public override void PrepareTypes(CodeGen.CSharpEmitter newEmitter, SchemaType.Context ctx)
{
newEmitter.SetRuntimeName("light", "PunctualLight");
newEmitter.SetRuntimeName("light/spot", "PunctualLightSpot");
newEmitter.SetRuntimeName("KHR_lights_punctual glTF extension", "_ModelPunctualLights");
newEmitter.SetRuntimeName("KHR_lights_punctual node extension", "_NodePunctualLight");
}
public override void PrepareTypes(CodeGen.CSharpEmitter newEmitter, SchemaType.Context ctx)
{
newEmitter.SetRuntimeName("AGI_articulations glTF extension", "AgiRootArticulations");
newEmitter.SetRuntimeName("AGI_articulations glTF Node extension", "AgiNodeArticulations");
newEmitter.SetRuntimeName("Articulation", "AgiArticulation");
newEmitter.SetRuntimeName("Articulation Stage", "AgiArticulationStage");
newEmitter.SetRuntimeName("uniformScale-xRotate-xScale-xTranslate-yRotate-yScale-yTranslate-zRotate-zScale-zTranslate", "AgiArticulationTransformType");
var agiArticulationRootClass = ctx.FindClass("AGI_articulations glTF extension");
if (agiArticulationRootClass != null)
{
newEmitter.SetCollectionContainer(agiArticulationRootClass.UseField("articulations"), "ChildrenCollection<TItem,AgiRootArticulations>");
}
var agiArticulationClass = ctx.FindClass("Articulation");
if (agiArticulationClass != null)
{
newEmitter.SetCollectionContainer(agiArticulationClass.UseField("stages"), "ChildrenCollection<TItem,AgiArticulation>");
}
var agiStkMetadataRootClass = ctx.FindClass("AGI_stk_metadata glTF extension");
if (agiStkMetadataRootClass != null)
{
newEmitter.SetCollectionContainer(agiStkMetadataRootClass.UseField("solarPanelGroups"), "ChildrenCollection<TItem,AgiRootStkMetadata>");
}
}
public override void PrepareTypes(CSharpEmitter newEmitter, SchemaType.Context ctx)
{
newEmitter.SetCollectionContainer("List<TItem>");
const string rootName = "ModelRoot";
newEmitter.SetRuntimeName("glTF", rootName);
newEmitter.SetRuntimeName("glTF Property", "ExtraProperties");
newEmitter.SetRuntimeName("glTF Child of Root Property", "LogicalChildOfRoot");
newEmitter.SetRuntimeName("Sampler", "TextureSampler");
newEmitter.SetRuntimeName("UNSIGNED_BYTE-UNSIGNED_INT-UNSIGNED_SHORT", "IndexEncodingType");
newEmitter.SetRuntimeName("BYTE-FLOAT-SHORT-UNSIGNED_BYTE-UNSIGNED_INT-UNSIGNED_SHORT", "EncodingType");
newEmitter.SetRuntimeName("MAT2-MAT3-MAT4-SCALAR-VEC2-VEC3-VEC4", "DimensionType");
newEmitter.SetRuntimeName("rotation-scale-translation-weights", "PropertyPath");
newEmitter.SetRuntimeName("ARRAY_BUFFER-ELEMENT_ARRAY_BUFFER", "BufferMode");
newEmitter.SetRuntimeName("orthographic-perspective", "CameraType");
newEmitter.SetRuntimeName("BLEND-MASK-OPAQUE", "AlphaMode");
newEmitter.SetRuntimeName("LINE_LOOP-LINE_STRIP-LINES-POINTS-TRIANGLE_FAN-TRIANGLE_STRIP-TRIANGLES", "PrimitiveType");
newEmitter.SetRuntimeName("CUBICSPLINE-LINEAR-STEP", "AnimationInterpolationMode");
newEmitter.SetRuntimeName("LINEAR-NEAREST", "TextureInterpolationFilter");
newEmitter.SetRuntimeName("CLAMP_TO_EDGE-MIRRORED_REPEAT-REPEAT", "TextureWrapMode");
newEmitter.SetRuntimeName("LINEAR-LINEAR_MIPMAP_LINEAR-LINEAR_MIPMAP_NEAREST-NEAREST-NEAREST_MIPMAP_LINEAR-NEAREST_MIPMAP_NEAREST", "TextureMipMapFilter");
var meshClass = ctx.FindClass("Mesh");
if (meshClass != null)
{
newEmitter.SetCollectionContainer(meshClass.UseField("primitives"), "ChildrenCollection<TItem,Mesh>");
}
var animationClass = ctx.FindClass("Animation");
if (animationClass != null)
{
newEmitter.SetCollectionContainer(animationClass.UseField("channels"), "ChildrenCollection<TItem,Animation>");
newEmitter.SetCollectionContainer(animationClass.UseField("samplers"), "ChildrenCollection<TItem,Animation>");
}
var classes = ctx.Classes.ToArray();
var fields = classes
.SelectMany(item => item.Fields)
.ToArray();
foreach (var f in fields)
{
if (f.FieldType is ArrayType atype)
{
if (atype.ItemType is ClassType ctype)
{
if (ctype.BaseClass != null && ctype.BaseClass.PersistentName == "glTF Child of Root Property")
{
newEmitter.SetCollectionContainer(f, $"ChildrenCollection<TItem,{rootName}>");
}
}
}
}
}
public void DeclareContext(SchemaType.Context context)
{
foreach (var ctype in context.Classes)
{
DeclareClass(ctype);
}
foreach (var etype in context.Enumerations)
{
DeclareEnum(etype);
}
}
public static void EmitCodeFromSchema(string dstFile, SchemaType.Context ctx, IReadOnlyList <SchemaProcessor> extensions)
{
var newEmitter = new CSharpEmitter();
newEmitter.DeclareContext(ctx);
foreach (var ext in extensions)
{
ext.PrepareTypes(newEmitter, ctx);
}
var textOut = newEmitter.EmitContext(ctx);
var dstDir = _FindTargetDirectory(Constants.TargetProjectDirectory);
var dstPath = System.IO.Path.Combine(dstDir, $"{dstFile}.cs");
System.IO.File.WriteAllText(dstPath, textOut);
}
public override void PrepareTypes(CodeGen.CSharpEmitter newEmitter, SchemaType.Context ctx)
{
newEmitter.SetRuntimeName("AGI_stk_metadata glTF extension", "AgiRootStkMetadata");
newEmitter.SetRuntimeName("AGI_stk_metadata glTF Node extension", "AgiNodeStkMetadata");
newEmitter.SetRuntimeName("Solar Panel Group", "AgiStkSolarPanelGroup");
}
public override void PrepareTypes(CodeGen.CSharpEmitter newEmitter, SchemaType.Context ctx)
{
newEmitter.SetRuntimeName("KHR_materials_ior glTF extension", "MaterialIOR");
}
private static void ProcessSchema(string dstFile, SchemaType.Context ctx)
{
var newEmitter = new CSharpEmitter();
newEmitter.DeclareContext(ctx);
newEmitter.SetCollectionContainer("List<TItem>");
const string rootName = "ModelRoot";
newEmitter.SetRuntimeName("glTF", rootName);
newEmitter.SetRuntimeName("glTF Property", "ExtraProperties");
newEmitter.SetRuntimeName("glTF Child of Root Property", "LogicalChildOfRoot");
newEmitter.SetRuntimeName("Sampler", "TextureSampler");
newEmitter.SetRuntimeName("UNSIGNED_BYTE-UNSIGNED_INT-UNSIGNED_SHORT", "IndexEncodingType");
newEmitter.SetRuntimeName("BYTE-FLOAT-SHORT-UNSIGNED_BYTE-UNSIGNED_INT-UNSIGNED_SHORT", "EncodingType");
newEmitter.SetRuntimeName("MAT2-MAT3-MAT4-SCALAR-VEC2-VEC3-VEC4", "DimensionType");
newEmitter.SetRuntimeName("rotation-scale-translation-weights", "PropertyPath");
newEmitter.SetRuntimeName("ARRAY_BUFFER-ELEMENT_ARRAY_BUFFER", "BufferMode");
newEmitter.SetRuntimeName("orthographic-perspective", "CameraType");
newEmitter.SetRuntimeName("BLEND-MASK-OPAQUE", "AlphaMode");
newEmitter.SetRuntimeName("LINE_LOOP-LINE_STRIP-LINES-POINTS-TRIANGLE_FAN-TRIANGLE_STRIP-TRIANGLES", "PrimitiveType");
newEmitter.SetRuntimeName("CUBICSPLINE-LINEAR-STEP", "AnimationInterpolationMode");
newEmitter.SetRuntimeName("LINEAR-NEAREST", "TextureInterpolationFilter");
newEmitter.SetRuntimeName("CLAMP_TO_EDGE-MIRRORED_REPEAT-REPEAT", "TextureWrapMode");
newEmitter.SetRuntimeName("LINEAR-LINEAR_MIPMAP_LINEAR-LINEAR_MIPMAP_NEAREST-NEAREST-NEAREST_MIPMAP_LINEAR-NEAREST_MIPMAP_NEAREST", "TextureMipMapFilter");
newEmitter.SetRuntimeName("KHR_materials_pbrSpecularGlossiness glTF extension", "MaterialPBRSpecularGlossiness");
newEmitter.SetRuntimeName("KHR_materials_unlit glTF extension", "MaterialUnlit");
newEmitter.SetRuntimeName("KHR_materials_clearcoat glTF extension", "MaterialClearCoat");
newEmitter.SetRuntimeName("KHR_materials_transmission glTF extension", "MaterialTransmission");
newEmitter.SetRuntimeName("KHR_xmp glTF extension", "XMPPacketsCollection");
newEmitter.SetRuntimeName("KHR_xmp node extension", "XMPPacketReference");
newEmitter.SetRuntimeName("light", "PunctualLight");
newEmitter.SetRuntimeName("light/spot", "PunctualLightSpot");
newEmitter.SetRuntimeName("KHR_texture_transform textureInfo extension", "TextureTransform");
newEmitter.SetRuntimeName("MSFT_texture_dds extension", "TextureDDS");
newEmitter.SetRuntimeName("EXT_texture_webp glTF extension", "TextureWEBP");
newEmitter.SetRuntimeName("KHR_texture_basisu glTF extension", "TextureKTX2");
var classes = ctx.Classes.ToArray();
var fields = classes.SelectMany(item => item.Fields).ToArray();
var meshClass = ctx.FindClass("Mesh");
if (meshClass != null)
{
newEmitter.SetCollectionContainer(meshClass.UseField("primitives"), "ChildrenCollection<TItem,Mesh>");
}
var animationClass = ctx.FindClass("Animation");
if (animationClass != null)
{
newEmitter.SetCollectionContainer(animationClass.UseField("channels"), "ChildrenCollection<TItem,Animation>");
newEmitter.SetCollectionContainer(animationClass.UseField("samplers"), "ChildrenCollection<TItem,Animation>");
}
foreach (var f in fields)
{
if (f.FieldType is ArrayType atype)
{
if (atype.ItemType is ClassType ctype)
{
if (ctype.BaseClass != null && ctype.BaseClass.PersistentName == "glTF Child of Root Property")
{
newEmitter.SetCollectionContainer(f, $"ChildrenCollection<TItem,{rootName}>");
}
}
}
}
var textOut = newEmitter.EmitContext(ctx);
var dstDir = _FindTargetDirectory(Constants.TargetProjectDirectory);
var dstPath = System.IO.Path.Combine(dstDir, $"{dstFile}.cs");
System.IO.File.WriteAllText(dstPath, textOut);
}
public override void PrepareTypes(CodeGen.CSharpEmitter newEmitter, SchemaType.Context ctx)
{
newEmitter.SetRuntimeName("KHR_materials_pbrSpecularGlossiness glTF extension", "MaterialPBRSpecularGlossiness");
}
public string EmitContext(SchemaType.Context context)
{
var sb = new StringBuilder();
sb.AppendLine("//------------------------------------------------------------------------------------------------");
sb.AppendLine("// This file has been programatically generated; DON´T EDIT!");
sb.AppendLine("//------------------------------------------------------------------------------------------------");
sb.AppendLine();
sb.AppendLine("#pragma warning disable SA1001");
sb.AppendLine("#pragma warning disable SA1027");
sb.AppendLine("#pragma warning disable SA1028");
sb.AppendLine("#pragma warning disable SA1121");
sb.AppendLine("#pragma warning disable SA1205");
sb.AppendLine("#pragma warning disable SA1309");
sb.AppendLine("#pragma warning disable SA1402");
sb.AppendLine("#pragma warning disable SA1505");
sb.AppendLine("#pragma warning disable SA1507");
sb.AppendLine("#pragma warning disable SA1508");
sb.AppendLine("#pragma warning disable SA1652");
sb.AppendLine();
sb.AppendLine("using System;");
sb.AppendLine("using System.Collections.Generic;");
sb.AppendLine("using System.Linq;");
sb.AppendLine("using System.Text;");
sb.AppendLine("using System.Numerics;");
sb.AppendLine("using Newtonsoft.Json;");
sb.AppendLine();
sb.AppendLine($"namespace {Constants.OutputNamespace}");
sb.AppendLine("{");
sb.AppendLine("using Collections;".Indent(1));
sb.AppendLine();
foreach (var etype in context.Enumerations)
{
var cout = EmitEnum(etype);
sb.AppendLine(cout);
sb.AppendLine();
}
foreach (var ctype in context.Classes)
{
if (ctype.IgnoredByEmitter)
{
continue;
}
var cout = EmitClass(ctype);
sb.AppendLine(cout);
sb.AppendLine();
}
sb.AppendLine("}");
return(sb.ToString());
}
public override void PrepareTypes(CodeGen.CSharpEmitter newEmitter, SchemaType.Context ctx)
{
newEmitter.SetRuntimeName("EXT_texture_webp glTF extension", "TextureWEBP");
}
public override void PrepareTypes(CodeGen.CSharpEmitter newEmitter, SchemaType.Context ctx)
{
newEmitter.SetRuntimeName("MSFT_texture_dds extension", "TextureDDS");
}
public override void PrepareTypes(CodeGen.CSharpEmitter newEmitter, SchemaType.Context ctx)
{
newEmitter.SetRuntimeName("KHR_materials_emissive_strength glTF extension", "MaterialEmissiveStrength");
}
public override void PrepareTypes(CodeGen.CSharpEmitter newEmitter, SchemaType.Context ctx)
{
newEmitter.SetRuntimeName("KHR_texture_basisu glTF extension", "TextureKTX2");
}
public override void PrepareTypes(CodeGen.CSharpEmitter newEmitter, SchemaType.Context ctx)
{
newEmitter.SetRuntimeName("KHR_texture_transform textureInfo extension", "TextureTransform");
}
public override void PrepareTypes(CodeGen.CSharpEmitter newEmitter, SchemaType.Context ctx)
{
newEmitter.SetRuntimeName("EXT_mesh_gpu_instancing glTF extension", "MeshGpuInstancing");
}
