Update example.neu

example.neu

@@ -1,11 +1,26 @@
 // & declares a key pointing to object instantiated by that declaration (in this case, we're using integers in hex)
 // keys are NOT indices - ultimately they should be ingested as keys to a dictionary containing each object in the Neutrino file
 // * gets a reference to a key's object (Neutrino will try to preserve this reference in the target software whenever possible)
-// # gets a copy of a key's object (Neutrino will simply replace this reference with a copy of its value - this is simply to consolidate repetitive data in-exchange)
+// # gets a copy from a cached object's key (Neutrino will simply replace this reference with a copy of its value - this is simply to consolidate repetitive data in-exchange)
 
-// scene graph
+// overall structure:
-scene {
+/*
-    &0: object {
+meta = {},
+graph = {
+    scene = {},
+    assets = {}
+},
+cache = {}
+*/
+
+meta = {
+    //
+},
+graph = {
+    // note - "scene" and "assets" are essentially namespaces
+    // the scene itself
+    scene = {
+        &0: object = {
             name: string = "SM_LargeWindow_A",
             mesh: mesh =  *2,
             transform: trans = {
@@ -14,14 +29,13 @@ scene {
                 scale: vec3 = #9,
             }
         },
-    &1: object {
+        &1: object = {
             name: string = "SM_LargeWindow_A2",
             mesh: mesh =  *2,
             transform: trans = *3
         }
     },
-
+    // assets used by the scene
-// assets
     assets {
         &2: mesh {
             source: path = "/Assets/Props/LargeWindowA.obj",
@@ -57,10 +71,10 @@ assets {
         &7: shader {
             source: path = "/Assets/Shaders/PBRBasic.wgsl"
         }
-}
+    },
-
+},
-// objects shared by multiple other objects - optimization, essentially
+// anonymous objects shared by multiple other objects
-shared {
+cache {
     // this vector is common as a position or rotation value
     &8: vec3 = (0.0, 0.0, 0.0),
     // this vector is common as a scale value