static SpirvTypeBase()
{
Void = new TypeVoid();
Half = new TypeFloat(16);
Float = new TypeFloat(32);
Double = new TypeFloat(64);
Bool = new TypeBool();
SByte = new TypeInt(8, true);
Byte = new TypeInt(8, false);
Short = new TypeInt(16, true);
UShort = new TypeInt(16, false);
Int = new TypeInt(32, true);
UInt = new TypeInt(32, false);
Vec2 = new TypeVector(Float, 2);
Vec3 = new TypeVector(Float, 3);
Vec4 = new TypeVector(Float, 4);
Ivec2 = new TypeVector(Int, 2);
Ivec3 = new TypeVector(Int, 3);
Ivec4 = new TypeVector(Int, 4);
Uvec2 = new TypeVector(UInt, 2);
Uvec3 = new TypeVector(UInt, 3);
Uvec4 = new TypeVector(UInt, 4);
Bvec2 = new TypeVector(Bool, 2);
Bvec3 = new TypeVector(Bool, 3);
Bvec4 = new TypeVector(Bool, 4);
Dvec2 = new TypeVector(Double, 2);
Dvec3 = new TypeVector(Double, 3);
Dvec4 = new TypeVector(Double, 4);
Mat2Base = new TypeMatrixDeclaration(Vec2, 2);
Mat3Base = new TypeMatrixDeclaration(Vec3, 3);
Mat4Base = new TypeMatrixDeclaration(Vec4, 4);
Mat2 = new TypeMatrixLayout(Mat2Base, MatrixOrientation.ColMajor, 16);
Mat3 = new TypeMatrixLayout(Mat3Base, MatrixOrientation.ColMajor, 16);
Mat4 = new TypeMatrixLayout(Mat4Base, MatrixOrientation.ColMajor, 16);
}
public static SpirvTypeBase ResolveMatrix(TypeVector columnType, uint columnCount)
{
switch (columnType.VectorType)
{
case VectorType.Vec2:
if (columnCount == 2)
{
return(Mat2);
}
break;
case VectorType.Vec3:
if (columnCount == 3)
{
return(Mat3);
}
break;
case VectorType.Vec4:
if (columnCount == 4)
{
return(Mat4);
}
break;
}
return(new TypeMatrixDeclaration((TypeVector)columnType, columnCount));
}
public TypeMatrixDeclaration(TypeVector columnType, uint columnCount)
{
_columnType = columnType;
ColumnCount = columnCount;
}
