public void WeldVertices(WeldEpsilonsFlags flags, WeldEpsilons epsilons, GraphicsStream adjacencyIn, GraphicsStream adjacencyOut, out int[] faceRemap, out GraphicsStream vertexRemap)
{
throw new NotImplementedException();
}
public void WeldVertices(WeldEpsilonsFlags flags, WeldEpsilons epsilons, GraphicsStream adjacencyIn, [Out] GraphicsStream adjacencyOut)
{
throw new NotImplementedException();
}
public OptimizeArguments(OpsParsedStatement statement)
{
OpsParsedArgument splits = statement.FindArgument("splits");
OpsParsedArgument nocache = statement.FindArgument("nocache");
OpsParsedArgument weld = statement.FindArgument("weld");
OpsParsedArgument e = statement.FindArgument("e");
OpsParsedArgument P = statement.FindArgument("P");
OpsParsedArgument W = statement.FindArgument("W");
OpsParsedArgument N = statement.FindArgument("N");
OpsParsedArgument T = statement.FindArgument("T");
OpsParsedArgument B = statement.FindArgument("B");
OpsParsedArgument UV = statement.FindArgument("UV");
OpsParsedArgument D = statement.FindArgument("D");
OpsParsedArgument S = statement.FindArgument("S");
OpsParsedArgument PS = statement.FindArgument("PS");
OpsParsedArgument F = statement.FindArgument("F");
if (splits != null && int.Parse(splits.Value) == 0)
{
meshFlags |= MeshFlags.OptimizeDoNotSplit;
}
if (nocache != null && int.Parse(nocache.Value) == 0)
{
meshFlags |= MeshFlags.OptimizeVertexCache;
}
if (weld != null)
{
if (0 == String.Compare(weld.Value, "none", true))
{
weldType = WeldType.None;
}
else if (0 == String.Compare(weld.Value, "all", true))
{
weldType = WeldType.All;
epsilonFlags |= WeldEpsilonsFlags.WeldAll;
}
}
if (weldType == WeldType.Epsilon)
{
float delta = 1.0e-6f;
if (e != null)
{
delta = float.Parse(e.Value);
}
epsilons.Binormal = delta;
epsilons.BlendWeights = delta;
epsilons.Diffuse = delta;
epsilons.Normal = delta;
epsilons.PointSize = delta;
epsilons.Position = delta;
epsilons.Specular = delta;
epsilons.Tangent = delta;
epsilons.TessellateFactor = delta;
if (P != null)
{
epsilons.Position = float.Parse(P.Value);
}
if (W != null)
{
epsilons.BlendWeights = float.Parse(W.Value);
}
if (N != null)
{
epsilons.Normal = float.Parse(N.Value);
}
if (T != null)
{
epsilons.Tangent = float.Parse(T.Value);
}
if (B != null)
{
epsilons.Binormal = float.Parse(B.Value);
}
float uvDelta = (UV == null) ? delta : float.Parse(UV.Value);
float[] uvDeltaArray = epsilons.TextureCoordinate;
for (int i = 0; i < uvDeltaArray.Length; i++)
{
uvDeltaArray[i] = uvDelta;
}
epsilons.TextureCoordinate = uvDeltaArray;
if (D != null)
{
epsilons.Diffuse = float.Parse(D.Value);
}
if (S != null)
{
epsilons.Specular = float.Parse(S.Value);
}
if (PS != null)
{
epsilons.PointSize = float.Parse(PS.Value);
}
if (F != null)
{
epsilons.TessellateFactor = float.Parse(F.Value);
}
}
}
public void WeldVertices(WeldEpsilonsFlags flags, WeldEpsilons epsilons, int[] adjacencyIn)
{
throw new NotImplementedException();
}
public OptimizeArguments(OpsParsedStatement statement)
{
OpsParsedArgument splits = statement.FindArgument("splits");
OpsParsedArgument nocache = statement.FindArgument("nocache");
OpsParsedArgument weld = statement.FindArgument("weld");
OpsParsedArgument e = statement.FindArgument("e");
OpsParsedArgument P = statement.FindArgument("P");
OpsParsedArgument W = statement.FindArgument("W");
OpsParsedArgument N = statement.FindArgument("N");
OpsParsedArgument T = statement.FindArgument("T");
OpsParsedArgument B = statement.FindArgument("B");
OpsParsedArgument UV = statement.FindArgument("UV");
OpsParsedArgument D = statement.FindArgument("D");
OpsParsedArgument S = statement.FindArgument("S");
OpsParsedArgument PS = statement.FindArgument("PS");
OpsParsedArgument F = statement.FindArgument("F");
if( splits != null && int.Parse(splits.Value) == 0)
meshFlags |= MeshFlags.OptimizeDoNotSplit;
if( nocache != null && int.Parse(nocache.Value) == 0)
meshFlags |= MeshFlags.OptimizeVertexCache;
if( weld != null)
{
if( 0 == String.Compare( weld.Value, "none", true) )
{
weldType = WeldType.None;
}
else if( 0 == String.Compare( weld.Value, "all", true) )
{
weldType = WeldType.All;
epsilonFlags |= WeldEpsilonsFlags.WeldAll;
}
}
if(weldType == WeldType.Epsilon)
{
float delta = 1.0e-6f;
if(e != null)
delta = float.Parse( e.Value );
epsilons.Binormal=delta;
epsilons.BlendWeights=delta;
epsilons.Diffuse=delta;
epsilons.Normal=delta;
epsilons.PointSize=delta;
epsilons.Position=delta;
epsilons.Specular=delta;
epsilons.Tangent=delta;
epsilons.TessellateFactor=delta;
if(P != null)
epsilons.Position = float.Parse( P.Value );
if(W != null)
epsilons.BlendWeights = float.Parse( W.Value );
if(N != null)
epsilons.Normal = float.Parse( N.Value );
if(T != null)
epsilons.Tangent = float.Parse( T.Value );
if(B != null)
epsilons.Binormal = float.Parse( B.Value );
float uvDelta = (UV == null) ? delta : float.Parse( UV.Value );
float[] uvDeltaArray = epsilons.TextureCoordinate;
for( int i = 0; i < uvDeltaArray.Length; i++)
uvDeltaArray[i] = uvDelta;
epsilons.TextureCoordinate = uvDeltaArray;
if(D != null)
epsilons.Diffuse = float.Parse( D.Value );
if(S != null)
epsilons.Specular = float.Parse( S.Value );
if(PS != null)
epsilons.PointSize = float.Parse( PS.Value );
if(F != null)
epsilons.TessellateFactor = float.Parse( F.Value );
}
}
