,0,s*n)):(this.times=e,this.values=t),this}clone(){const e=nu(this.times,0),t=nu(this.values,0),n=new(0,this.constructor)(this.name,e,t);return n.createInterpolant=this.createInterpolant,n}}pu.prototype.TimeBufferType=Float32Array,pu.prototype.ValueBufferType=Float32Array,pu.prototype.DefaultInterpolation=xt;class Au extends pu{}Au.prototype.ValueTypeName=\"bool\",Au.prototype.ValueBufferType=Array,Au.prototype.DefaultInterpolation=bt,Au.prototype.InterpolantFactoryMethodLinear=void 0,Au.prototype.InterpolantFactoryMethodSmooth=void 0;class fu extends pu{}fu.prototype.ValueTypeName=\"color\";class mu extends pu{}mu.prototype.ValueTypeName=\"number\";class gu extends 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e=0,r=n.length;e!==r;++e)t.push(xu(n[e]).scale(i));const r=new this(e.name,e.duration,t,e.blendMode);return r.uuid=e.uuid,r}static toJSON(e){const t=[],n=e.tracks,i={name:e.name,duration:e.duration,tracks:t,uuid:e.uuid,blendMode:e.blendMode};for(let e=0,i=n.length;e!==i;++e)t.push(pu.toJSON(n[e]));return i}static CreateFromMorphTargetSequence(e,t,n,i){const r=t.length,s=[];for(let e=0;e\u003Cr;e++){let o=[],a=[];o.push((e+r-1)%r,e,(e+1)%r),a.push(0,1,0);const l=su(o);o=ou(o,1,l),a=ou(a,1,l),i||0!==o[0]||(o.push(r),a.push(a[0])),s.push(new mu(\".morphTargetInfluences[\"+t[e].name+\"]\",o,a).scale(1/n))}return new this(e,-1,s)}static findByName(e,t){let n=e;if(!Array.isArray(e)){const t=e;n=t.geometry&&t.geometry.animations||t.animations}for(let e=0;e\u003Cn.length;e++)if(n[e].name===t)return n[e];return null}static CreateClipsFromMorphTargetSequences(e,t,n){const i={},r=/^([\\w-]*?)([\\d]+)$/;for(let t=0,n=e.length;t\u003Cn;t++){const n=e[t],s=n.name.match(r);if(s&&s.length>1){const e=s[1];let t=i[e];t||(i[e]=t=[]),t.push(n)}}const s=[];for(const e in i)s.push(this.CreateFromMorphTargetSequence(e,i[e],t,n));return s}static parseAnimation(e,t){if(!e)return console.error(\"THREE.AnimationClip: No animation in JSONLoader data.\"),null;const n=function(e,t,n,i,r){if(0!==n.length){const s=[],o=[];au(n,s,o,i),0!==s.length&&r.push(new e(t,s,o))}},i=[],r=e.name||\"default\",s=e.fps||30,o=e.blendMode;let a=e.length||-1;const l=e.hierarchy||[];for(let e=0;e\u003Cl.length;e++){const r=l[e].keys;if(r&&0!==r.length)if(r[0].morphTargets){const e={};let t;for(t=0;t\u003Cr.length;t++)if(r[t].morphTargets)for(let n=0;n\u003Cr[t].morphTargets.length;n++)e[r[t].morphTargets[n]]=-1;for(const n in e){const e=[],s=[];for(let i=0;i!==r[t].morphTargets.length;++i){const i=r[t];e.push(i.time),s.push(i.morphTarget===n?1:0)}i.push(new mu(\".morphTargetInfluence[\"+n+\"]\",e,s))}a=e.length*s}else{const s=\".bones[\"+t[e].name+\"]\";n(Eu,s+\".position\",r,\"pos\",i),n(vu,s+\".quaternion\",r,\"rot\",i),n(Eu,s+\".scale\",r,\"scl\",i)}}return 0===i.length?null:new this(r,a,i,o)}resetDuration(){let e=0;for(let t=0,n=this.tracks.length;t!==n;++t){const n=this.tracks[t];e=Math.max(e,n.times[n.times.length-1])}return this.duration=e,this}trim(){for(let e=0;e\u003Cthis.tracks.length;e++)this.tracks[e].trim(0,this.duration);return this}validate(){let e=!0;for(let t=0;t\u003Cthis.tracks.length;t++)e=e&&this.tracks[t].validate();return e}optimize(){for(let e=0;e\u003Cthis.tracks.length;e++)this.tracks[e].optimize();return this}clone(){const e=[];for(let t=0;t\u003Cthis.tracks.length;t++)e.push(this.tracks[t].clone());return new this.constructor(this.name,this.duration,e,this.blendMode)}toJSON(){return this.constructor.toJSON(this)}}function xu(e){if(void 0===e.type)throw new Error(\"THREE.KeyframeTrack: track type undefined, can not parse\");const t=function(e){switch(e.toLowerCase()){case\"scalar\":case\"double\":case\"float\":case\"number\":case\"integer\":return mu;case\"vector\":case\"vector2\":case\"vector3\":case\"vector4\":return Eu;case\"color\":return fu;case\"quaternion\":return vu;case\"bool\":case\"boolean\":return Au;case\"string\":return yu}throw new Error(\"THREE.KeyframeTrack: Unsupported typeName: \"+e)}(e.type);if(void 0===e.times){const t=[],n=[];au(e.keys,t,n,\"value\"),e.times=t,e.values=n}return void 0!==t.parse?t.parse(e):new t(e.name,e.times,e.values,e.interpolation)}const wu={enabled:!1,files:{},add:function(e,t){!1!==this.enabled&&(this.files[e]=t)},get:function(e){if(!1!==this.enabled)return this.files[e]},remove:function(e){delete this.files[e]},clear:function(){this.files={}}};class Cu{constructor(e,t,n){const i=this;let r,s=!1,o=0,a=0;const l=[];this.onStart=void 0,this.onLoad=e,this.onProgress=t,this.onError=n,this.itemStart=function(e){a++,!1===s&&void 0!==i.onStart&&i.onStart(e,o,a),s=!0},this.itemEnd=function(e){o++,void 0!==i.onProgress&&i.onProgress(e,o,a),o===a&&(s=!1,void 0!==i.onLoad&&i.onLoad())},this.itemError=function(e){void 0!==i.onError&&i.onError(e)},this.resolveURL=function(e){return r?r(e):e},this.setURLModifier=function(e){return r=e,this},this.addHandler=function(e,t){return l.push(e,t),this},this.removeHandler=function(e){const t=l.indexOf(e);return-1!==t&&l.splice(t,2),this},this.getHandler=function(e){for(let t=0,n=l.length;t\u003Cn;t+=2){const n=l[t],i=l[t+1];if(n.global&&(n.lastIndex=0),n.test(e))return i}return null}}}const Mu=new Cu;class _u{constructor(e){this.manager=void 0!==e?e:Mu,this.crossOrigin=\"anonymous\",this.withCredentials=!1,this.path=\"\",this.resourcePath=\"\",this.requestHeader={}}load(){}loadAsync(e,t){const n=this;return new Promise((function(i,r){n.load(e,i,t,r)}))}parse(){}setCrossOrigin(e){return this.crossOrigin=e,this}setWithCredentials(e){return this.withCredentials=e,this}setPath(e){return this.path=e,this}setResourcePath(e){return this.resourcePath=e,this}setRequestHeader(e){return this.requestHeader=e,this}}const Iu={};class Bu extends Error{constructor(e,t){super(e),this.response=t}}class Su extends _u{constructor(e){super(e)}load(e,t,n,i){void 0===e&&(e=\"\"),void 0!==this.path&&(e=this.path+e),e=this.manager.resolveURL(e);const r=wu.get(e);if(void 0!==r)return this.manager.itemStart(e),setTimeout((()=>{t&&t(r),this.manager.itemEnd(e)}),0),r;if(void 0!==Iu[e])return void Iu[e].push({onLoad:t,onProgress:n,onError:i});Iu[e]=[],Iu[e].push({onLoad:t,onProgress:n,onError:i});const s=new Request(e,{headers:new Headers(this.requestHeader),credentials:this.withCredentials?\"include\":\"same-origin\"}),o=this.mimeType,a=this.responseType;fetch(s).then((t=>{if(200===t.status||0===t.status){if(0===t.status&&console.warn(\"THREE.FileLoader: HTTP Status 0 received.\"),\"undefined\"==typeof ReadableStream||void 0===t.body||void 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e.arrayBuffer().then((e=>i.decode(e)))}}})).then((t=>{wu.add(e,t);const n=Iu[e];delete Iu[e];for(let e=0,i=n.length;e\u003Ci;e++){const i=n[e];i.onLoad&&i.onLoad(t)}})).catch((t=>{const n=Iu[e];if(void 0===n)throw this.manager.itemError(e),t;delete Iu[e];for(let e=0,i=n.length;e\u003Ci;e++){const i=n[e];i.onError&&i.onError(t)}this.manager.itemError(e)})).finally((()=>{this.manager.itemEnd(e)})),this.manager.itemStart(e)}setResponseType(e){return this.responseType=e,this}setMimeType(e){return this.mimeType=e,this}}class Tu extends _u{constructor(e){super(e)}load(e,t,n,i){const r=this,s=new Su(this.manager);s.setPath(this.path),s.setRequestHeader(this.requestHeader),s.setWithCredentials(this.withCredentials),s.load(e,(function(n){try{t(r.parse(JSON.parse(n)))}catch(t){i?i(t):console.error(t),r.manager.itemError(e)}}),n,i)}parse(e){const t=[];for(let n=0;n\u003Ce.length;n++){const i=bu.parse(e[n]);t.push(i)}return t}}class Lu extends _u{constructor(e){super(e)}load(e,t,n,i){const r=this,s=[],o=new bc,a=new Su(this.manager);a.setPath(this.path),a.setResponseType(\"arraybuffer\"),a.setRequestHeader(this.requestHeader),a.setWithCredentials(r.withCredentials);let l=0;function c(c){a.load(e[c],(function(e){const n=r.parse(e,!0);s[c]={width:n.width,height:n.height,format:n.format,mipmaps:n.mipmaps},l+=1,6===l&&(1===n.mipmapCount&&(o.minFilter=ve),o.image=s,o.format=n.format,o.needsUpdate=!0,t&&t(o))}),n,i)}if(Array.isArray(e))for(let t=0,n=e.length;t\u003Cn;++t)c(t);else a.load(e,(function(e){const n=r.parse(e,!0);if(n.isCubemap){const e=n.mipmaps.length/n.mipmapCount;for(let t=0;t\u003Ce;t++){s[t]={mipmaps:[]};for(let e=0;e\u003Cn.mipmapCount;e++)s[t].mipmaps.push(n.mipmaps[t*n.mipmapCount+e]),s[t].format=n.format,s[t].width=n.width,s[t].height=n.height}o.image=s}else o.image.width=n.width,o.image.height=n.height,o.mipmaps=n.mipmaps;1===n.mipmapCount&&(o.minFilter=ve),o.format=n.format,o.needsUpdate=!0,t&&t(o)}),n,i);return o}}class Du extends _u{constructor(e){super(e)}load(e,t,n,i){void 0!==this.path&&(e=this.path+e),e=this.manager.resolveURL(e);const r=this,s=wu.get(e);if(void 0!==s)return r.manager.itemStart(e),setTimeout((function(){t&&t(s),r.manager.itemEnd(e)}),0),s;const o=On(\"img\");function a(){c(),wu.add(e,this),t&&t(this),r.manager.itemEnd(e)}function l(t){c(),i&&i(t),r.manager.itemError(e),r.manager.itemEnd(e)}function c(){o.removeEventListener(\"load\",a,!1),o.removeEventListener(\"error\",l,!1)}return o.addEventListener(\"load\",a,!1),o.addEventListener(\"error\",l,!1),\"data:\"!==e.slice(0,5)&&void 0!==this.crossOrigin&&(o.crossOrigin=this.crossOrigin),r.manager.itemStart(e),o.src=e,o}}class Ru extends _u{constructor(e){super(e)}load(e,t,n,i){const r=new bs,s=new Du(this.manager);s.setCrossOrigin(this.crossOrigin),s.setPath(this.path);let o=0;function a(n){s.load(e[n],(function(e){r.images[n]=e,o++,6===o&&(r.needsUpdate=!0,t&&t(r))}),void 0,i)}for(let t=0;t\u003Ce.length;++t)a(t);return r}}class Pu extends _u{constructor(e){super(e)}load(e,t,n,i){const r=this,s=new Vl,o=new Su(this.manager);return o.setResponseType(\"arraybuffer\"),o.setRequestHeader(this.requestHeader),o.setPath(this.path),o.setWithCredentials(r.withCredentials),o.load(e,(function(e){const n=r.parse(e);n&&(void 0!==n.image?s.image=n.image:void 0!==n.data&&(s.image.width=n.width,s.image.height=n.height,s.image.data=n.data),s.wrapS=void 0!==n.wrapS?n.wrapS:ue,s.wrapT=void 0!==n.wrapT?n.wrapT:ue,s.magFilter=void 0!==n.magFilter?n.magFilter:ve,s.minFilter=void 0!==n.minFilter?n.minFilter:ve,s.anisotropy=void 0!==n.anisotropy?n.anisotropy:1,void 0!==n.encoding&&(s.encoding=n.encoding),void 0!==n.flipY&&(s.flipY=n.flipY),void 0!==n.format&&(s.format=n.format),void 0!==n.type&&(s.type=n.type),void 0!==n.mipmaps&&(s.mipmaps=n.mipmaps,s.minFilter=be),1===n.mipmapCount&&(s.minFilter=ve),void 0!==n.generateMipmaps&&(s.generateMipmaps=n.generateMipmaps),s.needsUpdate=!0,t&&t(s,n))}),n,i),s}}class ku extends _u{constructor(e){super(e)}load(e,t,n,i){const r=new ei,s=new Du(this.manager);return s.setCrossOrigin(this.crossOrigin),s.setPath(this.path),s.load(e,(function(e){r.image=e,r.needsUpdate=!0,void 0!==t&&t(r)}),n,i),r}}class Fu extends hr{constructor(e,t=1){super(),this.isLight=!0,this.type=\"Light\",this.color=new Yn(e),this.intensity=t}dispose(){}copy(e,t){return super.copy(e,t),this.color.copy(e.color),this.intensity=e.intensity,this}toJSON(e){const t=super.toJSON(e);return t.object.color=this.color.getHex(),t.object.intensity=this.intensity,void 0!==this.groundColor&&(t.object.groundColor=this.groundColor.getHex()),void 0!==this.distance&&(t.object.distance=this.distance),void 0!==this.angle&&(t.object.angle=this.angle),void 0!==this.decay&&(t.object.decay=this.decay),void 0!==this.penumbra&&(t.object.penumbra=this.penumbra),void 0!==this.shadow&&(t.object.shadow=this.shadow.toJSON()),t}}class Ou extends Fu{constructor(e,t,n){super(e,n),this.isHemisphereLight=!0,this.type=\"HemisphereLight\",this.position.copy(hr.DefaultUp),this.updateMatrix(),this.groundColor=new Yn(t)}copy(e,t){return super.copy(e,t),this.groundColor.copy(e.groundColor),this}}const Qu=new Ui,Uu=new ci,Nu=new ci;class Gu{constructor(e){this.camera=e,this.bias=0,this.normalBias=0,this.radius=1,this.blurSamples=8,this.mapSize=new Ln(512,512),this.map=null,this.mapPass=null,this.matrix=new Ui,this.autoUpdate=!0,this.needsUpdate=!1,this._frustum=new Ss,this._frameExtents=new Ln(1,1),this._viewportCount=1,this._viewports=[new ti(0,0,1,1)]}getViewportCount(){return this._viewportCount}getFrustum(){return this._frustum}updateMatrices(e){const t=this.camera,n=this.matrix;Uu.setFromMatrixPosition(e.matrixWorld),t.position.copy(Uu),Nu.setFromMatrixPosition(e.target.matrixWorld),t.lookAt(Nu),t.updateMatrixWorld(),Qu.multiplyMatrices(t.projectionMatrix,t.matrixWorldInverse),this._frustum.setFromProjectionMatrix(Qu),n.set(.5,0,0,.5,0,.5,0,.5,0,0,.5,.5,0,0,0,1),n.multiply(Qu)}getViewport(e){return this._viewports[e]}getFrameExtents(){return this._frameExtents}dispose(){this.map&&this.map.dispose(),this.mapPass&&this.mapPass.dispose()}copy(e){return this.camera=e.camera.clone(),this.bias=e.bias,this.radius=e.radius,this.mapSize.copy(e.mapSize),this}clone(){return(new this.constructor).copy(this)}toJSON(){const e={};return 0!==this.bias&&(e.bias=this.bias),0!==this.normalBias&&(e.normalBias=this.normalBias),1!==this.radius&&(e.radius=this.radius),512===this.mapSize.x&&512===this.mapSize.y||(e.mapSize=this.mapSize.toArray()),e.camera=this.camera.toJSON(!1).object,delete e.camera.matrix,e}}class zu extends Gu{constructor(){super(new vs(50,1,.5,500)),this.isSpotLightShadow=!0,this.focus=1}updateMatrices(e){const t=this.camera,n=2*En*e.angle*this.focus,i=this.mapSize.width/this.mapSize.height,r=e.distance||t.far;n===t.fov&&i===t.aspect&&r===t.far||(t.fov=n,t.aspect=i,t.far=r,t.updateProjectionMatrix()),super.updateMatrices(e)}copy(e){return super.copy(e),this.focus=e.focus,this}}class Hu extends Fu{constructor(e,t,n=0,i=Math.PI/3,r=0,s=2){super(e,t),this.isSpotLight=!0,this.type=\"SpotLight\",this.position.copy(hr.DefaultUp),this.updateMatrix(),this.target=new hr,this.distance=n,this.angle=i,this.penumbra=r,this.decay=s,this.map=null,this.shadow=new zu}get power(){return this.intensity*Math.PI}set power(e){this.intensity=e/Math.PI}dispose(){this.shadow.dispose()}copy(e,t){return super.copy(e,t),this.distance=e.distance,this.angle=e.angle,this.penumbra=e.penumbra,this.decay=e.decay,this.target=e.target.clone(),this.shadow=e.shadow.clone(),this}}const Vu=new Ui,Wu=new ci,ju=new ci;class qu extends Gu{constructor(){super(new vs(90,1,.5,500)),this.isPointLightShadow=!0,this._frameExtents=new Ln(4,2),this._viewportCount=6,this._viewports=[new ti(2,1,1,1),new ti(0,1,1,1),new ti(3,1,1,1),new ti(1,1,1,1),new ti(3,0,1,1),new ti(1,0,1,1)],this._cubeDirections=[new ci(1,0,0),new ci(-1,0,0),new ci(0,0,1),new ci(0,0,-1),new ci(0,1,0),new ci(0,-1,0)],this._cubeUps=[new ci(0,1,0),new ci(0,1,0),new ci(0,1,0),new ci(0,1,0),new ci(0,0,1),new ci(0,0,-1)]}updateMatrices(e,t=0){const n=this.camera,i=this.matrix,r=e.distance||n.far;r!==n.far&&(n.far=r,n.updateProjectionMatrix()),Wu.setFromMatrixPosition(e.matrixWorld),n.position.copy(Wu),ju.copy(n.position),ju.add(this._cubeDirections[t]),n.up.copy(this._cubeUps[t]),n.lookAt(ju),n.updateMatrixWorld(),i.makeTranslation(-Wu.x,-Wu.y,-Wu.z),Vu.multiplyMatrices(n.projectionMatrix,n.matrixWorldInverse),this._frustum.setFromProjectionMatrix(Vu)}}class Yu extends Fu{constructor(e,t,n=0,i=2){super(e,t),this.isPointLight=!0,this.type=\"PointLight\",this.distance=n,this.decay=i,this.shadow=new qu}get power(){return 4*this.intensity*Math.PI}set power(e){this.intensity=e/(4*Math.PI)}dispose(){this.shadow.dispose()}copy(e,t){return super.copy(e,t),this.distance=e.distance,this.decay=e.decay,this.shadow=e.shadow.clone(),this}}class Xu extends Gu{constructor(){super(new Hs(-5,5,5,-5,.5,500)),this.isDirectionalLightShadow=!0}}class Ju extends Fu{constructor(e,t){super(e,t),this.isDirectionalLight=!0,this.type=\"DirectionalLight\",this.position.copy(hr.DefaultUp),this.updateMatrix(),this.target=new hr,this.shadow=new Xu}dispose(){this.shadow.dispose()}copy(e){return super.copy(e),this.target=e.target.clone(),this.shadow=e.shadow.clone(),this}}class Ku extends Fu{constructor(e,t){super(e,t),this.isAmbientLight=!0,this.type=\"AmbientLight\"}}class Zu extends Fu{constructor(e,t,n=10,i=10){super(e,t),this.isRectAreaLight=!0,this.type=\"RectAreaLight\",this.width=n,this.height=i}get power(){return this.intensity*this.width*this.height*Math.PI}set power(e){this.intensity=e/(this.width*this.height*Math.PI)}copy(e){return super.copy(e),this.width=e.width,this.height=e.height,this}toJSON(e){const t=super.toJSON(e);return t.object.width=this.width,t.object.height=this.height,t}}class $u{constructor(){this.isSphericalHarmonics3=!0,this.coefficients=[];for(let e=0;e\u003C9;e++)this.coefficients.push(new ci)}set(e){for(let t=0;t\u003C9;t++)this.coefficients[t].copy(e[t]);return this}zero(){for(let e=0;e\u003C9;e++)this.coefficients[e].set(0,0,0);return this}getAt(e,t){const n=e.x,i=e.y,r=e.z,s=this.coefficients;return t.copy(s[0]).multiplyScalar(.282095),t.addScaledVector(s[1],.488603*i),t.addScaledVector(s[2],.488603*r),t.addScaledVector(s[3],.488603*n),t.addScaledVector(s[4],n*i*1.092548),t.addScaledVector(s[5],i*r*1.092548),t.addScaledVector(s[6],.315392*(3*r*r-1)),t.addScaledVector(s[7],n*r*1.092548),t.addScaledVector(s[8],.546274*(n*n-i*i)),t}getIrradianceAt(e,t){const n=e.x,i=e.y,r=e.z,s=this.coefficients;return t.copy(s[0]).multiplyScalar(.886227),t.addScaledVector(s[1],1.023328*i),t.addScaledVector(s[2],1.023328*r),t.addScaledVector(s[3],1.023328*n),t.addScaledVector(s[4],.858086*n*i),t.addScaledVector(s[5],.858086*i*r),t.addScaledVector(s[6],.743125*r*r-.247708),t.addScaledVector(s[7],.858086*n*r),t.addScaledVector(s[8],.429043*(n*n-i*i)),t}add(e){for(let t=0;t\u003C9;t++)this.coefficients[t].add(e.coefficients[t]);return this}addScaledSH(e,t){for(let n=0;n\u003C9;n++)this.coefficients[n].addScaledVector(e.coefficients[n],t);return this}scale(e){for(let t=0;t\u003C9;t++)this.coefficients[t].multiplyScalar(e);return this}lerp(e,t){for(let n=0;n\u003C9;n++)this.coefficients[n].lerp(e.coefficients[n],t);return this}equals(e){for(let t=0;t\u003C9;t++)if(!this.coefficients[t].equals(e.coefficients[t]))return!1;return!0}copy(e){return this.set(e.coefficients)}clone(){return(new this.constructor).copy(this)}fromArray(e,t=0){const n=this.coefficients;for(let i=0;i\u003C9;i++)n[i].fromArray(e,t+3*i);return this}toArray(e=[],t=0){const n=this.coefficients;for(let i=0;i\u003C9;i++)n[i].toArray(e,t+3*i);return e}static getBasisAt(e,t){const n=e.x,i=e.y,r=e.z;t[0]=.282095,t[1]=.488603*i,t[2]=.488603*r,t[3]=.488603*n,t[4]=1.092548*n*i,t[5]=1.092548*i*r,t[6]=.315392*(3*r*r-1),t[7]=1.092548*n*r,t[8]=.546274*(n*n-i*i)}}class ed extends Fu{constructor(e=new $u,t=1){super(void 0,t),this.isLightProbe=!0,this.sh=e}copy(e){return super.copy(e),this.sh.copy(e.sh),this}fromJSON(e){return this.intensity=e.intensity,this.sh.fromArray(e.sh),this}toJSON(e){const t=super.toJSON(e);return t.object.sh=this.sh.toArray(),t}}class td extends _u{constructor(e){super(e),this.textures={}}load(e,t,n,i){const r=this,s=new Su(r.manager);s.setPath(r.path),s.setRequestHeader(r.requestHeader),s.setWithCredentials(r.withCredentials),s.load(e,(function(n){try{t(r.parse(JSON.parse(n)))}catch(t){i?i(t):console.error(t),r.manager.itemError(e)}}),n,i)}parse(e){const t=this.textures;function n(e){return void 0===t[e]&&console.warn(\"THREE.MaterialLoader: Undefined texture\",e),t[e]}const i=td.createMaterialFromType(e.type);if(void 0!==e.uuid&&(i.uuid=e.uuid),void 0!==e.name&&(i.name=e.name),void 0!==e.color&&void 0!==i.color&&i.color.setHex(e.color),void 0!==e.roughness&&(i.roughness=e.roughness),void 0!==e.metalness&&(i.metalness=e.metalness),void 0!==e.sheen&&(i.sheen=e.sheen),void 0!==e.sheenColor&&(i.sheenColor=(new Yn).setHex(e.sheenColor)),void 0!==e.sheenRoughness&&(i.sheenRoughness=e.sheenRoughness),void 0!==e.emissive&&void 0!==i.emissive&&i.emissive.setHex(e.emissive),void 0!==e.specular&&void 0!==i.specular&&i.specular.setHex(e.specular),void 0!==e.specularIntensity&&(i.specularIntensity=e.specularIntensity),void 0!==e.specularColor&&void 0!==i.specularColor&&i.specularColor.setHex(e.specularColor),void 0!==e.shininess&&(i.shininess=e.shininess),void 0!==e.clearcoat&&(i.clearcoat=e.clearcoat),void 0!==e.clearcoatRoughness&&(i.clearcoatRoughness=e.clearcoatRoughness),void 0!==e.iridescence&&(i.iridescence=e.iridescence),void 0!==e.iridescenceIOR&&(i.iridescenceIOR=e.iridescenceIOR),void 0!==e.iridescenceThicknessRange&&(i.iridescenceThicknessRange=e.iridescenceThicknessRange),void 0!==e.transmission&&(i.transmission=e.transmission),void 0!==e.thickness&&(i.thickness=e.thickness),void 0!==e.attenuationDistance&&(i.attenuationDistance=e.attenuationDistance),void 0!==e.attenuationColor&&void 0!==i.attenuationColor&&i.attenuationColor.setHex(e.attenuationColor),void 0!==e.fog&&(i.fog=e.fog),void 0!==e.flatShading&&(i.flatShading=e.flatShading),void 0!==e.blending&&(i.blending=e.blending),void 0!==e.combine&&(i.combine=e.combine),void 0!==e.side&&(i.side=e.side),void 0!==e.shadowSide&&(i.shadowSide=e.shadowSide),void 0!==e.opacity&&(i.opacity=e.opacity),void 0!==e.transparent&&(i.transparent=e.transparent),void 0!==e.alphaTest&&(i.alphaTest=e.alphaTest),void 0!==e.depthTest&&(i.depthTest=e.depthTest),void 0!==e.depthWrite&&(i.depthWrite=e.depthWrite),void 0!==e.colorWrite&&(i.colorWrite=e.colorWrite),void 0!==e.stencilWrite&&(i.stencilWrite=e.stencilWrite),void 0!==e.stencilWriteMask&&(i.stencilWriteMask=e.stencilWriteMask),void 0!==e.stencilFunc&&(i.stencilFunc=e.stencilFunc),void 0!==e.stencilRef&&(i.stencilRef=e.stencilRef),void 0!==e.stencilFuncMask&&(i.stencilFuncMask=e.stencilFuncMask),void 0!==e.stencilFail&&(i.stencilFail=e.stencilFail),void 0!==e.stencilZFail&&(i.stencilZFail=e.stencilZFail),void 0!==e.stencilZPass&&(i.stencilZPass=e.stencilZPass),void 0!==e.wireframe&&(i.wireframe=e.wireframe),void 0!==e.wireframeLinewidth&&(i.wireframeLinewidth=e.wireframeLinewidth),void 0!==e.wireframeLinecap&&(i.wireframeLinecap=e.wireframeLinecap),void 0!==e.wireframeLinejoin&&(i.wireframeLinejoin=e.wireframeLinejoin),void 0!==e.rotation&&(i.rotation=e.rotation),1!==e.linewidth&&(i.linewidth=e.linewidth),void 0!==e.dashSize&&(i.dashSize=e.dashSize),void 0!==e.gapSize&&(i.gapSize=e.gapSize),void 0!==e.scale&&(i.scale=e.scale),void 0!==e.polygonOffset&&(i.polygonOffset=e.polygonOffset),void 0!==e.polygonOffsetFactor&&(i.polygonOffsetFactor=e.polygonOffsetFactor),void 0!==e.polygonOffsetUnits&&(i.polygonOffsetUnits=e.polygonOffsetUnits),void 0!==e.dithering&&(i.dithering=e.dithering),void 0!==e.alphaToCoverage&&(i.alphaToCoverage=e.alphaToCoverage),void 0!==e.premultipliedAlpha&&(i.premultipliedAlpha=e.premultipliedAlpha),void 0!==e.visible&&(i.visible=e.visible),void 0!==e.toneMapped&&(i.toneMapped=e.toneMapped),void 0!==e.userData&&(i.userData=e.userData),void 0!==e.vertexColors&&(\"number\"==typeof e.vertexColors?i.vertexColors=e.vertexColors>0:i.vertexColors=e.vertexColors),void 0!==e.uniforms)for(const t in e.uniforms){const r=e.uniforms[t];switch(i.uniforms[t]={},r.type){case\"t\":i.uniforms[t].value=n(r.value);break;case\"c\":i.uniforms[t].value=(new Yn).setHex(r.value);break;case\"v2\":i.uniforms[t].value=(new Ln).fromArray(r.value);break;case\"v3\":i.uniforms[t].value=(new ci).fromArray(r.value);break;case\"v4\":i.uniforms[t].value=(new ti).fromArray(r.value);break;case\"m3\":i.uniforms[t].value=(new Dn).fromArray(r.value);break;case\"m4\":i.uniforms[t].value=(new Ui).fromArray(r.value);break;default:i.uniforms[t].value=r.value}}if(void 0!==e.defines&&(i.defines=e.defines),void 0!==e.vertexShader&&(i.vertexShader=e.vertexShader),void 0!==e.fragmentShader&&(i.fragmentShader=e.fragmentShader),void 0!==e.glslVersion&&(i.glslVersion=e.glslVersion),void 0!==e.extensions)for(const t in e.extensions)i.extensions[t]=e.extensions[t];if(void 0!==e.size&&(i.size=e.size),void 0!==e.sizeAttenuation&&(i.sizeAttenuation=e.sizeAttenuation),void 0!==e.map&&(i.map=n(e.map)),void 0!==e.matcap&&(i.matcap=n(e.matcap)),void 0!==e.alphaMap&&(i.alphaMap=n(e.alphaMap)),void 0!==e.bumpMap&&(i.bumpMap=n(e.bumpMap)),void 0!==e.bumpScale&&(i.bumpScale=e.bumpScale),void 0!==e.normalMap&&(i.normalMap=n(e.normalMap)),void 0!==e.normalMapType&&(i.normalMapType=e.normalMapType),void 0!==e.normalScale){let t=e.normalScale;!1===Array.isArray(t)&&(t=[t,t]),i.normalScale=(new Ln).fromArray(t)}return void 0!==e.displacementMap&&(i.displacementMap=n(e.displacementMap)),void 0!==e.displacementScale&&(i.displacementScale=e.displacementScale),void 0!==e.displacementBias&&(i.displacementBias=e.displacementBias),void 0!==e.roughnessMap&&(i.roughnessMap=n(e.roughnessMap)),void 0!==e.metalnessMap&&(i.metalnessMap=n(e.metalnessMap)),void 0!==e.emissiveMap&&(i.emissiveMap=n(e.emissiveMap)),void 0!==e.emissiveIntensity&&(i.emissiveIntensity=e.emissiveIntensity),void 0!==e.specularMap&&(i.specularMap=n(e.specularMap)),void 0!==e.specularIntensityMap&&(i.specularIntensityMap=n(e.specularIntensityMap)),void 0!==e.specularColorMap&&(i.specularColorMap=n(e.specularColorMap)),void 0!==e.envMap&&(i.envMap=n(e.envMap)),void 0!==e.envMapIntensity&&(i.envMapIntensity=e.envMapIntensity),void 0!==e.reflectivity&&(i.reflectivity=e.reflectivity),void 0!==e.refractionRatio&&(i.refractionRatio=e.refractionRatio),void 0!==e.lightMap&&(i.lightMap=n(e.lightMap)),void 0!==e.lightMapIntensity&&(i.lightMapIntensity=e.lightMapIntensity),void 0!==e.aoMap&&(i.aoMap=n(e.aoMap)),void 0!==e.aoMapIntensity&&(i.aoMapIntensity=e.aoMapIntensity),void 0!==e.gradientMap&&(i.gradientMap=n(e.gradientMap)),void 0!==e.clearcoatMap&&(i.clearcoatMap=n(e.clearcoatMap)),void 0!==e.clearcoatRoughnessMap&&(i.clearcoatRoughnessMap=n(e.clearcoatRoughnessMap)),void 0!==e.clearcoatNormalMap&&(i.clearcoatNormalMap=n(e.clearcoatNormalMap)),void 0!==e.clearcoatNormalScale&&(i.clearcoatNormalScale=(new Ln).fromArray(e.clearcoatNormalScale)),void 0!==e.iridescenceMap&&(i.iridescenceMap=n(e.iridescenceMap)),void 0!==e.iridescenceThicknessMap&&(i.iridescenceThicknessMap=n(e.iridescenceThicknessMap)),void 0!==e.transmissionMap&&(i.transmissionMap=n(e.transmissionMap)),void 0!==e.thicknessMap&&(i.thicknessMap=n(e.thicknessMap)),void 0!==e.sheenColorMap&&(i.sheenColorMap=n(e.sheenColorMap)),void 0!==e.sheenRoughnessMap&&(i.sheenRoughnessMap=n(e.sheenRoughnessMap)),i}setTextures(e){return this.textures=e,this}static createMaterialFromType(e){return new{ShadowMaterial:jh,SpriteMaterial:vl,RawShaderMaterial:qh,ShaderMaterial:ms,PointsMaterial:dc,MeshPhysicalMaterial:Xh,MeshStandardMaterial:Yh,MeshPhongMaterial:Jh,MeshToonMaterial:Kh,MeshNormalMaterial:Zh,MeshLambertMaterial:$h,MeshDepthMaterial:qa,MeshDistanceMaterial:Ya,MeshBasicMaterial:Cr,MeshMatcapMaterial:eu,LineDashedMaterial:tu,LineBasicMaterial:tc,Material:wr}[e]}}class nd{static decodeText(e){if(\"undefined\"!=typeof TextDecoder)return(new TextDecoder).decode(e);let t=\"\";for(let n=0,i=e.length;n\u003Ci;n++)t+=String.fromCharCode(e[n]);try{return decodeURIComponent(escape(t))}catch(e){return t}}static extractUrlBase(e){const t=e.lastIndexOf(\"/\");return-1===t?\"./\":e.slice(0,t+1)}static resolveURL(e,t){return\"string\"!=typeof e||\"\"===e?\"\":(/^https?:\\/\\//i.test(t)&&/^\\//.test(e)&&(t=t.replace(/(^https?:\\/\\/[^\\/]+).*/i,\"$1\")),/^(https?:)?\\/\\//i.test(e)||/^data:.*,.*$/i.test(e)||/^blob:.*$/i.test(e)?e:t+e)}}class id extends Wr{constructor(){super(),this.isInstancedBufferGeometry=!0,this.type=\"InstancedBufferGeometry\",this.instanceCount=1/0}copy(e){return super.copy(e),this.instanceCount=e.instanceCount,this}toJSON(){const e=super.toJSON();return e.instanceCount=this.instanceCount,e.isInstancedBufferGeometry=!0,e}}class rd extends _u{constructor(e){super(e)}load(e,t,n,i){const r=this,s=new Su(r.manager);s.setPath(r.path),s.setRequestHeader(r.requestHeader),s.setWithCredentials(r.withCredentials),s.load(e,(function(n){try{t(r.parse(JSON.parse(n)))}catch(t){i?i(t):console.error(t),r.manager.itemError(e)}}),n,i)}parse(e){const t={},n={};function i(e,i){if(void 0!==t[i])return t[i];const r=e.interleavedBuffers[i],s=function(e,t){if(void 0!==n[t])return n[t];const i=e.arrayBuffers[t],r=new Uint32Array(i).buffer;return n[t]=r,r}(e,r.buffer),o=Fn(r.type,s),a=new fl(o,r.stride);return a.uuid=r.uuid,t[i]=a,a}const r=e.isInstancedBufferGeometry?new id:new Wr,s=e.data.index;if(void 0!==s){const e=Fn(s.type,s.array);r.setIndex(new Ir(e,1))}const o=e.data.attributes;for(const t in o){const n=o[t];let s;if(n.isInterleavedBufferAttribute){const t=i(e.data,n.data);s=new gl(t,n.itemSize,n.offset,n.normalized)}else{const e=Fn(n.type,n.array);s=new(n.isInstancedBufferAttribute?Yl:Ir)(e,n.itemSize,n.normalized)}void 0!==n.name&&(s.name=n.name),void 0!==n.usage&&s.setUsage(n.usage),void 0!==n.updateRange&&(s.updateRange.offset=n.updateRange.offset,s.updateRange.count=n.updateRange.count),r.setAttribute(t,s)}const a=e.data.morphAttributes;if(a)for(const t in a){const n=a[t],s=[];for(let t=0,r=n.length;t\u003Cr;t++){const r=n[t];let o;if(r.isInterleavedBufferAttribute){const t=i(e.data,r.data);o=new gl(t,r.itemSize,r.offset,r.normalized)}else{const e=Fn(r.type,r.array);o=new Ir(e,r.itemSize,r.normalized)}void 0!==r.name&&(o.name=r.name),s.push(o)}r.morphAttributes[t]=s}e.data.morphTargetsRelative&&(r.morphTargetsRelative=!0);const l=e.data.groups||e.data.drawcalls||e.data.offsets;if(void 0!==l)for(let e=0,t=l.length;e!==t;++e){const t=l[e];r.addGroup(t.start,t.count,t.materialIndex)}const c=e.data.boundingSphere;if(void 0!==c){const e=new ci;void 0!==c.center&&e.fromArray(c.center),r.boundingSphere=new Ti(e,c.radius)}return e.name&&(r.name=e.name),e.userData&&(r.userData=e.userData),r}}class sd extends _u{constructor(e){super(e)}load(e,t,n,i){const r=this,s=\"\"===this.path?nd.extractUrlBase(e):this.path;this.resourcePath=this.resourcePath||s;const o=new Su(this.manager);o.setPath(this.path),o.setRequestHeader(this.requestHeader),o.setWithCredentials(this.withCredentials),o.load(e,(function(n){let s=null;try{s=JSON.parse(n)}catch(t){return void 0!==i&&i(t),void console.error(\"THREE:ObjectLoader: Can't parse \"+e+\".\",t.message)}const o=s.metadata;if(void 0===o||void 0===o.type||\"geometry\"===o.type.toLowerCase())return void 0!==i&&i(new Error(\"THREE.ObjectLoader: Can't load \"+e)),void console.error(\"THREE.ObjectLoader: Can't load \"+e);r.parse(s,t)}),n,i)}async loadAsync(e,t){const n=\"\"===this.path?nd.extractUrlBase(e):this.path;this.resourcePath=this.resourcePath||n;const i=new Su(this.manager);i.setPath(this.path),i.setRequestHeader(this.requestHeader),i.setWithCredentials(this.withCredentials);const r=await i.loadAsync(e,t),s=JSON.parse(r),o=s.metadata;if(void 0===o||void 0===o.type||\"geometry\"===o.type.toLowerCase())throw new Error(\"THREE.ObjectLoader: Can't load \"+e);return await this.parseAsync(s)}parse(e,t){const n=this.parseAnimations(e.animations),i=this.parseShapes(e.shapes),r=this.parseGeometries(e.geometries,i),s=this.parseImages(e.images,(function(){void 0!==t&&t(l)})),o=this.parseTextures(e.textures,s),a=this.parseMaterials(e.materials,o),l=this.parseObject(e.object,r,a,o,n),c=this.parseSkeletons(e.skeletons,l);if(this.bindSkeletons(l,c),void 0!==t){let e=!1;for(const t in s)if(s[t].data instanceof HTMLImageElement){e=!0;break}!1===e&&t(l)}return l}async parseAsync(e){const t=this.parseAnimations(e.animations),n=this.parseShapes(e.shapes),i=this.parseGeometries(e.geometries,n),r=await this.parseImagesAsync(e.images),s=this.parseTextures(e.textures,r),o=this.parseMaterials(e.materials,s),a=this.parseObject(e.object,i,o,s,t),l=this.parseSkeletons(e.skeletons,a);return this.bindSkeletons(a,l),a}parseShapes(e){const t={};if(void 0!==e)for(let n=0,i=e.length;n\u003Ci;n++){const i=(new rh).fromJSON(e[n]);t[i.uuid]=i}return t}parseSkeletons(e,t){const n={},i={};if(t.traverse((function(e){e.isBone&&(i[e.uuid]=e)})),void 0!==e)for(let t=0,r=e.length;t\u003Cr;t++){const r=(new ql).fromJSON(e[t],i);n[r.uuid]=r}return n}parseGeometries(e,t){const n={};if(void 0!==e){const i=new rd;for(let r=0,s=e.length;r\u003Cs;r++){let s;const o=e[r];switch(o.type){case\"BufferGeometry\":case\"InstancedBufferGeometry\":s=i.parse(o);break;case\"Geometry\":\"THREE\"in window&&\"LegacyJSONLoader\"in THREE?s=(new THREE.LegacyJSONLoader).parse(o,this.resourcePath).geometry:console.error('THREE.ObjectLoader: You have to import LegacyJSONLoader in order load geometry data of type \"Geometry\".');break;default:o.type in Wh?s=Wh[o.type].fromJSON(o,t):console.warn(`THREE.ObjectLoader: Unsupported geometry type \"${o.type}\"`)}s.uuid=o.uuid,void 0!==o.name&&(s.name=o.name),!0===s.isBufferGeometry&&void 0!==o.userData&&(s.userData=o.userData),n[o.uuid]=s}}return n}parseMaterials(e,t){const n={},i={};if(void 0!==e){const r=new td;r.setTextures(t);for(let t=0,s=e.length;t\u003Cs;t++){const s=e[t];void 0===n[s.uuid]&&(n[s.uuid]=r.parse(s)),i[s.uuid]=n[s.uuid]}}return i}parseAnimations(e){const t={};if(void 0!==e)for(let n=0;n\u003Ce.length;n++){const i=e[n],r=bu.parse(i);t[r.uuid]=r}return t}parseImages(e,t){const n=this,i={};let r;function s(e){if(\"string\"==typeof e){const t=e;return function(e){return n.manager.itemStart(e),r.load(e,(function(){n.manager.itemEnd(e)}),void 0,(function(){n.manager.itemError(e),n.manager.itemEnd(e)}))}(/^(\\/\\/)|([a-z]+:(\\/\\/)?)/i.test(t)?t:n.resourcePath+t)}return e.data?{data:Fn(e.type,e.data),width:e.width,height:e.height}:null}if(void 0!==e&&e.length>0){const n=new Cu(t);r=new Du(n),r.setCrossOrigin(this.crossOrigin);for(let t=0,n=e.length;t\u003Cn;t++){const n=e[t],r=n.url;if(Array.isArray(r)){const e=[];for(let t=0,n=r.length;t\u003Cn;t++){const n=s(r[t]);null!==n&&(n instanceof HTMLImageElement?e.push(n):e.push(new Vl(n.data,n.width,n.height)))}i[n.uuid]=new Kn(e)}else{const e=s(n.url);i[n.uuid]=new Kn(e)}}}return i}async parseImagesAsync(e){const t=this,n={};let i;async function r(e){if(\"string\"==typeof e){const n=e,r=/^(\\/\\/)|([a-z]+:(\\/\\/)?)/i.test(n)?n:t.resourcePath+n;return await i.loadAsync(r)}return e.data?{data:Fn(e.type,e.data),width:e.width,height:e.height}:null}if(void 0!==e&&e.length>0){i=new Du(this.manager),i.setCrossOrigin(this.crossOrigin);for(let t=0,i=e.length;t\u003Ci;t++){const i=e[t],s=i.url;if(Array.isArray(s)){const e=[];for(let t=0,n=s.length;t\u003Cn;t++){const n=s[t],i=await r(n);null!==i&&(i instanceof HTMLImageElement?e.push(i):e.push(new Vl(i.data,i.width,i.height)))}n[i.uuid]=new Kn(e)}else{const e=await r(i.url);n[i.uuid]=new Kn(e)}}}return n}parseTextures(e,t){function n(e,t){return\"number\"==typeof e?e:(console.warn(\"THREE.ObjectLoader.parseTexture: Constant should be in numeric form.\",e),t[e])}const i={};if(void 0!==e)for(let r=0,s=e.length;r\u003Cs;r++){const s=e[r];void 0===s.image&&console.warn('THREE.ObjectLoader: No \"image\" specified for',s.uuid),void 0===t[s.image]&&console.warn(\"THREE.ObjectLoader: Undefined image\",s.image);const o=t[s.image],a=o.data;let l;Array.isArray(a)?(l=new bs,6===a.length&&(l.needsUpdate=!0)):(l=a&&a.data?new Vl:new ei,a&&(l.needsUpdate=!0)),l.source=o,l.uuid=s.uuid,void 0!==s.name&&(l.name=s.name),void 0!==s.mapping&&(l.mapping=n(s.mapping,od)),void 0!==s.offset&&l.offset.fromArray(s.offset),void 0!==s.repeat&&l.repeat.fromArray(s.repeat),void 0!==s.center&&l.center.fromArray(s.center),void 0!==s.rotation&&(l.rotation=s.rotation),void 0!==s.wrap&&(l.wrapS=n(s.wrap[0],ad),l.wrapT=n(s.wrap[1],ad)),void 0!==s.format&&(l.format=s.format),void 0!==s.type&&(l.type=s.type),void 0!==s.encoding&&(l.encoding=s.encoding),void 0!==s.minFilter&&(l.minFilter=n(s.minFilter,ld)),void 0!==s.magFilter&&(l.magFilter=n(s.magFilter,ld)),void 0!==s.anisotropy&&(l.anisotropy=s.anisotropy),void 0!==s.flipY&&(l.flipY=s.flipY),void 0!==s.premultiplyAlpha&&(l.premultiplyAlpha=s.premultiplyAlpha),void 0!==s.unpackAlignment&&(l.unpackAlignment=s.unpackAlignment),void 0!==s.userData&&(l.userData=s.userData),i[s.uuid]=l}return i}parseObject(e,t,n,i,r){let s,o,a;function l(e){return void 0===t[e]&&console.warn(\"THREE.ObjectLoader: Undefined geometry\",e),t[e]}function c(e){if(void 0!==e){if(Array.isArray(e)){const t=[];for(let i=0,r=e.length;i\u003Cr;i++){const r=e[i];void 0===n[r]&&console.warn(\"THREE.ObjectLoader: Undefined material\",r),t.push(n[r])}return t}return void 0===n[e]&&console.warn(\"THREE.ObjectLoader: Undefined material\",e),n[e]}}function h(e){return void 0===i[e]&&console.warn(\"THREE.ObjectLoader: Undefined texture\",e),i[e]}switch(e.type){case\"Scene\":s=new Al,void 0!==e.background&&(Number.isInteger(e.background)?s.background=new Yn(e.background):s.background=h(e.background)),void 0!==e.environment&&(s.environment=h(e.environment)),void 0!==e.fog&&(\"Fog\"===e.fog.type?s.fog=new pl(e.fog.color,e.fog.near,e.fog.far):\"FogExp2\"===e.fog.type&&(s.fog=new dl(e.fog.color,e.fog.density))),void 0!==e.backgroundBlurriness&&(s.backgroundBlurriness=e.backgroundBlurriness);break;case\"PerspectiveCamera\":s=new vs(e.fov,e.aspect,e.near,e.far),void 0!==e.focus&&(s.focus=e.focus),void 0!==e.zoom&&(s.zoom=e.zoom),void 0!==e.filmGauge&&(s.filmGauge=e.filmGauge),void 0!==e.filmOffset&&(s.filmOffset=e.filmOffset),void 0!==e.view&&(s.view=Object.assign({},e.view));break;case\"OrthographicCamera\":s=new Hs(e.left,e.right,e.top,e.bottom,e.near,e.far),void 0!==e.zoom&&(s.zoom=e.zoom),void 0!==e.view&&(s.view=Object.assign({},e.view));break;case\"AmbientLight\":s=new Ku(e.color,e.intensity);break;case\"DirectionalLight\":s=new Ju(e.color,e.intensity);break;case\"PointLight\":s=new Yu(e.color,e.intensity,e.distance,e.decay);break;case\"RectAreaLight\":s=new Zu(e.color,e.intensity,e.width,e.height);break;case\"SpotLight\":s=new Hu(e.color,e.intensity,e.distance,e.angle,e.penumbra,e.decay);break;case\"HemisphereLight\":s=new Ou(e.color,e.groundColor,e.intensity);break;case\"LightProbe\":s=(new ed).fromJSON(e);break;case\"SkinnedMesh\":o=l(e.geometry),a=c(e.material),s=new zl(o,a),void 0!==e.bindMode&&(s.bindMode=e.bindMode),void 0!==e.bindMatrix&&s.bindMatrix.fromArray(e.bindMatrix),void 0!==e.skeleton&&(s.skeleton=e.skeleton);break;case\"Mesh\":o=l(e.geometry),a=c(e.material),s=new cs(o,a);break;case\"InstancedMesh\":o=l(e.geometry),a=c(e.material);const t=e.count,n=e.instanceMatrix,i=e.instanceColor;s=new ec(o,a,t),s.instanceMatrix=new Yl(new Float32Array(n.array),16),void 0!==i&&(s.instanceColor=new Yl(new Float32Array(i.array),i.itemSize));break;case\"LOD\":s=new Fl;break;case\"Line\":s=new ac(l(e.geometry),c(e.material));break;case\"LineLoop\":s=new uc(l(e.geometry),c(e.material));break;case\"LineSegments\":s=new hc(l(e.geometry),c(e.material));break;case\"PointCloud\":case\"Points\":s=new gc(l(e.geometry),c(e.material));break;case\"Sprite\":s=new Dl(c(e.material));break;case\"Group\":s=new $a;break;case\"Bone\":s=new Hl;break;default:s=new hr}if(s.uuid=e.uuid,void 0!==e.name&&(s.name=e.name),void 0!==e.matrix?(s.matrix.fromArray(e.matrix),void 0!==e.matrixAutoUpdate&&(s.matrixAutoUpdate=e.matrixAutoUpdate),s.matrixAutoUpdate&&s.matrix.decompose(s.position,s.quaternion,s.scale)):(void 0!==e.position&&s.position.fromArray(e.position),void 0!==e.rotation&&s.rotation.fromArray(e.rotation),void 0!==e.quaternion&&s.quaternion.fromArray(e.quaternion),void 0!==e.scale&&s.scale.fromArray(e.scale)),void 0!==e.castShadow&&(s.castShadow=e.castShadow),void 0!==e.receiveShadow&&(s.receiveShadow=e.receiveShadow),e.shadow&&(void 0!==e.shadow.bias&&(s.shadow.bias=e.shadow.bias),void 0!==e.shadow.normalBias&&(s.shadow.normalBias=e.shadow.normalBias),void 0!==e.shadow.radius&&(s.shadow.radius=e.shadow.radius),void 0!==e.shadow.mapSize&&s.shadow.mapSize.fromArray(e.shadow.mapSize),void 0!==e.shadow.camera&&(s.shadow.camera=this.parseObject(e.shadow.camera))),void 0!==e.visible&&(s.visible=e.visible),void 0!==e.frustumCulled&&(s.frustumCulled=e.frustumCulled),void 0!==e.renderOrder&&(s.renderOrder=e.renderOrder),void 0!==e.userData&&(s.userData=e.userData),void 0!==e.layers&&(s.layers.mask=e.layers),void 0!==e.children){const o=e.children;for(let e=0;e\u003Co.length;e++)s.add(this.parseObject(o[e],t,n,i,r))}if(void 0!==e.animations){const t=e.animations;for(let e=0;e\u003Ct.length;e++){const n=t[e];s.animations.push(r[n])}}if(\"LOD\"===e.type){void 0!==e.autoUpdate&&(s.autoUpdate=e.autoUpdate);const t=e.levels;for(let e=0;e\u003Ct.length;e++){const n=t[e],i=s.getObjectByProperty(\"uuid\",n.object);void 0!==i&&s.addLevel(i,n.distance,n.hysteresis)}}return s}bindSkeletons(e,t){0!==Object.keys(t).length&&e.traverse((function(e){if(!0===e.isSkinnedMesh&&void 0!==e.skeleton){const n=t[e.skeleton];void 0===n?console.warn(\"THREE.ObjectLoader: No skeleton found with UUID:\",e.skeleton):e.bind(n,e.bindMatrix)}}))}}const od={UVMapping:re,CubeReflectionMapping:se,CubeRefractionMapping:oe,EquirectangularReflectionMapping:ae,EquirectangularRefractionMapping:le,CubeUVReflectionMapping:ce},ad={RepeatWrapping:he,ClampToEdgeWrapping:ue,MirroredRepeatWrapping:de},ld={NearestFilter:pe,NearestMipmapNearestFilter:Ae,NearestMipmapLinearFilter:me,LinearFilter:ve,LinearMipmapNearestFilter:ye,LinearMipmapLinearFilter:be};class cd extends _u{constructor(e){super(e),this.isImageBitmapLoader=!0,\"undefined\"==typeof createImageBitmap&&console.warn(\"THREE.ImageBitmapLoader: createImageBitmap() not supported.\"),\"undefined\"==typeof fetch&&console.warn(\"THREE.ImageBitmapLoader: fetch() not supported.\"),this.options={premultiplyAlpha:\"none\"}}setOptions(e){return this.options=e,this}load(e,t,n,i){void 0===e&&(e=\"\"),void 0!==this.path&&(e=this.path+e),e=this.manager.resolveURL(e);const r=this,s=wu.get(e);if(void 0!==s)return r.manager.itemStart(e),setTimeout((function(){t&&t(s),r.manager.itemEnd(e)}),0),s;const o={};o.credentials=\"anonymous\"===this.crossOrigin?\"same-origin\":\"include\",o.headers=this.requestHeader,fetch(e,o).then((function(e){return e.blob()})).then((function(e){return createImageBitmap(e,Object.assign(r.options,{colorSpaceConversion:\"none\"}))})).then((function(n){wu.add(e,n),t&&t(n),r.manager.itemEnd(e)})).catch((function(t){i&&i(t),r.manager.itemError(e),r.manager.itemEnd(e)})),r.manager.itemStart(e)}}let hd;class ud{static getContext(){return void 0===hd&&(hd=new(window.AudioContext||window.webkitAudioContext)),hd}static setContext(e){hd=e}}class dd extends _u{constructor(e){super(e)}load(e,t,n,i){const r=this,s=new Su(this.manager);s.setResponseType(\"arraybuffer\"),s.setPath(this.path),s.setRequestHeader(this.requestHeader),s.setWithCredentials(this.withCredentials),s.load(e,(function(n){try{const e=n.slice(0);ud.getContext().decodeAudioData(e,(function(e){t(e)}))}catch(t){i?i(t):console.error(t),r.manager.itemError(e)}}),n,i)}}class pd extends ed{constructor(e,t,n=1){super(void 0,n),this.isHemisphereLightProbe=!0;const i=(new Yn).set(e),r=(new Yn).set(t),s=new ci(i.r,i.g,i.b),o=new ci(r.r,r.g,r.b),a=Math.sqrt(Math.PI),l=a*Math.sqrt(.75);this.sh.coefficients[0].copy(s).add(o).multiplyScalar(a),this.sh.coefficients[1].copy(s).sub(o).multiplyScalar(l)}}class Ad extends ed{constructor(e,t=1){super(void 0,t),this.isAmbientLightProbe=!0;const n=(new Yn).set(e);this.sh.coefficients[0].set(n.r,n.g,n.b).multiplyScalar(2*Math.sqrt(Math.PI))}}const fd=new Ui,md=new Ui,gd=new Ui;class vd{constructor(){this.type=\"StereoCamera\",this.aspect=1,this.eyeSep=.064,this.cameraL=new vs,this.cameraL.layers.enable(1),this.cameraL.matrixAutoUpdate=!1,this.cameraR=new vs,this.cameraR.layers.enable(2),this.cameraR.matrixAutoUpdate=!1,this._cache={focus:null,fov:null,aspect:null,near:null,far:null,zoom:null,eyeSep:null}}update(e){const t=this._cache;if(t.focus!==e.focus||t.fov!==e.fov||t.aspect!==e.aspect*this.aspect||t.near!==e.near||t.far!==e.far||t.zoom!==e.zoom||t.eyeSep!==this.eyeSep){t.focus=e.focus,t.fov=e.fov,t.aspect=e.aspect*this.aspect,t.near=e.near,t.far=e.far,t.zoom=e.zoom,t.eyeSep=this.eyeSep,gd.copy(e.projectionMatrix);const n=t.eyeSep/2,i=n*t.near/t.focus,r=t.near*Math.tan(yn*t.fov*.5)/t.zoom;let s,o;md.elements[12]=-n,fd.elements[12]=n,s=-r*t.aspect+i,o=r*t.aspect+i,gd.elements[0]=2*t.near/(o-s),gd.elements[8]=(o+s)/(o-s),this.cameraL.projectionMatrix.copy(gd),s=-r*t.aspect-i,o=r*t.aspect-i,gd.elements[0]=2*t.near/(o-s),gd.elements[8]=(o+s)/(o-s),this.cameraR.projectionMatrix.copy(gd)}this.cameraL.matrixWorld.copy(e.matrixWorld).multiply(md),this.cameraR.matrixWorld.copy(e.matrixWorld).multiply(fd)}}class yd{constructor(e=!0){this.autoStart=e,this.startTime=0,this.oldTime=0,this.elapsedTime=0,this.running=!1}start(){this.startTime=Ed(),this.oldTime=this.startTime,this.elapsedTime=0,this.running=!0}stop(){this.getElapsedTime(),this.running=!1,this.autoStart=!1}getElapsedTime(){return this.getDelta(),this.elapsedTime}getDelta(){let e=0;if(this.autoStart&&!this.running)return this.start(),0;if(this.running){const t=Ed();e=(t-this.oldTime)/1e3,this.oldTime=t,this.elapsedTime+=e}return e}}function Ed(){return(\"undefined\"==typeof performance?Date:performance).now()}const bd=new ci,xd=new li,wd=new ci,Cd=new ci;class Md extends hr{constructor(){super(),this.type=\"AudioListener\",this.context=ud.getContext(),this.gain=this.context.createGain(),this.gain.connect(this.context.destination),this.filter=null,this.timeDelta=0,this._clock=new yd}getInput(){return this.gain}removeFilter(){return null!==this.filter&&(this.gain.disconnect(this.filter),this.filter.disconnect(this.context.destination),this.gain.connect(this.context.destination),this.filter=null),this}getFilter(){return this.filter}setFilter(e){return null!==this.filter?(this.gain.disconnect(this.filter),this.filter.disconnect(this.context.destination)):this.gain.disconnect(this.context.destination),this.filter=e,this.gain.connect(this.filter),this.filter.connect(this.context.destination),this}getMasterVolume(){return this.gain.gain.value}setMasterVolume(e){return this.gain.gain.setTargetAtTime(e,this.context.currentTime,.01),this}updateMatrixWorld(e){super.updateMatrixWorld(e);const t=this.context.listener,n=this.up;if(this.timeDelta=this._clock.getDelta(),this.matrixWorld.decompose(bd,xd,wd),Cd.set(0,0,-1).applyQuaternion(xd),t.positionX){const e=this.context.currentTime+this.timeDelta;t.positionX.linearRampToValueAtTime(bd.x,e),t.positionY.linearRampToValueAtTime(bd.y,e),t.positionZ.linearRampToValueAtTime(bd.z,e),t.forwardX.linearRampToValueAtTime(Cd.x,e),t.forwardY.linearRampToValueAtTime(Cd.y,e),t.forwardZ.linearRampToValueAtTime(Cd.z,e),t.upX.linearRampToValueAtTime(n.x,e),t.upY.linearRampToValueAtTime(n.y,e),t.upZ.linearRampToValueAtTime(n.z,e)}else t.setPosition(bd.x,bd.y,bd.z),t.setOrientation(Cd.x,Cd.y,Cd.z,n.x,n.y,n.z)}}class _d extends hr{constructor(e){super(),this.type=\"Audio\",this.listener=e,this.context=e.context,this.gain=this.context.createGain(),this.gain.connect(e.getInput()),this.autoplay=!1,this.buffer=null,this.detune=0,this.loop=!1,this.loopStart=0,this.loopEnd=0,this.offset=0,this.duration=void 0,this.playbackRate=1,this.isPlaying=!1,this.hasPlaybackControl=!0,this.source=null,this.sourceType=\"empty\",this._startedAt=0,this._progress=0,this._connected=!1,this.filters=[]}getOutput(){return this.gain}setNodeSource(e){return this.hasPlaybackControl=!1,this.sourceType=\"audioNode\",this.source=e,this.connect(),this}setMediaElementSource(e){return this.hasPlaybackControl=!1,this.sourceType=\"mediaNode\",this.source=this.context.createMediaElementSource(e),this.connect(),this}setMediaStreamSource(e){return this.hasPlaybackControl=!1,this.sourceType=\"mediaStreamNode\",this.source=this.context.createMediaStreamSource(e),this.connect(),this}setBuffer(e){return this.buffer=e,this.sourceType=\"buffer\",this.autoplay&&this.play(),this}play(e=0){if(!0===this.isPlaying)return void console.warn(\"THREE.Audio: Audio is already playing.\");if(!1===this.hasPlaybackControl)return void console.warn(\"THREE.Audio: this Audio has no playback control.\");this._startedAt=this.context.currentTime+e;const t=this.context.createBufferSource();return t.buffer=this.buffer,t.loop=this.loop,t.loopStart=this.loopStart,t.loopEnd=this.loopEnd,t.onended=this.onEnded.bind(this),t.start(this._startedAt,this._progress+this.offset,this.duration),this.isPlaying=!0,this.source=t,this.setDetune(this.detune),this.setPlaybackRate(this.playbackRate),this.connect()}pause(){if(!1!==this.hasPlaybackControl)return!0===this.isPlaying&&(this._progress+=Math.max(this.context.currentTime-this._startedAt,0)*this.playbackRate,!0===this.loop&&(this._progress=this._progress%(this.duration||this.buffer.duration)),this.source.stop(),this.source.onended=null,this.isPlaying=!1),this;console.warn(\"THREE.Audio: this Audio has no playback control.\")}stop(){if(!1!==this.hasPlaybackControl)return this._progress=0,this.source.stop(),this.source.onended=null,this.isPlaying=!1,this;console.warn(\"THREE.Audio: this Audio has no playback control.\")}connect(){if(this.filters.length>0){this.source.connect(this.filters[0]);for(let e=1,t=this.filters.length;e\u003Ct;e++)this.filters[e-1].connect(this.filters[e]);this.filters[this.filters.length-1].connect(this.getOutput())}else this.source.connect(this.getOutput());return this._connected=!0,this}disconnect(){if(this.filters.length>0){this.source.disconnect(this.filters[0]);for(let e=1,t=this.filters.length;e\u003Ct;e++)this.filters[e-1].disconnect(this.filters[e]);this.filters[this.filters.length-1].disconnect(this.getOutput())}else this.source.disconnect(this.getOutput());return this._connected=!1,this}getFilters(){return this.filters}setFilters(e){return e||(e=[]),!0===this._connected?(this.disconnect(),this.filters=e.slice(),this.connect()):this.filters=e.slice(),this}setDetune(e){if(this.detune=e,void 0!==this.source.detune)return!0===this.isPlaying&&this.source.detune.setTargetAtTime(this.detune,this.context.currentTime,.01),this}getDetune(){return this.detune}getFilter(){return this.getFilters()[0]}setFilter(e){return this.setFilters(e?[e]:[])}setPlaybackRate(e){if(!1!==this.hasPlaybackControl)return this.playbackRate=e,!0===this.isPlaying&&this.source.playbackRate.setTargetAtTime(this.playbackRate,this.context.currentTime,.01),this;console.warn(\"THREE.Audio: this Audio has no playback control.\")}getPlaybackRate(){return this.playbackRate}onEnded(){this.isPlaying=!1}getLoop(){return!1===this.hasPlaybackControl?(console.warn(\"THREE.Audio: this Audio has no playback control.\"),!1):this.loop}setLoop(e){if(!1!==this.hasPlaybackControl)return this.loop=e,!0===this.isPlaying&&(this.source.loop=this.loop),this;console.warn(\"THREE.Audio: this Audio has no playback control.\")}setLoopStart(e){return this.loopStart=e,this}setLoopEnd(e){return this.loopEnd=e,this}getVolume(){return this.gain.gain.value}setVolume(e){return this.gain.gain.setTargetAtTime(e,this.context.currentTime,.01),this}}const Id=new ci,Bd=new li,Sd=new ci,Td=new ci;class Ld extends _d{constructor(e){super(e),this.panner=this.context.createPanner(),this.panner.panningModel=\"HRTF\",this.panner.connect(this.gain)}disconnect(){super.disconnect(),this.panner.disconnect(this.gain)}getOutput(){return this.panner}getRefDistance(){return this.panner.refDistance}setRefDistance(e){return this.panner.refDistance=e,this}getRolloffFactor(){return this.panner.rolloffFactor}setRolloffFactor(e){return this.panner.rolloffFactor=e,this}getDistanceModel(){return this.panner.distanceModel}setDistanceModel(e){return this.panner.distanceModel=e,this}getMaxDistance(){return this.panner.maxDistance}setMaxDistance(e){return this.panner.maxDistance=e,this}setDirectionalCone(e,t,n){return this.panner.coneInnerAngle=e,this.panner.coneOuterAngle=t,this.panner.coneOuterGain=n,this}updateMatrixWorld(e){if(super.updateMatrixWorld(e),!0===this.hasPlaybackControl&&!1===this.isPlaying)return;this.matrixWorld.decompose(Id,Bd,Sd),Td.set(0,0,1).applyQuaternion(Bd);const t=this.panner;if(t.positionX){const e=this.context.currentTime+this.listener.timeDelta;t.positionX.linearRampToValueAtTime(Id.x,e),t.positionY.linearRampToValueAtTime(Id.y,e),t.positionZ.linearRampToValueAtTime(Id.z,e),t.orientationX.linearRampToValueAtTime(Td.x,e),t.orientationY.linearRampToValueAtTime(Td.y,e),t.orientationZ.linearRampToValueAtTime(Td.z,e)}else t.setPosition(Id.x,Id.y,Id.z),t.setOrientation(Td.x,Td.y,Td.z)}}class Dd{constructor(e,t=2048){this.analyser=e.context.createAnalyser(),this.analyser.fftSize=t,this.data=new Uint8Array(this.analyser.frequencyBinCount),e.getOutput().connect(this.analyser)}getFrequencyData(){return this.analyser.getByteFrequencyData(this.data),this.data}getAverageFrequency(){let e=0;const t=this.getFrequencyData();for(let n=0;n\u003Ct.length;n++)e+=t[n];return e/t.length}}class Rd{constructor(e,t,n){let i,r,s;switch(this.binding=e,this.valueSize=n,t){case\"quaternion\":i=this._slerp,r=this._slerpAdditive,s=this._setAdditiveIdentityQuaternion,this.buffer=new Float64Array(6*n),this._workIndex=5;break;case\"string\":case\"bool\":i=this._select,r=this._select,s=this._setAdditiveIdentityOther,this.buffer=new Array(5*n);break;default:i=this._lerp,r=this._lerpAdditive,s=this._setAdditiveIdentityNumeric,this.buffer=new Float64Array(5*n)}this._mixBufferRegion=i,this._mixBufferRegionAdditive=r,this._setIdentity=s,this._origIndex=3,this._addIndex=4,this.cumulativeWeight=0,this.cumulativeWeightAdditive=0,this.useCount=0,this.referenceCount=0}accumulate(e,t){const n=this.buffer,i=this.valueSize,r=e*i+i;let s=this.cumulativeWeight;if(0===s){for(let e=0;e!==i;++e)n[r+e]=n[e];s=t}else{s+=t;const e=t/s;this._mixBufferRegion(n,r,0,e,i)}this.cumulativeWeight=s}accumulateAdditive(e){const t=this.buffer,n=this.valueSize,i=n*this._addIndex;0===this.cumulativeWeightAdditive&&this._setIdentity(),this._mixBufferRegionAdditive(t,i,0,e,n),this.cumulativeWeightAdditive+=e}apply(e){const t=this.valueSize,n=this.buffer,i=e*t+t,r=this.cumulativeWeight,s=this.cumulativeWeightAdditive,o=this.binding;if(this.cumulativeWeight=0,this.cumulativeWeightAdditive=0,r\u003C1){const e=t*this._origIndex;this._mixBufferRegion(n,i,e,1-r,t)}s>0&&this._mixBufferRegionAdditive(n,i,this._addIndex*t,1,t);for(let e=t,r=t+t;e!==r;++e)if(n[e]!==n[e+t]){o.setValue(n,i);break}}saveOriginalState(){const e=this.binding,t=this.buffer,n=this.valueSize,i=n*this._origIndex;e.getValue(t,i);for(let e=n,r=i;e!==r;++e)t[e]=t[i+e%n];this._setIdentity(),this.cumulativeWeight=0,this.cumulativeWeightAdditive=0}restoreOriginalState(){const e=3*this.valueSize;this.binding.setValue(this.buffer,e)}_setAdditiveIdentityNumeric(){const e=this._addIndex*this.valueSize,t=e+this.valueSize;for(let n=e;n\u003Ct;n++)this.buffer[n]=0}_setAdditiveIdentityQuaternion(){this._setAdditiveIdentityNumeric(),this.buffer[this._addIndex*this.valueSize+3]=1}_setAdditiveIdentityOther(){const e=this._origIndex*this.valueSize,t=this._addIndex*this.valueSize;for(let n=0;n\u003Cthis.valueSize;n++)this.buffer[t+n]=this.buffer[e+n]}_select(e,t,n,i,r){if(i>=.5)for(let i=0;i!==r;++i)e[t+i]=e[n+i]}_slerp(e,t,n,i){li.slerpFlat(e,t,e,t,e,n,i)}_slerpAdditive(e,t,n,i,r){const s=this._workIndex*r;li.multiplyQuaternionsFlat(e,s,e,t,e,n),li.slerpFlat(e,t,e,t,e,s,i)}_lerp(e,t,n,i,r){const s=1-i;for(let o=0;o!==r;++o){const r=t+o;e[r]=e[r]*s+e[n+o]*i}}_lerpAdditive(e,t,n,i,r){for(let s=0;s!==r;++s){const r=t+s;e[r]=e[r]+e[n+s]*i}}}const Pd=\"\\\\[\\\\]\\\\.:\\\\/\",kd=new RegExp(\"[\"+Pd+\"]\",\"g\"),Fd=\"[^\"+Pd+\"]\",Od=\"[^\"+Pd.replace(\"\\\\.\",\"\")+\"]\",Qd=new RegExp(\"^\"+/((?:WC+[\\/:])*)/.source.replace(\"WC\",Fd)+/(WCOD+)?/.source.replace(\"WCOD\",Od)+/(?:\\.(WC+)(?:\\[(.+)\\])?)?/.source.replace(\"WC\",Fd)+/\\.(WC+)(?:\\[(.+)\\])?/.source.replace(\"WC\",Fd)+\"$\"),Ud=[\"material\",\"materials\",\"bones\",\"map\"];class Nd{constructor(e,t,n){this.path=t,this.parsedPath=n||Nd.parseTrackName(t),this.node=Nd.findNode(e,this.parsedPath.nodeName)||e,this.rootNode=e,this.getValue=this._getValue_unbound,this.setValue=this._setValue_unbound}static create(e,t,n){return e&&e.isAnimationObjectGroup?new Nd.Composite(e,t,n):new Nd(e,t,n)}static sanitizeNodeName(e){return e.replace(/\\s/g,\"_\").replace(kd,\"\")}static parseTrackName(e){const t=Qd.exec(e);if(null===t)throw new Error(\"PropertyBinding: Cannot parse trackName: \"+e);const n={nodeName:t[2],objectName:t[3],objectIndex:t[4],propertyName:t[5],propertyIndex:t[6]},i=n.nodeName&&n.nodeName.lastIndexOf(\".\");if(void 0!==i&&-1!==i){const e=n.nodeName.substring(i+1);-1!==Ud.indexOf(e)&&(n.nodeName=n.nodeName.substring(0,i),n.objectName=e)}if(null===n.propertyName||0===n.propertyName.length)throw new Error(\"PropertyBinding: can not parse propertyName from trackName: \"+e);return n}static findNode(e,t){if(void 0===t||\"\"===t||\".\"===t||-1===t||t===e.name||t===e.uuid)return e;if(e.skeleton){const n=e.skeleton.getBoneByName(t);if(void 0!==n)return n}if(e.children){const n=function(e){for(let i=0;i\u003Ce.length;i++){const r=e[i];if(r.name===t||r.uuid===t)return r;const s=n(r.children);if(s)return s}return null},i=n(e.children);if(i)return i}return null}_getValue_unavailable(){}_setValue_unavailable(){}_getValue_direct(e,t){e[t]=this.targetObject[this.propertyName]}_getValue_array(e,t){const n=this.resolvedProperty;for(let i=0,r=n.length;i!==r;++i)e[t++]=n[i]}_getValue_arrayElement(e,t){e[t]=this.resolvedProperty[this.propertyIndex]}_getValue_toArray(e,t){this.resolvedProperty.toArray(e,t)}_setValue_direct(e,t){this.targetObject[this.propertyName]=e[t]}_setValue_direct_setNeedsUpdate(e,t){this.targetObject[this.propertyName]=e[t],this.targetObject.needsUpdate=!0}_setValue_direct_setMatrixWorldNeedsUpdate(e,t){this.targetObject[this.propertyName]=e[t],this.targetObject.matrixWorldNeedsUpdate=!0}_setValue_array(e,t){const n=this.resolvedProperty;for(let i=0,r=n.length;i!==r;++i)n[i]=e[t++]}_setValue_array_setNeedsUpdate(e,t){const n=this.resolvedProperty;for(let i=0,r=n.length;i!==r;++i)n[i]=e[t++];this.targetObject.needsUpdate=!0}_setValue_array_setMatrixWorldNeedsUpdate(e,t){const n=this.resolvedProperty;for(let i=0,r=n.length;i!==r;++i)n[i]=e[t++];this.targetObject.matrixWorldNeedsUpdate=!0}_setValue_arrayElement(e,t){this.resolvedProperty[this.propertyIndex]=e[t]}_setValue_arrayElement_setNeedsUpdate(e,t){this.resolvedProperty[this.propertyIndex]=e[t],this.targetObject.needsUpdate=!0}_setValue_arrayElement_setMatrixWorldNeedsUpdate(e,t){this.resolvedProperty[this.propertyIndex]=e[t],this.targetObject.matrixWorldNeedsUpdate=!0}_setValue_fromArray(e,t){this.resolvedProperty.fromArray(e,t)}_setValue_fromArray_setNeedsUpdate(e,t){this.resolvedProperty.fromArray(e,t),this.targetObject.needsUpdate=!0}_setValue_fromArray_setMatrixWorldNeedsUpdate(e,t){this.resolvedProperty.fromArray(e,t),this.targetObject.matrixWorldNeedsUpdate=!0}_getValue_unbound(e,t){this.bind(),this.getValue(e,t)}_setValue_unbound(e,t){this.bind(),this.setValue(e,t)}bind(){let e=this.node;const t=this.parsedPath,n=t.objectName,i=t.propertyName;let r=t.propertyIndex;if(e||(e=Nd.findNode(this.rootNode,t.nodeName)||this.rootNode,this.node=e),this.getValue=this._getValue_unavailable,this.setValue=this._setValue_unavailable,!e)return void console.error(\"THREE.PropertyBinding: Trying to update node for track: \"+this.path+\" but it wasn't found.\");if(n){let i=t.objectIndex;switch(n){case\"materials\":if(!e.material)return void console.error(\"THREE.PropertyBinding: Can not bind to material as node does not have a material.\",this);if(!e.material.materials)return void console.error(\"THREE.PropertyBinding: Can not bind to material.materials as node.material does not have a materials array.\",this);e=e.material.materials;break;case\"bones\":if(!e.skeleton)return void console.error(\"THREE.PropertyBinding: Can not bind to bones as node does not have a skeleton.\",this);e=e.skeleton.bones;for(let t=0;t\u003Ce.length;t++)if(e[t].name===i){i=t;break}break;case\"map\":if(\"map\"in e){e=e.map;break}if(!e.material)return void console.error(\"THREE.PropertyBinding: Can not bind to material as node does not have a material.\",this);if(!e.material.map)return void console.error(\"THREE.PropertyBinding: Can not bind to material.map as node.material does not have a map.\",this);e=e.material.map;break;default:if(void 0===e[n])return void console.error(\"THREE.PropertyBinding: Can not bind to objectName of node undefined.\",this);e=e[n]}if(void 0!==i){if(void 0===e[i])return void console.error(\"THREE.PropertyBinding: Trying to bind to objectIndex of objectName, but is undefined.\",this,e);e=e[i]}}const s=e[i];if(void 0===s){const n=t.nodeName;return void console.error(\"THREE.PropertyBinding: Trying to update property for track: \"+n+\".\"+i+\" but it wasn't found.\",e)}let o=this.Versioning.None;this.targetObject=e,void 0!==e.needsUpdate?o=this.Versioning.NeedsUpdate:void 0!==e.matrixWorldNeedsUpdate&&(o=this.Versioning.MatrixWorldNeedsUpdate);let a=this.BindingType.Direct;if(void 0!==r){if(\"morphTargetInfluences\"===i){if(!e.geometry)return void console.error(\"THREE.PropertyBinding: Can not bind to morphTargetInfluences because node does not have a geometry.\",this);if(!e.geometry.morphAttributes)return void console.error(\"THREE.PropertyBinding: Can not bind to morphTargetInfluences because node does not have a geometry.morphAttributes.\",this);void 0!==e.morphTargetDictionary[r]&&(r=e.morphTargetDictionary[r])}a=this.BindingType.ArrayElement,this.resolvedProperty=s,this.propertyIndex=r}else void 0!==s.fromArray&&void 0!==s.toArray?(a=this.BindingType.HasFromToArray,this.resolvedProperty=s):Array.isArray(s)?(a=this.BindingType.EntireArray,this.resolvedProperty=s):this.propertyName=i;this.getValue=this.GetterByBindingType[a],this.setValue=this.SetterByBindingTypeAndVersioning[a][o]}unbind(){this.node=null,this.getValue=this._getValue_unbound,this.setValue=this._setValue_unbound}}Nd.Composite=class{constructor(e,t,n){const i=n||Nd.parseTrackName(t);this._targetGroup=e,this._bindings=e.subscribe_(t,i)}getValue(e,t){this.bind();const n=this._targetGroup.nCachedObjects_,i=this._bindings[n];void 0!==i&&i.getValue(e,t)}setValue(e,t){const n=this._bindings;for(let i=this._targetGroup.nCachedObjects_,r=n.length;i!==r;++i)n[i].setValue(e,t)}bind(){const e=this._bindings;for(let t=this._targetGroup.nCachedObjects_,n=e.length;t!==n;++t)e[t].bind()}unbind(){const e=this._bindings;for(let t=this._targetGroup.nCachedObjects_,n=e.length;t!==n;++t)e[t].unbind()}},Nd.prototype.BindingType={Direct:0,EntireArray:1,ArrayElement:2,HasFromToArray:3},Nd.prototype.Versioning={None:0,NeedsUpdate:1,MatrixWorldNeedsUpdate:2},Nd.prototype.GetterByBindingType=[Nd.prototype._getValue_direct,Nd.prototype._getValue_array,Nd.prototype._getValue_arrayElement,Nd.prototype._getValue_toArray],Nd.prototype.SetterByBindingTypeAndVersioning=[[Nd.prototype._setValue_direct,Nd.prototype._setValue_direct_setNeedsUpdate,Nd.prototype._setValue_direct_setMatrixWorldNeedsUpdate],[Nd.prototype._setValue_array,Nd.prototype._setValue_array_setNeedsUpdate,Nd.prototype._setValue_array_setMatrixWorldNeedsUpdate],[Nd.prototype._setValue_arrayElement,Nd.prototype._setValue_arrayElement_setNeedsUpdate,Nd.prototype._setValue_arrayElement_setMatrixWorldNeedsUpdate],[Nd.prototype._setValue_fromArray,Nd.prototype._setValue_fromArray_setNeedsUpdate,Nd.prototype._setValue_fromArray_setMatrixWorldNeedsUpdate]];class Gd{constructor(){this.isAnimationObjectGroup=!0,this.uuid=bn(),this._objects=Array.prototype.slice.call(arguments),this.nCachedObjects_=0;const e={};this._indicesByUUID=e;for(let t=0,n=arguments.length;t!==n;++t)e[arguments[t].uuid]=t;this._paths=[],this._parsedPaths=[],this._bindings=[],this._bindingsIndicesByPath={};const t=this;this.stats={objects:{get total(){return t._objects.length},get inUse(){return this.total-t.nCachedObjects_}},get bindingsPerObject(){return t._bindings.length}}}add(){const e=this._objects,t=this._indicesByUUID,n=this._paths,i=this._parsedPaths,r=this._bindings,s=r.length;let o,a=e.length,l=this.nCachedObjects_;for(let c=0,h=arguments.length;c!==h;++c){const h=arguments[c],u=h.uuid;let d=t[u];if(void 0===d){d=a++,t[u]=d,e.push(h);for(let e=0,t=s;e!==t;++e)r[e].push(new Nd(h,n[e],i[e]))}else if(d\u003Cl){o=e[d];const a=--l,c=e[a];t[c.uuid]=d,e[d]=c,t[u]=a,e[a]=h;for(let e=0,t=s;e!==t;++e){const t=r[e],s=t[a];let o=t[d];t[d]=s,void 0===o&&(o=new Nd(h,n[e],i[e])),t[a]=o}}else e[d]!==o&&console.error(\"THREE.AnimationObjectGroup: Different objects with the same UUID detected. Clean the caches or recreate your infrastructure when reloading scenes.\")}this.nCachedObjects_=l}remove(){const e=this._objects,t=this._indicesByUUID,n=this._bindings,i=n.length;let r=this.nCachedObjects_;for(let s=0,o=arguments.length;s!==o;++s){const o=arguments[s],a=o.uuid,l=t[a];if(void 0!==l&&l>=r){const s=r++,c=e[s];t[c.uuid]=l,e[l]=c,t[a]=s,e[s]=o;for(let e=0,t=i;e!==t;++e){const t=n[e],i=t[s],r=t[l];t[l]=i,t[s]=r}}}this.nCachedObjects_=r}uncache(){const e=this._objects,t=this._indicesByUUID,n=this._bindings,i=n.length;let r=this.nCachedObjects_,s=e.length;for(let o=0,a=arguments.length;o!==a;++o){const a=arguments[o].uuid,l=t[a];if(void 0!==l)if(delete t[a],l\u003Cr){const o=--r,a=e[o],c=--s,h=e[c];t[a.uuid]=l,e[l]=a,t[h.uuid]=o,e[o]=h,e.pop();for(let e=0,t=i;e!==t;++e){const t=n[e],i=t[o],r=t[c];t[l]=i,t[o]=r,t.pop()}}else{const r=--s,o=e[r];r>0&&(t[o.uuid]=l),e[l]=o,e.pop();for(let e=0,t=i;e!==t;++e){const t=n[e];t[l]=t[r],t.pop()}}}this.nCachedObjects_=r}subscribe_(e,t){const n=this._bindingsIndicesByPath;let i=n[e];const r=this._bindings;if(void 0!==i)return r[i];const s=this._paths,o=this._parsedPaths,a=this._objects,l=a.length,c=this.nCachedObjects_,h=new Array(l);i=r.length,n[e]=i,s.push(e),o.push(t),r.push(h);for(let n=c,i=a.length;n!==i;++n){const i=a[n];h[n]=new Nd(i,e,t)}return h}unsubscribe_(e){const t=this._bindingsIndicesByPath,n=t[e];if(void 0!==n){const i=this._paths,r=this._parsedPaths,s=this._bindings,o=s.length-1,a=s[o];t[e[o]]=n,s[n]=a,s.pop(),r[n]=r[o],r.pop(),i[n]=i[o],i.pop()}}}class zd{constructor(e,t,n=null,i=t.blendMode){this._mixer=e,this._clip=t,this._localRoot=n,this.blendMode=i;const r=t.tracks,s=r.length,o=new Array(s),a={endingStart:Ct,endingEnd:Ct};for(let e=0;e!==s;++e){const t=r[e].createInterpolant(null);o[e]=t,t.settings=a}this._interpolantSettings=a,this._interpolants=o,this._propertyBindings=new Array(s),this._cacheIndex=null,this._byClipCacheIndex=null,this._timeScaleInterpolant=null,this._weightInterpolant=null,this.loop=yt,this._loopCount=-1,this._startTime=null,this.time=0,this.timeScale=1,this._effectiveTimeScale=1,this.weight=1,this._effectiveWeight=1,this.repetitions=1/0,this.paused=!1,this.enabled=!0,this.clampWhenFinished=!1,this.zeroSlopeAtStart=!0,this.zeroSlopeAtEnd=!0}play(){return this._mixer._activateAction(this),this}stop(){return this._mixer._deactivateAction(this),this.reset()}reset(){return this.paused=!1,this.enabled=!0,this.time=0,this._loopCount=-1,this._startTime=null,this.stopFading().stopWarping()}isRunning(){return this.enabled&&!this.paused&&0!==this.timeScale&&null===this._startTime&&this._mixer._isActiveAction(this)}isScheduled(){return this._mixer._isActiveAction(this)}startAt(e){return this._startTime=e,this}setLoop(e,t){return this.loop=e,this.repetitions=t,this}setEffectiveWeight(e){return this.weight=e,this._effectiveWeight=this.enabled?e:0,this.stopFading()}getEffectiveWeight(){return this._effectiveWeight}fadeIn(e){return this._scheduleFading(e,0,1)}fadeOut(e){return this._scheduleFading(e,1,0)}crossFadeFrom(e,t,n){if(e.fadeOut(t),this.fadeIn(t),n){const n=this._clip.duration,i=e._clip.duration,r=i/n,s=n/i;e.warp(1,r,t),this.warp(s,1,t)}return this}crossFadeTo(e,t,n){return e.crossFadeFrom(this,t,n)}stopFading(){const e=this._weightInterpolant;return null!==e&&(this._weightInterpolant=null,this._mixer._takeBackControlInterpolant(e)),this}setEffectiveTimeScale(e){return this.timeScale=e,this._effectiveTimeScale=this.paused?0:e,this.stopWarping()}getEffectiveTimeScale(){return this._effectiveTimeScale}setDuration(e){return this.timeScale=this._clip.duration/e,this.stopWarping()}syncWith(e){return this.time=e.time,this.timeScale=e.timeScale,this.stopWarping()}halt(e){return this.warp(this._effectiveTimeScale,0,e)}warp(e,t,n){const i=this._mixer,r=i.time,s=this.timeScale;let o=this._timeScaleInterpolant;null===o&&(o=i._lendControlInterpolant(),this._timeScaleInterpolant=o);const a=o.parameterPositions,l=o.sampleValues;return a[0]=r,a[1]=r+n,l[0]=e/s,l[1]=t/s,this}stopWarping(){const e=this._timeScaleInterpolant;return null!==e&&(this._timeScaleInterpolant=null,this._mixer._takeBackControlInterpolant(e)),this}getMixer(){return this._mixer}getClip(){return this._clip}getRoot(){return this._localRoot||this._mixer._root}_update(e,t,n,i){if(!this.enabled)return void this._updateWeight(e);const r=this._startTime;if(null!==r){const i=(e-r)*n;i\u003C0||0===n?t=0:(this._startTime=null,t=n*i)}t*=this._updateTimeScale(e);const s=this._updateTime(t),o=this._updateWeight(e);if(o>0){const e=this._interpolants,t=this._propertyBindings;if(this.blendMode===Bt)for(let n=0,i=e.length;n!==i;++n)e[n].evaluate(s),t[n].accumulateAdditive(o);else for(let n=0,r=e.length;n!==r;++n)e[n].evaluate(s),t[n].accumulate(i,o)}}_updateWeight(e){let t=0;if(this.enabled){t=this.weight;const n=this._weightInterpolant;if(null!==n){const i=n.evaluate(e)[0];t*=i,e>n.parameterPositions[1]&&(this.stopFading(),0===i&&(this.enabled=!1))}}return this._effectiveWeight=t,t}_updateTimeScale(e){let t=0;if(!this.paused){t=this.timeScale;const n=this._timeScaleInterpolant;null!==n&&(t*=n.evaluate(e)[0],e>n.parameterPositions[1]&&(this.stopWarping(),0===t?this.paused=!0:this.timeScale=t))}return this._effectiveTimeScale=t,t}_updateTime(e){const t=this._clip.duration,n=this.loop;let i=this.time+e,r=this._loopCount;const s=n===Et;if(0===e)return-1===r?i:s&&1==(1&r)?t-i:i;if(n===vt){-1===r&&(this._loopCount=0,this._setEndings(!0,!0,!1));e:{if(i>=t)i=t;else{if(!(i\u003C0)){this.time=i;break e}i=0}this.clampWhenFinished?this.paused=!0:this.enabled=!1,this.time=i,this._mixer.dispatchEvent({type:\"finished\",action:this,direction:e\u003C0?-1:1})}}else{if(-1===r&&(e>=0?(r=0,this._setEndings(!0,0===this.repetitions,s)):this._setEndings(0===this.repetitions,!0,s)),i>=t||i\u003C0){const n=Math.floor(i/t);i-=t*n,r+=Math.abs(n);const o=this.repetitions-r;if(o\u003C=0)this.clampWhenFinished?this.paused=!0:this.enabled=!1,i=e>0?t:0,this.time=i,this._mixer.dispatchEvent({type:\"finished\",action:this,direction:e>0?1:-1});else{if(1===o){const t=e\u003C0;this._setEndings(t,!t,s)}else this._setEndings(!1,!1,s);this._loopCount=r,this.time=i,this._mixer.dispatchEvent({type:\"loop\",action:this,loopDelta:n})}}else this.time=i;if(s&&1==(1&r))return t-i}return i}_setEndings(e,t,n){const i=this._interpolantSettings;n?(i.endingStart=Mt,i.endingEnd=Mt):(i.endingStart=e?this.zeroSlopeAtStart?Mt:Ct:_t,i.endingEnd=t?this.zeroSlopeAtEnd?Mt:Ct:_t)}_scheduleFading(e,t,n){const i=this._mixer,r=i.time;let s=this._weightInterpolant;null===s&&(s=i._lendControlInterpolant(),this._weightInterpolant=s);const o=s.parameterPositions,a=s.sampleValues;return o[0]=r,a[0]=t,o[1]=r+e,a[1]=n,this}}const Hd=new Float32Array(1);class Vd extends mn{constructor(e){super(),this._root=e,this._initMemoryManager(),this._accuIndex=0,this.time=0,this.timeScale=1}_bindAction(e,t){const n=e._localRoot||this._root,i=e._clip.tracks,r=i.length,s=e._propertyBindings,o=e._interpolants,a=n.uuid,l=this._bindingsByRootAndName;let c=l[a];void 0===c&&(c={},l[a]=c);for(let e=0;e!==r;++e){const r=i[e],l=r.name;let h=c[l];if(void 0!==h)++h.referenceCount,s[e]=h;else{if(h=s[e],void 0!==h){null===h._cacheIndex&&(++h.referenceCount,this._addInactiveBinding(h,a,l));continue}const i=t&&t._propertyBindings[e].binding.parsedPath;h=new Rd(Nd.create(n,l,i),r.ValueTypeName,r.getValueSize()),++h.referenceCount,this._addInactiveBinding(h,a,l),s[e]=h}o[e].resultBuffer=h.buffer}}_activateAction(e){if(!this._isActiveAction(e)){if(null===e._cacheIndex){const t=(e._localRoot||this._root).uuid,n=e._clip.uuid,i=this._actionsByClip[n];this._bindAction(e,i&&i.knownActions[0]),this._addInactiveAction(e,n,t)}const t=e._propertyBindings;for(let e=0,n=t.length;e!==n;++e){const n=t[e];0==n.useCount++&&(this._lendBinding(n),n.saveOriginalState())}this._lendAction(e)}}_deactivateAction(e){if(this._isActiveAction(e)){const t=e._propertyBindings;for(let e=0,n=t.length;e!==n;++e){const n=t[e];0==--n.useCount&&(n.restoreOriginalState(),this._takeBackBinding(n))}this._takeBackAction(e)}}_initMemoryManager(){this._actions=[],this._nActiveActions=0,this._actionsByClip={},this._bindings=[],this._nActiveBindings=0,this._bindingsByRootAndName={},this._controlInterpolants=[],this._nActiveControlInterpolants=0;const e=this;this.stats={actions:{get total(){return e._actions.length},get inUse(){return e._nActiveActions}},bindings:{get total(){return e._bindings.length},get inUse(){return e._nActiveBindings}},controlInterpolants:{get total(){return e._controlInterpolants.length},get inUse(){return e._nActiveControlInterpolants}}}}_isActiveAction(e){const t=e._cacheIndex;return null!==t&&t\u003Cthis._nActiveActions}_addInactiveAction(e,t,n){const i=this._actions,r=this._actionsByClip;let s=r[t];if(void 0===s)s={knownActions:[e],actionByRoot:{}},e._byClipCacheIndex=0,r[t]=s;else{const t=s.knownActions;e._byClipCacheIndex=t.length,t.push(e)}e._cacheIndex=i.length,i.push(e),s.actionByRoot[n]=e}_removeInactiveAction(e){const t=this._actions,n=t[t.length-1],i=e._cacheIndex;n._cacheIndex=i,t[i]=n,t.pop(),e._cacheIndex=null;const r=e._clip.uuid,s=this._actionsByClip,o=s[r],a=o.knownActions,l=a[a.length-1],c=e._byClipCacheIndex;l._byClipCacheIndex=c,a[c]=l,a.pop(),e._byClipCacheIndex=null,delete o.actionByRoot[(e._localRoot||this._root).uuid],0===a.length&&delete s[r],this._removeInactiveBindingsForAction(e)}_removeInactiveBindingsForAction(e){const t=e._propertyBindings;for(let e=0,n=t.length;e!==n;++e){const n=t[e];0==--n.referenceCount&&this._removeInactiveBinding(n)}}_lendAction(e){const t=this._actions,n=e._cacheIndex,i=this._nActiveActions++,r=t[i];e._cacheIndex=i,t[i]=e,r._cacheIndex=n,t[n]=r}_takeBackAction(e){const t=this._actions,n=e._cacheIndex,i=--this._nActiveActions,r=t[i];e._cacheIndex=i,t[i]=e,r._cacheIndex=n,t[n]=r}_addInactiveBinding(e,t,n){const i=this._bindingsByRootAndName,r=this._bindings;let s=i[t];void 0===s&&(s={},i[t]=s),s[n]=e,e._cacheIndex=r.length,r.push(e)}_removeInactiveBinding(e){const t=this._bindings,n=e.binding,i=n.rootNode.uuid,r=n.path,s=this._bindingsByRootAndName,o=s[i],a=t[t.length-1],l=e._cacheIndex;a._cacheIndex=l,t[l]=a,t.pop(),delete o[r],0===Object.keys(o).length&&delete s[i]}_lendBinding(e){const t=this._bindings,n=e._cacheIndex,i=this._nActiveBindings++,r=t[i];e._cacheIndex=i,t[i]=e,r._cacheIndex=n,t[n]=r}_takeBackBinding(e){const t=this._bindings,n=e._cacheIndex,i=--this._nActiveBindings,r=t[i];e._cacheIndex=i,t[i]=e,r._cacheIndex=n,t[n]=r}_lendControlInterpolant(){const e=this._controlInterpolants,t=this._nActiveControlInterpolants++;let n=e[t];return void 0===n&&(n=new uu(new Float32Array(2),new Float32Array(2),1,Hd),n.__cacheIndex=t,e[t]=n),n}_takeBackControlInterpolant(e){const t=this._controlInterpolants,n=e.__cacheIndex,i=--this._nActiveControlInterpolants,r=t[i];e.__cacheIndex=i,t[i]=e,r.__cacheIndex=n,t[n]=r}clipAction(e,t,n){const i=t||this._root,r=i.uuid;let s=\"string\"==typeof e?bu.findByName(i,e):e;const o=null!==s?s.uuid:e,a=this._actionsByClip[o];let l=null;if(void 0===n&&(n=null!==s?s.blendMode:It),void 0!==a){const e=a.actionByRoot[r];if(void 0!==e&&e.blendMode===n)return e;l=a.knownActions[0],null===s&&(s=l._clip)}if(null===s)return null;const c=new zd(this,s,t,n);return this._bindAction(c,l),this._addInactiveAction(c,o,r),c}existingAction(e,t){const n=t||this._root,i=n.uuid,r=\"string\"==typeof e?bu.findByName(n,e):e,s=r?r.uuid:e,o=this._actionsByClip[s];return void 0!==o&&o.actionByRoot[i]||null}stopAllAction(){const e=this._actions;for(let t=this._nActiveActions-1;t>=0;--t)e[t].stop();return this}update(e){e*=this.timeScale;const t=this._actions,n=this._nActiveActions,i=this.time+=e,r=Math.sign(e),s=this._accuIndex^=1;for(let o=0;o!==n;++o)t[o]._update(i,e,r,s);const o=this._bindings,a=this._nActiveBindings;for(let e=0;e!==a;++e)o[e].apply(s);return this}setTime(e){this.time=0;for(let e=0;e\u003Cthis._actions.length;e++)this._actions[e].time=0;return this.update(e)}getRoot(){return this._root}uncacheClip(e){const t=this._actions,n=e.uuid,i=this._actionsByClip,r=i[n];if(void 0!==r){const e=r.knownActions;for(let n=0,i=e.length;n!==i;++n){const i=e[n];this._deactivateAction(i);const r=i._cacheIndex,s=t[t.length-1];i._cacheIndex=null,i._byClipCacheIndex=null,s._cacheIndex=r,t[r]=s,t.pop(),this._removeInactiveBindingsForAction(i)}delete i[n]}}uncacheRoot(e){const t=e.uuid,n=this._actionsByClip;for(const e in n){const i=n[e].actionByRoot[t];void 0!==i&&(this._deactivateAction(i),this._removeInactiveAction(i))}const i=this._bindingsByRootAndName[t];if(void 0!==i)for(const e in i){const t=i[e];t.restoreOriginalState(),this._removeInactiveBinding(t)}}uncacheAction(e,t){const n=this.existingAction(e,t);null!==n&&(this._deactivateAction(n),this._removeInactiveAction(n))}}class Wd{constructor(e){this.value=e}clone(){return new Wd(void 0===this.value.clone?this.value:this.value.clone())}}let jd=0;class qd extends mn{constructor(){super(),this.isUniformsGroup=!0,Object.defineProperty(this,\"id\",{value:jd++}),this.name=\"\",this.usage=rn,this.uniforms=[]}add(e){return this.uniforms.push(e),this}remove(e){const t=this.uniforms.indexOf(e);return-1!==t&&this.uniforms.splice(t,1),this}setName(e){return this.name=e,this}setUsage(e){return this.usage=e,this}dispose(){return this.dispatchEvent({type:\"dispose\"}),this}copy(e){this.name=e.name,this.usage=e.usage;const t=e.uniforms;this.uniforms.length=0;for(let e=0,n=t.length;e\u003Cn;e++)this.uniforms.push(t[e].clone());return this}clone(){return(new this.constructor).copy(this)}}class Yd extends fl{constructor(e,t,n=1){super(e,t),this.isInstancedInterleavedBuffer=!0,this.meshPerAttribute=n}copy(e){return super.copy(e),this.meshPerAttribute=e.meshPerAttribute,this}clone(e){const t=super.clone(e);return t.meshPerAttribute=this.meshPerAttribute,t}toJSON(e){const t=super.toJSON(e);return t.isInstancedInterleavedBuffer=!0,t.meshPerAttribute=this.meshPerAttribute,t}}class Xd{constructor(e,t,n,i,r){this.isGLBufferAttribute=!0,this.buffer=e,this.type=t,this.itemSize=n,this.elementSize=i,this.count=r,this.version=0}set needsUpdate(e){!0===e&&this.version++}setBuffer(e){return this.buffer=e,this}setType(e,t){return this.type=e,this.elementSize=t,this}setItemSize(e){return this.itemSize=e,this}setCount(e){return this.count=e,this}}class Jd{constructor(e,t,n=0,i=1/0){this.ray=new Qi(e,t),this.near=n,this.far=i,this.camera=null,this.layers=new Ji,this.params={Mesh:{},Line:{threshold:1},LOD:{},Points:{threshold:1},Sprite:{}}}set(e,t){this.ray.set(e,t)}setFromCamera(e,t){t.isPerspectiveCamera?(this.ray.origin.setFromMatrixPosition(t.matrixWorld),this.ray.direction.set(e.x,e.y,.5).unproject(t).sub(this.ray.origin).normalize(),this.camera=t):t.isOrthographicCamera?(this.ray.origin.set(e.x,e.y,(t.near+t.far)/(t.near-t.far)).unproject(t),this.ray.direction.set(0,0,-1).transformDirection(t.matrixWorld),this.camera=t):console.error(\"THREE.Raycaster: Unsupported camera type: \"+t.type)}intersectObject(e,t=!0,n=[]){return Zd(e,this,n,t),n.sort(Kd),n}intersectObjects(e,t=!0,n=[]){for(let i=0,r=e.length;i\u003Cr;i++)Zd(e[i],this,n,t);return n.sort(Kd),n}}function Kd(e,t){return e.distance-t.distance}function Zd(e,t,n,i){if(e.layers.test(t.layers)&&e.raycast(t,n),!0===i){const i=e.children;for(let e=0,r=i.length;e\u003Cr;e++)Zd(i[e],t,n,!0)}}class $d{constructor(e=1,t=0,n=0){return this.radius=e,this.phi=t,this.theta=n,this}set(e,t,n){return this.radius=e,this.phi=t,this.theta=n,this}copy(e){return this.radius=e.radius,this.phi=e.phi,this.theta=e.theta,this}makeSafe(){const e=1e-6;return this.phi=Math.max(e,Math.min(Math.PI-e,this.phi)),this}setFromVector3(e){return this.setFromCartesianCoords(e.x,e.y,e.z)}setFromCartesianCoords(e,t,n){return this.radius=Math.sqrt(e*e+t*t+n*n),0===this.radius?(this.theta=0,this.phi=0):(this.theta=Math.atan2(e,n),this.phi=Math.acos(xn(t/this.radius,-1,1))),this}clone(){return(new this.constructor).copy(this)}}class ep{constructor(e=1,t=0,n=0){return this.radius=e,this.theta=t,this.y=n,this}set(e,t,n){return this.radius=e,this.theta=t,this.y=n,this}copy(e){return this.radius=e.radius,this.theta=e.theta,this.y=e.y,this}setFromVector3(e){return this.setFromCartesianCoords(e.x,e.y,e.z)}setFromCartesianCoords(e,t,n){return this.radius=Math.sqrt(e*e+n*n),this.theta=Math.atan2(e,n),this.y=t,this}clone(){return(new this.constructor).copy(this)}}const tp=new Ln;class np{constructor(e=new Ln(1/0,1/0),t=new Ln(-1/0,-1/0)){this.isBox2=!0,this.min=e,this.max=t}set(e,t){return this.min.copy(e),this.max.copy(t),this}setFromPoints(e){this.makeEmpty();for(let t=0,n=e.length;t\u003Cn;t++)this.expandByPoint(e[t]);return this}setFromCenterAndSize(e,t){const n=tp.copy(t).multiplyScalar(.5);return this.min.copy(e).sub(n),this.max.copy(e).add(n),this}clone(){return(new this.constructor).copy(this)}copy(e){return this.min.copy(e.min),this.max.copy(e.max),this}makeEmpty(){return this.min.x=this.min.y=1/0,this.max.x=this.max.y=-1/0,this}isEmpty(){return this.max.x\u003Cthis.min.x||this.max.y\u003Cthis.min.y}getCenter(e){return this.isEmpty()?e.set(0,0):e.addVectors(this.min,this.max).multiplyScalar(.5)}getSize(e){return this.isEmpty()?e.set(0,0):e.subVectors(this.max,this.min)}expandByPoint(e){return this.min.min(e),this.max.max(e),this}expandByVector(e){return this.min.sub(e),this.max.add(e),this}expandByScalar(e){return this.min.addScalar(-e),this.max.addScalar(e),this}containsPoint(e){return!(e.x\u003Cthis.min.x||e.x>this.max.x||e.y\u003Cthis.min.y||e.y>this.max.y)}containsBox(e){return this.min.x\u003C=e.min.x&&e.max.x\u003C=this.max.x&&this.min.y\u003C=e.min.y&&e.max.y\u003C=this.max.y}getParameter(e,t){return t.set((e.x-this.min.x)/(this.max.x-this.min.x),(e.y-this.min.y)/(this.max.y-this.min.y))}intersectsBox(e){return!(e.max.x\u003Cthis.min.x||e.min.x>this.max.x||e.max.y\u003Cthis.min.y||e.min.y>this.max.y)}clampPoint(e,t){return t.copy(e).clamp(this.min,this.max)}distanceToPoint(e){return tp.copy(e).clamp(this.min,this.max).sub(e).length()}intersect(e){return this.min.max(e.min),this.max.min(e.max),this}union(e){return this.min.min(e.min),this.max.max(e.max),this}translate(e){return this.min.add(e),this.max.add(e),this}equals(e){return e.min.equals(this.min)&&e.max.equals(this.max)}}const ip=new ci,rp=new ci;class sp{constructor(e=new ci,t=new ci){this.start=e,this.end=t}set(e,t){return this.start.copy(e),this.end.copy(t),this}copy(e){return this.start.copy(e.start),this.end.copy(e.end),this}getCenter(e){return e.addVectors(this.start,this.end).multiplyScalar(.5)}delta(e){return e.subVectors(this.end,this.start)}distanceSq(){return this.start.distanceToSquared(this.end)}distance(){return this.start.distanceTo(this.end)}at(e,t){return this.delta(t).multiplyScalar(e).add(this.start)}closestPointToPointParameter(e,t){ip.subVectors(e,this.start),rp.subVectors(this.end,this.start);const n=rp.dot(rp);let i=rp.dot(ip)/n;return t&&(i=xn(i,0,1)),i}closestPointToPoint(e,t,n){const i=this.closestPointToPointParameter(e,t);return this.delta(n).multiplyScalar(i).add(this.start)}applyMatrix4(e){return this.start.applyMatrix4(e),this.end.applyMatrix4(e),this}equals(e){return e.start.equals(this.start)&&e.end.equals(this.end)}clone(){return(new this.constructor).copy(this)}}const op=new ci;class ap extends hr{constructor(e,t){super(),this.light=e,this.matrix=e.matrixWorld,this.matrixAutoUpdate=!1,this.color=t,this.type=\"SpotLightHelper\";const n=new Wr,i=[0,0,0,0,0,1,0,0,0,1,0,1,0,0,0,-1,0,1,0,0,0,0,1,1,0,0,0,0,-1,1];for(let e=0,t=1,n=32;e\u003Cn;e++,t++){const r=e/n*Math.PI*2,s=t/n*Math.PI*2;i.push(Math.cos(r),Math.sin(r),1,Math.cos(s),Math.sin(s),1)}n.setAttribute(\"position\",new Fr(i,3));const r=new tc({fog:!1,toneMapped:!1});this.cone=new hc(n,r),this.add(this.cone),this.update()}dispose(){this.cone.geometry.dispose(),this.cone.material.dispose()}update(){this.light.updateWorldMatrix(!0,!1),this.light.target.updateWorldMatrix(!0,!1);const e=this.light.distance?this.light.distance:1e3,t=e*Math.tan(this.light.angle);this.cone.scale.set(t,t,e),op.setFromMatrixPosition(this.light.target.matrixWorld),this.cone.lookAt(op),void 0!==this.color?this.cone.material.color.set(this.color):this.cone.material.color.copy(this.light.color)}}const lp=new ci,cp=new Ui,hp=new Ui;class up extends hc{constructor(e){const t=dp(e),n=new Wr,i=[],r=[],s=new Yn(0,0,1),o=new Yn(0,1,0);for(let e=0;e\u003Ct.length;e++){const n=t[e];n.parent&&n.parent.isBone&&(i.push(0,0,0),i.push(0,0,0),r.push(s.r,s.g,s.b),r.push(o.r,o.g,o.b))}n.setAttribute(\"position\",new Fr(i,3)),n.setAttribute(\"color\",new Fr(r,3)),super(n,new tc({vertexColors:!0,depthTest:!1,depthWrite:!1,toneMapped:!1,transparent:!0})),this.isSkeletonHelper=!0,this.type=\"SkeletonHelper\",this.root=e,this.bones=t,this.matrix=e.matrixWorld,this.matrixAutoUpdate=!1}updateMatrixWorld(e){const t=this.bones,n=this.geometry,i=n.getAttribute(\"position\");hp.copy(this.root.matrixWorld).invert();for(let e=0,n=0;e\u003Ct.length;e++){const r=t[e];r.parent&&r.parent.isBone&&(cp.multiplyMatrices(hp,r.matrixWorld),lp.setFromMatrixPosition(cp),i.setXYZ(n,lp.x,lp.y,lp.z),cp.multiplyMatrices(hp,r.parent.matrixWorld),lp.setFromMatrixPosition(cp),i.setXYZ(n+1,lp.x,lp.y,lp.z),n+=2)}n.getAttribute(\"position\").needsUpdate=!0,super.updateMatrixWorld(e)}dispose(){this.geometry.dispose(),this.material.dispose()}}function dp(e){const t=[];!0===e.isBone&&t.push(e);for(let n=0;n\u003Ce.children.length;n++)t.push.apply(t,dp(e.children[n]));return t}class pp extends cs{constructor(e,t,n){super(new Qh(t,4,2),new Cr({wireframe:!0,fog:!1,toneMapped:!1})),this.light=e,this.color=n,this.type=\"PointLightHelper\",this.matrix=this.light.matrixWorld,this.matrixAutoUpdate=!1,this.update()}dispose(){this.geometry.dispose(),this.material.dispose()}update(){this.light.updateWorldMatrix(!0,!1),void 0!==this.color?this.material.color.set(this.color):this.material.color.copy(this.light.color)}}const Ap=new ci,fp=new Yn,mp=new Yn;class gp extends hr{constructor(e,t,n){super(),this.light=e,this.matrix=e.matrixWorld,this.matrixAutoUpdate=!1,this.color=n,this.type=\"HemisphereLightHelper\";const i=new kh(t);i.rotateY(.5*Math.PI),this.material=new Cr({wireframe:!0,fog:!1,toneMapped:!1}),void 0===this.color&&(this.material.vertexColors=!0);const r=i.getAttribute(\"position\"),s=new Float32Array(3*r.count);i.setAttribute(\"color\",new Ir(s,3)),this.add(new cs(i,this.material)),this.update()}dispose(){this.children[0].geometry.dispose(),this.children[0].material.dispose()}update(){const e=this.children[0];if(void 0!==this.color)this.material.color.set(this.color);else{const t=e.geometry.getAttribute(\"color\");fp.copy(this.light.color),mp.copy(this.light.groundColor);for(let e=0,n=t.count;e\u003Cn;e++){const i=e\u003Cn/2?fp:mp;t.setXYZ(e,i.r,i.g,i.b)}t.needsUpdate=!0}this.light.updateWorldMatrix(!0,!1),e.lookAt(Ap.setFromMatrixPosition(this.light.matrixWorld).negate())}}class vp extends hc{constructor(e=10,t=10,n=4473924,i=8947848){n=new Yn(n),i=new Yn(i);const r=t/2,s=e/t,o=e/2,a=[],l=[];for(let e=0,c=0,h=-o;e\u003C=t;e++,h+=s){a.push(-o,0,h,o,0,h),a.push(h,0,-o,h,0,o);const t=e===r?n:i;t.toArray(l,c),c+=3,t.toArray(l,c),c+=3,t.toArray(l,c),c+=3,t.toArray(l,c),c+=3}const c=new Wr;c.setAttribute(\"position\",new Fr(a,3)),c.setAttribute(\"color\",new Fr(l,3)),super(c,new tc({vertexColors:!0,toneMapped:!1})),this.type=\"GridHelper\"}dispose(){this.geometry.dispose(),this.material.dispose()}}class yp extends hc{constructor(e=10,t=16,n=8,i=64,r=4473924,s=8947848){r=new Yn(r),s=new Yn(s);const o=[],a=[];if(t>1)for(let n=0;n\u003Ct;n++){const i=n/t*(2*Math.PI),l=Math.sin(i)*e,c=Math.cos(i)*e;o.push(0,0,0),o.push(l,0,c);const h=1&n?r:s;a.push(h.r,h.g,h.b),a.push(h.r,h.g,h.b)}for(let t=0;t\u003Cn;t++){const l=1&t?r:s,c=e-e/n*t;for(let e=0;e\u003Ci;e++){let t=e/i*(2*Math.PI),n=Math.sin(t)*c,r=Math.cos(t)*c;o.push(n,0,r),a.push(l.r,l.g,l.b),t=(e+1)/i*(2*Math.PI),n=Math.sin(t)*c,r=Math.cos(t)*c,o.push(n,0,r),a.push(l.r,l.g,l.b)}}const l=new Wr;l.setAttribute(\"position\",new Fr(o,3)),l.setAttribute(\"color\",new Fr(a,3)),super(l,new tc({vertexColors:!0,toneMapped:!1})),this.type=\"PolarGridHelper\"}dispose(){this.geometry.dispose(),this.material.dispose()}}const Ep=new ci,bp=new ci,xp=new ci;class wp extends hr{constructor(e,t,n){super(),this.light=e,this.matrix=e.matrixWorld,this.matrixAutoUpdate=!1,this.color=n,this.type=\"DirectionalLightHelper\",void 0===t&&(t=1);let i=new Wr;i.setAttribute(\"position\",new Fr([-t,t,0,t,t,0,t,-t,0,-t,-t,0,-t,t,0],3));const r=new tc({fog:!1,toneMapped:!1});this.lightPlane=new ac(i,r),this.add(this.lightPlane),i=new Wr,i.setAttribute(\"position\",new Fr([0,0,0,0,0,1],3)),this.targetLine=new ac(i,r),this.add(this.targetLine),this.update()}dispose(){this.lightPlane.geometry.dispose(),this.lightPlane.material.dispose(),this.targetLine.geometry.dispose(),this.targetLine.material.dispose()}update(){this.light.updateWorldMatrix(!0,!1),this.light.target.updateWorldMatrix(!0,!1),Ep.setFromMatrixPosition(this.light.matrixWorld),bp.setFromMatrixPosition(this.light.target.matrixWorld),xp.subVectors(bp,Ep),this.lightPlane.lookAt(bp),void 0!==this.color?(this.lightPlane.material.color.set(this.color),this.targetLine.material.color.set(this.color)):(this.lightPlane.material.color.copy(this.light.color),this.targetLine.material.color.copy(this.light.color)),this.targetLine.lookAt(bp),this.targetLine.scale.z=xp.length()}}const Cp=new ci,Mp=new gs;class _p extends hc{constructor(e){const t=new Wr,n=new tc({color:16777215,vertexColors:!0,toneMapped:!1}),i=[],r=[],s={};function o(e,t){a(e),a(t)}function a(e){i.push(0,0,0),r.push(0,0,0),void 0===s[e]&&(s[e]=[]),s[e].push(i.length/3-1)}o(\"n1\",\"n2\"),o(\"n2\",\"n4\"),o(\"n4\",\"n3\"),o(\"n3\",\"n1\"),o(\"f1\",\"f2\"),o(\"f2\",\"f4\"),o(\"f4\",\"f3\"),o(\"f3\",\"f1\"),o(\"n1\",\"f1\"),o(\"n2\",\"f2\"),o(\"n3\",\"f3\"),o(\"n4\",\"f4\"),o(\"p\",\"n1\"),o(\"p\",\"n2\"),o(\"p\",\"n3\"),o(\"p\",\"n4\"),o(\"u1\",\"u2\"),o(\"u2\",\"u3\"),o(\"u3\",\"u1\"),o(\"c\",\"t\"),o(\"p\",\"c\"),o(\"cn1\",\"cn2\"),o(\"cn3\",\"cn4\"),o(\"cf1\",\"cf2\"),o(\"cf3\",\"cf4\"),t.setAttribute(\"position\",new Fr(i,3)),t.setAttribute(\"color\",new Fr(r,3)),super(t,n),this.type=\"CameraHelper\",this.camera=e,this.camera.updateProjectionMatrix&&this.camera.updateProjectionMatrix(),this.matrix=e.matrixWorld,this.matrixAutoUpdate=!1,this.pointMap=s,this.update();const l=new Yn(16755200),c=new Yn(16711680),h=new Yn(43775),u=new Yn(16777215),d=new Yn(3355443);this.setColors(l,c,h,u,d)}setColors(e,t,n,i,r){const s=this.geometry.getAttribute(\"color\");s.setXYZ(0,e.r,e.g,e.b),s.setXYZ(1,e.r,e.g,e.b),s.setXYZ(2,e.r,e.g,e.b),s.setXYZ(3,e.r,e.g,e.b),s.setXYZ(4,e.r,e.g,e.b),s.setXYZ(5,e.r,e.g,e.b),s.setXYZ(6,e.r,e.g,e.b),s.setXYZ(7,e.r,e.g,e.b),s.setXYZ(8,e.r,e.g,e.b),s.setXYZ(9,e.r,e.g,e.b),s.setXYZ(10,e.r,e.g,e.b),s.setXYZ(11,e.r,e.g,e.b),s.setXYZ(12,e.r,e.g,e.b),s.setXYZ(13,e.r,e.g,e.b),s.setXYZ(14,e.r,e.g,e.b),s.setXYZ(15,e.r,e.g,e.b),s.setXYZ(16,e.r,e.g,e.b),s.setXYZ(17,e.r,e.g,e.b),s.setXYZ(18,e.r,e.g,e.b),s.setXYZ(19,e.r,e.g,e.b),s.setXYZ(20,e.r,e.g,e.b),s.setXYZ(21,e.r,e.g,e.b),s.setXYZ(22,e.r,e.g,e.b),s.setXYZ(23,e.r,e.g,e.b),s.setXYZ(24,t.r,t.g,t.b),s.setXYZ(25,t.r,t.g,t.b),s.setXYZ(26,t.r,t.g,t.b),s.setXYZ(27,t.r,t.g,t.b),s.setXYZ(28,t.r,t.g,t.b),s.setXYZ(29,t.r,t.g,t.b),s.setXYZ(30,t.r,t.g,t.b),s.setXYZ(31,t.r,t.g,t.b),s.setXYZ(32,n.r,n.g,n.b),s.setXYZ(33,n.r,n.g,n.b),s.setXYZ(34,n.r,n.g,n.b),s.setXYZ(35,n.r,n.g,n.b),s.setXYZ(36,n.r,n.g,n.b),s.setXYZ(37,n.r,n.g,n.b),s.setXYZ(38,i.r,i.g,i.b),s.setXYZ(39,i.r,i.g,i.b),s.setXYZ(40,r.r,r.g,r.b),s.setXYZ(41,r.r,r.g,r.b),s.setXYZ(42,r.r,r.g,r.b),s.setXYZ(43,r.r,r.g,r.b),s.setXYZ(44,r.r,r.g,r.b),s.setXYZ(45,r.r,r.g,r.b),s.setXYZ(46,r.r,r.g,r.b),s.setXYZ(47,r.r,r.g,r.b),s.setXYZ(48,r.r,r.g,r.b),s.setXYZ(49,r.r,r.g,r.b),s.needsUpdate=!0}update(){const e=this.geometry,t=this.pointMap;Mp.projectionMatrixInverse.copy(this.camera.projectionMatrixInverse),Ip(\"c\",t,e,Mp,0,0,-1),Ip(\"t\",t,e,Mp,0,0,1),Ip(\"n1\",t,e,Mp,-1,-1,-1),Ip(\"n2\",t,e,Mp,1,-1,-1),Ip(\"n3\",t,e,Mp,-1,1,-1),Ip(\"n4\",t,e,Mp,1,1,-1),Ip(\"f1\",t,e,Mp,-1,-1,1),Ip(\"f2\",t,e,Mp,1,-1,1),Ip(\"f3\",t,e,Mp,-1,1,1),Ip(\"f4\",t,e,Mp,1,1,1),Ip(\"u1\",t,e,Mp,.7,1.1,-1),Ip(\"u2\",t,e,Mp,-.7,1.1,-1),Ip(\"u3\",t,e,Mp,0,2,-1),Ip(\"cf1\",t,e,Mp,-1,0,1),Ip(\"cf2\",t,e,Mp,1,0,1),Ip(\"cf3\",t,e,Mp,0,-1,1),Ip(\"cf4\",t,e,Mp,0,1,1),Ip(\"cn1\",t,e,Mp,-1,0,-1),Ip(\"cn2\",t,e,Mp,1,0,-1),Ip(\"cn3\",t,e,Mp,0,-1,-1),Ip(\"cn4\",t,e,Mp,0,1,-1),e.getAttribute(\"position\").needsUpdate=!0}dispose(){this.geometry.dispose(),this.material.dispose()}}function Ip(e,t,n,i,r,s,o){Cp.set(r,s,o).unproject(i);const a=t[e];if(void 0!==a){const e=n.getAttribute(\"position\");for(let t=0,n=a.length;t\u003Cn;t++)e.setXYZ(a[t],Cp.x,Cp.y,Cp.z)}}const Bp=new di;class Sp extends hc{constructor(e,t=16776960){const n=new Uint16Array([0,1,1,2,2,3,3,0,4,5,5,6,6,7,7,4,0,4,1,5,2,6,3,7]),i=new Float32Array(24),r=new Wr;r.setIndex(new Ir(n,1)),r.setAttribute(\"position\",new Ir(i,3)),super(r,new tc({color:t,toneMapped:!1})),this.object=e,this.type=\"BoxHelper\",this.matrixAutoUpdate=!1,this.update()}update(e){if(void 0!==e&&console.warn(\"THREE.BoxHelper: .update() has no longer arguments.\"),void 0!==this.object&&Bp.setFromObject(this.object),Bp.isEmpty())return;const t=Bp.min,n=Bp.max,i=this.geometry.attributes.position,r=i.array;r[0]=n.x,r[1]=n.y,r[2]=n.z,r[3]=t.x,r[4]=n.y,r[5]=n.z,r[6]=t.x,r[7]=t.y,r[8]=n.z,r[9]=n.x,r[10]=t.y,r[11]=n.z,r[12]=n.x,r[13]=n.y,r[14]=t.z,r[15]=t.x,r[16]=n.y,r[17]=t.z,r[18]=t.x,r[19]=t.y,r[20]=t.z,r[21]=n.x,r[22]=t.y,r[23]=t.z,i.needsUpdate=!0,this.geometry.computeBoundingSphere()}setFromObject(e){return this.object=e,this.update(),this}copy(e,t){return super.copy(e,t),this.object=e.object,this}dispose(){this.geometry.dispose(),this.material.dispose()}}class Tp extends hc{constructor(e,t=16776960){const n=new Uint16Array([0,1,1,2,2,3,3,0,4,5,5,6,6,7,7,4,0,4,1,5,2,6,3,7]),i=new Wr;i.setIndex(new Ir(n,1)),i.setAttribute(\"position\",new Fr([1,1,1,-1,1,1,-1,-1,1,1,-1,1,1,1,-1,-1,1,-1,-1,-1,-1,1,-1,-1],3)),super(i,new tc({color:t,toneMapped:!1})),this.box=e,this.type=\"Box3Helper\",this.geometry.computeBoundingSphere()}updateMatrixWorld(e){const t=this.box;t.isEmpty()||(t.getCenter(this.position),t.getSize(this.scale),this.scale.multiplyScalar(.5),super.updateMatrixWorld(e))}dispose(){this.geometry.dispose(),this.material.dispose()}}class Lp extends ac{constructor(e,t=1,n=16776960){const i=n,r=new Wr;r.setAttribute(\"position\",new Fr([1,-1,0,-1,1,0,-1,-1,0,1,1,0,-1,1,0,-1,-1,0,1,-1,0,1,1,0],3)),r.computeBoundingSphere(),super(r,new tc({color:i,toneMapped:!1})),this.type=\"PlaneHelper\",this.plane=e,this.size=t;const s=new Wr;s.setAttribute(\"position\",new Fr([1,1,0,-1,1,0,-1,-1,0,1,1,0,-1,-1,0,1,-1,0],3)),s.computeBoundingSphere(),this.add(new cs(s,new Cr({color:i,opacity:.2,transparent:!0,depthWrite:!1,toneMapped:!1})))}updateMatrixWorld(e){this.position.set(0,0,0),this.scale.set(.5*this.size,.5*this.size,1),this.lookAt(this.plane.normal),this.translateZ(-this.plane.constant),super.updateMatrixWorld(e)}dispose(){this.geometry.dispose(),this.material.dispose(),this.children[0].geometry.dispose(),this.children[0].material.dispose()}}const Dp=new ci;let Rp,Pp;class kp extends hr{constructor(e=new ci(0,0,1),t=new ci(0,0,0),n=1,i=16776960,r=.2*n,s=.2*r){super(),this.type=\"ArrowHelper\",void 0===Rp&&(Rp=new Wr,Rp.setAttribute(\"position\",new Fr([0,0,0,0,1,0],3)),Pp=new Xc(0,.5,1,5,1),Pp.translate(0,-.5,0)),this.position.copy(t),this.line=new ac(Rp,new tc({color:i,toneMapped:!1})),this.line.matrixAutoUpdate=!1,this.add(this.line),this.cone=new cs(Pp,new Cr({color:i,toneMapped:!1})),this.cone.matrixAutoUpdate=!1,this.add(this.cone),this.setDirection(e),this.setLength(n,r,s)}setDirection(e){if(e.y>.99999)this.quaternion.set(0,0,0,1);else if(e.y\u003C-.99999)this.quaternion.set(1,0,0,0);else{Dp.set(e.z,0,-e.x).normalize();const t=Math.acos(e.y);this.quaternion.setFromAxisAngle(Dp,t)}}setLength(e,t=.2*e,n=.2*t){this.line.scale.set(1,Math.max(1e-4,e-t),1),this.line.updateMatrix(),this.cone.scale.set(n,t,n),this.cone.position.y=e,this.cone.updateMatrix()}setColor(e){this.line.material.color.set(e),this.cone.material.color.set(e)}copy(e){return super.copy(e,!1),this.line.copy(e.line),this.cone.copy(e.cone),this}dispose(){this.line.geometry.dispose(),this.line.material.dispose(),this.cone.geometry.dispose(),this.cone.material.dispose()}}class Fp extends hc{constructor(e=1){const t=[0,0,0,e,0,0,0,0,0,0,e,0,0,0,0,0,0,e],n=new Wr;n.setAttribute(\"position\",new Fr(t,3)),n.setAttribute(\"color\",new Fr([1,0,0,1,.6,0,0,1,0,.6,1,0,0,0,1,0,.6,1],3)),super(n,new tc({vertexColors:!0,toneMapped:!1})),this.type=\"AxesHelper\"}setColors(e,t,n){const i=new Yn,r=this.geometry.attributes.color.array;return i.set(e),i.toArray(r,0),i.toArray(r,3),i.set(t),i.toArray(r,6),i.toArray(r,9),i.set(n),i.toArray(r,12),i.toArray(r,15),this.geometry.attributes.color.needsUpdate=!0,this}dispose(){this.geometry.dispose(),this.material.dispose()}}class Op{constructor(){this.type=\"ShapePath\",this.color=new Yn,this.subPaths=[],this.currentPath=null}moveTo(e,t){return this.currentPath=new Wc,this.subPaths.push(this.currentPath),this.currentPath.moveTo(e,t),this}lineTo(e,t){return this.currentPath.lineTo(e,t),this}quadraticCurveTo(e,t,n,i){return this.currentPath.quadraticCurveTo(e,t,n,i),this}bezierCurveTo(e,t,n,i,r,s){return this.currentPath.bezierCurveTo(e,t,n,i,r,s),this}splineThru(e){return this.currentPath.splineThru(e),this}toShapes(e){function t(e,t){const n=t.length;let i=!1;for(let r=n-1,s=0;s\u003Cn;r=s++){let n=t[r],o=t[s],a=o.x-n.x,l=o.y-n.y;if(Math.abs(l)>Number.EPSILON){if(l\u003C0&&(n=t[s],a=-a,o=t[r],l=-l),e.y\u003Cn.y||e.y>o.y)continue;if(e.y===n.y){if(e.x===n.x)return!0}else{const t=l*(e.x-n.x)-a*(e.y-n.y);if(0===t)return!0;if(t\u003C0)continue;i=!i}}else{if(e.y!==n.y)continue;if(o.x\u003C=e.x&&e.x\u003C=n.x||n.x\u003C=e.x&&e.x\u003C=o.x)return!0}}return i}const n=Sh.isClockWise,i=this.subPaths;if(0===i.length)return[];let r,s,o;const a=[];if(1===i.length)return s=i[0],o=new rh,o.curves=s.curves,a.push(o),a;let l=!n(i[0].getPoints());l=e?!l:l;const c=[],h=[];let u,d,p=[],A=0;h[A]=void 0,p[A]=[];for(let t=0,o=i.length;t\u003Co;t++)s=i[t],u=s.getPoints(),r=n(u),r=e?!r:r,r?(!l&&h[A]&&A++,h[A]={s:new rh,p:u},h[A].s.curves=s.curves,l&&A++,p[A]=[]):p[A].push({h:s,p:u[0]});if(!h[0])return function(e){const t=[];for(let n=0,i=e.length;n\u003Ci;n++){const i=e[n],r=new rh;r.curves=i.curves,t.push(r)}return t}(i);if(h.length>1){let e=!1,n=0;for(let e=0,t=h.length;e\u003Ct;e++)c[e]=[];for(let i=0,r=h.length;i\u003Cr;i++){const r=p[i];for(let s=0;s\u003Cr.length;s++){const o=r[s];let a=!0;for(let r=0;r\u003Ch.length;r++)t(o.p,h[r].p)&&(i!==r&&n++,a?(a=!1,c[r].push(o)):e=!0);a&&c[i].push(o)}}n>0&&!1===e&&(p=c)}for(let e=0,t=h.length;e\u003Ct;e++){o=h[e].s,a.push(o),d=p[e];for(let e=0,t=d.length;e\u003Ct;e++)o.holes.push(d[e].h)}return a}}const Qp=Up();function Up(){const e=new ArrayBuffer(4),t=new Float32Array(e),n=new Uint32Array(e),i=new Uint32Array(512),r=new Uint32Array(512);for(let e=0;e\u003C256;++e){const t=e-127;t\u003C-27?(i[e]=0,i[256|e]=32768,r[e]=24,r[256|e]=24):t\u003C-14?(i[e]=1024>>-t-14,i[256|e]=1024>>-t-14|32768,r[e]=-t-1,r[256|e]=-t-1):t\u003C=15?(i[e]=t+15\u003C\u003C10,i[256|e]=t+15\u003C\u003C10|32768,r[e]=13,r[256|e]=13):t\u003C128?(i[e]=31744,i[256|e]=64512,r[e]=24,r[256|e]=24):(i[e]=31744,i[256|e]=64512,r[e]=13,r[256|e]=13)}const s=new Uint32Array(2048),o=new Uint32Array(64),a=new Uint32Array(64);for(let e=1;e\u003C1024;++e){let t=e\u003C\u003C13,n=0;for(;0==(8388608&t);)t\u003C\u003C=1,n-=8388608;t&=-8388609,n+=947912704,s[e]=t|n}for(let e=1024;e\u003C2048;++e)s[e]=939524096+(e-1024\u003C\u003C13);for(let e=1;e\u003C31;++e)o[e]=e\u003C\u003C23;o[31]=1199570944,o[32]=2147483648;for(let e=33;e\u003C63;++e)o[e]=2147483648+(e-32\u003C\u003C23);o[63]=3347054592;for(let e=1;e\u003C64;++e)32!==e&&(a[e]=1024);return{floatView:t,uint32View:n,baseTable:i,shiftTable:r,mantissaTable:s,exponentTable:o,offsetTable:a}}var Np=Object.freeze({__proto__:null,toHalfFloat:function(e){Math.abs(e)>65504&&console.warn(\"THREE.DataUtils.toHalfFloat(): Value out of range.\"),e=xn(e,-65504,65504),Qp.floatView[0]=e;const t=Qp.uint32View[0],n=t>>23&511;return Qp.baseTable[n]+((8388607&t)>>Qp.shiftTable[n])},fromHalfFloat:function(e){const t=e>>10;return Qp.uint32View[0]=Qp.mantissaTable[Qp.offsetTable[t]+(1023&e)]+Qp.exponentTable[t],Qp.floatView[0]}});function Gp(){console.error(\"THREE.ImmediateRenderObject has been removed.\")}class zp extends ni{constructor(e,t,n){console.error('THREE.WebGLMultisampleRenderTarget has been removed. Use a normal render target and set the \"samples\" property to greater 0 to enable multisampling.'),super(e,t,n),this.samples=4}}class Hp extends ii{constructor(e,t,n,i){console.warn(\"THREE.DataTexture2DArray has been renamed to DataArrayTexture.\"),super(e,t,n,i)}}class Vp extends si{constructor(e,t,n,i){console.warn(\"THREE.DataTexture3D has been renamed to Data3DTexture.\"),super(e,t,n,i)}}class Wp extends us{constructor(e,t,n,i,r,s){console.warn(\"THREE.BoxBufferGeometry has been renamed to THREE.BoxGeometry.\"),super(e,t,n,i,r,s)}}class jp extends qc{constructor(e,t,n,i){console.warn(\"THREE.CapsuleBufferGeometry has been renamed to THREE.CapsuleGeometry.\"),super(e,t,n,i)}}class qp extends Yc{constructor(e,t,n,i){console.warn(\"THREE.CircleBufferGeometry has been renamed to THREE.CircleGeometry.\"),super(e,t,n,i)}}class Yp extends Jc{constructor(e,t,n,i,r,s,o){console.warn(\"THREE.ConeBufferGeometry has been renamed to THREE.ConeGeometry.\"),super(e,t,n,i,r,s,o)}}class Xp extends Xc{constructor(e,t,n,i,r,s,o,a){console.warn(\"THREE.CylinderBufferGeometry has been renamed to THREE.CylinderGeometry.\"),super(e,t,n,i,r,s,o,a)}}class Jp extends Zc{constructor(e,t){console.warn(\"THREE.DodecahedronBufferGeometry has been renamed to THREE.DodecahedronGeometry.\"),super(e,t)}}class Kp extends Dh{constructor(e,t){console.warn(\"THREE.ExtrudeBufferGeometry has been renamed to THREE.ExtrudeGeometry.\"),super(e,t)}}class Zp extends Ph{constructor(e,t){console.warn(\"THREE.IcosahedronBufferGeometry has been renamed to THREE.IcosahedronGeometry.\"),super(e,t)}}class $p extends jc{constructor(e,t,n,i){console.warn(\"THREE.LatheBufferGeometry has been renamed to THREE.LatheGeometry.\"),super(e,t,n,i)}}class eA extends kh{constructor(e,t){console.warn(\"THREE.OctahedronBufferGeometry has been renamed to THREE.OctahedronGeometry.\"),super(e,t)}}class tA extends Ds{constructor(e,t,n,i){console.warn(\"THREE.PlaneBufferGeometry has been renamed to 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Gh{constructor(e,t,n,i,r,s){console.warn(\"THREE.TorusKnotBufferGeometry has been renamed to THREE.TorusKnotGeometry.\"),super(e,t,n,i,r,s)}}class cA extends zh{constructor(e,t,n,i,r){console.warn(\"THREE.TubeBufferGeometry has been renamed to THREE.TubeGeometry.\"),super(e,t,n,i,r)}}\"undefined\"!=typeof __THREE_DEVTOOLS__&&__THREE_DEVTOOLS__.dispatchEvent(new CustomEvent(\"register\",{detail:{revision:s}})),\"undefined\"!=typeof window&&(window.__THREE__?console.warn(\"WARNING: Multiple instances of Three.js being imported.\"):window.__THREE__=s);const hA=new WeakMap;function uA(){let e,t;function n(e,t,n,i,r,s){const o=s.num_components(),a=n.num_points()*o,l=a*r.BYTES_PER_ELEMENT,c=function(e,t){switch(t){case Float32Array:return e.DT_FLOAT32;case Int8Array:return e.DT_INT8;case Int16Array:return e.DT_INT16;case Int32Array:return e.DT_INT32;case Uint8Array:return e.DT_UINT8;case Uint16Array:return e.DT_UINT16;case Uint32Array:return e.DT_UINT32}}(e,r),h=e._malloc(l);t.GetAttributeDataArrayForAllPoints(n,s,c,l,h);const u=new r(e.HEAPF32.buffer,h,a).slice();return e._free(h),{name:i,array:u,itemSize:o}}onmessage=function(i){const r=i.data;switch(r.type){case\"init\":e=r.decoderConfig,t=new Promise((function(t){e.onModuleLoaded=function(e){t({draco:e})},DracoDecoderModule(e)}));break;case\"decode\":const i=r.buffer,s=r.taskConfig;t.then((e=>{const t=e.draco,o=new t.Decoder,a=new t.DecoderBuffer;a.Init(new Int8Array(i),i.byteLength);try{const e=function(e,t,i,r){const s=r.attributeIDs,o=r.attributeTypes;let a,l;const c=t.GetEncodedGeometryType(i);if(c===e.TRIANGULAR_MESH)a=new e.Mesh,l=t.DecodeBufferToMesh(i,a);else{if(c!==e.POINT_CLOUD)throw new Error(\"THREE.DRACOLoader: Unexpected geometry type.\");a=new e.PointCloud,l=t.DecodeBufferToPointCloud(i,a)}if(!l.ok()||0===a.ptr)throw new Error(\"THREE.DRACOLoader: Decoding failed: \"+l.error_msg());const h={index:null,attributes:[]};for(const i in s){const l=self[o[i]];let c,u;if(r.useUniqueIDs)u=s[i],c=t.GetAttributeByUniqueId(a,u);else{if(u=t.GetAttributeId(a,e[s[i]]),-1===u)continue;c=t.GetAttribute(a,u)}h.attributes.push(n(e,t,a,i,l,c))}return c===e.TRIANGULAR_MESH&&(h.index=function(e,t,n){const i=3*n.num_faces(),r=4*i,s=e._malloc(r);t.GetTrianglesUInt32Array(n,r,s);const o=new Uint32Array(e.HEAPF32.buffer,s,i).slice();return e._free(s),{array:o,itemSize:1}}(e,t,a)),e.destroy(a),h}(t,o,a,s),i=e.attributes.map((e=>e.array.buffer));e.index&&i.push(e.index.array.buffer),self.postMessage({type:\"decode\",id:r.id,geometry:e},i)}catch(e){console.error(e),self.postMessage({type:\"error\",id:r.id,error:e.message})}finally{t.destroy(a),t.destroy(o)}}))}}}function dA(){let e={};return{get:function(t){return e[t]},add:function(t,n){e[t]=n},remove:function(t){delete e[t]},removeAll:function(){e={}}}}const pA=\"KHR_binary_glTF\",AA=\"KHR_draco_mesh_compression\",fA=\"KHR_lights_punctual\",mA=\"KHR_materials_clearcoat\",gA=\"KHR_materials_ior\",vA=\"KHR_materials_sheen\",yA=\"KHR_materials_specular\",EA=\"KHR_materials_transmission\",bA=\"KHR_materials_iridescence\",xA=\"KHR_materials_unlit\",wA=\"KHR_materials_volume\",CA=\"KHR_texture_basisu\",MA=\"KHR_texture_transform\",_A=\"KHR_mesh_quantization\",IA=\"KHR_materials_emissive_strength\",BA=\"EXT_texture_webp\",SA=\"EXT_meshopt_compression\",TA=\"EXT_mesh_gpu_instancing\";class LA{constructor(e){this.parser=e,this.name=fA,this.cache={refs:{},uses:{}}}_markDefs(){const e=this.parser,t=this.parser.json.nodes||[];for(let n=0,i=t.length;n\u003Ci;n++){const i=t[n];i.extensions&&i.extensions[this.name]&&void 0!==i.extensions[this.name].light&&e._addNodeRef(this.cache,i.extensions[this.name].light)}}_loadLight(e){const t=this.parser,n=\"light:\"+e;let i=t.cache.get(n);if(i)return i;const r=t.json,s=((r.extensions&&r.extensions[this.name]||{}).lights||[])[e];let o;const a=new Yn(16777215);void 0!==s.color&&a.fromArray(s.color);const l=void 0!==s.range?s.range:0;switch(s.type){case\"directional\":o=new Ju(a),o.target.position.set(0,0,-1),o.add(o.target);break;case\"point\":o=new Yu(a),o.distance=l;break;case\"spot\":o=new Hu(a),o.distance=l,s.spot=s.spot||{},s.spot.innerConeAngle=void 0!==s.spot.innerConeAngle?s.spot.innerConeAngle:0,s.spot.outerConeAngle=void 0!==s.spot.outerConeAngle?s.spot.outerConeAngle:Math.PI/4,o.angle=s.spot.outerConeAngle,o.penumbra=1-s.spot.innerConeAngle/s.spot.outerConeAngle,o.target.position.set(0,0,-1),o.add(o.target);break;default:throw new Error(\"THREE.GLTFLoader: Unexpected light type: \"+s.type)}return o.position.set(0,0,0),o.decay=2,cf(o,s),void 0!==s.intensity&&(o.intensity=s.intensity),o.name=t.createUniqueName(s.name||\"light_\"+e),i=Promise.resolve(o),t.cache.add(n,i),i}getDependency(e,t){if(\"light\"===e)return this._loadLight(t)}createNodeAttachment(e){const t=this,n=this.parser,i=n.json.nodes[e],r=(i.extensions&&i.extensions[this.name]||{}).light;return void 0===r?null:this._loadLight(r).then((function(e){return n._getNodeRef(t.cache,r,e)}))}}class DA{constructor(){this.name=xA}getMaterialType(){return Cr}extendParams(e,t,n){const i=[];e.color=new Yn(1,1,1),e.opacity=1;const r=t.pbrMetallicRoughness;if(r){if(Array.isArray(r.baseColorFactor)){const t=r.baseColorFactor;e.color.fromArray(t),e.opacity=t[3]}void 0!==r.baseColorTexture&&i.push(n.assignTexture(e,\"map\",r.baseColorTexture,Rt))}return Promise.all(i)}}class RA{constructor(e){this.parser=e,this.name=IA}extendMaterialParams(e,t){const n=this.parser.json.materials[e];if(!n.extensions||!n.extensions[this.name])return Promise.resolve();const i=n.extensions[this.name].emissiveStrength;return void 0!==i&&(t.emissiveIntensity=i),Promise.resolve()}}class PA{constructor(e){this.parser=e,this.name=mA}getMaterialType(e){const t=this.parser.json.materials[e];return t.extensions&&t.extensions[this.name]?Xh:null}extendMaterialParams(e,t){const n=this.parser,i=n.json.materials[e];if(!i.extensions||!i.extensions[this.name])return Promise.resolve();const r=[],s=i.extensions[this.name];if(void 0!==s.clearcoatFactor&&(t.clearcoat=s.clearcoatFactor),void 0!==s.clearcoatTexture&&r.push(n.assignTexture(t,\"clearcoatMap\",s.clearcoatTexture)),void 0!==s.clearcoatRoughnessFactor&&(t.clearcoatRoughness=s.clearcoatRoughnessFactor),void 0!==s.clearcoatRoughnessTexture&&r.push(n.assignTexture(t,\"clearcoatRoughnessMap\",s.clearcoatRoughnessTexture)),void 0!==s.clearcoatNormalTexture&&(r.push(n.assignTexture(t,\"clearcoatNormalMap\",s.clearcoatNormalTexture)),void 0!==s.clearcoatNormalTexture.scale)){const e=s.clearcoatNormalTexture.scale;t.clearcoatNormalScale=new Ln(e,e)}return Promise.all(r)}}class kA{constructor(e){this.parser=e,this.name=bA}getMaterialType(e){const t=this.parser.json.materials[e];return t.extensions&&t.extensions[this.name]?Xh:null}extendMaterialParams(e,t){const n=this.parser,i=n.json.materials[e];if(!i.extensions||!i.extensions[this.name])return Promise.resolve();const r=[],s=i.extensions[this.name];return void 0!==s.iridescenceFactor&&(t.iridescence=s.iridescenceFactor),void 0!==s.iridescenceTexture&&r.push(n.assignTexture(t,\"iridescenceMap\",s.iridescenceTexture)),void 0!==s.iridescenceIor&&(t.iridescenceIOR=s.iridescenceIor),void 0===t.iridescenceThicknessRange&&(t.iridescenceThicknessRange=[100,400]),void 0!==s.iridescenceThicknessMinimum&&(t.iridescenceThicknessRange[0]=s.iridescenceThicknessMinimum),void 0!==s.iridescenceThicknessMaximum&&(t.iridescenceThicknessRange[1]=s.iridescenceThicknessMaximum),void 0!==s.iridescenceThicknessTexture&&r.push(n.assignTexture(t,\"iridescenceThicknessMap\",s.iridescenceThicknessTexture)),Promise.all(r)}}class FA{constructor(e){this.parser=e,this.name=vA}getMaterialType(e){const t=this.parser.json.materials[e];return t.extensions&&t.extensions[this.name]?Xh:null}extendMaterialParams(e,t){const n=this.parser,i=n.json.materials[e];if(!i.extensions||!i.extensions[this.name])return Promise.resolve();const r=[];t.sheenColor=new Yn(0,0,0),t.sheenRoughness=0,t.sheen=1;const s=i.extensions[this.name];return void 0!==s.sheenColorFactor&&t.sheenColor.fromArray(s.sheenColorFactor),void 0!==s.sheenRoughnessFactor&&(t.sheenRoughness=s.sheenRoughnessFactor),void 0!==s.sheenColorTexture&&r.push(n.assignTexture(t,\"sheenColorMap\",s.sheenColorTexture,Rt)),void 0!==s.sheenRoughnessTexture&&r.push(n.assignTexture(t,\"sheenRoughnessMap\",s.sheenRoughnessTexture)),Promise.all(r)}}class OA{constructor(e){this.parser=e,this.name=EA}getMaterialType(e){const t=this.parser.json.materials[e];return t.extensions&&t.extensions[this.name]?Xh:null}extendMaterialParams(e,t){const n=this.parser,i=n.json.materials[e];if(!i.extensions||!i.extensions[this.name])return Promise.resolve();const r=[],s=i.extensions[this.name];return void 0!==s.transmissionFactor&&(t.transmission=s.transmissionFactor),void 0!==s.transmissionTexture&&r.push(n.assignTexture(t,\"transmissionMap\",s.transmissionTexture)),Promise.all(r)}}class QA{constructor(e){this.parser=e,this.name=wA}getMaterialType(e){const t=this.parser.json.materials[e];return t.extensions&&t.extensions[this.name]?Xh:null}extendMaterialParams(e,t){const n=this.parser,i=n.json.materials[e];if(!i.extensions||!i.extensions[this.name])return Promise.resolve();const r=[],s=i.extensions[this.name];t.thickness=void 0!==s.thicknessFactor?s.thicknessFactor:0,void 0!==s.thicknessTexture&&r.push(n.assignTexture(t,\"thicknessMap\",s.thicknessTexture)),t.attenuationDistance=s.attenuationDistance||1/0;const o=s.attenuationColor||[1,1,1];return t.attenuationColor=new Yn(o[0],o[1],o[2]),Promise.all(r)}}class UA{constructor(e){this.parser=e,this.name=gA}getMaterialType(e){const t=this.parser.json.materials[e];return t.extensions&&t.extensions[this.name]?Xh:null}extendMaterialParams(e,t){const n=this.parser.json.materials[e];if(!n.extensions||!n.extensions[this.name])return Promise.resolve();const i=n.extensions[this.name];return t.ior=void 0!==i.ior?i.ior:1.5,Promise.resolve()}}class NA{constructor(e){this.parser=e,this.name=yA}getMaterialType(e){const t=this.parser.json.materials[e];return t.extensions&&t.extensions[this.name]?Xh:null}extendMaterialParams(e,t){const n=this.parser,i=n.json.materials[e];if(!i.extensions||!i.extensions[this.name])return Promise.resolve();const r=[],s=i.extensions[this.name];t.specularIntensity=void 0!==s.specularFactor?s.specularFactor:1,void 0!==s.specularTexture&&r.push(n.assignTexture(t,\"specularIntensityMap\",s.specularTexture));const o=s.specularColorFactor||[1,1,1];return t.specularColor=new Yn(o[0],o[1],o[2]),void 0!==s.specularColorTexture&&r.push(n.assignTexture(t,\"specularColorMap\",s.specularColorTexture,Rt)),Promise.all(r)}}class GA{constructor(e){this.parser=e,this.name=CA}loadTexture(e){const t=this.parser,n=t.json,i=n.textures[e];if(!i.extensions||!i.extensions[this.name])return null;const r=i.extensions[this.name],s=t.options.ktx2Loader;if(!s){if(n.extensionsRequired&&n.extensionsRequired.indexOf(this.name)>=0)throw new Error(\"THREE.GLTFLoader: setKTX2Loader must be called before loading KTX2 textures\");return null}return t.loadTextureImage(e,r.source,s)}}class zA{constructor(e){this.parser=e,this.name=BA,this.isSupported=null}loadTexture(e){const t=this.name,n=this.parser,i=n.json,r=i.textures[e];if(!r.extensions||!r.extensions[t])return null;const s=r.extensions[t],o=i.images[s.source];let a=n.textureLoader;if(o.uri){const e=n.options.manager.getHandler(o.uri);null!==e&&(a=e)}return this.detectSupport().then((function(r){if(r)return n.loadTextureImage(e,s.source,a);if(i.extensionsRequired&&i.extensionsRequired.indexOf(t)>=0)throw new Error(\"THREE.GLTFLoader: WebP required by asset but unsupported.\");return n.loadTexture(e)}))}detectSupport(){return this.isSupported||(this.isSupported=new Promise((function(e){const t=new Image;t.src=\"data:image/webp;base64,UklGRiIAAABXRUJQVlA4IBYAAAAwAQCdASoBAAEADsD+JaQAA3AAAAAA\",t.onload=t.onerror=function(){e(1===t.height)}}))),this.isSupported}}class HA{constructor(e){this.name=SA,this.parser=e}loadBufferView(e){const t=this.parser.json,n=t.bufferViews[e];if(n.extensions&&n.extensions[this.name]){const e=n.extensions[this.name],i=this.parser.getDependency(\"buffer\",e.buffer),r=this.parser.options.meshoptDecoder;if(!r||!r.supported){if(t.extensionsRequired&&t.extensionsRequired.indexOf(this.name)>=0)throw new Error(\"THREE.GLTFLoader: setMeshoptDecoder must be called before loading compressed files\");return null}return i.then((function(t){const n=e.byteOffset||0,i=e.byteLength||0,s=e.count,o=e.byteStride,a=new Uint8Array(t,n,i);return r.decodeGltfBufferAsync?r.decodeGltfBufferAsync(s,o,a,e.mode,e.filter).then((function(e){return e.buffer})):r.ready.then((function(){const t=new ArrayBuffer(s*o);return r.decodeGltfBuffer(new Uint8Array(t),s,o,a,e.mode,e.filter),t}))}))}return null}}class VA{constructor(e){this.name=TA,this.parser=e}createNodeMesh(e){const t=this.parser.json,n=t.nodes[e];if(!n.extensions||!n.extensions[this.name]||void 0===n.mesh)return null;const i=t.meshes[n.mesh];for(const e of i.primitives)if(e.mode!==$A.TRIANGLES&&e.mode!==$A.TRIANGLE_STRIP&&e.mode!==$A.TRIANGLE_FAN&&void 0!==e.mode)return null;const r=n.extensions[this.name].attributes,s=[],o={};for(const e in r)s.push(this.parser.getDependency(\"accessor\",r[e]).then((t=>(o[e]=t,o[e]))));return s.length\u003C1?null:(s.push(this.parser.createNodeMesh(e)),Promise.all(s).then((e=>{const t=e.pop(),n=t.isGroup?t.children:[t],i=e[0].count,r=[];for(const e of n){const t=new Ui,n=new ci,s=new li,a=new ci(1,1,1),l=new ec(e.geometry,e.material,i);for(let e=0;e\u003Ci;e++)o.TRANSLATION&&n.fromBufferAttribute(o.TRANSLATION,e),o.ROTATION&&s.fromBufferAttribute(o.ROTATION,e),o.SCALE&&a.fromBufferAttribute(o.SCALE,e),l.setMatrixAt(e,t.compose(n,s,a));for(const t in o)\"TRANSLATION\"!==t&&\"ROTATION\"!==t&&\"SCALE\"!==t&&e.geometry.setAttribute(t,o[t]);hr.prototype.copy.call(l,e),l.frustumCulled=!1,this.parser.assignFinalMaterial(l),r.push(l)}return t.isGroup?(t.clear(),t.add(...r),t):r[0]})))}}const WA=\"glTF\";class jA{constructor(e){this.name=pA,this.content=null,this.body=null;const t=new DataView(e,0,12);if(this.header={magic:nd.decodeText(new Uint8Array(e.slice(0,4))),version:t.getUint32(4,!0),length:t.getUint32(8,!0)},this.header.magic!==WA)throw new Error(\"THREE.GLTFLoader: Unsupported glTF-Binary header.\");if(this.header.version\u003C2)throw new Error(\"THREE.GLTFLoader: Legacy binary file detected.\");const n=this.header.length-12,i=new DataView(e,12);let r=0;for(;r\u003Cn;){const t=i.getUint32(r,!0);r+=4;const n=i.getUint32(r,!0);if(r+=4,1313821514===n){const n=new Uint8Array(e,12+r,t);this.content=nd.decodeText(n)}else if(5130562===n){const n=12+r;this.body=e.slice(n,n+t)}r+=t}if(null===this.content)throw new Error(\"THREE.GLTFLoader: JSON content not found.\")}}class qA{constructor(e,t){if(!t)throw new Error(\"THREE.GLTFLoader: No DRACOLoader instance provided.\");this.name=AA,this.json=e,this.dracoLoader=t,this.dracoLoader.preload()}decodePrimitive(e,t){const n=this.json,i=this.dracoLoader,r=e.extensions[this.name].bufferView,s=e.extensions[this.name].attributes,o={},a={},l={};for(const e in s){const t=sf[e]||e.toLowerCase();o[t]=s[e]}for(const t in e.attributes){const i=sf[t]||t.toLowerCase();if(void 0!==s[t]){const r=n.accessors[e.attributes[t]],s=ef[r.componentType];l[i]=s.name,a[i]=!0===r.normalized}}return t.getDependency(\"bufferView\",r).then((function(e){return new Promise((function(t){i.decodeDracoFile(e,(function(e){for(const t in e.attributes){const n=e.attributes[t],i=a[t];void 0!==i&&(n.normalized=i)}t(e)}),o,l)}))}))}}class YA{constructor(){this.name=MA}extendTexture(e,t){return void 0!==t.texCoord&&console.warn('THREE.GLTFLoader: Custom UV sets in \"'+this.name+'\" extension not yet supported.'),void 0===t.offset&&void 0===t.rotation&&void 0===t.scale||(e=e.clone(),void 0!==t.offset&&e.offset.fromArray(t.offset),void 0!==t.rotation&&(e.rotation=t.rotation),void 0!==t.scale&&e.repeat.fromArray(t.scale),e.needsUpdate=!0),e}}class XA{constructor(){this.name=_A}}class JA extends cu{constructor(e,t,n,i){super(e,t,n,i)}copySampleValue_(e){const t=this.resultBuffer,n=this.sampleValues,i=this.valueSize,r=e*i*3+i;for(let e=0;e!==i;e++)t[e]=n[r+e];return t}interpolate_(e,t,n,i){const r=this.resultBuffer,s=this.sampleValues,o=this.valueSize,a=2*o,l=3*o,c=i-t,h=(n-t)/c,u=h*h,d=u*h,p=e*l,A=p-l,f=-2*d+3*u,m=d-u,g=1-f,v=m-u+h;for(let e=0;e!==o;e++){const t=s[A+e+o],n=s[A+e+a]*c,i=s[p+e+o],l=s[p+e]*c;r[e]=g*t+v*n+f*i+m*l}return r}}const KA=new li;class ZA extends JA{interpolate_(e,t,n,i){const r=super.interpolate_(e,t,n,i);return KA.fromArray(r).normalize().toArray(r),r}}const $A={FLOAT:5126,FLOAT_MAT3:35675,FLOAT_MAT4:35676,FLOAT_VEC2:35664,FLOAT_VEC3:35665,FLOAT_VEC4:35666,LINEAR:9729,REPEAT:10497,SAMPLER_2D:35678,POINTS:0,LINES:1,LINE_LOOP:2,LINE_STRIP:3,TRIANGLES:4,TRIANGLE_STRIP:5,TRIANGLE_FAN:6,UNSIGNED_BYTE:5121,UNSIGNED_SHORT:5123},ef={5120:Int8Array,5121:Uint8Array,5122:Int16Array,5123:Uint16Array,5125:Uint32Array,5126:Float32Array},tf={9728:pe,9729:ve,9984:Ae,9985:ye,9986:me,9987:be},nf={33071:ue,33648:de,10497:he},rf={SCALAR:1,VEC2:2,VEC3:3,VEC4:4,MAT2:4,MAT3:9,MAT4:16},sf={POSITION:\"position\",NORMAL:\"normal\",TANGENT:\"tangent\",TEXCOORD_0:\"uv\",TEXCOORD_1:\"uv2\",COLOR_0:\"color\",WEIGHTS_0:\"skinWeight\",JOINTS_0:\"skinIndex\"},of={scale:\"scale\",translation:\"position\",rotation:\"quaternion\",weights:\"morphTargetInfluences\"},af={CUBICSPLINE:void 0,LINEAR:xt,STEP:bt};function lf(e,t,n){for(const i in n.extensions)void 0===e[i]&&(t.userData.gltfExtensions=t.userData.gltfExtensions||{},t.userData.gltfExtensions[i]=n.extensions[i])}function cf(e,t){void 0!==t.extras&&(\"object\"==typeof t.extras?Object.assign(e.userData,t.extras):console.warn(\"THREE.GLTFLoader: Ignoring primitive type .extras, \"+t.extras))}function hf(e,t){if(e.updateMorphTargets(),void 0!==t.weights)for(let n=0,i=t.weights.length;n\u003Ci;n++)e.morphTargetInfluences[n]=t.weights[n];if(t.extras&&Array.isArray(t.extras.targetNames)){const n=t.extras.targetNames;if(e.morphTargetInfluences.length===n.length){e.morphTargetDictionary={};for(let t=0,i=n.length;t\u003Ci;t++)e.morphTargetDictionary[n[t]]=t}else console.warn(\"THREE.GLTFLoader: Invalid extras.targetNames length. Ignoring names.\")}}function uf(e){const t=e.extensions&&e.extensions[AA];let n;return n=t?\"draco:\"+t.bufferView+\":\"+t.indices+\":\"+df(t.attributes):e.indices+\":\"+df(e.attributes)+\":\"+e.mode,n}function df(e){let t=\"\";const n=Object.keys(e).sort();for(let i=0,r=n.length;i\u003Cr;i++)t+=n[i]+\":\"+e[n[i]]+\";\";return t}function pf(e){switch(e){case Int8Array:return 1/127;case Uint8Array:return 1/255;case Int16Array:return 1/32767;case Uint16Array:return 1/65535;default:throw new Error(\"THREE.GLTFLoader: Unsupported normalized accessor component type.\")}}class Af{constructor(e={},t={}){this.json=e,this.extensions={},this.plugins={},this.options=t,this.cache=new dA,this.associations=new Map,this.primitiveCache={},this.meshCache={refs:{},uses:{}},this.cameraCache={refs:{},uses:{}},this.lightCache={refs:{},uses:{}},this.sourceCache={},this.textureCache={},this.nodeNamesUsed={};let n=!1,i=!1,r=-1;\"undefined\"!=typeof navigator&&(n=!0===/^((?!chrome|android).)*safari/i.test(navigator.userAgent),i=navigator.userAgent.indexOf(\"Firefox\")>-1,r=i?navigator.userAgent.match(/Firefox\\/([0-9]+)\\./)[1]:-1),\"undefined\"==typeof createImageBitmap||n||i&&r\u003C98?this.textureLoader=new ku(this.options.manager):this.textureLoader=new cd(this.options.manager),this.textureLoader.setCrossOrigin(this.options.crossOrigin),this.textureLoader.setRequestHeader(this.options.requestHeader),this.fileLoader=new Su(this.options.manager),this.fileLoader.setResponseType(\"arraybuffer\"),\"use-credentials\"===this.options.crossOrigin&&this.fileLoader.setWithCredentials(!0)}setExtensions(e){this.extensions=e}setPlugins(e){this.plugins=e}parse(e,t){const n=this,i=this.json,r=this.extensions;this.cache.removeAll(),this._invokeAll((function(e){return e._markDefs&&e._markDefs()})),Promise.all(this._invokeAll((function(e){return e.beforeRoot&&e.beforeRoot()}))).then((function(){return Promise.all([n.getDependencies(\"scene\"),n.getDependencies(\"animation\"),n.getDependencies(\"camera\")])})).then((function(t){const s={scene:t[0][i.scene||0],scenes:t[0],animations:t[1],cameras:t[2],asset:i.asset,parser:n,userData:{}};lf(r,s,i),cf(s,i),Promise.all(n._invokeAll((function(e){return e.afterRoot&&e.afterRoot(s)}))).then((function(){e(s)}))})).catch(t)}_markDefs(){const e=this.json.nodes||[],t=this.json.skins||[],n=this.json.meshes||[];for(let n=0,i=t.length;n\u003Ci;n++){const i=t[n].joints;for(let t=0,n=i.length;t\u003Cn;t++)e[i[t]].isBone=!0}for(let t=0,i=e.length;t\u003Ci;t++){const i=e[t];void 0!==i.mesh&&(this._addNodeRef(this.meshCache,i.mesh),void 0!==i.skin&&(n[i.mesh].isSkinnedMesh=!0)),void 0!==i.camera&&this._addNodeRef(this.cameraCache,i.camera)}}_addNodeRef(e,t){void 0!==t&&(void 0===e.refs[t]&&(e.refs[t]=e.uses[t]=0),e.refs[t]++)}_getNodeRef(e,t,n){if(e.refs[t]\u003C=1)return n;const i=n.clone(),r=(e,t)=>{const n=this.associations.get(e);null!=n&&this.associations.set(t,n);for(const[n,i]of e.children.entries())r(i,t.children[n])};return r(n,i),i.name+=\"_instance_\"+e.uses[t]++,i}_invokeOne(e){const t=Object.values(this.plugins);t.push(this);for(let n=0;n\u003Ct.length;n++){const i=e(t[n]);if(i)return i}return null}_invokeAll(e){const t=Object.values(this.plugins);t.unshift(this);const n=[];for(let i=0;i\u003Ct.length;i++){const r=e(t[i]);r&&n.push(r)}return n}getDependency(e,t){const n=e+\":\"+t;let i=this.cache.get(n);if(!i){switch(e){case\"scene\":i=this.loadScene(t);break;case\"node\":i=this.loadNode(t);break;case\"mesh\":i=this._invokeOne((function(e){return e.loadMesh&&e.loadMesh(t)}));break;case\"accessor\":i=this.loadAccessor(t);break;case\"bufferView\":i=this._invokeOne((function(e){return e.loadBufferView&&e.loadBufferView(t)}));break;case\"buffer\":i=this.loadBuffer(t);break;case\"material\":i=this._invokeOne((function(e){return e.loadMaterial&&e.loadMaterial(t)}));break;case\"texture\":i=this._invokeOne((function(e){return e.loadTexture&&e.loadTexture(t)}));break;case\"skin\":i=this.loadSkin(t);break;case\"animation\":i=this._invokeOne((function(e){return e.loadAnimation&&e.loadAnimation(t)}));break;case\"camera\":i=this.loadCamera(t);break;default:if(i=this._invokeOne((function(n){return n!=this&&n.getDependency&&n.getDependency(e,t)})),!i)throw new Error(\"Unknown type: \"+e)}this.cache.add(n,i)}return i}getDependencies(e){let t=this.cache.get(e);if(!t){const n=this,i=this.json[e+(\"mesh\"===e?\"es\":\"s\")]||[];t=Promise.all(i.map((function(t,i){return n.getDependency(e,i)}))),this.cache.add(e,t)}return t}loadBuffer(e){const t=this.json.buffers[e],n=this.fileLoader;if(t.type&&\"arraybuffer\"!==t.type)throw new Error(\"THREE.GLTFLoader: \"+t.type+\" buffer type is not supported.\");if(void 0===t.uri&&0===e)return Promise.resolve(this.extensions[pA].body);const i=this.options;return new Promise((function(e,r){n.load(nd.resolveURL(t.uri,i.path),e,void 0,(function(){r(new Error('THREE.GLTFLoader: Failed to load buffer \"'+t.uri+'\".'))}))}))}loadBufferView(e){const t=this.json.bufferViews[e];return this.getDependency(\"buffer\",t.buffer).then((function(e){const n=t.byteLength||0,i=t.byteOffset||0;return e.slice(i,i+n)}))}loadAccessor(e){const t=this,n=this.json,i=this.json.accessors[e];if(void 0===i.bufferView&&void 0===i.sparse){const e=rf[i.type],t=ef[i.componentType],n=!0===i.normalized,r=new t(i.count*e);return Promise.resolve(new Ir(r,e,n))}const r=[];return void 0!==i.bufferView?r.push(this.getDependency(\"bufferView\",i.bufferView)):r.push(null),void 0!==i.sparse&&(r.push(this.getDependency(\"bufferView\",i.sparse.indices.bufferView)),r.push(this.getDependency(\"bufferView\",i.sparse.values.bufferView))),Promise.all(r).then((function(e){const r=e[0],s=rf[i.type],o=ef[i.componentType],a=o.BYTES_PER_ELEMENT,l=a*s,c=i.byteOffset||0,h=void 0!==i.bufferView?n.bufferViews[i.bufferView].byteStride:void 0,u=!0===i.normalized;let d,p;if(h&&h!==l){const e=Math.floor(c/h),n=\"InterleavedBuffer:\"+i.bufferView+\":\"+i.componentType+\":\"+e+\":\"+i.count;let l=t.cache.get(n);l||(d=new o(r,e*h,i.count*h/a),l=new fl(d,h/a),t.cache.add(n,l)),p=new gl(l,s,c%h/a,u)}else d=null===r?new o(i.count*s):new o(r,c,i.count*s),p=new Ir(d,s,u);if(void 0!==i.sparse){const t=rf.SCALAR,n=ef[i.sparse.indices.componentType],a=i.sparse.indices.byteOffset||0,l=i.sparse.values.byteOffset||0,c=new n(e[1],a,i.sparse.count*t),h=new o(e[2],l,i.sparse.count*s);null!==r&&(p=new Ir(p.array.slice(),p.itemSize,p.normalized));for(let e=0,t=c.length;e\u003Ct;e++){const t=c[e];if(p.setX(t,h[e*s]),s>=2&&p.setY(t,h[e*s+1]),s>=3&&p.setZ(t,h[e*s+2]),s>=4&&p.setW(t,h[e*s+3]),s>=5)throw new Error(\"THREE.GLTFLoader: Unsupported itemSize in sparse BufferAttribute.\")}}return p}))}loadTexture(e){const t=this.json,n=this.options,i=t.textures[e].source,r=t.images[i];let s=this.textureLoader;if(r.uri){const e=n.manager.getHandler(r.uri);null!==e&&(s=e)}return this.loadTextureImage(e,i,s)}loadTextureImage(e,t,n){const i=this,r=this.json,s=r.textures[e],o=r.images[t],a=(o.uri||o.bufferView)+\":\"+s.sampler;if(this.textureCache[a])return this.textureCache[a];const l=this.loadImageSource(t,n).then((function(t){t.flipY=!1,t.name=s.name||o.name||\"\";const n=(r.samplers||{})[s.sampler]||{};return t.magFilter=tf[n.magFilter]||ve,t.minFilter=tf[n.minFilter]||be,t.wrapS=nf[n.wrapS]||he,t.wrapT=nf[n.wrapT]||he,i.associations.set(t,{textures:e}),t})).catch((function(){return null}));return this.textureCache[a]=l,l}loadImageSource(e,t){const n=this.json,i=this.options;if(void 0!==this.sourceCache[e])return this.sourceCache[e].then((e=>e.clone()));const r=n.images[e],s=self.URL||self.webkitURL;let o=r.uri||\"\",a=!1;if(void 0!==r.bufferView)o=this.getDependency(\"bufferView\",r.bufferView).then((function(e){a=!0;const t=new Blob([e],{type:r.mimeType});return o=s.createObjectURL(t),o}));else if(void 0===r.uri)throw new Error(\"THREE.GLTFLoader: Image \"+e+\" is missing URI and bufferView\");const l=Promise.resolve(o).then((function(e){return new Promise((function(n,r){let s=n;!0===t.isImageBitmapLoader&&(s=function(e){const t=new ei(e);t.needsUpdate=!0,n(t)}),t.load(nd.resolveURL(e,i.path),s,void 0,r)}))})).then((function(e){var t;return!0===a&&s.revokeObjectURL(o),e.userData.mimeType=r.mimeType||((t=r.uri).search(/\\.jpe?g($|\\?)/i)>0||0===t.search(/^data\\:image\\/jpeg/)?\"image/jpeg\":t.search(/\\.webp($|\\?)/i)>0||0===t.search(/^data\\:image\\/webp/)?\"image/webp\":\"image/png\"),e})).catch((function(e){throw console.error(\"THREE.GLTFLoader: Couldn't load texture\",o),e}));return this.sourceCache[e]=l,l}assignTexture(e,t,n,i){const r=this;return this.getDependency(\"texture\",n.index).then((function(s){if(!s)return null;if(void 0===n.texCoord||0==n.texCoord||\"aoMap\"===t&&1==n.texCoord||console.warn(\"THREE.GLTFLoader: Custom UV set \"+n.texCoord+\" for texture \"+t+\" not yet supported.\"),r.extensions[MA]){const e=void 0!==n.extensions?n.extensions[MA]:void 0;if(e){const t=r.associations.get(s);s=r.extensions[MA].extendTexture(s,e),r.associations.set(s,t)}}return void 0!==i&&(s.encoding=i),e[t]=s,s}))}assignFinalMaterial(e){const t=e.geometry;let n=e.material;const i=void 0===t.attributes.tangent,r=void 0!==t.attributes.color,s=void 0===t.attributes.normal;if(e.isPoints){const e=\"PointsMaterial:\"+n.uuid;let t=this.cache.get(e);t||(t=new dc,wr.prototype.copy.call(t,n),t.color.copy(n.color),t.map=n.map,t.sizeAttenuation=!1,this.cache.add(e,t)),n=t}else if(e.isLine){const e=\"LineBasicMaterial:\"+n.uuid;let t=this.cache.get(e);t||(t=new tc,wr.prototype.copy.call(t,n),t.color.copy(n.color),this.cache.add(e,t)),n=t}if(i||r||s){let e=\"ClonedMaterial:\"+n.uuid+\":\";i&&(e+=\"derivative-tangents:\"),r&&(e+=\"vertex-colors:\"),s&&(e+=\"flat-shading:\");let t=this.cache.get(e);t||(t=n.clone(),r&&(t.vertexColors=!0),s&&(t.flatShading=!0),i&&(t.normalScale&&(t.normalScale.y*=-1),t.clearcoatNormalScale&&(t.clearcoatNormalScale.y*=-1)),this.cache.add(e,t),this.associations.set(t,this.associations.get(n))),n=t}n.aoMap&&void 0===t.attributes.uv2&&void 0!==t.attributes.uv&&t.setAttribute(\"uv2\",t.attributes.uv),e.material=n}getMaterialType(){return Yh}loadMaterial(e){const t=this,n=this.json,i=this.extensions,r=n.materials[e];let s;const o={},a=[];if((r.extensions||{})[xA]){const e=i[xA];s=e.getMaterialType(),a.push(e.extendParams(o,r,t))}else{const n=r.pbrMetallicRoughness||{};if(o.color=new Yn(1,1,1),o.opacity=1,Array.isArray(n.baseColorFactor)){const e=n.baseColorFactor;o.color.fromArray(e),o.opacity=e[3]}void 0!==n.baseColorTexture&&a.push(t.assignTexture(o,\"map\",n.baseColorTexture,Rt)),o.metalness=void 0!==n.metallicFactor?n.metallicFactor:1,o.roughness=void 0!==n.roughnessFactor?n.roughnessFactor:1,void 0!==n.metallicRoughnessTexture&&(a.push(t.assignTexture(o,\"metalnessMap\",n.metallicRoughnessTexture)),a.push(t.assignTexture(o,\"roughnessMap\",n.metallicRoughnessTexture))),s=this._invokeOne((function(t){return t.getMaterialType&&t.getMaterialType(e)})),a.push(Promise.all(this._invokeAll((function(t){return t.extendMaterialParams&&t.extendMaterialParams(e,o)}))))}!0===r.doubleSided&&(o.side=v);const l=r.alphaMode||\"OPAQUE\";if(\"BLEND\"===l?(o.transparent=!0,o.depthWrite=!1):(o.transparent=!1,\"MASK\"===l&&(o.alphaTest=void 0!==r.alphaCutoff?r.alphaCutoff:.5)),void 0!==r.normalTexture&&s!==Cr&&(a.push(t.assignTexture(o,\"normalMap\",r.normalTexture)),o.normalScale=new Ln(1,1),void 0!==r.normalTexture.scale)){const e=r.normalTexture.scale;o.normalScale.set(e,e)}return void 0!==r.occlusionTexture&&s!==Cr&&(a.push(t.assignTexture(o,\"aoMap\",r.occlusionTexture)),void 0!==r.occlusionTexture.strength&&(o.aoMapIntensity=r.occlusionTexture.strength)),void 0!==r.emissiveFactor&&s!==Cr&&(o.emissive=(new Yn).fromArray(r.emissiveFactor)),void 0!==r.emissiveTexture&&s!==Cr&&a.push(t.assignTexture(o,\"emissiveMap\",r.emissiveTexture,Rt)),Promise.all(a).then((function(){const n=new s(o);return r.name&&(n.name=r.name),cf(n,r),t.associations.set(n,{materials:e}),r.extensions&&lf(i,n,r),n}))}createUniqueName(e){const t=Nd.sanitizeNodeName(e||\"\");let n=t;for(let e=1;this.nodeNamesUsed[n];++e)n=t+\"_\"+e;return this.nodeNamesUsed[n]=!0,n}loadGeometries(e){const t=this,n=this.extensions,i=this.primitiveCache;function r(e){return n[AA].decodePrimitive(e,t).then((function(n){return mf(n,e,t)}))}const s=[];for(let n=0,o=e.length;n\u003Co;n++){const o=e[n],a=uf(o),l=i[a];if(l)s.push(l.promise);else{let e;e=o.extensions&&o.extensions[AA]?r(o):mf(new Wr,o,t),i[a]={primitive:o,promise:e},s.push(e)}}return Promise.all(s)}loadMesh(e){const t=this,n=this.json,i=this.extensions,r=n.meshes[e],s=r.primitives,o=[];for(let e=0,t=s.length;e\u003Ct;e++){const t=void 0===s[e].material?(void 0===(a=this.cache).DefaultMaterial&&(a.DefaultMaterial=new Yh({color:16777215,emissive:0,metalness:1,roughness:1,transparent:!1,depthTest:!0,side:m})),a.DefaultMaterial):this.getDependency(\"material\",s[e].material);o.push(t)}var a;return o.push(t.loadGeometries(s)),Promise.all(o).then((function(n){const o=n.slice(0,n.length-1),a=n[n.length-1],l=[];for(let n=0,c=a.length;n\u003Cc;n++){const c=a[n],h=s[n];let u;const d=o[n];if(h.mode===$A.TRIANGLES||h.mode===$A.TRIANGLE_STRIP||h.mode===$A.TRIANGLE_FAN||void 0===h.mode)u=!0===r.isSkinnedMesh?new zl(c,d):new cs(c,d),!0!==u.isSkinnedMesh||u.geometry.attributes.skinWeight.normalized||u.normalizeSkinWeights(),h.mode===$A.TRIANGLE_STRIP?u.geometry=gf(u.geometry,Tt):h.mode===$A.TRIANGLE_FAN&&(u.geometry=gf(u.geometry,Lt));else if(h.mode===$A.LINES)u=new hc(c,d);else if(h.mode===$A.LINE_STRIP)u=new ac(c,d);else if(h.mode===$A.LINE_LOOP)u=new uc(c,d);else{if(h.mode!==$A.POINTS)throw new Error(\"THREE.GLTFLoader: Primitive mode unsupported: \"+h.mode);u=new gc(c,d)}Object.keys(u.geometry.morphAttributes).length>0&&hf(u,r),u.name=t.createUniqueName(r.name||\"mesh_\"+e),cf(u,r),h.extensions&&lf(i,u,h),t.assignFinalMaterial(u),l.push(u)}for(let n=0,i=l.length;n\u003Ci;n++)t.associations.set(l[n],{meshes:e,primitives:n});if(1===l.length)return l[0];const c=new $a;t.associations.set(c,{meshes:e});for(let e=0,t=l.length;e\u003Ct;e++)c.add(l[e]);return c}))}loadCamera(e){let t;const n=this.json.cameras[e],i=n[n.type];if(i)return\"perspective\"===n.type?t=new vs(Tn.radToDeg(i.yfov),i.aspectRatio||1,i.znear||1,i.zfar||2e6):\"orthographic\"===n.type&&(t=new Hs(-i.xmag,i.xmag,i.ymag,-i.ymag,i.znear,i.zfar)),n.name&&(t.name=this.createUniqueName(n.name)),cf(t,n),Promise.resolve(t);console.warn(\"THREE.GLTFLoader: Missing camera parameters.\")}loadSkin(e){const t=this.json.skins[e],n=[];for(let e=0,i=t.joints.length;e\u003Ci;e++)n.push(this.getDependency(\"node\",t.joints[e]));return void 0!==t.inverseBindMatrices?n.push(this.getDependency(\"accessor\",t.inverseBindMatrices)):n.push(null),Promise.all(n).then((function(e){const n=e.pop(),i=e,r=[],s=[];for(let e=0,o=i.length;e\u003Co;e++){const o=i[e];if(o){r.push(o);const t=new Ui;null!==n&&t.fromArray(n.array,16*e),s.push(t)}else console.warn('THREE.GLTFLoader: Joint \"%s\" could not be found.',t.joints[e])}return new ql(r,s)}))}loadAnimation(e){const t=this.json.animations[e],n=[],i=[],r=[],s=[],o=[];for(let e=0,a=t.channels.length;e\u003Ca;e++){const a=t.channels[e],l=t.samplers[a.sampler],c=a.target,h=c.node,u=void 0!==t.parameters?t.parameters[l.input]:l.input,d=void 0!==t.parameters?t.parameters[l.output]:l.output;n.push(this.getDependency(\"node\",h)),i.push(this.getDependency(\"accessor\",u)),r.push(this.getDependency(\"accessor\",d)),s.push(l),o.push(c)}return Promise.all([Promise.all(n),Promise.all(i),Promise.all(r),Promise.all(s),Promise.all(o)]).then((function(n){const i=n[0],r=n[1],s=n[2],o=n[3],a=n[4],l=[];for(let e=0,t=i.length;e\u003Ct;e++){const t=i[e],n=r[e],c=s[e],h=o[e],u=a[e];if(void 0===t)continue;let d;switch(t.updateMatrix(),of[u.path]){case of.weights:d=mu;break;case of.rotation:d=vu;break;default:d=Eu}const p=t.name?t.name:t.uuid,A=void 0!==h.interpolation?af[h.interpolation]:xt,f=[];of[u.path]===of.weights?t.traverse((function(e){e.morphTargetInfluences&&f.push(e.name?e.name:e.uuid)})):f.push(p);let m=c.array;if(c.normalized){const e=pf(m.constructor),t=new Float32Array(m.length);for(let n=0,i=m.length;n\u003Ci;n++)t[n]=m[n]*e;m=t}for(let e=0,t=f.length;e\u003Ct;e++){const t=new d(f[e]+\".\"+of[u.path],n.array,m,A);\"CUBICSPLINE\"===h.interpolation&&(t.createInterpolant=function(e){return new(this instanceof vu?ZA:JA)(this.times,this.values,this.getValueSize()/3,e)},t.createInterpolant.isInterpolantFactoryMethodGLTFCubicSpline=!0),l.push(t)}}const c=t.name?t.name:\"animation_\"+e;return new bu(c,void 0,l)}))}createNodeMesh(e){const t=this.json,n=this,i=t.nodes[e];return void 0===i.mesh?null:n.getDependency(\"mesh\",i.mesh).then((function(e){const t=n._getNodeRef(n.meshCache,i.mesh,e);return void 0!==i.weights&&t.traverse((function(e){if(e.isMesh)for(let t=0,n=i.weights.length;t\u003Cn;t++)e.morphTargetInfluences[t]=i.weights[t]})),t}))}loadNode(e){const t=this.json,n=this.extensions,i=this,r=t.nodes[e],s=r.name?i.createUniqueName(r.name):\"\";return function(){const t=[],n=i._invokeOne((function(t){return t.createNodeMesh&&t.createNodeMesh(e)}));return n&&t.push(n),void 0!==r.camera&&t.push(i.getDependency(\"camera\",r.camera).then((function(e){return i._getNodeRef(i.cameraCache,r.camera,e)}))),i._invokeAll((function(t){return t.createNodeAttachment&&t.createNodeAttachment(e)})).forEach((function(e){t.push(e)})),Promise.all(t)}().then((function(t){let o;if(o=!0===r.isBone?new Hl:t.length>1?new $a:1===t.length?t[0]:new hr,o!==t[0])for(let e=0,n=t.length;e\u003Cn;e++)o.add(t[e]);if(r.name&&(o.userData.name=r.name,o.name=s),cf(o,r),r.extensions&&lf(n,o,r),void 0!==r.matrix){const e=new Ui;e.fromArray(r.matrix),o.applyMatrix4(e)}else void 0!==r.translation&&o.position.fromArray(r.translation),void 0!==r.rotation&&o.quaternion.fromArray(r.rotation),void 0!==r.scale&&o.scale.fromArray(r.scale);return i.associations.has(o)||i.associations.set(o,{}),i.associations.get(o).nodes=e,o}))}loadScene(e){const t=this.json,n=this.extensions,i=this.json.scenes[e],r=this,s=new $a;i.name&&(s.name=r.createUniqueName(i.name)),cf(s,i),i.extensions&&lf(n,s,i);const o=i.nodes||[],a=[];for(let e=0,n=o.length;e\u003Cn;e++)a.push(ff(o[e],s,t,r));return Promise.all(a).then((function(){return r.associations=(e=>{const t=new Map;for(const[e,n]of r.associations)(e instanceof wr||e instanceof ei)&&t.set(e,n);return e.traverse((e=>{const n=r.associations.get(e);null!=n&&t.set(e,n)})),t})(s),s}))}}function ff(e,t,n,i){const r=n.nodes[e];return i.getDependency(\"node\",e).then((function(e){return void 0===r.skin?e:i.getDependency(\"skin\",r.skin).then((function(t){return e.traverse((function(e){e.isSkinnedMesh&&e.bind(t,e.matrixWorld)})),e}))})).then((function(e){t.add(e);const s=[];if(r.children){const t=r.children;for(let r=0,o=t.length;r\u003Co;r++){const o=t[r];s.push(ff(o,e,n,i))}}return Promise.all(s)}))}function mf(e,t,n){const i=t.attributes,r=[];function s(t,i){return n.getDependency(\"accessor\",t).then((function(t){e.setAttribute(i,t)}))}for(const t in i){const n=sf[t]||t.toLowerCase();n in e.attributes||r.push(s(i[t],n))}if(void 0!==t.indices&&!e.index){const i=n.getDependency(\"accessor\",t.indices).then((function(t){e.setIndex(t)}));r.push(i)}return cf(e,t),function(e,t,n){const i=t.attributes,r=new di;if(void 0===i.POSITION)return;{const e=n.json.accessors[i.POSITION],t=e.min,s=e.max;if(void 0===t||void 0===s)return void console.warn(\"THREE.GLTFLoader: Missing min/max properties for accessor POSITION.\");if(r.set(new ci(t[0],t[1],t[2]),new ci(s[0],s[1],s[2])),e.normalized){const t=pf(ef[e.componentType]);r.min.multiplyScalar(t),r.max.multiplyScalar(t)}}const s=t.targets;if(void 0!==s){const e=new ci,t=new ci;for(let i=0,r=s.length;i\u003Cr;i++){const r=s[i];if(void 0!==r.POSITION){const i=n.json.accessors[r.POSITION],s=i.min,o=i.max;if(void 0!==s&&void 0!==o){if(t.setX(Math.max(Math.abs(s[0]),Math.abs(o[0]))),t.setY(Math.max(Math.abs(s[1]),Math.abs(o[1]))),t.setZ(Math.max(Math.abs(s[2]),Math.abs(o[2]))),i.normalized){const e=pf(ef[i.componentType]);t.multiplyScalar(e)}e.max(t)}else console.warn(\"THREE.GLTFLoader: Missing min/max properties for accessor POSITION.\")}}r.expandByVector(e)}e.boundingBox=r;const o=new Ti;r.getCenter(o.center),o.radius=r.min.distanceTo(r.max)/2,e.boundingSphere=o}(e,t,n),Promise.all(r).then((function(){return void 0!==t.targets?function(e,t,n){let i=!1,r=!1,s=!1;for(let e=0,n=t.length;e\u003Cn;e++){const n=t[e];if(void 0!==n.POSITION&&(i=!0),void 0!==n.NORMAL&&(r=!0),void 0!==n.COLOR_0&&(s=!0),i&&r&&s)break}if(!i&&!r&&!s)return Promise.resolve(e);const o=[],a=[],l=[];for(let c=0,h=t.length;c\u003Ch;c++){const h=t[c];if(i){const t=void 0!==h.POSITION?n.getDependency(\"accessor\",h.POSITION):e.attributes.position;o.push(t)}if(r){const t=void 0!==h.NORMAL?n.getDependency(\"accessor\",h.NORMAL):e.attributes.normal;a.push(t)}if(s){const t=void 0!==h.COLOR_0?n.getDependency(\"accessor\",h.COLOR_0):e.attributes.color;l.push(t)}}return Promise.all([Promise.all(o),Promise.all(a),Promise.all(l)]).then((function(t){const n=t[0],o=t[1],a=t[2];return i&&(e.morphAttributes.position=n),r&&(e.morphAttributes.normal=o),s&&(e.morphAttributes.color=a),e.morphTargetsRelative=!0,e}))}(e,t.targets,n):e}))}function gf(e,t){let n=e.getIndex();if(null===n){const t=[],i=e.getAttribute(\"position\");if(void 0===i)return console.error(\"THREE.GLTFLoader.toTrianglesDrawMode(): Undefined position attribute. Processing not possible.\"),e;for(let e=0;e\u003Ci.count;e++)t.push(e);e.setIndex(t),n=e.getIndex()}const i=n.count-2,r=[];if(t===Lt)for(let e=1;e\u003C=i;e++)r.push(n.getX(0)),r.push(n.getX(e)),r.push(n.getX(e+1));else for(let e=0;e\u003Ci;e++)e%2==0?(r.push(n.getX(e)),r.push(n.getX(e+1)),r.push(n.getX(e+2))):(r.push(n.getX(e+2)),r.push(n.getX(e+1)),r.push(n.getX(e)));r.length/3!==i&&console.error(\"THREE.GLTFLoader.toTrianglesDrawMode(): Unable to generate correct amount of triangles.\");const s=e.clone();return s.setIndex(r),s}class vf{constructor(e=4){this.pool=e,this.queue=[],this.workers=[],this.workersResolve=[],this.workerStatus=0}_initWorker(e){if(!this.workers[e]){const t=this.workerCreator();t.addEventListener(\"message\",this._onMessage.bind(this,e)),this.workers[e]=t}}_getIdleWorker(){for(let e=0;e\u003Cthis.pool;e++)if(!(this.workerStatus&1\u003C\u003Ce))return e;return-1}_onMessage(e,t){const n=this.workersResolve[e];if(n&&n(t),this.queue.length){const{resolve:t,msg:n,transfer:i}=this.queue.shift();this.workersResolve[e]=t,this.workers[e].postMessage(n,i)}else this.workerStatus^=1\u003C\u003Ce}setWorkerCreator(e){this.workerCreator=e}setWorkerLimit(e){this.pool=e}postMessage(e,t){return new Promise((n=>{const i=this._getIdleWorker();-1!==i?(this._initWorker(i),this.workerStatus|=1\u003C\u003Ci,this.workersResolve[i]=n,this.workers[i].postMessage(e,t)):this.queue.push({resolve:n,msg:e,transfer:t})}))}dispose(){this.workers.forEach((e=>e.terminate())),this.workersResolve.length=0,this.workers.length=0,this.queue.length=0,this.workerStatus=0}}var yf=n(5851).lW;class Ef{constructor(){this.vkFormat=0,this.typeSize=1,this.pixelWidth=0,this.pixelHeight=0,this.pixelDepth=0,this.layerCount=0,this.faceCount=1,this.supercompressionScheme=0,this.levels=[],this.dataFormatDescriptor=[{vendorId:0,descriptorType:0,descriptorBlockSize:0,versionNumber:2,colorModel:0,colorPrimaries:1,transferFunction:2,flags:0,texelBlockDimension:[0,0,0,0],bytesPlane:[0,0,0,0,0,0,0,0],samples:[]}],this.keyValue={},this.globalData=null}}class bf{constructor(e,t,n,i){this._dataView=new DataView(e.buffer,e.byteOffset+t,n),this._littleEndian=i,this._offset=0}_nextUint8(){const e=this._dataView.getUint8(this._offset);return this._offset+=1,e}_nextUint16(){const e=this._dataView.getUint16(this._offset,this._littleEndian);return this._offset+=2,e}_nextUint32(){const e=this._dataView.getUint32(this._offset,this._littleEndian);return this._offset+=4,e}_nextUint64(){const e=this._dataView.getUint32(this._offset,this._littleEndian)+2**32*this._dataView.getUint32(this._offset+4,this._littleEndian);return this._offset+=8,e}_nextInt32(){const e=this._dataView.getInt32(this._offset,this._littleEndian);return this._offset+=4,e}_skip(e){return this._offset+=e,this}_scan(e,t=0){const n=this._offset;let i=0;for(;this._dataView.getUint8(this._offset)!==t&&i\u003Ce;)i++,this._offset++;return i\u003Ce&&this._offset++,new Uint8Array(this._dataView.buffer,this._dataView.byteOffset+n,i)}}new Uint8Array([0]);const xf=[171,75,84,88,32,50,48,187,13,10,26,10];function wf(e){return\"undefined\"!=typeof TextDecoder?(new TextDecoder).decode(e):yf.from(e).toString(\"utf8\")}var Cf=n(5851).lW;let Mf,_f,If;const Bf={env:{emscripten_notify_memory_growth:function(e){If=new Uint8Array(_f.exports.memory.buffer)}}};class Sf{init(){return Mf||(Mf=\"undefined\"!=typeof fetch?fetch(\"data:application/wasm;base64,\"+Tf).then((e=>e.arrayBuffer())).then((e=>WebAssembly.instantiate(e,Bf))).then(this._init):WebAssembly.instantiate(Cf.from(Tf,\"base64\"),Bf).then(this._init),Mf)}_init(e){_f=e.instance,Bf.env.emscripten_notify_memory_growth(0)}decode(e,t=0){if(!_f)throw new Error(\"ZSTDDecoder: Await .init() before decoding.\");const n=e.byteLength,i=_f.exports.malloc(n);If.set(e,i),t=t||Number(_f.exports.ZSTD_findDecompressedSize(i,n));const r=_f.exports.malloc(t),s=_f.exports.ZSTD_decompress(r,t,i,n),o=If.slice(r,r+s);return _f.exports.free(i),_f.exports.free(r),o}}const 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WeakMap;let Df,Rf=0;class Pf extends _u{constructor(e){super(e),this.transcoderPath=\"\",this.transcoderBinary=null,this.transcoderPending=null,this.workerPool=new vf,this.workerSourceURL=\"\",this.workerConfig=null,\"undefined\"!=typeof MSC_TRANSCODER&&console.warn('THREE.KTX2Loader: Please update to latest \"basis_transcoder\". \"msc_basis_transcoder\" is no longer supported in three.js r125+.')}setTranscoderPath(e){return this.transcoderPath=e,this}setWorkerLimit(e){return this.workerPool.setWorkerLimit(e),this}detectSupport(e){return this.workerConfig={astcSupported:e.extensions.has(\"WEBGL_compressed_texture_astc\"),etc1Supported:e.extensions.has(\"WEBGL_compressed_texture_etc1\"),etc2Supported:e.extensions.has(\"WEBGL_compressed_texture_etc\"),dxtSupported:e.extensions.has(\"WEBGL_compressed_texture_s3tc\"),bptcSupported:e.extensions.has(\"EXT_texture_compression_bptc\"),pvrtcSupported:e.extensions.has(\"WEBGL_compressed_texture_pvrtc\")||e.extensions.has(\"WEBKIT_WEBGL_compressed_texture_pvrtc\")},e.capabilities.isWebGL2&&(this.workerConfig.etc1Supported=!1),this}init(){if(!this.transcoderPending){const e=new Su(this.manager);e.setPath(this.transcoderPath),e.setWithCredentials(this.withCredentials);const t=e.loadAsync(\"basis_transcoder.js\"),n=new Su(this.manager);n.setPath(this.transcoderPath),n.setResponseType(\"arraybuffer\"),n.setWithCredentials(this.withCredentials);const i=n.loadAsync(\"basis_transcoder.wasm\");this.transcoderPending=Promise.all([t,i]).then((([e,t])=>{const n=Pf.BasisWorker.toString(),i=[\"/* constants */\",\"let _EngineFormat = \"+JSON.stringify(Pf.EngineFormat),\"let _TranscoderFormat = \"+JSON.stringify(Pf.TranscoderFormat),\"let _BasisFormat = \"+JSON.stringify(Pf.BasisFormat),\"/* basis_transcoder.js */\",e,\"/* worker */\",n.substring(n.indexOf(\"{\")+1,n.lastIndexOf(\"}\"))].join(\"\\n\");this.workerSourceURL=URL.createObjectURL(new Blob([i])),this.transcoderBinary=t,this.workerPool.setWorkerCreator((()=>{const e=new Worker(this.workerSourceURL),t=this.transcoderBinary.slice(0);return e.postMessage({type:\"init\",config:this.workerConfig,transcoderBinary:t},[t]),e}))})),Rf>0&&console.warn(\"THREE.KTX2Loader: Multiple active KTX2 loaders may cause performance issues. Use a single KTX2Loader instance, or call .dispose() on old instances.\"),Rf++}return this.transcoderPending}load(e,t,n,i){if(null===this.workerConfig)throw new Error(\"THREE.KTX2Loader: Missing initialization with `.detectSupport( renderer )`.\");const r=new Su(this.manager);r.setResponseType(\"arraybuffer\"),r.setWithCredentials(this.withCredentials),r.load(e,(e=>{if(Lf.has(e))return Lf.get(e).promise.then(t).catch(i);this._createTexture(e).then((e=>t?t(e):null)).catch(i)}),n,i)}_createTextureFrom(e,t){const{mipmaps:n,width:i,height:r,format:s,type:o,error:a,dfdTransferFn:l,dfdFlags:c}=e;if(\"error\"===o)return Promise.reject(a);const h=t.layerCount>1?new xc(n,i,r,t.layerCount,s,we):new bc(n,i,r,s,we);return h.minFilter=1===n.length?ve:be,h.magFilter=ve,h.generateMipmaps=!1,h.needsUpdate=!0,h.encoding=2===l?Rt:Dt,h.premultiplyAlpha=!!(1&c),h}async _createTexture(e,t={}){const n=function(e){const t=new Uint8Array(e.buffer,e.byteOffset,xf.length);if(t[0]!==xf[0]||t[1]!==xf[1]||t[2]!==xf[2]||t[3]!==xf[3]||t[4]!==xf[4]||t[5]!==xf[5]||t[6]!==xf[6]||t[7]!==xf[7]||t[8]!==xf[8]||t[9]!==xf[9]||t[10]!==xf[10]||t[11]!==xf[11])throw new Error(\"Missing KTX 2.0 identifier.\");const n=new Ef,i=17*Uint32Array.BYTES_PER_ELEMENT,r=new bf(e,xf.length,i,!0);n.vkFormat=r._nextUint32(),n.typeSize=r._nextUint32(),n.pixelWidth=r._nextUint32(),n.pixelHeight=r._nextUint32(),n.pixelDepth=r._nextUint32(),n.layerCount=r._nextUint32(),n.faceCount=r._nextUint32();const s=r._nextUint32();n.supercompressionScheme=r._nextUint32();const o=r._nextUint32(),a=r._nextUint32(),l=r._nextUint32(),c=r._nextUint32(),h=r._nextUint64(),u=r._nextUint64(),d=new bf(e,xf.length+i,3*s*8,!0);for(let t=0;t\u003Cs;t++)n.levels.push({levelData:new Uint8Array(e.buffer,e.byteOffset+d._nextUint64(),d._nextUint64()),uncompressedByteLength:d._nextUint64()});const p=new bf(e,o,a,!0),A={vendorId:p._skip(4)._nextUint16(),descriptorType:p._nextUint16(),versionNumber:p._nextUint16(),descriptorBlockSize:p._nextUint16(),colorModel:p._nextUint8(),colorPrimaries:p._nextUint8(),transferFunction:p._nextUint8(),flags:p._nextUint8(),texelBlockDimension:[p._nextUint8(),p._nextUint8(),p._nextUint8(),p._nextUint8()],bytesPlane:[p._nextUint8(),p._nextUint8(),p._nextUint8(),p._nextUint8(),p._nextUint8(),p._nextUint8(),p._nextUint8(),p._nextUint8()],samples:[]},f=(A.descriptorBlockSize/4-6)/4;for(let e=0;e\u003Cf;e++){const t={bitOffset:p._nextUint16(),bitLength:p._nextUint8(),channelType:p._nextUint8(),samplePosition:[p._nextUint8(),p._nextUint8(),p._nextUint8(),p._nextUint8()],sampleLower:-1/0,sampleUpper:1/0};64&t.channelType?(t.sampleLower=p._nextInt32(),t.sampleUpper=p._nextInt32()):(t.sampleLower=p._nextUint32(),t.sampleUpper=p._nextUint32()),A.samples[e]=t}n.dataFormatDescriptor.length=0,n.dataFormatDescriptor.push(A);const m=new bf(e,l,c,!0);for(;m._offset\u003Cc;){const e=m._nextUint32(),t=m._scan(e),i=wf(t),r=m._scan(e-t.byteLength);n.keyValue[i]=i.match(/^ktx/i)?wf(r):r,m._offset%4&&m._skip(4-m._offset%4)}if(u\u003C=0)return n;const g=new bf(e,h,u,!0),v=g._nextUint16(),y=g._nextUint16(),E=g._nextUint32(),b=g._nextUint32(),x=g._nextUint32(),w=g._nextUint32(),C=[];for(let e=0;e\u003Cs;e++)C.push({imageFlags:g._nextUint32(),rgbSliceByteOffset:g._nextUint32(),rgbSliceByteLength:g._nextUint32(),alphaSliceByteOffset:g._nextUint32(),alphaSliceByteLength:g._nextUint32()});const M=h+g._offset,_=M+E,I=_+b,B=I+x,S=new Uint8Array(e.buffer,e.byteOffset+M,E),T=new Uint8Array(e.buffer,e.byteOffset+_,b),L=new Uint8Array(e.buffer,e.byteOffset+I,x),D=new Uint8Array(e.buffer,e.byteOffset+B,w);return n.globalData={endpointCount:v,selectorCount:y,imageDescs:C,endpointsData:S,selectorsData:T,tablesData:L,extendedData:D},n}(new Uint8Array(e));if(0!==n.vkFormat)return async function(e){const{vkFormat:t,pixelWidth:n,pixelHeight:i,pixelDepth:r}=e;if(void 0===kf[t])throw new Error(\"THREE.KTX2Loader: Unsupported vkFormat.\");const s=e.levels[0];let o,a;if(0===e.supercompressionScheme)o=s.levelData;else{if(2!==e.supercompressionScheme)throw new Error(\"THREE.KTX2Loader: Unsupported supercompressionScheme.\");Df||(Df=new Promise((async e=>{const t=new Sf;await t.init(),e(t)}))),o=(await Df).decode(s.levelData,s.uncompressedByteLength)}a=Ff[t]===Se?new Float32Array(o.buffer,o.byteOffset,o.byteLength/Float32Array.BYTES_PER_ELEMENT):Ff[t]===Te?new Uint16Array(o.buffer,o.byteOffset,o.byteLength/Uint16Array.BYTES_PER_ELEMENT):o;const l=0===r?new Vl(a,n,i):new si(a,n,i,r);return l.type=Ff[t],l.format=kf[t],l.encoding=Of[t]||Dt,l.needsUpdate=!0,Promise.resolve(l)}(n);const i=t,r=this.init().then((()=>this.workerPool.postMessage({type:\"transcode\",buffer:e,taskConfig:i},[e]))).then((e=>this._createTextureFrom(e.data,n)));return Lf.set(e,{promise:r}),r}dispose(){return this.workerPool.dispose(),this.workerSourceURL&&URL.revokeObjectURL(this.workerSourceURL),Rf--,this}}Pf.BasisFormat={ETC1S:0,UASTC_4x4:1},Pf.TranscoderFormat={ETC1:0,ETC2:1,BC1:2,BC3:3,BC4:4,BC5:5,BC7_M6_OPAQUE_ONLY:6,BC7_M5:7,PVRTC1_4_RGB:8,PVRTC1_4_RGBA:9,ASTC_4x4:10,ATC_RGB:11,ATC_RGBA_INTERPOLATED_ALPHA:12,RGBA32:13,RGB565:14,BGR565:15,RGBA4444:16},Pf.EngineFormat={RGBAFormat:Fe,RGBA_ASTC_4x4_Format:it,RGBA_BPTC_Format:gt,RGBA_ETC2_EAC_Format:nt,RGBA_PVRTC_4BPPV1_Format:Ze,RGBA_S3TC_DXT5_Format:Xe,RGB_ETC1_Format:et,RGB_ETC2_Format:tt,RGB_PVRTC_4BPPV1_Format:Je,RGB_S3TC_DXT1_Format:je},Pf.BasisWorker=function(){let e,t,n;const i=_EngineFormat,r=_TranscoderFormat,s=_BasisFormat;self.addEventListener(\"message\",(function(o){const u=o.data;switch(u.type){case\"init\":e=u.config,d=u.transcoderBinary,t=new Promise((e=>{n={wasmBinary:d,onRuntimeInitialized:e},BASIS(n)})).then((()=>{n.initializeBasis(),void 0===n.KTX2File&&console.warn(\"THREE.KTX2Loader: Please update Basis Universal transcoder.\")}));break;case\"transcode\":t.then((()=>{try{const{width:t,height:o,hasAlpha:d,mipmaps:p,format:A,dfdTransferFn:f,dfdFlags:m}=function(t){const o=new n.KTX2File(new Uint8Array(t));function u(){o.close(),o.delete()}if(!o.isValid())throw u(),new Error(\"THREE.KTX2Loader:\\tInvalid or unsupported .ktx2 file\");const d=o.isUASTC()?s.UASTC_4x4:s.ETC1S,p=o.getWidth(),A=o.getHeight(),f=o.getLayers()||1,m=o.getLevels(),g=o.getHasAlpha(),v=o.getDFDTransferFunc(),y=o.getDFDFlags(),{transcoderFormat:E,engineFormat:b}=function(t,n,o,h){let u,d;const p=t===s.ETC1S?a:l;for(let i=0;i\u003Cp.length;i++){const r=p[i];if(e[r.if]&&r.basisFormat.includes(t)&&!(h&&r.transcoderFormat.length\u003C2)&&(!r.needsPowerOfTwo||c(n)&&c(o)))return u=r.transcoderFormat[h?1:0],d=r.engineFormat[h?1:0],{transcoderFormat:u,engineFormat:d}}return console.warn(\"THREE.KTX2Loader: No suitable compressed texture format found. Decoding to RGBA32.\"),u=r.RGBA32,d=i.RGBAFormat,{transcoderFormat:u,engineFormat:d}}(d,p,A,g);if(!p||!A||!m)throw u(),new Error(\"THREE.KTX2Loader:\\tInvalid texture\");if(!o.startTranscoding())throw u(),new Error(\"THREE.KTX2Loader: .startTranscoding failed\");const x=[];for(let e=0;e\u003Cm;e++){const t=[];let n,i;for(let r=0;r\u003Cf;r++){const s=o.getImageLevelInfo(e,r,0);n=s.origWidth,i=s.origHeight;const a=new Uint8Array(o.getImageTranscodedSizeInBytes(e,r,0,E));if(!o.transcodeImage(a,e,r,0,E,0,-1,-1))throw u(),new Error(\"THREE.KTX2Loader: .transcodeImage failed.\");t.push(a)}x.push({data:h(t),width:n,height:i})}return u(),{width:p,height:A,hasAlpha:g,mipmaps:x,format:b,dfdTransferFn:v,dfdFlags:y}}(u.buffer),g=[];for(let e=0;e\u003Cp.length;++e)g.push(p[e].data.buffer);self.postMessage({type:\"transcode\",id:u.id,width:t,height:o,hasAlpha:d,mipmaps:p,format:A,dfdTransferFn:f,dfdFlags:m},g)}catch(e){console.error(e),self.postMessage({type:\"error\",id:u.id,error:e.message})}}))}var d}));const o=[{if:\"astcSupported\",basisFormat:[s.UASTC_4x4],transcoderFormat:[r.ASTC_4x4,r.ASTC_4x4],engineFormat:[i.RGBA_ASTC_4x4_Format,i.RGBA_ASTC_4x4_Format],priorityETC1S:1/0,priorityUASTC:1,needsPowerOfTwo:!1},{if:\"bptcSupported\",basisFormat:[s.ETC1S,s.UASTC_4x4],transcoderFormat:[r.BC7_M5,r.BC7_M5],engineFormat:[i.RGBA_BPTC_Format,i.RGBA_BPTC_Format],priorityETC1S:3,priorityUASTC:2,needsPowerOfTwo:!1},{if:\"dxtSupported\",basisFormat:[s.ETC1S,s.UASTC_4x4],transcoderFormat:[r.BC1,r.BC3],engineFormat:[i.RGB_S3TC_DXT1_Format,i.RGBA_S3TC_DXT5_Format],priorityETC1S:4,priorityUASTC:5,needsPowerOfTwo:!1},{if:\"etc2Supported\",basisFormat:[s.ETC1S,s.UASTC_4x4],transcoderFormat:[r.ETC1,r.ETC2],engineFormat:[i.RGB_ETC2_Format,i.RGBA_ETC2_EAC_Format],priorityETC1S:1,priorityUASTC:3,needsPowerOfTwo:!1},{if:\"etc1Supported\",basisFormat:[s.ETC1S,s.UASTC_4x4],transcoderFormat:[r.ETC1],engineFormat:[i.RGB_ETC1_Format],priorityETC1S:2,priorityUASTC:4,needsPowerOfTwo:!1},{if:\"pvrtcSupported\",basisFormat:[s.ETC1S,s.UASTC_4x4],transcoderFormat:[r.PVRTC1_4_RGB,r.PVRTC1_4_RGBA],engineFormat:[i.RGB_PVRTC_4BPPV1_Format,i.RGBA_PVRTC_4BPPV1_Format],priorityETC1S:5,priorityUASTC:6,needsPowerOfTwo:!0}],a=o.sort((function(e,t){return e.priorityETC1S-t.priorityETC1S})),l=o.sort((function(e,t){return e.priorityUASTC-t.priorityUASTC}));function c(e){return e\u003C=2||0==(e&e-1)&&0!==e}function h(e){let t=0;for(const n of e)t+=n.byteLength;const n=new Uint8Array(t);let i=0;for(const t of e)n.set(t,i),i+=t.byteLength;return n}};const kf={109:Fe,97:Fe,37:Fe,43:Fe,103:He,83:He,16:He,22:He,100:Ge,76:Ge,15:Ge,9:Ge},Ff={109:Se,97:Te,37:we,43:we,103:Se,83:Te,16:we,22:we,100:Se,76:Te,15:we,9:we},Of={43:Rt,22:Rt,15:Rt},Qf=/^[og]\\s*(.+)?/,Uf=/^mtllib /,Nf=/^usemtl /,Gf=/^usemap /,zf=/\\s+/,Hf=new ci,Vf=new ci,Wf=new ci,jf=new ci,qf=new ci,Yf=new Yn;function Xf(){const e={objects:[],object:{},vertices:[],normals:[],colors:[],uvs:[],materials:{},materialLibraries:[],startObject:function(e,t){if(this.object&&!1===this.object.fromDeclaration)return this.object.name=e,void(this.object.fromDeclaration=!1!==t);const n=this.object&&\"function\"==typeof this.object.currentMaterial?this.object.currentMaterial():void 0;if(this.object&&\"function\"==typeof this.object._finalize&&this.object._finalize(!0),this.object={name:e||\"\",fromDeclaration:!1!==t,geometry:{vertices:[],normals:[],colors:[],uvs:[],hasUVIndices:!1},materials:[],smooth:!0,startMaterial:function(e,t){const n=this._finalize(!1);n&&(n.inherited||n.groupCount\u003C=0)&&this.materials.splice(n.index,1);const i={index:this.materials.length,name:e||\"\",mtllib:Array.isArray(t)&&t.length>0?t[t.length-1]:\"\",smooth:void 0!==n?n.smooth:this.smooth,groupStart:void 0!==n?n.groupEnd:0,groupEnd:-1,groupCount:-1,inherited:!1,clone:function(e){const t={index:\"number\"==typeof e?e:this.index,name:this.name,mtllib:this.mtllib,smooth:this.smooth,groupStart:0,groupEnd:-1,groupCount:-1,inherited:!1};return t.clone=this.clone.bind(t),t}};return this.materials.push(i),i},currentMaterial:function(){if(this.materials.length>0)return this.materials[this.materials.length-1]},_finalize:function(e){const t=this.currentMaterial();if(t&&-1===t.groupEnd&&(t.groupEnd=this.geometry.vertices.length/3,t.groupCount=t.groupEnd-t.groupStart,t.inherited=!1),e&&this.materials.length>1)for(let e=this.materials.length-1;e>=0;e--)this.materials[e].groupCount\u003C=0&&this.materials.splice(e,1);return e&&0===this.materials.length&&this.materials.push({name:\"\",smooth:this.smooth}),t}},n&&n.name&&\"function\"==typeof n.clone){const e=n.clone(0);e.inherited=!0,this.object.materials.push(e)}this.objects.push(this.object)},finalize:function(){this.object&&\"function\"==typeof this.object._finalize&&this.object._finalize(!0)},parseVertexIndex:function(e,t){const n=parseInt(e,10);return 3*(n>=0?n-1:n+t/3)},parseNormalIndex:function(e,t){const n=parseInt(e,10);return 3*(n>=0?n-1:n+t/3)},parseUVIndex:function(e,t){const n=parseInt(e,10);return 2*(n>=0?n-1:n+t/2)},addVertex:function(e,t,n){const i=this.vertices,r=this.object.geometry.vertices;r.push(i[e+0],i[e+1],i[e+2]),r.push(i[t+0],i[t+1],i[t+2]),r.push(i[n+0],i[n+1],i[n+2])},addVertexPoint:function(e){const t=this.vertices;this.object.geometry.vertices.push(t[e+0],t[e+1],t[e+2])},addVertexLine:function(e){const t=this.vertices;this.object.geometry.vertices.push(t[e+0],t[e+1],t[e+2])},addNormal:function(e,t,n){const i=this.normals,r=this.object.geometry.normals;r.push(i[e+0],i[e+1],i[e+2]),r.push(i[t+0],i[t+1],i[t+2]),r.push(i[n+0],i[n+1],i[n+2])},addFaceNormal:function(e,t,n){const i=this.vertices,r=this.object.geometry.normals;Hf.fromArray(i,e),Vf.fromArray(i,t),Wf.fromArray(i,n),qf.subVectors(Wf,Vf),jf.subVectors(Hf,Vf),qf.cross(jf),qf.normalize(),r.push(qf.x,qf.y,qf.z),r.push(qf.x,qf.y,qf.z),r.push(qf.x,qf.y,qf.z)},addColor:function(e,t,n){const i=this.colors,r=this.object.geometry.colors;void 0!==i[e]&&r.push(i[e+0],i[e+1],i[e+2]),void 0!==i[t]&&r.push(i[t+0],i[t+1],i[t+2]),void 0!==i[n]&&r.push(i[n+0],i[n+1],i[n+2])},addUV:function(e,t,n){const i=this.uvs,r=this.object.geometry.uvs;r.push(i[e+0],i[e+1]),r.push(i[t+0],i[t+1]),r.push(i[n+0],i[n+1])},addDefaultUV:function(){const e=this.object.geometry.uvs;e.push(0,0),e.push(0,0),e.push(0,0)},addUVLine:function(e){const t=this.uvs;this.object.geometry.uvs.push(t[e+0],t[e+1])},addFace:function(e,t,n,i,r,s,o,a,l){const c=this.vertices.length;let h=this.parseVertexIndex(e,c),u=this.parseVertexIndex(t,c),d=this.parseVertexIndex(n,c);if(this.addVertex(h,u,d),this.addColor(h,u,d),void 0!==o&&\"\"!==o){const e=this.normals.length;h=this.parseNormalIndex(o,e),u=this.parseNormalIndex(a,e),d=this.parseNormalIndex(l,e),this.addNormal(h,u,d)}else this.addFaceNormal(h,u,d);if(void 0!==i&&\"\"!==i){const e=this.uvs.length;h=this.parseUVIndex(i,e),u=this.parseUVIndex(r,e),d=this.parseUVIndex(s,e),this.addUV(h,u,d),this.object.geometry.hasUVIndices=!0}else this.addDefaultUV()},addPointGeometry:function(e){this.object.geometry.type=\"Points\";const t=this.vertices.length;for(let n=0,i=e.length;n\u003Ci;n++){const i=this.parseVertexIndex(e[n],t);this.addVertexPoint(i),this.addColor(i)}},addLineGeometry:function(e,t){this.object.geometry.type=\"Line\";const n=this.vertices.length,i=this.uvs.length;for(let t=0,i=e.length;t\u003Ci;t++)this.addVertexLine(this.parseVertexIndex(e[t],n));for(let e=0,n=t.length;e\u003Cn;e++)this.addUVLine(this.parseUVIndex(t[e],i))}};return e.startObject(\"\",!1),e}class Jf{constructor(e=\"\",t={}){this.baseUrl=e,this.options=t,this.materialsInfo={},this.materials={},this.materialsArray=[],this.nameLookup={},this.crossOrigin=\"anonymous\",this.side=void 0!==this.options.side?this.options.side:m,this.wrap=void 0!==this.options.wrap?this.options.wrap:he}setCrossOrigin(e){return this.crossOrigin=e,this}setManager(e){this.manager=e}setMaterials(e){this.materialsInfo=this.convert(e),this.materials={},this.materialsArray=[],this.nameLookup={}}convert(e){if(!this.options)return e;const t={};for(const n in e){const i=e[n],r={};t[n]=r;for(const e in i){let t=!0,n=i[e];const s=e.toLowerCase();switch(s){case\"kd\":case\"ka\":case\"ks\":this.options&&this.options.normalizeRGB&&(n=[n[0]/255,n[1]/255,n[2]/255]),this.options&&this.options.ignoreZeroRGBs&&0===n[0]&&0===n[1]&&0===n[2]&&(t=!1)}t&&(r[s]=n)}}return t}preload(){for(const e in this.materialsInfo)this.create(e)}getIndex(e){return this.nameLookup[e]}getAsArray(){let e=0;for(const t in this.materialsInfo)this.materialsArray[e]=this.create(t),this.nameLookup[t]=e,e++;return this.materialsArray}create(e){return void 0===this.materials[e]&&this.createMaterial_(e),this.materials[e]}createMaterial_(e){const t=this,n=this.materialsInfo[e],i={name:e,side:this.side};function r(e,n){if(i[e])return;const r=t.getTextureParams(n,i),s=t.loadTexture((o=t.baseUrl,\"string\"!=typeof(a=r.url)||\"\"===a?\"\":/^https?:\\/\\//i.test(a)?a:o+a));var o,a;s.repeat.copy(r.scale),s.offset.copy(r.offset),s.wrapS=t.wrap,s.wrapT=t.wrap,\"map\"!==e&&\"emissiveMap\"!==e||(s.encoding=Rt),i[e]=s}for(const e in n){const t=n[e];let s;if(\"\"!==t)switch(e.toLowerCase()){case\"kd\":i.color=(new Yn).fromArray(t).convertSRGBToLinear();break;case\"ks\":i.specular=(new Yn).fromArray(t).convertSRGBToLinear();break;case\"ke\":i.emissive=(new Yn).fromArray(t).convertSRGBToLinear();break;case\"map_kd\":r(\"map\",t);break;case\"map_ks\":r(\"specularMap\",t);break;case\"map_ke\":r(\"emissiveMap\",t);break;case\"norm\":r(\"normalMap\",t);break;case\"map_bump\":case\"bump\":r(\"bumpMap\",t);break;case\"map_d\":r(\"alphaMap\",t),i.transparent=!0;break;case\"ns\":i.shininess=parseFloat(t);break;case\"d\":s=parseFloat(t),s\u003C1&&(i.opacity=s,i.transparent=!0);break;case\"tr\":s=parseFloat(t),this.options&&this.options.invertTrProperty&&(s=1-s),s>0&&(i.opacity=1-s,i.transparent=!0)}}return this.materials[e]=new Jh(i),this.materials[e]}getTextureParams(e,t){const n={scale:new Ln(1,1),offset:new Ln(0,0)},i=e.split(/\\s+/);let r;return r=i.indexOf(\"-bm\"),r>=0&&(t.bumpScale=parseFloat(i[r+1]),i.splice(r,2)),r=i.indexOf(\"-s\"),r>=0&&(n.scale.set(parseFloat(i[r+1]),parseFloat(i[r+2])),i.splice(r,4)),r=i.indexOf(\"-o\"),r>=0&&(n.offset.set(parseFloat(i[r+1]),parseFloat(i[r+2])),i.splice(r,4)),n.url=i.join(\" \").trim(),n}loadTexture(e,t,n,i,r){const s=void 0!==this.manager?this.manager:Mu;let o=s.getHandler(e);null===o&&(o=new ku(s)),o.setCrossOrigin&&o.setCrossOrigin(this.crossOrigin);const a=o.load(e,n,i,r);return void 0!==t&&(a.mapping=t),a}}function Kf(){throw new Error(\"BufferGeometryUtils: computeTangents renamed to computeMikkTSpaceTangents.\")}function Zf(e,t,n=!0){if(!t||!t.isReady)throw new Error(\"BufferGeometryUtils: Initialized MikkTSpace library required.\");if(!e.hasAttribute(\"position\")||!e.hasAttribute(\"normal\")||!e.hasAttribute(\"uv\"))throw new Error('BufferGeometryUtils: Tangents require \"position\", \"normal\", and \"uv\" attributes.');function i(e){if(e.normalized||e.isInterleavedBufferAttribute){const t=new Float32Array(e.getCount()*e.itemSize);for(let n=0,i=0;n\u003Ce.getCount();n++)t[i++]=e.getX(n),t[i++]=e.getY(n),e.itemSize>2&&(t[i++]=e.getZ(n));return t}return e.array instanceof Float32Array?e.array:new Float32Array(e.array)}const r=e.index?e.toNonIndexed():e,s=t.generateTangents(i(r.attributes.position),i(r.attributes.normal),i(r.attributes.uv));if(n)for(let e=3;e\u003Cs.length;e+=4)s[e]*=-1;return r.setAttribute(\"tangent\",new Ir(s,4)),e!==r&&e.copy(r),e}function $f(e,t=!1){const n=null!==e[0].index,i=new Set(Object.keys(e[0].attributes)),r=new Set(Object.keys(e[0].morphAttributes)),s={},o={},a=e[0].morphTargetsRelative,l=new Wr;let c=0;for(let h=0;h\u003Ce.length;++h){const u=e[h];let d=0;if(n!==(null!==u.index))return console.error(\"THREE.BufferGeometryUtils: .mergeBufferGeometries() failed with geometry at index \"+h+\". All geometries must have compatible attributes; make sure index attribute exists among all geometries, or in none of them.\"),null;for(const e in u.attributes){if(!i.has(e))return console.error(\"THREE.BufferGeometryUtils: .mergeBufferGeometries() failed with geometry at index \"+h+'. All geometries must have compatible attributes; make sure \"'+e+'\" attribute exists among all geometries, or in none of them.'),null;void 0===s[e]&&(s[e]=[]),s[e].push(u.attributes[e]),d++}if(d!==i.size)return console.error(\"THREE.BufferGeometryUtils: .mergeBufferGeometries() failed with geometry at index \"+h+\". Make sure all geometries have the same number of attributes.\"),null;if(a!==u.morphTargetsRelative)return console.error(\"THREE.BufferGeometryUtils: .mergeBufferGeometries() failed with geometry at index \"+h+\". .morphTargetsRelative must be consistent throughout all geometries.\"),null;for(const e in u.morphAttributes){if(!r.has(e))return console.error(\"THREE.BufferGeometryUtils: .mergeBufferGeometries() failed with geometry at index \"+h+\".  .morphAttributes must be consistent throughout all geometries.\"),null;void 0===o[e]&&(o[e]=[]),o[e].push(u.morphAttributes[e])}if(t){let e;if(n)e=u.index.count;else{if(void 0===u.attributes.position)return console.error(\"THREE.BufferGeometryUtils: .mergeBufferGeometries() failed with geometry at index \"+h+\". The geometry must have either an index or a position attribute\"),null;e=u.attributes.position.count}l.addGroup(c,e,h),c+=e}}if(n){let t=0;const n=[];for(let i=0;i\u003Ce.length;++i){const r=e[i].index;for(let e=0;e\u003Cr.count;++e)n.push(r.getX(e)+t);t+=e[i].attributes.position.count}l.setIndex(n)}for(const e in s){const t=em(s[e]);if(!t)return console.error(\"THREE.BufferGeometryUtils: .mergeBufferGeometries() failed while trying to merge the \"+e+\" attribute.\"),null;l.setAttribute(e,t)}for(const e in o){const t=o[e][0].length;if(0===t)break;l.morphAttributes=l.morphAttributes||{},l.morphAttributes[e]=[];for(let n=0;n\u003Ct;++n){const t=[];for(let i=0;i\u003Co[e].length;++i)t.push(o[e][i][n]);const i=em(t);if(!i)return console.error(\"THREE.BufferGeometryUtils: .mergeBufferGeometries() failed while trying to merge the \"+e+\" morphAttribute.\"),null;l.morphAttributes[e].push(i)}}return l}function em(e){let t,n,i,r=0;for(let s=0;s\u003Ce.length;++s){const o=e[s];if(o.isInterleavedBufferAttribute)return console.error(\"THREE.BufferGeometryUtils: .mergeBufferAttributes() failed. InterleavedBufferAttributes are not supported.\"),null;if(void 0===t&&(t=o.array.constructor),t!==o.array.constructor)return console.error(\"THREE.BufferGeometryUtils: .mergeBufferAttributes() failed. BufferAttribute.array must be of consistent array types across matching attributes.\"),null;if(void 0===n&&(n=o.itemSize),n!==o.itemSize)return console.error(\"THREE.BufferGeometryUtils: .mergeBufferAttributes() failed. BufferAttribute.itemSize must be consistent across matching attributes.\"),null;if(void 0===i&&(i=o.normalized),i!==o.normalized)return console.error(\"THREE.BufferGeometryUtils: .mergeBufferAttributes() failed. BufferAttribute.normalized must be consistent across matching attributes.\"),null;r+=o.array.length}const s=new t(r);let o=0;for(let t=0;t\u003Ce.length;++t)s.set(e[t].array,o),o+=e[t].array.length;return new Ir(s,n,i)}function tm(e){return e.isInstancedInterleavedBufferAttribute||e.isInterleavedBufferAttribute?im(e):e.isInstancedBufferAttribute?(new Yl).copy(e):(new Ir).copy(e)}function nm(e){let t,n=0,i=0;for(let r=0,s=e.length;r\u003Cs;++r){const s=e[r];if(void 0===t&&(t=s.array.constructor),t!==s.array.constructor)return console.error(\"AttributeBuffers of different types cannot be interleaved\"),null;n+=s.array.length,i+=s.itemSize}const r=new fl(new t(n),i);let s=0;const o=[],a=[\"getX\",\"getY\",\"getZ\",\"getW\"],l=[\"setX\",\"setY\",\"setZ\",\"setW\"];for(let t=0,n=e.length;t\u003Cn;t++){const n=e[t],i=n.itemSize,c=n.count,h=new gl(r,i,s,n.normalized);o.push(h),s+=i;for(let e=0;e\u003Cc;e++)for(let t=0;t\u003Ci;t++)h[l[t]](e,n[a[t]](e))}return o}function im(e){const t=e.data.array.constructor,n=e.count,i=e.itemSize,r=e.normalized,s=new t(n*i);let o;o=e.isInstancedInterleavedBufferAttribute?new Yl(s,i,r,e.meshPerAttribute):new Ir(s,i,r);for(let t=0;t\u003Cn;t++)o.setX(t,e.getX(t)),i>=2&&o.setY(t,e.getY(t)),i>=3&&o.setZ(t,e.getZ(t)),i>=4&&o.setW(t,e.getW(t));return o}function rm(e){const t=e.attributes,n=e.morphTargets,i=new Map;for(const e in t){const n=t[e];n.isInterleavedBufferAttribute&&(i.has(n)||i.set(n,im(n)),t[e]=i.get(n))}for(const e in n){const t=n[e];t.isInterleavedBufferAttribute&&(i.has(t)||i.set(t,im(t)),n[e]=i.get(t))}}function sm(e){let t=0;for(const n in e.attributes){const i=e.getAttribute(n);t+=i.count*i.itemSize*i.array.BYTES_PER_ELEMENT}const n=e.getIndex();return t+=n?n.count*n.itemSize*n.array.BYTES_PER_ELEMENT:0,t}function om(e,t=1e-4){t=Math.max(t,Number.EPSILON);const n={},i=e.getIndex(),r=e.getAttribute(\"position\"),s=i?i.count:r.count;let o=0;const a=Object.keys(e.attributes),l={},c={},h=[],u=[\"getX\",\"getY\",\"getZ\",\"getW\"],d=[\"setX\",\"setY\",\"setZ\",\"setW\"];for(let t=0,n=a.length;t\u003Cn;t++){const n=a[t],i=e.attributes[n];l[n]=new Ir(new i.array.constructor(i.count*i.itemSize),i.itemSize,i.normalized);const r=e.morphAttributes[n];r&&(c[n]=new Ir(new r.array.constructor(r.count*r.itemSize),r.itemSize,r.normalized))}const p=Math.log10(1/t),A=Math.pow(10,p);for(let t=0;t\u003Cs;t++){const r=i?i.getX(t):t;let s=\"\";for(let t=0,n=a.length;t\u003Cn;t++){const n=a[t],i=e.getAttribute(n),o=i.itemSize;for(let e=0;e\u003Co;e++)s+=~~(i[u[e]](r)*A)+\",\"}if(s in n)h.push(n[s]);else{for(let t=0,n=a.length;t\u003Cn;t++){const n=a[t],i=e.getAttribute(n),s=e.morphAttributes[n],h=i.itemSize,p=l[n],A=c[n];for(let e=0;e\u003Ch;e++){const t=u[e],n=d[e];if(p[n](o,i[t](r)),s)for(let e=0,i=s.length;e\u003Ci;e++)A[e][n](o,s[e][t](r))}}n[s]=o,h.push(o),o++}}const f=e.clone();for(const t in e.attributes){const e=l[t];if(f.setAttribute(t,new Ir(e.array.slice(0,o*e.itemSize),e.itemSize,e.normalized)),t in c)for(let e=0;e\u003Cc[t].length;e++){const n=c[t][e];f.morphAttributes[t][e]=new Ir(n.array.slice(0,o*n.itemSize),n.itemSize,n.normalized)}}return f.setIndex(h),f}function am(e,t){if(t===St)return console.warn(\"THREE.BufferGeometryUtils.toTrianglesDrawMode(): Geometry already defined as triangles.\"),e;if(t===Lt||t===Tt){let n=e.getIndex();if(null===n){const t=[],i=e.getAttribute(\"position\");if(void 0===i)return console.error(\"THREE.BufferGeometryUtils.toTrianglesDrawMode(): Undefined position attribute. Processing not possible.\"),e;for(let e=0;e\u003Ci.count;e++)t.push(e);e.setIndex(t),n=e.getIndex()}const i=n.count-2,r=[];if(t===Lt)for(let e=1;e\u003C=i;e++)r.push(n.getX(0)),r.push(n.getX(e)),r.push(n.getX(e+1));else for(let e=0;e\u003Ci;e++)e%2==0?(r.push(n.getX(e)),r.push(n.getX(e+1)),r.push(n.getX(e+2))):(r.push(n.getX(e+2)),r.push(n.getX(e+1)),r.push(n.getX(e)));r.length/3!==i&&console.error(\"THREE.BufferGeometryUtils.toTrianglesDrawMode(): Unable to generate correct amount of triangles.\");const s=e.clone();return s.setIndex(r),s.clearGroups(),s}return console.error(\"THREE.BufferGeometryUtils.toTrianglesDrawMode(): Unknown draw mode:\",t),e}function lm(e){if(!0!==e.geometry.isBufferGeometry)return console.error(\"THREE.BufferGeometryUtils: Geometry is not of type BufferGeometry.\"),null;const t=new ci,n=new ci,i=new ci,r=new ci,s=new ci,o=new ci,a=new ci,l=new ci,c=new ci;function h(e,h,u,d,p,A,f,m){t.fromBufferAttribute(h,p),n.fromBufferAttribute(h,A),i.fromBufferAttribute(h,f);const g=e.morphTargetInfluences;if(u&&g){a.set(0,0,0),l.set(0,0,0),c.set(0,0,0);for(let e=0,h=u.length;e\u003Ch;e++){const h=g[e],m=u[e];0!==h&&(r.fromBufferAttribute(m,p),s.fromBufferAttribute(m,A),o.fromBufferAttribute(m,f),d?(a.addScaledVector(r,h),l.addScaledVector(s,h),c.addScaledVector(o,h)):(a.addScaledVector(r.sub(t),h),l.addScaledVector(s.sub(n),h),c.addScaledVector(o.sub(i),h)))}t.add(a),n.add(l),i.add(c)}e.isSkinnedMesh&&(e.boneTransform(p,t),e.boneTransform(A,n),e.boneTransform(f,i)),m[3*p+0]=t.x,m[3*p+1]=t.y,m[3*p+2]=t.z,m[3*A+0]=n.x,m[3*A+1]=n.y,m[3*A+2]=n.z,m[3*f+0]=i.x,m[3*f+1]=i.y,m[3*f+2]=i.z}const u=e.geometry,d=e.material;let p,A,f;const m=u.index,g=u.attributes.position,v=u.morphAttributes.position,y=u.morphTargetsRelative,E=u.attributes.normal,b=u.morphAttributes.position,x=u.groups,w=u.drawRange;let C,M,_,I,B,S,T;const L=new Float32Array(g.count*g.itemSize),D=new Float32Array(E.count*E.itemSize);if(null!==m)if(Array.isArray(d))for(C=0,_=x.length;C\u003C_;C++)for(B=x[C],S=Math.max(B.start,w.start),T=Math.min(B.start+B.count,w.start+w.count),M=S,I=T;M\u003CI;M+=3)p=m.getX(M),A=m.getX(M+1),f=m.getX(M+2),h(e,g,v,y,p,A,f,L),h(e,E,b,y,p,A,f,D);else for(S=Math.max(0,w.start),T=Math.min(m.count,w.start+w.count),C=S,_=T;C\u003C_;C+=3)p=m.getX(C),A=m.getX(C+1),f=m.getX(C+2),h(e,g,v,y,p,A,f,L),h(e,E,b,y,p,A,f,D);else if(Array.isArray(d))for(C=0,_=x.length;C\u003C_;C++)for(B=x[C],S=Math.max(B.start,w.start),T=Math.min(B.start+B.count,w.start+w.count),M=S,I=T;M\u003CI;M+=3)p=M,A=M+1,f=M+2,h(e,g,v,y,p,A,f,L),h(e,E,b,y,p,A,f,D);else for(S=Math.max(0,w.start),T=Math.min(g.count,w.start+w.count),C=S,_=T;C\u003C_;C+=3)p=C,A=C+1,f=C+2,h(e,g,v,y,p,A,f,L),h(e,E,b,y,p,A,f,D);return{positionAttribute:g,normalAttribute:E,morphedPositionAttribute:new Fr(L,3),morphedNormalAttribute:new Fr(D,3)}}function cm(e){if(0===e.groups.length)return console.warn(\"THREE.BufferGeometryUtils.mergeGroups(): No groups are defined. Nothing to merge.\"),e;let t=e.groups;if(t=t.sort(((e,t)=>e.materialIndex!==t.materialIndex?e.materialIndex-t.materialIndex:e.start-t.start)),null===e.getIndex()){const t=e.getAttribute(\"position\"),n=[];for(let e=0;e\u003Ct.count;e+=3)n.push(e,e+1,e+2);e.setIndex(n)}const n=e.getIndex(),i=[];for(let e=0;e\u003Ct.length;e++){const r=t[e],s=r.start,o=s+r.count;for(let e=s;e\u003Co;e++)i.push(n.getX(e))}e.dispose(),e.setIndex(i);let r=0;for(let e=0;e\u003Ct.length;e++){const n=t[e];n.start=r,r+=n.count}let s=t[0];e.groups=[s];for(let n=1;n\u003Ct.length;n++){const i=t[n];s.materialIndex===i.materialIndex?s.count+=i.count:(s=i,e.groups.push(s))}return e}function hm(e,t=Math.PI/3){const n=Math.cos(t),i=100*(1+1e-10),r=[new ci,new ci,new ci],s=new ci,o=new ci,a=new ci,l=new ci;function c(e){return`${~~(e.x*i)},${~~(e.y*i)},${~~(e.z*i)}`}const h=e.toNonIndexed(),u=h.attributes.position,d={};for(let e=0,t=u.count/3;e\u003Ct;e++){const t=3*e,n=r[0].fromBufferAttribute(u,t+0),i=r[1].fromBufferAttribute(u,t+1),a=r[2].fromBufferAttribute(u,t+2);s.subVectors(a,i),o.subVectors(n,i);const l=(new ci).crossVectors(s,o).normalize();for(let e=0;e\u003C3;e++){const t=c(r[e]);t in d||(d[t]=[]),d[t].push(l)}}const p=new Float32Array(3*u.count),A=new Ir(p,3,!1);for(let e=0,t=u.count/3;e\u003Ct;e++){const t=3*e,i=r[0].fromBufferAttribute(u,t+0),h=r[1].fromBufferAttribute(u,t+1),p=r[2].fromBufferAttribute(u,t+2);s.subVectors(p,h),o.subVectors(i,h),a.crossVectors(s,o).normalize();for(let e=0;e\u003C3;e++){const i=d[c(r[e])];l.set(0,0,0);for(let e=0,t=i.length;e\u003Ct;e++){const t=i[e];a.dot(t)>n&&l.add(t)}l.normalize(),A.setXYZ(t+e,l.x,l.y,l.z)}}return h.setAttribute(\"normal\",A),h}function um(e,t){switch(t){case Rt:e.convertSRGBToLinear();break;case Dt:break;default:console.warn(\"WARNING: LightProbeGenerator convertColorToLinear() encountered an unsupported encoding.\")}return e}var dm=n(7347),pm=window.THREE=dm({},i);n(6898),pm.DRACOLoader=class extends _u{constructor(e){super(e),this.decoderPath=\"\",this.decoderConfig={},this.decoderBinary=null,this.decoderPending=null,this.workerLimit=4,this.workerPool=[],this.workerNextTaskID=1,this.workerSourceURL=\"\",this.defaultAttributeIDs={position:\"POSITION\",normal:\"NORMAL\",color:\"COLOR\",uv:\"TEX_COORD\"},this.defaultAttributeTypes={position:\"Float32Array\",normal:\"Float32Array\",color:\"Float32Array\",uv:\"Float32Array\"}}setDecoderPath(e){return this.decoderPath=e,this}setDecoderConfig(e){return this.decoderConfig=e,this}setWorkerLimit(e){return this.workerLimit=e,this}load(e,t,n,i){const r=new Su(this.manager);r.setPath(this.path),r.setResponseType(\"arraybuffer\"),r.setRequestHeader(this.requestHeader),r.setWithCredentials(this.withCredentials),r.load(e,(e=>{this.decodeDracoFile(e,t).catch(i)}),n,i)}decodeDracoFile(e,t,n,i){const r={attributeIDs:n||this.defaultAttributeIDs,attributeTypes:i||this.defaultAttributeTypes,useUniqueIDs:!!n};return this.decodeGeometry(e,r).then(t)}decodeGeometry(e,t){const n=JSON.stringify(t);if(hA.has(e)){const t=hA.get(e);if(t.key===n)return t.promise;if(0===e.byteLength)throw new Error(\"THREE.DRACOLoader: Unable to re-decode a buffer with different settings. 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Please update to \"KHR_texture_basisu\".')}setKTX2Loader(e){return this.ktx2Loader=e,this}setMeshoptDecoder(e){return this.meshoptDecoder=e,this}register(e){return-1===this.pluginCallbacks.indexOf(e)&&this.pluginCallbacks.push(e),this}unregister(e){return-1!==this.pluginCallbacks.indexOf(e)&&this.pluginCallbacks.splice(this.pluginCallbacks.indexOf(e),1),this}parse(e,t,n,i){let r;const s={},o={};if(\"string\"==typeof e)r=JSON.parse(e);else if(e instanceof ArrayBuffer)if(nd.decodeText(new Uint8Array(e,0,4))===WA){try{s[pA]=new jA(e)}catch(e){return void(i&&i(e))}r=JSON.parse(s[pA].content)}else r=JSON.parse(nd.decodeText(new Uint8Array(e)));else r=e;if(void 0===r.asset||r.asset.version[0]\u003C2)return void(i&&i(new Error(\"THREE.GLTFLoader: Unsupported asset. glTF versions >=2.0 are supported.\")));const a=new Af(r,{path:t||this.resourcePath||\"\",crossOrigin:this.crossOrigin,requestHeader:this.requestHeader,manager:this.manager,ktx2Loader:this.ktx2Loader,meshoptDecoder:this.meshoptDecoder});a.fileLoader.setRequestHeader(this.requestHeader);for(let e=0;e\u003Cthis.pluginCallbacks.length;e++){const t=this.pluginCallbacks[e](a);o[t.name]=t,s[t.name]=!0}if(r.extensionsUsed)for(let e=0;e\u003Cr.extensionsUsed.length;++e){const t=r.extensionsUsed[e],n=r.extensionsRequired||[];switch(t){case xA:s[t]=new DA;break;case AA:s[t]=new qA(r,this.dracoLoader);break;case MA:s[t]=new YA;break;case _A:s[t]=new XA;break;default:n.indexOf(t)>=0&&void 0===o[t]&&console.warn('THREE.GLTFLoader: Unknown extension \"'+t+'\".')}}a.setExtensions(s),a.setPlugins(o),a.parse(n,i)}parseAsync(e,t){const n=this;return new Promise((function(i,r){n.parse(e,t,i,r)}))}},pm.KTX2Loader=Pf,pm.OBJLoader=class extends _u{constructor(e){super(e),this.materials=null}load(e,t,n,i){const r=this,s=new Su(this.manager);s.setPath(this.path),s.setRequestHeader(this.requestHeader),s.setWithCredentials(this.withCredentials),s.load(e,(function(n){try{t(r.parse(n))}catch(t){i?i(t):console.error(t),r.manager.itemError(e)}}),n,i)}setMaterials(e){return this.materials=e,this}parse(e){const t=new Xf;-1!==e.indexOf(\"\\r\\n\")&&(e=e.replace(/\\r\\n/g,\"\\n\")),-1!==e.indexOf(\"\\\\\\n\")&&(e=e.replace(/\\\\\\n/g,\"\"));const n=e.split(\"\\n\");let i=[];for(let e=0,r=n.length;e\u003Cr;e++){const r=n[e].trimStart();if(0===r.length)continue;const s=r.charAt(0);if(\"#\"!==s)if(\"v\"===s){const e=r.split(zf);switch(e[0]){case\"v\":t.vertices.push(parseFloat(e[1]),parseFloat(e[2]),parseFloat(e[3])),e.length>=7?(Yf.setRGB(parseFloat(e[4]),parseFloat(e[5]),parseFloat(e[6])).convertSRGBToLinear(),t.colors.push(Yf.r,Yf.g,Yf.b)):t.colors.push(void 0,void 0,void 0);break;case\"vn\":t.normals.push(parseFloat(e[1]),parseFloat(e[2]),parseFloat(e[3]));break;case\"vt\":t.uvs.push(parseFloat(e[1]),parseFloat(e[2]))}}else if(\"f\"===s){const e=r.slice(1).trim().split(zf),n=[];for(let t=0,i=e.length;t\u003Ci;t++){const i=e[t];if(i.length>0){const e=i.split(\"/\");n.push(e)}}const i=n[0];for(let e=1,r=n.length-1;e\u003Cr;e++){const r=n[e],s=n[e+1];t.addFace(i[0],r[0],s[0],i[1],r[1],s[1],i[2],r[2],s[2])}}else if(\"l\"===s){const e=r.substring(1).trim().split(\" \");let n=[];const i=[];if(-1===r.indexOf(\"/\"))n=e;else for(let t=0,r=e.length;t\u003Cr;t++){const r=e[t].split(\"/\");\"\"!==r[0]&&n.push(r[0]),\"\"!==r[1]&&i.push(r[1])}t.addLineGeometry(n,i)}else if(\"p\"===s){const e=r.slice(1).trim().split(\" \");t.addPointGeometry(e)}else if(null!==(i=Qf.exec(r))){const e=(\" \"+i[0].slice(1).trim()).slice(1);t.startObject(e)}else if(Nf.test(r))t.object.startMaterial(r.substring(7).trim(),t.materialLibraries);else if(Uf.test(r))t.materialLibraries.push(r.substring(7).trim());else if(Gf.test(r))console.warn('THREE.OBJLoader: Rendering identifier \"usemap\" not supported. Textures must be defined in MTL files.');else if(\"s\"===s){if(i=r.split(\" \"),i.length>1){const e=i[1].trim().toLowerCase();t.object.smooth=\"0\"!==e&&\"off\"!==e}else t.object.smooth=!0;const e=t.object.currentMaterial();e&&(e.smooth=t.object.smooth)}else{if(\"\\0\"===r)continue;console.warn('THREE.OBJLoader: Unexpected line: \"'+r+'\"')}}t.finalize();const r=new $a;if(r.materialLibraries=[].concat(t.materialLibraries),!0==!(1===t.objects.length&&0===t.objects[0].geometry.vertices.length))for(let e=0,n=t.objects.length;e\u003Cn;e++){const n=t.objects[e],i=n.geometry,s=n.materials,o=\"Line\"===i.type,a=\"Points\"===i.type;let l=!1;if(0===i.vertices.length)continue;const c=new Wr;c.setAttribute(\"position\",new Fr(i.vertices,3)),i.normals.length>0&&c.setAttribute(\"normal\",new Fr(i.normals,3)),i.colors.length>0&&(l=!0,c.setAttribute(\"color\",new Fr(i.colors,3))),!0===i.hasUVIndices&&c.setAttribute(\"uv\",new Fr(i.uvs,2));const h=[];for(let e=0,n=s.length;e\u003Cn;e++){const n=s[e],i=n.name+\"_\"+n.smooth+\"_\"+l;let r=t.materials[i];if(null!==this.materials)if(r=this.materials.create(n.name),!o||!r||r instanceof tc){if(a&&r&&!(r instanceof dc)){const e=new dc({size:10,sizeAttenuation:!1});wr.prototype.copy.call(e,r),e.color.copy(r.color),e.map=r.map,r=e}}else{const e=new tc;wr.prototype.copy.call(e,r),e.color.copy(r.color),r=e}void 0===r&&(r=o?new tc:a?new dc({size:1,sizeAttenuation:!1}):new Jh,r.name=n.name,r.flatShading=!n.smooth,r.vertexColors=l,t.materials[i]=r),h.push(r)}let u;if(h.length>1){for(let e=0,t=s.length;e\u003Ct;e++){const t=s[e];c.addGroup(t.groupStart,t.groupCount,e)}u=o?new hc(c,h):a?new gc(c,h):new cs(c,h)}else u=o?new hc(c,h[0]):a?new gc(c,h[0]):new cs(c,h[0]);u.name=n.name,r.add(u)}else if(t.vertices.length>0){const e=new dc({size:1,sizeAttenuation:!1}),n=new Wr;n.setAttribute(\"position\",new Fr(t.vertices,3)),t.colors.length>0&&void 0!==t.colors[0]&&(n.setAttribute(\"color\",new Fr(t.colors,3)),e.vertexColors=!0);const i=new gc(n,e);r.add(i)}return r}},pm.MTLLoader=class extends _u{constructor(e){super(e)}load(e,t,n,i){const r=this,s=\"\"===this.path?nd.extractUrlBase(e):this.path,o=new Su(this.manager);o.setPath(this.path),o.setRequestHeader(this.requestHeader),o.setWithCredentials(this.withCredentials),o.load(e,(function(n){try{t(r.parse(n,s))}catch(t){i?i(t):console.error(t),r.manager.itemError(e)}}),n,i)}setMaterialOptions(e){return this.materialOptions=e,this}parse(e,t){const n=e.split(\"\\n\");let i={};const r=/\\s+/,s={};for(let e=0;e\u003Cn.length;e++){let t=n[e];if(t=t.trim(),0===t.length||\"#\"===t.charAt(0))continue;const o=t.indexOf(\" \");let a=o>=0?t.substring(0,o):t;a=a.toLowerCase();let l=o>=0?t.substring(o+1):\"\";if(l=l.trim(),\"newmtl\"===a)i={name:l},s[l]=i;else if(\"ka\"===a||\"kd\"===a||\"ks\"===a||\"ke\"===a){const e=l.split(r,3);i[a]=[parseFloat(e[0]),parseFloat(e[1]),parseFloat(e[2])]}else i[a]=l}const o=new Jf(this.resourcePath||t,this.materialOptions);return o.setCrossOrigin(this.crossOrigin),o.setManager(this.manager),o.setMaterials(s),o}},pm.BufferGeometryUtils=r,pm.LightProbeGenerator=class{static fromCubeTexture(e){let t=0;const n=new ci,i=new ci,r=new Yn,s=[0,0,0,0,0,0,0,0,0],o=new $u,a=o.coefficients;for(let o=0;o\u003C6;o++){const l=e.image[o],c=l.width,h=l.height,u=document.createElement(\"canvas\");u.width=c,u.height=h;const d=u.getContext(\"2d\");d.drawImage(l,0,0,c,h);const p=d.getImageData(0,0,c,h),A=p.data,f=p.width,m=2/f;for(let l=0,c=A.length;l\u003Cc;l+=4){r.setRGB(A[l]/255,A[l+1]/255,A[l+2]/255),um(r,e.encoding);const c=l/4,h=(c%f+.5)*m-1,u=1-(Math.floor(c/f)+.5)*m;switch(o){case 0:n.set(-1,u,-h);break;case 1:n.set(1,u,h);break;case 2:n.set(-h,1,-u);break;case 3:n.set(-h,-1,u);break;case 4:n.set(-h,u,1);break;case 5:n.set(h,u,-1)}const d=n.lengthSq(),p=4/(Math.sqrt(d)*d);t+=p,i.copy(n).normalize(),$u.getBasisAt(i,s);for(let e=0;e\u003C9;e++)a[e].x+=s[e]*r.r*p,a[e].y+=s[e]*r.g*p,a[e].z+=s[e]*r.b*p}}const l=4*Math.PI/t;for(let e=0;e\u003C9;e++)a[e].x*=l,a[e].y*=l,a[e].z*=l;return new ed(o)}static fromCubeRenderTarget(e,t){let n=0;const i=new ci,r=new ci,s=new Yn,o=[0,0,0,0,0,0,0,0,0],a=new $u,l=a.coefficients;for(let a=0;a\u003C6;a++){const c=t.width,h=new Uint8Array(c*c*4);e.readRenderTargetPixels(t,0,0,c,c,h,a);const u=2/c;for(let e=0,d=h.length;e\u003Cd;e+=4){s.setRGB(h[e]/255,h[e+1]/255,h[e+2]/255),um(s,t.texture.encoding);const d=e/4,p=(d%c+.5)*u-1,A=1-(Math.floor(d/c)+.5)*u;switch(a){case 0:i.set(1,A,-p);break;case 1:i.set(-1,A,p);break;case 2:i.set(p,1,-A);break;case 3:i.set(p,-1,A);break;case 4:i.set(p,A,1);break;case 5:i.set(-p,A,-1)}const f=i.lengthSq(),m=4/(Math.sqrt(f)*f);n+=m,r.copy(i).normalize(),$u.getBasisAt(r,o);for(let e=0;e\u003C9;e++)l[e].x+=o[e]*s.r*m,l[e].y+=o[e]*s.g*m,l[e].z+=o[e]*s.b*m}}const c=4*Math.PI/n;for(let e=0;e\u003C9;e++)l[e].x*=c,l[e].y*=c,l[e].z*=c;return new ed(a)}};const Am=pm},7260:(e,t,n)=>{var i=n(9644).registerShader,r=n(2666),s=n(8903);function o(e,t){return t.color.set(e.color),t.fog=e.fog,t.wireframe=e.wireframe,t.toneMapped=e.toneMapped,t.wireframeLinewidth=e.wireframeLinewidth,t}e.exports.Shader=i(\"flat\",{schema:{color:{type:\"color\"},fog:{default:!0},height:{default:256},offset:{type:\"vec2\",default:{x:0,y:0}},repeat:{type:\"vec2\",default:{x:1,y:1}},src:{type:\"map\"},width:{default:512},wireframe:{default:!1},wireframeLinewidth:{default:2},toneMapped:{default:!0}},init:function(e){this.rendererSystem=this.el.sceneEl.systems.renderer,this.materialData={color:new r.Color},this.textureSrc=null,o(e,this.materialData),this.rendererSystem.applyColorCorrection(this.materialData.color),this.material=new r.MeshBasicMaterial(this.materialData)},update:function(e){this.updateMaterial(e),s.material.updateMap(this,e)},updateMaterial:function(e){var t;for(t in o(e,this.materialData),this.rendererSystem.applyColorCorrection(this.materialData.color),this.materialData)this.material[t]=this.materialData[t]}})},8657:(e,t,n)=>{n(7260),n(2653),n(1359),n(2859),n(4047),n(1123),n(7759)},1123:(e,t,n)=>{var i=n(9644).registerShader;e.exports.Shader=i(\"ios10hls\",{schema:{src:{type:\"map\",is:\"uniform\"},opacity:{type:\"number\",is:\"uniform\",default:1}},vertexShader:[\"varying vec2 vUV;\",\"void main(void) {\",\"  gl_Position = projectionMatrix * modelViewMatrix * vec4(position, 1.0);\",\"  vUV = uv;\",\"}\"].join(\"\\n\"),fragmentShader:[\"uniform sampler2D src;\",\"uniform float opacity;\",\"varying vec2 vUV;\",\"void main() {\",\"  vec2 offset = vec2(0, 0);\",\"  vec2 repeat = vec2(1, 1);\",\"  vec4 color = texture2D(src, vec2(vUV.x / repeat.x + offset.x, (1.0 - vUV.y) / repeat.y + offset.y)).bgra;\",\"  gl_FragColor = vec4(color.rgb, opacity);\",\"}\"].join(\"\\n\")})},4047:(e,t,n)=>{var i=n(9644).registerShader,r=!!document.createElement(\"canvas\").getContext(\"webgl2\"),s=[\"attribute vec2 uv;\",\"attribute vec3 position;\",\"uniform mat4 projectionMatrix;\",\"uniform mat4 modelViewMatrix;\",\"varying vec2 vUV;\",\"void main(void) {\",\"  gl_Position = projectionMatrix * modelViewMatrix * vec4(position, 1.0);\",\"  vUV = uv;\",\"}\"].join(\"\\n\"),o=[\"#version 300 es\",\"in vec2 uv;\",\"in vec3 position;\",\"uniform mat4 projectionMatrix;\",\"uniform mat4 modelViewMatrix;\",\"out vec2 vUV;\",\"void main(void) {\",\"  gl_Position = projectionMatrix * modelViewMatrix * vec4(position, 1.0);\",\"  vUV = uv;\",\"}\"].join(\"\\n\"),a=r?o:s,l=[\"#ifdef GL_OES_standard_derivatives\",\"#extension GL_OES_standard_derivatives: enable\",\"#endif\",\"precision highp float;\",\"uniform bool negate;\",\"uniform float alphaTest;\",\"uniform float opacity;\",\"uniform sampler2D map;\",\"uniform vec3 color;\",\"varying vec2 vUV;\",\"float median(float r, float g, float b) {\",\"  return max(min(r, g), min(max(r, g), b));\",\"}\",\"#define BIG_ENOUGH 0.001\",\"#define MODIFIED_ALPHATEST (0.02 * isBigEnough / BIG_ENOUGH)\",\"void main() {\",\"  vec3 sampleColor = texture2D(map, vUV).rgb;\",\"  if (negate) { sampleColor = 1.0 - sampleColor; }\",\"  float sigDist = median(sampleColor.r, sampleColor.g, sampleColor.b) - 0.5;\",\"  float alpha = clamp(sigDist / fwidth(sigDist) + 0.5, 0.0, 1.0);\",\"  float dscale = 0.353505;\",\"  vec2 duv = dscale * (dFdx(vUV) + dFdy(vUV));\",\"  float isBigEnough = max(abs(duv.x), abs(duv.y));\",\"  // Do modified alpha test.\",\"  if (isBigEnough > BIG_ENOUGH) {\",\"    float ratio = BIG_ENOUGH / isBigEnough;\",\"    alpha = ratio * alpha + (1.0 - ratio) * (sigDist + 0.5);\",\"  }\",\"  // Do modified alpha test.\",\"  if (alpha \u003C alphaTest * MODIFIED_ALPHATEST) { discard; return; }\",\"  gl_FragColor = vec4(color.xyz, alpha * opacity);\",\"}\"].join(\"\\n\"),c=[\"#version 300 es\",\"precision highp float;\",\"uniform bool negate;\",\"uniform float alphaTest;\",\"uniform float opacity;\",\"uniform sampler2D map;\",\"uniform vec3 color;\",\"in vec2 vUV;\",\"out vec4 fragColor;\",\"float median(float r, float g, float b) {\",\"  return max(min(r, g), min(max(r, g), b));\",\"}\",\"#define BIG_ENOUGH 0.001\",\"#define MODIFIED_ALPHATEST (0.02 * isBigEnough / BIG_ENOUGH)\",\"void main() {\",\"  vec3 sampleColor = texture(map, vUV).rgb;\",\"  if (negate) { sampleColor = 1.0 - sampleColor; }\",\"  float sigDist = median(sampleColor.r, sampleColor.g, sampleColor.b) - 0.5;\",\"  float alpha = clamp(sigDist / fwidth(sigDist) + 0.5, 0.0, 1.0);\",\"  float dscale = 0.353505;\",\"  vec2 duv = dscale * (dFdx(vUV) + dFdy(vUV));\",\"  float isBigEnough = max(abs(duv.x), abs(duv.y));\",\"  // Do modified alpha test.\",\"  if (isBigEnough > BIG_ENOUGH) {\",\"    float ratio = BIG_ENOUGH / isBigEnough;\",\"    alpha = ratio * alpha + (1.0 - ratio) * (sigDist + 0.5);\",\"  }\",\"  // Do modified alpha test.\",\"  if (alpha \u003C alphaTest * MODIFIED_ALPHATEST) { discard; return; }\",\"  fragColor = vec4(color.xyz, alpha * opacity);\",\"}\"].join(\"\\n\"),h=r?c:l;e.exports.Shader=i(\"msdf\",{schema:{alphaTest:{type:\"number\",is:\"uniform\",default:.5},color:{type:\"color\",is:\"uniform\",default:\"white\"},map:{type:\"map\",is:\"uniform\"},negate:{type:\"boolean\",is:\"uniform\",default:!0},opacity:{type:\"number\",is:\"uniform\",default:1}},raw:!0,vertexShader:a,fragmentShader:h})},1359:(e,t,n)=>{var i=n(9644).registerShader,r=n(2666),s=n(8903),o=new r.CubeTextureLoader,a={};function l(e,t){switch(t.color.set(e.color),t.specular.set(e.emissive),t.emissive.set(e.emissive),t.emissiveIntensity=e.emissiveIntensity,t.fog=e.fog,t.transparent=e.transparent,t.wireframe=e.wireframe,t.wireframeLinewidth=e.wireframeLinewidth,t.shininess=e.shininess,t.flatShading=e.flatShading,t.wireframe=e.wireframe,t.wireframeLinewidth=e.wireframeLinewidth,t.reflectivity=e.reflectivity,t.refractionRatio=e.refractionRatio,e.combine){case\"mix\":t.combine=r.MixOperation;break;case\"multiply\":t.combine=r.MultiplyOperation;break;case\"add\":t.combine=r.AddOperation}return e.normalMap&&(t.normalScale=e.normalScale),e.ambientOcclusionMap&&(t.aoMapIntensity=e.ambientOcclusionMapIntensity),e.bumpMap&&(t.aoMapIntensity=e.bumpMapScale),e.displacementMap&&(t.displacementScale=e.displacementScale,t.displacementBias=e.displacementBias),t}e.exports.Shader=i(\"phong\",{schema:{color:{type:\"color\"},emissive:{type:\"color\",default:\"black\"},emissiveIntensity:{default:1},specular:{type:\"color\",default:\"#111111\"},transparent:{default:!1},fog:{default:!0},offset:{type:\"vec2\",default:{x:0,y:0}},repeat:{type:\"vec2\",default:{x:1,y:1}},src:{type:\"map\"},envMap:{default:\"\"},sphericalEnvMap:{type:\"map\"},shininess:{default:30},flatShading:{default:!1},wireframe:{default:!1},wireframeLinewidth:{default:2},combine:{oneOF:[\"multiply\",\"mix\",\"add\"],default:\"mix\"},reflectivity:{default:.9},refractionRatio:{default:.98},refract:{default:!1},normalMap:{type:\"map\"},normalScale:{type:\"vec2\",default:{x:1,y:1}},normalTextureOffset:{type:\"vec2\"},normalTextureRepeat:{type:\"vec2\",default:{x:1,y:1}},displacementMap:{type:\"map\"},displacementScale:{default:1},displacementBias:{default:.5},displacementTextureOffset:{type:\"vec2\"},displacementTextureRepeat:{type:\"vec2\",default:{x:1,y:1}},bumpMap:{type:\"map\"},bumpMapScale:{default:1},bumpTextureOffset:{type:\"vec2\"},bumpTextureRepeat:{type:\"vec2\",default:{x:1,y:1}}},init:function(e){this.rendererSystem=this.el.sceneEl.systems.renderer,this.materialData={color:new r.Color,specular:new r.Color,emissive:new r.Color},this.textureSrc=null,l(e,this.materialData),this.rendererSystem.applyColorCorrection(this.materialData.color),this.material=new r.MeshPhongMaterial(this.materialData),s.material.updateMap(this,e)},update:function(e){this.updateMaterial(e),s.material.updateMap(this,e),e.normalMap&&s.material.updateDistortionMap(\"normal\",this,e),e.displacementMap&&s.material.updateDistortionMap(\"displacement\",this,e),e.ambientOcclusionMap&&s.material.updateDistortionMap(\"ambientOcclusion\",this,e),e.bump&&s.material.updateDistortionMap(\"bump\",this,e),this.updateEnvMap(e)},updateMaterial:function(e){var t;for(t in l(e,this.materialData),this.rendererSystem.applyColorCorrection(this.materialData.color),this.materialData)this.material[t]=this.materialData[t]},updateEnvMap:function(e){var t=this,n=this.material,i=e.envMap,l=e.sphericalEnvMap,c=e.refract,h=this.el.sceneEl;if(!i&&!l||this.isLoadingEnvMap)return Object.defineProperty(n,\"envMap\",{get:function(){return h.object3D.environment},set:function(e){delete this.envMap,this.envMap=e}}),void(n.needsUpdate=!0);this.isLoadingEnvMap=!0,delete n.envMap,l?this.el.sceneEl.systems.material.loadTexture(l,{src:l},(function(e){t.isLoadingEnvMap=!1,e.mapping=c?r.EquirectangularRefractionMapping:r.EquirectangularReflectionMapping,n.envMap=e,s.material.handleTextureEvents(t.el,e),n.needsUpdate=!0})):a[i]?a[i].then((function(e){t.isLoadingEnvMap=!1,n.envMap=e,s.material.handleTextureEvents(t.el,e),n.needsUpdate=!0})):a[i]=new Promise((function(e){s.srcLoader.validateCubemapSrc(i,(function(i){o.load(i,(function(i){t.isLoadingEnvMap=!1,n.envMap=i,i.mapping=c?r.CubeRefractionMapping:r.CubeReflectionMapping,s.material.handleTextureEvents(t.el,i),e(i)}))}))}))}})},2859:(e,t,n)=>{var i=n(9644).registerShader,r=!!document.createElement(\"canvas\").getContext(\"webgl2\"),s=[\"attribute vec2 uv;\",\"attribute vec3 position;\",\"uniform mat4 projectionMatrix;\",\"uniform mat4 modelViewMatrix;\",\"varying vec2 vUV;\",\"void main(void) {\",\"  gl_Position = projectionMatrix * modelViewMatrix * vec4(position, 1.0);\",\"  vUV = uv;\",\"}\"].join(\"\\n\"),o=[\"#version 300 es\",\"in vec2 uv;\",\"in vec3 position;\",\"uniform mat4 projectionMatrix;\",\"uniform mat4 modelViewMatrix;\",\"out vec2 vUV;\",\"void main(void) {\",\"  gl_Position = projectionMatrix * modelViewMatrix * vec4(position, 1.0);\",\"  vUV = uv;\",\"}\"].join(\"\\n\"),a=r?o:s,l=[\"#ifdef GL_OES_standard_derivatives\",\"#extension GL_OES_standard_derivatives: enable\",\"#endif\",\"precision highp float;\",\"uniform float alphaTest;\",\"uniform float opacity;\",\"uniform sampler2D map;\",\"uniform vec3 color;\",\"varying vec2 vUV;\",\"#ifdef GL_OES_standard_derivatives\",\"  float contour(float width, float value) {\",\"    return smoothstep(0.5 - value, 0.5 + value, width);\",\"  }\",\"#else\",\"  float aastep(float value, float afwidth) {\",\"    return smoothstep(0.5 - afwidth, 0.5 + afwidth, value);\",\"  }\",\"#endif\",\"#define BIG_ENOUGH 0.001\",\"#define MODIFIED_ALPHATEST (0.02 * isBigEnough / BIG_ENOUGH)\",\"#define ALL_SMOOTH 0.4\",\"#define ALL_ROUGH 0.02\",\"#define DISCARD_ALPHA (alphaTest / (2.2 - 1.2 * ratio))\",\"void main() {\",\"  #ifdef GL_OES_standard_derivatives\",\"    vec2 uv = vUV;\",\"    vec4 texColor = texture2D(map, uv);\",\"    float dist = texColor.a;\",\"    float width = fwidth(dist);\",\"    float alpha = contour(dist, width);\",\"    float dscale = 0.353505;\",\"    vec2 duv = dscale * (dFdx(uv) + dFdy(uv));\",\"    float isBigEnough = max(abs(duv.x), abs(duv.y));\",\"    if (isBigEnough > BIG_ENOUGH) {\",\"      float ratio = BIG_ENOUGH / isBigEnough;\",\"      alpha = ratio * alpha + (1.0 - ratio) * dist;\",\"    }\",\"    if (isBigEnough \u003C= BIG_ENOUGH) {\",\"      vec4 box = vec4 (uv - duv, uv + duv);\",\"      alpha = (alpha + 0.5 * (\",\"        contour(texture2D(map, box.xy).a, width)\",\"        + contour(texture2D(map, box.zw).a, width)\",\"        + contour(texture2D(map, box.xw).a, width)\",\"        + contour(texture2D(map, box.zy).a, width)\",\"      )) / 3.0;\",\"    }\",\"    if (alpha \u003C alphaTest * MODIFIED_ALPHATEST) { discard; return; }\",\"  #else\",\"    vec4 texColor = texture2D(map, vUV);\",\"    float value = texColor.a;\",\"    float afwidth = (1.0 / 32.0) * (1.4142135623730951 / (2.0 * gl_FragCoord.w));\",\"    float alpha = aastep(value, afwidth);\",\"    float ratio = (gl_FragCoord.w >= ALL_SMOOTH) ? 1.0 : (gl_FragCoord.w \u003C ALL_ROUGH) ? 0.0 : (gl_FragCoord.w - ALL_ROUGH) / (ALL_SMOOTH - ALL_ROUGH);\",\"    if (alpha \u003C alphaTest) { if (ratio >= 1.0) { discard; return; } alpha = 0.0; }\",\"    alpha = alpha * ratio + (1.0 - ratio) * value;\",\"    if (ratio \u003C 1.0 && alpha \u003C= DISCARD_ALPHA) { discard; return; }\",\"  #endif\",\"  gl_FragColor = vec4(color, opacity * alpha);\",\"}\"].join(\"\\n\"),c=[\"#version 300 es\",\"precision highp float;\",\"uniform float alphaTest;\",\"uniform float opacity;\",\"uniform sampler2D map;\",\"uniform vec3 color;\",\"in vec2 vUV;\",\"out vec4 fragColor;\",\"#ifdef GL_OES_standard_derivatives\",\"  float contour(float width, float value) {\",\"    return smoothstep(0.5 - value, 0.5 + value, width);\",\"  }\",\"#else\",\"  float aastep(float value, float afwidth) {\",\"    return smoothstep(0.5 - afwidth, 0.5 + afwidth, value);\",\"  }\",\"#endif\",\"#define BIG_ENOUGH 0.001\",\"#define MODIFIED_ALPHATEST (0.02 * isBigEnough / BIG_ENOUGH)\",\"#define ALL_SMOOTH 0.4\",\"#define ALL_ROUGH 0.02\",\"#define DISCARD_ALPHA (alphaTest / (2.2 - 1.2 * ratio))\",\"void main() {\",\"  #ifdef GL_OES_standard_derivatives\",\"    vec2 uv = vUV;\",\"    vec4 texColor = texture(map, uv);\",\"    float dist = texColor.a;\",\"    float width = fwidth(dist);\",\"    float alpha = contour(dist, width);\",\"    float dscale = 0.353505;\",\"    vec2 duv = dscale * (dFdx(uv) + dFdy(uv));\",\"    float isBigEnough = max(abs(duv.x), abs(duv.y));\",\"    if (isBigEnough > BIG_ENOUGH) {\",\"      float ratio = BIG_ENOUGH / isBigEnough;\",\"      alpha = ratio * alpha + (1.0 - ratio) * dist;\",\"    }\",\"    if (isBigEnough \u003C= BIG_ENOUGH) {\",\"      vec4 box = vec4 (uv - duv, uv + duv);\",\"      alpha = (alpha + 0.5 * (\",\"        contour(texture(map, box.xy).a, width)\",\"        + contour(texture(map, box.zw).a, width)\",\"        + contour(texture(map, box.xw).a, width)\",\"        + contour(texture(map, box.zy).a, width)\",\"      )) / 3.0;\",\"    }\",\"    if (alpha \u003C alphaTest * MODIFIED_ALPHATEST) { discard; return; }\",\"  #else\",\"    vec4 texColor = texture(map, vUV);\",\"    float value = texColor.a;\",\"    float afwidth = (1.0 / 32.0) * (1.4142135623730951 / (2.0 * gl_FragCoord.w));\",\"    float alpha = aastep(value, afwidth);\",\"    float ratio = (gl_FragCoord.w >= ALL_SMOOTH) ? 1.0 : (gl_FragCoord.w \u003C ALL_ROUGH) ? 0.0 : (gl_FragCoord.w - ALL_ROUGH) / (ALL_SMOOTH - ALL_ROUGH);\",\"    if (alpha \u003C alphaTest) { if (ratio >= 1.0) { discard; return; } alpha = 0.0; }\",\"    alpha = alpha * ratio + (1.0 - ratio) * value;\",\"    if (ratio \u003C 1.0 && alpha \u003C= DISCARD_ALPHA) { discard; return; }\",\"  #endif\",\"  fragColor = vec4(color, opacity * alpha);\",\"}\"].join(\"\\n\"),h=r?c:l;e.exports.Shader=i(\"sdf\",{schema:{alphaTest:{type:\"number\",is:\"uniform\",default:.5},color:{type:\"color\",is:\"uniform\",default:\"white\"},map:{type:\"map\",is:\"uniform\"},opacity:{type:\"number\",is:\"uniform\",default:1}},raw:!0,vertexShader:a,fragmentShader:h})},7759:(e,t,n)=>{var i=n(9644).registerShader,r=n(2666);e.exports.Shader=i(\"shadow\",{schema:{opacity:{default:.5},transparent:{default:!0},alphaToCoverage:{default:!0}},init:function(e){this.rendererSystem=this.el.sceneEl.systems.renderer,this.material=new r.ShadowMaterial},update:function(e){this.material.opacity=e.opacity,this.material.alphaToCoverage=e.alphaToCoverage,this.material.transparent=e.transparent}})},2653:(e,t,n)=>{var i=n(9644).registerShader,r=n(2666),s=n(8903),o=new r.CubeTextureLoader,a={};function l(e,t){return t.color.set(e.color),t.emissive.set(e.emissive),t.emissiveIntensity=e.emissiveIntensity,t.fog=e.fog,t.metalness=e.metalness,t.roughness=e.roughness,t.wireframe=e.wireframe,t.wireframeLinewidth=e.wireframeLinewidth,e.normalMap&&(t.normalScale=e.normalScale),e.ambientOcclusionMap&&(t.aoMapIntensity=e.ambientOcclusionMapIntensity),e.displacementMap&&(t.displacementScale=e.displacementScale,t.displacementBias=e.displacementBias),t}e.exports.Shader=i(\"standard\",{schema:{ambientOcclusionMap:{type:\"map\"},ambientOcclusionMapIntensity:{default:1},ambientOcclusionTextureOffset:{type:\"vec2\"},ambientOcclusionTextureRepeat:{type:\"vec2\",default:{x:1,y:1}},color:{type:\"color\"},displacementMap:{type:\"map\"},displacementScale:{default:1},displacementBias:{default:.5},displacementTextureOffset:{type:\"vec2\"},displacementTextureRepeat:{type:\"vec2\",default:{x:1,y:1}},emissive:{type:\"color\",default:\"#000\"},emissiveIntensity:{default:1},envMap:{default:\"\"},fog:{default:!0},height:{default:256},metalness:{default:0,min:0,max:1},metalnessMap:{type:\"map\"},metalnessTextureOffset:{type:\"vec2\"},metalnessTextureRepeat:{type:\"vec2\",default:{x:1,y:1}},normalMap:{type:\"map\"},normalScale:{type:\"vec2\",default:{x:1,y:1}},normalTextureOffset:{type:\"vec2\"},normalTextureRepeat:{type:\"vec2\",default:{x:1,y:1}},offset:{type:\"vec2\",default:{x:0,y:0}},repeat:{type:\"vec2\",default:{x:1,y:1}},roughness:{default:.5,min:0,max:1},roughnessMap:{type:\"map\"},roughnessTextureOffset:{type:\"vec2\"},roughnessTextureRepeat:{type:\"vec2\",default:{x:1,y:1}},sphericalEnvMap:{type:\"map\"},src:{type:\"map\"},width:{default:512},wireframe:{default:!1},wireframeLinewidth:{default:2}},init:function(e){this.rendererSystem=this.el.sceneEl.systems.renderer,this.materialData={color:new r.Color,emissive:new r.Color},l(e,this.materialData),this.rendererSystem.applyColorCorrection(this.materialData.color),this.rendererSystem.applyColorCorrection(this.materialData.emissive),this.material=new r.MeshStandardMaterial(this.materialData)},update:function(e){this.updateMaterial(e),s.material.updateMap(this,e),e.normalMap&&s.material.updateDistortionMap(\"normal\",this,e),e.displacementMap&&s.material.updateDistortionMap(\"displacement\",this,e),e.ambientOcclusionMap&&s.material.updateDistortionMap(\"ambientOcclusion\",this,e),e.metalnessMap&&s.material.updateDistortionMap(\"metalness\",this,e),e.roughnessMap&&s.material.updateDistortionMap(\"roughness\",this,e),this.updateEnvMap(e)},updateMaterial:function(e){var t,n=this.material;for(t in l(e,this.materialData),this.rendererSystem.applyColorCorrection(this.materialData.color),this.rendererSystem.applyColorCorrection(this.materialData.emissive),this.materialData)n[t]=this.materialData[t]},updateEnvMap:function(e){var t=this,n=this.material,i=e.envMap,l=e.sphericalEnvMap;if(!i&&!l||this.isLoadingEnvMap)return n.envMap=null,void(n.needsUpdate=!0);this.isLoadingEnvMap=!0,l?this.el.sceneEl.systems.material.loadTexture(l,{src:l},(function(e){t.isLoadingEnvMap=!1,e.mapping=r.EquirectangularReflectionMapping,n.envMap=e,s.material.handleTextureEvents(t.el,e),n.needsUpdate=!0})):a[i]?a[i].then((function(e){t.isLoadingEnvMap=!1,n.envMap=e,s.material.handleTextureEvents(t.el,e),n.needsUpdate=!0})):a[i]=new Promise((function(e){s.srcLoader.validateCubemapSrc(i,(function(i){o.load(i,(function(i){t.isLoadingEnvMap=!1,n.envMap=i,s.material.handleTextureEvents(t.el,i),e(i)}))}))}))}})},8878:(e,t,n)=>{var i=n(8309),r=n(365).registerSystem,s=\"data-aframe-default-camera\";e.exports.System=r(\"camera\",{init:function(){this.activeCameraEl=null,this.render=this.render.bind(this),this.unwrapRender=this.unwrapRender.bind(this),this.wrapRender=this.wrapRender.bind(this),this.initialCameraFound=!1,this.numUserCameras=0,this.numUserCamerasChecked=0,this.setupInitialCamera()},setupInitialCamera:function(){var e,t,n=this.sceneEl,i=this;if(!n.camera||n.camera.el.getAttribute(\"camera\").spectator)if((e=n.querySelectorAll(\"a-camera, :not(a-mixin)[camera]\")).length)for(this.numUserCameras=e.length,t=0;t\u003Ce.length;t++)e[t].addEventListener(\"object3dset\",(function(e){\"camera\"===e.detail.type&&i.checkUserCamera(this)})),e[t].isNode?e[t].load():e[t].addEventListener(\"nodeready\",(function(){this.load()}));else this.createDefaultCamera();else n.emit(\"cameraready\",{cameraEl:n.camera.el})},checkUserCamera:function(e){var t,n=this.el.sceneEl;this.numUserCamerasChecked++,this.initialCameraFound||((t=e.getAttribute(\"camera\")).active&&!t.spectator?(this.initialCameraFound=!0,n.camera=e.getObject3D(\"camera\"),n.emit(\"cameraready\",{cameraEl:e})):this.numUserCamerasChecked===this.numUserCameras&&this.createDefaultCamera())},createDefaultCamera:function(){var e,t=this.sceneEl;(e=document.createElement(\"a-entity\")).setAttribute(\"camera\",{active:!0}),e.setAttribute(\"position\",{x:0,y:i.DEFAULT_CAMERA_HEIGHT,z:0}),e.setAttribute(\"wasd-controls\",\"\"),e.setAttribute(\"look-controls\",\"\"),e.setAttribute(i.AFRAME_INJECTED,\"\"),e.addEventListener(\"object3dset\",(function(n){\"camera\"===n.detail.type&&(t.camera=n.detail.object,t.emit(\"cameraready\",{cameraEl:e}))})),t.appendChild(e)},disableActiveCamera:function(){var e;(e=this.sceneEl.querySelectorAll(\":not(a-mixin)[camera]\"))[e.length-1].setAttribute(\"camera\",\"active\",!0)},setActiveCamera:function(e){var t,n,i,r,o=this.activeCameraEl,a=this.sceneEl;if((r=e.getObject3D(\"camera\"))&&e!==this.activeCameraEl){var l=a.querySelector(\"[\"+s+\"]\");for(e!==(l&&l.querySelector(\":not(a-mixin)[camera]\"))&&function(e){var t;e.camera&&(t=e.querySelector(\"[\"+s+\"]\"))&&e.removeChild(t)}(a),this.activeCameraEl=e,this.activeCameraEl.play(),a.camera=r,o&&o.setAttribute(\"camera\",\"active\",!1),n=a.querySelectorAll(\":not(a-mixin)[camera]\"),i=0;i\u003Cn.length;i++)(t=n[i]).isEntity&&e!==t&&(t.setAttribute(\"camera\",\"active\",!1),t.pause());a.emit(\"camera-set-active\",{cameraEl:e})}},setSpectatorCamera:function(e){var t,n=this.spectatorCameraEl,i=this.sceneEl;e.getObject3D(\"camera\")&&e!==this.spectatorCameraEl&&(n&&n.setAttribute(\"camera\",\"spectator\",!1),t=this.spectatorCameraEl=e,i.addEventListener(\"enter-vr\",this.wrapRender),i.addEventListener(\"exit-vr\",this.unwrapRender),t.setAttribute(\"camera\",\"active\",!1),t.play(),i.emit(\"camera-set-spectator\",{cameraEl:e}))},disableSpectatorCamera:function(){this.spectatorCameraEl=void 0},wrapRender:function(){this.spectatorCameraEl&&!this.originalRender&&(this.originalRender=this.sceneEl.renderer.render,this.sceneEl.renderer.render=this.render)},unwrapRender:function(){this.originalRender&&(this.sceneEl.renderer.render=this.originalRender,this.originalRender=void 0)},render:function(e,t){var n,i,r=this.sceneEl;n=r.renderer.xr.enabled,this.originalRender.call(r.renderer,e,t),this.spectatorCameraEl&&!r.isMobile&&n&&(i=this.spectatorCameraEl.components.camera.camera,r.renderer.xr.enabled=!1,this.originalRender.call(r.renderer,e,i),r.renderer.xr.enabled=n)}})},5087:(e,t,n)=>{var i=n(4863).xZ,r=n(365).registerSystem;function s(e){var t=e.primitive,n=i[t]&&i[t].Geometry,r=new n;if(!n)throw new Error(\"Unknown geometry `\"+t+\"`\");return r.init(e),r.geometry}e.exports.System=r(\"geometry\",{init:function(){this.cache={},this.cacheCount={}},clearCache:function(){this.cache={},this.cacheCount={}},getOrCreateGeometry:function(e){var t,n,i=this.cache;return e.skipCache?s(e):(t=i[n=this.hash(e)],function(e,t){e[t]=void 0===e[t]?1:e[t]+1}(this.cacheCount,n),t||(t=s(e),i[n]=t,t))},unuseGeometry:function(e){var t,n=this.cache,i=this.cacheCount;e.skipCache||n[t=this.hash(e)]&&(function(e,t){e[t]--}(i,t),i[t]>0||(n[t].dispose(),delete n[t],delete i[t]))},hash:function(e){return JSON.stringify(e)}})},2776:(e,t,n)=>{var i=n(365).registerSystem,r=n(2666);e.exports.System=i(\"gltf-model\",{schema:{dracoDecoderPath:{default:\"https://www.gstatic.com/draco/versioned/decoders/1.5.5/\"},basisTranscoderPath:{default:\"\"},meshoptDecoderPath:{default:\"\"}},init:function(){this.update()},update:function(){var e,t=this.data.dracoDecoderPath,n=this.data.basisTranscoderPath,i=this.data.meshoptDecoderPath;!this.dracoLoader&&t&&(this.dracoLoader=new r.DRACOLoader,this.dracoLoader.setDecoderPath(t)),!this.ktx2Loader&&n&&(this.ktx2Loader=new r.KTX2Loader,this.ktx2Loader.setTranscoderPath(n).detectSupport(this.el.renderer)),!this.meshoptDecoder&&i&&(this.meshoptDecoder=(e=i,new Promise((function(t,n){var i=document.createElement(\"script\");document.body.appendChild(i),i.onload=t,i.onerror=n,i.async=!0,i.src=e}))).then((function(){return window.MeshoptDecoder.ready})).then((function(){return window.MeshoptDecoder})))},getDRACOLoader:function(){return this.dracoLoader},getKTX2Loader:function(){return this.ktx2Loader},getMeshoptDecoder:function(){return this.meshoptDecoder}})},7758:(e,t,n)=>{n(8878),n(5087),n(2776),n(7095),n(4829),n(730),n(2908),n(7644),n(9060),n(2602)},7095:(e,t,n)=>{var i=n(365).registerSystem,r=n(7629),s=n(8309),o=\"data-aframe-default-light\";e.exports.System=i(\"light\",{schema:{defaultLightsEnabled:{default:!0}},init:function(){this.defaultLights=!1,this.userDefinedLights=!1,this.sceneEl.addEventListener(\"loaded\",r(this.setupDefaultLights,this))},registerLight:function(e){e.hasAttribute(o)||(this.removeDefaultLights(),this.userDefinedLights=!0)},removeDefaultLights:function(){var e,t=this.sceneEl;if(this.defaultLights){e=document.querySelectorAll(\"[\"+o+\"]\");for(var n=0;n\u003Ce.length;n++)t.removeChild(e[n]);this.defaultLights=!1}},setupDefaultLights:function(){var e,t,n=this.sceneEl;this.userDefinedLights||this.defaultLights||!this.data.defaultLightsEnabled||((e=document.createElement(\"a-entity\")).setAttribute(\"light\",{color:\"#BBB\",type:\"ambient\"}),e.setAttribute(o,\"\"),e.setAttribute(s.AFRAME_INJECTED,\"\"),n.appendChild(e),(t=document.createElement(\"a-entity\")).setAttribute(\"light\",{color:\"#FFF\",intensity:.6,castShadow:!0}),t.setAttribute(\"position\",{x:-.5,y:1,z:1}),t.setAttribute(o,\"\"),t.setAttribute(s.AFRAME_INJECTED,\"\"),n.appendChild(t),this.defaultLights=!0)}})},4829:(e,t,n)=>{var i=n(365).registerSystem,r=n(2666),s=n(8903),o=n(819).isHLS,a=n(819).setTextureProperties,l=s.bind,c=s.debug,h=c(\"components:texture:error\"),u=new r.TextureLoader,d=c(\"components:texture:warn\");u.setCrossOrigin(\"anonymous\"),e.exports.System=i(\"material\",{init:function(){this.materials={},this.textureCounts={},this.textureCache={},this.sceneEl.addEventListener(\"materialtextureloaded\",l(this.onMaterialTextureLoaded,this))},clearTextureCache:function(){this.textureCache={}},loadTexture:function(e,t,n){var i=this;if(\"CANVAS\"!==e.tagName){if(\"VIDEO\"===e.tagName)return e.src||e.srcObject||e.childElementCount||d(\"Video element was defined with neither `source` elements nor `src` / `srcObject` attributes.\"),void this.loadVideo(e,t,n);s.srcLoader.validateSrc(e,(function(e){i.loadImage(e,t,n)}),(function(e){i.loadVideo(e,t,n)}))}else this.loadCanvas(e,t,n)},loadImage:function(e,t,n){var i=this.hash(t),s=this.textureCache;s[i]||(s[i]=function(e,t){return new Promise((function(n,i){function s(e){a(e,t),e.needsUpdate=!0,n(e)}\"string\"!=typeof e?s(new r.Texture(e)):u.load(e,s,(function(){}),(function(e){h(\"`$s` could not be fetched (Error code: %s; Response: %s)\",e.status,e.statusText)}))}))}(e,t)),s[i].then(n)},loadCanvas:function(e,t,n){var i;i=new r.CanvasTexture(e),a(i,t),n(i)},loadVideo:function(e,t,n){var i,s,l,c,h=this.textureCache;function u(e){e.texture.needsUpdate=!0,n(e.texture,e.videoEl)}if(\"string\"!=typeof e){if(l=e,h[i=this.hashVideo(t,l)])return void h[i].then(u);!function(e){e.autoplay=e.hasAttribute(\"autoplay\")&&\"false\"!==e.getAttribute(\"autoplay\"),e.controls=e.hasAttribute(\"controls\")&&\"false\"!==e.getAttribute(\"controls\"),\"false\"===e.getAttribute(\"loop\")&&e.removeAttribute(\"loop\"),\"false\"===e.getAttribute(\"preload\")&&(e.preload=\"none\"),e.crossOrigin=e.crossOrigin||\"anonymous\",e.setAttribute(\"playsinline\",\"\"),e.setAttribute(\"webkit-playsinline\",\"\")}(l)}l=l||function(e,t,n){var i=document.createElement(\"video\");return i.width=t,i.height=n,i.setAttribute(\"playsinline\",\"\"),i.setAttribute(\"webkit-playsinline\",\"\"),i.autoplay=!0,i.loop=!0,i.crossOrigin=\"anonymous\",i.addEventListener(\"error\",(function(){d(\"`$s` is not a valid video\",e)}),!0),i.src=e,i}(e,t.width,t.height),h[i=this.hashVideo(t,l)]?h[i].then(u):((s=new r.VideoTexture(l)).minFilter=r.LinearFilter,a(s,t),this.sceneEl.isIOS&&o(l.src||l.getAttribute(\"src\"),l.type||l.getAttribute(\"type\"))&&(s.format=r.RGBAFormat,s.needsCorrectionBGRA=!0,s.flipY=!1,s.needsCorrectionFlipY=!0),c={texture:s,videoEl:l},h[i]=Promise.resolve(c),u(c))},hash:function(e){return e.src.tagName&&((e=s.extendDeep({},e)).src=e.src.src),JSON.stringify(e)},hashVideo:function(e,t){return function(e,t){var n,i,r,s=t.getAttribute(\"id\");if(s)return s;for(i=\"\",r=e||{},n=0;n\u003Ct.attributes.length;n++)r[t.attributes[n].name]=t.attributes[n].value;return Object.keys(r).sort().forEach((function(e){i+=e+\":\"+r[e]+\";\"})),i}(e,t)},registerMaterial:function(e){this.materials[e.uuid]=e},unregisterMaterial:function(e){delete this.materials[e.uuid];var t=this.textureCounts;Object.keys(e).filter((function(t){return e[t]&&e[t].isTexture})).forEach((function(n){t[e[n].uuid]--,t[e[n].uuid]\u003C=0&&e[n].dispose()}))},updateMaterials:function(e){var t=this.materials;Object.keys(t).forEach((function(e){t[e].needsUpdate=!0}))},onMaterialTextureLoaded:function(e){this.textureCounts[e.detail.texture.uuid]||(this.textureCounts[e.detail.texture.uuid]=0),this.textureCounts[e.detail.texture.uuid]++}})},730:(e,t,n)=>{var i=n(365).registerSystem,r=n(8903),s=n(2666),o=(0,r.debug)(\"components:renderer:warn\");e.exports.System=i(\"renderer\",{schema:{antialias:{default:\"auto\",oneOf:[\"true\",\"false\",\"auto\"]},highRefreshRate:{default:r.device.isOculusBrowser()},logarithmicDepthBuffer:{default:\"auto\",oneOf:[\"true\",\"false\",\"auto\"]},maxCanvasWidth:{default:1920},maxCanvasHeight:{default:1920},physicallyCorrectLights:{default:!1},exposure:{default:1,if:{toneMapping:[\"ACESFilmic\",\"linear\",\"reinhard\",\"cineon\"]}},toneMapping:{default:\"no\",oneOf:[\"no\",\"ACESFilmic\",\"linear\",\"reinhard\",\"cineon\"]},precision:{default:\"high\",oneOf:[\"high\",\"medium\",\"low\"]},sortObjects:{default:!1},colorManagement:{default:!1},gammaOutput:{default:!1},alpha:{default:!0},foveationLevel:{default:1}},init:function(){var e=this.data,t=this.el,n=this.data.toneMapping.charAt(0).toUpperCase()+this.data.toneMapping.slice(1),i=t.renderer;i.sortObjects=e.sortObjects,i.physicallyCorrectLights=e.physicallyCorrectLights,i.toneMapping=s[n+\"ToneMapping\"],(e.colorManagement||e.gammaOutput)&&(i.outputEncoding=s.sRGBEncoding,e.gammaOutput&&o('Property `gammaOutput` is deprecated. Use `renderer=\"colorManagement: true;\"` instead.')),t.hasAttribute(\"antialias\")&&o('Component `antialias` is deprecated. Use `renderer=\"antialias: true\"` instead.'),t.hasAttribute(\"logarithmicDepthBuffer\")&&o('Component `logarithmicDepthBuffer` is deprecated. Use `renderer=\"logarithmicDepthBuffer: true\"` instead.')},update:function(){var e=this.data,t=this.el.renderer,n=this.data.toneMapping.charAt(0).toUpperCase()+this.data.toneMapping.slice(1);t.toneMapping=s[n+\"ToneMapping\"],t.toneMappingExposure=e.exposure,t.xr.setFoveation(e.foveationLevel)},applyColorCorrection:function(e){this.data.colorManagement&&e&&(e.isColor?e.convertSRGBToLinear():e.isTexture&&(e.encoding=s.sRGBEncoding))}})},2908:(e,t,n)=>{var i=n(365).registerSystem,r=n(2666),s={basic:r.BasicShadowMap,pcf:r.PCFShadowMap,pcfsoft:r.PCFSoftShadowMap};e.exports.System=i(\"shadow\",{schema:{enabled:{default:!0},autoUpdate:{default:!0},type:{default:\"pcf\",oneOf:[\"basic\",\"pcf\",\"pcfsoft\"]}},init:function(){var e=this.sceneEl,t=this.data;this.shadowMapEnabled=!1,e.renderer&&(e.renderer.shadowMap.type=s[t.type],e.renderer.shadowMap.autoUpdate=t.autoUpdate,this.setShadowMapEnabled(this.shadowMapEnabled))},update:function(e){e.enabled!==this.data.enabled&&this.setShadowMapEnabled(this.data.enabled)},setShadowMapEnabled:function(e){var t=this.sceneEl.renderer;this.shadowMapEnabled=this.data.enabled&&e,t&&(t.shadowMap.enabled=this.shadowMapEnabled)}})},7644:(e,t,n)=>{var i=n(365).registerSystem,r=n(8903),s=r.device.isWebXRAvailable;e.exports.System=i(\"tracked-controls-webvr\",{init:function(){var e=this;this.controllers=[],this.isChrome=-1!==navigator.userAgent.indexOf(\"Chrome\"),this.updateControllerList(),this.throttledUpdateControllerList=r.throttle(this.updateControllerList,500,this),s||navigator.getVRDisplays&&this.sceneEl.addEventListener(\"enter-vr\",(function(){navigator.getVRDisplays().then((function(t){t.length&&(e.vrDisplay=t[0])}))}))},tick:function(){this.isChrome?this.updateControllerList():this.throttledUpdateControllerList()},updateControllerList:function(){var e,t,n,i,r=this.controllers;if(t=navigator.getGamepads&&navigator.getGamepads()){for(i=r.length,r.length=0,n=0;n\u003Ct.length;++n)(e=t[n])&&e.pose&&r.push(e);r.length!==i&&this.el.emit(\"controllersupdated\",void 0,!1)}}})},9060:(e,t,n)=>{var i=n(365).registerSystem,r=n(8903);e.exports.System=i(\"tracked-controls-webxr\",{init:function(){this.controllers=[],this.oldControllers=[],this.oldControllersLength=0,this.throttledUpdateControllerList=r.throttle(this.updateControllerList,500,this),this.updateReferenceSpace=this.updateReferenceSpace.bind(this),this.el.addEventListener(\"enter-vr\",this.updateReferenceSpace),this.el.addEventListener(\"exit-vr\",this.updateReferenceSpace)},tick:function(){this.throttledUpdateControllerList()},updateReferenceSpace:function(){var e=this,t=this.el.xrSession;if(!t)return this.referenceSpace=void 0,this.controllers=[],void(this.oldControllersLength>0&&(this.oldControllersLength=0,this.el.emit(\"controllersupdated\",void 0,!1)));var n=e.el.sceneEl.systems.webxr.sessionReferenceSpaceType;t.requestReferenceSpace(n).then((function(t){e.referenceSpace=t})).catch((function(t){throw e.el.sceneEl.systems.webxr.warnIfFeatureNotRequested(n,'tracked-controls-webxr uses reference space \"'+n+'\".'),t}))},updateControllerList:function(){var e,t=this.el.xrSession,n=this.oldControllers;if(!t){if(0===this.oldControllersLength)return;return this.oldControllersLength=0,this.controllers=[],void this.el.emit(\"controllersupdated\",void 0,!1)}if(t.inputSources){if(this.controllers=t.inputSources,this.oldControllersLength===this.controllers.length){var i=!0;for(e=0;e\u003Cthis.controllers.length;++e)if(this.controllers[e]!==n[e]||this.controllers[e].gamepad!==n[e].gamepad){i=!1;break}if(i)return}for(n.length=0,e=0;e\u003Cthis.controllers.length;e++)n.push(this.controllers[e]);this.oldControllersLength=this.controllers.length,this.el.emit(\"controllersupdated\",void 0,!1)}}})},2602:(e,t,n)=>{var i=n(365).registerSystem,r=n(8903).debug(\"systems:webxr:warn\");e.exports.System=i(\"webxr\",{schema:{referenceSpaceType:{type:\"string\",default:\"local-floor\"},requiredFeatures:{type:\"array\",default:[\"local-floor\"]},optionalFeatures:{type:\"array\",default:[\"bounded-floor\"]},overlayElement:{type:\"selector\"}},update:function(){var e=this.data;this.sessionConfiguration={requiredFeatures:e.requiredFeatures,optionalFeatures:e.optionalFeatures},this.sessionReferenceSpaceType=e.referenceSpaceType,e.overlayElement&&(e.overlayElement.classList.remove(\"a-dom-overlay\"),e.optionalFeatures.includes(\"dom-overlay\")||(e.optionalFeatures.push(\"dom-overlay\"),this.el.setAttribute(\"webxr\",e)),this.warnIfFeatureNotRequested(\"dom-overlay\"),this.sessionConfiguration.domOverlay={root:e.overlayElement},e.overlayElement.classList.add(\"a-dom-overlay\"))},wasFeatureRequested:function(e){return\"viewer\"===e||\"local\"===e||!(!this.sessionConfiguration.requiredFeatures.includes(e)&&!this.sessionConfiguration.optionalFeatures.includes(e))},warnIfFeatureNotRequested:function(e,t){this.wasFeatureRequested(e)||r((t?t+\" \":\"\")+'Please add the feature \"'+e+\"\\\" to a-scene's webxr system options in requiredFeatures/optionalFeatures.\")}})},7629:e=>{e.exports=function(e,t){return n=Array.prototype.slice.call(arguments,2),function(){var i=n.concat(Array.prototype.slice.call(arguments,0));return e.apply(t,i)};var n}},395:(e,t,n)=>{var i=n(4219),r=n(7347),s=i(\"utils:coordinates:warn\"),o=[\"x\",\"y\",\"z\",\"w\"],a=/^\\s*((-?\\d*\\.{0,1}\\d+(e-?\\d+)?)\\s+){2,3}(-?\\d*\\.{0,1}\\d+(e-?\\d+)?)\\s*$/;e.exports.regex=a;var l=\"object\",c=/\\s+/g;function h(e){return a.test(e)}function u(e){return null!=e&&e.constructor===String?parseFloat(e,10):e}e.exports.parse=function(e,t){var n,i,s,a,h,d,p,A,f;if(e&&e instanceof Object)return d=void 0===e.x?t&&t.x:e.x,p=void 0===e.y?t&&t.y:e.y,A=void 0===e.z?t&&t.z:e.z,f=void 0===e.w?t&&t.w:e.w,null!=d&&(e.x=u(d)),null!=p&&(e.y=u(p)),null!=A&&(e.z=u(A)),null!=f&&(e.w=u(f)),e;if(null==e)return typeof t===l?r({},t):t;for(n=e.trim().split(c),h={},a=0;a\u003Co.length;a++)if(s=o[a],n[a])h[s]=parseFloat(n[a],10);else{if(void 0===(i=t&&t[s]))continue;h[s]=u(i)}return h},e.exports.stringify=function(e){var t;return typeof e!==l?e:(t=e.x+\" \"+e.y,null!=e.z&&(t+=\" \"+e.z),null!=e.w&&(t+=\" \"+e.w),t)},e.exports.isCoordinates=h,e.exports.isCoordinate=function(e){return s(\"`AFRAME.utils.isCoordinate` has been renamed to `AFRAME.utils.isCoordinates`\"),h(e)},e.exports.toVector3=function(e){return new THREE.Vector3(e.x,e.y,e.z)}},4219:(e,t,n)=>{var i=n(2790),r=n(695),s=n(7347),o={colors:{debug:\"gray\",error:\"red\",info:\"gray\",warn:\"orange\"}},a=function(e){var t=r(e);return t.color=function(e){var t=function(e){var t=e.split(\":\");return t[t.length-1]}(e);return o.colors&&o.colors[t]||null}(e),t};s(a,r);var l=function(){try{return window.localStorage}catch(e){}}();l&&(parseInt(l.logs,10)||\"true\"===l.logs)?a.enable(\"*\"):a.enable(\"*:error,*:info,*:warn\"),i.browser&&(window.logs=a),e.exports=a},879:(e,t,n)=>{var i,r=n(2790),s=n(695)(\"device:error\"),o=!1,a=!1,l=e.exports.isWebXRAvailable=!window.debug&&void 0!==navigator.xr;if(window.addEventListener(\"vrdisplayactivate\",(function(e){var t;l||(t=document.createElement(\"canvas\"),i=e.display,t.getContext(\"webgl\",{}),i.requestPresent([{source:t}]).then((function(){}),(function(){})))})),l){var c=function(){var e=document.querySelector(\"a-scene\");e?e.hasLoaded?e.components[\"vr-mode-ui\"].updateEnterInterfaces():e.addEventListener(\"loaded\",c):window.addEventListener(\"DOMContentLoaded\",c)},h=function(e){s(\"WebXR session support error: \"+e.message)};navigator.xr.isSessionSupported?(navigator.xr.isSessionSupported(\"immersive-vr\").then((function(e){o=e,c()})).catch(h),navigator.xr.isSessionSupported(\"immersive-ar\").then((function(e){a=e,c()})).catch((function(){}))):navigator.xr.supportsSession?(navigator.xr.supportsSession(\"immersive-vr\").then((function(){o=!0,c()})).catch(h),navigator.xr.supportsSession(\"immersive-ar\").then((function(){a=!0,c()})).catch((function(){}))):s(\"WebXR has neither isSessionSupported or supportsSession?!\")}else 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l(\"`utils.checkHeadsetConnected` has moved to `utils.device.checkHeadsetConnected`\"),s.checkHeadsetConnected(arguments)},e.exports.isGearVR=e.exports.device.isGearVR=function(){l(\"`utils.isGearVR` has been deprecated, use `utils.device.isMobileVR`\")},e.exports.isIOS=function(){return l(\"`utils.isIOS` has moved to `utils.device.isIOS`\"),s.isIOS(arguments)},e.exports.isOculusGo=e.exports.device.isOculusGo=function(){l(\"`utils.isOculusGo` has been deprecated, use `utils.device.isMobileVR`\")},e.exports.isMobile=function(){return l(\"`utils.isMobile has moved to `utils.device.isMobile`\"),s.isMobile(arguments)},e.exports.throttle=function(t,n,i){var r;return i&&(t=e.exports.bind(t,i)),function(){var e=Date.now(),i=void 0===r?n:e-r;(void 0===r||i>=n)&&(r=e,t.apply(null,arguments))}},e.exports.throttleLeadingAndTrailing=function(t,n,i){var r,s;return i&&(t=e.exports.bind(t,i)),function(){var e=Date.now(),i=void 0===r?n:e-r,o=arguments;void 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\n  -webkit-animation:fade 1000ms infinite;\t\n}\n\nu:nth-child(odd)::before{\n  border-bottom:4px solid #A8F;\n}\n\n.show > u,\n.show > span{\n  display:inline; \n}\n\nu.show::before,\nu.show::after{\n  display:none;\n}\n\n/* blink animation */\n@keyframes fade {\n  from { opacity: 1.0; }\n  50% { opacity: 0.3; }\n  to { opacity: 1.0; }\n}                                          \n@-webkit-keyframes fade {\n  from { opacity: 1.0; }\n  50% { opacity: 0.3; }\n  to { opacity: 1.0; }\n}","tags":"$:/tags/Stylesheet","title":"$:/webxr-notebook/boot.css","modified":"20250509105511119","type":"text/css"},
+{"created":"20230423163601005","text":"code{\n\tfont-size:12px;\n}\n.tc-tiddler-frame{\n\tz-index:100;\n\tmax-width:800px;\n}\npre,code{\n\tline-height:12px;\n\twhite-space: pre;\n  overflow: auto;\n}\n\n.video-js{\n\tbackground:#FFF;\n}\n\n.nc-sidebar h1.tc-site-title {\n    margin: 0;\n    text-indent: 113px;\n    font-size: 15px !important;\n    vertical-align: bottom;\n    display: block;\n    margin-top: 11px;\n}\n\nh2.tc-title{\n\tfont-size:1.5em;\n}\n\nh1.tc-site-title::before {\n    display: block;\n    position: absolute;\n    content: \"\";\n    width: 280px;\n    height: 279px;\n    background: url(./example/assets/logo.png) no-repeat;\n    background-size: contain;\n    transform: translate(0px,-11px);\n}\n\n.nc-sidebar .section.open .label {\n    background: linear-gradient(45deg,#7f4bca, #08F, #7f4bca)\n}\n\nbody.tc-body,\n.nc-bar.nc-topbar{\n  background: #FFF;\n}\n\ndiv.tc-tiddler-frame .tc-tiddler-body{\n\tfont-family: sans-serif;\n  font-size: 19px;\n  line-height: 34px;\n}\n\n.tc-site-title {\n    color: #0a81FF;\n}\n\n.tc-story-river{\n  width:100% !important;\n} \n\n.tc-page-container > .tc-dropzone {\n    overflow-x: auto;\n}\n\ntable tr td {\n\ttext-align:left;\n}\n\na,\na:visited,\na:focus-visible{\n color:#0a81FF\n}\na:hover{\n  opacity:0.8;\n}\n\n\n.nc-sidebar{\n  box-shadow: 0px 0px 0px 15px 0px 0px #0006;\n}\n\n.tc-tiddler-preview-preview iframe{\n  width:100%;\n  height:50vh;\n  max-height:380px;\n}\n\n.tc-tiddler-preview-preview {\n  border:none;\n  overflow-y:auto;\n}\n\n@media only screen and (max-width: 500px) {\n  .tc-tiddler-body > embed, \n  .tc-tiddler-body > iframe {\n    max-height:300px;\n  }\n}\n\n\n.tc-tiddler-body, iframe{\n  border-radius:7px;\n}\n\n.tc-tiddler-frame{\n\tborder:none;\n\tbox-shadow:none !important;\n}\n\n.nc-bar input[type=\"search\"]{\n  background:#EEE;\n}\n.nc-bar {\n  height:47px;\n}\n\n.CodeMirror {\n  font-size:13px;\n}\n\nshader-doodle,\n.scene{\n  width:100%;\n  height:50vh;   \n  max-height:365px;\n}\n\n.scene canvas {\n  border-radius:6px;\n}\n\n.scene pre {\n  margin-top:0;\n}\n\npre.result::before {\n    display: block;\n    position: absolute;\n    width: 51px;\n    height: 20px;\n    background: #FFF;\n    content: \"output\";\n    transform: translate(-13px,-25px);\n    color: #FFFF;\n    background: #555;\n    text-indent: 5px;\n    border-radius: 4px 4px 0px 0px;\n    font-weight: bold;\n    font-size: 11px;\n}\n\npre.result {\n    background: #555;\n    color: #ccc;\n    margin: 0;\n    border: 0;\n    padding: 5px;\n    border-radius: 0px 0px 6px 6px;\n    vertical-align: top;\n    padding-left: 13px;\n\t\tborder-top: 1px solid #ff02b5\n}\ntextarea.sandboxify.noresult {\n   border-radius: 6px 6px 6px 6px;\n}\ntextarea.sandboxify {\n    padding: 13px 13px 26px 13px;\n    font-family: \"Fira Mono\",\"Liberation Mono\",Menlo,Courier,monospace;\n    color: #ddddff;\n    background: #333;\n    border-radius: 6px 6px 0px 0px;\n    vertical-align: top;\n    min-height: 50px;\n    white-space: pre;\n}\ntextarea.sandboxify, pre.result {\n    width: 100%;\n    max-width: 485px;\n    min-width: 350px;\n    display: inline-block;\n    font-size: 13px;\n    display: inline-block;\n    box-sizing: border-box;\n\t\theight:14vh;\n\t\toverflow-y:auto\n}\n\n.markdown pre {\n\tborder-radius:6px;\n\tpadding:15px;\n\tbackground: #333;\n  color: #ddddff;\n  line-height: 17px;\n}\n\n.markdown pre > code{\n\tfont-size:13px;\n}\n\n.border{\n    border: 1px solid #ccc;\n    box-shadow: 0px 0px 10px #0004;\n}\n\n.padding{\n\tpadding:10px;\n}\n/* hide admin buttons */\nbody#p .nc-sidebar .tc-reveal:nth-child(10),\nbody#p .nc-sidebar .tc-reveal:nth-child(12),\nbody#p .nc-sidebar .tc-reveal:nth-child(14),\nbody#p .nc-sidebar .tc-reveal:nth-child(16){\n\tdisplay:none\n}\n\n.st, .dn, .se, .rr { color:#FFF; display:inline-block; padding:0px 3px; border-radius:5px; font-size:12px;margin:0px 5px 0px 0px}    \n.st { background:#FA0;}\n.dn { background:#F0A;}\n.se { background:#0FA;}\n.rr { background:#0AF;}\n.st > .dn,\n.st > .rr { margin-left:5px;display:inline;}\n\n  .jumbo { \n\t  font-size:120px; \n\t\tfont-weight: bold;\n\t\tline-height:170px;\n\t\tdisplay:inline-block;\n\t}\n  .big { \n\t  font-size:1vw;\n\t  font-weight:bold;\n\t}\n  .hi1 { color:#F0F;}\n\t.hi2 { color:#999;}\n\t.hi3 { color:#000;}\n\n\niframe.spec{\n\twidth:100%;\n\theight:50vh;\n\tmax-width:1000px;\n\tborder: 1px solid #DDD;\n\tpadding: 20px 0px 20px 0px;\n\tbackground: #F7f7f7;\n}\n\t\nspan[data-balloon-pos] {\n    border-bottom: 1px dotted black;\n}\n\n.btn,\na.btn:visited,\na.btn:focus{\n\tpadding:10px;\n\tborder-radius:4px;\n\tdisplay:inline-block;\n\tbackground:#a4F;\n\tcolor: white;\n\tfont-weight:bold;\n\ttext-decoration: none;\n}\n\n/* telescopic text \n * https://codepen.io/coderofsalvation/pen/wvLKJeY\n */\n\n\nu {\n  cursor: pointer;\n  display: inline;\n  text-decoration:none;\n  white-space:nowrap;\n  font-weight:bold;\n}\n\nu > u,\nu > span{\n  display: none;\n}\n\nu:focus-within > u,\nu:focus-within > span {\n  display: inline;\n}\n\nu span{\n  font-weight:normal;\n  white-space: normal;\n  background:none;\n}\n\n/* underline settings */\n\nu{\n  padding-left:2px;\n  border-radius:0px;\n}\n\nu:focus-within *{\n  background:none;\n  border-bottom:none;\n}\n\nu:nth-child(odd)::before,\nu:nth-child(even)::before{\n  border-bottom:4px solid #F8a;\n  content:' ';\n  display:inline-block;\n  margin-right:5px;\n  width:30px;\n  height:32px;\n  position: absolute;\n  animation:fade 1000ms infinite; \n  -webkit-animation:fade 1000ms infinite;\t\n}\n\nu:nth-child(odd)::before{\n  border-bottom:4px solid #A8F;\n}\n\n.show > u,\n.show > span{\n  display:inline; \n}\n\nu.show::before,\nu.show::after{\n  display:none;\n}\n\n/* blink animation */\n@keyframes fade {\n  from { opacity: 1.0; }\n  50% { opacity: 0.3; }\n  to { opacity: 1.0; }\n}                                          \n@-webkit-keyframes fade {\n  from { opacity: 1.0; }\n  50% { opacity: 0.3; }\n  to { opacity: 1.0; }\n}","tags":"$:/tags/Stylesheet","title":"$:/webxr-notebook/boot.css","modified":"20250902143618909","type":"text/css"},
 {"created":"20230425145424360","text":"\u003Cscript>\nwindow.onerror=null\nif( typeof $tw != 'undefined' ) $tw.config.htmlUnsafeElements = [];\n\u003C/script>\n\n\u003C!-- browser console -->\n\u003Cscript>\n(function(){\n\t$ = (s) => document.querySelector(s)\n\twindow.errcolor = '#000c'\n  \n  let isLocalHost = () => document.location.hostname == 'localhost'\n  if( !isLocalHost() ) setTimeout( () => window.document.body.id = \"p\",50) \n\n\twindow.log = (str,line,bgcolor) => {\n\t\tline   = line || 0\n\t\t$scene = $('.scene')\n\t\t$console = $('.console')\n\t\tif( !$scene ) return;\n\t\t$scene.style.position = 'relative'\n\t\tif( !$console ){\n\t\t\tlet el = $console = document.createElement(\"pre\")\n\t\t\tel.className = \"console\"\n\t\t\tel.style.position = 'absolute';\n\t\t\tel.style.top = el.style.left = el.style.bottom = el.style.right = '0'\n\t\t\tel.style.zIndex = 1000;\n\t\t\tel.style.fontSize = '12px'\n\t\t\tel.style.padding = '10px'\n\t\t\tel.style.color   = '#0CF'\n\t\t\tel.style.pointerEvents = 'none'\n\t\t\t$scene.appendChild($console)\n\t\t}\n\t\t$console.style.background = bgcolor ? bgcolor : 'transparent'\n\t\tlet lines   = String($console.innerHTML).split(\"\\n\")\n\t\t\tlines[line] = str\n\t\t$console.innerHTML = lines.join(\"\\n\")\n\t}\n\n\tvar error = (event, source, lineno, colno, error) => {\n\t\tlog(lineno+\":\"+colno+\" \"+error, errcolor)\n\t}\n\twindow.onerror = log\n\tconsole.error = (s) => log(\"error: \"+s.toString(),errcolor)\n\n})()\n\u003C/script>\n\n\u003C!-- PWA service worker -->\n\u003Cscript>\n(function(){\n      let isLocalHost = () => document.location.hostname == 'localhost'\n\n\t\t\tconst registerServiceWorker = async () => {\n        if( isLocalHost() ) return\n\t\t\t\tif ('serviceWorker' in navigator) {\n\t\t\t\t\ttry {\n\t\t\t\t\t\tconst registration = await navigator.serviceWorker.register(\n\t\t\t\t\t\t\t\"./sw.js\",\n\t\t\t\t\t\t\t{\n\t\t\t\t\t\t\t\tscope: './',\n\t\t\t\t\t\t\t}\n\t\t\t\t\t\t);\n\t\t\t\t\t\tif (registration.installing) {\n\t\t\t\t\t\t\tconsole.log('Service worker installing');\n\t\t\t\t\t\t} else if (registration.waiting) {\n\t\t\t\t\t\t\tconsole.log('Service worker installed');\n\t\t\t\t\t\t} else if (registration.active) {\n\t\t\t\t\t\t\tconsole.log('Service worker active');\n\t\t\t\t\t\t}\n\t\t\t\t\t} catch (error) {\n\t\t\t\t\t\tconsole.error(\"Registration failed with \"+error);\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t};\n\n      if (document.readyState === 'complete') registerServiceWorker();\n      else document.addEventListener(\"DOMContentLoaded\",  registerServiceWorker);\n\n      if ( !isLocalHost() && \"serviceWorker\" in navigator) { \n        window.addEventListener(\"load\", async () => {\n          try {\n            const registration = await navigator.serviceWorker.register(\"./sw.js\");\n          } catch (e) { console.error(e) }\n        });\n        window.addEventListener(\"beforeinstallprompt\", function (e) {\n          e.userChoice.then(function (choiceResult) {\n            if (choiceResult.outcome == \"dismissed\") {\n              console.log(\"User cancelled home screen install\");\n            } else console.log(\"User added to home screen\");\n          });\n        });\n      }\n\t\t\t\n})()\n\u003C/script>\n\n\u003Cscript>\n// close sidebar (on menuclick)\nwindow.addEventListener('DOMContentLoaded',function (){\n  let closeSideBar = () => $tw.wiki.setText('$:/state/notebook-sidebar', 'text', undefined, 'no')\n\tlet menubtns = [...document.querySelectorAll('.nc-sidebar a')]\n\tmenubtns.map( (btn) => btn.addEventListener('click', closeSideBar ) )\n\tcloseSideBar()\n})\t\n\u003C/script>\n","tags":"$:/tags/RawMarkup","title":"$:/webxr-notebook/boot.html","modified":"20250901142736303"},
 {"created":"20230427081708927","text":"\u003C!-- sandboxify textareas with class 'sandboxify' -->\n\u003Cscript>\n\nfunction sandboxify() {    \n  let run = (t) => {\n    let $res = t.parentElement.children[1]\n    function log(res){\n\t\t  if( !$res ) return\n      $res.innerHTML = typeof res == 'string' ? res : JSON.stringify(res,null,2)\n    }\n    let _log = console.log\n    console.log = log\n    try{\n      eval(t.value);    \n    }catch(e){ log(e) }finally{ console.log = _log }\n  }    \n  const textareas = document.querySelectorAll(\"textarea.sandboxify\");\n  textareas.forEach(t => {\n    t.addEventListener(\"input\", function (event) {\n\t\t  if( String(t.className).match(/noresult/) ) return\n      try {\n        run(t)\n      } catch (error) {\n        console.error(error);\n      }\n    });\n    run(t)\n  });    \n}\n\n// call sandboxify once on page load\nsandboxify();\n\n// set up a MutationObserver to call sandboxify on any new textareas added to the DOM\nconst observer = new MutationObserver(mutations => {\n  mutations.forEach(mutation => {\n    if (mutation.addedNodes && mutation.addedNodes.length > 0) {\n      const addedNodes = mutation.addedNodes;\n      addedNodes.forEach(addedNode => {\n        if (addedNode.tagName === \"TEXTAREA\" && addedNode.classList.contains(\"sandboxify\")) {\n          sandboxify();\n        }\n      });\n    }\n  });\n});\n\nobserver.observe(document, { childList: true, subtree: true });\n\u003C/script>","tags":"$:/tags/RawMarkup","title":"$:/webxr-notebook/sandboxify.js","modified":"20230627100108337"},
 {"created":"20230427072514129","text":"\u003C!-- scriptie-talkie-embed.js -->\n\u003Cscript>\n\n(function(e,t,n){function i(n,s){if(!t[n]){if(!e[n]){var o=\"function\"==typeof require&&require;if(!s&&o)return o(n,!0);if(r)return r(n,!0);throw Error(\"Cannot find module '\"+n+\"'\")}var u=t[n]={exports:{}};e[n][0](function(t){var r=e[n][1][t];return i(r?r:t)},u,u.exports)}return t[n].exports}for(var r=\"function\"==typeof require&&require,s=0;n.length>s;s++)i(n[s]);return i})({1:[function(require){\"use strict\";var scriptieTalkieEmbed=require(\"../../\");scriptieTalkieEmbed()},{\"../../\":2}],3:[function(require,module,exports){\"use strict\";module.exports=function(textarea){var opts={},data=textarea.getAttribute(\"data-scriptie-talkie\");if(!data)return opts;try{opts=eval(\"(\"+data+\")\")}catch(e){console.error(e)}finally{return opts}}},{}],4:[function(require,module){\"use strict\";function trimEmpty(lines){for(;lines.length&&!lines[0].trim().length;)lines.shift();for(;lines.length&&!lines[lines.length-1].trim().length;)lines.length--}function leftAlign(lines){var indent=-1;if(lines.filter(function(line){return line.trim().length}).forEach(function(line){for(var lineIndent=0,col=0;\" \"===line.charAt(col++);)lineIndent++;indent=-1===indent?lineIndent:Math.min(indent,lineIndent)}),!indent)return lines;for(var i=0;lines.length>i;i++)lines[i]=lines[i].slice(indent)}module.exports=function(textarea,addRows){addRows=addRows||0;var lines=textarea.textContent.split(\"\\n\");return trimEmpty(lines),leftAlign(lines),textarea.rows=Math.max(lines.length+addRows,1),textarea.textContent=lines.join(\"\\n\"),lines}},{}],5:[function(require,module){\"use strict\";function replaceElement(replaceEl,withEl){replaceEl.parentNode.replaceChild(withEl,replaceEl)}var format=require(\"util\").format;module.exports=function(textarea,opts){opts=opts||{};var minHeight=opts.minHeight||150,maxHeight=opts.maxHeight||600,minWidth=opts.minWidth||600,textareaWidth=textarea.clientWidth,width=Math.max(minWidth,textareaWidth),height=textarea.clientHeight+50;height=Math.max(minHeight,height),height=Math.min(maxHeight,height);var container=document.createElement(\"div\");return container.setAttribute(\"class\",\"scriptie-talkie-container\"),container.setAttribute(\"style\",format(\"width: %spx; height: %spx\",width,height)),replaceElement(textarea,container),container}},{util:6}],7:[function(require,module){\"use strict\";module.exports=function(container){var link=document.createElement(\"a\");return link.setAttribute(\"class\",\"scriptie-talkie-link\"),window.link=link,container.appendChild(link),link.textContent=\"full view\",link}},{}],8:[function(require,module){\"use script\";module.exports=function(){var head=document.getElementsByTagName(\"head\")[0],style=document.createElement(\"style\");style.type=\"text/css\",style.styleSheet?style.styleSheet.cssText=css:style.appendChild(document.createTextNode(css)),head.appendChild(style)};var css=[\"textarea.scriptie-talkie {\",\"  visibility: hidden;\",\"  display :  block;\",\"}\",\".scriptie-talkie-container {\",\"  position: relative; \",\"  margin: 10px 0px;\",\"}\",\".scriptie-talkie-editor,\",\".scriptie-talkie-terminal {\",\"  position: absolute;\",\"  top: 0;\",\"  bottom: 0;\",\"  height: 100%;\",\"  width: 50%;\",\"}\",\".scriptie-talkie-editor {\",\"  left: 0;\",\"  right: 50%;\",\"}\",\".scriptie-talkie-link {\",\"  position  :  absolute;\",\"  bottom    :  1px;\",\"  right     :  4px;\",\"  font-size :  14px;\",\"  color     :  yellowgreen;\",\"  z-index   :  1;\",\"}\",\"textarea.scriptie-talkie, \",\".scriptie-talkie-terminal,\",\".scriptie-talkie-editor {\",\"  /* text area needs same font to determine editor size correctly */\",\"  font-size     :  14px;\",\"  font-family   :  Terminus,Consolas,Profont,Monaco,Inconsolata,Inconsolata-g,\",'      Unifont,Lime,\"ClearlyU PUA\",Clean,\"DejaVu Sans Mono\",\"Lucida Console\",','      \"Bitstream Vera Sans Mono\",Freemono,\"Liberation Mono\",Dina,Anka,Droid Sans Mono,','      Anonymous Pro,Proggy fonts,Envy Code R,Gamow,Courier,\"Courier New\",Terminal,monospace;',\"}\",\".scriptie-talkie-terminal {\",\"  background    :  black;\",\"  right: 0;\",\"  left: 50%;\",\"  overflow: auto\",\"}\",\"/* tweak the ace editor a bit since we will never have >99 lines and need to save space */\",\".scriptie-talkie-editor .ace_gutter-cell ,\",\".scriptie-talkie-editor .ace_folding-enabled > .ace_gutter-cell { \",\"  padding-left: 20px;\",\"  padding-right: 5px;\",\"}\"].join(\"\\n\")},{}],9:[function(require,module){\"use strict\";var qs=require(\"querystring\"),scriptieTalkieUrl=\"http://thlorenz.github.io/scriptie-talkie\";module.exports=function(code){return scriptieTalkieUrl+\"?\"+qs.stringify({code:code})}},{querystring:10}],2:[function(require,module){\"use strict\";function harvest(scripties){for(var textarea,res=[],len=scripties.length,i=0;len>i;i++)textarea=scripties.item(i),res.push(textarea);return res}function sizeTerminalToRowsAndAdjust(container,lines){var evaluatedLines=evaluateScript(lines.join(\"\\n\")),term=createTerminal(container,{lines:evaluatedLines});return container.style.height=term.height+\"px\",term}function talkify(textareas){loadStyles(),textareas.forEach(function(textarea){function evaluate(){var code=editor.getValue();terminal.reset(),link.setAttribute(\"href\",linkTo(code)),evaluateScript(code,terminal.writeln.bind(terminal))}var term,lines=prepareTextarea(textarea,-3),config=getTextareaConfig(textarea),container=createContainer(textarea),link=createLink(container);term=config.sizeToEditor?createTerminal(container):sizeTerminalToRowsAndAdjust(container,lines);var edit=createEditor(container,textarea.textContent,config),terminal=term.terminal,editor=edit.editor;editor.on(\"change\",debounce(evaluate,400,!1)),editor.clearSelection(),evaluate()})}var debounce=require(\"debounce\"),getTextareaConfig=require(\"./lib/get-textarea-config\"),prepareTextarea=require(\"./lib/prepare-textarea\"),createContainer=require(\"./lib/create-container\"),createEditor=require(\"./lib/create-editor\"),createTerminal=require(\"./lib/create-terminal\"),createLink=require(\"./lib/create-link\"),evaluateScript=require(\"./lib/evaluate-script\"),loadStyles=require(\"./lib/load-styles\"),linkTo=require(\"./lib/link-to\");module.exports=function(){var wantScripties=document.getElementsByClassName(\"scriptie-talkie\"),textareas=harvest(wantScripties);textareas.length&&talkify(textareas)},window.scriptieTalkieEmbed=module.exports},{\"./lib/get-textarea-config\":3,\"./lib/prepare-textarea\":4,\"./lib/create-container\":5,\"./lib/create-editor\":11,\"./lib/create-terminal\":12,\"./lib/create-link\":7,\"./lib/evaluate-script\":13,\"./lib/load-styles\":8,\"./lib/link-to\":9,debounce:14}],6:[function(require,module,exports){function isArray(ar){return ar instanceof Array||Array.isArray(ar)||ar&&ar!==Object.prototype&&isArray(ar.__proto__)}function isRegExp(re){return re instanceof RegExp||\"object\"==typeof re&&\"[object RegExp]\"===Object.prototype.toString.call(re)}function isDate(d){if(d instanceof Date)return!0;if(\"object\"!=typeof d)return!1;var properties=Date.prototype&&Object_getOwnPropertyNames(Date.prototype),proto=d.__proto__&&Object_getOwnPropertyNames(d.__proto__);return JSON.stringify(proto)===JSON.stringify(properties)}require(\"events\"),exports.isArray=isArray,exports.isDate=function(obj){return\"[object Date]\"===Object.prototype.toString.call(obj)},exports.isRegExp=function(obj){return\"[object RegExp]\"===Object.prototype.toString.call(obj)},exports.print=function(){},exports.puts=function(){},exports.debug=function(){},exports.inspect=function(obj,showHidden,depth,colors){function format(value,recurseTimes){if(value&&\"function\"==typeof value.inspect&&value!==exports&&(!value.constructor||value.constructor.prototype!==value))return value.inspect(recurseTimes);switch(typeof value){case\"undefined\":return stylize(\"undefined\",\"undefined\");case\"string\":var simple=\"'\"+JSON.stringify(value).replace(/^\"|\"$/g,\"\").replace(/'/g,\"\\\\'\").replace(/\\\\\"/g,'\"')+\"'\";return stylize(simple,\"string\");case\"number\":return stylize(\"\"+value,\"number\");case\"boolean\":return stylize(\"\"+value,\"boolean\")}if(null===value)return stylize(\"null\",\"null\");var visible_keys=Object_keys(value),keys=showHidden?Object_getOwnPropertyNames(value):visible_keys;if(\"function\"==typeof value&&0===keys.length){if(isRegExp(value))return stylize(\"\"+value,\"regexp\");var name=value.name?\": \"+value.name:\"\";return stylize(\"[Function\"+name+\"]\",\"special\")}if(isDate(value)&&0===keys.length)return stylize(value.toUTCString(),\"date\");var base,type,braces;if(isArray(value)?(type=\"Array\",braces=[\"[\",\"]\"]):(type=\"Object\",braces=[\"{\",\"}\"]),\"function\"==typeof value){var n=value.name?\": \"+value.name:\"\";base=isRegExp(value)?\" \"+value:\" [Function\"+n+\"]\"}else base=\"\";if(isDate(value)&&(base=\" \"+value.toUTCString()),0===keys.length)return braces[0]+base+braces[1];if(0>recurseTimes)return isRegExp(value)?stylize(\"\"+value,\"regexp\"):stylize(\"[Object]\",\"special\");seen.push(value);var output=keys.map(function(key){var name,str;if(value.__lookupGetter__&&(value.__lookupGetter__(key)?str=value.__lookupSetter__(key)?stylize(\"[Getter/Setter]\",\"special\"):stylize(\"[Getter]\",\"special\"):value.__lookupSetter__(key)&&(str=stylize(\"[Setter]\",\"special\"))),0>visible_keys.indexOf(key)&&(name=\"[\"+key+\"]\"),str||(0>seen.indexOf(value[key])?(str=null===recurseTimes?format(value[key]):format(value[key],recurseTimes-1),str.indexOf(\"\\n\")>-1&&(str=isArray(value)?str.split(\"\\n\").map(function(line){return\"  \"+line}).join(\"\\n\").substr(2):\"\\n\"+str.split(\"\\n\").map(function(line){return\"   \"+line}).join(\"\\n\"))):str=stylize(\"[Circular]\",\"special\")),name===void 0){if(\"Array\"===type&&key.match(/^\\d+$/))return str;name=JSON.stringify(\"\"+key),name.match(/^\"([a-zA-Z_][a-zA-Z_0-9]*)\"$/)?(name=name.substr(1,name.length-2),name=stylize(name,\"name\")):(name=name.replace(/'/g,\"\\\\'\").replace(/\\\\\"/g,'\"').replace(/(^\"|\"$)/g,\"'\"),name=stylize(name,\"string\"))}return name+\": \"+str});seen.pop();var numLinesEst=0,length=output.reduce(function(prev,cur){return numLinesEst++,cur.indexOf(\"\\n\")>=0&&numLinesEst++,prev+cur.length+1},0);return output=length>50?braces[0]+(\"\"===base?\"\":base+\"\\n \")+\" \"+output.join(\",\\n  \")+\" \"+braces[1]:braces[0]+base+\" \"+output.join(\", \")+\" \"+braces[1]}var seen=[],stylize=function(str,styleType){var styles={bold:[1,22],italic:[3,23],underline:[4,24],inverse:[7,27],white:[37,39],grey:[90,39],black:[30,39],blue:[34,39],cyan:[36,39],green:[32,39],magenta:[35,39],red:[31,39],yellow:[33,39]},style={special:\"cyan\",number:\"blue\",\"boolean\":\"yellow\",undefined:\"grey\",\"null\":\"bold\",string:\"green\",date:\"magenta\",regexp:\"red\"}[styleType];return style?\"\u001b[\"+styles[style][0]+\"m\"+str+\"\u001b[\"+styles[style][1]+\"m\":str};return colors||(stylize=function(str){return str}),format(obj,depth===void 0?2:depth)},exports.log=function(){},exports.pump=null;var Object_keys=Object.keys||function(obj){var res=[];for(var key in obj)res.push(key);return res},Object_getOwnPropertyNames=Object.getOwnPropertyNames||function(obj){var res=[];for(var key in obj)Object.hasOwnProperty.call(obj,key)&&res.push(key);return res},Object_create=Object.create||function(prototype,properties){var object;if(null===prototype)object={__proto__:null};else{if(\"object\"!=typeof prototype)throw new TypeError(\"typeof prototype[\"+typeof prototype+\"] != 'object'\");var Type=function(){};Type.prototype=prototype,object=new Type,object.__proto__=prototype}return properties!==void 0&&Object.defineProperties&&Object.defineProperties(object,properties),object};exports.inherits=function(ctor,superCtor){ctor.super_=superCtor,ctor.prototype=Object_create(superCtor.prototype,{constructor:{value:ctor,enumerable:!1,writable:!0,configurable:!0}})};var formatRegExp=/%[sdj%]/g;exports.format=function(f){if(\"string\"!=typeof f){for(var objects=[],i=0;arguments.length>i;i++)objects.push(exports.inspect(arguments[i]));return objects.join(\" \")}for(var i=1,args=arguments,len=args.length,str=(f+\"\").replace(formatRegExp,function(x){if(\"%%\"===x)return\"%\";if(i>=len)return x;switch(x){case\"%s\":return args[i++]+\"\";case\"%d\":return Number(args[i++]);case\"%j\":return JSON.stringify(args[i++]);default:return x}}),x=args[i];len>i;x=args[++i])str+=null===x||\"object\"!=typeof x?\" \"+x:\" \"+exports.inspect(x);return str}},{events:15}],10:[function(require,module,exports){function stringifyString(str,prefix){if(!prefix)throw new TypeError(\"stringify expects an object\");return prefix+\"=\"+encodeURIComponent(str)}function stringifyArray(arr,prefix){var ret=[];if(!prefix)throw new TypeError(\"stringify expects an object\");for(var i=0;arr.length>i;i++)ret.push(stringify(arr[i],prefix+\"[]\"));return ret.join(\"&\")}function stringifyObject(obj,prefix){for(var key,ret=[],keys=objectKeys(obj),i=0,len=keys.length;len>i;++i)key=keys[i],ret.push(stringify(obj[key],prefix?prefix+\"[\"+encodeURIComponent(key)+\"]\":encodeURIComponent(key)));return ret.join(\"&\")}function set(obj,key,val){var v=obj[key];void 0===v?obj[key]=val:isArray(v)?v.push(val):obj[key]=[v,val]}function lastBraceInKey(str){for(var brace,c,len=str.length,i=0;len>i;++i)if(c=str[i],\"]\"==c&&(brace=!1),\"[\"==c&&(brace=!0),\"=\"==c&&!brace)return i}var isArray=\"function\"==typeof Array.isArray?Array.isArray:function(xs){return\"[object Array]\"===Object.prototype.toString.call(xs)},objectKeys=Object.keys||function objectKeys(object){if(object!==Object(object))throw new TypeError(\"Invalid object\");var keys=[];for(var key in object)object.hasOwnProperty(key)&&(keys[keys.length]=key);return keys};exports.version=\"0.3.1\";var toString=Object.prototype.toString,notint=/[^0-9]/;exports.parse=function(str){function promote(parent,key){if(0==parent[key].length)return parent[key]={};var t={};for(var i in parent[key])t[i]=parent[key][i];return parent[key]=t,t}return null==str||\"\"==str?{}:(str+\"\").split(\"&\").reduce(function(ret,pair){function parse(parts,parent,key){var part=parts.shift();part?(obj=parent[key]=parent[key]||[],\"]\"==part?isArray(obj)?\"\"!=val&&obj.push(val):\"object\"==typeof obj?obj[objectKeys(obj).length]=val:obj=parent[key]=[parent[key],val]:~part.indexOf(\"]\")?(part=part.substr(0,part.length-1),notint.test(part)&&isArray(obj)&&(obj=promote(parent,key)),parse(parts,obj,part)):(notint.test(part)&&isArray(obj)&&(obj=promote(parent,key)),parse(parts,obj,part))):isArray(parent[key])?parent[key].push(val):parent[key]=\"object\"==typeof parent[key]?val:parent[key]===void 0?val:[parent[key],val]}try{pair=decodeURIComponent(pair.replace(/\\+/g,\" \"))}catch(e){}var eql=pair.indexOf(\"=\"),brace=lastBraceInKey(pair),key=pair.substr(0,brace||eql),val=pair.substr(brace||eql,pair.length),val=val.substr(val.indexOf(\"=\")+1,val.length),parent=ret;if(\"\"==key&&(key=pair,val=\"\"),~key.indexOf(\"]\")){var parts=key.split(\"[\");parts.length,parse(parts,parent,\"base\")}else{if(notint.test(key)&&isArray(parent.base)){var t={};for(var k in parent.base)t[k]=parent.base[k];parent.base=t}set(parent.base,key,val)}return ret},{base:{}}).base};var stringify=exports.stringify=function(obj,prefix){return isArray(obj)?stringifyArray(obj,prefix):\"[object Object]\"==toString.call(obj)?stringifyObject(obj,prefix):\"string\"==typeof obj?stringifyString(obj,prefix):prefix}},{}],14:[function(require,module){module.exports=function(func,threshold,execAsap){var timeout;return!1!==execAsap&&(execAsap=!0),function(){function delayed(){execAsap||func.apply(obj,args),timeout=null}var obj=this,args=arguments;timeout?clearTimeout(timeout):execAsap&&func.apply(obj,args),timeout=setTimeout(delayed,threshold||100)}}},{}],16:[function(require,module){var process=module.exports={};process.nextTick=function(){var canSetImmediate=\"undefined\"!=typeof window&&window.setImmediate,canPost=\"undefined\"!=typeof window&&window.postMessage&&window.addEventListener;if(canSetImmediate)return function(f){return window.setImmediate(f)};if(canPost){var queue=[];return window.addEventListener(\"message\",function(ev){if(ev.source===window&&\"process-tick\"===ev.data&&(ev.stopPropagation(),queue.length>0)){var fn=queue.shift();fn()}},!0),function(fn){queue.push(fn),window.postMessage(\"process-tick\",\"*\")}}return function(fn){setTimeout(fn,0)}}(),process.title=\"browser\",process.browser=!0,process.env={},process.argv=[],process.binding=function(){throw Error(\"process.binding is not supported\")},process.cwd=function(){return\"/\"},process.chdir=function(){throw Error(\"process.chdir is not supported\")}},{}],15:[function(require,module,exports){(function(process){function indexOf(xs,x){if(xs.indexOf)return xs.indexOf(x);for(var i=0;xs.length>i;i++)if(x===xs[i])return i;return-1}process.EventEmitter||(process.EventEmitter=function(){});var EventEmitter=exports.EventEmitter=process.EventEmitter,isArray=\"function\"==typeof Array.isArray?Array.isArray:function(xs){return\"[object Array]\"===Object.prototype.toString.call(xs)},defaultMaxListeners=10;EventEmitter.prototype.setMaxListeners=function(n){this._events||(this._events={}),this._events.maxListeners=n},EventEmitter.prototype.emit=function(type){if(\"error\"===type&&(!this._events||!this._events.error||isArray(this._events.error)&&!this._events.error.length))throw arguments[1]instanceof Error?arguments[1]:Error(\"Uncaught, unspecified 'error' event.\");if(!this._events)return!1;var handler=this._events[type];if(!handler)return!1;if(\"function\"==typeof handler){switch(arguments.length){case 1:handler.call(this);break;case 2:handler.call(this,arguments[1]);break;case 3:handler.call(this,arguments[1],arguments[2]);break;default:var args=Array.prototype.slice.call(arguments,1);handler.apply(this,args)}return!0}if(isArray(handler)){for(var args=Array.prototype.slice.call(arguments,1),listeners=handler.slice(),i=0,l=listeners.length;l>i;i++)listeners[i].apply(this,args);return!0}return!1},EventEmitter.prototype.addListener=function(type,listener){if(\"function\"!=typeof listener)throw Error(\"addListener only takes instances of Function\");if(this._events||(this._events={}),this.emit(\"newListener\",type,listener),this._events[type])if(isArray(this._events[type])){if(!this._events[type].warned){var m;m=void 0!==this._events.maxListeners?this._events.maxListeners:defaultMaxListeners,m&&m>0&&this._events[type].length>m&&(this._events[type].warned=!0,console.error(\"(node) warning: possible EventEmitter memory leak detected. %d listeners added. Use emitter.setMaxListeners() to increase limit.\",this._events[type].length),console.trace())}this._events[type].push(listener)}else this._events[type]=[this._events[type],listener];else this._events[type]=listener;return this},EventEmitter.prototype.on=EventEmitter.prototype.addListener,EventEmitter.prototype.once=function(type,listener){var self=this;return self.on(type,function g(){self.removeListener(type,g),listener.apply(this,arguments)}),this},EventEmitter.prototype.removeListener=function(type,listener){if(\"function\"!=typeof listener)throw Error(\"removeListener only takes instances of Function\");if(!this._events||!this._events[type])return this;var list=this._events[type];if(isArray(list)){var i=indexOf(list,listener);if(0>i)return this;list.splice(i,1),0==list.length&&delete this._events[type]}else this._events[type]===listener&&delete this._events[type];return this},EventEmitter.prototype.removeAllListeners=function(type){return 0===arguments.length?(this._events={},this):(type&&this._events&&this._events[type]&&(this._events[type]=null),this)},EventEmitter.prototype.listeners=function(type){return this._events||(this._events={}),this._events[type]||(this._events[type]=[]),isArray(this._events[type])||(this._events[type]=[this._events[type]]),this._events[type]}})(require(\"__browserify_process\"))},{__browserify_process:16}],17:[function(){ace.define(\"ace/theme/monokai\",[\"require\",\"exports\",\"module\",\"ace/lib/dom\"],function(acequire,exports){exports.isDark=!0,exports.cssClass=\"ace-monokai\",exports.cssText=\".ace-monokai .ace_gutter {background: #2F3129;color: #8F908A}.ace-monokai .ace_print-margin {width: 1px;background: #555651}.ace-monokai .ace_scroller {background-color: #272822}.ace-monokai .ace_text-layer {color: #F8F8F2}.ace-monokai .ace_cursor {border-left: 2px solid #F8F8F0}.ace-monokai .ace_overwrite-cursors .ace_cursor {border-left: 0px;border-bottom: 1px solid #F8F8F0}.ace-monokai .ace_marker-layer .ace_selection {background: #49483E}.ace-monokai.ace_multiselect .ace_selection.ace_start {box-shadow: 0 0 3px 0px #272822;border-radius: 2px}.ace-monokai .ace_marker-layer .ace_step {background: rgb(102, 82, 0)}.ace-monokai .ace_marker-layer .ace_bracket {margin: -1px 0 0 -1px;border: 1px solid #49483E}.ace-monokai .ace_marker-layer .ace_active-line {background: #202020}.ace-monokai .ace_gutter-active-line {background-color: #272727}.ace-monokai .ace_marker-layer .ace_selected-word {border: 1px solid #49483E}.ace-monokai .ace_invisible {color: #52524d}.ace-monokai .ace_entity.ace_name.ace_tag,.ace-monokai .ace_keyword,.ace-monokai .ace_meta,.ace-monokai .ace_storage {color: #F92672}.ace-monokai .ace_constant.ace_character,.ace-monokai .ace_constant.ace_language,.ace-monokai .ace_constant.ace_numeric,.ace-monokai .ace_constant.ace_other {color: #AE81FF}.ace-monokai .ace_invalid {color: #F8F8F0;background-color: #F92672}.ace-monokai .ace_invalid.ace_deprecated {color: #F8F8F0;background-color: #AE81FF}.ace-monokai .ace_support.ace_constant,.ace-monokai .ace_support.ace_function {color: #66D9EF}.ace-monokai .ace_fold {background-color: #A6E22E;border-color: #F8F8F2}.ace-monokai .ace_storage.ace_type,.ace-monokai .ace_support.ace_class,.ace-monokai .ace_support.ace_type {font-style: italic;color: #66D9EF}.ace-monokai .ace_entity.ace_name.ace_function,.ace-monokai .ace_entity.ace_other,.ace-monokai .ace_variable {color: #A6E22E}.ace-monokai .ace_variable.ace_parameter {font-style: italic;color: #FD971F}.ace-monokai .ace_string {color: #E6DB74}.ace-monokai .ace_comment {color: #75715E}.ace-monokai .ace_markup.ace_underline {text-decoration: underline}.ace-monokai .ace_indent-guide {background: url(data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAEAAAACCAYAAACZgbYnAAAAEklEQVQImWNQ11D6z7Bq1ar/ABCKBG6g04U2AAAAAElFTkSuQmCC) right repeat-y}\";var dom=acequire(\"../lib/dom\");dom.importCssString(exports.cssText,exports.cssClass)})},{}],18:[function(require){(function(){ace.define(\"ace/mode/javascript\",[\"require\",\"exports\",\"module\",\"ace/lib/oop\",\"ace/mode/text\",\"ace/tokenizer\",\"ace/mode/javascript_highlight_rules\",\"ace/mode/matching_brace_outdent\",\"ace/range\",\"ace/worker/worker_client\",\"ace/mode/behaviour/cstyle\",\"ace/mode/folding/cstyle\"],function(acequire,exports){var oop=acequire(\"../lib/oop\"),TextMode=acequire(\"./text\").Mode,Tokenizer=acequire(\"../tokenizer\").Tokenizer,JavaScriptHighlightRules=acequire(\"./javascript_highlight_rules\").JavaScriptHighlightRules,MatchingBraceOutdent=acequire(\"./matching_brace_outdent\").MatchingBraceOutdent;acequire(\"../range\").Range;var WorkerClient=acequire(\"../worker/worker_client\").WorkerClient,CstyleBehaviour=acequire(\"./behaviour/cstyle\").CstyleBehaviour,CStyleFoldMode=acequire(\"./folding/cstyle\").FoldMode,Mode=function(){this.$tokenizer=new 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this.$outdent.checkOutdent(line,input)},this.autoOutdent=function(state,doc,row){this.$outdent.autoOutdent(doc,row)},this.createWorker=function(session){var worker=new WorkerClient([\"ace\"],require(\"../worker/javascript\"),\"JavaScriptWorker\");return worker.attachToDocument(session.getDocument()),worker.on(\"jslint\",function(results){session.setAnnotations(results.data)}),worker.on(\"terminate\",function(){session.clearAnnotations()}),worker}}.call(Mode.prototype),exports.Mode=Mode}),ace.define(\"ace/mode/javascript_highlight_rules\",[\"require\",\"exports\",\"module\",\"ace/lib/oop\",\"ace/mode/doc_comment_highlight_rules\",\"ace/mode/text_highlight_rules\"],function(acequire,exports){var oop=acequire(\"../lib/oop\"),DocCommentHighlightRules=acequire(\"./doc_comment_highlight_rules\").DocCommentHighlightRules,TextHighlightRules=acequire(\"./text_highlight_rules\").TextHighlightRules,JavaScriptHighlightRules=function(){var keywordMapper=this.createKeywordMapper({\"variable.language\":\"Array|Boolean|Date|Function|Iterator|Number|Object|RegExp|String|Proxy|Namespace|QName|XML|XMLList|ArrayBuffer|Float32Array|Float64Array|Int16Array|Int32Array|Int8Array|Uint16Array|Uint32Array|Uint8Array|Uint8ClampedArray|Error|EvalError|InternalError|RangeError|ReferenceError|StopIteration|SyntaxError|TypeError|URIError|decodeURI|decodeURIComponent|encodeURI|encodeURIComponent|eval|isFinite|isNaN|parseFloat|parseInt|JSON|Math|this|arguments|prototype|window|document\",keyword:\"const|yield|import|get|set|break|case|catch|continue|default|delete|do|else|finally|for|function|if|in|instanceof|new|return|switch|throw|try|typeof|let|var|while|with|debugger|__parent__|__count__|escape|unescape|with|__proto__|class|enum|extends|super|export|implements|private|public|interface|package|protected|static\",\"storage.type\":\"const|let|var|function\",\"constant.language\":\"null|Infinity|NaN|undefined\",\"support.function\":\"alert\",\"constant.language.boolean\":\"true|false\"},\"identifier\"),kwBeforeRe=\"case|do|else|finally|in|instanceof|return|throw|try|typeof|yield|void\",identifierRe=\"[a-zA-Z\\\\$_¡-￿][a-zA-Z\\\\d\\\\$_¡-￿]*\\\\b\",escapedRe=\"\\\\\\\\(?:x[0-9a-fA-F]{2}|u[0-9a-fA-F]{4}|[0-2][0-7]{0,2}|3[0-6][0-7]?|37[0-7]?|[4-7][0-7]?|.)\";this.$rules={no_regex:[{token:\"comment\",regex:/\\/\\/.*$/},DocCommentHighlightRules.getStartRule(\"doc-start\"),{token:\"comment\",regex:/\\/\\*/,next:\"comment\"},{token:\"string\",regex:\"'(?=.)\",next:\"qstring\"},{token:\"string\",regex:'\"(?=.)',next:\"qqstring\"},{token:\"constant.numeric\",regex:/0[xX][0-9a-fA-F]+\\b/},{token:\"constant.numeric\",regex:/[+-]?\\d+(?:(?:\\.\\d*)?(?:[eE][+-]?\\d+)?)?\\b/},{token:[\"storage.type\",\"punctuation.operator\",\"support.function\",\"punctuation.operator\",\"entity.name.function\",\"text\",\"keyword.operator\"],regex:\"(\"+identifierRe+\")(\\\\.)(prototype)(\\\\.)(\"+identifierRe+\")(\\\\s*)(=)\",next:\"function_arguments\"},{token:[\"storage.type\",\"punctuation.operator\",\"entity.name.function\",\"text\",\"keyword.operator\",\"text\",\"storage.type\",\"text\",\"paren.lparen\"],regex:\"(\"+identifierRe+\")(\\\\.)(\"+identifierRe+\")(\\\\s*)(=)(\\\\s*)(function)(\\\\s*)(\\\\()\",next:\"function_arguments\"},{token:[\"entity.name.function\",\"text\",\"keyword.operator\",\"text\",\"storage.type\",\"text\",\"paren.lparen\"],regex:\"(\"+identifierRe+\")(\\\\s*)(=)(\\\\s*)(function)(\\\\s*)(\\\\()\",next:\"function_arguments\"},{token:[\"storage.type\",\"punctuation.operator\",\"entity.name.function\",\"text\",\"keyword.operator\",\"text\",\"storage.type\",\"text\",\"entity.name.function\",\"text\",\"paren.lparen\"],regex:\"(\"+identifierRe+\")(\\\\.)(\"+identifierRe+\")(\\\\s*)(=)(\\\\s*)(function)(\\\\s+)(\\\\w+)(\\\\s*)(\\\\()\",next:\"function_arguments\"},{token:[\"storage.type\",\"text\",\"entity.name.function\",\"text\",\"paren.lparen\"],regex:\"(function)(\\\\s+)(\"+identifierRe+\")(\\\\s*)(\\\\()\",next:\"function_arguments\"},{token:[\"entity.name.function\",\"text\",\"punctuation.operator\",\"text\",\"storage.type\",\"text\",\"paren.lparen\"],regex:\"(\"+identifierRe+\")(\\\\s*)(:)(\\\\s*)(function)(\\\\s*)(\\\\()\",next:\"function_arguments\"},{token:[\"text\",\"text\",\"storage.type\",\"text\",\"paren.lparen\"],regex:\"(:)(\\\\s*)(function)(\\\\s*)(\\\\()\",next:\"function_arguments\"},{token:\"keyword\",regex:\"(?:\"+kwBeforeRe+\")\\\\b\",next:\"start\"},{token:[\"punctuation.operator\",\"support.function\"],regex:/(\\.)(s(?:h(?:ift|ow(?:Mod(?:elessDialog|alDialog)|Help))|croll(?:X|By(?:Pages|Lines)?|Y|To)?|t(?:opzzzz|rike)|i(?:n|zeToContent|debar|gnText)|ort|u(?:p|b(?:str(?:ing)?)?)|pli(?:ce|t)|e(?:nd|t(?:Re(?:sizable|questHeader)|M(?:i(?:nutes|lliseconds)|onth)|Seconds|Ho(?:tKeys|urs)|Year|Cursor|Time(?:out)?|Interval|ZOptions|Date|UTC(?:M(?:i(?:nutes|lliseconds)|onth)|Seconds|Hours|Date|FullYear)|FullYear|Active)|arch)|qrt|lice|avePreferences|mall)|h(?:ome|andleEvent)|navigate|c(?:har(?:CodeAt|At)|o(?:s|n(?:cat|textual|firm)|mpile)|eil|lear(?:Timeout|Interval)?|a(?:ptureEvents|ll)|reate(?:StyleSheet|Popup|EventObject))|t(?:o(?:GMTString|S(?:tring|ource)|U(?:TCString|pperCase)|Lo(?:caleString|werCase))|est|a(?:n|int(?:Enabled)?))|i(?:s(?:NaN|Finite)|ndexOf|talics)|d(?:isableExternalCapture|ump|etachEvent)|u(?:n(?:shift|taint|escape|watch)|pdateCommands)|j(?:oin|avaEnabled)|p(?:o(?:p|w)|ush|lugins.refresh|a(?:ddings|rse(?:Int|Float)?)|r(?:int|ompt|eference))|e(?:scape|nableExternalCapture|val|lementFromPoint|x(?:p|ec(?:Script|Command)?))|valueOf|UTC|queryCommand(?:State|Indeterm|Enabled|Value)|f(?:i(?:nd|le(?:ModifiedDate|Size|CreatedDate|UpdatedDate)|xed)|o(?:nt(?:size|color)|rward)|loor|romCharCode)|watch|l(?:ink|o(?:ad|g)|astIndexOf)|a(?:sin|nchor|cos|t(?:tachEvent|ob|an(?:2)?)|pply|lert|b(?:s|ort))|r(?:ou(?:nd|teEvents)|e(?:size(?:By|To)|calc|turnValue|place|verse|l(?:oad|ease(?:Capture|Events)))|andom)|g(?:o|et(?:ResponseHeader|M(?:i(?:nutes|lliseconds)|onth)|Se(?:conds|lection)|Hours|Year|Time(?:zoneOffset)?|Da(?:y|te)|UTC(?:M(?:i(?:nutes|lliseconds)|onth)|Seconds|Hours|Da(?:y|te)|FullYear)|FullYear|A(?:ttention|llResponseHeaders)))|m(?:in|ove(?:B(?:y|elow)|To(?:Absolute)?|Above)|ergeAttributes|a(?:tch|rgins|x))|b(?:toa|ig|o(?:ld|rderWidths)|link|ack))\\b(?=\\()/},{token:[\"punctuation.operator\",\"support.function.dom\"],regex:/(\\.)(s(?:ub(?:stringData|mit)|plitText|e(?:t(?:NamedItem|Attribute(?:Node)?)|lect))|has(?:ChildNodes|Feature)|namedItem|c(?:l(?:ick|o(?:se|neNode))|reate(?:C(?:omment|DATASection|aption)|T(?:Head|extNode|Foot)|DocumentFragment|ProcessingInstruction|E(?:ntityReference|lement)|Attribute))|tabIndex|i(?:nsert(?:Row|Before|Cell|Data)|tem)|open|delete(?:Row|C(?:ell|aption)|T(?:Head|Foot)|Data)|focus|write(?:ln)?|a(?:dd|ppend(?:Child|Data))|re(?:set|place(?:Child|Data)|move(?:NamedItem|Child|Attribute(?:Node)?)?)|get(?:NamedItem|Element(?:sBy(?:Name|TagName)|ById)|Attribute(?:Node)?)|blur)\\b(?=\\()/},{token:[\"punctuation.operator\",\"support.constant\"],regex:/(\\.)(s(?:ystemLanguage|cr(?:ipts|ollbars|een(?:X|Y|Top|Left))|t(?:yle(?:Sheets)?|atus(?:Text|bar)?)|ibling(?:Below|Above)|ource|uffixes|e(?:curity(?:Policy)?|l(?:ection|f)))|h(?:istory|ost(?:name)?|as(?:h|Focus))|y|X(?:MLDocument|SLDocument)|n(?:ext|ame(?:space(?:s|URI)|Prop))|M(?:IN_VALUE|AX_VALUE)|c(?:haracterSet|o(?:n(?:structor|trollers)|okieEnabled|lorDepth|mp(?:onents|lete))|urrent|puClass|l(?:i(?:p(?:boardData)?|entInformation)|osed|asses)|alle(?:e|r)|rypto)|t(?:o(?:olbar|p)|ext(?:Transform|Indent|Decoration|Align)|ags)|SQRT(?:1_2|2)|i(?:n(?:ner(?:Height|Width)|put)|ds|gnoreCase)|zIndex|o(?:scpu|n(?:readystatechange|Line)|uter(?:Height|Width)|p(?:sProfile|ener)|ffscreenBuffering)|NEGATIVE_INFINITY|d(?:i(?:splay|alog(?:Height|Top|Width|Left|Arguments)|rectories)|e(?:scription|fault(?:Status|Ch(?:ecked|arset)|View)))|u(?:ser(?:Profile|Language|Agent)|n(?:iqueID|defined)|pdateInterval)|_content|p(?:ixelDepth|ort|ersonalbar|kcs11|l(?:ugins|atform)|a(?:thname|dding(?:Right|Bottom|Top|Left)|rent(?:Window|Layer)?|ge(?:X(?:Offset)?|Y(?:Offset)?))|r(?:o(?:to(?:col|type)|duct(?:Sub)?|mpter)|e(?:vious|fix)))|e(?:n(?:coding|abledPlugin)|x(?:ternal|pando)|mbeds)|v(?:isibility|endor(?:Sub)?|Linkcolor)|URLUnencoded|P(?:I|OSITIVE_INFINITY)|f(?:ilename|o(?:nt(?:Size|Family|Weight)|rmName)|rame(?:s|Element)|gColor)|E|whiteSpace|l(?:i(?:stStyleType|n(?:eHeight|kColor))|o(?:ca(?:tion(?:bar)?|lName)|wsrc)|e(?:ngth|ft(?:Context)?)|a(?:st(?:M(?:odified|atch)|Index|Paren)|yer(?:s|X)|nguage))|a(?:pp(?:MinorVersion|Name|Co(?:deName|re)|Version)|vail(?:Height|Top|Width|Left)|ll|r(?:ity|guments)|Linkcolor|bove)|r(?:ight(?:Context)?|e(?:sponse(?:XML|Text)|adyState))|global|x|m(?:imeTypes|ultiline|enubar|argin(?:Right|Bottom|Top|Left))|L(?:N(?:10|2)|OG(?:10E|2E))|b(?:o(?:ttom|rder(?:Width|RightWidth|BottomWidth|Style|Color|TopWidth|LeftWidth))|ufferDepth|elow|ackground(?:Color|Image)))\\b/},{token:[\"storage.type\",\"punctuation.operator\",\"support.function.firebug\"],regex:/(console)(\\.)(warn|info|log|error|time|timeEnd|assert)\\b/},{token:keywordMapper,regex:identifierRe},{token:\"keyword.operator\",regex:/--|\\+\\+|[!$%&*+\\-~]|===|==|=|!=|!==|\u003C=|>=|\u003C\u003C=|>>=|>>>=|\u003C>|\u003C|>|!|&&|\\|\\||\\?\\:|\\*=|%=|\\+=|\\-=|&=|\\^=/,next:\"start\"},{token:\"punctuation.operator\",regex:/\\?|\\:|\\,|\\;|\\./,next:\"start\"},{token:\"paren.lparen\",regex:/[\\[({]/,next:\"start\"},{token:\"paren.rparen\",regex:/[\\])}]/},{token:\"keyword.operator\",regex:/\\/=?/,next:\"start\"},{token:\"comment\",regex:/^#!.*$/}],start:[DocCommentHighlightRules.getStartRule(\"doc-start\"),{token:\"comment\",regex:\"\\\\/\\\\*\",next:\"comment_regex_allowed\"},{token:\"comment\",regex:\"\\\\/\\\\/.*$\",next:\"start\"},{token:\"string.regexp\",regex:\"\\\\/\",next:\"regex\"},{token:\"text\",regex:\"\\\\s+|^$\",next:\"start\"},{token:\"empty\",regex:\"\",next:\"no_regex\"}],regex:[{token:\"regexp.keyword.operator\",regex:\"\\\\\\\\(?:u[\\\\da-fA-F]{4}|x[\\\\da-fA-F]{2}|.)\"},{token:\"string.regexp\",regex:\"/\\\\w*\",next:\"no_regex\"},{token:\"invalid\",regex:/\\{\\d+\\b,?\\d*\\}[+*]|[+*$^?][+*]|[$^][?]|\\?{3,}/},{token:\"constant.language.escape\",regex:/\\(\\?[:=!]|\\)|\\{\\d+\\b,?\\d*\\}|[+*]\\?|[()$^+*?]/},{token:\"constant.language.delimiter\",regex:/\\|/},{token:\"constant.language.escape\",regex:/\\[\\^?/,next:\"regex_character_class\"},{token:\"empty\",regex:\"$\",next:\"no_regex\"},{defaultToken:\"string.regexp\"}],regex_character_class:[{token:\"regexp.keyword.operator\",regex:\"\\\\\\\\(?:u[\\\\da-fA-F]{4}|x[\\\\da-fA-F]{2}|.)\"},{token:\"constant.language.escape\",regex:\"]\",next:\"regex\"},{token:\"constant.language.escape\",regex:\"-\"},{token:\"empty\",regex:\"$\",next:\"no_regex\"},{defaultToken:\"string.regexp.charachterclass\"}],function_arguments:[{token:\"variable.parameter\",regex:identifierRe},{token:\"punctuation.operator\",regex:\"[, ]+\"},{token:\"punctuation.operator\",regex:\"$\"},{token:\"empty\",regex:\"\",next:\"no_regex\"}],comment_regex_allowed:[{token:\"comment\",regex:\"\\\\*\\\\/\",next:\"start\"},{defaultToken:\"comment\"}],comment:[{token:\"comment\",regex:\"\\\\*\\\\/\",next:\"no_regex\"},{defaultToken:\"comment\"}],qqstring:[{token:\"constant.language.escape\",regex:escapedRe},{token:\"string\",regex:\"\\\\\\\\$\",next:\"qqstring\"},{token:\"string\",regex:'\"|$',next:\"no_regex\"},{defaultToken:\"string\"}],qstring:[{token:\"constant.language.escape\",regex:escapedRe},{token:\"string\",regex:\"\\\\\\\\$\",next:\"qstring\"},{token:\"string\",regex:\"'|$\",next:\"no_regex\"},{defaultToken:\"string\"}]},this.embedRules(DocCommentHighlightRules,\"doc-\",[DocCommentHighlightRules.getEndRule(\"no_regex\")])\n};oop.inherits(JavaScriptHighlightRules,TextHighlightRules),exports.JavaScriptHighlightRules=JavaScriptHighlightRules}),ace.define(\"ace/mode/doc_comment_highlight_rules\",[\"require\",\"exports\",\"module\",\"ace/lib/oop\",\"ace/mode/text_highlight_rules\"],function(acequire,exports){var oop=acequire(\"../lib/oop\"),TextHighlightRules=acequire(\"./text_highlight_rules\").TextHighlightRules,DocCommentHighlightRules=function(){this.$rules={start:[{token:\"comment.doc.tag\",regex:\"@[\\\\w\\\\d_]+\"},{token:\"comment.doc.tag\",regex:\"\\\\bTODO\\\\b\"},{defaultToken:\"comment.doc\"}]}};oop.inherits(DocCommentHighlightRules,TextHighlightRules),DocCommentHighlightRules.getStartRule=function(start){return{token:\"comment.doc\",regex:\"\\\\/\\\\*(?=\\\\*)\",next:start}},DocCommentHighlightRules.getEndRule=function(start){return{token:\"comment.doc\",regex:\"\\\\*\\\\/\",next:start}},exports.DocCommentHighlightRules=DocCommentHighlightRules}),ace.define(\"ace/mode/matching_brace_outdent\",[\"require\",\"exports\",\"module\",\"ace/range\"],function(acequire,exports){var Range=acequire(\"../range\").Range,MatchingBraceOutdent=function(){};(function(){this.checkOutdent=function(line,input){return/^\\s+$/.test(line)?/^\\s*\\}/.test(input):!1},this.autoOutdent=function(doc,row){var line=doc.getLine(row),match=line.match(/^(\\s*\\})/);if(!match)return 0;var column=match[1].length,openBracePos=doc.findMatchingBracket({row:row,column:column});if(!openBracePos||openBracePos.row==row)return 0;var indent=this.$getIndent(doc.getLine(openBracePos.row));doc.replace(new Range(row,0,row,column-1),indent)},this.$getIndent=function(line){return line.match(/^\\s*/)[0]}}).call(MatchingBraceOutdent.prototype),exports.MatchingBraceOutdent=MatchingBraceOutdent}),ace.define(\"ace/mode/behaviour/cstyle\",[\"require\",\"exports\",\"module\",\"ace/lib/oop\",\"ace/mode/behaviour\",\"ace/token_iterator\",\"ace/lib/lang\"],function(acequire,exports){var oop=acequire(\"../../lib/oop\"),Behaviour=acequire(\"../behaviour\").Behaviour,TokenIterator=acequire(\"../../token_iterator\").TokenIterator,lang=acequire(\"../../lib/lang\"),SAFE_INSERT_IN_TOKENS=[\"text\",\"paren.rparen\",\"punctuation.operator\"],SAFE_INSERT_BEFORE_TOKENS=[\"text\",\"paren.rparen\",\"punctuation.operator\",\"comment\"],autoInsertedBrackets=0,autoInsertedRow=-1,autoInsertedLineEnd=\"\",maybeInsertedBrackets=0,maybeInsertedRow=-1,maybeInsertedLineStart=\"\",maybeInsertedLineEnd=\"\",CstyleBehaviour=function(){CstyleBehaviour.isSaneInsertion=function(editor,session){var cursor=editor.getCursorPosition(),iterator=new TokenIterator(session,cursor.row,cursor.column);if(!this.$matchTokenType(iterator.getCurrentToken()||\"text\",SAFE_INSERT_IN_TOKENS)){var iterator2=new TokenIterator(session,cursor.row,cursor.column+1);if(!this.$matchTokenType(iterator2.getCurrentToken()||\"text\",SAFE_INSERT_IN_TOKENS))return!1}return iterator.stepForward(),iterator.getCurrentTokenRow()!==cursor.row||this.$matchTokenType(iterator.getCurrentToken()||\"text\",SAFE_INSERT_BEFORE_TOKENS)},CstyleBehaviour.$matchTokenType=function(token,types){return types.indexOf(token.type||token)>-1},CstyleBehaviour.recordAutoInsert=function(editor,session,bracket){var cursor=editor.getCursorPosition(),line=session.doc.getLine(cursor.row);this.isAutoInsertedClosing(cursor,line,autoInsertedLineEnd[0])||(autoInsertedBrackets=0),autoInsertedRow=cursor.row,autoInsertedLineEnd=bracket+line.substr(cursor.column),autoInsertedBrackets++},CstyleBehaviour.recordMaybeInsert=function(editor,session,bracket){var cursor=editor.getCursorPosition(),line=session.doc.getLine(cursor.row);this.isMaybeInsertedClosing(cursor,line)||(maybeInsertedBrackets=0),maybeInsertedRow=cursor.row,maybeInsertedLineStart=line.substr(0,cursor.column)+bracket,maybeInsertedLineEnd=line.substr(cursor.column),maybeInsertedBrackets++},CstyleBehaviour.isAutoInsertedClosing=function(cursor,line,bracket){return autoInsertedBrackets>0&&cursor.row===autoInsertedRow&&bracket===autoInsertedLineEnd[0]&&line.substr(cursor.column)===autoInsertedLineEnd},CstyleBehaviour.isMaybeInsertedClosing=function(cursor,line){return maybeInsertedBrackets>0&&cursor.row===maybeInsertedRow&&line.substr(cursor.column)===maybeInsertedLineEnd&&line.substr(0,cursor.column)==maybeInsertedLineStart},CstyleBehaviour.popAutoInsertedClosing=function(){autoInsertedLineEnd=autoInsertedLineEnd.substr(1),autoInsertedBrackets--},CstyleBehaviour.clearMaybeInsertedClosing=function(){maybeInsertedBrackets=0,maybeInsertedRow=-1},this.add(\"braces\",\"insertion\",function(state,action,editor,session,text){var cursor=editor.getCursorPosition(),line=session.doc.getLine(cursor.row);if(\"{\"==text){var selection=editor.getSelectionRange(),selected=session.doc.getTextRange(selection);if(\"\"!==selected&&\"{\"!==selected&&editor.getWrapBehavioursEnabled())return{text:\"{\"+selected+\"}\",selection:!1};if(CstyleBehaviour.isSaneInsertion(editor,session))return/[\\]\\}\\)]/.test(line[cursor.column])?(CstyleBehaviour.recordAutoInsert(editor,session,\"}\"),{text:\"{}\",selection:[1,1]}):(CstyleBehaviour.recordMaybeInsert(editor,session,\"{\"),{text:\"{\",selection:[1,1]})}else if(\"}\"==text){var rightChar=line.substring(cursor.column,cursor.column+1);if(\"}\"==rightChar){var matching=session.$findOpeningBracket(\"}\",{column:cursor.column+1,row:cursor.row});if(null!==matching&&CstyleBehaviour.isAutoInsertedClosing(cursor,line,text))return CstyleBehaviour.popAutoInsertedClosing(),{text:\"\",selection:[1,1]}}}else if(\"\\n\"==text||\"\\r\\n\"==text){var closing=\"\";CstyleBehaviour.isMaybeInsertedClosing(cursor,line)&&(closing=lang.stringRepeat(\"}\",maybeInsertedBrackets),CstyleBehaviour.clearMaybeInsertedClosing());var rightChar=line.substring(cursor.column,cursor.column+1);if(\"}\"==rightChar||\"\"!==closing){var openBracePos=session.findMatchingBracket({row:cursor.row,column:cursor.column},\"}\");if(!openBracePos)return null;var indent=this.getNextLineIndent(state,line.substring(0,cursor.column),session.getTabString()),next_indent=this.$getIndent(line);return{text:\"\\n\"+indent+\"\\n\"+next_indent+closing,selection:[1,indent.length,1,indent.length]}}}}),this.add(\"braces\",\"deletion\",function(state,action,editor,session,range){var selected=session.doc.getTextRange(range);if(!range.isMultiLine()&&\"{\"==selected){var line=session.doc.getLine(range.start.row),rightChar=line.substring(range.end.column,range.end.column+1);if(\"}\"==rightChar)return range.end.column++,range;maybeInsertedBrackets--}}),this.add(\"parens\",\"insertion\",function(state,action,editor,session,text){if(\"(\"==text){var selection=editor.getSelectionRange(),selected=session.doc.getTextRange(selection);if(\"\"!==selected&&editor.getWrapBehavioursEnabled())return{text:\"(\"+selected+\")\",selection:!1};if(CstyleBehaviour.isSaneInsertion(editor,session))return CstyleBehaviour.recordAutoInsert(editor,session,\")\"),{text:\"()\",selection:[1,1]}}else if(\")\"==text){var cursor=editor.getCursorPosition(),line=session.doc.getLine(cursor.row),rightChar=line.substring(cursor.column,cursor.column+1);if(\")\"==rightChar){var matching=session.$findOpeningBracket(\")\",{column:cursor.column+1,row:cursor.row});if(null!==matching&&CstyleBehaviour.isAutoInsertedClosing(cursor,line,text))return CstyleBehaviour.popAutoInsertedClosing(),{text:\"\",selection:[1,1]}}}}),this.add(\"parens\",\"deletion\",function(state,action,editor,session,range){var selected=session.doc.getTextRange(range);if(!range.isMultiLine()&&\"(\"==selected){var line=session.doc.getLine(range.start.row),rightChar=line.substring(range.start.column+1,range.start.column+2);if(\")\"==rightChar)return range.end.column++,range}}),this.add(\"brackets\",\"insertion\",function(state,action,editor,session,text){if(\"[\"==text){var selection=editor.getSelectionRange(),selected=session.doc.getTextRange(selection);if(\"\"!==selected&&editor.getWrapBehavioursEnabled())return{text:\"[\"+selected+\"]\",selection:!1};if(CstyleBehaviour.isSaneInsertion(editor,session))return CstyleBehaviour.recordAutoInsert(editor,session,\"]\"),{text:\"[]\",selection:[1,1]}}else if(\"]\"==text){var cursor=editor.getCursorPosition(),line=session.doc.getLine(cursor.row),rightChar=line.substring(cursor.column,cursor.column+1);if(\"]\"==rightChar){var matching=session.$findOpeningBracket(\"]\",{column:cursor.column+1,row:cursor.row});if(null!==matching&&CstyleBehaviour.isAutoInsertedClosing(cursor,line,text))return CstyleBehaviour.popAutoInsertedClosing(),{text:\"\",selection:[1,1]}}}}),this.add(\"brackets\",\"deletion\",function(state,action,editor,session,range){var selected=session.doc.getTextRange(range);if(!range.isMultiLine()&&\"[\"==selected){var line=session.doc.getLine(range.start.row),rightChar=line.substring(range.start.column+1,range.start.column+2);if(\"]\"==rightChar)return range.end.column++,range}}),this.add(\"string_dquotes\",\"insertion\",function(state,action,editor,session,text){if('\"'==text||\"'\"==text){var quote=text,selection=editor.getSelectionRange(),selected=session.doc.getTextRange(selection);if(\"\"!==selected&&\"'\"!==selected&&'\"'!=selected&&editor.getWrapBehavioursEnabled())return{text:quote+selected+quote,selection:!1};var cursor=editor.getCursorPosition(),line=session.doc.getLine(cursor.row),leftChar=line.substring(cursor.column-1,cursor.column);if(\"\\\\\"==leftChar)return null;for(var token,tokens=session.getTokens(selection.start.row),col=0,quotepos=-1,x=0;tokens.length>x&&(token=tokens[x],\"string\"==token.type?quotepos=-1:0>quotepos&&(quotepos=token.value.indexOf(quote)),!(token.value.length+col>selection.start.column));x++)col+=tokens[x].value.length;if(!token||0>quotepos&&\"comment\"!==token.type&&(\"string\"!==token.type||selection.start.column!==token.value.length+col-1&&token.value.lastIndexOf(quote)===token.value.length-1)){if(!CstyleBehaviour.isSaneInsertion(editor,session))return;return{text:quote+quote,selection:[1,1]}}if(token&&\"string\"===token.type){var rightChar=line.substring(cursor.column,cursor.column+1);if(rightChar==quote)return{text:\"\",selection:[1,1]}}}}),this.add(\"string_dquotes\",\"deletion\",function(state,action,editor,session,range){var selected=session.doc.getTextRange(range);if(!range.isMultiLine()&&('\"'==selected||\"'\"==selected)){var line=session.doc.getLine(range.start.row),rightChar=line.substring(range.start.column+1,range.start.column+2);if(rightChar==selected)return range.end.column++,range}})};oop.inherits(CstyleBehaviour,Behaviour),exports.CstyleBehaviour=CstyleBehaviour}),ace.define(\"ace/mode/folding/cstyle\",[\"require\",\"exports\",\"module\",\"ace/lib/oop\",\"ace/range\",\"ace/mode/folding/fold_mode\"],function(acequire,exports){var oop=acequire(\"../../lib/oop\");acequire(\"../../range\").Range;var BaseFoldMode=acequire(\"./fold_mode\").FoldMode,FoldMode=exports.FoldMode=function(commentRegex){commentRegex&&(this.foldingStartMarker=RegExp(this.foldingStartMarker.source.replace(/\\|[^|]*?$/,\"|\"+commentRegex.start)),this.foldingStopMarker=RegExp(this.foldingStopMarker.source.replace(/\\|[^|]*?$/,\"|\"+commentRegex.end)))};oop.inherits(FoldMode,BaseFoldMode),function(){this.foldingStartMarker=/(\\{|\\[)[^\\}\\]]*$|^\\s*(\\/\\*)/,this.foldingStopMarker=/^[^\\[\\{]*(\\}|\\])|^[\\s\\*]*(\\*\\/)/,this.getFoldWidgetRange=function(session,foldStyle,row){var line=session.getLine(row),match=line.match(this.foldingStartMarker);if(match){var i=match.index;return match[1]?this.openingBracketBlock(session,match[1],row,i):session.getCommentFoldRange(row,i+match[0].length,1)}if(\"markbeginend\"===foldStyle){var match=line.match(this.foldingStopMarker);if(match){var i=match.index+match[0].length;return 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lines=[];if(writeln=writeln||function(){},!script.trim().length)return lines;try{lines=scriptieTalkie(script),lines.forEach(function(line){writeln(line)})}catch(e){if(console.log(e.stack),console.error(\"\"+e),e instanceof ReferenceError&&/Trying to access object from destroyed plug-in/.test(e.message)){var msg=\"Looks like your iPad Safari browser doesn't like what scriptie talkie is doing.\\nPlease try another device and/or browser, i.e. chrome works everywhere, even on iPad.\";writeln(msg)}else e.inner?(writeln(\"unable to parse the current code, looks like you have an error on: \"),writeln(\"line: \"+e.inner.lineNumber+\" column: \"+e.inner.column)):(writeln(\"\"+e),writeln(e.stack))}return lines}},{\"scriptie-talkie\":22}],19:[function(require,module){(function(){module.exports.id=\"ace/mode/javascript_worker\",module.exports.src='\"no use strict\";(function(window){void 0!==window.window&&window.document||(window.console={log:function(){var 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EventEmitter=acequire(null,\"ace/lib/event_emitter\").EventEmitter,oop=acequire(null,\"ace/lib/oop\"),Sender=function(){};return function(){oop.implement(this,EventEmitter),this.callback=function(data,callbackId){postMessage({type:\"call\",id:callbackId,data:data})},this.emit=function(name,data){postMessage({type:\"event\",name:name,data:data})}}.call(Sender.prototype),new Sender},window.main=null,window.sender=null,window.onmessage=function(e){var msg=e.data;if(msg.command){if(!main[msg.command])throw Error(\"Unknown command:\"+msg.command);main[msg.command].apply(main,msg.args)}else if(msg.init){initBaseUrls(msg.tlns),acequire(null,\"ace/lib/fixoldbrowsers\"),sender=initSender();var clazz=acequire(null,msg.module)[msg.classname];main=new clazz(sender)}else 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match&&this.global&&!match[0].length&&this.lastIndex>match.index&&this.lastIndex--,!!match}))}),ace.define(\"ace/lib/es5-shim\",[\"require\",\"exports\",\"module\"],function(){function Empty(){}function doesDefinePropertyWork(object){try{return Object.defineProperty(object,\"sentinel\",{}),\"sentinel\"in object}catch(exception){}}function toInteger(n){return n=+n,n!==n?n=0:0!==n&&n!==1/0&&n!==-(1/0)&&(n=(n>0||-1)*Math.floor(Math.abs(n))),n}Function.prototype.bind||(Function.prototype.bind=function(that){var target=this;if(\"function\"!=typeof target)throw new TypeError(\"Function.prototype.bind called on incompatible \"+target);var args=slice.call(arguments,1),bound=function(){if(this instanceof bound){var result=target.apply(this,args.concat(slice.call(arguments)));return Object(result)===result?result:this}return target.apply(that,args.concat(slice.call(arguments)))};return target.prototype&&(Empty.prototype=target.prototype,bound.prototype=new Empty,Empty.prototype=null),bound});var defineGetter,defineSetter,lookupGetter,lookupSetter,supportsAccessors,call=Function.prototype.call,prototypeOfArray=Array.prototype,prototypeOfObject=Object.prototype,slice=prototypeOfArray.slice,_toString=call.bind(prototypeOfObject.toString),owns=call.bind(prototypeOfObject.hasOwnProperty);if((supportsAccessors=owns(prototypeOfObject,\"__defineGetter__\"))&&(defineGetter=call.bind(prototypeOfObject.__defineGetter__),defineSetter=call.bind(prototypeOfObject.__defineSetter__),lookupGetter=call.bind(prototypeOfObject.__lookupGetter__),lookupSetter=call.bind(prototypeOfObject.__lookupSetter__)),2!=[1,2].splice(0).length)if(function(){function makeArray(l){var a=Array(l+2);return a[0]=a[1]=0,a}var lengthBefore,array=[];return array.splice.apply(array,makeArray(20)),array.splice.apply(array,makeArray(26)),lengthBefore=array.length,array.splice(5,0,\"XXX\"),lengthBefore+1==array.length,lengthBefore+1==array.length?!0:void 0}()){var 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TypeError(fun+\" is not a function\");for(var i=0;length>i;i++)if(i in self&&!fun.call(thisp,self[i],i,object))return!1;return!0}),Array.prototype.some||(Array.prototype.some=function(fun){var object=toObject(this),self=splitString&&\"[object String]\"==_toString(this)?this.split(\"\"):object,length=self.length>>>0,thisp=arguments[1];if(\"[object Function]\"!=_toString(fun))throw new TypeError(fun+\" is not a function\");for(var i=0;length>i;i++)if(i in self&&fun.call(thisp,self[i],i,object))return!0;return!1}),Array.prototype.reduce||(Array.prototype.reduce=function(fun){var object=toObject(this),self=splitString&&\"[object String]\"==_toString(this)?this.split(\"\"):object,length=self.length>>>0;if(\"[object Function]\"!=_toString(fun))throw new TypeError(fun+\" is not a function\");if(!length&&1==arguments.length)throw new TypeError(\"reduce of empty array with no initial value\");var result,i=0;if(arguments.length>=2)result=arguments[1];else for(;;){if(i in 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handler for \\'\"+eventName+\"\\' is already set\");this._defaultHandlers[eventName]=callback},EventEmitter.on=EventEmitter.addEventListener=function(eventName,callback,capturing){this._eventRegistry=this._eventRegistry||{};var listeners=this._eventRegistry[eventName];return listeners||(listeners=this._eventRegistry[eventName]=[]),-1==listeners.indexOf(callback)&&listeners[capturing?\"unshift\":\"push\"](callback),callback},EventEmitter.off=EventEmitter.removeListener=EventEmitter.removeEventListener=function(eventName,callback){this._eventRegistry=this._eventRegistry||{};var listeners=this._eventRegistry[eventName];if(listeners){var index=listeners.indexOf(callback);-1!==index&&listeners.splice(index,1)}},EventEmitter.removeAllListeners=function(eventName){this._eventRegistry&&(this._eventRegistry[eventName]=[])},exports.EventEmitter=EventEmitter}),ace.define(\"ace/lib/oop\",[\"require\",\"exports\",\"module\"],function(acequire,exports){exports.inherits=function(){var tempCtor=function(){};return function(ctor,superCtor){tempCtor.prototype=superCtor.prototype,ctor.super_=superCtor.prototype,ctor.prototype=new tempCtor,ctor.prototype.constructor=ctor}}(),exports.mixin=function(obj,mixin){for(var key in mixin)obj[key]=mixin[key];return obj},exports.implement=function(proto,mixin){exports.mixin(proto,mixin)}}),ace.define(\"ace/mode/javascript_worker\",[\"require\",\"exports\",\"module\",\"ace/lib/oop\",\"ace/worker/mirror\",\"ace/mode/javascript/jshint\"],function(acequire,exports,module){function startRegex(arr){return RegExp(\"^(\"+arr.join(\"|\")+\")\")}var oop=acequire(\"../lib/oop\"),Mirror=acequire(\"../worker/mirror\").Mirror,lint=acequire(\"./javascript/jshint\").JSHINT,disabledWarningsRe=startRegex([\"Bad for in variable \\'(.+)\\'.\",\\'Missing \"use strict\"\\']),errorsRe=startRegex([\"Unexpected\",\"Expected \",\"Confusing (plus|minus)\",\"\\\\\\\\{a\\\\\\\\} unterminated regular expression\",\"Unclosed \",\"Unmatched \",\"Unbegun comment\",\"Bad invocation\",\"Missing space after\",\"Missing operator at\"]),infoRe=startRegex([\"Expected an assignment\",\"Bad escapement of EOL\",\"Unexpected comma\",\"Unexpected space\",\"Missing radix parameter.\",\"A leading decimal point can\",\"\\\\\\\\[\\'{a}\\'\\\\\\\\] is better written in dot notation.\",\"\\'{a}\\' used out of scope\"]),JavaScriptWorker=exports.JavaScriptWorker=function(sender){Mirror.call(this,sender),this.setTimeout(500),this.setOptions()};oop.inherits(JavaScriptWorker,Mirror),function(){this.setOptions=function(options){this.options=options||{es5:!0,esnext:!0,devel:!0,browser:!0,node:!0,laxcomma:!0,laxbreak:!0,lastsemic:!0,onevar:!1,passfail:!1,maxerr:100,expr:!0,multistr:!0,globalstrict:!0},this.doc.getValue()&&this.deferredUpdate.schedule(100)},this.changeOptions=function(newOptions){oop.mixin(this.options,newOptions),this.doc.getValue()&&this.deferredUpdate.schedule(100)},this.isValidJS=function(str){try{eval(\"throw 0;\"+str)}catch(e){if(0===e)return!0}return!1},this.onUpdate=function(){var value=this.doc.getValue();if(value=value.replace(/^#!.*\\\\n/,\"\\\\n\"),!value)return this.sender.emit(\"jslint\",[]),void 0;var errors=[],maxErrorLevel=this.isValidJS(value)?\"warning\":\"error\";lint(value,this.options);for(var results=lint.errors,errorAdded=!1,i=0;results.length>i;i++){var error=results[i];if(error){var raw=error.raw,type=\"warning\";if(\"Missing semicolon.\"==raw){var str=error.evidence.substr(error.character);str=str.charAt(str.search(/\\\\S/)),\"error\"==maxErrorLevel&&str&&/[\\\\w\\\\d{([\\'\"]/.test(str)?(error.reason=\\'Missing \";\" before statement\\',type=\"error\"):type=\"info\"}else{if(disabledWarningsRe.test(raw))continue;infoRe.test(raw)?type=\"info\":errorsRe.test(raw)?(errorAdded=!0,type=maxErrorLevel):\"\\'{a}\\' is not defined.\"==raw?type=\"warning\":\"\\'{a}\\' is defined but never used.\"==raw&&(type=\"info\")}errors.push({row:error.line-1,column:error.character-1,text:error.reason,type:type,raw:raw})}}this.sender.emit(\"jslint\",errors)}}.call(JavaScriptWorker.prototype)}),ace.define(\"ace/worker/mirror\",[\"require\",\"exports\",\"module\",\"ace/document\",\"ace/lib/lang\"],function(acequire,exports){var Document=acequire(\"../document\").Document,lang=acequire(\"../lib/lang\"),Mirror=exports.Mirror=function(sender){this.sender=sender;var doc=this.doc=new Document(\"\"),deferredUpdate=this.deferredUpdate=lang.delayedCall(this.onUpdate.bind(this)),_self=this;sender.on(\"change\",function(e){doc.applyDeltas([e.data]),deferredUpdate.schedule(_self.$timeout)})};(function(){this.$timeout=500,this.setTimeout=function(timeout){this.$timeout=timeout},this.setValue=function(value){this.doc.setValue(value),this.deferredUpdate.schedule(this.$timeout)},this.getValue=function(callbackId){this.sender.callback(this.doc.getValue(),callbackId)},this.onUpdate=function(){}}).call(Mirror.prototype)}),ace.define(\"ace/document\",[\"require\",\"exports\",\"module\",\"ace/lib/oop\",\"ace/lib/event_emitter\",\"ace/range\",\"ace/anchor\"],function(acequire,exports){var oop=acequire(\"./lib/oop\"),EventEmitter=acequire(\"./lib/event_emitter\").EventEmitter,Range=acequire(\"./range\").Range,Anchor=acequire(\"./anchor\").Anchor,Document=function(text){this.$lines=[],0==text.length?this.$lines=[\"\"]:Array.isArray(text)?this.insertLines(0,text):this.insert({row:0,column:0},text)};(function(){oop.implement(this,EventEmitter),this.setValue=function(text){var len=this.getLength();this.remove(new Range(0,0,len,this.getLine(len-1).length)),this.insert({row:0,column:0},text)},this.getValue=function(){return this.getAllLines().join(this.getNewLineCharacter())},this.createAnchor=function(row,column){return new Anchor(this,row,column)},this.$split=0==\"aaa\".split(/a/).length?function(text){return text.replace(/\\\\r\\\\n|\\\\r/g,\"\\\\n\").split(\"\\\\n\")}:function(text){return text.split(/\\\\r\\\\n|\\\\r|\\\\n/)},this.$detectNewLine=function(text){var match=text.match(/^.*?(\\\\r\\\\n|\\\\r|\\\\n)/m);this.$autoNewLine=match?match[1]:\"\\\\n\"},this.getNewLineCharacter=function(){switch(this.$newLineMode){case\"windows\":return\"\\\\r\\\\n\";case\"unix\":return\"\\\\n\";default:return this.$autoNewLine}},this.$autoNewLine=\"\\\\n\",this.$newLineMode=\"auto\",this.setNewLineMode=function(newLineMode){this.$newLineMode!==newLineMode&&(this.$newLineMode=newLineMode)},this.getNewLineMode=function(){return this.$newLineMode},this.isNewLine=function(text){return\"\\\\r\\\\n\"==text||\"\\\\r\"==text||\"\\\\n\"==text},this.getLine=function(row){return this.$lines[row]||\"\"},this.getLines=function(firstRow,lastRow){return this.$lines.slice(firstRow,lastRow+1)},this.getAllLines=function(){return this.getLines(0,this.getLength())},this.getLength=function(){return this.$lines.length},this.getTextRange=function(range){if(range.start.row==range.end.row)return this.$lines[range.start.row].substring(range.start.column,range.end.column);var lines=this.getLines(range.start.row+1,range.end.row-1);return lines.unshift((this.$lines[range.start.row]||\"\").substring(range.start.column)),lines.push((this.$lines[range.end.row]||\"\").substring(0,range.end.column)),lines.join(this.getNewLineCharacter())},this.$clipPosition=function(position){var length=this.getLength();return position.row>=length?(position.row=Math.max(0,length-1),position.column=this.getLine(length-1).length):0>position.row&&(position.row=0),position},this.insert=function(position,text){if(!text||0===text.length)return position;position=this.$clipPosition(position),1>=this.getLength()&&this.$detectNewLine(text);var lines=this.$split(text),firstLine=lines.splice(0,1)[0],lastLine=0==lines.length?null:lines.splice(lines.length-1,1)[0];return position=this.insertInLine(position,firstLine),null!==lastLine&&(position=this.insertNewLine(position),position=this.insertLines(position.row,lines),position=this.insertInLine(position,lastLine||\"\")),position},this.insertLines=function(row,lines){if(0==lines.length)return{row:row,column:0};if(lines.length>65535){var end=this.insertLines(row,lines.slice(65535));lines=lines.slice(0,65535)}var args=[row,0];args.push.apply(args,lines),this.$lines.splice.apply(this.$lines,args);var range=new Range(row,0,row+lines.length,0),delta={action:\"insertLines\",range:range,lines:lines};return this._emit(\"change\",{data:delta}),end||range.end},this.insertNewLine=function(position){position=this.$clipPosition(position);var line=this.$lines[position.row]||\"\";this.$lines[position.row]=line.substring(0,position.column),this.$lines.splice(position.row+1,0,line.substring(position.column,line.length));var end={row:position.row+1,column:0},delta={action:\"insertText\",range:Range.fromPoints(position,end),text:this.getNewLineCharacter()};return this._emit(\"change\",{data:delta}),end},this.insertInLine=function(position,text){if(0==text.length)return position;var line=this.$lines[position.row]||\"\";this.$lines[position.row]=line.substring(0,position.column)+text+line.substring(position.column);var end={row:position.row,column:position.column+text.length},delta={action:\"insertText\",range:Range.fromPoints(position,end),text:text};return this._emit(\"change\",{data:delta}),end},this.remove=function(range){if(range.start=this.$clipPosition(range.start),range.end=this.$clipPosition(range.end),range.isEmpty())return range.start;var firstRow=range.start.row,lastRow=range.end.row;if(range.isMultiLine()){var firstFullRow=0==range.start.column?firstRow:firstRow+1,lastFullRow=lastRow-1;range.end.column>0&&this.removeInLine(lastRow,0,range.end.column),lastFullRow>=firstFullRow&&this.removeLines(firstFullRow,lastFullRow),firstFullRow!=firstRow&&(this.removeInLine(firstRow,range.start.column,this.getLine(firstRow).length),this.removeNewLine(range.start.row))}else this.removeInLine(firstRow,range.start.column,range.end.column);return range.start},this.removeInLine=function(row,startColumn,endColumn){if(startColumn!=endColumn){var range=new Range(row,startColumn,row,endColumn),line=this.getLine(row),removed=line.substring(startColumn,endColumn),newLine=line.substring(0,startColumn)+line.substring(endColumn,line.length);this.$lines.splice(row,1,newLine);var delta={action:\"removeText\",range:range,text:removed};return this._emit(\"change\",{data:delta}),range.start}},this.removeLines=function(firstRow,lastRow){var range=new Range(firstRow,0,lastRow+1,0),removed=this.$lines.splice(firstRow,lastRow-firstRow+1),delta={action:\"removeLines\",range:range,nl:this.getNewLineCharacter(),lines:removed};return this._emit(\"change\",{data:delta}),removed},this.removeNewLine=function(row){var firstLine=this.getLine(row),secondLine=this.getLine(row+1),range=new Range(row,firstLine.length,row+1,0),line=firstLine+secondLine;this.$lines.splice(row,2,line);var delta={action:\"removeText\",range:range,text:this.getNewLineCharacter()};this._emit(\"change\",{data:delta})},this.replace=function(range,text){if(0==text.length&&range.isEmpty())return range.start;if(text==this.getTextRange(range))return range.end;if(this.remove(range),text)var end=this.insert(range.start,text);else end=range.start;return end},this.applyDeltas=function(deltas){for(var i=0;deltas.length>i;i++){var delta=deltas[i],range=Range.fromPoints(delta.range.start,delta.range.end);\"insertLines\"==delta.action?this.insertLines(range.start.row,delta.lines):\"insertText\"==delta.action?this.insert(range.start,delta.text):\"removeLines\"==delta.action?this.removeLines(range.start.row,range.end.row-1):\"removeText\"==delta.action&&this.remove(range)}},this.revertDeltas=function(deltas){for(var i=deltas.length-1;i>=0;i--){var delta=deltas[i],range=Range.fromPoints(delta.range.start,delta.range.end);\"insertLines\"==delta.action?this.removeLines(range.start.row,range.end.row-1):\"insertText\"==delta.action?this.remove(range):\"removeLines\"==delta.action?this.insertLines(range.start.row,delta.lines):\"removeText\"==delta.action&&this.insert(range.start,delta.text)}},this.indexToPosition=function(index,startRow){for(var lines=this.$lines||this.getAllLines(),newlineLength=this.getNewLineCharacter().length,i=startRow||0,l=lines.length;l>i;i++)if(index-=lines[i].length+newlineLength,0>index)return{row:i,column:index+lines[i].length+newlineLength};return{row:l-1,column:lines[l-1].length}},this.positionToIndex=function(pos,startRow){for(var lines=this.$lines||this.getAllLines(),newlineLength=this.getNewLineCharacter().length,index=0,row=Math.min(pos.row,lines.length),i=startRow||0;row>i;++i)index+=lines[i].length;return index+newlineLength*i+pos.column}}).call(Document.prototype),exports.Document=Document}),ace.define(\"ace/range\",[\"require\",\"exports\",\"module\"],function(acequire,exports){var comparePoints=function(p1,p2){return p1.row-p2.row||p1.column-p2.column},Range=function(startRow,startColumn,endRow,endColumn){this.start={row:startRow,column:startColumn},this.end={row:endRow,column:endColumn}};(function(){this.isEqual=function(range){return this.start.row===range.start.row&&this.end.row===range.end.row&&this.start.column===range.start.column&&this.end.column===range.end.column},this.toString=function(){return\"Range: [\"+this.start.row+\"/\"+this.start.column+\"] -> [\"+this.end.row+\"/\"+this.end.column+\"]\"},this.contains=function(row,column){return 0==this.compare(row,column)},this.compareRange=function(range){var cmp,end=range.end,start=range.start;return cmp=this.compare(end.row,end.column),1==cmp?(cmp=this.compare(start.row,start.column),1==cmp?2:0==cmp?1:0):-1==cmp?-2:(cmp=this.compare(start.row,start.column),-1==cmp?-1:1==cmp?42:0)},this.comparePoint=function(p){return this.compare(p.row,p.column)},this.containsRange=function(range){return 0==this.comparePoint(range.start)&&0==this.comparePoint(range.end)},this.intersects=function(range){var cmp=this.compareRange(range);return-1==cmp||0==cmp||1==cmp},this.isEnd=function(row,column){return this.end.row==row&&this.end.column==column},this.isStart=function(row,column){return this.start.row==row&&this.start.column==column},this.setStart=function(row,column){\"object\"==typeof row?(this.start.column=row.column,this.start.row=row.row):(this.start.row=row,this.start.column=column)\\n},this.setEnd=function(row,column){\"object\"==typeof row?(this.end.column=row.column,this.end.row=row.row):(this.end.row=row,this.end.column=column)},this.inside=function(row,column){return 0==this.compare(row,column)?this.isEnd(row,column)||this.isStart(row,column)?!1:!0:!1},this.insideStart=function(row,column){return 0==this.compare(row,column)?this.isEnd(row,column)?!1:!0:!1},this.insideEnd=function(row,column){return 0==this.compare(row,column)?this.isStart(row,column)?!1:!0:!1},this.compare=function(row,column){return this.isMultiLine()||row!==this.start.row?this.start.row>row?-1:row>this.end.row?1:this.start.row===row?column>=this.start.column?0:-1:this.end.row===row?this.end.column>=column?0:1:0:this.start.column>column?-1:column>this.end.column?1:0},this.compareStart=function(row,column){return this.start.row==row&&this.start.column==column?-1:this.compare(row,column)},this.compareEnd=function(row,column){return this.end.row==row&&this.end.column==column?1:this.compare(row,column)},this.compareInside=function(row,column){return this.end.row==row&&this.end.column==column?1:this.start.row==row&&this.start.column==column?-1:this.compare(row,column)},this.clipRows=function(firstRow,lastRow){if(this.end.row>lastRow)var end={row:lastRow+1,column:0};else if(firstRow>this.end.row)var end={row:firstRow,column:0};if(this.start.row>lastRow)var start={row:lastRow+1,column:0};else if(firstRow>this.start.row)var start={row:firstRow,column:0};return Range.fromPoints(start||this.start,end||this.end)},this.extend=function(row,column){var cmp=this.compare(row,column);if(0==cmp)return this;if(-1==cmp)var start={row:row,column:column};else var end={row:row,column:column};return Range.fromPoints(start||this.start,end||this.end)},this.isEmpty=function(){return this.start.row===this.end.row&&this.start.column===this.end.column},this.isMultiLine=function(){return this.start.row!==this.end.row},this.clone=function(){return Range.fromPoints(this.start,this.end)},this.collapseRows=function(){return 0==this.end.column?new Range(this.start.row,0,Math.max(this.start.row,this.end.row-1),0):new Range(this.start.row,0,this.end.row,0)},this.toScreenRange=function(session){var screenPosStart=session.documentToScreenPosition(this.start),screenPosEnd=session.documentToScreenPosition(this.end);return new Range(screenPosStart.row,screenPosStart.column,screenPosEnd.row,screenPosEnd.column)},this.moveBy=function(row,column){this.start.row+=row,this.start.column+=column,this.end.row+=row,this.end.column+=column}}).call(Range.prototype),Range.fromPoints=function(start,end){return new Range(start.row,start.column,end.row,end.column)},Range.comparePoints=comparePoints,Range.comparePoints=function(p1,p2){return p1.row-p2.row||p1.column-p2.column},exports.Range=Range}),ace.define(\"ace/anchor\",[\"require\",\"exports\",\"module\",\"ace/lib/oop\",\"ace/lib/event_emitter\"],function(acequire,exports){var oop=acequire(\"./lib/oop\"),EventEmitter=acequire(\"./lib/event_emitter\").EventEmitter,Anchor=exports.Anchor=function(doc,row,column){this.document=doc,column===void 0?this.setPosition(row.row,row.column):this.setPosition(row,column),this.$onChange=this.onChange.bind(this),doc.on(\"change\",this.$onChange)};(function(){oop.implement(this,EventEmitter),this.getPosition=function(){return this.$clipPositionToDocument(this.row,this.column)},this.getDocument=function(){return this.document},this.onChange=function(e){var delta=e.data,range=delta.range;if(!(range.start.row==range.end.row&&range.start.row!=this.row||range.start.row>this.row||range.start.row==this.row&&range.start.column>this.column)){var row=this.row,column=this.column,start=range.start,end=range.end;\"insertText\"===delta.action?start.row===row&&column>=start.column?start.row===end.row?column+=end.column-start.column:(column-=start.column,row+=end.row-start.row):start.row!==end.row&&row>start.row&&(row+=end.row-start.row):\"insertLines\"===delta.action?row>=start.row&&(row+=end.row-start.row):\"removeText\"===delta.action?start.row===row&&column>start.column?column=end.column>=column?start.column:Math.max(0,column-(end.column-start.column)):start.row!==end.row&&row>start.row?(end.row===row&&(column=Math.max(0,column-end.column)+start.column),row-=end.row-start.row):end.row===row&&(row-=end.row-start.row,column=Math.max(0,column-end.column)+start.column):\"removeLines\"==delta.action&&row>=start.row&&(row>=end.row?row-=end.row-start.row:(row=start.row,column=0)),this.setPosition(row,column,!0)}},this.setPosition=function(row,column,noClip){var pos;if(pos=noClip?{row:row,column:column}:this.$clipPositionToDocument(row,column),this.row!=pos.row||this.column!=pos.column){var old={row:this.row,column:this.column};this.row=pos.row,this.column=pos.column,this._emit(\"change\",{old:old,value:pos})}},this.detach=function(){this.document.removeEventListener(\"change\",this.$onChange)},this.$clipPositionToDocument=function(row,column){var pos={};return row>=this.document.getLength()?(pos.row=Math.max(0,this.document.getLength()-1),pos.column=this.document.getLine(pos.row).length):0>row?(pos.row=0,pos.column=0):(pos.row=row,pos.column=Math.min(this.document.getLine(pos.row).length,Math.max(0,column))),0>column&&(pos.column=0),pos}}).call(Anchor.prototype)}),ace.define(\"ace/lib/lang\",[\"require\",\"exports\",\"module\"],function(acequire,exports){exports.stringReverse=function(string){return string.split(\"\").reverse().join(\"\")},exports.stringRepeat=function(string,count){for(var result=\"\";count>0;)1&count&&(result+=string),(count>>=1)&&(string+=string);return result};var trimBeginRegexp=/^\\\\s\\\\s*/,trimEndRegexp=/\\\\s\\\\s*$/;exports.stringTrimLeft=function(string){return string.replace(trimBeginRegexp,\"\")},exports.stringTrimRight=function(string){return string.replace(trimEndRegexp,\"\")},exports.copyObject=function(obj){var copy={};for(var key in obj)copy[key]=obj[key];return copy},exports.copyArray=function(array){for(var copy=[],i=0,l=array.length;l>i;i++)copy[i]=array[i]&&\"object\"==typeof array[i]?this.copyObject(array[i]):array[i];return copy},exports.deepCopy=function(obj){if(\"object\"!=typeof obj)return obj;var copy=obj.constructor();for(var key in obj)copy[key]=\"object\"==typeof obj[key]?this.deepCopy(obj[key]):obj[key];return copy},exports.arrayToMap=function(arr){for(var map={},i=0;arr.length>i;i++)map[arr[i]]=1;return map},exports.createMap=function(props){var map=Object.create(null);for(var i in props)map[i]=props[i];return map},exports.arrayRemove=function(array,value){for(var i=0;array.length>=i;i++)value===array[i]&&array.splice(i,1)},exports.escapeRegExp=function(str){return str.replace(/([.*+?^${}()|[\\\\]\\\\/\\\\\\\\])/g,\"\\\\\\\\$1\")},exports.escapeHTML=function(str){return str.replace(/&/g,\"&#38;\").replace(/\"/g,\"&#34;\").replace(/\\'/g,\"&#39;\").replace(/\u003C/g,\"&#60;\")},exports.getMatchOffsets=function(string,regExp){var matches=[];return string.replace(regExp,function(str){matches.push({offset:arguments[arguments.length-2],length:str.length})}),matches},exports.deferredCall=function(fcn){var timer=null,callback=function(){timer=null,fcn()},deferred=function(timeout){return deferred.cancel(),timer=setTimeout(callback,timeout||0),deferred};return deferred.schedule=deferred,deferred.call=function(){return this.cancel(),fcn(),deferred},deferred.cancel=function(){return clearTimeout(timer),timer=null,deferred},deferred},exports.delayedCall=function(fcn,defaultTimeout){var timer=null,callback=function(){timer=null,fcn()},_self=function(timeout){timer&&clearTimeout(timer),timer=setTimeout(callback,timeout||defaultTimeout)};return _self.delay=_self,_self.schedule=function(timeout){null==timer&&(timer=setTimeout(callback,timeout||0))},_self.call=function(){this.cancel(),fcn()},_self.cancel=function(){timer&&clearTimeout(timer),timer=null},_self.isPending=function(){return timer},_self}}),ace.define(\"ace/mode/javascript/jshint\",[\"require\",\"exports\",\"module\"],function(acequire,exports){var JSHINT=function(){function F(){}function is_own(object,name){return Object.prototype.hasOwnProperty.call(object,name)}function checkOption(name,t){void 0===valOptions[name]&&void 0===boolOptions[name]&&warning(\"Bad option: \\'\"+name+\"\\'.\",t)}function isString(obj){return\"[object String]\"===Object.prototype.toString.call(obj)}function isAlpha(str){return str>=\"a\"&&\"z￿\">=str||str>=\"A\"&&\"Z￿\">=str}function isDigit(str){return str>=\"0\"&&\"9\">=str}function isIdentifier(token,value){return token?token.identifier&&token.value===value?!0:!1:!1}function supplant(str,data){return str.replace(/\\\\{([^{}]*)\\\\}/g,function(a,b){var r=data[b];return\"string\"==typeof r||\"number\"==typeof r?r:a})}function combine(t,o){var n;for(n in o)is_own(o,n)&&!is_own(JSHINT.blacklist,n)&&(t[n]=o[n])}function updatePredefined(){Object.keys(JSHINT.blacklist).forEach(function(key){delete predefined[key]})}function assume(){option.couch&&combine(predefined,couch),option.rhino&&combine(predefined,rhino),option.prototypejs&&combine(predefined,prototypejs),option.node&&(combine(predefined,node),option.globalstrict=!0),option.devel&&combine(predefined,devel),option.dojo&&combine(predefined,dojo),option.browser&&combine(predefined,browser),option.nonstandard&&combine(predefined,nonstandard),option.jquery&&combine(predefined,jquery),option.mootools&&combine(predefined,mootools),option.worker&&combine(predefined,worker),option.wsh&&combine(predefined,wsh),option.esnext&&useESNextSyntax(),option.globalstrict&&option.strict!==!1&&(option.strict=!0),option.yui&&combine(predefined,yui)}function quit(message,line,chr){var percentage=Math.floor(100*(line/lines.length));throw{name:\"JSHintError\",line:line,character:chr,message:message+\" (\"+percentage+\"% scanned).\",raw:message}}function isundef(scope,m,t,a){return JSHINT.undefs.push([scope,m,t,a])}function warning(m,t,a,b,c,d){var ch,l,w;return t=t||nexttoken,\"(end)\"===t.id&&(t=token),l=t.line||0,ch=t.from||0,w={id:\"(error)\",raw:m,evidence:lines[l-1]||\"\",line:l,character:ch,scope:JSHINT.scope,a:a,b:b,c:c,d:d},w.reason=supplant(m,w),JSHINT.errors.push(w),option.passfail&&quit(\"Stopping. \",l,ch),warnings+=1,warnings>=option.maxerr&&quit(\"Too many errors.\",l,ch),w}function warningAt(m,l,ch,a,b,c,d){return warning(m,{line:l,from:ch},a,b,c,d)}function error(m,t,a,b,c,d){warning(m,t,a,b,c,d)}function errorAt(m,l,ch,a,b,c,d){return error(m,{line:l,from:ch},a,b,c,d)}function addInternalSrc(elem,src){var i;return i={id:\"(internal)\",elem:elem,value:src},JSHINT.internals.push(i),i}function addlabel(t,type,token){\"hasOwnProperty\"===t&&warning(\"\\'hasOwnProperty\\' is a really bad name.\"),\"exception\"===type&&is_own(funct[\"(context)\"],t)&&(funct[t]===!0||option.node||warning(\"Value of \\'{a}\\' may be overwritten in IE.\",nexttoken,t)),is_own(funct,t)&&!funct[\"(global)\"]&&(funct[t]===!0?option.latedef&&warning(\"\\'{a}\\' was used before it was defined.\",nexttoken,t):option.shadow||\"exception\"===type||warning(\"\\'{a}\\' is already defined.\",nexttoken,t)),funct[t]=type,token&&(funct[\"(tokens)\"][t]=token),funct[\"(global)\"]?(global[t]=funct,is_own(implied,t)&&(option.latedef&&warning(\"\\'{a}\\' was used before it was defined.\",nexttoken,t),delete implied[t])):scope[t]=funct}function doOption(){var b,obj,filter,t,tn,v,minus,nt=nexttoken,o=nt.value,quotmarkValue=option.quotmark,predef={};switch(o){case\"*/\":error(\"Unbegun comment.\");break;case\"/*members\":case\"/*member\":o=\"/*members\",membersOnly||(membersOnly={}),obj=membersOnly,option.quotmark=!1;break;case\"/*jshint\":case\"/*jslint\":obj=option,filter=boolOptions;break;case\"/*global\":obj=predef;break;default:error(\"What?\")}for(t=lex.token();;){minus=!1;for(var breakOuterLoop;;){if(\"special\"===t.type&&\"*/\"===t.value){breakOuterLoop=!0;break}if(\"(endline)\"!==t.id&&\",\"!==t.id)break;t=lex.token()}if(breakOuterLoop)break;if(\"/*global\"===o&&\"-\"===t.value&&(minus=!0,t=lex.token()),\"(string)\"!==t.type&&\"(identifier)\"!==t.type&&\"/*members\"!==o&&error(\"Bad option.\",t),v=lex.token(),\":\"===v.id){v=lex.token(),obj===membersOnly&&error(\"Expected \\'{a}\\' and instead saw \\'{b}\\'.\",t,\"*/\",\":\"),\"/*jshint\"===o&&checkOption(t.value,t);var numericVals=[\"maxstatements\",\"maxparams\",\"maxdepth\",\"maxcomplexity\",\"maxerr\",\"maxlen\",\"indent\"];if(numericVals.indexOf(t.value)>-1&&(\"/*jshint\"===o||\"/*jslint\"===o))b=+v.value,(\"number\"!=typeof b||!isFinite(b)||0>=b||Math.floor(b)!==b)&&error(\"Expected a small integer and instead saw \\'{a}\\'.\",v,v.value),\"indent\"===t.value&&(obj.white=!0),obj[t.value]=b;else if(\"validthis\"===t.value)funct[\"(global)\"]?error(\"Option \\'validthis\\' can\\'t be used in a global scope.\"):\"true\"===v.value||\"false\"===v.value?obj[t.value]=\"true\"===v.value:error(\"Bad option value.\",v);else if(\"quotmark\"===t.value&&\"/*jshint\"===o)switch(v.value){case\"true\":obj.quotmark=!0;break;case\"false\":obj.quotmark=!1;break;case\"double\":case\"single\":obj.quotmark=v.value;break;default:error(\"Bad option value.\",v)}else\"true\"===v.value||\"false\"===v.value?(\"/*jslint\"===o?(tn=renamedOptions[t.value]||t.value,obj[tn]=\"true\"===v.value,void 0!==invertedOptions[tn]&&(obj[tn]=!obj[tn])):obj[t.value]=\"true\"===v.value,\"newcap\"===t.value&&(obj[\"(explicitNewcap)\"]=!0)):error(\"Bad option value.\",v);t=lex.token()}else(\"/*jshint\"===o||\"/*jslint\"===o)&&error(\"Missing option value.\",t),obj[t.value]=!1,\"/*global\"===o&&minus===!0&&(JSHINT.blacklist[t.value]=t.value,updatePredefined()),t=v}\"/*members\"===o&&(option.quotmark=quotmarkValue),combine(predefined,predef);for(var key in predef)is_own(predef,key)&&(declared[key]=nt);filter&&assume()}function peek(p){for(var t,i=p||0,j=0;i>=j;)t=lookahead[j],t||(t=lookahead[j]=lex.token()),j+=1;return t}function advance(id,t){switch(token.id){case\"(number)\":\".\"===nexttoken.id&&warning(\"A dot following a number can be confused with a decimal point.\",token);break;case\"-\":(\"-\"===nexttoken.id||\"--\"===nexttoken.id)&&warning(\"Confusing minusses.\");break;case\"+\":(\"+\"===nexttoken.id||\"++\"===nexttoken.id)&&warning(\"Confusing plusses.\")}for((\"(string)\"===token.type||token.identifier)&&(anonname=token.value),id&&nexttoken.id!==id&&(t?\"(end)\"===nexttoken.id?warning(\"Unmatched \\'{a}\\'.\",t,t.id):warning(\"Expected \\'{a}\\' to match \\'{b}\\' from line {c} and instead saw \\'{d}\\'.\",nexttoken,id,t.id,t.line,nexttoken.value):(\"(identifier)\"!==nexttoken.type||nexttoken.value!==id)&&warning(\"Expected \\'{a}\\' and instead saw \\'{b}\\'.\",nexttoken,id,nexttoken.value)),prevtoken=token,token=nexttoken;;){if(nexttoken=lookahead.shift()||lex.token(),\"(end)\"===nexttoken.id||\"(error)\"===nexttoken.id)return;if(\"special\"===nexttoken.type)doOption();else if(\"(endline)\"!==nexttoken.id)break}}function expression(rbp,initial){var left,isArray=!1,isObject=!1;if(\"(end)\"===nexttoken.id&&error(\"Unexpected early end of program.\",token),advance(),initial&&(anonname=\"anonymous\",funct[\"(verb)\"]=token.value),initial===!0&&token.fud)left=token.fud();else{if(token.nud)left=token.nud();else{if(\"(number)\"===nexttoken.type&&\".\"===token.id)return warning(\"A leading decimal point can be confused with a dot: \\'.{a}\\'.\",token,nexttoken.value),advance(),token;error(\"Expected an identifier and instead saw \\'{a}\\'.\",token,token.id)}for(;nexttoken.lbp>rbp;)isArray=\"Array\"===token.value,isObject=\"Object\"===token.value,left&&(left.value||left.first&&left.first.value)&&(\"new\"!==left.value||left.first&&left.first.value&&\".\"===left.first.value)&&(isArray=!1,left.value!==token.value&&(isObject=!1)),advance(),isArray&&\"(\"===token.id&&\")\"===nexttoken.id&&warning(\"Use the array literal notation [].\",token),isObject&&\"(\"===token.id&&\")\"===nexttoken.id&&warning(\"Use the object literal notation {}.\",token),token.led?left=token.led(left):error(\"Expected an operator and instead saw \\'{a}\\'.\",token,token.id)}return left}function adjacent(left,right){left=left||token,right=right||nexttoken,option.white&&left.character!==right.from&&left.line===right.line&&(left.from+=left.character-left.from,warning(\"Unexpected space after \\'{a}\\'.\",left,left.value))}function nobreak(left,right){left=left||token,right=right||nexttoken,!option.white||left.character===right.from&&left.line===right.line||warning(\"Unexpected space before \\'{a}\\'.\",right,right.value)}function nospace(left,right){left=left||token,right=right||nexttoken,option.white&&!left.comment&&left.line===right.line&&adjacent(left,right)}function nonadjacent(left,right){if(option.white){if(left=left||token,right=right||nexttoken,\";\"===left.value&&\";\"===right.value)return;left.line===right.line&&left.character===right.from&&(left.from+=left.character-left.from,warning(\"Missing space after \\'{a}\\'.\",left,left.value))}}function nobreaknonadjacent(left,right){left=left||token,right=right||nexttoken,option.laxbreak||left.line===right.line?option.white&&(left=left||token,right=right||nexttoken,left.character===right.from&&(left.from+=left.character-left.from,warning(\"Missing space after \\'{a}\\'.\",left,left.value))):warning(\"Bad line breaking before \\'{a}\\'.\",right,right.id)}function indentation(bias){var i;option.white&&\"(end)\"!==nexttoken.id&&(i=indent+(bias||0),nexttoken.from!==i&&warning(\"Expected \\'{a}\\' to have an indentation at {b} instead at {c}.\",nexttoken,nexttoken.value,i,nexttoken.from))}function nolinebreak(t){t=t||token,t.line!==nexttoken.line&&warning(\"Line breaking error \\'{a}\\'.\",t,t.value)}function comma(){token.line!==nexttoken.line?option.laxcomma||(comma.first&&(warning(\"Comma warnings can be turned off with \\'laxcomma\\'\"),comma.first=!1),warning(\"Bad line breaking before \\'{a}\\'.\",token,nexttoken.id)):!token.comment&&token.character!==nexttoken.from&&option.white&&(token.from+=token.character-token.from,warning(\"Unexpected space after \\'{a}\\'.\",token,token.value)),advance(\",\"),nonadjacent(token,nexttoken)}function symbol(s,p){var x=syntax[s];return x&&\"object\"==typeof x||(syntax[s]=x={id:s,lbp:p,value:s}),x}function delim(s){return symbol(s,0)}function stmt(s,f){var x=delim(s);return x.identifier=x.reserved=!0,x.fud=f,x}function blockstmt(s,f){var x=stmt(s,f);return x.block=!0,x}function reserveName(x){var c=x.id.charAt(0);return(c>=\"a\"&&\"z\">=c||c>=\"A\"&&\"Z\">=c)&&(x.identifier=x.reserved=!0),x}function prefix(s,f){var x=symbol(s,150);return reserveName(x),x.nud=\"function\"==typeof f?f:function(){return this.right=expression(150),this.arity=\"unary\",(\"++\"===this.id||\"--\"===this.id)&&(option.plusplus?warning(\"Unexpected use of \\'{a}\\'.\",this,this.id):this.right.identifier&&!this.right.reserved||\".\"===this.right.id||\"[\"===this.right.id||warning(\"Bad operand.\",this)),this},x}function type(s,f){var x=delim(s);return x.type=s,x.nud=f,x}function reserve(s,f){var x=type(s,f);return x.identifier=x.reserved=!0,x}function reservevar(s,v){return reserve(s,function(){return\"function\"==typeof v&&v(this),this})}function infix(s,f,p,w){var x=symbol(s,p);return reserveName(x),x.led=function(left){return w||(nobreaknonadjacent(prevtoken,token),nonadjacent(token,nexttoken)),\"in\"===s&&\"!\"===left.id&&warning(\"Confusing use of \\'{a}\\'.\",left,\"!\"),\"function\"==typeof f?f(left,this):(this.left=left,this.right=expression(p),this)},x}function relation(s,f){var x=symbol(s,100);return x.led=function(left){nobreaknonadjacent(prevtoken,token),nonadjacent(token,nexttoken);var right=expression(100);return isIdentifier(left,\"NaN\")||isIdentifier(right,\"NaN\")?warning(\"Use the isNaN function to compare with NaN.\",this):f&&f.apply(this,[left,right]),\"!\"===left.id&&warning(\"Confusing use of \\'{a}\\'.\",left,\"!\"),\"!\"===right.id&&warning(\"Confusing use of \\'{a}\\'.\",right,\"!\"),this.left=left,this.right=right,this},x}function isPoorRelation(node){return node&&(\"(number)\"===node.type&&0===+node.value||\"(string)\"===node.type&&\"\"===node.value||\"null\"===node.type&&!option.eqnull||\"true\"===node.type||\"false\"===node.type||\"undefined\"===node.type)}function assignop(s){return symbol(s,20).exps=!0,infix(s,function(left,that){if(that.left=left,predefined[left.value]===!1&&scope[left.value][\"(global)\"]===!0?warning(\"Read only.\",left):left[\"function\"]&&warning(\"\\'{a}\\' is a function.\",left,left.value),left){if(option.esnext&&\"const\"===funct[left.value]&&warning(\"Attempting to override \\'{a}\\' which is a constant\",left,left.value),\".\"===left.id||\"[\"===left.id)return left.left&&\"arguments\"!==left.left.value||warning(\"Bad assignment.\",that),that.right=expression(19),that;if(left.identifier&&!left.reserved)return\"exception\"===funct[left.value]&&warning(\"Do not assign to the exception parameter.\",left),that.right=expression(19),that;left===syntax[\"function\"]&&warning(\"Expected an identifier in an assignment and instead saw a function invocation.\",token)}error(\"Bad assignment.\",that)},20)}function bitwise(s,f,p){var x=symbol(s,p);return reserveName(x),x.led=\"function\"==typeof f?f:function(left){return option.bitwise&&warning(\"Unexpected use of \\'{a}\\'.\",this,this.id),this.left=left,this.right=expression(p),this},x}function bitwiseassignop(s){return symbol(s,20).exps=!0,infix(s,function(left,that){return option.bitwise&&warning(\"Unexpected use of \\'{a}\\'.\",that,that.id),nonadjacent(prevtoken,token),nonadjacent(token,nexttoken),left?\".\"===left.id||\"[\"===left.id||left.identifier&&!left.reserved?(expression(19),that):(left===syntax[\"function\"]&&warning(\"Expected an identifier in an assignment, and instead saw a function invocation.\",token),that):(error(\"Bad assignment.\",that),void 0)},20)}function suffix(s){var x=symbol(s,150);return x.led=function(left){return option.plusplus?warning(\"Unexpected use of \\'{a}\\'.\",this,this.id):left.identifier&&!left.reserved||\".\"===left.id||\"[\"===left.id||warning(\"Bad operand.\",this),this.left=left,this},x}function optionalidentifier(fnparam){return nexttoken.identifier?(advance(),token.reserved&&!option.es5&&(fnparam&&\"undefined\"===token.value||warning(\"Expected an identifier and instead saw \\'{a}\\' (a reserved word).\",token,token.id)),token.value):void 0}function identifier(fnparam){var i=optionalidentifier(fnparam);return i?i:(\"function\"===token.id&&\"(\"===nexttoken.id?warning(\"Missing name in function declaration.\"):error(\"Expected an identifier and instead saw \\'{a}\\'.\",nexttoken,nexttoken.value),void 0)}function reachable(s){var t,i=0;if(\";\"===nexttoken.id&&!noreach)for(;;){if(t=peek(i),t.reach)return;if(\"(endline)\"!==t.id){if(\"function\"===t.id){if(!option.latedef)break;warning(\"Inner functions should be listed at the top of the outer function.\",t);break}warning(\"Unreachable \\'{a}\\' after \\'{b}\\'.\",t,t.value,s);break}i+=1}}function statement(noindent){var r,i=indent,s=scope,t=nexttoken;if(\";\"===t.id)return advance(\";\"),void 0;if(t.identifier&&!t.reserved&&\":\"===peek().id&&(advance(),advance(\":\"),scope=Object.create(s),addlabel(t.value,\"label\"),nexttoken.labelled||\"{\"===nexttoken.value||warning(\"Label \\'{a}\\' on {b} statement.\",nexttoken,t.value,nexttoken.value),jx.test(t.value+\":\")&&warning(\"Label \\'{a}\\' looks like a javascript url.\",t,t.value),nexttoken.label=t.value,t=nexttoken),\"{\"===t.id)return block(!0,!0),void 0;if(noindent||indentation(),r=expression(0,!0),!t.block){if(option.expr||r&&r.exps?option.nonew&&\"(\"===r.id&&\"new\"===r.left.id&&warning(\"Do not use \\'new\\' for side effects.\",t):warning(\"Expected an assignment or function call and instead saw an expression.\",token),\",\"===nexttoken.id)return comma();\";\"!==nexttoken.id?option.asi||option.lastsemic&&\"}\"===nexttoken.id&&nexttoken.line===token.line||warningAt(\"Missing semicolon.\",token.line,token.character):(adjacent(token,nexttoken),advance(\";\"),nonadjacent(token,nexttoken))}return indent=i,scope=s,r}function statements(startLine){for(var p,a=[];!nexttoken.reach&&\"(end)\"!==nexttoken.id;)\";\"===nexttoken.id?(p=peek(),p&&\"(\"===p.id||warning(\"Unnecessary semicolon.\"),advance(\";\")):a.push(statement(startLine===nexttoken.line));return a}function directives(){for(var i,p,pn;\"(string)\"===nexttoken.id;){if(p=peek(0),\"(endline)\"===p.id){i=1;do pn=peek(i),i+=1;while(\"(endline)\"===pn.id);if(\";\"!==pn.id){if(\"(string)\"!==pn.id&&\"(number)\"!==pn.id&&\"(regexp)\"!==pn.id&&pn.identifier!==!0&&\"}\"!==pn.id)break;warning(\"Missing semicolon.\",nexttoken)}else p=pn}else if(\"}\"===p.id)warning(\"Missing semicolon.\",p);else if(\";\"!==p.id)break;indentation(),advance(),directive[token.value]&&warning(\\'Unnecessary directive \"{a}\".\\',token,token.value),\"use strict\"===token.value&&(option[\"(explicitNewcap)\"]||(option.newcap=!0),option.undef=!0),directive[token.value]=!0,\";\"===p.id&&advance(\";\")}}function block(ordinary,stmt,isfunc){var a,m,t,line,d,b=inblock,old_indent=indent,s=scope;inblock=ordinary,ordinary&&option.funcscope||(scope=Object.create(scope)),nonadjacent(token,nexttoken),t=nexttoken;var metrics=funct[\"(metrics)\"];if(metrics.nestedBlockDepth+=1,metrics.verifyMaxNestedBlockDepthPerFunction(),\"{\"===nexttoken.id){if(advance(\"{\"),line=token.line,\"}\"!==nexttoken.id){for(indent+=option.indent;!ordinary&&nexttoken.from>indent;)indent+=option.indent;if(isfunc){m={};for(d in directive)is_own(directive,d)&&(m[d]=directive[d]);directives(),option.strict&&funct[\"(context)\"][\"(global)\"]&&(m[\"use strict\"]||directive[\"use strict\"]||warning(\\'Missing \"use strict\" statement.\\'))}a=statements(line),metrics.statementCount+=a.length,isfunc&&(directive=m),indent-=option.indent,line!==nexttoken.line&&indentation()}else line!==nexttoken.line&&indentation();advance(\"}\",t),indent=old_indent}else ordinary?((!stmt||option.curly)&&warning(\"Expected \\'{a}\\' and instead saw \\'{b}\\'.\",nexttoken,\"{\",nexttoken.value),noreach=!0,indent+=option.indent,a=[statement(nexttoken.line===token.line)],indent-=option.indent,noreach=!1):error(\"Expected \\'{a}\\' and instead saw \\'{b}\\'.\",nexttoken,\"{\",nexttoken.value);return funct[\"(verb)\"]=null,ordinary&&option.funcscope||(scope=s),inblock=b,!ordinary||!option.noempty||a&&0!==a.length||warning(\"Empty block.\"),metrics.nestedBlockDepth-=1,a}function countMember(m){membersOnly&&\"boolean\"!=typeof membersOnly[m]&&warning(\"Unexpected /*member \\'{a}\\'.\",token,m),\"number\"==typeof member[m]?member[m]+=1:member[m]=1}function note_implied(token){var name=token.value,line=token.line,a=implied[name];\"function\"==typeof a&&(a=!1),a?a[a.length-1]!==line&&a.push(line):(a=[line],implied[name]=a)}function property_name(){var id=optionalidentifier(!0);return id||(\"(string)\"===nexttoken.id?(id=nexttoken.value,advance()):\"(number)\"===nexttoken.id&&(id=\"\"+nexttoken.value,advance())),id}function functionparams(){var ident,next=nexttoken,params=[];if(advance(\"(\"),nospace(),\")\"===nexttoken.id)return advance(\")\"),void 0;for(;;){if(ident=identifier(!0),params.push(ident),addlabel(ident,\"unused\",token),\",\"!==nexttoken.id)return advance(\")\",next),nospace(prevtoken,token),params;comma()}}function doFunction(name,statement){var f,oldOption=option,oldScope=scope;return option=Object.create(option),scope=Object.create(scope),funct={\"(name)\":name||\\'\"\\'+anonname+\\'\"\\',\"(line)\":nexttoken.line,\"(character)\":nexttoken.character,\"(context)\":funct,\"(breakage)\":0,\"(loopage)\":0,\"(metrics)\":createMetrics(nexttoken),\"(scope)\":scope,\"(statement)\":statement,\"(tokens)\":{}},f=funct,token.funct=funct,functions.push(funct),name&&addlabel(name,\"function\"),funct[\"(params)\"]=functionparams(),funct[\"(metrics)\"].verifyMaxParametersPerFunction(funct[\"(params)\"]),block(!1,!1,!0),funct[\"(metrics)\"].verifyMaxStatementsPerFunction(),funct[\"(metrics)\"].verifyMaxComplexityPerFunction(),scope=oldScope,option=oldOption,funct[\"(last)\"]=token.line,funct[\"(lastcharacter)\"]=token.character,funct=funct[\"(context)\"],f}function createMetrics(functionStartToken){return{statementCount:0,nestedBlockDepth:-1,ComplexityCount:1,verifyMaxStatementsPerFunction:function(){if(option.maxstatements&&this.statementCount>option.maxstatements){var message=\"Too many statements per function (\"+this.statementCount+\").\";warning(message,functionStartToken)}},verifyMaxParametersPerFunction:function(params){if(params=params||[],option.maxparams&&params.length>option.maxparams){var message=\"Too many parameters per function (\"+params.length+\").\";warning(message,functionStartToken)}},verifyMaxNestedBlockDepthPerFunction:function(){if(option.maxdepth&&this.nestedBlockDepth>0&&this.nestedBlockDepth===option.maxdepth+1){var message=\"Blocks are nested too deeply (\"+this.nestedBlockDepth+\").\";warning(message)}},verifyMaxComplexityPerFunction:function(){var max=option.maxcomplexity,cc=this.ComplexityCount;if(max&&cc>max){var message=\"Cyclomatic complexity is too high per function (\"+cc+\").\";warning(message,functionStartToken)}}}}function increaseComplexityCount(){funct[\"(metrics)\"].ComplexityCount+=1}function jsonValue(){function jsonObject(){var o={},t=nexttoken;if(advance(\"{\"),\"}\"!==nexttoken.id)for(;;){if(\"(end)\"===nexttoken.id)error(\"Missing \\'}\\' to match \\'{\\' from line {a}.\",nexttoken,t.line);else{if(\"}\"===nexttoken.id){warning(\"Unexpected comma.\",token);break}\",\"===nexttoken.id?error(\"Unexpected comma.\",nexttoken):\"(string)\"!==nexttoken.id&&warning(\"Expected a string and instead saw {a}.\",nexttoken,nexttoken.value)}if(o[nexttoken.value]===!0?warning(\"Duplicate key \\'{a}\\'.\",nexttoken,nexttoken.value):\"__proto__\"===nexttoken.value&&!option.proto||\"__iterator__\"===nexttoken.value&&!option.iterator?warning(\"The \\'{a}\\' key may produce unexpected results.\",nexttoken,nexttoken.value):o[nexttoken.value]=!0,advance(),advance(\":\"),jsonValue(),\",\"!==nexttoken.id)break;advance(\",\")}advance(\"}\")}function jsonArray(){var t=nexttoken;if(advance(\"[\"),\"]\"!==nexttoken.id)for(;;){if(\"(end)\"===nexttoken.id)error(\"Missing \\']\\' to match \\'[\\' from line {a}.\",nexttoken,t.line);else{if(\"]\"===nexttoken.id){warning(\"Unexpected comma.\",token);break}\",\"===nexttoken.id&&error(\"Unexpected comma.\",nexttoken)}if(jsonValue(),\",\"!==nexttoken.id)break;advance(\",\")}advance(\"]\")}switch(nexttoken.id){case\"{\":jsonObject();break;case\"[\":jsonArray();break;case\"true\":case\"false\":case\"null\":case\"(number)\":case\"(string)\":advance();break;case\"-\":advance(\"-\"),token.character!==nexttoken.from&&warning(\"Unexpected space after \\'-\\'.\",token),adjacent(token,nexttoken),advance(\"(number)\");break;default:error(\"Expected a JSON value.\",nexttoken)}}var 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line>=lines.length?!1:(character=1,s=lines[line],line+=1,option.smarttabs?(match=s.match(/(\\\\/\\\\/)? \\\\t/),at=match&&!match[1]?0:-1):at=s.search(/ \\\\t|\\\\t [^\\\\*]/),at>=0&&warningAt(\"Mixed spaces and tabs.\",line,at+1),s=s.replace(/\\\\t/g,tab),at=s.search(cx),at>=0&&warningAt(\"Unsafe character.\",line,at),option.maxlen&&option.maxlen\u003Cs.length&&warningAt(\"Line too long.\",line,s.length),tw=option.trailing&&s.match(/^(.*?)\\\\s+$/),tw&&!/^\\\\s+$/.test(s)&&warningAt(\"Trailing whitespace.\",line,tw[1].length+1),!0)}function it(type,value){function checkName(name){if(!option.proto&&\"__proto__\"===name)return warningAt(\"The \\'{a}\\' property is deprecated.\",line,from,name),void 0;if(!option.iterator&&\"__iterator__\"===name)return warningAt(\"\\'{a}\\' is only available in JavaScript 1.7.\",line,from,name),void 0;var 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array.splice.apply(array,makeArray(20)),array.splice.apply(array,makeArray(26)),lengthBefore=array.length,array.splice(5,0,\"XXX\"),lengthBefore+1==array.length,lengthBefore+1==array.length?!0:void 0}()){var array_splice=Array.prototype.splice;Array.prototype.splice=function(start,deleteCount){return arguments.length?array_splice.apply(this,[void 0===start?0:start,void 0===deleteCount?this.length-start:deleteCount].concat(slice.call(arguments,2))):[]}}else Array.prototype.splice=function(pos,removeCount){var length=this.length;pos>0?pos>length&&(pos=length):void 0==pos?pos=0:0>pos&&(pos=Math.max(length+pos,0)),length>pos+removeCount||(removeCount=length-pos);var removed=this.slice(pos,pos+removeCount),insert=slice.call(arguments,2),add=insert.length;if(pos===length)add&&this.push.apply(this,insert);else{var remove=Math.min(removeCount,length-pos),tailOldPos=pos+remove,tailNewPos=tailOldPos+add-remove,tailCount=length-tailOldPos,lengthAfterRemove=length-remove;if(tailOldPos>tailNewPos)for(var i=0;tailCount>i;++i)this[tailNewPos+i]=this[tailOldPos+i];else if(tailNewPos>tailOldPos)for(i=tailCount;i--;)this[tailNewPos+i]=this[tailOldPos+i];if(add&&pos===lengthAfterRemove)this.length=lengthAfterRemove,this.push.apply(this,insert);else for(this.length=lengthAfterRemove+add,i=0;add>i;++i)this[pos+i]=insert[i]}return removed};Array.isArray||(Array.isArray=function(obj){return\"[object Array]\"==_toString(obj)});var boxedString=Object(\"a\"),splitString=\"a\"!=boxedString[0]||!(0 in boxedString);if(Array.prototype.forEach||(Array.prototype.forEach=function(fun){var object=toObject(this),self=splitString&&\"[object String]\"==_toString(this)?this.split(\"\"):object,thisp=arguments[1],i=-1,length=self.length>>>0;if(\"[object Function]\"!=_toString(fun))throw new TypeError;for(;length>++i;)i in self&&fun.call(thisp,self[i],i,object)}),Array.prototype.map||(Array.prototype.map=function(fun){var object=toObject(this),self=splitString&&\"[object String]\"==_toString(this)?this.split(\"\"):object,length=self.length>>>0,result=Array(length),thisp=arguments[1];if(\"[object Function]\"!=_toString(fun))throw new TypeError(fun+\" is not a function\");for(var i=0;length>i;i++)i in self&&(result[i]=fun.call(thisp,self[i],i,object));return result}),Array.prototype.filter||(Array.prototype.filter=function(fun){var value,object=toObject(this),self=splitString&&\"[object String]\"==_toString(this)?this.split(\"\"):object,length=self.length>>>0,result=[],thisp=arguments[1];if(\"[object Function]\"!=_toString(fun))throw new TypeError(fun+\" is not a function\");for(var i=0;length>i;i++)i in self&&(value=self[i],fun.call(thisp,value,i,object)&&result.push(value));return result}),Array.prototype.every||(Array.prototype.every=function(fun){var object=toObject(this),self=splitString&&\"[object String]\"==_toString(this)?this.split(\"\"):object,length=self.length>>>0,thisp=arguments[1];if(\"[object Function]\"!=_toString(fun))throw new TypeError(fun+\" is not a function\");for(var i=0;length>i;i++)if(i in self&&!fun.call(thisp,self[i],i,object))return!1;return!0}),Array.prototype.some||(Array.prototype.some=function(fun){var object=toObject(this),self=splitString&&\"[object String]\"==_toString(this)?this.split(\"\"):object,length=self.length>>>0,thisp=arguments[1];if(\"[object Function]\"!=_toString(fun))throw new TypeError(fun+\" is not a function\");for(var i=0;length>i;i++)if(i in self&&fun.call(thisp,self[i],i,object))return!0;return!1}),Array.prototype.reduce||(Array.prototype.reduce=function(fun){var object=toObject(this),self=splitString&&\"[object String]\"==_toString(this)?this.split(\"\"):object,length=self.length>>>0;if(\"[object Function]\"!=_toString(fun))throw new TypeError(fun+\" is not a function\");if(!length&&1==arguments.length)throw new TypeError(\"reduce of empty array with no initial value\");var result,i=0;if(arguments.length>=2)result=arguments[1];else for(;;){if(i in self){result=self[i++];break}if(++i>=length)throw new TypeError(\"reduce of empty array with no initial value\")}for(;length>i;i++)i in self&&(result=fun.call(void 0,result,self[i],i,object));return result}),Array.prototype.reduceRight||(Array.prototype.reduceRight=function(fun){var object=toObject(this),self=splitString&&\"[object String]\"==_toString(this)?this.split(\"\"):object,length=self.length>>>0;if(\"[object Function]\"!=_toString(fun))throw new TypeError(fun+\" is not a function\");if(!length&&1==arguments.length)throw new TypeError(\"reduceRight of empty array with no initial value\");var result,i=length-1;if(arguments.length>=2)result=arguments[1];else for(;;){if(i in self){result=self[i--];break}if(0>--i)throw new TypeError(\"reduceRight of empty array with no initial value\")}do i in this&&(result=fun.call(void 0,result,self[i],i,object));while(i--);return result}),Array.prototype.indexOf&&-1==[0,1].indexOf(1,2)||(Array.prototype.indexOf=function(sought){var self=splitString&&\"[object String]\"==_toString(this)?this.split(\"\"):toObject(this),length=self.length>>>0;if(!length)return-1;var i=0;for(arguments.length>1&&(i=toInteger(arguments[1])),i=i>=0?i:Math.max(0,length+i);length>i;i++)if(i in self&&self[i]===sought)return i;return-1}),Array.prototype.lastIndexOf&&-1==[0,1].lastIndexOf(0,-3)||(Array.prototype.lastIndexOf=function(sought){var self=splitString&&\"[object String]\"==_toString(this)?this.split(\"\"):toObject(this),length=self.length>>>0;if(!length)return-1;var i=length-1;for(arguments.length>1&&(i=Math.min(i,toInteger(arguments[1]))),i=i>=0?i:length-Math.abs(i);i>=0;i--)if(i in self&&sought===self[i])return i;return-1}),Object.getPrototypeOf||(Object.getPrototypeOf=function(object){return object.__proto__||(object.constructor?object.constructor.prototype:prototypeOfObject)}),!Object.getOwnPropertyDescriptor){var ERR_NON_OBJECT=\"Object.getOwnPropertyDescriptor called on a non-object: \";Object.getOwnPropertyDescriptor=function(object,property){if(\"object\"!=typeof object&&\"function\"!=typeof object||null===object)throw new TypeError(ERR_NON_OBJECT+object);if(owns(object,property)){var descriptor,getter,setter;if(descriptor={enumerable:!0,configurable:!0},supportsAccessors){var prototype=object.__proto__;object.__proto__=prototypeOfObject;var getter=lookupGetter(object,property),setter=lookupSetter(object,property);if(object.__proto__=prototype,getter||setter)return getter&&(descriptor.get=getter),setter&&(descriptor.set=setter),descriptor}return descriptor.value=object[property],descriptor}}}if(Object.getOwnPropertyNames||(Object.getOwnPropertyNames=function(object){return Object.keys(object)}),!Object.create){var createEmpty;createEmpty=null===Object.prototype.__proto__?function(){return{__proto__:null}}:function(){var empty={};for(var i in empty)empty[i]=null;return empty.constructor=empty.hasOwnProperty=empty.propertyIsEnumerable=empty.isPrototypeOf=empty.toLocaleString=empty.toString=empty.valueOf=empty.__proto__=null,empty},Object.create=function(prototype,properties){var object;if(null===prototype)object=createEmpty();else{if(\"object\"!=typeof prototype)throw new TypeError(\"typeof prototype[\"+typeof prototype+\"] != 'object'\");var Type=function(){};Type.prototype=prototype,object=new Type,object.__proto__=prototype}return void 0!==properties&&Object.defineProperties(object,properties),object}}if(Object.defineProperty){var definePropertyWorksOnObject=doesDefinePropertyWork({}),definePropertyWorksOnDom=\"undefined\"==typeof document||doesDefinePropertyWork(document.createElement(\"div\"));if(!definePropertyWorksOnObject||!definePropertyWorksOnDom)var definePropertyFallback=Object.defineProperty}if(!Object.defineProperty||definePropertyFallback){var ERR_NON_OBJECT_DESCRIPTOR=\"Property description must be an object: \",ERR_NON_OBJECT_TARGET=\"Object.defineProperty called on non-object: \",ERR_ACCESSORS_NOT_SUPPORTED=\"getters & setters can not be defined on this javascript engine\";Object.defineProperty=function(object,property,descriptor){if(\"object\"!=typeof object&&\"function\"!=typeof object||null===object)throw new TypeError(ERR_NON_OBJECT_TARGET+object);if(\"object\"!=typeof descriptor&&\"function\"!=typeof descriptor||null===descriptor)throw new TypeError(ERR_NON_OBJECT_DESCRIPTOR+descriptor);if(definePropertyFallback)try{return definePropertyFallback.call(Object,object,property,descriptor)}catch(exception){}if(owns(descriptor,\"value\"))if(supportsAccessors&&(lookupGetter(object,property)||lookupSetter(object,property))){var prototype=object.__proto__;object.__proto__=prototypeOfObject,delete object[property],object[property]=descriptor.value,object.__proto__=prototype}else object[property]=descriptor.value;else{if(!supportsAccessors)throw new TypeError(ERR_ACCESSORS_NOT_SUPPORTED);owns(descriptor,\"get\")&&defineGetter(object,property,descriptor.get),owns(descriptor,\"set\")&&defineSetter(object,property,descriptor.set)}return object}}Object.defineProperties||(Object.defineProperties=function(object,properties){for(var property in properties)owns(properties,property)&&Object.defineProperty(object,property,properties[property]);return object}),Object.seal||(Object.seal=function(object){return object}),Object.freeze||(Object.freeze=function(object){return object});try{Object.freeze(function(){})}catch(exception){Object.freeze=function(freezeObject){return function(object){return\"function\"==typeof object?object:freezeObject(object)}}(Object.freeze)}if(Object.preventExtensions||(Object.preventExtensions=function(object){return object}),Object.isSealed||(Object.isSealed=function(){return!1}),Object.isFrozen||(Object.isFrozen=function(){return!1}),Object.isExtensible||(Object.isExtensible=function(object){if(Object(object)===object)throw new TypeError;for(var name=\"\";owns(object,name);)name+=\"?\";object[name]=!0;var returnValue=owns(object,name);return delete object[name],returnValue}),!Object.keys){var hasDontEnumBug=!0,dontEnums=[\"toString\",\"toLocaleString\",\"valueOf\",\"hasOwnProperty\",\"isPrototypeOf\",\"propertyIsEnumerable\",\"constructor\"],dontEnumsLength=dontEnums.length;for(var key in{toString:null})hasDontEnumBug=!1;Object.keys=function(object){if(\"object\"!=typeof object&&\"function\"!=typeof object||null===object)throw new TypeError(\"Object.keys called on a non-object\");var keys=[];for(var name in object)owns(object,name)&&keys.push(name);if(hasDontEnumBug)for(var i=0,ii=dontEnumsLength;ii>i;i++){var dontEnum=dontEnums[i];owns(object,dontEnum)&&keys.push(dontEnum)}return keys}}Date.now||(Date.now=function(){return(new Date).getTime()});var ws=\"\t\\n\u000b\\f\\r   ᠎             　\\u2028\\u2029\";if(!String.prototype.trim||ws.trim()){ws=\"[\"+ws+\"]\";var trimBeginRegexp=RegExp(\"^\"+ws+ws+\"*\"),trimEndRegexp=RegExp(ws+ws+\"*$\");String.prototype.trim=function(){return(this+\"\").replace(trimBeginRegexp,\"\").replace(trimEndRegexp,\"\")}}var toObject=function(o){if(null==o)throw new TypeError(\"can't convert \"+o+\" to object\");return Object(o)}}),ace.define(\"ace/lib/dom\",[\"require\",\"exports\",\"module\"],function(acequire,exports){if(\"undefined\"!=typeof document){var XHTML_NS=\"http://www.w3.org/1999/xhtml\";exports.getDocumentHead=function(doc){return doc||(doc=document),doc.head||doc.getElementsByTagName(\"head\")[0]||doc.documentElement},exports.createElement=function(tag,ns){return document.createElementNS?document.createElementNS(ns||XHTML_NS,tag):document.createElement(tag)},exports.hasCssClass=function(el,name){var classes=el.className.split(/\\s+/g);return-1!==classes.indexOf(name)},exports.addCssClass=function(el,name){exports.hasCssClass(el,name)||(el.className+=\" \"+name)},exports.removeCssClass=function(el,name){for(var classes=el.className.split(/\\s+/g);;){var index=classes.indexOf(name);if(-1==index)break;classes.splice(index,1)}el.className=classes.join(\" \")},exports.toggleCssClass=function(el,name){for(var classes=el.className.split(/\\s+/g),add=!0;;){var index=classes.indexOf(name);if(-1==index)break;add=!1,classes.splice(index,1)}return add&&classes.push(name),el.className=classes.join(\" \"),add},exports.setCssClass=function(node,className,include){include?exports.addCssClass(node,className):exports.removeCssClass(node,className)},exports.hasCssString=function(id,doc){var sheets,index=0;if(doc=doc||document,doc.createStyleSheet&&(sheets=doc.styleSheets)){for(;sheets.length>index;)if(sheets[index++].owningElement.id===id)return!0}else if(sheets=doc.getElementsByTagName(\"style\"))for(;sheets.length>index;)if(sheets[index++].id===id)return!0;return!1},exports.importCssString=function(cssText,id,doc){if(doc=doc||document,id&&exports.hasCssString(id,doc))return null;var style;doc.createStyleSheet?(style=doc.createStyleSheet(),style.cssText=cssText,id&&(style.owningElement.id=id)):(style=doc.createElementNS?doc.createElementNS(XHTML_NS,\"style\"):doc.createElement(\"style\"),style.appendChild(doc.createTextNode(cssText)),id&&(style.id=id),exports.getDocumentHead(doc).appendChild(style))},exports.importCssStylsheet=function(uri,doc){if(doc.createStyleSheet)doc.createStyleSheet(uri);else{var link=exports.createElement(\"link\");link.rel=\"stylesheet\",link.href=uri,exports.getDocumentHead(doc).appendChild(link)}},exports.getInnerWidth=function(element){return parseInt(exports.computedStyle(element,\"paddingLeft\"),10)+parseInt(exports.computedStyle(element,\"paddingRight\"),10)+element.clientWidth},exports.getInnerHeight=function(element){return parseInt(exports.computedStyle(element,\"paddingTop\"),10)+parseInt(exports.computedStyle(element,\"paddingBottom\"),10)+element.clientHeight},void 0!==window.pageYOffset?(exports.getPageScrollTop=function(){return window.pageYOffset},exports.getPageScrollLeft=function(){return window.pageXOffset}):(exports.getPageScrollTop=function(){return document.body.scrollTop},exports.getPageScrollLeft=function(){return document.body.scrollLeft}),exports.computedStyle=window.getComputedStyle?function(element,style){return style?(window.getComputedStyle(element,\"\")||{})[style]||\"\":window.getComputedStyle(element,\"\")||{}}:function(element,style){return style?element.currentStyle[style]:element.currentStyle},exports.scrollbarWidth=function(document){var inner=exports.createElement(\"ace_inner\");inner.style.width=\"100%\",inner.style.minWidth=\"0px\",inner.style.height=\"200px\",inner.style.display=\"block\";var outer=exports.createElement(\"ace_outer\"),style=outer.style;style.position=\"absolute\",style.left=\"-10000px\",style.overflow=\"hidden\",style.width=\"200px\",style.minWidth=\"0px\",style.height=\"150px\",style.display=\"block\",outer.appendChild(inner);var body=document.documentElement;body.appendChild(outer);var noScrollbar=inner.offsetWidth;style.overflow=\"scroll\";var withScrollbar=inner.offsetWidth;return noScrollbar==withScrollbar&&(withScrollbar=outer.clientWidth),body.removeChild(outer),noScrollbar-withScrollbar},exports.setInnerHtml=function(el,innerHtml){var element=el.cloneNode(!1);return element.innerHTML=innerHtml,el.parentNode.replaceChild(element,el),element},\"textContent\"in document.documentElement?(exports.setInnerText=function(el,innerText){el.textContent=innerText},exports.getInnerText=function(el){return el.textContent}):(exports.setInnerText=function(el,innerText){el.innerText=innerText},exports.getInnerText=function(el){return el.innerText}),exports.getParentWindow=function(document){return document.defaultView||document.parentWindow}}}),ace.define(\"ace/lib/event\",[\"require\",\"exports\",\"module\",\"ace/lib/keys\",\"ace/lib/useragent\",\"ace/lib/dom\"],function(acequire,exports){function normalizeCommandKeys(callback,e,keyCode){var hashId=0;if(hashId=!useragent.isOpera||\"KeyboardEvent\"in window||!useragent.isMac?0|(e.ctrlKey?1:0)|(e.altKey?2:0)|(e.shiftKey?4:0)|(e.metaKey?8:0):0|(e.metaKey?1:0)|(e.altKey?2:0)|(e.shiftKey?4:0)|(e.ctrlKey?8:0),keyCode in keys.MODIFIER_KEYS){switch(keys.MODIFIER_KEYS[keyCode]){case\"Alt\":hashId=2;break;case\"Shift\":hashId=4;break;case\"Ctrl\":hashId=1;break;default:hashId=8}keyCode=0}return 8&hashId&&(91==keyCode||93==keyCode)&&(keyCode=0),hashId||keyCode in keys.FUNCTION_KEYS||keyCode in keys.PRINTABLE_KEYS?callback(e,hashId,keyCode):!1}var keys=acequire(\"./keys\"),useragent=acequire(\"./useragent\");if(acequire(\"./dom\"),exports.addListener=function(elem,type,callback){if(elem.addEventListener)return elem.addEventListener(type,callback,!1);if(elem.attachEvent){var wrapper=function(){callback(window.event)};callback._wrapper=wrapper,elem.attachEvent(\"on\"+type,wrapper)}},exports.removeListener=function(elem,type,callback){return elem.removeEventListener?elem.removeEventListener(type,callback,!1):(elem.detachEvent&&elem.detachEvent(\"on\"+type,callback._wrapper||callback),void 0)},exports.stopEvent=function(e){return exports.stopPropagation(e),exports.preventDefault(e),!1},exports.stopPropagation=function(e){e.stopPropagation?e.stopPropagation():e.cancelBubble=!0},exports.preventDefault=function(e){e.preventDefault?e.preventDefault():e.returnValue=!1},exports.getButton=function(e){return\"dblclick\"==e.type?0:\"contextmenu\"==e.type||e.ctrlKey&&useragent.isMac?2:e.preventDefault?e.button:{1:0,2:2,4:1}[e.button]},exports.capture=document.documentElement.setCapture?function(el,eventHandler,releaseCaptureHandler){function onReleaseCapture(e){eventHandler(e),called||(called=!0,releaseCaptureHandler(e)),exports.removeListener(el,\"mousemove\",eventHandler),exports.removeListener(el,\"mouseup\",onReleaseCapture),exports.removeListener(el,\"losecapture\",onReleaseCapture),el.releaseCapture()}var called=!1;exports.addListener(el,\"mousemove\",eventHandler),exports.addListener(el,\"mouseup\",onReleaseCapture),exports.addListener(el,\"losecapture\",onReleaseCapture),el.setCapture()}:function(el,eventHandler,releaseCaptureHandler){function onMouseUp(e){eventHandler&&eventHandler(e),releaseCaptureHandler&&releaseCaptureHandler(e),document.removeEventListener(\"mousemove\",eventHandler,!0),document.removeEventListener(\"mouseup\",onMouseUp,!0),e.stopPropagation()}document.addEventListener(\"mousemove\",eventHandler,!0),document.addEventListener(\"mouseup\",onMouseUp,!0)},exports.addMouseWheelListener=function(el,callback){var factor=8,listener=function(e){void 0!==e.wheelDelta?void 0!==e.wheelDeltaX?(e.wheelX=-e.wheelDeltaX/factor,e.wheelY=-e.wheelDeltaY/factor):(e.wheelX=0,e.wheelY=-e.wheelDelta/factor):e.axis&&e.axis==e.HORIZONTAL_AXIS?(e.wheelX=5*(e.detail||0),e.wheelY=0):(e.wheelX=0,e.wheelY=5*(e.detail||0)),callback(e)};exports.addListener(el,\"DOMMouseScroll\",listener),exports.addListener(el,\"mousewheel\",listener)},exports.addMultiMouseDownListener=function(el,timeouts,eventHandler,callbackName){var startX,startY,timer,clicks=0,eventNames={2:\"dblclick\",3:\"tripleclick\",4:\"quadclick\"};exports.addListener(el,\"mousedown\",function(e){if(0!=exports.getButton(e))clicks=0;else{var isNewClick=Math.abs(e.clientX-startX)>5||Math.abs(e.clientY-startY)>5;(!timer||isNewClick)&&(clicks=0),clicks+=1,timer&&clearTimeout(timer),timer=setTimeout(function(){timer=null},timeouts[clicks-1]||600)}if(1==clicks&&(startX=e.clientX,startY=e.clientY),eventHandler[callbackName](\"mousedown\",e),clicks>4)clicks=0;else if(clicks>1)return eventHandler[callbackName](eventNames[clicks],e)}),useragent.isOldIE&&exports.addListener(el,\"dblclick\",function(e){clicks=2,timer&&clearTimeout(timer),timer=setTimeout(function(){timer=null},timeouts[clicks-1]||600),eventHandler[callbackName](\"mousedown\",e),eventHandler[callbackName](eventNames[clicks],e)})},exports.addCommandKeyListener=function(el,callback){var addListener=exports.addListener;if(useragent.isOldGecko||useragent.isOpera&&!(\"KeyboardEvent\"in window)){var lastKeyDownKeyCode=null;addListener(el,\"keydown\",function(e){lastKeyDownKeyCode=e.keyCode}),addListener(el,\"keypress\",function(e){return normalizeCommandKeys(callback,e,lastKeyDownKeyCode)})}else{var lastDown=null;addListener(el,\"keydown\",function(e){return lastDown=e.keyIdentifier||e.keyCode,normalizeCommandKeys(callback,e,e.keyCode)})}},window.postMessage&&!useragent.isOldIE){var postMessageId=1;exports.nextTick=function(callback,win){win=win||window;var messageName=\"zero-timeout-message-\"+postMessageId;exports.addListener(win,\"message\",function listener(e){e.data==messageName&&(exports.stopPropagation(e),exports.removeListener(win,\"message\",listener),callback())}),win.postMessage(messageName,\"*\")}}exports.nextFrame=window.requestAnimationFrame||window.mozRequestAnimationFrame||window.webkitRequestAnimationFrame||window.msRequestAnimationFrame||window.oRequestAnimationFrame,exports.nextFrame=exports.nextFrame?exports.nextFrame.bind(window):function(callback){setTimeout(callback,17)}}),ace.define(\"ace/lib/keys\",[\"require\",\"exports\",\"module\",\"ace/lib/oop\"],function(acequire,exports){var oop=acequire(\"./oop\"),Keys=function(){var ret={MODIFIER_KEYS:{16:\"Shift\",17:\"Ctrl\",18:\"Alt\",224:\"Meta\"},KEY_MODS:{ctrl:1,alt:2,option:2,shift:4,meta:8,command:8,cmd:8},FUNCTION_KEYS:{8:\"Backspace\",9:\"Tab\",13:\"Return\",19:\"Pause\",27:\"Esc\",32:\"Space\",33:\"PageUp\",34:\"PageDown\",35:\"End\",36:\"Home\",37:\"Left\",38:\"Up\",39:\"Right\",40:\"Down\",44:\"Print\",45:\"Insert\",46:\"Delete\",96:\"Numpad0\",97:\"Numpad1\",98:\"Numpad2\",99:\"Numpad3\",100:\"Numpad4\",101:\"Numpad5\",102:\"Numpad6\",103:\"Numpad7\",104:\"Numpad8\",105:\"Numpad9\",112:\"F1\",113:\"F2\",114:\"F3\",115:\"F4\",116:\"F5\",117:\"F6\",118:\"F7\",119:\"F8\",120:\"F9\",121:\"F10\",122:\"F11\",123:\"F12\",144:\"Numlock\",145:\"Scrolllock\"},PRINTABLE_KEYS:{32:\" \",48:\"0\",49:\"1\",50:\"2\",51:\"3\",52:\"4\",53:\"5\",54:\"6\",55:\"7\",56:\"8\",57:\"9\",59:\";\",61:\"=\",65:\"a\",66:\"b\",67:\"c\",68:\"d\",69:\"e\",70:\"f\",71:\"g\",72:\"h\",73:\"i\",74:\"j\",75:\"k\",76:\"l\",77:\"m\",78:\"n\",79:\"o\",80:\"p\",81:\"q\",82:\"r\",83:\"s\",84:\"t\",85:\"u\",86:\"v\",87:\"w\",88:\"x\",89:\"y\",90:\"z\",107:\"+\",109:\"-\",110:\".\",188:\",\",190:\".\",191:\"/\",192:\"`\",219:\"[\",220:\"\\\\\",221:\"]\",222:\"'\"}};for(var i in ret.FUNCTION_KEYS){var name=ret.FUNCTION_KEYS[i].toLowerCase();ret[name]=parseInt(i,10)}return oop.mixin(ret,ret.MODIFIER_KEYS),oop.mixin(ret,ret.PRINTABLE_KEYS),oop.mixin(ret,ret.FUNCTION_KEYS),ret.enter=ret[\"return\"],ret.escape=ret.esc,ret.del=ret[\"delete\"],ret[173]=\"-\",ret}();oop.mixin(exports,Keys),exports.keyCodeToString=function(keyCode){return(Keys[keyCode]||String.fromCharCode(keyCode)).toLowerCase()}}),ace.define(\"ace/lib/oop\",[\"require\",\"exports\",\"module\"],function(acequire,exports){exports.inherits=function(){var tempCtor=function(){};\nreturn function(ctor,superCtor){tempCtor.prototype=superCtor.prototype,ctor.super_=superCtor.prototype,ctor.prototype=new tempCtor,ctor.prototype.constructor=ctor}}(),exports.mixin=function(obj,mixin){for(var key in mixin)obj[key]=mixin[key];return obj},exports.implement=function(proto,mixin){exports.mixin(proto,mixin)}}),ace.define(\"ace/lib/useragent\",[\"require\",\"exports\",\"module\"],function(acequire,exports){if(exports.OS={LINUX:\"LINUX\",MAC:\"MAC\",WINDOWS:\"WINDOWS\"},exports.getOS=function(){return exports.isMac?exports.OS.MAC:exports.isLinux?exports.OS.LINUX:exports.OS.WINDOWS},\"object\"==typeof navigator){var os=(navigator.platform.match(/mac|win|linux/i)||[\"other\"])[0].toLowerCase(),ua=navigator.userAgent;exports.isWin=\"win\"==os,exports.isMac=\"mac\"==os,exports.isLinux=\"linux\"==os,exports.isIE=(\"Microsoft Internet Explorer\"==navigator.appName||navigator.appName.indexOf(\"MSAppHost\")>=0)&&parseFloat(navigator.userAgent.match(/MSIE ([0-9]+[\\.0-9]+)/)[1]),exports.isOldIE=exports.isIE&&9>exports.isIE,exports.isGecko=exports.isMozilla=window.controllers&&\"Gecko\"===window.navigator.product,exports.isOldGecko=exports.isGecko&&4>parseInt((navigator.userAgent.match(/rv\\:(\\d+)/)||[])[1],10),exports.isOpera=window.opera&&\"[object Opera]\"==Object.prototype.toString.call(window.opera),exports.isWebKit=parseFloat(ua.split(\"WebKit/\")[1])||void 0,exports.isChrome=parseFloat(ua.split(\" Chrome/\")[1])||void 0,exports.isAIR=ua.indexOf(\"AdobeAIR\")>=0,exports.isIPad=ua.indexOf(\"iPad\")>=0,exports.isTouchPad=ua.indexOf(\"TouchPad\")>=0}}),ace.define(\"ace/editor\",[\"require\",\"exports\",\"module\",\"ace/lib/fixoldbrowsers\",\"ace/lib/oop\",\"ace/lib/lang\",\"ace/lib/useragent\",\"ace/keyboard/textinput\",\"ace/mouse/mouse_handler\",\"ace/mouse/fold_handler\",\"ace/keyboard/keybinding\",\"ace/edit_session\",\"ace/search\",\"ace/range\",\"ace/lib/event_emitter\",\"ace/commands/command_manager\",\"ace/commands/default_commands\",\"ace/config\"],function(acequire,exports){acequire(\"./lib/fixoldbrowsers\");var oop=acequire(\"./lib/oop\"),lang=acequire(\"./lib/lang\"),useragent=acequire(\"./lib/useragent\"),TextInput=acequire(\"./keyboard/textinput\").TextInput,MouseHandler=acequire(\"./mouse/mouse_handler\").MouseHandler,FoldHandler=acequire(\"./mouse/fold_handler\").FoldHandler,KeyBinding=acequire(\"./keyboard/keybinding\").KeyBinding,EditSession=acequire(\"./edit_session\").EditSession,Search=acequire(\"./search\").Search,Range=acequire(\"./range\").Range,EventEmitter=acequire(\"./lib/event_emitter\").EventEmitter,CommandManager=acequire(\"./commands/command_manager\").CommandManager,defaultCommands=acequire(\"./commands/default_commands\").commands,config=acequire(\"./config\"),Editor=function(renderer,session){var container=renderer.getContainerElement();this.container=container,this.renderer=renderer,this.commands=new CommandManager(useragent.isMac?\"mac\":\"win\",defaultCommands),this.textInput=new TextInput(renderer.getTextAreaContainer(),this),this.renderer.textarea=this.textInput.getElement(),this.keyBinding=new KeyBinding(this),this.$mouseHandler=new MouseHandler(this),new FoldHandler(this),this.$blockScrolling=0,this.$search=(new Search).set({wrap:!0}),this.setSession(session||new EditSession(\"\")),config.resetOptions(this),config._emit(\"editor\",this)};(function(){oop.implement(this,EventEmitter),this.setKeyboardHandler=function(keyboardHandler){if(keyboardHandler)if(\"string\"==typeof keyboardHandler){this.$keybindingId=keyboardHandler;var _self=this;config.loadModule([\"keybinding\",keyboardHandler],function(module){_self.$keybindingId==keyboardHandler&&_self.keyBinding.setKeyboardHandler(module&&module.handler)})}else delete this.$keybindingId,this.keyBinding.setKeyboardHandler(keyboardHandler);else this.keyBinding.setKeyboardHandler(null)},this.getKeyboardHandler=function(){return this.keyBinding.getKeyboardHandler()},this.setSession=function(session){if(this.session!=session){if(this.session){var oldSession=this.session;this.session.removeEventListener(\"change\",this.$onDocumentChange),this.session.removeEventListener(\"changeMode\",this.$onChangeMode),this.session.removeEventListener(\"tokenizerUpdate\",this.$onTokenizerUpdate),this.session.removeEventListener(\"changeTabSize\",this.$onChangeTabSize),this.session.removeEventListener(\"changeWrapLimit\",this.$onChangeWrapLimit),this.session.removeEventListener(\"changeWrapMode\",this.$onChangeWrapMode),this.session.removeEventListener(\"onChangeFold\",this.$onChangeFold),this.session.removeEventListener(\"changeFrontMarker\",this.$onChangeFrontMarker),this.session.removeEventListener(\"changeBackMarker\",this.$onChangeBackMarker),this.session.removeEventListener(\"changeBreakpoint\",this.$onChangeBreakpoint),this.session.removeEventListener(\"changeAnnotation\",this.$onChangeAnnotation),this.session.removeEventListener(\"changeOverwrite\",this.$onCursorChange),this.session.removeEventListener(\"changeScrollTop\",this.$onScrollTopChange),this.session.removeEventListener(\"changeScrollLeft\",this.$onScrollLeftChange);var selection=this.session.getSelection();selection.removeEventListener(\"changeCursor\",this.$onCursorChange),selection.removeEventListener(\"changeSelection\",this.$onSelectionChange)}this.session=session,this.$onDocumentChange=this.onDocumentChange.bind(this),session.addEventListener(\"change\",this.$onDocumentChange),this.renderer.setSession(session),this.$onChangeMode=this.onChangeMode.bind(this),session.addEventListener(\"changeMode\",this.$onChangeMode),this.$onTokenizerUpdate=this.onTokenizerUpdate.bind(this),session.addEventListener(\"tokenizerUpdate\",this.$onTokenizerUpdate),this.$onChangeTabSize=this.renderer.onChangeTabSize.bind(this.renderer),session.addEventListener(\"changeTabSize\",this.$onChangeTabSize),this.$onChangeWrapLimit=this.onChangeWrapLimit.bind(this),session.addEventListener(\"changeWrapLimit\",this.$onChangeWrapLimit),this.$onChangeWrapMode=this.onChangeWrapMode.bind(this),session.addEventListener(\"changeWrapMode\",this.$onChangeWrapMode),this.$onChangeFold=this.onChangeFold.bind(this),session.addEventListener(\"changeFold\",this.$onChangeFold),this.$onChangeFrontMarker=this.onChangeFrontMarker.bind(this),this.session.addEventListener(\"changeFrontMarker\",this.$onChangeFrontMarker),this.$onChangeBackMarker=this.onChangeBackMarker.bind(this),this.session.addEventListener(\"changeBackMarker\",this.$onChangeBackMarker),this.$onChangeBreakpoint=this.onChangeBreakpoint.bind(this),this.session.addEventListener(\"changeBreakpoint\",this.$onChangeBreakpoint),this.$onChangeAnnotation=this.onChangeAnnotation.bind(this),this.session.addEventListener(\"changeAnnotation\",this.$onChangeAnnotation),this.$onCursorChange=this.onCursorChange.bind(this),this.session.addEventListener(\"changeOverwrite\",this.$onCursorChange),this.$onScrollTopChange=this.onScrollTopChange.bind(this),this.session.addEventListener(\"changeScrollTop\",this.$onScrollTopChange),this.$onScrollLeftChange=this.onScrollLeftChange.bind(this),this.session.addEventListener(\"changeScrollLeft\",this.$onScrollLeftChange),this.selection=session.getSelection(),this.selection.addEventListener(\"changeCursor\",this.$onCursorChange),this.$onSelectionChange=this.onSelectionChange.bind(this),this.selection.addEventListener(\"changeSelection\",this.$onSelectionChange),this.onChangeMode(),this.$blockScrolling+=1,this.onCursorChange(),this.$blockScrolling-=1,this.onScrollTopChange(),this.onScrollLeftChange(),this.onSelectionChange(),this.onChangeFrontMarker(),this.onChangeBackMarker(),this.onChangeBreakpoint(),this.onChangeAnnotation(),this.session.getUseWrapMode()&&this.renderer.adjustWrapLimit(),this.renderer.updateFull(),this._emit(\"changeSession\",{session:session,oldSession:oldSession})}},this.getSession=function(){return this.session},this.setValue=function(val,cursorPos){return this.session.doc.setValue(val),cursorPos?1==cursorPos?this.navigateFileEnd():-1==cursorPos&&this.navigateFileStart():this.selectAll(),val},this.getValue=function(){return this.session.getValue()},this.getSelection=function(){return this.selection},this.resize=function(force){this.renderer.onResize(force)},this.setTheme=function(theme){this.renderer.setTheme(theme)},this.getTheme=function(){return this.renderer.getTheme()},this.setStyle=function(style){this.renderer.setStyle(style)},this.unsetStyle=function(style){this.renderer.unsetStyle(style)},this.setFontSize=function(size){this.setOption(\"fontSize\",size)},this.$highlightBrackets=function(){if(this.session.$bracketHighlight&&(this.session.removeMarker(this.session.$bracketHighlight),this.session.$bracketHighlight=null),!this.$highlightPending){var self=this;this.$highlightPending=!0,setTimeout(function(){self.$highlightPending=!1;var pos=self.session.findMatchingBracket(self.getCursorPosition());if(pos)var range=new Range(pos.row,pos.column,pos.row,pos.column+1);else if(self.session.$mode.getMatching)var range=self.session.$mode.getMatching(self.session);range&&(self.session.$bracketHighlight=self.session.addMarker(range,\"ace_bracket\",\"text\"))},50)}},this.focus=function(){var _self=this;setTimeout(function(){_self.textInput.focus()}),this.textInput.focus()},this.isFocused=function(){return this.textInput.isFocused()},this.blur=function(){this.textInput.blur()},this.onFocus=function(){this.$isFocused||(this.$isFocused=!0,this.renderer.showCursor(),this.renderer.visualizeFocus(),this._emit(\"focus\"))},this.onBlur=function(){this.$isFocused&&(this.$isFocused=!1,this.renderer.hideCursor(),this.renderer.visualizeBlur(),this._emit(\"blur\"))},this.$cursorChange=function(){this.renderer.updateCursor()},this.onDocumentChange=function(e){var lastRow,delta=e.data,range=delta.range;lastRow=range.start.row==range.end.row&&\"insertLines\"!=delta.action&&\"removeLines\"!=delta.action?range.end.row:1/0,this.renderer.updateLines(range.start.row,lastRow),this._emit(\"change\",e),this.$cursorChange()},this.onTokenizerUpdate=function(e){var rows=e.data;this.renderer.updateLines(rows.first,rows.last)},this.onScrollTopChange=function(){this.renderer.scrollToY(this.session.getScrollTop())},this.onScrollLeftChange=function(){this.renderer.scrollToX(this.session.getScrollLeft())},this.onCursorChange=function(){this.$cursorChange(),this.$blockScrolling||this.renderer.scrollCursorIntoView(),this.$highlightBrackets(),this.$updateHighlightActiveLine(),this._emit(\"changeSelection\")},this.$updateHighlightActiveLine=function(){var highlight,session=this.getSession();if(this.$highlightActiveLine&&(\"line\"==this.$selectionStyle&&this.selection.isMultiLine()||(highlight=this.getCursorPosition())),session.$highlightLineMarker&&!highlight)session.removeMarker(session.$highlightLineMarker.id),session.$highlightLineMarker=null;else if(!session.$highlightLineMarker&&highlight){var range=new Range(highlight.row,highlight.column,highlight.row,1/0);range.id=session.addMarker(range,\"ace_active-line\",\"screenLine\"),session.$highlightLineMarker=range}else highlight&&(session.$highlightLineMarker.start.row=highlight.row,session.$highlightLineMarker.end.row=highlight.row,session.$highlightLineMarker.start.column=highlight.column,session._emit(\"changeBackMarker\"))},this.onSelectionChange=function(){var session=this.session;if(session.$selectionMarker&&session.removeMarker(session.$selectionMarker),session.$selectionMarker=null,this.selection.isEmpty())this.$updateHighlightActiveLine();else{var range=this.selection.getRange(),style=this.getSelectionStyle();session.$selectionMarker=session.addMarker(range,\"ace_selection\",style)}var re=this.$highlightSelectedWord&&this.$getSelectionHighLightRegexp();this.session.highlight(re),this._emit(\"changeSelection\")},this.$getSelectionHighLightRegexp=function(){var session=this.session,selection=this.getSelectionRange();if(!selection.isEmpty()&&!selection.isMultiLine()){var startOuter=selection.start.column-1,endOuter=selection.end.column+1,line=session.getLine(selection.start.row),lineCols=line.length,needle=line.substring(Math.max(startOuter,0),Math.min(endOuter,lineCols));if(!(startOuter>=0&&/^[\\w\\d]/.test(needle)||lineCols>=endOuter&&/[\\w\\d]$/.test(needle))&&(needle=line.substring(selection.start.column,selection.end.column),/^[\\w\\d]+$/.test(needle))){var re=this.$search.$assembleRegExp({wholeWord:!0,caseSensitive:!0,needle:needle});return re}}},this.onChangeFrontMarker=function(){this.renderer.updateFrontMarkers()},this.onChangeBackMarker=function(){this.renderer.updateBackMarkers()},this.onChangeBreakpoint=function(){this.renderer.updateBreakpoints()},this.onChangeAnnotation=function(){this.renderer.setAnnotations(this.session.getAnnotations())},this.onChangeMode=function(e){this.renderer.updateText(),this._emit(\"changeMode\",e)},this.onChangeWrapLimit=function(){this.renderer.updateFull()},this.onChangeWrapMode=function(){this.renderer.onResize(!0)},this.onChangeFold=function(){this.$updateHighlightActiveLine(),this.renderer.updateFull()},this.getCopyText=function(){var text=\"\";return this.selection.isEmpty()||(text=this.session.getTextRange(this.getSelectionRange())),this._emit(\"copy\",text),text},this.onCopy=function(){this.commands.exec(\"copy\",this)},this.onCut=function(){this.commands.exec(\"cut\",this)},this.onPaste=function(text){this.$readOnly||(this._emit(\"paste\",text),this.insert(text))},this.execCommand=function(command,args){this.commands.exec(command,this,args)},this.insert=function(text){var session=this.session,mode=session.getMode(),cursor=this.getCursorPosition();if(this.getBehavioursEnabled()){var transform=mode.transformAction(session.getState(cursor.row),\"insertion\",this,session,text);transform&&(text=transform.text)}if(text=text.replace(\"\t\",this.session.getTabString()),this.selection.isEmpty()){if(this.session.getOverwrite()){var range=new Range.fromPoints(cursor,cursor);range.end.column+=text.length,this.session.remove(range)}}else cursor=this.session.remove(this.getSelectionRange()),this.clearSelection();this.clearSelection();var start=cursor.column,lineState=session.getState(cursor.row),line=session.getLine(cursor.row),shouldOutdent=mode.checkOutdent(lineState,line,text),end=session.insert(cursor,text);if(transform&&transform.selection&&(2==transform.selection.length?this.selection.setSelectionRange(new Range(cursor.row,start+transform.selection[0],cursor.row,start+transform.selection[1])):this.selection.setSelectionRange(new Range(cursor.row+transform.selection[0],transform.selection[1],cursor.row+transform.selection[2],transform.selection[3]))),session.getDocument().isNewLine(text)){var lineIndent=mode.getNextLineIndent(lineState,line.slice(0,cursor.column),session.getTabString());this.moveCursorTo(cursor.row+1,0);for(var size=session.getTabSize(),minIndent=Number.MAX_VALUE,row=cursor.row+1;end.row>=row;++row){var indent=0;line=session.getLine(row);for(var i=0;line.length>i;++i)if(\"\t\"==line.charAt(i))indent+=size;else{if(\" \"!=line.charAt(i))break;indent+=1}/[^\\s]/.test(line)&&(minIndent=Math.min(indent,minIndent))}for(var row=cursor.row+1;end.row>=row;++row){var outdent=minIndent;line=session.getLine(row);for(var i=0;line.length>i&&outdent>0;++i)\"\t\"==line.charAt(i)?outdent-=size:\" \"==line.charAt(i)&&(outdent-=1);session.remove(new Range(row,0,row,i))}session.indentRows(cursor.row+1,end.row,lineIndent)}shouldOutdent&&mode.autoOutdent(lineState,session,cursor.row)},this.onTextInput=function(text){this.keyBinding.onTextInput(text)},this.onCommandKey=function(e,hashId,keyCode){this.keyBinding.onCommandKey(e,hashId,keyCode)},this.setOverwrite=function(overwrite){this.session.setOverwrite(overwrite)},this.getOverwrite=function(){return this.session.getOverwrite()},this.toggleOverwrite=function(){this.session.toggleOverwrite()},this.setScrollSpeed=function(speed){this.setOption(\"scrollSpeed\",speed)},this.getScrollSpeed=function(){return this.getOption(\"scrollSpeed\")},this.setDragDelay=function(dragDelay){this.setOption(\"dragDelay\",dragDelay)},this.getDragDelay=function(){return this.getOption(\"dragDelay\")},this.setSelectionStyle=function(val){this.setOption(\"selectionStyle\",val)},this.getSelectionStyle=function(){return this.getOption(\"selectionStyle\")},this.setHighlightActiveLine=function(shouldHighlight){this.setOption(\"highlightActiveLine\",shouldHighlight)},this.getHighlightActiveLine=function(){return this.getOption(\"highlightActiveLine\")},this.setHighlightGutterLine=function(shouldHighlight){this.setOption(\"highlightGutterLine\",shouldHighlight)},this.getHighlightGutterLine=function(){return this.getOption(\"highlightGutterLine\")},this.setHighlightSelectedWord=function(shouldHighlight){this.setOption(\"highlightSelectedWord\",shouldHighlight)},this.getHighlightSelectedWord=function(){return this.$highlightSelectedWord},this.setAnimatedScroll=function(shouldAnimate){this.renderer.setAnimatedScroll(shouldAnimate)},this.getAnimatedScroll=function(){return this.renderer.getAnimatedScroll()},this.setShowInvisibles=function(showInvisibles){this.renderer.setShowInvisibles(showInvisibles)},this.getShowInvisibles=function(){return this.renderer.getShowInvisibles()},this.setDisplayIndentGuides=function(display){this.renderer.setDisplayIndentGuides(display)},this.getDisplayIndentGuides=function(){return this.renderer.getDisplayIndentGuides()},this.setShowPrintMargin=function(showPrintMargin){this.renderer.setShowPrintMargin(showPrintMargin)},this.getShowPrintMargin=function(){return this.renderer.getShowPrintMargin()},this.setPrintMarginColumn=function(showPrintMargin){this.renderer.setPrintMarginColumn(showPrintMargin)},this.getPrintMarginColumn=function(){return this.renderer.getPrintMarginColumn()},this.setReadOnly=function(readOnly){this.setOption(\"readOnly\",readOnly)},this.getReadOnly=function(){return this.getOption(\"readOnly\")},this.setBehavioursEnabled=function(enabled){this.setOption(\"behavioursEnabled\",enabled)},this.getBehavioursEnabled=function(){return this.getOption(\"behavioursEnabled\")},this.setWrapBehavioursEnabled=function(enabled){this.setOption(\"wrapBehavioursEnabled\",enabled)},this.getWrapBehavioursEnabled=function(){return this.getOption(\"wrapBehavioursEnabled\")},this.setShowFoldWidgets=function(show){this.setOption(\"showFoldWidgets\",show)},this.getShowFoldWidgets=function(){return this.getOption(\"showFoldWidgets\")},this.setFadeFoldWidgets=function(fade){this.setOption(\"fadeFoldWidgets\",fade)},this.getFadeFoldWidgets=function(){return this.getOption(\"fadeFoldWidgets\")},this.remove=function(dir){this.selection.isEmpty()&&(\"left\"==dir?this.selection.selectLeft():this.selection.selectRight());var range=this.getSelectionRange();if(this.getBehavioursEnabled()){var session=this.session,state=session.getState(range.start.row),new_range=session.getMode().transformAction(state,\"deletion\",this,session,range);new_range&&(range=new_range)}this.session.remove(range),this.clearSelection()},this.removeWordRight=function(){this.selection.isEmpty()&&this.selection.selectWordRight(),this.session.remove(this.getSelectionRange()),this.clearSelection()},this.removeWordLeft=function(){this.selection.isEmpty()&&this.selection.selectWordLeft(),this.session.remove(this.getSelectionRange()),this.clearSelection()},this.removeToLineStart=function(){this.selection.isEmpty()&&this.selection.selectLineStart(),this.session.remove(this.getSelectionRange()),this.clearSelection()},this.removeToLineEnd=function(){this.selection.isEmpty()&&this.selection.selectLineEnd();var range=this.getSelectionRange();range.start.column==range.end.column&&range.start.row==range.end.row&&(range.end.column=0,range.end.row++),this.session.remove(range),this.clearSelection()},this.splitLine=function(){this.selection.isEmpty()||(this.session.remove(this.getSelectionRange()),this.clearSelection());var cursor=this.getCursorPosition();this.insert(\"\\n\"),this.moveCursorToPosition(cursor)},this.transposeLetters=function(){if(this.selection.isEmpty()){var cursor=this.getCursorPosition(),column=cursor.column;if(0!==column){var swap,range,line=this.session.getLine(cursor.row);line.length>column?(swap=line.charAt(column)+line.charAt(column-1),range=new Range(cursor.row,column-1,cursor.row,column+1)):(swap=line.charAt(column-1)+line.charAt(column-2),range=new Range(cursor.row,column-2,cursor.row,column)),this.session.replace(range,swap)}}},this.toLowerCase=function(){var originalRange=this.getSelectionRange();this.selection.isEmpty()&&this.selection.selectWord();var range=this.getSelectionRange(),text=this.session.getTextRange(range);this.session.replace(range,text.toLowerCase()),this.selection.setSelectionRange(originalRange)},this.toUpperCase=function(){var originalRange=this.getSelectionRange();this.selection.isEmpty()&&this.selection.selectWord();var range=this.getSelectionRange(),text=this.session.getTextRange(range);this.session.replace(range,text.toUpperCase()),this.selection.setSelectionRange(originalRange)},this.indent=function(){var session=this.session,range=this.getSelectionRange();if(!(range.start.row\u003Crange.end.row||range.start.column\u003Crange.end.column)){var indentString;if(this.session.getUseSoftTabs()){var size=session.getTabSize(),position=this.getCursorPosition(),column=session.documentToScreenColumn(position.row,position.column),count=size-column%size;indentString=lang.stringRepeat(\" \",count)}else indentString=\"\t\";return this.insert(indentString)}var rows=this.$getSelectedRows();session.indentRows(rows.first,rows.last,\"\t\")},this.blockIndent=function(){var rows=this.$getSelectedRows();this.session.indentRows(rows.first,rows.last,\"\t\")},this.blockOutdent=function(){var selection=this.session.getSelection();this.session.outdentRows(selection.getRange())},this.sortLines=function(){var rows=this.$getSelectedRows(),session=this.session,lines=[];for(i=rows.first;rows.last>=i;i++)lines.push(session.getLine(i));lines.sort(function(a,b){return a.toLowerCase()\u003Cb.toLowerCase()?-1:a.toLowerCase()>b.toLowerCase()?1:0});for(var deleteRange=new Range(0,0,0,0),i=rows.first;rows.last>=i;i++){var line=session.getLine(i);deleteRange.start.row=i,deleteRange.end.row=i,deleteRange.end.column=line.length,session.replace(deleteRange,lines[i-rows.first])}},this.toggleCommentLines=function(){var state=this.session.getState(this.getCursorPosition().row),rows=this.$getSelectedRows();this.session.getMode().toggleCommentLines(state,this.session,rows.first,rows.last)},this.getNumberAt=function(row,column){var _numberRx=/[\\-]?[0-9]+(?:\\.[0-9]+)?/g;_numberRx.lastIndex=0;for(var s=this.session.getLine(row);column>_numberRx.lastIndex;){var m=_numberRx.exec(s);if(column>=m.index&&m.index+m[0].length>=column){var number={value:m[0],start:m.index,end:m.index+m[0].length};return number}}return null},this.modifyNumber=function(amount){var row=this.selection.getCursor().row,column=this.selection.getCursor().column,charRange=new Range(row,column-1,row,column),c=this.session.getTextRange(charRange);if(!isNaN(parseFloat(c))&&isFinite(c)){var nr=this.getNumberAt(row,column);if(nr){var fp=nr.value.indexOf(\".\")>=0?nr.start+nr.value.indexOf(\".\")+1:nr.end,decimals=nr.start+nr.value.length-fp,t=parseFloat(nr.value);t*=Math.pow(10,decimals),amount*=fp!==nr.end&&fp>column?Math.pow(10,nr.end-column-1):Math.pow(10,nr.end-column),t+=amount,t/=Math.pow(10,decimals);var nnr=t.toFixed(decimals),replaceRange=new Range(row,nr.start,row,nr.end);this.session.replace(replaceRange,nnr),this.moveCursorTo(row,Math.max(nr.start+1,column+nnr.length-nr.value.length))}}},this.removeLines=function(){var range,rows=this.$getSelectedRows();range=0===rows.first||rows.last+1\u003Cthis.session.getLength()?new Range(rows.first,0,rows.last+1,0):new Range(rows.first-1,this.session.getLine(rows.first-1).length,rows.last,this.session.getLine(rows.last).length),this.session.remove(range),this.clearSelection()},this.duplicateSelection=function(){var sel=this.selection,doc=this.session,range=sel.getRange(),reverse=sel.isBackwards();if(range.isEmpty()){var row=range.start.row;doc.duplicateLines(row,row)}else{var point=reverse?range.start:range.end,endPoint=doc.insert(point,doc.getTextRange(range),!1);range.start=point,range.end=endPoint,sel.setSelectionRange(range,reverse)}},this.moveLinesDown=function(){this.$moveLines(function(firstRow,lastRow){return this.session.moveLinesDown(firstRow,lastRow)})},this.moveLinesUp=function(){this.$moveLines(function(firstRow,lastRow){return this.session.moveLinesUp(firstRow,lastRow)})},this.moveText=function(range,toPosition){return this.session.moveText(range,toPosition)},this.copyLinesUp=function(){this.$moveLines(function(firstRow,lastRow){return this.session.duplicateLines(firstRow,lastRow),0})},this.copyLinesDown=function(){this.$moveLines(function(firstRow,lastRow){return this.session.duplicateLines(firstRow,lastRow)})},this.$moveLines=function(mover){var selection=this.selection;if(!selection.inMultiSelectMode||this.inVirtualSelectionMode){var range=selection.toOrientedRange(),rows=this.$getSelectedRows(range),linesMoved=mover.call(this,rows.first,rows.last);range.moveBy(linesMoved,0),selection.fromOrientedRange(range)}else{var ranges=selection.rangeList.ranges;selection.rangeList.detach(this.session);for(var i=ranges.length;i--;){for(var rangeIndex=i,rows=ranges[i].collapseRows(),last=rows.end.row,first=rows.start.row;i--;){var rows=ranges[i].collapseRows();if(!(1>=first-rows.end.row))break;first=rows.end.row}i++;for(var linesMoved=mover.call(this,first,last);rangeIndex>=i;)ranges[rangeIndex].moveBy(linesMoved,0),rangeIndex--}selection.fromOrientedRange(selection.ranges[0]),selection.rangeList.attach(this.session)}},this.$getSelectedRows=function(){var range=this.getSelectionRange().collapseRows();return{first:range.start.row,last:range.end.row}},this.onCompositionStart=function(){this.renderer.showComposition(this.getCursorPosition())},this.onCompositionUpdate=function(text){this.renderer.setCompositionText(text)},this.onCompositionEnd=function(){this.renderer.hideComposition()},this.getFirstVisibleRow=function(){return this.renderer.getFirstVisibleRow()},this.getLastVisibleRow=function(){return this.renderer.getLastVisibleRow()},this.isRowVisible=function(row){return row>=this.getFirstVisibleRow()&&this.getLastVisibleRow()>=row},this.isRowFullyVisible=function(row){return row>=this.renderer.getFirstFullyVisibleRow()&&this.renderer.getLastFullyVisibleRow()>=row},this.$getVisibleRowCount=function(){return this.renderer.getScrollBottomRow()-this.renderer.getScrollTopRow()+1},this.$moveByPage=function(dir,select){var renderer=this.renderer,config=this.renderer.layerConfig,rows=dir*Math.floor(config.height/config.lineHeight);this.$blockScrolling++,1==select?this.selection.$moveSelection(function(){this.moveCursorBy(rows,0)}):0==select&&(this.selection.moveCursorBy(rows,0),this.selection.clearSelection()),this.$blockScrolling--;var scrollTop=renderer.scrollTop;renderer.scrollBy(0,rows*config.lineHeight),null!=select&&renderer.scrollCursorIntoView(null,.5),renderer.animateScrolling(scrollTop)},this.selectPageDown=function(){this.$moveByPage(1,!0)},this.selectPageUp=function(){this.$moveByPage(-1,!0)},this.gotoPageDown=function(){this.$moveByPage(1,!1)},this.gotoPageUp=function(){this.$moveByPage(-1,!1)},this.scrollPageDown=function(){this.$moveByPage(1)},this.scrollPageUp=function(){this.$moveByPage(-1)},this.scrollToRow=function(row){this.renderer.scrollToRow(row)},this.scrollToLine=function(line,center,animate,callback){this.renderer.scrollToLine(line,center,animate,callback)},this.centerSelection=function(){var range=this.getSelectionRange(),pos={row:Math.floor(range.start.row+(range.end.row-range.start.row)/2),column:Math.floor(range.start.column+(range.end.column-range.start.column)/2)};this.renderer.alignCursor(pos,.5)},this.getCursorPosition=function(){return this.selection.getCursor()},this.getCursorPositionScreen=function(){return this.session.documentToScreenPosition(this.getCursorPosition())},this.getSelectionRange=function(){return this.selection.getRange()},this.selectAll=function(){this.$blockScrolling+=1,this.selection.selectAll(),this.$blockScrolling-=1},this.clearSelection=function(){this.selection.clearSelection()},this.moveCursorTo=function(row,column){this.selection.moveCursorTo(row,column)},this.moveCursorToPosition=function(pos){this.selection.moveCursorToPosition(pos)},this.jumpToMatching=function(select){var cursor=this.getCursorPosition(),range=this.session.getBracketRange(cursor);if(!range){if(range=this.find({needle:/[{}()\\[\\]]/g,preventScroll:!0,start:{row:cursor.row,column:cursor.column-1}}),!range)return;var pos=range.start;pos.row==cursor.row&&2>Math.abs(pos.column-cursor.column)&&(range=this.session.getBracketRange(pos))}pos=range&&range.cursor||pos,pos&&(select?range&&range.isEqual(this.getSelectionRange())?this.clearSelection():this.selection.selectTo(pos.row,pos.column):(this.clearSelection(),this.moveCursorTo(pos.row,pos.column)))},this.gotoLine=function(lineNumber,column,animate){this.selection.clearSelection(),this.session.unfold({row:lineNumber-1,column:column||0}),this.$blockScrolling+=1,this.moveCursorTo(lineNumber-1,column||0),this.$blockScrolling-=1,this.isRowFullyVisible(lineNumber-1)||this.scrollToLine(lineNumber-1,!0,animate)},this.navigateTo=function(row,column){this.clearSelection(),this.moveCursorTo(row,column)},this.navigateUp=function(times){if(this.selection.isMultiLine()&&!this.selection.isBackwards()){var selectionStart=this.selection.anchor.getPosition();return this.moveCursorToPosition(selectionStart)}this.selection.clearSelection(),times=times||1,this.selection.moveCursorBy(-times,0)},this.navigateDown=function(times){if(this.selection.isMultiLine()&&this.selection.isBackwards()){var selectionEnd=this.selection.anchor.getPosition();return this.moveCursorToPosition(selectionEnd)}this.selection.clearSelection(),times=times||1,this.selection.moveCursorBy(times,0)},this.navigateLeft=function(times){if(this.selection.isEmpty())for(times=times||1;times--;)this.selection.moveCursorLeft();else{var selectionStart=this.getSelectionRange().start;this.moveCursorToPosition(selectionStart)}this.clearSelection()},this.navigateRight=function(times){if(this.selection.isEmpty())for(times=times||1;times--;)this.selection.moveCursorRight();else{var selectionEnd=this.getSelectionRange().end;this.moveCursorToPosition(selectionEnd)}this.clearSelection()},this.navigateLineStart=function(){this.selection.moveCursorLineStart(),this.clearSelection()},this.navigateLineEnd=function(){this.selection.moveCursorLineEnd(),this.clearSelection()},this.navigateFileEnd=function(){var scrollTop=this.renderer.scrollTop;this.selection.moveCursorFileEnd(),this.clearSelection(),this.renderer.animateScrolling(scrollTop)},this.navigateFileStart=function(){var scrollTop=this.renderer.scrollTop;this.selection.moveCursorFileStart(),this.clearSelection(),this.renderer.animateScrolling(scrollTop)},this.navigateWordRight=function(){this.selection.moveCursorWordRight(),this.clearSelection()},this.navigateWordLeft=function(){this.selection.moveCursorWordLeft(),this.clearSelection()},this.replace=function(replacement,options){options&&this.$search.set(options);var range=this.$search.find(this.session),replaced=0;return range?(this.$tryReplace(range,replacement)&&(replaced=1),null!==range&&(this.selection.setSelectionRange(range),this.renderer.scrollSelectionIntoView(range.start,range.end)),replaced):replaced},this.replaceAll=function(replacement,options){options&&this.$search.set(options);var ranges=this.$search.findAll(this.session),replaced=0;if(!ranges.length)return replaced;this.$blockScrolling+=1;var selection=this.getSelectionRange();this.clearSelection(),this.selection.moveCursorTo(0,0);for(var i=ranges.length-1;i>=0;--i)this.$tryReplace(ranges[i],replacement)&&replaced++;return this.selection.setSelectionRange(selection),this.$blockScrolling-=1,replaced},this.$tryReplace=function(range,replacement){var input=this.session.getTextRange(range);return replacement=this.$search.replace(input,replacement),null!==replacement?(range.end=this.session.replace(range,replacement),range):null},this.getLastSearchOptions=function(){return this.$search.getOptions()},this.find=function(needle,options,animate){options||(options={}),\"string\"==typeof needle||needle instanceof RegExp?options.needle=needle:\"object\"==typeof needle&&oop.mixin(options,needle);\nvar range=this.selection.getRange();null==options.needle&&(needle=this.session.getTextRange(range)||this.$search.$options.needle,needle||(range=this.session.getWordRange(range.start.row,range.start.column),needle=this.session.getTextRange(range)),this.$search.set({needle:needle})),this.$search.set(options),options.start||this.$search.set({start:range});var newRange=this.$search.find(this.session);return options.preventScroll?newRange:newRange?(this.revealRange(newRange,animate),newRange):(options.backwards?range.start=range.end:range.end=range.start,this.selection.setRange(range),void 0)},this.findNext=function(options,animate){this.find({skipCurrent:!0,backwards:!1},options,animate)},this.findPrevious=function(options,animate){this.find(options,{skipCurrent:!0,backwards:!0},animate)},this.revealRange=function(range,animate){this.$blockScrolling+=1,this.session.unfold(range),this.selection.setSelectionRange(range),this.$blockScrolling-=1;var scrollTop=this.renderer.scrollTop;this.renderer.scrollSelectionIntoView(range.start,range.end,.5),0!=animate&&this.renderer.animateScrolling(scrollTop)},this.undo=function(){this.$blockScrolling++,this.session.getUndoManager().undo(),this.$blockScrolling--,this.renderer.scrollCursorIntoView(null,.5)},this.redo=function(){this.$blockScrolling++,this.session.getUndoManager().redo(),this.$blockScrolling--,this.renderer.scrollCursorIntoView(null,.5)},this.destroy=function(){this.renderer.destroy(),this._emit(\"destroy\",this)},this.setAutoScrollEditorIntoView=function(enable){if(enable!==!1){var rect,self=this,shouldScroll=!1;this.$scrollAnchor||(this.$scrollAnchor=document.createElement(\"div\"));var scrollAnchor=this.$scrollAnchor;scrollAnchor.style.cssText=\"position:absolute\",this.container.insertBefore(scrollAnchor,this.container.firstChild);var onChangeSelection=this.on(\"changeSelection\",function(){shouldScroll=!0}),onBeforeRender=this.renderer.on(\"beforeRender\",function(){shouldScroll&&(rect=self.renderer.container.getBoundingClientRect())}),onAfterRender=this.renderer.on(\"afterRender\",function(){if(shouldScroll&&rect&&self.isFocused()){var renderer=self.renderer,pos=renderer.$cursorLayer.$pixelPos,config=renderer.layerConfig,top=pos.top-config.offset;shouldScroll=pos.top>=0&&0>top+rect.top?!0:pos.top\u003Cconfig.height&&pos.top+rect.top+config.lineHeight>window.innerHeight?!1:null,null!=shouldScroll&&(scrollAnchor.style.top=top+\"px\",scrollAnchor.style.left=pos.left+\"px\",scrollAnchor.style.height=config.lineHeight+\"px\",scrollAnchor.scrollIntoView(shouldScroll)),shouldScroll=rect=null}});this.setAutoScrollEditorIntoView=function(enable){enable!==!0&&(delete this.setAutoScrollEditorIntoView,this.removeEventListener(\"changeSelection\",onChangeSelection),this.renderer.removeEventListener(\"afterRender\",onAfterRender),this.renderer.removeEventListener(\"beforeRender\",onBeforeRender))}}}}).call(Editor.prototype),config.defineOptions(Editor.prototype,\"editor\",{selectionStyle:{set:function(style){this.onSelectionChange(),this._emit(\"changeSelectionStyle\",{data:style})},initialValue:\"line\"},highlightActiveLine:{set:function(){this.$updateHighlightActiveLine()},initialValue:!0},highlightSelectedWord:{set:function(){this.$onSelectionChange()},initialValue:!0},readOnly:{set:function(readOnly){this.textInput.setReadOnly(readOnly);var cursorLayer=this.renderer.$cursorLayer;cursorLayer&&cursorLayer.setBlinking(!readOnly)},initialValue:!1},behavioursEnabled:{initialValue:!0},wrapBehavioursEnabled:{initialValue:!0},hScrollBarAlwaysVisible:\"renderer\",highlightGutterLine:\"renderer\",animatedScroll:\"renderer\",showInvisibles:\"renderer\",showPrintMargin:\"renderer\",printMarginColumn:\"renderer\",printMargin:\"renderer\",fadeFoldWidgets:\"renderer\",showFoldWidgets:\"renderer\",showGutter:\"renderer\",displayIndentGuides:\"renderer\",fontSize:\"renderer\",fontFamily:\"renderer\",scrollSpeed:\"$mouseHandler\",dragDelay:\"$mouseHandler\",focusTimout:\"$mouseHandler\",firstLineNumber:\"session\",overwrite:\"session\",newLineMode:\"session\",useWorker:\"session\",useSoftTabs:\"session\",tabSize:\"session\",wrap:\"session\",foldStyle:\"session\"}),exports.Editor=Editor}),ace.define(\"ace/lib/lang\",[\"require\",\"exports\",\"module\"],function(acequire,exports){exports.stringReverse=function(string){return string.split(\"\").reverse().join(\"\")},exports.stringRepeat=function(string,count){for(var result=\"\";count>0;)1&count&&(result+=string),(count>>=1)&&(string+=string);return result};var trimBeginRegexp=/^\\s\\s*/,trimEndRegexp=/\\s\\s*$/;exports.stringTrimLeft=function(string){return string.replace(trimBeginRegexp,\"\")},exports.stringTrimRight=function(string){return string.replace(trimEndRegexp,\"\")},exports.copyObject=function(obj){var copy={};for(var key in obj)copy[key]=obj[key];return copy},exports.copyArray=function(array){for(var copy=[],i=0,l=array.length;l>i;i++)copy[i]=array[i]&&\"object\"==typeof array[i]?this.copyObject(array[i]):array[i];return copy},exports.deepCopy=function(obj){if(\"object\"!=typeof obj)return obj;var copy=obj.constructor();for(var key in obj)copy[key]=\"object\"==typeof obj[key]?this.deepCopy(obj[key]):obj[key];return copy},exports.arrayToMap=function(arr){for(var map={},i=0;arr.length>i;i++)map[arr[i]]=1;return map},exports.createMap=function(props){var map=Object.create(null);for(var i in props)map[i]=props[i];return map},exports.arrayRemove=function(array,value){for(var i=0;array.length>=i;i++)value===array[i]&&array.splice(i,1)},exports.escapeRegExp=function(str){return str.replace(/([.*+?^${}()|[\\]\\/\\\\])/g,\"\\\\$1\")},exports.escapeHTML=function(str){return str.replace(/&/g,\"&#38;\").replace(/\"/g,\"&#34;\").replace(/'/g,\"&#39;\").replace(/\u003C/g,\"&#60;\")},exports.getMatchOffsets=function(string,regExp){var matches=[];return string.replace(regExp,function(str){matches.push({offset:arguments[arguments.length-2],length:str.length})}),matches},exports.deferredCall=function(fcn){var timer=null,callback=function(){timer=null,fcn()},deferred=function(timeout){return deferred.cancel(),timer=setTimeout(callback,timeout||0),deferred};return deferred.schedule=deferred,deferred.call=function(){return this.cancel(),fcn(),deferred},deferred.cancel=function(){return clearTimeout(timer),timer=null,deferred},deferred},exports.delayedCall=function(fcn,defaultTimeout){var timer=null,callback=function(){timer=null,fcn()},_self=function(timeout){timer&&clearTimeout(timer),timer=setTimeout(callback,timeout||defaultTimeout)};return _self.delay=_self,_self.schedule=function(timeout){null==timer&&(timer=setTimeout(callback,timeout||0))},_self.call=function(){this.cancel(),fcn()},_self.cancel=function(){timer&&clearTimeout(timer),timer=null},_self.isPending=function(){return timer},_self}}),ace.define(\"ace/keyboard/textinput\",[\"require\",\"exports\",\"module\",\"ace/lib/event\",\"ace/lib/useragent\",\"ace/lib/dom\",\"ace/lib/lang\"],function(acequire,exports){var event=acequire(\"../lib/event\"),useragent=acequire(\"../lib/useragent\"),dom=acequire(\"../lib/dom\"),lang=acequire(\"../lib/lang\"),BROKEN_SETDATA=18>useragent.isChrome,TextInput=function(parentNode,host){function resetSelection(isEmpty){if(!inComposition){if(inputHandler)selectionStart=0,selectionEnd=isEmpty?0:text.value.length-1;else var selectionStart=isEmpty?2:1,selectionEnd=2;try{text.setSelectionRange(selectionStart,selectionEnd)}catch(e){}}}function resetValue(){inComposition||(text.value=PLACEHOLDER,useragent.isWebKit&&syncValue.schedule())}function onContextMenuClose(){setTimeout(function(){tempStyle&&(text.style.cssText=tempStyle,tempStyle=\"\"),null==host.renderer.$keepTextAreaAtCursor&&(host.renderer.$keepTextAreaAtCursor=!0,host.renderer.$moveTextAreaToCursor())},0)}var text=dom.createElement(\"textarea\");text.className=\"ace_text-input\",useragent.isTouchPad&&text.setAttribute(\"x-palm-disable-auto-cap\",!0),text.wrap=\"off\",text.autocorrect=\"off\",text.autocapitalize=\"off\",text.spellcheck=!1,text.style.bottom=\"2000em\",parentNode.insertBefore(text,parentNode.firstChild);var PLACEHOLDER=\"\u0001\u0001\",cut=!1,copied=!1,pasted=!1,inComposition=!1,tempStyle=\"\",isSelectionEmpty=!0;try{var isFocused=document.activeElement===text}catch(e){}event.addListener(text,\"blur\",function(){host.onBlur(),isFocused=!1}),event.addListener(text,\"focus\",function(){isFocused=!0,host.onFocus(),resetSelection()}),this.focus=function(){text.focus()},this.blur=function(){text.blur()},this.isFocused=function(){return isFocused};var syncSelection=lang.delayedCall(function(){isFocused&&resetSelection(isSelectionEmpty)}),syncValue=lang.delayedCall(function(){inComposition||(text.value=PLACEHOLDER,isFocused&&resetSelection())});useragent.isWebKit||host.addEventListener(\"changeSelection\",function(){host.selection.isEmpty()!=isSelectionEmpty&&(isSelectionEmpty=!isSelectionEmpty,syncSelection.schedule())}),resetValue(),isFocused&&host.onFocus();var isAllSelected=function(text){return 0===text.selectionStart&&text.selectionEnd===text.value.length};if(!text.setSelectionRange&&text.createTextRange&&(text.setSelectionRange=function(selectionStart,selectionEnd){var range=this.createTextRange();range.collapse(!0),range.moveStart(\"character\",selectionStart),range.moveEnd(\"character\",selectionEnd),range.select()},isAllSelected=function(text){try{var range=text.ownerDocument.selection.createRange()}catch(e){}return range&&range.parentElement()==text?range.text==text.value:!1}),useragent.isOldIE){var inPropertyChange=!1,onPropertyChange=function(e){if(!inPropertyChange){var data=text.value;if(!inComposition&&data&&data!=PLACEHOLDER){if(e&&data==PLACEHOLDER[0])return syncProperty.schedule();sendText(data),inPropertyChange=!0,resetValue(),inPropertyChange=!1}}},syncProperty=lang.delayedCall(onPropertyChange);event.addListener(text,\"propertychange\",onPropertyChange);var keytable={13:1,27:1};event.addListener(text,\"keyup\",function(e){!inComposition||text.value&&!keytable[e.keyCode]||setTimeout(onCompositionEnd,0),129>(text.value.charCodeAt(0)||0)||(inComposition?onCompositionUpdate():onCompositionStart())})}var onSelect=function(){cut?cut=!1:copied?copied=!1:isAllSelected(text)?(host.selectAll(),resetSelection()):inputHandler&&resetSelection(host.selection.isEmpty())},inputHandler=null;this.setInputHandler=function(cb){inputHandler=cb},this.getInputHandler=function(){return inputHandler};var afterContextMenu=!1,sendText=function(data){inputHandler&&(data=inputHandler(data),inputHandler=null),pasted?(resetSelection(),data&&host.onPaste(data),pasted=!1):data==PLACEHOLDER[0]?afterContextMenu&&host.execCommand(\"del\",{source:\"ace\"}):(data.substring(0,2)==PLACEHOLDER?data=data.substr(2):data[0]==PLACEHOLDER[0]?data=data.substr(1):data[data.length-1]==PLACEHOLDER[0]&&(data=data.slice(0,-1)),data[data.length-1]==PLACEHOLDER[0]&&(data=data.slice(0,-1)),data&&host.onTextInput(data)),afterContextMenu&&(afterContextMenu=!1)},onInput=function(){if(!inComposition){var data=text.value;sendText(data),resetValue()}},onCut=function(e){var data=host.getCopyText();if(!data)return event.preventDefault(e),void 0;var clipboardData=e.clipboardData||window.clipboardData;if(clipboardData&&!BROKEN_SETDATA){var supported=clipboardData.setData(\"Text\",data);supported&&(host.onCut(),event.preventDefault(e))}supported||(cut=!0,text.value=data,text.select(),setTimeout(function(){cut=!1,resetValue(),resetSelection(),host.onCut()}))},onCopy=function(e){var data=host.getCopyText();if(!data)return event.preventDefault(e),void 0;var clipboardData=e.clipboardData||window.clipboardData;if(clipboardData&&!BROKEN_SETDATA){var supported=clipboardData.setData(\"Text\",data);supported&&(host.onCopy(),event.preventDefault(e))}supported||(copied=!0,text.value=data,text.select(),setTimeout(function(){copied=!1,resetValue(),resetSelection(),host.onCopy()}))},onPaste=function(e){var clipboardData=e.clipboardData||window.clipboardData;if(clipboardData){var data=clipboardData.getData(\"Text\");data&&host.onPaste(data),useragent.isIE&&setTimeout(resetSelection),event.preventDefault(e)}else text.value=\"\",pasted=!0};event.addCommandKeyListener(text,host.onCommandKey.bind(host)),event.addListener(text,\"select\",onSelect),event.addListener(text,\"input\",onInput),event.addListener(text,\"cut\",onCut),event.addListener(text,\"copy\",onCopy),event.addListener(text,\"paste\",onPaste),\"oncut\"in text&&\"oncopy\"in text&&\"onpaste\"in text||event.addListener(parentNode,\"keydown\",function(e){if((!useragent.isMac||e.metaKey)&&e.ctrlKey)switch(e.keyCode){case 67:onCopy(e);break;case 86:onPaste(e);break;case 88:onCut(e)}});var onCompositionStart=function(){inComposition={},host.onCompositionStart(),setTimeout(onCompositionUpdate,0),host.on(\"mousedown\",onCompositionEnd),host.selection.isEmpty()||(host.insert(\"\"),host.session.markUndoGroup(),host.selection.clearSelection()),host.session.markUndoGroup()},onCompositionUpdate=function(){if(inComposition&&(host.onCompositionUpdate(text.value),inComposition.lastValue&&host.undo(),inComposition.lastValue=text.value.replace(/\\x01/g,\"\"),inComposition.lastValue)){var r=host.selection.getRange();host.insert(inComposition.lastValue),host.session.markUndoGroup(),inComposition.range=host.selection.getRange(),host.selection.setRange(r),host.selection.clearSelection()}},onCompositionEnd=function(e){var c=inComposition;inComposition=!1;var timer=setTimeout(function(){var str=text.value.replace(/\\x01/g,\"\");inComposition||str!=c.lastValue||resetValue()});inputHandler=function(str){return clearTimeout(timer),str=str.replace(/\\x01/g,\"\"),str==c.lastValue?\"\":(str||c.lastValue&&host.undo(),str)},host.onCompositionEnd(),host.removeListener(\"mousedown\",onCompositionEnd),\"compositionend\"==e.type&&host.selection.setRange(c.range)},syncComposition=lang.delayedCall(onCompositionUpdate,50);event.addListener(text,\"compositionstart\",onCompositionStart),event.addListener(text,useragent.isGecko?\"text\":\"keyup\",function(){syncComposition.schedule()}),event.addListener(text,\"compositionend\",onCompositionEnd),this.getElement=function(){return text},this.setReadOnly=function(readOnly){text.readOnly=readOnly},this.onContextMenu=function(e){afterContextMenu=!0,tempStyle||(tempStyle=text.style.cssText),text.style.cssText=\"z-index:100000;\"+(useragent.isIE?\"opacity:0.1;\":\"\"),resetSelection(host.selection.isEmpty()),host._emit(\"nativecontextmenu\",{target:host});var rect=host.container.getBoundingClientRect(),style=dom.computedStyle(host.container),top=rect.top+(parseInt(style.borderTopWidth)||0),left=rect.left+(parseInt(rect.borderLeftWidth)||0),maxTop=rect.bottom-top-text.clientHeight,move=function(e){text.style.left=e.clientX-left-2+\"px\",text.style.top=Math.min(e.clientY-top-2,maxTop)+\"px\"};move(e),\"mousedown\"==e.type&&(host.renderer.$keepTextAreaAtCursor&&(host.renderer.$keepTextAreaAtCursor=null),useragent.isWin&&event.capture(host.container,move,onContextMenuClose))},this.onContextMenuClose=onContextMenuClose,useragent.isGecko||event.addListener(text,\"contextmenu\",function(e){host.textInput.onContextMenu(e),onContextMenuClose()})};exports.TextInput=TextInput}),ace.define(\"ace/mouse/mouse_handler\",[\"require\",\"exports\",\"module\",\"ace/lib/event\",\"ace/lib/useragent\",\"ace/mouse/default_handlers\",\"ace/mouse/default_gutter_handler\",\"ace/mouse/mouse_event\",\"ace/mouse/dragdrop\",\"ace/config\"],function(acequire,exports){var event=acequire(\"../lib/event\"),useragent=acequire(\"../lib/useragent\"),DefaultHandlers=acequire(\"./default_handlers\").DefaultHandlers,DefaultGutterHandler=acequire(\"./default_gutter_handler\").GutterHandler,MouseEvent=acequire(\"./mouse_event\").MouseEvent,DragdropHandler=acequire(\"./dragdrop\").DragdropHandler,config=acequire(\"../config\"),MouseHandler=function(editor){this.editor=editor,new DefaultHandlers(this),new DefaultGutterHandler(this),new DragdropHandler(this),event.addListener(editor.container,\"mousedown\",function(e){return editor.focus(),event.preventDefault(e)});var mouseTarget=editor.renderer.getMouseEventTarget();event.addListener(mouseTarget,\"click\",this.onMouseEvent.bind(this,\"click\")),event.addListener(mouseTarget,\"mousemove\",this.onMouseMove.bind(this,\"mousemove\")),event.addMultiMouseDownListener(mouseTarget,[300,300,250],this,\"onMouseEvent\"),event.addMouseWheelListener(editor.container,this.onMouseWheel.bind(this,\"mousewheel\"));var gutterEl=editor.renderer.$gutter;event.addListener(gutterEl,\"mousedown\",this.onMouseEvent.bind(this,\"guttermousedown\")),event.addListener(gutterEl,\"click\",this.onMouseEvent.bind(this,\"gutterclick\")),event.addListener(gutterEl,\"dblclick\",this.onMouseEvent.bind(this,\"gutterdblclick\")),event.addListener(gutterEl,\"mousemove\",this.onMouseEvent.bind(this,\"guttermousemove\"))};(function(){this.onMouseEvent=function(name,e){this.editor._emit(name,new MouseEvent(e,this.editor))},this.onMouseMove=function(name,e){var listeners=this.editor._eventRegistry&&this.editor._eventRegistry.mousemove;listeners&&listeners.length&&this.editor._emit(name,new MouseEvent(e,this.editor))},this.onMouseWheel=function(name,e){var mouseEvent=new MouseEvent(e,this.editor);mouseEvent.speed=2*this.$scrollSpeed,mouseEvent.wheelX=e.wheelX,mouseEvent.wheelY=e.wheelY,this.editor._emit(name,mouseEvent)},this.setState=function(state){this.state=state},this.captureMouse=function(ev,state){state&&this.setState(state),this.x=ev.x,this.y=ev.y,this.isMousePressed=!0;var renderer=this.editor.renderer;renderer.$keepTextAreaAtCursor&&(renderer.$keepTextAreaAtCursor=null);var self=this,onMouseMove=function(e){self.x=e.clientX,self.y=e.clientY},onCaptureEnd=function(e){clearInterval(timerId),onCaptureInterval(),self[self.state+\"End\"]&&self[self.state+\"End\"](e),self.$clickSelection=null,null==renderer.$keepTextAreaAtCursor&&(renderer.$keepTextAreaAtCursor=!0,renderer.$moveTextAreaToCursor()),self.isMousePressed=!1,self.onMouseEvent(\"mouseup\",e)},onCaptureInterval=function(){self[self.state]&&self[self.state]()};if(useragent.isOldIE&&\"dblclick\"==ev.domEvent.type)return setTimeout(function(){onCaptureEnd(ev.domEvent)});event.capture(this.editor.container,onMouseMove,onCaptureEnd);var timerId=setInterval(onCaptureInterval,20)}}).call(MouseHandler.prototype),config.defineOptions(MouseHandler.prototype,\"mouseHandler\",{scrollSpeed:{initialValue:2},dragDelay:{initialValue:150},focusTimout:{initialValue:0}}),exports.MouseHandler=MouseHandler}),ace.define(\"ace/mouse/default_handlers\",[\"require\",\"exports\",\"module\",\"ace/lib/dom\",\"ace/lib/useragent\"],function(acequire,exports){function DefaultHandlers(mouseHandler){mouseHandler.$clickSelection=null;var editor=mouseHandler.editor;editor.setDefaultHandler(\"mousedown\",this.onMouseDown.bind(mouseHandler)),editor.setDefaultHandler(\"dblclick\",this.onDoubleClick.bind(mouseHandler)),editor.setDefaultHandler(\"tripleclick\",this.onTripleClick.bind(mouseHandler)),editor.setDefaultHandler(\"quadclick\",this.onQuadClick.bind(mouseHandler)),editor.setDefaultHandler(\"mousewheel\",this.onMouseWheel.bind(mouseHandler));var exports=[\"select\",\"startSelect\",\"drag\",\"dragEnd\",\"dragWait\",\"dragWaitEnd\",\"startDrag\",\"focusWait\"];exports.forEach(function(x){mouseHandler[x]=this[x]},this),mouseHandler.selectByLines=this.extendSelectionBy.bind(mouseHandler,\"getLineRange\"),mouseHandler.selectByWords=this.extendSelectionBy.bind(mouseHandler,\"getWordRange\")}function calcDistance(ax,ay,bx,by){return Math.sqrt(Math.pow(bx-ax,2)+Math.pow(by-ay,2))}function calcRangeOrientation(range,cursor){if(range.start.row==range.end.row)var cmp=2*cursor.column-range.start.column-range.end.column;else var cmp=2*cursor.row-range.start.row-range.end.row;return 0>cmp?{cursor:range.start,anchor:range.end}:{cursor:range.end,anchor:range.start}}var dom=acequire(\"../lib/dom\");acequire(\"../lib/useragent\");var DRAG_OFFSET=0;(function(){this.onMouseDown=function(ev){var inSelection=ev.inSelection(),pos=ev.getDocumentPosition();this.mousedownEvent=ev;var editor=this.editor,button=ev.getButton();if(0!==button){var selectionRange=editor.getSelectionRange(),selectionEmpty=selectionRange.isEmpty();return selectionEmpty&&(editor.moveCursorToPosition(pos),editor.selection.clearSelection()),editor.textInput.onContextMenu(ev.domEvent),void 0}return!inSelection||editor.isFocused()||(editor.focus(),!this.$focusTimout||this.$clickSelection||editor.inMultiSelectMode)?(!inSelection||this.$clickSelection||ev.getShiftKey()||editor.inMultiSelectMode?this.startSelect(pos):inSelection&&(this.mousedownEvent.time=(new Date).getTime(),this.setState(\"dragWait\")),this.captureMouse(ev),ev.preventDefault()):(this.setState(\"focusWait\"),this.captureMouse(ev),ev.preventDefault())},this.startSelect=function(pos){pos=pos||this.editor.renderer.screenToTextCoordinates(this.x,this.y),this.mousedownEvent.getShiftKey()?this.editor.selection.selectToPosition(pos):this.$clickSelection||(this.editor.moveCursorToPosition(pos),this.editor.selection.clearSelection()),this.setState(\"select\")},this.select=function(){var anchor,editor=this.editor,cursor=editor.renderer.screenToTextCoordinates(this.x,this.y);if(this.$clickSelection){var cmp=this.$clickSelection.comparePoint(cursor);if(-1==cmp)anchor=this.$clickSelection.end;else if(1==cmp)anchor=this.$clickSelection.start;else{var orientedRange=calcRangeOrientation(this.$clickSelection,cursor);cursor=orientedRange.cursor,anchor=orientedRange.anchor}editor.selection.setSelectionAnchor(anchor.row,anchor.column)}editor.selection.selectToPosition(cursor),editor.renderer.scrollCursorIntoView()},this.extendSelectionBy=function(unitName){var anchor,editor=this.editor,cursor=editor.renderer.screenToTextCoordinates(this.x,this.y),range=editor.selection[unitName](cursor.row,cursor.column);if(this.$clickSelection){var cmpStart=this.$clickSelection.comparePoint(range.start),cmpEnd=this.$clickSelection.comparePoint(range.end);if(-1==cmpStart&&0>=cmpEnd)anchor=this.$clickSelection.end,(range.end.row!=cursor.row||range.end.column!=cursor.column)&&(cursor=range.start);else if(1==cmpEnd&&cmpStart>=0)anchor=this.$clickSelection.start,(range.start.row!=cursor.row||range.start.column!=cursor.column)&&(cursor=range.end);else if(-1==cmpStart&&1==cmpEnd)cursor=range.end,anchor=range.start;else{var orientedRange=calcRangeOrientation(this.$clickSelection,cursor);cursor=orientedRange.cursor,anchor=orientedRange.anchor}editor.selection.setSelectionAnchor(anchor.row,anchor.column)}editor.selection.selectToPosition(cursor),editor.renderer.scrollCursorIntoView()},this.startDrag=function(){var editor=this.editor;this.setState(\"drag\"),this.dragRange=editor.getSelectionRange();var style=editor.getSelectionStyle();this.dragSelectionMarker=editor.session.addMarker(this.dragRange,\"ace_selection\",style),editor.clearSelection(),dom.addCssClass(editor.container,\"ace_dragging\"),this.$dragKeybinding||(this.$dragKeybinding={handleKeyboard:function(data,hashId,keyString){return\"esc\"==keyString?{command:this.command}:void 0},command:{exec:function(editor){var self=editor.$mouseHandler;self.dragCursor=null,self.dragEnd(),self.startSelect()}}}),editor.keyBinding.addKeyboardHandler(this.$dragKeybinding)},this.focusWait=function(){var distance=calcDistance(this.mousedownEvent.x,this.mousedownEvent.y,this.x,this.y),time=(new Date).getTime();(distance>DRAG_OFFSET||time-this.mousedownEvent.time>this.$focusTimout)&&this.startSelect(this.mousedownEvent.getDocumentPosition())},this.dragWait=function(){var distance=calcDistance(this.mousedownEvent.x,this.mousedownEvent.y,this.x,this.y),time=(new Date).getTime(),editor=this.editor;distance>DRAG_OFFSET?this.startSelect(this.mousedownEvent.getDocumentPosition()):time-this.mousedownEvent.time>editor.$mouseHandler.$dragDelay&&this.startDrag()},this.dragWaitEnd=function(e){this.mousedownEvent.domEvent=e,this.startSelect()},this.drag=function(){var editor=this.editor;this.dragCursor=editor.renderer.screenToTextCoordinates(this.x,this.y),editor.moveCursorToPosition(this.dragCursor),editor.renderer.scrollCursorIntoView()},this.dragEnd=function(e){var editor=this.editor,dragCursor=this.dragCursor,dragRange=this.dragRange;if(dom.removeCssClass(editor.container,\"ace_dragging\"),editor.session.removeMarker(this.dragSelectionMarker),editor.keyBinding.removeKeyboardHandler(this.$dragKeybinding),dragCursor){if(editor.clearSelection(),e&&(e.ctrlKey||e.altKey)){var session=editor.session,newRange=dragRange;newRange.end=session.insert(dragCursor,session.getTextRange(dragRange)),newRange.start=dragCursor}else{if(dragRange.contains(dragCursor.row,dragCursor.column))return;var newRange=editor.moveText(dragRange,dragCursor)}newRange&&editor.selection.setSelectionRange(newRange)}},this.onDoubleClick=function(ev){var pos=ev.getDocumentPosition(),editor=this.editor,session=editor.session,range=session.getBracketRange(pos);return range?(range.isEmpty()&&(range.start.column--,range.end.column++),this.$clickSelection=range,this.setState(\"select\"),void 0):(this.$clickSelection=editor.selection.getWordRange(pos.row,pos.column),this.setState(\"selectByWords\"),void 0)},this.onTripleClick=function(ev){var pos=ev.getDocumentPosition(),editor=this.editor;this.setState(\"selectByLines\"),this.$clickSelection=editor.selection.getLineRange(pos.row)},this.onQuadClick=function(){var editor=this.editor;editor.selectAll(),this.$clickSelection=editor.getSelectionRange(),this.setState(\"null\")},this.onMouseWheel=function(ev){if(!ev.getShiftKey()&&!ev.getAccelKey()){var t=ev.domEvent.timeStamp,dt=t-(this.$lastScrollTime||0),editor=this.editor,isScrolable=editor.renderer.isScrollableBy(ev.wheelX*ev.speed,ev.wheelY*ev.speed);return isScrolable||200>dt?(this.$lastScrollTime=t,editor.renderer.scrollBy(ev.wheelX*ev.speed,ev.wheelY*ev.speed),ev.stop()):void 0}}}).call(DefaultHandlers.prototype),exports.DefaultHandlers=DefaultHandlers}),ace.define(\"ace/mouse/default_gutter_handler\",[\"require\",\"exports\",\"module\",\"ace/lib/dom\",\"ace/lib/event\"],function(acequire,exports){function GutterHandler(mouseHandler){function createTooltip(){tooltip=dom.createElement(\"div\"),tooltip.className=\"ace_gutter-tooltip\",tooltip.style.display=\"none\",editor.container.appendChild(tooltip)}function showTooltip(){tooltip||createTooltip();var row=mouseEvent.getDocumentPosition().row,annotation=gutter.$annotations[row];if(!annotation)return hideTooltip();var maxRow=editor.session.getLength();if(row==maxRow){var screenRow=editor.renderer.pixelToScreenCoordinates(0,mouseEvent.y).row,pos=mouseEvent.$pos;if(screenRow>editor.session.documentToScreenRow(pos.row,pos.column))return hideTooltip()}tooltipAnnotation!=annotation&&(tooltipAnnotation=annotation.text.join(\"\u003Cbr/>\"),tooltip.style.display=\"block\",tooltip.innerHTML=tooltipAnnotation,editor.on(\"mousewheel\",hideTooltip),moveTooltip(mouseEvent))}function hideTooltip(){tooltipTimeout&&(tooltipTimeout=clearTimeout(tooltipTimeout)),tooltipAnnotation&&(tooltip.style.display=\"none\",tooltipAnnotation=null,editor.removeEventListener(\"mousewheel\",hideTooltip))}function moveTooltip(e){var rect=editor.renderer.$gutter.getBoundingClientRect();tooltip.style.left=e.x+15+\"px\",e.y+3*editor.renderer.lineHeight+15\u003Crect.bottom?(tooltip.style.bottom=\"\",tooltip.style.top=e.y+15+\"px\"):(tooltip.style.top=\"\",tooltip.style.bottom=rect.bottom-e.y+5+\"px\")}var editor=mouseHandler.editor,gutter=editor.renderer.$gutterLayer;mouseHandler.editor.setDefaultHandler(\"guttermousedown\",function(e){if(editor.isFocused()){var gutterRegion=gutter.getRegion(e);if(\"foldWidgets\"!=gutterRegion){var row=e.getDocumentPosition().row,selection=editor.session.selection;if(e.getShiftKey())selection.selectTo(row,0);else{if(2==e.domEvent.detail)return editor.selectAll(),e.preventDefault();mouseHandler.$clickSelection=editor.selection.getLineRange(row)}return mouseHandler.captureMouse(e,\"selectByLines\"),e.preventDefault()}}});var tooltipTimeout,mouseEvent,tooltip,tooltipAnnotation;mouseHandler.editor.setDefaultHandler(\"guttermousemove\",function(e){var target=e.domEvent.target||e.domEvent.srcElement;return dom.hasCssClass(target,\"ace_fold-widget\")?hideTooltip():(tooltipAnnotation&&moveTooltip(e),mouseEvent=e,tooltipTimeout||(tooltipTimeout=setTimeout(function(){tooltipTimeout=null,mouseEvent&&!mouseHandler.isMousePressed?showTooltip():hideTooltip()},50)),void 0)}),event.addListener(editor.renderer.$gutter,\"mouseout\",function(){mouseEvent=null,tooltipAnnotation&&!tooltipTimeout&&(tooltipTimeout=setTimeout(function(){tooltipTimeout=null,hideTooltip()},50))})}var dom=acequire(\"../lib/dom\"),event=acequire(\"../lib/event\");exports.GutterHandler=GutterHandler}),ace.define(\"ace/mouse/mouse_event\",[\"require\",\"exports\",\"module\",\"ace/lib/event\",\"ace/lib/useragent\"],function(acequire,exports){var event=acequire(\"../lib/event\"),useragent=acequire(\"../lib/useragent\"),MouseEvent=exports.MouseEvent=function(domEvent,editor){this.domEvent=domEvent,this.editor=editor,this.x=this.clientX=domEvent.clientX,this.y=this.clientY=domEvent.clientY,this.$pos=null,this.$inSelection=null,this.propagationStopped=!1,this.defaultPrevented=!1};(function(){this.stopPropagation=function(){event.stopPropagation(this.domEvent),this.propagationStopped=!0},this.preventDefault=function(){event.preventDefault(this.domEvent),this.defaultPrevented=!0},this.stop=function(){this.stopPropagation(),this.preventDefault()},this.getDocumentPosition=function(){return this.$pos?this.$pos:(this.$pos=this.editor.renderer.screenToTextCoordinates(this.clientX,this.clientY),this.$pos)},this.inSelection=function(){if(null!==this.$inSelection)return this.$inSelection;var editor=this.editor;if(editor.getReadOnly())this.$inSelection=!1;else{var selectionRange=editor.getSelectionRange();if(selectionRange.isEmpty())this.$inSelection=!1;else{var pos=this.getDocumentPosition();this.$inSelection=selectionRange.contains(pos.row,pos.column)}}return this.$inSelection},this.getButton=function(){return event.getButton(this.domEvent)},this.getShiftKey=function(){return this.domEvent.shiftKey},this.getAccelKey=useragent.isMac?function(){return this.domEvent.metaKey}:function(){return this.domEvent.ctrlKey}}).call(MouseEvent.prototype)}),ace.define(\"ace/mouse/dragdrop\",[\"require\",\"exports\",\"module\",\"ace/lib/event\"],function(acequire,exports){var event=acequire(\"../lib/event\"),DragdropHandler=function(mouseHandler){function addDragMarker(){range=editor.selection.toOrientedRange(),dragSelectionMarker=editor.session.addMarker(range,\"ace_selection\",editor.getSelectionStyle()),editor.clearSelection(),clearInterval(timerId),timerId=setInterval(onDragInterval,20),counter=0,event.addListener(document,\"mousemove\",onMouseMove)}function clearDragMarker(){clearInterval(timerId),editor.session.removeMarker(dragSelectionMarker),dragSelectionMarker=null,editor.selection.fromOrientedRange(range),counter=0,event.removeListener(document,\"mousemove\",onMouseMove)}function onMouseMove(){null==onMouseMoveTimer&&(onMouseMoveTimer=setTimeout(function(){null!=onMouseMoveTimer&&dragSelectionMarker&&clearDragMarker()},20))}var dragSelectionMarker,x,y,timerId,range,dragCursor,editor=mouseHandler.editor,counter=0,mouseTarget=editor.container;event.addListener(mouseTarget,\"dragenter\",function(e){if(!editor.getReadOnly()){var types=e.dataTransfer.types;if(!types||-1!==Array.prototype.indexOf.call(types,\"text/plain\"))return dragSelectionMarker||addDragMarker(),counter++,event.preventDefault(e)}}),event.addListener(mouseTarget,\"dragover\",function(e){if(!editor.getReadOnly()){var types=e.dataTransfer.types;if(!types||-1!==Array.prototype.indexOf.call(types,\"text/plain\"))return null!==onMouseMoveTimer&&(onMouseMoveTimer=null),x=e.clientX,y=e.clientY,event.preventDefault(e)}});var onDragInterval=function(){dragCursor=editor.renderer.screenToTextCoordinates(x,y),editor.moveCursorToPosition(dragCursor),editor.renderer.scrollCursorIntoView()};event.addListener(mouseTarget,\"dragleave\",function(e){return counter--,0>=counter&&dragSelectionMarker?(clearDragMarker(),event.preventDefault(e)):void 0}),event.addListener(mouseTarget,\"drop\",function(e){return dragSelectionMarker?(range.end=editor.session.insert(dragCursor,e.dataTransfer.getData(\"Text\")),range.start=dragCursor,clearDragMarker(),editor.focus(),event.preventDefault(e)):void 0});var onMouseMoveTimer=null};exports.DragdropHandler=DragdropHandler}),ace.define(\"ace/config\",[\"require\",\"exports\",\"module\",\"ace/lib/lang\",\"ace/lib/oop\",\"ace/lib/net\",\"ace/lib/event_emitter\"],function(acequire,exports,module){\"no use strict\";\nfunction deHyphenate(str){return str.replace(/-(.)/g,function(m,m1){return m1.toUpperCase()})}var lang=acequire(\"./lib/lang\"),oop=acequire(\"./lib/oop\"),net=acequire(\"./lib/net\"),EventEmitter=acequire(\"./lib/event_emitter\").EventEmitter,global=function(){return this}(),options={packaged:!1,workerPath:null,modePath:null,themePath:null,basePath:\"\",suffix:\".js\",$moduleUrls:{}};exports.get=function(key){if(!options.hasOwnProperty(key))throw Error(\"Unknown config key: \"+key);return options[key]},exports.set=function(key,value){if(!options.hasOwnProperty(key))throw Error(\"Unknown config key: \"+key);options[key]=value},exports.all=function(){return lang.copyObject(options)},oop.implement(exports,EventEmitter),exports.moduleUrl=function(name,component){if(options.$moduleUrls[name])return options.$moduleUrls[name];var parts=name.split(\"/\");component=component||parts[parts.length-2]||\"\";var base=parts[parts.length-1].replace(component,\"\").replace(/(^[\\-_])|([\\-_]$)/,\"\");!base&&parts.length>1&&(base=parts[parts.length-2]);var path=options[component+\"Path\"];return null==path&&(path=options.basePath),path&&\"/\"!=path.slice(-1)&&(path+=\"/\"),path+component+\"-\"+base+this.get(\"suffix\")},exports.setModuleUrl=function(name,subst){return options.$moduleUrls[name]=subst},exports.$loading={},exports.loadModule=function(moduleName,onLoad){var module,moduleType;Array.isArray(moduleName)&&(moduleType=moduleName[0],moduleName=moduleName[1]);try{module=acequire(moduleName)}catch(e){}if(module&&!exports.$loading[moduleName])return onLoad&&onLoad(module);if(exports.$loading[moduleName]||(exports.$loading[moduleName]=[]),exports.$loading[moduleName].push(onLoad),!(exports.$loading[moduleName].length>1)){var afterLoad=function(){acequire([moduleName],function(module){exports._emit(\"load.module\",{name:moduleName,module:module});var listeners=exports.$loading[moduleName];exports.$loading[moduleName]=null,listeners.forEach(function(onLoad){onLoad&&onLoad(module)})})};return exports.get(\"packaged\")?(net.loadScript(exports.moduleUrl(moduleName,moduleType),afterLoad),void 0):afterLoad()}},exports.init=function(){if(options.packaged=acequire.packaged||module.packaged||global.define&&define.packaged,!global.document)return\"\";for(var scriptOptions={},scriptUrl=\"\",scripts=document.getElementsByTagName(\"script\"),i=0;scripts.length>i;i++){var script=scripts[i],src=script.src||script.getAttribute(\"src\");if(src){for(var attributes=script.attributes,j=0,l=attributes.length;l>j;j++){var attr=attributes[j];0===attr.name.indexOf(\"data-ace-\")&&(scriptOptions[deHyphenate(attr.name.replace(/^data-ace-/,\"\"))]=attr.value)}var m=src.match(/^(.*)\\/ace(\\-\\w+)?\\.js(\\?|$)/);m&&(scriptUrl=m[1])}}scriptUrl&&(scriptOptions.base=scriptOptions.base||scriptUrl,scriptOptions.packaged=!0),scriptOptions.basePath=scriptOptions.base,scriptOptions.workerPath=scriptOptions.workerPath||scriptOptions.base,scriptOptions.modePath=scriptOptions.modePath||scriptOptions.base,scriptOptions.themePath=scriptOptions.themePath||scriptOptions.base,delete scriptOptions.base;for(var key in scriptOptions)scriptOptions[key]!==void 0&&exports.set(key,scriptOptions[key])};var optionsProvider={setOptions:function(optList){Object.keys(optList).forEach(function(key){this.setOption(key,optList[key])},this)},getOptions:function(a){var b={};return Object.keys(a).forEach(function(key){b[key]=this.getOption(key)},this),b},setOption:function(name,value){if(this[\"$\"+name]!==value){var opt=this.$options[name];if(!opt)return void 0;if(opt.forwardTo)return this[opt.forwardTo]&&this[opt.forwardTo].setOption(name,value);opt.handlesSet||(this[\"$\"+name]=value),opt&&opt.set&&opt.set.call(this,value)}},getOption:function(name){var opt=this.$options[name];return opt?opt.forwardTo?this[opt.forwardTo]&&this[opt.forwardTo].getOption(name):opt&&opt.get?opt.get.call(this):this[\"$\"+name]:void 0}},defaultOptions={};exports.defineOptions=function(obj,path,options){return obj.$options||(defaultOptions[path]=obj.$options={}),Object.keys(options).forEach(function(key){var opt=options[key];\"string\"==typeof opt&&(opt={forwardTo:opt}),opt.name||(opt.name=key),obj.$options[opt.name]=opt,\"initialValue\"in opt&&(obj[\"$\"+opt.name]=opt.initialValue)}),oop.implement(obj,optionsProvider),this},exports.resetOptions=function(obj){Object.keys(obj.$options).forEach(function(key){var opt=obj.$options[key];\"value\"in opt&&obj.setOption(key,opt.value)})},exports.setDefaultValue=function(path,name,value){var opts=defaultOptions[path]||(defaultOptions[path]={});opts[name]&&(opts.forwardTo?exports.setDefaultValue(opts.forwardTo,name,value):opts[name].value=value)},exports.setDefaultValues=function(path,optionHash){Object.keys(optionHash).forEach(function(key){exports.setDefaultValue(path,key,optionHash[key])})}}),ace.define(\"ace/lib/net\",[\"require\",\"exports\",\"module\",\"ace/lib/dom\"],function(acequire,exports){var dom=acequire(\"./dom\");exports.get=function(url,callback){var xhr=new XMLHttpRequest;xhr.open(\"GET\",url,!0),xhr.onreadystatechange=function(){4===xhr.readyState&&callback(xhr.responseText)},xhr.send(null)},exports.loadScript=function(path,callback){var head=dom.getDocumentHead(),s=document.createElement(\"script\");s.src=path,head.appendChild(s),s.onload=s.onreadystatechange=function(_,isAbort){(isAbort||!s.readyState||\"loaded\"==s.readyState||\"complete\"==s.readyState)&&(s=s.onload=s.onreadystatechange=null,isAbort||callback())}}}),ace.define(\"ace/lib/event_emitter\",[\"require\",\"exports\",\"module\"],function(acequire,exports){var EventEmitter={},stopPropagation=function(){this.propagationStopped=!0},preventDefault=function(){this.defaultPrevented=!0};EventEmitter._emit=EventEmitter._dispatchEvent=function(eventName,e){this._eventRegistry||(this._eventRegistry={}),this._defaultHandlers||(this._defaultHandlers={});var listeners=this._eventRegistry[eventName]||[],defaultHandler=this._defaultHandlers[eventName];if(listeners.length||defaultHandler){\"object\"==typeof e&&e||(e={}),e.type||(e.type=eventName),e.stopPropagation||(e.stopPropagation=stopPropagation),e.preventDefault||(e.preventDefault=preventDefault);for(var i=0;listeners.length>i&&(listeners[i](e,this),!e.propagationStopped);i++);return defaultHandler&&!e.defaultPrevented?defaultHandler(e,this):void 0}},EventEmitter._signal=function(eventName,e){var listeners=(this._eventRegistry||{})[eventName];if(listeners)for(var i=0;listeners.length>i;i++)listeners[i](e,this)},EventEmitter.once=function(eventName,callback){var _self=this;callback&&this.addEventListener(eventName,function newCallback(){_self.removeEventListener(eventName,newCallback),callback.apply(null,arguments)})},EventEmitter.setDefaultHandler=function(eventName,callback){if(this._defaultHandlers=this._defaultHandlers||{},this._defaultHandlers[eventName])throw Error(\"The default handler for '\"+eventName+\"' is already set\");this._defaultHandlers[eventName]=callback},EventEmitter.on=EventEmitter.addEventListener=function(eventName,callback,capturing){this._eventRegistry=this._eventRegistry||{};var listeners=this._eventRegistry[eventName];return listeners||(listeners=this._eventRegistry[eventName]=[]),-1==listeners.indexOf(callback)&&listeners[capturing?\"unshift\":\"push\"](callback),callback},EventEmitter.off=EventEmitter.removeListener=EventEmitter.removeEventListener=function(eventName,callback){this._eventRegistry=this._eventRegistry||{};var listeners=this._eventRegistry[eventName];if(listeners){var index=listeners.indexOf(callback);-1!==index&&listeners.splice(index,1)}},EventEmitter.removeAllListeners=function(eventName){this._eventRegistry&&(this._eventRegistry[eventName]=[])},exports.EventEmitter=EventEmitter}),ace.define(\"ace/mouse/fold_handler\",[\"require\",\"exports\",\"module\"],function(acequire,exports){function FoldHandler(editor){editor.on(\"click\",function(e){var position=e.getDocumentPosition(),session=editor.session,fold=session.getFoldAt(position.row,position.column,1);fold&&(e.getAccelKey()?session.removeFold(fold):session.expandFold(fold),e.stop())}),editor.on(\"gutterclick\",function(e){var gutterRegion=editor.renderer.$gutterLayer.getRegion(e);if(\"foldWidgets\"==gutterRegion){var row=e.getDocumentPosition().row,session=editor.session;session.foldWidgets&&session.foldWidgets[row]&&editor.session.onFoldWidgetClick(row,e),editor.isFocused()||editor.focus(),e.stop()}}),editor.on(\"gutterdblclick\",function(e){var gutterRegion=editor.renderer.$gutterLayer.getRegion(e);if(\"foldWidgets\"==gutterRegion){var row=e.getDocumentPosition().row,session=editor.session,data=session.getParentFoldRangeData(row,!0),range=data.range||data.firstRange;if(range){var row=range.start.row,fold=session.getFoldAt(row,session.getLine(row).length,1);fold?session.removeFold(fold):(session.addFold(\"...\",range),editor.renderer.scrollCursorIntoView({row:range.start.row,column:0}))}e.stop()}})}exports.FoldHandler=FoldHandler}),ace.define(\"ace/keyboard/keybinding\",[\"require\",\"exports\",\"module\",\"ace/lib/keys\",\"ace/lib/event\"],function(acequire,exports){var keyUtil=acequire(\"../lib/keys\"),event=acequire(\"../lib/event\"),KeyBinding=function(editor){this.$editor=editor,this.$data={},this.$handlers=[],this.setDefaultHandler(editor.commands)};(function(){this.setDefaultHandler=function(kb){this.removeKeyboardHandler(this.$defaultHandler),this.$defaultHandler=kb,this.addKeyboardHandler(kb,0),this.$data={editor:this.$editor}},this.setKeyboardHandler=function(kb){var h=this.$handlers;if(h[h.length-1]!=kb){for(;h[h.length-1]&&h[h.length-1]!=this.$defaultHandler;)this.removeKeyboardHandler(h[h.length-1]);this.addKeyboardHandler(kb,1)}},this.addKeyboardHandler=function(kb,pos){if(kb){var i=this.$handlers.indexOf(kb);-1!=i&&this.$handlers.splice(i,1),void 0==pos?this.$handlers.push(kb):this.$handlers.splice(pos,0,kb),-1==i&&kb.attach&&kb.attach(this.$editor)}},this.removeKeyboardHandler=function(kb){var i=this.$handlers.indexOf(kb);return-1==i?!1:(this.$handlers.splice(i,1),kb.detach&&kb.detach(this.$editor),!0)},this.getKeyboardHandler=function(){return this.$handlers[this.$handlers.length-1]},this.$callKeyboardHandlers=function(hashId,keyString,keyCode,e){for(var toExecute,success=!1,commands=this.$editor.commands,i=this.$handlers.length;i--&&(toExecute=this.$handlers[i].handleKeyboard(this.$data,hashId,keyString,keyCode,e),!(toExecute&&toExecute.command&&(success=\"null\"==toExecute.command?1!=toExecute.passEvent:commands.exec(toExecute.command,this.$editor,toExecute.args,e),success&&e&&-1!=hashId&&event.stopEvent(e),success))););return success},this.onCommandKey=function(e,hashId,keyCode){var keyString=keyUtil.keyCodeToString(keyCode);this.$callKeyboardHandlers(hashId,keyString,keyCode,e)},this.onTextInput=function(text){var success=this.$callKeyboardHandlers(-1,text);success||this.$editor.commands.exec(\"insertstring\",this.$editor,text)}}).call(KeyBinding.prototype),exports.KeyBinding=KeyBinding}),ace.define(\"ace/edit_session\",[\"require\",\"exports\",\"module\",\"ace/lib/oop\",\"ace/lib/lang\",\"ace/config\",\"ace/lib/event_emitter\",\"ace/selection\",\"ace/mode/text\",\"ace/range\",\"ace/document\",\"ace/background_tokenizer\",\"ace/search_highlight\",\"ace/edit_session/folding\",\"ace/edit_session/bracket_match\"],function(acequire,exports){var oop=acequire(\"./lib/oop\"),lang=acequire(\"./lib/lang\"),config=acequire(\"./config\"),EventEmitter=acequire(\"./lib/event_emitter\").EventEmitter,Selection=acequire(\"./selection\").Selection,TextMode=acequire(\"./mode/text\").Mode,Range=acequire(\"./range\").Range,Document=acequire(\"./document\").Document,BackgroundTokenizer=acequire(\"./background_tokenizer\").BackgroundTokenizer,SearchHighlight=acequire(\"./search_highlight\").SearchHighlight,EditSession=function(text,mode){this.$breakpoints=[],this.$decorations=[],this.$frontMarkers={},this.$backMarkers={},this.$markerId=1,this.$undoSelect=!0,this.$foldData=[],this.$foldData.toString=function(){return this.join(\"\\n\")},this.on(\"changeFold\",this.onChangeFold.bind(this)),this.$onChange=this.onChange.bind(this),\"object\"==typeof text&&text.getLine||(text=new Document(text)),this.setDocument(text),this.selection=new Selection(this),this.setMode(mode),config.resetOptions(this),config._emit(\"session\",this)};(function(){function isFullWidth(c){return 4352>c?!1:c>=4352&&4447>=c||c>=4515&&4519>=c||c>=4602&&4607>=c||c>=9001&&9002>=c||c>=11904&&11929>=c||c>=11931&&12019>=c||c>=12032&&12245>=c||c>=12272&&12283>=c||c>=12288&&12350>=c||c>=12353&&12438>=c||c>=12441&&12543>=c||c>=12549&&12589>=c||c>=12593&&12686>=c||c>=12688&&12730>=c||c>=12736&&12771>=c||c>=12784&&12830>=c||c>=12832&&12871>=c||c>=12880&&13054>=c||c>=13056&&19903>=c||c>=19968&&42124>=c||c>=42128&&42182>=c||c>=43360&&43388>=c||c>=44032&&55203>=c||c>=55216&&55238>=c||c>=55243&&55291>=c||c>=63744&&64255>=c||c>=65040&&65049>=c||c>=65072&&65106>=c||c>=65108&&65126>=c||c>=65128&&65131>=c||c>=65281&&65376>=c||c>=65504&&65510>=c}oop.implement(this,EventEmitter),this.setDocument=function(doc){this.doc&&this.doc.removeListener(\"change\",this.$onChange),this.doc=doc,doc.on(\"change\",this.$onChange),this.bgTokenizer&&this.bgTokenizer.setDocument(this.getDocument()),this.resetCaches()},this.getDocument=function(){return this.doc},this.$resetRowCache=function(docRow){if(!docRow)return this.$docRowCache=[],this.$screenRowCache=[],void 0;var l=this.$docRowCache.length,i=this.$getRowCacheIndex(this.$docRowCache,docRow)+1;l>i&&(this.$docRowCache.splice(i,l),this.$screenRowCache.splice(i,l))},this.$getRowCacheIndex=function(cacheArray,val){for(var low=0,hi=cacheArray.length-1;hi>=low;){var mid=low+hi>>1,c=cacheArray[mid];if(val>c)low=mid+1;else{if(!(c>val))return mid;hi=mid-1}}return low-1},this.resetCaches=function(){this.$modified=!0,this.$wrapData=[],this.$rowLengthCache=[],this.$resetRowCache(0),this.bgTokenizer&&this.bgTokenizer.start(0)},this.onChangeFold=function(e){var fold=e.data;this.$resetRowCache(fold.start.row)},this.onChange=function(e){var delta=e.data;this.$modified=!0,this.$resetRowCache(delta.range.start.row);var removedFolds=this.$updateInternalDataOnChange(e);this.$fromUndo||!this.$undoManager||delta.ignore||(this.$deltasDoc.push(delta),removedFolds&&0!=removedFolds.length&&this.$deltasFold.push({action:\"removeFolds\",folds:removedFolds}),this.$informUndoManager.schedule()),this.bgTokenizer.$updateOnChange(delta),this._emit(\"change\",e)},this.setValue=function(text){this.doc.setValue(text),this.selection.moveCursorTo(0,0),this.selection.clearSelection(),this.$resetRowCache(0),this.$deltas=[],this.$deltasDoc=[],this.$deltasFold=[],this.getUndoManager().reset()},this.getValue=this.toString=function(){return this.doc.getValue()},this.getSelection=function(){return this.selection},this.getState=function(row){return this.bgTokenizer.getState(row)},this.getTokens=function(row){return this.bgTokenizer.getTokens(row)},this.getTokenAt=function(row,column){var token,tokens=this.bgTokenizer.getTokens(row),c=0;if(null==column)i=tokens.length-1,c=this.getLine(row).length;else for(var i=0;tokens.length>i&&(c+=tokens[i].value.length,!(c>=column));i++);return(token=tokens[i])?(token.index=i,token.start=c-token.value.length,token):null},this.setUndoManager=function(undoManager){if(this.$undoManager=undoManager,this.$deltas=[],this.$deltasDoc=[],this.$deltasFold=[],this.$informUndoManager&&this.$informUndoManager.cancel(),undoManager){var self=this;this.$syncInformUndoManager=function(){self.$informUndoManager.cancel(),self.$deltasFold.length&&(self.$deltas.push({group:\"fold\",deltas:self.$deltasFold}),self.$deltasFold=[]),self.$deltasDoc.length&&(self.$deltas.push({group:\"doc\",deltas:self.$deltasDoc}),self.$deltasDoc=[]),self.$deltas.length>0&&undoManager.execute({action:\"aceupdate\",args:[self.$deltas,self]}),self.$deltas=[]},this.$informUndoManager=lang.delayedCall(this.$syncInformUndoManager)}},this.markUndoGroup=function(){this.$syncInformUndoManager&&this.$syncInformUndoManager()},this.$defaultUndoManager={undo:function(){},redo:function(){},reset:function(){}},this.getUndoManager=function(){return this.$undoManager||this.$defaultUndoManager},this.getTabString=function(){return this.getUseSoftTabs()?lang.stringRepeat(\" \",this.getTabSize()):\"\t\"},this.setUseSoftTabs=function(val){this.setOption(\"useSoftTabs\",val)},this.getUseSoftTabs=function(){return this.$useSoftTabs},this.setTabSize=function(tabSize){this.setOption(\"tabSize\",tabSize)},this.getTabSize=function(){return this.$tabSize},this.isTabStop=function(position){return this.$useSoftTabs&&0==position.column%this.$tabSize},this.$overwrite=!1,this.setOverwrite=function(overwrite){this.setOption(\"overwrite\",overwrite)},this.getOverwrite=function(){return this.$overwrite},this.toggleOverwrite=function(){this.setOverwrite(!this.$overwrite)},this.addGutterDecoration=function(row,className){this.$decorations[row]||(this.$decorations[row]=\"\"),this.$decorations[row]+=\" \"+className,this._emit(\"changeBreakpoint\",{})},this.removeGutterDecoration=function(row,className){this.$decorations[row]=(this.$decorations[row]||\"\").replace(\" \"+className,\"\"),this._emit(\"changeBreakpoint\",{})},this.getBreakpoints=function(){return this.$breakpoints},this.setBreakpoints=function(rows){this.$breakpoints=[];for(var i=0;rows.length>i;i++)this.$breakpoints[rows[i]]=\"ace_breakpoint\";this._emit(\"changeBreakpoint\",{})},this.clearBreakpoints=function(){this.$breakpoints=[],this._emit(\"changeBreakpoint\",{})},this.setBreakpoint=function(row,className){void 0===className&&(className=\"ace_breakpoint\"),className?this.$breakpoints[row]=className:delete this.$breakpoints[row],this._emit(\"changeBreakpoint\",{})},this.clearBreakpoint=function(row){delete this.$breakpoints[row],this._emit(\"changeBreakpoint\",{})},this.addMarker=function(range,clazz,type,inFront){var id=this.$markerId++,marker={range:range,type:type||\"line\",renderer:\"function\"==typeof type?type:null,clazz:clazz,inFront:!!inFront,id:id};return inFront?(this.$frontMarkers[id]=marker,this._emit(\"changeFrontMarker\")):(this.$backMarkers[id]=marker,this._emit(\"changeBackMarker\")),id},this.addDynamicMarker=function(marker,inFront){if(marker.update){var id=this.$markerId++;return marker.id=id,marker.inFront=!!inFront,inFront?(this.$frontMarkers[id]=marker,this._emit(\"changeFrontMarker\")):(this.$backMarkers[id]=marker,this._emit(\"changeBackMarker\")),marker}},this.removeMarker=function(markerId){var marker=this.$frontMarkers[markerId]||this.$backMarkers[markerId];if(marker){var markers=marker.inFront?this.$frontMarkers:this.$backMarkers;marker&&(delete markers[markerId],this._emit(marker.inFront?\"changeFrontMarker\":\"changeBackMarker\"))}},this.getMarkers=function(inFront){return inFront?this.$frontMarkers:this.$backMarkers},this.highlight=function(re){if(!this.$searchHighlight){var highlight=new SearchHighlight(null,\"ace_selected-word\",\"text\");this.$searchHighlight=this.addDynamicMarker(highlight)}this.$searchHighlight.setRegexp(re)},this.highlightLines=function(startRow,endRow,clazz,inFront){\"number\"!=typeof endRow&&(clazz=endRow,endRow=startRow),clazz||(clazz=\"ace_step\");var range=new Range(startRow,0,endRow,1/0);return range.id=this.addMarker(range,clazz,\"fullLine\",inFront),range},this.setAnnotations=function(annotations){this.$annotations=annotations,this._emit(\"changeAnnotation\",{})},this.getAnnotations=function(){return this.$annotations||[]},this.clearAnnotations=function(){this.setAnnotations([])},this.$detectNewLine=function(text){var match=text.match(/^.*?(\\r?\\n)/m);this.$autoNewLine=match?match[1]:\"\\n\"},this.getWordRange=function(row,column){var line=this.getLine(row),inToken=!1;if(column>0&&(inToken=!!line.charAt(column-1).match(this.tokenRe)),inToken||(inToken=!!line.charAt(column).match(this.tokenRe)),inToken)var re=this.tokenRe;else if(/^\\s+$/.test(line.slice(column-1,column+1)))var re=/\\s/;else var re=this.nonTokenRe;var start=column;if(start>0){do start--;while(start>=0&&line.charAt(start).match(re));start++}for(var end=column;line.length>end&&line.charAt(end).match(re);)end++;return new Range(row,start,row,end)},this.getAWordRange=function(row,column){for(var wordRange=this.getWordRange(row,column),line=this.getLine(wordRange.end.row);line.charAt(wordRange.end.column).match(/[ \\t]/);)wordRange.end.column+=1;return wordRange},this.setNewLineMode=function(newLineMode){this.doc.setNewLineMode(newLineMode)},this.getNewLineMode=function(){return this.doc.getNewLineMode()},this.setUseWorker=function(useWorker){this.setOption(\"useWorker\",useWorker)},this.getUseWorker=function(){return this.$useWorker},this.onReloadTokenizer=function(e){var rows=e.data;this.bgTokenizer.start(rows.first),this._emit(\"tokenizerUpdate\",e)},this.$modes={},this.$mode=null,this.$modeId=null,this.setMode=function(mode){if(mode&&\"object\"==typeof mode){if(mode.getTokenizer)return this.$onChangeMode(mode);var options=mode,path=options.path}else path=mode||\"ace/mode/text\";return this.$modes[\"ace/mode/text\"]||(this.$modes[\"ace/mode/text\"]=new TextMode),this.$modes[path]&&!options?this.$onChangeMode(this.$modes[path]):(this.$modeId=path,config.loadModule([\"mode\",path],function(m){return this.$modeId===path?this.$modes[path]&&!options?this.$onChangeMode(this.$modes[path]):(m&&m.Mode&&(m=new m.Mode(options),options||(this.$modes[path]=m,m.$id=path),this.$onChangeMode(m)),void 0):void 0}.bind(this)),this.$mode||this.$onChangeMode(this.$modes[\"ace/mode/text\"],!0),void 0)},this.$onChangeMode=function(mode,$isPlaceholder){if(this.$mode!==mode){this.$mode=mode,this.$stopWorker(),this.$useWorker&&this.$startWorker();var tokenizer=mode.getTokenizer();if(void 0!==tokenizer.addEventListener){var onReloadTokenizer=this.onReloadTokenizer.bind(this);tokenizer.addEventListener(\"update\",onReloadTokenizer)}if(this.bgTokenizer)this.bgTokenizer.setTokenizer(tokenizer);else{this.bgTokenizer=new BackgroundTokenizer(tokenizer);var _self=this;this.bgTokenizer.addEventListener(\"update\",function(e){_self._emit(\"tokenizerUpdate\",e)})}this.bgTokenizer.setDocument(this.getDocument()),this.tokenRe=mode.tokenRe,this.nonTokenRe=mode.nonTokenRe,$isPlaceholder||(this.$modeId=mode.$id,this.$setFolding(mode.foldingRules),this._emit(\"changeMode\"),this.bgTokenizer.start(0))}},this.$stopWorker=function(){this.$worker&&this.$worker.terminate(),this.$worker=null},this.$startWorker=function(){if(\"undefined\"==typeof Worker||acequire.noWorker)this.$worker=null;else try{this.$worker=this.$mode.createWorker(this)}catch(e){console.log(\"Could not load worker\"),console.log(e),this.$worker=null}},this.getMode=function(){return this.$mode},this.$scrollTop=0,this.setScrollTop=function(scrollTop){scrollTop=Math.round(Math.max(0,scrollTop)),this.$scrollTop===scrollTop||isNaN(scrollTop)||(this.$scrollTop=scrollTop,this._signal(\"changeScrollTop\",scrollTop))},this.getScrollTop=function(){return this.$scrollTop},this.$scrollLeft=0,this.setScrollLeft=function(scrollLeft){scrollLeft=Math.round(Math.max(0,scrollLeft)),this.$scrollLeft===scrollLeft||isNaN(scrollLeft)||(this.$scrollLeft=scrollLeft,this._signal(\"changeScrollLeft\",scrollLeft))},this.getScrollLeft=function(){return this.$scrollLeft},this.getScreenWidth=function(){return this.$computeWidth(),this.screenWidth},this.$computeWidth=function(force){if(this.$modified||force){if(this.$modified=!1,this.$useWrapMode)return this.screenWidth=this.$wrapLimit;for(var lines=this.doc.getAllLines(),cache=this.$rowLengthCache,longestScreenLine=0,foldIndex=0,foldLine=this.$foldData[foldIndex],foldStart=foldLine?foldLine.start.row:1/0,len=lines.length,i=0;len>i;i++){if(i>foldStart){if(i=foldLine.end.row+1,i>=len)break;foldLine=this.$foldData[foldIndex++],foldStart=foldLine?foldLine.start.row:1/0}null==cache[i]&&(cache[i]=this.$getStringScreenWidth(lines[i])[0]),cache[i]>longestScreenLine&&(longestScreenLine=cache[i])}this.screenWidth=longestScreenLine}},this.getLine=function(row){return this.doc.getLine(row)},this.getLines=function(firstRow,lastRow){return this.doc.getLines(firstRow,lastRow)},this.getLength=function(){return this.doc.getLength()},this.getTextRange=function(range){return this.doc.getTextRange(range||this.selection.getRange())},this.insert=function(position,text){return this.doc.insert(position,text)},this.remove=function(range){return this.doc.remove(range)},this.undoChanges=function(deltas,dontSelect){if(deltas.length){this.$fromUndo=!0;for(var lastUndoRange=null,i=deltas.length-1;-1!=i;i--){var delta=deltas[i];\"doc\"==delta.group?(this.doc.revertDeltas(delta.deltas),lastUndoRange=this.$getUndoSelection(delta.deltas,!0,lastUndoRange)):delta.deltas.forEach(function(foldDelta){this.addFolds(foldDelta.folds)},this)}return this.$fromUndo=!1,lastUndoRange&&this.$undoSelect&&!dontSelect&&this.selection.setSelectionRange(lastUndoRange),lastUndoRange}},this.redoChanges=function(deltas,dontSelect){if(deltas.length){this.$fromUndo=!0;for(var lastUndoRange=null,i=0;deltas.length>i;i++){var delta=deltas[i];\"doc\"==delta.group&&(this.doc.applyDeltas(delta.deltas),lastUndoRange=this.$getUndoSelection(delta.deltas,!1,lastUndoRange))}return this.$fromUndo=!1,lastUndoRange&&this.$undoSelect&&!dontSelect&&this.selection.setSelectionRange(lastUndoRange),lastUndoRange}},this.setUndoSelect=function(enable){this.$undoSelect=enable},this.$getUndoSelection=function(deltas,isUndo,lastUndoRange){function isInsert(delta){var insert=\"insertText\"===delta.action||\"insertLines\"===delta.action;return isUndo?!insert:insert}var range,point,delta=deltas[0],lastDeltaIsInsert=!1;isInsert(delta)?(range=delta.range.clone(),lastDeltaIsInsert=!0):(range=Range.fromPoints(delta.range.start,delta.range.start),lastDeltaIsInsert=!1);for(var i=1;deltas.length>i;i++)delta=deltas[i],isInsert(delta)?(point=delta.range.start,-1==range.compare(point.row,point.column)&&range.setStart(delta.range.start),point=delta.range.end,1==range.compare(point.row,point.column)&&range.setEnd(delta.range.end),lastDeltaIsInsert=!0):(point=delta.range.start,-1==range.compare(point.row,point.column)&&(range=Range.fromPoints(delta.range.start,delta.range.start)),lastDeltaIsInsert=!1);if(null!=lastUndoRange){var cmp=lastUndoRange.compareRange(range);1==cmp?range.setStart(lastUndoRange.start):-1==cmp&&range.setEnd(lastUndoRange.end)}return range},this.replace=function(range,text){return this.doc.replace(range,text)},this.moveText=function(fromRange,toPosition,copy){var text=this.getTextRange(fromRange),folds=this.getFoldsInRange(fromRange),toRange=Range.fromPoints(toPosition,toPosition);if(!copy){this.remove(fromRange);var rowDiff=fromRange.start.row-fromRange.end.row,collDiff=rowDiff?-fromRange.end.column:fromRange.start.column-fromRange.end.column;collDiff&&(toRange.start.row==fromRange.end.row&&toRange.start.column>fromRange.end.column&&(toRange.start.column+=collDiff),toRange.end.row==fromRange.end.row&&toRange.end.column>fromRange.end.column&&(toRange.end.column+=collDiff)),rowDiff&&toRange.start.row>=fromRange.end.row&&(toRange.start.row+=rowDiff,toRange.end.row+=rowDiff)}if(this.insert(toRange.start,text),folds.length){var oldStart=fromRange.start,newStart=toRange.start,rowDiff=newStart.row-oldStart.row,collDiff=newStart.column-oldStart.column;this.addFolds(folds.map(function(x){return x=x.clone(),x.start.row==oldStart.row&&(x.start.column+=collDiff),x.end.row==oldStart.row&&(x.end.column+=collDiff),x.start.row+=rowDiff,x.end.row+=rowDiff,x}))}return toRange},this.indentRows=function(startRow,endRow,indentString){indentString=indentString.replace(/\\t/g,this.getTabString());for(var row=startRow;endRow>=row;row++)this.insert({row:row,column:0},indentString)},this.outdentRows=function(range){for(var rowRange=range.collapseRows(),deleteRange=new Range(0,0,0,0),size=this.getTabSize(),i=rowRange.start.row;rowRange.end.row>=i;++i){var line=this.getLine(i);deleteRange.start.row=i,deleteRange.end.row=i;for(var j=0;size>j&&\" \"==line.charAt(j);++j);size>j&&\"\t\"==line.charAt(j)?(deleteRange.start.column=j,deleteRange.end.column=j+1):(deleteRange.start.column=0,deleteRange.end.column=j),this.remove(deleteRange)}},this.$moveLines=function(firstRow,lastRow,dir){if(firstRow=this.getRowFoldStart(firstRow),lastRow=this.getRowFoldEnd(lastRow),0>dir){var row=this.getRowFoldStart(firstRow+dir);if(0>row)return 0;var diff=row-firstRow}else if(dir>0){var row=this.getRowFoldEnd(lastRow+dir);if(row>this.doc.getLength()-1)return 0;var diff=row-lastRow}else{firstRow=this.$clipRowToDocument(firstRow),lastRow=this.$clipRowToDocument(lastRow);var diff=lastRow-firstRow+1}var range=new Range(firstRow,0,lastRow,Number.MAX_VALUE),folds=this.getFoldsInRange(range).map(function(x){return x=x.clone(),x.start.row+=diff,x.end.row+=diff,x}),lines=0==dir?this.doc.getLines(firstRow,lastRow):this.doc.removeLines(firstRow,lastRow);return this.doc.insertLines(firstRow+diff,lines),folds.length&&this.addFolds(folds),diff},this.moveLinesUp=function(firstRow,lastRow){return this.$moveLines(firstRow,lastRow,-1)},this.moveLinesDown=function(firstRow,lastRow){return this.$moveLines(firstRow,lastRow,1)},this.duplicateLines=function(firstRow,lastRow){return this.$moveLines(firstRow,lastRow,0)},this.$clipRowToDocument=function(row){return Math.max(0,Math.min(row,this.doc.getLength()-1))},this.$clipColumnToRow=function(row,column){return 0>column?0:Math.min(this.doc.getLine(row).length,column)},this.$clipPositionToDocument=function(row,column){if(column=Math.max(0,column),0>row)row=0,column=0;else{var len=this.doc.getLength();row>=len?(row=len-1,column=this.doc.getLine(len-1).length):column=Math.min(this.doc.getLine(row).length,column)}return{row:row,column:column}},this.$clipRangeToDocument=function(range){0>range.start.row?(range.start.row=0,range.start.column=0):range.start.column=this.$clipColumnToRow(range.start.row,range.start.column);var len=this.doc.getLength()-1;return range.end.row>len?(range.end.row=len,range.end.column=this.doc.getLine(len).length):range.end.column=this.$clipColumnToRow(range.end.row,range.end.column),range},this.$wrapLimit=80,this.$useWrapMode=!1,this.$wrapLimitRange={min:null,max:null},this.setUseWrapMode=function(useWrapMode){if(useWrapMode!=this.$useWrapMode){if(this.$useWrapMode=useWrapMode,this.$modified=!0,this.$resetRowCache(0),useWrapMode){var len=this.getLength();this.$wrapData=[];for(var i=0;len>i;i++)this.$wrapData.push([]);this.$updateWrapData(0,len-1)}this._emit(\"changeWrapMode\")}},this.getUseWrapMode=function(){return this.$useWrapMode},this.setWrapLimitRange=function(min,max){(this.$wrapLimitRange.min!==min||this.$wrapLimitRange.max!==max)&&(this.$wrapLimitRange.min=min,this.$wrapLimitRange.max=max,this.$modified=!0,this._emit(\"changeWrapMode\"))},this.adjustWrapLimit=function(desiredLimit,$printMargin){var limits=this.$wrapLimitRange;0>limits.max&&(limits={min:$printMargin,max:$printMargin});var wrapLimit=this.$constrainWrapLimit(desiredLimit,limits.min,limits.max);return wrapLimit!=this.$wrapLimit&&wrapLimit>1?(this.$wrapLimit=wrapLimit,this.$modified=!0,this.$useWrapMode&&(this.$updateWrapData(0,this.getLength()-1),this.$resetRowCache(0),this._emit(\"changeWrapLimit\")),!0):!1},this.$constrainWrapLimit=function(wrapLimit,min,max){return min&&(wrapLimit=Math.max(min,wrapLimit)),max&&(wrapLimit=Math.min(max,wrapLimit)),wrapLimit},this.getWrapLimit=function(){return this.$wrapLimit},this.getWrapLimitRange=function(){return{min:this.$wrapLimitRange.min,max:this.$wrapLimitRange.max}},this.$updateInternalDataOnChange=function(e){var len,useWrapMode=this.$useWrapMode,action=e.data.action,firstRow=e.data.range.start.row,lastRow=e.data.range.end.row,start=e.data.range.start,end=e.data.range.end,removedFolds=null;if(-1!=action.indexOf(\"Lines\")?(lastRow=\"insertLines\"==action?firstRow+e.data.lines.length:firstRow,len=e.data.lines?e.data.lines.length:lastRow-firstRow):len=lastRow-firstRow,this.$updating=!0,0!=len)if(-1!=action.indexOf(\"remove\")){this[useWrapMode?\"$wrapData\":\"$rowLengthCache\"].splice(firstRow,len);var foldLines=this.$foldData;removedFolds=this.getFoldsInRange(e.data.range),this.removeFolds(removedFolds);var foldLine=this.getFoldLine(end.row),idx=0;if(foldLine){foldLine.addRemoveChars(end.row,end.column,start.column-end.column),foldLine.shiftRow(-len);var foldLineBefore=this.getFoldLine(firstRow);foldLineBefore&&foldLineBefore!==foldLine&&(foldLineBefore.merge(foldLine),foldLine=foldLineBefore),idx=foldLines.indexOf(foldLine)+1\n}for(idx;foldLines.length>idx;idx++){var foldLine=foldLines[idx];foldLine.start.row>=end.row&&foldLine.shiftRow(-len)}lastRow=firstRow}else{var args;if(useWrapMode){args=[firstRow,0];for(var i=0;len>i;i++)args.push([]);this.$wrapData.splice.apply(this.$wrapData,args)}else args=Array(len),args.unshift(firstRow,0),this.$rowLengthCache.splice.apply(this.$rowLengthCache,args);var foldLines=this.$foldData,foldLine=this.getFoldLine(firstRow),idx=0;if(foldLine){var cmp=foldLine.range.compareInside(start.row,start.column);0==cmp?(foldLine=foldLine.split(start.row,start.column),foldLine.shiftRow(len),foldLine.addRemoveChars(lastRow,0,end.column-start.column)):-1==cmp&&(foldLine.addRemoveChars(firstRow,0,end.column-start.column),foldLine.shiftRow(len)),idx=foldLines.indexOf(foldLine)+1}for(idx;foldLines.length>idx;idx++){var foldLine=foldLines[idx];foldLine.start.row>=firstRow&&foldLine.shiftRow(len)}}else{len=Math.abs(e.data.range.start.column-e.data.range.end.column),-1!=action.indexOf(\"remove\")&&(removedFolds=this.getFoldsInRange(e.data.range),this.removeFolds(removedFolds),len=-len);var foldLine=this.getFoldLine(firstRow);foldLine&&foldLine.addRemoveChars(firstRow,start.column,len)}return useWrapMode&&this.$wrapData.length!=this.doc.getLength()&&console.error(\"doc.getLength() and $wrapData.length have to be the same!\"),this.$updating=!1,useWrapMode?this.$updateWrapData(firstRow,lastRow):this.$updateRowLengthCache(firstRow,lastRow),removedFolds},this.$updateRowLengthCache=function(firstRow,lastRow){this.$rowLengthCache[firstRow]=null,this.$rowLengthCache[lastRow]=null},this.$updateWrapData=function(firstRow,lastRow){var tokens,foldLine,lines=this.doc.getAllLines(),tabSize=this.getTabSize(),wrapData=this.$wrapData,wrapLimit=this.$wrapLimit,row=firstRow;for(lastRow=Math.min(lastRow,lines.length-1);lastRow>=row;)if(foldLine=this.getFoldLine(row,foldLine)){for(tokens=[],foldLine.walk(function(placeholder,row,column,lastColumn){var walkTokens;if(null!=placeholder){walkTokens=this.$getDisplayTokens(placeholder,tokens.length),walkTokens[0]=PLACEHOLDER_START;for(var i=1;walkTokens.length>i;i++)walkTokens[i]=PLACEHOLDER_BODY}else walkTokens=this.$getDisplayTokens(lines[row].substring(lastColumn,column),tokens.length);tokens=tokens.concat(walkTokens)}.bind(this),foldLine.end.row,lines[foldLine.end.row].length+1);0!=tokens.length&&tokens[tokens.length-1]>=SPACE;)tokens.pop();wrapData[foldLine.start.row]=this.$computeWrapSplits(tokens,wrapLimit,tabSize),row=foldLine.end.row+1}else tokens=this.$getDisplayTokens(lang.stringTrimRight(lines[row])),wrapData[row]=this.$computeWrapSplits(tokens,wrapLimit,tabSize),row++};var CHAR=1,CHAR_EXT=2,PLACEHOLDER_START=3,PLACEHOLDER_BODY=4,PUNCTUATION=9,SPACE=10,TAB=11,TAB_SPACE=12;this.$computeWrapSplits=function(tokens,wrapLimit){function addSplit(screenPos){var displayed=tokens.slice(lastSplit,screenPos),len=displayed.length;displayed.join(\"\").replace(/12/g,function(){len-=1}).replace(/2/g,function(){len-=1}),lastDocSplit+=len,splits.push(lastDocSplit),lastSplit=screenPos}if(0==tokens.length)return[];for(var splits=[],displayLength=tokens.length,lastSplit=0,lastDocSplit=0;displayLength-lastSplit>wrapLimit;){var split=lastSplit+wrapLimit;if(tokens[split]>=SPACE){for(;tokens[split]>=SPACE;)split++;addSplit(split)}else if(tokens[split]!=PLACEHOLDER_START&&tokens[split]!=PLACEHOLDER_BODY){for(var minSplit=Math.max(split-10,lastSplit-1);split>minSplit&&PLACEHOLDER_START>tokens[split];)split--;for(;split>minSplit&&tokens[split]==PUNCTUATION;)split--;split>minSplit?addSplit(++split):(split=lastSplit+wrapLimit,addSplit(split))}else{for(split;split!=lastSplit-1&&tokens[split]!=PLACEHOLDER_START;split--);if(split>lastSplit){addSplit(split);continue}for(split=lastSplit+wrapLimit;tokens.length>split&&tokens[split]==PLACEHOLDER_BODY;split++);if(split==tokens.length)break;addSplit(split)}}return splits},this.$getDisplayTokens=function(str,offset){var tabSize,arr=[];offset=offset||0;for(var i=0;str.length>i;i++){var c=str.charCodeAt(i);if(9==c){tabSize=this.getScreenTabSize(arr.length+offset),arr.push(TAB);for(var n=1;tabSize>n;n++)arr.push(TAB_SPACE)}else 32==c?arr.push(SPACE):c>39&&48>c||c>57&&64>c?arr.push(PUNCTUATION):c>=4352&&isFullWidth(c)?arr.push(CHAR,CHAR_EXT):arr.push(CHAR)}return arr},this.$getStringScreenWidth=function(str,maxScreenColumn,screenColumn){if(0==maxScreenColumn)return[0,0];null==maxScreenColumn&&(maxScreenColumn=1/0),screenColumn=screenColumn||0;var c,column;for(column=0;str.length>column&&(c=str.charCodeAt(column),screenColumn+=9==c?this.getScreenTabSize(screenColumn):c>=4352&&isFullWidth(c)?2:1,!(screenColumn>maxScreenColumn));column++);return[screenColumn,column]},this.getRowLength=function(row){return this.$useWrapMode&&this.$wrapData[row]?this.$wrapData[row].length+1:1},this.getScreenLastRowColumn=function(screenRow){var pos=this.screenToDocumentPosition(screenRow,Number.MAX_VALUE);return this.documentToScreenColumn(pos.row,pos.column)},this.getDocumentLastRowColumn=function(docRow,docColumn){var screenRow=this.documentToScreenRow(docRow,docColumn);return this.getScreenLastRowColumn(screenRow)},this.getDocumentLastRowColumnPosition=function(docRow,docColumn){var screenRow=this.documentToScreenRow(docRow,docColumn);return this.screenToDocumentPosition(screenRow,Number.MAX_VALUE/10)},this.getRowSplitData=function(row){return this.$useWrapMode?this.$wrapData[row]:void 0},this.getScreenTabSize=function(screenColumn){return this.$tabSize-screenColumn%this.$tabSize},this.screenToDocumentRow=function(screenRow,screenColumn){return this.screenToDocumentPosition(screenRow,screenColumn).row},this.screenToDocumentColumn=function(screenRow,screenColumn){return this.screenToDocumentPosition(screenRow,screenColumn).column},this.screenToDocumentPosition=function(screenRow,screenColumn){if(0>screenRow)return{row:0,column:0};var line,column,docRow=0,docColumn=0,row=0,rowLength=0,rowCache=this.$screenRowCache,i=this.$getRowCacheIndex(rowCache,screenRow),l=rowCache.length;if(l&&i>=0)var row=rowCache[i],docRow=this.$docRowCache[i],doCache=screenRow>rowCache[l-1];else var doCache=!l;for(var maxRow=this.getLength()-1,foldLine=this.getNextFoldLine(docRow),foldStart=foldLine?foldLine.start.row:1/0;screenRow>=row&&(rowLength=this.getRowLength(docRow),!(row+rowLength-1>=screenRow||docRow>=maxRow));)row+=rowLength,docRow++,docRow>foldStart&&(docRow=foldLine.end.row+1,foldLine=this.getNextFoldLine(docRow,foldLine),foldStart=foldLine?foldLine.start.row:1/0),doCache&&(this.$docRowCache.push(docRow),this.$screenRowCache.push(row));if(foldLine&&docRow>=foldLine.start.row)line=this.getFoldDisplayLine(foldLine),docRow=foldLine.start.row;else{if(screenRow>=row+rowLength||docRow>maxRow)return{row:maxRow,column:this.getLine(maxRow).length};line=this.getLine(docRow),foldLine=null}if(this.$useWrapMode){var splits=this.$wrapData[docRow];splits&&(column=splits[screenRow-row],screenRow>row&&splits.length&&(docColumn=splits[screenRow-row-1]||splits[splits.length-1],line=line.substring(docColumn)))}return docColumn+=this.$getStringScreenWidth(line,screenColumn)[1],this.$useWrapMode&&docColumn>=column&&(docColumn=column-1),foldLine?foldLine.idxToPosition(docColumn):{row:docRow,column:docColumn}},this.documentToScreenPosition=function(docRow,docColumn){if(docColumn===void 0)var pos=this.$clipPositionToDocument(docRow.row,docRow.column);else pos=this.$clipPositionToDocument(docRow,docColumn);docRow=pos.row,docColumn=pos.column;var screenRow=0,foldStartRow=null,fold=null;fold=this.getFoldAt(docRow,docColumn,1),fold&&(docRow=fold.start.row,docColumn=fold.start.column);var rowEnd,row=0,rowCache=this.$docRowCache,i=this.$getRowCacheIndex(rowCache,docRow),l=rowCache.length;if(l&&i>=0)var row=rowCache[i],screenRow=this.$screenRowCache[i],doCache=docRow>rowCache[l-1];else var doCache=!l;for(var foldLine=this.getNextFoldLine(row),foldStart=foldLine?foldLine.start.row:1/0;docRow>row;){if(row>=foldStart){if(rowEnd=foldLine.end.row+1,rowEnd>docRow)break;foldLine=this.getNextFoldLine(rowEnd,foldLine),foldStart=foldLine?foldLine.start.row:1/0}else rowEnd=row+1;screenRow+=this.getRowLength(row),row=rowEnd,doCache&&(this.$docRowCache.push(row),this.$screenRowCache.push(screenRow))}var textLine=\"\";if(foldLine&&row>=foldStart?(textLine=this.getFoldDisplayLine(foldLine,docRow,docColumn),foldStartRow=foldLine.start.row):(textLine=this.getLine(docRow).substring(0,docColumn),foldStartRow=docRow),this.$useWrapMode){for(var wrapRow=this.$wrapData[foldStartRow],screenRowOffset=0;textLine.length>=wrapRow[screenRowOffset];)screenRow++,screenRowOffset++;textLine=textLine.substring(wrapRow[screenRowOffset-1]||0,textLine.length)}return{row:screenRow,column:this.$getStringScreenWidth(textLine)[0]}},this.documentToScreenColumn=function(row,docColumn){return this.documentToScreenPosition(row,docColumn).column},this.documentToScreenRow=function(docRow,docColumn){return this.documentToScreenPosition(docRow,docColumn).row},this.getScreenLength=function(){var screenRows=0,fold=null;if(this.$useWrapMode)for(var lastRow=this.$wrapData.length,row=0,i=0,fold=this.$foldData[i++],foldStart=fold?fold.start.row:1/0;lastRow>row;)screenRows+=this.$wrapData[row].length+1,row++,row>foldStart&&(row=fold.end.row+1,fold=this.$foldData[i++],foldStart=fold?fold.start.row:1/0);else{screenRows=this.getLength();for(var foldData=this.$foldData,i=0;foldData.length>i;i++)fold=foldData[i],screenRows-=fold.end.row-fold.start.row}return screenRows}}).call(EditSession.prototype),acequire(\"./edit_session/folding\").Folding.call(EditSession.prototype),acequire(\"./edit_session/bracket_match\").BracketMatch.call(EditSession.prototype),config.defineOptions(EditSession.prototype,\"session\",{wrap:{set:function(value){if(value&&\"off\"!=value?\"free\"==value?value=!0:\"printMargin\"==value?value=-1:\"string\"==typeof value&&(value=parseInt(value,10)||!1):value=!1,this.$wrap!=value){if(value){var col=\"number\"==typeof value?value:null;this.setWrapLimitRange(col,col),this.setUseWrapMode(!0)}else this.setUseWrapMode(!1);this.$wrap=value}},get:function(){return this.getUseWrapMode()?this.getWrapLimitRange().min||\"free\":\"off\"},handlesSet:!0},firstLineNumber:{set:function(){this._emit(\"changeBreakpoint\")},initialValue:1},useWorker:{set:function(useWorker){this.$useWorker=useWorker,this.$stopWorker(),useWorker&&this.$startWorker()},initialValue:!0},useSoftTabs:{initialValue:!0},tabSize:{set:function(tabSize){isNaN(tabSize)||this.$tabSize===tabSize||(this.$modified=!0,this.$rowLengthCache=[],this.$tabSize=tabSize,this._emit(\"changeTabSize\"))},initialValue:4,handlesSet:!0},overwrite:{set:function(){this._emit(\"changeOverwrite\")},initialValue:!1},newLineMode:{set:function(val){this.doc.setNewLineMode(val)},get:function(){return this.doc.getNewLineMode()},handlesSet:!0}}),exports.EditSession=EditSession}),ace.define(\"ace/selection\",[\"require\",\"exports\",\"module\",\"ace/lib/oop\",\"ace/lib/lang\",\"ace/lib/event_emitter\",\"ace/range\"],function(acequire,exports){var oop=acequire(\"./lib/oop\"),lang=acequire(\"./lib/lang\"),EventEmitter=acequire(\"./lib/event_emitter\").EventEmitter,Range=acequire(\"./range\").Range,Selection=function(session){this.session=session,this.doc=session.getDocument(),this.clearSelection(),this.lead=this.selectionLead=this.doc.createAnchor(0,0),this.anchor=this.selectionAnchor=this.doc.createAnchor(0,0);var self=this;this.lead.on(\"change\",function(e){self._emit(\"changeCursor\"),self.$isEmpty||self._emit(\"changeSelection\"),self.$keepDesiredColumnOnChange||e.old.column==e.value.column||(self.$desiredColumn=null)}),this.selectionAnchor.on(\"change\",function(){self.$isEmpty||self._emit(\"changeSelection\")})};(function(){oop.implement(this,EventEmitter),this.isEmpty=function(){return this.$isEmpty||this.anchor.row==this.lead.row&&this.anchor.column==this.lead.column},this.isMultiLine=function(){return this.isEmpty()?!1:this.getRange().isMultiLine()},this.getCursor=function(){return this.lead.getPosition()},this.setSelectionAnchor=function(row,column){this.anchor.setPosition(row,column),this.$isEmpty&&(this.$isEmpty=!1,this._emit(\"changeSelection\"))},this.getSelectionAnchor=function(){return this.$isEmpty?this.getSelectionLead():this.anchor.getPosition()},this.getSelectionLead=function(){return this.lead.getPosition()},this.shiftSelection=function(columns){if(this.$isEmpty)return this.moveCursorTo(this.lead.row,this.lead.column+columns),void 0;var anchor=this.getSelectionAnchor(),lead=this.getSelectionLead(),isBackwards=this.isBackwards();isBackwards&&0===anchor.column||this.setSelectionAnchor(anchor.row,anchor.column+columns),(isBackwards||0!==lead.column)&&this.$moveSelection(function(){this.moveCursorTo(lead.row,lead.column+columns)})},this.isBackwards=function(){var anchor=this.anchor,lead=this.lead;return anchor.row>lead.row||anchor.row==lead.row&&anchor.column>lead.column},this.getRange=function(){var anchor=this.anchor,lead=this.lead;return this.isEmpty()?Range.fromPoints(lead,lead):this.isBackwards()?Range.fromPoints(lead,anchor):Range.fromPoints(anchor,lead)},this.clearSelection=function(){this.$isEmpty||(this.$isEmpty=!0,this._emit(\"changeSelection\"))},this.selectAll=function(){var lastRow=this.doc.getLength()-1;this.setSelectionAnchor(0,0),this.moveCursorTo(lastRow,this.doc.getLine(lastRow).length)},this.setRange=this.setSelectionRange=function(range,reverse){reverse?(this.setSelectionAnchor(range.end.row,range.end.column),this.selectTo(range.start.row,range.start.column)):(this.setSelectionAnchor(range.start.row,range.start.column),this.selectTo(range.end.row,range.end.column)),this.$desiredColumn=null},this.$moveSelection=function(mover){var lead=this.lead;this.$isEmpty&&this.setSelectionAnchor(lead.row,lead.column),mover.call(this)},this.selectTo=function(row,column){this.$moveSelection(function(){this.moveCursorTo(row,column)})},this.selectToPosition=function(pos){this.$moveSelection(function(){this.moveCursorToPosition(pos)})},this.selectUp=function(){this.$moveSelection(this.moveCursorUp)},this.selectDown=function(){this.$moveSelection(this.moveCursorDown)},this.selectRight=function(){this.$moveSelection(this.moveCursorRight)},this.selectLeft=function(){this.$moveSelection(this.moveCursorLeft)},this.selectLineStart=function(){this.$moveSelection(this.moveCursorLineStart)},this.selectLineEnd=function(){this.$moveSelection(this.moveCursorLineEnd)},this.selectFileEnd=function(){this.$moveSelection(this.moveCursorFileEnd)},this.selectFileStart=function(){this.$moveSelection(this.moveCursorFileStart)},this.selectWordRight=function(){this.$moveSelection(this.moveCursorWordRight)},this.selectWordLeft=function(){this.$moveSelection(this.moveCursorWordLeft)},this.getWordRange=function(row,column){if(column===void 0){var cursor=row||this.lead;row=cursor.row,column=cursor.column}return this.session.getWordRange(row,column)},this.selectWord=function(){this.setSelectionRange(this.getWordRange())},this.selectAWord=function(){var cursor=this.getCursor(),range=this.session.getAWordRange(cursor.row,cursor.column);this.setSelectionRange(range)},this.getLineRange=function(row,excludeLastChar){var rowEnd,rowStart=\"number\"==typeof row?row:this.lead.row,foldLine=this.session.getFoldLine(rowStart);return foldLine?(rowStart=foldLine.start.row,rowEnd=foldLine.end.row):rowEnd=rowStart,excludeLastChar?new Range(rowStart,0,rowEnd,this.session.getLine(rowEnd).length):new Range(rowStart,0,rowEnd+1,0)},this.selectLine=function(){this.setSelectionRange(this.getLineRange())},this.moveCursorUp=function(){this.moveCursorBy(-1,0)},this.moveCursorDown=function(){this.moveCursorBy(1,0)},this.moveCursorLeft=function(){var fold,cursor=this.lead.getPosition();if(fold=this.session.getFoldAt(cursor.row,cursor.column,-1))this.moveCursorTo(fold.start.row,fold.start.column);else if(0==cursor.column)cursor.row>0&&this.moveCursorTo(cursor.row-1,this.doc.getLine(cursor.row-1).length);else{var tabSize=this.session.getTabSize();this.session.isTabStop(cursor)&&this.doc.getLine(cursor.row).slice(cursor.column-tabSize,cursor.column).split(\" \").length-1==tabSize?this.moveCursorBy(0,-tabSize):this.moveCursorBy(0,-1)}},this.moveCursorRight=function(){var fold,cursor=this.lead.getPosition();if(fold=this.session.getFoldAt(cursor.row,cursor.column,1))this.moveCursorTo(fold.end.row,fold.end.column);else if(this.lead.column==this.doc.getLine(this.lead.row).length)this.lead.row\u003Cthis.doc.getLength()-1&&this.moveCursorTo(this.lead.row+1,0);else{var tabSize=this.session.getTabSize(),cursor=this.lead;this.session.isTabStop(cursor)&&this.doc.getLine(cursor.row).slice(cursor.column,cursor.column+tabSize).split(\" \").length-1==tabSize?this.moveCursorBy(0,tabSize):this.moveCursorBy(0,1)}},this.moveCursorLineStart=function(){var row=this.lead.row,column=this.lead.column,screenRow=this.session.documentToScreenRow(row,column),firstColumnPosition=this.session.screenToDocumentPosition(screenRow,0),beforeCursor=this.session.getDisplayLine(row,null,firstColumnPosition.row,firstColumnPosition.column),leadingSpace=beforeCursor.match(/^\\s*/);leadingSpace[0].length==column||this.session.$useEmacsStyleLineStart||(firstColumnPosition.column+=leadingSpace[0].length),this.moveCursorToPosition(firstColumnPosition)},this.moveCursorLineEnd=function(){var lead=this.lead,lineEnd=this.session.getDocumentLastRowColumnPosition(lead.row,lead.column);if(this.lead.column==lineEnd.column){var line=this.session.getLine(lineEnd.row);if(lineEnd.column==line.length){var textEnd=line.search(/\\s+$/);textEnd>0&&(lineEnd.column=textEnd)}}this.moveCursorTo(lineEnd.row,lineEnd.column)},this.moveCursorFileEnd=function(){var row=this.doc.getLength()-1,column=this.doc.getLine(row).length;this.moveCursorTo(row,column)},this.moveCursorFileStart=function(){this.moveCursorTo(0,0)},this.moveCursorLongWordRight=function(){var match,row=this.lead.row,column=this.lead.column,line=this.doc.getLine(row),rightOfCursor=line.substring(column);this.session.nonTokenRe.lastIndex=0,this.session.tokenRe.lastIndex=0;var fold=this.session.getFoldAt(row,column,1);return fold?(this.moveCursorTo(fold.end.row,fold.end.column),void 0):((match=this.session.nonTokenRe.exec(rightOfCursor))&&(column+=this.session.nonTokenRe.lastIndex,this.session.nonTokenRe.lastIndex=0,rightOfCursor=line.substring(column)),column>=line.length?(this.moveCursorTo(row,line.length),this.moveCursorRight(),this.doc.getLength()-1>row&&this.moveCursorWordRight(),void 0):((match=this.session.tokenRe.exec(rightOfCursor))&&(column+=this.session.tokenRe.lastIndex,this.session.tokenRe.lastIndex=0),this.moveCursorTo(row,column),void 0))},this.moveCursorLongWordLeft=function(){var fold,row=this.lead.row,column=this.lead.column;if(fold=this.session.getFoldAt(row,column,-1))return this.moveCursorTo(fold.start.row,fold.start.column),void 0;var str=this.session.getFoldStringAt(row,column,-1);null==str&&(str=this.doc.getLine(row).substring(0,column));var match,leftOfCursor=lang.stringReverse(str);return this.session.nonTokenRe.lastIndex=0,this.session.tokenRe.lastIndex=0,(match=this.session.nonTokenRe.exec(leftOfCursor))&&(column-=this.session.nonTokenRe.lastIndex,leftOfCursor=leftOfCursor.slice(this.session.nonTokenRe.lastIndex),this.session.nonTokenRe.lastIndex=0),0>=column?(this.moveCursorTo(row,0),this.moveCursorLeft(),row>0&&this.moveCursorWordLeft(),void 0):((match=this.session.tokenRe.exec(leftOfCursor))&&(column-=this.session.tokenRe.lastIndex,this.session.tokenRe.lastIndex=0),this.moveCursorTo(row,column),void 0)},this.$shortWordEndIndex=function(rightOfCursor){var match,ch,index=0,whitespaceRe=/\\s/,tokenRe=this.session.tokenRe;if(tokenRe.lastIndex=0,match=this.session.tokenRe.exec(rightOfCursor))index=this.session.tokenRe.lastIndex;else{for(;(ch=rightOfCursor[index])&&whitespaceRe.test(ch);)index++;if(1>=index)for(tokenRe.lastIndex=0;(ch=rightOfCursor[index])&&!tokenRe.test(ch);)if(tokenRe.lastIndex=0,index++,whitespaceRe.test(ch)){if(index>2){index--;break}for(;(ch=rightOfCursor[index])&&whitespaceRe.test(ch);)index++;if(index>2)break}}return tokenRe.lastIndex=0,index},this.moveCursorShortWordRight=function(){var row=this.lead.row,column=this.lead.column,line=this.doc.getLine(row),rightOfCursor=line.substring(column),fold=this.session.getFoldAt(row,column,1);if(fold)return this.moveCursorTo(fold.end.row,fold.end.column);if(column==line.length){var l=this.doc.getLength();do row++,rightOfCursor=this.doc.getLine(row);while(l>row&&/^\\s*$/.test(rightOfCursor));/^\\s+/.test(rightOfCursor)||(rightOfCursor=\"\"),column=0}var index=this.$shortWordEndIndex(rightOfCursor);this.moveCursorTo(row,column+index)},this.moveCursorShortWordLeft=function(){var fold,row=this.lead.row,column=this.lead.column;if(fold=this.session.getFoldAt(row,column,-1))return this.moveCursorTo(fold.start.row,fold.start.column);var line=this.session.getLine(row).substring(0,column);if(0==column){do row--,line=this.doc.getLine(row);while(row>0&&/^\\s*$/.test(line));column=line.length,/\\s+$/.test(line)||(line=\"\")}var leftOfCursor=lang.stringReverse(line),index=this.$shortWordEndIndex(leftOfCursor);return this.moveCursorTo(row,column-index)},this.moveCursorWordRight=function(){this.session.$selectLongWords?this.moveCursorLongWordRight():this.moveCursorShortWordRight()},this.moveCursorWordLeft=function(){this.session.$selectLongWords?this.moveCursorLongWordLeft():this.moveCursorShortWordLeft()},this.moveCursorBy=function(rows,chars){var screenPos=this.session.documentToScreenPosition(this.lead.row,this.lead.column);0===chars&&(this.$desiredColumn?screenPos.column=this.$desiredColumn:this.$desiredColumn=screenPos.column);var docPos=this.session.screenToDocumentPosition(screenPos.row+rows,screenPos.column);this.moveCursorTo(docPos.row,docPos.column+chars,0===chars)},this.moveCursorToPosition=function(position){this.moveCursorTo(position.row,position.column)},this.moveCursorTo=function(row,column,keepDesiredColumn){var fold=this.session.getFoldAt(row,column,1);fold&&(row=fold.start.row,column=fold.start.column),this.$keepDesiredColumnOnChange=!0,this.lead.setPosition(row,column),this.$keepDesiredColumnOnChange=!1,keepDesiredColumn||(this.$desiredColumn=null)},this.moveCursorToScreen=function(row,column,keepDesiredColumn){var pos=this.session.screenToDocumentPosition(row,column);this.moveCursorTo(pos.row,pos.column,keepDesiredColumn)},this.detach=function(){this.lead.detach(),this.anchor.detach(),this.session=this.doc=null},this.fromOrientedRange=function(range){this.setSelectionRange(range,range.cursor==range.start),this.$desiredColumn=range.desiredColumn||this.$desiredColumn},this.toOrientedRange=function(range){var r=this.getRange();return range?(range.start.column=r.start.column,range.start.row=r.start.row,range.end.column=r.end.column,range.end.row=r.end.row):range=r,range.cursor=this.isBackwards()?range.start:range.end,range.desiredColumn=this.$desiredColumn,range}}).call(Selection.prototype),exports.Selection=Selection}),ace.define(\"ace/range\",[\"require\",\"exports\",\"module\"],function(acequire,exports){var comparePoints=function(p1,p2){return p1.row-p2.row||p1.column-p2.column},Range=function(startRow,startColumn,endRow,endColumn){this.start={row:startRow,column:startColumn},this.end={row:endRow,column:endColumn}};(function(){this.isEqual=function(range){return this.start.row===range.start.row&&this.end.row===range.end.row&&this.start.column===range.start.column&&this.end.column===range.end.column},this.toString=function(){return\"Range: [\"+this.start.row+\"/\"+this.start.column+\"] -> [\"+this.end.row+\"/\"+this.end.column+\"]\"},this.contains=function(row,column){return 0==this.compare(row,column)},this.compareRange=function(range){var cmp,end=range.end,start=range.start;return cmp=this.compare(end.row,end.column),1==cmp?(cmp=this.compare(start.row,start.column),1==cmp?2:0==cmp?1:0):-1==cmp?-2:(cmp=this.compare(start.row,start.column),-1==cmp?-1:1==cmp?42:0)},this.comparePoint=function(p){return this.compare(p.row,p.column)},this.containsRange=function(range){return 0==this.comparePoint(range.start)&&0==this.comparePoint(range.end)},this.intersects=function(range){var cmp=this.compareRange(range);return-1==cmp||0==cmp||1==cmp},this.isEnd=function(row,column){return this.end.row==row&&this.end.column==column},this.isStart=function(row,column){return this.start.row==row&&this.start.column==column},this.setStart=function(row,column){\"object\"==typeof row?(this.start.column=row.column,this.start.row=row.row):(this.start.row=row,this.start.column=column)},this.setEnd=function(row,column){\"object\"==typeof row?(this.end.column=row.column,this.end.row=row.row):(this.end.row=row,this.end.column=column)},this.inside=function(row,column){return 0==this.compare(row,column)?this.isEnd(row,column)||this.isStart(row,column)?!1:!0:!1},this.insideStart=function(row,column){return 0==this.compare(row,column)?this.isEnd(row,column)?!1:!0:!1},this.insideEnd=function(row,column){return 0==this.compare(row,column)?this.isStart(row,column)?!1:!0:!1},this.compare=function(row,column){return this.isMultiLine()||row!==this.start.row?this.start.row>row?-1:row>this.end.row?1:this.start.row===row?column>=this.start.column?0:-1:this.end.row===row?this.end.column>=column?0:1:0:this.start.column>column?-1:column>this.end.column?1:0},this.compareStart=function(row,column){return this.start.row==row&&this.start.column==column?-1:this.compare(row,column)},this.compareEnd=function(row,column){return this.end.row==row&&this.end.column==column?1:this.compare(row,column)},this.compareInside=function(row,column){return this.end.row==row&&this.end.column==column?1:this.start.row==row&&this.start.column==column?-1:this.compare(row,column)},this.clipRows=function(firstRow,lastRow){if(this.end.row>lastRow)var end={row:lastRow+1,column:0};else if(firstRow>this.end.row)var end={row:firstRow,column:0};if(this.start.row>lastRow)var start={row:lastRow+1,column:0};else if(firstRow>this.start.row)var start={row:firstRow,column:0};return Range.fromPoints(start||this.start,end||this.end)},this.extend=function(row,column){var cmp=this.compare(row,column);if(0==cmp)return this;if(-1==cmp)var start={row:row,column:column};else var end={row:row,column:column};return Range.fromPoints(start||this.start,end||this.end)},this.isEmpty=function(){return this.start.row===this.end.row&&this.start.column===this.end.column},this.isMultiLine=function(){return this.start.row!==this.end.row},this.clone=function(){return Range.fromPoints(this.start,this.end)},this.collapseRows=function(){return 0==this.end.column?new Range(this.start.row,0,Math.max(this.start.row,this.end.row-1),0):new Range(this.start.row,0,this.end.row,0)},this.toScreenRange=function(session){var screenPosStart=session.documentToScreenPosition(this.start),screenPosEnd=session.documentToScreenPosition(this.end);return new Range(screenPosStart.row,screenPosStart.column,screenPosEnd.row,screenPosEnd.column)},this.moveBy=function(row,column){this.start.row+=row,this.start.column+=column,this.end.row+=row,this.end.column+=column}}).call(Range.prototype),Range.fromPoints=function(start,end){return new Range(start.row,start.column,end.row,end.column)},Range.comparePoints=comparePoints,Range.comparePoints=function(p1,p2){return p1.row-p2.row||p1.column-p2.column},exports.Range=Range}),ace.define(\"ace/mode/text\",[\"require\",\"exports\",\"module\",\"ace/tokenizer\",\"ace/mode/text_highlight_rules\",\"ace/mode/behaviour\",\"ace/unicode\",\"ace/lib/lang\"],function(acequire,exports){var Tokenizer=acequire(\"../tokenizer\").Tokenizer,TextHighlightRules=acequire(\"./text_highlight_rules\").TextHighlightRules,Behaviour=acequire(\"./behaviour\").Behaviour,unicode=acequire(\"../unicode\"),lang=acequire(\"../lib/lang\"),Mode=function(){this.$tokenizer=new Tokenizer((new TextHighlightRules).getRules()),this.$behaviour=new Behaviour};(function(){this.tokenRe=RegExp(\"^[\"+unicode.packages.L+unicode.packages.Mn+unicode.packages.Mc+unicode.packages.Nd+unicode.packages.Pc+\"\\\\$_]+\",\"g\"),this.nonTokenRe=RegExp(\"^(?:[^\"+unicode.packages.L+unicode.packages.Mn+unicode.packages.Mc+unicode.packages.Nd+unicode.packages.Pc+\"\\\\$_]|s])+\",\"g\"),this.getTokenizer=function(){return this.$tokenizer},this.toggleCommentLines=function(state,session,startRow,endRow){var regexpStart,lineCommentStart,doc=session.doc;if(!this.lineCommentStart)return!1;Array.isArray(this.lineCommentStart)?(regexpStart=this.lineCommentStart.map(lang.escapeRegExp).join(\"|\"),lineCommentStart=this.lineCommentStart[0]):(regexpStart=lang.escapeRegExp(this.lineCommentStart),lineCommentStart=this.lineCommentStart),regexpStart=RegExp(\"^\\\\s*(?:\"+regexpStart+\") ?\");for(var removeComment=!0,minSpace=1/0,indentations=[],i=startRow;endRow>=i;i++){var line=doc.getLine(i),indent=line.search(/\\S|$/);indentations[i]=indent,minSpace>indent&&(minSpace=indent),removeComment&&!regexpStart.test(line)&&(removeComment=!1)}if(removeComment)for(var i=startRow;endRow>=i;i++){var line=doc.getLine(i),m=line.match(regexpStart);doc.removeInLine(i,indentations[i],m[0].length)}else{lineCommentStart+=\" \";for(var i=startRow;endRow>=i;i++)doc.insertInLine({row:i,column:minSpace},lineCommentStart)}},this.getNextLineIndent=function(state,line){return this.$getIndent(line)},this.checkOutdent=function(){return!1},this.autoOutdent=function(){},this.$getIndent=function(line){return line.match(/^\\s*/)[0]},this.createWorker=function(){return null},this.createModeDelegates=function(mapping){if(this.$embeds){this.$modes={};for(var i=0;this.$embeds.length>i;i++)mapping[this.$embeds[i]]&&(this.$modes[this.$embeds[i]]=new mapping[this.$embeds[i]]);for(var delegations=[\"toggleCommentLines\",\"getNextLineIndent\",\"checkOutdent\",\"autoOutdent\",\"transformAction\"],i=0;delegations.length>i;i++)(function(scope){var functionName=delegations[i],defaultHandler=scope[functionName];scope[delegations[i]]=function(){return this.$delegator(functionName,arguments,defaultHandler)}})(this)}},this.$delegator=function(method,args,defaultHandler){for(var state=args[0],i=0;this.$embeds.length>i;i++)if(this.$modes[this.$embeds[i]]){var split=state.split(this.$embeds[i]);if(!split[0]&&split[1]){args[0]=split[1];var mode=this.$modes[this.$embeds[i]];return mode[method].apply(mode,args)}}var ret=defaultHandler.apply(this,args);return defaultHandler?ret:void 0},this.transformAction=function(state,action){if(this.$behaviour){var behaviours=this.$behaviour.getBehaviours();for(var key in behaviours)if(behaviours[key][action]){var ret=behaviours[key][action].apply(this,arguments);if(ret)return ret}}}}).call(Mode.prototype),exports.Mode=Mode}),ace.define(\"ace/tokenizer\",[\"require\",\"exports\",\"module\"],function(acequire,exports){var MAX_TOKEN_COUNT=1e3,Tokenizer=function(rules){this.states=rules,this.regExps={},this.matchMappings={};for(var key in this.states){for(var state=this.states[key],ruleRegExps=[],matchTotal=0,mapping=this.matchMappings[key]={defaultToken:\"text\"},flag=\"g\",i=0;state.length>i;i++){var rule=state[i];if(rule.defaultToken&&(mapping.defaultToken=rule.defaultToken),rule.caseInsensitive&&(flag=\"gi\"),null!=rule.regex){rule.regex instanceof RegExp&&(rule.regex=(\"\"+rule.regex).slice(1,-1));var adjustedregex=rule.regex,matchcount=RegExp(\"(?:(\"+adjustedregex+\")|(.))\").exec(\"a\").length-2;if(Array.isArray(rule.token))if(1==rule.token.length||1==matchcount)rule.token=rule.token[0];else{if(matchcount-1!=rule.token.length)throw Error(\"number of classes and regexp groups in '\"+rule.token+\"'\\n'\"+rule.regex+\"' doesn't match\\n\"+(matchcount-1)+\"!=\"+rule.token.length);rule.tokenArray=rule.token,rule.onMatch=this.$arrayTokens}else\"function\"!=typeof rule.token||rule.onMatch||(rule.onMatch=matchcount>1?this.$applyToken:rule.token);matchcount>1&&(/\\\\\\d/.test(rule.regex)?adjustedregex=rule.regex.replace(/\\\\([0-9]+)/g,function(match,digit){return\"\\\\\"+(parseInt(digit,10)+matchTotal+1)}):(matchcount=1,adjustedregex=this.removeCapturingGroups(rule.regex)),rule.splitRegex||\"string\"==typeof rule.token||(rule.splitRegex=this.createSplitterRegexp(rule.regex,flag))),mapping[matchTotal]=i,matchTotal+=matchcount,ruleRegExps.push(adjustedregex),rule.onMatch||(rule.onMatch=null),rule.__proto__=null\n}}this.regExps[key]=RegExp(\"(\"+ruleRegExps.join(\")|(\")+\")|($)\",flag)}};(function(){this.$applyToken=function(str){var values=this.splitRegex.exec(str).slice(1),types=this.token.apply(this,values);if(\"string\"==typeof types)return[{type:types,value:str}];for(var tokens=[],i=0,l=types.length;l>i;i++)values[i]&&(tokens[tokens.length]={type:types[i],value:values[i]});return tokens},this.$arrayTokens=function(str){if(!str)return[];for(var values=this.splitRegex.exec(str),tokens=[],types=this.tokenArray,i=0,l=types.length;l>i;i++)values[i+1]&&(tokens[tokens.length]={type:types[i],value:values[i+1]});return tokens},this.removeCapturingGroups=function(src){var r=src.replace(/\\[(?:\\\\.|[^\\]])*?\\]|\\\\.|\\(\\?[:=!]|(\\()/g,function(x,y){return y?\"(?:\":x});return r},this.createSplitterRegexp=function(src,flag){if(-1!=src.indexOf(\"(?=\")){var stack=0,inChClass=!1,lastCapture={};src.replace(/(\\\\.)|(\\((?:\\?[=!])?)|(\\))|([\\[\\]])/g,function(m,esc,parenOpen,parenClose,square,index){return inChClass?inChClass=\"]\"!=square:square?inChClass=!0:parenClose?(stack==lastCapture.stack&&(lastCapture.end=index+1,lastCapture.stack=-1),stack--):parenOpen&&(stack++,1!=parenOpen.length&&(lastCapture.stack=stack,lastCapture.start=index)),m}),null!=lastCapture.end&&/^\\)*$/.test(src.substr(lastCapture.end))&&(src=src.substring(0,lastCapture.start)+src.substr(lastCapture.end))}return RegExp(src,(flag||\"\").replace(\"g\",\"\"))},this.getLineTokens=function(line,startState){if(startState&&\"string\"!=typeof startState){var stack=startState.slice(0);startState=stack[0]}else var stack=[];var currentState=startState||\"start\",state=this.states[currentState],mapping=this.matchMappings[currentState],re=this.regExps[currentState];re.lastIndex=0;for(var match,tokens=[],lastIndex=0,token={type:null,value:\"\"};match=re.exec(line);){var type=mapping.defaultToken,rule=null,value=match[0],index=re.lastIndex;if(index-value.length>lastIndex){var skipped=line.substring(lastIndex,index-value.length);token.type==type?token.value+=skipped:(token.type&&tokens.push(token),token={type:type,value:skipped})}for(var i=0;match.length-2>i;i++)if(void 0!==match[i+1]){rule=state[mapping[i]],type=rule.onMatch?rule.onMatch(value,currentState,stack):rule.token,rule.next&&(currentState=\"string\"==typeof rule.next?rule.next:rule.next(currentState,stack),state=this.states[currentState],state||(window.console&&console.error&&console.error(currentState,\"doesn't exist\"),currentState=\"start\",state=this.states[currentState]),mapping=this.matchMappings[currentState],lastIndex=index,re=this.regExps[currentState],re.lastIndex=index);break}if(value)if(\"string\"==typeof type)rule&&rule.merge===!1||token.type!==type?(token.type&&tokens.push(token),token={type:type,value:value}):token.value+=value;else if(type){token.type&&tokens.push(token),token={type:null,value:\"\"};for(var i=0;type.length>i;i++)tokens.push(type[i])}if(lastIndex==line.length)break;if(lastIndex=index,tokens.length>MAX_TOKEN_COUNT){token.value+=line.substr(lastIndex),currentState=\"start\";break}}return token.type&&tokens.push(token),{tokens:tokens,state:stack.length?stack:currentState}}}).call(Tokenizer.prototype),exports.Tokenizer=Tokenizer}),ace.define(\"ace/mode/text_highlight_rules\",[\"require\",\"exports\",\"module\",\"ace/lib/lang\"],function(acequire,exports){var lang=acequire(\"../lib/lang\"),TextHighlightRules=function(){this.$rules={start:[{token:\"empty_line\",regex:\"^$\"},{defaultToken:\"text\"}]}};(function(){this.addRules=function(rules,prefix){for(var key in rules){for(var state=rules[key],i=0;state.length>i;i++){var rule=state[i];rule.next&&(rule.next=prefix+rule.next)}this.$rules[prefix+key]=state}},this.getRules=function(){return this.$rules},this.embedRules=function(HighlightRules,prefix,escapeRules,states,append){var embedRules=(new HighlightRules).getRules();if(states)for(var i=0;states.length>i;i++)states[i]=prefix+states[i];else{states=[];for(var key in embedRules)states.push(prefix+key)}if(this.addRules(embedRules,prefix),escapeRules)for(var addRules=Array.prototype[append?\"push\":\"unshift\"],i=0;states.length>i;i++)addRules.apply(this.$rules[states[i]],lang.deepCopy(escapeRules));this.$embeds||(this.$embeds=[]),this.$embeds.push(prefix)},this.getEmbeds=function(){return this.$embeds};var pushState=function(currentState,stack){return\"start\"!=currentState&&stack.unshift(this.nextState,currentState),this.nextState},popState=function(currentState,stack){return stack[0]!==currentState?\"start\":(stack.shift(),stack.shift())};this.normalizeRules=function(){function processState(key){var state=rules[key];state.processed=!0;for(var i=0;state.length>i;i++){var rule=state[i];!rule.regex&&rule.start&&(rule.regex=rule.start,rule.next||(rule.next=[]),rule.next.push({defaultToken:rule.token},{token:rule.token+\".end\",regex:rule.end||rule.start,next:\"pop\"}),rule.token=rule.token+\".start\",rule.push=!0);var next=rule.next||rule.push;if(next&&Array.isArray(next)){var stateName=rule.stateName||rule.token+id++;rules[stateName]=next,rule.next=stateName,processState(stateName)}else\"pop\"==next&&(rule.next=popState);if(rule.push&&(rule.nextState=rule.next||rule.push,rule.next=pushState,delete rule.push),rule.rules)for(var r in rule.rules)rules[r]?rules[r].push&&rules[r].push.apply(rules[r],rule.rules[r]):rules[r]=rule.rules[r];if(rule.include||\"string\"==typeof rule)var includeName=rule.include||rule,toInsert=rules[includeName];else Array.isArray(rule)&&(toInsert=rule);if(toInsert){var args=[i,1].concat(toInsert);rule.noEscape&&(args=args.filter(function(x){return!x.next})),state.splice.apply(state,args),i--,toInsert=null}}}var id=0,rules=this.$rules;Object.keys(rules).forEach(processState)},this.createKeywordMapper=function(map,defaultToken,ignoreCase,splitChar){var keywords=Object.create(null);return Object.keys(map).forEach(function(className){var a=map[className];ignoreCase&&(a=a.toLowerCase());for(var list=a.split(splitChar||\"|\"),i=list.length;i--;)keywords[list[i]]=className}),map=null,ignoreCase?function(value){return keywords[value.toLowerCase()]||defaultToken}:function(value){return keywords[value]||defaultToken}},this.getKeywords=function(){return this.$keywords}}).call(TextHighlightRules.prototype),exports.TextHighlightRules=TextHighlightRules}),ace.define(\"ace/mode/behaviour\",[\"require\",\"exports\",\"module\"],function(acequire,exports){var Behaviour=function(){this.$behaviours={}};(function(){this.add=function(name,action,callback){switch(void 0){case this.$behaviours:this.$behaviours={};case this.$behaviours[name]:this.$behaviours[name]={}}this.$behaviours[name][action]=callback},this.addBehaviours=function(behaviours){for(var key in behaviours)for(var action in behaviours[key])this.add(key,action,behaviours[key][action])},this.remove=function(name){this.$behaviours&&this.$behaviours[name]&&delete this.$behaviours[name]},this.inherit=function(mode,filter){if(\"function\"==typeof mode)var behaviours=(new mode).getBehaviours(filter);else var behaviours=mode.getBehaviours(filter);this.addBehaviours(behaviours)},this.getBehaviours=function(filter){if(filter){for(var ret={},i=0;filter.length>i;i++)this.$behaviours[filter[i]]&&(ret[filter[i]]=this.$behaviours[filter[i]]);return ret}return this.$behaviours}}).call(Behaviour.prototype),exports.Behaviour=Behaviour}),ace.define(\"ace/unicode\",[\"require\",\"exports\",\"module\"],function(acequire,exports){function addUnicodePackage(pack){var codePoint=/\\w{4}/g;for(var name in pack)exports.packages[name]=pack[name].replace(codePoint,\"\\\\u$&\")}exports.packages={},addUnicodePackage({L:\"0041-005A0061-007A00AA00B500BA00C0-00D600D8-00F600F8-02C102C6-02D102E0-02E402EC02EE0370-037403760377037A-037D03860388-038A038C038E-03A103A3-03F503F7-0481048A-05250531-055605590561-058705D0-05EA05F0-05F20621-064A066E066F0671-06D306D506E506E606EE06EF06FA-06FC06FF07100712-072F074D-07A507B107CA-07EA07F407F507FA0800-0815081A082408280904-0939093D09500958-0961097109720979-097F0985-098C098F09900993-09A809AA-09B009B209B6-09B909BD09CE09DC09DD09DF-09E109F009F10A05-0A0A0A0F0A100A13-0A280A2A-0A300A320A330A350A360A380A390A59-0A5C0A5E0A72-0A740A85-0A8D0A8F-0A910A93-0AA80AAA-0AB00AB20AB30AB5-0AB90ABD0AD00AE00AE10B05-0B0C0B0F0B100B13-0B280B2A-0B300B320B330B35-0B390B3D0B5C0B5D0B5F-0B610B710B830B85-0B8A0B8E-0B900B92-0B950B990B9A0B9C0B9E0B9F0BA30BA40BA8-0BAA0BAE-0BB90BD00C05-0C0C0C0E-0C100C12-0C280C2A-0C330C35-0C390C3D0C580C590C600C610C85-0C8C0C8E-0C900C92-0CA80CAA-0CB30CB5-0CB90CBD0CDE0CE00CE10D05-0D0C0D0E-0D100D12-0D280D2A-0D390D3D0D600D610D7A-0D7F0D85-0D960D9A-0DB10DB3-0DBB0DBD0DC0-0DC60E01-0E300E320E330E40-0E460E810E820E840E870E880E8A0E8D0E94-0E970E99-0E9F0EA1-0EA30EA50EA70EAA0EAB0EAD-0EB00EB20EB30EBD0EC0-0EC40EC60EDC0EDD0F000F40-0F470F49-0F6C0F88-0F8B1000-102A103F1050-1055105A-105D106110651066106E-10701075-1081108E10A0-10C510D0-10FA10FC1100-1248124A-124D1250-12561258125A-125D1260-1288128A-128D1290-12B012B2-12B512B8-12BE12C012C2-12C512C8-12D612D8-13101312-13151318-135A1380-138F13A0-13F41401-166C166F-167F1681-169A16A0-16EA1700-170C170E-17111720-17311740-17511760-176C176E-17701780-17B317D717DC1820-18771880-18A818AA18B0-18F51900-191C1950-196D1970-19741980-19AB19C1-19C71A00-1A161A20-1A541AA71B05-1B331B45-1B4B1B83-1BA01BAE1BAF1C00-1C231C4D-1C4F1C5A-1C7D1CE9-1CEC1CEE-1CF11D00-1DBF1E00-1F151F18-1F1D1F20-1F451F48-1F4D1F50-1F571F591F5B1F5D1F5F-1F7D1F80-1FB41FB6-1FBC1FBE1FC2-1FC41FC6-1FCC1FD0-1FD31FD6-1FDB1FE0-1FEC1FF2-1FF41FF6-1FFC2071207F2090-209421022107210A-211321152119-211D212421262128212A-212D212F-2139213C-213F2145-2149214E218321842C00-2C2E2C30-2C5E2C60-2CE42CEB-2CEE2D00-2D252D30-2D652D6F2D80-2D962DA0-2DA62DA8-2DAE2DB0-2DB62DB8-2DBE2DC0-2DC62DC8-2DCE2DD0-2DD62DD8-2DDE2E2F300530063031-3035303B303C3041-3096309D-309F30A1-30FA30FC-30FF3105-312D3131-318E31A0-31B731F0-31FF3400-4DB54E00-9FCBA000-A48CA4D0-A4FDA500-A60CA610-A61FA62AA62BA640-A65FA662-A66EA67F-A697A6A0-A6E5A717-A71FA722-A788A78BA78CA7FB-A801A803-A805A807-A80AA80C-A822A840-A873A882-A8B3A8F2-A8F7A8FBA90A-A925A930-A946A960-A97CA984-A9B2A9CFAA00-AA28AA40-AA42AA44-AA4BAA60-AA76AA7AAA80-AAAFAAB1AAB5AAB6AAB9-AABDAAC0AAC2AADB-AADDABC0-ABE2AC00-D7A3D7B0-D7C6D7CB-D7FBF900-FA2DFA30-FA6DFA70-FAD9FB00-FB06FB13-FB17FB1DFB1F-FB28FB2A-FB36FB38-FB3CFB3EFB40FB41FB43FB44FB46-FBB1FBD3-FD3DFD50-FD8FFD92-FDC7FDF0-FDFBFE70-FE74FE76-FEFCFF21-FF3AFF41-FF5AFF66-FFBEFFC2-FFC7FFCA-FFCFFFD2-FFD7FFDA-FFDC\",Ll:\"0061-007A00AA00B500BA00DF-00F600F8-00FF01010103010501070109010B010D010F01110113011501170119011B011D011F01210123012501270129012B012D012F01310133013501370138013A013C013E014001420144014601480149014B014D014F01510153015501570159015B015D015F01610163016501670169016B016D016F0171017301750177017A017C017E-0180018301850188018C018D019201950199-019B019E01A101A301A501A801AA01AB01AD01B001B401B601B901BA01BD-01BF01C601C901CC01CE01D001D201D401D601D801DA01DC01DD01DF01E101E301E501E701E901EB01ED01EF01F001F301F501F901FB01FD01FF02010203020502070209020B020D020F02110213021502170219021B021D021F02210223022502270229022B022D022F02310233-0239023C023F0240024202470249024B024D024F-02930295-02AF037103730377037B-037D039003AC-03CE03D003D103D5-03D703D903DB03DD03DF03E103E303E503E703E903EB03ED03EF-03F303F503F803FB03FC0430-045F04610463046504670469046B046D046F04710473047504770479047B047D047F0481048B048D048F04910493049504970499049B049D049F04A104A304A504A704A904AB04AD04AF04B104B304B504B704B904BB04BD04BF04C204C404C604C804CA04CC04CE04CF04D104D304D504D704D904DB04DD04DF04E104E304E504E704E904EB04ED04EF04F104F304F504F704F904FB04FD04FF05010503050505070509050B050D050F05110513051505170519051B051D051F0521052305250561-05871D00-1D2B1D62-1D771D79-1D9A1E011E031E051E071E091E0B1E0D1E0F1E111E131E151E171E191E1B1E1D1E1F1E211E231E251E271E291E2B1E2D1E2F1E311E331E351E371E391E3B1E3D1E3F1E411E431E451E471E491E4B1E4D1E4F1E511E531E551E571E591E5B1E5D1E5F1E611E631E651E671E691E6B1E6D1E6F1E711E731E751E771E791E7B1E7D1E7F1E811E831E851E871E891E8B1E8D1E8F1E911E931E95-1E9D1E9F1EA11EA31EA51EA71EA91EAB1EAD1EAF1EB11EB31EB51EB71EB91EBB1EBD1EBF1EC11EC31EC51EC71EC91ECB1ECD1ECF1ED11ED31ED51ED71ED91EDB1EDD1EDF1EE11EE31EE51EE71EE91EEB1EED1EEF1EF11EF31EF51EF71EF91EFB1EFD1EFF-1F071F10-1F151F20-1F271F30-1F371F40-1F451F50-1F571F60-1F671F70-1F7D1F80-1F871F90-1F971FA0-1FA71FB0-1FB41FB61FB71FBE1FC2-1FC41FC61FC71FD0-1FD31FD61FD71FE0-1FE71FF2-1FF41FF61FF7210A210E210F2113212F21342139213C213D2146-2149214E21842C30-2C5E2C612C652C662C682C6A2C6C2C712C732C742C76-2C7C2C812C832C852C872C892C8B2C8D2C8F2C912C932C952C972C992C9B2C9D2C9F2CA12CA32CA52CA72CA92CAB2CAD2CAF2CB12CB32CB52CB72CB92CBB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oop=acequire(\"./lib/oop\"),EventEmitter=acequire(\"./lib/event_emitter\").EventEmitter,Range=acequire(\"./range\").Range,Anchor=acequire(\"./anchor\").Anchor,Document=function(text){this.$lines=[],0==text.length?this.$lines=[\"\"]:Array.isArray(text)?this.insertLines(0,text):this.insert({row:0,column:0},text)};(function(){oop.implement(this,EventEmitter),this.setValue=function(text){var len=this.getLength();this.remove(new Range(0,0,len,this.getLine(len-1).length)),this.insert({row:0,column:0},text)},this.getValue=function(){return this.getAllLines().join(this.getNewLineCharacter())},this.createAnchor=function(row,column){return new Anchor(this,row,column)},this.$split=0==\"aaa\".split(/a/).length?function(text){return text.replace(/\\r\\n|\\r/g,\"\\n\").split(\"\\n\")}:function(text){return text.split(/\\r\\n|\\r|\\n/)},this.$detectNewLine=function(text){var match=text.match(/^.*?(\\r\\n|\\r|\\n)/m);this.$autoNewLine=match?match[1]:\"\\n\"},this.getNewLineCharacter=function(){switch(this.$newLineMode){case\"windows\":return\"\\r\\n\";case\"unix\":return\"\\n\";default:return this.$autoNewLine}},this.$autoNewLine=\"\\n\",this.$newLineMode=\"auto\",this.setNewLineMode=function(newLineMode){this.$newLineMode!==newLineMode&&(this.$newLineMode=newLineMode)},this.getNewLineMode=function(){return this.$newLineMode},this.isNewLine=function(text){return\"\\r\\n\"==text||\"\\r\"==text||\"\\n\"==text},this.getLine=function(row){return this.$lines[row]||\"\"},this.getLines=function(firstRow,lastRow){return this.$lines.slice(firstRow,lastRow+1)},this.getAllLines=function(){return this.getLines(0,this.getLength())},this.getLength=function(){return this.$lines.length},this.getTextRange=function(range){if(range.start.row==range.end.row)return this.$lines[range.start.row].substring(range.start.column,range.end.column);var lines=this.getLines(range.start.row+1,range.end.row-1);return lines.unshift((this.$lines[range.start.row]||\"\").substring(range.start.column)),lines.push((this.$lines[range.end.row]||\"\").substring(0,range.end.column)),lines.join(this.getNewLineCharacter())},this.$clipPosition=function(position){var length=this.getLength();return position.row>=length?(position.row=Math.max(0,length-1),position.column=this.getLine(length-1).length):0>position.row&&(position.row=0),position},this.insert=function(position,text){if(!text||0===text.length)return position;position=this.$clipPosition(position),1>=this.getLength()&&this.$detectNewLine(text);var lines=this.$split(text),firstLine=lines.splice(0,1)[0],lastLine=0==lines.length?null:lines.splice(lines.length-1,1)[0];return position=this.insertInLine(position,firstLine),null!==lastLine&&(position=this.insertNewLine(position),position=this.insertLines(position.row,lines),position=this.insertInLine(position,lastLine||\"\")),position},this.insertLines=function(row,lines){if(0==lines.length)return{row:row,column:0};if(lines.length>65535){var end=this.insertLines(row,lines.slice(65535));lines=lines.slice(0,65535)}var args=[row,0];args.push.apply(args,lines),this.$lines.splice.apply(this.$lines,args);var range=new Range(row,0,row+lines.length,0),delta={action:\"insertLines\",range:range,lines:lines};return this._emit(\"change\",{data:delta}),end||range.end},this.insertNewLine=function(position){position=this.$clipPosition(position);var line=this.$lines[position.row]||\"\";this.$lines[position.row]=line.substring(0,position.column),this.$lines.splice(position.row+1,0,line.substring(position.column,line.length));var end={row:position.row+1,column:0},delta={action:\"insertText\",range:Range.fromPoints(position,end),text:this.getNewLineCharacter()};return this._emit(\"change\",{data:delta}),end},this.insertInLine=function(position,text){if(0==text.length)return position;var line=this.$lines[position.row]||\"\";this.$lines[position.row]=line.substring(0,position.column)+text+line.substring(position.column);var end={row:position.row,column:position.column+text.length},delta={action:\"insertText\",range:Range.fromPoints(position,end),text:text};return this._emit(\"change\",{data:delta}),end},this.remove=function(range){if(range.start=this.$clipPosition(range.start),range.end=this.$clipPosition(range.end),range.isEmpty())return range.start;var firstRow=range.start.row,lastRow=range.end.row;if(range.isMultiLine()){var firstFullRow=0==range.start.column?firstRow:firstRow+1,lastFullRow=lastRow-1;range.end.column>0&&this.removeInLine(lastRow,0,range.end.column),lastFullRow>=firstFullRow&&this.removeLines(firstFullRow,lastFullRow),firstFullRow!=firstRow&&(this.removeInLine(firstRow,range.start.column,this.getLine(firstRow).length),this.removeNewLine(range.start.row))}else this.removeInLine(firstRow,range.start.column,range.end.column);return range.start},this.removeInLine=function(row,startColumn,endColumn){if(startColumn!=endColumn){var range=new Range(row,startColumn,row,endColumn),line=this.getLine(row),removed=line.substring(startColumn,endColumn),newLine=line.substring(0,startColumn)+line.substring(endColumn,line.length);this.$lines.splice(row,1,newLine);var delta={action:\"removeText\",range:range,text:removed};return this._emit(\"change\",{data:delta}),range.start}},this.removeLines=function(firstRow,lastRow){var range=new Range(firstRow,0,lastRow+1,0),removed=this.$lines.splice(firstRow,lastRow-firstRow+1),delta={action:\"removeLines\",range:range,nl:this.getNewLineCharacter(),lines:removed};return this._emit(\"change\",{data:delta}),removed},this.removeNewLine=function(row){var firstLine=this.getLine(row),secondLine=this.getLine(row+1),range=new Range(row,firstLine.length,row+1,0),line=firstLine+secondLine;this.$lines.splice(row,2,line);var delta={action:\"removeText\",range:range,text:this.getNewLineCharacter()};this._emit(\"change\",{data:delta})},this.replace=function(range,text){if(0==text.length&&range.isEmpty())return range.start;if(text==this.getTextRange(range))return range.end;if(this.remove(range),text)var end=this.insert(range.start,text);else end=range.start;return end},this.applyDeltas=function(deltas){for(var i=0;deltas.length>i;i++){var delta=deltas[i],range=Range.fromPoints(delta.range.start,delta.range.end);\"insertLines\"==delta.action?this.insertLines(range.start.row,delta.lines):\"insertText\"==delta.action?this.insert(range.start,delta.text):\"removeLines\"==delta.action?this.removeLines(range.start.row,range.end.row-1):\"removeText\"==delta.action&&this.remove(range)}},this.revertDeltas=function(deltas){for(var i=deltas.length-1;i>=0;i--){var delta=deltas[i],range=Range.fromPoints(delta.range.start,delta.range.end);\"insertLines\"==delta.action?this.removeLines(range.start.row,range.end.row-1):\"insertText\"==delta.action?this.remove(range):\"removeLines\"==delta.action?this.insertLines(range.start.row,delta.lines):\"removeText\"==delta.action&&this.insert(range.start,delta.text)}},this.indexToPosition=function(index,startRow){for(var lines=this.$lines||this.getAllLines(),newlineLength=this.getNewLineCharacter().length,i=startRow||0,l=lines.length;l>i;i++)if(index-=lines[i].length+newlineLength,0>index)return{row:i,column:index+lines[i].length+newlineLength};return{row:l-1,column:lines[l-1].length}},this.positionToIndex=function(pos,startRow){for(var lines=this.$lines||this.getAllLines(),newlineLength=this.getNewLineCharacter().length,index=0,row=Math.min(pos.row,lines.length),i=startRow||0;row>i;++i)index+=lines[i].length;return index+newlineLength*i+pos.column}}).call(Document.prototype),exports.Document=Document}),ace.define(\"ace/anchor\",[\"require\",\"exports\",\"module\",\"ace/lib/oop\",\"ace/lib/event_emitter\"],function(acequire,exports){var oop=acequire(\"./lib/oop\"),EventEmitter=acequire(\"./lib/event_emitter\").EventEmitter,Anchor=exports.Anchor=function(doc,row,column){this.document=doc,column===void 0?this.setPosition(row.row,row.column):this.setPosition(row,column),this.$onChange=this.onChange.bind(this),doc.on(\"change\",this.$onChange)};(function(){oop.implement(this,EventEmitter),this.getPosition=function(){return this.$clipPositionToDocument(this.row,this.column)},this.getDocument=function(){return this.document},this.onChange=function(e){var delta=e.data,range=delta.range;if(!(range.start.row==range.end.row&&range.start.row!=this.row||range.start.row>this.row||range.start.row==this.row&&range.start.column>this.column)){var row=this.row,column=this.column,start=range.start,end=range.end;\"insertText\"===delta.action?start.row===row&&column>=start.column?start.row===end.row?column+=end.column-start.column:(column-=start.column,row+=end.row-start.row):start.row!==end.row&&row>start.row&&(row+=end.row-start.row):\"insertLines\"===delta.action?row>=start.row&&(row+=end.row-start.row):\"removeText\"===delta.action?start.row===row&&column>start.column?column=end.column>=column?start.column:Math.max(0,column-(end.column-start.column)):start.row!==end.row&&row>start.row?(end.row===row&&(column=Math.max(0,column-end.column)+start.column),row-=end.row-start.row):end.row===row&&(row-=end.row-start.row,column=Math.max(0,column-end.column)+start.column):\"removeLines\"==delta.action&&row>=start.row&&(row>=end.row?row-=end.row-start.row:(row=start.row,column=0)),this.setPosition(row,column,!0)}},this.setPosition=function(row,column,noClip){var pos;if(pos=noClip?{row:row,column:column}:this.$clipPositionToDocument(row,column),this.row!=pos.row||this.column!=pos.column){var old={row:this.row,column:this.column};this.row=pos.row,this.column=pos.column,this._emit(\"change\",{old:old,value:pos})}},this.detach=function(){this.document.removeEventListener(\"change\",this.$onChange)},this.$clipPositionToDocument=function(row,column){var pos={};return row>=this.document.getLength()?(pos.row=Math.max(0,this.document.getLength()-1),pos.column=this.document.getLine(pos.row).length):0>row?(pos.row=0,pos.column=0):(pos.row=row,pos.column=Math.min(this.document.getLine(pos.row).length,Math.max(0,column))),0>column&&(pos.column=0),pos}}).call(Anchor.prototype)}),ace.define(\"ace/background_tokenizer\",[\"require\",\"exports\",\"module\",\"ace/lib/oop\",\"ace/lib/event_emitter\"],function(acequire,exports){var oop=acequire(\"./lib/oop\"),EventEmitter=acequire(\"./lib/event_emitter\").EventEmitter,BackgroundTokenizer=function(tokenizer){this.running=!1,this.lines=[],this.states=[],this.currentLine=0,this.tokenizer=tokenizer;var self=this;this.$worker=function(){if(self.running){for(var workerStart=new Date,startLine=self.currentLine,doc=self.doc,processedLines=0,len=doc.getLength();len>self.currentLine;){for(self.$tokenizeRow(self.currentLine);self.lines[self.currentLine];)self.currentLine++;if(processedLines++,0==processedLines%5&&new Date-workerStart>20)return self.fireUpdateEvent(startLine,self.currentLine-1),self.running=setTimeout(self.$worker,20),void 0}self.running=!1,self.fireUpdateEvent(startLine,len-1)}}};(function(){oop.implement(this,EventEmitter),this.setTokenizer=function(tokenizer){this.tokenizer=tokenizer,this.lines=[],this.states=[],this.start(0)},this.setDocument=function(doc){this.doc=doc,this.lines=[],this.states=[],this.stop()},this.fireUpdateEvent=function(firstRow,lastRow){var data={first:firstRow,last:lastRow};this._emit(\"update\",{data:data})},this.start=function(startRow){this.currentLine=Math.min(startRow||0,this.currentLine,this.doc.getLength()),this.lines.splice(this.currentLine,this.lines.length),this.states.splice(this.currentLine,this.states.length),this.stop(),this.running=setTimeout(this.$worker,700)},this.$updateOnChange=function(delta){var range=delta.range,startRow=range.start.row,len=range.end.row-startRow;if(0===len)this.lines[startRow]=null;else if(\"removeText\"==delta.action||\"removeLines\"==delta.action)this.lines.splice(startRow,len+1,null),this.states.splice(startRow,len+1,null);else{var args=Array(len+1);args.unshift(startRow,1),this.lines.splice.apply(this.lines,args),this.states.splice.apply(this.states,args)}this.currentLine=Math.min(startRow,this.currentLine,this.doc.getLength()),this.stop(),this.running=setTimeout(this.$worker,700)},this.stop=function(){this.running&&clearTimeout(this.running),this.running=!1},this.getTokens=function(row){return this.lines[row]||this.$tokenizeRow(row)},this.getState=function(row){return this.currentLine==row&&this.$tokenizeRow(row),this.states[row]||\"start\"},this.$tokenizeRow=function(row){var line=this.doc.getLine(row),state=this.states[row-1],data=this.tokenizer.getLineTokens(line,state,row);return this.states[row]+\"\"!=data.state+\"\"?(this.states[row]=data.state,this.lines[row+1]=null,this.currentLine>row+1&&(this.currentLine=row+1)):this.currentLine==row&&(this.currentLine=row+1),this.lines[row]=data.tokens}}).call(BackgroundTokenizer.prototype),exports.BackgroundTokenizer=BackgroundTokenizer}),ace.define(\"ace/search_highlight\",[\"require\",\"exports\",\"module\",\"ace/lib/lang\",\"ace/lib/oop\",\"ace/range\"],function(acequire,exports){var lang=acequire(\"./lib/lang\");acequire(\"./lib/oop\");var Range=acequire(\"./range\").Range,SearchHighlight=function(regExp,clazz,type){this.setRegexp(regExp),this.clazz=clazz,this.type=type||\"text\"};(function(){this.MAX_RANGES=500,this.setRegexp=function(regExp){this.regExp+\"\"!=regExp+\"\"&&(this.regExp=regExp,this.cache=[])},this.update=function(html,markerLayer,session,config){if(this.regExp)for(var start=config.firstRow,end=config.lastRow,i=start;end>=i;i++){var ranges=this.cache[i];null==ranges&&(ranges=lang.getMatchOffsets(session.getLine(i),this.regExp),ranges.length>this.MAX_RANGES&&(ranges=ranges.slice(0,this.MAX_RANGES)),ranges=ranges.map(function(match){return new Range(i,match.offset,i,match.offset+match.length)}),this.cache[i]=ranges.length?ranges:\"\");for(var j=ranges.length;j--;)markerLayer.drawSingleLineMarker(html,ranges[j].toScreenRange(session),this.clazz,config,null,this.type)}}}).call(SearchHighlight.prototype),exports.SearchHighlight=SearchHighlight}),ace.define(\"ace/edit_session/folding\",[\"require\",\"exports\",\"module\",\"ace/range\",\"ace/edit_session/fold_line\",\"ace/edit_session/fold\",\"ace/token_iterator\"],function(acequire,exports){function Folding(){this.getFoldAt=function(row,column,side){var foldLine=this.getFoldLine(row);if(!foldLine)return null;for(var folds=foldLine.folds,i=0;folds.length>i;i++){var fold=folds[i];if(fold.range.contains(row,column)){if(1==side&&fold.range.isEnd(row,column))continue;if(-1==side&&fold.range.isStart(row,column))continue;return fold}}},this.getFoldsInRange=function(range){var start=range.start,end=range.end,foldLines=this.$foldData,foundFolds=[];start.column+=1,end.column-=1;for(var i=0;foldLines.length>i;i++){var cmp=foldLines[i].range.compareRange(range);if(2!=cmp){if(-2==cmp)break;for(var folds=foldLines[i].folds,j=0;folds.length>j;j++){var fold=folds[j];if(cmp=fold.range.compareRange(range),-2==cmp)break;if(2!=cmp){if(42==cmp)break;foundFolds.push(fold)}}}}return start.column-=1,end.column+=1,foundFolds},this.getAllFolds=function(){function addFold(fold){folds.push(fold)}for(var folds=[],foldLines=this.$foldData,i=0;foldLines.length>i;i++)for(var j=0;foldLines[i].folds.length>j;j++)addFold(foldLines[i].folds[j]);return folds},this.getFoldStringAt=function(row,column,trim,foldLine){if(foldLine=foldLine||this.getFoldLine(row),!foldLine)return null;for(var str,fold,lastFold={end:{column:0}},i=0;foldLine.folds.length>i;i++){fold=foldLine.folds[i];var cmp=fold.range.compareEnd(row,column);if(-1==cmp){str=this.getLine(fold.start.row).substring(lastFold.end.column,fold.start.column);break}if(0===cmp)return null;lastFold=fold}return str||(str=this.getLine(fold.start.row).substring(lastFold.end.column)),-1==trim?str.substring(0,column-lastFold.end.column):1==trim?str.substring(column-lastFold.end.column):str},this.getFoldLine=function(docRow,startFoldLine){var foldData=this.$foldData,i=0;for(startFoldLine&&(i=foldData.indexOf(startFoldLine)),-1==i&&(i=0),i;foldData.length>i;i++){var foldLine=foldData[i];if(docRow>=foldLine.start.row&&foldLine.end.row>=docRow)return foldLine;if(foldLine.end.row>docRow)return null}return null},this.getNextFoldLine=function(docRow,startFoldLine){var foldData=this.$foldData,i=0;for(startFoldLine&&(i=foldData.indexOf(startFoldLine)),-1==i&&(i=0),i;foldData.length>i;i++){var foldLine=foldData[i];if(foldLine.end.row>=docRow)return foldLine}return null},this.getFoldedRowCount=function(first,last){for(var foldData=this.$foldData,rowCount=last-first+1,i=0;foldData.length>i;i++){var foldLine=foldData[i],end=foldLine.end.row,start=foldLine.start.row;if(end>=last){last>start&&(start>=first?rowCount-=last-start:rowCount=0);break}end>=first&&(rowCount-=start>=first?end-start:end-first+1)}return rowCount},this.$addFoldLine=function(foldLine){return this.$foldData.push(foldLine),this.$foldData.sort(function(a,b){return a.start.row-b.start.row}),foldLine},this.addFold=function(placeholder,range){var fold,foldData=this.$foldData,added=!1;placeholder instanceof Fold?fold=placeholder:(fold=new Fold(range,placeholder),fold.collapseChildren=range.collapseChildren),this.$clipRangeToDocument(fold.range);var startRow=fold.start.row,startColumn=fold.start.column,endRow=fold.end.row,endColumn=fold.end.column;if(startRow==endRow&&2>endColumn-startColumn)throw\"The range has to be at least 2 characters width\";var startFold=this.getFoldAt(startRow,startColumn,1),endFold=this.getFoldAt(endRow,endColumn,-1);if(startFold&&endFold==startFold)return startFold.addSubFold(fold);if(startFold&&!startFold.range.isStart(startRow,startColumn)||endFold&&!endFold.range.isEnd(endRow,endColumn))throw\"A fold can't intersect already existing fold\"+fold.range+startFold.range;var folds=this.getFoldsInRange(fold.range);folds.length>0&&(this.removeFolds(folds),folds.forEach(function(subFold){fold.addSubFold(subFold)}));for(var i=0;foldData.length>i;i++){var foldLine=foldData[i];if(endRow==foldLine.start.row){foldLine.addFold(fold),added=!0;break}if(startRow==foldLine.end.row){if(foldLine.addFold(fold),added=!0,!fold.sameRow){var foldLineNext=foldData[i+1];if(foldLineNext&&foldLineNext.start.row==endRow){foldLine.merge(foldLineNext);break}}break}if(foldLine.start.row>=endRow)break}return added||(foldLine=this.$addFoldLine(new FoldLine(this.$foldData,fold))),this.$useWrapMode?this.$updateWrapData(foldLine.start.row,foldLine.start.row):this.$updateRowLengthCache(foldLine.start.row,foldLine.start.row),this.$modified=!0,this._emit(\"changeFold\",{data:fold}),fold},this.addFolds=function(folds){folds.forEach(function(fold){this.addFold(fold)},this)},this.removeFold=function(fold){var foldLine=fold.foldLine,startRow=foldLine.start.row,endRow=foldLine.end.row,foldLines=this.$foldData,folds=foldLine.folds;if(1==folds.length)foldLines.splice(foldLines.indexOf(foldLine),1);else if(foldLine.range.isEnd(fold.end.row,fold.end.column))folds.pop(),foldLine.end.row=folds[folds.length-1].end.row,foldLine.end.column=folds[folds.length-1].end.column;else if(foldLine.range.isStart(fold.start.row,fold.start.column))folds.shift(),foldLine.start.row=folds[0].start.row,foldLine.start.column=folds[0].start.column;else if(fold.sameRow)folds.splice(folds.indexOf(fold),1);else{var newFoldLine=foldLine.split(fold.start.row,fold.start.column);folds=newFoldLine.folds,folds.shift(),newFoldLine.start.row=folds[0].start.row,newFoldLine.start.column=folds[0].start.column}this.$updating||(this.$useWrapMode?this.$updateWrapData(startRow,endRow):this.$updateRowLengthCache(startRow,endRow)),this.$modified=!0,this._emit(\"changeFold\",{data:fold})},this.removeFolds=function(folds){for(var cloneFolds=[],i=0;folds.length>i;i++)cloneFolds.push(folds[i]);cloneFolds.forEach(function(fold){this.removeFold(fold)},this),this.$modified=!0},this.expandFold=function(fold){this.removeFold(fold),fold.subFolds.forEach(function(subFold){fold.restoreRange(subFold),this.addFold(subFold)},this),fold.collapseChildren>0&&this.foldAll(fold.start.row+1,fold.end.row,fold.collapseChildren-1),fold.subFolds=[]},this.expandFolds=function(folds){folds.forEach(function(fold){this.expandFold(fold)},this)},this.unfold=function(location,expandInner){var range,folds;if(null==location?(range=new Range(0,0,this.getLength(),0),expandInner=!0):range=\"number\"==typeof location?new Range(location,0,location,this.getLine(location).length):\"row\"in location?Range.fromPoints(location,location):location,folds=this.getFoldsInRange(range),expandInner)this.removeFolds(folds);else for(;folds.length;)this.expandFolds(folds),folds=this.getFoldsInRange(range)},this.isRowFolded=function(docRow,startFoldRow){return!!this.getFoldLine(docRow,startFoldRow)},this.getRowFoldEnd=function(docRow,startFoldRow){var foldLine=this.getFoldLine(docRow,startFoldRow);return foldLine?foldLine.end.row:docRow},this.getRowFoldStart=function(docRow,startFoldRow){var foldLine=this.getFoldLine(docRow,startFoldRow);return foldLine?foldLine.start.row:docRow},this.getFoldDisplayLine=function(foldLine,endRow,endColumn,startRow,startColumn){null==startRow&&(startRow=foldLine.start.row,startColumn=0),null==endRow&&(endRow=foldLine.end.row,endColumn=this.getLine(endRow).length);var doc=this.doc,textLine=\"\";return foldLine.walk(function(placeholder,row,column,lastColumn){if(!(startRow>row)){if(row==startRow){if(startColumn>column)return;lastColumn=Math.max(startColumn,lastColumn)}textLine+=null!=placeholder?placeholder:doc.getLine(row).substring(lastColumn,column)}},endRow,endColumn),textLine},this.getDisplayLine=function(row,endColumn,startRow,startColumn){var foldLine=this.getFoldLine(row);if(foldLine)return this.getFoldDisplayLine(foldLine,row,endColumn,startRow,startColumn);var line;return line=this.doc.getLine(row),line.substring(startColumn||0,endColumn||line.length)},this.$cloneFoldData=function(){var fd=[];return fd=this.$foldData.map(function(foldLine){var folds=foldLine.folds.map(function(fold){return fold.clone()});return new FoldLine(fd,folds)})},this.toggleFold=function(tryToUnfold){var fold,bracketPos,selection=this.selection,range=selection.getRange();if(range.isEmpty()){var cursor=range.start;if(fold=this.getFoldAt(cursor.row,cursor.column))return this.expandFold(fold),void 0;(bracketPos=this.findMatchingBracket(cursor))?1==range.comparePoint(bracketPos)?range.end=bracketPos:(range.start=bracketPos,range.start.column++,range.end.column--):(bracketPos=this.findMatchingBracket({row:cursor.row,column:cursor.column+1}))?(1==range.comparePoint(bracketPos)?range.end=bracketPos:range.start=bracketPos,range.start.column++):range=this.getCommentFoldRange(cursor.row,cursor.column)||range}else{var folds=this.getFoldsInRange(range);if(tryToUnfold&&folds.length)return this.expandFolds(folds),void 0;1==folds.length&&(fold=folds[0])}if(fold||(fold=this.getFoldAt(range.start.row,range.start.column)),fold&&\"\"+fold.range==\"\"+range)return this.expandFold(fold),void 0;var placeholder=\"...\";if(!range.isMultiLine()){if(placeholder=this.getTextRange(range),4>placeholder.length)return;placeholder=placeholder.trim().substring(0,2)+\"..\"}this.addFold(placeholder,range)},this.getCommentFoldRange=function(row,column,dir){var iterator=new TokenIterator(this,row,column),token=iterator.getCurrentToken();if(token&&/^comment|string/.test(token.type)){var range=new Range,re=RegExp(token.type.replace(/\\..*/,\"\\\\.\"));if(1!=dir){do token=iterator.stepBackward();while(token&&re.test(token.type));iterator.stepForward()}if(range.start.row=iterator.getCurrentTokenRow(),range.start.column=iterator.getCurrentTokenColumn()+2,iterator=new TokenIterator(this,row,column),-1!=dir){do token=iterator.stepForward();while(token&&re.test(token.type));token=iterator.stepBackward()}else token=iterator.getCurrentToken();return range.end.row=iterator.getCurrentTokenRow(),range.end.column=iterator.getCurrentTokenColumn()+token.value.length-2,range}},this.foldAll=function(startRow,endRow,depth){void 0==depth&&(depth=1e5);var foldWidgets=this.foldWidgets;endRow=endRow||this.getLength();for(var row=startRow||0;endRow>row;row++)if(null==foldWidgets[row]&&(foldWidgets[row]=this.getFoldWidget(row)),\"start\"==foldWidgets[row]){var range=this.getFoldWidgetRange(row);if(range&&endRow>=range.end.row)try{var fold=this.addFold(\"...\",range);fold.collapseChildren=depth}catch(e){}row=range.end.row}},this.$foldStyles={manual:1,markbegin:1,markbeginend:1},this.$foldStyle=\"markbegin\",this.setFoldStyle=function(style){if(!this.$foldStyles[style])throw Error(\"invalid fold style: \"+style+\"[\"+Object.keys(this.$foldStyles).join(\", \")+\"]\");if(this.$foldStyle!=style){this.$foldStyle=style,\"manual\"==style&&this.unfold();var mode=this.$foldMode;this.$setFolding(null),this.$setFolding(mode)}},this.$setFolding=function(foldMode){if(this.$foldMode!=foldMode){if(this.$foldMode=foldMode,this.removeListener(\"change\",this.$updateFoldWidgets),this._emit(\"changeAnnotation\"),!foldMode||\"manual\"==this.$foldStyle)return this.foldWidgets=null,void 0;this.foldWidgets=[],this.getFoldWidget=foldMode.getFoldWidget.bind(foldMode,this,this.$foldStyle),this.getFoldWidgetRange=foldMode.getFoldWidgetRange.bind(foldMode,this,this.$foldStyle),this.$updateFoldWidgets=this.updateFoldWidgets.bind(this),this.on(\"change\",this.$updateFoldWidgets)}},this.getParentFoldRangeData=function(row,ignoreCurrent){var fw=this.foldWidgets;if(!fw||ignoreCurrent&&fw[row])return{};for(var firstRange,i=row-1;i>=0;){var c=fw[i];if(null==c&&(c=fw[i]=this.getFoldWidget(i)),\"start\"==c){var range=this.getFoldWidgetRange(i);if(firstRange||(firstRange=range),range&&range.end.row>=row)break}i--}return{range:-1!==i&&range,firstRange:firstRange}},this.onFoldWidgetClick=function(row,e){var type=this.getFoldWidget(row),line=this.getLine(row);e=e.domEvent;var children=e.shiftKey,all=e.ctrlKey||e.metaKey,siblings=e.altKey,dir=\"end\"===type?-1:1,fold=this.getFoldAt(row,-1===dir?0:line.length,dir);if(fold)return children||all?this.removeFold(fold):this.expandFold(fold),void 0;var range=this.getFoldWidgetRange(row);if(range&&!range.isMultiLine()&&(fold=this.getFoldAt(range.start.row,range.start.column,1),fold&&range.isEqual(fold.range)))return this.removeFold(fold),void 0;if(siblings){var data=this.getParentFoldRangeData(row);if(data.range)var startRow=data.range.start.row+1,endRow=data.range.end.row;this.foldAll(startRow,endRow,all?1e4:0)}else if(children){var endRow=range?range.end.row:this.getLength();this.foldAll(row+1,range.end.row,all?1e4:0)}else range&&(all&&(range.collapseChildren=1e4),this.addFold(\"...\",range));range||((e.target||e.srcElement).className+=\" ace_invalid\")},this.updateFoldWidgets=function(e){var delta=e.data,range=delta.range,firstRow=range.start.row,len=range.end.row-firstRow;if(0===len)this.foldWidgets[firstRow]=null;else if(\"removeText\"==delta.action||\"removeLines\"==delta.action)this.foldWidgets.splice(firstRow,len+1,null);else{var args=Array(len+1);args.unshift(firstRow,1),this.foldWidgets.splice.apply(this.foldWidgets,args)}}}var Range=acequire(\"../range\").Range,FoldLine=acequire(\"./fold_line\").FoldLine,Fold=acequire(\"./fold\").Fold,TokenIterator=acequire(\"../token_iterator\").TokenIterator;exports.Folding=Folding}),ace.define(\"ace/edit_session/fold_line\",[\"require\",\"exports\",\"module\",\"ace/range\"],function(acequire,exports){function FoldLine(foldData,folds){this.foldData=foldData,Array.isArray(folds)?this.folds=folds:folds=this.folds=[folds];var last=folds[folds.length-1];this.range=new Range(folds[0].start.row,folds[0].start.column,last.end.row,last.end.column),this.start=this.range.start,this.end=this.range.end,this.folds.forEach(function(fold){fold.setFoldLine(this)},this)}var Range=acequire(\"../range\").Range;(function(){this.shiftRow=function(shift){this.start.row+=shift,this.end.row+=shift,this.folds.forEach(function(fold){fold.start.row+=shift,fold.end.row+=shift})},this.addFold=function(fold){if(fold.sameRow){if(fold.start.row\u003Cthis.startRow||fold.endRow>this.endRow)throw\"Can't add a fold to this FoldLine as it has no connection\";this.folds.push(fold),this.folds.sort(function(a,b){return-a.range.compareEnd(b.start.row,b.start.column)}),this.range.compareEnd(fold.start.row,fold.start.column)>0?(this.end.row=fold.end.row,this.end.column=fold.end.column):0>this.range.compareStart(fold.end.row,fold.end.column)&&(this.start.row=fold.start.row,this.start.column=fold.start.column)}else if(fold.start.row==this.end.row)this.folds.push(fold),this.end.row=fold.end.row,this.end.column=fold.end.column;else{if(fold.end.row!=this.start.row)throw\"Trying to add fold to FoldRow that doesn't have a matching row\";this.folds.unshift(fold),this.start.row=fold.start.row,this.start.column=fold.start.column}fold.foldLine=this},this.containsRow=function(row){return row>=this.start.row&&this.end.row>=row},this.walk=function(callback,endRow,endColumn){var fold,comp,stop,lastEnd=0,folds=this.folds,isNewRow=!0;null==endRow&&(endRow=this.end.row,endColumn=this.end.column);for(var i=0;folds.length>i;i++){if(fold=folds[i],comp=fold.range.compareStart(endRow,endColumn),-1==comp)return callback(null,endRow,endColumn,lastEnd,isNewRow),void 0;if(stop=callback(null,fold.start.row,fold.start.column,lastEnd,isNewRow),stop=!stop&&callback(fold.placeholder,fold.start.row,fold.start.column,lastEnd),stop||0==comp)return;isNewRow=!fold.sameRow,lastEnd=fold.end.column}callback(null,endRow,endColumn,lastEnd,isNewRow)},this.getNextFoldTo=function(row,column){for(var fold,cmp,i=0;this.folds.length>i;i++){if(fold=this.folds[i],cmp=fold.range.compareEnd(row,column),-1==cmp)return{fold:fold,kind:\"after\"};if(0==cmp)return{fold:fold,kind:\"inside\"}}return null},this.addRemoveChars=function(row,column,len){var fold,folds,ret=this.getNextFoldTo(row,column);if(ret)if(fold=ret.fold,\"inside\"==ret.kind&&fold.start.column!=column&&fold.start.row!=row)window.console&&window.console.log(row,column,fold);else if(fold.start.row==row){folds=this.folds;var i=folds.indexOf(fold);for(0==i&&(this.start.column+=len),i;folds.length>i;i++){if(fold=folds[i],fold.start.column+=len,!fold.sameRow)return;fold.end.column+=len}this.end.column+=len}},this.split=function(row,column){var fold=this.getNextFoldTo(row,column).fold,folds=this.folds,foldData=this.foldData;if(!fold)return null;var i=folds.indexOf(fold),foldBefore=folds[i-1];this.end.row=foldBefore.end.row,this.end.column=foldBefore.end.column,folds=folds.splice(i,folds.length-i);var newFoldLine=new FoldLine(foldData,folds);return foldData.splice(foldData.indexOf(this)+1,0,newFoldLine),newFoldLine},this.merge=function(foldLineNext){for(var folds=foldLineNext.folds,i=0;folds.length>i;i++)this.addFold(folds[i]);var foldData=this.foldData;foldData.splice(foldData.indexOf(foldLineNext),1)},this.toString=function(){var ret=[\"\"+this.range+\": [\"];return this.folds.forEach(function(fold){ret.push(\"  \"+(\"\"+fold))}),ret.push(\"]\"),ret.join(\"\\n\")},this.idxToPosition=function(idx){for(var fold,lastFoldEndColumn=0,i=0;this.folds.length>i;i++){var fold=this.folds[i];if(idx-=fold.start.column-lastFoldEndColumn,0>idx)return{row:fold.start.row,column:fold.start.column+idx};if(idx-=fold.placeholder.length,0>idx)return fold.start;lastFoldEndColumn=fold.end.column}return{row:this.end.row,column:this.end.column+idx}}}).call(FoldLine.prototype),exports.FoldLine=FoldLine}),ace.define(\"ace/edit_session/fold\",[\"require\",\"exports\",\"module\",\"ace/range\",\"ace/range_list\",\"ace/lib/oop\"],function(acequire,exports){function consumePoint(point,anchor){point.row-=anchor.row,0==point.row&&(point.column-=anchor.column)}function consumeRange(range,anchor){consumePoint(range.start,anchor),consumePoint(range.end,anchor)}function restorePoint(point,anchor){0==point.row&&(point.column+=anchor.column),point.row+=anchor.row}function restoreRange(range,anchor){restorePoint(range.start,anchor),restorePoint(range.end,anchor)}acequire(\"../range\").Range;var RangeList=acequire(\"../range_list\").RangeList,oop=acequire(\"../lib/oop\"),Fold=exports.Fold=function(range,placeholder){this.foldLine=null,this.placeholder=placeholder,this.range=range,this.start=range.start,this.end=range.end,this.sameRow=range.start.row==range.end.row,this.subFolds=this.ranges=[]};oop.inherits(Fold,RangeList),function(){this.toString=function(){return'\"'+this.placeholder+'\" '+(\"\"+this.range)\n},this.setFoldLine=function(foldLine){this.foldLine=foldLine,this.subFolds.forEach(function(fold){fold.setFoldLine(foldLine)})},this.clone=function(){var range=this.range.clone(),fold=new Fold(range,this.placeholder);return this.subFolds.forEach(function(subFold){fold.subFolds.push(subFold.clone())}),fold.collapseChildren=this.collapseChildren,fold},this.addSubFold=function(fold){if(!this.range.isEqual(fold)){if(!this.range.containsRange(fold))throw\"A fold can't intersect already existing fold\"+fold.range+this.range;consumeRange(fold,this.start);for(var row=fold.start.row,column=fold.start.column,i=0,cmp=-1;this.subFolds.length>i&&(cmp=this.subFolds[i].range.compare(row,column),1==cmp);i++);var afterStart=this.subFolds[i];if(0==cmp)return afterStart.addSubFold(fold);for(var row=fold.range.end.row,column=fold.range.end.column,j=i,cmp=-1;this.subFolds.length>j&&(cmp=this.subFolds[j].range.compare(row,column),1==cmp);j++);if(this.subFolds[j],0==cmp)throw\"A fold can't intersect already existing fold\"+fold.range+this.range;return this.subFolds.splice(i,j-i,fold),fold.setFoldLine(this.foldLine),fold}},this.restoreRange=function(range){return restoreRange(range,this.start)}}.call(Fold.prototype)}),ace.define(\"ace/range_list\",[\"require\",\"exports\",\"module\",\"ace/range\"],function(acequire,exports){var Range=acequire(\"./range\").Range,comparePoints=Range.comparePoints,RangeList=function(){this.ranges=[]};(function(){this.comparePoints=comparePoints,this.pointIndex=function(pos,excludeEdges,startIndex){for(var list=this.ranges,i=startIndex||0;list.length>i;i++){var range=list[i],cmpEnd=comparePoints(pos,range.end);if(!(cmpEnd>0)){var cmpStart=comparePoints(pos,range.start);return 0===cmpEnd?excludeEdges&&0!==cmpStart?-i-2:i:cmpStart>0||0===cmpStart&&!excludeEdges?i:-i-1}}return-i-1},this.add=function(range){var excludeEdges=!range.isEmpty(),startIndex=this.pointIndex(range.start,excludeEdges);0>startIndex&&(startIndex=-startIndex-1);var endIndex=this.pointIndex(range.end,excludeEdges,startIndex);return 0>endIndex?endIndex=-endIndex-1:endIndex++,this.ranges.splice(startIndex,endIndex-startIndex,range)},this.addList=function(list){for(var removed=[],i=list.length;i--;)removed.push.call(removed,this.add(list[i]));return removed},this.substractPoint=function(pos){var i=this.pointIndex(pos);return i>=0?this.ranges.splice(i,1):void 0},this.merge=function(){var removed=[],list=this.ranges;list=list.sort(function(a,b){return comparePoints(a.start,b.start)});for(var range,next=list[0],i=1;list.length>i;i++){range=next,next=list[i];var cmp=comparePoints(range.end,next.start);0>cmp||(0!=cmp||range.isEmpty()||next.isEmpty())&&(0>comparePoints(range.end,next.end)&&(range.end.row=next.end.row,range.end.column=next.end.column),list.splice(i,1),removed.push(next),next=range,i--)}return this.ranges=list,removed},this.contains=function(row,column){return this.pointIndex({row:row,column:column})>=0},this.containsPoint=function(pos){return this.pointIndex(pos)>=0},this.rangeAtPoint=function(pos){var i=this.pointIndex(pos);return i>=0?this.ranges[i]:void 0},this.clipRows=function(startRow,endRow){var list=this.ranges;if(list[0].start.row>endRow||startRow>list[list.length-1].start.row)return[];var startIndex=this.pointIndex({row:startRow,column:0});0>startIndex&&(startIndex=-startIndex-1);var endIndex=this.pointIndex({row:endRow,column:0},startIndex);0>endIndex&&(endIndex=-endIndex-1);for(var clipped=[],i=startIndex;endIndex>i;i++)clipped.push(list[i]);return clipped},this.removeAll=function(){return this.ranges.splice(0,this.ranges.length)},this.attach=function(session){this.session&&this.detach(),this.session=session,this.onChange=this.$onChange.bind(this),this.session.on(\"change\",this.onChange)},this.detach=function(){this.session&&(this.session.removeListener(\"change\",this.onChange),this.session=null)},this.$onChange=function(e){var changeRange=e.data.range;if(\"i\"==e.data.action[0])var start=changeRange.start,end=changeRange.end;else var end=changeRange.start,start=changeRange.end;for(var startRow=start.row,endRow=end.row,lineDif=endRow-startRow,colDiff=-start.column+end.column,ranges=this.ranges,i=0,n=ranges.length;n>i;i++){var r=ranges[i];if(!(startRow>r.end.row)){if(r.start.row>startRow)break;r.start.row==startRow&&r.start.column>=start.column&&(r.start.column+=colDiff,r.start.row+=lineDif),r.end.row==startRow&&r.end.column>=start.column&&(r.end.column==start.column&&colDiff>0&&n-1>i&&r.end.column>r.start.column&&r.end.column==ranges[i+1].start.column&&(r.end.column-=colDiff),r.end.column+=colDiff,r.end.row+=lineDif)}}if(0!=lineDif&&n>i)for(;n>i;i++){var r=ranges[i];r.start.row+=lineDif,r.end.row+=lineDif}}}).call(RangeList.prototype),exports.RangeList=RangeList}),ace.define(\"ace/token_iterator\",[\"require\",\"exports\",\"module\"],function(acequire,exports){var TokenIterator=function(session,initialRow,initialColumn){this.$session=session,this.$row=initialRow,this.$rowTokens=session.getTokens(initialRow);var token=session.getTokenAt(initialRow,initialColumn);this.$tokenIndex=token?token.index:-1};(function(){this.stepBackward=function(){for(this.$tokenIndex-=1;0>this.$tokenIndex;){if(this.$row-=1,0>this.$row)return this.$row=0,null;this.$rowTokens=this.$session.getTokens(this.$row),this.$tokenIndex=this.$rowTokens.length-1}return this.$rowTokens[this.$tokenIndex]},this.stepForward=function(){this.$tokenIndex+=1;for(var rowCount;this.$tokenIndex>=this.$rowTokens.length;){if(this.$row+=1,rowCount||(rowCount=this.$session.getLength()),this.$row>=rowCount)return this.$row=rowCount-1,null;this.$rowTokens=this.$session.getTokens(this.$row),this.$tokenIndex=0}return this.$rowTokens[this.$tokenIndex]},this.getCurrentToken=function(){return this.$rowTokens[this.$tokenIndex]},this.getCurrentTokenRow=function(){return this.$row},this.getCurrentTokenColumn=function(){var rowTokens=this.$rowTokens,tokenIndex=this.$tokenIndex,column=rowTokens[tokenIndex].start;if(void 0!==column)return column;for(column=0;tokenIndex>0;)tokenIndex-=1,column+=rowTokens[tokenIndex].value.length;return column}}).call(TokenIterator.prototype),exports.TokenIterator=TokenIterator}),ace.define(\"ace/edit_session/bracket_match\",[\"require\",\"exports\",\"module\",\"ace/token_iterator\",\"ace/range\"],function(acequire,exports){function BracketMatch(){this.findMatchingBracket=function(position,chr){if(0==position.column)return null;var charBeforeCursor=chr||this.getLine(position.row).charAt(position.column-1);if(\"\"==charBeforeCursor)return null;var match=charBeforeCursor.match(/([\\(\\[\\{])|([\\)\\]\\}])/);return match?match[1]?this.$findClosingBracket(match[1],position):this.$findOpeningBracket(match[2],position):null},this.getBracketRange=function(pos){var range,line=this.getLine(pos.row),before=!0,chr=line.charAt(pos.column-1),match=chr&&chr.match(/([\\(\\[\\{])|([\\)\\]\\}])/);if(match||(chr=line.charAt(pos.column),pos={row:pos.row,column:pos.column+1},match=chr&&chr.match(/([\\(\\[\\{])|([\\)\\]\\}])/),before=!1),!match)return null;if(match[1]){var bracketPos=this.$findClosingBracket(match[1],pos);if(!bracketPos)return null;range=Range.fromPoints(pos,bracketPos),before||(range.end.column++,range.start.column--),range.cursor=range.end}else{var bracketPos=this.$findOpeningBracket(match[2],pos);if(!bracketPos)return null;range=Range.fromPoints(bracketPos,pos),before||(range.start.column++,range.end.column--),range.cursor=range.start}return range},this.$brackets={\")\":\"(\",\"(\":\")\",\"]\":\"[\",\"[\":\"]\",\"{\":\"}\",\"}\":\"{\"},this.$findOpeningBracket=function(bracket,position,typeRe){var openBracket=this.$brackets[bracket],depth=1,iterator=new TokenIterator(this,position.row,position.column),token=iterator.getCurrentToken();if(token||(token=iterator.stepForward()),token){typeRe||(typeRe=RegExp(\"(\\\\.?\"+token.type.replace(\".\",\"\\\\.\").replace(\"rparen\",\".paren\")+\")+\"));for(var valueIndex=position.column-iterator.getCurrentTokenColumn()-2,value=token.value;;){for(;valueIndex>=0;){var chr=value.charAt(valueIndex);if(chr==openBracket){if(depth-=1,0==depth)return{row:iterator.getCurrentTokenRow(),column:valueIndex+iterator.getCurrentTokenColumn()}}else chr==bracket&&(depth+=1);valueIndex-=1}do token=iterator.stepBackward();while(token&&!typeRe.test(token.type));if(null==token)break;value=token.value,valueIndex=value.length-1}return null}},this.$findClosingBracket=function(bracket,position,typeRe){var closingBracket=this.$brackets[bracket],depth=1,iterator=new TokenIterator(this,position.row,position.column),token=iterator.getCurrentToken();if(token||(token=iterator.stepForward()),token){typeRe||(typeRe=RegExp(\"(\\\\.?\"+token.type.replace(\".\",\"\\\\.\").replace(\"lparen\",\".paren\")+\")+\"));for(var valueIndex=position.column-iterator.getCurrentTokenColumn();;){for(var value=token.value,valueLength=value.length;valueLength>valueIndex;){var chr=value.charAt(valueIndex);if(chr==closingBracket){if(depth-=1,0==depth)return{row:iterator.getCurrentTokenRow(),column:valueIndex+iterator.getCurrentTokenColumn()}}else chr==bracket&&(depth+=1);valueIndex+=1}do token=iterator.stepForward();while(token&&!typeRe.test(token.type));if(null==token)break;valueIndex=0}return null}}}var TokenIterator=acequire(\"../token_iterator\").TokenIterator,Range=acequire(\"../range\").Range;exports.BracketMatch=BracketMatch}),ace.define(\"ace/search\",[\"require\",\"exports\",\"module\",\"ace/lib/lang\",\"ace/lib/oop\",\"ace/range\"],function(acequire,exports){var lang=acequire(\"./lib/lang\"),oop=acequire(\"./lib/oop\"),Range=acequire(\"./range\").Range,Search=function(){this.$options={}};(function(){this.set=function(options){return oop.mixin(this.$options,options),this},this.getOptions=function(){return lang.copyObject(this.$options)},this.setOptions=function(options){this.$options=options},this.find=function(session){var iterator=this.$matchIterator(session,this.$options);if(!iterator)return!1;var firstRange=null;return iterator.forEach(function(range,row,offset){if(range.start)firstRange=range;else{var column=range.offset+(offset||0);firstRange=new Range(row,column,row,column+range.length)}return!0}),firstRange},this.findAll=function(session){var options=this.$options;if(!options.needle)return[];this.$assembleRegExp(options);var range=options.range,lines=range?session.getLines(range.start.row,range.end.row):session.doc.getAllLines(),ranges=[],re=options.re;if(options.$isMultiLine)for(var len=re.length,maxRow=lines.length-len,row=re.offset||0;maxRow>=row;row++){for(var j=0;len>j&&-1!=lines[row+j].search(re[j]);j++);var startLine=lines[row],line=lines[row+len-1],startIndex=startLine.match(re[0])[0].length,endIndex=line.match(re[len-1])[0].length;ranges.push(new Range(row,startLine.length-startIndex,row+len-1,endIndex))}else for(var i=0;lines.length>i;i++)for(var matches=lang.getMatchOffsets(lines[i],re),j=0;matches.length>j;j++){var match=matches[j];ranges.push(new Range(i,match.offset,i,match.offset+match.length))}if(range){for(var startColumn=range.start.column,endColumn=range.start.column,i=0,j=ranges.length-1;j>i&&startColumn>ranges[i].start.column&&ranges[i].start.row==range.start.row;)i++;for(;j>i&&ranges[j].end.column>endColumn&&ranges[j].end.row==range.end.row;)j--;return ranges.slice(i,j+1)}return ranges},this.replace=function(input,replacement){var options=this.$options,re=this.$assembleRegExp(options);if(options.$isMultiLine)return replacement;if(re){var match=re.exec(input);if(!match||match[0].length!=input.length)return null;if(replacement=input.replace(re,replacement),options.preserveCase){replacement=replacement.split(\"\");for(var i=Math.min(input.length,input.length);i--;){var ch=input[i];replacement[i]=ch&&ch.toLowerCase()!=ch?replacement[i].toUpperCase():replacement[i].toLowerCase()}replacement=replacement.join(\"\")}return replacement}},this.$matchIterator=function(session,options){var re=this.$assembleRegExp(options);if(!re)return!1;var callback,self=this,backwards=options.backwards;if(options.$isMultiLine)var len=re.length,matchIterator=function(line,row,offset){var startIndex=line.search(re[0]);if(-1!=startIndex){for(var i=1;len>i;i++)if(line=session.getLine(row+i),-1==line.search(re[i]))return;var endIndex=line.match(re[len-1])[0].length,range=new Range(row,startIndex,row+len-1,endIndex);return 1==re.offset?(range.start.row--,range.start.column=Number.MAX_VALUE):offset&&(range.start.column+=offset),callback(range)?!0:void 0}};else if(backwards)var matchIterator=function(line,row,startIndex){for(var matches=lang.getMatchOffsets(line,re),i=matches.length-1;i>=0;i--)if(callback(matches[i],row,startIndex))return!0};else var matchIterator=function(line,row,startIndex){for(var matches=lang.getMatchOffsets(line,re),i=0;matches.length>i;i++)if(callback(matches[i],row,startIndex))return!0};return{forEach:function(_callback){callback=_callback,self.$lineIterator(session,options).forEach(matchIterator)}}},this.$assembleRegExp=function(options){if(options.needle instanceof RegExp)return options.re=options.needle;var needle=options.needle;if(!options.needle)return options.re=!1;options.regExp||(needle=lang.escapeRegExp(needle)),options.wholeWord&&(needle=\"\\\\b\"+needle+\"\\\\b\");var modifier=options.caseSensitive?\"g\":\"gi\";if(options.$isMultiLine=/[\\n\\r]/.test(needle),options.$isMultiLine)return options.re=this.$assembleMultilineRegExp(needle,modifier);try{var re=RegExp(needle,modifier)}catch(e){re=!1}return options.re=re},this.$assembleMultilineRegExp=function(needle,modifier){for(var parts=needle.replace(/\\r\\n|\\r|\\n/g,\"$\\n^\").split(\"\\n\"),re=[],i=0;parts.length>i;i++)try{re.push(RegExp(parts[i],modifier))}catch(e){return!1}return\"\"==parts[0]?(re.shift(),re.offset=1):re.offset=0,re},this.$lineIterator=function(session,options){var backwards=1==options.backwards,skipCurrent=0!=options.skipCurrent,range=options.range,start=options.start;start||(start=range?range[backwards?\"end\":\"start\"]:session.selection.getRange()),start.start&&(start=start[skipCurrent!=backwards?\"end\":\"start\"]);var firstRow=range?range.start.row:0,lastRow=range?range.end.row:session.getLength()-1,forEach=backwards?function(callback){var row=start.row,line=session.getLine(row).substring(0,start.column);if(!callback(line,row)){for(row--;row>=firstRow;row--)if(callback(session.getLine(row),row))return;if(0!=options.wrap)for(row=lastRow,firstRow=start.row;row>=firstRow;row--)if(callback(session.getLine(row),row))return}}:function(callback){var row=start.row,line=session.getLine(row).substr(start.column);if(!callback(line,row,start.column)){for(row+=1;lastRow>=row;row++)if(callback(session.getLine(row),row))return;if(0!=options.wrap)for(row=firstRow,lastRow=start.row;lastRow>=row;row++)if(callback(session.getLine(row),row))return}};return{forEach:forEach}}}).call(Search.prototype),exports.Search=Search}),ace.define(\"ace/commands/command_manager\",[\"require\",\"exports\",\"module\",\"ace/lib/oop\",\"ace/keyboard/hash_handler\",\"ace/lib/event_emitter\"],function(acequire,exports){var oop=acequire(\"../lib/oop\"),HashHandler=acequire(\"../keyboard/hash_handler\").HashHandler,EventEmitter=acequire(\"../lib/event_emitter\").EventEmitter,CommandManager=function(platform,commands){this.platform=platform,this.commands=this.byName={},this.commmandKeyBinding={},this.addCommands(commands),this.setDefaultHandler(\"exec\",function(e){return e.command.exec(e.editor,e.args||{})})};oop.inherits(CommandManager,HashHandler),function(){oop.implement(this,EventEmitter),this.exec=function(command,editor,args){if(\"string\"==typeof command&&(command=this.commands[command]),!command)return!1;if(editor&&editor.$readOnly&&!command.readOnly)return!1;var e={editor:editor,command:command,args:args},retvalue=this._emit(\"exec\",e);return this._signal(\"afterExec\",e),retvalue===!1?!1:!0},this.toggleRecording=function(editor){return this.$inReplay?void 0:(editor&&editor._emit(\"changeStatus\"),this.recording?(this.macro.pop(),this.removeEventListener(\"exec\",this.$addCommandToMacro),this.macro.length||(this.macro=this.oldMacro),this.recording=!1):(this.$addCommandToMacro||(this.$addCommandToMacro=function(e){this.macro.push([e.command,e.args])}.bind(this)),this.oldMacro=this.macro,this.macro=[],this.on(\"exec\",this.$addCommandToMacro),this.recording=!0))},this.replay=function(editor){if(!this.$inReplay&&this.macro){if(this.recording)return this.toggleRecording(editor);try{this.$inReplay=!0,this.macro.forEach(function(x){\"string\"==typeof x?this.exec(x,editor):this.exec(x[0],editor,x[1])},this)}finally{this.$inReplay=!1}}},this.trimMacro=function(m){return m.map(function(x){return\"string\"!=typeof x[0]&&(x[0]=x[0].name),x[1]||(x=x[0]),x})}}.call(CommandManager.prototype),exports.CommandManager=CommandManager}),ace.define(\"ace/keyboard/hash_handler\",[\"require\",\"exports\",\"module\",\"ace/lib/keys\",\"ace/lib/useragent\"],function(acequire,exports){function HashHandler(config,platform){this.platform=platform||(useragent.isMac?\"mac\":\"win\"),this.commands={},this.commmandKeyBinding={},this.addCommands(config)}var keyUtil=acequire(\"../lib/keys\"),useragent=acequire(\"../lib/useragent\");(function(){this.addCommand=function(command){this.commands[command.name]&&this.removeCommand(command),this.commands[command.name]=command,command.bindKey&&this._buildKeyHash(command)},this.removeCommand=function(command){var name=\"string\"==typeof command?command:command.name;command=this.commands[name],delete this.commands[name];var ckb=this.commmandKeyBinding;for(var hashId in ckb)for(var key in ckb[hashId])ckb[hashId][key]==command&&delete ckb[hashId][key]},this.bindKey=function(key,command){if(key){if(\"function\"==typeof command)return this.addCommand({exec:command,bindKey:key,name:command.name||key}),void 0;var ckb=this.commmandKeyBinding;key.split(\"|\").forEach(function(keyPart){var binding=this.parseKeys(keyPart,command),hashId=binding.hashId;(ckb[hashId]||(ckb[hashId]={}))[binding.key]=command},this)}},this.addCommands=function(commands){commands&&Object.keys(commands).forEach(function(name){var command=commands[name];return\"string\"==typeof command?this.bindKey(command,name):(\"function\"==typeof command&&(command={exec:command}),command.name||(command.name=name),this.addCommand(command),void 0)},this)},this.removeCommands=function(commands){Object.keys(commands).forEach(function(name){this.removeCommand(commands[name])},this)},this.bindKeys=function(keyList){Object.keys(keyList).forEach(function(key){this.bindKey(key,keyList[key])},this)},this._buildKeyHash=function(command){var binding=command.bindKey;if(binding){var key=\"string\"==typeof binding?binding:binding[this.platform];this.bindKey(key,command)}},this.parseKeys=function(keys){-1!=keys.indexOf(\" \")&&(keys=keys.split(/\\s+/).pop());var parts=keys.toLowerCase().split(/[\\-\\+]([\\-\\+])?/).filter(function(x){return x}),key=parts.pop(),keyCode=keyUtil[key];if(keyUtil.FUNCTION_KEYS[keyCode])key=keyUtil.FUNCTION_KEYS[keyCode].toLowerCase();else{if(!parts.length)return{key:key,hashId:-1};if(1==parts.length&&\"shift\"==parts[0])return{key:key.toUpperCase(),hashId:-1}}for(var hashId=0,i=parts.length;i--;){var modifier=keyUtil.KEY_MODS[parts[i]];if(null==modifier)return\"undefined\"!=typeof console&&console.error(\"invalid modifier \"+parts[i]+\" in \"+keys),!1;hashId|=modifier}return{key:key,hashId:hashId}},this.findKeyCommand=function(hashId,keyString){var ckbr=this.commmandKeyBinding;return ckbr[hashId]&&ckbr[hashId][keyString]},this.handleKeyboard=function(data,hashId,keyString){return{command:this.findKeyCommand(hashId,keyString)}}}).call(HashHandler.prototype),exports.HashHandler=HashHandler}),ace.define(\"ace/commands/default_commands\",[\"require\",\"exports\",\"module\",\"ace/lib/lang\",\"ace/config\"],function(acequire,exports){function bindKey(win,mac){return{win:win,mac:mac}}var lang=acequire(\"../lib/lang\"),config=acequire(\"../config\");exports.commands=[{name:\"selectall\",bindKey:bindKey(\"Ctrl-A\",\"Command-A\"),exec:function(editor){editor.selectAll()},readOnly:!0},{name:\"centerselection\",bindKey:bindKey(null,\"Ctrl-L\"),exec:function(editor){editor.centerSelection()},readOnly:!0},{name:\"gotoline\",bindKey:bindKey(\"Ctrl-L\",\"Command-L\"),exec:function(editor){var line=parseInt(prompt(\"Enter line number:\"),10);isNaN(line)||editor.gotoLine(line)},readOnly:!0},{name:\"fold\",bindKey:bindKey(\"Alt-L|Ctrl-F1\",\"Command-Alt-L|Command-F1\"),exec:function(editor){editor.session.toggleFold(!1)},readOnly:!0},{name:\"unfold\",bindKey:bindKey(\"Alt-Shift-L|Ctrl-Shift-F1\",\"Command-Alt-Shift-L|Command-Shift-F1\"),exec:function(editor){editor.session.toggleFold(!0)},readOnly:!0},{name:\"foldall\",bindKey:bindKey(\"Alt-0\",\"Command-Option-0\"),exec:function(editor){editor.session.foldAll()},readOnly:!0},{name:\"unfoldall\",bindKey:bindKey(\"Alt-Shift-0\",\"Command-Option-Shift-0\"),exec:function(editor){editor.session.unfold()},readOnly:!0},{name:\"findnext\",bindKey:bindKey(\"Ctrl-K\",\"Command-G\"),exec:function(editor){editor.findNext()},readOnly:!0},{name:\"findprevious\",bindKey:bindKey(\"Ctrl-Shift-K\",\"Command-Shift-G\"),exec:function(editor){editor.findPrevious()},readOnly:!0},{name:\"find\",bindKey:bindKey(\"Ctrl-F\",\"Command-F\"),exec:function(editor){config.loadModule(\"ace/ext/searchbox\",function(e){e.Search(editor)})},readOnly:!0},{name:\"overwrite\",bindKey:\"Insert\",exec:function(editor){editor.toggleOverwrite()},readOnly:!0},{name:\"selecttostart\",bindKey:bindKey(\"Ctrl-Shift-Home\",\"Command-Shift-Up\"),exec:function(editor){editor.getSelection().selectFileStart()},multiSelectAction:\"forEach\",readOnly:!0},{name:\"gotostart\",bindKey:bindKey(\"Ctrl-Home\",\"Command-Home|Command-Up\"),exec:function(editor){editor.navigateFileStart()},multiSelectAction:\"forEach\",readOnly:!0},{name:\"selectup\",bindKey:bindKey(\"Shift-Up\",\"Shift-Up\"),exec:function(editor){editor.getSelection().selectUp()},multiSelectAction:\"forEach\",readOnly:!0},{name:\"golineup\",bindKey:bindKey(\"Up\",\"Up|Ctrl-P\"),exec:function(editor,args){editor.navigateUp(args.times)},multiSelectAction:\"forEach\",readOnly:!0},{name:\"selecttoend\",bindKey:bindKey(\"Ctrl-Shift-End\",\"Command-Shift-Down\"),exec:function(editor){editor.getSelection().selectFileEnd()},multiSelectAction:\"forEach\",readOnly:!0},{name:\"gotoend\",bindKey:bindKey(\"Ctrl-End\",\"Command-End|Command-Down\"),exec:function(editor){editor.navigateFileEnd()},multiSelectAction:\"forEach\",readOnly:!0},{name:\"selectdown\",bindKey:bindKey(\"Shift-Down\",\"Shift-Down\"),exec:function(editor){editor.getSelection().selectDown()},multiSelectAction:\"forEach\",readOnly:!0},{name:\"golinedown\",bindKey:bindKey(\"Down\",\"Down|Ctrl-N\"),exec:function(editor,args){editor.navigateDown(args.times)},multiSelectAction:\"forEach\",readOnly:!0},{name:\"selectwordleft\",bindKey:bindKey(\"Ctrl-Shift-Left\",\"Option-Shift-Left\"),exec:function(editor){editor.getSelection().selectWordLeft()},multiSelectAction:\"forEach\",readOnly:!0},{name:\"gotowordleft\",bindKey:bindKey(\"Ctrl-Left\",\"Option-Left\"),exec:function(editor){editor.navigateWordLeft()},multiSelectAction:\"forEach\",readOnly:!0},{name:\"selecttolinestart\",bindKey:bindKey(\"Alt-Shift-Left\",\"Command-Shift-Left\"),exec:function(editor){editor.getSelection().selectLineStart()},multiSelectAction:\"forEach\",readOnly:!0},{name:\"gotolinestart\",bindKey:bindKey(\"Alt-Left|Home\",\"Command-Left|Home|Ctrl-A\"),exec:function(editor){editor.navigateLineStart()},multiSelectAction:\"forEach\",readOnly:!0},{name:\"selectleft\",bindKey:bindKey(\"Shift-Left\",\"Shift-Left\"),exec:function(editor){editor.getSelection().selectLeft()},multiSelectAction:\"forEach\",readOnly:!0},{name:\"gotoleft\",bindKey:bindKey(\"Left\",\"Left|Ctrl-B\"),exec:function(editor,args){editor.navigateLeft(args.times)},multiSelectAction:\"forEach\",readOnly:!0},{name:\"selectwordright\",bindKey:bindKey(\"Ctrl-Shift-Right\",\"Option-Shift-Right\"),exec:function(editor){editor.getSelection().selectWordRight()},multiSelectAction:\"forEach\",readOnly:!0},{name:\"gotowordright\",bindKey:bindKey(\"Ctrl-Right\",\"Option-Right\"),exec:function(editor){editor.navigateWordRight()},multiSelectAction:\"forEach\",readOnly:!0},{name:\"selecttolineend\",bindKey:bindKey(\"Alt-Shift-Right\",\"Command-Shift-Right\"),exec:function(editor){editor.getSelection().selectLineEnd()},multiSelectAction:\"forEach\",readOnly:!0},{name:\"gotolineend\",bindKey:bindKey(\"Alt-Right|End\",\"Command-Right|End|Ctrl-E\"),exec:function(editor){editor.navigateLineEnd()},multiSelectAction:\"forEach\",readOnly:!0},{name:\"selectright\",bindKey:bindKey(\"Shift-Right\",\"Shift-Right\"),exec:function(editor){editor.getSelection().selectRight()},multiSelectAction:\"forEach\",readOnly:!0},{name:\"gotoright\",bindKey:bindKey(\"Right\",\"Right|Ctrl-F\"),exec:function(editor,args){editor.navigateRight(args.times)},multiSelectAction:\"forEach\",readOnly:!0},{name:\"selectpagedown\",bindKey:\"Shift-PageDown\",exec:function(editor){editor.selectPageDown()},readOnly:!0},{name:\"pagedown\",bindKey:bindKey(null,\"Option-PageDown\"),exec:function(editor){editor.scrollPageDown()},readOnly:!0},{name:\"gotopagedown\",bindKey:bindKey(\"PageDown\",\"PageDown|Ctrl-V\"),exec:function(editor){editor.gotoPageDown()},readOnly:!0},{name:\"selectpageup\",bindKey:\"Shift-PageUp\",exec:function(editor){editor.selectPageUp()},readOnly:!0},{name:\"pageup\",bindKey:bindKey(null,\"Option-PageUp\"),exec:function(editor){editor.scrollPageUp()},readOnly:!0},{name:\"gotopageup\",bindKey:\"PageUp\",exec:function(editor){editor.gotoPageUp()},readOnly:!0},{name:\"scrollup\",bindKey:bindKey(\"Ctrl-Up\",null),exec:function(e){e.renderer.scrollBy(0,-2*e.renderer.layerConfig.lineHeight)},readOnly:!0},{name:\"scrolldown\",bindKey:bindKey(\"Ctrl-Down\",null),exec:function(e){e.renderer.scrollBy(0,2*e.renderer.layerConfig.lineHeight)},readOnly:!0},{name:\"selectlinestart\",bindKey:\"Shift-Home\",exec:function(editor){editor.getSelection().selectLineStart()},multiSelectAction:\"forEach\",readOnly:!0},{name:\"selectlineend\",bindKey:\"Shift-End\",exec:function(editor){editor.getSelection().selectLineEnd()},multiSelectAction:\"forEach\",readOnly:!0},{name:\"togglerecording\",bindKey:bindKey(\"Ctrl-Alt-E\",\"Command-Option-E\"),exec:function(editor){editor.commands.toggleRecording(editor)},readOnly:!0},{name:\"replaymacro\",bindKey:bindKey(\"Ctrl-Shift-E\",\"Command-Shift-E\"),exec:function(editor){editor.commands.replay(editor)},readOnly:!0},{name:\"jumptomatching\",bindKey:bindKey(\"Ctrl-P\",\"Ctrl-Shift-P\"),exec:function(editor){editor.jumpToMatching()},multiSelectAction:\"forEach\",readOnly:!0},{name:\"selecttomatching\",bindKey:bindKey(\"Ctrl-Shift-P\",null),exec:function(editor){editor.jumpToMatching(!0)},multiSelectAction:\"forEach\",readOnly:!0},{name:\"cut\",exec:function(editor){var range=editor.getSelectionRange();editor._emit(\"cut\",range),editor.selection.isEmpty()||(editor.session.remove(range),editor.clearSelection())},multiSelectAction:\"forEach\"},{name:\"removeline\",bindKey:bindKey(\"Ctrl-D\",\"Command-D\"),exec:function(editor){editor.removeLines()},multiSelectAction:\"forEachLine\"},{name:\"duplicateSelection\",bindKey:bindKey(\"Ctrl-Shift-D\",\"Command-Shift-D\"),exec:function(editor){editor.duplicateSelection()},multiSelectAction:\"forEach\"},{name:\"sortlines\",bindKey:bindKey(\"Ctrl-Alt-S\",\"Command-Alt-S\"),exec:function(editor){editor.sortLines()},multiSelectAction:\"forEachLine\"},{name:\"togglecomment\",bindKey:bindKey(\"Ctrl-/\",\"Command-/\"),exec:function(editor){editor.toggleCommentLines()},multiSelectAction:\"forEachLine\"},{name:\"modifyNumberUp\",bindKey:bindKey(\"Ctrl-Shift-Up\",\"Alt-Shift-Up\"),exec:function(editor){editor.modifyNumber(1)},multiSelectAction:\"forEach\"},{name:\"modifyNumberDown\",bindKey:bindKey(\"Ctrl-Shift-Down\",\"Alt-Shift-Down\"),exec:function(editor){editor.modifyNumber(-1)},multiSelectAction:\"forEach\"},{name:\"replace\",bindKey:bindKey(\"Ctrl-H\",\"Command-Option-F\"),exec:function(editor){config.loadModule(\"ace/ext/searchbox\",function(e){e.Search(editor,!0)})}},{name:\"undo\",bindKey:bindKey(\"Ctrl-Z\",\"Command-Z\"),exec:function(editor){editor.undo()}},{name:\"redo\",bindKey:bindKey(\"Ctrl-Shift-Z|Ctrl-Y\",\"Command-Shift-Z|Command-Y\"),exec:function(editor){editor.redo()}},{name:\"copylinesup\",bindKey:bindKey(\"Alt-Shift-Up\",\"Command-Option-Up\"),exec:function(editor){editor.copyLinesUp()}},{name:\"movelinesup\",bindKey:bindKey(\"Alt-Up\",\"Option-Up\"),exec:function(editor){editor.moveLinesUp()}},{name:\"copylinesdown\",bindKey:bindKey(\"Alt-Shift-Down\",\"Command-Option-Down\"),exec:function(editor){editor.copyLinesDown()}},{name:\"movelinesdown\",bindKey:bindKey(\"Alt-Down\",\"Option-Down\"),exec:function(editor){editor.moveLinesDown()}},{name:\"del\",bindKey:bindKey(\"Delete\",\"Delete|Ctrl-D\"),exec:function(editor){editor.remove(\"right\")},multiSelectAction:\"forEach\"},{name:\"backspace\",bindKey:bindKey(\"Command-Backspace|Option-Backspace|Shift-Backspace|Backspace\",\"Ctrl-Backspace|Command-Backspace|Shift-Backspace|Backspace|Ctrl-H\"),exec:function(editor){editor.remove(\"left\")},multiSelectAction:\"forEach\"},{name:\"removetolinestart\",bindKey:bindKey(\"Alt-Backspace\",\"Command-Backspace\"),exec:function(editor){editor.removeToLineStart()},multiSelectAction:\"forEach\"},{name:\"removetolineend\",bindKey:bindKey(\"Alt-Delete\",\"Ctrl-K\"),exec:function(editor){editor.removeToLineEnd()},multiSelectAction:\"forEach\"},{name:\"removewordleft\",bindKey:bindKey(\"Ctrl-Backspace\",\"Alt-Backspace|Ctrl-Alt-Backspace\"),exec:function(editor){editor.removeWordLeft()},multiSelectAction:\"forEach\"},{name:\"removewordright\",bindKey:bindKey(\"Ctrl-Delete\",\"Alt-Delete\"),exec:function(editor){editor.removeWordRight()},multiSelectAction:\"forEach\"},{name:\"outdent\",bindKey:bindKey(\"Shift-Tab\",\"Shift-Tab\"),exec:function(editor){editor.blockOutdent()},multiSelectAction:\"forEach\"},{name:\"indent\",bindKey:bindKey(\"Tab\",\"Tab\"),exec:function(editor){editor.indent()},multiSelectAction:\"forEach\"},{name:\"blockoutdent\",bindKey:bindKey(\"Ctrl-[\",\"Ctrl-[\"),exec:function(editor){editor.blockOutdent()},multiSelectAction:\"forEachLine\"},{name:\"blockindent\",bindKey:bindKey(\"Ctrl-]\",\"Ctrl-]\"),exec:function(editor){editor.blockIndent()},multiSelectAction:\"forEachLine\"},{name:\"insertstring\",exec:function(editor,str){editor.insert(str)},multiSelectAction:\"forEach\"},{name:\"inserttext\",exec:function(editor,args){editor.insert(lang.stringRepeat(args.text||\"\",args.times||1))},multiSelectAction:\"forEach\"},{name:\"splitline\",bindKey:bindKey(null,\"Ctrl-O\"),exec:function(editor){editor.splitLine()},multiSelectAction:\"forEach\"},{name:\"transposeletters\",bindKey:bindKey(\"Ctrl-T\",\"Ctrl-T\"),exec:function(editor){editor.transposeLetters()},multiSelectAction:function(editor){editor.transposeSelections(1)}},{name:\"touppercase\",bindKey:bindKey(\"Ctrl-U\",\"Ctrl-U\"),exec:function(editor){editor.toUpperCase()},multiSelectAction:\"forEach\"},{name:\"tolowercase\",bindKey:bindKey(\"Ctrl-Shift-U\",\"Ctrl-Shift-U\"),exec:function(editor){editor.toLowerCase()},multiSelectAction:\"forEach\"}]}),ace.define(\"ace/undomanager\",[\"require\",\"exports\",\"module\"],function(acequire,exports){var UndoManager=function(){this.reset()};(function(){this.execute=function(options){var deltas=options.args[0];this.$doc=options.args[1],this.$undoStack.push(deltas),this.$redoStack=[]},this.undo=function(dontSelect){var deltas=this.$undoStack.pop(),undoSelectionRange=null;return deltas&&(undoSelectionRange=this.$doc.undoChanges(deltas,dontSelect),this.$redoStack.push(deltas)),undoSelectionRange},this.redo=function(dontSelect){var deltas=this.$redoStack.pop(),redoSelectionRange=null;return deltas&&(redoSelectionRange=this.$doc.redoChanges(deltas,dontSelect),this.$undoStack.push(deltas)),redoSelectionRange},this.reset=function(){this.$undoStack=[],this.$redoStack=[]},this.hasUndo=function(){return this.$undoStack.length>0},this.hasRedo=function(){return this.$redoStack.length>0}}).call(UndoManager.prototype),exports.UndoManager=UndoManager}),ace.define(\"ace/virtual_renderer\",[\"require\",\"exports\",\"module\",\"ace/lib/oop\",\"ace/lib/dom\",\"ace/lib/event\",\"ace/lib/useragent\",\"ace/config\",\"ace/layer/gutter\",\"ace/layer/marker\",\"ace/layer/text\",\"ace/layer/cursor\",\"ace/scrollbar\",\"ace/renderloop\",\"ace/lib/event_emitter\"],function(acequire,exports){var oop=acequire(\"./lib/oop\"),dom=acequire(\"./lib/dom\"),event=acequire(\"./lib/event\"),useragent=acequire(\"./lib/useragent\"),config=acequire(\"./config\"),GutterLayer=acequire(\"./layer/gutter\").Gutter,MarkerLayer=acequire(\"./layer/marker\").Marker,TextLayer=acequire(\"./layer/text\").Text,CursorLayer=acequire(\"./layer/cursor\").Cursor,ScrollBar=acequire(\"./scrollbar\").ScrollBar,RenderLoop=acequire(\"./renderloop\").RenderLoop,EventEmitter=acequire(\"./lib/event_emitter\").EventEmitter,editorCss=\".ace_editor {position: relative;overflow: hidden;font-family: 'Monaco', 'Menlo', 'Ubuntu Mono', 'Consolas', 'source-code-pro', monospace;font-size: 12px;line-height: normal;}.ace_scroller {position: absolute;overflow: hidden;top: 0;bottom: 0;}.ace_content {position: absolute;-moz-box-sizing: border-box;-webkit-box-sizing: border-box;box-sizing: border-box;cursor: text;}.ace_gutter {position: absolute;overflow : hidden;width: auto;top: 0;bottom: 0;left: 0;cursor: default;z-index: 4;}.ace_gutter-active-line {position: absolute;left: 0;right: 0;}.ace_scroller.ace_scroll-left {box-shadow: 17px 0 16px -16px rgba(0, 0, 0, 0.4) inset;}.ace_gutter-cell {padding-left: 19px;padding-right: 6px;background-repeat: no-repeat;}.ace_gutter-cell.ace_error {background-image: 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no-repeat;background-position: 2px center;}.ace_gutter-cell.ace_warning {background-image: 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{position: absolute;overflow-x: hidden;overflow-y: scroll;right: 0;top: 0;bottom: 0;}.ace_scrollbar-inner {position: absolute;width: 1px;left: 0;}.ace_print-margin {position: absolute;height: 100%;}.ace_text-input {position: absolute;z-index: 0;width: 0.5em;height: 1em;opacity: 0;background: transparent;-moz-appearance: none;appearance: none;border: none;resize: none;outline: none;overflow: hidden;font: inherit;padding: 0 1px;margin: 0 -1px;}.ace_text-input.ace_composition {background: #f8f8f8;color: #111;z-index: 1000;opacity: 1;}.ace_layer {z-index: 1;position: absolute;overflow: hidden;white-space: nowrap;height: 100%;width: 100%;-moz-box-sizing: border-box;-webkit-box-sizing: border-box;box-sizing: border-box;/* setting pointer-events: auto; on node under the mouse, which changesduring scroll, will break mouse wheel scrolling in Safari */pointer-events: none;}.ace_gutter-layer {position: relative;width: auto;text-align: right;pointer-events: auto;}.ace_text-layer {color: 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{}.ace_fold:hover{background-image:url(\\\"data:image/png,%89PNG%0D%0A%1A%0A%00%00%00%0DIHDR%00%00%00%11%00%00%00%09%08%06%00%00%00%D4%E8%C7%0C%00%00%03%1EiCCPICC%20Profile%00%00x%01%85T%DFk%D3P%14%FE%DAe%9D%B0%E1%8B%3Ag%11%09%3Eh%91ndStC%9C%B6kW%BA%CDZ%EA6%B7!H%9B%A6m%5C%9A%C6%24%ED~%B0%07%D9%8Bo%3A%C5w%F1%07%3E%F9%07%0C%D9%83o%7B%92%0D%C6%14a%F8%AC%88%22L%F6%22%B3%9E%9B4M'S%03%B9%F7%BB%DF%F9%EE9'%E7%E4%5E%A0%F9qZ%D3%14%2F%0F%14USO%C5%C2%FC%C4%E4%14%DF%F2%01%5E%1CC%2B%FChM%8B%86%16J%26G%40%0F%D3%B2y%EF%B3%F3%0E%1E%C6lt%EEo%DF%AB%FEc%D5%9A%95%0C%11%F0%1C%20%BE%945%C4%22%E1Y%A0i%5C%D4t%13%E0%D6%89%EF%9D15%C2%CDLsX%A7%04%09%1Fg8oc%81%E1%8C%8D%23%96f45%40%9A%09%C2%07%C5B%3AK%B8%408%98i%E0%F3%0D%D8%CE%81%14%E4'%26%A9%92.%8B%3C%ABER%2F%E5dE%B2%0C%F6%F0%1Fs%83%F2_%B0%A8%94%E9%9B%AD%E7%10%8Dm%9A%19N%D1%7C%8A%DE%1F9%7Dp%8C%E6%00%D5%C1%3F_%18%BDA%B8%9DpX6%E3%A35~B%CD%24%AE%11%26%BD%E7%EEti%98%EDe%9A%97Y)%12%25%1C%24%BCbT%AE3li%E6%0B%03%89%9A%E6%D3%ED%F4P%92%B0%9F4%BF43Y%F3%E3%EDP%95%04%EB1%C5%F5%F6KF%F4%BA%BD%D7%DB%91%93%07%E35%3E%A7)%D6%7F%40%FE%BD%F7%F5r%8A%E5y%92%F0%EB%B4%1E%8D%D5%F4%5B%92%3AV%DB%DB%E4%CD%A6%23%C3%C4wQ%3F%03HB%82%8E%1Cd(%E0%91B%0Ca%9Ac%C4%AA%F8L%16%19%22J%A4%D2itTy%B28%D6%3B(%93%96%ED%1CGx%C9_%0E%B8%5E%16%F5%5B%B2%B8%F6%E0%FB%9E%DD%25%D7%8E%BC%15%85%C5%B7%A3%D8Q%ED%B5%81%E9%BA%B2%13%9A%1B%7Fua%A5%A3n%E17%B9%E5%9B%1Bm%AB%0B%08Q%FE%8A%E5%B1H%5Ee%CAO%82Q%D7u6%E6%90S%97%FCu%0B%CF2%94%EE%25v%12X%0C%BA%AC%F0%5E%F8*l%0AO%85%17%C2%97%BF%D4%C8%CE%DE%AD%11%CB%80q%2C%3E%AB%9ES%CD%C6%EC%25%D2L%D2%EBd%B8%BF%8A%F5B%C6%18%F9%901CZ%9D%BE%24M%9C%8A9%F2%DAP%0B'%06w%82%EB%E6%E2%5C%2F%D7%07%9E%BB%CC%5D%E1%FA%B9%08%AD.r%23%8E%C2%17%F5E%7C!%F0%BE3%BE%3E_%B7o%88a%A7%DB%BE%D3d%EB%A31Z%EB%BB%D3%91%BA%A2%B1z%94%8F%DB'%F6%3D%8E%AA%13%19%B2%B1%BE%B1~V%08%2B%B4%A2cjJ%B3tO%00%03%25mN%97%F3%05%93%EF%11%84%0B%7C%88%AE-%89%8F%ABbW%90O%2B%0Ao%99%0C%5E%97%0CI%AFH%D9.%B0%3B%8F%ED%03%B6S%D6%5D%E6i_s9%F3*p%E9%1B%FD%C3%EB.7U%06%5E%19%C0%D1s.%17%A03u%E4%09%B0%7C%5E%2C%EB%15%DB%1F%3C%9E%B7%80%91%3B%DBc%AD%3Dma%BA%8B%3EV%AB%DBt.%5B%1E%01%BB%0F%AB%D5%9F%CF%AA%D5%DD%E7%E4%7F%0Bx%A3%FC%06%A9%23%0A%D6%C2%A1_2%00%00%00%09pHYs%00%00%0B%13%00%00%0B%13%01%00%9A%9C%18%00%00%00%B5IDAT(%15%A5%91%3D%0E%02!%10%85ac%E1%05%D6%CE%D6%C6%CE%D2%E8%ED%CD%DE%C0%C6%D6N.%E0V%F8%3D%9Ca%891XH%C2%BE%D9y%3F%90!%E6%9C%C3%BFk%E5%011%C6-%F5%C8N%04%DF%BD%FF%89%DFt%83DN%60%3E%F3%AB%A0%DE%1A%5Dg%BE%10Q%97%1B%40%9C%A8o%10%8F%5E%828%B4%1B%60%87%F6%02%26%85%1Ch%1E%C1%2B%5Bk%FF%86%EE%B7j%09%9A%DA%9B%ACe%A3%F9%EC%DA!9%B4%D5%A6%81%86%86%98%CC%3C%5B%40%FA%81%B3%E9%CB%23%94%C16Azo%05%D4%E1%C1%95a%3B%8A'%A0%E8%CC%17%22%85%1D%BA%00%A2%FA%DC%0A%94%D1%D1%8D%8B%3A%84%17B%C7%60%1A%25Z%FC%8D%00%00%00%00IEND%AEB%60%82\\\"),url(\\\"data:image/png,%89PNG%0D%0A%1A%0A%00%00%00%0DIHDR%00%00%00%05%00%00%007%08%06%00%00%00%C4%DD%80C%00%00%03%1EiCCPICC%20Profile%00%00x%01%85T%DFk%D3P%14%FE%DAe%9D%B0%E1%8B%3Ag%11%09%3Eh%91ndStC%9C%B6kW%BA%CDZ%EA6%B7!H%9B%A6m%5C%9A%C6%24%ED~%B0%07%D9%8Bo%3A%C5w%F1%07%3E%F9%07%0C%D9%83o%7B%92%0D%C6%14a%F8%AC%88%22L%F6%22%B3%9E%9B4M'S%03%B9%F7%BB%DF%F9%EE9'%E7%E4%5E%A0%F9qZ%D3%14%2F%0F%14USO%C5%C2%FC%C4%E4%14%DF%F2%01%5E%1CC%2B%FChM%8B%86%16J%26G%40%0F%D3%B2y%EF%B3%F3%0E%1E%C6lt%EEo%DF%AB%FEc%D5%9A%95%0C%11%F0%1C%20%BE%945%C4%22%E1Y%A0i%5C%D4t%13%E0%D6%89%EF%9D15%C2%CDLsX%A7%04%09%1Fg8oc%81%E1%8C%8D%23%96f45%40%9A%09%C2%07%C5B%3AK%B8%408%98i%E0%F3%0D%D8%CE%81%14%E4'%26%A9%92.%8B%3C%ABER%2F%E5dE%B2%0C%F6%F0%1Fs%83%F2_%B0%A8%94%E9%9B%AD%E7%10%8Dm%9A%19N%D1%7C%8A%DE%1F9%7Dp%8C%E6%00%D5%C1%3F_%18%BDA%B8%9DpX6%E3%A35~B%CD%24%AE%11%26%BD%E7%EEti%98%EDe%9A%97Y)%12%25%1C%24%BCbT%AE3li%E6%0B%03%89%9A%E6%D3%ED%F4P%92%B0%9F4%BF43Y%F3%E3%EDP%95%04%EB1%C5%F5%F6KF%F4%BA%BD%D7%DB%91%93%07%E35%3E%A7)%D6%7F%40%FE%BD%F7%F5r%8A%E5y%92%F0%EB%B4%1E%8D%D5%F4%5B%92%3AV%DB%DB%E4%CD%A6%23%C3%C4wQ%3F%03HB%82%8E%1Cd(%E0%91B%0Ca%9Ac%C4%AA%F8L%16%19%22J%A4%D2itTy%B28%D6%3B(%93%96%ED%1CGx%C9_%0E%B8%5E%16%F5%5B%B2%B8%F6%E0%FB%9E%DD%25%D7%8E%BC%15%85%C5%B7%A3%D8Q%ED%B5%81%E9%BA%B2%13%9A%1B%7Fua%A5%A3n%E17%B9%E5%9B%1Bm%AB%0B%08Q%FE%8A%E5%B1H%5Ee%CAO%82Q%D7u6%E6%90S%97%FCu%0B%CF2%94%EE%25v%12X%0C%BA%AC%F0%5E%F8*l%0AO%85%17%C2%97%BF%D4%C8%CE%DE%AD%11%CB%80q%2C%3E%AB%9ES%CD%C6%EC%25%D2L%D2%EBd%B8%BF%8A%F5B%C6%18%F9%901CZ%9D%BE%24M%9C%8A9%F2%DAP%0B'%06w%82%EB%E6%E2%5C%2F%D7%07%9E%BB%CC%5D%E1%FA%B9%08%AD.r%23%8E%C2%17%F5E%7C!%F0%BE3%BE%3E_%B7o%88a%A7%DB%BE%D3d%EB%A31Z%EB%BB%D3%91%BA%A2%B1z%94%8F%DB'%F6%3D%8E%AA%13%19%B2%B1%BE%B1~V%08%2B%B4%A2cjJ%B3tO%00%03%25mN%97%F3%05%93%EF%11%84%0B%7C%88%AE-%89%8F%ABbW%90O%2B%0Ao%99%0C%5E%97%0CI%AFH%D9.%B0%3B%8F%ED%03%B6S%D6%5D%E6i_s9%F3*p%E9%1B%FD%C3%EB.7U%06%5E%19%C0%D1s.%17%A03u%E4%09%B0%7C%5E%2C%EB%15%DB%1F%3C%9E%B7%80%91%3B%DBc%AD%3Dma%BA%8B%3EV%AB%DBt.%5B%1E%01%BB%0F%AB%D5%9F%CF%AA%D5%DD%E7%E4%7F%0Bx%A3%FC%06%A9%23%0A%D6%C2%A1_2%00%00%00%09pHYs%00%00%0B%13%00%00%0B%13%01%00%9A%9C%18%00%00%003IDAT8%11c%FC%FF%FF%7F%3E%03%1A%60%01%F2%3F%A3%891%80%04%FFQ%26%F8w%C0%B43%A1%DB%0C%E2%8F%0A%A2%85%CAh%80%8C%06%08%3C%04%E8%96%18%00%A3S%0D%CD%CF%D8%C1%9D%00%00%00%00IEND%AEB%60%82\\\");background-repeat: no-repeat, repeat-x;background-position: center center, top left;}.ace_editor.ace_dragging .ace_content {cursor: move;}.ace_gutter-tooltip {background-color: #FFF;background-image: -webkit-linear-gradient(top, transparent, rgba(0, 0, 0, 0.1));background-image: linear-gradient(to bottom, transparent, rgba(0, 0, 0, 0.1));border: 1px solid gray;border-radius: 1px;box-shadow: 0 1px 2px rgba(0, 0, 0, 0.3);color: black;display: inline-block;max-width: 500px;padding: 4px;position: fixed;z-index: 300;-moz-box-sizing: border-box;-webkit-box-sizing: border-box;box-sizing: border-box;cursor: default;white-space: pre-line;word-wrap: break-word;line-height: normal;font-style: normal;font-weight: normal;letter-spacing: normal;}.ace_folding-enabled > .ace_gutter-cell {padding-right: 13px;}.ace_fold-widget {-moz-box-sizing: border-box;-webkit-box-sizing: border-box;box-sizing: border-box;margin: 0 -12px 0 1px;display: inline-block;width: 11px;vertical-align: top;background-image: url(\\\"data:image/png,%89PNG%0D%0A%1A%0A%00%00%00%0DIHDR%00%00%00%05%00%00%00%05%08%06%00%00%00%8Do%26%E5%00%00%004IDATx%DAe%8A%B1%0D%000%0C%C2%F2%2CK%96%BC%D0%8F9%81%88H%E9%D0%0E%96%C0%10%92%3E%02%80%5E%82%E4%A9*-%EEsw%C8%CC%11%EE%96w%D8%DC%E9*Eh%0C%151(%00%00%00%00IEND%AEB%60%82\\\");background-repeat: no-repeat;background-position: center;border-radius: 3px;border: 1px solid transparent;}.ace_fold-widget.ace_end {background-image: url(\\\"data:image/png,%89PNG%0D%0A%1A%0A%00%00%00%0DIHDR%00%00%00%05%00%00%00%05%08%06%00%00%00%8Do%26%E5%00%00%004IDATx%DAm%C7%C1%09%000%08C%D1%8C%ECE%C8E(%8E%EC%02)%1EZJ%F1%C1'%04%07I%E1%E5%EE%CAL%F5%A2%99%99%22%E2%D6%1FU%B5%FE0%D9x%A7%26Wz5%0E%D5%00%00%00%00IEND%AEB%60%82\\\");}.ace_fold-widget.ace_closed {background-image: url(\\\"data:image/png,%89PNG%0D%0A%1A%0A%00%00%00%0DIHDR%00%00%00%03%00%00%00%06%08%06%00%00%00%06%E5%24%0C%00%00%009IDATx%DA5%CA%C1%09%000%08%03%C0%AC*(%3E%04%C1%0D%BA%B1%23%A4Uh%E0%20%81%C0%CC%F8%82%81%AA%A2%AArGfr%88%08%11%11%1C%DD%7D%E0%EE%5B%F6%F6%CB%B8%05Q%2F%E9tai%D9%00%00%00%00IEND%AEB%60%82\\\");}.ace_fold-widget:hover {border: 1px solid rgba(0, 0, 0, 0.3);background-color: rgba(255, 255, 255, 0.2);-moz-box-shadow: 0 1px 1px rgba(255, 255, 255, 0.7);-webkit-box-shadow: 0 1px 1px rgba(255, 255, 255, 0.7);box-shadow: 0 1px 1px rgba(255, 255, 255, 0.7);}.ace_fold-widget:active {border: 1px solid rgba(0, 0, 0, 0.4);background-color: rgba(0, 0, 0, 0.05);-moz-box-shadow: 0 1px 1px rgba(255, 255, 255, 0.8);-webkit-box-shadow: 0 1px 1px rgba(255, 255, 255, 0.8);box-shadow: 0 1px 1px rgba(255, 255, 255, 0.8);}/*** Dark version for fold widgets*/.ace_dark .ace_fold-widget {background-image: url(\\\"data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAUAAAAFCAYAAACNbyblAAAAHklEQVQIW2P4//8/AzoGEQ7oGCaLLAhWiSwB146BAQCSTPYocqT0AAAAAElFTkSuQmCC\\\");}.ace_dark .ace_fold-widget.ace_end {background-image: url(\\\"data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAUAAAAFCAYAAACNbyblAAAAH0lEQVQIW2P4//8/AxQ7wNjIAjDMgC4AxjCVKBirIAAF0kz2rlhxpAAAAABJRU5ErkJggg==\\\");}.ace_dark .ace_fold-widget.ace_closed {background-image: url(\\\"data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAMAAAAFCAYAAACAcVaiAAAAHElEQVQIW2P4//+/AxAzgDADlOOAznHAKgPWAwARji8UIDTfQQAAAABJRU5ErkJggg==\\\");}.ace_dark .ace_fold-widget:hover {box-shadow: 0 1px 1px rgba(255, 255, 255, 0.2);background-color: rgba(255, 255, 255, 0.1);}.ace_dark .ace_fold-widget:active {-moz-box-shadow: 0 1px 1px rgba(255, 255, 255, 0.2);-webkit-box-shadow: 0 1px 1px rgba(255, 255, 255, 0.2);box-shadow: 0 1px 1px rgba(255, 255, 255, 0.2);}.ace_fold-widget.ace_invalid {background-color: #FFB4B4;border-color: #DE5555;}.ace_fade-fold-widgets .ace_fold-widget {-moz-transition: opacity 0.4s ease 0.05s;-webkit-transition: opacity 0.4s ease 0.05s;-o-transition: opacity 0.4s ease 0.05s;-ms-transition: opacity 0.4s ease 0.05s;transition: opacity 0.4s ease 0.05s;opacity: 0;}.ace_fade-fold-widgets:hover .ace_fold-widget {-moz-transition: opacity 0.05s ease 0.05s;-webkit-transition: opacity 0.05s ease 0.05s;-o-transition: opacity 0.05s ease 0.05s;-ms-transition: opacity 0.05s ease 0.05s;transition: opacity 0.05s ease 0.05s;opacity:1;}.ace_underline {text-decoration: underline;}.ace_bold {font-weight: bold;}.ace_nobold .ace_bold {font-weight: normal;}.ace_italic {font-style: italic;}\";\ndom.importCssString(editorCss,\"ace_editor\");var VirtualRenderer=function(container,theme){var _self=this;this.container=container||dom.createElement(\"div\"),this.$keepTextAreaAtCursor=!useragent.isIE,dom.addCssClass(this.container,\"ace_editor\"),this.setTheme(theme),this.$gutter=dom.createElement(\"div\"),this.$gutter.className=\"ace_gutter\",this.container.appendChild(this.$gutter),this.scroller=dom.createElement(\"div\"),this.scroller.className=\"ace_scroller\",this.container.appendChild(this.scroller),this.content=dom.createElement(\"div\"),this.content.className=\"ace_content\",this.scroller.appendChild(this.content),this.$gutterLayer=new GutterLayer(this.$gutter),this.$gutterLayer.on(\"changeGutterWidth\",this.onGutterResize.bind(this)),this.$markerBack=new MarkerLayer(this.content);var textLayer=this.$textLayer=new TextLayer(this.content);this.canvas=textLayer.element,this.$markerFront=new MarkerLayer(this.content),this.$cursorLayer=new CursorLayer(this.content),this.$horizScroll=!1,this.scrollBar=new ScrollBar(this.container),this.scrollBar.addEventListener(\"scroll\",function(e){_self.$inScrollAnimation||_self.session.setScrollTop(e.data)}),this.scrollTop=0,this.scrollLeft=0,event.addListener(this.scroller,\"scroll\",function(){var scrollLeft=_self.scroller.scrollLeft;_self.scrollLeft=scrollLeft,_self.session.setScrollLeft(scrollLeft)}),this.cursorPos={row:0,column:0},this.$textLayer.addEventListener(\"changeCharacterSize\",function(){_self.updateCharacterSize(),_self.onResize(!0)}),this.$size={width:0,height:0,scrollerHeight:0,scrollerWidth:0},this.layerConfig={width:1,padding:0,firstRow:0,firstRowScreen:0,lastRow:0,lineHeight:1,characterWidth:1,minHeight:1,maxHeight:1,offset:0,height:1},this.$loop=new RenderLoop(this.$renderChanges.bind(this),this.container.ownerDocument.defaultView),this.$loop.schedule(this.CHANGE_FULL),this.updateCharacterSize(),this.setPadding(4),config.resetOptions(this),config._emit(\"renderer\",this)};(function(){this.CHANGE_CURSOR=1,this.CHANGE_MARKER=2,this.CHANGE_GUTTER=4,this.CHANGE_SCROLL=8,this.CHANGE_LINES=16,this.CHANGE_TEXT=32,this.CHANGE_SIZE=64,this.CHANGE_MARKER_BACK=128,this.CHANGE_MARKER_FRONT=256,this.CHANGE_FULL=512,this.CHANGE_H_SCROLL=1024,oop.implement(this,EventEmitter),this.updateCharacterSize=function(){this.$textLayer.allowBoldFonts!=this.$allowBoldFonts&&(this.$allowBoldFonts=this.$textLayer.allowBoldFonts,this.setStyle(\"ace_nobold\",!this.$allowBoldFonts)),this.characterWidth=this.$textLayer.getCharacterWidth(),this.lineHeight=this.$textLayer.getLineHeight(),this.$updatePrintMargin()},this.setSession=function(session){this.session=session,this.scroller.className=\"ace_scroller\",this.$cursorLayer.setSession(session),this.$markerBack.setSession(session),this.$markerFront.setSession(session),this.$gutterLayer.setSession(session),this.$textLayer.setSession(session),this.$loop.schedule(this.CHANGE_FULL)},this.updateLines=function(firstRow,lastRow){void 0===lastRow&&(lastRow=1/0),this.$changedLines?(this.$changedLines.firstRow>firstRow&&(this.$changedLines.firstRow=firstRow),lastRow>this.$changedLines.lastRow&&(this.$changedLines.lastRow=lastRow)):this.$changedLines={firstRow:firstRow,lastRow:lastRow},this.$changedLines.firstRow>this.layerConfig.lastRow||this.$changedLines.lastRow\u003Cthis.layerConfig.firstRow||this.$loop.schedule(this.CHANGE_LINES)},this.onChangeTabSize=function(){this.$loop.schedule(this.CHANGE_TEXT|this.CHANGE_MARKER),this.$textLayer.onChangeTabSize()},this.updateText=function(){this.$loop.schedule(this.CHANGE_TEXT)},this.updateFull=function(force){force?this.$renderChanges(this.CHANGE_FULL,!0):this.$loop.schedule(this.CHANGE_FULL)},this.updateFontSize=function(){this.$textLayer.checkForSizeChanges()},this.onResize=function(force,gutterWidth,width,height){var changes=0,size=this.$size;if(!(this.resizing>2)){if(this.resizing>1?this.resizing++:this.resizing=force?1:0,height||(height=dom.getInnerHeight(this.container)),height&&(force||size.height!=height)&&(size.height=height,changes=this.CHANGE_SIZE,size.scrollerHeight=this.scroller.clientHeight,size.scrollerHeight||(size.scrollerHeight=size.height,this.$horizScroll&&(size.scrollerHeight-=this.scrollBar.getWidth())),this.scrollBar.setHeight(size.scrollerHeight),this.session&&(this.session.setScrollTop(this.getScrollTop()),changes|=this.CHANGE_FULL)),width||(width=dom.getInnerWidth(this.container)),width&&(force||this.resizing>1||size.width!=width)){changes=this.CHANGE_SIZE,size.width=width;var gutterWidth=this.$showGutter?this.$gutter.offsetWidth:0;this.scroller.style.left=gutterWidth+\"px\",size.scrollerWidth=Math.max(0,width-gutterWidth-this.scrollBar.getWidth()),this.scroller.style.right=this.scrollBar.getWidth()+\"px\",(this.session.getUseWrapMode()&&this.adjustWrapLimit()||force)&&(changes|=this.CHANGE_FULL)}this.$size.scrollerHeight&&(force?this.$renderChanges(changes,!0):this.$loop.schedule(changes),force&&(this.$gutterLayer.$padding=null),force&&delete this.resizing)}},this.onGutterResize=function(){var width=this.$size.width,gutterWidth=this.$showGutter?this.$gutter.offsetWidth:0;this.scroller.style.left=gutterWidth+\"px\",this.$size.scrollerWidth=Math.max(0,width-gutterWidth-this.scrollBar.getWidth()),this.session.getUseWrapMode()&&this.adjustWrapLimit()&&this.$loop.schedule(this.CHANGE_FULL)},this.adjustWrapLimit=function(){var availableWidth=this.$size.scrollerWidth-2*this.$padding,limit=Math.floor(availableWidth/this.characterWidth);return this.session.adjustWrapLimit(limit,this.$showPrintMargin&&this.$printMarginColumn)},this.setAnimatedScroll=function(shouldAnimate){this.setOption(\"animatedScroll\",shouldAnimate)},this.getAnimatedScroll=function(){return this.$animatedScroll},this.setShowInvisibles=function(showInvisibles){this.setOption(\"showInvisibles\",showInvisibles)},this.getShowInvisibles=function(){return this.getOption(\"showInvisibles\")},this.getDisplayIndentGuides=function(){return this.getOption(\"displayIndentGuides\")},this.setDisplayIndentGuides=function(display){this.setOption(\"displayIndentGuides\",display)},this.setShowPrintMargin=function(showPrintMargin){this.setOption(\"showPrintMargin\",showPrintMargin)},this.getShowPrintMargin=function(){return this.getOption(\"showPrintMargin\")},this.setPrintMarginColumn=function(showPrintMargin){this.setOption(\"printMarginColumn\",showPrintMargin)},this.getPrintMarginColumn=function(){return this.getOption(\"printMarginColumn\")},this.getShowGutter=function(){return this.getOption(\"showGutter\")},this.setShowGutter=function(show){return this.setOption(\"showGutter\",show)},this.getFadeFoldWidgets=function(){return this.getOption(\"fadeFoldWidgets\")},this.setFadeFoldWidgets=function(show){this.setOption(\"fadeFoldWidgets\",show)},this.setHighlightGutterLine=function(shouldHighlight){this.setOption(\"highlightGutterLine\",shouldHighlight)},this.getHighlightGutterLine=function(){return this.getOption(\"highlightGutterLine\")},this.$updateGutterLineHighlight=function(){var pos=this.$cursorLayer.$pixelPos,height=this.layerConfig.lineHeight;if(this.session.getUseWrapMode()){var cursor=this.session.selection.getCursor();cursor.column=0,pos=this.$cursorLayer.getPixelPosition(cursor,!0),height*=this.session.getRowLength(cursor.row)}this.$gutterLineHighlight.style.top=pos.top-this.layerConfig.offset+\"px\",this.$gutterLineHighlight.style.height=height+\"px\"},this.$updatePrintMargin=function(){if(this.$showPrintMargin||this.$printMarginEl){if(!this.$printMarginEl){var containerEl=dom.createElement(\"div\");containerEl.className=\"ace_layer ace_print-margin-layer\",this.$printMarginEl=dom.createElement(\"div\"),this.$printMarginEl.className=\"ace_print-margin\",containerEl.appendChild(this.$printMarginEl),this.content.insertBefore(containerEl,this.content.firstChild)}var style=this.$printMarginEl.style;style.left=this.characterWidth*this.$printMarginColumn+this.$padding+\"px\",style.visibility=this.$showPrintMargin?\"visible\":\"hidden\",this.session&&-1==this.session.$wrap&&this.adjustWrapLimit()}},this.getContainerElement=function(){return this.container},this.getMouseEventTarget=function(){return this.content},this.getTextAreaContainer=function(){return this.container},this.$moveTextAreaToCursor=function(){if(this.$keepTextAreaAtCursor){var config=this.layerConfig,posTop=this.$cursorLayer.$pixelPos.top,posLeft=this.$cursorLayer.$pixelPos.left;posTop-=config.offset;var h=this.lineHeight;if(!(0>posTop||posTop>config.height-h)){var w=this.characterWidth;if(this.$composition){var val=this.textarea.value.replace(/^\\x01+/,\"\");w*=this.session.$getStringScreenWidth(val)[0],h+=2,posTop-=1}posLeft-=this.scrollLeft,posLeft>this.$size.scrollerWidth-w&&(posLeft=this.$size.scrollerWidth-w),posLeft-=this.scrollBar.width,this.textarea.style.height=h+\"px\",this.textarea.style.width=w+\"px\",this.textarea.style.right=Math.max(0,this.$size.scrollerWidth-posLeft-w)+\"px\",this.textarea.style.bottom=Math.max(0,this.$size.height-posTop-h)+\"px\"}}},this.getFirstVisibleRow=function(){return this.layerConfig.firstRow},this.getFirstFullyVisibleRow=function(){return this.layerConfig.firstRow+(0===this.layerConfig.offset?0:1)},this.getLastFullyVisibleRow=function(){var flint=Math.floor((this.layerConfig.height+this.layerConfig.offset)/this.layerConfig.lineHeight);return this.layerConfig.firstRow-1+flint},this.getLastVisibleRow=function(){return this.layerConfig.lastRow},this.$padding=null,this.setPadding=function(padding){this.$padding=padding,this.$textLayer.setPadding(padding),this.$cursorLayer.setPadding(padding),this.$markerFront.setPadding(padding),this.$markerBack.setPadding(padding),this.$loop.schedule(this.CHANGE_FULL),this.$updatePrintMargin()},this.getHScrollBarAlwaysVisible=function(){return this.$hScrollBarAlwaysVisible},this.setHScrollBarAlwaysVisible=function(alwaysVisible){this.setOption(\"hScrollBarAlwaysVisible\",alwaysVisible)},this.$updateScrollBar=function(){this.scrollBar.setInnerHeight(this.layerConfig.maxHeight),this.scrollBar.setScrollTop(this.scrollTop)},this.$renderChanges=function(changes,force){if(force||changes&&this.session&&this.container.offsetWidth){if(this._signal(\"beforeRender\"),(changes&this.CHANGE_FULL||changes&this.CHANGE_SIZE||changes&this.CHANGE_TEXT||changes&this.CHANGE_LINES||changes&this.CHANGE_SCROLL)&&this.$computeLayerConfig(),changes&this.CHANGE_H_SCROLL){this.scroller.scrollLeft=this.scrollLeft;var scrollLeft=this.scroller.scrollLeft;this.scrollLeft=scrollLeft,this.session.setScrollLeft(scrollLeft),this.scroller.className=0==this.scrollLeft?\"ace_scroller\":\"ace_scroller ace_scroll-left\"}if(changes&this.CHANGE_FULL)return this.$textLayer.checkForSizeChanges(),this.$updateScrollBar(),this.$textLayer.update(this.layerConfig),this.$showGutter&&this.$gutterLayer.update(this.layerConfig),this.$markerBack.update(this.layerConfig),this.$markerFront.update(this.layerConfig),this.$cursorLayer.update(this.layerConfig),this.$moveTextAreaToCursor(),this.$highlightGutterLine&&this.$updateGutterLineHighlight(),this._signal(\"afterRender\"),void 0;if(changes&this.CHANGE_SCROLL)return changes&this.CHANGE_TEXT||changes&this.CHANGE_LINES?this.$textLayer.update(this.layerConfig):this.$textLayer.scrollLines(this.layerConfig),this.$showGutter&&this.$gutterLayer.update(this.layerConfig),this.$markerBack.update(this.layerConfig),this.$markerFront.update(this.layerConfig),this.$cursorLayer.update(this.layerConfig),this.$highlightGutterLine&&this.$updateGutterLineHighlight(),this.$moveTextAreaToCursor(),this.$updateScrollBar(),this._signal(\"afterRender\"),void 0;changes&this.CHANGE_TEXT?(this.$textLayer.update(this.layerConfig),this.$showGutter&&this.$gutterLayer.update(this.layerConfig)):changes&this.CHANGE_LINES?(this.$updateLines()||changes&this.CHANGE_GUTTER&&this.$showGutter)&&this.$gutterLayer.update(this.layerConfig):(changes&this.CHANGE_TEXT||changes&this.CHANGE_GUTTER)&&this.$showGutter&&this.$gutterLayer.update(this.layerConfig),changes&this.CHANGE_CURSOR&&(this.$cursorLayer.update(this.layerConfig),this.$moveTextAreaToCursor(),this.$highlightGutterLine&&this.$updateGutterLineHighlight()),changes&(this.CHANGE_MARKER|this.CHANGE_MARKER_FRONT)&&this.$markerFront.update(this.layerConfig),changes&(this.CHANGE_MARKER|this.CHANGE_MARKER_BACK)&&this.$markerBack.update(this.layerConfig),changes&this.CHANGE_SIZE&&this.$updateScrollBar(),this._signal(\"afterRender\")}},this.$computeLayerConfig=function(){if(!this.$size.scrollerHeight)return this.onResize(!0);var session=this.session,offset=this.scrollTop%this.lineHeight,minHeight=this.$size.scrollerHeight+this.lineHeight,longestLine=this.$getLongestLine(),horizScroll=this.$hScrollBarAlwaysVisible||0>this.$size.scrollerWidth-longestLine,horizScrollChanged=this.$horizScroll!==horizScroll;this.$horizScroll=horizScroll,horizScrollChanged&&(this.scroller.style.overflowX=horizScroll?\"scroll\":\"hidden\",horizScroll||this.session.setScrollLeft(0));var maxHeight=this.session.getScreenLength()*this.lineHeight;this.session.setScrollTop(Math.max(0,Math.min(this.scrollTop,maxHeight-this.$size.scrollerHeight)));var firstRowScreen,firstRowHeight,lineCount=Math.ceil(minHeight/this.lineHeight)-1,firstRow=Math.max(0,Math.round((this.scrollTop-offset)/this.lineHeight)),lastRow=firstRow+lineCount,lineHeight=this.lineHeight;firstRow=session.screenToDocumentRow(firstRow,0);var foldLine=session.getFoldLine(firstRow);foldLine&&(firstRow=foldLine.start.row),firstRowScreen=session.documentToScreenRow(firstRow,0),firstRowHeight=session.getRowLength(firstRow)*lineHeight,lastRow=Math.min(session.screenToDocumentRow(lastRow,0),session.getLength()-1),minHeight=this.$size.scrollerHeight+session.getRowLength(lastRow)*lineHeight+firstRowHeight,offset=this.scrollTop-firstRowScreen*lineHeight,this.layerConfig={width:longestLine,padding:this.$padding,firstRow:firstRow,firstRowScreen:firstRowScreen,lastRow:lastRow,lineHeight:lineHeight,characterWidth:this.characterWidth,minHeight:minHeight,maxHeight:maxHeight,offset:offset,height:this.$size.scrollerHeight},this.$gutterLayer.element.style.marginTop=-offset+\"px\",this.content.style.marginTop=-offset+\"px\",this.content.style.width=longestLine+2*this.$padding+\"px\",this.content.style.height=minHeight+\"px\",horizScrollChanged&&this.onResize(!0)},this.$updateLines=function(){var firstRow=this.$changedLines.firstRow,lastRow=this.$changedLines.lastRow;this.$changedLines=null;var layerConfig=this.layerConfig;return firstRow>layerConfig.lastRow+1||layerConfig.firstRow>lastRow?void 0:1/0===lastRow?(this.$showGutter&&this.$gutterLayer.update(layerConfig),this.$textLayer.update(layerConfig),void 0):(this.$textLayer.updateLines(layerConfig,firstRow,lastRow),!0)},this.$getLongestLine=function(){var charCount=this.session.getScreenWidth();return this.$textLayer.showInvisibles&&(charCount+=1),Math.max(this.$size.scrollerWidth-2*this.$padding,Math.round(charCount*this.characterWidth))},this.updateFrontMarkers=function(){this.$markerFront.setMarkers(this.session.getMarkers(!0)),this.$loop.schedule(this.CHANGE_MARKER_FRONT)},this.updateBackMarkers=function(){this.$markerBack.setMarkers(this.session.getMarkers()),this.$loop.schedule(this.CHANGE_MARKER_BACK)},this.addGutterDecoration=function(row,className){this.$gutterLayer.addGutterDecoration(row,className)},this.removeGutterDecoration=function(row,className){this.$gutterLayer.removeGutterDecoration(row,className)},this.updateBreakpoints=function(){this.$loop.schedule(this.CHANGE_GUTTER)},this.setAnnotations=function(annotations){this.$gutterLayer.setAnnotations(annotations),this.$loop.schedule(this.CHANGE_GUTTER)},this.updateCursor=function(){this.$loop.schedule(this.CHANGE_CURSOR)},this.hideCursor=function(){this.$cursorLayer.hideCursor()},this.showCursor=function(){this.$cursorLayer.showCursor()},this.scrollSelectionIntoView=function(anchor,lead,offset){this.scrollCursorIntoView(anchor,offset),this.scrollCursorIntoView(lead,offset)},this.scrollCursorIntoView=function(cursor,offset){if(0!==this.$size.scrollerHeight){var pos=this.$cursorLayer.getPixelPosition(cursor),left=pos.left,top=pos.top;this.scrollTop>top?(offset&&(top-=offset*this.$size.scrollerHeight),this.session.setScrollTop(top)):this.scrollTop+this.$size.scrollerHeight\u003Ctop+this.lineHeight&&(offset&&(top+=offset*this.$size.scrollerHeight),this.session.setScrollTop(top+this.lineHeight-this.$size.scrollerHeight));var scrollLeft=this.scrollLeft;scrollLeft>left?(this.$padding+2*this.layerConfig.characterWidth>left&&(left=0),this.session.setScrollLeft(left)):scrollLeft+this.$size.scrollerWidth\u003Cleft+this.characterWidth&&this.session.setScrollLeft(Math.round(left+this.characterWidth-this.$size.scrollerWidth))}},this.getScrollTop=function(){return this.session.getScrollTop()},this.getScrollLeft=function(){return this.session.getScrollLeft()},this.getScrollTopRow=function(){return this.scrollTop/this.lineHeight},this.getScrollBottomRow=function(){return Math.max(0,Math.floor((this.scrollTop+this.$size.scrollerHeight)/this.lineHeight)-1)},this.scrollToRow=function(row){this.session.setScrollTop(row*this.lineHeight)},this.alignCursor=function(cursor,alignment){\"number\"==typeof cursor&&(cursor={row:cursor,column:0});var pos=this.$cursorLayer.getPixelPosition(cursor),h=this.$size.scrollerHeight-this.lineHeight,offset=pos.top-h*(alignment||0);return this.session.setScrollTop(offset),offset},this.STEPS=8,this.$calcSteps=function(fromValue,toValue){var i=0,l=this.STEPS,steps=[],func=function(t,x_min,dx){return dx*(Math.pow(t-1,3)+1)+x_min};for(i=0;l>i;++i)steps.push(func(i/this.STEPS,fromValue,toValue-fromValue));return steps},this.scrollToLine=function(line,center,animate,callback){var pos=this.$cursorLayer.getPixelPosition({row:line,column:0}),offset=pos.top;center&&(offset-=this.$size.scrollerHeight/2);var initialScroll=this.scrollTop;this.session.setScrollTop(offset),animate!==!1&&this.animateScrolling(initialScroll,callback)},this.animateScrolling=function(fromValue,callback){var toValue=this.scrollTop;if(this.$animatedScroll&&1e5>Math.abs(fromValue-toValue)){var _self=this,steps=_self.$calcSteps(fromValue,toValue);this.$inScrollAnimation=!0,clearInterval(this.$timer),_self.session.setScrollTop(steps.shift()),this.$timer=setInterval(function(){steps.length?(_self.session.setScrollTop(steps.shift()),_self.session.$scrollTop=toValue):null!=toValue?(_self.session.$scrollTop=-1,_self.session.setScrollTop(toValue),toValue=null):(_self.$timer=clearInterval(_self.$timer),_self.$inScrollAnimation=!1,callback&&callback())},10)}},this.scrollToY=function(scrollTop){this.scrollTop!==scrollTop&&(this.$loop.schedule(this.CHANGE_SCROLL),this.scrollTop=scrollTop)},this.scrollToX=function(scrollLeft){0>scrollLeft&&(scrollLeft=0),this.scrollLeft!==scrollLeft&&(this.scrollLeft=scrollLeft),this.$loop.schedule(this.CHANGE_H_SCROLL)},this.scrollBy=function(deltaX,deltaY){deltaY&&this.session.setScrollTop(this.session.getScrollTop()+deltaY),deltaX&&this.session.setScrollLeft(this.session.getScrollLeft()+deltaX)},this.isScrollableBy=function(deltaX,deltaY){return 0>deltaY&&this.session.getScrollTop()>=1?!0:deltaY>0&&-1>this.session.getScrollTop()+this.$size.scrollerHeight-this.layerConfig.maxHeight?!0:void 0},this.pixelToScreenCoordinates=function(x,y){var canvasPos=this.scroller.getBoundingClientRect(),offset=(x+this.scrollLeft-canvasPos.left-this.$padding)/this.characterWidth,row=Math.floor((y+this.scrollTop-canvasPos.top)/this.lineHeight),col=Math.round(offset);return{row:row,column:col,side:offset-col>0?1:-1}},this.screenToTextCoordinates=function(x,y){var canvasPos=this.scroller.getBoundingClientRect(),col=Math.round((x+this.scrollLeft-canvasPos.left-this.$padding)/this.characterWidth),row=Math.floor((y+this.scrollTop-canvasPos.top)/this.lineHeight);return this.session.screenToDocumentPosition(row,Math.max(col,0))},this.textToScreenCoordinates=function(row,column){var canvasPos=this.scroller.getBoundingClientRect(),pos=this.session.documentToScreenPosition(row,column),x=this.$padding+Math.round(pos.column*this.characterWidth),y=pos.row*this.lineHeight;return{pageX:canvasPos.left+x-this.scrollLeft,pageY:canvasPos.top+y-this.scrollTop}},this.visualizeFocus=function(){dom.addCssClass(this.container,\"ace_focus\")},this.visualizeBlur=function(){dom.removeCssClass(this.container,\"ace_focus\")},this.showComposition=function(){this.$composition||(this.$composition={keepTextAreaAtCursor:this.$keepTextAreaAtCursor,cssText:this.textarea.style.cssText}),this.$keepTextAreaAtCursor=!0,dom.addCssClass(this.textarea,\"ace_composition\"),this.textarea.style.cssText=\"\",this.$moveTextAreaToCursor()},this.setCompositionText=function(){this.$moveTextAreaToCursor()},this.hideComposition=function(){this.$composition&&(dom.removeCssClass(this.textarea,\"ace_composition\"),this.$keepTextAreaAtCursor=this.$composition.keepTextAreaAtCursor,this.textarea.style.cssText=this.$composition.cssText,this.$composition=null)},this.setTheme=function(theme){function afterLoad(theme){if(theme.cssClass){dom.importCssString(theme.cssText,theme.cssClass,_self.container.ownerDocument),_self.theme&&dom.removeCssClass(_self.container,_self.theme.cssClass),_self.$theme=theme.cssClass,_self.theme=theme,dom.addCssClass(_self.container,theme.cssClass),dom.setCssClass(_self.container,\"ace_dark\",theme.isDark);var padding=theme.padding||4;_self.$padding&&padding!=_self.$padding&&_self.setPadding(padding),_self.$size&&(_self.$size.width=0,_self.onResize()),_self._dispatchEvent(\"themeLoaded\",{theme:theme})}}var _self=this;if(this.$themeValue=theme,_self._dispatchEvent(\"themeChange\",{theme:theme}),theme&&\"string\"!=typeof theme)afterLoad(theme);else{var moduleName=theme||\"ace/theme/textmate\";config.loadModule([\"theme\",moduleName],afterLoad)}},this.getTheme=function(){return this.$themeValue},this.setStyle=function(style,include){dom.setCssClass(this.container,style,0!=include)},this.unsetStyle=function(style){dom.removeCssClass(this.container,style)},this.destroy=function(){this.$textLayer.destroy(),this.$cursorLayer.destroy()}}).call(VirtualRenderer.prototype),config.defineOptions(VirtualRenderer.prototype,\"renderer\",{animatedScroll:{initialValue:!1},showInvisibles:{set:function(value){this.$textLayer.setShowInvisibles(value)&&this.$loop.schedule(this.CHANGE_TEXT)},initialValue:!1},showPrintMargin:{set:function(){this.$updatePrintMargin()},initialValue:!0},printMarginColumn:{set:function(){this.$updatePrintMargin()},initialValue:80},printMargin:{set:function(val){\"number\"==typeof val&&(this.$printMarginColumn=val),this.$showPrintMargin=!!val,this.$updatePrintMargin()},get:function(){return this.$showPrintMargin&&this.$printMarginColumn}},showGutter:{set:function(show){this.$gutter.style.display=show?\"block\":\"none\",this.onGutterResize()},initialValue:!0},fadeFoldWidgets:{set:function(show){dom.setCssClass(this.$gutter,\"ace_fade-fold-widgets\",show)},initialValue:!1},showFoldWidgets:{set:function(show){this.$gutterLayer.setShowFoldWidgets(show)},initialValue:!0},displayIndentGuides:{set:function(show){this.$textLayer.setDisplayIndentGuides(show)&&this.$loop.schedule(this.CHANGE_TEXT)},initialValue:!0},highlightGutterLine:{set:function(shouldHighlight){return this.$gutterLineHighlight?(this.$gutterLineHighlight.style.display=shouldHighlight?\"\":\"none\",this.$cursorLayer.$pixelPos&&this.$updateGutterLineHighlight(),void 0):(this.$gutterLineHighlight=dom.createElement(\"div\"),this.$gutterLineHighlight.className=\"ace_gutter-active-line\",this.$gutter.appendChild(this.$gutterLineHighlight),void 0)},initialValue:!1,value:!0},hScrollBarAlwaysVisible:{set:function(alwaysVisible){this.$hScrollBarAlwaysVisible=alwaysVisible,this.$hScrollBarAlwaysVisible&&this.$horizScroll||this.$loop.schedule(this.CHANGE_SCROLL)},initialValue:!1},fontSize:{set:function(size){\"number\"==typeof size&&(size+=\"px\"),this.container.style.fontSize=size,this.updateFontSize()},initialValue:12},fontFamily:{set:function(name){this.container.style.fontFamily=name,this.updateFontSize()}}}),exports.VirtualRenderer=VirtualRenderer}),ace.define(\"ace/layer/gutter\",[\"require\",\"exports\",\"module\",\"ace/lib/dom\",\"ace/lib/oop\",\"ace/lib/lang\",\"ace/lib/event_emitter\"],function(acequire,exports){var dom=acequire(\"../lib/dom\"),oop=acequire(\"../lib/oop\"),lang=acequire(\"../lib/lang\"),EventEmitter=acequire(\"../lib/event_emitter\").EventEmitter,Gutter=function(parentEl){this.element=dom.createElement(\"div\"),this.element.className=\"ace_layer ace_gutter-layer\",parentEl.appendChild(this.element),this.setShowFoldWidgets(this.$showFoldWidgets),this.gutterWidth=0,this.$annotations=[],this.$updateAnnotations=this.$updateAnnotations.bind(this)};(function(){oop.implement(this,EventEmitter),this.setSession=function(session){this.session&&this.session.removeEventListener(\"change\",this.$updateAnnotations),this.session=session,session.on(\"change\",this.$updateAnnotations)},this.addGutterDecoration=function(row,className){window.console&&console.warn&&console.warn(\"deprecated use session.addGutterDecoration\"),this.session.addGutterDecoration(row,className)},this.removeGutterDecoration=function(row,className){window.console&&console.warn&&console.warn(\"deprecated use session.removeGutterDecoration\"),this.session.removeGutterDecoration(row,className)},this.setAnnotations=function(annotations){this.$annotations=[];for(var rowInfo,row,i=0;annotations.length>i;i++){var annotation=annotations[i],row=annotation.row,rowInfo=this.$annotations[row];rowInfo||(rowInfo=this.$annotations[row]={text:[]});var annoText=annotation.text;annoText=annoText?lang.escapeHTML(annoText):annotation.html||\"\",-1===rowInfo.text.indexOf(annoText)&&rowInfo.text.push(annoText);var type=annotation.type;\"error\"==type?rowInfo.className=\" ace_error\":\"warning\"==type&&\" ace_error\"!=rowInfo.className?rowInfo.className=\" ace_warning\":\"info\"!=type||rowInfo.className||(rowInfo.className=\" ace_info\")}},this.$updateAnnotations=function(e){if(this.$annotations.length){var delta=e.data,range=delta.range,firstRow=range.start.row,len=range.end.row-firstRow;if(0===len);else if(\"removeText\"==delta.action||\"removeLines\"==delta.action)this.$annotations.splice(firstRow,len+1,null);else{var args=Array(len+1);args.unshift(firstRow,1),this.$annotations.splice.apply(this.$annotations,args)}}},this.update=function(config){for(var emptyAnno={className:\"\"},html=[],i=config.firstRow,lastRow=config.lastRow,fold=this.session.getNextFoldLine(i),foldStart=fold?fold.start.row:1/0,foldWidgets=this.$showFoldWidgets&&this.session.foldWidgets,breakpoints=this.session.$breakpoints,decorations=this.session.$decorations,firstLineNumber=this.session.$firstLineNumber,lastLineNumber=0;;){if(i>foldStart&&(i=fold.end.row+1,fold=this.session.getNextFoldLine(i,fold),foldStart=fold?fold.start.row:1/0),i>lastRow)break;var annotation=this.$annotations[i]||emptyAnno;if(html.push(\"\u003Cdiv class='ace_gutter-cell \",breakpoints[i]||\"\",decorations[i]||\"\",annotation.className,\"' style='height:\",this.session.getRowLength(i)*config.lineHeight,\"px;'>\",lastLineNumber=i+firstLineNumber),foldWidgets){var c=foldWidgets[i];null==c&&(c=foldWidgets[i]=this.session.getFoldWidget(i)),c&&html.push(\"\u003Cspan class='ace_fold-widget ace_\",c,\"start\"==c&&i==foldStart&&fold.end.row>i?\" ace_closed\":\" ace_open\",\"' style='height:\",config.lineHeight,\"px\",\"'>\u003C/span>\")}html.push(\"\u003C/div>\"),i++}this.element=dom.setInnerHtml(this.element,html.join(\"\")),this.element.style.height=config.minHeight+\"px\",this.session.$useWrapMode&&(lastLineNumber=this.session.getLength());var gutterWidth=(\"\"+lastLineNumber).length*config.characterWidth,padding=this.$padding||this.$computePadding();gutterWidth+=padding.left+padding.right,gutterWidth!==this.gutterWidth&&(this.gutterWidth=gutterWidth,this.element.style.width=Math.ceil(this.gutterWidth)+\"px\",this._emit(\"changeGutterWidth\",gutterWidth))},this.$showFoldWidgets=!0,this.setShowFoldWidgets=function(show){show?dom.addCssClass(this.element,\"ace_folding-enabled\"):dom.removeCssClass(this.element,\"ace_folding-enabled\"),this.$showFoldWidgets=show,this.$padding=null},this.getShowFoldWidgets=function(){return this.$showFoldWidgets},this.$computePadding=function(){if(!this.element.firstChild)return{left:0,right:0};var style=dom.computedStyle(this.element.firstChild);return this.$padding={},this.$padding.left=parseInt(style.paddingLeft)+1,this.$padding.right=parseInt(style.paddingRight),this.$padding},this.getRegion=function(point){var padding=this.$padding||this.$computePadding(),rect=this.element.getBoundingClientRect();return point.x\u003Cpadding.left+rect.left?\"markers\":this.$showFoldWidgets&&point.x>rect.right-padding.right?\"foldWidgets\":void 0}}).call(Gutter.prototype),exports.Gutter=Gutter}),ace.define(\"ace/layer/marker\",[\"require\",\"exports\",\"module\",\"ace/range\",\"ace/lib/dom\"],function(acequire,exports){var Range=acequire(\"../range\").Range,dom=acequire(\"../lib/dom\"),Marker=function(parentEl){this.element=dom.createElement(\"div\"),this.element.className=\"ace_layer ace_marker-layer\",parentEl.appendChild(this.element)};(function(){this.$padding=0,this.setPadding=function(padding){this.$padding=padding},this.setSession=function(session){this.session=session},this.setMarkers=function(markers){this.markers=markers},this.update=function(config){var config=config||this.config;if(config){this.config=config;var html=[];for(var key in this.markers){var marker=this.markers[key];if(marker.range){var range=marker.range.clipRows(config.firstRow,config.lastRow);if(!range.isEmpty())if(range=range.toScreenRange(this.session),marker.renderer){var top=this.$getTop(range.start.row,config),left=this.$padding+range.start.column*config.characterWidth;marker.renderer(html,range,left,top,config)}else\"fullLine\"==marker.type?this.drawFullLineMarker(html,range,marker.clazz,config):\"screenLine\"==marker.type?this.drawScreenLineMarker(html,range,marker.clazz,config):range.isMultiLine()?\"text\"==marker.type?this.drawTextMarker(html,range,marker.clazz,config):this.drawMultiLineMarker(html,range,marker.clazz,config):this.drawSingleLineMarker(html,range,marker.clazz+\" ace_start\",config)}else marker.update(html,this,this.session,config)}this.element=dom.setInnerHtml(this.element,html.join(\"\"))}},this.$getTop=function(row,layerConfig){return(row-layerConfig.firstRowScreen)*layerConfig.lineHeight},this.drawTextMarker=function(stringBuilder,range,clazz,layerConfig){var row=range.start.row,lineRange=new Range(row,range.start.column,row,this.session.getScreenLastRowColumn(row));for(this.drawSingleLineMarker(stringBuilder,lineRange,clazz+\" ace_start\",layerConfig,1,\"text\"),row=range.end.row,lineRange=new Range(row,0,row,range.end.column),this.drawSingleLineMarker(stringBuilder,lineRange,clazz,layerConfig,0,\"text\"),row=range.start.row+1;range.end.row>row;row++)lineRange.start.row=row,lineRange.end.row=row,lineRange.end.column=this.session.getScreenLastRowColumn(row),this.drawSingleLineMarker(stringBuilder,lineRange,clazz,layerConfig,1,\"text\")},this.drawMultiLineMarker=function(stringBuilder,range,clazz,config){var padding=this.$padding,height=config.lineHeight,top=this.$getTop(range.start.row,config),left=padding+range.start.column*config.characterWidth;stringBuilder.push(\"\u003Cdiv class='\",clazz,\" ace_start' style='\",\"height:\",height,\"px;\",\"right:0;\",\"top:\",top,\"px;\",\"left:\",left,\"px;'>\u003C/div>\"),top=this.$getTop(range.end.row,config);var width=range.end.column*config.characterWidth;stringBuilder.push(\"\u003Cdiv class='\",clazz,\"' style='\",\"height:\",height,\"px;\",\"width:\",width,\"px;\",\"top:\",top,\"px;\",\"left:\",padding,\"px;'>\u003C/div>\"),height=(range.end.row-range.start.row-1)*config.lineHeight,0>height||(top=this.$getTop(range.start.row+1,config),stringBuilder.push(\"\u003Cdiv class='\",clazz,\"' style='\",\"height:\",height,\"px;\",\"right:0;\",\"top:\",top,\"px;\",\"left:\",padding,\"px;'>\u003C/div>\"))},this.drawSingleLineMarker=function(stringBuilder,range,clazz,config,extraLength){var height=config.lineHeight,width=(range.end.column+(extraLength||0)-range.start.column)*config.characterWidth,top=this.$getTop(range.start.row,config),left=this.$padding+range.start.column*config.characterWidth;stringBuilder.push(\"\u003Cdiv class='\",clazz,\"' style='\",\"height:\",height,\"px;\",\"width:\",width,\"px;\",\"top:\",top,\"px;\",\"left:\",left,\"px;'>\u003C/div>\")\n},this.drawFullLineMarker=function(stringBuilder,range,clazz,config){var top=this.$getTop(range.start.row,config),height=config.lineHeight;range.start.row!=range.end.row&&(height+=this.$getTop(range.end.row,config)-top),stringBuilder.push(\"\u003Cdiv class='\",clazz,\"' style='\",\"height:\",height,\"px;\",\"top:\",top,\"px;\",\"left:0;right:0;'>\u003C/div>\")},this.drawScreenLineMarker=function(stringBuilder,range,clazz,config){var top=this.$getTop(range.start.row,config),height=config.lineHeight;stringBuilder.push(\"\u003Cdiv class='\",clazz,\"' style='\",\"height:\",height,\"px;\",\"top:\",top,\"px;\",\"left:0;right:0;'>\u003C/div>\")}}).call(Marker.prototype),exports.Marker=Marker}),ace.define(\"ace/layer/text\",[\"require\",\"exports\",\"module\",\"ace/lib/oop\",\"ace/lib/dom\",\"ace/lib/lang\",\"ace/lib/useragent\",\"ace/lib/event_emitter\"],function(acequire,exports){var oop=acequire(\"../lib/oop\"),dom=acequire(\"../lib/dom\"),lang=acequire(\"../lib/lang\"),useragent=acequire(\"../lib/useragent\"),EventEmitter=acequire(\"../lib/event_emitter\").EventEmitter,Text=function(parentEl){this.element=dom.createElement(\"div\"),this.element.className=\"ace_layer ace_text-layer\",parentEl.appendChild(this.element),this.$characterSize={width:0,height:0},this.checkForSizeChanges(),this.$pollSizeChanges()};(function(){oop.implement(this,EventEmitter),this.EOF_CHAR=\"¶\",this.EOL_CHAR=\"¬\",this.TAB_CHAR=\"→\",this.SPACE_CHAR=\"·\",this.$padding=0,this.setPadding=function(padding){this.$padding=padding,this.element.style.padding=\"0 \"+padding+\"px\"},this.getLineHeight=function(){return this.$characterSize.height||1},this.getCharacterWidth=function(){return this.$characterSize.width||1},this.checkForSizeChanges=function(){var size=this.$measureSizes();if(size&&(this.$characterSize.width!==size.width||this.$characterSize.height!==size.height)){this.$measureNode.style.fontWeight=\"bold\";var boldSize=this.$measureSizes();this.$measureNode.style.fontWeight=\"\",this.$characterSize=size,this.allowBoldFonts=boldSize&&boldSize.width===size.width&&boldSize.height===size.height,this._emit(\"changeCharacterSize\",{data:size})}},this.$pollSizeChanges=function(){var self=this;this.$pollSizeChangesTimer=setInterval(function(){self.checkForSizeChanges()},500)},this.$fontStyles={fontFamily:1,fontSize:1,fontWeight:1,fontStyle:1,lineHeight:1},this.$measureSizes=useragent.isIE||useragent.isOldGecko?function(){var n=1e3;if(!this.$measureNode){var measureNode=this.$measureNode=dom.createElement(\"div\"),style=measureNode.style;if(style.width=style.height=\"auto\",style.left=style.top=40*-n+\"px\",style.visibility=\"hidden\",style.position=\"fixed\",style.overflow=\"visible\",style.whiteSpace=\"nowrap\",measureNode.innerHTML=lang.stringRepeat(\"Xy\",n),this.element.ownerDocument.body)this.element.ownerDocument.body.appendChild(measureNode);else{for(var container=this.element.parentNode;!dom.hasCssClass(container,\"ace_editor\");)container=container.parentNode;container.appendChild(measureNode)}}if(!this.element.offsetWidth)return null;var style=this.$measureNode.style,computedStyle=dom.computedStyle(this.element);for(var prop in this.$fontStyles)style[prop]=computedStyle[prop];var size={height:this.$measureNode.offsetHeight,width:this.$measureNode.offsetWidth/(2*n)};return 0==size.width||0==size.height?null:size}:function(){if(!this.$measureNode){var measureNode=this.$measureNode=dom.createElement(\"div\"),style=measureNode.style;style.width=style.height=\"auto\",style.left=style.top=\"-100px\",style.visibility=\"hidden\",style.position=\"fixed\",style.overflow=\"visible\",style.whiteSpace=\"nowrap\",measureNode.innerHTML=\"X\";for(var container=this.element.parentNode;container&&!dom.hasCssClass(container,\"ace_editor\");)container=container.parentNode;if(!container)return this.$measureNode=null;container.appendChild(measureNode)}var rect=this.$measureNode.getBoundingClientRect(),size={height:rect.height,width:rect.width};return 0==size.width||0==size.height?null:size},this.setSession=function(session){this.session=session,this.$computeTabString()},this.showInvisibles=!1,this.setShowInvisibles=function(showInvisibles){return this.showInvisibles==showInvisibles?!1:(this.showInvisibles=showInvisibles,this.$computeTabString(),!0)},this.displayIndentGuides=!0,this.setDisplayIndentGuides=function(display){return this.displayIndentGuides==display?!1:(this.displayIndentGuides=display,this.$computeTabString(),!0)},this.$tabStrings=[],this.onChangeTabSize=this.$computeTabString=function(){var tabSize=this.session.getTabSize();this.tabSize=tabSize;for(var tabStr=this.$tabStrings=[0],i=1;tabSize+1>i;i++)this.showInvisibles?tabStr.push(\"\u003Cspan class='ace_invisible'>\"+this.TAB_CHAR+lang.stringRepeat(\" \",i-1)+\"\u003C/span>\"):tabStr.push(lang.stringRepeat(\" \",i));if(this.displayIndentGuides){this.$indentGuideRe=/\\s\\S| \\t|\\t |\\s$/;var className=\"ace_indent-guide\";if(this.showInvisibles){className+=\" ace_invisible\";var spaceContent=lang.stringRepeat(this.SPACE_CHAR,this.tabSize),tabContent=this.TAB_CHAR+lang.stringRepeat(\" \",this.tabSize-1)}else var spaceContent=lang.stringRepeat(\" \",this.tabSize),tabContent=spaceContent;this.$tabStrings[\" \"]=\"\u003Cspan class='\"+className+\"'>\"+spaceContent+\"\u003C/span>\",this.$tabStrings[\"\t\"]=\"\u003Cspan class='\"+className+\"'>\"+tabContent+\"\u003C/span>\"}},this.updateLines=function(config,firstRow,lastRow){(this.config.lastRow!=config.lastRow||this.config.firstRow!=config.firstRow)&&this.scrollLines(config),this.config=config;for(var first=Math.max(firstRow,config.firstRow),last=Math.min(lastRow,config.lastRow),lineElements=this.element.childNodes,lineElementsIdx=0,row=config.firstRow;first>row;row++){var foldLine=this.session.getFoldLine(row);if(foldLine){if(foldLine.containsRow(first)){first=foldLine.start.row;break}row=foldLine.end.row}lineElementsIdx++}for(var row=first,foldLine=this.session.getNextFoldLine(row),foldStart=foldLine?foldLine.start.row:1/0;;){if(row>foldStart&&(row=foldLine.end.row+1,foldLine=this.session.getNextFoldLine(row,foldLine),foldStart=foldLine?foldLine.start.row:1/0),row>last)break;var lineElement=lineElements[lineElementsIdx++];if(lineElement){var html=[];this.$renderLine(html,row,!this.$useLineGroups(),row==foldStart?foldLine:!1),dom.setInnerHtml(lineElement,html.join(\"\"))}row++}},this.scrollLines=function(config){var oldConfig=this.config;if(this.config=config,!oldConfig||oldConfig.lastRow\u003Cconfig.firstRow)return this.update(config);if(config.lastRow\u003ColdConfig.firstRow)return this.update(config);var el=this.element;if(oldConfig.firstRow\u003Cconfig.firstRow)for(var row=this.session.getFoldedRowCount(oldConfig.firstRow,config.firstRow-1);row>0;row--)el.removeChild(el.firstChild);if(oldConfig.lastRow>config.lastRow)for(var row=this.session.getFoldedRowCount(config.lastRow+1,oldConfig.lastRow);row>0;row--)el.removeChild(el.lastChild);if(config.firstRow\u003ColdConfig.firstRow){var fragment=this.$renderLinesFragment(config,config.firstRow,oldConfig.firstRow-1);el.firstChild?el.insertBefore(fragment,el.firstChild):el.appendChild(fragment)}if(config.lastRow>oldConfig.lastRow){var fragment=this.$renderLinesFragment(config,oldConfig.lastRow+1,config.lastRow);el.appendChild(fragment)}},this.$renderLinesFragment=function(config,firstRow,lastRow){for(var fragment=this.element.ownerDocument.createDocumentFragment(),row=firstRow,foldLine=this.session.getNextFoldLine(row),foldStart=foldLine?foldLine.start.row:1/0;;){if(row>foldStart&&(row=foldLine.end.row+1,foldLine=this.session.getNextFoldLine(row,foldLine),foldStart=foldLine?foldLine.start.row:1/0),row>lastRow)break;var container=dom.createElement(\"div\"),html=[];if(this.$renderLine(html,row,!1,row==foldStart?foldLine:!1),container.innerHTML=html.join(\"\"),this.$useLineGroups())container.className=\"ace_line_group\",fragment.appendChild(container);else for(var lines=container.childNodes;lines.length;)fragment.appendChild(lines[0]);row++}return fragment},this.update=function(config){this.config=config;for(var html=[],firstRow=config.firstRow,lastRow=config.lastRow,row=firstRow,foldLine=this.session.getNextFoldLine(row),foldStart=foldLine?foldLine.start.row:1/0;;){if(row>foldStart&&(row=foldLine.end.row+1,foldLine=this.session.getNextFoldLine(row,foldLine),foldStart=foldLine?foldLine.start.row:1/0),row>lastRow)break;this.$useLineGroups()&&html.push(\"\u003Cdiv class='ace_line_group'>\"),this.$renderLine(html,row,!1,row==foldStart?foldLine:!1),this.$useLineGroups()&&html.push(\"\u003C/div>\"),row++}this.element=dom.setInnerHtml(this.element,html.join(\"\"))},this.$textToken={text:!0,rparen:!0,lparen:!0},this.$renderToken=function(stringBuilder,screenColumn,token,value){var self=this,replaceReg=/\\t|&|\u003C|( +)|([\\x00-\\x1f\\x80-\\xa0\\u1680\\u180E\\u2000-\\u200f\\u2028\\u2029\\u202F\\u205F\\u3000\\uFEFF])|[\\u1100-\\u115F\\u11A3-\\u11A7\\u11FA-\\u11FF\\u2329-\\u232A\\u2E80-\\u2E99\\u2E9B-\\u2EF3\\u2F00-\\u2FD5\\u2FF0-\\u2FFB\\u3000-\\u303E\\u3041-\\u3096\\u3099-\\u30FF\\u3105-\\u312D\\u3131-\\u318E\\u3190-\\u31BA\\u31C0-\\u31E3\\u31F0-\\u321E\\u3220-\\u3247\\u3250-\\u32FE\\u3300-\\u4DBF\\u4E00-\\uA48C\\uA490-\\uA4C6\\uA960-\\uA97C\\uAC00-\\uD7A3\\uD7B0-\\uD7C6\\uD7CB-\\uD7FB\\uF900-\\uFAFF\\uFE10-\\uFE19\\uFE30-\\uFE52\\uFE54-\\uFE66\\uFE68-\\uFE6B\\uFF01-\\uFF60\\uFFE0-\\uFFE6]/g,replaceFunc=function(c,a,b,tabIdx){if(a)return self.showInvisibles?\"\u003Cspan class='ace_invisible'>\"+lang.stringRepeat(self.SPACE_CHAR,c.length)+\"\u003C/span>\":lang.stringRepeat(\" \",c.length);if(\"&\"==c)return\"&#38;\";if(\"\u003C\"==c)return\"&#60;\";if(\"\t\"==c){var tabSize=self.session.getScreenTabSize(screenColumn+tabIdx);return screenColumn+=tabSize-1,self.$tabStrings[tabSize]}if(\"　\"==c){var classToUse=self.showInvisibles?\"ace_cjk ace_invisible\":\"ace_cjk\",space=self.showInvisibles?self.SPACE_CHAR:\"\";return screenColumn+=1,\"\u003Cspan class='\"+classToUse+\"' style='width:\"+2*self.config.characterWidth+\"px'>\"+space+\"\u003C/span>\"}return b?\"\u003Cspan class='ace_invisible ace_invalid'>\"+self.SPACE_CHAR+\"\u003C/span>\":(screenColumn+=1,\"\u003Cspan class='ace_cjk' style='width:\"+2*self.config.characterWidth+\"px'>\"+c+\"\u003C/span>\")},output=value.replace(replaceReg,replaceFunc);if(this.$textToken[token.type])stringBuilder.push(output);else{var classes=\"ace_\"+token.type.replace(/\\./g,\" ace_\"),style=\"\";\"fold\"==token.type&&(style=\" style='width:\"+token.value.length*this.config.characterWidth+\"px;' \"),stringBuilder.push(\"\u003Cspan class='\",classes,\"'\",style,\">\",output,\"\u003C/span>\")}return screenColumn+value.length},this.renderIndentGuide=function(stringBuilder,value){var cols=value.search(this.$indentGuideRe);return 0>=cols?value:\" \"==value[0]?(cols-=cols%this.tabSize,stringBuilder.push(lang.stringRepeat(this.$tabStrings[\" \"],cols/this.tabSize)),value.substr(cols)):\"\t\"==value[0]?(stringBuilder.push(lang.stringRepeat(this.$tabStrings[\"\t\"],cols)),value.substr(cols)):value},this.$renderWrappedLine=function(stringBuilder,tokens,splits,onlyContents){for(var chars=0,split=0,splitChars=splits[0],screenColumn=0,i=0;tokens.length>i;i++){var token=tokens[i],value=token.value;if(0==i&&this.displayIndentGuides){if(chars=value.length,value=this.renderIndentGuide(stringBuilder,value),!value)continue;chars-=value.length}if(splitChars>chars+value.length)screenColumn=this.$renderToken(stringBuilder,screenColumn,token,value),chars+=value.length;else{for(;chars+value.length>=splitChars;)screenColumn=this.$renderToken(stringBuilder,screenColumn,token,value.substring(0,splitChars-chars)),value=value.substring(splitChars-chars),chars=splitChars,onlyContents||stringBuilder.push(\"\u003C/div>\",\"\u003Cdiv class='ace_line' style='height:\",this.config.lineHeight,\"px'>\"),split++,screenColumn=0,splitChars=splits[split]||Number.MAX_VALUE;0!=value.length&&(chars+=value.length,screenColumn=this.$renderToken(stringBuilder,screenColumn,token,value))}}},this.$renderSimpleLine=function(stringBuilder,tokens){var screenColumn=0,token=tokens[0],value=token.value;this.displayIndentGuides&&(value=this.renderIndentGuide(stringBuilder,value)),value&&(screenColumn=this.$renderToken(stringBuilder,screenColumn,token,value));for(var i=1;tokens.length>i;i++)token=tokens[i],value=token.value,screenColumn=this.$renderToken(stringBuilder,screenColumn,token,value)},this.$renderLine=function(stringBuilder,row,onlyContents,foldLine){if(foldLine||0==foldLine||(foldLine=this.session.getFoldLine(row)),foldLine)var tokens=this.$getFoldLineTokens(row,foldLine);else var tokens=this.session.getTokens(row);if(onlyContents||stringBuilder.push(\"\u003Cdiv class='ace_line' style='height:\",this.config.lineHeight,\"px'>\"),tokens.length){var splits=this.session.getRowSplitData(row);splits&&splits.length?this.$renderWrappedLine(stringBuilder,tokens,splits,onlyContents):this.$renderSimpleLine(stringBuilder,tokens)}this.showInvisibles&&(foldLine&&(row=foldLine.end.row),stringBuilder.push(\"\u003Cspan class='ace_invisible'>\",row==this.session.getLength()-1?this.EOF_CHAR:this.EOL_CHAR,\"\u003C/span>\")),onlyContents||stringBuilder.push(\"\u003C/div>\")},this.$getFoldLineTokens=function(row,foldLine){function addTokens(tokens,from,to){for(var idx=0,col=0;from>col+tokens[idx].value.length;)if(col+=tokens[idx].value.length,idx++,idx==tokens.length)return;if(col!=from){var value=tokens[idx].value.substring(from-col);value.length>to-from&&(value=value.substring(0,to-from)),renderTokens.push({type:tokens[idx].type,value:value}),col=from+value.length,idx+=1}for(;to>col&&tokens.length>idx;){var value=tokens[idx].value;value.length+col>to?renderTokens.push({type:tokens[idx].type,value:value.substring(0,to-col)}):renderTokens.push(tokens[idx]),col+=value.length,idx+=1}}var session=this.session,renderTokens=[],tokens=session.getTokens(row);return foldLine.walk(function(placeholder,row,column,lastColumn,isNewRow){null!=placeholder?renderTokens.push({type:\"fold\",value:placeholder}):(isNewRow&&(tokens=session.getTokens(row)),tokens.length&&addTokens(tokens,lastColumn,column))},foldLine.end.row,this.session.getLine(foldLine.end.row).length),renderTokens},this.$useLineGroups=function(){return this.session.getUseWrapMode()},this.destroy=function(){clearInterval(this.$pollSizeChangesTimer),this.$measureNode&&this.$measureNode.parentNode.removeChild(this.$measureNode),delete this.$measureNode}}).call(Text.prototype),exports.Text=Text}),ace.define(\"ace/layer/cursor\",[\"require\",\"exports\",\"module\",\"ace/lib/dom\"],function(acequire,exports){var dom=acequire(\"../lib/dom\"),Cursor=function(parentEl){this.element=dom.createElement(\"div\"),this.element.className=\"ace_layer ace_cursor-layer\",parentEl.appendChild(this.element),this.isVisible=!1,this.isBlinking=!0,this.blinkInterval=1e3,this.smoothBlinking=!1,this.cursors=[],this.cursor=this.addCursor(),dom.addCssClass(this.element,\"ace_hidden-cursors\")};(function(){this.$padding=0,this.setPadding=function(padding){this.$padding=padding},this.setSession=function(session){this.session=session},this.setBlinking=function(blinking){blinking!=this.isBlinking&&(this.isBlinking=blinking,this.restartTimer())},this.setBlinkInterval=function(blinkInterval){blinkInterval!=this.blinkInterval&&(this.blinkInterval=blinkInterval,this.restartTimer())},this.setSmoothBlinking=function(smoothBlinking){smoothBlinking!=this.smoothBlinking&&(this.smoothBlinking=smoothBlinking,smoothBlinking?dom.addCssClass(this.element,\"ace_smooth-blinking\"):dom.removeCssClass(this.element,\"ace_smooth-blinking\"),this.restartTimer())},this.addCursor=function(){var el=dom.createElement(\"div\");return el.className=\"ace_cursor\",this.element.appendChild(el),this.cursors.push(el),el},this.removeCursor=function(){if(this.cursors.length>1){var el=this.cursors.pop();return el.parentNode.removeChild(el),el}},this.hideCursor=function(){this.isVisible=!1,dom.addCssClass(this.element,\"ace_hidden-cursors\"),this.restartTimer()},this.showCursor=function(){this.isVisible=!0,dom.removeCssClass(this.element,\"ace_hidden-cursors\"),this.restartTimer()},this.restartTimer=function(){clearInterval(this.intervalId),clearTimeout(this.timeoutId),this.smoothBlinking&&dom.removeCssClass(this.element,\"ace_smooth-blinking\");for(var i=this.cursors.length;i--;)this.cursors[i].style.opacity=\"\";if(this.isBlinking&&this.blinkInterval&&this.isVisible){this.smoothBlinking&&setTimeout(function(){dom.addCssClass(this.element,\"ace_smooth-blinking\")}.bind(this));var blink=function(){this.timeoutId=setTimeout(function(){for(var i=this.cursors.length;i--;)this.cursors[i].style.opacity=0}.bind(this),.6*this.blinkInterval)}.bind(this);this.intervalId=setInterval(function(){for(var i=this.cursors.length;i--;)this.cursors[i].style.opacity=\"\";blink()}.bind(this),this.blinkInterval),blink()}},this.getPixelPosition=function(position,onScreen){if(!this.config||!this.session)return{left:0,top:0};position||(position=this.session.selection.getCursor());var pos=this.session.documentToScreenPosition(position),cursorLeft=this.$padding+pos.column*this.config.characterWidth,cursorTop=(pos.row-(onScreen?this.config.firstRowScreen:0))*this.config.lineHeight;return{left:cursorLeft,top:cursorTop}},this.update=function(config){this.config=config;var selections=this.session.$selectionMarkers,i=0,cursorIndex=0;(void 0===selections||0===selections.length)&&(selections=[{cursor:null}]);for(var i=0,n=selections.length;n>i;i++){var pixelPos=this.getPixelPosition(selections[i].cursor,!0);if(!((pixelPos.top>config.height+config.offset||pixelPos.top\u003C-config.offset)&&i>1)){var style=(this.cursors[cursorIndex++]||this.addCursor()).style;style.left=pixelPos.left+\"px\",style.top=pixelPos.top+\"px\",style.width=config.characterWidth+\"px\",style.height=config.lineHeight+\"px\"}}for(;this.cursors.length>cursorIndex;)this.removeCursor();var overwrite=this.session.getOverwrite();this.$setOverwrite(overwrite),this.$pixelPos=pixelPos,this.restartTimer()},this.$setOverwrite=function(overwrite){overwrite!=this.overwrite&&(this.overwrite=overwrite,overwrite?dom.addCssClass(this.element,\"ace_overwrite-cursors\"):dom.removeCssClass(this.element,\"ace_overwrite-cursors\"))},this.destroy=function(){clearInterval(this.intervalId),clearTimeout(this.timeoutId)}}).call(Cursor.prototype),exports.Cursor=Cursor}),ace.define(\"ace/scrollbar\",[\"require\",\"exports\",\"module\",\"ace/lib/oop\",\"ace/lib/dom\",\"ace/lib/event\",\"ace/lib/event_emitter\"],function(acequire,exports){var oop=acequire(\"./lib/oop\"),dom=acequire(\"./lib/dom\"),event=acequire(\"./lib/event\"),EventEmitter=acequire(\"./lib/event_emitter\").EventEmitter,ScrollBar=function(parent){this.element=dom.createElement(\"div\"),this.element.className=\"ace_scrollbar\",this.inner=dom.createElement(\"div\"),this.inner.className=\"ace_scrollbar-inner\",this.element.appendChild(this.inner),parent.appendChild(this.element),this.width=dom.scrollbarWidth(parent.ownerDocument),this.element.style.width=(this.width||15)+5+\"px\",event.addListener(this.element,\"scroll\",this.onScroll.bind(this))};(function(){oop.implement(this,EventEmitter),this.onScroll=function(){this.skipEvent||(this.scrollTop=this.element.scrollTop,this._emit(\"scroll\",{data:this.scrollTop})),this.skipEvent=!1},this.getWidth=function(){return this.width},this.setHeight=function(height){this.element.style.height=height+\"px\"},this.setInnerHeight=function(height){this.inner.style.height=height+\"px\"},this.setScrollTop=function(scrollTop){this.scrollTop!=scrollTop&&(this.skipEvent=!0,this.scrollTop=this.element.scrollTop=scrollTop)}}).call(ScrollBar.prototype),exports.ScrollBar=ScrollBar}),ace.define(\"ace/renderloop\",[\"require\",\"exports\",\"module\",\"ace/lib/event\"],function(acequire,exports){var event=acequire(\"./lib/event\"),RenderLoop=function(onRender,win){this.onRender=onRender,this.pending=!1,this.changes=0,this.window=win||window};(function(){this.schedule=function(change){if(this.changes=this.changes|change,!this.pending){this.pending=!0;var _self=this;event.nextFrame(function(){_self.pending=!1;for(var changes;changes=_self.changes;)_self.changes=0,_self.onRender(changes)},this.window)}}}).call(RenderLoop.prototype),exports.RenderLoop=RenderLoop}),ace.define(\"ace/multi_select\",[\"require\",\"exports\",\"module\",\"ace/range_list\",\"ace/range\",\"ace/selection\",\"ace/mouse/multi_select_handler\",\"ace/lib/event\",\"ace/lib/lang\",\"ace/commands/multi_select_commands\",\"ace/search\",\"ace/edit_session\",\"ace/editor\"],function(acequire,exports){function find(session,needle,dir){return search.$options.wrap=!0,search.$options.needle=needle,search.$options.backwards=-1==dir,search.find(session)}function isSamePoint(p1,p2){return p1.row==p2.row&&p1.column==p2.column}function MultiSelect(editor){editor.$onAddRange=editor.$onAddRange.bind(editor),editor.$onRemoveRange=editor.$onRemoveRange.bind(editor),editor.$onMultiSelect=editor.$onMultiSelect.bind(editor),editor.$onSingleSelect=editor.$onSingleSelect.bind(editor),exports.onSessionChange.call(editor,editor),editor.on(\"changeSession\",exports.onSessionChange.bind(editor)),editor.on(\"mousedown\",onMouseDown),editor.commands.addCommands(commands.defaultCommands),addAltCursorListeners(editor)}function addAltCursorListeners(editor){function reset(){altCursor&&(contentEl.style.cursor=\"\",altCursor=!1)}var el=editor.textInput.getElement(),altCursor=!1,contentEl=editor.renderer.content;event.addListener(el,\"keydown\",function(e){18!=e.keyCode||e.ctrlKey||e.shiftKey||e.metaKey?altCursor&&(contentEl.style.cursor=\"\"):altCursor||(contentEl.style.cursor=\"crosshair\",altCursor=!0)}),event.addListener(el,\"keyup\",reset),event.addListener(el,\"blur\",reset)}var RangeList=acequire(\"./range_list\").RangeList,Range=acequire(\"./range\").Range,Selection=acequire(\"./selection\").Selection,onMouseDown=acequire(\"./mouse/multi_select_handler\").onMouseDown,event=acequire(\"./lib/event\"),lang=acequire(\"./lib/lang\"),commands=acequire(\"./commands/multi_select_commands\");exports.commands=commands.defaultCommands.concat(commands.multiSelectCommands);var Search=acequire(\"./search\").Search,search=new Search,EditSession=acequire(\"./edit_session\").EditSession;(function(){this.getSelectionMarkers=function(){return this.$selectionMarkers}}).call(EditSession.prototype),function(){this.ranges=null,this.rangeList=null,this.addRange=function(range,$blockChangeEvents){if(range){if(!this.inMultiSelectMode&&0==this.rangeCount){var oldRange=this.toOrientedRange();if(this.rangeList.add(oldRange),this.rangeList.add(range),2!=this.rangeList.ranges.length)return this.rangeList.removeAll(),$blockChangeEvents||this.fromOrientedRange(range);this.rangeList.removeAll(),this.rangeList.add(oldRange),this.$onAddRange(oldRange)}range.cursor||(range.cursor=range.end);var removed=this.rangeList.add(range);return this.$onAddRange(range),removed.length&&this.$onRemoveRange(removed),this.rangeCount>1&&!this.inMultiSelectMode&&(this._emit(\"multiSelect\"),this.inMultiSelectMode=!0,this.session.$undoSelect=!1,this.rangeList.attach(this.session)),$blockChangeEvents||this.fromOrientedRange(range)}},this.toSingleRange=function(range){range=range||this.ranges[0];var removed=this.rangeList.removeAll();removed.length&&this.$onRemoveRange(removed),range&&this.fromOrientedRange(range)},this.substractPoint=function(pos){var removed=this.rangeList.substractPoint(pos);return removed?(this.$onRemoveRange(removed),removed[0]):void 0},this.mergeOverlappingRanges=function(){var removed=this.rangeList.merge();removed.length?this.$onRemoveRange(removed):this.ranges[0]&&this.fromOrientedRange(this.ranges[0])},this.$onAddRange=function(range){this.rangeCount=this.rangeList.ranges.length,this.ranges.unshift(range),this._emit(\"addRange\",{range:range})},this.$onRemoveRange=function(removed){if(this.rangeCount=this.rangeList.ranges.length,1==this.rangeCount&&this.inMultiSelectMode){var lastRange=this.rangeList.ranges.pop();removed.push(lastRange),this.rangeCount=0}for(var i=removed.length;i--;){var index=this.ranges.indexOf(removed[i]);this.ranges.splice(index,1)}this._emit(\"removeRange\",{ranges:removed}),0==this.rangeCount&&this.inMultiSelectMode&&(this.inMultiSelectMode=!1,this._emit(\"singleSelect\"),this.session.$undoSelect=!0,this.rangeList.detach(this.session)),lastRange=lastRange||this.ranges[0],lastRange&&!lastRange.isEqual(this.getRange())&&this.fromOrientedRange(lastRange)},this.$initRangeList=function(){this.rangeList||(this.rangeList=new RangeList,this.ranges=[],this.rangeCount=0)},this.getAllRanges=function(){return this.rangeList.ranges.concat()},this.splitIntoLines=function(){if(this.rangeCount>1){var ranges=this.rangeList.ranges,lastRange=ranges[ranges.length-1],range=Range.fromPoints(ranges[0].start,lastRange.end);this.toSingleRange(),this.setSelectionRange(range,lastRange.cursor==lastRange.start)}else{var range=this.getRange(),isBackwards=this.isBackwards(),startRow=range.start.row,endRow=range.end.row;if(startRow==endRow){if(isBackwards)var start=range.end,end=range.start;else var start=range.start,end=range.end;return this.addRange(Range.fromPoints(end,end)),this.addRange(Range.fromPoints(start,start)),void 0}var rectSel=[],r=this.getLineRange(startRow,!0);r.start.column=range.start.column,rectSel.push(r);for(var i=startRow+1;endRow>i;i++)rectSel.push(this.getLineRange(i,!0));r=this.getLineRange(endRow,!0),r.end.column=range.end.column,rectSel.push(r),rectSel.forEach(this.addRange,this)}},this.toggleBlockSelection=function(){if(this.rangeCount>1){var ranges=this.rangeList.ranges,lastRange=ranges[ranges.length-1],range=Range.fromPoints(ranges[0].start,lastRange.end);this.toSingleRange(),this.setSelectionRange(range,lastRange.cursor==lastRange.start)}else{var cursor=this.session.documentToScreenPosition(this.selectionLead),anchor=this.session.documentToScreenPosition(this.selectionAnchor),rectSel=this.rectangularRangeBlock(cursor,anchor);rectSel.forEach(this.addRange,this)}},this.rectangularRangeBlock=function(screenCursor,screenAnchor,includeEmptyLines){var rectSel=[],xBackwards=screenCursor.column\u003CscreenAnchor.column;if(xBackwards)var startColumn=screenCursor.column,endColumn=screenAnchor.column;else var startColumn=screenAnchor.column,endColumn=screenCursor.column;var yBackwards=screenCursor.row\u003CscreenAnchor.row;if(yBackwards)var startRow=screenCursor.row,endRow=screenAnchor.row;else var startRow=screenAnchor.row,endRow=screenCursor.row;0>startColumn&&(startColumn=0),0>startRow&&(startRow=0),startRow==endRow&&(includeEmptyLines=!0);for(var row=startRow;endRow>=row;row++){var range=Range.fromPoints(this.session.screenToDocumentPosition(row,startColumn),this.session.screenToDocumentPosition(row,endColumn));if(range.isEmpty()){if(docEnd&&isSamePoint(range.end,docEnd))break;var docEnd=range.end}range.cursor=xBackwards?range.start:range.end,rectSel.push(range)}if(yBackwards&&rectSel.reverse(),!includeEmptyLines){for(var end=rectSel.length-1;rectSel[end].isEmpty()&&end>0;)end--;if(end>0)for(var start=0;rectSel[start].isEmpty();)start++;for(var i=end;i>=start;i--)rectSel[i].isEmpty()&&rectSel.splice(i,1)}return rectSel}}.call(Selection.prototype);var Editor=acequire(\"./editor\").Editor;(function(){this.updateSelectionMarkers=function(){this.renderer.updateCursor(),this.renderer.updateBackMarkers()},this.addSelectionMarker=function(orientedRange){orientedRange.cursor||(orientedRange.cursor=orientedRange.end);var style=this.getSelectionStyle();return orientedRange.marker=this.session.addMarker(orientedRange,\"ace_selection\",style),this.session.$selectionMarkers.push(orientedRange),this.session.selectionMarkerCount=this.session.$selectionMarkers.length,orientedRange},this.removeSelectionMarker=function(range){if(range.marker){this.session.removeMarker(range.marker);var index=this.session.$selectionMarkers.indexOf(range);-1!=index&&this.session.$selectionMarkers.splice(index,1),this.session.selectionMarkerCount=this.session.$selectionMarkers.length}},this.removeSelectionMarkers=function(ranges){for(var markerList=this.session.$selectionMarkers,i=ranges.length;i--;){var range=ranges[i];if(range.marker){this.session.removeMarker(range.marker);var index=markerList.indexOf(range);-1!=index&&markerList.splice(index,1)}}this.session.selectionMarkerCount=markerList.length},this.$onAddRange=function(e){this.addSelectionMarker(e.range),this.renderer.updateCursor(),this.renderer.updateBackMarkers()},this.$onRemoveRange=function(e){this.removeSelectionMarkers(e.ranges),this.renderer.updateCursor(),this.renderer.updateBackMarkers()},this.$onMultiSelect=function(){this.inMultiSelectMode||(this.inMultiSelectMode=!0,this.setStyle(\"ace_multiselect\"),this.keyBinding.addKeyboardHandler(commands.keyboardHandler),this.commands.on(\"exec\",this.$onMultiSelectExec),this.renderer.updateCursor(),this.renderer.updateBackMarkers())},this.$onSingleSelect=function(){this.session.multiSelect.inVirtualMode||(this.inMultiSelectMode=!1,this.unsetStyle(\"ace_multiselect\"),this.keyBinding.removeKeyboardHandler(commands.keyboardHandler),this.commands.removeEventListener(\"exec\",this.$onMultiSelectExec),this.renderer.updateCursor(),this.renderer.updateBackMarkers())},this.$onMultiSelectExec=function(e){var command=e.command,editor=e.editor;editor.multiSelect&&(command.multiSelectAction?\"forEach\"==command.multiSelectAction?editor.forEachSelection(command,e.args):\"forEachLine\"==command.multiSelectAction?editor.forEachSelection(command,e.args,!0):\"single\"==command.multiSelectAction?(editor.exitMultiSelectMode(),command.exec(editor,e.args||{})):command.multiSelectAction(editor,e.args||{}):(command.exec(editor,e.args||{}),editor.multiSelect.addRange(editor.multiSelect.toOrientedRange()),editor.multiSelect.mergeOverlappingRanges()),e.preventDefault())},this.forEachSelection=function(cmd,args,$byLines){if(!this.inVirtualSelectionMode){var session=this.session,selection=this.selection,rangeList=selection.rangeList,reg=selection._eventRegistry;selection._eventRegistry={};var tmpSel=new Selection(session);this.inVirtualSelectionMode=!0;for(var i=rangeList.ranges.length;i--;){if($byLines)for(;i>0&&rangeList.ranges[i].start.row==rangeList.ranges[i-1].end.row;)i--;tmpSel.fromOrientedRange(rangeList.ranges[i]),this.selection=session.selection=tmpSel,cmd.exec(this,args||{}),tmpSel.toOrientedRange(rangeList.ranges[i])}tmpSel.detach(),this.selection=session.selection=selection,this.inVirtualSelectionMode=!1,selection._eventRegistry=reg,selection.mergeOverlappingRanges(),this.onCursorChange(),this.onSelectionChange()}},this.exitMultiSelectMode=function(){this.inVirtualSelectionMode||this.multiSelect.toSingleRange()},this.getCopyText=function(){var text=\"\";if(this.inMultiSelectMode){var ranges=this.multiSelect.rangeList.ranges;text=[];for(var i=0;ranges.length>i;i++)text.push(this.session.getTextRange(ranges[i]));text=text.join(this.session.getDocument().getNewLineCharacter())}else this.selection.isEmpty()||(text=this.session.getTextRange(this.getSelectionRange()));return text},this.onPaste=function(text){if(!this.$readOnly){if(this._signal(\"paste\",text),!this.inMultiSelectMode||this.inVirtualSelectionMode)return this.insert(text);var lines=text.split(/\\r\\n|\\r|\\n/),ranges=this.selection.rangeList.ranges;if(lines.length>ranges.length||2>=lines.length||!lines[1])return this.commands.exec(\"insertstring\",this,text);for(var i=ranges.length;i--;){var range=ranges[i];range.isEmpty()||this.session.remove(range),this.session.insert(range.start,lines[i])}}},this.findAll=function(needle,options,additive){options=options||{},options.needle=needle||options.needle,this.$search.set(options);var ranges=this.$search.findAll(this.session);if(!ranges.length)return 0;this.$blockScrolling+=1;var selection=this.multiSelect;additive||selection.toSingleRange(ranges[0]);for(var i=ranges.length;i--;)selection.addRange(ranges[i],!0);return this.$blockScrolling-=1,ranges.length},this.selectMoreLines=function(dir,skip){var range=this.selection.toOrientedRange(),isBackwards=range.cursor==range.end,screenLead=this.session.documentToScreenPosition(range.cursor);this.selection.$desiredColumn&&(screenLead.column=this.selection.$desiredColumn);var lead=this.session.screenToDocumentPosition(screenLead.row+dir,screenLead.column);if(range.isEmpty())var anchor=lead;else var screenAnchor=this.session.documentToScreenPosition(isBackwards?range.end:range.start),anchor=this.session.screenToDocumentPosition(screenAnchor.row+dir,screenAnchor.column);if(isBackwards){var newRange=Range.fromPoints(lead,anchor);newRange.cursor=newRange.start}else{var newRange=Range.fromPoints(anchor,lead);newRange.cursor=newRange.end\n}if(newRange.desiredColumn=screenLead.column,this.selection.inMultiSelectMode){if(skip)var toRemove=range.cursor}else this.selection.addRange(range);this.selection.addRange(newRange),toRemove&&this.selection.substractPoint(toRemove)},this.transposeSelections=function(dir){for(var session=this.session,sel=session.multiSelect,all=sel.ranges,i=all.length;i--;){var range=all[i];if(range.isEmpty()){var tmp=session.getWordRange(range.start.row,range.start.column);range.start.row=tmp.start.row,range.start.column=tmp.start.column,range.end.row=tmp.end.row,range.end.column=tmp.end.column}}sel.mergeOverlappingRanges();for(var words=[],i=all.length;i--;){var range=all[i];words.unshift(session.getTextRange(range))}0>dir?words.unshift(words.pop()):words.push(words.shift());for(var i=all.length;i--;){var range=all[i],tmp=range.clone();session.replace(range,words[i]),range.start.row=tmp.start.row,range.start.column=tmp.start.column}},this.selectMore=function(dir,skip){var session=this.session,sel=session.multiSelect,range=sel.toOrientedRange();if(range.isEmpty()){var range=session.getWordRange(range.start.row,range.start.column);range.cursor=range.end,this.multiSelect.addRange(range)}var needle=session.getTextRange(range),newRange=find(session,needle,dir);newRange&&(newRange.cursor=-1==dir?newRange.start:newRange.end,this.multiSelect.addRange(newRange)),skip&&this.multiSelect.substractPoint(range.cursor)},this.alignCursors=function(){var session=this.session,sel=session.multiSelect,ranges=sel.ranges;if(ranges.length){var row=-1,sameRowRanges=ranges.filter(function(r){return r.cursor.row==row?!0:(row=r.cursor.row,void 0)});sel.$onRemoveRange(sameRowRanges);var maxCol=0,minSpace=1/0,spaceOffsets=ranges.map(function(r){var p=r.cursor,line=session.getLine(p.row),spaceOffset=line.substr(p.column).search(/\\S/g);return-1==spaceOffset&&(spaceOffset=0),p.column>maxCol&&(maxCol=p.column),minSpace>spaceOffset&&(minSpace=spaceOffset),spaceOffset});ranges.forEach(function(r,i){var p=r.cursor,l=maxCol-p.column,d=spaceOffsets[i]-minSpace;l>d?session.insert(p,lang.stringRepeat(\" \",l-d)):session.remove(new Range(p.row,p.column,p.row,p.column-l+d)),r.start.column=r.end.column=maxCol,r.start.row=r.end.row=p.row,r.cursor=r.end}),sel.fromOrientedRange(ranges[0]),this.renderer.updateCursor(),this.renderer.updateBackMarkers()}else{var range=this.selection.getRange(),fr=range.start.row,lr=range.end.row,lines=this.session.doc.removeLines(fr,lr);lines=this.$reAlignText(lines),this.session.doc.insertLines(fr,lines),range.start.column=0,range.end.column=lines[lines.length-1].length,this.selection.setRange(range)}},this.$reAlignText=function(lines){function spaces(n){return lang.stringRepeat(\" \",n)}function alignLeft(m){return m[2]?spaces(startW)+m[2]+spaces(textW-m[2].length+endW)+m[4].replace(/^([=:])\\s+/,\"$1 \"):m[0]}function alignRight(m){return m[2]?spaces(startW+textW-m[2].length)+m[2]+spaces(endW,\" \")+m[4].replace(/^([=:])\\s+/,\"$1 \"):m[0]}function unAlign(m){return m[2]?spaces(startW)+m[2]+spaces(endW)+m[4].replace(/^([=:])\\s+/,\"$1 \"):m[0]}var startW,textW,endW,isLeftAligned=!0,isRightAligned=!0;return lines.map(function(line){var m=line.match(/(\\s*)(.*?)(\\s*)([=:].*)/);return m?null==startW?(startW=m[1].length,textW=m[2].length,endW=m[3].length,m):(startW+textW+endW!=m[1].length+m[2].length+m[3].length&&(isRightAligned=!1),startW!=m[1].length&&(isLeftAligned=!1),startW>m[1].length&&(startW=m[1].length),m[2].length>textW&&(textW=m[2].length),endW>m[3].length&&(endW=m[3].length),m):[line]}).map(isLeftAligned?isRightAligned?alignRight:alignLeft:unAlign)}}).call(Editor.prototype),exports.onSessionChange=function(e){var session=e.session;session.multiSelect||(session.$selectionMarkers=[],session.selection.$initRangeList(),session.multiSelect=session.selection),this.multiSelect=session.multiSelect;var oldSession=e.oldSession;oldSession&&(oldSession.multiSelect.removeEventListener(\"addRange\",this.$onAddRange),oldSession.multiSelect.removeEventListener(\"removeRange\",this.$onRemoveRange),oldSession.multiSelect.removeEventListener(\"multiSelect\",this.$onMultiSelect),oldSession.multiSelect.removeEventListener(\"singleSelect\",this.$onSingleSelect)),session.multiSelect.on(\"addRange\",this.$onAddRange),session.multiSelect.on(\"removeRange\",this.$onRemoveRange),session.multiSelect.on(\"multiSelect\",this.$onMultiSelect),session.multiSelect.on(\"singleSelect\",this.$onSingleSelect),this.inMultiSelectMode!=session.selection.inMultiSelectMode&&(session.selection.inMultiSelectMode?this.$onMultiSelect():this.$onSingleSelect())},exports.MultiSelect=MultiSelect}),ace.define(\"ace/mouse/multi_select_handler\",[\"require\",\"exports\",\"module\",\"ace/lib/event\"],function(acequire,exports){function isSamePoint(p1,p2){return p1.row==p2.row&&p1.column==p2.column}function onMouseDown(e){var ev=e.domEvent,alt=ev.altKey,shift=ev.shiftKey,ctrl=e.getAccelKey(),button=e.getButton();if(e.editor.inMultiSelectMode&&2==button)return e.editor.textInput.onContextMenu(e.domEvent),void 0;if(!ctrl&&!alt)return 0==button&&e.editor.inMultiSelectMode&&e.editor.exitMultiSelectMode(),void 0;var editor=e.editor,selection=editor.selection,isMultiSelect=editor.inMultiSelectMode,pos=e.getDocumentPosition(),cursor=selection.getCursor(),inSelection=e.inSelection()||selection.isEmpty()&&isSamePoint(pos,cursor),mouseX=e.x,mouseY=e.y,onMouseSelection=function(e){mouseX=e.clientX,mouseY=e.clientY},blockSelect=function(){var newCursor=editor.renderer.pixelToScreenCoordinates(mouseX,mouseY),cursor=session.screenToDocumentPosition(newCursor.row,newCursor.column);isSamePoint(screenCursor,newCursor)&&isSamePoint(cursor,selection.selectionLead)||(screenCursor=newCursor,editor.selection.moveCursorToPosition(cursor),editor.selection.clearSelection(),editor.renderer.scrollCursorIntoView(),editor.removeSelectionMarkers(rectSel),rectSel=selection.rectangularRangeBlock(screenCursor,screenAnchor),rectSel.forEach(editor.addSelectionMarker,editor),editor.updateSelectionMarkers())},session=editor.session,screenAnchor=editor.renderer.pixelToScreenCoordinates(mouseX,mouseY),screenCursor=screenAnchor;if(!ctrl||shift||alt||0!=button){if(alt&&0==button){e.stop(),isMultiSelect&&!ctrl?selection.toSingleRange():!isMultiSelect&&ctrl&&selection.addRange();var rectSel=[];shift?(screenAnchor=session.documentToScreenPosition(selection.lead),blockSelect()):(selection.moveCursorToPosition(pos),selection.clearSelection());var onMouseSelectionEnd=function(){clearInterval(timerId),editor.removeSelectionMarkers(rectSel);for(var i=0;rectSel.length>i;i++)selection.addRange(rectSel[i])},onSelectionInterval=blockSelect;event.capture(editor.container,onMouseSelection,onMouseSelectionEnd);var timerId=setInterval(function(){onSelectionInterval()},20);return e.preventDefault()}}else{if(!isMultiSelect&&inSelection)return;if(!isMultiSelect){var range=selection.toOrientedRange();editor.addSelectionMarker(range)}var oldRange=selection.rangeList.rangeAtPoint(pos);editor.once(\"mouseup\",function(){var tmpSel=selection.toOrientedRange();oldRange&&tmpSel.isEmpty()&&isSamePoint(oldRange.cursor,tmpSel.cursor)?selection.substractPoint(tmpSel.cursor):(range&&(editor.removeSelectionMarker(range),selection.addRange(range)),selection.addRange(tmpSel))})}}var event=acequire(\"../lib/event\");exports.onMouseDown=onMouseDown}),ace.define(\"ace/commands/multi_select_commands\",[\"require\",\"exports\",\"module\",\"ace/keyboard/hash_handler\"],function(acequire,exports){exports.defaultCommands=[{name:\"addCursorAbove\",exec:function(editor){editor.selectMoreLines(-1)},bindKey:{win:\"Ctrl-Alt-Up\",mac:\"Ctrl-Alt-Up\"},readonly:!0},{name:\"addCursorBelow\",exec:function(editor){editor.selectMoreLines(1)},bindKey:{win:\"Ctrl-Alt-Down\",mac:\"Ctrl-Alt-Down\"},readonly:!0},{name:\"addCursorAboveSkipCurrent\",exec:function(editor){editor.selectMoreLines(-1,!0)},bindKey:{win:\"Ctrl-Alt-Shift-Up\",mac:\"Ctrl-Alt-Shift-Up\"},readonly:!0},{name:\"addCursorBelowSkipCurrent\",exec:function(editor){editor.selectMoreLines(1,!0)},bindKey:{win:\"Ctrl-Alt-Shift-Down\",mac:\"Ctrl-Alt-Shift-Down\"},readonly:!0},{name:\"selectMoreBefore\",exec:function(editor){editor.selectMore(-1)},bindKey:{win:\"Ctrl-Alt-Left\",mac:\"Ctrl-Alt-Left\"},readonly:!0},{name:\"selectMoreAfter\",exec:function(editor){editor.selectMore(1)},bindKey:{win:\"Ctrl-Alt-Right\",mac:\"Ctrl-Alt-Right\"},readonly:!0},{name:\"selectNextBefore\",exec:function(editor){editor.selectMore(-1,!0)},bindKey:{win:\"Ctrl-Alt-Shift-Left\",mac:\"Ctrl-Alt-Shift-Left\"},readonly:!0},{name:\"selectNextAfter\",exec:function(editor){editor.selectMore(1,!0)},bindKey:{win:\"Ctrl-Alt-Shift-Right\",mac:\"Ctrl-Alt-Shift-Right\"},readonly:!0},{name:\"splitIntoLines\",exec:function(editor){editor.multiSelect.splitIntoLines()},bindKey:{win:\"Ctrl-Alt-L\",mac:\"Ctrl-Alt-L\"},readonly:!0},{name:\"alignCursors\",exec:function(editor){editor.alignCursors()},bindKey:{win:\"Ctrl-Alt-A\",mac:\"Ctrl-Alt-A\"}}],exports.multiSelectCommands=[{name:\"singleSelection\",bindKey:\"esc\",exec:function(editor){editor.exitMultiSelectMode()},readonly:!0,isAvailable:function(editor){return editor&&editor.inMultiSelectMode}}];var HashHandler=acequire(\"../keyboard/hash_handler\").HashHandler;exports.keyboardHandler=new HashHandler(exports.multiSelectCommands)}),ace.define(\"ace/worker/worker_client\",[\"require\",\"exports\",\"module\",\"ace/lib/oop\",\"ace/lib/event_emitter\",\"ace/config\"],function(acequire,exports){var oop=acequire(\"../lib/oop\"),EventEmitter=acequire(\"../lib/event_emitter\").EventEmitter,config=acequire(\"../config\"),WorkerClient=function(topLevelNamespaces,mod,classname){this.changeListener=this.changeListener.bind(this),this.onMessage=this.onMessage.bind(this),this.onError=this.onError.bind(this);var workerUrl;if(config.get(\"packaged\"))workerUrl=config.moduleUrl(mod.id,\"worker\");else{var normalizePath=this.$normalizePath;acequire.nameToUrl&&!acequire.toUrl&&(acequire.toUrl=acequire.nameToUrl),workerUrl=normalizePath(acequire.toUrl(\"ace/worker/worker.js\",null,\"_\"));var tlns={};topLevelNamespaces.forEach(function(ns){tlns[ns]=normalizePath(acequire.toUrl(ns,null,\"_\").replace(/(\\.js)?(\\?.*)?$/,\"\"))})}var workerSrc=mod.src,Blob=require(\"w3c-blob\"),blob=new Blob([workerSrc],{type:\"application/javascript\"}),blobUrl=(window.URL||window.webkitURL).createObjectURL(blob);this.$worker=new Worker(blobUrl),this.$worker.postMessage({init:!0,tlns:tlns,module:mod.id,classname:classname}),this.callbackId=1,this.callbacks={},this.$worker.onerror=this.onError,this.$worker.onmessage=this.onMessage};(function(){oop.implement(this,EventEmitter),this.onError=function(e){throw window.console&&console.log&&console.log(e),e},this.onMessage=function(e){var msg=e.data;switch(msg.type){case\"log\":window.console&&console.log&&console.log.apply(console,msg.data);break;case\"event\":this._emit(msg.name,{data:msg.data});break;case\"call\":var callback=this.callbacks[msg.id];callback&&(callback(msg.data),delete this.callbacks[msg.id])}},this.$normalizePath=function(path){return location.host?(path=path.replace(/^[a-z]+:\\/\\/[^\\/]+/,\"\"),path=location.protocol+\"//\"+location.host+(\"/\"==path.charAt(0)?\"\":location.pathname.replace(/\\/[^\\/]*$/,\"\"))+\"/\"+path.replace(/^[\\/]+/,\"\")):path},this.terminate=function(){this._emit(\"terminate\",{}),this.$worker.terminate(),this.$worker=null,this.$doc.removeEventListener(\"change\",this.changeListener),this.$doc=null},this.send=function(cmd,args){this.$worker.postMessage({command:cmd,args:args})},this.call=function(cmd,args,callback){if(callback){var id=this.callbackId++;this.callbacks[id]=callback,args.push(id)}this.send(cmd,args)},this.emit=function(event,data){try{this.$worker.postMessage({event:event,data:{data:data.data}})}catch(ex){}},this.attachToDocument=function(doc){this.$doc&&this.terminate(),this.$doc=doc,this.call(\"setValue\",[doc.getValue()]),doc.on(\"change\",this.changeListener)},this.changeListener=function(e){e.range={start:e.data.range.start,end:e.data.range.end},this.emit(\"change\",e)}}).call(WorkerClient.prototype);var UIWorkerClient=function(topLevelNamespaces,mod,classname){this.changeListener=this.changeListener.bind(this),this.callbackId=1,this.callbacks={},this.messageBuffer=[];var main=null,sender=Object.create(EventEmitter),_self=this;this.$worker={},this.$worker.terminate=function(){},this.$worker.postMessage=function(e){_self.messageBuffer.push(e),main&&setTimeout(processNext)};var processNext=function(){var msg=_self.messageBuffer.shift();msg.command?main[msg.command].apply(main,msg.args):msg.event&&sender._emit(msg.event,msg.data)};sender.postMessage=function(msg){_self.onMessage({data:msg})},sender.callback=function(data,callbackId){this.postMessage({type:\"call\",id:callbackId,data:data})},sender.emit=function(name,data){this.postMessage({type:\"event\",name:name,data:data})},config.loadModule([\"worker\",mod],function(Main){for(main=new Main[classname](sender);_self.messageBuffer.length;)processNext()})};UIWorkerClient.prototype=WorkerClient.prototype,exports.UIWorkerClient=UIWorkerClient,exports.WorkerClient=WorkerClient}),ace.define(\"ace/placeholder\",[\"require\",\"exports\",\"module\",\"ace/range\",\"ace/lib/event_emitter\",\"ace/lib/oop\"],function(acequire,exports){var Range=acequire(\"./range\").Range,EventEmitter=acequire(\"./lib/event_emitter\").EventEmitter,oop=acequire(\"./lib/oop\"),PlaceHolder=function(session,length,pos,others,mainClass,othersClass){var _self=this;this.length=length,this.session=session,this.doc=session.getDocument(),this.mainClass=mainClass,this.othersClass=othersClass,this.$onUpdate=this.onUpdate.bind(this),this.doc.on(\"change\",this.$onUpdate),this.$others=others,this.$onCursorChange=function(){setTimeout(function(){_self.onCursorChange()})},this.$pos=pos;var undoStack=session.getUndoManager().$undoStack||session.getUndoManager().$undostack||{length:-1};this.$undoStackDepth=undoStack.length,this.setup(),session.selection.on(\"changeCursor\",this.$onCursorChange)};(function(){oop.implement(this,EventEmitter),this.setup=function(){var _self=this,doc=this.doc,session=this.session,pos=this.$pos;this.pos=doc.createAnchor(pos.row,pos.column),this.markerId=session.addMarker(new Range(pos.row,pos.column,pos.row,pos.column+this.length),this.mainClass,null,!1),this.pos.on(\"change\",function(event){session.removeMarker(_self.markerId),_self.markerId=session.addMarker(new Range(event.value.row,event.value.column,event.value.row,event.value.column+_self.length),_self.mainClass,null,!1)}),this.others=[],this.$others.forEach(function(other){var anchor=doc.createAnchor(other.row,other.column);_self.others.push(anchor)}),session.setUndoSelect(!1)},this.showOtherMarkers=function(){if(!this.othersActive){var session=this.session,_self=this;this.othersActive=!0,this.others.forEach(function(anchor){anchor.markerId=session.addMarker(new Range(anchor.row,anchor.column,anchor.row,anchor.column+_self.length),_self.othersClass,null,!1),anchor.on(\"change\",function(event){session.removeMarker(anchor.markerId),anchor.markerId=session.addMarker(new Range(event.value.row,event.value.column,event.value.row,event.value.column+_self.length),_self.othersClass,null,!1)})})}},this.hideOtherMarkers=function(){if(this.othersActive){this.othersActive=!1;for(var i=0;this.others.length>i;i++)this.session.removeMarker(this.others[i].markerId)}},this.onUpdate=function(event){var delta=event.data,range=delta.range;if(range.start.row===range.end.row&&range.start.row===this.pos.row&&!this.$updating){this.$updating=!0;var lengthDiff=\"insertText\"===delta.action?range.end.column-range.start.column:range.start.column-range.end.column;if(range.start.column>=this.pos.column&&range.start.column\u003C=this.pos.column+this.length+1){var distanceFromStart=range.start.column-this.pos.column;if(this.length+=lengthDiff,!this.session.$fromUndo){if(\"insertText\"===delta.action)for(var i=this.others.length-1;i>=0;i--){var otherPos=this.others[i],newPos={row:otherPos.row,column:otherPos.column+distanceFromStart};otherPos.row===range.start.row&&range.start.column\u003CotherPos.column&&(newPos.column+=lengthDiff),this.doc.insert(newPos,delta.text)}else if(\"removeText\"===delta.action)for(var i=this.others.length-1;i>=0;i--){var otherPos=this.others[i],newPos={row:otherPos.row,column:otherPos.column+distanceFromStart};otherPos.row===range.start.row&&range.start.column\u003CotherPos.column&&(newPos.column+=lengthDiff),this.doc.remove(new Range(newPos.row,newPos.column,newPos.row,newPos.column-lengthDiff))}range.start.column===this.pos.column&&\"insertText\"===delta.action?setTimeout(function(){this.pos.setPosition(this.pos.row,this.pos.column-lengthDiff);for(var i=0;this.others.length>i;i++){var other=this.others[i],newPos={row:other.row,column:other.column-lengthDiff};other.row===range.start.row&&range.start.column\u003Cother.column&&(newPos.column+=lengthDiff),other.setPosition(newPos.row,newPos.column)}}.bind(this),0):range.start.column===this.pos.column&&\"removeText\"===delta.action&&setTimeout(function(){for(var i=0;this.others.length>i;i++){var other=this.others[i];other.row===range.start.row&&range.start.column\u003Cother.column&&other.setPosition(other.row,other.column-lengthDiff)}}.bind(this),0)}this.pos._emit(\"change\",{value:this.pos});for(var i=0;this.others.length>i;i++)this.others[i]._emit(\"change\",{value:this.others[i]})}this.$updating=!1}},this.onCursorChange=function(event){if(!this.$updating){var pos=this.session.selection.getCursor();pos.row===this.pos.row&&pos.column>=this.pos.column&&pos.column\u003C=this.pos.column+this.length?(this.showOtherMarkers(),this._emit(\"cursorEnter\",event)):(this.hideOtherMarkers(),this._emit(\"cursorLeave\",event))}},this.detach=function(){this.session.removeMarker(this.markerId),this.hideOtherMarkers(),this.doc.removeEventListener(\"change\",this.$onUpdate),this.session.selection.removeEventListener(\"changeCursor\",this.$onCursorChange),this.pos.detach();for(var i=0;this.others.length>i;i++)this.others[i].detach();this.session.setUndoSelect(!0)},this.cancel=function(){if(-1===this.$undoStackDepth)throw Error(\"Canceling placeholders only supported with undo manager attached to session.\");for(var undoManager=this.session.getUndoManager(),undosRequired=(undoManager.$undoStack||undoManager.$undostack).length-this.$undoStackDepth,i=0;undosRequired>i;i++)undoManager.undo(!0)}}).call(PlaceHolder.prototype),exports.PlaceHolder=PlaceHolder}),ace.define(\"ace/mode/folding/fold_mode\",[\"require\",\"exports\",\"module\",\"ace/range\"],function(acequire,exports){var Range=acequire(\"../../range\").Range,FoldMode=exports.FoldMode=function(){};(function(){this.foldingStartMarker=null,this.foldingStopMarker=null,this.getFoldWidget=function(session,foldStyle,row){var line=session.getLine(row);return this.foldingStartMarker.test(line)?\"start\":\"markbeginend\"==foldStyle&&this.foldingStopMarker&&this.foldingStopMarker.test(line)?\"end\":\"\"},this.getFoldWidgetRange=function(){return null},this.indentationBlock=function(session,row,column){var re=/\\S/,line=session.getLine(row),startLevel=line.search(re);if(-1!=startLevel){for(var startColumn=column||line.length,maxRow=session.getLength(),startRow=row,endRow=row;maxRow>++row;){var level=session.getLine(row).search(re);if(-1!=level){if(startLevel>=level)break;endRow=row}}if(endRow>startRow){var endColumn=session.getLine(endRow).length;return new Range(startRow,startColumn,endRow,endColumn)}}},this.openingBracketBlock=function(session,bracket,row,column,typeRe){var start={row:row,column:column+1},end=session.$findClosingBracket(bracket,start,typeRe);if(end){var fw=session.foldWidgets[end.row];return null==fw&&(fw=this.getFoldWidget(session,end.row)),\"start\"==fw&&end.row>start.row&&(end.row--,end.column=session.getLine(end.row).length),Range.fromPoints(start,end)}},this.closingBracketBlock=function(session,bracket,row,column){var end={row:row,column:column},start=session.$findOpeningBracket(bracket,end);return start?(start.column++,end.column--,Range.fromPoints(start,end)):void 0}}).call(FoldMode.prototype)}),ace.define(\"ace/theme/textmate\",[\"require\",\"exports\",\"module\",\"ace/lib/dom\"],function(acequire,exports){exports.isDark=!1,exports.cssClass=\"ace-tm\",exports.cssText='.ace-tm .ace_gutter {background: #f0f0f0;color: #333;}.ace-tm .ace_print-margin {width: 1px;background: #e8e8e8;}.ace-tm .ace_fold {background-color: #6B72E6;}.ace-tm .ace_scroller {background-color: #FFFFFF;}.ace-tm .ace_cursor {border-left: 2px solid black;}.ace-tm .ace_overwrite-cursors .ace_cursor {border-left: 0px;border-bottom: 1px solid black;}.ace-tm .ace_invisible {color: rgb(191, 191, 191);}.ace-tm .ace_storage,.ace-tm .ace_keyword {color: blue;}.ace-tm .ace_constant {color: rgb(197, 6, 11);}.ace-tm .ace_constant.ace_buildin {color: rgb(88, 72, 246);}.ace-tm .ace_constant.ace_language {color: rgb(88, 92, 246);}.ace-tm .ace_constant.ace_library {color: rgb(6, 150, 14);}.ace-tm .ace_invalid {background-color: rgba(255, 0, 0, 0.1);color: red;}.ace-tm .ace_support.ace_function {color: rgb(60, 76, 114);}.ace-tm .ace_support.ace_constant {color: rgb(6, 150, 14);}.ace-tm .ace_support.ace_type,.ace-tm .ace_support.ace_class {color: rgb(109, 121, 222);}.ace-tm .ace_keyword.ace_operator {color: rgb(104, 118, 135);}.ace-tm .ace_string {color: rgb(3, 106, 7);}.ace-tm .ace_comment {color: rgb(76, 136, 107);}.ace-tm .ace_comment.ace_doc {color: rgb(0, 102, 255);}.ace-tm .ace_comment.ace_doc.ace_tag {color: rgb(128, 159, 191);}.ace-tm .ace_constant.ace_numeric {color: rgb(0, 0, 205);}.ace-tm .ace_variable {color: rgb(49, 132, 149);}.ace-tm .ace_xml-pe {color: rgb(104, 104, 91);}.ace-tm .ace_entity.ace_name.ace_function {color: #0000A2;}.ace-tm .ace_markup.ace_heading {color: rgb(12, 7, 255);}.ace-tm .ace_markup.ace_list {color:rgb(185, 6, 144);}.ace-tm .ace_meta.ace_tag {color:rgb(0, 22, 142);}.ace-tm .ace_string.ace_regex {color: rgb(255, 0, 0)}.ace-tm .ace_marker-layer .ace_selection {background: rgb(181, 213, 255);}.ace-tm.ace_multiselect .ace_selection.ace_start {box-shadow: 0 0 3px 0px white;border-radius: 2px;}.ace-tm .ace_marker-layer .ace_step {background: rgb(252, 255, 0);}.ace-tm .ace_marker-layer .ace_stack {background: rgb(164, 229, 101);}.ace-tm .ace_marker-layer .ace_bracket {margin: -1px 0 0 -1px;border: 1px solid rgb(192, 192, 192);}.ace-tm .ace_marker-layer .ace_active-line {background: rgba(0, 0, 0, 0.07);}.ace-tm .ace_gutter-active-line {background-color : #dcdcdc;}.ace-tm .ace_marker-layer .ace_selected-word {background: rgb(250, 250, 255);border: 1px solid rgb(200, 200, 250);}.ace-tm .ace_indent-guide {background: url(\"data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAAEAAAACCAYAAACZgbYnAAAAE0lEQVQImWP4////f4bLly//BwAmVgd1/w11/gAAAABJRU5ErkJggg==\") right repeat-y;}';var dom=acequire(\"../lib/dom\");dom.importCssString(exports.cssText,exports.cssClass)}),function(){ace.acequire([\"ace/ace\"],function(a){a&&a.config.init(),window.ace||(window.ace={});for(var key in a)a.hasOwnProperty(key)&&(ace[key]=a[key])})}(),module.exports=window.ace.acequire(\"ace/ace\")})()},{\"w3c-blob\":30}],31:[function(require,module,exports){var Object_keys=function(obj){if(Object.keys)return Object.keys(obj);var res=[];for(var key in obj)res.push(key);return res},forEach=function(xs,fn){if(xs.forEach)return xs.forEach(fn);for(var i=0;xs.length>i;i++)fn(xs[i],i,xs)},Script=exports.Script=function NodeScript(code){return this instanceof Script?(this.code=code,void 0):new Script(code)};Script.prototype.runInNewContext=function(context){context||(context={});var iframe=document.createElement(\"iframe\");iframe.style||(iframe.style={}),iframe.style.display=\"none\",document.body.appendChild(iframe);var win=iframe.contentWindow;forEach(Object_keys(context),function(key){win[key]=context[key]}),!win.eval&&win.execScript&&win.execScript(\"null\");var res=win.eval(this.code);return forEach(Object_keys(win),function(key){context[key]=win[key]}),document.body.removeChild(iframe),res},Script.prototype.runInThisContext=function(){return eval(this.code)},Script.prototype.runInContext=function(context){return this.runInNewContext(context)},forEach(Object_keys(Script.prototype),function(name){exports[name]=Script[name]=function(code){var s=Script(code);return s[name].apply(s,[].slice.call(arguments,1))}}),exports.createScript=function(code){return exports.Script(code)},exports.createContext=Script.createContext=function(context){var copy={};return\"object\"==typeof context&&forEach(Object_keys(context),function(key){copy[key]=context[key]}),copy}},{}],24:[function(require,module){\"use strict\";function Terminal(opts){if(opts=opts||{},!(this instanceof Terminal))return new Terminal(opts);this.cols=opts.cols||500,this.rows=opts.rows||500,this.ybase=0,this.ydisp=0,this.x=0,this.y=0,this.cursorState=0,this.cursorHidden=!1,this.convertEol=!1,this.state=states.normal,this.queue=\"\",this.scrollTop=0,this.scrollBottom=this.rows-1,this.applicationKeypad=!1,this.originMode=!1,this.insertMode=!1,this.wraparoundMode=!1,this.normal=null,this.charset=null,this.gcharset=null,this.glevel=0,this.charsets=[null],this.element,this.children,this.refreshStart,this.refreshEnd,this.savedX,this.savedY,this.savedCols,this.readable=!0,this.writable=!0,this.defAttr=131840,this.curAttr=this.defAttr,this.params=[],this.currentParam=0,this.prefix=\"\",this.postfix=\"\",this.lines=[];for(var i=this.rows;i--;)this.lines.push(this.blankLine());this.tabs,this.setupStops()}var states=require(\"./lib/states\");module.exports=Terminal,require(\"./lib/colors\")(Terminal),require(\"./lib/options\")(Terminal),require(\"./lib/open\")(Terminal),require(\"./lib/destroy\")(Terminal),require(\"./lib/refresh\")(Terminal),require(\"./lib/write\")(Terminal),require(\"./lib/setgLevel\"),require(\"./lib/setgCharset\"),require(\"./lib/debug\")(Terminal),require(\"./lib/stops\")(Terminal),require(\"./lib/erase\")(Terminal),require(\"./lib/blankLine\")(Terminal),require(\"./lib/range\")(Terminal),require(\"./lib/util\")(Terminal),require(\"./lib/esc/index.js\")(Terminal),require(\"./lib/esc/reset.js\")(Terminal),require(\"./lib/esc/tabSet.js\")(Terminal),require(\"./lib/csi/charAttributes\")(Terminal),require(\"./lib/csi/insert-delete\")(Terminal),require(\"./lib/csi/position\")(Terminal),require(\"./lib/csi/cursor\")(Terminal),require(\"./lib/csi/repeatPrecedingCharacter\")(Terminal),require(\"./lib/csi/tabClear\")(Terminal),require(\"./lib/csi/softReset\")(Terminal),require(\"./lib/charsets.js\")(Terminal)},{\"./lib/esc/index.js\":32,\"./lib/esc/reset.js\":33,\"./lib/esc/tabSet.js\":34,\"./lib/charsets.js\":35,\"./lib/states\":36,\"./lib/colors\":37,\"./lib/options\":38,\"./lib/open\":39,\"./lib/destroy\":40,\"./lib/refresh\":41,\"./lib/write\":42,\"./lib/setgLevel\":43,\"./lib/setgCharset\":44,\"./lib/debug\":45,\"./lib/stops\":46,\"./lib/erase\":47,\"./lib/blankLine\":48,\"./lib/range\":49,\"./lib/util\":50,\"./lib/csi/charAttributes\":51,\"./lib/csi/insert-delete\":52,\"./lib/csi/position\":53,\"./lib/csi/cursor\":54,\"./lib/csi/repeatPrecedingCharacter\":55,\"./lib/csi/tabClear\":56,\"./lib/csi/softReset\":57}],25:[function(require,module,exports){(function(process){function through(write,end){function drain(){for(;buffer.length&&!stream.paused;){var data=buffer.shift();if(null===data)return stream.emit(\"end\");stream.emit(\"data\",data)}}function _end(){stream.writable=!1,end.call(stream),stream.readable||stream.destroy()}write=write||function(data){this.queue(data)},end=end||function(){this.queue(null)};var ended=!1,destroyed=!1,buffer=[],stream=new Stream;return stream.readable=stream.writable=!0,stream.paused=!1,stream.write=function(data){return write.call(this,data),!stream.paused},stream.queue=stream.push=function(data){return buffer.push(data),drain(),stream},stream.on(\"end\",function(){stream.readable=!1,stream.writable||process.nextTick(function(){stream.destroy()})}),stream.end=function(data){return ended?void 0:(ended=!0,arguments.length&&stream.write(data),_end(),stream)},stream.destroy=function(){return destroyed?void 0:(destroyed=!0,ended=!0,buffer.length=0,stream.writable=stream.readable=!1,stream.emit(\"close\"),stream)},stream.pause=function(){return stream.paused?void 0:(stream.paused=!0,stream.emit(\"pause\"),stream)},stream.resume=function(){return stream.paused&&(stream.paused=!1),drain(),stream.paused||stream.emit(\"drain\"),stream},stream}var Stream=require(\"stream\");exports=module.exports=through,through.through=through})(require(\"__browserify_process\"))},{stream:58,__browserify_process:16}],30:[function(require,module){(function(global){function get_blob(){if(global.Blob)try{return new Blob([\"asdf\"],{type:\"text/plain\"}),Blob}catch(err){}var Builder=global.BlobBuilder;return\"function\"!=typeof Builder&&(Builder=global.WebKitBlobBuilder||global.MozBlobBuilder||global.MSBlobBuilder),function(parts,bag){var builder=new Builder,endings=bag.endings,type=bag.type;if(endings)for(var i=0,len=parts.length;len>i;++i)builder.append(parts[i],endings);else for(var i=0,len=parts.length;len>i;++i)builder.append(parts[i]);return type?builder.getBlob(type):builder.getBlob()}}module.exports=get_blob()})(window)},{}],33:[function(require,module){\"use strict\";module.exports=function(Terminal){Terminal.prototype.reset=function(){Terminal.call(this,this.cols,this.rows),this.refresh(0,this.rows-1)}}},{}],35:[function(require,module){\"use strict\";module.exports=function(Terminal){Terminal.charsets={},Terminal.charsets.SCLD={\"`\":\"◆\",a:\"▒\",b:\"\t\",c:\"\\f\",d:\"\\r\",e:\"\\n\",f:\"°\",g:\"±\",h:\"␤\",i:\"\u000b\",j:\"┘\",k:\"┐\",l:\"┌\",m:\"└\",n:\"┼\",o:\"⎺\",p:\"⎻\",q:\"─\",r:\"⎼\",s:\"⎽\",t:\"├\",u:\"┤\",v:\"┴\",w:\"┬\",x:\"│\",y:\"≤\",z:\"≥\",\"{\":\"π\",\"|\":\"≠\",\"}\":\"£\",\"~\":\"·\"},Terminal.charsets.UK=null,Terminal.charsets.US=null,Terminal.charsets.Dutch=null,Terminal.charsets.Finnish=null,Terminal.charsets.French=null,Terminal.charsets.FrenchCanadian=null,Terminal.charsets.German=null,Terminal.charsets.Italian=null,Terminal.charsets.NorwegianDanish=null,Terminal.charsets.Spanish=null,Terminal.charsets.Swedish=null,Terminal.charsets.Swiss=null,Terminal.charsets.ISOLatin=null}},{}],36:[function(require,module){\"use strict\";module.exports={normal:0,escaped:1,csi:2,osc:3,charset:4,dcs:5,ignore:6}},{}],37:[function(require,module){\"use strict\";module.exports=function(Terminal){Terminal.colors=[\"#2e3436\",\"#cc0000\",\"#4e9a06\",\"#c4a000\",\"#3465a4\",\"#75507b\",\"#06989a\",\"#d3d7cf\",\"#555753\",\"#ef2929\",\"#8ae234\",\"#fce94f\",\"#729fcf\",\"#ad7fa8\",\"#34e2e2\",\"#eeeeec\"],Terminal.colors=function(){function out(r,g,b){colors.push(\"#\"+hex(r)+hex(g)+hex(b))}function hex(c){return c=c.toString(16),2>c.length?\"0\"+c:c}var i,colors=Terminal.colors,r=[0,95,135,175,215,255];for(i=0;216>i;i++)out(r[0|i/36%6],r[0|i/6%6],r[i%6]);for(i=0;24>i;i++)r=8+10*i,out(r,r,r);return colors}(),Terminal.defaultColors={bg:\"#000000\",fg:\"#f0f0f0\"},Terminal.colors[256]=Terminal.defaultColors.bg,Terminal.colors[257]=Terminal.defaultColors.fg}},{}],38:[function(require,module){\"use strict\";module.exports=function(Terminal){Terminal.termName=\"xterm\",Terminal.geometry=[80,24],Terminal.cursorBlink=!0,Terminal.visualBell=!1,Terminal.popOnBell=!1,Terminal.scrollback=1e3,Terminal.screenKeys=!1,Terminal.programFeatures=!1,Terminal.debug=!1}},{}],39:[function(require,module){\"use strict\";function isBoldBroken(){var el=document.createElement(\"span\");el.innerHTML=\"hello world\",document.body.appendChild(el);var w1=el.scrollWidth;el.style.fontWeight=\"bold\";var w2=el.scrollWidth;return document.body.removeChild(el),w1!==w2}module.exports=function(Terminal){Terminal.prototype.open=function(){var div,i=0;for(this.element=document.createElement(\"div\"),this.element.className=\"terminal\",this.children=[];this.rows>i;i++)div=document.createElement(\"div\"),this.element.appendChild(div),this.children.push(div);this.refresh(0,this.rows-1),null===Terminal.brokenBold&&(Terminal.brokenBold=isBoldBroken()),this.element.style.backgroundColor=Terminal.defaultColors.bg,this.element.style.color=Terminal.defaultColors.fg}}},{}],40:[function(require,module){\"use strict\";module.exports=function(Terminal){Terminal.prototype.destroy=function(){this.readable=!1,this.writable=!1,this._events={},this.handler=function(){},this.write=function(){}}}},{}],41:[function(require,module){\"use strict\";module.exports=function(Terminal){Terminal.prototype.refresh=function(start,end){var x,y,i,line,out,ch,width,data,attr,fgColor,bgColor,flags,row,parent;\nfor(width=this.cols,y=start;end>=y;y++){if(row=y+this.ydisp,line=this.lines[row],!line)return this.reset();for(out=\"\",x=y===this.y&&this.cursorState&&this.ydisp===this.ybase&&!this.cursorHidden?this.x:-1,attr=this.defAttr,i=0;width>i;i++){switch(data=line[i][0],ch=line[i][1],i===x&&(data=-1),data!==attr&&(attr!==this.defAttr&&(out+=\"\u003C/span>\"),data!==this.defAttr&&(-1===data?out+='\u003Cspan class=\"reverse-video\">':(out+='\u003Cspan style=\"',bgColor=511&data,fgColor=511&data>>9,flags=data>>18,1&flags&&(Terminal.brokenBold||(out+=\"font-weight:bold;\"),8>fgColor&&(fgColor+=8)),2&flags&&(out+=\"text-decoration:underline;\"),256!==bgColor&&(out+=\"background-color:\"+Terminal.colors[bgColor]+\";\"),257!==fgColor&&(out+=\"color:\"+Terminal.colors[fgColor]+\";\"),out+='\">'))),ch){case\"&\":out+=\"&\";break;case\"\u003C\":out+=\"\u003C\";break;case\">\":out+=\">\";break;default:out+=\" \">=ch?\" \":ch}attr=data}attr!==this.defAttr&&(out+=\"\u003C/span>\"),this.children[y].innerHTML=out}parent&&parent.appendChild(this.element)}}},{}],43:[function(require,module){\"use strict\";module.exports=function(Terminal){Terminal.prototype.setgLevel=function(g){this.glevel=g,this.charset=this.charsets[g]}}},{}],44:[function(require,module){\"use strict\";module.exports=function(Terminal){Terminal.prototype.setgCharset=function(g,charset){this.charsets[g]=charset,this.glevel===g&&(this.charset=charset)}}},{}],45:[function(require,module){\"use strict\";module.exports=function(Terminal){Terminal.prototype.log=function(){if(Terminal.debug&&window.console&&window.console.log){var args=Array.prototype.slice.call(arguments);window.console.log.apply(window.console,args)}},Terminal.prototype.error=function(){if(Terminal.debug&&window.console&&window.console.error){var args=Array.prototype.slice.call(arguments);window.console.error.apply(window.console,args)}}}},{}],47:[function(require,module){\"use strict\";module.exports=function(Terminal){Terminal.prototype.eraseRight=function(x,y){for(var line=this.lines[this.ybase+y],ch=[this.curAttr,\" \"];this.cols>x;x++)line[x]=ch;this.updateRange(y)},Terminal.prototype.eraseLeft=function(x,y){var line=this.lines[this.ybase+y],ch=[this.curAttr,\" \"];for(x++;x--;)line[x]=ch;this.updateRange(y)},Terminal.prototype.eraseLine=function(y){this.eraseRight(0,y)},Terminal.prototype.eraseInDisplay=function(params){var j;switch(params[0]){case 0:for(this.eraseRight(this.x,this.y),j=this.y+1;this.rows>j;j++)this.eraseLine(j);break;case 1:for(this.eraseLeft(this.x,this.y),j=this.y;j--;)this.eraseLine(j);break;case 2:for(j=this.rows;j--;)this.eraseLine(j);break;case 3:}},Terminal.prototype.eraseInLine=function(params){switch(params[0]){case 0:this.eraseRight(this.x,this.y);break;case 1:this.eraseLeft(this.x,this.y);break;case 2:this.eraseLine(this.y)}}}},{}],46:[function(require,module){\"use strict\";module.exports=function(Terminal){Terminal.prototype.setupStops=function(i){for(null!=i?this.tabs[i]||(i=this.prevStop(i)):(this.tabs={},i=0);this.cols>i;i+=8)this.tabs[i]=!0},Terminal.prototype.prevStop=function(x){for(null==x&&(x=this.x);!this.tabs[--x]&&x>0;);return x>=this.cols?this.cols-1:0>x?0:x},Terminal.prototype.nextStop=function(x){for(null==x&&(x=this.x);!this.tabs[++x]&&this.cols>x;);return x>=this.cols?this.cols-1:0>x?0:x}}},{}],48:[function(require,module){\"use strict\";module.exports=function(Terminal){Terminal.prototype.blankLine=function(cur){for(var attr=cur?this.curAttr:this.defAttr,ch=[attr,\" \"],line=[],i=0;this.cols>i;i++)line[i]=ch;return line}}},{}],49:[function(require,module){\"use strict\";module.exports=function(Terminal){Terminal.prototype.updateRange=function(y){this.refreshStart>y&&(this.refreshStart=y),y>this.refreshEnd&&(this.refreshEnd=y)},Terminal.prototype.maxRange=function(){this.refreshStart=0,this.refreshEnd=this.rows-1}}},{}],50:[function(require,module){\"use strict\";module.exports=function(Terminal){Terminal.prototype.ch=function(cur){return cur?[this.curAttr,\" \"]:[this.defAttr,\" \"]},Terminal.prototype.is=function(term){var name=this.termName||Terminal.termName;return 0===(name+\"\").indexOf(term)}}},{}],51:[function(require,module){\"use strict\";module.exports=function(Terminal){Terminal.prototype.charAttributes=function(params){for(var bg,fg,p,l=params.length,i=0;l>i;i++)if(p=params[i],p>=30&&37>=p)this.curAttr=-261633&this.curAttr|p-30\u003C\u003C9;else if(p>=40&&47>=p)this.curAttr=-512&this.curAttr|p-40;else if(p>=90&&97>=p)p+=8,this.curAttr=-261633&this.curAttr|p-90\u003C\u003C9;else if(p>=100&&107>=p)p+=8,this.curAttr=-512&this.curAttr|p-100;else if(0===p)this.curAttr=this.defAttr;else if(1===p)this.curAttr=this.curAttr|1\u003C\u003C18;else if(4===p)this.curAttr=this.curAttr|2\u003C\u003C18;else if(7===p||27===p){if(7===p){if(4&this.curAttr>>18)continue;this.curAttr=this.curAttr|4\u003C\u003C18}else if(27===p){if(4&~(this.curAttr>>18))continue;this.curAttr=-1048577&this.curAttr}bg=511&this.curAttr,fg=511&this.curAttr>>9,this.curAttr=-262144&this.curAttr|(bg\u003C\u003C9|fg)}else if(22===p)this.curAttr=-262145&this.curAttr;else if(24===p)this.curAttr=-524289&this.curAttr;else if(39===p)this.curAttr=-261633&this.curAttr,this.curAttr=this.curAttr|(511&this.defAttr>>9)\u003C\u003C9;else if(49===p)this.curAttr=-512&this.curAttr,this.curAttr=this.curAttr|511&this.defAttr;else if(38===p){if(5!==params[i+1])continue;i+=2,p=255&params[i],this.curAttr=-261633&this.curAttr|p\u003C\u003C9}else if(48===p){if(5!==params[i+1])continue;i+=2,p=255&params[i],this.curAttr=-512&this.curAttr|p}}}},{}],52:[function(require,module){\"use strict\";module.exports=function(Terminal){Terminal.prototype.insertChars=function(params){var param,row,j,ch;for(param=params[0],1>param&&(param=1),row=this.y+this.ybase,j=this.x,ch=[this.curAttr,\" \"];param--&&this.cols>j;)this.lines[row].splice(j++,0,ch),this.lines[row].pop()},Terminal.prototype.insertLines=function(params){var param,row,j;for(param=params[0],1>param&&(param=1),row=this.y+this.ybase,j=this.rows-1-this.scrollBottom,j=this.rows-1+this.ybase-j+1;param--;)this.lines.splice(row,0,this.blankLine(!0)),this.lines.splice(j,1);this.updateRange(this.y),this.updateRange(this.scrollBottom)},Terminal.prototype.deleteLines=function(params){var param,row,j;for(param=params[0],1>param&&(param=1),row=this.y+this.ybase,j=this.rows-1-this.scrollBottom,j=this.rows-1+this.ybase-j;param--;)this.lines.splice(j+1,0,this.blankLine(!0)),this.lines.splice(row,1);this.updateRange(this.y),this.updateRange(this.scrollBottom)},Terminal.prototype.deleteChars=function(params){var param,row,ch;for(param=params[0],1>param&&(param=1),row=this.y+this.ybase,ch=[this.curAttr,\" \"];param--;)this.lines[row].splice(this.x,1),this.lines[row].push(ch)},Terminal.prototype.eraseChars=function(params){var param,row,j,ch;for(param=params[0],1>param&&(param=1),row=this.y+this.ybase,j=this.x,ch=[this.curAttr,\" \"];param--&&this.cols>j;)this.lines[row][j++]=ch}}},{}],53:[function(require,module){\"use strict\";module.exports=function(Terminal){Terminal.prototype.charPosAbsolute=function(params){var param=params[0];1>param&&(param=1),this.x=param-1,this.x>=this.cols&&(this.x=this.cols-1)},Terminal.prototype.HPositionRelative=function(params){var param=params[0];1>param&&(param=1),this.x+=param,this.x>=this.cols&&(this.x=this.cols-1)},Terminal.prototype.linePosAbsolute=function(params){var param=params[0];1>param&&(param=1),this.y=param-1,this.y>=this.rows&&(this.y=this.rows-1)},Terminal.prototype.VPositionRelative=function(params){var param=params[0];1>param&&(param=1),this.y+=param,this.y>=this.rows&&(this.y=this.rows-1)},Terminal.prototype.HVPosition=function(params){1>params[0]&&(params[0]=1),1>params[1]&&(params[1]=1),this.y=params[0]-1,this.y>=this.rows&&(this.y=this.rows-1),this.x=params[1]-1,this.x>=this.cols&&(this.x=this.cols-1)}}},{}],54:[function(require,module){\"use strict\";module.exports=function(Terminal){Terminal.prototype.saveCursor=function(){this.savedX=this.x,this.savedY=this.y},Terminal.prototype.restoreCursor=function(){this.x=this.savedX||0,this.y=this.savedY||0},Terminal.prototype.cursorUp=function(params){var param=params[0];1>param&&(param=1),this.y-=param,0>this.y&&(this.y=0)},Terminal.prototype.cursorDown=function(params){var param=params[0];1>param&&(param=1),this.y+=param,this.y>=this.rows&&(this.y=this.rows-1)},Terminal.prototype.cursorForward=function(params){var param=params[0];1>param&&(param=1),this.x+=param,this.x>=this.cols&&(this.x=this.cols-1)},Terminal.prototype.cursorBackward=function(params){var param=params[0];1>param&&(param=1),this.x-=param,0>this.x&&(this.x=0)},Terminal.prototype.cursorPos=function(params){var row,col;row=params[0]-1,col=params.length>=2?params[1]-1:0,0>row?row=0:row>=this.rows&&(row=this.rows-1),0>col?col=0:col>=this.cols&&(col=this.cols-1),this.x=col,this.y=row},Terminal.prototype.cursorNextLine=function(params){var param=params[0];1>param&&(param=1),this.y+=param,this.y>=this.rows&&(this.y=this.rows-1),this.x=0},Terminal.prototype.cursorPrecedingLine=function(params){var param=params[0];1>param&&(param=1),this.y-=param,0>this.y&&(this.y=0),this.x=0},Terminal.prototype.cursorCharAbsolute=function(params){var param=params[0];1>param&&(param=1),this.x=param-1},Terminal.prototype.cursorForwardTab=function(params){for(var param=params[0]||1;param--;)this.x=this.nextStop()},Terminal.prototype.cursorBackwardTab=function(params){for(var param=params[0]||1;param--;)this.x=this.prevStop()}}},{}],55:[function(require,module){\"use strict\";module.exports=function(Terminal){Terminal.prototype.repeatPrecedingCharacter=function(params){for(var param=params[0]||1,line=this.lines[this.ybase+this.y],ch=line[this.x-1]||[this.defAttr,\" \"];param--;)line[this.x++]=ch}}},{}],56:[function(require,module){\"use strict\";module.exports=function(Terminal){Terminal.prototype.tabClear=function(params){var param=params[0];0>=param?delete this.tabs[this.x]:3===param&&(this.tabs={})}}},{}],57:[function(require,module){\"use strict\";module.exports=function(Terminal){Terminal.prototype.softReset=function(){this.cursorHidden=!1,this.insertMode=!1,this.originMode=!1,this.wraparoundMode=!1,this.applicationKeypad=!1,this.scrollTop=0,this.scrollBottom=this.rows-1,this.curAttr=this.defAttr,this.x=this.y=0,this.charset=null,this.glevel=0,this.charsets=[null]}}},{}],58:[function(require,module){function Stream(){events.EventEmitter.call(this)}var events=require(\"events\"),util=require(\"util\");util.inherits(Stream,events.EventEmitter),module.exports=Stream,Stream.Stream=Stream,Stream.prototype.pipe=function(dest,options){function ondata(chunk){dest.writable&&!1===dest.write(chunk)&&source.pause&&source.pause()}function ondrain(){source.readable&&source.resume&&source.resume()}function onend(){didOnEnd||(didOnEnd=!0,dest._pipeCount--,cleanup(),dest._pipeCount>0||dest.end())}function onclose(){didOnEnd||(didOnEnd=!0,dest._pipeCount--,cleanup(),dest._pipeCount>0||dest.destroy())}function onerror(er){if(cleanup(),0===this.listeners(\"error\").length)throw er}function cleanup(){source.removeListener(\"data\",ondata),dest.removeListener(\"drain\",ondrain),source.removeListener(\"end\",onend),source.removeListener(\"close\",onclose),source.removeListener(\"error\",onerror),dest.removeListener(\"error\",onerror),source.removeListener(\"end\",cleanup),source.removeListener(\"close\",cleanup),dest.removeListener(\"end\",cleanup),dest.removeListener(\"close\",cleanup)}var source=this;source.on(\"data\",ondata),dest.on(\"drain\",ondrain),dest._isStdio||options&&options.end===!1||(dest._pipeCount=dest._pipeCount||0,dest._pipeCount++,source.on(\"end\",onend),source.on(\"close\",onclose));var didOnEnd=!1;return source.on(\"error\",onerror),dest.on(\"error\",onerror),source.on(\"end\",cleanup),source.on(\"close\",cleanup),dest.on(\"end\",cleanup),dest.on(\"close\",cleanup),dest.emit(\"pipe\",source),dest}},{events:15,util:6}],59:[function(require,module,exports){\"use strict\";var vm=require(\"vm\");exports.createCtx=function(sandbox){return vm.createContext(sandbox)},exports.runInCtx=function(code,ctx){return vm.runInContext(code,ctx)}},{vm:31}],60:[function(require,module){\"use strict\";module.exports=function(arr){return arr.filter(function(k){return!filterOut.hasOwnProperty(k)})};var filterOuts=[\"ArrayBuffer\",\"Attr\",\"BeforeLoadEvent\",\"Blob\",\"CDATASection\",\"CSSCharsetRule\",\"CSSImportRule\",\"CSSMediaRule\",\"CSSPageRule\",\"CSSPrimitiveValue\",\"CSSRuleList\",\"CSSStyleDeclaration\",\"CSSStyleSheet\",\"CSSValue\",\"CanvasGradient\",\"ClientRectList\",\"Clipboard\",\"CompositionEvent\",\"Counter\",\"DOMException\",\"DOMParser\",\"DOMStringMap\",\"DOMTokenList\",\"Document\",\"DocumentFragment\",\"DocumentType\",\"Element\",\"ErrorEvent\",\"Event\",\"EventSource\",\"File\",\"FileError\",\"FileList\",\"Float32Array\",\"HTMLAllCollection\",\"HTMLAreaElement\",\"HTMLBRElement\",\"HTMLButtonElement\",\"HTMLCanvasElement\",\"HTMLCollection\",\"HTMLDListElement\",\"HTMLDirectoryElement\",\"HTMLDivElement\",\"HTMLFormElement\",\"HTMLFrameElement\",\"HTMLHRElement\",\"HTMLIFrameElement\",\"HTMLImageElement\",\"HTMLInputElement\",\"HTMLLinkElement\",\"HTMLMapElement\",\"HTMLMediaElement\",\"HTMLMenuElement\",\"HTMLMeterElement\",\"HTMLOptGroupElement\",\"HTMLParamElement\",\"HTMLProgressElement\",\"HTMLQuoteElement\",\"HTMLSelectElement\",\"HTMLTableCaptionElement\",\"HTMLTableColElement\",\"HTMLTableSectionElement\",\"HTMLUListElement\",\"HTMLUnknownElement\",\"HashChangeEvent\",\"ImageData\",\"Int16Array\",\"Int8Array\",\"MediaController\",\"MediaError\",\"MediaList\",\"MessageChannel\",\"MimeType\",\"MutationEvent\",\"NamedNodeMap\",\"NodeFilter\",\"Notation\",\"OverflowEvent\",\"Plugin\",\"PluginArray\",\"PopStateEvent\",\"RGBColor\",\"Range\",\"Rect\",\"SQLException\",\"SVGAltGlyphItemElement\",\"SVGAnimateColorElement\",\"SVGAnimatedAngle\",\"SVGAnimatedEnumeration\",\"SVGAnimatedLength\",\"SVGAnimatedLengthList\",\"SVGAnimatedNumberList\",\"SVGAnimatedRect\",\"SVGAnimatedString\",\"SVGAnimatedTransformList\",\"SVGClipPathElement\",\"SVGDefsElement\",\"SVGElementInstanceList\",\"SVGEllipseElement\",\"SVGException\",\"SVGFEComponentTransferElement\",\"SVGFEConvolveMatrixElement\",\"SVGFEDiffuseLightingElement\",\"SVGFEDistantLightElement\",\"SVGFEFloodElement\",\"SVGFEFuncBElement\",\"SVGFEFuncGElement\",\"SVGFEFuncRElement\",\"SVGFEGaussianBlurElement\",\"SVGFEImageElement\",\"SVGFEMergeNodeElement\",\"SVGFEOffsetElement\",\"SVGFESpecularLightingElement\",\"SVGFilterElement\",\"SVGFontElement\",\"SVGFontFaceNameElement\",\"SVGFontFaceUriElement\",\"SVGGlyphElement\",\"SVGGlyphRefElement\",\"SVGGradientElement\",\"SVGHKernElement\",\"SVGLengthList\",\"SVGLinearGradientElement\",\"SVGMarkerElement\",\"SVGMatrix\",\"SVGNumber\",\"SVGPaint\",\"SVGPathSegArcAbs\",\"SVGPathSegArcRel\",\"SVGPathSegCurvetoCubicAbs\",\"SVGPathSegCurvetoCubicSmoothAbs\",\"SVGPathSegCurvetoCubicSmoothRel\",\"SVGPathSegCurvetoQuadraticRel\",\"SVGPathSegCurvetoQuadraticSmoothAbs\",\"SVGPathSegCurvetoQuadraticSmoothRel\",\"SVGPathSegLinetoHorizontalRel\",\"SVGPathSegLinetoVerticalRel\",\"SVGPathSegList\",\"SVGPathSegMovetoAbs\",\"SVGPatternElement\",\"SVGPointList\",\"SVGPolylineElement\",\"SVGPreserveAspectRatio\",\"SVGRectElement\",\"SVGSetElement\",\"SVGStopElement\",\"SVGStringList\",\"SVGSymbolElement\",\"SVGTSpanElement\",\"SVGTextPathElement\",\"SVGTransformList\",\"SVGZoomEvent\",\"Selection\",\"Storage\",\"StorageEvent\",\"TextEvent\",\"TextMetrics\",\"TextTrackCueList\",\"UIEvent\",\"Uint32Array\",\"Uint8Array\",\"Uint8ClampedArray\",\"WebGLActiveInfo\",\"WebGLProgram\",\"WebGLRenderbuffer\",\"WebGLRenderingContext\",\"WebGLShader\",\"WebKitAnimationEvent\",\"WebKitCSSFilterValue\",\"WebKitCSSKeyframeRule\",\"WebKitCSSTransformValue\",\"WebKitPoint\",\"WebKitTransitionEvent\",\"Window\",\"Worker\",\"XMLDocument\",\"XMLHttpRequest\",\"XMLHttpRequestException\",\"XPathEvaluator\",\"XPathResult\",\"clientInformation\",\"console\",\"exports\",\"frameElement\",\"frames\",\"history\",\"localStorage\",\"location\",\"locationbar\",\"menubar\",\"navigator\",\"onbeforeunload\",\"onblur\",\"oncanplaythrough\",\"onclick\",\"ondragenter\",\"ondragleave\",\"ondragover\",\"ondragstart\",\"ondrop\",\"ondurationchange\",\"onemptied\",\"onerror\",\"onkeydown\",\"onkeypress\",\"onloadeddata\",\"onloadstart\",\"onmessage\",\"onmouseout\",\"onmouseover\",\"onoffline\",\"ononline\",\"onplay\",\"onplaying\",\"onprogress\",\"onratechange\",\"onscroll\",\"onsearch\",\"onselect\",\"onsuspend\",\"ontimeupdate\",\"onwebkittransitionend\",\"opener\",\"scrollbars\",\"styleMedia\",\"toolbar\",\"webkitAudioContext\",\"webkitAudioPannerNode\",\"webkitURL\",\"Audio\",\"AudioProcessingEvent\",\"CSSFontFaceRule\",\"CSSRule\",\"CSSStyleRule\",\"CSSValueList\",\"CanvasPattern\",\"CanvasRenderingContext2D\",\"CharacterData\",\"ClientRect\",\"CloseEvent\",\"Comment\",\"CustomEvent\",\"DOMImplementation\",\"DOMSettableTokenList\",\"DOMStringList\",\"DataView\",\"Entity\",\"EntityReference\",\"EventException\",\"FileReader\",\"Float64Array\",\"FormData\",\"HTMLAnchorElement\",\"HTMLAppletElement\",\"HTMLAudioElement\",\"HTMLBaseElement\",\"HTMLBaseFontElement\",\"HTMLBodyElement\",\"HTMLDocument\",\"HTMLElement\",\"HTMLEmbedElement\",\"HTMLFieldSetElement\",\"HTMLFontElement\",\"HTMLFrameSetElement\",\"HTMLHeadElement\",\"HTMLHeadingElement\",\"HTMLHtmlElement\",\"HTMLKeygenElement\",\"HTMLLIElement\",\"HTMLLabelElement\",\"HTMLLegendElement\",\"HTMLMarqueeElement\",\"HTMLMetaElement\",\"HTMLModElement\",\"HTMLOListElement\",\"HTMLObjectElement\",\"HTMLOptionElement\",\"HTMLOutputElement\",\"HTMLParagraphElement\",\"HTMLPreElement\",\"HTMLScriptElement\",\"HTMLSourceElement\",\"HTMLSpanElement\",\"HTMLStyleElement\",\"HTMLTableCellElement\",\"HTMLTableElement\",\"HTMLTableRowElement\",\"HTMLTextAreaElement\",\"HTMLTitleElement\",\"HTMLTrackElement\",\"HTMLVideoElement\",\"Image\",\"Int32Array\",\"KeyboardEvent\",\"MessageEvent\",\"MessagePort\",\"MimeTypeArray\",\"MouseEvent\",\"Node\",\"NodeList\",\"OfflineAudioCompletionEvent\",\"Option\",\"PageTransitionEvent\",\"ProcessingInstruction\",\"ProgressEvent\",\"RangeException\",\"SVGAElement\",\"SVGAltGlyphDefElement\",\"SVGAltGlyphElement\",\"SVGAngle\",\"SVGAnimateElement\",\"SVGAnimateMotionElement\",\"SVGAnimateTransformElement\",\"SVGAnimatedBoolean\",\"SVGAnimatedInteger\",\"SVGAnimatedNumber\",\"SVGAnimatedPreserveAspectRatio\",\"SVGCircleElement\",\"SVGColor\",\"SVGComponentTransferFunctionElement\",\"SVGCursorElement\",\"SVGDescElement\",\"SVGDocument\",\"SVGElement\",\"SVGElementInstance\",\"SVGFEBlendElement\",\"SVGFEColorMatrixElement\",\"SVGFECompositeElement\",\"SVGFEDisplacementMapElement\",\"SVGFEDropShadowElement\",\"SVGFEFuncAElement\",\"SVGFEMergeElement\",\"SVGFEMorphologyElement\",\"SVGFEPointLightElement\",\"SVGFESpotLightElement\",\"SVGFETileElement\",\"SVGFETurbulenceElement\",\"SVGFontFaceElement\",\"SVGFontFaceFormatElement\",\"SVGFontFaceSrcElement\",\"SVGForeignObjectElement\",\"SVGGElement\",\"SVGImageElement\",\"SVGLength\",\"SVGLineElement\",\"SVGMPathElement\",\"SVGMaskElement\",\"SVGMetadataElement\",\"SVGMissingGlyphElement\",\"SVGNumberList\",\"SVGPathElement\",\"SVGPathSeg\",\"SVGPathSegClosePath\",\"SVGPathSegCurvetoCubicRel\",\"SVGPathSegCurvetoQuadraticAbs\",\"SVGPathSegLinetoAbs\",\"SVGPathSegLinetoHorizontalAbs\",\"SVGPathSegLinetoRel\",\"SVGPathSegLinetoVerticalAbs\",\"SVGPathSegMovetoRel\",\"SVGPoint\",\"SVGPolygonElement\",\"SVGRadialGradientElement\",\"SVGRect\",\"SVGRenderingIntent\",\"SVGSVGElement\",\"SVGScriptElement\",\"SVGStyleElement\",\"SVGSwitchElement\",\"SVGTRefElement\",\"SVGTextContentElement\",\"SVGTextElement\",\"SVGTextPositioningElement\",\"SVGTitleElement\",\"SVGTransform\",\"SVGUnitTypes\",\"SVGUseElement\",\"SVGVKernElement\",\"SVGViewElement\",\"SharedWorker\",\"StyleSheet\",\"StyleSheetList\",\"Text\",\"TextTrack\",\"TextTrackCue\",\"TextTrackList\",\"TimeRanges\",\"TrackEvent\",\"Uint16Array\",\"WebGLBuffer\",\"WebGLContextEvent\",\"WebGLFramebuffer\",\"WebGLShaderPrecisionFormat\",\"WebGLTexture\",\"WebGLUniformLocation\",\"WebKitCSSKeyframesRule\",\"WebKitCSSMatrix\",\"WebKitMutationObserver\",\"WebSocket\",\"WheelEvent\",\"XMLHttpRequestProgressEvent\",\"XMLHttpRequestUpload\",\"XMLSerializer\",\"XPathException\",\"XSLTProcessor\",\"applicationCache\",\"closed\",\"crypto\",\"defaultStatus\",\"defaultstatus\",\"devicePixelRatio\",\"event\",\"innerHeight\",\"innerWidth\",\"length\",\"module\",\"name\",\"offscreenBuffering\",\"onabort\",\"oncanplay\",\"onchange\",\"oncontextmenu\",\"ondblclick\",\"ondrag\",\"ondragend\",\"onended\",\"onfocus\",\"onhashchange\",\"oninput\",\"oninvalid\",\"onkeyup\",\"onload\",\"onloadedmetadata\",\"onmousedown\",\"onmousemove\",\"onmouseup\",\"onmousewheel\",\"onpagehide\",\"onpageshow\",\"onpause\",\"onpopstate\",\"onreset\",\"onresize\",\"onseeked\",\"onseeking\",\"onstalled\",\"onstorage\",\"onsubmit\",\"onunload\",\"onvolumechange\",\"onwaiting\",\"onwebkitanimationend\",\"onwebkitanimationiteration\",\"onwebkitanimationstart\",\"outerHeight\",\"outerWidth\",\"pageXOffset\",\"pageYOffset\",\"parent\",\"personalbar\",\"screen\",\"screenLeft\",\"screenTop\",\"screenX\",\"screenY\",\"scrollX\",\"scrollY\",\"self\",\"sessionStorage\",\"status\",\"statusbar\",\"Touch\",\"TouchList\",\"TouchEvent\",\"DeviceMotionEvent\",\"DeviceOrientationEvent\",\"orientation\",\"onorientationchange\",\"ontouched\",\"ondeviceorientation\",\"ontouchmove\",\"ondevicemotion\",\"ontouchcancel\",\"ontouchstart\",\"ongestureend\",\"ontouchend\",\"ongesturestart\",\"ongesturechange\",\"getSearchEngine\",\"setSearchEngine\",\"canSetSearchEngine\",\"InstallTrigger\",\"getInterface\",\"sidebar\"],filterOut={};filterOuts.forEach(function(k){filterOut[k]=!0})},{}],61:[function(require,module){\"use strict\";var exclude={};module.exports=function(thing,exclude_){var t={},ex=exclude_||exclude;return thing?(Object.keys(thing).filter(function(k){return!ex[k]}).forEach(function(k){thing.hasOwnProperty(k)&&(t[k]=thing[k])}),t):t},[\"top\",\"Intl\",\"chrome\",\"document\",\"external\",\"v8Intl\",\"window\",\"frameElement\",\"parent\"].forEach(function(k){exclude[k]=!0})},{}],28:[function(require,module){module.exports={highlight:require(\"./lib/highlight\"),highlightFile:require(\"./lib/highlightFile\"),highlightFileSync:require(\"./lib/highlightFileSync\")}},{\"./lib/highlight\":62,\"./lib/highlightFile\":63,\"./lib/highlightFileSync\":64}],65:[function(require,module,exports){(function(process){function filter(xs,fn){for(var res=[],i=0;xs.length>i;i++)fn(xs[i],i,xs)&&res.push(xs[i]);return res}function normalizeArray(parts,allowAboveRoot){for(var up=0,i=parts.length;i>=0;i--){var last=parts[i];\".\"==last?parts.splice(i,1):\"..\"===last?(parts.splice(i,1),up++):up&&(parts.splice(i,1),up--)}if(allowAboveRoot)for(;up--;up)parts.unshift(\"..\");return parts}var splitPathRe=/^(.+\\/(?!$)|\\/)?((?:.+?)?(\\.[^.]*)?)$/;exports.resolve=function(){for(var resolvedPath=\"\",resolvedAbsolute=!1,i=arguments.length;i>=-1&&!resolvedAbsolute;i--){var path=i>=0?arguments[i]:process.cwd();\"string\"==typeof path&&path&&(resolvedPath=path+\"/\"+resolvedPath,resolvedAbsolute=\"/\"===path.charAt(0))}return resolvedPath=normalizeArray(filter(resolvedPath.split(\"/\"),function(p){return!!p}),!resolvedAbsolute).join(\"/\"),(resolvedAbsolute?\"/\":\"\")+resolvedPath||\".\"},exports.normalize=function(path){var isAbsolute=\"/\"===path.charAt(0),trailingSlash=\"/\"===path.slice(-1);return path=normalizeArray(filter(path.split(\"/\"),function(p){return!!p}),!isAbsolute).join(\"/\"),path||isAbsolute||(path=\".\"),path&&trailingSlash&&(path+=\"/\"),(isAbsolute?\"/\":\"\")+path},exports.join=function(){var paths=Array.prototype.slice.call(arguments,0);return exports.normalize(filter(paths,function(p){return p&&\"string\"==typeof p}).join(\"/\"))},exports.dirname=function(path){var dir=splitPathRe.exec(path)[1]||\"\",isWindows=!1;return dir?1===dir.length||isWindows&&3>=dir.length&&\":\"===dir.charAt(1)?dir:dir.substring(0,dir.length-1):\".\"},exports.basename=function(path,ext){var f=splitPathRe.exec(path)[2]||\"\";return ext&&f.substr(-1*ext.length)===ext&&(f=f.substr(0,f.length-ext.length)),f},exports.extname=function(path){return splitPathRe.exec(path)[3]||\"\"},exports.relative=function(from,to){function trim(arr){for(var start=0;arr.length>start&&\"\"===arr[start];start++);for(var end=arr.length-1;end>=0&&\"\"===arr[end];end--);return start>end?[]:arr.slice(start,end-start+1)}from=exports.resolve(from).substr(1),to=exports.resolve(to).substr(1);for(var fromParts=trim(from.split(\"/\")),toParts=trim(to.split(\"/\")),length=Math.min(fromParts.length,toParts.length),samePartsLength=length,i=0;length>i;i++)if(fromParts[i]!==toParts[i]){samePartsLength=i;break}for(var outputParts=[],i=samePartsLength;fromParts.length>i;i++)outputParts.push(\"..\");return outputParts=outputParts.concat(toParts.slice(samePartsLength)),outputParts.join(\"/\")}})(require(\"__browserify_process\"))},{__browserify_process:16}],42:[function(require,module){\"use strict\";function fixLinefeed(data){return data.replace(/([^\\r])\\n/g,\"$1\\r\\n\")}function fixIndent(data){return/(^|\\n) /.test(data)?data.split(\"\\n\").map(function(line){for(var count=0;\" \"===line.charAt(0);)line=line.slice(1),count++;for(;count--;)line=\"&nbsp;\"+line;return line}).join(\"\\r\\n\"):data}var states=require(\"./states\");module.exports=function(Terminal){Terminal.prototype.write=function(data){data=fixLinefeed(data),data=fixIndent(data);var cs,ch,l=data.length,i=0;for(this.refreshStart=this.y,this.refreshEnd=this.y,this.ybase!==this.ydisp&&(this.ydisp=this.ybase,this.maxRange());l>i;i++)switch(ch=data[i],this.state){case states.normal:switch(ch){case\"\u0007\":this.bell();break;case\"\\n\":case\"\u000b\":case\"\\f\":this.convertEol&&(this.x=0),this.y++;break;case\"\\r\":this.x=0;break;case\"\\b\":this.x>0&&this.x--;break;case\"\t\":this.x=this.nextStop();break;case\"\u000e\":this.setgLevel(1);break;case\"\u000f\":this.setgLevel(0);break;case\"\u001b\":this.state=states.escaped;break;default:ch>=\" \"&&(this.charset&&this.charset[ch]&&(ch=this.charset[ch]),this.x>=this.cols&&(this.x=0,this.y++),this.lines[this.y+this.ybase][this.x]=[this.curAttr,ch],this.x++,this.updateRange(this.y))}break;case states.escaped:switch(ch){case\"[\":this.params=[],this.currentParam=0,this.state=states.csi;break;case\"]\":this.params=[],this.currentParam=0,this.state=states.osc;break;case\"P\":this.params=[],this.currentParam=0,this.state=states.dcs;break;case\"_\":this.stateType=\"apc\",this.state=states.ignore;break;case\"^\":this.stateType=\"pm\",this.state=states.ignore;break;case\"c\":this.reset();break;case\"E\":this.x=0;break;case\"D\":this.index();break;case\"M\":this.reverseIndex();break;case\"%\":this.setgLevel(0),this.setgCharset(0,Terminal.charsets.US),this.state=states.normal,i++;break;case\"(\":case\")\":case\"*\":case\"+\":case\"-\":case\".\":switch(ch){case\"(\":this.gcharset=0;break;case\")\":this.gcharset=1;break;case\"*\":this.gcharset=2;break;case\"+\":this.gcharset=3;break;case\"-\":this.gcharset=1;break;case\".\":this.gcharset=2}this.state=states.charset;break;case\"/\":this.gcharset=3,this.state=states.charset,i--;break;case\"N\":break;case\"O\":break;case\"n\":this.setgLevel(2);break;case\"o\":this.setgLevel(3);break;case\"|\":this.setgLevel(3);break;case\"}\":this.setgLevel(2);break;case\"~\":this.setgLevel(1);break;case\"7\":this.saveCursor(),this.state=states.normal;break;case\"8\":this.restoreCursor(),this.state=states.normal;break;case\"#\":this.state=states.normal,i++;break;case\"H\":this.tabSet();break;case\"=\":this.log(\"Serial port requested application keypad.\"),this.applicationKeypad=!0,this.state=states.normal;break;case\">\":this.log(\"Switching back to normal keypad.\"),this.applicationKeypad=!1,this.state=states.normal;break;default:this.state=states.normal,this.error(\"Unknown ESC control: %s.\",ch)}break;case states.charset:switch(ch){case\"0\":cs=Terminal.charsets.SCLD;break;case\"A\":cs=Terminal.charsets.UK;break;case\"B\":cs=Terminal.charsets.US;break;case\"4\":cs=Terminal.charsets.Dutch;break;case\"C\":case\"5\":cs=Terminal.charsets.Finnish;break;case\"R\":cs=Terminal.charsets.French;break;case\"Q\":cs=Terminal.charsets.FrenchCanadian;break;case\"K\":cs=Terminal.charsets.German;break;case\"Y\":cs=Terminal.charsets.Italian;break;case\"E\":case\"6\":cs=Terminal.charsets.NorwegianDanish;break;case\"Z\":cs=Terminal.charsets.Spanish;break;case\"H\":case\"7\":cs=Terminal.charsets.Swedish;break;case\"=\":cs=Terminal.charsets.Swiss;break;case\"/\":cs=Terminal.charsets.ISOLatin,i++;break;default:cs=Terminal.charsets.US}this.setgCharset(this.gcharset,cs),this.gcharset=null,this.state=states.normal;break;case states.osc:if(\"\u001b\"===ch||\"\u0007\"===ch){switch(\"\u001b\"===ch&&i++,this.params.push(this.currentParam),this.params[0]){case 0:case 1:case 2:this.params[1]&&(this.title=this.params[1],this.handleTitle(this.title));break;case 3:break;case 4:case 5:break;case 10:case 11:case 12:case 13:case 14:case 15:case 16:case 17:case 18:case 19:break;case 46:break;case 50:break;case 51:break;case 52:break;case 104:case 105:case 110:case 111:case 112:case 113:case 114:case 115:case 116:case 117:case 118:}this.params=[],this.currentParam=0,this.state=states.normal}else this.params.length?this.currentParam+=ch:ch>=\"0\"&&\"9\">=ch?this.currentParam=10*this.currentParam+ch.charCodeAt(0)-48:\";\"===ch&&(this.params.push(this.currentParam),this.currentParam=\"\");break;case states.csi:if(\"?\"===ch||\">\"===ch||\"!\"===ch){this.prefix=ch;break}if(ch>=\"0\"&&\"9\">=ch){this.currentParam=10*this.currentParam+ch.charCodeAt(0)-48;break}if(\"$\"===ch||'\"'===ch||\" \"===ch||\"'\"===ch){this.postfix=ch;break}if(this.params.push(this.currentParam),this.currentParam=0,\";\"===ch)break;switch(this.state=states.normal,ch){case\"A\":this.cursorUp(this.params);break;case\"B\":this.cursorDown(this.params);break;case\"C\":this.cursorForward(this.params);break;case\"D\":this.cursorBackward(this.params);break;case\"H\":this.cursorPos(this.params);break;case\"J\":this.eraseInDisplay(this.params);break;case\"K\":this.eraseInLine(this.params);break;case\"m\":this.charAttributes(this.params);break;case\"n\":this.deviceStatus(this.params);break;case\"@\":this.insertChars(this.params);break;case\"E\":this.cursorNextLine(this.params);break;case\"F\":this.cursorPrecedingLine(this.params);break;case\"G\":this.cursorCharAbsolute(this.params);break;case\"L\":this.insertLines(this.params);break;case\"M\":this.deleteLines(this.params);break;case\"P\":this.deleteChars(this.params);break;case\"X\":this.eraseChars(this.params);break;case\"`\":this.charPosAbsolute(this.params);break;case\"a\":this.HPositionRelative(this.params);break;case\"c\":break;case\"d\":this.linePosAbsolute(this.params);break;case\"e\":this.VPositionRelative(this.params);break;case\"f\":this.HVPosition(this.params);break;case\"h\":break;case\"l\":break;case\"r\":break;case\"s\":this.saveCursor(this.params);break;case\"u\":this.restoreCursor(this.params);break;case\"I\":this.cursorForwardTab(this.params);break;case\"S\":break;case\"T\":2>this.params.length&&!this.prefix;break;case\"Z\":this.cursorBackwardTab(this.params);break;case\"b\":this.repeatPrecedingCharacter(this.params);break;case\"g\":this.tabClear(this.params);break;case\"p\":switch(this.prefix){case\"!\":this.softReset(this.params)}break;default:this.error(\"Unknown CSI code: %s.\",ch)}this.prefix=\"\",this.postfix=\"\";break;case states.dcs:if(\"\u001b\"===ch||\"\u0007\"===ch){switch(\"\u001b\"===ch&&i++,this.prefix){case\"\":break;case\"$q\":var pt=this.currentParam;switch(pt){case'\"q':pt='0\"q';break;case'\"p':pt='61\"p';break;case\"r\":pt=\"\"+(this.scrollTop+1)+\";\"+(this.scrollBottom+1)+\"r\";break;case\"m\":pt=\"0m\";break;default:this.error(\"Unknown DCS Pt: %s.\",pt),pt=\"\"}break;case\"+p\":break;default:this.error(\"Unknown DCS prefix: %s.\",this.prefix)}this.currentParam=0,this.prefix=\"\",this.state=states.normal}else this.currentParam?this.currentParam+=ch:this.prefix||\"$\"===ch||\"+\"===ch?2===this.prefix.length?this.currentParam=ch:this.prefix+=ch:this.currentParam=ch;break;case states.ignore:\"\u001b\"===ch||\"\u0007\"===ch?(\"\u001b\"===ch&&i++,this.stateData=\"\",this.state=states.normal):(this.stateData||(this.stateData=\"\"),this.stateData+=ch)}this.updateRange(this.y),this.refresh(this.refreshStart,this.refreshEnd)},Terminal.prototype.writeln=function(data){data=data.replace(/ /g,\"&nbsp;\"),this.write(data+\" \\r\\n\")}}},{\"./states\":36}],32:[function(require,module){\"use strict\";var states=require(\"../states\");module.exports=function(Terminal){Terminal.prototype.index=function(){this.y++,this.y>this.scrollBottom&&(this.y--,this.scroll()),this.state=states.normal},Terminal.prototype.reverseIndex=function(){var j;this.y--,this.y\u003Cthis.scrollTop&&(this.y++,this.lines.splice(this.y+this.ybase,0,this.blankLine(!0)),j=this.rows-1-this.scrollBottom,this.lines.splice(this.rows-1+this.ybase-j+1,1),this.updateRange(this.scrollTop),this.updateRange(this.scrollBottom)),this.state=states.normal}}},{\"../states\":36}],34:[function(require,module){\"use strict\";var states=require(\"../states\");module.exports=function(Terminal){Terminal.prototype.tabSet=function(){this.tabs[this.x]=!0,this.state=states.normal}}},{\"../states\":36}],26:[function(require,module){(function(process){\"use strict\";function isFunctionDeclaration(snippet){var firstStatement=snippet.ast.body&&snippet.ast.body[0]&&snippet.ast.body[0];return firstStatement&&\"FunctionDeclaration\"===firstStatement.type}function added(origKeys,keys){return keys.filter(function(k){return!~origKeys.indexOf(k)\n})}function changed(ctx,prevCtx,prevKeys){return prevKeys.filter(function(k){return!deepIs(prevCtx[k],ctx[k])})}function keyValues(keys,ctx,prevCtx){return keys.map(function(k){return{key:k,value:ctx[k],prevValue:prevCtx?prevCtx[k]:void 0}})}function cleaned(ctx,add){var cleanedCtx=removeProblematic(ctx);return Object.keys(add).forEach(function(k){cleanedCtx[k]=add[k]}),cleanedCtx}function evalSnippet(ctx,snippet,isStrict,allTrackedKeyValues){browser&&(ctx=cleaned(ctx,allTrackedKeyValues));var result,prevCtx=clone(ctx),prevKeys=Object.keys(prevCtx),code=snippet.code;try{isStrict&&!useStrictRx.test(code)&&parse('\"use strict\";'+snippet.code),result=runner.runInCtx(code,ctx)}catch(e){ctx[ErrorIndicator]=\"\"+e}browser&&(ctx=cleaned(ctx,{}));var crntCtx=clone(ctx),keys=Object.keys(crntCtx),addedValues=added(prevKeys,keys);browser&&(addedValues=removeIFrameGenerated(addedValues));var addedKeyValues=keyValues(addedValues,crntCtx),changedValues=changed(crntCtx,prevCtx,prevKeys),changedKeyValues=keyValues(changedValues,crntCtx,prevCtx);snippet.evaluated={result:result,ctx:prevCtx,added:clone(addedKeyValues),changed:clone(changedKeyValues)},browser&&(addedKeyValues.concat(changedKeyValues).forEach(function(x){allTrackedKeyValues[x.key]=x.value}),delete allTrackedKeyValues[ErrorIndicator]),delete ctx[ErrorIndicator]}var browser=process.browser,clone=(require(\"vm\"),require(\"clone\")),deepIs=require(\"deep-is\"),runner=require(\"./runner-vm\"),colors=require(\"ansicolors\"),parse=require(\"esprima\").parse,removeIFrameGenerated=require(\"./remove-iframe-generated\"),removeProblematic=require(\"./remove-problematic\"),createSandbox=require(\"./create-sandbox\"),ErrorIndicator=colors.red(\"!\"),useStrictRx=/^ *['\"]use strict['\"]/;module.exports=function(snippets,fullSrcPath){var fndecs,sandbox=createSandbox(fullSrcPath),ctx=runner.createCtx(sandbox),allTrackedKeyValues={},nonEmptySnippets=snippets.filter(function(snippet){return snippet.code.length}),isStrict=nonEmptySnippets.some(function(snippet){return useStrictRx.test(snippet.raw)});return browser||(fndecs=nonEmptySnippets.filter(function(snippet,idx){return isFunctionDeclaration(snippet)?(nonEmptySnippets.splice(idx,1),!0):!1}),fndecs.forEach(function(snippet){evalSnippet(ctx,snippet,isStrict,allTrackedKeyValues)})),nonEmptySnippets.forEach(function(snippet){evalSnippet(ctx,snippet,isStrict,allTrackedKeyValues)}),ctx}})(require(\"__browserify_process\"))},{vm:31,\"./runner-vm\":59,\"./remove-iframe-generated\":60,\"./remove-problematic\":61,\"./create-sandbox\":66,clone:67,ansicolors:68,\"deep-is\":69,esprima:70,__browserify_process:16}],66:[function(require,module){(function(process,global){\"use strict\";function cleanProcess(process){var exclude={stdout:!0,stderr:!0,stdin:!0,mainModule:!0};return removeProblematic(process,exclude)}var browser=process.browser,requireLikeName=\"require-like\",requireLike=browser?function(){}:require(requireLikeName),path=require(\"path\"),removeProblematic=require(\"./remove-problematic\");module.exports=function(fullSrcPath){var exports={},sandbox={console:global.console,module:{exports:exports,parent:null},exports:exports,process:cleanProcess(process)},serverside={require:requireLike(fullSrcPath),__filename:fullSrcPath,__dirname:path.dirname(fullSrcPath),Buffer:require(\"buffer\").Buffer,ArrayBuffer:global.ArrayBuffer,Int8Array:global.Int8Array,Uint8Array:global.Uint8Array,Uint8ClampedArray:global.Uint8ClampedArray,Int16Array:global.Int16Array,Uint16Array:global.Uint16Array,Int32Array:global.Int32Array,Uint32Array:global.Uint32Array,Float32Array:global.Float32Array,Float64Array:global.Float64Array,DataView:global.DataView};return browser||Object.keys(serverside).forEach(function(k){sandbox[k]=serverside[k]}),sandbox}})(require(\"__browserify_process\"),window)},{path:65,buffer:71,\"./remove-problematic\":61,__browserify_process:16}],27:[function(require,module){\"use strict\";function formatAdd(key,value,diffopts){return format(\"%s  %s: %s\",colors.brightGreen(\"+\"),key,diffValues({},value,diffopts))}function formatChange(key,prevValue,value,diffopts){return format(\"%s  %s: %s\",colors.brightBlue(\"~\"),key,diffValues(prevValue,value,diffopts))}function formatResult(result,diffopts){return format(\"%s %s\",colors.cyan(\"=>\"),diffValues({},result,diffopts))}function formatSectionEnd(multiLine,lastOne){return!multiLine||lastOne?\"\\n\":colors.brightBlack(\"\\n--------\\n\")}function resolveTale(evaluated,opts){if(!evaluated)return\"\";var tales=[];return evaluated.added.length&&evaluated.added.forEach(function(x){tales.push(opts.formatAdd(x.key,x.value,opts.diff))}),evaluated.changed.length&&evaluated.changed.forEach(function(x){tales.push(opts.formatChange(x.key,x.prevValue,x.value,opts.diff))}),evaluated.result!==void 0&&tales.push(opts.formatResult(evaluated.result,opts.diff)),tales.reduce(function(s,tale,idx,all){var lastOne=idx===all.length-1,multiLine=~tale.indexOf(\"\\n\");return s+tale+opts.formatSectionEnd(multiLine,lastOne)},\"\")}var diffValues=require(\"./diff-values\"),format=require(\"util\").format,colors=require(\"ansicolors\");module.exports=function(snippets,opts){return opts=opts||{},opts.formatAdd=opts.formatAdd||formatAdd,opts.formatChange=opts.formatChange||formatChange,opts.formatResult=opts.formatResult||formatResult,opts.formatSectionEnd=opts.formatSectionEnd||formatSectionEnd,snippets.map(function(snippet){var tale=resolveTale(snippet.evaluated,opts);return{tale:tale,insertAfter:snippet.end}})}},{util:6,\"./diff-values\":72,ansicolors:68}],73:[function(require,module){(function(){function objectKeys(object){if(Object.keys)return Object.keys(object);var result=[];for(var name in object)Object.prototype.hasOwnProperty.call(object,name)&&result.push(name);return result}function replacer(key,value){return void 0===value?\"\"+value:\"number\"!=typeof value||!isNaN(value)&&isFinite(value)?\"function\"==typeof value||value instanceof RegExp?\"\"+value:value:\"\"+value}function truncate(s,n){return\"string\"==typeof s?n>s.length?s:s.slice(0,n):s}function fail(actual,expected,message,operator,stackStartFunction){throw new assert.AssertionError({message:message,actual:actual,expected:expected,operator:operator,stackStartFunction:stackStartFunction})}function ok(value,message){value||fail(value,!0,message,\"==\",assert.ok)}function _deepEqual(actual,expected){if(actual===expected)return!0;if(Buffer.isBuffer(actual)&&Buffer.isBuffer(expected)){if(actual.length!=expected.length)return!1;for(var i=0;actual.length>i;i++)if(actual[i]!==expected[i])return!1;return!0}return actual instanceof Date&&expected instanceof Date?actual.getTime()===expected.getTime():\"object\"!=typeof actual&&\"object\"!=typeof expected?actual==expected:objEquiv(actual,expected)}function isUndefinedOrNull(value){return null===value||void 0===value}function isArguments(object){return\"[object Arguments]\"==Object.prototype.toString.call(object)}function objEquiv(a,b){if(isUndefinedOrNull(a)||isUndefinedOrNull(b))return!1;if(a.prototype!==b.prototype)return!1;if(isArguments(a))return isArguments(b)?(a=pSlice.call(a),b=pSlice.call(b),_deepEqual(a,b)):!1;try{var key,i,ka=objectKeys(a),kb=objectKeys(b)}catch(e){return!1}if(ka.length!=kb.length)return!1;for(ka.sort(),kb.sort(),i=ka.length-1;i>=0;i--)if(ka[i]!=kb[i])return!1;for(i=ka.length-1;i>=0;i--)if(key=ka[i],!_deepEqual(a[key],b[key]))return!1;return!0}function expectedException(actual,expected){return actual&&expected?expected instanceof RegExp?expected.test(actual):actual instanceof expected?!0:expected.call({},actual)===!0?!0:!1:!1}function _throws(shouldThrow,block,expected,message){var actual;\"string\"==typeof expected&&(message=expected,expected=null);try{block()}catch(e){actual=e}if(message=(expected&&expected.name?\" (\"+expected.name+\").\":\".\")+(message?\" \"+message:\".\"),shouldThrow&&!actual&&fail(\"Missing expected exception\"+message),!shouldThrow&&expectedException(actual,expected)&&fail(\"Got unwanted exception\"+message),shouldThrow&&actual&&expected&&!expectedException(actual,expected)||!shouldThrow&&actual)throw actual}var util=require(\"util\"),Buffer=require(\"buffer\").Buffer,pSlice=Array.prototype.slice,assert=module.exports=ok;assert.AssertionError=function(options){this.name=\"AssertionError\",this.message=options.message,this.actual=options.actual,this.expected=options.expected,this.operator=options.operator;var stackStartFunction=options.stackStartFunction||fail;Error.captureStackTrace&&Error.captureStackTrace(this,stackStartFunction)},util.inherits(assert.AssertionError,Error),assert.AssertionError.prototype.toString=function(){return this.message?[this.name+\":\",this.message].join(\" \"):[this.name+\":\",truncate(JSON.stringify(this.actual,replacer),128),this.operator,truncate(JSON.stringify(this.expected,replacer),128)].join(\" \")},assert.AssertionError.__proto__=Error.prototype,assert.fail=fail,assert.ok=ok,assert.equal=function(actual,expected,message){actual!=expected&&fail(actual,expected,message,\"==\",assert.equal)},assert.notEqual=function(actual,expected,message){actual==expected&&fail(actual,expected,message,\"!=\",assert.notEqual)},assert.deepEqual=function(actual,expected,message){_deepEqual(actual,expected)||fail(actual,expected,message,\"deepEqual\",assert.deepEqual)},assert.notDeepEqual=function(actual,expected,message){_deepEqual(actual,expected)&&fail(actual,expected,message,\"notDeepEqual\",assert.notDeepEqual)},assert.strictEqual=function(actual,expected,message){actual!==expected&&fail(actual,expected,message,\"===\",assert.strictEqual)},assert.notStrictEqual=function(actual,expected,message){actual===expected&&fail(actual,expected,message,\"!==\",assert.notStrictEqual)},assert.throws=function(){_throws.apply(this,[!0].concat(pSlice.call(arguments)))},assert.doesNotThrow=function(){_throws.apply(this,[!1].concat(pSlice.call(arguments)))},assert.ifError=function(err){if(err)throw err}})()},{util:6,buffer:71}],74:[function(){},{}],69:[function(require,module){function isUndefinedOrNull(value){return null===value||void 0===value}function isArguments(object){return\"[object Arguments]\"==Object.prototype.toString.call(object)}function isNumberNaN(value){return\"number\"==typeof value&&value!==value}function areZerosEqual(zeroA,zeroB){return 1/zeroA===1/zeroB}function objEquiv(a,b){if(isUndefinedOrNull(a)||isUndefinedOrNull(b))return!1;if(a.prototype!==b.prototype)return!1;if(isArguments(a))return isArguments(b)?(a=pSlice.call(a),b=pSlice.call(b),deepEqual(a,b)):!1;try{var key,i,ka=Object_keys(a),kb=Object_keys(b)}catch(e){return!1}if(ka.length!=kb.length)return!1;for(ka.sort(),kb.sort(),i=ka.length-1;i>=0;i--)if(ka[i]!=kb[i])return!1;for(i=ka.length-1;i>=0;i--)if(key=ka[i],!deepEqual(a[key],b[key]))return!1;return!0}var pSlice=Array.prototype.slice,Object_keys=\"function\"==typeof Object.keys?Object.keys:function(obj){var keys=[];for(var key in obj)keys.push(key);return keys},deepEqual=module.exports=function(actual,expected){return 0===actual&&0===expected?areZerosEqual(actual,expected):actual===expected?!0:actual instanceof Date&&expected instanceof Date?actual.getTime()===expected.getTime():isNumberNaN(actual)?isNumberNaN(expected):\"object\"!=typeof actual&&\"object\"!=typeof expected?actual==expected:objEquiv(actual,expected)}},{}],68:[function(require,module){\"use strict\";var colorNums={white:37,black:30,blue:34,cyan:36,green:32,magenta:35,red:31,yellow:33,brightBlack:90,brightRed:91,brightGreen:92,brightYellow:93,brightBlue:94,brightMagenta:95,brightCyan:96,brightWhite:97},backgroundColorNums={bgBlack:40,bgRed:41,bgGreen:42,bgYellow:43,bgBlue:44,bgMagenta:45,bgCyan:46,bgWhite:47,bgBrightBlack:100,bgBrightRed:101,bgBrightGreen:102,bgBrightYellow:103,bgBrightBlue:104,bgBrightMagenta:105,bgBrightCyan:106,bgBrightWhite:107},colors={};Object.keys(colorNums).forEach(function(k){colors[k]=function(s){return\"\u001b[\"+colorNums[k]+\"m\"+s+\"\u001b[39m\"}}),Object.keys(backgroundColorNums).forEach(function(k){colors[k]=function(s){return\"\u001b[\"+backgroundColorNums[k]+\"m\"+s+\"\u001b[49m\"}}),module.exports=colors},{}],70:[function(require,module,exports){(function(){(function(root,factory){\"use strict\";\"function\"==typeof define&&define.amd?define([\"exports\"],factory):exports!==void 0?factory(exports):factory(root.esprima={})})(this,function(exports){\"use strict\";function assert(condition,message){if(!condition)throw Error(\"ASSERT: \"+message)}function sliceSource(from,to){return source.slice(from,to)}function isDecimalDigit(ch){return\"0123456789\".indexOf(ch)>=0}function isHexDigit(ch){return\"0123456789abcdefABCDEF\".indexOf(ch)>=0}function isOctalDigit(ch){return\"01234567\".indexOf(ch)>=0}function isWhiteSpace(ch){return\" \"===ch||\"\t\"===ch||\"\u000b\"===ch||\"\\f\"===ch||\" \"===ch||ch.charCodeAt(0)>=5760&&\" ᠎             　\".indexOf(ch)>=0}function isLineTerminator(ch){return\"\\n\"===ch||\"\\r\"===ch||\"\\u2028\"===ch||\"\\u2029\"===ch}function isIdentifierStart(ch){return\"$\"===ch||\"_\"===ch||\"\\\\\"===ch||ch>=\"a\"&&\"z\">=ch||ch>=\"A\"&&\"Z\">=ch||ch.charCodeAt(0)>=128&&Regex.NonAsciiIdentifierStart.test(ch)}function isIdentifierPart(ch){return\"$\"===ch||\"_\"===ch||\"\\\\\"===ch||ch>=\"a\"&&\"z\">=ch||ch>=\"A\"&&\"Z\">=ch||ch>=\"0\"&&\"9\">=ch||ch.charCodeAt(0)>=128&&Regex.NonAsciiIdentifierPart.test(ch)}function isFutureReservedWord(id){switch(id){case\"class\":case\"enum\":case\"export\":case\"extends\":case\"import\":case\"super\":return!0}return!1}function isStrictModeReservedWord(id){switch(id){case\"implements\":case\"interface\":case\"package\":case\"private\":case\"protected\":case\"public\":case\"static\":case\"yield\":case\"let\":return!0}return!1}function isRestrictedWord(id){return\"eval\"===id||\"arguments\"===id}function isKeyword(id){var keyword=!1;switch(id.length){case 2:keyword=\"if\"===id||\"in\"===id||\"do\"===id;break;case 3:keyword=\"var\"===id||\"for\"===id||\"new\"===id||\"try\"===id;break;case 4:keyword=\"this\"===id||\"else\"===id||\"case\"===id||\"void\"===id||\"with\"===id;break;case 5:keyword=\"while\"===id||\"break\"===id||\"catch\"===id||\"throw\"===id;break;case 6:keyword=\"return\"===id||\"typeof\"===id||\"delete\"===id||\"switch\"===id;break;case 7:keyword=\"default\"===id||\"finally\"===id;break;case 8:keyword=\"function\"===id||\"continue\"===id||\"debugger\"===id;break;case 10:keyword=\"instanceof\"===id}if(keyword)return!0;switch(id){case\"const\":return!0;case\"yield\":case\"let\":return!0}return strict&&isStrictModeReservedWord(id)?!0:isFutureReservedWord(id)}function skipComment(){var ch,blockComment,lineComment;for(blockComment=!1,lineComment=!1;length>index;)if(ch=source[index],lineComment)ch=source[index++],isLineTerminator(ch)&&(lineComment=!1,\"\\r\"===ch&&\"\\n\"===source[index]&&++index,++lineNumber,lineStart=index);else if(blockComment)isLineTerminator(ch)?(\"\\r\"===ch&&\"\\n\"===source[index+1]&&++index,++lineNumber,++index,lineStart=index,index>=length&&throwError({},Messages.UnexpectedToken,\"ILLEGAL\")):(ch=source[index++],index>=length&&throwError({},Messages.UnexpectedToken,\"ILLEGAL\"),\"*\"===ch&&(ch=source[index],\"/\"===ch&&(++index,blockComment=!1)));else if(\"/\"===ch)if(ch=source[index+1],\"/\"===ch)index+=2,lineComment=!0;else{if(\"*\"!==ch)break;index+=2,blockComment=!0,index>=length&&throwError({},Messages.UnexpectedToken,\"ILLEGAL\")}else if(isWhiteSpace(ch))++index;else{if(!isLineTerminator(ch))break;++index,\"\\r\"===ch&&\"\\n\"===source[index]&&++index,++lineNumber,lineStart=index}}function scanHexEscape(prefix){var i,len,ch,code=0;for(len=\"u\"===prefix?4:2,i=0;len>i;++i){if(!(length>index&&isHexDigit(source[index])))return\"\";ch=source[index++],code=16*code+\"0123456789abcdef\".indexOf(ch.toLowerCase())}return String.fromCharCode(code)}function scanIdentifier(){var ch,start,id,restore;if(ch=source[index],isIdentifierStart(ch)){if(start=index,\"\\\\\"===ch){if(++index,\"u\"!==source[index])return;if(++index,restore=index,ch=scanHexEscape(\"u\")){if(\"\\\\\"===ch||!isIdentifierStart(ch))return;id=ch}else index=restore,id=\"u\"}else id=source[index++];for(;length>index&&(ch=source[index],isIdentifierPart(ch));)if(\"\\\\\"===ch){if(++index,\"u\"!==source[index])return;if(++index,restore=index,ch=scanHexEscape(\"u\")){if(\"\\\\\"===ch||!isIdentifierPart(ch))return;id+=ch}else index=restore,id+=\"u\"}else id+=source[index++];return 1===id.length?{type:Token.Identifier,value:id,lineNumber:lineNumber,lineStart:lineStart,range:[start,index]}:isKeyword(id)?{type:Token.Keyword,value:id,lineNumber:lineNumber,lineStart:lineStart,range:[start,index]}:\"null\"===id?{type:Token.NullLiteral,value:id,lineNumber:lineNumber,lineStart:lineStart,range:[start,index]}:\"true\"===id||\"false\"===id?{type:Token.BooleanLiteral,value:id,lineNumber:lineNumber,lineStart:lineStart,range:[start,index]}:{type:Token.Identifier,value:id,lineNumber:lineNumber,lineStart:lineStart,range:[start,index]}}}function scanPunctuator(){var ch2,ch3,ch4,start=index,ch1=source[index];return\";\"===ch1||\"{\"===ch1||\"}\"===ch1?(++index,{type:Token.Punctuator,value:ch1,lineNumber:lineNumber,lineStart:lineStart,range:[start,index]}):\",\"===ch1||\"(\"===ch1||\")\"===ch1?(++index,{type:Token.Punctuator,value:ch1,lineNumber:lineNumber,lineStart:lineStart,range:[start,index]}):(ch2=source[index+1],\".\"!==ch1||isDecimalDigit(ch2)?(ch3=source[index+2],ch4=source[index+3],\">\"===ch1&&\">\"===ch2&&\">\"===ch3&&\"=\"===ch4?(index+=4,{type:Token.Punctuator,value:\">>>=\",lineNumber:lineNumber,lineStart:lineStart,range:[start,index]}):\"=\"===ch1&&\"=\"===ch2&&\"=\"===ch3?(index+=3,{type:Token.Punctuator,value:\"===\",lineNumber:lineNumber,lineStart:lineStart,range:[start,index]}):\"!\"===ch1&&\"=\"===ch2&&\"=\"===ch3?(index+=3,{type:Token.Punctuator,value:\"!==\",lineNumber:lineNumber,lineStart:lineStart,range:[start,index]}):\">\"===ch1&&\">\"===ch2&&\">\"===ch3?(index+=3,{type:Token.Punctuator,value:\">>>\",lineNumber:lineNumber,lineStart:lineStart,range:[start,index]}):\"\u003C\"===ch1&&\"\u003C\"===ch2&&\"=\"===ch3?(index+=3,{type:Token.Punctuator,value:\"\u003C\u003C=\",lineNumber:lineNumber,lineStart:lineStart,range:[start,index]}):\">\"===ch1&&\">\"===ch2&&\"=\"===ch3?(index+=3,{type:Token.Punctuator,value:\">>=\",lineNumber:lineNumber,lineStart:lineStart,range:[start,index]}):\"=\"===ch2&&\"\u003C>=!+-*%&|^/\".indexOf(ch1)>=0?(index+=2,{type:Token.Punctuator,value:ch1+ch2,lineNumber:lineNumber,lineStart:lineStart,range:[start,index]}):ch1===ch2&&\"+-\u003C>&|\".indexOf(ch1)>=0&&\"+-\u003C>&|\".indexOf(ch2)>=0?(index+=2,{type:Token.Punctuator,value:ch1+ch2,lineNumber:lineNumber,lineStart:lineStart,range:[start,index]}):\"[]\u003C>+-*%&|^!~?:=/\".indexOf(ch1)>=0?{type:Token.Punctuator,value:source[index++],lineNumber:lineNumber,lineStart:lineStart,range:[start,index]}:void 0):{type:Token.Punctuator,value:source[index++],lineNumber:lineNumber,lineStart:lineStart,range:[start,index]})}function scanNumericLiteral(){var number,start,ch;if(ch=source[index],assert(isDecimalDigit(ch)||\".\"===ch,\"Numeric literal must start with a decimal digit or a decimal point\"),start=index,number=\"\",\".\"!==ch){if(number=source[index++],ch=source[index],\"0\"===number){if(\"x\"===ch||\"X\"===ch){for(number+=source[index++];length>index&&(ch=source[index],isHexDigit(ch));)number+=source[index++];return 2>=number.length&&throwError({},Messages.UnexpectedToken,\"ILLEGAL\"),length>index&&(ch=source[index],isIdentifierStart(ch)&&throwError({},Messages.UnexpectedToken,\"ILLEGAL\")),{type:Token.NumericLiteral,value:parseInt(number,16),lineNumber:lineNumber,lineStart:lineStart,range:[start,index]}}if(isOctalDigit(ch)){for(number+=source[index++];length>index&&(ch=source[index],isOctalDigit(ch));)number+=source[index++];return length>index&&(ch=source[index],(isIdentifierStart(ch)||isDecimalDigit(ch))&&throwError({},Messages.UnexpectedToken,\"ILLEGAL\")),{type:Token.NumericLiteral,value:parseInt(number,8),octal:!0,lineNumber:lineNumber,lineStart:lineStart,range:[start,index]}}isDecimalDigit(ch)&&throwError({},Messages.UnexpectedToken,\"ILLEGAL\")}for(;length>index&&(ch=source[index],isDecimalDigit(ch));)number+=source[index++]}if(\".\"===ch)for(number+=source[index++];length>index&&(ch=source[index],isDecimalDigit(ch));)number+=source[index++];if(\"e\"===ch||\"E\"===ch)if(number+=source[index++],ch=source[index],(\"+\"===ch||\"-\"===ch)&&(number+=source[index++]),ch=source[index],isDecimalDigit(ch))for(number+=source[index++];length>index&&(ch=source[index],isDecimalDigit(ch));)number+=source[index++];else ch=\"character \"+ch,index>=length&&(ch=\"\u003Cend>\"),throwError({},Messages.UnexpectedToken,\"ILLEGAL\");return length>index&&(ch=source[index],isIdentifierStart(ch)&&throwError({},Messages.UnexpectedToken,\"ILLEGAL\")),{type:Token.NumericLiteral,value:parseFloat(number),lineNumber:lineNumber,lineStart:lineStart,range:[start,index]}}function scanStringLiteral(){var quote,start,ch,code,unescaped,restore,str=\"\",octal=!1;for(quote=source[index],assert(\"'\"===quote||'\"'===quote,\"String literal must starts with a quote\"),start=index,++index;length>index;){if(ch=source[index++],ch===quote){quote=\"\";break}if(\"\\\\\"===ch)if(ch=source[index++],isLineTerminator(ch))++lineNumber,\"\\r\"===ch&&\"\\n\"===source[index]&&++index;else switch(ch){case\"n\":str+=\"\\n\";break;case\"r\":str+=\"\\r\";break;case\"t\":str+=\"\t\";break;case\"u\":case\"x\":restore=index,unescaped=scanHexEscape(ch),unescaped?str+=unescaped:(index=restore,str+=ch);break;case\"b\":str+=\"\\b\";break;case\"f\":str+=\"\\f\";break;case\"v\":str+=\"\u000b\";break;default:isOctalDigit(ch)?(code=\"01234567\".indexOf(ch),0!==code&&(octal=!0),length>index&&isOctalDigit(source[index])&&(octal=!0,code=8*code+\"01234567\".indexOf(source[index++]),\"0123\".indexOf(ch)>=0&&length>index&&isOctalDigit(source[index])&&(code=8*code+\"01234567\".indexOf(source[index++]))),str+=String.fromCharCode(code)):str+=ch}else{if(isLineTerminator(ch))break;str+=ch}}return\"\"!==quote&&throwError({},Messages.UnexpectedToken,\"ILLEGAL\"),{type:Token.StringLiteral,value:str,octal:octal,lineNumber:lineNumber,lineStart:lineStart,range:[start,index]}}function scanRegExp(){var str,ch,start,pattern,flags,value,restore,classMarker=!1,terminated=!1;for(buffer=null,skipComment(),start=index,ch=source[index],assert(\"/\"===ch,\"Regular expression literal must start with a slash\"),str=source[index++];length>index;)if(ch=source[index++],str+=ch,classMarker)\"]\"===ch&&(classMarker=!1);else if(\"\\\\\"===ch)ch=source[index++],isLineTerminator(ch)&&throwError({},Messages.UnterminatedRegExp),str+=ch;else{if(\"/\"===ch){terminated=!0;break}\"[\"===ch?classMarker=!0:isLineTerminator(ch)&&throwError({},Messages.UnterminatedRegExp)}for(terminated||throwError({},Messages.UnterminatedRegExp),pattern=str.substr(1,str.length-2),flags=\"\";length>index&&(ch=source[index],isIdentifierPart(ch));)if(++index,\"\\\\\"===ch&&length>index)if(ch=source[index],\"u\"===ch)if(++index,restore=index,ch=scanHexEscape(\"u\"))for(flags+=ch,str+=\"\\\\u\";index>restore;++restore)str+=source[restore];else index=restore,flags+=\"u\",str+=\"\\\\u\";else str+=\"\\\\\";else flags+=ch,str+=ch;try{value=RegExp(pattern,flags)}catch(e){throwError({},Messages.InvalidRegExp)}return{literal:str,value:value,range:[start,index]}}function isIdentifierName(token){return token.type===Token.Identifier||token.type===Token.Keyword||token.type===Token.BooleanLiteral||token.type===Token.NullLiteral}function advance(){var ch,token;return skipComment(),index>=length?{type:Token.EOF,lineNumber:lineNumber,lineStart:lineStart,range:[index,index]}:(token=scanPunctuator(),token!==void 0?token:(ch=source[index],\"'\"===ch||'\"'===ch?scanStringLiteral():\".\"===ch||isDecimalDigit(ch)?scanNumericLiteral():(token=scanIdentifier(),token!==void 0?token:(throwError({},Messages.UnexpectedToken,\"ILLEGAL\"),void 0))))}function lex(){var token;return buffer?(index=buffer.range[1],lineNumber=buffer.lineNumber,lineStart=buffer.lineStart,token=buffer,buffer=null,token):(buffer=null,advance())}function lookahead(){var pos,line,start;return null!==buffer?buffer:(pos=index,line=lineNumber,start=lineStart,buffer=advance(),index=pos,lineNumber=line,lineStart=start,buffer)}function peekLineTerminator(){var pos,line,start,found;return pos=index,line=lineNumber,start=lineStart,skipComment(),found=lineNumber!==line,index=pos,lineNumber=line,lineStart=start,found}function throwError(token,messageFormat){var error,args=Array.prototype.slice.call(arguments,2),msg=messageFormat.replace(/%(\\d)/g,function(whole,index){return args[index]||\"\"});throw\"number\"==typeof token.lineNumber?(error=Error(\"Line \"+token.lineNumber+\": \"+msg),error.index=token.range[0],error.lineNumber=token.lineNumber,error.column=token.range[0]-lineStart+1):(error=Error(\"Line \"+lineNumber+\": \"+msg),error.index=index,error.lineNumber=lineNumber,error.column=index-lineStart+1),error}function throwErrorTolerant(){try{throwError.apply(null,arguments)}catch(e){if(!extra.errors)throw e;extra.errors.push(e)}}function throwUnexpected(token){if(token.type===Token.EOF&&throwError(token,Messages.UnexpectedEOS),token.type===Token.NumericLiteral&&throwError(token,Messages.UnexpectedNumber),token.type===Token.StringLiteral&&throwError(token,Messages.UnexpectedString),token.type===Token.Identifier&&throwError(token,Messages.UnexpectedIdentifier),token.type===Token.Keyword){if(isFutureReservedWord(token.value))throwError(token,Messages.UnexpectedReserved);else if(strict&&isStrictModeReservedWord(token.value))return throwErrorTolerant(token,Messages.StrictReservedWord),void 0;throwError(token,Messages.UnexpectedToken,token.value)}throwError(token,Messages.UnexpectedToken,token.value)}function expect(value){var token=lex();(token.type!==Token.Punctuator||token.value!==value)&&throwUnexpected(token)}function expectKeyword(keyword){var token=lex();(token.type!==Token.Keyword||token.value!==keyword)&&throwUnexpected(token)}function match(value){var token=lookahead();return token.type===Token.Punctuator&&token.value===value}function matchKeyword(keyword){var token=lookahead();return token.type===Token.Keyword&&token.value===keyword}function matchAssign(){var token=lookahead(),op=token.value;return token.type!==Token.Punctuator?!1:\"=\"===op||\"*=\"===op||\"/=\"===op||\"%=\"===op||\"+=\"===op||\"-=\"===op||\"\u003C\u003C=\"===op||\">>=\"===op||\">>>=\"===op||\"&=\"===op||\"^=\"===op||\"|=\"===op}function consumeSemicolon(){var token,line;if(\";\"===source[index])return lex(),void 0;if(line=lineNumber,skipComment(),lineNumber===line){if(match(\";\"))return lex(),void 0;token=lookahead(),token.type===Token.EOF||match(\"}\")||throwUnexpected(token)}}function isLeftHandSide(expr){return expr.type===Syntax.Identifier||expr.type===Syntax.MemberExpression}function parseArrayInitialiser(){var elements=[];for(expect(\"[\");!match(\"]\");)match(\",\")?(lex(),elements.push(null)):(elements.push(parseAssignmentExpression()),match(\"]\")||expect(\",\"));return expect(\"]\"),{type:Syntax.ArrayExpression,elements:elements}}function parsePropertyFunction(param,first){var previousStrict,body;return previousStrict=strict,body=parseFunctionSourceElements(),first&&strict&&isRestrictedWord(param[0].name)&&throwErrorTolerant(first,Messages.StrictParamName),strict=previousStrict,{type:Syntax.FunctionExpression,id:null,params:param,defaults:[],body:body,rest:null,generator:!1,expression:!1}}function parseObjectPropertyKey(){var token=lex();return token.type===Token.StringLiteral||token.type===Token.NumericLiteral?(strict&&token.octal&&throwErrorTolerant(token,Messages.StrictOctalLiteral),createLiteral(token)):{type:Syntax.Identifier,name:token.value}}function parseObjectProperty(){var token,key,id,param;return token=lookahead(),token.type===Token.Identifier?(id=parseObjectPropertyKey(),\"get\"!==token.value||match(\":\")?\"set\"!==token.value||match(\":\")?(expect(\":\"),{type:Syntax.Property,key:id,value:parseAssignmentExpression(),kind:\"init\"}):(key=parseObjectPropertyKey(),expect(\"(\"),token=lookahead(),token.type!==Token.Identifier&&throwUnexpected(lex()),param=[parseVariableIdentifier()],expect(\")\"),{type:Syntax.Property,key:key,value:parsePropertyFunction(param,token),kind:\"set\"}):(key=parseObjectPropertyKey(),expect(\"(\"),expect(\")\"),{type:Syntax.Property,key:key,value:parsePropertyFunction([]),kind:\"get\"})):token.type!==Token.EOF&&token.type!==Token.Punctuator?(key=parseObjectPropertyKey(),expect(\":\"),{type:Syntax.Property,key:key,value:parseAssignmentExpression(),kind:\"init\"}):(throwUnexpected(token),void 0)}function parseObjectInitialiser(){var property,name,kind,properties=[],map={},toString=String;for(expect(\"{\");!match(\"}\");)property=parseObjectProperty(),name=property.key.type===Syntax.Identifier?property.key.name:toString(property.key.value),kind=\"init\"===property.kind?PropertyKind.Data:\"get\"===property.kind?PropertyKind.Get:PropertyKind.Set,Object.prototype.hasOwnProperty.call(map,name)?(map[name]===PropertyKind.Data?strict&&kind===PropertyKind.Data?throwErrorTolerant({},Messages.StrictDuplicateProperty):kind!==PropertyKind.Data&&throwErrorTolerant({},Messages.AccessorDataProperty):kind===PropertyKind.Data?throwErrorTolerant({},Messages.AccessorDataProperty):map[name]&kind&&throwErrorTolerant({},Messages.AccessorGetSet),map[name]|=kind):map[name]=kind,properties.push(property),match(\"}\")||expect(\",\");return expect(\"}\"),{type:Syntax.ObjectExpression,properties:properties}}function parseGroupExpression(){var expr;return expect(\"(\"),expr=parseExpression(),expect(\")\"),expr}function parsePrimaryExpression(){var token=lookahead(),type=token.type;if(type===Token.Identifier)return{type:Syntax.Identifier,name:lex().value};if(type===Token.StringLiteral||type===Token.NumericLiteral)return strict&&token.octal&&throwErrorTolerant(token,Messages.StrictOctalLiteral),createLiteral(lex());if(type===Token.Keyword){if(matchKeyword(\"this\"))return lex(),{type:Syntax.ThisExpression};if(matchKeyword(\"function\"))return parseFunctionExpression()}return type===Token.BooleanLiteral?(lex(),token.value=\"true\"===token.value,createLiteral(token)):type===Token.NullLiteral?(lex(),token.value=null,createLiteral(token)):match(\"[\")?parseArrayInitialiser():match(\"{\")?parseObjectInitialiser():match(\"(\")?parseGroupExpression():match(\"/\")||match(\"/=\")?createLiteral(scanRegExp()):throwUnexpected(lex())}function parseArguments(){var args=[];if(expect(\"(\"),!match(\")\"))for(;length>index&&(args.push(parseAssignmentExpression()),!match(\")\"));)expect(\",\");return expect(\")\"),args}function parseNonComputedProperty(){var token=lex();return isIdentifierName(token)||throwUnexpected(token),{type:Syntax.Identifier,name:token.value}}function parseNonComputedMember(){return expect(\".\"),parseNonComputedProperty()}function parseComputedMember(){var expr;return expect(\"[\"),expr=parseExpression(),expect(\"]\"),expr}function parseNewExpression(){var expr;return expectKeyword(\"new\"),expr={type:Syntax.NewExpression,callee:parseLeftHandSideExpression(),arguments:[]},match(\"(\")&&(expr.arguments=parseArguments()),expr}function parseLeftHandSideExpressionAllowCall(){var expr;for(expr=matchKeyword(\"new\")?parseNewExpression():parsePrimaryExpression();match(\".\")||match(\"[\")||match(\"(\");)expr=match(\"(\")?{type:Syntax.CallExpression,callee:expr,arguments:parseArguments()}:match(\"[\")?{type:Syntax.MemberExpression,computed:!0,object:expr,property:parseComputedMember()}:{type:Syntax.MemberExpression,computed:!1,object:expr,property:parseNonComputedMember()};return expr}function parseLeftHandSideExpression(){var expr;for(expr=matchKeyword(\"new\")?parseNewExpression():parsePrimaryExpression();match(\".\")||match(\"[\");)expr=match(\"[\")?{type:Syntax.MemberExpression,computed:!0,object:expr,property:parseComputedMember()}:{type:Syntax.MemberExpression,computed:!1,object:expr,property:parseNonComputedMember()};return expr}function parsePostfixExpression(){var token,expr=parseLeftHandSideExpressionAllowCall();return token=lookahead(),token.type!==Token.Punctuator?expr:(!match(\"++\")&&!match(\"--\")||peekLineTerminator()||(strict&&expr.type===Syntax.Identifier&&isRestrictedWord(expr.name)&&throwErrorTolerant({},Messages.StrictLHSPostfix),isLeftHandSide(expr)||throwError({},Messages.InvalidLHSInAssignment),expr={type:Syntax.UpdateExpression,operator:lex().value,argument:expr,prefix:!1}),expr)}function parseUnaryExpression(){var token,expr;return token=lookahead(),token.type!==Token.Punctuator&&token.type!==Token.Keyword?parsePostfixExpression():match(\"++\")||match(\"--\")?(token=lex(),expr=parseUnaryExpression(),strict&&expr.type===Syntax.Identifier&&isRestrictedWord(expr.name)&&throwErrorTolerant({},Messages.StrictLHSPrefix),isLeftHandSide(expr)||throwError({},Messages.InvalidLHSInAssignment),expr={type:Syntax.UpdateExpression,operator:token.value,argument:expr,prefix:!0}):match(\"+\")||match(\"-\")||match(\"~\")||match(\"!\")?expr={type:Syntax.UnaryExpression,operator:lex().value,argument:parseUnaryExpression()}:matchKeyword(\"delete\")||matchKeyword(\"void\")||matchKeyword(\"typeof\")?(expr={type:Syntax.UnaryExpression,operator:lex().value,argument:parseUnaryExpression()},strict&&\"delete\"===expr.operator&&expr.argument.type===Syntax.Identifier&&throwErrorTolerant({},Messages.StrictDelete),expr):parsePostfixExpression()\n}function parseMultiplicativeExpression(){for(var expr=parseUnaryExpression();match(\"*\")||match(\"/\")||match(\"%\");)expr={type:Syntax.BinaryExpression,operator:lex().value,left:expr,right:parseUnaryExpression()};return expr}function parseAdditiveExpression(){for(var expr=parseMultiplicativeExpression();match(\"+\")||match(\"-\");)expr={type:Syntax.BinaryExpression,operator:lex().value,left:expr,right:parseMultiplicativeExpression()};return expr}function parseShiftExpression(){for(var expr=parseAdditiveExpression();match(\"\u003C\u003C\")||match(\">>\")||match(\">>>\");)expr={type:Syntax.BinaryExpression,operator:lex().value,left:expr,right:parseAdditiveExpression()};return expr}function parseRelationalExpression(){var expr,previousAllowIn;for(previousAllowIn=state.allowIn,state.allowIn=!0,expr=parseShiftExpression();match(\"\u003C\")||match(\">\")||match(\"\u003C=\")||match(\">=\")||previousAllowIn&&matchKeyword(\"in\")||matchKeyword(\"instanceof\");)expr={type:Syntax.BinaryExpression,operator:lex().value,left:expr,right:parseShiftExpression()};return state.allowIn=previousAllowIn,expr}function parseEqualityExpression(){for(var expr=parseRelationalExpression();match(\"==\")||match(\"!=\")||match(\"===\")||match(\"!==\");)expr={type:Syntax.BinaryExpression,operator:lex().value,left:expr,right:parseRelationalExpression()};return expr}function parseBitwiseANDExpression(){for(var expr=parseEqualityExpression();match(\"&\");)lex(),expr={type:Syntax.BinaryExpression,operator:\"&\",left:expr,right:parseEqualityExpression()};return expr}function parseBitwiseXORExpression(){for(var expr=parseBitwiseANDExpression();match(\"^\");)lex(),expr={type:Syntax.BinaryExpression,operator:\"^\",left:expr,right:parseBitwiseANDExpression()};return expr}function parseBitwiseORExpression(){for(var expr=parseBitwiseXORExpression();match(\"|\");)lex(),expr={type:Syntax.BinaryExpression,operator:\"|\",left:expr,right:parseBitwiseXORExpression()};return expr}function parseLogicalANDExpression(){for(var expr=parseBitwiseORExpression();match(\"&&\");)lex(),expr={type:Syntax.LogicalExpression,operator:\"&&\",left:expr,right:parseBitwiseORExpression()};return expr}function parseLogicalORExpression(){for(var expr=parseLogicalANDExpression();match(\"||\");)lex(),expr={type:Syntax.LogicalExpression,operator:\"||\",left:expr,right:parseLogicalANDExpression()};return expr}function parseConditionalExpression(){var expr,previousAllowIn,consequent;return expr=parseLogicalORExpression(),match(\"?\")&&(lex(),previousAllowIn=state.allowIn,state.allowIn=!0,consequent=parseAssignmentExpression(),state.allowIn=previousAllowIn,expect(\":\"),expr={type:Syntax.ConditionalExpression,test:expr,consequent:consequent,alternate:parseAssignmentExpression()}),expr}function parseAssignmentExpression(){var token,expr;return token=lookahead(),expr=parseConditionalExpression(),matchAssign()&&(isLeftHandSide(expr)||throwError({},Messages.InvalidLHSInAssignment),strict&&expr.type===Syntax.Identifier&&isRestrictedWord(expr.name)&&throwErrorTolerant(token,Messages.StrictLHSAssignment),expr={type:Syntax.AssignmentExpression,operator:lex().value,left:expr,right:parseAssignmentExpression()}),expr}function parseExpression(){var expr=parseAssignmentExpression();if(match(\",\"))for(expr={type:Syntax.SequenceExpression,expressions:[expr]};length>index&&match(\",\");)lex(),expr.expressions.push(parseAssignmentExpression());return expr}function parseStatementList(){for(var statement,list=[];length>index&&!match(\"}\")&&(statement=parseSourceElement(),void 0!==statement);)list.push(statement);return list}function parseBlock(){var block;return expect(\"{\"),block=parseStatementList(),expect(\"}\"),{type:Syntax.BlockStatement,body:block}}function parseVariableIdentifier(){var token=lex();return token.type!==Token.Identifier&&throwUnexpected(token),{type:Syntax.Identifier,name:token.value}}function parseVariableDeclaration(kind){var id=parseVariableIdentifier(),init=null;return strict&&isRestrictedWord(id.name)&&throwErrorTolerant({},Messages.StrictVarName),\"const\"===kind?(expect(\"=\"),init=parseAssignmentExpression()):match(\"=\")&&(lex(),init=parseAssignmentExpression()),{type:Syntax.VariableDeclarator,id:id,init:init}}function parseVariableDeclarationList(kind){for(var list=[];length>index&&(list.push(parseVariableDeclaration(kind)),match(\",\"));)lex();return list}function parseVariableStatement(){var declarations;return expectKeyword(\"var\"),declarations=parseVariableDeclarationList(),consumeSemicolon(),{type:Syntax.VariableDeclaration,declarations:declarations,kind:\"var\"}}function parseConstLetDeclaration(kind){var declarations;return expectKeyword(kind),declarations=parseVariableDeclarationList(kind),consumeSemicolon(),{type:Syntax.VariableDeclaration,declarations:declarations,kind:kind}}function parseEmptyStatement(){return expect(\";\"),{type:Syntax.EmptyStatement}}function parseExpressionStatement(){var expr=parseExpression();return consumeSemicolon(),{type:Syntax.ExpressionStatement,expression:expr}}function parseIfStatement(){var test,consequent,alternate;return expectKeyword(\"if\"),expect(\"(\"),test=parseExpression(),expect(\")\"),consequent=parseStatement(),matchKeyword(\"else\")?(lex(),alternate=parseStatement()):alternate=null,{type:Syntax.IfStatement,test:test,consequent:consequent,alternate:alternate}}function parseDoWhileStatement(){var body,test,oldInIteration;return expectKeyword(\"do\"),oldInIteration=state.inIteration,state.inIteration=!0,body=parseStatement(),state.inIteration=oldInIteration,expectKeyword(\"while\"),expect(\"(\"),test=parseExpression(),expect(\")\"),match(\";\")&&lex(),{type:Syntax.DoWhileStatement,body:body,test:test}}function parseWhileStatement(){var test,body,oldInIteration;return expectKeyword(\"while\"),expect(\"(\"),test=parseExpression(),expect(\")\"),oldInIteration=state.inIteration,state.inIteration=!0,body=parseStatement(),state.inIteration=oldInIteration,{type:Syntax.WhileStatement,test:test,body:body}}function parseForVariableDeclaration(){var token=lex();return{type:Syntax.VariableDeclaration,declarations:parseVariableDeclarationList(),kind:token.value}}function parseForStatement(){var init,test,update,left,right,body,oldInIteration;return init=test=update=null,expectKeyword(\"for\"),expect(\"(\"),match(\";\")?lex():(matchKeyword(\"var\")||matchKeyword(\"let\")?(state.allowIn=!1,init=parseForVariableDeclaration(),state.allowIn=!0,1===init.declarations.length&&matchKeyword(\"in\")&&(lex(),left=init,right=parseExpression(),init=null)):(state.allowIn=!1,init=parseExpression(),state.allowIn=!0,matchKeyword(\"in\")&&(isLeftHandSide(init)||throwError({},Messages.InvalidLHSInForIn),lex(),left=init,right=parseExpression(),init=null)),left===void 0&&expect(\";\")),left===void 0&&(match(\";\")||(test=parseExpression()),expect(\";\"),match(\")\")||(update=parseExpression())),expect(\")\"),oldInIteration=state.inIteration,state.inIteration=!0,body=parseStatement(),state.inIteration=oldInIteration,left===void 0?{type:Syntax.ForStatement,init:init,test:test,update:update,body:body}:{type:Syntax.ForInStatement,left:left,right:right,body:body,each:!1}}function parseContinueStatement(){var token,label=null;return expectKeyword(\"continue\"),\";\"===source[index]?(lex(),state.inIteration||throwError({},Messages.IllegalContinue),{type:Syntax.ContinueStatement,label:null}):peekLineTerminator()?(state.inIteration||throwError({},Messages.IllegalContinue),{type:Syntax.ContinueStatement,label:null}):(token=lookahead(),token.type===Token.Identifier&&(label=parseVariableIdentifier(),Object.prototype.hasOwnProperty.call(state.labelSet,label.name)||throwError({},Messages.UnknownLabel,label.name)),consumeSemicolon(),null!==label||state.inIteration||throwError({},Messages.IllegalContinue),{type:Syntax.ContinueStatement,label:label})}function parseBreakStatement(){var token,label=null;return expectKeyword(\"break\"),\";\"===source[index]?(lex(),state.inIteration||state.inSwitch||throwError({},Messages.IllegalBreak),{type:Syntax.BreakStatement,label:null}):peekLineTerminator()?(state.inIteration||state.inSwitch||throwError({},Messages.IllegalBreak),{type:Syntax.BreakStatement,label:null}):(token=lookahead(),token.type===Token.Identifier&&(label=parseVariableIdentifier(),Object.prototype.hasOwnProperty.call(state.labelSet,label.name)||throwError({},Messages.UnknownLabel,label.name)),consumeSemicolon(),null!==label||state.inIteration||state.inSwitch||throwError({},Messages.IllegalBreak),{type:Syntax.BreakStatement,label:label})}function parseReturnStatement(){var token,argument=null;return expectKeyword(\"return\"),state.inFunctionBody||throwErrorTolerant({},Messages.IllegalReturn),\" \"===source[index]&&isIdentifierStart(source[index+1])?(argument=parseExpression(),consumeSemicolon(),{type:Syntax.ReturnStatement,argument:argument}):peekLineTerminator()?{type:Syntax.ReturnStatement,argument:null}:(match(\";\")||(token=lookahead(),match(\"}\")||token.type===Token.EOF||(argument=parseExpression())),consumeSemicolon(),{type:Syntax.ReturnStatement,argument:argument})}function parseWithStatement(){var object,body;return strict&&throwErrorTolerant({},Messages.StrictModeWith),expectKeyword(\"with\"),expect(\"(\"),object=parseExpression(),expect(\")\"),body=parseStatement(),{type:Syntax.WithStatement,object:object,body:body}}function parseSwitchCase(){var test,statement,consequent=[];for(matchKeyword(\"default\")?(lex(),test=null):(expectKeyword(\"case\"),test=parseExpression()),expect(\":\");length>index&&!(match(\"}\")||matchKeyword(\"default\")||matchKeyword(\"case\"))&&(statement=parseStatement(),void 0!==statement);)consequent.push(statement);return{type:Syntax.SwitchCase,test:test,consequent:consequent}}function parseSwitchStatement(){var discriminant,cases,clause,oldInSwitch,defaultFound;if(expectKeyword(\"switch\"),expect(\"(\"),discriminant=parseExpression(),expect(\")\"),expect(\"{\"),match(\"}\"))return lex(),{type:Syntax.SwitchStatement,discriminant:discriminant};for(cases=[],oldInSwitch=state.inSwitch,state.inSwitch=!0,defaultFound=!1;length>index&&!match(\"}\");)clause=parseSwitchCase(),null===clause.test&&(defaultFound&&throwError({},Messages.MultipleDefaultsInSwitch),defaultFound=!0),cases.push(clause);return state.inSwitch=oldInSwitch,expect(\"}\"),{type:Syntax.SwitchStatement,discriminant:discriminant,cases:cases}}function parseThrowStatement(){var argument;return expectKeyword(\"throw\"),peekLineTerminator()&&throwError({},Messages.NewlineAfterThrow),argument=parseExpression(),consumeSemicolon(),{type:Syntax.ThrowStatement,argument:argument}}function parseCatchClause(){var param;return expectKeyword(\"catch\"),expect(\"(\"),match(\")\")||(param=parseExpression(),strict&&param.type===Syntax.Identifier&&isRestrictedWord(param.name)&&throwErrorTolerant({},Messages.StrictCatchVariable)),expect(\")\"),{type:Syntax.CatchClause,param:param,body:parseBlock()}}function parseTryStatement(){var block,handlers=[],finalizer=null;return expectKeyword(\"try\"),block=parseBlock(),matchKeyword(\"catch\")&&handlers.push(parseCatchClause()),matchKeyword(\"finally\")&&(lex(),finalizer=parseBlock()),0!==handlers.length||finalizer||throwError({},Messages.NoCatchOrFinally),{type:Syntax.TryStatement,block:block,guardedHandlers:[],handlers:handlers,finalizer:finalizer}}function parseDebuggerStatement(){return expectKeyword(\"debugger\"),consumeSemicolon(),{type:Syntax.DebuggerStatement}}function parseStatement(){var expr,labeledBody,token=lookahead();if(token.type===Token.EOF&&throwUnexpected(token),token.type===Token.Punctuator)switch(token.value){case\";\":return parseEmptyStatement();case\"{\":return parseBlock();case\"(\":return parseExpressionStatement();default:}if(token.type===Token.Keyword)switch(token.value){case\"break\":return parseBreakStatement();case\"continue\":return parseContinueStatement();case\"debugger\":return parseDebuggerStatement();case\"do\":return parseDoWhileStatement();case\"for\":return parseForStatement();case\"function\":return parseFunctionDeclaration();case\"if\":return parseIfStatement();case\"return\":return parseReturnStatement();case\"switch\":return parseSwitchStatement();case\"throw\":return parseThrowStatement();case\"try\":return parseTryStatement();case\"var\":return parseVariableStatement();case\"while\":return parseWhileStatement();case\"with\":return parseWithStatement();default:}return expr=parseExpression(),expr.type===Syntax.Identifier&&match(\":\")?(lex(),Object.prototype.hasOwnProperty.call(state.labelSet,expr.name)&&throwError({},Messages.Redeclaration,\"Label\",expr.name),state.labelSet[expr.name]=!0,labeledBody=parseStatement(),delete state.labelSet[expr.name],{type:Syntax.LabeledStatement,label:expr,body:labeledBody}):(consumeSemicolon(),{type:Syntax.ExpressionStatement,expression:expr})}function parseFunctionSourceElements(){var sourceElement,token,directive,firstRestricted,oldLabelSet,oldInIteration,oldInSwitch,oldInFunctionBody,sourceElements=[];for(expect(\"{\");length>index&&(token=lookahead(),token.type===Token.StringLiteral)&&(sourceElement=parseSourceElement(),sourceElements.push(sourceElement),sourceElement.expression.type===Syntax.Literal);)directive=sliceSource(token.range[0]+1,token.range[1]-1),\"use strict\"===directive?(strict=!0,firstRestricted&&throwErrorTolerant(firstRestricted,Messages.StrictOctalLiteral)):!firstRestricted&&token.octal&&(firstRestricted=token);for(oldLabelSet=state.labelSet,oldInIteration=state.inIteration,oldInSwitch=state.inSwitch,oldInFunctionBody=state.inFunctionBody,state.labelSet={},state.inIteration=!1,state.inSwitch=!1,state.inFunctionBody=!0;length>index&&!match(\"}\")&&(sourceElement=parseSourceElement(),void 0!==sourceElement);)sourceElements.push(sourceElement);return expect(\"}\"),state.labelSet=oldLabelSet,state.inIteration=oldInIteration,state.inSwitch=oldInSwitch,state.inFunctionBody=oldInFunctionBody,{type:Syntax.BlockStatement,body:sourceElements}}function parseFunctionDeclaration(){var id,param,body,token,stricted,firstRestricted,message,previousStrict,paramSet,params=[];if(expectKeyword(\"function\"),token=lookahead(),id=parseVariableIdentifier(),strict?isRestrictedWord(token.value)&&throwErrorTolerant(token,Messages.StrictFunctionName):isRestrictedWord(token.value)?(firstRestricted=token,message=Messages.StrictFunctionName):isStrictModeReservedWord(token.value)&&(firstRestricted=token,message=Messages.StrictReservedWord),expect(\"(\"),!match(\")\"))for(paramSet={};length>index&&(token=lookahead(),param=parseVariableIdentifier(),strict?(isRestrictedWord(token.value)&&(stricted=token,message=Messages.StrictParamName),Object.prototype.hasOwnProperty.call(paramSet,token.value)&&(stricted=token,message=Messages.StrictParamDupe)):firstRestricted||(isRestrictedWord(token.value)?(firstRestricted=token,message=Messages.StrictParamName):isStrictModeReservedWord(token.value)?(firstRestricted=token,message=Messages.StrictReservedWord):Object.prototype.hasOwnProperty.call(paramSet,token.value)&&(firstRestricted=token,message=Messages.StrictParamDupe)),params.push(param),paramSet[param.name]=!0,!match(\")\"));)expect(\",\");return expect(\")\"),previousStrict=strict,body=parseFunctionSourceElements(),strict&&firstRestricted&&throwError(firstRestricted,message),strict&&stricted&&throwErrorTolerant(stricted,message),strict=previousStrict,{type:Syntax.FunctionDeclaration,id:id,params:params,defaults:[],body:body,rest:null,generator:!1,expression:!1}}function parseFunctionExpression(){var token,stricted,firstRestricted,message,param,body,previousStrict,paramSet,id=null,params=[];if(expectKeyword(\"function\"),match(\"(\")||(token=lookahead(),id=parseVariableIdentifier(),strict?isRestrictedWord(token.value)&&throwErrorTolerant(token,Messages.StrictFunctionName):isRestrictedWord(token.value)?(firstRestricted=token,message=Messages.StrictFunctionName):isStrictModeReservedWord(token.value)&&(firstRestricted=token,message=Messages.StrictReservedWord)),expect(\"(\"),!match(\")\"))for(paramSet={};length>index&&(token=lookahead(),param=parseVariableIdentifier(),strict?(isRestrictedWord(token.value)&&(stricted=token,message=Messages.StrictParamName),Object.prototype.hasOwnProperty.call(paramSet,token.value)&&(stricted=token,message=Messages.StrictParamDupe)):firstRestricted||(isRestrictedWord(token.value)?(firstRestricted=token,message=Messages.StrictParamName):isStrictModeReservedWord(token.value)?(firstRestricted=token,message=Messages.StrictReservedWord):Object.prototype.hasOwnProperty.call(paramSet,token.value)&&(firstRestricted=token,message=Messages.StrictParamDupe)),params.push(param),paramSet[param.name]=!0,!match(\")\"));)expect(\",\");return expect(\")\"),previousStrict=strict,body=parseFunctionSourceElements(),strict&&firstRestricted&&throwError(firstRestricted,message),strict&&stricted&&throwErrorTolerant(stricted,message),strict=previousStrict,{type:Syntax.FunctionExpression,id:id,params:params,defaults:[],body:body,rest:null,generator:!1,expression:!1}}function parseSourceElement(){var token=lookahead();if(token.type===Token.Keyword)switch(token.value){case\"const\":case\"let\":return parseConstLetDeclaration(token.value);case\"function\":return parseFunctionDeclaration();default:return parseStatement()}return token.type!==Token.EOF?parseStatement():void 0}function parseSourceElements(){for(var sourceElement,token,directive,firstRestricted,sourceElements=[];length>index&&(token=lookahead(),token.type===Token.StringLiteral)&&(sourceElement=parseSourceElement(),sourceElements.push(sourceElement),sourceElement.expression.type===Syntax.Literal);)directive=sliceSource(token.range[0]+1,token.range[1]-1),\"use strict\"===directive?(strict=!0,firstRestricted&&throwErrorTolerant(firstRestricted,Messages.StrictOctalLiteral)):!firstRestricted&&token.octal&&(firstRestricted=token);for(;length>index&&(sourceElement=parseSourceElement(),void 0!==sourceElement);)sourceElements.push(sourceElement);return sourceElements}function parseProgram(){var program;return strict=!1,program={type:Syntax.Program,body:parseSourceElements()}}function addComment(type,value,start,end,loc){assert(\"number\"==typeof start,\"Comment must have valid position\"),extra.comments.length>0&&extra.comments[extra.comments.length-1].range[1]>start||extra.comments.push({type:type,value:value,range:[start,end],loc:loc})}function scanComment(){var comment,ch,loc,start,blockComment,lineComment;for(comment=\"\",blockComment=!1,lineComment=!1;length>index;)if(ch=source[index],lineComment)ch=source[index++],isLineTerminator(ch)?(loc.end={line:lineNumber,column:index-lineStart-1},lineComment=!1,addComment(\"Line\",comment,start,index-1,loc),\"\\r\"===ch&&\"\\n\"===source[index]&&++index,++lineNumber,lineStart=index,comment=\"\"):index>=length?(lineComment=!1,comment+=ch,loc.end={line:lineNumber,column:length-lineStart},addComment(\"Line\",comment,start,length,loc)):comment+=ch;else if(blockComment)isLineTerminator(ch)?(\"\\r\"===ch&&\"\\n\"===source[index+1]?(++index,comment+=\"\\r\\n\"):comment+=ch,++lineNumber,++index,lineStart=index,index>=length&&throwError({},Messages.UnexpectedToken,\"ILLEGAL\")):(ch=source[index++],index>=length&&throwError({},Messages.UnexpectedToken,\"ILLEGAL\"),comment+=ch,\"*\"===ch&&(ch=source[index],\"/\"===ch&&(comment=comment.substr(0,comment.length-1),blockComment=!1,++index,loc.end={line:lineNumber,column:index-lineStart},addComment(\"Block\",comment,start,index,loc),comment=\"\")));else if(\"/\"===ch)if(ch=source[index+1],\"/\"===ch)loc={start:{line:lineNumber,column:index-lineStart}},start=index,index+=2,lineComment=!0,index>=length&&(loc.end={line:lineNumber,column:index-lineStart},lineComment=!1,addComment(\"Line\",comment,start,index,loc));else{if(\"*\"!==ch)break;start=index,index+=2,blockComment=!0,loc={start:{line:lineNumber,column:index-lineStart-2}},index>=length&&throwError({},Messages.UnexpectedToken,\"ILLEGAL\")}else if(isWhiteSpace(ch))++index;else{if(!isLineTerminator(ch))break;++index,\"\\r\"===ch&&\"\\n\"===source[index]&&++index,++lineNumber,lineStart=index}}function filterCommentLocation(){var i,entry,comment,comments=[];for(i=0;extra.comments.length>i;++i)entry=extra.comments[i],comment={type:entry.type,value:entry.value},extra.range&&(comment.range=entry.range),extra.loc&&(comment.loc=entry.loc),comments.push(comment);extra.comments=comments}function collectToken(){var start,loc,token,range,value;return skipComment(),start=index,loc={start:{line:lineNumber,column:index-lineStart}},token=extra.advance(),loc.end={line:lineNumber,column:index-lineStart},token.type!==Token.EOF&&(range=[token.range[0],token.range[1]],value=sliceSource(token.range[0],token.range[1]),extra.tokens.push({type:TokenName[token.type],value:value,range:range,loc:loc})),token}function collectRegex(){var pos,loc,regex,token;return skipComment(),pos=index,loc={start:{line:lineNumber,column:index-lineStart}},regex=extra.scanRegExp(),loc.end={line:lineNumber,column:index-lineStart},extra.tokens.length>0&&(token=extra.tokens[extra.tokens.length-1],token.range[0]===pos&&\"Punctuator\"===token.type&&(\"/\"===token.value||\"/=\"===token.value)&&extra.tokens.pop()),extra.tokens.push({type:\"RegularExpression\",value:regex.literal,range:[pos,index],loc:loc}),regex}function filterTokenLocation(){var i,entry,token,tokens=[];for(i=0;extra.tokens.length>i;++i)entry=extra.tokens[i],token={type:entry.type,value:entry.value},extra.range&&(token.range=entry.range),extra.loc&&(token.loc=entry.loc),tokens.push(token);extra.tokens=tokens}function createLiteral(token){return{type:Syntax.Literal,value:token.value}}function createRawLiteral(token){return{type:Syntax.Literal,value:token.value,raw:sliceSource(token.range[0],token.range[1])}}function createLocationMarker(){var marker={};return marker.range=[index,index],marker.loc={start:{line:lineNumber,column:index-lineStart},end:{line:lineNumber,column:index-lineStart}},marker.end=function(){this.range[1]=index,this.loc.end.line=lineNumber,this.loc.end.column=index-lineStart},marker.applyGroup=function(node){extra.range&&(node.groupRange=[this.range[0],this.range[1]]),extra.loc&&(node.groupLoc={start:{line:this.loc.start.line,column:this.loc.start.column},end:{line:this.loc.end.line,column:this.loc.end.column}})},marker.apply=function(node){extra.range&&(node.range=[this.range[0],this.range[1]]),extra.loc&&(node.loc={start:{line:this.loc.start.line,column:this.loc.start.column},end:{line:this.loc.end.line,column:this.loc.end.column}})},marker}function trackGroupExpression(){var marker,expr;return skipComment(),marker=createLocationMarker(),expect(\"(\"),expr=parseExpression(),expect(\")\"),marker.end(),marker.applyGroup(expr),expr}function trackLeftHandSideExpression(){var marker,expr;for(skipComment(),marker=createLocationMarker(),expr=matchKeyword(\"new\")?parseNewExpression():parsePrimaryExpression();match(\".\")||match(\"[\");)match(\"[\")?(expr={type:Syntax.MemberExpression,computed:!0,object:expr,property:parseComputedMember()},marker.end(),marker.apply(expr)):(expr={type:Syntax.MemberExpression,computed:!1,object:expr,property:parseNonComputedMember()},marker.end(),marker.apply(expr));return expr}function trackLeftHandSideExpressionAllowCall(){var marker,expr;for(skipComment(),marker=createLocationMarker(),expr=matchKeyword(\"new\")?parseNewExpression():parsePrimaryExpression();match(\".\")||match(\"[\")||match(\"(\");)match(\"(\")?(expr={type:Syntax.CallExpression,callee:expr,arguments:parseArguments()},marker.end(),marker.apply(expr)):match(\"[\")?(expr={type:Syntax.MemberExpression,computed:!0,object:expr,property:parseComputedMember()},marker.end(),marker.apply(expr)):(expr={type:Syntax.MemberExpression,computed:!1,object:expr,property:parseNonComputedMember()},marker.end(),marker.apply(expr));return expr}function filterGroup(node){var n,i,entry;n=\"[object Array]\"===Object.prototype.toString.apply(node)?[]:{};for(i in node)node.hasOwnProperty(i)&&\"groupRange\"!==i&&\"groupLoc\"!==i&&(entry=node[i],n[i]=null===entry||\"object\"!=typeof entry||entry instanceof RegExp?entry:filterGroup(entry));return n}function wrapTrackingFunction(range,loc){return function(parseFunction){function isBinary(node){return node.type===Syntax.LogicalExpression||node.type===Syntax.BinaryExpression}function visit(node){var start,end;isBinary(node.left)&&visit(node.left),isBinary(node.right)&&visit(node.right),range&&(node.left.groupRange||node.right.groupRange?(start=node.left.groupRange?node.left.groupRange[0]:node.left.range[0],end=node.right.groupRange?node.right.groupRange[1]:node.right.range[1],node.range=[start,end]):node.range===void 0&&(start=node.left.range[0],end=node.right.range[1],node.range=[start,end])),loc&&(node.left.groupLoc||node.right.groupLoc?(start=node.left.groupLoc?node.left.groupLoc.start:node.left.loc.start,end=node.right.groupLoc?node.right.groupLoc.end:node.right.loc.end,node.loc={start:start,end:end}):node.loc===void 0&&(node.loc={start:node.left.loc.start,end:node.right.loc.end}))}return function(){var marker,node;return skipComment(),marker=createLocationMarker(),node=parseFunction.apply(null,arguments),marker.end(),range&&node.range===void 0&&marker.apply(node),loc&&node.loc===void 0&&marker.apply(node),isBinary(node)&&visit(node),node}}}function patch(){var wrapTracking;extra.comments&&(extra.skipComment=skipComment,skipComment=scanComment),extra.raw&&(extra.createLiteral=createLiteral,createLiteral=createRawLiteral),(extra.range||extra.loc)&&(extra.parseGroupExpression=parseGroupExpression,extra.parseLeftHandSideExpression=parseLeftHandSideExpression,extra.parseLeftHandSideExpressionAllowCall=parseLeftHandSideExpressionAllowCall,parseGroupExpression=trackGroupExpression,parseLeftHandSideExpression=trackLeftHandSideExpression,parseLeftHandSideExpressionAllowCall=trackLeftHandSideExpressionAllowCall,wrapTracking=wrapTrackingFunction(extra.range,extra.loc),extra.parseAdditiveExpression=parseAdditiveExpression,extra.parseAssignmentExpression=parseAssignmentExpression,extra.parseBitwiseANDExpression=parseBitwiseANDExpression,extra.parseBitwiseORExpression=parseBitwiseORExpression,extra.parseBitwiseXORExpression=parseBitwiseXORExpression,extra.parseBlock=parseBlock,extra.parseFunctionSourceElements=parseFunctionSourceElements,extra.parseCatchClause=parseCatchClause,extra.parseComputedMember=parseComputedMember,extra.parseConditionalExpression=parseConditionalExpression,extra.parseConstLetDeclaration=parseConstLetDeclaration,extra.parseEqualityExpression=parseEqualityExpression,extra.parseExpression=parseExpression,extra.parseForVariableDeclaration=parseForVariableDeclaration,extra.parseFunctionDeclaration=parseFunctionDeclaration,extra.parseFunctionExpression=parseFunctionExpression,extra.parseLogicalANDExpression=parseLogicalANDExpression,extra.parseLogicalORExpression=parseLogicalORExpression,extra.parseMultiplicativeExpression=parseMultiplicativeExpression,extra.parseNewExpression=parseNewExpression,extra.parseNonComputedProperty=parseNonComputedProperty,extra.parseObjectProperty=parseObjectProperty,extra.parseObjectPropertyKey=parseObjectPropertyKey,extra.parsePostfixExpression=parsePostfixExpression,extra.parsePrimaryExpression=parsePrimaryExpression,extra.parseProgram=parseProgram,extra.parsePropertyFunction=parsePropertyFunction,extra.parseRelationalExpression=parseRelationalExpression,extra.parseStatement=parseStatement,extra.parseShiftExpression=parseShiftExpression,extra.parseSwitchCase=parseSwitchCase,extra.parseUnaryExpression=parseUnaryExpression,extra.parseVariableDeclaration=parseVariableDeclaration,extra.parseVariableIdentifier=parseVariableIdentifier,parseAdditiveExpression=wrapTracking(extra.parseAdditiveExpression),parseAssignmentExpression=wrapTracking(extra.parseAssignmentExpression),parseBitwiseANDExpression=wrapTracking(extra.parseBitwiseANDExpression),parseBitwiseORExpression=wrapTracking(extra.parseBitwiseORExpression),parseBitwiseXORExpression=wrapTracking(extra.parseBitwiseXORExpression),parseBlock=wrapTracking(extra.parseBlock),parseFunctionSourceElements=wrapTracking(extra.parseFunctionSourceElements),parseCatchClause=wrapTracking(extra.parseCatchClause),parseComputedMember=wrapTracking(extra.parseComputedMember),parseConditionalExpression=wrapTracking(extra.parseConditionalExpression),parseConstLetDeclaration=wrapTracking(extra.parseConstLetDeclaration),parseEqualityExpression=wrapTracking(extra.parseEqualityExpression),parseExpression=wrapTracking(extra.parseExpression),parseForVariableDeclaration=wrapTracking(extra.parseForVariableDeclaration),parseFunctionDeclaration=wrapTracking(extra.parseFunctionDeclaration),parseFunctionExpression=wrapTracking(extra.parseFunctionExpression),parseLeftHandSideExpression=wrapTracking(parseLeftHandSideExpression),parseLogicalANDExpression=wrapTracking(extra.parseLogicalANDExpression),parseLogicalORExpression=wrapTracking(extra.parseLogicalORExpression),parseMultiplicativeExpression=wrapTracking(extra.parseMultiplicativeExpression),parseNewExpression=wrapTracking(extra.parseNewExpression),parseNonComputedProperty=wrapTracking(extra.parseNonComputedProperty),parseObjectProperty=wrapTracking(extra.parseObjectProperty),parseObjectPropertyKey=wrapTracking(extra.parseObjectPropertyKey),parsePostfixExpression=wrapTracking(extra.parsePostfixExpression),parsePrimaryExpression=wrapTracking(extra.parsePrimaryExpression),parseProgram=wrapTracking(extra.parseProgram),parsePropertyFunction=wrapTracking(extra.parsePropertyFunction),parseRelationalExpression=wrapTracking(extra.parseRelationalExpression),parseStatement=wrapTracking(extra.parseStatement),parseShiftExpression=wrapTracking(extra.parseShiftExpression),parseSwitchCase=wrapTracking(extra.parseSwitchCase),parseUnaryExpression=wrapTracking(extra.parseUnaryExpression),parseVariableDeclaration=wrapTracking(extra.parseVariableDeclaration),parseVariableIdentifier=wrapTracking(extra.parseVariableIdentifier)),extra.tokens!==void 0&&(extra.advance=advance,extra.scanRegExp=scanRegExp,advance=collectToken,scanRegExp=collectRegex)}function unpatch(){\"function\"==typeof extra.skipComment&&(skipComment=extra.skipComment),extra.raw&&(createLiteral=extra.createLiteral),(extra.range||extra.loc)&&(parseAdditiveExpression=extra.parseAdditiveExpression,parseAssignmentExpression=extra.parseAssignmentExpression,parseBitwiseANDExpression=extra.parseBitwiseANDExpression,parseBitwiseORExpression=extra.parseBitwiseORExpression,parseBitwiseXORExpression=extra.parseBitwiseXORExpression,parseBlock=extra.parseBlock,parseFunctionSourceElements=extra.parseFunctionSourceElements,parseCatchClause=extra.parseCatchClause,parseComputedMember=extra.parseComputedMember,parseConditionalExpression=extra.parseConditionalExpression,parseConstLetDeclaration=extra.parseConstLetDeclaration,parseEqualityExpression=extra.parseEqualityExpression,parseExpression=extra.parseExpression,parseForVariableDeclaration=extra.parseForVariableDeclaration,parseFunctionDeclaration=extra.parseFunctionDeclaration,parseFunctionExpression=extra.parseFunctionExpression,parseGroupExpression=extra.parseGroupExpression,parseLeftHandSideExpression=extra.parseLeftHandSideExpression,parseLeftHandSideExpressionAllowCall=extra.parseLeftHandSideExpressionAllowCall,parseLogicalANDExpression=extra.parseLogicalANDExpression,parseLogicalORExpression=extra.parseLogicalORExpression,parseMultiplicativeExpression=extra.parseMultiplicativeExpression,parseNewExpression=extra.parseNewExpression,parseNonComputedProperty=extra.parseNonComputedProperty,parseObjectProperty=extra.parseObjectProperty,parseObjectPropertyKey=extra.parseObjectPropertyKey,parsePrimaryExpression=extra.parsePrimaryExpression,parsePostfixExpression=extra.parsePostfixExpression,parseProgram=extra.parseProgram,parsePropertyFunction=extra.parsePropertyFunction,parseRelationalExpression=extra.parseRelationalExpression,parseStatement=extra.parseStatement,parseShiftExpression=extra.parseShiftExpression,parseSwitchCase=extra.parseSwitchCase,parseUnaryExpression=extra.parseUnaryExpression,parseVariableDeclaration=extra.parseVariableDeclaration,parseVariableIdentifier=extra.parseVariableIdentifier),\"function\"==typeof extra.scanRegExp&&(advance=extra.advance,scanRegExp=extra.scanRegExp)}function stringToArray(str){var i,length=str.length,result=[];for(i=0;length>i;++i)result[i]=str.charAt(i);return result}function parse(code,options){var program,toString;\ntoString=String,\"string\"==typeof code||code instanceof String||(code=toString(code)),source=code,index=0,lineNumber=source.length>0?1:0,lineStart=0,length=source.length,buffer=null,state={allowIn:!0,labelSet:{},inFunctionBody:!1,inIteration:!1,inSwitch:!1},extra={},options!==void 0&&(extra.range=\"boolean\"==typeof options.range&&options.range,extra.loc=\"boolean\"==typeof options.loc&&options.loc,extra.raw=\"boolean\"==typeof options.raw&&options.raw,\"boolean\"==typeof options.tokens&&options.tokens&&(extra.tokens=[]),\"boolean\"==typeof options.comment&&options.comment&&(extra.comments=[]),\"boolean\"==typeof options.tolerant&&options.tolerant&&(extra.errors=[])),length>0&&source[0]===void 0&&(code instanceof String&&(source=code.valueOf()),source[0]===void 0&&(source=stringToArray(code))),patch();try{program=parseProgram(),extra.comments!==void 0&&(filterCommentLocation(),program.comments=extra.comments),extra.tokens!==void 0&&(filterTokenLocation(),program.tokens=extra.tokens),extra.errors!==void 0&&(program.errors=extra.errors),(extra.range||extra.loc)&&(program.body=filterGroup(program.body))}catch(e){throw e}finally{unpatch(),extra={}}return program}var Token,TokenName,Syntax,PropertyKind,Messages,Regex,source,strict,index,lineNumber,lineStart,length,buffer,state,extra;Token={BooleanLiteral:1,EOF:2,Identifier:3,Keyword:4,NullLiteral:5,NumericLiteral:6,Punctuator:7,StringLiteral:8},TokenName={},TokenName[Token.BooleanLiteral]=\"Boolean\",TokenName[Token.EOF]=\"\u003Cend>\",TokenName[Token.Identifier]=\"Identifier\",TokenName[Token.Keyword]=\"Keyword\",TokenName[Token.NullLiteral]=\"Null\",TokenName[Token.NumericLiteral]=\"Numeric\",TokenName[Token.Punctuator]=\"Punctuator\",TokenName[Token.StringLiteral]=\"String\",Syntax={AssignmentExpression:\"AssignmentExpression\",ArrayExpression:\"ArrayExpression\",BlockStatement:\"BlockStatement\",BinaryExpression:\"BinaryExpression\",BreakStatement:\"BreakStatement\",CallExpression:\"CallExpression\",CatchClause:\"CatchClause\",ConditionalExpression:\"ConditionalExpression\",ContinueStatement:\"ContinueStatement\",DoWhileStatement:\"DoWhileStatement\",DebuggerStatement:\"DebuggerStatement\",EmptyStatement:\"EmptyStatement\",ExpressionStatement:\"ExpressionStatement\",ForStatement:\"ForStatement\",ForInStatement:\"ForInStatement\",FunctionDeclaration:\"FunctionDeclaration\",FunctionExpression:\"FunctionExpression\",Identifier:\"Identifier\",IfStatement:\"IfStatement\",Literal:\"Literal\",LabeledStatement:\"LabeledStatement\",LogicalExpression:\"LogicalExpression\",MemberExpression:\"MemberExpression\",NewExpression:\"NewExpression\",ObjectExpression:\"ObjectExpression\",Program:\"Program\",Property:\"Property\",ReturnStatement:\"ReturnStatement\",SequenceExpression:\"SequenceExpression\",SwitchStatement:\"SwitchStatement\",SwitchCase:\"SwitchCase\",ThisExpression:\"ThisExpression\",ThrowStatement:\"ThrowStatement\",TryStatement:\"TryStatement\",UnaryExpression:\"UnaryExpression\",UpdateExpression:\"UpdateExpression\",VariableDeclaration:\"VariableDeclaration\",VariableDeclarator:\"VariableDeclarator\",WhileStatement:\"WhileStatement\",WithStatement:\"WithStatement\"},PropertyKind={Data:1,Get:2,Set:4},Messages={UnexpectedToken:\"Unexpected token %0\",UnexpectedNumber:\"Unexpected number\",UnexpectedString:\"Unexpected string\",UnexpectedIdentifier:\"Unexpected identifier\",UnexpectedReserved:\"Unexpected reserved word\",UnexpectedEOS:\"Unexpected end of input\",NewlineAfterThrow:\"Illegal newline after throw\",InvalidRegExp:\"Invalid regular expression\",UnterminatedRegExp:\"Invalid regular expression: missing /\",InvalidLHSInAssignment:\"Invalid left-hand side in assignment\",InvalidLHSInForIn:\"Invalid left-hand side in for-in\",MultipleDefaultsInSwitch:\"More than one default clause in switch statement\",NoCatchOrFinally:\"Missing catch or finally after try\",UnknownLabel:\"Undefined label '%0'\",Redeclaration:\"%0 '%1' has already been declared\",IllegalContinue:\"Illegal continue statement\",IllegalBreak:\"Illegal break statement\",IllegalReturn:\"Illegal return statement\",StrictModeWith:\"Strict mode code may not include a with statement\",StrictCatchVariable:\"Catch variable may not be eval or arguments in strict mode\",StrictVarName:\"Variable name may not be eval or arguments in strict mode\",StrictParamName:\"Parameter name eval or arguments is not allowed in strict mode\",StrictParamDupe:\"Strict mode function may not have duplicate parameter names\",StrictFunctionName:\"Function name may not be eval or arguments in strict mode\",StrictOctalLiteral:\"Octal literals are not allowed in strict mode.\",StrictDelete:\"Delete of an unqualified identifier in strict mode.\",StrictDuplicateProperty:\"Duplicate data property in object literal not allowed in strict mode\",AccessorDataProperty:\"Object literal may not have data and accessor property with the same name\",AccessorGetSet:\"Object literal may not have multiple get/set accessors with the same name\",StrictLHSAssignment:\"Assignment to eval or arguments is not allowed in strict mode\",StrictLHSPostfix:\"Postfix increment/decrement may not have eval or arguments operand in strict mode\",StrictLHSPrefix:\"Prefix increment/decrement may not have eval or arguments operand in strict mode\",StrictReservedWord:\"Use of future reserved word in strict 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0&&(sliceSource=function(from,to){return source.slice(from,to).join(\"\")}),exports.version=\"1.0.2\",exports.parse=parse,exports.Syntax=function(){var name,types={};\"function\"==typeof Object.create&&(types=Object.create(null));for(name in Syntax)Syntax.hasOwnProperty(name)&&(types[name]=Syntax[name]);return\"function\"==typeof Object.freeze&&Object.freeze(types),types}()})})()},{}],63:[function(require,module){function isFunction(obj){return\"[object Function]\"==toString.call(obj)}var fs=require(\"fs\"),highlight=require(\"./highlight\");module.exports=function(fullPath,opts,cb){isFunction(opts)&&(cb=opts),fs.readFile(fullPath,\"utf-8\",function(err,code){if(err)return cb(err);try{cb(null,highlight(code,opts))}catch(e){cb(e)}})}},{fs:74,\"./highlight\":62}],64:[function(require,module){var fs=require(\"fs\"),highlight=require(\"./highlight\");module.exports=function(fullPath,opts){var code=fs.readFileSync(fullPath,\"utf-8\");return highlight(code,opts)}},{fs:74,\"./highlight\":62}],29:[function(require,module){\"use strict\";function fix(line,hideStrict){var fixed=line;if(commaFirstAssignment.test(line)){var idx=line.indexOf(\",\");fixed=\"var\"+fixed.slice(0,idx).trim()+\" \"+fixed.slice(idx+1).trim()}return hideStrict&&useStrict.test(line)&&(fixed=nonStrict+line),fixed}function unfix(code,hideStrict){return hideStrict&&(code=code.replace(nonStrict,\"\")),code}var parse=require(\"esprima\").parse,commaFirstAssignment=/^[\\t ]*,[\\t ]*\\S+[\\t ]*=[\\t ]*\\S+/,useStrict=/^ *['\"]use strict['\"][; ]*$/,nonStrict=\"// *** non strict snippetify fix +++***+++&&&\",snippetify=module.exports=function(script,opts){function nextChunk(code,raw){var line=(0===code.length,lines[lineno]),fixed=fix(line,opts.nonstrict);raw=line+raw,code=fixed+code;try{var ast=parse(code,opts);return code=unfix(code,opts.nonstrict),{code:code,raw:raw,ast:ast}}catch(e){if(-1===--lineno){var err=Error(\"unable to snippetify \"+code);throw err.inner=e,err}return nextChunk(\"\\n\"+code,\"\\n\"+raw)}}opts=opts||{};var snippets=[],lines=script.split(\"\\n\");if(!lines.length)return[];for(var lineno=lines.length;--lineno>-1;){var snippetEnd=lineno+1,snippet=nextChunk(\"\",\"\"),snippetStart=lineno+1;snippets.unshift({start:snippetStart,end:snippetEnd,code:snippet.code,raw:snippet.raw,ast:snippet.ast})}return snippets},code=\"function foo() {\\n\\\"use strict\\\";\\n  var o = { a: 1, a: 2 };\\n}\\n\\n;function bar() {\\n'use strict';\\n  var o = { a: 1, a: 2 };\\n}\";snippetify(code,{nonstrict:!0})},{esprima:70}],75:[function(require,module,exports){exports.readIEEE754=function(buffer,offset,isBE,mLen,nBytes){var e,m,eLen=8*nBytes-mLen-1,eMax=(1\u003C\u003CeLen)-1,eBias=eMax>>1,nBits=-7,i=isBE?0:nBytes-1,d=isBE?1:-1,s=buffer[offset+i];for(i+=d,e=s&(1\u003C\u003C-nBits)-1,s>>=-nBits,nBits+=eLen;nBits>0;e=256*e+buffer[offset+i],i+=d,nBits-=8);for(m=e&(1\u003C\u003C-nBits)-1,e>>=-nBits,nBits+=mLen;nBits>0;m=256*m+buffer[offset+i],i+=d,nBits-=8);if(0===e)e=1-eBias;else{if(e===eMax)return m?0/0:1/0*(s?-1:1);m+=Math.pow(2,mLen),e-=eBias}return(s?-1:1)*m*Math.pow(2,e-mLen)},exports.writeIEEE754=function(buffer,value,offset,isBE,mLen,nBytes){var e,m,c,eLen=8*nBytes-mLen-1,eMax=(1\u003C\u003CeLen)-1,eBias=eMax>>1,rt=23===mLen?Math.pow(2,-24)-Math.pow(2,-77):0,i=isBE?nBytes-1:0,d=isBE?-1:1,s=0>value||0===value&&0>1/value?1:0;for(value=Math.abs(value),isNaN(value)||1/0===value?(m=isNaN(value)?1:0,e=eMax):(e=Math.floor(Math.log(value)/Math.LN2),1>value*(c=Math.pow(2,-e))&&(e--,c*=2),value+=e+eBias>=1?rt/c:rt*Math.pow(2,1-eBias),value*c>=2&&(e++,c/=2),e+eBias>=eMax?(m=0,e=eMax):e+eBias>=1?(m=(value*c-1)*Math.pow(2,mLen),e+=eBias):(m=value*Math.pow(2,eBias-1)*Math.pow(2,mLen),e=0));mLen>=8;buffer[offset+i]=255&m,i+=d,m/=256,mLen-=8);for(e=e\u003C\u003CmLen|m,eLen+=mLen;eLen>0;buffer[offset+i]=255&e,i+=d,e/=256,eLen-=8);buffer[offset+i-d]|=128*s}},{}],76:[function(require,module){var colorNums={white:37,black:30,blue:34,cyan:36,green:32,magenta:35,red:31,yellow:33,brightBlack:90,brightRed:91,brightGreen:92,brightYellow:93,brightBlue:94,brightMagenta:95,brightCyan:96,brightWhite:97},colors={};Object.keys(colorNums).forEach(function(k){colors[k]=\"\u001b[\"+colorNums[k]+\"m:\u001b[39m\"}),module.exports=colors},{}],77:[function(require,module){require=function(e,t,n,r){function i(r){if(!n[r]){if(!t[r]){if(e)return e(r);throw Error(\"Cannot find module '\"+r+\"'\")}var s=n[r]={exports:{}};t[r][0](function(e){var n=t[r][1][e];return i(n?n:e)},s,s.exports)}return n[r].exports}for(var s=0;r.length>s;s++)i(r[s]);return i}(require!==void 0&&require,{1:[function(require,module,exports){exports.readIEEE754=function(buffer,offset,isBE,mLen,nBytes){var e,m,eLen=8*nBytes-mLen-1,eMax=(1\u003C\u003CeLen)-1,eBias=eMax>>1,nBits=-7,i=isBE?0:nBytes-1,d=isBE?1:-1,s=buffer[offset+i];for(i+=d,e=s&(1\u003C\u003C-nBits)-1,s>>=-nBits,nBits+=eLen;nBits>0;e=256*e+buffer[offset+i],i+=d,nBits-=8);for(m=e&(1\u003C\u003C-nBits)-1,e>>=-nBits,nBits+=mLen;nBits>0;m=256*m+buffer[offset+i],i+=d,nBits-=8);if(0===e)e=1-eBias;else{if(e===eMax)return m?0/0:1/0*(s?-1:1);m+=Math.pow(2,mLen),e-=eBias}return(s?-1:1)*m*Math.pow(2,e-mLen)},exports.writeIEEE754=function(buffer,value,offset,isBE,mLen,nBytes){var e,m,c,eLen=8*nBytes-mLen-1,eMax=(1\u003C\u003CeLen)-1,eBias=eMax>>1,rt=23===mLen?Math.pow(2,-24)-Math.pow(2,-77):0,i=isBE?nBytes-1:0,d=isBE?-1:1,s=0>value||0===value&&0>1/value?1:0;for(value=Math.abs(value),isNaN(value)||1/0===value?(m=isNaN(value)?1:0,e=eMax):(e=Math.floor(Math.log(value)/Math.LN2),1>value*(c=Math.pow(2,-e))&&(e--,c*=2),value+=e+eBias>=1?rt/c:rt*Math.pow(2,1-eBias),value*c>=2&&(e++,c/=2),e+eBias>=eMax?(m=0,e=eMax):e+eBias>=1?(m=(value*c-1)*Math.pow(2,mLen),e+=eBias):(m=value*Math.pow(2,eBias-1)*Math.pow(2,mLen),e=0));mLen>=8;buffer[offset+i]=255&m,i+=d,m/=256,mLen-=8);for(e=e\u003C\u003CmLen|m,eLen+=mLen;eLen>0;buffer[offset+i]=255&e,i+=d,e/=256,eLen-=8);buffer[offset+i-d]|=128*s}},{}],2:[function(require,module){(function(){function objectKeys(object){if(Object.keys)return Object.keys(object);var result=[];for(var name in object)Object.prototype.hasOwnProperty.call(object,name)&&result.push(name);return result}function replacer(key,value){return void 0===value?\"\"+value:\"number\"!=typeof value||!isNaN(value)&&isFinite(value)?\"function\"==typeof value||value instanceof RegExp?\"\"+value:value:\"\"+value}function truncate(s,n){return\"string\"==typeof s?n>s.length?s:s.slice(0,n):s}function fail(actual,expected,message,operator,stackStartFunction){throw new assert.AssertionError({message:message,actual:actual,expected:expected,operator:operator,stackStartFunction:stackStartFunction})}function ok(value,message){value||fail(value,!0,message,\"==\",assert.ok)}function _deepEqual(actual,expected){if(actual===expected)return!0;if(Buffer.isBuffer(actual)&&Buffer.isBuffer(expected)){if(actual.length!=expected.length)return!1;for(var i=0;actual.length>i;i++)if(actual[i]!==expected[i])return!1;return!0}return actual instanceof Date&&expected instanceof Date?actual.getTime()===expected.getTime():\"object\"!=typeof actual&&\"object\"!=typeof expected?actual==expected:objEquiv(actual,expected)}function isUndefinedOrNull(value){return null===value||void 0===value}function isArguments(object){return\"[object Arguments]\"==Object.prototype.toString.call(object)}function objEquiv(a,b){if(isUndefinedOrNull(a)||isUndefinedOrNull(b))return!1;if(a.prototype!==b.prototype)return!1;if(isArguments(a))return isArguments(b)?(a=pSlice.call(a),b=pSlice.call(b),_deepEqual(a,b)):!1;try{var key,i,ka=objectKeys(a),kb=objectKeys(b)}catch(e){return!1}if(ka.length!=kb.length)return!1;for(ka.sort(),kb.sort(),i=ka.length-1;i>=0;i--)if(ka[i]!=kb[i])return!1;for(i=ka.length-1;i>=0;i--)if(key=ka[i],!_deepEqual(a[key],b[key]))return!1;return!0}function expectedException(actual,expected){return actual&&expected?expected instanceof RegExp?expected.test(actual):actual instanceof expected?!0:expected.call({},actual)===!0?!0:!1:!1}function _throws(shouldThrow,block,expected,message){var actual;\"string\"==typeof expected&&(message=expected,expected=null);try{block()}catch(e){actual=e}if(message=(expected&&expected.name?\" (\"+expected.name+\").\":\".\")+(message?\" \"+message:\".\"),shouldThrow&&!actual&&fail(\"Missing expected exception\"+message),!shouldThrow&&expectedException(actual,expected)&&fail(\"Got unwanted exception\"+message),shouldThrow&&actual&&expected&&!expectedException(actual,expected)||!shouldThrow&&actual)throw actual}var util=require(\"util\"),Buffer=require(\"buffer\").Buffer,pSlice=Array.prototype.slice,assert=module.exports=ok;assert.AssertionError=function(options){this.name=\"AssertionError\",this.message=options.message,this.actual=options.actual,this.expected=options.expected,this.operator=options.operator;var stackStartFunction=options.stackStartFunction||fail;Error.captureStackTrace&&Error.captureStackTrace(this,stackStartFunction)},util.inherits(assert.AssertionError,Error),assert.AssertionError.prototype.toString=function(){return this.message?[this.name+\":\",this.message].join(\" \"):[this.name+\":\",truncate(JSON.stringify(this.actual,replacer),128),this.operator,truncate(JSON.stringify(this.expected,replacer),128)].join(\" \")},assert.AssertionError.__proto__=Error.prototype,assert.fail=fail,assert.ok=ok,assert.equal=function(actual,expected,message){actual!=expected&&fail(actual,expected,message,\"==\",assert.equal)},assert.notEqual=function(actual,expected,message){actual==expected&&fail(actual,expected,message,\"!=\",assert.notEqual)},assert.deepEqual=function(actual,expected,message){_deepEqual(actual,expected)||fail(actual,expected,message,\"deepEqual\",assert.deepEqual)},assert.notDeepEqual=function(actual,expected,message){_deepEqual(actual,expected)&&fail(actual,expected,message,\"notDeepEqual\",assert.notDeepEqual)},assert.strictEqual=function(actual,expected,message){actual!==expected&&fail(actual,expected,message,\"===\",assert.strictEqual)},assert.notStrictEqual=function(actual,expected,message){actual===expected&&fail(actual,expected,message,\"!==\",assert.notStrictEqual)},assert.throws=function(){_throws.apply(this,[!0].concat(pSlice.call(arguments)))},assert.doesNotThrow=function(){_throws.apply(this,[!1].concat(pSlice.call(arguments)))},assert.ifError=function(err){if(err)throw err}})()},{util:3,buffer:4}],\"buffer-browserify\":[function(require,module){module.exports=require(\"q9TxCC\")},{}],q9TxCC:[function(require,module,exports){(function(){function SlowBuffer(size){this.length=size}function toHex(n){return 16>n?\"0\"+n.toString(16):n.toString(16)}function utf8ToBytes(str){for(var byteArray=[],i=0;str.length>i;i++)if(127>=str.charCodeAt(i))byteArray.push(str.charCodeAt(i));else for(var h=encodeURIComponent(str.charAt(i)).substr(1).split(\"%\"),j=0;h.length>j;j++)byteArray.push(parseInt(h[j],16));return byteArray}function asciiToBytes(str){for(var byteArray=[],i=0;str.length>i;i++)byteArray.push(255&str.charCodeAt(i));return byteArray}function base64ToBytes(str){return require(\"base64-js\").toByteArray(str)}function blitBuffer(src,dst,offset,length){for(var i=0;length>i&&!(i+offset>=dst.length||i>=src.length);)dst[i+offset]=src[i],i++;return i}function decodeUtf8Char(str){try{return decodeURIComponent(str)}catch(err){return String.fromCharCode(65533)}}function coerce(length){return length=~~Math.ceil(+length),0>length?0:length}function Buffer(subject,encoding,offset){if(!(this instanceof Buffer))return new Buffer(subject,encoding,offset);var type;if(\"number\"==typeof offset)this.length=coerce(encoding),this.parent=subject,this.offset=offset;else{switch(type=typeof subject){case\"number\":this.length=coerce(subject);break;case\"string\":this.length=Buffer.byteLength(subject,encoding);break;case\"object\":this.length=coerce(subject.length);break;default:throw Error(\"First argument needs to be a number, array or string.\")}if(this.length>Buffer.poolSize?(this.parent=new SlowBuffer(this.length),this.offset=0):((!pool||pool.length-pool.used\u003Cthis.length)&&allocPool(),this.parent=pool,this.offset=pool.used,pool.used+=this.length),isArrayIsh(subject))for(var i=0;this.length>i;i++)this.parent[i+this.offset]=subject instanceof Buffer?subject.readUInt8(i):subject[i];else\"string\"==type&&(this.length=this.write(subject,0,encoding))}}function isArrayIsh(subject){return Array.isArray(subject)||Buffer.isBuffer(subject)||subject&&\"object\"==typeof subject&&\"number\"==typeof subject.length}function allocPool(){pool=new SlowBuffer(Buffer.poolSize),pool.used=0}function readUInt16(buffer,offset,isBigEndian,noAssert){var val=0;return noAssert||(assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset+1,\"Trying to read beyond buffer length\")),offset>=buffer.length?0:(isBigEndian?(val=buffer.parent[buffer.offset+offset]\u003C\u003C8,buffer.length>offset+1&&(val|=buffer.parent[buffer.offset+offset+1])):(val=buffer.parent[buffer.offset+offset],buffer.length>offset+1&&(val|=buffer.parent[buffer.offset+offset+1]\u003C\u003C8)),val)}function readUInt32(buffer,offset,isBigEndian,noAssert){var val=0;return noAssert||(assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset+3,\"Trying to read beyond buffer length\")),offset>=buffer.length?0:(isBigEndian?(buffer.length>offset+1&&(val=buffer.parent[buffer.offset+offset+1]\u003C\u003C16),buffer.length>offset+2&&(val|=buffer.parent[buffer.offset+offset+2]\u003C\u003C8),buffer.length>offset+3&&(val|=buffer.parent[buffer.offset+offset+3]),val+=buffer.parent[buffer.offset+offset]\u003C\u003C24>>>0):(buffer.length>offset+2&&(val=buffer.parent[buffer.offset+offset+2]\u003C\u003C16),buffer.length>offset+1&&(val|=buffer.parent[buffer.offset+offset+1]\u003C\u003C8),val|=buffer.parent[buffer.offset+offset],buffer.length>offset+3&&(val+=buffer.parent[buffer.offset+offset+3]\u003C\u003C24>>>0)),val)}function readInt16(buffer,offset,isBigEndian,noAssert){var neg,val;return noAssert||(assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset+1,\"Trying to read beyond buffer length\")),val=readUInt16(buffer,offset,isBigEndian,noAssert),neg=32768&val,neg?-1*(65535-val+1):val}function readInt32(buffer,offset,isBigEndian,noAssert){var neg,val;return noAssert||(assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset+3,\"Trying to read beyond buffer length\")),val=readUInt32(buffer,offset,isBigEndian,noAssert),neg=2147483648&val,neg?-1*(4294967295-val+1):val}function readFloat(buffer,offset,isBigEndian,noAssert){return noAssert||(assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(buffer.length>offset+3,\"Trying to read beyond buffer length\")),require(\"./buffer_ieee754\").readIEEE754(buffer,offset,isBigEndian,23,4)}function readDouble(buffer,offset,isBigEndian,noAssert){return noAssert||(assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(buffer.length>offset+7,\"Trying to read beyond buffer length\")),require(\"./buffer_ieee754\").readIEEE754(buffer,offset,isBigEndian,52,8)}function verifuint(value,max){assert.ok(\"number\"==typeof value,\"cannot write a non-number as a number\"),assert.ok(value>=0,\"specified a negative value for writing an unsigned value\"),assert.ok(max>=value,\"value is larger than maximum value for type\"),assert.ok(Math.floor(value)===value,\"value has a fractional component\")}function writeUInt16(buffer,value,offset,isBigEndian,noAssert){noAssert||(assert.ok(void 0!==value&&null!==value,\"missing value\"),assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset+1,\"trying to write beyond buffer length\"),verifuint(value,65535));for(var i=0;Math.min(buffer.length-offset,2)>i;i++)buffer.parent[buffer.offset+offset+i]=(value&255\u003C\u003C8*(isBigEndian?1-i:i))>>>8*(isBigEndian?1-i:i)}function writeUInt32(buffer,value,offset,isBigEndian,noAssert){noAssert||(assert.ok(void 0!==value&&null!==value,\"missing value\"),assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset+3,\"trying to write beyond buffer length\"),verifuint(value,4294967295));for(var i=0;Math.min(buffer.length-offset,4)>i;i++)buffer.parent[buffer.offset+offset+i]=255&value>>>8*(isBigEndian?3-i:i)}function verifsint(value,max,min){assert.ok(\"number\"==typeof value,\"cannot write a non-number as a number\"),assert.ok(max>=value,\"value larger than maximum allowed value\"),assert.ok(value>=min,\"value smaller than minimum allowed value\"),assert.ok(Math.floor(value)===value,\"value has a fractional component\")}function verifIEEE754(value,max,min){assert.ok(\"number\"==typeof value,\"cannot write a non-number as a number\"),assert.ok(max>=value,\"value larger than maximum allowed value\"),assert.ok(value>=min,\"value smaller than minimum allowed value\")}function writeInt16(buffer,value,offset,isBigEndian,noAssert){noAssert||(assert.ok(void 0!==value&&null!==value,\"missing value\"),assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset+1,\"Trying to write beyond buffer length\"),verifsint(value,32767,-32768)),value>=0?writeUInt16(buffer,value,offset,isBigEndian,noAssert):writeUInt16(buffer,65535+value+1,offset,isBigEndian,noAssert)}function writeInt32(buffer,value,offset,isBigEndian,noAssert){noAssert||(assert.ok(void 0!==value&&null!==value,\"missing value\"),assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset+3,\"Trying to write beyond buffer length\"),verifsint(value,2147483647,-2147483648)),value>=0?writeUInt32(buffer,value,offset,isBigEndian,noAssert):writeUInt32(buffer,4294967295+value+1,offset,isBigEndian,noAssert)}function writeFloat(buffer,value,offset,isBigEndian,noAssert){noAssert||(assert.ok(void 0!==value&&null!==value,\"missing value\"),assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset+3,\"Trying to write beyond buffer length\"),verifIEEE754(value,3.4028234663852886e38,-3.4028234663852886e38)),require(\"./buffer_ieee754\").writeIEEE754(buffer,value,offset,isBigEndian,23,4)}function writeDouble(buffer,value,offset,isBigEndian,noAssert){noAssert||(assert.ok(void 0!==value&&null!==value,\"missing value\"),assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset+7,\"Trying to write beyond buffer length\"),verifIEEE754(value,1.7976931348623157e308,-1.7976931348623157e308)),require(\"./buffer_ieee754\").writeIEEE754(buffer,value,offset,isBigEndian,52,8)}var assert=require(\"assert\");exports.INSPECT_MAX_BYTES=50,SlowBuffer.byteLength=function(str,encoding){switch(encoding||\"utf8\"){case\"hex\":return str.length/2;case\"utf8\":case\"utf-8\":return utf8ToBytes(str).length;case\"ascii\":case\"binary\":return str.length;case\"base64\":return base64ToBytes(str).length;default:throw Error(\"Unknown encoding\")}},SlowBuffer.prototype.utf8Write=function(string,offset,length){return SlowBuffer._charsWritten=blitBuffer(utf8ToBytes(string),this,offset,length)},SlowBuffer.prototype.asciiWrite=function(string,offset,length){return SlowBuffer._charsWritten=blitBuffer(asciiToBytes(string),this,offset,length)},SlowBuffer.prototype.binaryWrite=SlowBuffer.prototype.asciiWrite,SlowBuffer.prototype.base64Write=function(string,offset,length){return SlowBuffer._charsWritten=blitBuffer(base64ToBytes(string),this,offset,length)},SlowBuffer.prototype.base64Slice=function(){var bytes=Array.prototype.slice.apply(this,arguments);return require(\"base64-js\").fromByteArray(bytes)},SlowBuffer.prototype.utf8Slice=function(){for(var bytes=Array.prototype.slice.apply(this,arguments),res=\"\",tmp=\"\",i=0;bytes.length>i;)127>=bytes[i]?(res+=decodeUtf8Char(tmp)+String.fromCharCode(bytes[i]),tmp=\"\"):tmp+=\"%\"+bytes[i].toString(16),i++;return res+decodeUtf8Char(tmp)},SlowBuffer.prototype.asciiSlice=function(){for(var bytes=Array.prototype.slice.apply(this,arguments),ret=\"\",i=0;bytes.length>i;i++)ret+=String.fromCharCode(bytes[i]);return ret},SlowBuffer.prototype.binarySlice=SlowBuffer.prototype.asciiSlice,SlowBuffer.prototype.inspect=function(){for(var out=[],len=this.length,i=0;len>i;i++)if(out[i]=toHex(this[i]),i==exports.INSPECT_MAX_BYTES){out[i+1]=\"...\";break}return\"\u003CSlowBuffer \"+out.join(\" \")+\">\"},SlowBuffer.prototype.hexSlice=function(start,end){var len=this.length;(!start||0>start)&&(start=0),(!end||0>end||end>len)&&(end=len);for(var out=\"\",i=start;end>i;i++)out+=toHex(this[i]);return out},SlowBuffer.prototype.toString=function(encoding,start,end){if(encoding=((encoding||\"utf8\")+\"\").toLowerCase(),start=+start||0,end===void 0&&(end=this.length),+end==start)return\"\";switch(encoding){case\"hex\":return this.hexSlice(start,end);case\"utf8\":case\"utf-8\":return this.utf8Slice(start,end);case\"ascii\":return this.asciiSlice(start,end);case\"binary\":return this.binarySlice(start,end);case\"base64\":return this.base64Slice(start,end);case\"ucs2\":case\"ucs-2\":return this.ucs2Slice(start,end);default:throw Error(\"Unknown encoding\")}},SlowBuffer.prototype.hexWrite=function(string,offset,length){offset=+offset||0;var remaining=this.length-offset;length?(length=+length,length>remaining&&(length=remaining)):length=remaining;var strLen=string.length;if(strLen%2)throw Error(\"Invalid hex string\");length>strLen/2&&(length=strLen/2);for(var i=0;length>i;i++){var byte=parseInt(string.substr(2*i,2),16);if(isNaN(byte))throw Error(\"Invalid hex string\");this[offset+i]=byte}return SlowBuffer._charsWritten=2*i,i},SlowBuffer.prototype.write=function(string,offset,length,encoding){if(isFinite(offset))isFinite(length)||(encoding=length,length=void 0);else{var swap=encoding;encoding=offset,offset=length,length=swap}offset=+offset||0;var remaining=this.length-offset;switch(length?(length=+length,length>remaining&&(length=remaining)):length=remaining,encoding=((encoding||\"utf8\")+\"\").toLowerCase()){case\"hex\":return this.hexWrite(string,offset,length);case\"utf8\":case\"utf-8\":return this.utf8Write(string,offset,length);case\"ascii\":return this.asciiWrite(string,offset,length);case\"binary\":return this.binaryWrite(string,offset,length);case\"base64\":return this.base64Write(string,offset,length);case\"ucs2\":case\"ucs-2\":return this.ucs2Write(string,offset,length);default:throw Error(\"Unknown encoding\")}},SlowBuffer.prototype.slice=function(start,end){if(void 0===end&&(end=this.length),end>this.length)throw Error(\"oob\");if(start>end)throw Error(\"oob\");return new Buffer(this,end-start,+start)},SlowBuffer.prototype.copy=function(target,targetstart,sourcestart,sourceend){for(var temp=[],i=sourcestart;sourceend>i;i++)assert.ok(this[i]!==void 0,\"copying undefined buffer bytes!\"),temp.push(this[i]);for(var i=targetstart;targetstart+temp.length>i;i++)target[i]=temp[i-targetstart]},SlowBuffer.prototype.fill=function(value,start,end){if(end>this.length)throw Error(\"oob\");if(start>end)throw Error(\"oob\");for(var i=start;end>i;i++)this[i]=value},exports.SlowBuffer=SlowBuffer,exports.Buffer=Buffer,Buffer.poolSize=8192;var pool;Buffer.isBuffer=function(b){return b instanceof Buffer||b instanceof SlowBuffer},Buffer.concat=function(list,totalLength){if(!Array.isArray(list))throw Error(\"Usage: Buffer.concat(list, [totalLength])\\n       list should be an Array.\");if(0===list.length)return new Buffer(0);if(1===list.length)return list[0];if(\"number\"!=typeof totalLength){totalLength=0;for(var i=0;list.length>i;i++){var buf=list[i];totalLength+=buf.length}}for(var buffer=new Buffer(totalLength),pos=0,i=0;list.length>i;i++){var buf=list[i];buf.copy(buffer,pos),pos+=buf.length}return buffer},Buffer.prototype.inspect=function(){for(var out=[],len=this.length,i=0;len>i;i++)if(out[i]=toHex(this.parent[i+this.offset]),i==exports.INSPECT_MAX_BYTES){out[i+1]=\"...\";break}return\"\u003CBuffer \"+out.join(\" \")+\">\"},Buffer.prototype.get=function(i){if(0>i||i>=this.length)throw Error(\"oob\");return this.parent[this.offset+i]},Buffer.prototype.set=function(i,v){if(0>i||i>=this.length)throw Error(\"oob\");return this.parent[this.offset+i]=v},Buffer.prototype.write=function(string,offset,length,encoding){if(isFinite(offset))isFinite(length)||(encoding=length,length=void 0);else{var swap=encoding;encoding=offset,offset=length,length=swap}offset=+offset||0;var remaining=this.length-offset;length?(length=+length,length>remaining&&(length=remaining)):length=remaining,encoding=((encoding||\"utf8\")+\"\").toLowerCase();var ret;switch(encoding){case\"hex\":ret=this.parent.hexWrite(string,this.offset+offset,length);break;\ncase\"utf8\":case\"utf-8\":ret=this.parent.utf8Write(string,this.offset+offset,length);break;case\"ascii\":ret=this.parent.asciiWrite(string,this.offset+offset,length);break;case\"binary\":ret=this.parent.binaryWrite(string,this.offset+offset,length);break;case\"base64\":ret=this.parent.base64Write(string,this.offset+offset,length);break;case\"ucs2\":case\"ucs-2\":ret=this.parent.ucs2Write(string,this.offset+offset,length);break;default:throw Error(\"Unknown encoding\")}return Buffer._charsWritten=SlowBuffer._charsWritten,ret},Buffer.prototype.toString=function(encoding,start,end){switch(encoding=((encoding||\"utf8\")+\"\").toLowerCase(),start===void 0||0>start?start=0:start>this.length&&(start=this.length),end===void 0||end>this.length?end=this.length:0>end&&(end=0),start+=this.offset,end+=this.offset,encoding){case\"hex\":return this.parent.hexSlice(start,end);case\"utf8\":case\"utf-8\":return this.parent.utf8Slice(start,end);case\"ascii\":return this.parent.asciiSlice(start,end);case\"binary\":return this.parent.binarySlice(start,end);case\"base64\":return this.parent.base64Slice(start,end);case\"ucs2\":case\"ucs-2\":return this.parent.ucs2Slice(start,end);default:throw Error(\"Unknown encoding\")}},Buffer.byteLength=SlowBuffer.byteLength,Buffer.prototype.fill=function(value,start,end){if(value||(value=0),start||(start=0),end||(end=this.length),\"string\"==typeof value&&(value=value.charCodeAt(0)),\"number\"!=typeof value||isNaN(value))throw Error(\"value is not a number\");if(start>end)throw Error(\"end \u003C start\");if(end===start)return 0;if(0==this.length)return 0;if(0>start||start>=this.length)throw Error(\"start out of bounds\");if(0>end||end>this.length)throw Error(\"end out of bounds\");return this.parent.fill(value,start+this.offset,end+this.offset)},Buffer.prototype.copy=function(target,target_start,start,end){var source=this;if(start||(start=0),end||(end=this.length),target_start||(target_start=0),start>end)throw Error(\"sourceEnd \u003C sourceStart\");if(end===start)return 0;if(0==target.length||0==source.length)return 0;if(0>target_start||target_start>=target.length)throw Error(\"targetStart out of bounds\");if(0>start||start>=source.length)throw Error(\"sourceStart out of bounds\");if(0>end||end>source.length)throw Error(\"sourceEnd out of bounds\");return end>this.length&&(end=this.length),end-start>target.length-target_start&&(end=target.length-target_start+start),this.parent.copy(target.parent,target_start+target.offset,start+this.offset,end+this.offset)},Buffer.prototype.slice=function(start,end){if(void 0===end&&(end=this.length),end>this.length)throw Error(\"oob\");if(start>end)throw Error(\"oob\");return new Buffer(this.parent,end-start,+start+this.offset)},Buffer.prototype.utf8Slice=function(start,end){return this.toString(\"utf8\",start,end)},Buffer.prototype.binarySlice=function(start,end){return this.toString(\"binary\",start,end)},Buffer.prototype.asciiSlice=function(start,end){return this.toString(\"ascii\",start,end)},Buffer.prototype.utf8Write=function(string,offset){return this.write(string,offset,\"utf8\")},Buffer.prototype.binaryWrite=function(string,offset){return this.write(string,offset,\"binary\")},Buffer.prototype.asciiWrite=function(string,offset){return this.write(string,offset,\"ascii\")},Buffer.prototype.readUInt8=function(offset,noAssert){var buffer=this;return noAssert||(assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset,\"Trying to read beyond buffer length\")),offset>=buffer.length?void 0:buffer.parent[buffer.offset+offset]},Buffer.prototype.readUInt16LE=function(offset,noAssert){return readUInt16(this,offset,!1,noAssert)},Buffer.prototype.readUInt16BE=function(offset,noAssert){return readUInt16(this,offset,!0,noAssert)},Buffer.prototype.readUInt32LE=function(offset,noAssert){return readUInt32(this,offset,!1,noAssert)},Buffer.prototype.readUInt32BE=function(offset,noAssert){return readUInt32(this,offset,!0,noAssert)},Buffer.prototype.readInt8=function(offset,noAssert){var neg,buffer=this;return noAssert||(assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset,\"Trying to read beyond buffer length\")),offset>=buffer.length?void 0:(neg=128&buffer.parent[buffer.offset+offset],neg?-1*(255-buffer.parent[buffer.offset+offset]+1):buffer.parent[buffer.offset+offset])},Buffer.prototype.readInt16LE=function(offset,noAssert){return readInt16(this,offset,!1,noAssert)},Buffer.prototype.readInt16BE=function(offset,noAssert){return readInt16(this,offset,!0,noAssert)},Buffer.prototype.readInt32LE=function(offset,noAssert){return readInt32(this,offset,!1,noAssert)},Buffer.prototype.readInt32BE=function(offset,noAssert){return readInt32(this,offset,!0,noAssert)},Buffer.prototype.readFloatLE=function(offset,noAssert){return readFloat(this,offset,!1,noAssert)},Buffer.prototype.readFloatBE=function(offset,noAssert){return readFloat(this,offset,!0,noAssert)},Buffer.prototype.readDoubleLE=function(offset,noAssert){return readDouble(this,offset,!1,noAssert)},Buffer.prototype.readDoubleBE=function(offset,noAssert){return readDouble(this,offset,!0,noAssert)},Buffer.prototype.writeUInt8=function(value,offset,noAssert){var buffer=this;noAssert||(assert.ok(void 0!==value&&null!==value,\"missing value\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset,\"trying to write beyond buffer length\"),verifuint(value,255)),buffer.length>offset&&(buffer.parent[buffer.offset+offset]=value)},Buffer.prototype.writeUInt16LE=function(value,offset,noAssert){writeUInt16(this,value,offset,!1,noAssert)},Buffer.prototype.writeUInt16BE=function(value,offset,noAssert){writeUInt16(this,value,offset,!0,noAssert)},Buffer.prototype.writeUInt32LE=function(value,offset,noAssert){writeUInt32(this,value,offset,!1,noAssert)},Buffer.prototype.writeUInt32BE=function(value,offset,noAssert){writeUInt32(this,value,offset,!0,noAssert)},Buffer.prototype.writeInt8=function(value,offset,noAssert){var buffer=this;noAssert||(assert.ok(void 0!==value&&null!==value,\"missing value\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset,\"Trying to write beyond buffer length\"),verifsint(value,127,-128)),value>=0?buffer.writeUInt8(value,offset,noAssert):buffer.writeUInt8(255+value+1,offset,noAssert)},Buffer.prototype.writeInt16LE=function(value,offset,noAssert){writeInt16(this,value,offset,!1,noAssert)},Buffer.prototype.writeInt16BE=function(value,offset,noAssert){writeInt16(this,value,offset,!0,noAssert)},Buffer.prototype.writeInt32LE=function(value,offset,noAssert){writeInt32(this,value,offset,!1,noAssert)},Buffer.prototype.writeInt32BE=function(value,offset,noAssert){writeInt32(this,value,offset,!0,noAssert)},Buffer.prototype.writeFloatLE=function(value,offset,noAssert){writeFloat(this,value,offset,!1,noAssert)},Buffer.prototype.writeFloatBE=function(value,offset,noAssert){writeFloat(this,value,offset,!0,noAssert)},Buffer.prototype.writeDoubleLE=function(value,offset,noAssert){writeDouble(this,value,offset,!1,noAssert)},Buffer.prototype.writeDoubleBE=function(value,offset,noAssert){writeDouble(this,value,offset,!0,noAssert)},SlowBuffer.prototype.readUInt8=Buffer.prototype.readUInt8,SlowBuffer.prototype.readUInt16LE=Buffer.prototype.readUInt16LE,SlowBuffer.prototype.readUInt16BE=Buffer.prototype.readUInt16BE,SlowBuffer.prototype.readUInt32LE=Buffer.prototype.readUInt32LE,SlowBuffer.prototype.readUInt32BE=Buffer.prototype.readUInt32BE,SlowBuffer.prototype.readInt8=Buffer.prototype.readInt8,SlowBuffer.prototype.readInt16LE=Buffer.prototype.readInt16LE,SlowBuffer.prototype.readInt16BE=Buffer.prototype.readInt16BE,SlowBuffer.prototype.readInt32LE=Buffer.prototype.readInt32LE,SlowBuffer.prototype.readInt32BE=Buffer.prototype.readInt32BE,SlowBuffer.prototype.readFloatLE=Buffer.prototype.readFloatLE,SlowBuffer.prototype.readFloatBE=Buffer.prototype.readFloatBE,SlowBuffer.prototype.readDoubleLE=Buffer.prototype.readDoubleLE,SlowBuffer.prototype.readDoubleBE=Buffer.prototype.readDoubleBE,SlowBuffer.prototype.writeUInt8=Buffer.prototype.writeUInt8,SlowBuffer.prototype.writeUInt16LE=Buffer.prototype.writeUInt16LE,SlowBuffer.prototype.writeUInt16BE=Buffer.prototype.writeUInt16BE,SlowBuffer.prototype.writeUInt32LE=Buffer.prototype.writeUInt32LE,SlowBuffer.prototype.writeUInt32BE=Buffer.prototype.writeUInt32BE,SlowBuffer.prototype.writeInt8=Buffer.prototype.writeInt8,SlowBuffer.prototype.writeInt16LE=Buffer.prototype.writeInt16LE,SlowBuffer.prototype.writeInt16BE=Buffer.prototype.writeInt16BE,SlowBuffer.prototype.writeInt32LE=Buffer.prototype.writeInt32LE,SlowBuffer.prototype.writeInt32BE=Buffer.prototype.writeInt32BE,SlowBuffer.prototype.writeFloatLE=Buffer.prototype.writeFloatLE,SlowBuffer.prototype.writeFloatBE=Buffer.prototype.writeFloatBE,SlowBuffer.prototype.writeDoubleLE=Buffer.prototype.writeDoubleLE,SlowBuffer.prototype.writeDoubleBE=Buffer.prototype.writeDoubleBE})()},{assert:2,\"./buffer_ieee754\":1,\"base64-js\":5}],3:[function(require,module,exports){function isArray(ar){return ar instanceof Array||Array.isArray(ar)||ar&&ar!==Object.prototype&&isArray(ar.__proto__)}function isRegExp(re){return re instanceof RegExp||\"object\"==typeof re&&\"[object RegExp]\"===Object.prototype.toString.call(re)}function isDate(d){if(d instanceof Date)return!0;if(\"object\"!=typeof d)return!1;var properties=Date.prototype&&Object_getOwnPropertyNames(Date.prototype),proto=d.__proto__&&Object_getOwnPropertyNames(d.__proto__);return JSON.stringify(proto)===JSON.stringify(properties)}require(\"events\"),exports.isArray=isArray,exports.isDate=function(obj){return\"[object Date]\"===Object.prototype.toString.call(obj)},exports.isRegExp=function(obj){return\"[object RegExp]\"===Object.prototype.toString.call(obj)},exports.print=function(){},exports.puts=function(){},exports.debug=function(){},exports.inspect=function(obj,showHidden,depth,colors){function format(value,recurseTimes){if(value&&\"function\"==typeof value.inspect&&value!==exports&&(!value.constructor||value.constructor.prototype!==value))return value.inspect(recurseTimes);switch(typeof value){case\"undefined\":return stylize(\"undefined\",\"undefined\");case\"string\":var simple=\"'\"+JSON.stringify(value).replace(/^\"|\"$/g,\"\").replace(/'/g,\"\\\\'\").replace(/\\\\\"/g,'\"')+\"'\";return stylize(simple,\"string\");case\"number\":return stylize(\"\"+value,\"number\");case\"boolean\":return stylize(\"\"+value,\"boolean\")}if(null===value)return stylize(\"null\",\"null\");var visible_keys=Object_keys(value),keys=showHidden?Object_getOwnPropertyNames(value):visible_keys;if(\"function\"==typeof value&&0===keys.length){if(isRegExp(value))return stylize(\"\"+value,\"regexp\");var name=value.name?\": \"+value.name:\"\";return stylize(\"[Function\"+name+\"]\",\"special\")}if(isDate(value)&&0===keys.length)return stylize(value.toUTCString(),\"date\");var base,type,braces;if(isArray(value)?(type=\"Array\",braces=[\"[\",\"]\"]):(type=\"Object\",braces=[\"{\",\"}\"]),\"function\"==typeof value){var n=value.name?\": \"+value.name:\"\";base=isRegExp(value)?\" \"+value:\" [Function\"+n+\"]\"}else base=\"\";if(isDate(value)&&(base=\" \"+value.toUTCString()),0===keys.length)return braces[0]+base+braces[1];if(0>recurseTimes)return isRegExp(value)?stylize(\"\"+value,\"regexp\"):stylize(\"[Object]\",\"special\");seen.push(value);var output=keys.map(function(key){var name,str;if(value.__lookupGetter__&&(value.__lookupGetter__(key)?str=value.__lookupSetter__(key)?stylize(\"[Getter/Setter]\",\"special\"):stylize(\"[Getter]\",\"special\"):value.__lookupSetter__(key)&&(str=stylize(\"[Setter]\",\"special\"))),0>visible_keys.indexOf(key)&&(name=\"[\"+key+\"]\"),str||(0>seen.indexOf(value[key])?(str=null===recurseTimes?format(value[key]):format(value[key],recurseTimes-1),str.indexOf(\"\\n\")>-1&&(str=isArray(value)?str.split(\"\\n\").map(function(line){return\"  \"+line}).join(\"\\n\").substr(2):\"\\n\"+str.split(\"\\n\").map(function(line){return\"   \"+line}).join(\"\\n\"))):str=stylize(\"[Circular]\",\"special\")),name===void 0){if(\"Array\"===type&&key.match(/^\\d+$/))return str;name=JSON.stringify(\"\"+key),name.match(/^\"([a-zA-Z_][a-zA-Z_0-9]*)\"$/)?(name=name.substr(1,name.length-2),name=stylize(name,\"name\")):(name=name.replace(/'/g,\"\\\\'\").replace(/\\\\\"/g,'\"').replace(/(^\"|\"$)/g,\"'\"),name=stylize(name,\"string\"))}return name+\": \"+str});seen.pop();var numLinesEst=0,length=output.reduce(function(prev,cur){return numLinesEst++,cur.indexOf(\"\\n\")>=0&&numLinesEst++,prev+cur.length+1},0);return output=length>50?braces[0]+(\"\"===base?\"\":base+\"\\n \")+\" \"+output.join(\",\\n  \")+\" \"+braces[1]:braces[0]+base+\" \"+output.join(\", \")+\" \"+braces[1]}var seen=[],stylize=function(str,styleType){var styles={bold:[1,22],italic:[3,23],underline:[4,24],inverse:[7,27],white:[37,39],grey:[90,39],black:[30,39],blue:[34,39],cyan:[36,39],green:[32,39],magenta:[35,39],red:[31,39],yellow:[33,39]},style={special:\"cyan\",number:\"blue\",\"boolean\":\"yellow\",undefined:\"grey\",\"null\":\"bold\",string:\"green\",date:\"magenta\",regexp:\"red\"}[styleType];return style?\"\u001b[\"+styles[style][0]+\"m\"+str+\"\u001b[\"+styles[style][1]+\"m\":str};return colors||(stylize=function(str){return str}),format(obj,depth===void 0?2:depth)},exports.log=function(){},exports.pump=null;var Object_keys=Object.keys||function(obj){var res=[];for(var key in obj)res.push(key);return res},Object_getOwnPropertyNames=Object.getOwnPropertyNames||function(obj){var res=[];for(var key in obj)Object.hasOwnProperty.call(obj,key)&&res.push(key);return res},Object_create=Object.create||function(prototype,properties){var object;if(null===prototype)object={__proto__:null};else{if(\"object\"!=typeof prototype)throw new TypeError(\"typeof prototype[\"+typeof prototype+\"] != 'object'\");var Type=function(){};Type.prototype=prototype,object=new Type,object.__proto__=prototype}return properties!==void 0&&Object.defineProperties&&Object.defineProperties(object,properties),object};exports.inherits=function(ctor,superCtor){ctor.super_=superCtor,ctor.prototype=Object_create(superCtor.prototype,{constructor:{value:ctor,enumerable:!1,writable:!0,configurable:!0}})};var formatRegExp=/%[sdj%]/g;exports.format=function(f){if(\"string\"!=typeof f){for(var objects=[],i=0;arguments.length>i;i++)objects.push(exports.inspect(arguments[i]));return objects.join(\" \")}for(var i=1,args=arguments,len=args.length,str=(f+\"\").replace(formatRegExp,function(x){if(\"%%\"===x)return\"%\";if(i>=len)return x;switch(x){case\"%s\":return args[i++]+\"\";case\"%d\":return Number(args[i++]);case\"%j\":return JSON.stringify(args[i++]);default:return x}}),x=args[i];len>i;x=args[++i])str+=null===x||\"object\"!=typeof x?\" \"+x:\" \"+exports.inspect(x);return str}},{events:6}],5:[function(require,module){(function(){\"use strict\";function b64ToByteArray(b64){var i,j,l,tmp,placeHolders,arr;if(b64.length%4>0)throw\"Invalid string. Length must be a multiple of 4\";for(placeHolders=b64.indexOf(\"=\"),placeHolders=placeHolders>0?b64.length-placeHolders:0,arr=[],l=placeHolders>0?b64.length-4:b64.length,i=0,j=0;l>i;i+=4,j+=3)tmp=lookup.indexOf(b64[i])\u003C\u003C18|lookup.indexOf(b64[i+1])\u003C\u003C12|lookup.indexOf(b64[i+2])\u003C\u003C6|lookup.indexOf(b64[i+3]),arr.push((16711680&tmp)>>16),arr.push((65280&tmp)>>8),arr.push(255&tmp);return 2===placeHolders?(tmp=lookup.indexOf(b64[i])\u003C\u003C2|lookup.indexOf(b64[i+1])>>4,arr.push(255&tmp)):1===placeHolders&&(tmp=lookup.indexOf(b64[i])\u003C\u003C10|lookup.indexOf(b64[i+1])\u003C\u003C4|lookup.indexOf(b64[i+2])>>2,arr.push(255&tmp>>8),arr.push(255&tmp)),arr}function uint8ToBase64(uint8){function tripletToBase64(num){return lookup[63&num>>18]+lookup[63&num>>12]+lookup[63&num>>6]+lookup[63&num]}var i,temp,length,extraBytes=uint8.length%3,output=\"\";for(i=0,length=uint8.length-extraBytes;length>i;i+=3)temp=(uint8[i]\u003C\u003C16)+(uint8[i+1]\u003C\u003C8)+uint8[i+2],output+=tripletToBase64(temp);switch(extraBytes){case 1:temp=uint8[uint8.length-1],output+=lookup[temp>>2],output+=lookup[63&temp\u003C\u003C4],output+=\"==\";break;case 2:temp=(uint8[uint8.length-2]\u003C\u003C8)+uint8[uint8.length-1],output+=lookup[temp>>10],output+=lookup[63&temp>>4],output+=lookup[63&temp\u003C\u003C2],output+=\"=\"}return output}var lookup=\"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/\";module.exports.toByteArray=b64ToByteArray,module.exports.fromByteArray=uint8ToBase64})()},{}],7:[function(require,module,exports){exports.readIEEE754=function(buffer,offset,isBE,mLen,nBytes){var e,m,eLen=8*nBytes-mLen-1,eMax=(1\u003C\u003CeLen)-1,eBias=eMax>>1,nBits=-7,i=isBE?0:nBytes-1,d=isBE?1:-1,s=buffer[offset+i];for(i+=d,e=s&(1\u003C\u003C-nBits)-1,s>>=-nBits,nBits+=eLen;nBits>0;e=256*e+buffer[offset+i],i+=d,nBits-=8);for(m=e&(1\u003C\u003C-nBits)-1,e>>=-nBits,nBits+=mLen;nBits>0;m=256*m+buffer[offset+i],i+=d,nBits-=8);if(0===e)e=1-eBias;else{if(e===eMax)return m?0/0:1/0*(s?-1:1);m+=Math.pow(2,mLen),e-=eBias}return(s?-1:1)*m*Math.pow(2,e-mLen)},exports.writeIEEE754=function(buffer,value,offset,isBE,mLen,nBytes){var e,m,c,eLen=8*nBytes-mLen-1,eMax=(1\u003C\u003CeLen)-1,eBias=eMax>>1,rt=23===mLen?Math.pow(2,-24)-Math.pow(2,-77):0,i=isBE?nBytes-1:0,d=isBE?-1:1,s=0>value||0===value&&0>1/value?1:0;for(value=Math.abs(value),isNaN(value)||1/0===value?(m=isNaN(value)?1:0,e=eMax):(e=Math.floor(Math.log(value)/Math.LN2),1>value*(c=Math.pow(2,-e))&&(e--,c*=2),value+=e+eBias>=1?rt/c:rt*Math.pow(2,1-eBias),value*c>=2&&(e++,c/=2),e+eBias>=eMax?(m=0,e=eMax):e+eBias>=1?(m=(value*c-1)*Math.pow(2,mLen),e+=eBias):(m=value*Math.pow(2,eBias-1)*Math.pow(2,mLen),e=0));mLen>=8;buffer[offset+i]=255&m,i+=d,m/=256,mLen-=8);for(e=e\u003C\u003CmLen|m,eLen+=mLen;eLen>0;buffer[offset+i]=255&e,i+=d,e/=256,eLen-=8);buffer[offset+i-d]|=128*s}},{}],8:[function(require,module){var process=module.exports={};process.nextTick=function(){var canSetImmediate=\"undefined\"!=typeof window&&window.setImmediate,canPost=\"undefined\"!=typeof window&&window.postMessage&&window.addEventListener;if(canSetImmediate)return function(f){return window.setImmediate(f)};if(canPost){var queue=[];return window.addEventListener(\"message\",function(ev){if(ev.source===window&&\"process-tick\"===ev.data&&(ev.stopPropagation(),queue.length>0)){var fn=queue.shift();fn()}},!0),function(fn){queue.push(fn),window.postMessage(\"process-tick\",\"*\")}}return function(fn){setTimeout(fn,0)}}(),process.title=\"browser\",process.browser=!0,process.env={},process.argv=[],process.binding=function(){throw Error(\"process.binding is not supported\")},process.cwd=function(){return\"/\"},process.chdir=function(){throw Error(\"process.chdir is not supported\")}},{}],6:[function(require,module,exports){(function(process){function indexOf(xs,x){if(xs.indexOf)return xs.indexOf(x);for(var i=0;xs.length>i;i++)if(x===xs[i])return i;return-1}process.EventEmitter||(process.EventEmitter=function(){});var EventEmitter=exports.EventEmitter=process.EventEmitter,isArray=\"function\"==typeof Array.isArray?Array.isArray:function(xs){return\"[object Array]\"===Object.prototype.toString.call(xs)},defaultMaxListeners=10;EventEmitter.prototype.setMaxListeners=function(n){this._events||(this._events={}),this._events.maxListeners=n},EventEmitter.prototype.emit=function(type){if(\"error\"===type&&(!this._events||!this._events.error||isArray(this._events.error)&&!this._events.error.length))throw arguments[1]instanceof Error?arguments[1]:Error(\"Uncaught, unspecified 'error' event.\");if(!this._events)return!1;var handler=this._events[type];if(!handler)return!1;if(\"function\"==typeof handler){switch(arguments.length){case 1:handler.call(this);break;case 2:handler.call(this,arguments[1]);break;case 3:handler.call(this,arguments[1],arguments[2]);break;default:var args=Array.prototype.slice.call(arguments,1);handler.apply(this,args)}return!0}if(isArray(handler)){for(var args=Array.prototype.slice.call(arguments,1),listeners=handler.slice(),i=0,l=listeners.length;l>i;i++)listeners[i].apply(this,args);return!0}return!1},EventEmitter.prototype.addListener=function(type,listener){if(\"function\"!=typeof listener)throw Error(\"addListener only takes instances of Function\");if(this._events||(this._events={}),this.emit(\"newListener\",type,listener),this._events[type])if(isArray(this._events[type])){if(!this._events[type].warned){var m;m=void 0!==this._events.maxListeners?this._events.maxListeners:defaultMaxListeners,m&&m>0&&this._events[type].length>m&&(this._events[type].warned=!0,console.error(\"(node) warning: possible EventEmitter memory leak detected. %d listeners added. Use emitter.setMaxListeners() to increase limit.\",this._events[type].length),console.trace())}this._events[type].push(listener)}else this._events[type]=[this._events[type],listener];else this._events[type]=listener;return this},EventEmitter.prototype.on=EventEmitter.prototype.addListener,EventEmitter.prototype.once=function(type,listener){var self=this;return self.on(type,function g(){self.removeListener(type,g),listener.apply(this,arguments)}),this},EventEmitter.prototype.removeListener=function(type,listener){if(\"function\"!=typeof listener)throw Error(\"removeListener only takes instances of Function\");if(!this._events||!this._events[type])return this;var list=this._events[type];if(isArray(list)){var i=indexOf(list,listener);if(0>i)return this;list.splice(i,1),0==list.length&&delete this._events[type]}else this._events[type]===listener&&delete this._events[type];return this},EventEmitter.prototype.removeAllListeners=function(type){return 0===arguments.length?(this._events={},this):(type&&this._events&&this._events[type]&&(this._events[type]=null),this)},EventEmitter.prototype.listeners=function(type){return this._events||(this._events={}),this._events[type]||(this._events[type]=[]),isArray(this._events[type])||(this._events[type]=[this._events[type]]),this._events[type]}})(require(\"__browserify_process\"))},{__browserify_process:8}],4:[function(require,module,exports){(function(){function SlowBuffer(size){this.length=size}function toHex(n){return 16>n?\"0\"+n.toString(16):n.toString(16)}function utf8ToBytes(str){for(var byteArray=[],i=0;str.length>i;i++)if(127>=str.charCodeAt(i))byteArray.push(str.charCodeAt(i));else for(var h=encodeURIComponent(str.charAt(i)).substr(1).split(\"%\"),j=0;h.length>j;j++)byteArray.push(parseInt(h[j],16));return byteArray}function asciiToBytes(str){for(var byteArray=[],i=0;str.length>i;i++)byteArray.push(255&str.charCodeAt(i));return byteArray}function base64ToBytes(str){return require(\"base64-js\").toByteArray(str)}function blitBuffer(src,dst,offset,length){for(var i=0;length>i&&!(i+offset>=dst.length||i>=src.length);)dst[i+offset]=src[i],i++;return i}function decodeUtf8Char(str){try{return decodeURIComponent(str)}catch(err){return String.fromCharCode(65533)}}function coerce(length){return length=~~Math.ceil(+length),0>length?0:length}function Buffer(subject,encoding,offset){if(!(this instanceof Buffer))return new Buffer(subject,encoding,offset);var type;if(\"number\"==typeof offset)this.length=coerce(encoding),this.parent=subject,this.offset=offset;else{switch(type=typeof subject){case\"number\":this.length=coerce(subject);break;case\"string\":this.length=Buffer.byteLength(subject,encoding);break;case\"object\":this.length=coerce(subject.length);break;default:throw Error(\"First argument needs to be a number, array or string.\")}if(this.length>Buffer.poolSize?(this.parent=new SlowBuffer(this.length),this.offset=0):((!pool||pool.length-pool.used\u003Cthis.length)&&allocPool(),this.parent=pool,this.offset=pool.used,pool.used+=this.length),isArrayIsh(subject))for(var i=0;this.length>i;i++)this.parent[i+this.offset]=subject[i];else\"string\"==type&&(this.length=this.write(subject,0,encoding))}}function isArrayIsh(subject){return Array.isArray(subject)||Buffer.isBuffer(subject)||subject&&\"object\"==typeof subject&&\"number\"==typeof subject.length}function allocPool(){pool=new SlowBuffer(Buffer.poolSize),pool.used=0}function readUInt16(buffer,offset,isBigEndian,noAssert){var val=0;return noAssert||(assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset+1,\"Trying to read beyond buffer length\")),isBigEndian?(val=buffer.parent[buffer.offset+offset]\u003C\u003C8,val|=buffer.parent[buffer.offset+offset+1]):(val=buffer.parent[buffer.offset+offset],val|=buffer.parent[buffer.offset+offset+1]\u003C\u003C8),val}function readUInt32(buffer,offset,isBigEndian,noAssert){var val=0;return noAssert||(assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset+3,\"Trying to read beyond buffer length\")),isBigEndian?(val=buffer.parent[buffer.offset+offset+1]\u003C\u003C16,val|=buffer.parent[buffer.offset+offset+2]\u003C\u003C8,val|=buffer.parent[buffer.offset+offset+3],val+=buffer.parent[buffer.offset+offset]\u003C\u003C24>>>0):(val=buffer.parent[buffer.offset+offset+2]\u003C\u003C16,val|=buffer.parent[buffer.offset+offset+1]\u003C\u003C8,val|=buffer.parent[buffer.offset+offset],val+=buffer.parent[buffer.offset+offset+3]\u003C\u003C24>>>0),val}function readInt16(buffer,offset,isBigEndian,noAssert){var neg,val;return noAssert||(assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset+1,\"Trying to read beyond buffer length\")),val=readUInt16(buffer,offset,isBigEndian,noAssert),neg=32768&val,neg?-1*(65535-val+1):val}function readInt32(buffer,offset,isBigEndian,noAssert){var neg,val;return noAssert||(assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset+3,\"Trying to read beyond buffer length\")),val=readUInt32(buffer,offset,isBigEndian,noAssert),neg=2147483648&val,neg?-1*(4294967295-val+1):val}function readFloat(buffer,offset,isBigEndian,noAssert){return noAssert||(assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(buffer.length>offset+3,\"Trying to read beyond buffer length\")),require(\"./buffer_ieee754\").readIEEE754(buffer,offset,isBigEndian,23,4)}function readDouble(buffer,offset,isBigEndian,noAssert){return noAssert||(assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(buffer.length>offset+7,\"Trying to read beyond buffer length\")),require(\"./buffer_ieee754\").readIEEE754(buffer,offset,isBigEndian,52,8)}function verifuint(value,max){assert.ok(\"number\"==typeof value,\"cannot write a non-number as a number\"),assert.ok(value>=0,\"specified a negative value for writing an unsigned value\"),assert.ok(max>=value,\"value is larger than maximum value for type\"),assert.ok(Math.floor(value)===value,\"value has a fractional component\")}function writeUInt16(buffer,value,offset,isBigEndian,noAssert){noAssert||(assert.ok(void 0!==value&&null!==value,\"missing value\"),assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset+1,\"trying to write beyond buffer length\"),verifuint(value,65535)),isBigEndian?(buffer.parent[buffer.offset+offset]=(65280&value)>>>8,buffer.parent[buffer.offset+offset+1]=255&value):(buffer.parent[buffer.offset+offset+1]=(65280&value)>>>8,buffer.parent[buffer.offset+offset]=255&value)}function writeUInt32(buffer,value,offset,isBigEndian,noAssert){noAssert||(assert.ok(void 0!==value&&null!==value,\"missing value\"),assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset+3,\"trying to write beyond buffer length\"),verifuint(value,4294967295)),isBigEndian?(buffer.parent[buffer.offset+offset]=255&value>>>24,buffer.parent[buffer.offset+offset+1]=255&value>>>16,buffer.parent[buffer.offset+offset+2]=255&value>>>8,buffer.parent[buffer.offset+offset+3]=255&value):(buffer.parent[buffer.offset+offset+3]=255&value>>>24,buffer.parent[buffer.offset+offset+2]=255&value>>>16,buffer.parent[buffer.offset+offset+1]=255&value>>>8,buffer.parent[buffer.offset+offset]=255&value)}function verifsint(value,max,min){assert.ok(\"number\"==typeof value,\"cannot write a non-number as a number\"),assert.ok(max>=value,\"value larger than maximum allowed value\"),assert.ok(value>=min,\"value smaller than minimum allowed value\"),assert.ok(Math.floor(value)===value,\"value has a fractional component\")}function verifIEEE754(value,max,min){assert.ok(\"number\"==typeof value,\"cannot write a non-number as a number\"),assert.ok(max>=value,\"value larger than maximum allowed value\"),assert.ok(value>=min,\"value smaller than minimum allowed value\")}function writeInt16(buffer,value,offset,isBigEndian,noAssert){noAssert||(assert.ok(void 0!==value&&null!==value,\"missing value\"),assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset+1,\"Trying to write beyond buffer length\"),verifsint(value,32767,-32768)),value>=0?writeUInt16(buffer,value,offset,isBigEndian,noAssert):writeUInt16(buffer,65535+value+1,offset,isBigEndian,noAssert)}function writeInt32(buffer,value,offset,isBigEndian,noAssert){noAssert||(assert.ok(void 0!==value&&null!==value,\"missing value\"),assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset+3,\"Trying to write beyond buffer length\"),verifsint(value,2147483647,-2147483648)),value>=0?writeUInt32(buffer,value,offset,isBigEndian,noAssert):writeUInt32(buffer,4294967295+value+1,offset,isBigEndian,noAssert)}function writeFloat(buffer,value,offset,isBigEndian,noAssert){noAssert||(assert.ok(void 0!==value&&null!==value,\"missing value\"),assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset+3,\"Trying to write beyond buffer length\"),verifIEEE754(value,3.4028234663852886e38,-3.4028234663852886e38)),require(\"./buffer_ieee754\").writeIEEE754(buffer,value,offset,isBigEndian,23,4)}function writeDouble(buffer,value,offset,isBigEndian,noAssert){noAssert||(assert.ok(void 0!==value&&null!==value,\"missing value\"),assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset+7,\"Trying to write beyond buffer length\"),verifIEEE754(value,1.7976931348623157e308,-1.7976931348623157e308)),require(\"./buffer_ieee754\").writeIEEE754(buffer,value,offset,isBigEndian,52,8)}var assert=require(\"assert\");exports.INSPECT_MAX_BYTES=50,SlowBuffer.byteLength=function(str,encoding){switch(encoding||\"utf8\"){case\"hex\":return str.length/2;case\"utf8\":case\"utf-8\":return utf8ToBytes(str).length;case\"ascii\":return str.length;case\"base64\":return base64ToBytes(str).length;default:throw Error(\"Unknown encoding\")}},SlowBuffer.prototype.utf8Write=function(string,offset,length){return SlowBuffer._charsWritten=blitBuffer(utf8ToBytes(string),this,offset,length)},SlowBuffer.prototype.asciiWrite=function(string,offset,length){return SlowBuffer._charsWritten=blitBuffer(asciiToBytes(string),this,offset,length)},SlowBuffer.prototype.base64Write=function(string,offset,length){return SlowBuffer._charsWritten=blitBuffer(base64ToBytes(string),this,offset,length)},SlowBuffer.prototype.base64Slice=function(){var bytes=Array.prototype.slice.apply(this,arguments);return require(\"base64-js\").fromByteArray(bytes)},SlowBuffer.prototype.utf8Slice=function(){for(var bytes=Array.prototype.slice.apply(this,arguments),res=\"\",tmp=\"\",i=0;bytes.length>i;)127>=bytes[i]?(res+=decodeUtf8Char(tmp)+String.fromCharCode(bytes[i]),tmp=\"\"):tmp+=\"%\"+bytes[i].toString(16),i++;return res+decodeUtf8Char(tmp)},SlowBuffer.prototype.asciiSlice=function(){for(var bytes=Array.prototype.slice.apply(this,arguments),ret=\"\",i=0;bytes.length>i;i++)ret+=String.fromCharCode(bytes[i]);return ret},SlowBuffer.prototype.inspect=function(){for(var out=[],len=this.length,i=0;len>i;i++)if(out[i]=toHex(this[i]),i==exports.INSPECT_MAX_BYTES){out[i+1]=\"...\";break}return\"\u003CSlowBuffer \"+out.join(\" \")+\">\"},SlowBuffer.prototype.hexSlice=function(start,end){var len=this.length;(!start||0>start)&&(start=0),(!end||0>end||end>len)&&(end=len);for(var out=\"\",i=start;end>i;i++)out+=toHex(this[i]);return out},SlowBuffer.prototype.toString=function(encoding,start,end){if(encoding=((encoding||\"utf8\")+\"\").toLowerCase(),start=+start||0,end===void 0&&(end=this.length),+end==start)return\"\";\nswitch(encoding){case\"hex\":return this.hexSlice(start,end);case\"utf8\":case\"utf-8\":return this.utf8Slice(start,end);case\"ascii\":return this.asciiSlice(start,end);case\"binary\":return this.binarySlice(start,end);case\"base64\":return this.base64Slice(start,end);case\"ucs2\":case\"ucs-2\":return this.ucs2Slice(start,end);default:throw Error(\"Unknown encoding\")}},SlowBuffer.prototype.hexWrite=function(string,offset,length){offset=+offset||0;var remaining=this.length-offset;length?(length=+length,length>remaining&&(length=remaining)):length=remaining;var strLen=string.length;if(strLen%2)throw Error(\"Invalid hex string\");length>strLen/2&&(length=strLen/2);for(var i=0;length>i;i++){var byte=parseInt(string.substr(2*i,2),16);if(isNaN(byte))throw Error(\"Invalid hex string\");this[offset+i]=byte}return SlowBuffer._charsWritten=2*i,i},SlowBuffer.prototype.write=function(string,offset,length,encoding){if(isFinite(offset))isFinite(length)||(encoding=length,length=void 0);else{var swap=encoding;encoding=offset,offset=length,length=swap}offset=+offset||0;var remaining=this.length-offset;switch(length?(length=+length,length>remaining&&(length=remaining)):length=remaining,encoding=((encoding||\"utf8\")+\"\").toLowerCase()){case\"hex\":return this.hexWrite(string,offset,length);case\"utf8\":case\"utf-8\":return this.utf8Write(string,offset,length);case\"ascii\":return this.asciiWrite(string,offset,length);case\"binary\":return this.binaryWrite(string,offset,length);case\"base64\":return this.base64Write(string,offset,length);case\"ucs2\":case\"ucs-2\":return this.ucs2Write(string,offset,length);default:throw Error(\"Unknown encoding\")}},SlowBuffer.prototype.slice=function(start,end){if(void 0===end&&(end=this.length),end>this.length)throw Error(\"oob\");if(start>end)throw Error(\"oob\");return new Buffer(this,end-start,+start)},SlowBuffer.prototype.copy=function(target,targetstart,sourcestart,sourceend){for(var temp=[],i=sourcestart;sourceend>i;i++)assert.ok(this[i]!==void 0,\"copying undefined buffer bytes!\"),temp.push(this[i]);for(var i=targetstart;targetstart+temp.length>i;i++)target[i]=temp[i-targetstart]},exports.SlowBuffer=SlowBuffer,exports.Buffer=Buffer,Buffer.poolSize=8192;var pool;Buffer.isBuffer=function(b){return b instanceof Buffer||b instanceof SlowBuffer},Buffer.concat=function(list,totalLength){if(!Array.isArray(list))throw Error(\"Usage: Buffer.concat(list, [totalLength])\\n       list should be an Array.\");if(0===list.length)return new Buffer(0);if(1===list.length)return list[0];if(\"number\"!=typeof totalLength){totalLength=0;for(var i=0;list.length>i;i++){var buf=list[i];totalLength+=buf.length}}for(var buffer=new Buffer(totalLength),pos=0,i=0;list.length>i;i++){var buf=list[i];buf.copy(buffer,pos),pos+=buf.length}return buffer},Buffer.prototype.inspect=function(){for(var out=[],len=this.length,i=0;len>i;i++)if(out[i]=toHex(this.parent[i+this.offset]),i==exports.INSPECT_MAX_BYTES){out[i+1]=\"...\";break}return\"\u003CBuffer \"+out.join(\" \")+\">\"},Buffer.prototype.get=function(i){if(0>i||i>=this.length)throw Error(\"oob\");return this.parent[this.offset+i]},Buffer.prototype.set=function(i,v){if(0>i||i>=this.length)throw Error(\"oob\");return this.parent[this.offset+i]=v},Buffer.prototype.write=function(string,offset,length,encoding){if(isFinite(offset))isFinite(length)||(encoding=length,length=void 0);else{var swap=encoding;encoding=offset,offset=length,length=swap}offset=+offset||0;var remaining=this.length-offset;length?(length=+length,length>remaining&&(length=remaining)):length=remaining,encoding=((encoding||\"utf8\")+\"\").toLowerCase();var ret;switch(encoding){case\"hex\":ret=this.parent.hexWrite(string,this.offset+offset,length);break;case\"utf8\":case\"utf-8\":ret=this.parent.utf8Write(string,this.offset+offset,length);break;case\"ascii\":ret=this.parent.asciiWrite(string,this.offset+offset,length);break;case\"binary\":ret=this.parent.binaryWrite(string,this.offset+offset,length);break;case\"base64\":ret=this.parent.base64Write(string,this.offset+offset,length);break;case\"ucs2\":case\"ucs-2\":ret=this.parent.ucs2Write(string,this.offset+offset,length);break;default:throw Error(\"Unknown encoding\")}return Buffer._charsWritten=SlowBuffer._charsWritten,ret},Buffer.prototype.toString=function(encoding,start,end){switch(encoding=((encoding||\"utf8\")+\"\").toLowerCase(),start===void 0||0>start?start=0:start>this.length&&(start=this.length),end===void 0||end>this.length?end=this.length:0>end&&(end=0),start+=this.offset,end+=this.offset,encoding){case\"hex\":return this.parent.hexSlice(start,end);case\"utf8\":case\"utf-8\":return this.parent.utf8Slice(start,end);case\"ascii\":return this.parent.asciiSlice(start,end);case\"binary\":return this.parent.binarySlice(start,end);case\"base64\":return this.parent.base64Slice(start,end);case\"ucs2\":case\"ucs-2\":return this.parent.ucs2Slice(start,end);default:throw Error(\"Unknown encoding\")}},Buffer.byteLength=SlowBuffer.byteLength,Buffer.prototype.fill=function(value,start,end){if(value||(value=0),start||(start=0),end||(end=this.length),\"string\"==typeof value&&(value=value.charCodeAt(0)),\"number\"!=typeof value||isNaN(value))throw Error(\"value is not a number\");if(start>end)throw Error(\"end \u003C start\");if(end===start)return 0;if(0==this.length)return 0;if(0>start||start>=this.length)throw Error(\"start out of bounds\");if(0>end||end>this.length)throw Error(\"end out of bounds\");return this.parent.fill(value,start+this.offset,end+this.offset)},Buffer.prototype.copy=function(target,target_start,start,end){var source=this;if(start||(start=0),end||(end=this.length),target_start||(target_start=0),start>end)throw Error(\"sourceEnd \u003C sourceStart\");if(end===start)return 0;if(0==target.length||0==source.length)return 0;if(0>target_start||target_start>=target.length)throw Error(\"targetStart out of bounds\");if(0>start||start>=source.length)throw Error(\"sourceStart out of bounds\");if(0>end||end>source.length)throw Error(\"sourceEnd out of bounds\");return end>this.length&&(end=this.length),end-start>target.length-target_start&&(end=target.length-target_start+start),this.parent.copy(target.parent,target_start+target.offset,start+this.offset,end+this.offset)},Buffer.prototype.slice=function(start,end){if(void 0===end&&(end=this.length),end>this.length)throw Error(\"oob\");if(start>end)throw Error(\"oob\");return new Buffer(this.parent,end-start,+start+this.offset)},Buffer.prototype.utf8Slice=function(start,end){return this.toString(\"utf8\",start,end)},Buffer.prototype.binarySlice=function(start,end){return this.toString(\"binary\",start,end)},Buffer.prototype.asciiSlice=function(start,end){return this.toString(\"ascii\",start,end)},Buffer.prototype.utf8Write=function(string,offset){return this.write(string,offset,\"utf8\")},Buffer.prototype.binaryWrite=function(string,offset){return this.write(string,offset,\"binary\")},Buffer.prototype.asciiWrite=function(string,offset){return this.write(string,offset,\"ascii\")},Buffer.prototype.readUInt8=function(offset,noAssert){var buffer=this;return noAssert||(assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset,\"Trying to read beyond buffer length\")),buffer.parent[buffer.offset+offset]},Buffer.prototype.readUInt16LE=function(offset,noAssert){return readUInt16(this,offset,!1,noAssert)},Buffer.prototype.readUInt16BE=function(offset,noAssert){return readUInt16(this,offset,!0,noAssert)},Buffer.prototype.readUInt32LE=function(offset,noAssert){return readUInt32(this,offset,!1,noAssert)},Buffer.prototype.readUInt32BE=function(offset,noAssert){return readUInt32(this,offset,!0,noAssert)},Buffer.prototype.readInt8=function(offset,noAssert){var neg,buffer=this;return noAssert||(assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset,\"Trying to read beyond buffer length\")),neg=128&buffer.parent[buffer.offset+offset],neg?-1*(255-buffer.parent[buffer.offset+offset]+1):buffer.parent[buffer.offset+offset]},Buffer.prototype.readInt16LE=function(offset,noAssert){return readInt16(this,offset,!1,noAssert)},Buffer.prototype.readInt16BE=function(offset,noAssert){return readInt16(this,offset,!0,noAssert)},Buffer.prototype.readInt32LE=function(offset,noAssert){return readInt32(this,offset,!1,noAssert)},Buffer.prototype.readInt32BE=function(offset,noAssert){return readInt32(this,offset,!0,noAssert)},Buffer.prototype.readFloatLE=function(offset,noAssert){return readFloat(this,offset,!1,noAssert)},Buffer.prototype.readFloatBE=function(offset,noAssert){return readFloat(this,offset,!0,noAssert)},Buffer.prototype.readDoubleLE=function(offset,noAssert){return readDouble(this,offset,!1,noAssert)},Buffer.prototype.readDoubleBE=function(offset,noAssert){return readDouble(this,offset,!0,noAssert)},Buffer.prototype.writeUInt8=function(value,offset,noAssert){var buffer=this;noAssert||(assert.ok(void 0!==value&&null!==value,\"missing value\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset,\"trying to write beyond buffer length\"),verifuint(value,255)),buffer.parent[buffer.offset+offset]=value},Buffer.prototype.writeUInt16LE=function(value,offset,noAssert){writeUInt16(this,value,offset,!1,noAssert)},Buffer.prototype.writeUInt16BE=function(value,offset,noAssert){writeUInt16(this,value,offset,!0,noAssert)},Buffer.prototype.writeUInt32LE=function(value,offset,noAssert){writeUInt32(this,value,offset,!1,noAssert)},Buffer.prototype.writeUInt32BE=function(value,offset,noAssert){writeUInt32(this,value,offset,!0,noAssert)},Buffer.prototype.writeInt8=function(value,offset,noAssert){var buffer=this;noAssert||(assert.ok(void 0!==value&&null!==value,\"missing value\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset,\"Trying to write beyond buffer length\"),verifsint(value,127,-128)),value>=0?buffer.writeUInt8(value,offset,noAssert):buffer.writeUInt8(255+value+1,offset,noAssert)},Buffer.prototype.writeInt16LE=function(value,offset,noAssert){writeInt16(this,value,offset,!1,noAssert)},Buffer.prototype.writeInt16BE=function(value,offset,noAssert){writeInt16(this,value,offset,!0,noAssert)},Buffer.prototype.writeInt32LE=function(value,offset,noAssert){writeInt32(this,value,offset,!1,noAssert)},Buffer.prototype.writeInt32BE=function(value,offset,noAssert){writeInt32(this,value,offset,!0,noAssert)},Buffer.prototype.writeFloatLE=function(value,offset,noAssert){writeFloat(this,value,offset,!1,noAssert)},Buffer.prototype.writeFloatBE=function(value,offset,noAssert){writeFloat(this,value,offset,!0,noAssert)},Buffer.prototype.writeDoubleLE=function(value,offset,noAssert){writeDouble(this,value,offset,!1,noAssert)},Buffer.prototype.writeDoubleBE=function(value,offset,noAssert){writeDouble(this,value,offset,!0,noAssert)},SlowBuffer.prototype.readUInt8=Buffer.prototype.readUInt8,SlowBuffer.prototype.readUInt16LE=Buffer.prototype.readUInt16LE,SlowBuffer.prototype.readUInt16BE=Buffer.prototype.readUInt16BE,SlowBuffer.prototype.readUInt32LE=Buffer.prototype.readUInt32LE,SlowBuffer.prototype.readUInt32BE=Buffer.prototype.readUInt32BE,SlowBuffer.prototype.readInt8=Buffer.prototype.readInt8,SlowBuffer.prototype.readInt16LE=Buffer.prototype.readInt16LE,SlowBuffer.prototype.readInt16BE=Buffer.prototype.readInt16BE,SlowBuffer.prototype.readInt32LE=Buffer.prototype.readInt32LE,SlowBuffer.prototype.readInt32BE=Buffer.prototype.readInt32BE,SlowBuffer.prototype.readFloatLE=Buffer.prototype.readFloatLE,SlowBuffer.prototype.readFloatBE=Buffer.prototype.readFloatBE,SlowBuffer.prototype.readDoubleLE=Buffer.prototype.readDoubleLE,SlowBuffer.prototype.readDoubleBE=Buffer.prototype.readDoubleBE,SlowBuffer.prototype.writeUInt8=Buffer.prototype.writeUInt8,SlowBuffer.prototype.writeUInt16LE=Buffer.prototype.writeUInt16LE,SlowBuffer.prototype.writeUInt16BE=Buffer.prototype.writeUInt16BE,SlowBuffer.prototype.writeUInt32LE=Buffer.prototype.writeUInt32LE,SlowBuffer.prototype.writeUInt32BE=Buffer.prototype.writeUInt32BE,SlowBuffer.prototype.writeInt8=Buffer.prototype.writeInt8,SlowBuffer.prototype.writeInt16LE=Buffer.prototype.writeInt16LE,SlowBuffer.prototype.writeInt16BE=Buffer.prototype.writeInt16BE,SlowBuffer.prototype.writeInt32LE=Buffer.prototype.writeInt32LE,SlowBuffer.prototype.writeInt32BE=Buffer.prototype.writeInt32BE,SlowBuffer.prototype.writeFloatLE=Buffer.prototype.writeFloatLE,SlowBuffer.prototype.writeFloatBE=Buffer.prototype.writeFloatBE,SlowBuffer.prototype.writeDoubleLE=Buffer.prototype.writeDoubleLE,SlowBuffer.prototype.writeDoubleBE=Buffer.prototype.writeDoubleBE})()},{assert:2,\"./buffer_ieee754\":7,\"base64-js\":9}],9:[function(require,module){(function(){\"use strict\";function b64ToByteArray(b64){var i,j,l,tmp,placeHolders,arr;if(b64.length%4>0)throw\"Invalid string. Length must be a multiple of 4\";for(placeHolders=b64.indexOf(\"=\"),placeHolders=placeHolders>0?b64.length-placeHolders:0,arr=[],l=placeHolders>0?b64.length-4:b64.length,i=0,j=0;l>i;i+=4,j+=3)tmp=lookup.indexOf(b64[i])\u003C\u003C18|lookup.indexOf(b64[i+1])\u003C\u003C12|lookup.indexOf(b64[i+2])\u003C\u003C6|lookup.indexOf(b64[i+3]),arr.push((16711680&tmp)>>16),arr.push((65280&tmp)>>8),arr.push(255&tmp);return 2===placeHolders?(tmp=lookup.indexOf(b64[i])\u003C\u003C2|lookup.indexOf(b64[i+1])>>4,arr.push(255&tmp)):1===placeHolders&&(tmp=lookup.indexOf(b64[i])\u003C\u003C10|lookup.indexOf(b64[i+1])\u003C\u003C4|lookup.indexOf(b64[i+2])>>2,arr.push(255&tmp>>8),arr.push(255&tmp)),arr}function uint8ToBase64(uint8){function tripletToBase64(num){return lookup[63&num>>18]+lookup[63&num>>12]+lookup[63&num>>6]+lookup[63&num]}var i,temp,length,extraBytes=uint8.length%3,output=\"\";for(i=0,length=uint8.length-extraBytes;length>i;i+=3)temp=(uint8[i]\u003C\u003C16)+(uint8[i+1]\u003C\u003C8)+uint8[i+2],output+=tripletToBase64(temp);switch(extraBytes){case 1:temp=uint8[uint8.length-1],output+=lookup[temp>>2],output+=lookup[63&temp\u003C\u003C4],output+=\"==\";break;case 2:temp=(uint8[uint8.length-2]\u003C\u003C8)+uint8[uint8.length-1],output+=lookup[temp>>10],output+=lookup[63&temp>>4],output+=lookup[63&temp\u003C\u003C2],output+=\"=\"}return output}var lookup=\"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/\";module.exports.toByteArray=b64ToByteArray,module.exports.fromByteArray=uint8ToBase64})()},{}]},{},[]),module.exports=require(\"buffer-browserify\")},{}],67:[function(require,module){(function(Buffer){function clone(parent,circular){function _clone(parent,context,child,cIndex){var i;if(\"object\"==typeof parent){if(null==parent)return parent;for(i in circularParent)if(circularParent[i]===parent)return circularReplace.push({resolveTo:i,child:child,i:cIndex}),null;if(circularParent[context]=parent,util.isArray(parent)){child=[];for(i in parent)child[i]=_clone(parent[i],context+\"[\"+i+\"]\",child,i)}else if(util.isDate(parent))child=new Date(parent.getTime());else if(util.isRegExp(parent))child=RegExp(parent.source);else if(useBuffer&&Buffer.isBuffer(parent))child=new Buffer(parent.length),parent.copy(child);else{child={},child.__proto__=parent.__proto__;for(i in parent)child[i]=_clone(parent[i],context+\"[\"+i+\"]\",child,i)}circularResolved[context]=child}else child=parent;return child}circular===void 0&&(circular=!0);var i,useBuffer=Buffer!==void 0;if(circular){var circularParent={},circularResolved={},circularReplace=[],cloned=_clone(parent,\"*\");for(i in circularReplace){var c=circularReplace[i];c&&c.child&&c.i in c.child&&(c.child[c.i]=circularResolved[c.resolveTo])}return cloned}var child;if(\"object\"==typeof parent){if(null==parent)return parent;if(\"Array\"===parent.constructor.name){child=[];for(i in parent)child[i]=clone(parent[i],circular)}else if(util.isDate(parent))child=new Date(parent.getTime());else if(util.isRegExp(parent))child=RegExp(parent.source);else{child={},child.__proto__=parent.__proto__;for(i in parent)child[i]=clone(parent[i],circular)}}else child=parent;return child}var util=require(\"util\");module.exports=clone,clone.clonePrototype=require(\"./clonePrototype.js\")})(require(\"__browserify_buffer\").Buffer)},{util:6,\"./clonePrototype.js\":78,__browserify_buffer:77}],71:[function(require,module,exports){(function(){function SlowBuffer(size){this.length=size}function toHex(n){return 16>n?\"0\"+n.toString(16):n.toString(16)}function utf8ToBytes(str){for(var byteArray=[],i=0;str.length>i;i++)if(127>=str.charCodeAt(i))byteArray.push(str.charCodeAt(i));else for(var h=encodeURIComponent(str.charAt(i)).substr(1).split(\"%\"),j=0;h.length>j;j++)byteArray.push(parseInt(h[j],16));return byteArray}function asciiToBytes(str){for(var byteArray=[],i=0;str.length>i;i++)byteArray.push(255&str.charCodeAt(i));return byteArray}function base64ToBytes(str){return require(\"base64-js\").toByteArray(str)}function blitBuffer(src,dst,offset,length){for(var i=0;length>i&&!(i+offset>=dst.length||i>=src.length);)dst[i+offset]=src[i],i++;return i}function decodeUtf8Char(str){try{return decodeURIComponent(str)}catch(err){return String.fromCharCode(65533)}}function coerce(length){return length=~~Math.ceil(+length),0>length?0:length}function Buffer(subject,encoding,offset){if(!(this instanceof Buffer))return new Buffer(subject,encoding,offset);var type;if(\"number\"==typeof offset)this.length=coerce(encoding),this.parent=subject,this.offset=offset;else{switch(type=typeof subject){case\"number\":this.length=coerce(subject);break;case\"string\":this.length=Buffer.byteLength(subject,encoding);break;case\"object\":this.length=coerce(subject.length);break;default:throw Error(\"First argument needs to be a number, array or string.\")}if(this.length>Buffer.poolSize?(this.parent=new SlowBuffer(this.length),this.offset=0):((!pool||pool.length-pool.used\u003Cthis.length)&&allocPool(),this.parent=pool,this.offset=pool.used,pool.used+=this.length),isArrayIsh(subject))for(var i=0;this.length>i;i++)this.parent[i+this.offset]=subject instanceof Buffer?subject.readUInt8(i):subject[i];else\"string\"==type&&(this.length=this.write(subject,0,encoding))}}function isArrayIsh(subject){return Array.isArray(subject)||Buffer.isBuffer(subject)||subject&&\"object\"==typeof subject&&\"number\"==typeof subject.length}function allocPool(){pool=new SlowBuffer(Buffer.poolSize),pool.used=0}function readUInt16(buffer,offset,isBigEndian,noAssert){var val=0;return noAssert||(assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset+1,\"Trying to read beyond buffer length\")),offset>=buffer.length?0:(isBigEndian?(val=buffer.parent[buffer.offset+offset]\u003C\u003C8,buffer.length>offset+1&&(val|=buffer.parent[buffer.offset+offset+1])):(val=buffer.parent[buffer.offset+offset],buffer.length>offset+1&&(val|=buffer.parent[buffer.offset+offset+1]\u003C\u003C8)),val)}function readUInt32(buffer,offset,isBigEndian,noAssert){var val=0;return noAssert||(assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset+3,\"Trying to read beyond buffer length\")),offset>=buffer.length?0:(isBigEndian?(buffer.length>offset+1&&(val=buffer.parent[buffer.offset+offset+1]\u003C\u003C16),buffer.length>offset+2&&(val|=buffer.parent[buffer.offset+offset+2]\u003C\u003C8),buffer.length>offset+3&&(val|=buffer.parent[buffer.offset+offset+3]),val+=buffer.parent[buffer.offset+offset]\u003C\u003C24>>>0):(buffer.length>offset+2&&(val=buffer.parent[buffer.offset+offset+2]\u003C\u003C16),buffer.length>offset+1&&(val|=buffer.parent[buffer.offset+offset+1]\u003C\u003C8),val|=buffer.parent[buffer.offset+offset],buffer.length>offset+3&&(val+=buffer.parent[buffer.offset+offset+3]\u003C\u003C24>>>0)),val)}function readInt16(buffer,offset,isBigEndian,noAssert){var neg,val;return noAssert||(assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset+1,\"Trying to read beyond buffer length\")),val=readUInt16(buffer,offset,isBigEndian,noAssert),neg=32768&val,neg?-1*(65535-val+1):val}function readInt32(buffer,offset,isBigEndian,noAssert){var neg,val;return noAssert||(assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset+3,\"Trying to read beyond buffer length\")),val=readUInt32(buffer,offset,isBigEndian,noAssert),neg=2147483648&val,neg?-1*(4294967295-val+1):val}function readFloat(buffer,offset,isBigEndian,noAssert){return noAssert||(assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(buffer.length>offset+3,\"Trying to read beyond buffer length\")),require(\"./buffer_ieee754\").readIEEE754(buffer,offset,isBigEndian,23,4)}function readDouble(buffer,offset,isBigEndian,noAssert){return noAssert||(assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(buffer.length>offset+7,\"Trying to read beyond buffer length\")),require(\"./buffer_ieee754\").readIEEE754(buffer,offset,isBigEndian,52,8)}function verifuint(value,max){assert.ok(\"number\"==typeof value,\"cannot write a non-number as a number\"),assert.ok(value>=0,\"specified a negative value for writing an unsigned value\"),assert.ok(max>=value,\"value is larger than maximum value for type\"),assert.ok(Math.floor(value)===value,\"value has a fractional component\")}function writeUInt16(buffer,value,offset,isBigEndian,noAssert){noAssert||(assert.ok(void 0!==value&&null!==value,\"missing value\"),assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset+1,\"trying to write beyond buffer length\"),verifuint(value,65535));for(var i=0;Math.min(buffer.length-offset,2)>i;i++)buffer.parent[buffer.offset+offset+i]=(value&255\u003C\u003C8*(isBigEndian?1-i:i))>>>8*(isBigEndian?1-i:i)}function writeUInt32(buffer,value,offset,isBigEndian,noAssert){noAssert||(assert.ok(void 0!==value&&null!==value,\"missing value\"),assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset+3,\"trying to write beyond buffer length\"),verifuint(value,4294967295));for(var i=0;Math.min(buffer.length-offset,4)>i;i++)buffer.parent[buffer.offset+offset+i]=255&value>>>8*(isBigEndian?3-i:i)}function verifsint(value,max,min){assert.ok(\"number\"==typeof value,\"cannot write a non-number as a number\"),assert.ok(max>=value,\"value larger than maximum allowed value\"),assert.ok(value>=min,\"value smaller than minimum allowed value\"),assert.ok(Math.floor(value)===value,\"value has a fractional component\")}function verifIEEE754(value,max,min){assert.ok(\"number\"==typeof value,\"cannot write a non-number as a number\"),assert.ok(max>=value,\"value larger than maximum allowed value\"),assert.ok(value>=min,\"value smaller than minimum allowed value\")}function writeInt16(buffer,value,offset,isBigEndian,noAssert){noAssert||(assert.ok(void 0!==value&&null!==value,\"missing value\"),assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset+1,\"Trying to write beyond buffer length\"),verifsint(value,32767,-32768)),value>=0?writeUInt16(buffer,value,offset,isBigEndian,noAssert):writeUInt16(buffer,65535+value+1,offset,isBigEndian,noAssert)}function writeInt32(buffer,value,offset,isBigEndian,noAssert){noAssert||(assert.ok(void 0!==value&&null!==value,\"missing value\"),assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset+3,\"Trying to write beyond buffer length\"),verifsint(value,2147483647,-2147483648)),value>=0?writeUInt32(buffer,value,offset,isBigEndian,noAssert):writeUInt32(buffer,4294967295+value+1,offset,isBigEndian,noAssert)}function writeFloat(buffer,value,offset,isBigEndian,noAssert){noAssert||(assert.ok(void 0!==value&&null!==value,\"missing value\"),assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset+3,\"Trying to write beyond buffer length\"),verifIEEE754(value,3.4028234663852886e38,-3.4028234663852886e38)),require(\"./buffer_ieee754\").writeIEEE754(buffer,value,offset,isBigEndian,23,4)}function writeDouble(buffer,value,offset,isBigEndian,noAssert){noAssert||(assert.ok(void 0!==value&&null!==value,\"missing value\"),assert.ok(\"boolean\"==typeof isBigEndian,\"missing or invalid endian\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset+7,\"Trying to write beyond buffer length\"),verifIEEE754(value,1.7976931348623157e308,-1.7976931348623157e308)),require(\"./buffer_ieee754\").writeIEEE754(buffer,value,offset,isBigEndian,52,8)}var assert=require(\"assert\");exports.INSPECT_MAX_BYTES=50,SlowBuffer.byteLength=function(str,encoding){switch(encoding||\"utf8\"){case\"hex\":return str.length/2;case\"utf8\":case\"utf-8\":return utf8ToBytes(str).length;case\"ascii\":case\"binary\":return str.length;case\"base64\":return base64ToBytes(str).length;default:throw Error(\"Unknown encoding\")}},SlowBuffer.prototype.utf8Write=function(string,offset,length){return SlowBuffer._charsWritten=blitBuffer(utf8ToBytes(string),this,offset,length)},SlowBuffer.prototype.asciiWrite=function(string,offset,length){return SlowBuffer._charsWritten=blitBuffer(asciiToBytes(string),this,offset,length)},SlowBuffer.prototype.binaryWrite=SlowBuffer.prototype.asciiWrite,SlowBuffer.prototype.base64Write=function(string,offset,length){return SlowBuffer._charsWritten=blitBuffer(base64ToBytes(string),this,offset,length)},SlowBuffer.prototype.base64Slice=function(){var bytes=Array.prototype.slice.apply(this,arguments);return require(\"base64-js\").fromByteArray(bytes)},SlowBuffer.prototype.utf8Slice=function(){for(var bytes=Array.prototype.slice.apply(this,arguments),res=\"\",tmp=\"\",i=0;bytes.length>i;)127>=bytes[i]?(res+=decodeUtf8Char(tmp)+String.fromCharCode(bytes[i]),tmp=\"\"):tmp+=\"%\"+bytes[i].toString(16),i++;return res+decodeUtf8Char(tmp)},SlowBuffer.prototype.asciiSlice=function(){for(var bytes=Array.prototype.slice.apply(this,arguments),ret=\"\",i=0;bytes.length>i;i++)ret+=String.fromCharCode(bytes[i]);return ret},SlowBuffer.prototype.binarySlice=SlowBuffer.prototype.asciiSlice,SlowBuffer.prototype.inspect=function(){for(var out=[],len=this.length,i=0;len>i;i++)if(out[i]=toHex(this[i]),i==exports.INSPECT_MAX_BYTES){out[i+1]=\"...\";break}return\"\u003CSlowBuffer \"+out.join(\" \")+\">\"},SlowBuffer.prototype.hexSlice=function(start,end){var len=this.length;(!start||0>start)&&(start=0),(!end||0>end||end>len)&&(end=len);for(var out=\"\",i=start;end>i;i++)out+=toHex(this[i]);return out},SlowBuffer.prototype.toString=function(encoding,start,end){if(encoding=((encoding||\"utf8\")+\"\").toLowerCase(),start=+start||0,end===void 0&&(end=this.length),+end==start)return\"\";switch(encoding){case\"hex\":return this.hexSlice(start,end);case\"utf8\":case\"utf-8\":return this.utf8Slice(start,end);case\"ascii\":return this.asciiSlice(start,end);case\"binary\":return this.binarySlice(start,end);case\"base64\":return this.base64Slice(start,end);case\"ucs2\":case\"ucs-2\":return this.ucs2Slice(start,end);default:throw Error(\"Unknown encoding\")}},SlowBuffer.prototype.hexWrite=function(string,offset,length){offset=+offset||0;var remaining=this.length-offset;length?(length=+length,length>remaining&&(length=remaining)):length=remaining;var strLen=string.length;if(strLen%2)throw Error(\"Invalid hex string\");length>strLen/2&&(length=strLen/2);for(var i=0;length>i;i++){var byte=parseInt(string.substr(2*i,2),16);if(isNaN(byte))throw Error(\"Invalid hex string\");this[offset+i]=byte}return SlowBuffer._charsWritten=2*i,i},SlowBuffer.prototype.write=function(string,offset,length,encoding){if(isFinite(offset))isFinite(length)||(encoding=length,length=void 0);else{var swap=encoding;encoding=offset,offset=length,length=swap}offset=+offset||0;var remaining=this.length-offset;switch(length?(length=+length,length>remaining&&(length=remaining)):length=remaining,encoding=((encoding||\"utf8\")+\"\").toLowerCase()){case\"hex\":return this.hexWrite(string,offset,length);case\"utf8\":case\"utf-8\":return this.utf8Write(string,offset,length);case\"ascii\":return this.asciiWrite(string,offset,length);case\"binary\":return this.binaryWrite(string,offset,length);case\"base64\":return this.base64Write(string,offset,length);case\"ucs2\":case\"ucs-2\":return this.ucs2Write(string,offset,length);default:throw Error(\"Unknown encoding\")}},SlowBuffer.prototype.slice=function(start,end){if(void 0===end&&(end=this.length),end>this.length)throw Error(\"oob\");if(start>end)throw Error(\"oob\");return new Buffer(this,end-start,+start)},SlowBuffer.prototype.copy=function(target,targetstart,sourcestart,sourceend){for(var temp=[],i=sourcestart;sourceend>i;i++)assert.ok(this[i]!==void 0,\"copying undefined buffer bytes!\"),temp.push(this[i]);for(var i=targetstart;targetstart+temp.length>i;i++)target[i]=temp[i-targetstart]},SlowBuffer.prototype.fill=function(value,start,end){if(end>this.length)throw Error(\"oob\");if(start>end)throw Error(\"oob\");for(var i=start;end>i;i++)this[i]=value},exports.SlowBuffer=SlowBuffer,exports.Buffer=Buffer,Buffer.poolSize=8192;var pool;Buffer.isBuffer=function(b){return b instanceof Buffer||b instanceof SlowBuffer},Buffer.concat=function(list,totalLength){if(!Array.isArray(list))throw Error(\"Usage: Buffer.concat(list, [totalLength])\\n       list should be an Array.\");if(0===list.length)return new Buffer(0);if(1===list.length)return list[0];if(\"number\"!=typeof totalLength){totalLength=0;for(var i=0;list.length>i;i++){var buf=list[i];totalLength+=buf.length}}for(var buffer=new Buffer(totalLength),pos=0,i=0;list.length>i;i++){var buf=list[i];buf.copy(buffer,pos),pos+=buf.length}return buffer},Buffer.prototype.inspect=function(){for(var out=[],len=this.length,i=0;len>i;i++)if(out[i]=toHex(this.parent[i+this.offset]),i==exports.INSPECT_MAX_BYTES){out[i+1]=\"...\";break}return\"\u003CBuffer \"+out.join(\" \")+\">\"},Buffer.prototype.get=function(i){if(0>i||i>=this.length)throw Error(\"oob\");return this.parent[this.offset+i]},Buffer.prototype.set=function(i,v){if(0>i||i>=this.length)throw Error(\"oob\");return this.parent[this.offset+i]=v},Buffer.prototype.write=function(string,offset,length,encoding){if(isFinite(offset))isFinite(length)||(encoding=length,length=void 0);else{var swap=encoding;encoding=offset,offset=length,length=swap}offset=+offset||0;var remaining=this.length-offset;length?(length=+length,length>remaining&&(length=remaining)):length=remaining,encoding=((encoding||\"utf8\")+\"\").toLowerCase();var ret;switch(encoding){case\"hex\":ret=this.parent.hexWrite(string,this.offset+offset,length);break;case\"utf8\":case\"utf-8\":ret=this.parent.utf8Write(string,this.offset+offset,length);break;case\"ascii\":ret=this.parent.asciiWrite(string,this.offset+offset,length);break;case\"binary\":ret=this.parent.binaryWrite(string,this.offset+offset,length);break;case\"base64\":ret=this.parent.base64Write(string,this.offset+offset,length);break;case\"ucs2\":case\"ucs-2\":ret=this.parent.ucs2Write(string,this.offset+offset,length);break;default:throw Error(\"Unknown encoding\")}return Buffer._charsWritten=SlowBuffer._charsWritten,ret},Buffer.prototype.toString=function(encoding,start,end){switch(encoding=((encoding||\"utf8\")+\"\").toLowerCase(),start===void 0||0>start?start=0:start>this.length&&(start=this.length),end===void 0||end>this.length?end=this.length:0>end&&(end=0),start+=this.offset,end+=this.offset,encoding){case\"hex\":return this.parent.hexSlice(start,end);case\"utf8\":case\"utf-8\":return this.parent.utf8Slice(start,end);case\"ascii\":return this.parent.asciiSlice(start,end);case\"binary\":return this.parent.binarySlice(start,end);case\"base64\":return this.parent.base64Slice(start,end);case\"ucs2\":case\"ucs-2\":return this.parent.ucs2Slice(start,end);default:throw Error(\"Unknown encoding\")}},Buffer.byteLength=SlowBuffer.byteLength,Buffer.prototype.fill=function(value,start,end){if(value||(value=0),start||(start=0),end||(end=this.length),\"string\"==typeof value&&(value=value.charCodeAt(0)),\"number\"!=typeof value||isNaN(value))throw Error(\"value is not a number\");if(start>end)throw Error(\"end \u003C start\");if(end===start)return 0;if(0==this.length)return 0;if(0>start||start>=this.length)throw Error(\"start out of bounds\");\nif(0>end||end>this.length)throw Error(\"end out of bounds\");return this.parent.fill(value,start+this.offset,end+this.offset)},Buffer.prototype.copy=function(target,target_start,start,end){var source=this;if(start||(start=0),end||(end=this.length),target_start||(target_start=0),start>end)throw Error(\"sourceEnd \u003C sourceStart\");if(end===start)return 0;if(0==target.length||0==source.length)return 0;if(0>target_start||target_start>=target.length)throw Error(\"targetStart out of bounds\");if(0>start||start>=source.length)throw Error(\"sourceStart out of bounds\");if(0>end||end>source.length)throw Error(\"sourceEnd out of bounds\");return end>this.length&&(end=this.length),end-start>target.length-target_start&&(end=target.length-target_start+start),this.parent.copy(target.parent,target_start+target.offset,start+this.offset,end+this.offset)},Buffer.prototype.slice=function(start,end){if(void 0===end&&(end=this.length),end>this.length)throw Error(\"oob\");if(start>end)throw Error(\"oob\");return new Buffer(this.parent,end-start,+start+this.offset)},Buffer.prototype.utf8Slice=function(start,end){return this.toString(\"utf8\",start,end)},Buffer.prototype.binarySlice=function(start,end){return this.toString(\"binary\",start,end)},Buffer.prototype.asciiSlice=function(start,end){return this.toString(\"ascii\",start,end)},Buffer.prototype.utf8Write=function(string,offset){return this.write(string,offset,\"utf8\")},Buffer.prototype.binaryWrite=function(string,offset){return this.write(string,offset,\"binary\")},Buffer.prototype.asciiWrite=function(string,offset){return this.write(string,offset,\"ascii\")},Buffer.prototype.readUInt8=function(offset,noAssert){var buffer=this;return noAssert||(assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset,\"Trying to read beyond buffer length\")),offset>=buffer.length?void 0:buffer.parent[buffer.offset+offset]},Buffer.prototype.readUInt16LE=function(offset,noAssert){return readUInt16(this,offset,!1,noAssert)},Buffer.prototype.readUInt16BE=function(offset,noAssert){return readUInt16(this,offset,!0,noAssert)},Buffer.prototype.readUInt32LE=function(offset,noAssert){return readUInt32(this,offset,!1,noAssert)},Buffer.prototype.readUInt32BE=function(offset,noAssert){return readUInt32(this,offset,!0,noAssert)},Buffer.prototype.readInt8=function(offset,noAssert){var neg,buffer=this;return noAssert||(assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset,\"Trying to read beyond buffer length\")),offset>=buffer.length?void 0:(neg=128&buffer.parent[buffer.offset+offset],neg?-1*(255-buffer.parent[buffer.offset+offset]+1):buffer.parent[buffer.offset+offset])},Buffer.prototype.readInt16LE=function(offset,noAssert){return readInt16(this,offset,!1,noAssert)},Buffer.prototype.readInt16BE=function(offset,noAssert){return readInt16(this,offset,!0,noAssert)},Buffer.prototype.readInt32LE=function(offset,noAssert){return readInt32(this,offset,!1,noAssert)},Buffer.prototype.readInt32BE=function(offset,noAssert){return readInt32(this,offset,!0,noAssert)},Buffer.prototype.readFloatLE=function(offset,noAssert){return readFloat(this,offset,!1,noAssert)},Buffer.prototype.readFloatBE=function(offset,noAssert){return readFloat(this,offset,!0,noAssert)},Buffer.prototype.readDoubleLE=function(offset,noAssert){return readDouble(this,offset,!1,noAssert)},Buffer.prototype.readDoubleBE=function(offset,noAssert){return readDouble(this,offset,!0,noAssert)},Buffer.prototype.writeUInt8=function(value,offset,noAssert){var buffer=this;noAssert||(assert.ok(void 0!==value&&null!==value,\"missing value\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset,\"trying to write beyond buffer length\"),verifuint(value,255)),buffer.length>offset&&(buffer.parent[buffer.offset+offset]=value)},Buffer.prototype.writeUInt16LE=function(value,offset,noAssert){writeUInt16(this,value,offset,!1,noAssert)},Buffer.prototype.writeUInt16BE=function(value,offset,noAssert){writeUInt16(this,value,offset,!0,noAssert)},Buffer.prototype.writeUInt32LE=function(value,offset,noAssert){writeUInt32(this,value,offset,!1,noAssert)},Buffer.prototype.writeUInt32BE=function(value,offset,noAssert){writeUInt32(this,value,offset,!0,noAssert)},Buffer.prototype.writeInt8=function(value,offset,noAssert){var buffer=this;noAssert||(assert.ok(void 0!==value&&null!==value,\"missing value\"),assert.ok(void 0!==offset&&null!==offset,\"missing offset\"),assert.ok(buffer.length>offset,\"Trying to write beyond buffer length\"),verifsint(value,127,-128)),value>=0?buffer.writeUInt8(value,offset,noAssert):buffer.writeUInt8(255+value+1,offset,noAssert)},Buffer.prototype.writeInt16LE=function(value,offset,noAssert){writeInt16(this,value,offset,!1,noAssert)},Buffer.prototype.writeInt16BE=function(value,offset,noAssert){writeInt16(this,value,offset,!0,noAssert)},Buffer.prototype.writeInt32LE=function(value,offset,noAssert){writeInt32(this,value,offset,!1,noAssert)},Buffer.prototype.writeInt32BE=function(value,offset,noAssert){writeInt32(this,value,offset,!0,noAssert)},Buffer.prototype.writeFloatLE=function(value,offset,noAssert){writeFloat(this,value,offset,!1,noAssert)},Buffer.prototype.writeFloatBE=function(value,offset,noAssert){writeFloat(this,value,offset,!0,noAssert)},Buffer.prototype.writeDoubleLE=function(value,offset,noAssert){writeDouble(this,value,offset,!1,noAssert)},Buffer.prototype.writeDoubleBE=function(value,offset,noAssert){writeDouble(this,value,offset,!0,noAssert)},SlowBuffer.prototype.readUInt8=Buffer.prototype.readUInt8,SlowBuffer.prototype.readUInt16LE=Buffer.prototype.readUInt16LE,SlowBuffer.prototype.readUInt16BE=Buffer.prototype.readUInt16BE,SlowBuffer.prototype.readUInt32LE=Buffer.prototype.readUInt32LE,SlowBuffer.prototype.readUInt32BE=Buffer.prototype.readUInt32BE,SlowBuffer.prototype.readInt8=Buffer.prototype.readInt8,SlowBuffer.prototype.readInt16LE=Buffer.prototype.readInt16LE,SlowBuffer.prototype.readInt16BE=Buffer.prototype.readInt16BE,SlowBuffer.prototype.readInt32LE=Buffer.prototype.readInt32LE,SlowBuffer.prototype.readInt32BE=Buffer.prototype.readInt32BE,SlowBuffer.prototype.readFloatLE=Buffer.prototype.readFloatLE,SlowBuffer.prototype.readFloatBE=Buffer.prototype.readFloatBE,SlowBuffer.prototype.readDoubleLE=Buffer.prototype.readDoubleLE,SlowBuffer.prototype.readDoubleBE=Buffer.prototype.readDoubleBE,SlowBuffer.prototype.writeUInt8=Buffer.prototype.writeUInt8,SlowBuffer.prototype.writeUInt16LE=Buffer.prototype.writeUInt16LE,SlowBuffer.prototype.writeUInt16BE=Buffer.prototype.writeUInt16BE,SlowBuffer.prototype.writeUInt32LE=Buffer.prototype.writeUInt32LE,SlowBuffer.prototype.writeUInt32BE=Buffer.prototype.writeUInt32BE,SlowBuffer.prototype.writeInt8=Buffer.prototype.writeInt8,SlowBuffer.prototype.writeInt16LE=Buffer.prototype.writeInt16LE,SlowBuffer.prototype.writeInt16BE=Buffer.prototype.writeInt16BE,SlowBuffer.prototype.writeInt32LE=Buffer.prototype.writeInt32LE,SlowBuffer.prototype.writeInt32BE=Buffer.prototype.writeInt32BE,SlowBuffer.prototype.writeFloatLE=Buffer.prototype.writeFloatLE,SlowBuffer.prototype.writeFloatBE=Buffer.prototype.writeFloatBE,SlowBuffer.prototype.writeDoubleLE=Buffer.prototype.writeDoubleLE,SlowBuffer.prototype.writeDoubleBE=Buffer.prototype.writeDoubleBE})()},{assert:73,\"./buffer_ieee754\":75,\"base64-js\":79}],72:[function(require,module){\"use strict\";function newlinesIn(src){if(!src)return 0;var newlines=src.match(/\\n/g);return newlines?newlines.length:0}var difflet=require(\"difflet\"),prettydiff=difflet({comment:!0,indent:2}),compactdiff=difflet({comment:!0});module.exports=function(before,after,opts){opts=opts||{};var joinLinesAt=opts.joinLinesAt||20,maxLineLength=opts.maxLineLength||380,result=prettydiff.compare(before,after);return newlinesIn(result)>=joinLinesAt&&(result=compactdiff.compare(before,after)),result.split(\"\\n\").map(function(line){return line.length>=maxLineLength?line.slice(0,maxLineLength)+\"....\":line}).join(\"\\n\").replace(/\\/\\/ != undefined/g,\"\")}},{difflet:80}],78:[function(require,module){function clonePrototype(parent){if(null===parent)return null;var ctor=function(){};return ctor.prototype=parent,new ctor}module.exports=clonePrototype},{}],79:[function(require,module){(function(){\"use strict\";function b64ToByteArray(b64){var i,j,l,tmp,placeHolders,arr;if(b64.length%4>0)throw\"Invalid string. Length must be a multiple of 4\";for(placeHolders=b64.indexOf(\"=\"),placeHolders=placeHolders>0?b64.length-placeHolders:0,arr=[],l=placeHolders>0?b64.length-4:b64.length,i=0,j=0;l>i;i+=4,j+=3)tmp=lookup.indexOf(b64[i])\u003C\u003C18|lookup.indexOf(b64[i+1])\u003C\u003C12|lookup.indexOf(b64[i+2])\u003C\u003C6|lookup.indexOf(b64[i+3]),arr.push((16711680&tmp)>>16),arr.push((65280&tmp)>>8),arr.push(255&tmp);return 2===placeHolders?(tmp=lookup.indexOf(b64[i])\u003C\u003C2|lookup.indexOf(b64[i+1])>>4,arr.push(255&tmp)):1===placeHolders&&(tmp=lookup.indexOf(b64[i])\u003C\u003C10|lookup.indexOf(b64[i+1])\u003C\u003C4|lookup.indexOf(b64[i+2])>>2,arr.push(255&tmp>>8),arr.push(255&tmp)),arr}function uint8ToBase64(uint8){function tripletToBase64(num){return lookup[63&num>>18]+lookup[63&num>>12]+lookup[63&num>>6]+lookup[63&num]}var i,temp,length,extraBytes=uint8.length%3,output=\"\";for(i=0,length=uint8.length-extraBytes;length>i;i+=3)temp=(uint8[i]\u003C\u003C16)+(uint8[i+1]\u003C\u003C8)+uint8[i+2],output+=tripletToBase64(temp);switch(extraBytes){case 1:temp=uint8[uint8.length-1],output+=lookup[temp>>2],output+=lookup[63&temp\u003C\u003C4],output+=\"==\";break;case 2:temp=(uint8[uint8.length-2]\u003C\u003C8)+uint8[uint8.length-1],output+=lookup[temp>>10],output+=lookup[63&temp>>4],output+=lookup[63&temp\u003C\u003C2],output+=\"=\"}return output}var lookup=\"ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/\";module.exports.toByteArray=b64ToByteArray,module.exports.fromByteArray=uint8ToBase64})()},{}],62:[function(require,module){function trimEmptyLines(lines){for(var line=lines.pop();!line||!line.length;)line=lines.pop();line&&lines.push(line)}function addLinenos(highlightedCode,firstline){function getDigits(n){return 10>n?1:100>n?2:1e3>n?3:1e4>n?4:5}function pad(n,totalDigits){var padDigits=totalDigits-getDigits(n);switch(padDigits){case 0:return\"\"+n;case 1:return\" \"+n;case 2:return\"  \"+n;case 3:return\"   \"+n;case 4:return\"    \"+n;case 5:return\"     \"+n}}var highlightedLines=highlightedCode.split(\"\\n\");trimEmptyLines(highlightedLines);var totalDigits,lineno,linesLen=highlightedLines.length,lines=[];totalDigits=getDigits(linesLen+firstline-1);for(var i=0;linesLen>i;i++)lineno=[colorSurround[0],pad(i+firstline,totalDigits),\": \",colorSurround[1]].join(\"\"),lines.push(lineno+highlightedLines[i]);return lines.join(\"\\n\")}var redeyed=require(\"redeyed\"),theme=require(\"../themes/default\"),colors=require(\"../colors\"),colorSurround=colors.brightBlack.split(\":\");module.exports=function(code,opts){opts=opts||{};try{var result=redeyed(code,opts.theme||theme),firstline=opts.firstline&&!isNaN(opts.firstline)?opts.firstline:1;return opts.linenos?addLinenos(result.code,firstline):result.code}catch(e){throw e.message=\"Unable to perform highlight. The code contained syntax errors: \"+e.message,e}}},{\"../themes/default\":81,\"../colors\":76,redeyed:82}],81:[function(require,module){var colors=require(\"../colors\");module.exports={Boolean:{\"true\":void 0,\"false\":void 0,_default:colors.brightRed},Identifier:{undefined:colors.brightBlack,self:colors.brightRed,console:colors.blue,log:colors.blue,warn:colors.red,error:colors.brightRed,_default:colors.white},Null:{_default:colors.brightBlack},Numeric:{_default:colors.blue},String:{_default:colors.brightGreen},Keyword:{\"break\":void 0,\"case\":void 0,\"catch\":colors.cyan,\"continue\":void 0,\"debugger\":void 0,\"default\":void 0,\"delete\":colors.red,\"do\":void 0,\"else\":void 0,\"finally\":colors.cyan,\"for\":void 0,\"function\":void 0,\"if\":void 0,\"in\":void 0,\"instanceof\":void 0,\"new\":colors.red,\"return\":colors.red,\"switch\":void 0,\"this\":colors.brightRed,\"throw\":void 0,\"try\":colors.cyan,\"typeof\":void 0,\"var\":colors.green,\"void\":void 0,\"while\":void 0,\"with\":void 0,_default:colors.brightBlue},Punctuator:{\";\":colors.brightBlack,\".\":colors.green,\",\":colors.green,\"{\":colors.yellow,\"}\":colors.yellow,\"(\":colors.brightBlack,\")\":colors.brightBlack,\"[\":colors.yellow,\"]\":colors.yellow,\"\u003C\":void 0,\">\":void 0,\"+\":void 0,\"-\":void 0,\"*\":void 0,\"%\":void 0,\"&\":void 0,\"|\":void 0,\"^\":void 0,\"!\":void 0,\"~\":void 0,\"?\":void 0,\":\":void 0,\"=\":void 0,\"\u003C=\":void 0,\">=\":void 0,\"==\":void 0,\"!=\":void 0,\"++\":void 0,\"--\":void 0,\"\u003C\u003C\":void 0,\">>\":void 0,\"&&\":void 0,\"||\":void 0,\"+=\":void 0,\"-=\":void 0,\"*=\":void 0,\"%=\":void 0,\"&=\":void 0,\"|=\":void 0,\"^=\":void 0,\"/=\":void 0,\"===\":void 0,\"!==\":void 0,\">>>\":void 0,\"\u003C\u003C=\":void 0,\">>=\":void 0,\">>>=\":void 0,_default:colors.brightYellow},Line:{_default:colors.brightBlack},Block:{_default:colors.brightBlack},_default:void 0}},{\"../colors\":76}],83:[function(require,module){function Traverse(obj){this.value=obj}function walk(root,cb,immutable){var path=[],parents=[],alive=!0;return function walker(node_){function updateState(){if(\"object\"==typeof state.node&&null!==state.node){state.keys&&state.node_===state.node||(state.keys=objectKeys(state.node)),state.isLeaf=0==state.keys.length;for(var i=0;parents.length>i;i++)if(parents[i].node_===node_){state.circular=parents[i];break}}else state.isLeaf=!0,state.keys=null;state.notLeaf=!state.isLeaf,state.notRoot=!state.isRoot}var node=immutable?copy(node_):node_,modifiers={},keepGoing=!0,state={node:node,node_:node_,path:[].concat(path),parent:parents[parents.length-1],parents:parents,key:path.slice(-1)[0],isRoot:0===path.length,level:path.length,circular:null,update:function(x,stopHere){state.isRoot||(state.parent.node[state.key]=x),state.node=x,stopHere&&(keepGoing=!1)},\"delete\":function(stopHere){delete state.parent.node[state.key],stopHere&&(keepGoing=!1)},remove:function(stopHere){isArray(state.parent.node)?state.parent.node.splice(state.key,1):delete state.parent.node[state.key],stopHere&&(keepGoing=!1)},keys:null,before:function(f){modifiers.before=f},after:function(f){modifiers.after=f},pre:function(f){modifiers.pre=f},post:function(f){modifiers.post=f},stop:function(){alive=!1},block:function(){keepGoing=!1}};if(!alive)return state;updateState();var ret=cb.call(state,state.node);return void 0!==ret&&state.update&&state.update(ret),modifiers.before&&modifiers.before.call(state,state.node),keepGoing?(\"object\"!=typeof state.node||null===state.node||state.circular||(parents.push(state),updateState(),forEach(state.keys,function(key,i){path.push(key),modifiers.pre&&modifiers.pre.call(state,state.node[key],key);var child=walker(state.node[key]);immutable&&Object.hasOwnProperty.call(state.node,key)&&(state.node[key]=child.node),child.isLast=i==state.keys.length-1,child.isFirst=0==i,modifiers.post&&modifiers.post.call(state,child),path.pop()}),parents.pop()),modifiers.after&&modifiers.after.call(state,state.node),state):state}(root).node}function copy(src){if(\"object\"==typeof src&&null!==src){var dst;if(isArray(src))dst=[];else if(isDate(src))dst=new Date(src);else if(isRegExp(src))dst=RegExp(src);else if(isError(src))dst={message:src.message};else if(isBoolean(src))dst=new Boolean(src);else if(isNumber(src))dst=new Number(src);else if(isString(src))dst=new String(src);else if(Object.create&&Object.getPrototypeOf)dst=Object.create(Object.getPrototypeOf(src));else if(src.constructor===Object)dst={};else{var proto=src.constructor&&src.constructor.prototype||src.__proto__||{},T=function(){};T.prototype=proto,dst=new T}return forEach(objectKeys(src),function(key){dst[key]=src[key]}),dst}return src}function toS(obj){return Object.prototype.toString.call(obj)}function isDate(obj){return\"[object Date]\"===toS(obj)}function isRegExp(obj){return\"[object RegExp]\"===toS(obj)}function isError(obj){return\"[object Error]\"===toS(obj)}function isBoolean(obj){return\"[object Boolean]\"===toS(obj)}function isNumber(obj){return\"[object Number]\"===toS(obj)}function isString(obj){return\"[object String]\"===toS(obj)}var traverse=module.exports=function(obj){return new Traverse(obj)};Traverse.prototype.get=function(ps){for(var node=this.value,i=0;ps.length>i;i++){var key=ps[i];if(!Object.hasOwnProperty.call(node,key)){node=void 0;break}node=node[key]}return node},Traverse.prototype.has=function(ps){for(var node=this.value,i=0;ps.length>i;i++){var key=ps[i];if(!Object.hasOwnProperty.call(node,key))return!1;node=node[key]}return!0},Traverse.prototype.set=function(ps,value){for(var node=this.value,i=0;ps.length-1>i;i++){var key=ps[i];Object.hasOwnProperty.call(node,key)||(node[key]={}),node=node[key]}return node[ps[i]]=value,value},Traverse.prototype.map=function(cb){return walk(this.value,cb,!0)},Traverse.prototype.forEach=function(cb){return this.value=walk(this.value,cb,!1),this.value},Traverse.prototype.reduce=function(cb,init){var skip=1===arguments.length,acc=skip?this.value:init;return this.forEach(function(x){this.isRoot&&skip||(acc=cb.call(this,acc,x))}),acc},Traverse.prototype.paths=function(){var acc=[];return this.forEach(function(){acc.push(this.path)}),acc},Traverse.prototype.nodes=function(){var acc=[];return this.forEach(function(){acc.push(this.node)}),acc},Traverse.prototype.clone=function(){var parents=[],nodes=[];return function clone(src){for(var i=0;parents.length>i;i++)if(parents[i]===src)return nodes[i];if(\"object\"==typeof src&&null!==src){var dst=copy(src);return parents.push(src),nodes.push(dst),forEach(objectKeys(src),function(key){dst[key]=clone(src[key])}),parents.pop(),nodes.pop(),dst}return src}(this.value)};var objectKeys=Object.keys||function(obj){var res=[];for(var key in obj)res.push(key);return res},isArray=Array.isArray||function isArray(xs){return\"[object Array]\"===Object.prototype.toString.call(xs)},forEach=function(xs,fn){if(xs.forEach)return xs.forEach(fn);for(var i=0;xs.length>i;i++)fn(xs[i],i,xs)};forEach(objectKeys(Traverse.prototype),function(key){traverse[key]=function(obj){var args=[].slice.call(arguments,1),t=new Traverse(obj);return t[key].apply(t,args)}})},{}],80:[function(require,module){(function(process){function difflet(opts,prev,next){function set(type){0===levels&&opts.start(type,stream),levels++}function unset(type){0===--levels&&opts.stop(type,stream)}function stringifier(insertable,node,opts){var indent=opts.indent;if(insertable)var prevNode=traverse.get(prev,this.path||[]);var indentx,inserted=insertable&&void 0===prevNode;try{indentx=indent?Array(((this.path||[]).length+1)*indent+1).join(\" \"):\"\"}catch(e){indentx=\"\"}if(commaFirst&&(indentx=indentx.slice(indent)),Array.isArray(node)){var updated=(prevNode||traverse.has(prev,this.path))&&!Array.isArray(prevNode);updated&&set(\"updated\"),opts.comment&&!Array.isArray(prevNode)&&(indent=0),this.before(function(){inserted&&set(\"inserted\"),indent&&commaFirst?0===(this.path||[]).length||Array.isArray(this.parent.node)?write(\"[ \"):write(\"\\n\"+indentx+\"[ \"):indent?write(\"[\\n\"+indentx):write(\"[\")}),this.post(function(child){child.isLast||indent&&commaFirst||write(\",\");var prev=prevNode&&prevNode[child.key];indent&&opts.comment&&child.node!==prev&&(\"object\"!=typeof child.node||\"object\"!=typeof prev)&&(set(\"comment\"),write(\" // != \"),traverse(prev).forEach(function(x){plainStringify.call(this,x,{indent:0})}),unset(\"comment\")),child.isLast||(indent&&commaFirst?write(\"\\n\"+indentx+\", \"):indent&&write(\"\\n\"+indentx))}),this.after(function(){indent&&commaFirst?write(\"\\n\"+indentx):indent&&write(\"\\n\"+indentx.slice(indent)),write(\"]\"),updated&&unset(\"updated\"),inserted&&unset(\"inserted\")})}else if(isRegExp(node))this.block(),inserted?(set(\"inserted\"),write(\"\"+node),unset(\"inserted\")):insertable&&prevNode!==node?(set(\"updated\"),write(\"\"+node),unset(\"updated\")):write(\"\"+node);else if(\"object\"==typeof node&&node&&\"function\"==typeof node.inspect)this.block(),inserted?(set(\"inserted\"),write(node.inspect()),unset(\"inserted\")):prevNode&&\"function\"==typeof prevNode.inspect&&prevNode.inspect()===node.inspect()?write(node.inspect()):(set(\"updated\"),write(node.inspect()),unset(\"updated\"));else if(\"object\"==typeof node&&null!==node){var insertedKey=!1,deleted=insertable&&\"object\"==typeof prevNode&&prevNode?Object.keys(prevNode).filter(function(key){return!Object.hasOwnProperty.call(node,key)}):[];this.before(function(){inserted&&set(\"inserted\"),write(indent&&commaFirst&&!this.isRoot?\"\\n\"+indentx+\"{ \":\"{\")}),this.pre(function(x,key){if(insertable){var obj=traverse.get(prev,this.path.concat(key));void 0===obj&&(insertedKey=!0,set(\"inserted\"))}indent&&!commaFirst&&write(\"\\n\"+indentx),plainStringify(key),write(indent?\" : \":\":\")}),this.post(function(child){child.isLast||indent&&commaFirst||write(\",\"),child.isLast&&deleted.length?(insertedKey&&unset(\"inserted\"),insertedKey=!1):insertedKey&&(unset(\"inserted\"),insertedKey=!1);var prev=prevNode&&prevNode[child.key];indent&&opts.comment&&child.node!==prev&&(\"object\"!=typeof child.node||\"object\"!=typeof prev)&&(set(\"comment\"),write(\" // != \"),traverse(prev).forEach(function(x){plainStringify.call(this,x,{indent:0})}),unset(\"comment\")),child.isLast&&deleted.length?(insertedKey&&unset(\"inserted\"),insertedKey=!1,indent&&commaFirst?write(\"\\n\"+indentx+\", \"):opts.comment&&indent?write(\"\\n\"+indentx):indent?write(\",\\n\"+indentx):write(\",\")):child.isLast||indent&&commaFirst&&write(\"\\n\"+indentx+\", \")}),this.after(function(){inserted&&unset(\"inserted\"),deleted.length&&(indent&&!commaFirst&&0===Object.keys(node).length&&write(\"\\n\"+indentx),set(\"deleted\"),deleted.forEach(function(key,ix){indent&&opts.comment&&(unset(\"deleted\"),set(\"comment\"),write(\"// \"),unset(\"comment\"),set(\"deleted\")),plainStringify(key),write(indent?\" : \":\":\"),traverse(prevNode[key]).forEach(function(x){plainStringify.call(this,x,{indent:0})});var last=ix===deleted.length-1;insertable&&!last&&(indent&&commaFirst?write(\"\\n\"+indentx+\", \"):indent?write(\",\\n\"+indentx):write(\",\"))}),unset(\"deleted\")),commaFirst&&indent?write(indentx.slice(indent)+\" }\"):indent?write(\"\\n\"+indentx.slice(indent)+\"}\"):write(\"}\")})}else{var changed=!1;inserted?set(\"inserted\"):insertable&&!deepEqual(prevNode,node)&&(changed=!0,set(\"updated\")),\"string\"==typeof node?write('\"'+(\"\"+node).replace(/\"/g,'\\\\\"')+'\"'):isRegExp(node)?write(\"\"+node):\"function\"==typeof node?write(node.name?\"[Function: \"+node.name+\"]\":\"[Function]\"):void 0===node?write(\"undefined\"):null===node?write(\"null\"):write(\"\"+node),inserted?unset(\"inserted\"):changed&&unset(\"updated\")}}var stream=opts.stream||new Stream;if(opts.stream||(stream.readable=!0,stream.writable=!0,stream.write=function(buf){this.emit(\"data\",buf)},stream.end=function(){this.emit(\"end\")}),opts||(opts={}),void 0===opts.start&&void 0===opts.stop){var c=charm(stream);opts.start=function(type){c.foreground({inserted:\"green\",updated:\"blue\",deleted:\"red\",comment:\"cyan\"}[type]),c.display(\"bright\")},opts.stop=function(){c.display(\"reset\")}}var write=function(buf){opts.write?opts.write(buf,stream):stream.write(buf)},commaFirst=\"first\"===opts.comma,stringify=function(node,params){return stringifier.call(this,!0,node,params||opts)},plainStringify=function(node,params){return stringifier.call(this,!1,node,params||opts)},levels=0;return opts.stream?traverse(next).forEach(stringify):process.nextTick(function(){traverse(next).forEach(stringify),stream.emit(\"end\")}),stream}function isRegExp(node){return node instanceof RegExp||node&&\"function\"==typeof node.test&&\"function\"==typeof node.exec&&\"function\"==typeof node.compile&&node.constructor&&\"RegExp\"===node.constructor.name}var traverse=require(\"traverse\"),Stream=require(\"stream\").Stream,charm=require(\"charm\"),deepEqual=require(\"deep-is\"),exports=module.exports=function(opts_){var fn=difflet.bind(null,opts_);return fn.compare=function(prev,next){var opts=Object.keys(opts_||{}).reduce(function(acc,key){return acc[key]=opts_[key],acc},{}),s=opts.stream=new Stream,data=\"\";return s.write=function(buf){data+=buf},s.end=function(){},s.readable=!0,s.writable=!0,difflet(opts,prev,next),data},fn};exports.compare=function(prev,next){return exports({}).compare(prev,next)}})(require(\"__browserify_process\"))},{stream:58,traverse:83,charm:84,\"deep-is\":69,__browserify_process:16}],85:[function(require,module,exports){exports.isatty=function(){},exports.setRawMode=function(){}},{}],84:[function(require,module){(function(process){var tty=require(\"tty\"),encode=require(\"./lib/encode\"),EventEmitter=require(\"events\").EventEmitter,exports=module.exports=function(){function setInput(s){if(input)throw Error(\"multiple inputs specified\");input=s}function setOutput(s){if(output)throw Error(\"multiple outputs specified\");output=s}for(var input=null,output=null,i=0;arguments.length>i;i++){var arg=arguments[i];arg&&(arg.readable?setInput(arg):(arg.stdin||arg.input)&&setInput(arg.stdin||arg.input),arg.writable?setOutput(arg):(arg.stdout||arg.output)&&setOutput(arg.stdout||arg.output))}return new Charm(input,output)},Charm=exports.Charm=function(input,output){var self=this;self.input=input,self.output=output,self.pending=[],output||self.emit(\"error\",Error(\"output stream required\")),input&&\"number\"==typeof input.fd&&tty.isatty(input.fd)&&(process.stdin.setRawMode?process.stdin.setRawMode(!0):tty.setRawMode(!0),input.resume()),input&&input.on(\"data\",function(buf){if(self.pending.length){for(var codes=extractCodes(buf),matched=!1,i=0;codes.length>i;i++)for(var j=0;self.pending.length>j;j++){var cb=self.pending[j];if(cb(codes[i])){matched=!0,self.pending.splice(j,1);break}}if(matched)return}self.emit(\"data\",buf),1===buf.length&&(3===buf[0]&&self.emit(\"^C\"),4===buf[0]&&self.emit(\"^D\"))})};Charm.prototype=new EventEmitter,Charm.prototype.destroy=function(){this.input&&this.input.destroy()},Charm.prototype.write=function(msg){return this.output.write(msg),this},Charm.prototype.reset=function(){return this.write(encode(\"c\")),this},Charm.prototype.position=function(x,y){if(\"function\"==typeof x){var cb=x;this.pending.push(function(buf){if(27===buf[0]&&buf[1]===encode.ord(\"[\")&&buf[buf.length-1]===encode.ord(\"R\")){var pos=(\"\"+buf).slice(2,-1).split(\";\").map(Number);return cb(pos[1],pos[0]),!0}}),this.write(encode(\"[6n\"))}else this.write(encode(\"[\"+Math.floor(y)+\";\"+Math.floor(x)+\"f\"));return this},Charm.prototype.move=function(x,y){return 0>y?this.up(-y):y>0&&this.down(y),x>0?this.right(x):0>x&&this.left(-x),this},Charm.prototype.up=function(y){return void 0===y&&(y=1),this.write(encode(\"[\"+Math.floor(y)+\"A\")),this},Charm.prototype.down=function(y){return void 0===y&&(y=1),this.write(encode(\"[\"+Math.floor(y)+\"B\")),this},Charm.prototype.right=function(x){return void 0===x&&(x=1),this.write(encode(\"[\"+Math.floor(x)+\"C\")),this},Charm.prototype.left=function(x){return void 0===x&&(x=1),this.write(encode(\"[\"+Math.floor(x)+\"D\")),this},Charm.prototype.column=function(x){return this.write(encode(\"[\"+Math.floor(x)+\"G\")),this},Charm.prototype.push=function(withAttributes){return this.write(encode(withAttributes?\"7\":\"[s\")),this},Charm.prototype.pop=function(withAttributes){return this.write(encode(withAttributes?\"8\":\"[u\")),this},Charm.prototype.erase=function(s){return\"end\"===s||\"$\"===s?this.write(encode(\"[K\")):\"start\"===s||\"^\"===s?this.write(encode(\"[1K\")):\"line\"===s?this.write(encode(\"[2K\")):\"down\"===s?this.write(encode(\"[J\")):\"up\"===s?this.write(encode(\"[1J\")):\"screen\"===s?this.write(encode(\"[1J\")):this.emit(\"error\",Error(\"Unknown erase type: \"+s)),this},Charm.prototype.display=function(attr){var c={reset:0,bright:1,dim:2,underscore:4,blink:5,reverse:7,hidden:8}[attr];return void 0===c&&this.emit(\"error\",Error(\"Unknown attribute: \"+attr)),this.write(encode(\"[\"+c+\"m\")),this},Charm.prototype.foreground=function(color){if(\"number\"==typeof color)(0>color||color>=256)&&this.emit(\"error\",Error(\"Color out of range: \"+color)),this.write(encode(\"[38;5;\"+color+\"m\"));else{var c={black:30,red:31,green:32,yellow:33,blue:34,magenta:35,cyan:36,white:37}[color.toLowerCase()];c||this.emit(\"error\",Error(\"Unknown color: \"+color)),this.write(encode(\"[\"+c+\"m\"))}return this},Charm.prototype.background=function(color){if(\"number\"==typeof color)(0>color||color>=256)&&this.emit(\"error\",Error(\"Color out of range: \"+color)),this.write(encode(\"[48;5;\"+color+\"m\"));else{var c={black:40,red:41,green:42,yellow:43,blue:44,magenta:45,cyan:46,white:47}[color.toLowerCase()];c||this.emit(\"error\",Error(\"Unknown color: \"+color)),this.write(encode(\"[\"+c+\"m\"))}return this},Charm.prototype.cursor=function(visible){return this.write(encode(visible?\"[?25h\":\"[?25l\")),this};var extractCodes=exports.extractCodes=function(buf){for(var codes=[],start=-1,i=0;buf.length>i;i++)27===buf[i]?(start>=0&&codes.push(buf.slice(start,i)),start=i):start>=0&&i===buf.length-1&&codes.push(buf.slice(start));return codes}})(require(\"__browserify_process\"))},{tty:85,events:15,\"./lib/encode\":86,__browserify_process:16}],82:[function(require,module){(function(){(function(){\"use strict\";function bootstrap(esprima,exportFn){function isFunction(obj){return\"[object Function]\"===toString.call(obj)}function isString(obj){return\"[object String]\"===toString.call(obj)}function isObject(obj){return\"[object Object]\"===toString.call(obj)}function surroundWith(before,after){return function(s){return before+s+after}}function isNonCircular(key){return\"_parent\"!==key}function objectizeString(value){var vals=value.split(\":\");if(0===vals.length||vals.length>2)throw Error(\"illegal string config: \"+value+'\\nShould be of format \"before:after\"');return 1===vals.length||0===vals[1].length?0>vals.indexOf(\":\")?{_before:vals[0]}:{_after:vals[0]}:{_before:vals[0],_after:vals[1]}}function objectize(node){function resolve(value,key){if(!value._parent)return void 0;if(value._parent._default&&value._parent._default[key])return value._parent._default[key];var root=value._parent._parent;return root?root._default?root._default[key]:void 0:void 0}function process(key){var value=node[key];if(value&&!isFunction(value)){if(isString(value)&&(node[key]=value=objectizeString(value)),value._parent=node,isObject(value))return value._before||value._after?(value._before=value._before||resolve(value,\"_before\"),value._after=value._after||resolve(value,\"_after\"),void 0):objectize(value);throw Error(\"nodes need to be either {String}, {Object} or {Function}.\"+value+\" is neither.\")}}node._default&&process(\"_default\"),Object.keys(node).filter(function(key){return isNonCircular(key)&&node.hasOwnProperty(key)&&\"_before\"!==key&&\"_after\"!==key&&\"_default\"!==key}).forEach(process)}function functionize(node){Object.keys(node).filter(function(key){return isNonCircular(key)&&node.hasOwnProperty(key)}).forEach(function(key){var value=node[key];if(!isFunction(value)&&isObject(value)){if(!value._before&&!value._after)return functionize(value);var before=value._before||\"\",after=value._after||\"\";return node[key]=surroundWith(before,after)}})}function normalize(root){objectize(root),functionize(root)}function mergeTokensAndComments(tokens,comments){function addToAllByRangeStart(t){all[t.range[0]]=t}var all={};return tokens.forEach(addToAllByRangeStart),comments.forEach(addToAllByRangeStart),Object.keys(all).map(function(k){return all[k]})}function redeyed(code,config,opts){function tokenIndex(tokens,tkn,start){var current,rangeStart=tkn.range[0];for(current=start;tokens.length>current;current++)if(tokens[current].range[0]===rangeStart)return current;throw Error(\"Token %s not found at or after index: %d\",tkn,start)}function process(surround){var result,currentIndex,nextIndex,splitEnd,skip=0;return result=surround(code.slice(start,end),info),isObject(result)?(splits.push(result.replacement),currentIndex=info.tokenIndex,nextIndex=tokenIndex(info.tokens,result.skipPastToken,currentIndex),skip=nextIndex-currentIndex,splitEnd=skip>0?tokens[nextIndex-1].range[1]:end):(splits.push(result),splitEnd=end),{skip:skip,splitEnd:splitEnd}}function addSplit(start,end,surround){var result,skip=0;if(!(start>=end))return surround?(result=process(surround),skip=result.skip,lastSplitEnd=result.splitEnd):(splits.push(code.slice(start,end)),lastSplitEnd=end),skip}opts=opts||{},code=code.replace(/^\\#\\!.*/,\"\");var transformedCode,all,info,ast=esprima.parse(code,{tokens:!0,comment:!0,range:!0,tolerant:!0}),tokens=ast.tokens,comments=ast.comments,lastSplitEnd=0,splits=[];\nnormalize(config),all=mergeTokensAndComments(tokens,comments);for(var tokenIdx=0;all.length>tokenIdx;tokenIdx++){var surround,start,end,token=all[tokenIdx],surroundForType=config[token.type];surroundForType&&(surround=surroundForType&&surroundForType.hasOwnProperty(token.value)&&surroundForType[token.value]&&isFunction(surroundForType[token.value])?surroundForType[token.value]:surroundForType._default,start=token.range[0],end=token.range[1],addSplit(lastSplitEnd,start),info={tokenIndex:tokenIdx,tokens:all,ast:ast,code:code},tokenIdx+=addSplit(start,end,surround,info))}return code.length>lastSplitEnd&&addSplit(lastSplitEnd,code.length),transformedCode=opts.nojoin?void 0:splits.join(\"\"),{ast:ast,tokens:tokens,comments:comments,splits:splits,code:transformedCode}}return exportFn?exportFn(redeyed):redeyed}var esprima,exportFn,toString=Object.prototype.toString;\"object\"==typeof module&&\"object\"==typeof module.exports&&\"function\"==typeof require?(esprima=require(\"esprima\"),exportFn=function(redeyed){module.exports=redeyed},bootstrap(esprima,exportFn)):\"function\"==typeof 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","type":"image/jpeg"},
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","type":"image/png"},
-{"created":"20240619094946365","text":"XR Fragment-capable clients offer increased XR Accessibility via the so-called 2-button navigation:\n\n> TAB and ENTER actions allow for cycling/executing objects with `href` metadata \u003Cb>contextually\u003C/b>, meaning that only relevant objects are candidates for this (allowing comfortable tab-navigation inside huge worlds with large amounts of buttons). The buttons are remappable, and can also be triggered via speech.\n\n\u003Cdiv style=\"max-width:600px\">\n\u003C$videojs _autoplay controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/accessibility-2buttonnav.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\nHere's the relevant part of the spec:\n\u003Cbr>\u003Cbr>\n\u003Ciframe src=\"doc/RFC_XR_Fragments.html#two-button-navigation\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n\nThe spec also defines a simple text-input interface which allows navigation via speech or text-input:\n\n\u003Ciframe src=\"doc/RFC_XR_Fragments.html#accessibility-interface\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n","tags":"[[📡 implicit scene features]]","title":"accessibility via commands","modified":"20241007083525196","type":"text/markdown"},
+{"created":"20240619094946365","text":"XR Fragment-capable clients offer increased XR Accessibility via the so-called **2-button navigation**:\n\n> TAB and ENTER actions allow for cycling/executing objects with `href` metadata \u003Cb>contextually\u003C/b>, meaning that only relevant objects are candidates for this (allowing comfortable tab-navigation inside huge worlds with large amounts of buttons). The buttons are remappable, and can also be triggered via speech.\n\n\u003Cdiv style=\"max-width:600px\">\n\u003C$videojs _autoplay controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/accessibility-2buttonnav.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\nHere's the relevant part of the spec:\n\u003Cbr>\u003Cbr>\n\u003Ciframe src=\"doc/RFC_XR_Fragments.html#two-button-navigation\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n\nThe spec also defines a simple text-input interface which allows navigation via speech or text-input:\n\n\u003Ciframe src=\"doc/RFC_XR_Fragments.html#accessibility-interface\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n","tags":"[[📜 level2: explicit links]]","title":"accessibility","modified":"20250902141010642","type":"text/markdown"},
 {"created":"20230424093140723","text":"\u003C\u003Cscript>> \u003C!-- enables script-tag -->\n\n\u003Cdiv class=\"scene\">\n\t\u003Ca-scene embedded>\n\t\t\u003Ca-box position=\"-1 0.5 -3\" rotation=\"0 45 0\" color=\"#4CC3D9\">\u003C/a-box>\n\t\t\u003Ca-sphere position=\"0 1.25 -5\" radius=\"1.25\" color=\"#EF2D5E\">\u003C/a-sphere>\n\t\t\u003Ca-cylinder position=\"1 0.75 -3\" radius=\"0.5\" height=\"1.5\" color=\"#FFC65D\">\u003C/a-cylinder>\n\t\t\u003Ca-plane position=\"0 0 -4\" rotation=\"-90 0 0\" width=\"4\" height=\"4\" color=\"#7BC8A4\">\u003C/a-plane>\n\t\t\u003Ca-sky color=\"#444\">\u003C/a-sky>\n\t\u003C/a-scene>\n\u003C/div>\n\n\u003Cscript>\n(function(){\n\t\n\tlog(\"hello world\")\n  let $scene    = $('a-scene')\n\t\n  $scene.addEventListener('loaded', () => {\n\t\t$scene.renderer.render = ( (render) => ( scene, cam ) => {\n  \t\trender(scene,cam)\t\n\t\t\tif( !$scene.renderer ) return log(\"no renderer\")\n\t\t\tlet info = $scene.renderer.info.render\n\t\t\tlog(\"frame   : \" + info.frame,2)\n\t\t\tlog(\"triangle: \" + info.triangles,4)\n\t\t\tlog(\"calls   : \" + info.calls,3)\t\t\n\t\t})($scene.renderer.render.bind($scene.renderer) )\n  })\t\n\t\n})()\n\u003C/script>","tags":"","title":"AFRAME template","modified":"20230523125627072","type":"text/vnd.tiddlywiki"},
-{"created":"20240712161508821","text":"\u003Ca href=\"https://en.wikipedia.org/wiki/Reflection_mapping\" target=\"_blank\">reflection mapping\u003C/a> enhances the realism of 3D objects by reflecting their surroundings.\u003Cbr>\nTo make sure each object uses the right environment map, in your 3D editor (blender e.g.) set it based on the closest parent object with a (seamless) texture.\n\n> This way, objects automatically inherit the appropriate reflections and lighting from their nearest parent, ensuring a consistent and realistic look across the scene.\n\n\u003Cbr>\nBelow is the related section of the spec (full spec here: \u003Ca href=\"doc/RFC_XR_Fragments.html\" target=\"_blank\">HTML\u003C/a>, \u003Ca href=\"doc/RFC_XR_Fragments.txt\" target=\"_blank\">TXT\u003C/a>)\n\n\u003Ciframe src=\"doc/RFC_XR_Fragments.html#reflection-mapping\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n\n\n","tags":"[[📡 implicit scene features]]","title":"automatic reflection mapping","modified":"20241014092343457","type":"text/markdown"},
+{"created":"20240712161508821","text":"\u003Ca href=\"https://en.wikipedia.org/wiki/Reflection_mapping\" target=\"_blank\">reflection mapping\u003C/a> enhances the realism of 3D objects by reflecting their surroundings.\u003Cbr>\nTo make sure each object uses the right environment map, in your 3D editor (blender e.g.) set it based on the closest parent object with a (seamless) texture.\n\n> This way, objects automatically inherit the appropriate reflections and lighting from their nearest parent, ensuring a consistent and realistic look across the scene.\n\n\u003Cbr>\nBelow is the related section of the spec (full spec here: \u003Ca href=\"doc/RFC_XR_Fragments.html\" target=\"_blank\">HTML\u003C/a>, \u003Ca href=\"doc/RFC_XR_Fragments.txt\" target=\"_blank\">TXT\u003C/a>)\n\n\u003Ciframe src=\"doc/RFC_XR_Fragments.html#reflection-mapping\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n\n\n","tags":"[[🧪 experimental]]","title":"automatic reflection mapping","modified":"20250902143004731","type":"text/markdown"},
 {"text":":root {\n  --balloon-color: rgba(16, 16, 16, 0.95);\n  --balloon-font-size: 12px;\n  --balloon-move: 4px; }\n\nbutton[aria-label] {\n  overflow: visible; }\n\n[aria-label] {\n  position: relative;\n  cursor: pointer; }\n[aria-label]:after {\n  opacity: 0;\n  pointer-events: none;\n  transition: all .18s ease-out .18s;\n  text-indent: 0;\n  font-family: -apple-system, BlinkMacSystemFont, 'Segoe UI', Roboto, Oxygen, Ubuntu, Cantarell, 'Open Sans', 'Helvetica Neue', sans-serif;\n  font-weight: normal;\n  font-style: normal;\n  text-shadow: none;\n  font-size: var(--balloon-font-size);\n  background: var(--balloon-color);\n  border-radius: 2px;\n  color: #fff;\n  content: attr(aria-label);\n  padding: .5em 1em;\n  position: absolute;\n  white-space: nowrap;\n  z-index: 10; }\n[aria-label]:before {\n  width: 0;\n  height: 0;\n  border: 5px solid transparent;\n  border-top-color: var(--balloon-color);\n  opacity: 0;\n  pointer-events: none;\n  transition: all .18s ease-out .18s;\n  content: \"\";\n  position: absolute;\n  z-index: 10; }\n[aria-label]:hover:before, [aria-label]:hover:after, [aria-label][data-balloon-visible]:before, [aria-label][data-balloon-visible]:after, [aria-label]:not([data-balloon-nofocus]):focus:before, [aria-label]:not([data-balloon-nofocus]):focus:after {\n  opacity: 1;\n  pointer-events: none; }\n[aria-label]:not([data-balloon-pos]):after {\n  bottom: 100%;\n  left: 50%;\n  margin-bottom: 10px;\n  transform: translate(-50%, var(--balloon-move));\n  transform-origin: top; }\n[aria-label]:not([data-balloon-pos]):before {\n  bottom: 100%;\n  left: 50%;\n  transform: translate(-50%, var(--balloon-move));\n  transform-origin: top; }\n[aria-label]:not([data-balloon-pos]):hover:after, [aria-label]:not([data-balloon-pos])[data-balloon-visible]:after {\n  transform: translate(-50%, 0); }\n[aria-label]:not([data-balloon-pos]):hover:before, [aria-label]:not([data-balloon-pos])[data-balloon-visible]:before {\n  transform: translate(-50%, 0); }\n[aria-label].font-awesome:after {\n  font-family: FontAwesome, -apple-system, BlinkMacSystemFont, 'Segoe UI', Roboto, Oxygen, Ubuntu, Cantarell, 'Open Sans', 'Helvetica Neue', sans-serif; }\n[aria-label][data-balloon-break]:after {\n  white-space: pre; }\n[aria-label][data-balloon-break][data-balloon-length]:after {\n  white-space: pre-line;\n  word-break: break-word; }\n[aria-label][data-balloon-blunt]:before, [aria-label][data-balloon-blunt]:after {\n  transition: none; }\n[aria-label][data-balloon-pos=\"up\"]:after {\n  bottom: 100%;\n  left: 50%;\n  margin-bottom: 10px;\n  transform: translate(-50%, var(--balloon-move));\n  transform-origin: top; }\n[aria-label][data-balloon-pos=\"up\"]:before {\n  bottom: 100%;\n  left: 50%;\n  transform: translate(-50%, var(--balloon-move));\n  transform-origin: top; }\n[aria-label][data-balloon-pos=\"up\"]:hover:after, [aria-label][data-balloon-pos=\"up\"][data-balloon-visible]:after {\n  transform: translate(-50%, 0); }\n[aria-label][data-balloon-pos=\"up\"]:hover:before, [aria-label][data-balloon-pos=\"up\"][data-balloon-visible]:before {\n  transform: translate(-50%, 0); }\n[aria-label][data-balloon-pos=\"up-left\"]:after {\n  bottom: 100%;\n  left: 0;\n  margin-bottom: 10px;\n  transform: translate(0, var(--balloon-move));\n  transform-origin: top; }\n[aria-label][data-balloon-pos=\"up-left\"]:before {\n  bottom: 100%;\n  left: 5px;\n  transform: translate(0, var(--balloon-move));\n  transform-origin: top; }\n[aria-label][data-balloon-pos=\"up-left\"]:hover:after, [aria-label][data-balloon-pos=\"up-left\"][data-balloon-visible]:after {\n  transform: translate(0, 0); }\n[aria-label][data-balloon-pos=\"up-left\"]:hover:before, [aria-label][data-balloon-pos=\"up-left\"][data-balloon-visible]:before {\n  transform: translate(0, 0); }\n[aria-label][data-balloon-pos=\"up-right\"]:after {\n  bottom: 100%;\n  right: 0;\n  margin-bottom: 10px;\n  transform: translate(0, var(--balloon-move));\n  transform-origin: top; }\n[aria-label][data-balloon-pos=\"up-right\"]:before {\n  bottom: 100%;\n  right: 5px;\n  transform: translate(0, var(--balloon-move));\n  transform-origin: top; }\n[aria-label][data-balloon-pos=\"up-right\"]:hover:after, [aria-label][data-balloon-pos=\"up-right\"][data-balloon-visible]:after {\n  transform: translate(0, 0); }\n[aria-label][data-balloon-pos=\"up-right\"]:hover:before, [aria-label][data-balloon-pos=\"up-right\"][data-balloon-visible]:before {\n  transform: translate(0, 0); }\n[aria-label][data-balloon-pos=\"down\"]:after {\n  left: 50%;\n  margin-top: 10px;\n  top: 100%;\n  transform: translate(-50%, calc(var(--balloon-move) * -1)); }\n[aria-label][data-balloon-pos=\"down\"]:before {\n  width: 0;\n  height: 0;\n  border: 5px solid transparent;\n  border-bottom-color: var(--balloon-color);\n  left: 50%;\n  top: 100%;\n  transform: translate(-50%, calc(var(--balloon-move) * -1)); }\n[aria-label][data-balloon-pos=\"down\"]:hover:after, [aria-label][data-balloon-pos=\"down\"][data-balloon-visible]:after {\n  transform: translate(-50%, 0); }\n[aria-label][data-balloon-pos=\"down\"]:hover:before, [aria-label][data-balloon-pos=\"down\"][data-balloon-visible]:before {\n  transform: translate(-50%, 0); }\n[aria-label][data-balloon-pos=\"down-left\"]:after {\n  left: 0;\n  margin-top: 10px;\n  top: 100%;\n  transform: translate(0, calc(var(--balloon-move) * -1)); }\n[aria-label][data-balloon-pos=\"down-left\"]:before {\n  width: 0;\n  height: 0;\n  border: 5px solid transparent;\n  border-bottom-color: var(--balloon-color);\n  left: 5px;\n  top: 100%;\n  transform: translate(0, calc(var(--balloon-move) * -1)); }\n[aria-label][data-balloon-pos=\"down-left\"]:hover:after, [aria-label][data-balloon-pos=\"down-left\"][data-balloon-visible]:after {\n  transform: translate(0, 0); }\n[aria-label][data-balloon-pos=\"down-left\"]:hover:before, [aria-label][data-balloon-pos=\"down-left\"][data-balloon-visible]:before {\n  transform: translate(0, 0); }\n[aria-label][data-balloon-pos=\"down-right\"]:after {\n  right: 0;\n  margin-top: 10px;\n  top: 100%;\n  transform: translate(0, calc(var(--balloon-move) * -1)); }\n[aria-label][data-balloon-pos=\"down-right\"]:before {\n  width: 0;\n  height: 0;\n  border: 5px solid transparent;\n  border-bottom-color: var(--balloon-color);\n  right: 5px;\n  top: 100%;\n  transform: translate(0, calc(var(--balloon-move) * -1)); }\n[aria-label][data-balloon-pos=\"down-right\"]:hover:after, [aria-label][data-balloon-pos=\"down-right\"][data-balloon-visible]:after {\n  transform: translate(0, 0); }\n[aria-label][data-balloon-pos=\"down-right\"]:hover:before, [aria-label][data-balloon-pos=\"down-right\"][data-balloon-visible]:before {\n  transform: translate(0, 0); }\n[aria-label][data-balloon-pos=\"left\"]:after {\n  margin-right: 10px;\n  right: 100%;\n  top: 50%;\n  transform: translate(var(--balloon-move), -50%); }\n[aria-label][data-balloon-pos=\"left\"]:before {\n  width: 0;\n  height: 0;\n  border: 5px solid transparent;\n  border-left-color: var(--balloon-color);\n  right: 100%;\n  top: 50%;\n  transform: translate(var(--balloon-move), -50%); }\n[aria-label][data-balloon-pos=\"left\"]:hover:after, [aria-label][data-balloon-pos=\"left\"][data-balloon-visible]:after {\n  transform: translate(0, -50%); }\n[aria-label][data-balloon-pos=\"left\"]:hover:before, [aria-label][data-balloon-pos=\"left\"][data-balloon-visible]:before {\n  transform: translate(0, -50%); }\n[aria-label][data-balloon-pos=\"right\"]:after {\n  left: 100%;\n  margin-left: 10px;\n  top: 50%;\n  transform: translate(calc(var(--balloon-move) * -1), -50%); }\n[aria-label][data-balloon-pos=\"right\"]:before {\n  width: 0;\n  height: 0;\n  border: 5px solid transparent;\n  border-right-color: var(--balloon-color);\n  left: 100%;\n  top: 50%;\n  transform: translate(calc(var(--balloon-move) * -1), -50%); }\n[aria-label][data-balloon-pos=\"right\"]:hover:after, [aria-label][data-balloon-pos=\"right\"][data-balloon-visible]:after {\n  transform: translate(0, -50%); }\n[aria-label][data-balloon-pos=\"right\"]:hover:before, [aria-label][data-balloon-pos=\"right\"][data-balloon-visible]:before {\n  transform: translate(0, -50%); }\n[aria-label][data-balloon-length=\"small\"]:after {\n  white-space: normal;\n  width: 80px; }\n[aria-label][data-balloon-length=\"medium\"]:after {\n  white-space: normal;\n  width: 150px; }\n[aria-label][data-balloon-length=\"large\"]:after {\n  white-space: normal;\n  width: 260px; }\n[aria-label][data-balloon-length=\"xlarge\"]:after {\n  white-space: normal;\n  width: 380px; }\n@media screen and (max-width: 768px) {\n  [aria-label][data-balloon-length=\"xlarge\"]:after {\n                      white-space: normal;\n                      width: 90vw; } }\n[aria-label][data-balloon-length=\"fit\"]:after {\n  white-space: normal;\n  width: 100%; }\n\n\n/* Customization -------------- */\n\n/* Add this to your CSS */\n.tooltip-red {\n  --balloon-color: red;\n}\n\n.tooltip-big-text {\n  --balloon-font-size: 20px;\n}\n\n.tooltip-slide {\n  --balloon-move: 30px;\n}","type":"text/css","title":"balloon.css","tags":"$:/tags/Stylesheet","modified":"20210415170743981","created":"20210415045923204"},
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","type":"image/png"},
-{"created":"20240208094644929","text":"XR Fragment-capable clients can show/hide objects with a certain name or [tag](#tag) in various ways:\n\n`#\u003Ctag_or_objectname>[*]=\u003Cmaterialname>`\n\n| example | including children | info |\n|---------|--------------------|------|\n| `#foo=dark`    | no | **changed material** of object with `foo` as name or part of [tag](#tag) (space-separated) to material (with name `dark`)|\n| `#foo*=dark`   | yes | **changes material** of object with `foo` as name or part of [tag](#tag) (space-separated) to material (with name `dark`)|\n| `#!foo`        | no  | **resets material** of object with `foo` as name or part of [tag](#tag) back to original material |\n| `#!foo*`       | yes  | **resets material** of object with `foo` as name or part of [tag](#tag) back to original material |\n\n> NOTE: if a material does not exist, the update does not happen.","tags":"[[📡 implicit scene features]]","title":"changing object materials","modified":"20241007083525199","type":"text/markdown"},
-{"created":"20240130111910059","text":"> NOTE: the following is adviced but also non-mandatory for clients: the default floor is assumed to be at coordinate 0,0,0\n\nXR Fragment-capable clients can sense walkable meshes, by scanning all objects in a scene for:\n\n1. non-existence of `href`-attribute \n\u003Cbr>\n2. non-existence of `src`-attribute \n\u003Cbr>\n3. non-existance of material \n\u003Cbr>\u003Cbr>\n\nIf all conditions are met, the mesh can be considered collidable/walkable (to teleport to e.g.)\n","tags":"[[📡 implicit scene features]]","title":"collidable / walkable objects","modified":"20241007083525204"},
+{"created":"20240208094644929","text":"XR Fragment-capable clients can show/hide objects with a certain name or [tag](#tag) in various ways:\n\n`#\u003Ctag_or_objectname>[*]=\u003Cmaterialname>`\n\n| example | including children | info |\n|---------|--------------------|------|\n| `#foo=dark`    | no | **changed material** of object with `foo` as name or part of [tag](#tag) (space-separated) to material (with name `dark`)|\n| `#foo*=dark`   | yes | **changes material** of object with `foo` as name or part of [tag](#tag) (space-separated) to material (with name `dark`)|\n| `#!foo`        | no  | **resets material** of object with `foo` as name or part of [tag](#tag) back to original material |\n| `#!foo*`       | yes  | **resets material** of object with `foo` as name or part of [tag](#tag) back to original material |\n\n> NOTE: if a material does not exist, the update does not happen.","tags":"[[🧪 experimental]]","title":"changing object materials","modified":"20250902143004737","type":"text/markdown"},
+{"created":"20240130111910059","text":"> NOTE: the following is adviced but also non-mandatory for clients: the default floor is assumed to be at coordinate 0,0,0\n\nXR Fragment-capable clients can sense walkable meshes, by scanning all objects in a scene for:\n\n1. non-existence of `href`-attribute \n\u003Cbr>\n2. non-existence of `src`-attribute \n\u003Cbr>\n3. non-existance of material \n\u003Cbr>\u003Cbr>\n\nIf all conditions are met, the mesh can be considered collidable/walkable (to teleport to e.g.)\n","tags":"[[🧪 experimental]]","title":"collidable / walkable objects","modified":"20250902143004748"},
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duoyKlxM0uJllpCr4qFmncZjERkm06Q4YyQB0fSU4WF25kuUQc4BMTWjUtQSk/Iiqm8svo7S4b1+r3+1Wblcm4xjLjgnRioMxUZmXS+EuPkmDNFS5cuXzZFJcGXwngZcuCw9uQ4kDgjmHAFcZmfEqJGVEg8B4DLhmVElSox4IMNcSBDBHnk1HgyhCF4TTk6qrIMDHzi5bHov0mDv3D72wZj3zZC/lGvDRKFDBC4IcwATMlOwdv8iAZp6Mx2fGYckX0loWQLghYymeiG4WEaLx+XEmzcurQ81NOQE0jAglQcWHf5xBEZ8i4Iw5BuVJpCyYjCv87TqCJBWGHrdRHU/PrA0ggq3X0/MQ6re+C4Ey0TD3/wBXtGPF8mYxjCgS0DcAh0lueZc0plaaiRKhbUt4DzEG6od1LerhPVJ56aZXhfAv4FnDwAgR9nUo8AEVwQYMvlJUHKi4jMpojlgXNHAsuDL63wg0Xr1+LNI33x87s8o6qPM+8QLd8mUOXEVWIlLYQFK1mYJ+OsCy2Vn/AA90wH0j06Q00mGY3abfn5cfAi3B7RrqIsOhKkuPi5CWsqBa4Qt0gm8J2RPBJHoIb0sqK1TnrjExotOqTIQfVhvcG6B1xuBdadn7iy7JquIGOhGKiBZuoPXBDIxyVYkU1ZPwvN7R14bEy9uGqxIahWsPAzMkyWZITq4UW8EVGphCDKFGBZBmpRxkDhXgSoexIe3dRG7uCqjwsuXL4XL8AuXHPCvAuDLhxUrg8HIPB1zKovFy576isPgsKqeVkToA7VFo2vTfyisUTtwXMfo9aYKpxG1a2KzRAGiNwvyidqh71jgLPTz6QB7n138pRiwsdxRq/wDkVndhZiWcRZkQOLA2Mq5ljJJoKyYZbJvBZAzNOFYm3IQaOnd/yIGCVFqXPaKqS/T4RGzXl3/yMqkY7sr1qMCl0Y5yTtxc2SzuKSyIMCOZcRiJ0CodmBaAMHzfo+0XgjKuKkkRcM2sWoOIysmSIwzP5QiDAWZZVLFQ3wMBAIA4MG1MPKusGgGXsPsD+E4XTweBz4Lly5cODghGCJyQYMHkRJU6xzSVBwCEeYZ4qJFQd4DjtL5sqpXQNe+vuwd4nsFv/JesofC/uzHDHd+3WWMh2OkpVu89esBUEFJS+yb+XaZ3odP2CA1wQ+B+fOLE7bnRG4gDW8RHKWoshbk6UVDGZlmaDHEQ5TGbl3aZ7gtxDknlSTOVLn5eCoZZUAZl6mzzrErPN+eJ0ir81qDgOujv5tOfpG4XWKfytQlo9xLlVKLshncmaHMGIkqBDXvfo+2EYcR3xeA8UscrQSbm44WEYPJG6DwACmALM4hbadeFcBdY/eFUuETxvDD+AcCucLLly5cuXLly4MuDBgy+TK5uEOXl46884bjqZMuBcqMGkZYnaVyAdOw18Tf0laNMfD3/AOdYF8tdaA/2Zuz0zAyir4B5V1lQUH1mTHBPJL5GG66+nlABiOX50D6xw2Fx7riLrMBljsH/AAjLCEBblVfOIqPWAkZ5lmDhOCaiaoOhMUIJc1GadbgEO1fGiCVBD1q6Hd/yJMpdk/yBMk+Vy4DR8Z3Z0+MGNPX0jIWZUtyyQEsl9IAAVMsyQchBr3/0faLgeDibRVSaStjbjU3AKYeaFb54ES2WzhChGOsZiC+Aqi7ljgKZfgeWai/gG0mCixealSpUqVK4uXLgweGJKiRIQhL4Y87TSDNYzaLHAWwSoOL73yucQ0+v55sqNfvo83vHAsF+IdnQ82NeF4vsfb1jY2O/T5wAFNcLXcC2Z6RAa0wEmK/58twLb1r88qgBRvfy/wBcToKtH0zBwNfWPFxwLPTKikzzFwtOEpDr5SoRhXBh5rlF9F9SJsDKg4JBwGlPXtBvar+n51iFLB18vzXxiiXReP8AYveP91F6XGo1qEtv5/2YUmTj6HBgir3v0fZsY8nMbJTiLz1sxXhmEFjUYlPaA6sFrjuKQbxTHdzA7oTEZiombxF7Mr6RsJwah43+EBacMqBcrxVGJDgYPISoyo4l8iMY8bTTjWMzeJwBwImY4DvAC+UHc/Nf7GxVNBr1e8qlb3XT87E1zlt7H52grDAavfcw78Y6QuBVv5/2FzRe8mer6fYIpJq/kaPfuFdn3esBGqrB6RFQywC90ZOKy1jt2zb/ALBb2LMkfrHGMOEZ+SCIuGlimLIS4isv3lk/m+ZNZ5v1ZUSVECKmK6yotioolOVrYfn1moFfCoFpuhPzygtrg8Jx8EZhHgq959H2bHjXFxwU3Y9Ax74iJCDW4VSjaYNxEXgu8atwVBOsJN8LZlJYuXAY7jdD+MARuRGBUBbuU7yx6wHeIGoJKlcdYa/gBi5jOngPAeCuKiR4GKEJUeHhQhwYxYprxpy7w5XGDMoIpeSaS+1/Wv8AZRVq911/O0UkTXfqzU0fnWU1v9RApFDALUDOITAcd/KEgvZ54YPTy3KGt11ltarjXEONk4LhHV3XnX7lr3thwdY8vUooHKLhpd9ZqWTe4rbfVm4SQ9fuRweH7soup59IPdM69Ip0gHMfzcwynS76/wCfWOHU7b18flUo1V9L0d31lBzh3851mjle/QPSCaIHSMPBceA4JzaPffT2ikUlIiMgUJ5Uubh3uB3lHWedErfGrIjqWBuKYhCoKYhdmPZnUqA0hXbCJIUJeVGYgQyjU2yeTOogHA4AsuDFZ/AsoUlYlcVK8NcV4wwYx4ZfAhyYzaOSM05d5twYOeDOoywc1WBr40S1UGJRbK9un1lwozFSXEtR6K1CPLUGlCMlA2+7813jIN0b8ugHZrL6xqUcLJJLH2d+hHh6nZ+/2hZtDVZb7VLIrx+eJ0ocMl47YMnrEC5sYiIXf6w4U/CKmWmPkGpQGsMv3zqmfWKKY9L+fedUlxR/kbegP5iYRXydymR6sSoNdT/E1KUA66PfLYLa6txh8GxFe4c+g/nT2Sm0oURkuXmcp1l9cAtjTTCXE8yZZZMMFcbwUyQNEftURAqHvBp58aNxmnWO+LWwCikbtlUqQUFwBTKHgDwAKl3/AAHBE9fDUqVK4ThjLhyGXGMeCEOT4AzSbTWbTeEWXFDEqUkjGNKR0Xl83y9Yb8r8+UIbjNZXVzXejv8ASHWD1f8AIAs5qAyuIFrcNydPw9ekdQM/n/YU3EQPOsvrC6Fwskk0Q7vl5S4lquhg9Xu9oglEE3LcHz+1xW7KhwUNoCEoWbfnmHQ7gtdyxix0JUHRf3faKHC/Q94xvufBCIZdj07+c3L8YjV1B377lSzRv8/XaJAaPzcwFC9a+8RVTHpAsTc0EtLwy2ROHydK8z6YlOkVQoogBCkxB5SvKAg6QpvhUPZaRSUleII8Tq4isbxS7IPylOtQ6sCmicd1KudLHoMT4ySKHUlcCziW6y/rDrPGoIhwUiI3iXiWs1v+BfCX0VK4qVKlSonCRIxhDg4eHghwseGCVjhrNprGDMcRZfF4i2ylip45+FuV+3d+UbFuuuvhe5RBS5mdPeFjdsqdfzrMe7Uefd9POIqrIgVjq9e0qhYfOXRgOvrsPq9ZWGiLEDX5UZOrhqvSvuxUrhROmTr6fWAQdhfzt9ZRDlCrhNMyKoqnvql9+JihNjGesNI7MyeD7u3UixMhUJL2Pjv6w3W94NXkZYXaUgcJQaw+W5Ra+tnyYUTyq61cTbKO2opzun+TuY8gcM4ENupamFU1MNxEM4M/uUdIIQ6ko6ks0xBKhMcrD2WvsGexrlJSUlZSPBHhjpPaVnplYyqXlpaLlpaWZmCY8FFfwAFMvHsCMeGPJwRjwx4HDE5J04axg0Rm0xiy+OsNx3ZK524NLQyzDDcpAInXzlfGjIdL9Ovvg+Fnqh8jQeku8uqPqrze/TpGYO3/AGHd6MX07vw1DQ0M736/nWHA53AG4986I5jCssEKNw7osXpFRYjI9ET8x6RIoxKBSAswZRys+ce+pjjOO+G3EdV0a1ePtMDu+0BU937ygXQg4eo91+sLeXAX9JnzHp8ohhXgv835zAKz5QFTrxV4Y0r8MtjiabiolKYLpFCsB1ftENJa1FaZYwsvAKd98pTsJ3CPSd/o+yS4npwXwVKZT4y5cuXLjxR4aJRwy+KlMplMshIcEwkHABAD+EQOKuKlSuCMYx4eBhDh4TkEYsvgITpw14dI+LdZ1htlj4IeigGbu96gEG8cmGWZduFuux+W5+YDGptMR6Aiolt3Ah5xMxMpQLtZcW73yfqAEYrHY9c3XSHooRgEC5IJRczwIWEGAw6MZY936xUPdip64jgDBz59PlmWMZH55qbSh6SwibZSF6oC7OGq6vn7vOGidubCgDcrA3FJcA6S1BVP2u4GquAIpaRAoRMYLAoafr9H2tSkTKysQ+3AAby3hAmsrKysrKwEpKJiY/jAl9ILQ8TCMYxjyHgPDEghweAXAhHUZrwNcb+G6zrHTG2R2GaXFIKowj/kr8uM1Vx1FqAsZektebqEqMU59YBrV9IhIMQIrAquIdZStQYyinEuQUYEfjC1sb74ItLYGs7l0ZuUgEpcai+qHljMFY7+kUnqkIA4F/GHa210vWfjE3arZu93+HadJCY/Uo0XEeUzClwzqitfI+nJlDvHuxDEUQdgbvXuxcC4VkNwoQMwCiz0lbUDNfOOvD4xZv5pli07CL1O6xFHd/V/4gWkZRj42MZcYwgQ5ZfAQcOYx1wIxcRmvA1HxTpOsNws+aXzdo/0AguOGY1oNdJnIfwjCm0/KirhBr9fmoUo9SKUe1/OKgb1EYUsLonlEu4XaGZYStzM0Y2dutz5kU/OX2sbbl4y25UEULlHbVfTUdLbEs7xbgxO6N9JXVjW5Z1mhlD5Y5S1sU+cwWxazOOpJbpBUz0lt7h0WNpmNu4CaIldPnMAfi39DejCAOv9O1Cc34XhjHghDlYsIcGLFiYhlRY6414dI8zwJpLzEWJTRhQUQGUrMqcsX9usqnvhfQHr11ABe8tjRfrHz2a1LsSagJ3K+sBZTEOgQFDFG4UMs7qOGoLaxBvMfaKS2MVfWV1mtE1mWckWtyvSZVsYCpVxGuAeso5lQ9fq8ZqG2+lS/GS2dOeRA6kC8ssuUdIITyS45MsaSwivSONymH8W/odnpPk/6eze0Z08vgeHheCEOGPBDkXg1DEiy+DjgFkeRhwSyJmCr1AISql0iV8yEiqu7huDcLE8o0uqUYHrAWEzodYAosg6gSjC7mUtgWRGMvrBQGyLo3Agbelx7hHRhRUwRvHqjbAvjUMblEvS4neMKE80CRNygvMrtg2C067z+rPX6v5zDzT9IgrI2XUXvFGo2zNaiu8w7mTrAvrHzytY9bEq+MxtLg/jL+h2ek+T/p7/ALo7wPDzcuXF4b4CBA4UWECBCKXwEFRfA0jNY7m3FhDhBPWGQ7l5jLisC5Zdx1ZUYNYMQoBFZGDZqKuiPkohBwe3f3QZ1Hy+kQtVxLFVH6QTEBlBMy/t6e6ZSsRLZVOJc51KLdwy7RsojFO/A6kC6cHolDRNZm8MCsVKTUV+9+svn64+MXL+MRQYK4ay6g25YhqbzLdEs9JVdIHQIuyK7xNkLQFNd/q/odnpPk/6gVSHgeFjF4OCEIseTwzMHCxjAuGue024MIQLxKMXDCENG40lCPnk7wEoaIO2aQx040p3wzDO0r6x8iiEA9JZAAizOFSgZZU0i7Mp7QJdKukeyRIEB1ZTpGm4ZmdBKagRjlhr3v1jQ+QfKEovZ94+ktvcW3zjTApuPlBGYHbGCrZR2TCo1LUsLgtWmY+s9Z+N5v6FbIn9RARlwcXL4WXF5JUDi+DDg4uLggjFiwgTR4J5ixgQZiXpqEQeDIika64l8AWfDErMsMDEesDlUBLIrq4FxlgQiDeWFogahhAWNNqlw0OMbhUW5UoltJBXBKbtymqgj0h0DM7kbGII6yxL4GG4Ev8AP6ytuEft9YwHq38D/sHdrUEK3C46pIQpWJQ0RFZfRATDmWjUtUYZrUDLl0xDnrv9X/igsSqReXhjyECVXK4qEHCxzKghgixcDMqOuDN+BGdeEBF38KL3QQ6DzltWjp2P+ysTFkCO0j1IUOxFeuInAxAs5lTRBOZ3My/TEcyrZiN6hUbNwhbi0qXL1RMkLbgg6jcrU75qdRioxZlceUpEHZ+0E5A930mN0Th7LcrjWutzrZMrDumC2LbwZ3EjZKCBM1EWpTk+UUveWTVk+NPq/wDFE0RuMWLLlxl8BCHDL4HBCLFhAgVGLwIONIb47wgwzGAIRBmPhVFUYqh+PSAT3Hp+ecUaYOUGZQ90zvbZbvCpYYljbEdCXeZRKEwyipcx0lVZMpV5ldoEFI9k9ZdSztKESNHUxDZ1gPSPmSrhGHWIQa1FuSK6wTEApm9EbbnUhlESwwOjFTRG7IQZMdfq/otFeP6glQ6ILB6Rtrm48VyCLFiy74IEuLHkR1FiwIHGsNx8DiFxjDBAwJfhKaWXcXXpBtChliuhU0BjXACjbX1iNCKbZcBEE3EqCyllPVLJVwInVPWV1McdJct6QFDuj0I4ZmwiVm5ayyaWUG4riDbFuUwpwZi9EMsxbZHseBRcyq84tqKJklyk6z6v6v6ElvSAPS/qFlz6RPNJiLGBwEqDg4LHggeB1gQITSPGnjRqbwyQYiV4rsG4tZZV7itZMbZgJLYZisX8JYdIsxAOZTvNRStS3hTvLJR6QgAYp0jb1hfLMQQh1iV0R2EN1ZiNME4QTCKGWQQpwYjKZTBROoKOJXtHpLcVmCmpfrKMCcrPOCXGrAIDF5/V/Q7PSfJ/1CSsVKFOsGblcVCKgSotRbig3wIHCxhCBLqKblQYlYlxc9IQKonmdwY8R0GGMymBFDbOwqZu2ZYmJmB3l+ZFMECHnGYl2VLS3AjBMmJQ98v0lrbwuaSYPEiuaY1Vw26RNShyyt6ghdRcnSZblMKOJ52WKvhN9GG4EA1DqRzMwupcs7S3oQPxPq/odnpPk/6oPJyoHFQ5IvISqhnwjCG5UeBCGo6ixl8dIMekxBIdPYYW4woJd2wEYovZL7QzCA6TDFy5b0JbA6qFQairBBUW4J0LitGI+cBdTzsDIxHGEqFSzEupluUsK2lNqmRWkHFQLkgnpBekoW7xLHDiX7S0ljhluk83Cm0Xhl0hFaI2TAev1TfFHySeSRNaRDkRqfJJ5JPJIHfMKolYTySeSRwiBVPIdmEjjat4a0dS6t1w51XU8knkkMvw1FvSeSTySGXzBWiVgTySeSRMtI9zlWp8knkk8mK1zd0ii6hz0iVjxExLaTkOVqXFvhlXCNuGLGCBmMYuAhqMYsMzCZkYz1gmmZj2Hcbi3URRslXMEwm5hG8J5EzkYPnLNwVqKGVl4rv3wGhUwhcJeCX6wvplGneYLWJrc3KC2LAuUNSpQmGoZiBbELbC3pLMaQzxtcy8kZQdJfIjiCNRduDEQ7JRLJQ2yxA9oMOT1+qDTctfkk0+BazSX4EkZErmt7IQCcpOQRe93JVHEYEEuDVeEU1FXLw5Z1v5HKQ1jwa9cK+SQ1jwMIB5JDLiz5aKeBJDiHglShkZDYUitb4qHDDpMcK8JjLlxgSoGeGMrhtGMYEIeACBiWAdYZjn2SEUS3iqNyltiCUmHUFKPWANwQLqOGJZE7IsMRRe3vYZqKcLndUx2gjUYGJco7mnEDvwVOxi3iClExKKyXC2oKXygShi4XavARYFwwUxK5GS8PX6v/G35lU0yuXhYsWDwOWLHkRYp6yk6y5SO9QJSMsx67UAKeyV3lXEqBUAXMozLFTBV1HC1moOspUQ88p1g4S5bLZZ14WQDSAdeDaOGZTJKvUyTtDnEvi4JdcBNEGhUS4B1gNETtOlc3KmEqDFly2bjNpT1n131f8AjbubWLJcuXFY03EcHlyuWYtl0ZkWE7CLNQ0CLQJuOqJTwmeyWdIdWB2TyoH0hVMo9knQRRuJq7lAtYmQwQjdXBWjizArcKQgMC3L9S5a85mC4sFQ26wUoiblsFlxcGGZaggzxce8aLZ2wbeVJKPWKJmCYoKYpwRCscXB85TuDUJwd/q/8ckLcugvSD5qDxfWXdSecQW0NuEwJuCCODJyPCEeXAOko6T0eG4vt0aI53N6lX0j5zBKO4NQtiXLPGIPfUS1FIN7hEG4FUEsyu8ARUGRW4zqWRMKtiLJdIKtm4Az1gWXBAZu/pCFuZnsrm4BBzQS7hiOeCo0LhCXri5fH1H1f+OU2Typ5U8iUdpXgvipXF+G/BcuX/BDErVqXWJ6wWwEwg9iC1D1qMWdx7ZdxxAWAdZRqUiHPEomDMCK0lzcConeCJbwF1YF5cWMCmJVssON4xpBFuCo7O/ym1cyjSXNSyVBEwwWLDMaampcZ8f6v/cfqE/UJ+gT9An6An6BP0CfoCfrifrCfqCfoE/QJ+gJ+gJ+uJ+gJ+gT9An6An64n6wn6AlOvhEs/wAifrifrifrifrifrCfoCB6+ERRFweSfrCfrifoCfoCfqCfrCfrCfrifrifrifpifrCfrifrCfrifrifrCfrifrifrifrifoCBiE6gf/vH/AP/EAC4RAQEBAAICAQMDBAICAwEBAAEAESExEEFRIGGRMHGxQFCBoWDw4fFwwdGQsP/aAAgBAgEBPxD/AP3AMs/+K98F0hPxP6H234/832X4/wDN9t+P/MY8j8f+b/uP/N/1H/mQIr8df71vsQP6jPEfjv8A3x/Fh2Pxekfj/wAyRiHt3f8AXHgRJ3D7aC6h8x/x/wCZ3M2Ud/8AwaJunnIsdXyb97Gk/FiXqf0Fw2V9edzuV3i2PKFnNLvdrKettUAner1CfzpZ/wDAG+eJQu4fUYbcP38AQrF6afVaLEgrLAuH+7n9DmZK+dt8EOeWEeUPEZc7W8XA+J7PiMkseM8ohjaOE/KIYWf8+BumL0F3jK73UjAYUXRB6EligihPEebTLhRzP6Gvu22cGwlt8AMs6JNLtcZ7u8eY+KFrGbJRMkBxLpS5uIseH++atWrbal2rGz+4vjWBbuhnMMfvdzyA5b+8dUIDoh8LIcmmZvgOSyITznNDtAhIq9foLLHHE9njQYx4D5jwFPfiOc3NsODYw58DeaIIUieS50Jvk0/u+LbvlsfoYXEln4yj+16QnqOgXqbsJdxOLria4tPFznLwQZp454AeDTxvL48o3Zav3/Q2bbebfBDGMxoe3ev8RLiWwAErhzmz8D9n38R5vdybdG+FmkCFIjkuRahh/uYmKYsJP0Us+hDKP7KeETxc/nF8LYU+MgPUXpAeEUID6LdZdhMj48ooBEW/klNt4MAvXGD9Bt39Jd/ElOjF2O5w2D2+I5PceByIX2ksbOI4bkSWG5cSGxjDn9vDb2RAyW3yb+hlln0lP7JlHYA74cZAQUKwkMoSPpf2ZVmjzxEhT8Nnx4sXYLSzWS2Z9Se/r22+5dWng8FA7OcO3KOvHdmF2tKLcb1dMvF7syEi2G6mN5EmcP8AQZZZ9Ano8JE1P6TSJ1bLM214bb+i/Sm3w/2LBHUBp3AOLLB9x819yz9RXZncKPMvUMzwmMr1Kx9GzcZHCxRbttTqvrXLdlvk+I8iGzkcS8p1MMuJczitmK9jwDxPd3LjPDYYXIie7nwxm+TT9LpCENgjCc0yu5+SVeZy6gvJAHVi9RvUh6iEfH8n9H8kB4fCR2PueEC/cmVpjmI3fK222+erbWHxr1Jn9a8Qel8OxHhBXyJWH4DtSeJJbAtqi+Ih1AmKz9y+py7ji3ztbRiCEXLtbGX+R+tx76swgeEne0c7EeTZy1ZeAy2AxukuYnwRYDA8D48u12W8+C8SYOCWxwvhh6K7KR2x+29iJ6jrFq6hOo7uRqJFm5BkchIBg5HAQMiH+L+H9CG+HI8Phdcmd4yS5CevBuftdv7/AEMxb9R4GGyZ/WY3iexjcEF2iDwDxvk0nm3fAZ6jJBYX3Jotj2fp0tbAlhYDbLdsJagTr61l20hc4hHVhzqeefISzl4L1DLbkuJcwBjYBhLmfhs4eLtciHG6T4DZGxBgw2IJDZcD5s+IaIGe0sI9XWfhcy48d5yXi/hfw/oQ+l8dI5ALaB6WIhj8S/I2wz4ZthibfB9Dokxz+qOBkDgjyK26sWZkiniCUo5trL1FDcJCaKdlRn6S38WCwWzlu8GMAjvJFY/VuW8cXQbIc5g5yOO/DhhczHrxL5hlhngwnzLeGC5ec3/HV2iKL2St4nLxAGE8NvHkXwMMMW28W+44NsLFxT0Eoa9c8fulxVeuf3lxPnx3l4bLfxP4f0AoM8bb4Ytdyxl3BUpHgr8jNsPhk8EWSW22+fVp/TbznjDOt1D4E4uLiSR/PRA5LhMcxFwnLzbeTz8Ztt9CDFos8MNbewhHMbwQVykcAkqfBOfSnLObg6lJBzkHQ3TzPwcR1vqYn+W5OQ/OWib2SJ478MuHc8xw1KfN7Ls8HLbPiXhs4ePBS2wwyiG25NriZZOC6wunSNPgn+dshlz47SlMt/A/k/X9keH6g5uDhuXhZfhv9x8bD4bPk8pPEPk/pzIuGHzDaNfmBx1ncLtZ/cBAQCBNfEWRmnDCZtj4jdp40tPoRxk8HnxDCwtkq3OTARt13v6k3nbAZ6uHBneL7L3zBpljXJYA4CeDC+2zu6Pil5z3/wB/9XRT+d/79o11DKfM+bePBcy8Wyh5nq2cPgstsMPgMNvjgtHw5M6Jzfn/APLnU7knbePEeZZZb+J/J+sGscGeNltt+jGyk8XFjbjL8jPjbYfobDbdwjiHfG22Qx/o8Vwl9EtlBLZh4MWwslzjcQ1aWQMDH4sLMhEMnfHpcMybaeSynjyHhZsa4BgnEkltxmfqBjl2T2cwfPEBeGPgkB33PHKIM8O46X2+K8Z/Fx4dz3J03xUPHgubeIfDeYeJZW8ylnwMvDbY5uNxW63XLgALHH/v97pPme0f/sTk3m31Px4/gfyfrH6Hwx4DWSGpLjlydEvB1W/3HzlnjYs8jDs9f1LijYmHd8XW2Pix6lpra22oULzutuzIMlh8GMkkmPPgfHL6KzjGOTAtXLZ2xGCkU82W0R0PpyFOC7XXUZHfEO9w6ZPWMp5v38+RcRtufuimr199kj4dIOY3uHjLfDtLwXiXm3jwfA+T1sPj1nBmG5up+0HHHjyeY5Dnw6YfVzvEMOT9v4fqjX63xuTC5wSRHJcc+Xw3KfVcv3GyzxvhiJiY8ZHg8jiGfrk+BgnZI4EhJ6kbl4bbbbbawyHLvfiNWkatfK5yZDFa+W0lHfOd7kwmROOKeJuSBivkm0fSP2XEBObCGbzYMN1cXK+yO8hnFwuzPArmyNev4uDzfEjGrOT3De/DvLwfAfB8HgPzd9RFObpNYu4x6beY9bLZcyDldOJY4v3X3T3/AAfyfqj6d8kGpCyOWNZZfxHMxLFH+w+AVhD+/wCI+b+IX2t4fHfbg8x9hfe/i6Vnk8H0DT+gfRhIsrbxXYTDhWvIqa4uZCW08hpcrfwoepRKljc9wWlsPEObvcTcfiTjAbba+HFwWB9JPe1YabAHZazqOfD7SWrk4z3tzuV0QbOODudPPX+4hxAXP/mTxeT/AGyR59S108HievBXSfEfB8MsFpY2xnck6jY3OJc5ceMuvjHOI7xDGNAzS9vci8JLBgwuCBuXrfb+T9Q5fHvy7hHOrtfDZjOCxyZbJlcjyLdwv9jwILOoPix8WPiRKsfFn4s/Fwi2P0CY/wBBknstHwa8iU+jHxXxcLkhn0/mkhvk8pMn5o1JaFhd/A+bSKdW32cEsIG3HOp+hxdWS9ToYQ9h5g72MRrxftH3nm4n3jXJI5y4eM2Xu6Jy5f8A1A9wDLu+HicJ1AGXzbk+B34fJnwpfZjwD3DecumTxxByJmDBnUagwyJ6jBh44lxPnYVra9X8D+T9Q83VvNttlO3pJwy9Q6EI+U82ZFwgajpIwfA/2rI7XGurEhNgTqcSSBuTiy3zlltskcf6DQre1r9BBD6QOp8yxsbhExtvDuw238WEWFh4DUeI+IV82gnKjrsnk82Jz7Sq+vo+7izjgt6QmzeAyB2jk3ws9Q5Mlm3Dm5Ox8WwGhLnUuZ8y4ut2lMN1vcc8QsEsAhik+CPBD3HEYnLPH+Jz7o4huRxanE+PHtHhv438n61789fg9Z6hZ6syZ8yCcA9MQJacZ8iBy/eCHguEkYbx8Uiya3ntXyPB5Jj/AECKiF4TxilxYsLCxIWIH6BlJMlZ2nieZPJjPBz8TswHza5uYllJxxsHk7Q3J0Xp+g6u+Iw5ejY3rbk5d8bPgnchzi5Mhwt+J3MhyW53fJcS4u0NsNyk5ungBgN+DfBcK7fJcZcDbZzbrSfGQhxDsMlvMuJeG2zfxv5P0yDJ5k589UQcEGuEBjzBAiCMtj+2sOSTwEd/7x4WIEu2lNMZwnZPCHTfGXVsNv0J/QcOZA+3lA8t+pmySWn0UPHi5/AtJLbz3U5yk4h3517D28LbwTMsPHWWzRB6s86pxYdt11AA1hw5kpZ4WZuBlpt3l0SyGe9ndrjKXMNsM3e6eD4u42A8HgjwVpxfvLepfiHDyyIeZy8Ntll/r/k/T7R4fPVdPEZGcFwUWYkyRosEvcFHeTz4H+55gnJGUNuLC4YCwsMjB1G7P6DPf9Biri5bk18bd2/EpTwfoG4RLwbTDjzS3efPidR5ed505PVbuy+E0ts22EaE9SZx5EeLBrsYN9RptrY8dSyyR5gy+IeJ1LsMs7iLHcpW2wyz9XSWYYizkQ8Tx90Q+HVwljkOHhsM4Zyzthtl/p/k/T7RMHksQ0mcHzE4cvM+kmKPGHcnmIS20Ezs3LxjI6nwqGxh1ZpO4NI0Y78NllMtnVnwtfFjY2NjA+Xv+g25w3mIYlngYx+lxDxdPCfROmMvIrZ68OdxZ+f1HlcfMOFXNxXEXru/GTaBGKRz58nDLHss+bN5vcdbc2tszm/N7lDbbDLKPtaS+G2223aDA/NtlUDHZ6bQ5cXlE2R/eddgiU6O5B1K2G2VvgY5bbZ/6f5P1GSMPxDcWSsb3PTodhGIfmz933pnZ+ME7qwLOuviRTy6sEqCJ6RfBYK/ETDbYkF942SN3bBw2pLVZ95I8JU+GFh4COP9AOOw7nPkGMf0XgSu4b5DKPFTnryCEYXq7Lh4HV5czInvgPGzGy4uSv3r532jLUTD7t5/j/7nPm7j7+HjqZcyz0h8Bttjmdib03Jnqcs7bbYYClKcinMIcczp0ybzs/EHqD5uBzDOSnb+LZ3aXErlD4K3wLKW22/h/wAn6QVkvcLweUUoZkLs5rZ8CMjd/CDYcWOVg+tbtl+bWI0kPUn6vsQ4dJvcuDEt1tu6PAp9z+ZAss4S+5A21ZC8TzjUWlmd/wBAW9F2eBrX6DZZL6CFPgYTxPyvUvopj47PLdfljkwLk3HPGGXIRjY+y6m0Xg6jN4j7XLy9Q83ds/aVtmHGXXEMNtsdbPWyhZSzu3I4G2NzZ0c7MuzDG9kyNbXP2sDIX3b+IG3vX8WAJau4u8wR2wjMbLqfA2zPl/6/5P0uDsAeDUItWrcM2BRTsj3lv2SnovQS/hR1PpnMvfJHJDdkN4tZjDwQPJYPgPoIxwTLQhPV9uKHY93tFl1d39A4lnR1K2x4222H6An5DxHip+C8SlPmEIzdG6PAeM/MVcpoTBj4imVEVa8BPEHS0cQ2RyEEvqdTIi3YYbTC3BG4E22WUnTPiB6tW1JhZ6QWWDFC4W0WQfdxLV29CDkttHi4q9GMNgnuye8Lgc9WAf4PcHF90ZMOQvhGxgfD9H8P+T9Lvevoyyyzw52PPu3b/QqoH6A49kfPx/fBsQIJZswbFiwLiEiJdd/oBx2wH6B5dvpXX6KYwungrt4Dx7LYY6eDq86vEJseQ4x0bEV+fALme5UMd2Www4nyrZS0tsMXNzI5HVwslLaPD4QW+9YdEKT2HEd5ttrq05TmfbPHN7Lk2qYa6y40gnWedLMvpDPAq07JifYMmtbMGxYEoTGfHl6tOyx21iw/w/yfpDjA9+LFtttsXFm2fUDPDPIFzc2P0PNlllk4tJKxIPdn5nMv1Kz3H+i25jl4htsss8Hl2/RWmMIcWQbZk5tLAnPN8R4HT501c3ePEY+Q93m0mmODSWcrbfHK58Lckzoj5wB1Dbbdthz4fvLzpa9cWb224ZPwtShjiPdobd/CMCbGlXBhzsYRwQtyX8Gf/dsR8mr6Pg/e0H38o/8AX3c3NratTyEhZZY2NjAwMP8AV/J+rrCn0A4+IfHFj6AMeDNmzBe77197xIsWJmrXxb+Jj7196W92vmVtbn+mY20EdfSx5DwEPHWcvAeA5Pjwd7R8HDbrw7MN8Xp88Z28XEnm7/RuOmdGz2wx7cuiGxIkJEhd3QyEh3SWQxdM8nJt26txYQOD4MZsNtx3Le25Yk0MQRITLi+1t95ZWOtsfN/vv8+W+z/zY/FpQfXOH+bl68Q2Xbfdt/fgz82fmxZsQ/0fyf8ACFiMJMfWeBh4Bxb9FG6x8A55Bcx3wAHhd8tbbXj6fPdUOfB1mfPhV5x0/bAPQ1ng/cjpsOd0w62cSE8w+IMeYagR84Bb8Wy+AxNqLb4y3jm2eHFyLg5EMbNydv3vgR8m+y1bfvL8s8rB9hIbZYEZ82zi24nLSJwv3RuX+j+T+w74xEHv+zhi2PrCEIQg4mU7naPgPH0AHXzI4WNyscvhDL0+fWmEo+JZ8+A5cucjql26EPE8THe3K7yRCJXu5blbbb4NQBMXfOcW/du3D7t3iwYMa6ley04ETd9ywLUu11PW/b+PG4OCyR4LHneLflKbjOOr97WdbPlsuDkLVcsfK3ep/wCv+T+w937X+n/Z8n7wg08vk8BDfGbZ55ru5oRwl4doa3PDC47lubatxTidf0amUXExQnCAXO5S1m1AYzVz1B8zyts8ceOEtgXq6mQpvjrre4iOPxAT7hDuAbl7t846lS5251DnixXJzHwids66le1xd27nFvokQ56LPH/3i/Yty5D+0IYtxZvEHxYe4w4v8w/a9AXfqePUfb4Pg5tzzDllf9v5P7D3ftf6f9nWtLBmfRkG+A+M8QZLnk+S5W3iDieXJDW0bPm6LG0Ya+DIuEXDyvTdPAuJeJ3eYD0Sp6W+OzIeL3rL1dm2c8ziZuxNuAyWxqDwyDhuF47/AMyOo+ywI4czw4ljqXEYawzm2+r7yfVKe/Fy92rtuHjbg5JddWwRz/B/Fjg9c/7ln7X/AN2i8u20dizg4IDmTpGuXi0Pduy+1h6MB0g6Z+Em+/H8n9h7v2v9P+0Yk5eQsYP1XjzyXJ8eNxsPC9Y7ueyJ8eBc2z4RhLh+gdU8TxMCZpdyc6fv9GBw8yc07j2tCazfGWiNYnBOJirZcE4lHgt9m69ynzLfNbR8kftLPwLXviNdTxYbq2m2Ejgnv+Cwr7G30+GP3sx1B8wsWncHzK8bIOB/ME6Lh0WDU5snC59pOoMY8D/T/J/YVo/9o2bs9NsgjUfTfMyXy+0N83mE/Ho2guaMyxt2eZ7isLhnu/JPYJx8LgudxI8yrX6EWHJaGktvnIPBwTcbFxepJ22npK13mW56nYxaW0nsZA5bXUtfMo9yjt4tciMPMl9WI4XKedniiHXKEWn0fzZDA2QmZOR3oz6LW8x2GwXsWUuTiwGyTV0u2xzjOnpdPfj+T/hWVNhZHlJeUOJbLw73fm8pc8+G3OeDhHlra+MYeZTYacih2DmHLeIkVlVfpN7lG2g5l12zfA7YgBMT1andusBCYGBLgXM+61GPUwMs1tnw2d1uGcdSh3Gee74Xfch4LBILwHP3s8UftKG6R8qT4+bkLWwYY2Gc3wXJhGFx7njqGxbauREzYHu4sf8AcDnW1d4xH7P+T/he3N8PD9IJmS+VOXY5Zt8QYT8D5jvhGG2Z4u1rZSwuO0johDkXEdnJEfNcR6vf04tS13Tq778hHytySS2hJ0EP22Zb6Sn3ancrfHPu9C4W5xD8yyD9oh9pFsfTO2nBGiO9Ll6lPcfZurHU69Qsm9wem09MgkrpxbnbGerXUH4teocxYOSC7f8Av7wDwsuPn13+5/Ycc2Ef7QQjvTbF+nQ6ll9E5zOs8gXB5XvxcU8Fj4TvgGFkeHtucYZe04+FuWHHc8vP1aPOQQSy271Z8sAdWMqFHqHfchaHq+BYHclhV+1p6I592HzYSmc6R7ITeLoI6xLAsesoWq8RAvRBlpOvFh1B7S/UF0xrsv2FoNObd+0F3BbRshPi+RvX8n9hBp+0Qz+P7SwJCWfFhFAIc8AReDeXfoO3C4PC9bTx5FgWpcrbxLhcdtDXxjL2lzc4Jgsyr688h4fQkhzxffLIEXMo4t/FqwO92Hrw18WNh7mEuYXuMPUPRcpFn1NvRL0LKTN4huSQGtsDbCcWMu006QlpbEeofZYTktemPaw53iQ7WfUCSBwHjMvZspsX7fyf2Hu/a/0/7VsPqDwzMvPb2weL2WVhcWeFdY7cEdSnHPhylh4F1ua4p4h7ljPMWFbivr9DPHB3cvRY2dOrHdwkE/G9riA5eZZfiLmwHbNh8arA5lT42fdg6LFkaNyOPEAukbuQx7i7tzgIudw1xdg4vco6t5l+y78Th14RmcnM9cpZMEWC4kNg+JE92HtmY/t/J/Ye79r/AE/7VzlxFwM+C/RR3YhvjyhwuLwOOvi4JwXDbQ24o5LDxLWHPgOE+W7x1BtcyVr+ga9R8oB1bY8dWb3JIm8mcWWHtkJecEzN7gJG8wZ1be4I7yvsSgc2/RLwEBzylk2HLZsYeLBKri4c24OxNVJZwSvuU92pjOZA5ObPzYMiczHu768Ne0G+H75vycxj6jy/t/JHPhT+x+b9j8wWufRocy/sfm/Y/N+x+YjfJFhDBfsfm/Y/MsXqRY+SNp9mJIyX02I84t67nhT0Dl+x+b9j8wu/To7fF+x+b9j8wu+YK4QQX7H5v2PzJGuSovLWT9j837H5v2PzNZ5GIWbxHs8Cn4SY4/Uxvpsz6QHrLtpbx2MGS5cHh3W5PGMLgeDkx24rp8Thz4DhPi7XBlCepR+oYNz6uZN7uSV6jJy+70d3JxdBgXgLObM/xJ7NynOEOOvFj1OevC4dcSc83fV13acFmy5Je5bVcuwjsTnMkcJjjteztPHjeMnH3QgvcDiwbzISHS2fhCOm0sSE9Fil/My4N+P5Icdtl8pMf0E6cTfokhos85PxikfKRrCafz8nhbMk4lXBzPpFOpV5fDou3f8AR5kHO+gtRsMeUg53nEEEj5SBNm75DzGn0SQTgzy5zDzGzM3GNkWv1EDo8/QC6sj6G+E8Sy4raGy74NwuCW2a+DAt5nc2Pg4FwXKLk9S6nHuf0csuvG9wJ+CHWzb3Ie7fQnokVzY92wO4+SAu7QZw/wCCXlFkl0zbH5sPcUm2W+kcnMjqC68L83yIM5uXUnbQxsZZ3DDTuWxecn8UvhchKk6uy08ZBNz+38n/AAwsc+Zy0nVskcPCk9nep541P0AoyfDPm7RhxYWlylXmDLQgGFh0uWVXX9NBDvU/K10uXRZ8rk1NjXAeF6u0z9sr1I892WBYWPrwxk9pPi0ukYlw4nI/K4K+/FnjlI5pfdPySh3mWSqV2w7Pdl1bcrruSDiywzx45sT/ANf8n/DckQmLSEwttreTbCzJB3HHExI2Bdu3Q2Wd2juE8t2b/psziJ8pM1vX+7oiOgf7uoudWewznt/VHuZZsYSJi2HqWwSkmNpKSHUz7s2x54uTIq2GDqQWvEDLEhc2Q4bEY7kLxCS6DojTIo57/HuZb46MI9QG4kECdIH3E7Dz4yTPVr1ClTvx/J/w4n6L75+YD2fmx9n58R66bPp/9/zfc/8Af83YF0iV6P8AfgFvct1QenfeXbOeYrVra2v07b+ueEHccEzzwQIyPcGWDw7Z8dwHcfezZgvUm6sYW71LYGyGB1F8rZAgQc2WzeTwwZO41hdXSzcDP5vSG+5z07cXFlgkZ2NmSbcOLudI0zrkh+bCSzx/D/k/4cKWtrb5Dzv07Z4yDLfo236Ms/WXO7Na2y4k9XKT5ZzZ/bYPaxx84PiyULX0WndqAaXOcS+LB3bdS7HwkVnGnG6Ak+49t6RkyyZwsWzZiG6X4kOkH+44/H73SuMBk+Luy2Q3J3IREjXdwzC/j/k/5x/7Rv8A3Df+8b778t95+W+8/LfeflvuPy33/wCW+6/LfcflvuPy33n5b7z8t95+W+7/AC33H5b7j8t95+W+4/Lff/lvuvy33H5Zft/lgPf8t9/+W+//AC33f5b7v8t9x+W+4/LaO6/LBCC5+7erX5b7r8t9x+W+4/LfdflvuPy33X5b7r8t9/8Alvvvy33v5b7r8t9/+W+6/Lff/lvv/wAt9x+W+7/Lfdflvv8A8t91+W+4/LA6U/f/APvH/8QALRABAAICAQMDBAICAwEBAQAAAQARITFBUWFxEIGRobHB8DDRIEBQYOHxcID/2gAIAQEAAT8Q/wD5iJX3L5VoGmHLRhgcKhEixE2f7igVaDKsx/u8YdaH/F2ebB8yxzqJg/Nn/BmBVYh0wv8ANcuXLly5cuXLly5cuXLly5cuXLly5cuXLly5cuXLly5cuXLly5cuXLlfBKIM0Ws4r3krV040y5cuEhC0UB3Zn0dZZ8DcuXLly5cuXLly5cuXKqeUI5yLLly5cuXLly5cuXLly5cuXLly5cuXLly5cufl9KrC7u8VLly5cuXLly5cuXLly5cuXLgyeDjauHvcxzdUCzRqGA4WBJdOIcjjude8alHvdRRQpLKDGM+cKxqJFcy1wWtHT+FNleAE13Fbq8Ybh+G1rhZQwvo1FxphXtQSizY1w3/gqFqRXMDESzXw/wBQ/wBM2j1APc2donKip4m18iPIn8T3lVVNFo9qiHy2rhdPJR8f8DUUFr2lG9HnbZo6qDW1z1j7hCiBbQlvmf4YxgYN3LeLHt6QTa2DJAW8oL5R/kdf6WHLup1olgySWWNVTp/Js3NrXCNqjR2V72000puwSV2uGBWpq6iledh7Xcvakvqy6DLwrrHgY+RSlT2oPrAR5fMOoLB3KJZO4ISXWYzWEDOG7uMdpuVd5L95+kg4PKADqzibvcfVz8Jk7f5fUegpw4UB0dqevSVbs1YC3orXpnDFtASz1qgvVPWO2CiK45ldWDT2gAAFBx/xlrX4SZAFqaAgoltLqxRouqLe11FxroGOqLQdzEqHKjEhkDB0JQ6oavKlZ/pSfxE92aFAgutWnzP0kCQmDdyqG8xX1L5SxtDbGhZ1jmtFxL8Le1QWJgN9owDJu8m7xUY7Mo6K75qOz0Ngo6dRZuychVff+Lx+g1dQWK+aD4m7sJjBXysoIMOijTgwTRi9fmQe9sKYPW9ZSmzpg9ruPXXAa8FdL0EPNXBTjkebBbvvYTtMuaWrrqy+iInZPXnwOFbK7KV9a6xnBOCkgB9DumbswUzcAihrA7Lrrpr/AA/cdfpW5zhp1D2KV3IC+qM4AB8i/EvJvroynKvGGr6WrcCpPtkAaxcI5qa9dCLfOEs3m1SzpZzWnUKi7gWroYv90HoqGNmyVk60/ATTurd0G15fQBtlp0cv0jqg1rCXvZYKstdoaGNZL6n0aORahl7rJ8Q4ZEqIFfYY5GIuEm4Kl9DRACgp3zwO+Ga2NOdEPf5N6ZUg6I10ezK9O9Rk1eVEVGBdvajnDDLJdP7RHctcOKJ9l8fyOv59abwtBhZQswbUixlQmKcmVBq86g2WIEVRqGd0irYLd5Y4d6uAnq8GR2NXO+AhHNXh1iivlfKLAdDOcGN5AhO6yXrbY8EoSEDB1VHdW3CQTxtchYzCqogCNODASvlHUIAc91qyjzNxTB0sV5i6pjz9SlnZIzYrOwT8i+1wTAeXB/4dkuVyEcjVXiRzfhUIoAhACAZXVvCR0t6xVpAPDWj3UHrOG6kp+5Xlj2lIUAbViXXXGjQjivpei+nHqXPafVo7jEiC3c8HF8ODVwAAFBoPRhbKgNd5eBy+OUhYRM9oxx+5KWpCxM6uVdM+zD4Hgoajxj4n1HoKbr19cFwO7U4GDl43qVjyjRfCrieFJLT4cagjPB94brPx/GoFoxONODAQEyygCdER87ZgP58wqr602nZjychqGBdR/a9LSdWMfeBo0LWagSRCANKzU5H2Q0DgTldbEvWYo+aOLcBcZwnc60Bj3s5WydgJXRI799QQS6e5p8SnbAN7A8C81FbtBj+/BeL4g1AZifUEaPAF9+JXKjOnzV9otYKMKssrRQT7aHqCPajKzCqogCNODASvlHUIAc91qwSF2zpBgdDleD2JvOzE/Fmb85cEGEoaN6rtPgMDJQMoL03Kp8OOipaXNVxrfi35jCoAtKs+xFVCPQmiQOEr4UV/Ea8fFK2TxYfESQddsSqCANqc8VK5Uj7NhfcIuEY3BQbNAs1hHRTE0g43jAuq/wB6JnO58wqr8th2InOQoCnQFfOyfD+M1L5q5iz2Ojr6YghTeLpqXcAL7puYnuIq5trww6YgYZrvGiCogqJkVD4RK01aDoDS+h8WFAGhf3R0PQKAD1ewebr7woC2hV9Z+o7/AMsTx/8Aciuo91SP0WH5ECoBoCBtr2GygvekPYg+FITOfb4KPAQb6zGUl/RRYOMndB+z0H40hQBtZklgC197By9hS1C2uPMLYrY3rL4TVvjc5ocHkaOQvTMOsISBjSS5pNj7eoNVVrXWLpr4jThXuJMqyFR9WrIboDrmiiCFI3Sc+lyrXWuLjMSTPSEk+BDnGNoBQBwRbzlcUK+iadQ6R7bFtA/SQLPCw2bT7PtwXiQuti60PsURBscwV+wIX3eqFUG9i37rCMUCgmDEChoMnyKlyZAaWTyVBgwPVKBPObys/YdJ+/6vRDtzUb1u/Hh1YmEeacAdV0ctEM4Wbb1V5VtXlYWbIvFoxjTHih/H8jr+dHtAN68co6mc9pY3YgtrZpMX0uMNgBwHuaTy06pAaCMI2JU/R9UwpdFojpkBcCknIgs6XAolVg6sNDPWnHpb1jLtveFT+ZXJYBabK+iwY+aoIoA4IPFGOa1o8IMGFRXiondAyypVylhXkEvtghGSHOTyrHgIxz5BCP1T0aIO77+IoG0RVvVzfiz5h+RUqAbViuhRlU1WZz9/DeuBC2JmrysW+xysPKi9VJu8W5TuwglurLavhH4xYmAASri3OrSPu59GaeCQr6XtDTlxq0e78AcR6gB7EKSdn2UgRn1H+iKavhx10EqyR+iwpwjaAUAcEx+hvDInRLV1DpGMUn6D9J8XpaQeZegGVXgjD1YB95UiueUJl73WVYXXTdxFKCnUt+4TNUiBleB8BHNdQV2+B4dziaMXCS/tk6Wji2aSkJXfIh2aELc2PNS/PX0oclirAPulHoOuSwC02V9Fgx81QRQBwRgLR7BF8fFOXA5CEXndeAh2Es1ZhO40j1JgACjhAYv2HX0CFX7ec+h+g5v+IuMg4OmXfg6Q1wwWIUj7SxehPZzfEYijfqHxD5pRoB95CdA06r1j6jG2gpE5Ir15avBC+9BL8vYuvvCCxKo5qk+70S4ez7+IIjP7sDpXtU/SvzGE9qkFoylDPGCKOizQQWPFIhxT6bQNv+Chzw8NGcjxFsPITT1Gji851P1Hf+WJ4/8AuWrz/wA3cxlrnEWlUkPyxo2MNsVu2Gqb+KidyjpBka2+KlnvM4oLRs5l5Dcqfg1a8L2Aey+WvQm7EknYjsip+58ReQLpH52hp6iO9aQ0dwtvcfkp5ioKLgAiO9EdR7MN6xb/AJJGzzTFQWGncpmrpVDRG2nLoZQHXPY7pogOplcH4s7DCKSKWCCnkjsyupH13n3k+1erslAnehmytrjkB/MXgZ07p3xkp7LCaoOkXBDsymLo7DJYH3fYSfsOk/f9XpQfei5a901xt1UvVSyAVv3SnsDjMKvIbTJ4PFg9jzhC6YvlfxKEtw4CmPq/H8jr+dUn4sVmauHKKsu3OJnhkpGztVD7XC51lwPF1VjdAOIZ2wxalPcwe0bRfiSpUMtbV3h5wokUQcoF51vcy1kkpi3fsK+eeSZKVOB0FD2PxLFZXKsE2oFA22xDoDJ0HyB7E1eXqqpsDCH4WCuo6y+zBuQ3u7Nez9KMXRxfYeujs9mDnwLUmVlw9Gn7xkjUZpRNgBQ5bY1L2kcwQB+AX3uI4yhazr06Tnb0N+sgKd8rq9hi7hI452VWq8MLUeK1cZFC1Ye5H1mbZyKFYDTd1ahrm8BcFhpBTxX4LlIINnRNCpXf7oR1TLc3hyq2uRc0SyKxVi9xwL1krWqoFK0U0lWrV4bx0jVGo2JaT6j0FKLxuOqHsF9oCtqstAUg1sT37QSdVdQOACmd6w/yuO/fMxD8kFah3/kjZ5p7RpkI3nIZq6VQyEaSQBQCW7tngelogEk1ulE/GAtngMbTbCeTWnMGsmI2C8AC73fSfousmjUOsCUjEtQdybMecJ79kuB8lZfkJPcRssYy+b2EH2ldujYF3H1ANZE2Qq0ALt82or+GEQErLsFbeq+j2ry9C50hti/sU292hgH9GDtAKIY1VBFHytKlWQWl4Ac7jQxJVpLsoL17GUCXlewO118iNmKOzlGiiK8VVR2XS8ktACrVOKpfb6H/AIjnu6aywhYAU7lngYtRYabrAzV2iDlY31qp/BIUeLY2tQ+RL8sFA0BYJPZAYLA8cCpsuwpxmkXUYCLWUL0sB8xAgmvNFX4A6td4NvqaYV8axQdxuknWo8V2Fs8h4gWg1EhSSKgtAbisEkYcNHWg35Ja+cQQx0JseWjGW/6Q0o4aU6HBveoSW4Q9JWmnJP1Hf+CIvZ82G1ZBWekPEB1hCsaHpSR0kQFFXb56RfHAChBaAujpKq5u6UVllxd1z6NmgYSLedqIJIAWCi0Av2j7YYxoFITYcR30IsIQruH1WDin6QHyIsLa18B+bfaaoFsXIrh6FHaXm/gV8vrDn4NB6upoFuEotVvX39L5oVgFyIg1ZpwsNj4oUNAUNY3k8FAV2rg/978RGpfoWsflYtHqLf1AFujSnWOXRDQQH1SNz/IXAqc3ezW+InIyJhMD2z7HX/C0WARoyfFh9krOA3On936oIVloiu8m/dESvpaGezdUPUIQjVIAoD2IFsFKt5iB56kFNgPPWHTi2FbBQLMa54iSwqZ3bglMXnHlh+RQrA7EjmgZb3UUtGqVxuVJXXNm3xYeyPPFgm7lHZo/kuv5z3FRU/Qqa7a7Rcnt3AeGU3nR7+oAscKKemoSB+VBF7lPeCqMClorAXhTNxW1bApfUMruMdPm6gOwt/m4NLqPoAPIA+ld83dKKyy4u659CyhDIqCXvTjcPGbUIVdOUDXHkRbA5Sppr9DL9Cx7V0PR7JwmSMCC6dsC2+VmddpDOoAHvV94SpFJN0lf4bdu0GSGGIcVPtrtHKu3UTxg/MMZWwdXwF+GztATGAKA4AncywVs42Zq+2sSphoRY6CltW+BgxYlsvaWnvMAZACYDaBduoczT1igPK290xP78KWlE2OIeOSwbVXdN3xAgMgWI7EhDF2uDwIni67RQ2LZlWABVtF5g5yYggFCmsOf5FJjSFiWwx72byr2RXgQ7RsOKa3qEB9x9HuuzRSUKdDmIJTkgxpI815sV4KO0zRJXJ0ALOLumNEPIJC8KvHWDY6qW0CYd4TUXRuzVrAm2zrmnEIHW91yjvWPARaLdSl7oIqau4p4yMAc+AfiT6Iv0eVly3oKgHbvGVEeaQi/Nyu+bulFZZcXdc+gMAhSJYkef9DE+JDxSXhRYf3Al92oe4RYLQBoiUKFktiOyOXS048XJ8xFJF5pBkUtNmUBCoQscbWIJ1jMCgoKpcdIlpJbJBYKocdfR5I5yULAOlz6HhxTW9Vj8AifIjkHuC/Cp2gnBtgINjQxeufRE2AdOl0g7Bhoaboo9l/pLoA2y1uqZXzMyRMinqOx7mYGHeOfFn1T70aEVD4JCI1QAeIUQHEIVW8W+u3ab+qAsOqAX7RyjxabVhV56xW09doAF1zj/gWh9blohqpl5IghFyszwgPljk23tv23K0eKA/wOHOrLdwdxB9omNRtqhiDCHGbOkKhC4RE8CH5JTPN2m21Sy3KvXBX+eVzZTE2zTLQeBKvh37ptd1te7/I6/wBukrbTdAACIUap8wkzGrDV1sdqO+MQAAFBoP5m4YvtFWOvZEmbN6G85HwRDGHIIdBRXwwkxm3+oD7HB/pHLduXdf1S6/hb6LggiubJnpCIdm7CFVHGg6XXoJNR+glJLHWvBuysB5WLqLoO/F/mackK3rnp7q9q/wCwOv8A8vdf7A3jJ7cMsLxeHN1n/F88qTxYUcU+ZYR7oBVXuJ7eihtr/NQLWj/HGJDKkOlJT4mSyaC6qBrJmuZmN2jgFcdBf9I1/Im5TtALVegRQNbBQIK41afMP2KnQDavEyASr+ez6oerbPoNOToif4U0nMvsnd4/wPb450RWLXNH5hkxHrAlifwZU4NwLqw3UWLCJsUaT5/6a6/gJBlwuwSzpMx1DvCZtcP+VlPMt1aodULxOSWAYFen8B81aKvyI8q5vP8Aj9P6XYEpWha0A4uZzorrhMQb7W8htrotDxFxprIE3Yh55bMVEHrpWmhFdEbHxO/+f9zDPl2KnQXlekBD9/oIDblXR2ejDRnVavuCjlM3jVwIEFjoe6x7hAkq61M2VtvSXnxM+RL4rXXZETs+gfHO0pQfcJdFI4NMC0Qu1WnXeBU23AKgQWL0cP8ATRGv5LMnUtOF+anwsoDruMioe9vcqWYGpW4O129kWQGzUS1iuL43XePeiBlL2h1VX3/w1ef+Chm9LVtWy3kaX2na7cgUHwfwUf3l5MtPP0KZMgc61jzl/wBNuv4BhEuJguMps+YAy8dioq9spiC5OSoUSxjMGFDBAdK/Rw1ArSacQ9Yrajiy5hznDKzoGNkTc9NRY0KMjHy3iuIBe4q9BY3Dndc0Ocvm1mFsu1wMrQk60PfEestIKRghgJnGEHBWXJ1y0muyXrjqAU2JXg2GcuQhoQ7VbRa0XqRQ3btgqrqq4ixYCcnNV1cheLS7JrpIETsTT2QhGFcAAUGnuU6iAS9GgItXF0E6rxPp/S7XxWkPIv8AZEMsKgFAdItTiVm88RVeyKmTJdCCHvb3h2U16AtfiV516RLTRzXwYObC+sjacgcPbgAmZ8FGyxsfZB9E3lTZQBfS2EWKVAU4l97vhPQYRLiYLjKbPmZbNbABV7ZYKk9KghLGMwL751Bva5TI71uAHcejrATwxXQlAPFPUrGvPIyNJMOqii8OwRLzkg/gjQ6pxTeNim6rIa9oFqnLr3PGcy5Ege2Lt+jPJX8Zr+TMET2IH4+iZyN11xX85gD1jKzoGNkOaumkFKoUZGA/kwwGy9gOcabckD2LK8vIi/eD36Kochas08jOkne5vYCPwzMo9BBLriyAG5QQaSNOmC9zLlJkTYF19hfFyyQlTaPJzsR6JKidQB2hi3zMoJavgI7V5xY7C4O10WGXYsazceggX3I8D5FHjvWlC5vDd4VfVGBi2Qs42qBSle84eTms+7OXWrq3sK9I5zrhgWJZVVU3TXHoUIMEMU3/AKa3X8H7Prn0P0HSuA9IAuZFD9+s3ftif2HX0CDIoJcIA+BfMC8AhkczwD2iARLHYyk7i1FjdrJ6OSxd6OV0fPzemryjP/JC1boByqgeYevJOjxaK+vmVEYGrAJYBkMsYsYVqP0/pdgV7y4X3D6A+B95Qfa45SnLqgn9OYyKVugBGu+Yd17DF7hn5JQZCnt7ryo7Pk9GQsLtg6/Fs+My7OdaH8AqlNVR2OcI2gFAHAHp+z659Dh9EwLiUYfjxB9vSmo/LuR8/FEwbJcCg+U+8NgRAyHJ2C7cU9YjxAZhWueB13qjZDIAoBQH8hr+RGtADx/6sAADAT9r19GgVNxpuik0KNAN06mSoJEngDDJu3nabpK0rrrEQttMGDodEYj517wAACg4Ilg3jKtr2UY6ppwAH5B8emtylCH/AKIKe8qRsRQLBni8734T9U/MVJELrlZDlos+sgF61zyhD3fi9H42wHFhr6+mX2FK62ff/prr+AVLCXlsHzUZPwgEEbVpQm89qgKW5O4ootaHK60iNbHzCkuigTrnoxqkKTwrYJ3WY6A7z5aYsOjgVXmbv2xLUj8Lvens0ea6wYJNBpCrFOazjF30VEEkaKR1eK8EK+KjwwKLFNkpuMIkNq9AlHTB3h7g35e8l7EqvUDrXq576vKK84ttsGHakFPqyQUwjhSmKy1zWmyAzQCzXQAW36Xfp/S7IBh9xVrQsj1U6WKSFEo2LB6Fn2lN1uVmMGLrAcZzmNYZ/NgwrgqzoLK6TbSlPReHyJ+ZSbeyPcMfDKAA1YLq/BRt+WUVOnsKW+rhR86pymSmNnSCjrWeCtguXFYYADEijQk0CQqz0hNS9aqqDlx9r4n7Prn0OH0TDpxVQGyDow9mDSWVR3A/J7safXrsqMXRrQXnbMwIhweadawOtHWBrcGYB90x5ULoIk6Wloot7/VT1ladUvh0A76O6nn+Q1/Iq4hr1qO+oqOQH8z9r19Gh4NirYrHUS67Inq5mIVYlOmT2gr9jcg2NYvDAtFdZ+j6SviLC1IJWbKuHI0NqdCFPTJ3ghccZ0AlgC8BbaekcYYVuqn7ha90cemt67VJa3Q7jT7RxRrZEdB5prlE3Sbir1F+camZOxmdr67EqnGbufVeoA/d9PownM3Uiflf+muv4c4QX162Au7bLQgIDBqxQwYKMQnQ0X5wxY7LaN8NPaDbtYMIJRKRlZsFnOlW2l4OYsUBAfRHcaK42i/HTwQCmJmA2+6q3zMcmrKvS2F8M0NiPqIPcgH3A6AaA4ldg8bEQbJ0vmWKvyMwFtrofHpS1P0hllVV2iWU5I0q7Sx8h9ESRFedgaD2SWr2OILrdW3UZdnxpcK7pvpMaZN9JZSuVcsTnAQB2I7IyUFp/wAWo9qlGAUhU6XLXYa9GU7dpHVUv3uDy98d9EYWDW6YXq9XuyiC04il6r0b9VFKHRPjBs3VviVnsdxLXW+V51vO5lJwCyUliJjozqy0qLqmNkSxHUNgG5BRSWzJ2iVEsJ/cB7BBEFVlc6XNO11B9L0FRq6r8OPiHu0YSNZVotxdZY04RtoKRORIh0VW1ZSUsSnSV/Ia/kXalU4os9gVN7MSd8l4sHuldWBYil6r0blpmsOrXaVyu2MKa04HqdHuZhK6DdmgfoxyIcLFoZblOeL6hotVfdiS+5OzK9yXFVFsq2qO1EC96uEwjS+EVfZXpcMK0EDAhgGDj0FkWRevqtruM7jP0LfWXOFtGW6ra92drpxQMoTIOGFmjf1A5VVbXX0d2EuhjR3LNVXaOEUwvZ95B7w0upUAX7L9j/prr/oBr+TraPSnk6JsepCxl0mbwBsz8v8AUCUWkKDBYcF3XWuksJSDKOtAYADx/wBNdf8AQDX/AG91/wBANf8Ab3X/AEA1/wBvdf8AQDX/AG91/wBAHEslkslkslkslkslkslkslkslkslkslkslkslkslkslkslkslkslkslkslkslkslkslkslkslkslkslks/5p1/2dR6Ex6LUyBPUyIBMjyfw/0xmz+rP/AM7NjZ04sFxY2WFKDb0kT+vKx4SiH3kX+rG3XthFtpo48Zpv6S1cDCU0RWDMC8oGdHFlzC4Lejm6ir4ZQCkKKpMRTH4Qe5JxjAuo/XvBgk5mW6HozWNNX/g8zMzMzMzMzMzMzMzMzMzMzM/3HMO26Sss1THX/ZlotxMkgg19kgDcaqI/WWeqvY+0x/7v/cZU4AZW+xHaU+3j8fwm6oor6vxBKtMQbWb6YtjUCqvN79N1gEFW1rMzhqqCu9tzqXEGiNkdibkspy4O7GAobBTLiXCWEb+sWeigVFE5JSoLxUa6JmwjAEOF5mRY325/4S11/wBbNyj/AAbgxFqGdD7mDrlQC+jKYbwBH3joKabK+kuAa6rFzR3VD4h1ffNzH2VNhlmM9Jb1+YowRlexG0G/4EIRQSlaPzAkqoRozm/aKFtb1KiYSuWByeZ3ZdzLRK4ppay11bftKAYIgs6MLbgKFl+s2xp6xmwcU2+GJaShp66f2b5mGYBJjpEHd0j2WHSAwPCWHuBI5WexjTudf+Ctdf7dSv4K/wCRr/GppiWweWF375GaUegxsE6pUcAM7z+zMoF1sI5Pu1jdS94IUUjJSxGxF9ViqIMCoWJaEFsVL2naUe+3U4cQ/Mrnr/AwzGAmFs+T6zzjnKOkMi37VDpUO3Z9zQPcgmLG0wD5bfBKWpl3Lg3EnZFurt6SkI0eZQl23Tol20DNEYTVF0ykS8enM6ioBK8AXUqtNOYrKajQD4gcLHSdKeIRSSu0dAQ2MSv+Atdf7FX6ONx3C94AfuQBFXWdmDcpC7qeWf8A0oDkR8S4uP8AjxqWRI7iERPh0nL+Ix+2Z1lkBX5mpNEl85JmDeIA+kq8hm1CkVXvNIKXAlqcchMqqUhUJYRoLZUoLFBSK10lGpUNi6xKbe1lpLwOlkUKwx4T+BBizXBpT5GBbaig4rL7ais2PGMFverl5TPbdBQ9qYO3hB3P0nZychWiZDMeyIqWKBTKdo5wBDmWi1GRiy4aa6TJeXBao1cW1AUrY7GZJepSr0YKCxxrpGNhzHRRNsfaHpXxF8bMIRcGMMSr18TX+9a6/wBdAtQIHynA13nRUsZbinpVymGoPKHEwPEY8vwjWpEWL/w6V6BcqKIF3NUE+/dDnFnEfCU5pCKe0BqNq4Gm/ZEHeSsaWN9YTAypjDrEYIgGHeXVBqAXAIvMw0GBgzFcx2S8Slzgz3kIiGQGYAPFQaLBVcXHMxQbJceA5vQEr/O8Uks0XmAscR9teyd2AUPggOX11TyOYawYqcLP5mvMyEBC2NGNZv8AMMyEmF256dyUnMTE5rEpWKXnuR7jvEFVVoYub1BC6XcDpYtoPLxHUChd7Rfl5mSWvMo90xF8Q25cHeFiRUQgcsdIeFabqMAyvDEYEHKSvf8A3bXX+rtoZdql5li3z61KlQx6lIiYmPUAdQTvxFNlidI9SshpTT0f+EN+gLl1edRtVqQ/VCkO8UotqdIGqV1WUteLiEfAyhDz3ihVLXKy/CP1GVFco5TSUGIWbctTC2mKH3x4HtuMxLMGWZYiz2gKT8TABRKhjMGviGp6SoSkQ6dsFSjtBPkw7xP8m3MVRxcQJk7mfiXBMMN0PPjEd4VPeBr2bfeLEBtW6Dk+pL3colDBw+J9A8pb6K+JXTcYMzPzBDMZVDQNXnKX7y0Zg2gsX4lRzCAGABL2d5nmfmfWw0LgXSq4TolwtOlN09ZyfM+Nl8TLgZVKMxIR7RGrTsI9Kbg5ip47Elf7drr/AEAv0IEItVAMBHIt+lnXrDSViVKlQt/hFzmJtmBsQ3xFdpIvQsh2VPeV/wAFd8Qr8WnH1iroKgFrDQ/eNhLbOYfEuaqYxbLcmmZG0scoIEuwhephXJbMPhBmk6AgS3gmDBXeO1+qVwm5WHYYRVZ7TNI8wW0HxBcBCUgGswbukE41iCS3aC6XmWvil6gbY9sRWDFv/PfUVqr9k6S1MsblTtkeEBjjKBeOzPxDIUnpML65m3hacRWRWwdVT+HwkSx0LJrmQXRDtII0cj3pP0mfnEWU7Q7Dz7biOyrWrE4R6JmPRrOEsZSW6l1rzKnLPVYqXOMLVZbxHyrQDxL62fXwvJ8pLAhdIDkhRQ4h6gPCRfMWUdIeinQiZpw9H/Qp6S/ScMme8rWZR1mO8C9Jjmz+GFUzlrXpuv8ASElOYw5uPLn11jzDOYggXzAGb0SvRTErUu8QfSaxZLGfRWMsFiUiidJSHpmEsb/3guBc7EPmg17UUS2Bks+5j77CPxPtLJx8Sj/Sdie0LNficyRYOlRmkxAwQQWQvU24ImiDpDiG4JO30i9lXER24I+0gbE9pTQCpZY1MuIYGvQRFqWCYEtBm2K2tBNXErg1C9rJVUFDk/zu8a6DFtXGrUdUoFyFIDtQe3dGQPKaluzrYU7E6y0vojGWdQgO8H5sVeH2CVfYeQtLwNBsEw/WXI3NeYESkOKbOhtPdmWbiFWcro2eIbOxWWThOjzLRk8ZlG0oOYkC0nRiLFtFtcEURlcBKs71W3vMUopgAtZkSJWyG0bOsvfM5eV2uIUJlDedk+RgEZ8W6jAv4qVNXMilxqUSqiHqTloFBhiMwcTH+NSpXeY6wrvHYIuhBKKOtpd8Tq0t4D1InVw40w0/JBoqOgS6NMQAFHS4QtmIZu/tHij7Qez4phjsQ6h+fR1/PVblgTOSJbO/UWxkxhnKRbLNHvzONXkG5MXx9008C07W7lEp0gNQNVCsEO8PaWuNFhQzEusSgxiORQ2NM3pXMuGRH/aNepklBm2PmtVZh7xQ7i54lxgyyg94xpxhLWEFuNXU6KApZBVjEqwCAEzCiKGBpfXPYRzH9tuGVFGbhe0bKFSgguENDLkI23UQITQStEjBN3FeqOfRBL3iDjs5i+rTf1C/zDP+TGET6P31hdG6x0md9arNFV9LKeYCyySYajy/olwsQ3CDWhcBrSXzL41ZnVRR4HyFHiKRVMLJw98hnVmrIAgK9o5PsnCJNeZSDc03MbmDoWRAhq+aNeViBbdYnXSk5mXcY8ywS5demp1krRBIqwy143GX5RWrqy5dpYcd7mIvidVMBmWOYjfxDHuHbcrUuXtlxPggOx6k7r62oi7TRuh7SrpF9WWF67zzKVoOxLQuxY+SwsrLV1FJd7TGxx0ivYKoCgcW9+ejDXECr75i3VgUwauaH+I6p3L8H2RBhuKOCXmiUiiM0IQIXyvCdH0dfzG4QSkYMru4o+gXBTKbQExS3fiGUo+97/SLkfzLDH1zIjA+sH7HEqvU6lxEpLZ0czM1JSRRMw6hShhFteRDOh/2hKjqZAHZcvtDLbHIOvaDqOTO4AldxqJxQxgDxLjqBLEJ4hgsgOJQ1DyKqB+UhAPrjK3MrjbbFUv7RlR2xCMFQFErYZW1t9AuCVHMvlxhx1QXENICCoNQ9A7uDkO7Fw+0Kf5HJRbGQ0MmB5TDTL4BDvJY+Bs843Qz9qqWhgZSacIiEsbXAeMt57QHGovFWq5sa70eJQFYkoNVnoQ32liEKtuLbqapVtKTc3Zlu0w8x6DXQYtq5g5jnuG2LKEKDxdSwFyYxFI5CbXanU+0KGlpbexDSRF8tArLD4KKCUpkR5NS6lzI5hjblV7lgXEwqx9hPJUvszM3NpcJW4swSjFfEHWBNndVtj4YNMIawQVFEzdGIZdAloatqOXHKZKwdXMX4LuIFRfBX0YRFTYNsCOk4HFdoKtFlX1HbYTKAD2JZ9GG+ybdzKbMW2eZYi5YOYG6gXdl5OxX1Jey53o9O6/mWi5sBimzGOUCBLgyEp1f4nKqgqXluEeYnCjcH70/S+D03mEI1mkq4QzHcoKZpZLteg3GnDAOfCAY5Lj/ALDQS1oAS1dR0jl/YWy7QAtm5rD7QzSO+h7AtQdobkHBsTHqXiDJMjM/siPY0mMqynVHeagMECiDiOJRBGA0UlzLv1HMfoA4YqBu3UdPfLWpiOLaKmFY+YqrK4Em0GnpZlKAT/I8WWMTL6qZC9rY1SF5lKdP3qpsEc0kuicTTTRxew9kubV8UrZuLRE4r6R8GZCVC/lD7Z9JfBFgzZVDs7gPMXU00uykxtQ8yh6sDFN0FH2Y/dbCP0O3tKBlhEgdW0xsh0tjokt2mDmVADuUbTLuIhKOxGbgboq3rOv5lchg7pI2UK6nEGzDZ/5KkvmEQFRGlDLkz0nWTJzMI3MlXG0BH4ZdMTQgB8EyVxt4YFyylZmdzMDmHdNOZ3pcmZZWZ3Jycday2yhv3xc2ECI2AIOVTRoPEQSdIauC3V0V36xlHaCpJs5HB8JYICKC9qXtviydDjpAogMXwTCFm5esyszzN+4lg3zOFGk+ZZeY7L8SvmVS9+ndfy1LiGJVysxE36HoFzDWM/icfmUE5imICgH9DM4H/wCZFojaUuoHWYXGSu5NEpVMeiHVOpbqLuoHpEFh2S9W6isTb+k3qVj/AFKxDMNXtiA92PARaVSYaHfmAktxt3CGTW4IsCam5gwDJlvBygZzi/8ApL4XmWzMFMy2pUEEtsK6leZnpCaBD2g1UJ5l0sLhPNRgSvvEDI+YeW+8AVjFpjeFmKZOG5ahGyihkXE1mKfFEpDMNQYE5zFALcVlTYbuWLZDvqKftL/xRnPxFshLYDky7kmC0pBAc9ThptapvcDfUYQK6oAJcMCkUcaoZRg6EAXA3xMifJmttuHanFN8MuAWGlIZMq7LZiPlSqnuCDohQuoeJkFwXmYq6r8QWecUrKaLui7M7rn6MhCwWIM2lZ6Rul2O+gLIeFQnXJDA6aG4jsj5AusYOhZuJbqONS10eplKsVNsC6K5rMrmj3gI6RmcIysF2Dg7TMzKlmGRgjpuHgd11IuEJFmo6kXw1rsK6t/Mqg7C5PBrxxFZTNAKs6y8S8S3aU7y69zAlym9zC3K1zLBzN+Yd805nfmrMrtcu2lKWiELd32aPtBE3I6t7B9gPaGEsoLQOW9pT3YoKqxGjR2MENlsyyBizruM2UXhS3bRQV75Ywgf4FuB2hPhRzCkKgrFGsMpOeZsnEyFyily4u5XtDptdYqEbkEJZqNvo6/lCrZirXmFDMF3USGtVFkDiecFRwDKX9JTFRd4qsC6pjj1/wDSft+hAsJw6zGzFrMGvXKCiKmU4YFZVmWF9DpdMU8al1PfAxf9QQjleYrL0ICBe4UR3XmAQcqwJQJFGJO8w8vzHZa8x5z+fQRXauY4CxbzSUNPzHCxXmHGjMQslMzMrrn1gDbZjCzMApY8SqKPiN6YdYRopDGQQud2DEE9pyGVzMyMRo86iiuPQzbHaOYdgrEKjTEaAnMFrZgsmIpGssGZde6srP8Ai6jVMGGLIh0WKzAOIV+PZEE4FMdJaIhpY1haNgPvwKIYh9CgHWAyxCU1FcyWLtjzHFVpPNyngMQ5pP1AcC8qUKRHWttS8DjKCiVDgZxFCu9N8r7y3Q5MBiysF0auqj4LoCFpDwkOLlM2VWriOc8i41AwOApKFQMHYK51MFb/ALQ2mLQ4Jy5luLlSZTYAqikaxAE+1LpgIIrRLecQJZgHXk6TGFIyvmZuYMqObLPaoObgGog3jp57ywDI8q8X1KjjRqzMXw6wYvp5lQ3Mm5yUZcyxMvEpeZaXcrsuWl3MLmZHMH1lZuOBHI3HdFyorLKHMq5mYMeWb9gFoviWp2ccijR1Xgga9fSQKq8AEcnKbMpYIrSl9yplBNQNiHVQhKyNAbsO9BXfpKOU74jQuwHgM/Mf5OclD1AFVBKNcQLWTPc02VjWL0suye0xfS4hrXQlAOSr4nMQAQVdlr3lo67Ev2lB9M6/kBViozLzMWYqaCW16RVcFcQLYAwAyvkPxL7hvzQ1qE7qAMqf2SkN19o9IKgX6LZTqBRLuMXd4qviXcwDpMiZpUzFmJOrNkI+UoiV/oJEXAHWVksUJxDom23sPEGiQ0EuUNcQhQDyXH8FHzEbfvmQavMT5L7S+BfESoJ7Q94mOqZMpgVUjWPxWLkkiUMBM1Nc3DmyCNGILX7Il6vGtBNxZNuqVkO2feCTnCQtuGBNR+gDiF6ymxi4GPCd1RHmGHLbGHG+JVhcHoEZ7Qte5D/FGiymkS/JuCtwqr45LOMTtKtwh7I5+G5RC9bhV8BHX1kDCAj3LnJPQkZ0S0FMZMgwJB7ajTAxZq0ezLy0plm2hu6cla46Q2V27iKoPBuj8RIijLUYF1EoNBohcZWoFYq6pmlK5KmUDEFNZKRapYZg20UrcdSxUHmIUjRJcKYLW6HOoSO84q+G2s2AFbMFn7qchM0vNTFLqOPABubfiFrAc6jvAsrTtLRRmhTi7l3D7xi9LBVBfLLkw6Ro7VvHioT8Q0NI8j9otsHVYBeO4+1VONkx5dt7y5rjMW0dFCtaqq65xG4abs0ma15izGK4q1ydp1GychOQljmc5MBc5GZXM3ZlwvrBHC13lnM1S2gxisQTbPC4pOI8YgU9cB8SrMiagrH2Ojquo6UwgakLq1cZZadqUXZRVpxjeeNukciMxraBeAwBawXb5fEULdCi6ZeNQKxF43QX2TTK6ppWKFhrAEo8CkDZeSnN4gff62mi3NANt4j9VmAYbICje0rvBoAlWrgCZ3Vp7xbTiqLOjfoJXEDYUs6nWZ2PHOvSdfyWtNQQX0LTBRGxBljEIsAWsBYsA9Jj5H4iWjFgQYhUa4lFWQ+sQ/vY9RqVg36BrXpdS+sOLkb2otxuzaoauHVRcqmSOPRp/oB4K7VTD0cmRLBDpS2JQep2luqXhX+4ML7puBlFTqTDli3APaLaEnKEP6wkuHtLL/GOFyoqXo554lQXiNSqyihi3PqmyZhOGDthDFBDp/CPYQg6SoVVR2owrhGcoBF3Lbz2nGqvmaRdsVkzUoI1RGAbhlu6VRoSm5AMBFBcnSyAE2Cxlf4AEKs6B6tX3g5M0Fuj+BI8IYI+4AXcSuKhQZxCnQRx5YIii19QoKvHsgyvRXV9XK9xSh5JTScNV5JfeHW0OnWBQa7QQtLFw5K6EX57wwkrII8tuF5VXEs80Gm8CAd4R0ZTaIbbotrDznvFflIUHhuhSG54EBi7w3I8Z6zmXHeNS2N6dpWZEJztqEOcFXphptJ3UsrQ7cB0jEDnS17nfKrd5bMKWQmADWUas6ctAnvELpSyA5EOW893tC+TNPAVnURRxZshDYwBoEnkbB1Y3FxEdZWzhXQQH0q60LkZd3uCUFNKL4JuoKUBTGN96mQvN6lxy3HXOpa48ORlS+lYx+Zpz6OUlC0wa3ReJSoPkobMdTrBtDD6ADhM5OFIPzAkQSkHrcXw1N57LzAOcLg557Va84qD6nX3ynTLZVRoKIlsWWe0KF0DRS6szCQ4IZsQLpotwF76rGu/rRPA6i8zOhIGpYgVxTVeZfQAoO8GF8x2VbMSXyPkdoy61ADdKLp2cQLez/qig4dLzKkKsEd0oeLqMwqqJt0aE06l6RIw0FpLHlUl2Y9HX8a/9FyTDNpqTSXSm84qaUCscmlwYIrG77zkXm/cgg+qBgiVxNbtERFavMDYbfxkWXjaEbgXuGZUzKREzSeZlMYprKmzrDDuc5pItxUI6lI8mP8AQPeBSMKOXYqIqNeAIiVr5glBKIJWYSiyYgKg3EsAzZA+Z4GdgnBkdaYTsiORV8TIuHLqHWIWWSLAsSAqEZYuczDFcRRhLSHEI3mUZsQ/moxDDOy6jp8T2zLUG7lvF5gBoFQgLlsiii7gEVmpYGKNoGZwUpvIxbIHyBH/AAZNGjCxaBwWgd5Z9GfbggvuSjtmCverftLqpn3Jke0SGshI3o5sF29aqVoAlBRBQM0c+GuIk02AUPUE7L5IA8fKMNN3w6c5IK9zQsoXkFYG83mXsJdaA/8AqHvLsyHoeK7jyMyVcEF6MQd6vzM5im0BZQiFbaTtzFmastpw1pnNVNDShGsAou+VIrAtVSsdulMje7ejjImSotWusUulmF3bpEUjnqqQWMrMgceyTJ6BSM27ZWcaqM13Z3NVlg5UPSIjgkMNC8rTYVnVy5lP0MbV2gMaXLctCG4xUgyxQ3eR6lo5VdBQC5IWdt1zCE3yUXyK4oM3qUSdtoslfiYp7xaqKy5iqOpdpMj/AISWo1X7FeyokXmo3AdS6XYjLgUlP3ICDpLDuGsELSpfLufSQec5VcZSYloTPJ7vvEoKIS31fxaq49yUJhDZVK9pBKC1LWoAVcl2kQtJaF6s8YqZCV01u4WuaDguI1qJO+8KB2zjrBmox4DS4BeCzN4uYjkLaMFZGytAQTyLXk0VS3bXvLmSAoDQUTeN8y0Sh1syVOHi7u4xatJ4jADpx3hGb8kYrTJRxYne/R1/EczguC0Zu0dYMwPhgEwjEFFzT0GMsrRLEGLp24/qEr0rMrjF9rMoDmXJq8x9ScKzV2t0zs/cIIc15jURbVRN0HkzbV9/7p9vZimx7JPoAFwbb5ELAHZgjX5EP/CQtwe6maTCLfMrTBtiZnlAp3MRxhX8/SAgdoLqmGJvjGOikr6IKUZncUsCoNswOUtLgcIu/rB//UFgl3Bd+hUqJZYuOKCALRSaIypHIuaRMGBJ+UIi3KLAuqDYYpc4RRFZiNiIeazF2xs/FRtp0iXoMVQnOYADZh6chDgCZCqoi6m9lzJynDl5a/xqwAVuNC8V0gLRVVhJ1TYxVlpwTtXEdtCtwMhU37zhpI5tLC16txrgjSjBtxoglLowh424GV8RBXYPAW2FW3Vug5wRka2cixhyYc+al/NsZSpBgHn3OsUnDQZPJqCHdiQWI6N4isY7xHEwHXY8VetUzQQ1gDWmhgVxcpwMOU+o+EXJc3/GkVyvFPDk8MZRACiYsGjQwtdm8QB3w3EbadLNZHsxQA37XhE6mfSJBlkWexRA4VBwrcPKFLkMIbN4S9kbhXfweGOjJZtVVcNz4ExBsAhSCri+GEIasekKYIonjmWBzCoUVaMpRkyZgFi0YVWOX4lRtFK4lDUzlZZYCNJmVrMz1qcfQJmDQKsGrr6+mwUQqoHZCj5gRhkVQHVoME0hDvXWUYKpB0DFC76zOw2Q56sS0Mt8h15lpruWI2TLqdZbSVzUDSuKBfV6FRQfUqILpjDgLcBV3EBip7gBVq5ra5avBLXgIdrk2rHJkxFYsAlABRujNDGe0IGyqzZeAUOMXa2Sw3coDdKFpCksprdGVDQVAokGeLqr8ME0gR6oDC109OMTAawI2zKFNFOKdQdC6mSCK4HrrfHo6/itmXRlcCmhKZ7Q6mB5e72PMpgFXpl+A3ajxEsmaLM+6R3ginvBCZa6R8S0WPeWGQNS7TmZtQVUAStCafT7RNhTUdoxn9oxsKYi3NId7up1UTTqALZVhUaNkS8CX86lt8QDMI6mrMivSdRjGm5TPH81y8JK+BMFZWrCAU9IZhOQmfmMLhKuE3QmAipgdowId5Q+ZAIIlRpdodLAC7p7RhQsnKoYGNTM2EGWYJMxBRmZ7Qa3CBlrMtbouYO+YNpvEF9ggqNxeXVQ4CPWRjUDELKqiIFWN1WHUQhpD9g2eLZgHt/hakVKYXAPOcsUzfBQPQGzrR7xs84TCgbK0UE05hVuaS6sOttR5zcNA5te1oe0xD4lBqBg3gc10lf6J0CqI0a6LzzKt3IRpSnS2cHjZKhetDFgMiq3z1jZbQQsN85pDjFyoKBZYMq3YTUYQWOZtbvgiCTOxxtjTyqY/qJUIUBpQUlN73NYoOhaqti7x5iPGhlo2lrhMvv2isR2WUssZUWPXqSzBfQUKDzz0arwMTV4wdiiiZW8ZHNnM6PFZ+uwrSyU8EmAG7oURrW+YcnLcLjNLVvPGZWOZFhStiygKzxHxSi8kcvaq1XEd1fHCW0Dk6HFwH0+jtzWMYs1MpxETJyRUsOGZEdwcw3KnlEBdOodb5YlkVK1O1esZewdlCeg8ytVTFubcsviVgA0qHVoK/SJYykDl4Zkl8AKOBZfBDS4VoBQW2qTGhiCdUjv10QsF7XomCeMLu0V5B40QyyZbyGhde/MEBcirFuB9yxiWeR4o4O6ly9SzvcOr7JuudRGjUIst0cbhU31jVfmcP8AxKnh4mCDGkdwzswn3RXI59K6/i9zg5QkMYRzNRmSMIgl2WuGIIymbxfocCgtWWmKslo8/DMcUYPAmpTibLvtMNSrPeFfzCbjrbJTt1n6Bx6LNel9mDyS/VDTWo+7BkZUXOpXHmY2n8xlRaIhuWA2i+kNoYtTIZlQXLUzU6oNaEr+Yhl0tx5HBMO4XBWGoVmKV5d5/UZW5y96MBD3HU5gKzGKuDRwhW7hpfpI5xBLseIFcHiXDpFGKjsFxBP5IjZlK7OZmRU1LjCZapcdI1Z5jZvEohziUog31xKSPErVLgK9FRVMMRqjZcCSmLopQkpJTVE7lBgg9Z5RK9Dgo/BT8UgcfySOiDD2I/mF7iOhqd6uHwx3bmrRrRpb7QWB5WzQF18Dyh5pOKDm4UMWqCHqdxV6pZvqBvm7iEHgtNHOc4dWViTqqNwI6ug6AeYQ2jS5ihsNaKr4jRdh6zK2AWu6rY9isa6y09vxNRfcuvVOAa3uCGWSlCquAkT6/uhyDxa/ECU9CyrRVu7hgMAdt7LF2JpxL+BjWwt56ZmoC0hUXa4qtQLYu4S0UYJp7S7klalXMuCWVvHSJw+T4m7Hh48SxHTS5vvIH3mIFXDFQUy4rBlNgtRxceDXB+n+GFAeAC2ZMQCaE4PEbBCQ69dg7w3Riz1uF6MsAIFsU5LA7kys0cwHwCe7CAhXDSzFXnexxGCjcZJKKdaNDhTiItQpG9orWg65YHDBYJdKXgYOiQHseqhkJd/okFLTHI5+Klqbvuy9zNmSUqVsvP0Lr+Grm/YIMohabhEBTd4jtSQjGx0/EYjbmtymTcHfau5bx+Y7WwDasJMsMIwl1wv8GxO1zO8OZyGKC2c7hM/TOCK2XHu+zARXXeXpePMr0I/lNxRZdMoKuU6s21ghWA7ojOZaF195LnKJcfVN1HDkgUh91H+YwwnaLa8ZhDlVI7JsziU2rFusMbit5zENwTn0F+sF5Q3UxisybjIr6o9WgELtCLMYdY6xBDWErgqwlZ4ilmUJjRmHZe5gSXjUpwRwmdDl+gjclgPTE1hxEVsbjL9R7JMS+1dx0nh0i/0oyWEpS0XUqURd1tfz6kqMrNHuOUwi6cpdS7iBswL2W4DWWK2PWMc5CL0Md5Y/arvOEheuAKxzNYQlixeVkA4xXS4L6rMBcF1ZHjq4YcLoq0GLFqsCYbmPH20+TLGWJbDthBVhkDFF7ozC2DYIc7XCgQHNYMswNpQpXdm0W9XnBC/Cg1jTa23wEbYqY0Y6ewt1/cS4s8wYM6ExfLcEY0xgtl5vg8RY6jFegcgbt5uAnIRBOLVz2MVUSPLErfU9ahtBZJkcoc1FwoW88YmHniaJ2SlzPECn0SYusLKmgFVdAfrEbFQGbmIAHlKAAgcEqKzJWu8UfNS6X6GyqIgqX2Xg93iXIXXExgAa4HuRQKQX6C+kN4oUIb9TV+ZcBNh+rjk44IgBxbmAhdBy195RzL+rflsvV8QlxruKZASucEtwEMY6hYygXgVzQ5tGJEsUasitbpd2dbgMoVJSps99N3NTObZQ6XxMGXLMyIZww3MkoXoXX8K2MVztblwZtBhoaUYqoT9TiVDGYutwC4AMsI0m69HH2TURWaRwWZlPXAvEV3JqxjBG7OiUOcw1My6XoxWOv2iOvbKV4T6oIRoifMYKi82TFTERfeUdFRYhqL5xHBubTdfeSl1Eg6AblKAspoHHoMOHHoS2VVRV5yL/AD2JpKZsBwfCWisKNtx25irp9Aak1wYQ4QwYIuVSu8TcuZ8uIiszrJXRYFZuKkBSpZexCaI4w9EuCpNig5UMkscCK9Ao7xg3Pm0FT1NG4bl1+BC4YfhEJs9GIBsmZR9EsWkdsVTHHoDwATb0LcowhE23pKeGp9ouiNVX0rWV5o8QDiaINhbLmdC63HvKbWPgXlrQ0b2x1XoWgdj4cUW8QzUtrMLTRgMoYDmKhoIKsl1FvQOgL6QGVYMlqXvV1ly30iKPVLrYByuDjmA6UCEjG3Sjb2u22iArtIKsUvuAcudxMRLWw94sF960SvHLTtyHPWjJMpCC3IToVljrLaMlG4AOVfYEFozZtoPQVyr0juZzsALN5CsFcsTNJwqNYl4Cmm7JUqbk6PSWrMzJVDNQtFtdJn3LXKGOgX2JaI8n6xIEgW10izSagQpukGjEsIoSpJZrBZbwg/n044d0zzTK2FxYux8OsNshQ4tnnsN4gvFQpabNe1X7ETJgIAasR4/uXdyCILYCkyqtfWGUJJSsgh92PFWEFBrr1lSZ5Cx5tz/4mbpbdXqVDMtHMZvitX3jSLuanelBv0br+GyTknPrtKi5EuLQBBzKngE46wQNGXIhpiRV2eq2zBEupYjSCOuZnAAPFSoVC/aNSQP0gCGsS9MzJ2wS7qPtopYOn3UtV8egXzYnMQFeoKhfVClZDY0y21D1lWxLbSYL3ippRihx5hMm4rjx6jMNMIdx4li5GO11P5jcSGHWAmCi2x25sjcLmk3LAYE6mYjViGH9I9v0hVVfSFVRtxHl3mIzMUMy+FpLCTN3MeIoszLGMvUIjRkVM1kerZJQMNetQj0FaN0ZYcmIbkwE3AitlFCsQQviOKF3AMriCFEFMlyoDD5IwhpHxKR1BsS76+rsWqXPgQA9CzfMOEwG8NugDrFua6sNY0sccKS83n8auWfo8qIpS9pmVQXRWpv1ZloqFoat1AthZji106qL7GlRbTLhdXkHpbwQgObil7qnTGVb5eYAKAGhV9Wlp0jkCwNJ38Ay91Ep+i3SBdiubDPUgeqCRVC2x7CBXECwZKbXg5WVbXlnSSAqtfYis6hbjBvzl+Zc1ogPH9rmd+dVLlzBXggbtdOqgDe+Zi4zYu2TLrhgWhtjGMyjaODSl4lW0sZa/Ij0KqptZtr+oiLVVVC0XvEo2QOWrrJmGrIMILt6QcMjhyqiMqVTxiSrWNDrWayqEIRjdg++YVkKLwXdQiKnBmFfrZoP9w3CAIOz74OrL1ni6cWCdN+1RJidBoKa72Q7ZWhMswblhuV7zGZlhuWrmZdzDuYJWfTuv4lzLyzD6XUGRVU6ftDQ4tt8ywgUA4WG/vMcFsVrUQgsWYwbhIULYb4BTMwQWacRZZIB2j4YUt6Q7vUL7JRqUU5Ng2bRLdDTLx2hOgKBnH5pA8ymJN1Bh5OjBWz7sQ0rG1mYlAq2Db28RmvgQbk9yLOB8zOWuVBr00T6WP8AMtjJnEX0WaaEu40xsxHgRoqCMkZrEESz0n/wJlYfEdpM6iYnFShSoilYuWDMsMpeZQoLcdScJLqYi5qHmHkS4Q5MEMY3+UwrjJD+9xC0kQsLvL0OCFcVCDVxb3GIcIpal0dSMyuZXCdHowiCrKdaX64A5V7p2605+6MraAb7LsL1YHaAM2eG89sO2I2Y/us/wPFG/io1HqFa6ESmznsMRSCEsDVPRr5I6GaGypEaEoVTqED39Ai7tj0KK6Ucwz4oi0Nd5WMd5cbqAombFYexWEoR1XvWZVcsDXaEGjK1dg8L94SN/ZZZ4vr4lhVy5Z3Zl3O5MG4280wTT2ayxvPTh5lGBhmcv7+Zi3MjmY7TvQo7hqL2iUnqpnvUSqOLAabrMq2GiOSi8hvUWqKriinHSyyIzxjdBY7wRZZhVIBluNtPQEF0ZhXW0uumIArHKquuXGIInIClu2qOZvLBn/0+kxxe39VOvXtwQvDCAwYAOQbVgFULR1wQvLj6sNJoWnRNg0mc+8eug7jIWj11ue+JbcbBkgBKscjMm5h3MG4VinmYdy9ZUsKu/iPdKT6Z1/DeCEsIllQI586wq+x2MUw3tFocArmGsmDggKKdjkbltVgeYyQviOWtvtEQF/EAqZGUD0qXFcQMtyoM5vSoEkpgAiMcMokxiItbGlkRU9VB+kuTWKZGCNLzmEKvS2+kX5xLZTklwPEI3IQ4hQdLUC1eoSTARFt9u0KVIbG0rh/c0YTmYcLln8RNBaoyPfUKhTXdPpGVUGkn2hSwP2YhTvvGU7Huy1je4sKgF7QbDc6wQALqyOv578ZfaYJQhdPdhrEIVDAIR0ipqHjHpNSAqCeIOcZlgoQy8Qy/QlBUS47nORwpiy9czKpTA69xYLhxFhN19IiVUWunWUHfMzX6xKLwKLCge0I1h1mCuYBHaWGXbRBErdnMqTzGVBrvs69aaq8OUU2HctxsiDO+3oL1p5xcYDrKZ8mI+DpjECPEW2YV9cY5dwELNZKDk+HmqM+0NtnoYM3ODjeXncr8NqgC0Ha9B0L6R9xZiqNttpW3YJUyDCoLZU204+bhicqZpQDWtuBesYqq9BXH7KBxlHdOVtncmHcw7jnuaRYlbd6HMXYjoA4Zzto4w7SsfoQNLUntoItKFh6yvy3W+svVttzFuW3mU7Qrhx5nlLhe8Zh/UAb7F/iFV9KiCZDHkmIQllBUcVyxh1gANmChA3Xa4VXLzm67neFh6BaDm/N37YlZL3AmykvLwblgo1mlZBix0euINaMYI6tU4pBzH77gqoXgzprS3ETLdmiKuy8dTUQy3CHJ8IIp7xKqq7EzYIMmQlKP1IbYQYC9xwwuhNbC0aDRkYYubOnDA8oVmhvCbq3dOE4YAWCZ6Lo9rndgVuXczvSvmd2XKLrW/Mz7hHlKXe/QOv4LeyJ0CIWRCUD5JY4XSFrF4UiGV7qUg685/qVj7H/keitnl+IoFV3H9SgIwoC2Zy0zGg07wEUlK1bDYAZWkcwUEvszaC9o5+a55NBaZ1CwcarV9JgAB0JfjVHC64hZQhTofMsxl6/2R/RvvFGndmTB4RX+m8xEM8//AFMAU4UeqQso27QPXMIJuz4QMRbp+vMZIuuRZ4YKSh2KFY05Y+ah7qHFrHZIYUuaJE8HxEtHxGcIjhF6Mzi49YlsalbZaMbiCDY5/nNxzYe+sqivtMCqFRigIQlkoGILAGiW7RoyTlr0HtalQiQgUMy1xKVKjVR0Zl2SXpLCw3FBWVyqvThBsS5ldPonCvmPYbSMyv0Q5PSCEe2XWq9DmLEPwwm9ZjZtWye02ES44RWzYCvggWejK6nOjotexcqhuhba0r3Ml4qOsugottlqeau+eEL1cU3CMm8WChb1xMfCdT8wJwsWl8wUzG5i8NPAKvV30jmLQltAzy2HaHg6CKhFC3yufgjFtYa7xFjYtOWvEqwRHWANI8BodbjPCfpLwsX3rvGKUBZdkul69ZihSd+ZdxWQpRgCQ7G+OcxKjbJqs5ANraxNvBYyt07S3KlKSmD81U5LgtCU9Jg3L+YOFKC92xZUpgbsV8VEAN3NW2+8W0RCRoeC4QgrE8Zr8QLNEAlFBb6y0sVZLYBOURYskK2NfEE1HCBFsr4aiwBY2CbzVZEL5WXKZOtKLx3IkVGhBMWFNeYszP4S9N41l2x2c9AAKwGDErkWtgD1y3BWXk6QYKRwMqh0ygaS8OsjMFv6jlpGVtbq7WqGGm3GMuWNpMsC88X2jciwFl5IkdsqUtbwGp0L5geKxhGOcIrom6D2YAbFg3uUKpkY47PeWJSL9A6/zqGf48XDhjLlgIe+W44tS3UemCcIgoxLgJiwl4WugEeX4yXw7Sv9S+lQ9/6Qgr+U/qVlfIf1Gqr3dP6iQQ1u3/ybn2WVhT3hQuIW/Gg9fW4MF6dYSv8Aw1OfRjY93aXxUzb9Xh/SAT2KCmf/ADz+5qBVoC/rAOP4iWfpw4H24jVuGql+/jf3P/gn9wNq+mqPsJoWLCXkVb7RKg6WwZ9yYUqCFzuwaGIU64L8RzQw2WMFDQbPrC9Awi8+zO+HuPrFMg24ikFPs/0AtVaDgsjFbLDsZTxExKO8Oyba/wAAJm/rMh5iCV7QqWoYz28p70ewMxUfoiElBJTBEkoUdGZ+ZTkhGGVdFt3KYxkhk9F3S5BUCIjS+H3gvhIr0jCLi8puUHlYYAdoVvJSKdYWPWJDgysm+SKTsWgTFCDrlixTFqnQjfbNqVpxRdpW8pAjTAgpyFU5s+YmW8sYZ2LA4cHm3Fj/AKMgGIvNW9GL5jPO8CmGwegC62a1cscdqjlUYAoywpWrhbWuWHKCCwsvVrwTI54yKCLeOBtBe49JbQr3jQqCPCZu++pTzCTE0bcK7A9yyy0F16wp7G+I8ia7yaCy+lk6ttXCJ32K6GNYMenfC8rMA/uoLRbeQDbTEGNRY77s9IPqy2j0uYMAy9Mygs2F82EDDvcsNkFEjRSGqICtbYzl+BvvCboNtpSJbFE1a3uD+IMQsJaqzdeCZCAWxS9B+alYsM3sLa1wESUxOjAWWmgDZw3HdCkhEKIXnmEdVjezwY1DLxgiB0itq+HpM6gN2uJjliZxF6Xn4j0xzmhEGk6DUCJauGWRRXulX63bs2jrWL7wFpLihqI0XwS1al8pD6hlCNEnDZ8Sx3j1EUKZSmPD0HX8Cou6fKNtO4raDwjUwpXQH5gMQGluXvKW+uRV/SayuLD8T63v4CWVnVD8QAsuaT8TLbgLIPavdTKAehLLBf25h/7T+4SVrSv+4ZrfL+5/9H/cE/t/3BP7/wDcE/d95++/uaz3P/UyQCqvfFxBr6j+5+zfmf8A239zqD7v7j4LuchHV9cKUmaRUjK+J+jfiKaP9OkuyV0lq+kphTmrnyS9yH6cQY0JofZOFmFB+YdR3dPzEIat5GU6YvUxyJw2jSKmHAfBBCA3W6vep2AV/oCgWJVQyrwOKq1hkD/FUqJcw95QMtsJQRRcVxo9IvWCr0csXmXM0zUHT0M5vGaWCMLWmO6wMMvCKPiQw3RfR95ajpLGd5Qht5hUS71xLLiMnyYTU4/KRq+8MiZrBWa1HhUI91fHmFuqxwo8nPvDMkI9yCH4QwPRQoab7fL4CILFRFTNhaXNKHm4QYvI6exgUUYDEov8ERt1F0gvsVyxeIjklspwuC+gIqqqq5XmXgBwN31eJrxYEaRZTniKKTeu7tEZe5ipXqSz5g4rZI5ejUZMKyvJ6OVWgm2RLX+kcncl0GLVmSOkAlnEHMZVVGClvS5TjJoQlTWgBkLMms9IKiBjdCg8EWmlj2z0hlL2w3IUxdcR2GFTrkZitSC5QGFYRQ56px3mesGrFqXweBhgkGTAROSrpKqDI57opvWeZdmByePPaFVbjt8do5YjYOfEWIWpRoav8+gkI0mSEmDYEcRY3sPtKOhcaBKZtjBAOrJ7wdqfEo5GwFnRwHteOYhSpTSJ8m4IKFHVhaB6hj8kgMQX7EqBFI645Ys7S4W4fuEAs8Gu36Ov4HvcBsTpMgzjqOgFVTLbxdYh1yjkILWz7GJbHz/RMe50Ylstl/M0mUgZzFOCC2JluNMxVSkG5QnxL7kGotwKtst1ZVyjO1ZsNniUVXES9vEqYlneWWC+0HPZmymyX0/qhRFyG494GeXP/tDSk8oa+GHCRyf+852RFvZJbIqqkD7RdIcDb4hg6+Yt/wA4XAplOZdbgIKOsG/S2Wy2DOk0mkzuLDHGj6RrDbLwuSJKTI6QiRiJeOtxNETRFFOkyZ4lVGNq3GqEUOosrYMqe86P3qC/AhqeqP1mUL2JS/EodMbbrNxBfi9DK4sjljswRxOPQM5uJioKBgbx4+Y+K1tyxdB1mk84JAWrgAjUBBBSl0xrdGGg6OvzA23YEWrDogFQxTpx7X7x0sA6E11nVlKBtTPJE6zolwd6qNXfK6iyhoujW6i5QUN9ej9IwgteekdSBfvtw9e8RFIUiimxQ855h6aM8mAWYKXC4ilO65UdukA5ewuoZmTwQWQNGLiqrCMNZh5Yp790h5RnGeEHVUiiBAMCo7Lbjs8BsK2L2o+sBjaDQ5WcJZK3iCUZ8GGhbZ4feWcaRTZvZmAGLlA4JdpclEw62X1iENwg22Kocby3qJjjc+MetJ2AV1aXUSqUBsCDOL1bD0A8UqWGlFilxAYcfCCZGIbVhfH1lgJBUOHWteIottwkECC2CYnh5AVUD1cNXLrF1bAGbqKxVrR9F1/CNS8y3ynUuUhHcywDc2U+yTD+WSTRPNmvll2RYZPrKrB84X+iBd3hf9Eot5xQfiX7xT/EOOvy/qf/AEn9T/6X+p/9L/UeU+7+oD/c/qf/AGn9T/7T+p/6p/Uw/mf1P/tP6n/1n9SpOo3v4lNdHP6JhpE4RT9JQR4/TiUFfs/pg6cPH/hBgg6N9I3aiVQ13wzzUX/pKkB+usMMFAW+8GAdaoy8LdQEDoFejmGX0vt/o7ehAit3Et1swnSVX+RmkdEqFgUzPlBVh1iLhcshXIYGmZSl5j5EQFOYyKszUKxCVKDeYyV7mccy0VM8KIcNylDnMuxH0/0d0/rcqXKIq8EolQJhEyI3xfH0lSdfMbv6RWO0q9PU7Au2/pDJohO3D4jBrVLBxKdARWPvDJiVAbSuvSVQgVOk+8DqI8N308ZGIGAeQ0u3vipeawsM8m3zGECpRxopnN3Gc4hDKuOJdGkFDCs6qrXlWGWvzVAk1o1dxGNUst3M/wD5enjxKQFPETQBm21XDnFjZ9J0/YIwaay20VfaAHYGqOTzKIxHah+Y0y6YGVeneCxAwcLAYtjAYuC0SjyekFPTCZPEKJXLgFAGfrFeMyPQzKnYoB2AVXzGdq3Kqma4iYyV0WFkvdCvUxNu+YBoL1x1jXXq8bfmNXYuFeYElUKq1Zz9YApV00/NTd2HneEemopGEHIucfMLxjVI6nfSxBY+1pBC3qgA/OY4k8A/WwwcEGl8UrXiOQ2xsF8lJLcFVd5r2gAIdNogXcQ+J6QFKIrmBMFRYwa8RbgNRn1fugBRackDaXJXS/Po6/0L/jtg5/ydy5b/AI2y2W/4W+tv+nbCSyIkpVGCvOLjGEvD0DED0dyiUKZEFcoeVwM0zUMxUw9NOqJUrjq8uDvFVCPgykuCh6QXJLuPicy7pxKx6S7DmWi9xq/Wp9H9DFD9blniILXiJYRaRQT4L01lwByoNdOZYm/39ZgBS4wOt+8qIMAc6q4NnXy3OTcG4WlHNBwNGqI7Hqja2q7hSicR8uDt1gGqD15y35liaJOto94KB4WVrIidG4xEFV8qNyZ6GWZjIF26IVUA6FS1bX7xdDcMnVNrUMUGmLrcwQLev4hOkUI7LtQhbjiIUeC7tXS7xgMuMQQrATEAVbhywHeLaJSliFlm4GHiw17Rd+SWpES1r3OPdIiwtKJRnlzLhWBawHnEriDZnFd7g09gAUNNO77QbCEN5A9Rt8TYpzNQ79yoWh53PdjmXQ3cA9gqEkTitfvx8R5ReRfe43obwfhL+1LAn8Cpcri7r9iWYLNvBUfcT0usmzMFkClch5iEQjL+oEtXBwmEYUOhn53F76k6WSi2Fzsn0IEIk0c3vDhWckjFV0zl/LNyftivtF7K7v8AIRLInqqHsy4lrKog9SBlJ9WPZU6UX83FAo3f5vR1/uG/W4saMsxA7DA25x/fpt/whqZfL2rm8QpuDbDUr1WpXKrblRlKrzAbzLDLCwwhSVBrEr3KARaFgdTmJhXNGiB4qEUcy5yme7y8VK7XELx8xSDL8bY/Y7THw4qsEP63MX2ll4gp5g1liiewPTGd0AGa4abs7wADRiBqBYKI1zUdVeCKN/8A0RiowKTHSECxclAgz83GOXDKoMxGcLCXnahMgLQeYEUgjIW77hJg9ZF2803aezEO4LxReM7e0LJVRTMAwCORXAwdPiJvFHQiUCvbRFbd+hcwmVxVETZ2cMR4XN2WHDVbepiY80Y5sqso8ZXtAkhFeEqOzi9dJZjZRpsOIvWqOJdjbpBW7aLvrAlNAWtDk/8AWPDMLa7i+IFVSFsNsh9pz2Mx2YOu9doYI3YM52b76dwVF7opO1UwyHfkz4WVdK2hHsXKoCGqb+Y8FB4X1qIATzYfwLLQr6J8QCAOsL+kBbMlp9luAkQRD29ALGdfJJTwFdGHDsa6DQsQrzyxXxmGgLbWHsiIBECqr8sfGrv29rv7R7YBrElqo9ld+GWzUcn6UXciDTxHgDyVz2uL3o0bHwNzp540Ha9w3D1yTxiNQFhAp96g0Xc0fi5gMMssde/R1/uG/X9Xsz9V09G3/ClVelcpEUtZuybHob9aCAErHMPZMzMsXMamW8I7gmYGIQ8QEOkyZyxB5l6h8MyngM7TmuZfF7i21LBUAuKm/cemTsW4FiQd2RZjg1UOBZZ7YLYQK+hKzFGLKnQogHsMAEuWVFbdimy/b4hyoUFG7HX3lyVAMr5X3mdrisH67esOAO29F7SxwoBrB1f3rCLSqugDWc+8VooC14azAbkoRZ0e2PvG0E2zIaGt+9y4UcNFLKUSPWoHCCmTfKrRZC0JSM2wupkIEoB5itMS+rel0COc8R5iy+yI2YghgWx2Lh1Wqsm5TmO7JFB7HRmf4wFrKvvZQuvdKEsco0da4mK3Bmiil1d8xrqxKG8O0NL2uImwrUPci5l3Ng3X2kDSS3hg/EHIEXFV0zUETkM2fBmDqJZXZ4Llva4W15WWHdrA80wMu2LPqxG0bFVUvhqHQW3SPqf6iJWEotfBUD8IYU+CFmqLIuzVugge8ArUg2os35igpC15+SMsSxzZfiIDyxh9biWPBimflMeNstl/HxA+wmAlPZLhNRuCkPpEA2l2H3EOOu1D+o2vLEZ+LkFT3W4MLFoXTxmWpdlt8vBcFg0pEvaCVBurZ87nZ4LF2D6Ov9w36/q9mfquno2/4QaggKCkZjYVg7KpKXZ6G/SkrGEDM7MOwzMblhTLwuZfghPUgFxClrhuCC0wnrWx+tljTMIcSvXDWjG9eKrlKxUYnEILlQYMzDnJDxT8Aiq7iu3ec5PoYsLPhKM9I6zQDlwB53K1glfOGSbSqgCES0+DHWJN7BqDdmIJ1LgPN+IQlCDhOSUyjXcvSGqZLXQ+0QyjhYdD+2JURVp5YswHwW0ykFlMGGiQbvB1MURV7VoPZ4jo2KP0QvbUSHgIsg4VQKd1Amghhe9Ss/SZl+42PaUQc4hDdgTrofoypJvbRbRHMVoQXoOXxDqjaJO1n1laIwt7z3jnToRbDFv9R4DLVl1iz+4xtUmHOtGvdjq4aosOarHtFhnTaPymhgBgPmOmiUEh8uJqGFGae8VwZswz70hIp4+JCL6oNUPvl7wPchT9jzu18uv4+0y1vAHxQX8xItDVY+8HWdl+IrEXpSyos80+0asBAwLizpIj5Bd8RcZyGmv7I9CelD5Fv4iRRTKOHw3KNKZ+524TXlyH0dImtTZqvtUEOF1DEeN1Up7Q4N7Sv5hkuvIg+twrxHBT4q4iJpsAeS4tbKyhrmjcpe9Sg8Yg6uWqWfFy5doEL7ITWqk0Kt9wfR1/uG/Ut1Y/qxLYl1X49G3/AA1r644wUYiU59VUoKGOIuACXBLzmbMxEBhaAiUs5gqmLhiCBATrKUMQF4lY7zNLgYmoKwMuIC9xUVeZWaQAxTARfEtG4oLvMZZVNwJQwDDiV37zAwfHL1VDRqUGogQ6oHmOapTFA8/SBvrDU0gtaV4gdP8A1hGmoAcVfvBIAoeHh69YWUOW2Jp+8W5eyIS2nAQFFWZSg7DKm39KD3BiDYbTakUgxZXa8y8bHy5faX6LTnDfmYSdGFJ0MY9oStDgflXMcOR112HB8QeFsmfAIxVluVfySVRraqns/wDIIyFPD8j8xaQtAX9llzR5b9ZWNzQvgy3lcZK7WQcsZMQd4oB9WIeAXcLSw4S5+sX1uoSN/JB+8CaYBo+zmIBgYIa85uGiXgOnuzMyl30e6VBVVcFL+sYYDoBPMu4bss8EYZQby7pmY8M/WUyHc5hOl4rm0qIiYt6fBHL11QPqkpBQazPgqOcSqNp6tzGWtaG8fmVUPmqH1JTONCR5ggWueN9IfB5Rl2RZh1T9dS62aqUp4QYDJ1ONdw1FJiO4dzUvATbYfWLUzesP0YzzvfPSdf7hv1YdKFVZgOsRcwvpt/wo0RcAKjXTMb2jb0lQww5gU5ghXLbblqGMkMqXMKyUBHFRULByNE1zmKvdjsSVaJg6qAi6IorDOsx0ViWCoOTglIGo+ZeZU9Ljm5QdpfviKLw4D2HWZY5lV4lhhLq1LnTEvnJa67IC8KAoINehbi4IoYHmGi2XC5PiKl0FHCWGNNNxFWqem1lwgBvNR5R+/EVBr/4Mbix7Bu3XsQv2QOYxULu41xnVaeYzhQ4KoagZo6hQtGiAHljorbStwAbhdsBUOvDqu8RVJhAq+f8AwuV7BsBdDk+CcTmUfLwQqDIXMwE+A+qMOvsWT5jJYihM9kbKi8IKQBWDAofmPD3ef6zlRhieRPzLggHV6LTmc6lD9yyXi15L6xziNAROu7lWTMih5cksTbk19gI5c27Z8CVAcpSe2LLH1nf5MV6waQ31KMShyptukZO2ID0mVsQZjdCyvY+K2/B0coWrAn7A4PJEYlKTSjxiZL95Gp+WcRi0/kR884u+pGrQvG9wl/EO/pZD2WKy6G49qSFOwo5E9mq+kFcppbewJDaVdC766SDnTWbtShgQkvDgd9h+YfSnRA7n4S3bPKr8sMjCMGz0XX+4b/y2/wCFMRB6CMd4fw1CRhDuCi4FJdSgcwUTCJpxECZiI7y8YlFYgA1qCSWspooiN3KLEG+AYNRDrDzYAXzKO93OluCZVY9ENYh2B5l9JCdlPGkdgZwlkxFuYwr5l03iZ0McQs2DXB1g2CjINvX/ABWPBtalNRxMa7kvI2nN646B3mTR6DFdIOYpkHAdqlwAtoljH2utuWf3pPo4357YRlnoV8DoQCrMNsVoDf0p48sbRXUTdEVhHrXSC19XLBHLBQ8U4mdI5Nf21GTfHPbUrrcvFowFlW+wCUwIttTLnSWGwZVyuTQnaOiyadoCsIjQ+I7QyRAkWuiB8FS27Wh4qu2WNZ6AnnEWUVaK/aIrbMsr2vB8Sh47CfKREovKw13WXgBxdYs2iACuoNYCkwPy4i+uCyvrVn5jQVWCFWFG08PzLQstszncfMvZIiRQ62OHcBJW8BlAWimMZgrP2F+YmgIBC276L8A1LUh0SPcwRrIHQHiIX4tjRCSDoWssoKHy19ZeS5yXP0Rl69Sbj4dxCkJl49h3MXD1Sn0uCqs0snkiCxuav0QixlZz3GiVh4VB6w5+/o6/3Df+W3/D8dLoZywMusNbzDzmBlYvtwIyS5XzmNmIzMR0FRQuJm4IywEQ8hHLliq4JgIOpShxHVuWnmI+nctSejQA+gZRd59EjFVYlnTUtfclkBo7TFXWYPhyy46AyvEuausGiB1Y/wCAJ42TO/LxBeWzITqro7S6e5eJ8SgD4Bqa7YdOIoiR67R1pnRdsYUugWoV651J4MviAK7twDtl0eIzELgGPglulWYbld63AWQKAsfBv3Zjtd/cJWA42D9IzcmHI/Ji1MW1FPrGWEYAfSlt4e/rKGk8l+MrgFM081ASSCrllTqgC1HtNH1pA+alEPEg+gYeEfNKo8HVv4KIqshDVhOm2IOwy+l1KnJq7aWQTpNDxxEgBzg37ViKKKlmJ0WPw6rJs8jFhg45HzKVWuu+5B9bVFb8TVVuo+SpFlqFike6EZfNxj5ZZU7S1UR8EyXw9txNdmG3HzGzi4WVKtkLEfdFShNEBl8RcHQ7w5VToXEYgbWn2hZFcj7NkfsHJfMRq4YT+WzHyCZU8l2PZl+BOQH1/MFmMLnBNmvQ6/3DfqLDKg6t6QyeBbfo2/4ZzDurZnXUVWwmJ1RM63L8XKVDFTHvblJiGgCHTEI+IfFCvmWIMRDmUOOYFqDBqohqeJsUbPjWcXLzqBjaJfeJU3aiC3cu9cwg6hRAqoizfEV/DSUDsjNriJTCZN4gUzEuLAE2hUBQcEq/8QE6r309fMpXl6oGMRoXnrGytXa1EWtTjCFJftUpYMeevBMEgut489IJvul9x2+Jhh7tfzWOjzJp7jmZDD6B/Ev0S9U/NR4NgEv9cRoidYn0qD+yAj7wdicon2lTsqNzBNkW+4RvvLjAX3jTHYCBGgw4PxLiQcKBy6CsdegUqp7Yhixd4CPBAQcBd/7Idwmbx88EwkLSLeWp0t5VV8C49gWsM/LL442APiCw6THKsvpAkujkhkKmhZ95tsDf9+koYBQEMKwRiw0/eKPdhT9txcp1+FqG23Qh+hBfaM1DJauWc/MECLoM/WI2PqKitEcVPuS0WOwFQ4P2wL8JLJOsPA+8ScqXIPa4rFOAtKEIc1iHQp3NRUruIX0uIJY5qXymPR1/uG/UYX0/ZgcwEDxj0bf8KFy6hbWw9UyRCo6LZ9JqIfOY+6K97jmoiAimFYYMGswOaOoFZqWy4pr5ihZlmkwSvEpRwRkL8xRXLBXMvvRAGVo3KBA07Irq5hO1iW4StrQQbjnSCh2J7fnRVQo+0shFL8SjkAeY4Kl4/wAXCp1pRKgAg6xlgi7+t9TxH7U5rRCPeRyfcOPLHAdFZVGluMDB9iWb1pxvLj4IDuNfYKQXQ9CPvA4i2KxIaGwxI2P0CALB2fqbleH7cA4BdEPoSpeer5LChV1kKvQcEprb1D6S4+QnPXtbDbg6vX0PgmawZqHmF76yngqIFL1b6R9mQp78FZmxA5YMFXWcW/uYgRSCPmGSWWjR06oWJjCtmUoo3Vw7iXMRZKfkKamSh1tr0S4AlFLvRIahYwbY+iVsVAr+mLKZaPiJbjO1gioEzDSYJHhJ8aRaFA/N7P1miWlD6Q0dYA/FzuIiF7lkwADwVj5zBoCVi38sy163F5jETnKlr5JRgxv9gylMKsg83/caYgp4gltbkLGVrylW281EFSm2ldUyojpx6MplMplMplMplMplMplMplMplMplMplMplMplMplMpgZ9f1ezP1XT0JbKZTKZVelSmUymUymUymUymUymUymUymUymUymUymUymUymUymUymUwEiXEvEELKWDQ0CKuGI5uO9XHRcEMVNOIqMUQzx6JWZcRwS+RqKqEQFzMyLINRGJ7TIkNi5i7lmGZl7pYvaV1YBDbKNSYHUrCI/oj7iddxb4iKioNzWZk5WtExvgYTRxLjn/JVpOgGTwizQHC3KWOZqzcobYgjPXlDWplU37ELHesB5CA1Awf8A6RbCPZ+hBoPgoX4NsCC7nPe+T7EVezX5nl7VEN+xj2d1lhBqb7wXQp1FEPWHamdHVm9OewMMhzFWPmXKY62jXn8KIu5Gbk+xGiKzkXzAkoZ9l+lEtbMEQ8uYIdKP0hEdDQt2+JTngEPdox7xPbP5AixAOAx+YTCEvGge0zSPrDwQ3JVZkHeLAFo3H+CEOIjH2g+M0g+WFzukUPZAU+IoWGwTqIXLlYvIg8y1aoFpz17eId41SKFHSYowSdSrHEPFhizt0uEBKLyn7kU2Sb27Lmpj7b2vMKgLxvPtE6r+OPrMOgs1RL4XTCULkzsYrZQ4CamrlUv3mbfUv2lgIxSfeZ2FKMF/8C/q9mfqun8Aa/4B1C4Jk9Zmw/QQjItxEsjKUS2XFKXGrEGuJQIhLwQRFUz5Td4tcxFSpoE1KSdBIAAxUIgqXcdWK3NQcisS3eb1ZcRqTCiD7OYk5Je7mQ4gexQ392oenz+ZTYV20uCCVQUBH/NvKfj5QRFZoOvdisgYQ0vvuN5Lhh36J+sTzSsHsbnV7oUHuxE20GflDs6DKNgjdUe7Ov8AZg+OI77PP9CPQ0MoZDzDp1zdL2JXVLknyrMsKF08YINUCvCBm+12AOAbY8DwLECHbLdGgUHM/EBOmmyeUZiADMS35MQ02AiykMoJ76I+ltWs70j1dbD9dZvM7XlEEbu2NZYph9EcbrZWykg4CC6jqLJYOQxtJvIG7fBwCWMo8/y3HswhK4W7skCTdpMPDMyGaouJElRcMW7hHPY2V8RQPdZ07o6i0I7zfREh8dCr4lRV0OvuTNl5KWhFuL7vk9opBZhDYbiGGoXxAICW4wIoc2oDDniCcHLVlrzLPR8gW+TMMKjgaSO/Md8YT8QGdC2ErurPsJ+nfifp34gImhQPtPIWXq/ENNie0/TvxP078T9O/EykUVr7k36DMDarUDK5F0+hP078T9O/ECwkFw+agfC2I3fpqW9aYfhP7W/1P77f1P7Zf1ETCgmld/n/ABymwFkU5iIYSNcH9ejXN0aWBo6ufp34n6d+ILc6oNvr6jUyNguVRSXjWP6J+nfifp34gtzqg2+vqSc1qqh3oEumGuCfp34n6d+IKAlCoPtF5swvp6jEM1s+E/TvxP078T9O/EUGU1q+HqOFpC0viXDEqxJ9p/bT+p+XF/UOsVXMytHEakBYn+RO34WFP3mBhHUoaGISFNiVViEJZATE6aWYRQwXGUaRH5i3o7jt1Fw4KAlmLAcuYyD1ikqM+tSj+sMl8SxNzpOY+D6Wu8x8qMa9w5kIZooL8dUumWZDwimV3gv8CFdR1BonRFZQpn1Zm7GlU3H3R/uKFadOHmawkCJhlgbHliKiEpdrPx6QXTpECjsEDHVmFQ1ZJ8Cj2+WKXfCixa4aN492FujIV3E6exQfqJncukH0hMOp0uZUBgEU7Eq+hWA+Ic3Bt3sC4tvcESo6yofNy4O2VC+xxGgUUZj3j7Pe+6FGrgWlMV2DR3SCHmBX8ENZXSmBhnIFKysENkctolhBcNBBkasiD/c0eGVh8kIhDhr7wVa6NS+WlR2qTC3s1qEWPgosEFilji0xQ0niPYbwBv8AqPsLrX1uAW6AaOF8LEft3Hncp52020w+uc0qSKS1X3ShvGKMzBOrdRVRDVqktrJdSnvDQBwjcYvg9JKVW4q4U0Jiy4d7d1XEfed3KCdcG9MufrP3v9z97/cNUl5bf3Arq2p19TzpOy7xP3v9z97/AHP3v9ylauaJV5gUB6KPVgy3Mtg0fM/e/wBz97/cA4Cixf1hOKUH0Fh1KgdZVLSVm3H995vi/febX93vBgqr1mg/H+KkHQYTIGg9CUpavksfTP3v9z97/ctuksCvUajAgwV1cAgBq+X1n73+5+9/uW3SWBXrh5COcBQTVt1ufvf7n73+46wLtp9ZepGLynrqjNqXgn73+5+9/ufvf7m441RWH1u+QJww1T3Db+5sT/fecLfvvNa7z6b6w6qEP8s4clKAHC1frHAvhEpwm3LiBiAOYQuZJcIZZiPLERNolu7jmELJAFio24AC6lzKW9SJHR4MioLUapFLHO5RxhE5mzYqchLjzGR3mVYjV10AdWIyGwLXJXR3Nv8ACUKz5mgB7JiEr0alYVNXGad+stHAR0XmWr4VKcm0ctZic4gYr2CJ3qmxUciRVNC9CIS82SR3ix5wCdoPFNhR8Wyho2Kvqv8AqXV1baRWVDdLO18xJBLQHa3SvhlDS4BeCZ+sK2h1WguZ2NxS4U4uPsdaTZNMhTDYPhBbhLngIveLwatIofmVZYaHLMsO9X2JywngfEX4PIxgGeQ53HIvPE76NYP1i0sTASw6x0LGlfDxEWx1aVOgbjB6VCFK9usD0IgUU9/xEgm5VMGpI4sHvKzZmIDIPZxBcIoLLnfU+JjrAVyG67vWUaUEWwdL58xm7BwyiHNXTqEVGjeN/MaspNbyEwKdUsl1HQXHzFoWrBmUbkexzKVGjqcQYycDWVlvstjZ+P8AgVzDX8A1/wAA6g59OPwAZtx9oejJKFEAJkhm2pWQZaZzHzsRUl4mscxCWWBKrEoYKHNRVAx2NxzvMCnU9hT2RAvOPYAR6wFhuKWmZcK3UskRiI3NEdsETVpxLQgAJ3D7QgABgD+K7ZBd+dUqVRRyj/4gsxtCW/diWRvVoRJTV3Ke16jfwld4HQ7ZZTmuVEVvXpVfhMsLMb/eWulZUMHe9AZfeDZvZ2QnTTovrF8C0No6sJKC6YkcBsVGjwiu4B16xMUyZV4vLT1I0wqAzlD4i4OaRFcGLtXUcGOFxC3yg4gqId1mRKVIkY3vpoBtCi2WbjaFVYuSPWlZyS6IgWoXcrRcV+U8R8plku3JcbGVgMXzgjAl5435YLBaNQZpVxfERKaG37Ri8HPK92E1EUt5igWfpp4I5skpaKVqZgErwtS3SFghkw7WgkCyVdRKVa8lwwPAFQuFZV9kWq3ki1Emde8hIFZfBUSHuXP0lhnRT/gd3Llstlstlsu/Q1/wDr0ohiWIJLuWkWqiByQtthBziUqoAXnLSFSmVrMclNwSBDBTMFcSu3vpHvgTw8Io2fLr8TPBc/8AnBDoNP8AEEFlcs/EZ1L1SSxGOrKGTYbtieM3ErwRsAw7h+usporcZ/mLa9w+9cZLW2i/rMSCcqfmLiVOqTiY4l/xBta9iUY3OhD5ld9uro10hwADgKbTQEQd8AFnp27j5hciaSveqPapV0JlVuBAg1ZiWkK4BjnFeqRhRjEolOIOiBWvkxQUz0CCO1+BVzNjdbX0hZhOsSwVdrfMa2L2gQKJwSqBsYB9Qm8qgvZMul2TcwUOr0Jvx8Ycy2itGBMJQOBltsbrcChW2ErULYG3lZb8rzfWVFh2OsCaRQS7exzL8FULaPNuj2jWVq+AvaX1h0Z2jRKSxx+38QYZqxtVxQxOs4lXXysd2NropA6oVQtDlbWj3OpSwnTXvcQbDWzZKdldtBIdqT5h7NrectuWrmyKCtLsviXB1aMjHuq1hrCS9MDlbgh/f8SvDPUrukEPD2ansxpZRgCmfoPo/wCyAAABVloP64CwFXAbY5C7Eo00UdxR4YWU5Sq0UUd1A5YU3r60tIlnJx6ERvZRTQ10Ly0w5xMrTqk+oP0mKvpRwXEWw6xkg2R/wiw21XAd4D072EShCcaJyIPc/dfSUcRPvSoJ2D1uv+AAAAAALfrxiEBQrHOsxvslV/cvKLqP9o4ovd/tLQJVdnwy4sfoqB5hUd2rwwZHIk/EbFnsV9ptL5H9RURV0n8TR+LKUs71FgNeRMAjnNUZWUHZITANAQDhEmglK19IAiVL/wAAv/AOP480Ud4aSHxgX1IkBrGlT2j6bWy7esQEnlGY66+FuNEu9UIDQXhLblo2rdcvvENBo3qLh9UwMcImy8SzZNwHYR0+MWpfYiwpcZqh/cvgOZy13T9og2GeVenaAFDgrGgSqQfVN8po3X9SjY2i5+CI6prGX4gWpNYUSs3bBMmC9rgsDTARx0Yh/i62jasovVZ2SsZjJVXqsOAUapwMEG3NgH0EqSu3mDo494a2HAKsHurxOt2iPdfqxWB0C0utfeFS04F6C5XgCckEyR7PukzgjplEbmGE5YCOom0UaL0LlpUTvuCnilNMkJQRrVHvBnNw31hilubEVSvUkQrm3y8RbiwcRARRiclOjqCtFpWv5RLSDlz6Lr/YBusMkllgrRbqIB5VU2ejZujYQgHcYCOnngo7sBug5CrICtUuBdVbLNBuogOWDAL7CyuWYAUhQrtZsjUXFwv0+IqUNErtAixpYqOpVdumNrvCAdVvAsQcgASmxGLR8GxYGzJm6ZoQtZC448nCXf3EBKHddZEqWODHIlwKR+vRHZgdUhwGqXioliEsTcKrB5Qx3mgY9A/4ZUUPkudh8SnQ+IF6JRqiWEGL/iPmLfoNRfQt+g+hbf8AEa/wDn+NKiOiY5Dfj3I+IdWVe1xOljLnIjC3lh3qGwoyWrsBEeB7RgIi3GRAFMluS9sRtGm24rpZzzx0XXXN5gFWeMgRYwdYFd6ZTD46zPoG8B8xIo7FZLFv2mchO7NGPC5uE2hZcIS5Exw7XHQabELFDY1BShsS4bMpwIDBLbxtYUYt3giV4ob6BFXGObbd2WIeKzUhwWtbF3SInShY/kQ2Bpmo6sbKtRwXt1jGV341cIyzNDglel8rICFQYoNvTOo816k4PHMvIdNf0hmwli9IS8LUX8QkHCZtAVVnFdRyCuTnswIOXZxEOAuaaix467j5eRWCFhAcXkg01WcfwjPE6ihOmiLao2ixqEWRyD0XX+y7CMJmiKI6DSjp6XrFSWkd2QDv0uWm/TxwsOC08CeIQ2hK8gVFDM1aTVAsB2qr6K8UwQGc1ZDkT0tl0vT6KAq1OOGyxIVFUEA0ADsQT0QzkMEWpcAHMNZUgCjNcNF6C4zj+97AyAkeR/6hkuok0QFb0ydeZnIpSk2l2Y4+3UtCMoKn1qJ2t1f7pb5nDVv6xpVnlX5lL+x8xwVTSCvrF9v+/WZbzfvzB6WdH++YP3vmftX5hiBOEU/MNAY0H90W+gz943heh/smW8/6cz90/Mo8F0/shWDOn/vNgn79Zb+p9YXQv6lMMAM4d+YHr9vvHebz/fHXMdf74OFmAOPxmdqABH3n6d+ZQOcOHRp1LWABevTLHtBPnSJTvmdn7gfeKWJ1f+0/UvzAtfvd4F+99YaBeP7ZT+j9ZUYeSn3nfgA37wYAThH5iCrPV/sjRY2Bj9Yq22frzDqO6H9s+p6/5me8v6cwH2J/7y7P6j/MMoDu/wCZVCdF/wAz9K/MyKEgKcwvX0df7RUtkKDAuQA5QTLrH0toDU2sGQouaTE+EyeXrk0Yt9RkHPySudmzmDwoQX9oLtHSCDQBwJt5JWt80sr4CgAigVQDKsrWzUeoA0EwHe4ojDlZo5sa1ewcMIAUYP8A8Jdf7WR+FaUiH62YTaaaw0QFaef8AzxEUBIGT5XDxdCl64bbHO+tooqBSqZbW9otAOBuwRiyYzDLGoCgOn/4U6/2lZSZVqsKoCwMrdA5Q7mlnUEYYNc0r1YlCWRe1FQAXRa5oFd2ZLJMqJLatZq30OaWaOGYpq2A1bKbi7WFlKXAwVYtggEyP/4U6/2jv1YwQQTIUEFh2K98ONIEnFeQBJWb/wANcECK2lIsSvJSGA7ItA7dfBdAHAHHrY4SQACaIHFiWLEgag0ABQWmB5D/APC2UymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymUymU//mH/2Q==","type":"image/jpeg"},
-{"created":"20240208121110799","text":"> An Easy ''nocode'' way to add metadata is [[by adding custom properties in blender e.g.|https://docs.blender.org/manual/en/2.79/data_system/custom_properties.html]]. Basically:\n\u003Cbr>\u003Cbr>\nCreate a plane or box-object, and add the following metadata:\n\n* `href`:`https://xrfragment.org`  (to open a website in a new tab)\n* `href`:`https://me.com/model.glb` (to surf to a new 3D model)\n* `href`:`#.....`   (interactivity: execute some fragments, see [[🖇 auto-generated fragments]] )","tags":"[[📡 implicit scene features]]","title":"create a button","modified":"20241007083525204"},
-{"created":"20240319093241402","text":"The best environment for editing 3D models are...3D editors (like [[blender|https://blender.org]]).\n\u003Cbr>\u003Cbr>\nHowever, since XR Fragment browsers use URI (Fragments) for interactivity, a simple metadata-editor can easily be implemented.\u003Cbr>\nBelow is a demonstration of a [[editor.js|https://github.com/coderofsalvation/xrfragment/tree/main/src/3rd/js/plugin/frontend/$editor.js]] vanilla javascript-plugin, which adds a button to \nthe example viewer:\n\n\u003Cbr>\n\u003Cdiv style=\"max-width:600px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/xrfragment-editing-metadata.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\nBasically, a simple metadata editor allows for:\n\n!!! updating `href` values\n\n* to change teleportation destinations (internal links, external links)\n* to show hide certain objects when clicking a button\n* to open a certain website when clicking a button\n* to change networking adresses (Matrix room, WebRTC P2P roomname e.g.)\n\n!!! updating `src` values\n\n* to link to different (internal/external) 3D objects\n\n!!! updating `tag` values\n\n* to create/modify groups of object (for group-hiding/showing via `#-mygroup` and `#mygroup` in `href`-values)\n\n> Beyond this, you can choose to allow the enduser to edit any metadata.","tags":"[[📡 implicit scene features]]","title":"creating a simple editor","modified":"20241007083525205","type":"text/vnd.tiddlywiki"},
+{"created":"20240319093241402","text":"The best environment for editing 3D models are...3D editors (like [[blender|https://blender.org]]).\n\u003Cbr>\u003Cbr>\nHowever, since XR Fragment browsers use URI (Fragments) for interactivity, a simple metadata-editor can easily be implemented.\u003Cbr>\nBelow is a demonstration of a [[editor.js|https://github.com/coderofsalvation/xrfragment/tree/main/src/3rd/js/plugin/frontend/$editor.js]] vanilla javascript-plugin, which adds a button to \nthe example viewer:\n\n\u003Cbr>\n\u003Cdiv style=\"max-width:600px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/xrfragment-editing-metadata.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\nBasically, a simple metadata editor allows for:\n\n!!! updating `href` values\n\n* to change teleportation destinations (internal links, external links)\n* to show hide certain objects when clicking a button\n* to open a certain website when clicking a button\n* to change networking adresses (Matrix room, WebRTC P2P roomname e.g.)\n\n!!! updating `src` values\n\n* to link to different (internal/external) 3D objects\n\n!!! updating `tag` values\n\n* to create/modify groups of object (for group-hiding/showing via `#-mygroup` and `#mygroup` in `href`-values)\n\n> Beyond this, you can choose to allow the enduser to edit any metadata.","tags":"howto","title":"create a basic XRF editor","modified":"20250902142200060","type":"text/vnd.tiddlywiki"},
+{"created":"20240208121110799","text":"> An Easy ''nocode'' way to add metadata is [[by adding custom properties in blender e.g.|https://docs.blender.org/manual/en/2.79/data_system/custom_properties.html]]. Basically:\n\n!! Internal teleports\n\n* create a plane object with a name (`scene1` e.g.)\n* create a plane object elsewhere with a name (`scene2` e.g.)\n* add metadata `#`:`#scene1` (to position the user at scene1 during scene load)\n* now create a button object, and add metadata `href`:`#scene2` to teleport the user (after clicking)\n\nNow you can load the 3D file (in the example editor) and click the button to teleport.\n\n> NOTE: teleportations focus on the **origin** of an object, so you might need to adjust them in case of a box e.g. (the origin is usually in the middle, which might not be what you want in case you want to teleport on top of the box).\n\n!! External teleports\n\nCreate a plane or box-object, and add the following metadata:\n\n* `href`:`https://xrfragment.org`  (to open a website in a new tab)\n* `href`:`https://me.com/model.glb` (to surf to a new 3D model)\n* `href`:`#.....`   (interactivity: execute some fragments, see [[🖇 auto-generated fragments]] )\n\nNow you can load the 3D file (in the example editor) and click the button to teleport.","tags":"howto","title":"create a teleport button","modified":"20250902143337641"},
 {"modified":"20230504093652627","title":"Draft of '↪ URI.parse(url,flags)'"},
 {"modified":"20230804102946971","title":"Draft of '📜 XR fragments'"},
 {"modified":"20230428112728789","title":"Draft of '$:/webxr-notebook/boot.css'"},
 {"modified":"20230505112348871","title":"Draft of 'How it works'"},
 {"modified":"20240208125340120","title":"Draft of 'XR Fragments'"},
-{"created":"20240731153010378","text":"> An Easy ''nocode'' way to add metadata is [[by adding custom properties in blender e.g.|https://docs.blender.org/manual/en/2.79/data_system/custom_properties.html]]. Basically:\n\u003Cbr>\n\n[Create a button](#create%20a%20button), but add the following metadata for HTTP-links:\n\n## server-backend redirect\n\n1. add to your button the metadata `href`:`https://yourserver.io/a?b`\n2. make your server return  `Location: /final/link/here` based on `a` or `?b`, together with statuscode 302 (=temporary redirect).\n\n> Please refer to your server documentation on how to do a 302 redirect.\n\nThis allows for flexible server-controllable URLs inside a model. Keep in mind that this obviously reduces the portability of the model, which may (not) be a problem depending on the usecase.\n\n## nginx static redirect\n\n```\nlocation ~ /a\\?b$ {\n  return 302 https://foobar.com;\n}\n```\n\n## apache static redirect\n\n```\nRewriteEngine On\nRewriteCond %{QUERY_STRING} ^a?b$\nRewriteRule ^(.*)$ https://foobar.com? [R=302,L]\n```\n","tags":"[[📡 implicit scene features]]","title":"dynamic buttons via server","modified":"20241007083525205","type":"text/markdown"},
-{"created":"20240223092012710","text":"Create an empty mesh object (in Blender it's called an 'Empty') and add an [[src]] custom property with an local/external URL.\n\n* `src`: `#building`\n* `src`: `https://foo.com/world.fbx#building&-floor`\n\n> NOTE: remember that [[showing/hiding object(children)]] in an [[src]] will allow **spatial referencing** (reparenting the target object to the root of the scene).\u003Cbr>See the spec below:\n\n!Spec\n\nBelow is the related section of the spec (full spec here: \u003Ca href=\"doc/RFC_XR_Fragments.html\" target=\"_blank\">HTML\u003C/a>, \u003Ca href=\"doc/RFC_XR_Fragments.txt\" target=\"_blank\">TXT\u003C/a>)\n\n\u003Ciframe src=\"doc/RFC_XR_Fragments.html#spatial-referencing-3d\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n","tags":"[[📡 implicit scene features]]","title":"embed a 3D object (subtree)","modified":"20241007083525207"},
+{"created":"20240731153010378","text":"\n[Create a button](#create%20a%20teleport%20button), but add the following metadata for HTTP-links:\n\n## dynamic 3D file via HTTP backend\n\n1. add to your button the metadata `href`:`https://yourserver.io/latest.glb`\n2. make your server programmatically return a 3D file when `latest.glb` is requested\n\n> Please refer to your backend/framework documentation on how to serve a (binary) file.\n\nThis allows for flexible server-controllable URLs inside a model. Keep in mind that this obviously reduces the portability of the model, which may (not) be a problem depending on the usecase.\n\n## webserver-backend redirect\n\n1. add to your button the metadata `href`:`https://yourserver.io/a?b`\n2. make your server return  `Location: /final/link/here` based on `a` or `?b`, together with statuscode 302 (=temporary redirect).\n\n> Please refer to your server documentation on how to do a 302 redirect.\n\nThis allows for flexible server-controllable URLs inside a model. Keep in mind that this obviously reduces the portability of the model, which may (not) be a problem depending on the usecase.\n\n#### nginx static redirect\n\n```\nlocation ~ /a\\?b$ {\n  return 302 https://foobar.com;\n}\n```\n\n#### apache static redirect\n\n```\nRewriteEngine On\nRewriteCond %{QUERY_STRING} ^a?b$\nRewriteRule ^(.*)$ https://foobar.com? [R=302,L]\n```\n","tags":"howto","title":"dynamic scenes via server","modified":"20250902142634725","type":"text/markdown"},
+{"created":"20240223092012710","text":"Create an empty mesh object (in Blender it's called an 'Empty') and add an [[src]] custom property with an local/external URL.\n\n* `src`: `#building`\n* `src`: `https://foo.com/world.fbx#building&-floor`\n\n> NOTE: remember that [[showing/hiding object(children)]] in an [[src]] will allow **spatial referencing** (reparenting the target object to the root of the scene).\u003Cbr>See the spec below:\n\n!Spec\n\nBelow is the related section of the spec (full spec here: \u003Ca href=\"doc/RFC_XR_Fragments.html\" target=\"_blank\">HTML\u003C/a>, \u003Ca href=\"doc/RFC_XR_Fragments.txt\" target=\"_blank\">TXT\u003C/a>)\n\n\u003Ciframe src=\"doc/RFC_XR_Fragments.html#spatial-referencing-3d\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n","tags":"[[🧪 experimental]]","title":"embed a 3D object (subtree)","modified":"20250902143004748"},
 {"created":"20240722085406030","text":"Since 2020, Next Generation Internet (NGI) programmes, part of European Commission's Horizon programme, fund free software in Europe using a cascade funding mechanism (see for example NLnet's calls). This year, according to the Horizon Europe working draft detailing funding programmes for 2025, we notice that Next Generation Internet is not mentioned any more as part of Cluster 4.\n\nNGI programmes have shown their strength and importance to support the European software infrastructure, as a generic funding instrument to fund digital commons and ensure their long-term sustainability. We find this transformation incomprehensible, moreover when NGI has proven efficient and ecomomical to support free software as a whole, from the smallest to the most established initiatives. This ecosystem diversity backs the strength of European technological innovation, and maintaining the NGI initiative to provide structural support to software projects at the heart of worldwide innovation is key to enforce the sovereignty of a European infrastructure.\nContrary to common perception, technical innovations often originate from European rather than North American programming communities, and are mostly initiated by small-scaled organizations.\n\nPrevious Cluster 4 allocated 27 millions euros to:\n\n    \"Human centric Internet aligned with values and principles commonly shared in Europe\" ;\n    \"A flourishing internet, based on common building blocks created within NGI, that enables better control of our digital life\" ;\n    \"A structured eco-system of talented contributors driving the creation of new internet commons and the evolution of existing internet commons\" .\n\nIn the name of these challenges, more than 500 projects received NGI funding in the first 5 years, backed by 18 organisations managing these European funding consortia.\n\nNGI contributes to a vast ecosystem, as most of its budget is allocated to fund third parties by the means of open calls, to structure commons that cover the whole Internet scope - from hardware to application, operating systems, digital identities or data traffic supervision. This third-party funding is not renewed in the current program, leaving many projects short on resources for research and innovation in Europe.\n\nMoreover, NGI allows exchanges and collaborations across all the Euro zone countries as well as \"widening countries\"¹, currently both a success and and an ongoing progress, likewise the Erasmus programme before us. NGI also contributes to opening and supporting longer relationships than strict project funding does. It encourages to implement projects funded as pilots, backing collaboration, identification and reuse of common elements across projects, interoperability in identification systems and beyond, and setting up development models that mix diverse scales and types of European funding schemes.\n\nWhile the USA, China or Russia deploy huge public and private resources to develop software and infrastructure that massively capture private consumer data, the EU can't afford this renunciation.\nFree and open source software, as supported by NGI since 2020, is by design the opposite of potential vectors for foreign interference. It lets us keep our data local and favors a community-wide economy and know-how, while allowing an international collaboration.\nThis is all the more essential in the current geopolitical context: the challenge of technological sovereignty is central, and free software allows to address it while acting for peace and sovereignty in the digital world as a whole.\n\nL’Union Européenne doit poursuivre le financement des logiciels libres\nDepuis 2020, les programmes Next Generation Internet (NGI), sous-branche du programme Horizon Europe de la Commission Européenne financent en cascade (via les appels de NLnet) le logiciel libre en Europe. Cette année, à la lecture du brouillon du Programme de Travail de Horizon Europe détaillant les programmes de financement de la commission européenne pour 2025, nous nous apercevons que les programmes Next Generation Internet ne sont plus mentionnés dans le Cluster 4.\n\nLes programmes NGI ont démontré leur force et leur importance dans le soutien à l’infrastructure logicielle européenne, formant un instrument générique de financement des communs numériques qui doivent être rendus accessibles dans la durée. Nous sommes dans l’incompréhension face à cette transformation, d’autant plus que le fonctionnement de NGI est efficace et économique puisqu’il soutient l’ensemble des projets de logiciel libre des plus petites initiatives aux mieux assises. La diversité de cet écosystème fait la grande force de l’innovation technologique européenne et le maintien de l’initiative NGI pour former un soutien structurel à ces projets logiciels, qui sont au cœur de l’innovation mondiale, permet de garantir la souveraineté d’une infrastructure européenne. Contrairement à la perception courante, les innovations techniques sont issues des communautés de programmeurs européens plutôt que nord-américains, et le plus souvent issues de structures de taille réduite.\n\nLe Cluster 4 allouait 27 millions d’euros au service de :\n\n    « Human centric Internet aligned with values and principles commonly shared in Europe » ;\n    « A flourishing internet, based on common building blocks created within NGI, that enables better control of our digital life » ;\n    « A structured eco-system of talented contributors driving the creation of new internet commons and the evolution of existing internet common« .\n\nAu nom de ces enjeux, ce sont plus de 500 projets qui ont reçu un financement NGI0 dans les 5 premières années d’exercice, ainsi que plus de 18 organisations collaborant à faire vivre ces consortia européens.\n\nNGI contribue à un vaste écosystème puisque la plupart du budget est dévolue au financement de tierces parties par le biais des appels ouverts (open calls). Ils structurent des communs qui recouvrent l’ensemble de l’Internet, du matériel aux applications d’intégration verticale en passant par la virtualisation, les protocoles, les systèmes d’exploitation, les identités électroniques ou la supervision du trafic de données. Ce financement des tierces parties n’est pas renouvelé dans le programme actuel, ce qui laissera de nombreux projets sans ressources adéquates pour la recherche et l’innovation en Europe.\n\nPar ailleurs, NGI permet des échanges et des collaborations à travers tous les pays de la zone euro et aussi avec ceux des widening countries¹, ce qui est actuellement une réussite tout autant qu’un progrès en cours, comme le fut le programme Erasmus avant nous. NGI0 est aussi une initiative qui participe à l’ouverture et à l’entretien de relation sur un temps plus long que les financements de projets. NGI encourage également à l’implémentation des projets financés par le biais de pilotes, et soutient la collaboration au sein des initiatives, ainsi que l’identification et la réutilisation d’éléments communs au travers des projets, l’interopérabilité notamment des systèmes d’identification, et la mise en place de modèles de développement intégrant les autres sources de financements aux différentes échelles en Europe.\n\nAlors que les États-Unis d’Amérique, la Chine ou la Russie déploient des moyens publics et privés colossaux pour développer des logiciels et infrastructures captant massivement les données des consommateurs, l’Union Européenne ne peut pas se permettre ce renoncement. Les logiciels libres et open source tels que soutenus par les projets NGI depuis 2020 sont, par construction, à l’opposée des potentiels vecteurs d’ingérence étrangère. Ils permettent de conserver localement les données et de favoriser une économie et des savoirs-faire à l’échelle communautaire, tout en permettant à la fois une collaboration internationale. Ceci est d’autant plus indispensable dans le contexte géopolitique que nous connaissons actuellement. L’enjeu de la souveraineté technologique y est prépondérant et le logiciel libre permet d’y répondre sans renier la nécessité d’œuvrer pour la paix et la citoyenneté dans l’ensemble du monde numérique.\n\nDans ces perspectives, nous vous demandons urgemment de réclamer la préservation du programme NGI dans le programme de financement 2025.\n\n¹ Tels que définis par Horizon Europe, les États Membres élargis sont la Bulgarie, la Croatie, Chypre, la République Tchèque, l’Estonie, la Grèce, la Hongrie, la Lettonie, la Lituanie, Malte, la Pologne, le Portugal, la Roumanie, la Slovaquie et la Slovénie. Les pays associés élargies (sous conditions d’un accord d’association) l’Albanie, l’Arménie, la Bosnie Herzégovine, les Iles Féroé, la Géorgie, le Kosovo, la Moldavie, le Monténégro, le Maroc, la Macédoine du Nord, la Serbie, la Tunisie, la Turquie et l’Ukraine. Les régions élargies d’outre-mer sont : la Guadeloupe, la Guyane Française, la Martinique, La Réunion, Mayotte, Saint-Martin, Les Açores, Madère, les Iles Canaries.\nIn this perpective, we urge you to claim for preserving the NGI programme as part of the 2025 funding programme.\n\n¹ As defined by Horizon Europe, widening Member States are Bulgaria, Croatia, Cyprus, the Czech Republic, Estonia, Greece, Hungary, Latvia, Lituania, Malta, Poland, Portugal, Romania, Slovakia and Slovenia. Widening associated countries (under condition of an association agreement) include Albania, Armenia, Bosnia, Feroe Islands, Georgia, Kosovo, Moldavia, Montenegro, Morocco, North Macedonia, Serbia, Tunisia, Turkey and Ukraine. Widening overseas regions are : Guadeloupe, French Guyana, Martinique, Reunion Island, Mayotte, Saint-Martin, The Azores, Madeira, the Canary Islands.","tags":"","title":"EU keeps/stops funding FOSS?","modified":"20240722085846049","type":"text/markdown"},
 {"created":"20240624125444313","text":"\u003Cstyle type=\"text/css\">\n  .examples img{\n\t  border: 1px solid #CCC;\n\t\tborder-radius:6px;\n\t\tmargin: 20px 20px 20px 0px;\n\t\tdisplay:block;\n\t\twidth:100%;\n\t}\n\u003C/style>\n\n\u003Cdiv class=\"examples\">\n  \u003Cdiv>\n    \u003Ca href=\"example/aframe/sandbox\" target=\"_blank\">\n\t    \u003Cimg src=\"https://coderofsalvation.codeberg.page/xrfragment.media/images/index.glb.jpg\"/>\n\t  \u003C/a>\n\t\t\u003Cb>index.glb\u003C/b> kitchensink \n\t\u003C/div>\n\t\u003Cdiv>\n    \u003Ca href=\"example/aframe/sandbox?./../../assets/example.glb\" target=\"_blank\">\n\t    \u003Cimg src=\"https://coderofsalvation.codeberg.page/xrfragment.media/images/example.glb.jpg\"/>\n\t  \u003C/a>\n\t\t\u003Cb>example.glb\u003C/b> simple startingpoint \n\t\u003C/div>\n\t\u003Cdiv>\n    \u003Ca href=\"example/aframe/sandbox?./../../assets/website.glb\" target=\"_blank\">\n\t    \u003Cimg src=\"https://coderofsalvation.codeberg.page/xrfragment.media/images/website.glb.jpg\"/>\n\t  \u003C/a>\n\t\t\u003Cb>website.glb\u003C/b> website startingpoint \n\t\u003C/div>\n\t\u003Cdiv>\n    \u003Ca href=\"https://coderofsalvation.codeberg.page/xrfragment-elearning-templates/?https://coderofsalvation.codeberg.page/xrfragment-elearning-templates/index.glb\" target=\"_blank\">\n\t    \u003Cimg src=\"https://coderofsalvation.codeberg.page/xrfragment.media/images/elearning.glb.jpg\"/>\n\t  \u003C/a>\n\t\t\u003Cb>elearning.glb\u003C/b> quiz startingpoint \n\t\u003C/div>\n\t\u003Cdiv>\n    \u003Ca href=\"example/aframe/sandbox?./../../assets/telescopic.glb\" target=\"_blank\">\n\t    \u003Cimg src=\"https://coderofsalvation.codeberg.page/xrfragment.media/images/telescopic.png\"/>\n\t  \u003C/a>\n\t\t\u003Cb>telescopic.glb\u003C/b> reveal via [[href]] + \u003Ca href=\"#🎞%20Media%20Fragments\">media fragments\u003C/a>\n\t\u003C/div>\n\t\u003Cdiv>\n    \u003Ca href=\"example/aframe/sandbox?./../../assets/victory-garden-cdrom.glb#rot=0,180,0&pos=-2,0,-8\" target=\"_blank\">\n\t    \u003Cimg src=\"https://codeberg.org/coderofsalvation/xrfragment.media/raw/commit/90256763ddbc7bf727a8597ac62152a1c2c62b98/images/mediafragments-cdrom.gif\"/>\n\t  \u003C/a>\n\t\t\u003Cb>cdrom.glb\u003C/b> with animations controlled via [[href]] + \u003Ca href=\"#🎞%20Media%20Fragments\">media fragments\u003C/a>\n\t\u003C/div>\t\t\n  \u003Cdiv>\n    \u003Ca href=\"example/aframe/xrsh\" target=\"_blank\">\n\t    \u003Cimg src=\"https://coderofsalvation.codeberg.page/xrfragment.media/images/xrsh.jpg\"/>\n\t  \u003C/a>\n\t\t\u003Ca href=\"https://xrsh.isvery.ninja\" target=\"_blank\">xrsh\u003C/a> overlay showing aria-descriptions + scene transcripts\n\t\u003C/div>\n\t\u003Cdiv>\n    \u003Ca href=\"https://searxr.me\" target=\"_blank\">\n\t    \u003Cimg src=\"https://coderofsalvation.codeberg.page/xrfragment.media/images/searxr.jpg\"/>\n\t  \u003C/a>\n\t\t\u003Ca href=\"https://searxr.me\" target=\"_blank\">\u003Cb>searxr.me\u003C/b>\u003C/a> metasearch engine supporting XR Fragments\n\t\u003C/div>\t\n\u003C/div>","tags":"$:/tags/SideBar","title":"Examples","modified":"20250218134240827","list-before":"Reference"},
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fv9F4dLX0/QCMj7tzcXEBADx8+BAajQZt27aFRqPBxx9/DKD+Z7d2fKay21AJ3Sdna927dw8A4GriF2vLy8t5eMIjrra2Vvh/cnJyo0MHgoOD0b59e71yZ2dn4f+mfMWmsT50fxl1Y2tJfOZ87ccS74exbQzdRdXtz5SxZpaIz1R2S17Jycl6wyLS/phPfNiwYUKZi4sL8vLy9LZXq9VITU3F7Nmz9dZVVlZaOFpmL46Ojnj11Vdx8uRJbN26VbgUYar8/HzMmTMHL774Ivr27Ytp06bh8uXLGDp0qNFt7t27p/cAZd11AODv7y8knZbEZ66Wvh8t6e/evXtNHiXaMj67zSoRHh6OwsJCYbmoqAihoaEAIBoqMWbMGAB1h6C65HK50bZPnjxpyVCZnc2ZMwcA8M033xit0/AoCADKysqwcuVKFBQUICYmBhs3boSXlxcWL16M+/fvG23r2LFjRtd9/fXXACD6o9nc+JrL1v3N+2PaIe3Pboju+2mz+My5uq+92xgdHS0qB0Dbt2/Xq19SUkIAKD4+XijTvdsIgMLCwmjlypVGh1sQEQ0bNky4vR0REUEuLi4UFhZGAQEBFBAQIKqrbReAsJ2t8N3GOpa+2/jgwQPy8fEhAPTFF1/o3ZnLzc2lZcuWUWFhoVBWU1NDGzduJAB09OhRofzcuXMEgJYuXWp0qA7+uO3fcDjEv/71LwJAHh4eoruVzYlPt7+Gj/trqo61+lOr1UId3WEkRUVF5OfnRwDo8OHDonVqtZq+/PJLcnV1pe+//75F8ZnLrN8wpVJJsbGxdOXKFVH5nj179MqI6j7wPXv2UHZ2tlCmTV5KpZKys7MpLCyMZs+eTWvXrjW6k1dVVVF0dDTNnj2bFixYIAylSEpKEo3h0crOzqb4+HiKi4uj2NhYc37EFuHkVcfSyYuI6MaNG8IvkI+PD61bt462bdtGISEhQj9nz54V6mtv+69fv15vWMAnn3xCAGj37t2icm0727ZtIwDk5+dHUVFRFBUVRWPHjiUA1KdPH8rMzGxxfLr9mZu8rNWfseRFRKRQKIT+/Pz8KCIigjZu3Ci8L2PHjqWCgoIWxWcum/+GaZOX7sDVRwUnrzrWSF5EdUcABw8eFD1o2MPDgzZv3kwKhUKod/36dQJAEydOJJVKpddORUWF8EuUkpIilGvbVKlUlJaWRosXLxbKvL296aOPPqLbt2+3OL6G/TUneVmjv8aSl7a/AwcOiPrz8/OjvXv3UlFRUYvjM5fN5/PSTquTl5eHvn372rJrq1u6dCmio6OFZRu/ta3GkSNHMH36dGHZGrNKVFRUQKPR4Mknn7TYl5e1Y5J+//134Y53ZWUlqqur0aFDB6PfabRVfK2pv/LyctTW1qJDhw4Gx3LZIj6b322srq4GUHe3kLHm0h3+YE1PPPFEs2YpsVV89urP3CFK1ojP5ncbBw8ejLi4OKvf4mWMPdpsfuTl7u6OwMBAW3fLWJMe19N8qeKnBzHGJImTF2NMkjh5McYkiZMXY0ySOHkxxiTpkXx6kJSZMuCvMY3dMbNm24zZGh95NSIrKwtyuRwpKSkG5x9jzBRyuRxxcXHIycmxdyiPFE5ejaiqqkJkZCTGjRuHzp07w8/PD5GRkUhJSeFvCDCTHT9+HEFBQRg8eDAcHBwQHByMQ4cOcTJrIT5tbETDqarT09ORnp4uLHt6emLevHkYP348fH199Z4PyOo87rPdNtwv9u3bJ3qy+oIFCxAQEIBRo0Y1OgU1a8Dcb3LrzpfFr8ZfzWHNPm318zScVYJf5r0WLFhAsbGxLXqyzuOATxsZa2X27duHoKAgPHjwwN6htGpmnzb27t0boaGhLZo4Xyru3buHgwcPmlR32LBhaNOmDTIzM60clfQsWrTI5qeOjo6O+Pe//43U1FQAQFhYmE37143js88+w507d0yqr3sKaelphB459j70a82uXLli9NB+xIgRFBERQcnJyVRSUkJEdQ/I1a3THMb6M/Vlr7Z1NTxtfPDgQbPei5bSPrHd3rv5mDFjGj1FjIuLE802zEzDF+wbofv8SF9fX7z++uvCxXlDj6vSzlXGxOz1HE7dB6fa0927d4X/88V5y+Hk1Qh3d3ckJSXBz8/P4ENyGTPF1q1bMWTIEE5WFsbJqxHu7u583YG12OTJk+0dwiOJ7zYyxiSJkxdjTJI4eTHGJImTF2NMkjh5McYkiZMXY0ySOHkxxiSJkxdjTJJ4kGorQ1acatmabTNma3zkxRiTJE5ejDFJ4uTFGJMkTl6MMUni5MUYkyROXowxSeLkxRiTJE5ejDFJ4uTFGJMkTl6MMUni5MUYkyROXowxSeLkxRiTJE5ejDFJ4uTFGJMkTl6MMUni5MUYkyROXowxSeLkxRiTJE5ednD8+HE4ODiIXjKZzN5hNUomk+nFfPz4cXuHxR5jnLzswMPDQ68sISEBCoXCDtE0TaFQICEhQa/c0M/BmK1w8mpETk4OioqKLN7ugAED4Orqqleenp5u8b4swVBcrq6uGDBggO2DYewPnLwaERcXh6eeegrDhw+HXC5HSkoKVCpVi9t1dnbGpk2b9MpXr14NpVLZ4vYtSalUYvXq1XrlmzZtgrOzsx0iYqyOWc9tVKvVyM/Pt1YsrYqjoyMePnwIALh48SIuXryIyMhIAICnpyfmzZuH8ePHY8iQIejatSsAoH379ia3/8ILL+iVFRQUICkpCcHBwRb4CSwjKSkJBQUFeuWG4mfMpsgMFy5cIAD8avDy9PSkzZs306RJk0TljamtraWwsDCD7aWmpprzsVhNamqqwfjCwsKotrbW6Hbx8fGi+kql0oZR19u6datJnwWTJrNOG9etW2dO9ceGQqHAqlWrcOzYMZO3cXBwwIwZMwyu27JlC27cuGGp8Jrlxo0b2LJli8F1M2bMgIODg40jYkzMrNPG4uJiAICvry9WrlyJqqoqqwTVGjg5OeHIkSM4ePCg1frw9fXFunXr9P4oJCQk4JlnnsHChQvRr18/q/VvTF5eHg4cOGDwDuO6devg6+tr85gYa8is5KXl7u6OadOmWTqWVicvL6/J5BUaGgp/f3+8+OKLiIiIwI4dO0xuv23btpgxY4bBI9rIyEh07NgRgYGB6Nu3r7mhN1t+fj4OHz4sXN9raMaMGWjbtq3N4mHMmGYlr8eFWq0WLXfr1g0zZ86Ev78/Ro0apZdUqqurze7D29sbiYmJmDx5st467dFtUFCQTcZU3bp1C7GxsZDL5QbXJyYmwtvb2+pxMGYKTl6NcHR0xIIFC/D6668bTFaW8sorr+CTTz7BkiVL9NbJ5XLk5+dj8eLFGDFihFX6B4DMzEzs3LkTu3btMrj+k08+wSuvvGK1/hkzFyevRoSFhdmkH2dnZ8hkMqhUKrz77rt663ft2oVdu3YhISEB/v7+cHFxsVjfpaWlOH36NKZMmWK0zqZNmyCTyXhcF2tVeJBqK9GzZ08EBgYiKirKaJ0pU6Zgw4YNyMjIABG1qD8iQkZGBjZs2NBo4oqKikJgYCB69uzZov4YszQ+8mpF+vfvj3nz5sHZ2Rnh4eEG62zZsgVbtmzBokWLMHnyZPj4+Jh1Opufn49Lly4hMTHR6Cmi1vbt2zFjxgz07t3brJ+DMVvg5NXK9O7dG/Pnz0ePHj0QFBRktJ72VBIAgoKC4O/vD09PT7i7u6NLly7o0KEDysrKUFxcjMLCQigUCpw+fRqxsbEmxREbG4sJEyagc+fOFvm5GLM0Tl6tUOfOnTFr1iz0798f0dHRTSac2NhYk5NSU4KCghAaGornn3/eIu0xZi2cvFqx559/Hp6enpg0aRJmzZpl9f7i4uLw8ssvo3v37lbvi7GW4gv2rVz37t0RGBgojHp3c3OzaPtubm44cOAA8vLyEBgYyImLSQYfeUlE3759MXv2bEycOBGXL19Gamoq1qxZ0+z2oqKiMGbMGDzzzDN8XYtJEicviencuTPGjh2LsWPHYtmyZcjLy8Ovv/6K3Nxc3Lp1C9nZ2bh27Rpu3rwJLy8v/OlPf8LgwYPh4eGBgQMHon///ujXr59Fx4oxZg+cvCTMxcUF3t7e/JUd9ljia16MMUni5MUYkyROXowxSeLkxRiTJE5ejDFJ4uTFGJMkTl6MMUni5MUYkyROXowxSeLkxRiTJE5ejD0C1Go1CgsLRU+80pbZk6G4LIW/28iYiVQqFaKiouDq6qq3rqqqChMnToSfn58dIqub3nvw4MFITk7G2LFjAQDx8fEICgpCSUkJOnXqZJe40tPTMW7cOGRnZ2PQoEEWbZuTF2MmKi8vx4cffmh0vbe3t92Sl1b79u2F/zs5OQGAXZ/6pBuPpfFpI2NmioiIABHpvWwx2y2rx0dejJmpqqrKpHoqlQppaWkoKytD9+7dhdM5Y9LS0qBUKtGuXTuMGjUK7u7uRuumpKTg3r17QruOjo6Ntq1Wq3HmzBmUlZVhwIABGDlypMF6+fn5uHr1KsrKytCuXTsMGjQIQ4YMabTtrKws5OTkQKPRoHv37vDx8THpNLWwsBAajQY9evRoMn5DOHkxi2vXjnerHTt2CI+v69evH/Ly8gAAV65c0UsGWVlZGDp0KIC6OdpKS0sB1B3hrV27VlRXpVJh1KhRUCgUovLz588bjeXKlSt49tlnRWUvvfQSkpKSREkjJiYGoaGhejFPmjQJiYmJeu0WFhZiwoQJuHjxIoC6Z4/euXMHAJp8rqj2/Vm5ciU2b97caF1jeC+zopiYGKvcZWnNHB0d8fPPP9s7DLvau3ev8IsZEREBR0dHqNVqBAcHY+jQoaIL6EVFRRg6dCh69uyJ1NRU4aJ2YmIipkyZgkGDBolOR19//XUoFAokJSXhtddeAwAcOXIEo0ePNhrPs88+K7qQv3fvXoSEhGDx4sXYu3evUO+ZZ57Ru7CelpaG0aNHQy6XIyIiQihXq9Xo1asXgLrEqb3Wp1arER8f3+j7Ex4ejh07diA2NrZlp9pkhjFjxhAAkslk5mz22AgNDSUA/GrwUiqVdvk8tm7dKsRgCUqlstGfk4ioqqqKANCwYcP0tteui46OFspWrlxJAOjKlSt69bX7k9aFCxcIAK1cudJo3fPnzwtl8fHxBIC2bt2qV18mk5n82WzevFnvPdy+fTsBoISEhEa3PX/+PAGgvLw8IiIKCAggAJScnNxkv03hIy/GzCSTyTBz5kzh1KiiokJYl56eDgBYvny53naOjo4ICAhAUlIS3nrrLQDAhx9+CBcXF4PXlWbOnIno6GgUFhbC3d0dZ86cAQBMnTpVr+6kSZMQHR1tMN6//OUvemVz587FV199hfPnz2PatGmidSkpKbh9+zaICE5OTnjw4AGAulNW7RHj/v37jbZtyO3bt/Hyyy9DoVBYbNgEJy8LKi8vt3cIzAaGDh2KwMBAg+uKi4sBACEhIQgJCTFYx9fXV7RcWloKBwcHo/1pNBoAQElJCYC6p6o3NHjwYKPb9+nTR69swIABojaBuqQ1btw4YXnYsGFo06aNcA1O18WLF9GtWzeTL7RrT2stOd6Lk5cF7dy5Ezt37rR3GK1Oc+4kSd3mzZsxbtw4VFdX663r0KGDaHnEiBGIiYkxWBcAevToIVo2dB21srLSaCw1NTV6ZWVlZXptjhs3DjKZDPv37xfdLdRefzOnz4YSEhIwZcoU+Pv7IzMzE127djV5W2M4eVnQ4/hLysS0RxVqtdqkAauenp7IzMw0qe7AgQMBGD56uXHjhtHtbt68qde+9m6l9iguIyMDABAZGak3zOGnn37Sa1Mmk+Grr75CUVGRSYloxIgRUCqV6NWrF5566ikolcpGh4KYggepMmZBQ4YMQc+ePSGXy6FSqQzW0T1yevfddwFAdNfPWN1XX30VAAwOLYiMjDQa08cff6xXtn79egB1QyaA+j+8RUVFonoqlcpg2wsWLAAAbN++3Wi/utRqNdzd3YXrZ7169UJ+fr5J2xrDyYsxCzt16hSAugcEHzlyBPn5+cjPz8eJEycwefJk7NixQ0AnIgYAAAJVSURBVKgbHByMMWPGICQkBHK5HFlZWSgsLERGRga2bdsmfMUHqHtq+tq1a3HmzBksXboUOTk5yMnJwdSpUxt96vmvv/6K8PBw5OfnIysrC1OnTkVeXh727NkjJC3toNVx48YhJSUFhYWFOHHiBDp37gyZTKbX5uTJkyGTyRAZGYlVq1YJcaekpDQ6GLdr164oKSlBv3790K9fP2RlZZn35uoy59YkD5VgUmKtoRKbN29usm5eXh7Nnj1bbziFTCYzOCxCO/RA9+Xp6SkaVqGlHbqgfa1du5by8vIIAF24cEGol5CQQACopKSEFixYINpmz549BmMeNmyYqF5CQgIlJycL7ZgSt6+vr7BeO7xDO1RCq6qqil566SXq1q2bwffDFA5ETQyF1TF27FikpqZCJpPh6NGjzc+YjNnAtm3bsGLFCgBNj/i2FrVaLQylMOUrM9pTTWdn50avoWrbbaqeoW2aikMbgzkzUZgatyXxBXvGrMjR0dGsX2ZTE4a57ZqzTXOmz7HHlDt8zYsxJkmcvBhjksTJizEmSZy8GGOSxMmLMSZJnLwYY5LEyYsxJkmcvBhjksTJiz2y2rZta+8QmBU1a4R9TU2N6GsPjzKeYFCadGcAZY+mZiWvY8eOib7tzhhjtmbWaWPD2RcZY8xezDry+utf/2pwPmsm9vTTT9s7BKZDOwc8e7SYNSUOY4y1Fny3kTEmSZy8GGOSxMmLMSZJnLwYY5LEyYsxJkmcvBhjksTJizEmSZy8GGOSxMmLMSZJnLwYY5LEyYsxJkmcvBhjkvT/NoE/VeVO0MgAAAAASUVORK5CYII=","type":"image/png"},
-{"created":"20240619105321821","text":"3D Objects inside a 3D model can be referenced/shown/hidden via URI filters:\n\u003Cbr>\n\n\u003Cimg src=\"https://coderofsalvation.codeberg.page/xrfragment.media/images/filters.gif\" style=\"width:100%\"/>\n\nThis allows high re-usability of 3D modes for remote-, local- and recursive (embedded `src`) usecases:\n\u003Cbr>\u003Cbr>\n\n\u003Cpre>\n\u003Ccode>\n  my.io/scene.usdz                 Embeddable as:\n  +─────────────────────────────+\n  │ sky                         │  src: http://my.io/scene.udsz#sky          (includes building,mainobject,floor)\n  │ +─────────────────────────+ │ \n  │ │ building                │ │  src: http://my.io/scene.udsz#building     (includes mainobject,floor)\n  │ │ +─────────────────────+ │ │\n  │ │ │ mainobject          │ │ │  src: http://my.io/scene.udsz#mainobject   (includes floor)\n  │ │ │ +─────────────────+ │ │ │\n  │ │ │ │ floor           │ │ │ │  src: http://my.io/scene.udsz#floor        (just floor object)\n  │ │ │ │                 │ │ │ │\n  │ │ │ +─────────────────+ │ │ │  href: http://my.io/scene.udsz#-mainobject (hides mainobject when clicked)\n  │ │ +─────────────────────+ │ │\n  │ +─────────────────────────+ │\n  +─────────────────────────────+\n\u003C/code>\n\u003C/pre>\n\nThe [[href]] and [[src]] documentation show various examples, but the full syntax is explained in the spec below.\u003Cbr>\nOn top of that, [[tagged objects]] allow using `tag` metadata to group objects to trigger grouped features\n\n\u003Ch2>What does \"&-interactions*\" do in the demo scene?\u003C/h2>\n\nThe scene-node (3D root) of the [[demo scene|example/assets/index.glb]] indeed contains (startup) [[#]] metadata (`#pos=start&rot=0,40,0&t=0&-interactions*`).\n\u003Cbr>\nIts hiding all 3D objects (and their children) which are tagged with 'interactions'.\u003Cbr>\nFor example: you can see all the menu-items in Blender, but not in the browser.\u003Cbr>\n\n* `&` is just a separator ('AND do the following:')\n* `-` means 'hide'\n* `interactions` selects all objects with name 'interactions' or tag: interactions metadata\n* `*` selects all objects inside those selected objects too (text-objects etc)\n\n> For more on syntax see the spec below\n\n\u003Cbr>\u003Cbr>\n\u003Ciframe src=\"doc/RFC_XR_Fragments.html#xr-fragment-filters\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n\nFragment identifiers are derived from \u003Cb>metadata\u003C/b> inside the loaded 3D Model.\u003Cbr>More specific: \u003Cb>object-\u003C/b>, \u003Cb>material-\u003C/b>, and \u003Cb>camera-\u003C/b>names via a strategy called 'Fragment-to-metadata mapping':\n\n\u003Cbr>\u003Cbr>\n\u003Ciframe src=\"doc/RFC_XR_Fragments.html#fragment-to-metadata-mapping\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n\n","tags":"[[📡 implicit scene features]]","title":"filters","modified":"20241007083525208"},
+{"created":"20240619105321821","text":"3D Objects inside a 3D model can be referenced/shown/hidden via URI filters:\n\u003Cbr>\n\n\u003Cimg src=\"https://coderofsalvation.codeberg.page/xrfragment.media/images/filters.gif\" style=\"width:100%\"/>\n\nThis allows high re-usability of 3D modes for remote-, local- and recursive (embedded `src`) usecases:\n\u003Cbr>\u003Cbr>\n\n\u003Cpre>\n\u003Ccode>\n  my.io/scene.usdz                 Embeddable as:\n  +─────────────────────────────+\n  │ sky                         │  src: http://my.io/scene.udsz#sky          (includes building,mainobject,floor)\n  │ +─────────────────────────+ │ \n  │ │ building                │ │  src: http://my.io/scene.udsz#building     (includes mainobject,floor)\n  │ │ +─────────────────────+ │ │\n  │ │ │ mainobject          │ │ │  src: http://my.io/scene.udsz#mainobject   (includes floor)\n  │ │ │ +─────────────────+ │ │ │\n  │ │ │ │ floor           │ │ │ │  src: http://my.io/scene.udsz#floor        (just floor object)\n  │ │ │ │                 │ │ │ │\n  │ │ │ +─────────────────+ │ │ │  href: http://my.io/scene.udsz#-mainobject (hides mainobject when clicked)\n  │ │ +─────────────────────+ │ │\n  │ +─────────────────────────+ │\n  +─────────────────────────────+\n\u003C/code>\n\u003C/pre>\n\nThe [[href]] and [[src]] documentation show various examples, but the full syntax is explained in the spec below.\u003Cbr>\nOn top of that, [[tagged objects]] allow using `tag` metadata to group objects to trigger grouped features\n\n\u003Ch2>What does \"&-interactions*\" do in the demo scene?\u003C/h2>\n\nThe scene-node (3D root) of the [[demo scene|example/assets/index.glb]] indeed contains (startup) [[#]] metadata (`#pos=start&rot=0,40,0&t=0&-interactions*`).\n\u003Cbr>\nIts hiding all 3D objects (and their children) which are tagged with 'interactions'.\u003Cbr>\nFor example: you can see all the menu-items in Blender, but not in the browser.\u003Cbr>\n\n* `&` is just a separator ('AND do the following:')\n* `-` means 'hide'\n* `interactions` selects all objects with name 'interactions' or tag: interactions metadata\n* `*` selects all objects inside those selected objects too (text-objects etc)\n\n> For more on syntax see the spec below\n\n\u003Cbr>\u003Cbr>\n\u003Ciframe src=\"doc/RFC_XR_Fragments.html#xr-fragment-filters\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n\nFragment identifiers are derived from \u003Cb>metadata\u003C/b> inside the loaded 3D Model.\u003Cbr>More specific: \u003Cb>object-\u003C/b>, \u003Cb>material-\u003C/b>, and \u003Cb>camera-\u003C/b>names via a strategy called 'Fragment-to-metadata mapping':\n\n\u003Cbr>\u003Cbr>\n\u003Ciframe src=\"doc/RFC_XR_Fragments.html#fragment-to-metadata-mapping\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n\n","tags":"[[🧪 experimental]]","title":"filters","modified":"20250902143004749"},
 {"created":"20230808113746326","text":"Just get your hands on a 3D editor (see this [[🖥 Blender ✅🔥]] guide) and follow the steps in the video:\n\u003Cbr>\u003Cbr>\n\u003Cdiv style=\"max-width:600px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/gettingstarted2024.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\n\n\u003Ccenter>\n  \u003Ca class=\"btn\" href=\"https://matrix.to/#/#xrfragments:matrix.org\" target=\"_blank\" style=\"padding:10px 30px\">Join Matrix Community\u003C/a>\n\u003C/center>\n\nHere are various ways to create/test 3D files with XR Fragments:\n\n|  ''scenario'' | ''how'' | ''notes'' |\n| easiest | see the [[🖥 Blender ✅🔥]] workflow using the \u003Ca href=\"/example/aframe/sandbox\" target=\"_blank\">Sandbox\u003C/a> on xrfragment.org | export 3D file (.glb) in \u003Ca href=\"https://blender.org\" target=\"_blank\">Blender\u003C/a>, after adding [[href]], [[src]] and [[tag]] \u003Cb>metadata\u003C/b> as \u003Ca href=\"https://docs.blender.org/manual/en/2.79/data_system/custom_properties.html\" target=\"_blank\">custom properties\u003C/a>, and load exported files into \u003Ca href=\"/example/aframe/sandbox\" target=\"_blank\">the sandbox\u003C/a> (see video above)|\n\n\u003Cbr>\n\n\u003Ch2>Developers\u003C/h2>\n\nFor developers wanting to integrate or build your own 3D hypermedia browser, the easiest is WebXR:\n\n\u003Ca href=\"example/aframe/sandbox\" target=\"_blank\">&raquo; View \u003Cb>index.glb\u003C/b> online\u003C/a> or \u003Ca href=\"index.glb\" target=\"_blank\">download \u003Cb>index.glb\u003C/b> and open\u003C/a> it in  \u003Ca href=\"https://blender.org\" target=\"_blank\">Blender\u003C/a>.\u003Cbr>\n(developers can extend a 3D model viewer here \u003Ca href=\"https://codepen.io/coderofsalvation/pen/yLwedvX\" target=\"_blank\">this codepen\u003C/a>)\n\u003Cbr>\u003Cbr>\n\nBut there are also other approaches, as XR Fragments is not tied to any XR-technology or fileformat:\n\n|  ''scenario'' | ''how'' | ''notes'' |\n| dev #godot | load the \u003Ca href=\"#%F0%9F%A7%B0%20GODOT\">example project\u003C/a> | |\n| dev #threejs #github #modular | fork \u003Ca href=\"https://github.com/coderofsalvation/xrfragment-three-helloworld\">xfragment-three-helloworld\u003C/a> | requires javascript- and \u003Ca href=\"https://threejs.org\" target=\"_blank\">threejs\u003C/a> developer-knowledge |\n| dev #polyglot | use the [[XR Fragment parser|https://github.com/coderofsalvation/xrfragment/tree/main/dist]] | lowlevel approach, more suitable for other scenarios |\n| dev #spec #browser | implement [[the spec|📜 XR fragments]] yourself | the spec is simple: parse URL and iterate over a scene |\n| dev #aframe #github | hosted sandbox by \u003Ca href=\"https://github.com/coderofsalvation/xrfragment-helloworld\" target=\"_blank\">forking xrfragment-helloworld\u003C/a> | Basically #1 but it will be hosted for free at your own github URL |\n| dev #aframe #github #modular | fork \u003Ca href=\"https://github.com/coderofsalvation/xrfragment-aframe-helloworld\">xfragment-aframe-helloworld\u003C/a> | requires javascript- and \u003Ca href=\"https://aframe.io\" target=\"_blank\">aframe.io\u003C/a> developer-knowledge |\n\nNext to that, familiarize yourself with XR Fragments by checking these videos: \n\n1. \u003Ca href=\"https://github.com/coderofsalvation/xrfragment.media\" target=\"_blank\">All videos on github\u003C/a> (tip: star the repo)\u003Cbr>\n2. \u003Ca href=\"https://www.youtube.com/playlist?list=PLctjJGlTmeE64XPSQER2BSbjmqVGaWM4J\" target=\"_blank\">All videos on Youtube\u003C/a> (tip: subscribe or add to 'Watch-later' list)","tags":"Home","title":"Getting started","modified":"20250211170414759","type":"text/vnd.tiddlywiki","list-before":"Philosophy & FAQ"},
 {"created":"20230425160210102","text":"\u003Cshader-doodle>\n  \u003Csd-node name=\"motionblur\" prevbuffer>\n    \u003Csd-node name=\"rotate\">\n      \u003Csd-node name=\"basic_gl\">\n        \u003Cscript type=\"x-shader/x-fragment\">\n          void main() {\n            vec2 st = gl_FragCoord.xy / u_resolution.xy;\n            vec3 color = vec3(st.x, st.y, abs(sin(u_time)));\n\n            gl_FragColor = vec4(color, 1.);\n          }\n        \u003C/script>\n      \u003C/sd-node>\n      \u003Cscript type=\"x-shader/x-fragment\">\n        uniform sampler2D basic_gl;\n\n        const float PI = 3.1415926;\n\n        void main() {\n          vec2 st = gl_FragCoord.xy / u_resolution.xy;\n\n          float angle = 2. * PI * (.5 + .5 * cos(u_time));\n          float scale = .7 + .4 * cos(u_time);\n\n          mat2 rotation = mat2(cos(angle), -sin(angle), sin(angle), cos(angle));\n          vec2 p = (st - vec2(.5)) * rotation / scale + vec2(.5);\n\n          gl_FragColor = p.x \u003C 0. || p.x > 1. || p.y \u003C 0. || p.y > 1.\n          ? vec4(0., 0., 0., 1.)\n          : texture2D(basic_gl, p);\n        }\n      \u003C/script>\n    \u003C/sd-node>\n    \u003Cscript type=\"x-shader/x-fragment\">\n      uniform sampler2D rotate, u_prevbuffer;\n\n      void main () {\n        vec2 st = gl_FragCoord.xy / u_resolution.xy;\n        gl_FragColor = vec4(mix(\n          texture2D(rotate, st),\n          texture2D(u_prevbuffer, st),\n          .8\n        ).rgb, 1.);\n      }\n    \u003C/script>\n  \u003C/sd-node>\n  \u003Cscript type=\"x-shader/x-fragment\">\n    uniform sampler2D motionblur;\n\n    void main() {\n      vec2 st = gl_FragCoord.xy / u_resolution.xy;\n      gl_FragColor = texture2D(motionblur, st);\n    }\n  \u003C/script>\n\u003C/shader-doodle>","tags":"GLSL","title":"GLSL template","modified":"20230425170513931","type":"text/vnd.tiddlywiki"},
-{"created":"20240924135721168","text":"XR Fragments is \u003Cb>not a\u003C/b> fileformat-specific extension, it's a spec for so-called \u003Cb>embedded 'extras' in 3D assets.\u003C/b>\u003Cbr>\nThese are easier to use in any 3D editor (not only blender) than it would be to support new GLTF extensions.\u003Cbr>\nThis is not to say extensions are bad (they are superior in certain cases).\u003Cbr>\n\n> Just like URLs allow fileformat-agnostic navigation, 3D asset 'extras' are fileformat-agnostic too, which together allow for XR Fragments.\n\n# How to deal with overlapping functionality?\n\u003Cbr>\nWell, \u003Cb>extensions take precende, otherwise 'fallback' applies\u003C/b>.\n\u003Cbr>\nBelow is the related section of the spec (full spec here: \u003Ca href=\"doc/RFC_XR_Fragments.html\" target=\"_blank\">HTML\u003C/a>, \u003Ca href=\"doc/RFC_XR_Fragments.txt\" target=\"_blank\">TXT\u003C/a>)\n\n\u003Cbr>\u003Cbr>\n\n\u003Ciframe src=\"doc/RFC_XR_Fragments.html#overlap-with-fileformat-specific-extensions\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n\nFor more info see [How it works](#How%20it%20works)\n","tags":"Reference","title":"glTF extensions","modified":"20240925080534370","type":"text/markdown"},
+{"created":"20240924135721168","text":"XR Fragments is \u003Cb>not a\u003C/b> fileformat-specific extension, it's a spec for \u003Cb>deeplinking\u003C/b> any 3D file.\u003Cbr>\nThe level2 metadata (See reference) is easy to embed in any 3D editor (not only blender) than it would be to support new GLTF extensions.\u003Cbr>\nThis is not to say extensions are bad (they are superior in certain cases).\u003Cbr>\n\n> Just like URLs allow fileformat-agnostic navigation, 3D asset 'extras' are fileformat-agnostic too, which together allow for XR Fragments.\n\n# How to deal with overlapping functionality?\n\u003Cbr>\nWell, \u003Cb>extensions take precende, otherwise 'fallback' applies\u003C/b>.\n\u003Cbr>\nBelow is the related section of the spec (full spec here: \u003Ca href=\"doc/RFC_XR_Fragments.html\" target=\"_blank\">HTML\u003C/a>, \u003Ca href=\"doc/RFC_XR_Fragments.txt\" target=\"_blank\">TXT\u003C/a>)\n\n\u003Cbr>\u003Cbr>\n\n\u003Ciframe src=\"doc/RFC_XR_Fragments.html#overlap-with-fileformat-specific-extensions\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n\nFor more info see [How it works](#How%20it%20works)\n","tags":"Reference","title":"glTF extensions","modified":"20250902134716925","type":"text/markdown"},
 {"created":"20240226111559175","text":"The hashbus sits inbetween HTML's traditional `href` and the toplevel URL.\u003Cbr>\nSay what?\u003Cbr>\n\u003Cbr>\n> Because of historical reasons the `href` bundles interaction (a click) and navigation (replacing the viewport with another resource).\n\nXR Fragments also allows separating these historicially merged actions, by introducing a hashbus:\n\n| href value | updates top-level URL |\n|-|-|\n| `#foo`      | yes |\n|`xrf://#foo` | no |\n\nThis allows much more document interactions, with the following benefits:\n\n* interactions don't clutter URLs for back/forward button navigation\n* many usecases don't require a scripting language anymore (hiding/scrolling via [#uv](#uv) e.g.)\n* use same URI Fragment DSL for navigation and interactions\n* re-use URI Templates across 3D nodes\n* allow 3D nodes publish updates to other 3D nodes (via hashbus)\n\nIn short, a complete **hypermediatic feedback loop** (HFL).\n\n\u003Cbr>\nBelow is the related section of the spec (full spec here: \u003Ca href=\"doc/RFC_XR_Fragments.html\" target=\"_blank\">HTML\u003C/a>, \u003Ca href=\"doc/RFC_XR_Fragments.txt\" target=\"_blank\">TXT\u003C/a>)\n\n\u003Ciframe src=\"doc/RFC_XR_Fragments.html#hypermediatic-feedbackloop-for-xr-browsers\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n\n","tags":"","title":"hashbus","modified":"20240228122229072","type":"text/markdown"},
 {"created":"20250211165942341","text":"\u003C\u003Ctoc-selective-expandable 'Home' sort[weight]>>","tags":"$:/tags/SideBar","title":"Home","modified":"20250211170130825","list-before":"Examples"},
 {"created":"20230428150217784","text":"\u003Cdiv class=\"border\" style=\"padding:15px\">\n  \u003Cb>NOTE:\u003C/b> This is a \u003Cb>technical\u003C/b> page about \u003Ca href=\"doc/RFC_XR_Fragments.html\" target=\"_blank\">the spec\u003C/a>\u003Cbr>You might want to check out \u003Ca href=\"#Getting%20started\">Getting Started\u003C/a> instead.\n\u003C/div>\n\n\u003Cb>Short explanation\u003C/b>: XR Fragments empowers designers to navigate and ship portable interactive 3D files without programming, simply by using URLs:\u003Cbr>\n\u003Col>\n\u003Cli>as \u003Cb>implicit\u003C/b> navigational means for 3D viewers/browser (via the URL bar)\u003C/li>\n\u003Cli>as \u003Cb>explicit\u003C/b> [[metadata extras]] (metadata) in 3D scene-files (or \u003Ca href=\"https://xrfragment.org/doc/RFC_XR_Fragments.html#sidecar-file\" target=\"_blank\">sidecar-file\u003C/a> for nonportable decorative usecases)\u003C/li>\n\u003C/ol>\n\n\u003Cdiv style=\"text-align:center\">\n\u003Cb style=\"font-size:11px\">~10min podcast deepdive\u003C/b>\u003Cbr>\n\u003Caudio controls>\n  \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/podcast-xrfragments-spec-xrwg.mp3\" type=\"audio/mpeg\" />\n\u003C/audio>\n\u003C/div>\n\u003Cbr>\nBoth URL-[[notation|🔗 URL]] and [[metadata extras]] are described \u003Ca href=\"doc/RFC_XR_Fragments.html\" target=\"_blank\">the spec\u003C/a>, but see the menubar for more practical documentation.\n\u003Cbr>\nThis URL/extras combi promotes ''Open Spatial Internet Features'' across ''existing'' authoring/viewing-software.\u003Cbr>\n\u003Cbr>It also allows fallback-features for 3D assets (FBX e.g.) which don't support certain (glTF e.g.) extensions.\n\u003Cbr>\u003Cbr>\n\u003Ccenter>\n  \u003Ca class=\"btn\" href=\"https://matrix.to/#/#xrfragments:matrix.org\" target=\"_blank\" style=\"padding:10px 30px\">Join Matrix Community\u003C/a>\n\u003C/center>\n\u003Cbr>\n\n[img[xrfragment.jpg]]\n\n!! How are URLs embedded in 3D assets?\n\nXR Fragments is \u003Cb>not a\u003C/b> fileformat-specific extension, it's a spec for so-called \u003Cb>embedded 'extras' in 3D assets.\u003C/b>\u003Cbr>\nThese are easier to use in any 3D editor (not only blender) than it would be to support new fileformat-specific (glTF e.g.) extensions.\u003Cbr>\nThis is not to say extensions are bad (they are superior in certain cases, and can be side-by-side, see [[glTF extensions]] ).\u003Cbr>\n\n> Just like URLs allow fileformat-agnostic navigation, 3D asset 'extras' are fileformat-agnostic too. These lowest common denominators for interop, are the focus for XR Fragments.\n\nSo the outside world (browsers) can use URLs to reference content inside 3D assets, and 3D assets themselves can also embed 'extras' with URL-references to other objects (interaction/navigation).\n\n!! How can XR Browsers surf these worlds?\n\nUsing an \u003Cb>URL-bar\u003C/b> in your browser, app or OS.\u003Cbr>\nWhich points to an 3D scene or file ([[glTF|https://en.wikipedia.org/wiki/GlTF]], [[USDZ|https://en.wikipedia.org/wiki/Universal_Scene_Description]], [[OBJ|https://en.wikipedia.org/wiki/Wavefront_.obj_file]], [[COLLADA|https://en.wikipedia.org/wiki/COLLADA]], [[FBX|https://en.wikipedia.org/wiki/FBX]] e.g.):\n\u003Cbr>\u003Cbr>\u003Cbr>\n\u003Cdiv class=\"border padding\">\n\t\u003Cspan class=\"big\">:&#47;&#47;\u003C/span>\n\t\u003Cspan class=\"big hi2\">foo/world.gltf\u003C/span>\n\t\u003Cspan class=\"big hi1\">#cube\u003C/span>\n\t\u003Cspan class=\"big hi3\">&\u003C/span>\n\t\u003Cspan class=\"big hi1\">pos\u003C/span>\n\t\u003Cspan class=\"big hi3\">=\u003C/span>\n\t\u003Cspan class=\"big hi1\">otherroom\u003C/span>\n\u003C/div>\n\u003Cbr>\n\n> This basically instructs the browser: show (if hidden) object named 'cube' and teleport (move the camera) to object named 'otherroom'. \n\n!! OK..so extra metadata is needed first?\n\nNo, \u003Cb>explicit\u003C/b> [[metadata extras]] are optional, as [[#pos]] [[#rot]] [[🎞 Media Fragments]] and [[🖇 auto-generated fragments]] work regardless of it (they use implicit metadata based on the scene).\n\u003Cbr>\u003Cb>URL addressibility\u003C/b> for objects inside your 3D file is generated ''automatically'' for you (this is very important to understand).\u003Cbr>\n\n!! How can I add more features to existing 3D assets/scenes?\n\nBy manually adding \u003Cb>metadata\u003C/b> inside 3D objects/asset/scene, which give scenes HTML-like powers:\n\n* [[href]] links to other assets/scenes + interactions (via \u003Ca href=\"#hashbus\">hashbus links\u003C/a>)\n* [[src]] the 3D version of the \u003Ca target=\"_blank\" href=\"https://www.w3.org/html/wiki/Elements/iframe\">iframe\u003C/a>\n* [[tag]] objects (to later toggle on/off, [[filters]] etc using [[href]]-values or [[predefined_view]]s)\n\n> There's two ways to add this metadata:\n\n* 3D editors: [[Blender|https://blender.org]], [[3DS Max|https://en.wikipedia.org/wiki/Autodesk_3ds_Max]], Maya etc (see \u003Ca target=\"_blank\" href=\"https://docs.blender.org/manual/en/2.79/data_system/custom_properties.html\">custom properties\u003C/a>). \n* Programmatically: frameworks like \u003Ca href=\"https://threejs.org\" target=\"_blank\">THREE.js\u003C/a> (`obj.userData`), \u003Ca href=\"https://godotengine.org\" target=\"_blank\">Godot\u003C/a>, Unity, Unreal etc.\n\n> \u003Cb>NOTE\u003C/b>: the [[AFRAME/THREE libraries|https://github.com/coderofsalvation/xrfragment/tree/main/dist]] automatically recognize and apply this metadata for you.\n\n!! Features\n\nHow do 3D viewers extract interactions from 3D models & scenes?\u003Cbr>\nBy extracting metadata from them, and controlling them using URLs:\n\n| ''feature''  | ''feature detection''   | ''URL-controllable'' |\n| [[buttons|create a button]] | any objects with [[href]] custom property | ✅ |\n| [[embed / instance local object|src]] | any objects with [[src]] custom property | ✅  |\n| [[embed / instance remote file (hypermedia: audio/video/image e.g.)|src]] | any objects with [[src]] custom property | ✅ |\n| [[navigation/teleporting|href]] | any objects with [[href]] custom property | ✅ |\n| [[referencing/selecting an object|🖇 auto-generated fragments]] | any objectname (`#myobject` e.g.)    | ✅ |\n| [[referencing of objectgroups|tag]] | any object with [[tag]] custom property (`#myobjects` e.g.) | ✅ |\n| [[referencing children of object(groups)|🖇 auto-generated fragments]] | use `*` wildcards to select the children of objectname/tags  | ✅ |\n| [[toggle/filter object(groups) [+children]|🖇 auto-generated fragments]] | any object with [[href]] containing [[filters]]s | ✅ |\n| [[selecting active camera|🖇 auto-generated fragments]] | any object with [[href]] containing `#name_of_yourcamera` | ✅ |\n| [[assign different texture to object|src]] | any object with texture and [[src]] custom property | |\n| [[assign different material to object|🖇 auto-generated fragments]] | use `objectname_or_tag*=materialname` to assign a different material (`*` includes childen) | ✅ |\n| control animations of 3D scene (or embedded media) |  [[🎞 W3C Media Fragments]] can be used (in conjunction with [[URI Templates|Reactivity / URI Templating]])  | ✅ |\n| pointing at object(group) | any object with [[href]] custom property containing objectname or tag (`#cube` or `#cubes` e.g.) | ✅ |\n| [[positioning the user/camera]] | any object with [[href]] custom property containing [[#pos]] and [[rot]]] | ✅ |\n| [[floor/walking|collidable / walkable objects]] | any objects without material & custom properties |   |\n| [[AR/XR lens|non-euclidian portals & lenses]] | any flat objects without material but with [[src]] property | ✅ |\n| background/fog color | color-value of (a) light-node in the root of the scene |\n| [[spatial audio|src]] | any object with [[src]] custom property with audiofile (.ogg, .mp3, .wav e.g.) | ✅ |\n| [[nonspatial audio|src]] | any object with [[src]] custom property with audiofile (.ogg, .mp3, .wav e.g.) and position `0,0,0` | ✅ |\n| fog distance | activated when camera Z scale-value (>1.0) |  |\n| [[presets|🖇 auto-generated fragments]] | any custom property (`#mypreset`:`#pos=0,1,2`) which is used in a [[href]] (`#href`:`#mypreset`)|\n| [[default preset|#]] | any scene/object containing an `#` custom property (`#`:`pos=0,1,2`) | ✅ |\n\nNOTE: [[href]] and [[src]] values ''are statically defined inside'' the 3D file/scene, which prevents endusers from tampering with the scene.\n\n> Realize the universality, interoperability & future prospects of 3D scenes which offer this degree of URL control- and reference-ability out of the box ❤\n\nGame/World-developers: In digital realms where XR Fragments reside, XR's essence shall forever abide.\n(Transcending the boundaries of old game-engine tech)\n\n\u003Cbr>\n\u003Cdiv style=\"max-width:600px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/sharing.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\n\u003Cbr>\nBelow is the related section of the spec (full spec here: \u003Ca href=\"doc/RFC_XR_Fragments.html\" target=\"_blank\">HTML\u003C/a>, \u003Ca href=\"doc/RFC_XR_Fragments.txt\" target=\"_blank\">TXT\u003C/a>)\n\n\u003Ciframe src=\"doc/RFC_XR_Fragments.html#spatial-referencing-3d\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n\n\n\n> the above paradigm allows spatial ''teleportation'', but also ''sourceportation'' (teleporting to the (author) world of which an embedded `src` object belongs). \u003Cbr>\u003Cb>NOTE\u003C/b>: the [[AFRAME/THREE libraries|https://github.com/coderofsalvation/xrfragment/tree/main/dist]] do this for you out of the box.\n\n\n!!!! HTML agnostic hypermedia navigation\n\nHere's an ascii representation of a 3D scene-graph which contains 3D objects `◻` and their metadata:\n\n```\n\n\n  +────────────────────────────────────────────────────────+ \n  │                                                        │\n  │  index.gltf                                            │\n  │    │                                                   │\n  │    ├── ◻ buttonA                                       │\n  │    │      └ href: #pos=1,0,1&t=100,200                 │\n  │    │                                                   │\n  │    └── ◻ buttonB                                       │\n  │           └ href: other.fbx                            │   \u003C── file─agnostic (can be .gltf .obj etc)\n  │                                                        │\n  +────────────────────────────────────────────────────────+\n\n\n```\n\nAn XR Fragment-compatible browser viewing this scene, allows the end-user to interact with the `buttonA` and `buttonB`.\u003Cbr>\nIn case of `buttonA` the end-user will be teleported to another location and time in the **current loaded scene**, but `buttonB` will **replace the current scene** with a new one, like `other.fbx`, and assume `pos=0,0,0`.\n\n!!!! Embedding 3D content \n\nHere's an ascii representation of a 3D scene-graph with 3D objects `◻` which embeds remote & local 3D objects `◻` with/out using queries:\n\n```\n\n\n  +────────────────────────────────────────────────────────+  +─────────────────────────+ \n  │                                                        │  │                         │\n  │  index.gltf                                            │  │ ocean.com/aquarium.fbx  │\n  │    │                                                   │  │   │                     │\n  │    ├── ◻ canvas                                        │  │   └── ◻ fishbowl        │\n  │    │      └ src: painting.png                          │  │         ├─ ◻ bass       │\n  │    │                                                   │  │         └─ ◻ tuna       │\n  │    ├── ◻ aquariumcube                                  │  │                         │       \n  │    │      └ src: ://rescue.com/fish.gltf#bass%20tuna   │  +─────────────────────────+\n  │    │                                                   │    \n  │    ├── ◻ bedroom                                       │   \n  │    │      └ src: #canvas                               │\n  │    │                                                   │   \n  │    └── ◻ livingroom                                    │      \n  │           └ src: #canvas                               │\n  │                                                        │\n  +────────────────────────────────────────────────────────+\n\t\n\t\n```\n\nAn XR Fragment-compatible browser viewing this scene, lazy-loads and projects `painting.png` onto the (plane) object called `canvas` (which is copy-instanced in the bed and livingroom).\u003Cbr>\nAlso, after lazy-loading `ocean.com/aquarium.gltf`, only the queried objects `bass` and `tuna` will be instanced inside `aquariumcube`.\u003Cbr>\nResizing will be happen accordingly to its placeholder object `aquariumcube`, see chapter Scaling.\u003Cbr>\n\n> Instead of cherrypicking objects with `#bass&tuna` thru `src`, queries can be used to import the whole scene (and filter out certain objects). See next chapter below.\n\nsee [[Getting started]] to get going!","title":"How it works","modified":"20250211170212280","type":"text/vnd.tiddlywiki","tags":"Home"},
-{"created":"20230522115709081","text":"| fragment | type |  example value |\n|`href`| string (uri or predefined view) | `#pos=1,1,0`\u003Cbr>`#pos=1,1,0&rot=90,0,0`\u003Cbr>`#pos=pyramid`\u003Cbr>`#pos=lastvisit`\u003Cbr>`xrf://#-someobject`\u003Cbr>`://somefile.gltf#pos=1,1,0`\u003Cbr> |\n\nhref metadata ('extras') in a 3D object, hint the viewer that the user can interact with that object :\n\n| sepc | feature |\n|-|-|\n| level1 | replace the current scene with a new 3D file (`href: other.glb` e.g.) |\n| level1 | teleport the user to another location within the current scene (`href: #pos=roomC` e.g.) |\n| level1 | highlight an object within a scene (`href: #someObjectName` e.g.) |\n| level2 | do a level1 feature without changing the URLbar location (`href: xrf://#someObjectName` e.g.) |\n| level2 | change a material of an object |\n| level2 | start or specify an animation of the scene or object (`href: #t=0`, `href: #car=drive` e.g.) |\n\n\n> NOTE: hashbus links (`xrf://#foo&bar`) don't change the toplevel URL, which makes it ideal for interactions (in contrast to typical `pos=` navigation, which benefit back/forward browser-buttons), see \u003Ca href=\"#hashbus\">hashbus\u003C/a> for more info.\n\n[[» example implementation|https://github.com/coderofsalvation/xrfragment/blob/main/src/3rd/js/three/xrf/href.js]]\u003Cbr>\n[[» example 3D asset|https://github.com/coderofsalvation/xrfragment/blob/main/example/assets/href.gltf#L192]]\u003Cbr>\n[[» discussion|https://github.com/coderofsalvation/xrfragment/issues/1]]\u003Cbr>\n\n[img[xrfragment.jpg]]\n\n\n!Spec\n\nBelow is the related section of the spec (full spec here: \u003Ca href=\"doc/RFC_XR_Fragments.html\" target=\"_blank\">HTML\u003C/a>, \u003Ca href=\"doc/RFC_XR_Fragments.txt\" target=\"_blank\">TXT\u003C/a>)\n\n\u003Ciframe src=\"doc/RFC_XR_Fragments.html#navigating-content-href-portals\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n\n> solutions in the spec were abducted from [[this|https://i.imgur.com/E3En0gJ.png]] and [[this|https://i.imgur.com/lpnTz3A.png]] survey result\n\n!!!Demo\n\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n  \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/href.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\n> capture of \u003Ca href=\"./example/aframe/sandbox\" target=\"_blank\">aframe/sandbox\u003C/a>\n\n","tags":"[[📜 level2: metadata extras]] level1","title":"href","modified":"20241007085507404","type":"text/vnd.tiddlywiki"},
+{"created":"20250902141401836","text":"\u003C\u003Ctoc-selective-expandable 'howto' sort[title]>>","tags":"$:/tags/SideBar","title":"Howto","modified":"20250902141443289","list-before":"$:/core/ui/SideBar/Open"},
+{"created":"20230522115709081","text":"| fragment | type |  example value |\n|`href`| string (uri or predefined view) | `#pyramid`\u003Cbr>`#lastvisit`\u003Cbr>`xrf://#-someobject`\u003Cbr>`://somefile.gltf#foo`\u003Cbr> |\n\nhref metadata ('extras') in a 3D object, hint the viewer that the user can interact with that object :\n\n| sepc | feature |\n|-|-|\n| level1 | replace the current scene with a new 3D file (`href: other.glb` e.g.) |\n| level1 | teleport the user to another location within the current scene (`href: #roomC` e.g.) |\n| level1 | highlight an object within a scene (`href: #someObjectName` e.g.) |\n| level2 | do a level1 feature without changing the URLbar location (`href: xrf://#someObjectName` e.g.) |\n| level2 | change a material of an object |\n| level2 | start or specify an animation of the scene or object (`href: #t=0`, `href: #car=drive` e.g.) |\n\n\n> NOTE: hashbus links (`xrf://#foo&bar`) don't change the toplevel URL, which makes it ideal for interactions (in contrast to typical `#roomC` navigation, which benefit back/forward browser-buttons), see \u003Ca href=\"#hashbus\">hashbus\u003C/a> for more info.\n\n[[» example implementation|https://github.com/coderofsalvation/xrfragment/blob/main/src/3rd/js/three/xrf/href.js]]\u003Cbr>\n[[» example 3D asset|https://github.com/coderofsalvation/xrfragment/blob/main/example/assets/href.gltf#L192]]\u003Cbr>\n[[» discussion|https://github.com/coderofsalvation/xrfragment/issues/1]]\u003Cbr>\n\n[img[xrfragment.jpg]]\n\n\n!Spec\n\nBelow is the related section of the spec (full spec here: \u003Ca href=\"doc/RFC_XR_Fragments.html\" target=\"_blank\">HTML\u003C/a>, \u003Ca href=\"doc/RFC_XR_Fragments.txt\" target=\"_blank\">TXT\u003C/a>)\n\n\u003Ciframe src=\"doc/RFC_XR_Fragments.html#navigating-content-href-portals\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n\n> solutions in the spec were abducted from [[this|https://i.imgur.com/E3En0gJ.png]] and [[this|https://i.imgur.com/lpnTz3A.png]] survey result\n\n!!!Demo\n\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n  \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/href.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\n> capture of \u003Ca href=\"./example/aframe/sandbox\" target=\"_blank\">aframe/sandbox\u003C/a>\n\n","tags":"[[📜 level2: explicit links]] level2","title":"href","modified":"20250902141800539","type":"text/vnd.tiddlywiki"},
 {"created":"20230706161915394","text":"> Let's look at the browser thru the lens of XR, and not the other way around (it's a trap).\n\n* a \u003Cb>2D hyperlink\u003C/b> navigates/replaces the current document (or opens a tab)\n* a \u003Cb>hyperpreview\u003C/b> simply links/shows/summarizes an 2D/3D object/document/image\n\nA \u003Cb>hyperpreview\u003C/b> promotes \u003Cb>approximated summaries\u003C/b> of text documents, instead of fully supporting/rendering them.\u003Cbr>\nThat way, opening the content (spatially) will be offloaded to (other applications) on the client or operating system.\u003Cbr>\nThis is in contrast with traditional 2D (space-restricted) way of opening hyperlinks in new tabs (or replacing the current document).\n\n\n> Basically: the moment you want to implement HTML iframes into your spatial experience, you're looking at XR thru the lens of 2D (a common trap). The higher-dimensional recursive nature of XR Fragments \u003Cb>already allows\u003C/b> recursive (spatial i)frames.\n\n## Spec 0.5\n\n1. mimetype `text/html` instanced by [src](#src) should should be \u003Cb>hyperpreviewable\u003C/b> (a non-interactive 2D image-texture).\n\n2. When interacting with a \u003Cb>hyperpreview\u003C/b>, the XR Fragment host/client should offer copy/share of the adress (to clipboard and optionally other applications which can handle the mimetype).\n\n3. \u003Cb>hyperpreviews\u003C/b> should not aim for achieving 100% render-compatibility of all mimetypes. The goal is \u003Cb>addressbility\u003C/b> and \u003Cb>approximated summarization\u003C/b>, not embedding javascript-supported browser-iframes.\n\n4. Designers can solve unsupported mimetypes by using `src` for an image-thumbnail and `href` for the content (which should be offloaded to the (applications on) the operatingsystem)\n\nmimetype behaviour when user interacts with `src`:\n\n| mimetype | render | hyperpreview | action   | update URL fragment | clipboard contents after clicking |\n|-|-|-|-|-|-|\n|\u003Cb>unknown mimetypes\u003C/b>| no | \n|text/html| no | yes |\u003Cb>summarize\u003C/b> HTML-text (first paragraph hinted by a fragment identifier e.g.) using crude html-to-image | name of object (`#website`) |\n|\u003Cb>3d objects\u003C/b>\u003Cbr>model/gltf+json\u003Cbr>model/glb\u003Cbr>model/obj\u003Cbr>..and so on | yes | no | highlight \u003Cbr>(draw boundingbox e.g.) | name of object (`#cube` e.g.) | `src`-value + linebreak + url with fragment: `http://other.com/other.gltf`\u003Cbr>`https://foo.com/#cube`\u003Cbr>Sharing such 'trail' (with the clipboardmanager) promotes backwards-reasoning (`other.gltf` is a cube in `scene.gltf` e.g.)\n|\u003Cb>images\u003C/b>\u003Cbr>image/png\u003Cbr>image/jpg\u003Cbr>image/gif\u003Cbr>..and so on | yes | no | highlight \u003Cbr>(draw border/boundingbox e.g.) | name of object (`#poster` e.g.) | object url with fragment (`https://foo.com/#cube` e.g.)\n\n\u003Chr>\n\n\u003Cb>Example\u003C/b>: embed an HTML document into your scene\n\n* create a plane with custom property [src](#src) and value `https://mysite.com/foo.html#summary` or `https://mysite.com/foo.html#chapter1`. \n* add custom property [\nso that the XR Fragment client can easily render a html-to-image conversion to a texture.\u003Cbr>\nThis is perfect for simple text.\u003Cbr>\nCRUD/scripting/animations don't belong in \u003Cb>hyperpreviews\u003C/b> and can partially be re-used in the 3D assets (using [src](#src) or fbx/gltf animations).\u003Cbr>\n\n\u003Chr>\n\n\u003Cb>Q\u003C/b>: How can I embed text from a textfile on a server?\n\n\u003Cb>A\u003C/b>: create an [src](#src) with value `https://mysite.com/foo.txt` so that the XR Fragment client can easily render a html-to-image conversion to a (non)scrolling texture.\u003Cbr>\n\n\u003Cbr>\n\n## Why are hyperpreviews so limited?\n\nBecause \u003Cb>hyperpreviews\u003C/b> separate the following concerns of hyperlinks: navigation, addressibility, interaction and rendering.\n\u003Cbr>\nIn \u003Cb>2D hyperlinks\u003C/b> we click links, which \u003Cb>navigates us to\u003C/b> AND \u003Cb>renders\u003C/b> the destination.\n\u003Cbr>\n\u003Cbr>\nIn Spatial Experiences endusers are better off \u003Cb>hyperpreviewing\u003C/b> hyperlinks, which optionally can (due to their \u003Cb>addressibility\u003C/b> be opened in another application or device).\u003Cbr>\n\u003Cbr>\n> The aim/goal of forcing a user to interact with all mimetypes spatially is not realistic.\n\nIf we would indulge on the latter, we're opening a can of worms regarding:\n\n* security (malicious actors thrive when going beyond read-only previews or `HTTP GET`)\n* the spatial browser becomes **mimetype-rendering-silos** (ballooning in size & support)\n* rendering speed / framedropping","tags":"","title":"hyperpreview vs 2D hyperlinks","modified":"20230707090417999","type":"text/markdown"},
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","type":"image/png"},
-{"created":"20240229160427482","text":"This can be done using ''Descriptive metadata'' and ARIA descriptions (see [[🧩 Object metadata]])\n\n! Demo\n\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n  \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/descriptive-metadata-implodes-3D-to-text.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>","tags":"[[📡 implicit scene features]]","title":"Imploding 3D scene to Text","modified":"20241007083525209","type":"text/vnd.tiddlywiki"},
+{"created":"20240229160427482","text":"This can be done using ''Descriptive metadata'' and ARIA descriptions (see [[🧩 Object metadata]])\n\n! Demo\n\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n  \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/descriptive-metadata-implodes-3D-to-text.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>","tags":"[[🧪 experimental]]","title":"Imploding 3D scene to Text","modified":"20250902143004752","type":"text/vnd.tiddlywiki"},
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","type":"image/png"},
 {"created":"20230817073753245","text":"\n\nupdates the position of queried object(s)) relative to its original position\n\n| fragment | type | access       | functionality |\n| \u003Cb>#mov\u003C/b>=0,0,0 | [[vector3|vector]] |🔓 🎲 💥 🔗| translate position |\n\n[[» example implementation|https://github.com/coderofsalvation/xrfragment/blob/main/src/3rd/js/three/xrf/mov.js]]\u003Cbr>\n[[» discussion|https://github.com/coderofsalvation/xrfragment/issues/9]]\u003Cbr>\n\n\n!!!spec\n\n> version 0.2\n\n1. translate the object(s) by adding the vector on top of its current position\n\n!!!Demo\n\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n  \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/interactivity.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\n> example of interactions using mov\n\n","tags":"","title":"mov","modified":"20230817075908855","type":"text/vnd.tiddlywiki"},
-{"created":"20240130112528793","text":"XR Fragment-capable clients promotes \u003Cb>network-agnostic-or-a-la-carte\u003C/b> philosophy. Therefore, networking can be hinted using the [[href]] metadata.\n\nThis \u003Ca href=\"example/aframe/sandbox\" target=\"_blank\">\u003Cb>demoviewer\u003C/b>\u003C/a> basically detects `href` metadata with values:\n\n`matrix://r/myroom:matrix.org`\u003Cbr>\n`trystero://r/myroom:bittorent`\u003Cbr>\n`\u003Csomeprotocol>://\u003Cresource>`\u003Cbr>\n\n\u003Cbr>\n\u003Cdiv style=\"max-width:600px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/multiparty-matrix.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\nIn the demoviewer, just click the 'meeting link' or '[matrix]' button to see that it triggers a connection popup.\u003Cbr>\nAn important detail is that the user can always decide what (not) to connect (webcam/chat/scene events/avatar) e.g.\n\n> Important to notice: there's no compelling reason for why a networked experienced should go all-in (with avatars & scene-sync), just as there's no reason for websites to show all the mousecursors of all active visitors.\n\nTechnically, any XR Fragment-compatible client can support as much protocols as they want (natively, thru extensions, or using a viewer scriptinglanguage).\u003Cbr>\nThis is why XR Fragments is ready for future networks too.","tags":"[[📡 implicit scene features]]","title":"multiparty networking","modified":"20241007083525209"},
+{"created":"20240130112528793","text":"XR Fragment-capable clients promotes \u003Cb>network-agnostic-or-a-la-carte\u003C/b> philosophy. Therefore, networking can be hinted using the [[href]] metadata.\n\nThis \u003Ca href=\"example/aframe/sandbox\" target=\"_blank\">\u003Cb>demoviewer\u003C/b>\u003C/a> basically detects `href` metadata with values:\n\n`matrix://r/myroom:matrix.org`\u003Cbr>\n`trystero://r/myroom:bittorent`\u003Cbr>\n`\u003Csomeprotocol>://\u003Cresource>`\u003Cbr>\n\n\u003Cbr>\n\u003Cdiv style=\"max-width:600px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/multiparty-matrix.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\nIn the demoviewer, just click the 'meeting link' or '[matrix]' button to see that it triggers a connection popup.\u003Cbr>\nAn important detail is that the user can always decide what (not) to connect (webcam/chat/scene events/avatar) e.g.\n\n> Important to notice: there's no compelling reason for why a networked experienced should go all-in (with avatars & scene-sync), just as there's no reason for websites to show all the mousecursors of all active visitors.\n\nTechnically, any XR Fragment-compatible client can support as much protocols as they want (natively, thru extensions, or using a viewer scriptinglanguage).\u003Cbr>\nThis is why XR Fragments is ready for future networks too.","tags":"[[🧪 experimental]]","title":"multiparty networking","modified":"20250902143004752"},
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","type":"image/png"},
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","type":"image/png"},
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","type":"image/png"},
-{"created":"20231128145723311","text":"> NOTE: the following is adviced but also non-mandatory for clients: offering buttons (with `href` or filters) next to portals/lenses makes things accessible for euclidian-only clients.\n\nA mesh ''without a material'' with an `src` value (referencing an object or URL reference) will turn into:\n\n1. ''Portals'': will render a referenced object (outside) of the portal \u003Cb>ALSO\u003C/b> inside of the object (portal)\u003Cbr>\n\u003Cbr>\n2. ''Lenses'': will render referenced \u003Cb>children\u003C/b> object \u003Cb>ONLY\u003C/b> inside of the parent object (the lens).\n\n> NOTE: the origin of the flat object, will correlate to `0,0,0` or the origin of the referenced object (the origin of object `bar` in case of `src: foo.usdz#bar` e.g.). So you can be creative with the origin of the portal/lens object, to reposition the referenced object. \n\nYou can see this demonstrated in \u003Ca href=\"/example/assets/index.glb\" target=\"_blank\">index.glb\u003C/a> or the demo-video & viewer below:\n\n\u003Cbr>\n\u003Cdiv style=\"max-width:600px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/portals-and-lenses.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\n! Portals\n\nWill render objects outside of the portal \u003Cb>ALSO\u003C/b> inside of the portal\n\n\u003Cimg style=\"width:100%;border-radius:5px;box-shadow:none;padding:20px\" class=\"border\" src=\"https://coderofsalvation.codeberg.page/xrfragment.media/images/portal.jpg\"/>\n\nExample scene hierarchy:\n\n```\n\n\n  my.io/scene.usdz\n  +─────────────────────────────+\n  │ world1                      │  \n  │ +─────────────────────────+ │ \n  │ │ myportal                +-------+ src: #world2  \n  | |                         | |     + href: #pos=world2\n  │ +─────────────────────────+ │\n  │ world2                      │  \n  │ +─────────────────────────+ │ \n  │ │ cube                    │ │  \n  │ +─────────────────────────+ │\t\n  +─────────────────────────────+\n\n\n```\n\n! Lenses\n\nWill render objects inside of the portal (children) \u003Cb>ONLY\u003C/b> inside of the portal.\n\n\u003Cimg style=\"width:100%;border-radius:5px;box-shadow:none;padding:20px\" class=\"border\" src=\"https://coderofsalvation.codeberg.page/xrfragment.media/images/xrlens.png\"/>\n\nExample scene hierarchy:\n\n```\n\n\n  my.io/scene.usdz\n  +─────────────────────────────+\n  │ world1                      │  \n  │ +─────────────────────────+ │ \n  │ │ myportal                +-------+ src: #someinfo\n  | | +──────────+            | |     \n  | | | someinfo |            | |\n  | | +──────────+            | |\n  │ +─────────────────────────+ │\n  │ world2                      │  \n  │ +─────────────────────────+ │ \n  │ │ cube                    │ │  \n  │ +─────────────────────────+ │\t\n  +─────────────────────────────+\n\n\n```\n\n!Demo viewer\n\nPress the 'Teleport down there'-button (in the lens) and witness the portals afterwards yourself:\n\n\u003Ciframe class=\"border\" src=\"./example/aframe/sandbox/?index.glb\" frameborder=\"0\" style=\"width:100%;max-width:1000px; height:70%; min-height:500px;\"/>","tags":"[[📡 implicit scene features]]","title":"non-euclidian portals & lenses","modified":"20241007083525210"},
+{"created":"20231128145723311","text":"> NOTE: the following is adviced but also non-mandatory for clients: offering buttons (with `href` or filters) next to portals/lenses makes things accessible for euclidian-only clients.\n\nA mesh ''without a material'' with an `src` value (referencing an object or URL reference) will turn into:\n\n1. ''Portals'': will render a referenced object (outside) of the portal \u003Cb>ALSO\u003C/b> inside of the object (portal)\u003Cbr>\n\u003Cbr>\n2. ''Lenses'': will render referenced \u003Cb>children\u003C/b> object \u003Cb>ONLY\u003C/b> inside of the parent object (the lens).\n\n> NOTE: the origin of the flat object, will correlate to `0,0,0` or the origin of the referenced object (the origin of object `bar` in case of `src: foo.usdz#bar` e.g.). So you can be creative with the origin of the portal/lens object, to reposition the referenced object. \n\nYou can see this demonstrated in \u003Ca href=\"/example/assets/index.glb\" target=\"_blank\">index.glb\u003C/a> or the demo-video & viewer below:\n\n\u003Cbr>\n\u003Cdiv style=\"max-width:600px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/portals-and-lenses.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\n! Portals\n\nWill render objects outside of the portal \u003Cb>ALSO\u003C/b> inside of the portal\n\n\u003Cimg style=\"width:100%;border-radius:5px;box-shadow:none;padding:20px\" class=\"border\" src=\"https://coderofsalvation.codeberg.page/xrfragment.media/images/portal.jpg\"/>\n\nExample scene hierarchy:\n\n```\n\n\n  my.io/scene.usdz\n  +─────────────────────────────+\n  │ world1                      │  \n  │ +─────────────────────────+ │ \n  │ │ myportal                +-------+ src: #world2  \n  | |                         | |     + href: #pos=world2\n  │ +─────────────────────────+ │\n  │ world2                      │  \n  │ +─────────────────────────+ │ \n  │ │ cube                    │ │  \n  │ +─────────────────────────+ │\t\n  +─────────────────────────────+\n\n\n```\n\n! Lenses\n\nWill render objects inside of the portal (children) \u003Cb>ONLY\u003C/b> inside of the portal.\n\n\u003Cimg style=\"width:100%;border-radius:5px;box-shadow:none;padding:20px\" class=\"border\" src=\"https://coderofsalvation.codeberg.page/xrfragment.media/images/xrlens.png\"/>\n\nExample scene hierarchy:\n\n```\n\n\n  my.io/scene.usdz\n  +─────────────────────────────+\n  │ world1                      │  \n  │ +─────────────────────────+ │ \n  │ │ myportal                +-------+ src: #someinfo\n  | | +──────────+            | |     \n  | | | someinfo |            | |\n  | | +──────────+            | |\n  │ +─────────────────────────+ │\n  │ world2                      │  \n  │ +─────────────────────────+ │ \n  │ │ cube                    │ │  \n  │ +─────────────────────────+ │\t\n  +─────────────────────────────+\n\n\n```\n\n!Demo viewer\n\nPress the 'Teleport down there'-button (in the lens) and witness the portals afterwards yourself:\n\n\u003Ciframe class=\"border\" src=\"./example/aframe/sandbox/?index.glb\" frameborder=\"0\" style=\"width:100%;max-width:1000px; height:70%; min-height:500px;\"/>","tags":"[[🧪 experimental]]","title":"non-euclidian portals & lenses","modified":"20250902143004753"},
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","type":"image/jpeg"},
 {"created":"20230508143700790","text":"> \"Future 3D file formats commoditize yesterdays 3D engines\" ~ Leon van Kammen\n\nSit back and watch this ''#convergence-not-metaverse'' appstore-agnostic-but-symbiotic philosophy below:\u003Cbr>\u003Cbr>\u003Cbr>\n\n\u003Cdiv style=\"max-width:600px\">\n\u003C$videojs _autoplay controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/xrfragment.bumper2.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\n!!FAQ\n\n\u003Cb>Q: Why is X not possible / so limited?\u003C/b>\u003Cbr/>\n\u003Cb>A:\u003C/b> You're probably referring to the \u003Cb>Example Model Browser\u003C/b> while XR Fragments is \u003Cb>a code-less framework-less language-less SPEC\u003C/b> for navigating and linking 3D models. This is important to realize. The spec is about parsing spatial hints in URI's from the URL-bar and metadata inside 3D models. Developers can decide to build anything on top of this paradigm which falls outside the spec.\n\n\u003Chr>\n\n\u003Cb>Q: How can XR Fragments support all 3D files ever made?\u003C/b>\u003Cbr>\n\u003Cb>A:\u003C/b> By targeting the lowest common denominator of all 3D fileformats: objectnames, positions, rotations (and metadata called `custom properties`/`extras`)\n\n\u003Chr>\n\n\u003Cb>Q: Do my 3D files need a specific (metadata) layout/format?\u003C/b>\u003Cbr>\n\u003Cb>A:\u003C/b> No, XR Fragments are file-agnostic and metadata is optional.\u003Cbr>\nThe objectnames inside the 3D file are used as URL references.\n\n\u003Chr>\n\n\u003Cb>Q: Do I need complex infrastructure?\u003C/b>\u003Cbr>\n\u003Cb>A:\u003C/b> No, XR Fragments are protocol-agnostic, you can host your files on a USB-stick, wordpress webserver, ftp-directory, ipfs, blockchain etc!\n\n\u003Chr>\n\n\u003Cb>Q: How will this enable the metaverse?\u003C/b>\u003Cbr>\n\u003Cb>A:\u003C/b> The metaverse is a fantasy sci-fi concept from a book. XR fragments deals with real people creating 3D interlinked content & storytelling.\n \n\u003Chr>\n\n\u003Cb>Q: Why not attach a programming language to XR Fragments\u003C/b>\u003Cbr>\n\u003Cb>A:\u003C/b> The intention is understandable, but it is out of scope. Programming languages & frameworks come and go. Hence XR Fragments is a spec for interactive metadata for 3D viewers. Hypermedia viewers based on metadata outsurvive programminglanguages in general.\u003Cbr>However, you are free to build programming language \u003Cb>to extend\u003C/b> experiences, or build a viewer or parser in your favorite language.\n\n\u003Chr>\n\u003Cb>Q: Why don't you add feature X from game Y?\u003C/b>\u003Cbr>\n\u003Cb>A:\u003C/b> To keep the spec simple, it is limited to 3 primitives and 3 fragments (`href`+`src`+`tag` and `#pos`+`#rot`+`#t`) which allows myriads of URL-controllable experiences (including the metadata already present in 3D files like object names and hierarchy).\u003Cbr>It's a pragmatic approach after witnessing many metaverse-inspired do-it-all complex technology-stacks.\n\n\n\n\u003Cbr>\u003Cbr>\n\n!!Philosophy\n\n\u003Cbr>\n\u003Cdiv style=\"max-width:600px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/philosophy.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\nWe have plenty of wellcrafted, amazing 3D assets on the web.\u003Cbr>\nWhat's missing? Hyperlinked no-code storytelling ❤\u003Cbr>\n\u003Cbr>\nWhat else is missing? adressibility of XR experiences.\u003Cbr>\nLess boilerplate code = productive XR design ❤\u003Cbr>\n\n> \u003Cb>do ask yourself\u003C/b>: why do Code-heavy XR applications tend to break over time due to browser/OS/dependency updates?\n\n!!Solution: XR Fragments\n\nLets invite some old battle-proof friends (`src`, `href`, `class`, `queries`, URL's and protocols), and connect our 3D assets \u003Cb>directly\u003C/b>:\n\n[img[interlinked.png]]\n\nMany meaningful experiences can be achieved using solely interlinked (cached) 3d-assets. The definition of meaningful here is: the highest person-to-person create-and-share value.\u003Cbr>\nThis is possible by piggybacking the W3C media fragment-format, as well as the href, src and class concept from HTML.\u003Cbr>\nXR Fragments are fileformat-agnostic, so we can link/embed ''FBX'' to/inside ''glTF'' and so on ❤\n\n!!Earlier attempts\n\nMost attempts either fall into client-server or fileformat lock-in.\u003Cbr>\nThey fall into typical 'Metaverse' / Mozilla hubs spinoffs: lots of code, laser-focused on a specific 3D fileformat, and lots of experts building centralized server-complexity\n\n[img[centralized.png]]\n\nThe end-game of these (to be fair: interesting & amazing solutions) are: users & resources trapped in walled gardens.\u003Cbr>\nThe bug of centralized solutions is that they (just like the financial economy) must grow (their profits/audience) to survive\u003Cbr>\n\u003Cbr>\n\n!!It has been solved before\n\nHow? By enriching the things mere mortals already produce.\u003Cbr>\nHTML was enriching text which ''we've already'' been writing.\u003Cbr>\nXR Fragments are enriching 3D assets which ''we've already'' been making.\u003Cbr>\nInstead of coming up with new enormous codebases, a ''simple standard'' can reduce so much code and complexity ❤\u003Cbr>\n\n[img[xrfragment.jpg]]\n\n!!Focuspoints\n\n  * ''there's a lack of compelling WebXR content''\n      ** focus on where contentcreators are (not devs)\n      ** piggyback on export-features of existing 3D editors (blender e.g.)\n\t\t\t** be fileformat ''agnostic'' (FBX, glTF etc ''we love you all'')\n\t\t\t** don't lock designers into a specific editor\n\t\t\t** XR Fragments should free devs from coding nontrivial things\n  * ''3D content should be surfable locally too''\n\t    ** Just like HTML-files can be saved/viewed on a smartphone\n  * ''\"people dont want to run servers\" (partially true)''\n      ** focus on browser, lowbarrier & simplicity\n      ** don't introduce new servers, softwarestacks or frameworks\n  * ''centralized stakeholders maximize securityrisks AND design by committee''\n    ** 3D assets should be allowed to be read-only (100% HTTP GET)\n    ** XR Fragments are 100% optional (to ease adoption/backwardscompatibility)\n    ** XR Fragments are only concerned with public navigateable content\n  * ''3D asset-formats & frameworks come and go''\n  * Pragmatic solutions: ''Induction, Deduction, Abduction'' method using survey\n\n!!Out of scope (client or asset  responsibility)\n\n* avatars\n* realism/performance (responsibility of asset & client)\n* realtime gaming event-propagation\n* webrtc\n* gltf (OMI) extensions and [[glXF draft-format|https://github.com/KhronosGroup/glXF]] contain interesting ideas, but are hardcoupled to glTF and require creation of specialized editors/exporters.\n* scripting / wasm e.g. (responsibility of client & designer to offer progressive enhanced XR experiences). XR fragments at a max supports interactivity thru [[roundrobin]] & [[predefined views|predefined_view]] (spec level 0), and queries (spec level 1) anything beyond would overcomplexify the (adoption of) the spec.\n\n> see the `session` XR fragment, which indicates the client where extended  (sessionbased) information can be found. People who insist on scripting could hint clients where scripting-layers could be found in the session-fragment.\n","tags":"Home","title":"Philosophy & FAQ","modified":"20250901144958807"},
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","type":"image/png"},
-{"created":"20240208123050293","text":"> An Easy ''nocode'' way to add metadata is [[by adding custom properties in blender e.g.|https://docs.blender.org/manual/en/2.79/data_system/custom_properties.html]]. Basically:\n\u003Cbr>\u003Cbr>\n* create a plane object with a name (`scene1` e.g.)\n* create a plane object elsewhere with a name (`scene2` e.g.)\n* add metadata `#`:`pos=scene1` (to position the user during scene load)\n* now create a button object, and add metadata `href`:`#pos=scene2` to teleport the user (after clicking)\n\n> NOTE: teleportations focus on the **origin** of an object, so you might need to adjust them in case of a box e.g. (the origin is usually in the middle, which might not be what you want in case you want to teleport on top of the box).\n","tags":"[[📡 implicit scene features]]","title":"positioning the user/camera","modified":"20241007083525212","type":"text/markdown"},
 {"created":"20230804100618629","text":"this document was [moved here](#⏯%EF%B8%8F%20XR%20Macros)","tags":"","title":"Potential future additions","modified":"20230830155937553","type":"text/markdown"},
 {"created":"20230427205533684","text":"Just like with SVG fragments, predefined views are settings embedded in the asset.\u003Cbr>\nThey are basically an alias for a (bundle of) XR Fragments.\n\n## When are they triggered?\n\n* upon load by default (the `#` custom property, embedded in the asset)\n* when occuring in an url top-level change \n* on-demand (by clicking a `href`-property with value `#my_view` e.g.)\n\nBasically, a custom property-key in a 3D file/scene needs to match this, in order to have its value executed as XR Fragments URI.\u003Cbr>\n\n\u003Cbr>\n\u003Cdiv style=\"max-width:600px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/predefinedviews.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\u003Cbr>\n\n## Example scene\n\n```\n \n   🌎\n   ├ #: #q=-sphere\n   ├ #hide: #q=-.foo\n   ├ #show: #q=.foo\n   │\n   ├── ◻ sphere\n   │      └ href: #show|hide\n   │\n   └── ◻ cube\n          └ class: foo\n \t\n```\n\nUpon load `#` will hide a mesh with name `sphere` by default, but when triggering `#hide` or `#show`  (*) it will show/hide any object with class `foo` (in other words: the `cube` mesh) in [roundrobin fashion using `|`](#roundrobin).\n\n> \\* = by navigating the browser to `#hide` or clicking the sphere's `href` e.g. \n\n\n[» example implementation](https://github.com/coderofsalvation/xrfragment/blob/main/src/3rd/js/three/xrf/predefinedView.js#L41)\u003Cbr>\n\n## Spec\n\n> version 0.2\n\n1. upon scene-load, the XR Fragment parser should look for metadata (a unique custom property) in the scene with key `#` (and value `#presetA&english` e.g.)\n2. upon scene-load, the XR Fragment parser should look for predefined views in the top-level URL (basically keys without values, like `#foo&bar`)\n3. after collecting the predefined views, their respective string-values should be evaluated by searching thru the scene again (like step 1). A predefined view `#foo` will be defined somewhere as `#foo`:`#q=cube&scale=1,1,1` e.g.)\n4. the final XR Fragment strings (`#q=cube&scale=1,1,1` e.g.) should be applied to the scene.\n5. Recursion is OK (`#foo` -> `#bar` -> `#flop`) but the XR Fragment parser should protect against cyclic dynamics (`#foo` -> `#bar` -> `#foo` e.g.) by not evaluating the originating predefined view (`#foo`) twice during the same evaluation.\n\n# DIY Parsing\n\nThe AFRAME/THREE libraries do this for you, but here's how you would parse an top-level browser URI (`document.location.href` in javascript e.g.) using the [parser for other languages](https://github.com/coderofsalvation/xrfragment/tree/main/dist):\n\n\u003Cdiv>\n  \u003Ctextarea spellcheck=\"false\" autofocus class=\"sandboxify\">frags    = xrfragment.URI.parse('#my_view&t=1,2')\nconsole.log({\n  frags,\n  is_predefined_view: frags.my_view.is( xrfragment.XRF.PV_EXECUTE)\n})\n\n\u003C/textarea>\n\t\u003Cpre class=\"result\">\u003C/pre>\n\u003C/div>\n","tags":"","title":"predefined_view","modified":"20230815095750918","type":"text/markdown"},
 {"created":"20230526120835676","text":"\u003Clink rel=\"preconnect\" href=\"https://fonts.googleapis.com\">\n\u003Clink rel=\"preconnect\" href=\"https://fonts.gstatic.com\" crossorigin>\n\u003Clink href=\"https://fonts.googleapis.com/css2?family=Montserrat:wght@700&display=swap\" rel=\"stylesheet\">\n\n\u003Cstyle type=\"text/css\">\n.reveal{ height:75vh !important; }\n  .slides *,\n\t.tc-tiddler-preview-preview {\n\t  color:#888;\n\t\tfont-size:35px;\n\t\tfont-family: 'Montserrat', sans-serif;\n\t}\n\n\u003C/style>\n\u003C$presentation autoSlide=\"90000\" transition=\"slide\" loop controls progress center>\n\u003C$list filter=\"[tag[Slide_FutureOfText]sort[title]]\">\n\u003C$slide tiddlerTitle={{!!title}} backgroundColor={{!!color}} autoAnimate={{!!animate}} autoAnimateUnmatched=\"fade\" autoslide={{!!delay}}>\n\u003C$transclude mode=\"block\" />\n\u003C/$slide>\n\u003C/$list>\n\u003C/$presentation>\nXR Fragments 2023 github.com/coderofsalvation/xrfragment\n\u003Cdiv style=\"text-align:right\">Powered by TiddlyWiki, Reveal.js & NLnet\u003C/div>\n","tags":"","title":"Presentation: XR Fragments (Future of Text)","modified":"20230607112854371"},
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","type":"image/png"},
-{"created":"20240207134625973","text":"Fragment's can be dynamic thanks to URI Templating [RFC6570](https://www.rfc-editor.org/rfc/rfc6570).\n\u003Cbr>\nThis allows for dynamic and reactive fragments in `src` and `href`.\u003Cbr>\n\n> NOTE 1: the domain+path of an URL cannot be modified\n\n> NOTE 2: `src`, `href` and `tag` object metadata is mutable, however default metadata (`#`) not.\n\nHere are some examples:\n\u003Cbr>\u003Cbr>\n\n## dynamic teleports (escape-room)\n\n```\n\n foo.usdz                                            \n    │   \n    ├── ◻ level2\n    │           \n    └── ◻ level1\n        |\n        ├── ◻ secretbutton \n        │      └ href: #nextlevel=level2\n        │                                                 \n        └── ◻ exitdoor\n               └ href: #pos={nextlevel}\n\n```\n\n\n## a simple videoplayer\n\n```\n\n foo.usdz                                            \n    │                                                 \n    │                                                 \n    ├── ◻ stopbutton \n    │      ├ #:    #-stopbutton\n    │      └ href: #player=stop&-stopbutton  (stop and hide stop-button)\n    │                                                 \n    └── ◻ plane                        \n           ├ play: #t=l:0,10\n           ├ stop: #t=0,0\n           ├ href: #player=play&stopbutton   (play and show stop-button)\n           └ src:  cat.mp4#{player}\n\n\n```\n","tags":"[[📡 implicit scene features]]","title":"Reactivity / URI templating","modified":"20241007083525213","type":"text/markdown"},
 {"created":"20230427150512404","text":"\u003C\u003Ctoc-selective-expandable 'Reference' sort[title]>>","tags":"$:/tags/SideBar","title":"Reference","modified":"20230427151056587","list-before":"$:/core/ui/SideBar/Open"},
 {"created":"20230622092234442","text":"\u003Cb>RoundRobin\u003C/b> cycles thru a list of options (separated by `|`).\nIt is a very basic way to cycle thru [[predefined views or object-selections|predefined_view]]\n\n\u003Cbr>\n\u003Cdiv style=\"max-width:600px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/roundrobin.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\u003Cbr>\n\nFor example, when the user interacts with an embedded [[href]]:`#foo|bar` it will update the top-URL to:\n\n\u003Cbr>\u003Cbr>\n\u003Cdiv class=\"border\" style=\"border-radius:5px; padding:35px 30px 20px 20px; display:inline\">\n\u003Cspan class=\"big\">:&#47;&#47;\u003C/span>\n\u003Cspan class=\"big hi2\">url\u003C/span>\n\u003Cspan class=\"big hi1\">#foo\u003C/span>\n\u003C/div>\n\u003Cbr>\u003Cbr>\n\nBut after clicking it the second time:\n\n\u003Cbr>\u003Cbr>\n\u003Cdiv class=\"border\" style=\"border-radius:5px; padding:35px 30px 20px 20px; display:inline\">\n\u003Cspan class=\"big\">:&#47;&#47;\u003C/span>\n\u003Cspan class=\"big hi2\">url\u003C/span>\n\u003Cspan class=\"big hi1\">#bar\u003C/span>\n\u003C/div>\n\u003Cbr>\u003Cbr>\n\nAnd after clicking it the third time:\n\n\u003Cbr>\u003Cbr>\n\u003Cdiv class=\"border\" style=\"border-radius:5px; padding:35px 30px 20px 20px; display:inline\">\n\u003Cspan class=\"big\">:&#47;&#47;\u003C/span>\n\u003Cspan class=\"big hi2\">url\u003C/span>\n\u003Cspan class=\"big hi1\">#foo\u003C/span>\n\u003C/div>\n\u003Cbr>\u003Cbr>\n\n> And so on..\n\nYou can add as many `|` options as you want, you're simply restricted to the maximum-length limitations of URLs.\n","tags":"","title":"roundrobin","modified":"20230622093304383"},
 {"created":"20230817075156856","text":"\n\nupdates the scale of [[queried|queries]] object(s))\n\n| fragment | type | access       | functionality |\n| \u003Cb>#scale\u003C/b>=0,0,0 | [[vector3|vector]] |🔓 🎲 💥 🔗| scale [[queried|queries]] objects |\n\n[[» example implementation|https://github.com/coderofsalvation/xrfragment/blob/main/src/3rd/js/three/xrf/scale.js]]\u003Cbr>\n[[» discussion|https://github.com/coderofsalvation/xrfragment/issues/6]]\u003Cbr>\n\n!!!spec\n\n> version 0.2\n\n1. scale the object(s) by overwriting the scale-vector of the object(s) with the vector3 value of `scale`\n\n!!!Demo\n\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n  \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/interactivity.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\n> example of interactions using `mov`, `pos` (`scale` can be used as well)\n\n","tags":"","title":"scale","modified":"20230817075725779","type":"text/vnd.tiddlywiki"},
 {"created":"20230706125411297","text":"Sometimes embedded properties (like [[href|href]] or [[src|src]]) instance new objects.\u003Cbr>\nBut what about their scale?\u003Cbr>\nHow does the scale of the object (with the embedded properties) impact the scale of the referenced content?\u003Cbr>\n\n> Rule of thumb: visible placeholder objects act as a '3D canvas' for the referenced scene (a plane acts like a 2D canvas for images e, a cube as a 3D canvas e.g.).\n\n!! Spec\n\n> version 0.2\n\n!!!! 1. \u003Cb>IF\u003C/b> an embedded property (`src` e.g.) is set on an non-empty placeholder object (geometry of >2 vertices):\n\n* calculate the \u003Cb>bounding box\u003C/b> of the ''placeholder'' object (maxsize=1.4 e.g.)\n* hide the ''placeholder'' object (material e.g.)\n* instance the `src` scene as a child of the existing object\n* calculate the \u003Cb>bounding box\u003C/b> of the instanced scene, and scale it accordingly (to 1.4 e.g.)\n\n> REASON: non-empty placeholder object can act as a protective bounding-box (for remote content of which might grow over time e.g.)\n\nTODO: needs intermediate visuals to make things more obvious\n\n!!!! 2. ELSE multiply the scale-vector of the instanced scene with the scale-vector of the \u003Cb>placeholder\u003C/b> object. \n","tags":"","title":"scaling of instanced objects","modified":"20230804104522801","type":"text/vnd.tiddlywiki"},
 {"created":"20230607121914968","text":"> NOTE: in the next iteration of the spec, selection of interests will be equivalent to [[#pos]]. \u003Cbr>Reason: in VR/AR setting the 'lookat' of the camera is not possible (while keeping headtracking-sensors active), leading to ambigious results compared to desktop.\n\nA \u003Cb>Selection of Interest\u003C/b> (SoI) adheres to spirit of the original URI fragment, and it's rationale is further explained by Fabien Benetou's [[in this video|https://youtu.be/bfxqm1q_GXw?t=6407]].\u003Cbr>\nLet's have a look at this url:\n\n\u003Cbr>\u003Cbr>\n\u003Cdiv class=\"border\" style=\"border-radius:5px; padding:35px 30px 20px 20px; display:inline\">\n\u003Cspan class=\"big\">:&#47;&#47;\u003C/span>\n\u003Cspan class=\"big hi2\">url\u003C/span>\n\u003Cspan class=\"big hi1\">#cube\u003C/span>\n\u003Cspan class=\"big hi3\">&\u003C/span>\n\u003Cspan class=\"big hi1\">pos\u003C/span>\n\u003Cspan class=\"big hi3\">=\u003C/span>\n\u003Cspan class=\"big hi1\">0,0,0\u003C/span>\n\u003C/div>\n\n\u003Cbr>\nThis allows link-sharing and referencing on a macrolevel (`pos` positions the camera) and microlevel (`#cube`):\n\n\u003Cb>IF\u003C/b> the scene or file contains an object with name `cube` then the camera should \u003Cb>look at that object\u003C/b> and highlight it (draw a wire-frame bounding box e.g.).\n\nAnother example:\n\n\u003Cbr>\u003Cbr>\n\u003Cdiv class=\"border\" style=\"border-radius:5px; padding:35px 30px 20px 20px; display:inline\">\n\u003Cspan class=\"big\">:&#47;&#47;\u003C/span>\n\u003Cspan class=\"big hi2\">url\u003C/span>\n\u003Cspan class=\"big hi1\">#.cubes\u003C/span>\n\u003Cspan class=\"big hi3\">&\u003C/span>\n\u003Cspan class=\"big hi1\">pos\u003C/span>\n\u003Cspan class=\"big hi3\">=\u003C/span>\n\u003Cspan class=\"big hi1\">0,0,0\u003C/span>\n\u003C/div>\n\n\u003Cbr>\n\n\u003Cb>IF\u003C/b> the scene or file contains objects with custom property `class`: `cubes` then the camera should \u003Cb>look at that at least one object\u003C/b> and highlight them (draw a wire-frame bounding boxes e.g.).\n\n> NOTE: it is up to the end-user/client to not create links which contain a `pos` which makes it impossible to see the Selection of interest.\n\n\u003Cbr>\n\u003Cdiv style=\"max-width:600px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/selections.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>","tags":"","title":"Selection of interest","modified":"20250516151437581","type":"text/vnd.tiddlywiki"},
 {"created":"20230817074913778","text":"\n\ntoggles the visibility of [[queried|queries]] objects\n\n| fragment | type | access       | functionality |\n| \u003Cb>#show\u003C/b>=1 | integer [0-1] |🔓 🎲 💥 🔗| show (1) or hide (0) [[queried|queries]] objects |\n\n[[» example implementation|https://github.com/coderofsalvation/xrfragment/blob/main/src/3rd/js/three/xrf/show.js]]\u003Cbr>\n[[» discussion|https://github.com/coderofsalvation/xrfragment/issues/8]]\u003Cbr>\n\n\n!!!spec\n\n> version 0.2\n\n1. hide the object (material e.g.) when `show` has value 0\n\n2. show the object (material e.g.) when `show` has value 1\n\n3. not supported in [[src|src]] values (there plain [[queries|queries]] are used to hide/show object)\n\n!!!Demo\n\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n  \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/interactivity.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\n> example of interactions using show\n\n","tags":"","title":"show","modified":"20230817080230232","type":"text/vnd.tiddlywiki"},
-{"created":"20240208094034099","text":"XR Fragment-capable clients can show/hide objects with a certain name or [tag](#tag) in various ways:\n\n`#[-]\u003Ctag_or_objectname>[*]`\n\n| example | including children | info |\n|---------|--------------------|------|\n| `#foo`    | no | **shows** object with `foo` as name or part of [tag](#tag) (space-separated)|\n| `#foo*`   | yes | **shows** object with `foo` as name or part of [tag](#tag) (space-separated)|\n| `#-foo`   | no | **hides** object with `foo` as name or part of [tag](#tag) (space-separated)|\n| `#-foo*`   | yes | **hides** object with `foo` as name or part of [tag](#tag) (space-separated)|\n","tags":"[[📡 implicit scene features]]","title":"showing/hiding object(children)","modified":"20241007083525216","type":"text/markdown"},
+{"created":"20240208094034099","text":"XR Fragment-capable clients can show/hide objects with a certain name or [tag](#tag) in various ways:\n\n`#[-]\u003Ctag_or_objectname>[*]`\n\n| example | including children | info |\n|---------|--------------------|------|\n| `#foo`    | no | **shows** object with `foo` as name or part of [tag](#tag) (space-separated)|\n| `#foo*`   | yes | **shows** object with `foo` as name or part of [tag](#tag) (space-separated)|\n| `#-foo`   | no | **hides** object with `foo` as name or part of [tag](#tag) (space-separated)|\n| `#-foo*`   | yes | **hides** object with `foo` as name or part of [tag](#tag) (space-separated)|\n","tags":"[[🧪 experimental]]","title":"showing/hiding object(children)","modified":"20250902143004759","type":"text/markdown"},
 {"created":"20230526121200260","text":"\n\u003Cimg style=\"width:380px\" src=\"/example/assets/logo.png\"/>\n\n!!!XR Fragments \n\u003Cbr>\nA textual surfboard XR experiences 💙\u003Cbr>\u003Cbr>\nA specification to discover, link, navigate & query 4D urls.\u003Cbr>\n","tags":"Slide_FutureOfText","title":"Slide_FutureOfText/01","modified":"20230530132002889"},
 {"created":"20230526153545896","text":"!DISCLAIMER\n\nTasty speculations, oversimplifications ahead.","tags":"Slide_FutureOfText","title":"Slide_FutureOfText/02","modified":"20230529092656559"},
 {"created":"20230526124859519","text":"!About me\n\nWorking for the internet (+vice versa).\u003Cbr>\nObserving internet & text (with a smile) thru the lens of Karl Popper & Neil Postman.\n\n[img[aboutleon.png]]","tags":"Slide_FutureOfText","title":"Slide_FutureOfText/03","modified":"20230527141610247"},
@@ -1202,18 +1225,19 @@ button.sidebar-toggle{
 {"created":"20230527171212961","text":"!!Bold redefinition of URLs\nMultidimensional Cognitive Transformers (MCT)\n\n\u003C$image source=\"feedback.png\" width=\"300\"/>\n\u003Cbr>\n\u003Cmedium>\n\"//an interesting feedbackloop of experiences becoming metadata of text and/or vice-versa//\"\n\u003C/medium>\n\u003Cbr>\n","tags":"Slide_FutureOfText","title":"Slide_FutureOfText/16","modified":"20230528181858689"},
 {"created":"20230527180848742","text":"\n\u003C$image source=\"neo.png\" width=\"700\"/>\n","tags":"Slide_FutureOfText","title":"Slide_FutureOfText/17","modified":"20230528153959478"},
 {"created":"20230528154003553","text":"!Thank You\n\nhttps://coderofsalvation.codeberg.page/xrfragment\n\nleonvankammen@gmail.com","tags":"Slide_FutureOfText","title":"Slide_FutureOfText/18","modified":"20230529112652163"},
-{"created":"20230620103309687","text":"> NOTE: for portability reasons, in the future `src` will be limited to data URI's (RFC 2397) and local URLs (starting with `#`). On the other hand, external URI's will be considered non-formative.\n\n`src` is the 3D version of the \u003Ca target=\"_blank\" href=\"https://www.w3.org/html/wiki/Elements/iframe\">iframe\u003C/a>.\u003Cbr>\nIt instances content (in objects) in the current scene/asset.\n\n| fragment | type  | example value |\n|`src`| string (uri or [[predefined view|predefined_view]] or [[query|queries]]) | `#cube`\u003Cbr>`#-ball_inside_cube`\u003Cbr>`#-/sky&-rain`\u003Cbr>`#-language&english`\u003Cbr>`#price:>2&price:\u003C5`\u003Cbr>`https://linux.org/penguin.png`\u003Cbr>`https://linux.world/distrowatch.gltf#t=1,100`\u003Cbr>`linuxapp://conference/nixworkshop/apply.gltf#q=flyer`\u003Cbr>`androidapp://page1?tutorial#pos=0,0,1&t1,100`\u003Cbr>foo.mp3#t=0,0,0|\n\n> NOTE: when the enduser clicks `href: #cube` while object `cube` has a timeline-supported `src` set (`src: foo.mp3` `src: bar.mp4#t=0,0,0` e.g.), then `#t=1,1,0` (play oneshot) will be executed for that `src`(see [[#t|t]]).\n\n[[» example implementation|https://github.com/coderofsalvation/xrfragment/blob/main/src/3rd/js/three/xrf/src.js]]\u003Cbr>\n[[» example 3D asset|https://github.com/coderofsalvation/xrfragment/blob/main/example/assets/query.gltf#L192]]\u003Cbr>\n[[» discussion|https://github.com/coderofsalvation/xrfragment/issues/4]]\u003Cbr>\n\u003Cbr>\u003Cbr>\n\n!!Non-euclidian portals / lenses\n\n\u003Cimg style=\"width:100%;max-width:800px;border-radius:5px;box-shadow:none;padding:20px\" class=\"border\" src=\"https://coderofsalvation.codeberg.page/xrfragment.media/images/xrlens.png\"/>\n\nWhen `src` values are projected on flat 3D objects, they will be project [[non-euclidian]] as:\n\n1. \u003Cb>A portal\u003C/b>: render objects ALSO inside portal (which the enduser can walk into)\n2. \u003Cb>A lens\u003C/b>: render objects ONLY visible inside lens\n\n> Read more on the [[non-euclidian portals & lenses]] page\n\n!!XR audio/video integration\n\n* add a `src: foo.mp3` or `src: bar.mp4` metadata to a 3D object (`cube` e.g.)\n* to disable auto-play: add `#t=0,0,0` (`src: bar.mp3#t=0,0,0` e.g.)\n* to play it, add `href: #cube` somewhere else \n* when the enduser clicks the `href`, `#t=1,0,0` (play) will be applied to the `src` value\n\n> for more info see [[#t|t]].\n\n\u003Cbr>\n\u003Ciframe class=\"border\" src=\"./example/aframe/sandbox?./assets/src.gltf#pos=0,0,0&embed=1\" frameborder=\"0\" style=\"width:100%; height:70%; min-height:500px; max-width:1000px\"/>\n\u003Cbr>\n\u003Cbr>\n\u003Cdiv style=\"max-width:600px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/src.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\u003Cbr>\n\n!Spec\n\nBelow is the related section of the spec (full spec here: \u003Ca href=\"doc/RFC_XR_Fragments.html\" target=\"_blank\">HTML\u003C/a>, \u003Ca href=\"doc/RFC_XR_Fragments.txt\" target=\"_blank\">TXT\u003C/a>)\n\n\u003Ciframe src=\"doc/RFC_XR_Fragments.html#embedding-xr-content-src-instancing\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n","tags":"[[🧪 level3: non-normative]]","title":"src","modified":"20250516150832878","type":"text/vnd.tiddlywiki"},
-{"created":"20231128144347734","text":"> NOTE: `tag` is non-normative\n\n`tag` metadata allows tagging objects with strings (similar to `id` and `class` in HTML).\u003Cbr>\nIt is used by [[filters]] to reference groups of objects, and the [[XRWG]] to associate things with eachother.\u003Cbr>\n\n| fragment | type  | example value |\n|`tag`| string (space separated) | `#cube`\u003Cbr>`#cubes`\u003Cbr>`#-sky&rain`\u003Cbr>`#-language&english`\u003Cbr>`#price=>2&price=\u003C5`|\n\n[[» discussion|https://github.com/coderofsalvation/xrfragment/issues/11]]\u003Cbr>\n","tags":"[[🧪 level3: non-normative]]","title":"tag","modified":"20250516150843989","type":"text/vnd.tiddlywiki"},
-{"created":"20240130113718711","text":"XR Fragment-capable clients can reference objects with a certain `name` or `tag`, take for example this URL:\n\n`https://foo.com/index.glb#cubes`\n\nAfter loading the scene, all [[tags]] and object-names will be loaded into the XRWG, so that:\n\n1. objects with name `cubes` will be matched\n\u003Cbr>\n2. objects with [[tag]] `cubes` will be matched\n\u003Cbr>\n\u003Cbr>\nIf objects are matched, the client can draw visible links to/from the objects/visitor to 'point' to those objects of interest.\u003Cbr>\u003CBr>\n\nsee [[predefined_view]] for more info\n","tags":"[[📡 implicit scene features]]","title":"tagged objects","modified":"20241007083525221"},
+{"created":"20230620103309687","text":"> NOTE: for portability reasons, in the future `src` will be limited to data URI's (RFC 2397) and local URLs (starting with `#`). On the other hand, external URI's will be considered non-formative.\n\n`src` is the 3D version of the \u003Ca target=\"_blank\" href=\"https://www.w3.org/html/wiki/Elements/iframe\">iframe\u003C/a>.\u003Cbr>\nIt instances content (in objects) in the current scene/asset.\n\n| fragment | type  | example value |\n|`src`| string (uri or [[predefined view|predefined_view]] or [[query|queries]]) | `#cube`\u003Cbr>`#-ball_inside_cube`\u003Cbr>`#-/sky&-rain`\u003Cbr>`#-language&english`\u003Cbr>`#price:>2&price:\u003C5`\u003Cbr>`https://linux.org/penguin.png`\u003Cbr>`https://linux.world/distrowatch.gltf#t=1,100`\u003Cbr>`linuxapp://conference/nixworkshop/apply.gltf#q=flyer`\u003Cbr>`androidapp://page1?tutorial#pos=0,0,1&t1,100`\u003Cbr>foo.mp3#t=0,0,0|\n\n> NOTE: when the enduser clicks `href: #cube` while object `cube` has a timeline-supported `src` set (`src: foo.mp3` `src: bar.mp4#t=0,0,0` e.g.), then `#t=1,1,0` (play oneshot) will be executed for that `src`(see [[#t|t]]).\n\n[[» example implementation|https://github.com/coderofsalvation/xrfragment/blob/main/src/3rd/js/three/xrf/src.js]]\u003Cbr>\n[[» example 3D asset|https://github.com/coderofsalvation/xrfragment/blob/main/example/assets/query.gltf#L192]]\u003Cbr>\n[[» discussion|https://github.com/coderofsalvation/xrfragment/issues/4]]\u003Cbr>\n\u003Cbr>\u003Cbr>\n\n!!Non-euclidian portals / lenses\n\n\u003Cimg style=\"width:100%;max-width:800px;border-radius:5px;box-shadow:none;padding:20px\" class=\"border\" src=\"https://coderofsalvation.codeberg.page/xrfragment.media/images/xrlens.png\"/>\n\nWhen `src` values are projected on flat 3D objects, they will be project [[non-euclidian]] as:\n\n1. \u003Cb>A portal\u003C/b>: render objects ALSO inside portal (which the enduser can walk into)\n2. \u003Cb>A lens\u003C/b>: render objects ONLY visible inside lens\n\n> Read more on the [[non-euclidian portals & lenses]] page\n\n!!XR audio/video integration\n\n* add a `src: foo.mp3` or `src: bar.mp4` metadata to a 3D object (`cube` e.g.)\n* to disable auto-play: add `#t=0,0,0` (`src: bar.mp3#t=0,0,0` e.g.)\n* to play it, add `href: #cube` somewhere else \n* when the enduser clicks the `href`, `#t=1,0,0` (play) will be applied to the `src` value\n\n> for more info see [[#t|t]].\n\n\u003Cbr>\n\u003Ciframe class=\"border\" src=\"./example/aframe/sandbox?./assets/src.gltf#pos=0,0,0&embed=1\" frameborder=\"0\" style=\"width:100%; height:70%; min-height:500px; max-width:1000px\"/>\n\u003Cbr>\n\u003Cbr>\n\u003Cdiv style=\"max-width:600px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/src.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\u003Cbr>\n\n!Spec\n\nBelow is the related section of the spec (full spec here: \u003Ca href=\"doc/RFC_XR_Fragments.html\" target=\"_blank\">HTML\u003C/a>, \u003Ca href=\"doc/RFC_XR_Fragments.txt\" target=\"_blank\">TXT\u003C/a>)\n\n\u003Ciframe src=\"doc/RFC_XR_Fragments.html#embedding-xr-content-src-instancing\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n","tags":"[[🧪 level4: non-normative metadata]] level4","title":"src","modified":"20250902140746649","type":"text/vnd.tiddlywiki"},
+{"created":"20231128144347734","text":"> NOTE: `tag` is non-normative\n\n`tag` metadata allows tagging objects with strings (similar to `id` and `class` in HTML).\u003Cbr>\nIt is used by [[filters]] to reference groups of objects, and the [[XRWG]] to associate things with eachother.\u003Cbr>\n\n| fragment | type  | example value |\n|`tag`| string (space separated) | `#cube`\u003Cbr>`#cubes`\u003Cbr>`#-sky&rain`\u003Cbr>`#-language&english`\u003Cbr>`#price=>2&price=\u003C5`|\n\n[[» discussion|https://github.com/coderofsalvation/xrfragment/issues/11]]\u003Cbr>\n","tags":"[[🧪 level4: non-normative metadata]] level4","title":"tag","modified":"20250902140746653","type":"text/vnd.tiddlywiki"},
+{"created":"20240130113718711","text":"XR Fragment-capable clients can reference objects with a certain `name` or `tag`, take for example this URL:\n\n`https://foo.com/index.glb#cubes`\n\nAfter loading the scene, all [[tags]] and object-names will be loaded into the XRWG, so that:\n\n1. objects with name `cubes` will be matched\n\u003Cbr>\n2. objects with [[tag]] `cubes` will be matched\n\u003Cbr>\n\u003Cbr>\nIf objects are matched, the client can draw visible links to/from the objects/visitor to 'point' to those objects of interest.\u003Cbr>\u003CBr>\n\nsee [[predefined_view]] for more info\n","tags":"[[🧪 experimental]]","title":"tagged objects","modified":"20250902143004764"},
 {"created":"20230815155307052","text":"> ''IMPORTANT:'' `#pos=roomB` has been deprecated in favor of `#roomB` to simplify the spec.\n\nset the position of the camera ([[filtered|filters]] object(s)).\n\n| fragment | type | functionality |\n| \u003Cb>#roomB\u003C/b> | string | position camera to position of object with name `roomB` |\n| \u003Cb>#cam2\u003C/b>  | string | position camera to position of camera with name `cam02`, and make it active camera [follow animation e.g.] |\n\n> in case of referencing an object, attach/parent the camera to that object (so it animates along with the object)\n\nYou can add this URI Fragment to the top-level URLbar, or as [[href]] value (to trigger via click) in a 3D model Editor (Blender e.g.):\u003Cbr>\u003Cbr>\n\n\u003Cdiv style=\"max-width:600px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/gettingstarted2024.mp4#t=295\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\n\u003Ch2>Developers only:\u003C/h2>\n\n[[» example implementation|https://github.com/coderofsalvation/xrfragment/blob/main/src/3rd/js/three/xrf/pos.js]]\u003Cbr>\n[[» discussion|https://github.com/coderofsalvation/xrfragment/issues/5]]\u003Cbr>\n\n!Spec\n\nBelow is the related section of the spec (full spec here: \u003Ca href=\"doc/RFC_XR_Fragments.html\" target=\"_blank\">HTML\u003C/a>, \u003Ca href=\"doc/RFC_XR_Fragments.txt\" target=\"_blank\">TXT\u003C/a>)\n\n\u003Ciframe src=\"doc/RFC_XR_Fragments.html#navigating-3d\" frameborder=\"0\" class=\"spec\">\u003C/iframe>\n","tags":"[[🔗 URL]] level1","title":"teleport camera","modified":"20250902132525985","type":"text/vnd.tiddlywiki"},
 {"created":"20230426160615931","text":"\u003Cdiv class=\"scene\">\u003C/div>\n\n\u003C\u003Cscript>>\n\u003Cscript>\n  $scene = document.querySelector(\".scene\")\n\tscene = new THREE.Scene();\n  camera = new THREE.PerspectiveCamera( 75, $scene.offsetWidth / $scene.offsetHeight, 0.1, 1000 );\n\n\trenderer = new THREE.WebGLRenderer();\n  renderer.setSize( $scene.offsetWidth, $scene.offsetHeight );\n  $scene.appendChild( renderer.domElement );\n\t\n\tvar geometry = new THREE.BoxGeometry( 1, 1, 1 );\n\tvar material = new THREE.MeshBasicMaterial( { color: 0x0a84ff } );\n\tvar cube = new THREE.Mesh( geometry, material );\n\tscene.add( cube );\n\tscene.background = new THREE.Color( 0x18181c );\n\n\tcamera.position.z = 2;\n\n\tfunction animate() {\n\t\trequestAnimationFrame( animate );\n\n\t\tcube.rotation.x += 0.004;\n\t\tcube.rotation.y += 0.004;\n\n\t\trenderer.render( scene, camera );\n\t}\n\n\tanimate();\t\n\tlog(\"hello world\")\n\u003C/script>","title":"THREE template","modified":"20230523125639178","tags":""},
 {"created":"20230425154949623","text":"\u003Cscript async src=\"https://unpkg.com/es-module-shims@1.6.3/dist/es-module-shims.js\">\u003C/script>\n\n\u003Cscript type=\"importmap\">\n{\n\t\"imports\": {\n\t\t\"three\": \"https://unpkg.com/three@0.151.3/build/three.module.js\",\n\t\t\t\"three/addons/\": \"https://unpkg.com/three@0.151.3/examples/jsm/\"\n\t}\n}\n\u003C/script>\n\n\u003Cscript type=\"module\">\nimport * as THREE from 'three';\n\nimport { BoxLineGeometry } from 'three/addons/geometries/BoxLineGeometry.js';\nimport { VRButton } from 'three/addons/webxr/VRButton.js';\nimport { XRControllerModelFactory } from 'three/addons/webxr/XRControllerModelFactory.js';\n\nlet camera, scene, raycaster, renderer;\nlet controller1, controller2;\nlet controllerGrip1, controllerGrip2;\n\nlet room, marker, floor, baseReferenceSpace;\n\nlet INTERSECTION;\nconst tempMatrix = new THREE.Matrix4();\n\ninit();\nanimate();\n\nfunction init() {\n\n\tscene = new THREE.Scene();\n\tscene.background = new THREE.Color( 0x505050 );\n\n\tcamera = new THREE.PerspectiveCamera( 50, window.innerWidth / window.innerHeight, 0.1, 10 );\n\tcamera.position.set( 0, 1, 3 );\n\n\troom = new THREE.LineSegments(\n\t\t\tnew BoxLineGeometry( 6, 6, 6, 10, 10, 10 ).translate( 0, 3, 0 ),\n\t\t\tnew THREE.LineBasicMaterial( { color: 0x808080 } )\n\t\t\t);\n\tscene.add( room );\n\n\tscene.add( new THREE.HemisphereLight( 0x606060, 0x404040 ) );\n\n\tconst light = new THREE.DirectionalLight( 0xffffff );\n\tlight.position.set( 1, 1, 1 ).normalize();\n\tscene.add( light );\n\n\tmarker = new THREE.Mesh(\n\t\t\tnew THREE.CircleGeometry( 0.25, 32 ).rotateX( - Math.PI / 2 ),\n\t\t\tnew THREE.MeshBasicMaterial( { color: 0x808080 } )\n\t\t\t);\n\tscene.add( marker );\n\n\tfloor = new THREE.Mesh(\n\t\t\tnew THREE.PlaneGeometry( 4.8, 4.8, 2, 2 ).rotateX( - Math.PI / 2 ),\n\t\t\tnew THREE.MeshBasicMaterial( { color: 0x808080, transparent: true, opacity: 0.25 } )\n\t\t\t);\n\tscene.add( floor );\n\n\traycaster = new THREE.Raycaster();\n\n\trenderer = new THREE.WebGLRenderer( { antialias: true } );\n\trenderer.setPixelRatio( window.devicePixelRatio );\n\trenderer.setSize( window.innerWidth, window.innerHeight );\n\trenderer.outputEncoding = THREE.sRGBEncoding;\n\n\trenderer.xr.addEventListener( 'sessionstart', () => baseReferenceSpace = renderer.xr.getReferenceSpace() );\n\trenderer.xr.enabled = true;\n\n\tdocument.body.appendChild( renderer.domElement );\n\tdocument.body.appendChild( VRButton.createButton( renderer ) );\n\n\t// controllers\n\n\tfunction onSelectStart() {\n\n\t\tthis.userData.isSelecting = true;\n\n\t}\n\n\tfunction onSelectEnd() {\n\n\t\tthis.userData.isSelecting = false;\n\n\t\tif ( INTERSECTION ) {\n\n\t\t\tconst offsetPosition = { x: - INTERSECTION.x, y: - INTERSECTION.y, z: - INTERSECTION.z, w: 1 };\n\t\t\tconst offsetRotation = new THREE.Quaternion();\n\t\t\tconst transform = new XRRigidTransform( offsetPosition, offsetRotation );\n\t\t\tconst teleportSpaceOffset = baseReferenceSpace.getOffsetReferenceSpace( transform );\n\n\t\t\trenderer.xr.setReferenceSpace( teleportSpaceOffset );\n\n\t\t}\n\n\t}\n\n\tcontroller1 = renderer.xr.getController( 0 );\n\tcontroller1.addEventListener( 'selectstart', onSelectStart );\n\tcontroller1.addEventListener( 'selectend', onSelectEnd );\n\tcontroller1.addEventListener( 'connected', function ( event ) {\n\n\t\t\tthis.add( buildController( event.data ) );\n\n\t\t\t} );\n\tcontroller1.addEventListener( 'disconnected', function () {\n\n\t\t\tthis.remove( this.children[ 0 ] );\n\n\t\t\t} );\n\tscene.add( controller1 );\n\n\tcontroller2 = renderer.xr.getController( 1 );\n\tcontroller2.addEventListener( 'selectstart', onSelectStart );\n\tcontroller2.addEventListener( 'selectend', onSelectEnd );\n\tcontroller2.addEventListener( 'connected', function ( event ) {\n\n\t\t\tthis.add( buildController( event.data ) );\n\n\t\t\t} );\n\tcontroller2.addEventListener( 'disconnected', function () {\n\n\t\t\tthis.remove( this.children[ 0 ] );\n\n\t\t\t} );\n\tscene.add( controller2 );\n\n\t// The XRControllerModelFactory will automatically fetch controller models\n\t// that match what the user is holding as closely as possible. The models\n\t// should be attached to the object returned from getControllerGrip in\n\t// order to match the orientation of the held device.\n\n\tconst controllerModelFactory = new XRControllerModelFactory();\n\n\tcontrollerGrip1 = renderer.xr.getControllerGrip( 0 );\n\tcontrollerGrip1.add( controllerModelFactory.createControllerModel( controllerGrip1 ) );\n\tscene.add( controllerGrip1 );\n\n\tcontrollerGrip2 = renderer.xr.getControllerGrip( 1 );\n\tcontrollerGrip2.add( controllerModelFactory.createControllerModel( controllerGrip2 ) );\n\tscene.add( controllerGrip2 );\n\n\t//\n\n\twindow.addEventListener( 'resize', onWindowResize, false );\n\n}\n\nfunction buildController( data ) {\n\n\tlet geometry, material;\n\n\tswitch ( data.targetRayMode ) {\n\n\t\tcase 'tracked-pointer':\n\n\t\t\tgeometry = new THREE.BufferGeometry();\n\t\t\tgeometry.setAttribute( 'position', new THREE.Float32BufferAttribute( [ 0, 0, 0, 0, 0, - 1 ], 3 ) );\n\t\t\tgeometry.setAttribute( 'color', new THREE.Float32BufferAttribute( [ 0.5, 0.5, 0.5, 0, 0, 0 ], 3 ) );\n\n\t\t\tmaterial = new THREE.LineBasicMaterial( { vertexColors: true, blending: THREE.AdditiveBlending } );\n\n\t\t\treturn new THREE.Line( geometry, material );\n\n\t\tcase 'gaze':\n\n\t\t\tgeometry = new THREE.RingGeometry( 0.02, 0.04, 32 ).translate( 0, 0, - 1 );\n\t\t\tmaterial = new THREE.MeshBasicMaterial( { opacity: 0.5, transparent: true } );\n\t\t\treturn new THREE.Mesh( geometry, material );\n\n\t}\n\n}\n\nfunction onWindowResize() {\n\n\tcamera.aspect = window.innerWidth / window.innerHeight;\n\tcamera.updateProjectionMatrix();\n\n\trenderer.setSize( window.innerWidth, window.innerHeight );\n\n}\n\n//\n\nfunction animate() {\n\trenderer.setAnimationLoop( render );\n}\n\nfunction render() {\n\n\tINTERSECTION = undefined;\n\n\tif ( controller1.userData.isSelecting === true ) {\n\t\ttempMatrix.identity().extractRotation( controller1.matrixWorld );\n\t\traycaster.ray.origin.setFromMatrixPosition( controller1.matrixWorld );\n\t\traycaster.ray.direction.set( 0, 0, - 1 ).applyMatrix4( tempMatrix );\n\t\tconst intersects = raycaster.intersectObjects( [ floor ] );\n\t\tif ( intersects.length > 0 ) {\n\t\t\tINTERSECTION = intersects[ 0 ].point;\n\t\t}\n\t} else if ( controller2.userData.isSelecting === true ) {\n\t\ttempMatrix.identity().extractRotation( controller2.matrixWorld );\n\t\traycaster.ray.origin.setFromMatrixPosition( controller2.matrixWorld );\n\t\traycaster.ray.direction.set( 0, 0, - 1 ).applyMatrix4( tempMatrix );\n\t\tconst intersects = raycaster.intersectObjects( [ floor ] );\n\t\tif ( intersects.length > 0 ) {\n\t\t\tINTERSECTION = intersects[ 0 ].point;\n\t\t}\n\t}\n\n\tif ( INTERSECTION ) marker.position.copy( INTERSECTION );\n\tmarker.visible = INTERSECTION !== undefined;\n\trenderer.render( scene, camera );\n\n}\n\n\u003C/script>\n","tags":"","title":"THREE template #online","modified":"20230523125650516","type":"text/html"},
-{"created":"20240319091757152","text":"Shaders can be applied to meshes by adding [[src]] metadata, which supports [[sidecar loading|https://en.wikipedia.org/wiki/Sidecar_file]] of fragment/vertex shaderfiles.\n\u003Cbr>\nthe following fileformats are encouraged:\n\n* [[GLSL|https://www.khronos.org/opengl/wiki/Core_Language_(GLSL)]] (`.frag`/`.vert` are automatically sidecar loaded)\n* [[ISF|https://editor.isf.video/]]\n\n> at the moment [[GLSL|https://www.khronos.org/opengl/wiki/Core_Language_(GLSL)]] is supported in the XR Fragment demo-viewer:\n\n`src`: `https://foo.com/my.frag`\n\n> this will sidecar-load `https://foo.com/my.vert` (if exist)\n\n! Uniforms\n\nAs per the XR Fragment spec, these can be modified using the `u:\u003Cname>` fragment, for example:\n\u003Cbr>\u003Cbr>\n* `src`: `https://foo.com/my.frag#u:speed=0.2,0.4`\n\n> these can be manipulated via href-clicks and [[URI Fragment Templates|https://www.rfc-editor.org/rfc/rfc6570]]:\n\n* `src`: `https://foo.com/my.frag#{uspeed}`\n* `uspeed_slow`: `0.2,0.4`\n* `uspeed_fast`: `0.2,0.4`\n* `href`: `xrf://uspeed=uspeed_slow`\n","tags":"[[📡 implicit scene features]]","title":"using shaders","modified":"20241007083525221","type":"text/vnd.tiddlywiki"},
-{"created":"20240328173212858","text":"> An Easy ''nocode'' way to add metadata is [[by adding custom properties in blender e.g.|https://docs.blender.org/manual/en/2.79/data_system/custom_properties.html]]. Basically:\n\u003Cbr>\u003Cbr>\nCreate a plane or box-object with a texture-material, and add the following metadata:\n\n* `#`:`#uv=0,0,0.1,0.1`\n\n> Profit! this will position the uv-coords initially at `0,0` and scroll `0.1` in the `u` and `v` direction.\n\nRead more about [[#uv|#uv 🌱]]\n\n> NOTE: combine it with [[Reactivity / URI templating]] if you want the user to control/change presets.","tags":"[[📡 implicit scene features]]","title":"uv and texture scrolling","modified":"20241007083525222"},
+{"created":"20240207134625973","text":"Fragment's can be dynamic thanks to URI Templating [RFC6570](https://www.rfc-editor.org/rfc/rfc6570).\n\u003Cbr>\nThis allows for dynamic and reactive fragments in `src` and `href`.\u003Cbr>\n\n> NOTE 1: the domain+path of an URL cannot be modified\n\n> NOTE 2: `src`, `href` and `tag` object metadata is mutable, however default metadata (`#`) not.\n\nHere are some examples:\n\u003Cbr>\u003Cbr>\n\n## dynamic teleports (escape-room)\n\n```\n\n foo.usdz                                            \n    │   \n    ├── ◻ level2\n    │           \n    └── ◻ level1\n        |\n        ├── ◻ secretbutton \n        │      └ href: #nextlevel=level2\n        │                                                 \n        └── ◻ exitdoor\n               └ href: #pos={nextlevel}\n\n```\n\n\n## a simple videoplayer\n\n```\n\n foo.usdz                                            \n    │                                                 \n    │                                                 \n    ├── ◻ stopbutton \n    │      ├ #:    #-stopbutton\n    │      └ href: #player=stop&-stopbutton  (stop and hide stop-button)\n    │                                                 \n    └── ◻ plane                        \n           ├ play: #t=l:0,10\n           ├ stop: #t=0,0\n           ├ href: #player=play&stopbutton   (play and show stop-button)\n           └ src:  cat.mp4#{player}\n\n\n```\n","tags":"[[🧪 experimental]] [[🧪 level4: non-normative metadata]]","title":"URI templates (reactivity)","modified":"20250902143004764","type":"text/markdown"},
+{"created":"20240319091757152","text":"Shaders can be applied to meshes by adding [[src]] metadata, which supports [[sidecar loading|https://en.wikipedia.org/wiki/Sidecar_file]] of fragment/vertex shaderfiles.\n\u003Cbr>\nthe following fileformats are encouraged:\n\n* [[GLSL|https://www.khronos.org/opengl/wiki/Core_Language_(GLSL)]] (`.frag`/`.vert` are automatically sidecar loaded)\n* [[ISF|https://editor.isf.video/]]\n\n> at the moment [[GLSL|https://www.khronos.org/opengl/wiki/Core_Language_(GLSL)]] is supported in the XR Fragment demo-viewer:\n\n`src`: `https://foo.com/my.frag`\n\n> this will sidecar-load `https://foo.com/my.vert` (if exist)\n\n! Uniforms\n\nAs per the XR Fragment spec, these can be modified using the `u:\u003Cname>` fragment, for example:\n\u003Cbr>\u003Cbr>\n* `src`: `https://foo.com/my.frag#u:speed=0.2,0.4`\n\n> these can be manipulated via href-clicks and [[URI Fragment Templates|https://www.rfc-editor.org/rfc/rfc6570]]:\n\n* `src`: `https://foo.com/my.frag#{uspeed}`\n* `uspeed_slow`: `0.2,0.4`\n* `uspeed_fast`: `0.2,0.4`\n* `href`: `xrf://uspeed=uspeed_slow`\n","tags":"[[🧪 experimental]]","title":"using shaders","modified":"20250902143004769","type":"text/vnd.tiddlywiki"},
+{"created":"20240328173212858","text":"> An Easy ''nocode'' way to add metadata is [[by adding custom properties in blender e.g.|https://docs.blender.org/manual/en/2.79/data_system/custom_properties.html]]. Basically:\n\u003Cbr>\u003Cbr>\nCreate a plane or box-object with a texture-material, and add the following metadata:\n\n* `#`:`#uv=0,0,0.1,0.1`\n\n> Profit! this will position the uv-coords initially at `0,0` and scroll `0.1` in the `u` and `v` direction.\n\nRead more about [[#uv|#uv 🌱]]\n\n> NOTE: combine it with [[Reactivity / URI templating]] if you want the user to control/change presets.","tags":"[[🧪 experimental]]","title":"uv and texture scrolling","modified":"20250902143004770"},
 {"created":"20230427204906096","text":"comma-separated coordinates e.g. which after parsing can be accessed using `.x`, `.y`, `.z` etc.\n\n| type | example |\n|-|-|\n| vector2 | `1.2,3` or `0.4,0.6` | \n| vector3 | `1.2,3,4` or `0.4,0.6,5` | \n\nhere are some interactive examples:\n\n\u003Cdiv>\n  \u003Ctextarea spellcheck=\"false\" autofocus class=\"sandboxify\">frags = {}\nok    = xrfragment.Parser.parse('pos','1.2,2,3',frags)\nconsole.log( frags.pos.z )\n\n\u003C/textarea>\n\t\u003Cpre class=\"result\">\u003C/pre>\n\u003C/div>\n","tags":"","title":"vector","modified":"20230427205327718","type":"text/markdown"},
 {"created":"20230427103350051","text":"","tags":"","title":"WebXR","modified":"20230427103400217"},
 {"created":"20230424092557827","text":"An open   \n\u003Cu tabindex=\"0\">specification\n  \u003Cspan>which uses\u003C/span> \n  \u003Cu tabindex=\"0\">implicit\n\t  \u003Cspan>metadata, derived from the inherent structure, relationship, or patterns within 3D files.\u003Cbr> By using this \u003C/span>\n  \u003C/u>\n\t\u003Cspan>metadata and\u003C/span>\n \t\u003Cu tabindex=\"0\">open standards\n\t  \u003Cspan>, because many problems have been solved already via \n\t    \u003Cu tabindex=\"0\">FOSS\n\t\t\t  \u003Cspan>, which stands for Free Open Source Software, basically Global Commons \u003C/span>\n\t\t  \u003C/u>\n\t\t\t\u003Cspan>, online indie innovation, and \u003Ca href=\"https://datatracker.ietf.org\" target=\"_blank\">RFCs\u003C/a>\u003C/span>\n\t\t\t. XR Fragments allows\n\t  \u003C/span>\n\t\u003C/u>\t\t\n\u003C/u> for hyperlinking & deeplinking 3D\n\u003Cu tabindex=\"0\">fileformats\n  \u003Cspan>like \u003Cb>glTF\u003C/b>, \u003Cb>usdz\u003C/b>, \u003Cb>obj\u003C/b>, \u003Cb>collada\u003C/b> which are used in websites, Game Engines, and 3D editors like \u003Ca href=\"https://blender.org\" target=\"_blank\">Blender\u003C/a>.\u003Cbr>XR Fragments makes 3D files\u003C/span>\n\u003C/u>.\n\u003Cbr>\nTurn 3D files into \n\u003Cu tabindex=\"0\">linkable AR/VR websites\n  \u003Cspan>, by embedding links in 3D files, using any \n    \u003Cu tabindex=\"0\">protocol\n      \u003Cspan>, not necessarily served via HTTP, but also \u003Ca href=\"https://ipfs.com\" target=\"_blank\">IPFS\u003C/a>, \u003Ca href=\"https://hypercore-protocol.github.io/new-website/guides/getting-started/\" target=\"_blank\">hypercore\u003C/a>, \u003Ca href=\"https://github.com/webtorrent/webtorrent\" target=\"_blank\">webtorrent\u003C/a> e.g. \u003C/span>\n\t  \u003C/u>\n\t\u003C/span>\n\u003C/u>.\n\u003Cbr>3D files with XR Fragments enable interoperable,\n\u003Cu tabindex=\"0\">networkable\n  \u003Cspan> by embedding URL metadata\u003C/span>\n\u003C/u>\nand\n  \u003Cu tabindex=\"0\">interactions \n\t  \u003Cspan>, like navigation, teleportation, showing/hiding objects, portals, lenses, loading and embedding scenes, hypermedia files and URLs, allowing useful immersive\u003C/span>\n\t\t\u003Cu tabindex=\"0\">experiences\n\t\t  \u003Cspan>like e-learnings, quiz, realtime-rendered 3D movies, and audiovisual storytelling\u003C/span>\n\t\t\u003C/u>\n\t\u003C/u>\nvia 3D \n\u003Cu tabindex=\"0\">metadata\n\u003Cspan>, so called 'extras' embedded in 3D files, which is extra metadata exported to 3D asset-files,\u003C/span>\n\u003C/u>\nand promote URL\n\u003Cu tabindex=\"0\">standards\n  \u003Cspan>like \u003Ca href=\"https://en.wikipedia.org/wiki/URI_fragment\" target=\"_blank\">URI Fragments\u003C/a>, \u003Ca href=\"https://www.w3.org/TR/media-frags/\" target=\"_blank\">Media Fragments\u003C/a>, \u003Ca href=\"https://www.rfc-editor.org/rfc/rfc7111\" target=\"_blank\">CSV Fragments\u003C/a>, \u003Ca href=\"https://web.dev/articles/text-fragments\" target=\"_blank\">Text Fragments\u003C/a>.\n\t\u003Cbr>It decentralizes and aids \n\u003Cu tabindex=\"0\">DMA and GDPR-compliant\n  \u003Cspan>solo 3D experiences, which are portable and don't save data or track user (network effects)\u003C/span>\n\u003Ca href=\"https://localfirstweb.dev\" target=\"_blank\">local-first\u003C/a> XR experiences.\u003Cbr>\n\u003C/u>\n\u003C/span>\n\u003C/u>.\n\n\u003Cbr>\n\u003Cdiv style=\"max-width:800px;box-shadow:none\" class=\"border\">\n\u003C$videojs _autoplay controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/hyperlinking-the-3d-world.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\n\u003Cdiv style=\"text-align:center\">\n\u003Cb style=\"font-size:11px\">~10 mins podcast introduction\u003C/b>\u003Cbr>\n\u003Caudio controls src=\"https://coderofsalvation.codeberg.page/xrfragment.media/podcast-xrfragments-intro.mp3\" type=\"audio/mpeg\">\n\u003C/audio>\n\u003C/div>\n\u003Cbr>\nAvoid \u003Cb>cloud lock-in\u003C/b>, and make your 3D experiences \u003Cb>outlast\u003C/b> current technologies.\n\n\u003Ccenter>\n  \u003Ca class=\"btn\" href=\"example/aframe/sandbox\" target=\"_blank\" style=\"padding:10px 30px\">Try demo viewer\u003C/a>\n\u003C/center>\n\n\u003Cbr>\n\u003Cdiv style=\"max-width:800px;box-shadow:none\" class=\"border\">\n\u003C$videojs _autoplay controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/showreel_2024.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\n\u003Cdiv>#spatialweb #openinternet #interoperable #accessibility #3Dhypermedia\u003C/div>\n\nUse\n\u003Cu tabindex=\"0\">URL standards\n\t\u003Cspan>like \u003Ca href=\"https://www.w3.org/TR/media-frags/\">W3C Media Fragments\u003C/a>, \u003Ca href=\"https://www.rfc-editor.org/rfc/rfc6570\" target=\"_blank\">URI Templates\u003C/a> and \u003Ca href=\"#filters\">URI filters\u003C/a>,\u003C/span>\n\u003C/u>\t\nto address, navigate and control 3D files, [[objects|filters]] and the [[camera|#pos]].\n\u003Cbr>\u003Cbr>\n[img[xrfragment.jpg]]\n\u003Cbr>\u003CBr>\n\n\n\u003Ccenter>\n  \u003Ca class=\"btn\" href=\"https://matrix.to/#/#xrfragments:matrix.org\" target=\"_blank\" style=\"padding:10px 30px\">Join Matrix Community\u003C/a>\n\u003C/center>\n\n\u003Ctable style=\"border:none\">\n  \u003Ctr>\n\t  \u003Ctd style=\"border:none;vertical-align:top\">\n\t\t\t\u003Ch3>🎨  no-code design-first\u003C/h3>\n\t\t\t\u003Ch3>🏄  surf 3D scenes in AR/VR\u003C/h3>\n\t    \u003Ch3>📎  embeddable\u003C/h3>\n\t\t\t\u003Ch3>🤝  interoperable\u003C/h3>\n\t\t\t\u003Ch3>⛔  unhosted, zero-login, PII-agnostic\u003C/h3>\t\t\n\t\t\u003C/td>\n\t\t\u003Ctd style=\"border:none;vertical-align:top\">\n\t\t  \u003Ch3>💾  compatible with glTF FBX USDZ OBJ and more\u003C/h3>\n\t\t\t\u003Ch3>🔮  99% compatible with \u003Cb>future fileformats\u003C/b>\u003C/h3>\n      \u003Ch3>🌱 friendly to opensource & corporations\u003C/h3>\n\t\t\t\u003Ch3>❤️  \u003Cb>no\u003C/b> fileformat or editor lock-in\u003C/h3>\n\t\t\t\u003Ch3>🧑‍🌾 solo-user read-only 3D content\u003C/h3>\n\t\t\u003C/td>\n\t\u003C/tr>\n\u003C/table>\n\nThe \u003Cb>TLDR\u003C/b> of processing 3D files with XR Fragments [pseudocode]:\n\u003Cbr>\u003Cbr>\n\u003Cdiv>\n  \u003Ctextarea spellcheck=\"false\" autofocus class=\"sandboxify noresult\" style=\"min-height:190px;width:100%;max-width:800px;\">foreach object in scene:\n  if object.extra.href:\n\t   object.onClick = updateFromURL(object.extra.href, camera, timeline)\n     }\n  if object.extra.src:\n\t  renderURLInsideObject( object.extra.src )\n\nloadDefaultURLargs( scene.extra['#'] )\n\nif changed(app.URL):\n  camera.updateFromURL(app.URL)\n\u003C/textarea>\n\u003C/div>     \n\u003Cbr>\n\u003Cimg style=\"width:100%;max-width:900px;border-radius:15px;box-shadow:none;padding:20px\" class=\"border\" src=\"https://coderofsalvation.codeberg.page/xrfragment.media/images/nocode.jpg\"/>\n\u003Cbr>\u003Cbr>\nXR Fragments is a spec to link 3D models into a basic interactive XR experience.\u003Cbr>\nThink of it as bundling 3D files into a \u003Cb>spatial book\u003C/b>.\u003Cbr>\nBasically: 3D hypermedia files (the middle greenzone below).\u003Cbr>\n\u003Cbr>\u003Cbr>\n\u003Cdiv style=\"width:100%;max-width:900px;border-radius:15px;box-shadow:none;padding:20px\" class=\"border\">\n[img[xrfsweetspot.jpg]]\n\u003C/div>\n\u003Cbr>\u003Cbr>\nXR Fragments \u003Cb>empowers designers\u003C/b> to embed \u003Cb>simple interactions & navigation\u003C/b> inside a \u003Cb>3D file\u003C/b>.\u003Cbr>\nThis \u003Cb>no longer\u003C/b> requires developers to implement trivial interactive stuff.\u003Cbr>\nIt promotes \u003Cb>design-first, secure, durable and interoperable\u003C/b> XR experiences from \u003Cb>3D models\u003C/b>, basically 3D hypermedia, mitigating \u003Cb>handcoded-XR-apps-as-3D-content-burial-sites\u003C/b>.\u003Cbr>\n\u003Cbr>\n\u003Ch2>Why focus on designers and 3D files?\u003C/h2>\n\u003Cbr>\n\u003Cquote>\u003Ci>\"Future 3D file formats commoditize yesterdays 3D engines\"\u003C/i> ~ Leon van Kammen\u003C/quote>\n\u003Cbr>\u003Cbr>\nBecause developers are forced to fall in love with \u003Cb>a specific shiny\u003C/b> 3D technology, which typically \u003Cb>buries\u003C/b> 3D content inside them.\u003Cbr>\nThese however, still lack \u003Cb>addressibility\u003C/b> and \u003Cb>interoperability\u003C/b> unlike \u003Cb>3D Models\u003C/b>, which can use XR Fragments \u003Cb>URLs\u003C/b> as a basic primitive:\n\u003Cbr>\u003Cbr>\n\u003Cimg style=\"width:100%;max-width:900px;border-radius:15px;box-shadow:none;padding:20px\" class=\"border\" src=\"https://coderofsalvation.codeberg.page/xrfragment.media/images/metadata.jpg\"/>\n\u003Cbr>\u003Cbr>\n\u003Ch2>Getting Started\u003C/h2>\n\nJust get your hands on a 3D editor and follow the steps in the video:\n\u003Cbr>\u003Cbr>\n\u003Cdiv style=\"max-width:600px\">\n\u003C$videojs controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/gettingstarted2024.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\u003Cbr>\u003CBr>\n\u003Cbr>\nSee [[How it works|How it works]] or \u003Ca href=\"example/aframe/sandbox\" target=\"_blank\">view a \u003Cb>index.glb\u003C/b> or \u003Ca href=\"index.glb\" target=\"_blank\">download\u003C/a> a scene right now\u003C/a>, or watch below how 3D hypermedia can easily co-exist with the appstore-model :\u003Cbr>\u003Cbr>\u003Cbr>\n\u003Cbr>\n\u003Cdiv style=\"max-width:600px;box-shadow:none;padding:15px\" class=\"border\">\n\u003C$videojs _autoplay controls=\"controls\" aspectratio=\"16:9\" preload=\"auto\" poster=\"\" fluid=\"fluid\" class=\"vjs-big-play-centered\">\n   \u003Csource src=\"https://coderofsalvation.codeberg.page/xrfragment.media/xrfragment.bumper2.mp4\" type=\"video/mp4\"/>\n\u003C/$videojs>\n\u003C/div>\n\n\u003Cbr>\nCheck [[How it works|How it works]], or \u003Ca href=\"example/aframe/sandbox\" target=\"_blank\">view a \u003Cb>demo.glb\u003C/b> scene right now\u003C/a>, or see the menu in the left corner for more.\n\u003Cbr>\u003Cbr>\n\u003Ch2>Presentation\u003C/h2>\n\u003Cbr>\n\u003Ciframe width=\"560\" height=\"315\" src=\"https://www.youtube.com/embed/bfxqm1q_GXw?start=1445\" title=\"YouTube video player\" frameborder=\"0\" allow=\"accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture; web-share\" allowfullscreen>\u003C/iframe>\n\n\u003C!-- persist telescopic unfolds -->\n\u003C\u003Cscript>>\n\u003Cscript>\n([...document.querySelectorAll('u')]).map( (u) => {\n  u.addEventListener('click', e => e.target.className = 'show' )\n});\n\u003C/script>\n\u003C\u003Cscript 0>>\n","tags":"Home","title":"XR Fragments","modified":"20250902131941811","list-before":"How it works"},
-{"created":"20250516081212327","text":"How can applications discover 3D experiences on a network?\n\n> Answer: the **XRF microformat** \n\nThe XRF microformat are **OPTIONAL** network heuristics, which applications can detect across various usecases.\n\n## via HTML webpage\n\nIf the browser/application requests an webpage (`https://nlnet.nl` e.g.) it should check for the [rel-me microformat](https://gmpg.org/xfn/) :\n\n```\n\u003Clink rel=\"me\" href=\"scene.xrf.glb\"/>\n```\n\nThis way the application loads `https://nlnet.nl/scene.glb` when the user types `nlnet.nl` into the URLbar.\u003Cbr>\nOptionally, `type` can be specified for dynamically generated 3D files:\n\n```\n\u003Clink rel=\"me\" href=\"https://worlds.org/scene.php\" type=\"model/gltf+binary\" />\n```\n\nThe `type`-attribute is for fallback-purposes.\u003Cbr>\nViewer-supported 3D file-extensions (`.glb` e.g.) will **ALWAYS** take precedence over the (non)presence of the `type` attribute.\u003Cbr>\nThe reason is that platforms (Mastodon 'labels' e.g.) don't allow specifying type-attributes.\u003Cbr>\nAnother reason is that XR Fragments is filetype-agnostic, so flexibility is expected on the viewer-side.\n\n> NOTE: in case of multiple 3D files mentioned in `\u003Clink rel=\"me\"`, only the first (supported 3D filetype) will be chosen.\n\n## via Filename\n\nThis hints the application whether a 3D model is XR Fragment compatible, is when \n\n* the chained-extension heuristic `.xrf.` is found in the filename (`scene.xrf.glb` e.g.)\n\n> NOTE: this is not mandatory, it just helps hinting the viewer (to poll for `scene.xrf.png` thumbnail e.g.)\n\n## via 3D object metadata\n\n* If at least one `href` custom property/extra is found in a 3D scene, we can consider the 3D scene XR Fragment compatible.\n\nThis will determine whether the new 3D object will replace the current scene, or get imported as 'inventory' item.\n\n## via WebFinger\n\nWhen John has an account on foo.com, how can other applications request his 3D homepage by simply entering `john@foo.com`?\n\n> Answer: it can be requested at `https://foo.com/.well-known/webfinger?resource=acct:john@foo.com`, resulting in:\n\n```\n{\n  \"subject\": \"acct:john@foo.com\",\n  \"aliases\": [\n    \"https://mastodon.example/social/john\",\n    \"https://john.foo.com\",\n    \"https://3d.john.foo.com/model/scene.glb\"\n  ],\n  \"properties\": {\n    \"http://schema.org/name\": \"John Doe\",\n    \"http://schema.org/description\": \"Developer, 3D Enthusiast, and Social Explorer\"\n  },\n  \"links\": [\n    {\n      \"rel\": \"http://ostatus.org/schema/1.0/subscribe\",\n      \"template\": \"https://mastodon.example/social/john/{uri}\"\n    },\n    {\n      \"rel\": \"self\",\n      \"type\": \"text/html\",\n      \"href\": \"https://john.foo.com\"\n    },\n    {\n      \"rel\": \"me\",\n      \"type\": \"text/html\",\n      \"href\": \"https://john.foo.com\"\n    },\n    {\n      \"rel\": \"me\",\n      \"type\": \"model/gltf+binary\",\n      \"href\": \"https://3d.john.foo.com/model/scene.xrf.glb\"\n    }\n  ]\n}\n```\n\nThis way the application will load `https://3d.john.foo.com/model/scene.glb` when the user types `john@foo.com` into the user field.\n\n## via Text (URI)\n\nAnother way for an application to trigger loading a 3D scene is by detecting URI's of 3D scene-files any text:\n\n* `foo.glb` (or any other popular 3D extension)\n* `https://foo.com/scene.glb` (or any other popular protocol)\n\nThis way, the application can highlight the link whenever it detects the URI (in a text-file or text-section of a 3D model)","tags":"Reference","title":"XRF microformat","modified":"20250518104050932","type":"text/markdown"},
+{"created":"20250516081212327","text":"How can applications discover 3D experiences on a network?\n\n> Answer: the **XRF microformat** \n\nThe XRF microformat are **OPTIONAL** network heuristics, which applications can detect across various usecases.\n\n## via HTML webpage\n\nIf the browser/application requests an webpage (`https://nlnet.nl` e.g.) it should check for the [rel-me microformat](https://gmpg.org/xfn/) :\n\n```\n\u003Clink rel=\"me\" href=\"scene.xrf.glb\"/>\n```\n\nThis way the application loads `https://nlnet.nl/scene.glb` when the user types `nlnet.nl` into the URLbar.\u003Cbr>\nOptionally, `type` can be specified for dynamically generated 3D files:\n\n```\n\u003Clink rel=\"me\" href=\"https://worlds.org/scene.php\" type=\"model/gltf+binary\" />\n```\n\nThe `type`-attribute is for fallback-purposes.\u003Cbr>\nViewer-supported 3D file-extensions (`.glb` e.g.) will **ALWAYS** take precedence over the (non)presence of the `type` attribute.\u003Cbr>\nThe reason is that platforms (Mastodon 'labels' e.g.) don't allow specifying type-attributes.\u003Cbr>\nAnother reason is that XR Fragments is filetype-agnostic, so flexibility is expected on the viewer-side.\n\n> NOTE: in case of multiple 3D files mentioned in `\u003Clink rel=\"me\"`, only the first (supported 3D filetype) will be chosen.\n\n## via Filename\n\nThis hints the application whether a 3D model is XR Fragment compatible, is when \n\n* the chained-extension heuristic `.xrf.` is found in the filename (`scene.xrf.glb` e.g.)\n\n> NOTE: this is not mandatory, it just helps hinting the viewer (to poll for `scene.xrf.png` thumbnail e.g.)\n\n## via 3D object metadata\n\n* If at least one `href` custom property/extra is found in a 3D scene, we can consider the 3D scene XR Fragment compatible.\n\nThis will determine whether the new 3D object will replace the current scene, or get imported as 'inventory' item.\n\n## via WebFinger\n\nWhen John has an account on foo.com, how can other applications request his 3D homepage by simply entering `john@foo.com`?\n\n> Answer: it can be requested at `https://foo.com/.well-known/webfinger?resource=acct:john@foo.com`, resulting in:\n\n```\n{\n  \"subject\": \"acct:john@foo.com\",\n  \"aliases\": [\n    \"https://mastodon.example/social/john\",\n    \"https://john.foo.com\",\n    \"https://3d.john.foo.com/model/scene.glb\"\n  ],\n  \"properties\": {\n    \"http://schema.org/name\": \"John Doe\",\n    \"http://schema.org/description\": \"Developer, 3D Enthusiast, and Social Explorer\"\n  },\n  \"links\": [\n    {\n      \"rel\": \"http://ostatus.org/schema/1.0/subscribe\",\n      \"template\": \"https://mastodon.example/social/john/{uri}\"\n    },\n    {\n      \"rel\": \"self\",\n      \"type\": \"text/html\",\n      \"href\": \"https://john.foo.com\"\n    },\n    {\n      \"rel\": \"me\",\n      \"type\": \"text/html\",\n      \"href\": \"https://john.foo.com\"\n    },\n    {\n      \"rel\": \"me\",\n      \"type\": \"model/gltf+binary\",\n      \"href\": \"https://3d.john.foo.com/model/scene.xrf.glb\"\n    }\n  ]\n}\n```\n\nThis way the application will load `https://3d.john.foo.com/model/scene.glb` when the user types `john@foo.com` into the user field.\n\n## via Text (URI)\n\nAnother way for an application to trigger loading a 3D scene is by detecting URI's of 3D scene-files any text:\n\n* `foo.glb` (or any other popular 3D extension)\n* `https://foo.com/scene.glb` (or any other popular protocol)\n\nThis way, the application can highlight the link whenever it detects the URI (in a text-file or text-section of a 3D model)","tags":"[[📜 level1: URL]]","title":"XRF microformat","modified":"20250902134754393","type":"text/markdown"},
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