doxygen/html/_matrix_func_8h_source.html

#pragma once

#include "Platform.h"

#include "Matrix.h"


namespace dyno

{

#ifdef CUDA_BACKEND

    template<typename Real, int Dim>

    DYN_FUNC void polarDecomposition(const SquareMatrix<Real, Dim>& A, SquareMatrix<Real, Dim>& R, SquareMatrix<Real, Dim>& U, SquareMatrix<Real, Dim>& D, SquareMatrix<Real, Dim>& V);

#endif // CUDA_BACKEND


    template<typename Real, int Dim>

    DYN_FUNC void polarDecomposition(const SquareMatrix<Real, Dim> &A, SquareMatrix<Real, Dim> &R, SquareMatrix<Real, Dim> &U, SquareMatrix<Real, Dim> &D);


    template<typename Real, int Dim>

    DYN_FUNC void polarDecomposition(const SquareMatrix<Real, Dim> &M, SquareMatrix<Real, Dim> &R, Real tolerance);

}


#include "MatrixFunc.inl"

Matrix.h

MatrixFunc.inl

Real
double Real
Definition Typedef.inl:23

dyno::SquareMatrix
Definition SquareMatrix.h:8

V
#define V(a, b, c)

dyno
This is an implementation of AdditiveCCD based on peridyno.
Definition Array.h:25

dyno::polarDecomposition
DYN_FUNC void polarDecomposition(const SquareMatrix< Real, Dim > &A, SquareMatrix< Real, Dim > &R, SquareMatrix< Real, Dim > &U, SquareMatrix< Real, Dim > &D)

M
#define M(X, Y)
Definition vgMath.h:291