Feel::MeshInverse< MeshType > Class Template Reference

Inheritance diagram for Feel::MeshInverse< MeshType >:

Collaboration diagram for Feel::MeshInverse< MeshType >:

Public Types
using	gic1_type = typename super1::gic_type
using	gic_type = typename super::gic_type
using	gm1_type = typename super1::gm_type
using	gm_type = typename super::gm_type
using	mesh_ptr_t = std::shared_ptr< mesh_t >
using	mesh_t = decay_type< MeshType >
using	size_type = typename mesh_t::size_type
using	super = boost::mp11::mp_if_c< MeshType::shape_type::is_simplex, GeoMapInverse< MeshType::nDim, MeshType::nOrder, MeshType::nRealDim, typename MeshType::value_type, Simplex >, GeoMapInverse< MeshType::nDim, MeshType::nOrder, MeshType::nRealDim, typename MeshType::value_type, Hypercube > >
using	super1 = boost::mp11::mp_if_c< MeshType::shape_type::is_simplex, GeoMapInverse< MeshType::nDim, 1, MeshType::nRealDim, typename MeshType::value_type, Simplex >, GeoMapInverse< MeshType::nDim, 1, MeshType::nRealDim, typename MeshType::value_type, Hypercube > >
using	value_type = typename mesh_t::value_type

Public Member Functions
void	distribute (bool extrapolation=false)
	distribute the points of the mesh in a kdtree More...
	MeshInverse (std::shared_ptr< mesh_t > const &m)
size_type	nPointsInConvex (size_type i) const
void	pointsInConvex (size_type i, std::vector< boost::tuple< size_type, uint16_type > > &itab) const
const boost::unordered_map< size_type, node_type > &	referenceCoords (void)

Member Function Documentation

distribute()

template<typename MeshType >

void Feel::MeshInverse< MeshType >::distribute

(

bool

extrapolation = false

)

distribute the points of the mesh in a kdtree

extrapolation = false : Only the points inside the mesh are distributed. extrapolation = true : Try to project the exterior points.

Todo:

: for extrapolation, verify that all the points have been taken into account, else test them on the frontiere convexes.