UE::MeshDeformation::ConstructUniformConstrainedMeshDeformer

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

References

namespace UE  
{  
    namespace MeshDeformation  
    {  
        TUniquePtr< UE::Solvers::IConstrainedMeshSolver > UE&58;&58;MeshDeformation&58;&58;ConstructUniformConstrainedMeshDeformer  
        &40;  
            const FDynamicGraph3d & Graph  
        &41;  
    }  
}  
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namespace UE {     namespace MeshDeformation     {         TUniquePtr< UE::Solvers::IConstrainedMeshSolver > UE&58;&58;MeshDeformation&58;&58;ConstructUniformConstrainedMeshDeformer         &40;             const FDynamicGraph3d & Graph         &41;     } }

Remarks

Interface for a mesh with only edges and verticespublic: virtual const FVector3d& GetVertex(int) const = 0; virtual int VertexCount() const = 0; virtual int MaxVertexID() const = 0; virtual FRefCountVector::IndexEnumerable VertexIndicesItr() const = 0; virtual FSmallListSet::MappedValueEnumerable VtxVerticesItr(int VID) const = 0; virtual int GetVtxEdgeCount(int VID) const = 0; // Required for FVertexLinearization virtual bool IsBoundaryVertex(int VID) const = 0; Construct a Mesh Deformer object for the given generic mesh that uses Biharmonic Laplacian Mesh Deformation to solve for the deformed vertex positions.

Similar to ConstructConstrainedMeshDeformer() however a uniform-weighted Laplacian is always used. This allows for the solution of deformation problems on a more generic mesh type (triangles or faces are not required.)