private static FixedFunctionMaterial.TextureMappingType ToTextureMappingType(this W3dVertexMappingType value)
{
switch (value)
{
case W3dVertexMappingType.Uv:
return(FixedFunctionMaterial.TextureMappingType.Uv);
case W3dVertexMappingType.Environment:
case W3dVertexMappingType.CheapEnvironment:
return(FixedFunctionMaterial.TextureMappingType.Environment);
case W3dVertexMappingType.LinearOffset:
return(FixedFunctionMaterial.TextureMappingType.LinearOffset);
case W3dVertexMappingType.Rotate:
return(FixedFunctionMaterial.TextureMappingType.Rotate);
case W3dVertexMappingType.SineLinearOffset:
return(FixedFunctionMaterial.TextureMappingType.SineLinearOffset);
case W3dVertexMappingType.Screen:
return(FixedFunctionMaterial.TextureMappingType.Screen);
case W3dVertexMappingType.Scale:
return(FixedFunctionMaterial.TextureMappingType.Scale);
case W3dVertexMappingType.Grid:
return(FixedFunctionMaterial.TextureMappingType.Grid);
default:
throw new ArgumentOutOfRangeException();
}
}
private static TextureMapping CreateTextureMapping(W3dVertexMappingType mappingType, W3dVertexMapperArgs args)
{
return(new TextureMapping
{
MappingType = mappingType.ToTextureMappingType(),
UVPerSec = new Vector2
{
X = args.UPerSec,
Y = args.VPerSec
},
UVScale = new Vector2
{
X = args.UScale,
Y = args.VScale,
}
});
}
private static TextureMappingType ToTextureMappingType(this W3dVertexMappingType value)
{
switch (value)
{
case W3dVertexMappingType.Uv:
return(TextureMappingType.Uv);
case W3dVertexMappingType.Environment:
return(TextureMappingType.Environment);
case W3dVertexMappingType.LinearOffset:
return(TextureMappingType.LinearOffset);
default:
throw new ArgumentOutOfRangeException();
}
}
private static FixedFunction.TextureMapping CreateTextureMapping(W3dVertexMappingType mappingType, W3dVertexMapperArgs args)
{
return(new FixedFunction.TextureMapping
{
MappingType = mappingType.ToTextureMappingType(),
UVPerSec = new Vector2
{
X = args.UPerSec,
Y = args.VPerSec
},
UVScale = new Vector2
{
X = args.UScale,
Y = args.VScale,
},
UVCenter = new Vector2
{
X = args.UCenter,
Y = args.VCenter
},
UVAmplitude = new Vector2
{
X = args.UAmp,
Y = args.VAmp
},
UVFrequency = new Vector2
{
X = args.UFreq,
Y = args.VFreq
},
UVPhase = new Vector2
{
X = args.UPhase,
Y = args.VPhase
},
UVStep = new Vector2
{
X = args.UStep,
Y = args.VStep,
},
Speed = args.Speed,
Fps = args.FPS,
Log2Width = args.Log2Width,
StepsPerSecond = args.StepsPerSecond
});
}