CloneAndSetMesh(const MeshType *new_mesh) const | MeshFieldLinear< T, MeshType > | |
Equal(const MeshFieldLinear< T, MeshType > &field) const | MeshFieldLinear< T, MeshType > | |
Evaluate(int e, const typename MeshType::template Barycentric< B > &b) const | MeshFieldLinear< T, MeshType > | |
EvaluateAtMo(int e) const | MeshFieldLinear< T, MeshType > | |
EvaluateAtVertex(int v) const | MeshFieldLinear< T, MeshType > | |
EvaluateCartesian(int e, const Vector3< C > &p_MQ) const | MeshFieldLinear< T, MeshType > | |
EvaluateGradient(int e) const | MeshFieldLinear< T, MeshType > | |
EvaluateMax(int e) const | MeshFieldLinear< T, MeshType > | |
EvaluateMin(int e) const | MeshFieldLinear< T, MeshType > | |
is_gradient_field_degenerate() const | MeshFieldLinear< T, MeshType > | |
max_values() const | MeshFieldLinear< T, MeshType > | |
mesh() const | MeshFieldLinear< T, MeshType > | |
MeshFieldLinear(MeshFieldLinear &&)=default | MeshFieldLinear< T, MeshType > | |
MeshFieldLinear(std::vector< T > &&values, const MeshType *mesh, MeshGradientMode gradient_mode=MeshGradientMode::kOkOrThrow) | MeshFieldLinear< T, MeshType > | |
MeshFieldLinear(std::vector< T > &&values, const MeshType *mesh, std::vector< Vector3< T >> &&gradients) | MeshFieldLinear< T, MeshType > | |
min_values() const | MeshFieldLinear< T, MeshType > | |
operator=(MeshFieldLinear &&)=default | MeshFieldLinear< T, MeshType > | |
Transform(const math::RigidTransform< typename MeshType::ScalarType > &X_NM) | MeshFieldLinear< T, MeshType > | |
values() const | MeshFieldLinear< T, MeshType > | |