public static unsafe uint GetLayoutVertexSize(MeshLayoutType type)
{
switch (type)
{
case MeshLayoutType.LayoutMinimal:
return((uint)sizeof(FlverLayoutMinimal));
case MeshLayoutType.LayoutSky:
return((uint)sizeof(FlverLayoutSky));
case MeshLayoutType.LayoutStandard:
return((uint)sizeof(FlverLayout));
case MeshLayoutType.LayoutUV2:
return((uint)sizeof(FlverLayoutUV2));
case MeshLayoutType.LayoutUV3:
return((uint)sizeof(FlverLayoutUV2));
case MeshLayoutType.LayoutUV4:
return((uint)sizeof(FlverLayoutUV2));
case MeshLayoutType.LayoutCollision:
return((uint)sizeof(CollisionLayout));
case MeshLayoutType.LayoutNavmesh:
return((uint)sizeof(NavmeshLayout));
case MeshLayoutType.LayoutPositionColorNormal:
return((uint)sizeof(VertexPositionColorNormal));
default:
throw new ArgumentException("Invalid layout type");
}
}
public static VertexLayoutDescription GetLayoutDescription(MeshLayoutType type)
{
switch (type)
{
case MeshLayoutType.LayoutMinimal:
return(FlverLayoutMinimal.Layout);
case MeshLayoutType.LayoutSky:
return(FlverLayoutSky.Layout);
case MeshLayoutType.LayoutStandard:
return(FlverLayout.Layout);
case MeshLayoutType.LayoutUV2:
return(FlverLayoutUV2.Layout);
case MeshLayoutType.LayoutUV3:
return(FlverLayoutUV2.Layout);
case MeshLayoutType.LayoutUV4:
return(FlverLayoutUV2.Layout);
case MeshLayoutType.LayoutCollision:
return(CollisionLayout.Layout);
case MeshLayoutType.LayoutNavmesh:
return(NavmeshLayout.Layout);
case MeshLayoutType.LayoutPositionColorNormal:
return(VertexPositionColorNormal.Layout);
default:
throw new ArgumentException("Invalid layout type");
}
}
