public HlslSemantic(HlslTypeDefinition type, String name, bool multipleResourcesSupported)
{
Type = type;
Name = name;
MultipleResourcesSupported = multipleResourcesSupported;
ResourceNumber = -1;
}
static public HlslTypeDefinition CreateArray(HlslType type, int size)
{
HlslTypeDefinition typedef = new HlslTypeDefinition(type);
typedef.SetArray(size);
return(typedef);
}
static public HlslTypeDefinition CreateMatrix(HlslType type, int rows, int columns)
{
HlslTypeDefinition typedef = new HlslTypeDefinition(type);
typedef.SetMatrix(rows, columns);
return(typedef);
}
public HlslSemantic(HlslTypeDefinition type, String name, bool multipleResourcesSupported)
{
Type = type;
Name = name;
MultipleResourcesSupported = multipleResourcesSupported;
ResourceNumber = -1;
}
// Static creation methods
static public HlslTypeDefinition CreateVector(HlslType type, int size)
{
HlslTypeDefinition typedef = new HlslTypeDefinition(type);
typedef.SetVector(size);
return(typedef);
}
static VertexShader()
{
Input = new List <HlslSemantic>();
Output = new List <HlslSemantic>();
// Initialize input semantics
Input.Add(new HlslSemantic(HlslTypeDefinition.CreateVector(HlslType.Float, 4), "BINORMAL", true));
Input.Add(new HlslSemantic(new HlslTypeDefinition(HlslType.Uint), "BLENDINDICES", true));
Input.Add(new HlslSemantic(new HlslTypeDefinition(HlslType.Float), "BLENDWEIGHT", true));
Input.Add(new HlslSemantic(HlslTypeDefinition.CreateVector(HlslType.Float, 4), "COLOR", true));
Input.Add(new HlslSemantic(HlslTypeDefinition.CreateVector(HlslType.Float, 4), "NORMAL", true));
Input.Add(new HlslSemantic(HlslTypeDefinition.CreateVector(HlslType.Float, 4), "POSITION", true));
Input.Add(new HlslSemantic(HlslTypeDefinition.CreateVector(HlslType.Float, 4), "POSITIONT", false));
Input.Add(new HlslSemantic(new HlslTypeDefinition(HlslType.Float), "PSIZE", true));
Input.Add(new HlslSemantic(HlslTypeDefinition.CreateVector(HlslType.Float, 4), "TANGENT", true));
Input.Add(new HlslSemantic(HlslTypeDefinition.CreateVector(HlslType.Float, 1), "TEXCOORD", true));
Input.Add(new HlslSemantic(HlslTypeDefinition.CreateVector(HlslType.Float, 2), "TEXCOORD", true));
Input.Add(new HlslSemantic(HlslTypeDefinition.CreateVector(HlslType.Float, 3), "TEXCOORD", true));
Input.Add(new HlslSemantic(HlslTypeDefinition.CreateVector(HlslType.Float, 4), "TEXCOORD", true));
// Initialize output semantics
Output.Add(new HlslSemantic(HlslTypeDefinition.CreateVector(HlslType.Float, 4), "COLOR", true));
Output.Add(new HlslSemantic(new HlslTypeDefinition(HlslType.Float), "FOG", false));
Output.Add(new HlslSemantic(HlslTypeDefinition.CreateVector(HlslType.Float, 4), "POSITION", true));
Output.Add(new HlslSemantic(new HlslTypeDefinition(HlslType.Float), "PSIZE", false));
Output.Add(new HlslSemantic(new HlslTypeDefinition(HlslType.Float), "TESSFACTOR", true));
Output.Add(new HlslSemantic(HlslTypeDefinition.CreateVector(HlslType.Float, 1), "TEXCOORD", true));
Output.Add(new HlslSemantic(HlslTypeDefinition.CreateVector(HlslType.Float, 2), "TEXCOORD", true));
Output.Add(new HlslSemantic(HlslTypeDefinition.CreateVector(HlslType.Float, 3), "TEXCOORD", true));
Output.Add(new HlslSemantic(HlslTypeDefinition.CreateVector(HlslType.Float, 4), "TEXCOORD", true));
}
public EffectParameterDefinition(String name, HlslTypeDefinition type, HlslSemantic semantic)
{
Name = name;
Type = type;
HasStorageClass = false;
HasSemantic = true;
StorageClass = StorageClass.None;
Semantic = semantic;
}
public EffectParameterDefinition(String name, HlslTypeDefinition type, StorageClass storageClass)
{
Name = name;
Type = type;
HasStorageClass = true;
HasSemantic = false;
StorageClass = storageClass;
Semantic = new HlslSemantic();
}
static PixelShader()
{
Input = new List <HlslSemantic>();
Output = new List <HlslSemantic>();
// Initialize input semantics
Input.Add(new HlslSemantic(HlslTypeDefinition.CreateVector(HlslType.Float, 4), "COLOR", true));
Input.Add(new HlslSemantic(HlslTypeDefinition.CreateVector(HlslType.Float, 1), "TEXCOORD", true));
Input.Add(new HlslSemantic(HlslTypeDefinition.CreateVector(HlslType.Float, 2), "TEXCOORD", true));
Input.Add(new HlslSemantic(HlslTypeDefinition.CreateVector(HlslType.Float, 3), "TEXCOORD", true));
Input.Add(new HlslSemantic(HlslTypeDefinition.CreateVector(HlslType.Float, 4), "TEXCOORD", true));
Input.Add(new HlslSemantic(new HlslTypeDefinition(HlslType.Float), "VFACE", false));
Input.Add(new HlslSemantic(HlslTypeDefinition.CreateVector(HlslType.Float, 2), "VPOS", false));
// Initialize output semantics
Output.Add(new HlslSemantic(HlslTypeDefinition.CreateVector(HlslType.Float, 4), "COLOR", true));
Output.Add(new HlslSemantic(new HlslTypeDefinition(HlslType.Float), "DEPTH", true));
}
static public HlslTypeDefinition CreateMatrix(HlslType type, int rows, int columns)
{
HlslTypeDefinition typedef = new HlslTypeDefinition(type);
typedef.SetMatrix(rows, columns);
return typedef;
}
static public HlslTypeDefinition CreateArray(HlslType type, int size)
{
HlslTypeDefinition typedef = new HlslTypeDefinition(type);
typedef.SetArray(size);
return typedef;
}
// Static creation methods
static public HlslTypeDefinition CreateVector(HlslType type, int size)
{
HlslTypeDefinition typedef = new HlslTypeDefinition(type);
typedef.SetVector(size);
return typedef;
}