sofa::component::solidmechanics::fem::elastic::TriangleFEMUtils< DataTypes > Class Template Reference

#include <TriangleFEMUtils.h>

Public Member Functions
constexpr void	computeDisplacementSmall (Displacement &D, const type::fixed_array< Coord, 3 > &rotatedInitCoord, const Coord &pAB, const Coord &pAC) const
constexpr void	computeDisplacementLarge (Displacement &D, const Transformation &R_0_2, const type::fixed_array< Coord, 3 > &rotatedInitCoord, const Coord &pA, const Coord &pB, const Coord &pC) const
constexpr void	computeRotationLarge (Transformation &r, const Coord &pA, const Coord &pB, const Coord &pC) const
constexpr void	computeForceLarge (Displacement &F, const StrainDisplacement &J, const type::Vec< 3, Real > &stress) const
constexpr void	computeStrainDisplacementGlobal (StrainDisplacement &J, const Coord &pA, const Coord &pB, const Coord &pC) const
constexpr void	computeStrainDisplacementLocal (StrainDisplacement &J, const Coord &pB, const Coord &pC) const
constexpr void	computeStrain (type::Vec< 3, Real > &strain, const StrainDisplacement &J, const Displacement &D, bool fullMethod=false) const
constexpr void	computeStress (type::Vec< 3, Real > &stress, const MaterialStiffness &K, const type::Vec< 3, Real > &strain, bool fullMethod=false) const

Function details

computeDisplacementLarge()

template<class DataTypes >

constexpr void sofa::component::solidmechanics::fem::elastic::TriangleFEMUtils< DataTypes >::computeDisplacementLarge ( Displacement &  D, const Transformation &  R_0_2, const type::fixed_array< Coord, 3 > &  rotatedInitCoord, const Coord &  pA, const Coord &  pB, const Coord &  pC  ) const

constexpr

computeDisplacementSmall()

template<class DataTypes >

constexpr void sofa::component::solidmechanics::fem::elastic::TriangleFEMUtils< DataTypes >::computeDisplacementSmall ( Displacement &  D, const type::fixed_array< Coord, 3 > &  rotatedInitCoord, const Coord &  pAB, const Coord &  pAC  ) const

constexpr

computeForceLarge()

template<class DataTypes >

constexpr void sofa::component::solidmechanics::fem::elastic::TriangleFEMUtils< DataTypes >::computeForceLarge ( Displacement &  F, const StrainDisplacement &  J, const type::Vec< 3, Real > &  stress  ) const

constexpr

computeRotationLarge()

template<class DataTypes >

constexpr void sofa::component::solidmechanics::fem::elastic::TriangleFEMUtils< DataTypes >::computeRotationLarge ( Transformation &  r, const Coord &  pA, const Coord &  pB, const Coord &  pC  ) const

constexpr

computeStrain()

template<class DataTypes >

constexpr void sofa::component::solidmechanics::fem::elastic::TriangleFEMUtils< DataTypes >::computeStrain ( type::Vec< 3, Real > &  strain, const StrainDisplacement &  J, const Displacement &  D, bool  fullMethod = false  ) const

constexpr

computeStrainDisplacementGlobal()

template<class DataTypes >

constexpr void sofa::component::solidmechanics::fem::elastic::TriangleFEMUtils< DataTypes >::computeStrainDisplacementGlobal ( StrainDisplacement &  J, const Coord &  pA, const Coord &  pB, const Coord &  pC  ) const

constexpr

computeStrainDisplacementLocal()

template<class DataTypes >

constexpr void sofa::component::solidmechanics::fem::elastic::TriangleFEMUtils< DataTypes >::computeStrainDisplacementLocal ( StrainDisplacement &  J, const Coord &  pB, const Coord &  pC  ) const

constexpr

computeStress()

template<class DataTypes >

constexpr void sofa::component::solidmechanics::fem::elastic::TriangleFEMUtils< DataTypes >::computeStress ( type::Vec< 3, Real > &  stress, const MaterialStiffness &  K, const type::Vec< 3, Real > &  strain, bool  fullMethod = false  ) const

constexpr