README.md

@@ -4,13 +4,10 @@ Download/run the binaries for your platform in the releases section.<br>
 Developers can run it via [LÖVR](https://lovr.org) or [LÖVE2D](https://love2d.org)
 
 ```
--- ./lovr xurfer https://snips.sh/f/_U5-XctEVE?r=1' -- cube, monkey, scene
+$ love src      # if you have LÖVE2D installed (>v12)
-$ love xurfer <url>  # if you have LÖVE2D installed (>v12)
+$ lovr src      # if you have LÖVR installed
-$ lovr xurfer <url>  # if you have LÖVR installed
 ```
 
-**Example**: lovr xurfer <a href="https://snips.sh/f/_U5-XctEVE?r=1">https://snips.sh/f/_U5-XctEVE?r=1</a>
-
 ## Multiplatform Multimodal XR Browser
 
 The aim of this project is providing **one [XR Hypermedia browser](https://xrhf.isvery.ninja) codebase** which gracefully degrades to handheld/embedded/braille devices:
@@ -31,9 +28,9 @@ The aim of this project is providing **one [XR Hypermedia browser](https://xrhf.
 So you can strip/bloat however you want, or build one yourself:
 
 ```
-$ cp xurfer/ext/skeleton xurfer/ext/myextension
+$ cp src/ext/skeleton src/ext/myextension
-$ sed 's|skeleton|myextension|g' xurfer/ext/myextension/*
+$ sed 's|skeleton|myextension|g' src/ext/myextension/*
-$ ./lovr xurfer
+$ ./lovr src
 [i] loading 'myextension'
 ...
 ```

api.md

@@ -2,10 +2,10 @@
 
 <pre>
 <a href="">api</a>
-<a href="xurfer/lib/json.lua">api.parser.json</a>
+<a href="src/lib/json.lua">api.parser.json</a>
 <a href="#api-parser-xml">api.parser.xml</a>
-<a href="xurfer/lib/url.lua">api.url</a>
+<a href="src/lib/url.lua">api.url</a>
-<a href="xurfer/util.lua">api.util</a>
+<a href="src/util.lua">api.util</a>
 <a href="">api.protocol</a>
 <a href="#api-ext">api.ext.*</a>
 <a href="#api-ext-exec">api.ext.exec(fn, ,..)</a>

src/ext/kitchensink/main.lua

@@ -1,14 +1,12 @@
 local api = ...
     
-local sample
+local sample = require "sample"
 
 return {
   name = "kitchensink",
-  enabled = (lover ~= nil),
+  enabled = false,
 
-  init = function() 
+  init = function() end,
-    sample = require "sample"
-  end,
 
   update = function()
     local iui = api.iui

src/ext/xrfragments/lovr-xrf.lua

@@ -39,7 +39,7 @@ xrf.traverseNodesContaining = function(key,obj,cb)
     xrf.traverse( tree, function(node)
       if node['extras'] ~= nil then 
         if node['extras'][key] ~= nil then
-          cb(node,obj, i, metadata)
+          cb(node,obj['model'], i, metadata)
         end
       end
       i = i + 1
@@ -82,8 +82,7 @@ xrf.calcScale = function(node)
 end
 
 xrf.makeClickable = function( physicsWorld, cb)
-  return function(node_or_mesh, obj, i, metadata)
+  return function(node_or_mesh,model, i, metadata)
-    local model     = obj['model']
     local node      = node_or_mesh
     if node['mesh'] == nil then node = xrf.getNodeFromMesh(node_or_mesh, metadata, i) end
     print("making node " .. node['name'] .. " clickable")
@@ -96,9 +95,7 @@ xrf.makeClickable = function( physicsWorld, cb)
     local scale   = xrf.calcScale(node)
     -- we cannot use newMeshCollider because storage type of modelmesh is not cpu
     local collider = physicsWorld:newBoxCollider( 
-      x + (obj.x or 0), 
+      x, y, z,
-      y + (obj.y or 0), 
-      z + (obj.z or 0),
       scale[1] * (w + 0.01), -- add 0.01 to avoid 0
       scale[2] * (h + 0.01), -- in case of 
       scale[3] * (d + 0.01)  -- planes e.g.

src/ext/xrfragments/main.lua

@@ -13,8 +13,8 @@ return {
       xrf.traverseNodesContaining('href', obj, 
         xrf.makeClickable( api.ecs.worldPhysics, 
           function(obj, collider)
-            print("\nhref was clicked: " .. obj.node.extras.href)
+            print(obj['name'] .. ".href => " .. obj['extras']['href'] )
-            print_r(obj)
+            api.world.add({collider = collider})
           end
         )
       )

src/love/main.lua

@@ -1,9 +1,3 @@
-api.protocol.http = {
-  request = function(url,opts)
-    print("[!] todo: love2D/lua api.protocol.http needs curl/wget fallback") 
-  end
-}
-
 -- Load some default values for our rectangle.
 function love.load()
     x, y, w, h = 20, 20, 60, 20