private static IList CreateVertexElementArray(LmEVertexElementFormat format)
{
switch (format)
{
case LmEVertexElementFormat.Disable:
Debug.Fail("Unrecognized vertex element format");
return(null);
case LmEVertexElementFormat.XYZW32_Float:
return(new List <float>());
case LmEVertexElementFormat.XYZW32_UintN:
return(new List <uint>());
case LmEVertexElementFormat.XYZW32_Uint:
return(new List <uint>());
case LmEVertexElementFormat.XYZW32_SintN:
return(new List <int>());
case LmEVertexElementFormat.XYZW32_Sint:
return(new List <int>());
case LmEVertexElementFormat.XYZW16_Float:
return(new List <float>());
case LmEVertexElementFormat.XYZW16_UintN:
return(new List <ushort>());
case LmEVertexElementFormat.XYZW16_Uint:
return(new List <ushort>());
case LmEVertexElementFormat.XYZW16_SintN:
return(new List <short>());
case LmEVertexElementFormat.XYZW16_Sint:
return(new List <short>());
case LmEVertexElementFormat.XYZW8_Float:
return(new List <float>());
case LmEVertexElementFormat.XYZW8_UintN:
return(new List <byte>());
case LmEVertexElementFormat.XYZW8_Uint:
return(new List <byte>());
case LmEVertexElementFormat.XYZW8_SintN:
return(new List <sbyte>());
case LmEVertexElementFormat.XYZW8_Sint:
return(new List <sbyte>());
case LmEVertexElementFormat.XYZ32_Float:
return(new List <float>());
case LmEVertexElementFormat.XYZ32_UintN:
return(new List <uint>());
case LmEVertexElementFormat.XYZ32_Uint:
return(new List <uint>());
case LmEVertexElementFormat.XYZ32_SintN:
return(new List <int>());
case LmEVertexElementFormat.XYZ32_Sint:
return(new List <int>());
case LmEVertexElementFormat.XY32_Float:
return(new List <float>());
case LmEVertexElementFormat.XY32_UintN:
return(new List <uint>());
case LmEVertexElementFormat.XY32_Uint:
return(new List <uint>());
case LmEVertexElementFormat.XY32_SintN:
return(new List <int>());
case LmEVertexElementFormat.XY32_Sint:
return(new List <int>());
case LmEVertexElementFormat.XY16_Float:
return(new List <float>());
case LmEVertexElementFormat.XY16_UintN:
return(new List <ushort>());
case LmEVertexElementFormat.XY16_Uint:
return(new List <ushort>());
case LmEVertexElementFormat.XY16_SintN:
return(new List <short>());
case LmEVertexElementFormat.XY16_Sint:
return(new List <short>());
case LmEVertexElementFormat.X32_Float:
return(new List <float>());
case LmEVertexElementFormat.X32_UintN:
return(new List <uint>());
case LmEVertexElementFormat.X32_Uint:
return(new List <uint>());
case LmEVertexElementFormat.X32_SintN:
return(new List <int>());
case LmEVertexElementFormat.X32_Sint:
return(new List <int>());
case LmEVertexElementFormat.X16_Float:
return(new List <float>());
case LmEVertexElementFormat.X16_UintN:
return(new List <ushort>());
case LmEVertexElementFormat.X16_Uint:
return(new List <ushort>());
case LmEVertexElementFormat.X16_SintN:
return(new List <short>());
case LmEVertexElementFormat.X16_Sint:
return(new List <short>());
case LmEVertexElementFormat.X8_Float:
return(new List <float>());
case LmEVertexElementFormat.X8_UintN:
return(new List <byte>());
case LmEVertexElementFormat.X8_Uint:
return(new List <byte>());
case LmEVertexElementFormat.X8_SintN:
return(new List <sbyte>());
case LmEVertexElementFormat.X8_Sint:
return(new List <sbyte>());
case LmEVertexElementFormat.Num:
Debug.Fail("Unsupported vertex element format");
return(null);
default:
return(null);
}
}
public static byte FormatToVertexType(LmEVertexElementFormat format)
{
var formatAsIndex = (int)format;
return(LmToBlackVertexType[formatAsIndex]);
}
public static uint FormatToVertexComponentCount(LmEVertexElementFormat format)
{
var formatAsIndex = (int)format;
return(LmToBlackVertexComponentCount[formatAsIndex]);
}
private LmVertexElementDesc(uint offset, string semantic, LmEVertexElementFormat format)
{
this.Offset = offset;
this.Semantic = semantic;
this.Format = format;
}
