Chaos::PoissonSolve

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Overloads

Chaos::PoissonSolve(const TArray< int32 > &, const TArray< T > &, const TArray< TV_INT > &, const TArray< TV > &, const int32, const T, TArray< T > &)

namespace Chaos  
{  
    template<class T, class TV, class TV_INT, int d>  
    void Chaos::PoissonSolve  
    (  
        const TArray < int32 > & InConstrainedNodes,  
        const TArray < T > & ConstrainedWeights,  
        const TArray < TV_INT > & Mesh,  
        const TArray < TV > & X,  
        const int32 MaxItCG,  
        const T CGTol,  
        TArray < T > & Weights  
    )  
}  
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namespace Chaos {     template<class T, class TV, class TV_INT, int d>     void Chaos::PoissonSolve     (         const TArray < int32 > & InConstrainedNodes,         const TArray < T > & ConstrainedWeights,         const TArray < TV_INT > & Mesh,         const TArray < TV > & X,         const int32 MaxItCG,         const T CGTol,         TArray < T > & Weights     ) }

Chaos::PoissonSolve(const TArray< int32 > &, const TArray< TV > &, const TUniformGrid< T, 3 > &, const int32, const TV, TArray< TV > &, bool, int32)

Description

Solve Poisson on a Uniform Grid (with standard 9-point Laplacian). Weights is a flattened array (using same indexing as UniformGrid and ArrayND) and the output solution. InConstrainedNodes is a list of flattened index nodes that are boundary conditions. ConstrainedWeights is a parallel array of the constrained values.

namespace Chaos  
{  
    template<class TV, class T, bool NodalValues>  
    void Chaos::PoissonSolve  
    (  
        const TArray < int32 > & InConstrainedNodes,  
        const TArray < TV > & ConstrainedWeights,  
        const TUniformGrid < T, 3 > & UniformGrid,  
        const int32 MaxItCG,  
        const TV CGTol,  
        TArray < TV > & Weights,  
        bool bCheckResidual,  
        int32 MinParallelBatchSize  
    )  
}  
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namespace Chaos {     template<class TV, class T, bool NodalValues>     void Chaos::PoissonSolve     (         const TArray < int32 > & InConstrainedNodes,         const TArray < TV > & ConstrainedWeights,         const TUniformGrid < T, 3 > & UniformGrid,         const int32 MaxItCG,         const TV CGTol,         TArray < TV > & Weights,         bool bCheckResidual,         int32 MinParallelBatchSize     ) }