internal static Render.DeclarationTypes.IDeclType AllocateDeclType(this Render.DeclarationType type)
{
switch (type)
{
case Render.DeclarationType.Float1: return(new DECLT.Float1());
case Render.DeclarationType.Float2: return(new DECLT.Float2());
case Render.DeclarationType.Float3: return(new DECLT.Float3());
case Render.DeclarationType.Float4: return(new DECLT.Float4());
case Render.DeclarationType.Ubyte4: return(new DECLT.Ubyte4());
case Render.DeclarationType.UbyteN4: return(new DECLT.Ubyte4N());
case Render.DeclarationType.Color: return(new DECLT.Color());
case Render.DeclarationType.UShort2: return(new DECLT.UShort2());
case Render.DeclarationType.UShort4: return(new DECLT.UShort4());
case Render.DeclarationType.UShortN2: return(new DECLT.UShort2N());
case Render.DeclarationType.UShortN4: return(new DECLT.UShort4N());
case Render.DeclarationType.UShortN2_2: return(new DECLT.UShort2N());
case Render.DeclarationType.UShortN4_2: return(new DECLT.UShort4N());
case Render.DeclarationType.UDHen3N: return(new DECLT.UDHen3N());
case Render.DeclarationType.DHen3N: return(new DECLT.DHen3N());
case Render.DeclarationType.Float16Two: return(new DECLT.Float16Two());
case Render.DeclarationType.Float16Four: return(new DECLT.Float16Four());
case Render.DeclarationType.Dec3N: return(new DECLT.Dec3N());
case Render.DeclarationType.UHenD3N: return(new DECLT.UHenD3N());
case Render.DeclarationType.UDec4N: return(new DECLT.UDec4N());
case Render.DeclarationType.ByteN4: return(new DECLT.Byte4N());
#region Legacy
case Render.DeclarationType.UbyteN: return(new DECLT.UbyteN());
case Render.DeclarationType.UbyteN2: return(new DECLT.UbyteN2());
case Render.DeclarationType.UbyteN3: return(new DECLT.UbyteN3());
case Render.DeclarationType.UShortN: return(new DECLT.UShortN());
case Render.DeclarationType.UShortN3: return(new DECLT.UShort3N());
case Render.DeclarationType.ShortN: return(new DECLT.ShortN());
case Render.DeclarationType.ShortN2: return(new DECLT.Short2N());
case Render.DeclarationType.ShortN3: return(new DECLT.Short3N());
case Render.DeclarationType.ShortN4: return(new DECLT.Short4N());
case Render.DeclarationType.HenD3N: return(new DECLT.HenD3N());
#endregion
case Render.DeclarationType.Skip: return(new DECLT.Skip());
default: throw new Debug.Exceptions.UnreachableException(type);
}
}
public static int GetSize(this Render.DeclarationType type)
{
switch (type)
{
case Render.DeclarationType.Float1: return(4);
case Render.DeclarationType.Float2: return(8);
case Render.DeclarationType.Float3: return(12);
case Render.DeclarationType.Float4: return(16);
case Render.DeclarationType.Ubyte4: return(4);
case Render.DeclarationType.UbyteN4: return(4);
case Render.DeclarationType.Color: return(4);
case Render.DeclarationType.UShort2: return(4);
case Render.DeclarationType.UShort4: return(8);
case Render.DeclarationType.UShortN2: return(4);
case Render.DeclarationType.UShortN4: return(8);
case Render.DeclarationType.UShortN2_2: return(4);
case Render.DeclarationType.UShortN4_2: return(8);
case Render.DeclarationType.UDHen3N: return(4);
case Render.DeclarationType.DHen3N: return(4);
case Render.DeclarationType.Float16Two: return(4);
case Render.DeclarationType.Float16Four: return(8);
case Render.DeclarationType.Dec3N: return(4);
case Render.DeclarationType.UHenD3N: return(4);
case Render.DeclarationType.UDec4N: return(4);
case Render.DeclarationType.ByteN4: return(4);
#region Legacy
case Render.DeclarationType.UbyteN: return(1);
case Render.DeclarationType.UbyteN2: return(2);
case Render.DeclarationType.UbyteN3: return(3);
case Render.DeclarationType.UShortN: return(2);
case Render.DeclarationType.UShortN3: return(6);
case Render.DeclarationType.ShortN: return(2);
case Render.DeclarationType.ShortN2: return(4);
case Render.DeclarationType.ShortN3: return(6);
case Render.DeclarationType.ShortN4: return(8);
case Render.DeclarationType.HenD3N: return(4);
#endregion
default: throw new Debug.Exceptions.UnreachableException(type);
}
}
