1 files changed, 529 insertions, 0 deletions

diff --git a/ddl/out/LambdaCube.Mesh.cs b/ddl/out/LambdaCube.Mesh.cs
new file mode 100644
index 0000000..62b8d29
--- /dev/null
+++ b/ddl/out/LambdaCube.Mesh.cs
@@ -0,0 +1,529 @@
+// generated file, do not modify!
+// 2016-03-21T11:41:52.391032000000Z
+
+using System;
+using System.Linq;
+using System.Collections.Generic;
+using Newtonsoft.Json.Linq;
+
+
+namespace LambdaCube.Mesh {
+  class MeshAttribute {
+      public enum Tag { 
+        A_Float,
+        A_V2F,
+        A_V3F,
+        A_V4F,
+        A_M22F,
+        A_M33F,
+        A_M44F,
+        A_Int,
+        A_Word
+      };
+      public Tag tag;
+  };
+
+  namespace data { 
+    class A_Float : LambdaCube.Mesh.MeshAttribute { 
+      public List<float> _0;
+      public A_Float() { tag = LambdaCube.Mesh.MeshAttribute.Tag.A_Float; }
+    };
+    class A_V2F : LambdaCube.Mesh.MeshAttribute { 
+      public List<V2<float>> _0;
+      public A_V2F() { tag = LambdaCube.Mesh.MeshAttribute.Tag.A_V2F; }
+    };
+    class A_V3F : LambdaCube.Mesh.MeshAttribute { 
+      public List<V3<float>> _0;
+      public A_V3F() { tag = LambdaCube.Mesh.MeshAttribute.Tag.A_V3F; }
+    };
+    class A_V4F : LambdaCube.Mesh.MeshAttribute { 
+      public List<V4<float>> _0;
+      public A_V4F() { tag = LambdaCube.Mesh.MeshAttribute.Tag.A_V4F; }
+    };
+    class A_M22F : LambdaCube.Mesh.MeshAttribute { 
+      public List<V2<V2<float>>> _0;
+      public A_M22F() { tag = LambdaCube.Mesh.MeshAttribute.Tag.A_M22F; }
+    };
+    class A_M33F : LambdaCube.Mesh.MeshAttribute { 
+      public List<V3<V3<float>>> _0;
+      public A_M33F() { tag = LambdaCube.Mesh.MeshAttribute.Tag.A_M33F; }
+    };
+    class A_M44F : LambdaCube.Mesh.MeshAttribute { 
+      public List<V4<V4<float>>> _0;
+      public A_M44F() { tag = LambdaCube.Mesh.MeshAttribute.Tag.A_M44F; }
+    };
+    class A_Int : LambdaCube.Mesh.MeshAttribute { 
+      public List<int> _0;
+      public A_Int() { tag = LambdaCube.Mesh.MeshAttribute.Tag.A_Int; }
+    };
+    class A_Word : LambdaCube.Mesh.MeshAttribute { 
+      public List<uint> _0;
+      public A_Word() { tag = LambdaCube.Mesh.MeshAttribute.Tag.A_Word; }
+    };
+  }
+  class MeshPrimitive {
+      public enum Tag { 
+        P_Points,
+        P_TriangleStrip,
+        P_Triangles,
+        P_TriangleStripI,
+        P_TrianglesI
+      };
+      public Tag tag;
+  };
+
+  namespace data { 
+    class P_TriangleStripI : LambdaCube.Mesh.MeshPrimitive { 
+      public List<int> _0;
+      public P_TriangleStripI() { tag = LambdaCube.Mesh.MeshPrimitive.Tag.P_TriangleStripI; }
+    };
+    class P_TrianglesI : LambdaCube.Mesh.MeshPrimitive { 
+      public List<int> _0;
+      public P_TrianglesI() { tag = LambdaCube.Mesh.MeshPrimitive.Tag.P_TrianglesI; }
+    };
+  }
+  class Mesh {
+      public enum Tag { 
+        Mesh
+      };
+      public Tag tag;
+  };
+
+  namespace data { 
+    class Mesh : LambdaCube.Mesh.Mesh { 
+      public Dictionary<string, global::LambdaCube.Mesh.MeshAttribute> mAttributes;
+      public global::LambdaCube.Mesh.MeshPrimitive mPrimitive;
+      public Mesh() { tag = LambdaCube.Mesh.Mesh.Tag.Mesh; }
+    };
+  }
+
+  // JSON deserializer
+  enum Type { 
+    Int32,
+    Word32,
+    Float,
+    String,
+    V2_Float,
+    V2_V2_Float,
+    V3_Float,
+    V3_V3_Float,
+    V4_Float,
+    V4_V4_Float,
+    Array_Int32,
+    Array_Word32,
+    Array_Float,
+    Array_V2_Float,
+    Array_V2_V2_Float,
+    Array_V3_Float,
+    Array_V3_V3_Float,
+    Array_V4_Float,
+    Array_V4_V4_Float,
+    Map_String_MeshAttribute,
+    Mesh,
+    MeshAttribute,
+    MeshPrimitive
+  }
+
+  class Loader {
+    public static object fromJSON(Type type, JToken obj) {
+      switch (type) {
+        case Type.Int32: return (int)obj;
+        case Type.Word32: return (uint)obj;
+        case Type.Float: return (float)obj;
+        case Type.String: return (string)obj;
+        case Type.V2_Float:
+          return new V2<float>
+            { x = (float)fromJSON(Type.Float,obj["x"])
+            , y = (float)fromJSON(Type.Float,obj["y"])
+            };
+        case Type.V2_V2_Float:
+          return new V2<V2<float>>
+            { x = (V2<float>)fromJSON(Type.V2_Float,obj["x"])
+            , y = (V2<float>)fromJSON(Type.V2_Float,obj["y"])
+            };
+        case Type.V3_Float:
+          return new V3<float>
+            { x = (float)fromJSON(Type.Float,obj["x"])
+            , y = (float)fromJSON(Type.Float,obj["y"])
+            , z = (float)fromJSON(Type.Float,obj["z"])
+            };
+        case Type.V3_V3_Float:
+          return new V3<V3<float>>
+            { x = (V3<float>)fromJSON(Type.V3_Float,obj["x"])
+            , y = (V3<float>)fromJSON(Type.V3_Float,obj["y"])
+            , z = (V3<float>)fromJSON(Type.V3_Float,obj["z"])
+            };
+        case Type.V4_Float:
+          return new V4<float>
+            { x = (float)fromJSON(Type.Float,obj["x"])
+            , y = (float)fromJSON(Type.Float,obj["y"])
+            , z = (float)fromJSON(Type.Float,obj["z"])
+            , w = (float)fromJSON(Type.Float,obj["w"])
+            };
+        case Type.V4_V4_Float:
+          return new V4<V4<float>>
+            { x = (V4<float>)fromJSON(Type.V4_Float,obj["x"])
+            , y = (V4<float>)fromJSON(Type.V4_Float,obj["y"])
+            , z = (V4<float>)fromJSON(Type.V4_Float,obj["z"])
+            , w = (V4<float>)fromJSON(Type.V4_Float,obj["w"])
+            };
+        case Type.Array_Int32: return ((JArray)obj).Select(x => fromJSON (Type.Int32, x)).ToList();
+        case Type.Array_Word32: return ((JArray)obj).Select(x => fromJSON (Type.Word32, x)).ToList();
+        case Type.Array_Float: return ((JArray)obj).Select(x => fromJSON (Type.Float, x)).ToList();
+        case Type.Array_V2_Float: return ((JArray)obj).Select(x => fromJSON (Type.V2_Float, x)).ToList();
+        case Type.Array_V2_V2_Float: return ((JArray)obj).Select(x => fromJSON (Type.V2_V2_Float, x)).ToList();
+        case Type.Array_V3_Float: return ((JArray)obj).Select(x => fromJSON (Type.V3_Float, x)).ToList();
+        case Type.Array_V3_V3_Float: return ((JArray)obj).Select(x => fromJSON (Type.V3_V3_Float, x)).ToList();
+        case Type.Array_V4_Float: return ((JArray)obj).Select(x => fromJSON (Type.V4_Float, x)).ToList();
+        case Type.Array_V4_V4_Float: return ((JArray)obj).Select(x => fromJSON (Type.V4_V4_Float, x)).ToList();
+        case Type.Map_String_MeshAttribute: {
+          var map = new Dictionary<string, global::LambdaCube.Mesh.MeshAttribute> ();
+          foreach(var i in (JObject)obj) {
+            map.Add( (string)fromJSON(Type.String,i.Key)
+                   , (global::LambdaCube.Mesh.MeshAttribute)fromJSON(Type.MeshAttribute,i.Value));
+          }
+          return map;
+        }
+
+        case Type.MeshAttribute: {
+          string tag = (string)obj["tag"];
+          MeshAttribute.Tag tagType;
+          if (tag == "A_Float") {
+            tagType = MeshAttribute.Tag.A_Float;
+            data.A_Float tv = new data.A_Float();
+            tv._0 = (List<float>)fromJSON(Type.Array_Float,obj["arg0"]);
+            return tv;
+          }
+          else if (tag == "A_V2F") {
+            tagType = MeshAttribute.Tag.A_V2F;
+            data.A_V2F tv = new data.A_V2F();
+            tv._0 = (List<V2<float>>)fromJSON(Type.Array_V2_Float,obj["arg0"]);
+            return tv;
+          }
+          else if (tag == "A_V3F") {
+            tagType = MeshAttribute.Tag.A_V3F;
+            data.A_V3F tv = new data.A_V3F();
+            tv._0 = (List<V3<float>>)fromJSON(Type.Array_V3_Float,obj["arg0"]);
+            return tv;
+          }
+          else if (tag == "A_V4F") {
+            tagType = MeshAttribute.Tag.A_V4F;
+            data.A_V4F tv = new data.A_V4F();
+            tv._0 = (List<V4<float>>)fromJSON(Type.Array_V4_Float,obj["arg0"]);
+            return tv;
+          }
+          else if (tag == "A_M22F") {
+            tagType = MeshAttribute.Tag.A_M22F;
+            data.A_M22F tv = new data.A_M22F();
+            tv._0 = (List<V2<V2<float>>>)fromJSON(Type.Array_V2_V2_Float,obj["arg0"]);
+            return tv;
+          }
+          else if (tag == "A_M33F") {
+            tagType = MeshAttribute.Tag.A_M33F;
+            data.A_M33F tv = new data.A_M33F();
+            tv._0 = (List<V3<V3<float>>>)fromJSON(Type.Array_V3_V3_Float,obj["arg0"]);
+            return tv;
+          }
+          else if (tag == "A_M44F") {
+            tagType = MeshAttribute.Tag.A_M44F;
+            data.A_M44F tv = new data.A_M44F();
+            tv._0 = (List<V4<V4<float>>>)fromJSON(Type.Array_V4_V4_Float,obj["arg0"]);
+            return tv;
+          }
+          else if (tag == "A_Int") {
+            tagType = MeshAttribute.Tag.A_Int;
+            data.A_Int tv = new data.A_Int();
+            tv._0 = (List<int>)fromJSON(Type.Array_Int32,obj["arg0"]);
+            return tv;
+          }
+          else if (tag == "A_Word") {
+            tagType = MeshAttribute.Tag.A_Word;
+            data.A_Word tv = new data.A_Word();
+            tv._0 = (List<uint>)fromJSON(Type.Array_Word32,obj["arg0"]);
+            return tv;
+          }
+          else throw new Exception("unknown constructor: " + tag);
+          MeshAttribute o = new MeshAttribute();
+          o.tag = tagType;
+          return o;
+        }
+        case Type.MeshPrimitive: {
+          string tag = (string)obj["tag"];
+          MeshPrimitive.Tag tagType;
+          if (tag == "P_Points") {
+            tagType = MeshPrimitive.Tag.P_Points;
+          }
+          else if (tag == "P_TriangleStrip") {
+            tagType = MeshPrimitive.Tag.P_TriangleStrip;
+          }
+          else if (tag == "P_Triangles") {
+            tagType = MeshPrimitive.Tag.P_Triangles;
+          }
+          else if (tag == "P_TriangleStripI") {
+            tagType = MeshPrimitive.Tag.P_TriangleStripI;
+            data.P_TriangleStripI tv = new data.P_TriangleStripI();
+            tv._0 = (List<int>)fromJSON(Type.Array_Int32,obj["arg0"]);
+            return tv;
+          }
+          else if (tag == "P_TrianglesI") {
+            tagType = MeshPrimitive.Tag.P_TrianglesI;
+            data.P_TrianglesI tv = new data.P_TrianglesI();
+            tv._0 = (List<int>)fromJSON(Type.Array_Int32,obj["arg0"]);
+            return tv;
+          }
+          else throw new Exception("unknown constructor: " + tag);
+          MeshPrimitive o = new MeshPrimitive();
+          o.tag = tagType;
+          return o;
+        }
+        case Type.Mesh: {
+          string tag = (string)obj["tag"];
+          Mesh.Tag tagType;
+          if (tag == "Mesh") {
+            tagType = Mesh.Tag.Mesh;
+            data.Mesh tv = new data.Mesh();
+            tv.mAttributes = (Dictionary<string, global::LambdaCube.Mesh.MeshAttribute>)fromJSON(Type.Map_String_MeshAttribute,obj["mAttributes"]);
+            tv.mPrimitive = (global::LambdaCube.Mesh.MeshPrimitive)fromJSON(Type.MeshPrimitive,obj["mPrimitive"]);
+            return tv;
+          }
+          else throw new Exception("unknown constructor: " + tag);
+          Mesh o = new Mesh();
+          o.tag = tagType;
+          return o;
+        }
+      }
+      throw new Exception("unknown type");
+      return null;
+    }
+
+    JToken toJSON(MeshAttribute v) {
+      var obj = new JObject();
+      switch (v.tag) { 
+        case MeshAttribute.Tag.A_Float:
+          obj["tag"] = "A_Float";
+          {
+            var tv = (data.A_Float)v;
+            obj["arg0"] = toJSON(tv._0);
+          }
+          break;
+        case MeshAttribute.Tag.A_V2F:
+          obj["tag"] = "A_V2F";
+          {
+            var tv = (data.A_V2F)v;
+            obj["arg0"] = toJSON(tv._0);
+          }
+          break;
+        case MeshAttribute.Tag.A_V3F:
+          obj["tag"] = "A_V3F";
+          {
+            var tv = (data.A_V3F)v;
+            obj["arg0"] = toJSON(tv._0);
+          }
+          break;
+        case MeshAttribute.Tag.A_V4F:
+          obj["tag"] = "A_V4F";
+          {
+            var tv = (data.A_V4F)v;
+            obj["arg0"] = toJSON(tv._0);
+          }
+          break;
+        case MeshAttribute.Tag.A_M22F:
+          obj["tag"] = "A_M22F";
+          {
+            var tv = (data.A_M22F)v;
+            obj["arg0"] = toJSON(tv._0);
+          }
+          break;
+        case MeshAttribute.Tag.A_M33F:
+          obj["tag"] = "A_M33F";
+          {
+            var tv = (data.A_M33F)v;
+            obj["arg0"] = toJSON(tv._0);
+          }
+          break;
+        case MeshAttribute.Tag.A_M44F:
+          obj["tag"] = "A_M44F";
+          {
+            var tv = (data.A_M44F)v;
+            obj["arg0"] = toJSON(tv._0);
+          }
+          break;
+        case MeshAttribute.Tag.A_Int:
+          obj["tag"] = "A_Int";
+          {
+            var tv = (data.A_Int)v;
+            obj["arg0"] = toJSON(tv._0);
+          }
+          break;
+        case MeshAttribute.Tag.A_Word:
+          obj["tag"] = "A_Word";
+          {
+            var tv = (data.A_Word)v;
+            obj["arg0"] = toJSON(tv._0);
+          }
+          break;
+      }
+      return obj;
+    }
+    JToken toJSON(MeshPrimitive v) {
+      var obj = new JObject();
+      switch (v.tag) { 
+        case MeshPrimitive.Tag.P_Points:
+          obj["tag"] = "P_Points";
+          break;
+        case MeshPrimitive.Tag.P_TriangleStrip:
+          obj["tag"] = "P_TriangleStrip";
+          break;
+        case MeshPrimitive.Tag.P_Triangles:
+          obj["tag"] = "P_Triangles";
+          break;
+        case MeshPrimitive.Tag.P_TriangleStripI:
+          obj["tag"] = "P_TriangleStripI";
+          {
+            var tv = (data.P_TriangleStripI)v;
+            obj["arg0"] = toJSON(tv._0);
+          }
+          break;
+        case MeshPrimitive.Tag.P_TrianglesI:
+          obj["tag"] = "P_TrianglesI";
+          {
+            var tv = (data.P_TrianglesI)v;
+            obj["arg0"] = toJSON(tv._0);
+          }
+          break;
+      }
+      return obj;
+    }
+    JToken toJSON(Mesh v) {
+      var obj = new JObject();
+      switch (v.tag) { 
+        case Mesh.Tag.Mesh:
+          obj["tag"] = "Mesh";
+          {
+            var tv = (data.Mesh)v;
+            obj["mAttributes"] = toJSON(tv.mAttributes);
+            obj["mPrimitive"] = toJSON(tv.mPrimitive);
+          }
+          break;
+      }
+      return obj;
+    }
+
+    JToken toJSON(int v) { return new JValue(v); }
+    JToken toJSON(uint v) { return new JValue(v); }
+    JToken toJSON(float v) { return new JValue(v); }
+    JToken toJSON(string v) { return new JValue(v); }
+    JToken toJSON(V2<float> v) {
+      var obj = new JObject();
+      obj["x"] = toJSON(v.x);
+      obj["y"] = toJSON(v.y);
+      return obj;
+    }
+    JToken toJSON(V2<V2<float>> v) {
+      var obj = new JObject();
+      obj["x"] = toJSON(v.x);
+      obj["y"] = toJSON(v.y);
+      return obj;
+    }
+    JToken toJSON(V3<float> v) {
+      var obj = new JObject();
+      obj["x"] = toJSON(v.x);
+      obj["y"] = toJSON(v.y);
+      obj["z"] = toJSON(v.z);
+      return obj;
+    }
+    JToken toJSON(V3<V3<float>> v) {
+      var obj = new JObject();
+      obj["x"] = toJSON(v.x);
+      obj["y"] = toJSON(v.y);
+      obj["z"] = toJSON(v.z);
+      return obj;
+    }
+    JToken toJSON(V4<float> v) {
+      var obj = new JObject();
+      obj["x"] = toJSON(v.x);
+      obj["y"] = toJSON(v.y);
+      obj["z"] = toJSON(v.z);
+      obj["w"] = toJSON(v.w);
+      return obj;
+    }
+    JToken toJSON(V4<V4<float>> v) {
+      var obj = new JObject();
+      obj["x"] = toJSON(v.x);
+      obj["y"] = toJSON(v.y);
+      obj["z"] = toJSON(v.z);
+      obj["w"] = toJSON(v.w);
+      return obj;
+    }
+    JToken toJSON(List<int> v) {
+      var obj = new JArray();
+      foreach (var i in v) {
+        obj.Add(toJSON(i));
+      }
+      return obj;
+    }
+    JToken toJSON(List<uint> v) {
+      var obj = new JArray();
+      foreach (var i in v) {
+        obj.Add(toJSON(i));
+      }
+      return obj;
+    }
+    JToken toJSON(List<float> v) {
+      var obj = new JArray();
+      foreach (var i in v) {
+        obj.Add(toJSON(i));
+      }
+      return obj;
+    }
+    JToken toJSON(List<V2<float>> v) {
+      var obj = new JArray();
+      foreach (var i in v) {
+        obj.Add(toJSON(i));
+      }
+      return obj;
+    }
+    JToken toJSON(List<V2<V2<float>>> v) {
+      var obj = new JArray();
+      foreach (var i in v) {
+        obj.Add(toJSON(i));
+      }
+      return obj;
+    }
+    JToken toJSON(List<V3<float>> v) {
+      var obj = new JArray();
+      foreach (var i in v) {
+        obj.Add(toJSON(i));
+      }
+      return obj;
+    }
+    JToken toJSON(List<V3<V3<float>>> v) {
+      var obj = new JArray();
+      foreach (var i in v) {
+        obj.Add(toJSON(i));
+      }
+      return obj;
+    }
+    JToken toJSON(List<V4<float>> v) {
+      var obj = new JArray();
+      foreach (var i in v) {
+        obj.Add(toJSON(i));
+      }
+      return obj;
+    }
+    JToken toJSON(List<V4<V4<float>>> v) {
+      var obj = new JArray();
+      foreach (var i in v) {
+        obj.Add(toJSON(i));
+      }
+      return obj;
+    }
+    JToken toJSON(Dictionary<string, global::LambdaCube.Mesh.MeshAttribute> v) {
+      var obj = new JObject();
+      foreach (var i in v) {
+        obj[i.Key] = toJSON(i.Value);
+      }
+      return obj;
+    }
+  }
+}