UE::MeshDeformation::ConstructFullIDTCotangentLaplacian

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API > API/Plugins > API/Plugins/DynamicMesh > API/Plugins/DynamicMesh/Solvers

References

namespace UE  
{  
    namespace MeshDeformation  
    {  
        template<typename RealType>  
        void UE&58;&58;MeshDeformation&58;&58;ConstructFullIDTCotangentLaplacian  
        &40;  
            const FDynamicMesh3 & Mesh,  
            const FVertexLinearization & VertexMap,  
            UE::Solvers::TSparseMatrixAssembler< RealType > & LaplacianMatrix,  
            ECotangentWeightMode WeightMode,  
            ECotangentAreaMode AreaMode  
        &41;  
    }  
}  
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namespace UE {     namespace MeshDeformation     {         template<typename RealType>         void UE&58;&58;MeshDeformation&58;&58;ConstructFullIDTCotangentLaplacian         &40;             const FDynamicMesh3 & Mesh,             const FVertexLinearization & VertexMap,             UE::Solvers::TSparseMatrixAssembler< RealType > & LaplacianMatrix,             ECotangentWeightMode WeightMode,             ECotangentAreaMode AreaMode         &41;     } }

Remarks

Use intrinsic Delaunay mesh to construct sparse Cotangent Laplacian matrix. This variant combines the N interior and M boundary vertices into a single (N+M) matrix and does not do any special treatment of boundaries, they just get standard Cotan weights.