public void linkWith(ref MeshAPI_CS api_cs)
{
fixed(float *_VerticesX = api_cs.VerticesX, _VerticesY = api_cs.VerticesY, _VerticesZ = api_cs.VerticesZ)
{
VerticesNumber = api_cs.VerticesNumber;
VerticesX = _VerticesX;
VerticesY = _VerticesY;
VerticesZ = _VerticesZ;
}
fixed(int *_FaceA = api_cs.FaceA, _FaceB = api_cs.FaceB, _FaceC = api_cs.FaceC)
{
FaceNumber = api_cs.FaceNumber;
FaceA = _FaceA;
FaceB = _FaceB;
FaceC = _FaceC;
}
fixed(float *_TexCoordX = api_cs.TexCoordX, _TexCoordY = api_cs.TexCoordY)
{
TexCoordNumber = api_cs.TexCoordNumber;
TexCoordX = _TexCoordX;
TexCoordY = _TexCoordY;
}
}
public static bool MinSrfGlobal_CS(ref MeshAPI_CS api_cs)
{
MeshAPI_CPP api_cpp = new MeshAPI_CPP();
api_cpp.linkWith(ref api_cs);
MinSrfGlobal_CPP(ref api_cpp);
return(true);
}
public static bool Param_UFB_ARAP_CS(ref MeshAPI_CS api_cs)
{
api_cs.initTexCoord();
MeshAPI_CPP api_cpp = new MeshAPI_CPP();
api_cpp.linkWith(ref api_cs);
Param_UFB_ARAP_CPP(ref api_cpp);
return(true);
}
public static bool MinSrfCurve_CS(ref MeshAPI_CS api_cs, ref Mesh mesh)
{
MeshAPI_CPP api_cpp_in = new MeshAPI_CPP();
api_cpp_in.linkWith(ref api_cs);
MeshAPI_CPP api_cpp_out = new MeshAPI_CPP();
MinSrfCurve_CPP(ref api_cpp_in, out api_cpp_out);
api_cs.loadFrom(ref api_cpp_out);
api_cs.convertTo(ref mesh);
// free v and f
MeshAPIFree_CPP(ref api_cpp_out);
return(true);
}
