Domaine_IJK#
#include <Domaine_IJK.h>
This class encapsulates all the information related to the eulerian mesh for TrioIJK.
How to cite this class in this doc#
:ref:`Domaine\_IJK <class-domaine-ijk>`
[Domaine\_IJK](#class-domaine-ijk)
Detailed description#
Multiples methods regarding how to navigates through it, volume of the each cells, etc…
Inherits from#
public : Domaine_base
List of Public Methods#
List of Public Static Methods#
List of Protected Methods#
Complete Member Function Documentation#
int Domaine_IJK::convert_ijk_cell_to_packed(const FixedVector< int, 3 > ijk) const
Converts the ijk index of an element to a cell index.
Adapted from Maillage_FT_IJK.h
References
Referenced By
Intersection_Interface_ijk_cell::calcul_projection_centre_faces_sur_interface_moy
Intersection_Interface_ijk_cell::calcul_projection_centre_sur_interface_moy
IJK_Interfaces::calculer_indicatrice_surfacique_barycentre_face
Intersection_Interface_ijk_face::compute_mean_interface_face
Corrige_flux_FT_temperature_subresolution::replace_temperature_cell_centre_neighbours
IJK_One_Dimensional_Subproblems_Interfaces_Fields::retrieve_interfacial_surface_quantity
How to cite in this doc:
:ref:`int Domaine_IJK::convert_ijk_cell_to_packed(const FixedVector< int, 3 > ijk) const <public-int-domaine-ijk-convert-ijk-cell-to-packed-const-fixedvector-int-3-ijk-const>`
[int Domaine_IJK::convert_ijk_cell_to_packed(const FixedVector< int, 3 > ijk) const](#public-int-domaine-ijk-convert-ijk-cell-to-packed-const-fixedvector-int-3-ijk-const)
int Domaine_IJK::convert_ijk_cell_to_packed(int i, int j, int k) const
With three indices, find the local index of an element.
References
How to cite in this doc:
:ref:`int Domaine_IJK::convert_ijk_cell_to_packed(int i, int j, int k) const <public-int-domaine-ijk-convert-ijk-cell-to-packed-int-i-int-j-int-k-const>`
[int Domaine_IJK::convert_ijk_cell_to_packed(int i, int j, int k) const](#public-int-domaine-ijk-convert-ijk-cell-to-packed-int-i-int-j-int-k-const)
FixedVector<int, 3> Domaine_IJK::convert_packed_to_ijk_cell(int index) const
Convert the local index of an element to a vector with IJK indices.
Adapted from Maillage_FT_IJK.h
References
Referenced By
How to cite in this doc:
:ref:`FixedVector<int, 3> Domaine_IJK::convert_packed_to_ijk_cell(int index) const <public-fixedvector-int-3-domaine-ijk-convert-packed-to-ijk-cell-int-index-const>`
[FixedVector<int, 3> Domaine_IJK::convert_packed_to_ijk_cell(int index) const](#public-fixedvector-int-3-domaine-ijk-convert-packed-to-ijk-cell-int-index-const)
int Domaine_IJK::correct_perio_i_local(int direction, int i) const
Referenced By
How to cite in this doc:
:ref:`int Domaine_IJK::correct_perio_i_local(int direction, int i) const <public-int-domaine-ijk-correct-perio-i-local-int-direction-int-i-const>`
[int Domaine_IJK::correct_perio_i_local(int direction, int i) const](#public-int-domaine-ijk-correct-perio-i-local-int-direction-int-i-const)
Faces * Domaine_IJK::creer_faces()
renvoie new(Faces) ! elle est surchargee par Domaine_VDF par ex.
How to cite in this doc:
:ref:`Faces * Domaine_IJK::creer_faces() <public-faces-ptr-domaine-ijk-creer-faces>`
[Faces * Domaine_IJK::creer_faces()](#public-faces-ptr-domaine-ijk-creer-faces)
Domaine_IJK::Domaine_IJK()
References
How to cite in this doc:
:ref:`Domaine_IJK::Domaine_IJK() <public-domaine-ijk-domaine-ijk>`
[Domaine_IJK::Domaine_IJK()](#public-domaine-ijk-domaine-ijk)
int Domaine_IJK::duplique() const override
Reimplements:
How to cite in this doc:
:ref:`int Domaine_IJK::duplique() const override <public-int-domaine-ijk-duplique-const-override>`
[int Domaine_IJK::duplique() const override](#public-int-domaine-ijk-duplique-const-override)
int Domaine_IJK::ft_extension() const
Referenced By
How to cite in this doc:
:ref:`int Domaine_IJK::ft_extension() const <public-int-domaine-ijk-ft-extension-const>`
[int Domaine_IJK::ft_extension() const](#public-int-domaine-ijk-ft-extension-const)
double Domaine_IJK::get_constant_delta(int direction) const
Returns the size of cells in a direction.
This requires the size of all cells in this direction to be the same, Which means is_uniform(direction) has to be true.
References
Referenced By
Cut_cell_surface_efficace::calcul_delta_volume_theorique_bilan
Intersection_Interface_ijk_face::calcul_projection_bary_face_mouillee_interface_moy
Cut_cell_surface_efficace::calcul_surface_face_efficace_iteratif
Cut_cell_surface_efficace::calcul_surface_interface_efficace
Cut_cell_schema_auxiliaire::calcule_valeur_remplissage_ponderation_voisin
Cut_cell_schema_auxiliaire::calcule_valeur_remplissage_semi_lagrangien
Cut_cell_schema_auxiliaire::calcule_valeur_remplissage_semi_lagrangien_interpolate
IJK_One_Dimensional_Subproblem::complete_frame_of_reference_lrs_fluxes_eval
Navier_Stokes_FTD_IJK::compute_correction_for_momentum_balance
IJK_One_Dimensional_Subproblem::compute_distance_cell_centres_neighbours
IJK_One_Dimensional_Subproblem_Geometry::compute_distance_cell_centres_neighbours
IJK_One_Dimensional_Subproblem::compute_distance_last_cell_faces_neighbours
IJK_One_Dimensional_Subproblem_Geometry::compute_distance_last_cell_faces_neighbours
Operateur_IJK_faces_base_double::compute_dtstab_convection_local
Cut_cell_schema_auxiliaire::compute_flux_small_nascent_cells
IJK_Thermal_Subresolution::compute_ghost_cell_numbers_for_subproblems
IJK_Thermal_Onefluid::compute_temperature_convection_conservative
IJK_One_Dimensional_Subproblem_Geometry::compute_vertex_position
IJK_One_Dimensional_Subproblem::find_cell_related_indicator_on_probes
IJK_One_Dimensional_Subproblem_Geometry::find_cell_related_indicator_on_probes
IJK_One_Dimensional_Subproblem::get_discrete_surface_at_level
IJK_One_Dimensional_Subproblem::get_discrete_two_dimensional_spacing
IJK_One_Dimensional_Subproblem_Geometry::get_dxyz_increment_max
IJK_One_Dimensional_Subproblem::get_dxyz_over_two_increment_max
IJK_One_Dimensional_Subproblem_Geometry::get_dxyz_over_two_increment_max
Cut_cell_surface_efficace::imprimer_informations_surface_efficace_face
Cut_cell_surface_efficace::imprimer_informations_surface_efficace_interface
IJK_Thermal_Subresolution::post_process_thermal_wake_slice_index_dir
How to cite in this doc:
:ref:`double Domaine_IJK::get_constant_delta(int direction) const <public-double-domaine-ijk-get-constant-delta-int-direction-const>`
[double Domaine_IJK::get_constant_delta(int direction) const](#public-double-domaine-ijk-get-constant-delta-int-direction-const)
double Domaine_IJK::get_coord_of_dof_along_dir(int dir, int i, Localisation loc) const
How to cite in this doc:
:ref:`double Domaine_IJK::get_coord_of_dof_along_dir(int dir, int i, Localisation loc) const <public-double-domaine-ijk-get-coord-of-dof-along-dir-int-dir-int-i-localisation-loc-const>`
[double Domaine_IJK::get_coord_of_dof_along_dir(int dir, int i, Localisation loc) const](#public-double-domaine-ijk-get-coord-of-dof-along-dir-int-dir-int-i-localisation-loc-const)
Vecteur3 Domaine_IJK::get_coords_of_dof(int i, int j, int k, Localisation loc) const
Determines the dof of an element along a localisation.
TODO: Not sure about the brief?
Referenced By
How to cite in this doc:
:ref:`Vecteur3 Domaine_IJK::get_coords_of_dof(int i, int j, int k, Localisation loc) const <public-vecteur3-domaine-ijk-get-coords-of-dof-int-i-int-j-int-k-localisation-loc-const>`
[Vecteur3 Domaine_IJK::get_coords_of_dof(int i, int j, int k, Localisation loc) const](#public-vecteur3-domaine-ijk-get-coords-of-dof-int-i-int-j-int-k-localisation-loc-const)
const ArrOfDouble & Domaine_IJK::get_delta(int direction) const
Returns the array of mesh cell sizes in requested direction.
Referenced By
Cut_cell_surface_efficace::calcul_surface_face_efficace_iteratif
Cut_cell_surface_efficace::calcul_surface_interface_efficace
Operateur_IJK_faces_base_double::compute_dtstab_convection_local
Cut_cell_surface_efficace::imprimer_informations_surface_efficace_face
Cut_cell_surface_efficace::imprimer_informations_surface_efficace_interface
How to cite in this doc:
:ref:`const ArrOfDouble & Domaine_IJK::get_delta(int direction) const <public-const-arrofdouble-ref-domaine-ijk-get-delta-int-direction-const>`
[const ArrOfDouble & Domaine_IJK::get_delta(int direction) const](#public-const-arrofdouble-ref-domaine-ijk-get-delta-int-direction-const)
double Domaine_IJK::get_domain_length(int direction) const
Returns the length of the entire domain in requested direction.
References
Referenced By
How to cite in this doc:
:ref:`double Domaine_IJK::get_domain_length(int direction) const <public-double-domaine-ijk-get-domain-length-int-direction-const>`
[double Domaine_IJK::get_domain_length(int direction) const](#public-double-domaine-ijk-get-domain-length-int-direction-const)
int Domaine_IJK::get_i_along_dir_no_perio(int direction, double coord_dir, Localisation loc) const
References
Referenced By
How to cite in this doc:
:ref:`int Domaine_IJK::get_i_along_dir_no_perio(int direction, double coord_dir, Localisation loc) const <public-int-domaine-ijk-get-i-along-dir-no-perio-int-direction-double-coord-dir-localisation-loc-const>`
[int Domaine_IJK::get_i_along_dir_no_perio(int direction, double coord_dir, Localisation loc) const](#public-int-domaine-ijk-get-i-along-dir-no-perio-int-direction-double-coord-dir-localisation-loc-const)
int Domaine_IJK::get_i_along_dir_perio(int direction, double coord_dir, Localisation loc) const
References
Referenced By
How to cite in this doc:
:ref:`int Domaine_IJK::get_i_along_dir_perio(int direction, double coord_dir, Localisation loc) const <public-int-domaine-ijk-get-i-along-dir-perio-int-direction-double-coord-dir-localisation-loc-const>`
[int Domaine_IJK::get_i_along_dir_perio(int direction, double coord_dir, Localisation loc) const](#public-int-domaine-ijk-get-i-along-dir-perio-int-direction-double-coord-dir-localisation-loc-const)
Int3 Domaine_IJK::get_ijk_from_coord(double coord_x, double coord_y, double coord_z, Localisation loc) const
References
How to cite in this doc:
:ref:`Int3 Domaine_IJK::get_ijk_from_coord(double coord_x, double coord_y, double coord_z, Localisation loc) const <public-int3-domaine-ijk-get-ijk-from-coord-double-coord-x-double-coord-y-double-coord-z-localisation-loc-const>`
[Int3 Domaine_IJK::get_ijk_from_coord(double coord_x, double coord_y, double coord_z, Localisation loc) const](#public-int3-domaine-ijk-get-ijk-from-coord-double-coord-x-double-coord-y-double-coord-z-localisation-loc-const)
Int3 Domaine_IJK::get_ijk_from_independent_index(int independent_index) const
References
How to cite in this doc:
:ref:`Int3 Domaine_IJK::get_ijk_from_independent_index(int independent_index) const <public-int3-domaine-ijk-get-ijk-from-independent-index-int-independent-index-const>`
[Int3 Domaine_IJK::get_ijk_from_independent_index(int independent_index) const](#public-int3-domaine-ijk-get-ijk-from-independent-index-int-independent-index-const)
int Domaine_IJK::get_independent_index(int i, int j, int k) const
independent_index adds a ghost_size to the packed index. It is similar to the linear_index defined in IJK_Field_local_template , but with a universal, predefined ghost_size of 256 instead of a field - dependent ghost_size. Since the ghost_size_ value is larger than any ghost_size expected to be used in practice, any virtual cell can be represented by the independent index.
References
Referenced By
How to cite in this doc:
:ref:`int Domaine_IJK::get_independent_index(int i, int j, int k) const <public-int-domaine-ijk-get-independent-index-int-i-int-j-int-k-const>`
[int Domaine_IJK::get_independent_index(int i, int j, int k) const](#public-int-domaine-ijk-get-independent-index-int-i-int-j-int-k-const)
int Domaine_IJK::get_independent_index_from_signed_independent_index(int signed_independent_index) const
How to cite in this doc:
:ref:`int Domaine_IJK::get_independent_index_from_signed_independent_index(int signed_independent_index) const <public-int-domaine-ijk-get-independent-index-from-signed-independent-index-int-signed-independent-index-const>`
[int Domaine_IJK::get_independent_index_from_signed_independent_index(int signed_independent_index) const](#public-int-domaine-ijk-get-independent-index-from-signed-independent-index-int-signed-independent-index-const)
const Type_info * Domaine_IJK::get_info() const override
Donne des informations sur le type de l’ Objet_U .
Reimplements:
How to cite in this doc:
:ref:`const Type_info * Domaine_IJK::get_info() const override <public-const-type-info-ptr-domaine-ijk-get-info-const-override>`
[const Type_info * Domaine_IJK::get_info() const override](#public-const-type-info-ptr-domaine-ijk-get-info-const-override)
void Domaine_IJK::get_local_mesh_delta(int direction, int ghost_cells, ArrOfDouble_with_ghost &delta) const
Fills the “delta” array with the size of the cells owned by the processor in the requested direction.
“delta” is redimensionned with the specified number of ghost cells and filled. If domain is periodic, takes periodic mesh size in ghost cells on first and last subdomain, if domain is not periodic, copy the size of the first and last cell into ghost cells in the walls.
References
How to cite in this doc:
:ref:`void Domaine_IJK::get_local_mesh_delta(int direction, int ghost_cells, ArrOfDouble_with_ghost &delta) const <public-void-domaine-ijk-get-local-mesh-delta-int-direction-int-ghost-cells-arrofdouble-with-ghost-ref-delta-const>`
[void Domaine_IJK::get_local_mesh_delta(int direction, int ghost_cells, ArrOfDouble_with_ghost &delta) const](#public-void-domaine-ijk-get-local-mesh-delta-int-direction-int-ghost-cells-arrofdouble-with-ghost-ref-delta-const)
int Domaine_IJK::get_local_slice_index(int direction) const
Returns the position of the local subdomain in the requested direction.
Referenced By
How to cite in this doc:
:ref:`int Domaine_IJK::get_local_slice_index(int direction) const <public-int-domaine-ijk-get-local-slice-index-int-direction-const>`
[int Domaine_IJK::get_local_slice_index(int direction) const](#public-int-domaine-ijk-get-local-slice-index-int-direction-const)
int Domaine_IJK::get_nb_elem_local() const
Returns the number of element owned by this processor.
References
Referenced By
How to cite in this doc:
:ref:`int Domaine_IJK::get_nb_elem_local() const <public-int-domaine-ijk-get-nb-elem-local-const>`
[int Domaine_IJK::get_nb_elem_local() const](#public-int-domaine-ijk-get-nb-elem-local-const)
int Domaine_IJK::get_nb_elem_local(int direction) const
Returns the number of elements owned by this processor in the given direction.
Referenced By
How to cite in this doc:
:ref:`int Domaine_IJK::get_nb_elem_local(int direction) const <public-int-domaine-ijk-get-nb-elem-local-int-direction-const>`
[int Domaine_IJK::get_nb_elem_local(int direction) const](#public-int-domaine-ijk-get-nb-elem-local-int-direction-const)
int Domaine_IJK::get_nb_elem_tot() const
Returns the total (global) number of mesh cells.
Referenced By
How to cite in this doc:
:ref:`int Domaine_IJK::get_nb_elem_tot() const <public-int-domaine-ijk-get-nb-elem-tot-const>`
[int Domaine_IJK::get_nb_elem_tot() const](#public-int-domaine-ijk-get-nb-elem-tot-const)
int Domaine_IJK::get_nb_elem_tot(int direction) const
Returns the total (global) number of mesh cells in requested direction.
References
Referenced By
IJK_Thermal_base::calculer_temperature_adimensionnelle_theta
Corrige_flux_FT_temperature_subresolution::compute_cell_neighbours_faces_indices_to_correct
Corrige_flux_FT_temperature_subresolution::compute_temperature_cell_centre_neighbours
IJK_One_Dimensional_Subproblem::dispatch_interfacial_heat_flux_correction
IJK_Thermal_Subresolution::enforce_periodic_temperature_boundary_value
Corrige_flux_FT_temperature_subresolution::get_linear_index_global
IJK_Thermal_Subresolution::post_process_thermal_wake_slice_index_dir
How to cite in this doc:
:ref:`int Domaine_IJK::get_nb_elem_tot(int direction) const <public-int-domaine-ijk-get-nb-elem-tot-int-direction-const>`
[int Domaine_IJK::get_nb_elem_tot(int direction) const](#public-int-domaine-ijk-get-nb-elem-tot-int-direction-const)
int Domaine_IJK::get_nb_faces_local(int compo, int direction) const
Returns the number, in requested direction, of faces that are oriented in direction of “compo”.
The last face of the last element is owned by the next processor.
Referenced By
How to cite in this doc:
:ref:`int Domaine_IJK::get_nb_faces_local(int compo, int direction) const <public-int-domaine-ijk-get-nb-faces-local-int-compo-int-direction-const>`
[int Domaine_IJK::get_nb_faces_local(int compo, int direction) const](#public-int-domaine-ijk-get-nb-faces-local-int-compo-int-direction-const)
int Domaine_IJK::get_nb_items_global(Localisation loc, int direction) const
Returns the number of local items (on this processor) for the given localisation in the requested direction.
If periodic along requested direction, need to add the last item for nodes and faces.
How to cite in this doc:
:ref:`int Domaine_IJK::get_nb_items_global(Localisation loc, int direction) const <public-int-domaine-ijk-get-nb-items-global-localisation-loc-int-direction-const>`
[int Domaine_IJK::get_nb_items_global(Localisation loc, int direction) const](#public-int-domaine-ijk-get-nb-items-global-localisation-loc-int-direction-const)
int Domaine_IJK::get_nb_items_local(Localisation loc, int direction) const
Returns the number of local items (on this processor) for the given localisation in the requested direction.
References
Referenced By
How to cite in this doc:
:ref:`int Domaine_IJK::get_nb_items_local(Localisation loc, int direction) const <public-int-domaine-ijk-get-nb-items-local-localisation-loc-int-direction-const>`
[int Domaine_IJK::get_nb_items_local(Localisation loc, int direction) const](#public-int-domaine-ijk-get-nb-items-local-localisation-loc-int-direction-const)
int Domaine_IJK::get_nb_nodes_local(int direction) const
Returns the number of nodes owned by this processor (generally equal to nb_elem_local())
The last node of the last element is owned by the next processor.
Referenced By
How to cite in this doc:
:ref:`int Domaine_IJK::get_nb_nodes_local(int direction) const <public-int-domaine-ijk-get-nb-nodes-local-int-direction-const>`
[int Domaine_IJK::get_nb_nodes_local(int direction) const](#public-int-domaine-ijk-get-nb-nodes-local-int-direction-const)
int Domaine_IJK::get_neighbour_processor(int previous_or_next, int direction) const
Returns the index of the requested neighbour processor ( - 1 if no neighbour).
previous_or_next = 0 = > get processor at left (in the direction of smaller indices). previous_or_next = 1 = > get processor at right (in the direction of the larger indices).
Referenced By
How to cite in this doc:
:ref:`int Domaine_IJK::get_neighbour_processor(int previous_or_next, int direction) const <public-int-domaine-ijk-get-neighbour-processor-int-previous-or-next-int-direction-const>`
[int Domaine_IJK::get_neighbour_processor(int previous_or_next, int direction) const](#public-int-domaine-ijk-get-neighbour-processor-int-previous-or-next-int-direction-const)
const ArrOfDouble & Domaine_IJK::get_node_coordinates(int direction) const
Returns an array with the coordinates of all nodes in the mesh in requested direction.
Referenced By
How to cite in this doc:
:ref:`const ArrOfDouble & Domaine_IJK::get_node_coordinates(int direction) const <public-const-arrofdouble-ref-domaine-ijk-get-node-coordinates-int-direction-const>`
[const ArrOfDouble & Domaine_IJK::get_node_coordinates(int direction) const](#public-const-arrofdouble-ref-domaine-ijk-get-node-coordinates-int-direction-const)
int Domaine_IJK::get_nprocessor_per_direction(int direction) const
Returns the number of slices in the given direction.
Referenced By
How to cite in this doc:
:ref:`int Domaine_IJK::get_nprocessor_per_direction(int direction) const <public-int-domaine-ijk-get-nprocessor-per-direction-int-direction-const>`
[int Domaine_IJK::get_nprocessor_per_direction(int direction) const](#public-int-domaine-ijk-get-nprocessor-per-direction-int-direction-const)
int Domaine_IJK::get_offset_local(int direction) const
Returns the local offset in requested direction.
Referenced By
Cut_cell_surface_efficace::calcul_delta_volume_theorique_bilan
Cut_cell_surface_efficace::calcul_surface_face_efficace_iteratif
Cut_cell_surface_efficace::calcul_surface_interface_efficace
IJK_Thermal_base::calculer_temperature_adimensionnelle_theta
Corrige_flux_FT_temperature_subresolution::combine_all_fluxes_from_outisde_frontier_on_procs
Corrige_flux_FT_temperature_subresolution::combine_fluxes_from_frontier_on_procs
IJK_Thermal_Subresolution::complete_field_thermal_wake_slice_ij_values
Corrige_flux_FT_temperature_subresolution::compute_cell_neighbours_faces_indices_to_correct
Operateur_IJK_faces_base_double::compute_dtstab_convection_local
Corrige_flux_FT_temperature_subresolution::compute_temperature_cell_centre_neighbours
IJK_One_Dimensional_Subproblem::dispatch_interfacial_heat_flux_correction
IJK_Thermal_Subresolution::enforce_periodic_temperature_boundary_value
Cut_cell_surface_efficace::imprimer_informations_surface_efficace_face
Cut_cell_surface_efficace::imprimer_informations_surface_efficace_interface
IJK_Thermal_Subresolution::post_process_thermal_wake_slice_index_dir
IJK_One_Dimensional_Subproblems::retrieve_interfacial_heat_flux_correction_on_procs
How to cite in this doc:
:ref:`int Domaine_IJK::get_offset_local(int direction) const <public-int-domaine-ijk-get-offset-local-int-direction-const>`
[int Domaine_IJK::get_offset_local(int direction) const](#public-int-domaine-ijk-get-offset-local-int-direction-const)
double Domaine_IJK::get_origin(int direction) const
Returns the coordinate of the first node (global) of the mesh in the requested direction.
Referenced By
How to cite in this doc:
:ref:`double Domaine_IJK::get_origin(int direction) const <public-double-domaine-ijk-get-origin-int-direction-const>`
[double Domaine_IJK::get_origin(int direction) const](#public-double-domaine-ijk-get-origin-int-direction-const)
bool Domaine_IJK::get_periodic_flag(int direction) const
Method returns true if periodic in this direction.
Referenced By
How to cite in this doc:
:ref:`bool Domaine_IJK::get_periodic_flag(int direction) const <public-bool-domaine-ijk-get-periodic-flag-int-direction-const>`
[bool Domaine_IJK::get_periodic_flag(int direction) const](#public-bool-domaine-ijk-get-periodic-flag-int-direction-const)
int Domaine_IJK::get_phase_from_signed_independent_index(int signed_independent_index) const
How to cite in this doc:
:ref:`int Domaine_IJK::get_phase_from_signed_independent_index(int signed_independent_index) const <public-int-domaine-ijk-get-phase-from-signed-independent-index-int-signed-independent-index-const>`
[int Domaine_IJK::get_phase_from_signed_independent_index(int signed_independent_index) const](#public-int-domaine-ijk-get-phase-from-signed-independent-index-int-signed-independent-index-const)
int Domaine_IJK::get_processor_by_ijk(const FixedVector< int, 3 > &slice) const
Return the global index of the processor according to its position.
Referenced By
How to cite in this doc:
:ref:`int Domaine_IJK::get_processor_by_ijk(const FixedVector< int, 3 > &slice) const <public-int-domaine-ijk-get-processor-by-ijk-const-fixedvector-int-3-ref-slice-const>`
[int Domaine_IJK::get_processor_by_ijk(const FixedVector< int, 3 > &slice) const](#public-int-domaine-ijk-get-processor-by-ijk-const-fixedvector-int-3-ref-slice-const)
int Domaine_IJK::get_processor_by_ijk(int slice_i, int slice_j, int slice_k) const
Return the global index of the processor according to its position.
How to cite in this doc:
:ref:`int Domaine_IJK::get_processor_by_ijk(int slice_i, int slice_j, int slice_k) const <public-int-domaine-ijk-get-processor-by-ijk-int-slice-i-int-slice-j-int-slice-k-const>`
[int Domaine_IJK::get_processor_by_ijk(int slice_i, int slice_j, int slice_k) const](#public-int-domaine-ijk-get-processor-by-ijk-int-slice-i-int-slice-j-int-slice-k-const)
void Domaine_IJK::get_processor_mapping(IntTab &mapping) const
Fills an array containing the mapping of processors.
For 3 slices indices i,j,k, the processor that owns the intersection of these slices is mapping(i,j,k).
Referenced By
How to cite in this doc:
:ref:`void Domaine_IJK::get_processor_mapping(IntTab &mapping) const <public-void-domaine-ijk-get-processor-mapping-inttab-ref-mapping-const>`
[void Domaine_IJK::get_processor_mapping(IntTab &mapping) const](#public-void-domaine-ijk-get-processor-mapping-inttab-ref-mapping-const)
int Domaine_IJK::get_signed_independent_index(int phase, int i, int j, int k) const
signed_independent_index: encodes in the sign the phase of the cell in a two - phase flow: positive sign for phase 0, and negative sign for phase 1. With a cut - cell method, this can be used to disambiguate the sub - cell.
References
How to cite in this doc:
:ref:`int Domaine_IJK::get_signed_independent_index(int phase, int i, int j, int k) const <public-int-domaine-ijk-get-signed-independent-index-int-phase-int-i-int-j-int-k-const>`
[int Domaine_IJK::get_signed_independent_index(int phase, int i, int j, int k) const](#public-int-domaine-ijk-get-signed-independent-index-int-phase-int-i-int-j-int-k-const)
void Domaine_IJK::get_slice_offsets(int direction, ArrOfInt &tab) const
Returns the indices of the first cell in requested direction of every slices in this direction.
Referenced By
How to cite in this doc:
:ref:`void Domaine_IJK::get_slice_offsets(int direction, ArrOfInt &tab) const <public-void-domaine-ijk-get-slice-offsets-int-direction-arrofint-ref-tab-const>`
[void Domaine_IJK::get_slice_offsets(int direction, ArrOfInt &tab) const](#public-void-domaine-ijk-get-slice-offsets-int-direction-arrofint-ref-tab-const)
void Domaine_IJK::get_slice_size(int direction, Localisation loc, ArrOfInt &tab) const
Returns the number of items of given location (elements, nodes, faces…) for all slices in the requested direction.
Referenced By
How to cite in this doc:
:ref:`void Domaine_IJK::get_slice_size(int direction, Localisation loc, ArrOfInt &tab) const <public-void-domaine-ijk-get-slice-size-int-direction-localisation-loc-arrofint-ref-tab-const>`
[void Domaine_IJK::get_slice_size(int direction, Localisation loc, ArrOfInt &tab) const](#public-void-domaine-ijk-get-slice-size-int-direction-localisation-loc-arrofint-ref-tab-const)
const DoubleVect & Domaine_IJK::get_volume_elem() const
Returns volume_elem_.
How to cite in this doc:
:ref:`const DoubleVect & Domaine_IJK::get_volume_elem() const <public-const-doublevect-ref-domaine-ijk-get-volume-elem-const>`
[const DoubleVect & Domaine_IJK::get_volume_elem() const](#public-const-doublevect-ref-domaine-ijk-get-volume-elem-const)
void Domaine_IJK::init_subregion(const Domaine_IJK &src, int ni, int nj, int nk, int offset_i, int offset_j, int offset_k, const Nom &subregion, bool perio_x=false, bool perio_y=false, bool perio_z=false)
Builds the geometry, parallel splitting and DOF correspondance between a “father” region and a “son” region which is a subpart of the father region.
Only conformal subregion is supported for now, with ELEMENT types. Missing features: be able to build a subregion which is the boundary of another, eg: father is “3D elements”, son is “2D faces”. Only conformal subregion is supported for now, with ELEMENT types. Missing features: be able to build a subregion which is the boundary of another, eg: father is “3D elements”, son is “2D faces”.
References
How to cite in this doc:
:ref:`void Domaine_IJK::init_subregion(const Domaine_IJK &src, int ni, int nj, int nk, int offset_i, int offset_j, int offset_k, const Nom &subregion, bool perio_x=false, bool perio_y=false, bool perio_z=false) <public-void-domaine-ijk-init-subregion-const-domaine-ijk-ref-src-int-ni-int-nj-int-nk-int-offset-i-int-offset-j-int-offset-k-const-nom-ref-subregion-bool-perio-x-equal-false-bool-perio-y-equal-false-bool-perio-z-equal-false>`
[void Domaine_IJK::init_subregion(const Domaine_IJK &src, int ni, int nj, int nk, int offset_i, int offset_j, int offset_k, const Nom &subregion, bool perio_x=false, bool perio_y=false, bool perio_z=false)](#public-void-domaine-ijk-init-subregion-const-domaine-ijk-ref-src-int-ni-int-nj-int-nk-int-offset-i-int-offset-j-int-offset-k-const-nom-ref-subregion-bool-perio-x-equal-false-bool-perio-y-equal-false-bool-perio-z-equal-false)
void Domaine_IJK::initialize_from_unstructured(const Domaine &, int direction_for_x, int direction_for_y, int direction_for_z, bool perio_x, bool perio_y, bool perio_z)
References
Referenced By
How to cite in this doc:
:ref:`void Domaine_IJK::initialize_from_unstructured(const Domaine &, int direction_for_x, int direction_for_y, int direction_for_z, bool perio_x, bool perio_y, bool perio_z) <public-void-domaine-ijk-initialize-from-unstructured-const-domaine-ref-int-direction-for-x-int-direction-for-y-int-direction-for-z-bool-perio-x-bool-perio-y-bool-perio-z>`
[void Domaine_IJK::initialize_from_unstructured(const Domaine &, int direction_for_x, int direction_for_y, int direction_for_z, bool perio_x, bool perio_y, bool perio_z)](#public-void-domaine-ijk-initialize-from-unstructured-const-domaine-ref-int-direction-for-x-int-direction-for-y-int-direction-for-z-bool-perio-x-bool-perio-y-bool-perio-z)
void Domaine_IJK::initialize_mapping(Domaine_IJK &dom, const ArrOfInt &slice_size_i, const ArrOfInt &slice_size_j, const ArrOfInt &slice_size_k, const IntTab &processor_mapping)
Creates a splitting of the domain by specifying the slice sizes and the processor mapping.
The total cell number in directions i, j, and k must match the total number of cells in the whole geometry for each direction. The number of slices in each direction must match each corresponding dimensions of the mapping array. All processors do not have to be used! The total cell number in directions i, j, and k must match the total number of cells in the whole geometry for each direction. The number of slices in each direction must match each corresponding dimensions of the mapping array. All processors do not have to be used!
References
Referenced By
How to cite in this doc:
:ref:`void Domaine_IJK::initialize_mapping(Domaine_IJK &dom, const ArrOfInt &slice_size_i, const ArrOfInt &slice_size_j, const ArrOfInt &slice_size_k, const IntTab &processor_mapping) <public-void-domaine-ijk-initialize-mapping-domaine-ijk-ref-dom-const-arrofint-ref-slice-size-i-const-arrofint-ref-slice-size-j-const-arrofint-ref-slice-size-k-const-inttab-ref-processor-mapping>`
[void Domaine_IJK::initialize_mapping(Domaine_IJK &dom, const ArrOfInt &slice_size_i, const ArrOfInt &slice_size_j, const ArrOfInt &slice_size_k, const IntTab &processor_mapping)](#public-void-domaine-ijk-initialize-mapping-domaine-ijk-ref-dom-const-arrofint-ref-slice-size-i-const-arrofint-ref-slice-size-j-const-arrofint-ref-slice-size-k-const-inttab-ref-processor-mapping)
void Domaine_IJK::initialize_origin_deltas(double x0, double y0, double z0, const ArrOfDouble &delta_x, const ArrOfDouble &delta_y, const ArrOfDouble &delta_z, bool perio_x, bool perio_y, bool perio_z)
Initializes class elements given dataset’s parameters.
References
Referenced By
How to cite in this doc:
:ref:`void Domaine_IJK::initialize_origin_deltas(double x0, double y0, double z0, const ArrOfDouble &delta_x, const ArrOfDouble &delta_y, const ArrOfDouble &delta_z, bool perio_x, bool perio_y, bool perio_z) <public-void-domaine-ijk-initialize-origin-deltas-double-x0-double-y0-double-z0-const-arrofdouble-ref-delta-x-const-arrofdouble-ref-delta-y-const-arrofdouble-ref-delta-z-bool-perio-x-bool-perio-y-bool-perio-z>`
[void Domaine_IJK::initialize_origin_deltas(double x0, double y0, double z0, const ArrOfDouble &delta_x, const ArrOfDouble &delta_y, const ArrOfDouble &delta_z, bool perio_x, bool perio_y, bool perio_z)](#public-void-domaine-ijk-initialize-origin-deltas-double-x0-double-y0-double-z0-const-arrofdouble-ref-delta-x-const-arrofdouble-ref-delta-y-const-arrofdouble-ref-delta-z-bool-perio-x-bool-perio-y-bool-perio-z)
void Domaine_IJK::initialize_splitting(Domaine_IJK &dom, int nproc_i, int nproc_j, int nproc_k, int process_grouping_i=1, int process_grouping_j=1, int process_grouping_k=1)
Buils a splitting of the given deometry on the requested number of processors in each direction.
Process_grouping allows to rearrange process ranks by packets of ni*nj*nk processes to matc the topology of the cluster/node. ex: 8 cores node/machine = > use groups of size 2x2x2 to minimize extra - node messages. Process_grouping allows to rearrange process ranks by packets of ni*nj*nk processes to matc the topology of the cluster/node. ex: 8 cores node/machine = > use groups of size 2x2x2 to minimize extra - node messages.
References
Referenced By
How to cite in this doc:
:ref:`void Domaine_IJK::initialize_splitting(Domaine_IJK &dom, int nproc_i, int nproc_j, int nproc_k, int process_grouping_i=1, int process_grouping_j=1, int process_grouping_k=1) <public-void-domaine-ijk-initialize-splitting-domaine-ijk-ref-dom-int-nproc-i-int-nproc-j-int-nproc-k-int-process-grouping-i-equal-1-int-process-grouping-j-equal-1-int-process-grouping-k-equal-1>`
[void Domaine_IJK::initialize_splitting(Domaine_IJK &dom, int nproc_i, int nproc_j, int nproc_k, int process_grouping_i=1, int process_grouping_j=1, int process_grouping_k=1)](#public-void-domaine-ijk-initialize-splitting-domaine-ijk-ref-dom-int-nproc-i-int-nproc-j-int-nproc-k-int-process-grouping-i-equal-1-int-process-grouping-j-equal-1-int-process-grouping-k-equal-1)
void Domaine_IJK::initialize_with_mapping(const ArrOfInt &slice_size_i, const ArrOfInt &slice_size_j, const ArrOfInt &slice_size_k, const IntTab &processor_mapping)
Creates a splitting of the domain by specifying the mapping.
The total cell number in directions i,j,k must match the total number of cells in each direction. The number of slices in direction i, j , k must match dimensions 0,1 and 2 of the processor_mapping() array.
References
How to cite in this doc:
:ref:`void Domaine_IJK::initialize_with_mapping(const ArrOfInt &slice_size_i, const ArrOfInt &slice_size_j, const ArrOfInt &slice_size_k, const IntTab &processor_mapping) <public-void-domaine-ijk-initialize-with-mapping-const-arrofint-ref-slice-size-i-const-arrofint-ref-slice-size-j-const-arrofint-ref-slice-size-k-const-inttab-ref-processor-mapping>`
[void Domaine_IJK::initialize_with_mapping(const ArrOfInt &slice_size_i, const ArrOfInt &slice_size_j, const ArrOfInt &slice_size_k, const IntTab &processor_mapping)](#public-void-domaine-ijk-initialize-with-mapping-const-arrofint-ref-slice-size-i-const-arrofint-ref-slice-size-j-const-arrofint-ref-slice-size-k-const-inttab-ref-processor-mapping)
bool Domaine_IJK::is_uniform(int direction) const
Method returns true if uniform in this direction.
Referenced By
How to cite in this doc:
:ref:`bool Domaine_IJK::is_uniform(int direction) const <public-bool-domaine-ijk-is-uniform-int-direction-const>`
[bool Domaine_IJK::is_uniform(int direction) const](#public-bool-domaine-ijk-is-uniform-int-direction-const)
int Domaine_IJK::periodic_get_processor_by_ijk(int slice_i, int slice_j, int slice_k) const
Returns the processor associated with slice indices i,j,k accounting for periodicity e.g. a slice index - 1 can refer to the last slice along a periodic direction.
How to cite in this doc:
:ref:`int Domaine_IJK::periodic_get_processor_by_ijk(int slice_i, int slice_j, int slice_k) const <public-int-domaine-ijk-periodic-get-processor-by-ijk-int-slice-i-int-slice-j-int-slice-k-const>`
[int Domaine_IJK::periodic_get_processor_by_ijk(int slice_i, int slice_j, int slice_k) const](#public-int-domaine-ijk-periodic-get-processor-by-ijk-int-slice-i-int-slice-j-int-slice-k-const)
void Domaine_IJK::search_elem(const double &x, const double &y, const double &z, FixedVector< int, 3 > &ijk_global, FixedVector< int, 3 > &ijk_local, FixedVector< int, 3 > &ijk_me) const
Find the element which contains the item’s coodirnates.
The element’s coordinates can be outside of this processor’s subdomain.
Referenced By
How to cite in this doc:
:ref:`void Domaine_IJK::search_elem(const double &x, const double &y, const double &z, FixedVector< int, 3 > &ijk_global, FixedVector< int, 3 > &ijk_local, FixedVector< int, 3 > &ijk_me) const <public-void-domaine-ijk-search-elem-const-double-ref-x-const-double-ref-y-const-double-ref-z-fixedvector-int-3-ref-ijk-global-fixedvector-int-3-ref-ijk-local-fixedvector-int-3-ref-ijk-me-const>`
[void Domaine_IJK::search_elem(const double &x, const double &y, const double &z, FixedVector< int, 3 > &ijk_global, FixedVector< int, 3 > &ijk_local, FixedVector< int, 3 > &ijk_me) const](#public-void-domaine-ijk-search-elem-const-double-ref-x-const-double-ref-y-const-double-ref-z-fixedvector-int-3-ref-ijk-global-fixedvector-int-3-ref-ijk-local-fixedvector-int-3-ref-ijk-me-const)
void Domaine_IJK::set_extension_from_bulle_param(double vol_bulle, double diam_bulle)
References
Referenced By
How to cite in this doc:
:ref:`void Domaine_IJK::set_extension_from_bulle_param(double vol_bulle, double diam_bulle) <public-void-domaine-ijk-set-extension-from-bulle-param-double-vol-bulle-double-diam-bulle>`
[void Domaine_IJK::set_extension_from_bulle_param(double vol_bulle, double diam_bulle)](#public-void-domaine-ijk-set-extension-from-bulle-param-double-vol-bulle-double-diam-bulle)
unsigned Domaine_IJK::taille_memoire() const override
Reimplements:
How to cite in this doc:
:ref:`unsigned Domaine_IJK::taille_memoire() const override <public-unsigned-domaine-ijk-taille-memoire-const-override>`
[unsigned Domaine_IJK::taille_memoire() const override](#public-unsigned-domaine-ijk-taille-memoire-const-override)
void Domaine_IJK::update_volume_elem()
Updates volume_elem_ / ! If the grid changes, this needs to be called again!
References
Referenced By
How to cite in this doc:
:ref:`void Domaine_IJK::update_volume_elem() <public-void-domaine-ijk-update-volume-elem>`
[void Domaine_IJK::update_volume_elem()](#public-void-domaine-ijk-update-volume-elem)
bool Domaine_IJK::within_ghost(int i, int j, int k, int negative_ghost_size, int positive_ghost_size) const
Check whether the cell (i,j,k) is contained within the specified ghost along any direction.
References
Referenced By
Cut_cell_schema_auxiliaire::calcule_valeur_remplissage_copie_directe
Cut_cell_schema_auxiliaire::calcule_valeur_remplissage_ponderation_voisin
Cut_cell_schema_auxiliaire::calcule_valeur_remplissage_semi_lagrangien
Cut_cell_schema_auxiliaire::calcule_valeur_remplissage_semi_lagrangien_interpolate
OpDiffIJKScalar_cut_cell_double::compute_cut_cell_divergence
OpConvQuickIJKScalar_cut_cell_double::compute_cut_cell_divergence
Cut_cell_schema_auxiliaire::compute_flux_small_nascent_cells
How to cite in this doc:
:ref:`bool Domaine_IJK::within_ghost(int i, int j, int k, int negative_ghost_size, int positive_ghost_size) const <public-bool-domaine-ijk-within-ghost-int-i-int-j-int-k-int-negative-ghost-size-int-positive-ghost-size-const>`
[bool Domaine_IJK::within_ghost(int i, int j, int k, int negative_ghost_size, int positive_ghost_size) const](#public-bool-domaine-ijk-within-ghost-int-i-int-j-int-k-int-negative-ghost-size-int-positive-ghost-size-const)
bool Domaine_IJK::within_ghost_(int i, int j, int k, int negative_ghost_size, int positive_ghost_size) const
References
How to cite in this doc:
:ref:`bool Domaine_IJK::within_ghost_(int i, int j, int k, int negative_ghost_size, int positive_ghost_size) const <public-bool-domaine-ijk-within-ghost-underscore-int-i-int-j-int-k-int-negative-ghost-size-int-positive-ghost-size-const>`
[bool Domaine_IJK::within_ghost_(int i, int j, int k, int negative_ghost_size, int positive_ghost_size) const](#public-bool-domaine-ijk-within-ghost-underscore-int-i-int-j-int-k-int-negative-ghost-size-int-positive-ghost-size-const)
bool Domaine_IJK::within_ghost_along_dir(int dir, int i, int j, int k, int negative_ghost_size, int positive_ghost_size) const
Check whether the cell (i,j,k) is contained within the specified ghost along a specific direction.
References
Referenced By
How to cite in this doc:
:ref:`bool Domaine_IJK::within_ghost_along_dir(int dir, int i, int j, int k, int negative_ghost_size, int positive_ghost_size) const <public-bool-domaine-ijk-within-ghost-along-dir-int-dir-int-i-int-j-int-k-int-negative-ghost-size-int-positive-ghost-size-const>`
[bool Domaine_IJK::within_ghost_along_dir(int dir, int i, int j, int k, int negative_ghost_size, int positive_ghost_size) const](#public-bool-domaine-ijk-within-ghost-along-dir-int-dir-int-i-int-j-int-k-int-negative-ghost-size-int-positive-ghost-size-const)
Domaine_IJK::~Domaine_IJK()
How to cite in this doc:
:ref:`Domaine_IJK::~Domaine_IJK() <public-domaine-ijk-dtor-domaine-ijk>`
[Domaine_IJK::~Domaine_IJK()](#public-domaine-ijk-dtor-domaine-ijk)
Objet_U * Domaine_IJK::cree_instance()
How to cite in this doc:
:ref:`Objet_U * Domaine_IJK::cree_instance() <public-static-objet-u-ptr-domaine-ijk-cree-instance>`
[Objet_U * Domaine_IJK::cree_instance()](#public-static-objet-u-ptr-domaine-ijk-cree-instance)
static Localisation Domaine_IJK::Faces_Dir_To_Localisation(int direction)
Returns the face according to the direction.
How to cite in this doc:
:ref:`static Localisation Domaine_IJK::Faces_Dir_To_Localisation(int direction) <public-static-static-localisation-domaine-ijk-faces-dir-to-localisation-int-direction>`
[static Localisation Domaine_IJK::Faces_Dir_To_Localisation(int direction)](#public-static-static-localisation-domaine-ijk-faces-dir-to-localisation-int-direction)
const Type_info * Domaine_IJK::info()
How to cite in this doc:
:ref:`const Type_info * Domaine_IJK::info() <public-static-const-type-info-ptr-domaine-ijk-info>`
[const Type_info * Domaine_IJK::info()](#public-static-const-type-info-ptr-domaine-ijk-info)
const Domaine_IJK & Domaine_IJK::self_cast(const Objet_U &)
How to cite in this doc:
:ref:`const Domaine_IJK & Domaine_IJK::self_cast(const Objet_U &) <public-static-const-domaine-ijk-ref-domaine-ijk-self-cast-const-objet-u-ref>`
[const Domaine_IJK & Domaine_IJK::self_cast(const Objet_U &)](#public-static-const-domaine-ijk-ref-domaine-ijk-self-cast-const-objet-u-ref)
Domaine_IJK & Domaine_IJK::self_cast(Objet_U &)
How to cite in this doc:
:ref:`Domaine_IJK & Domaine_IJK::self_cast(Objet_U &) <public-static-domaine-ijk-ref-domaine-ijk-self-cast-objet-u-ref>`
[Domaine_IJK & Domaine_IJK::self_cast(Objet_U &)](#public-static-domaine-ijk-ref-domaine-ijk-self-cast-objet-u-ref)
Sortie & Domaine_IJK::printOn(Sortie &x) const override
Ecriture de l’objet sur un flot de sortie Methode a surcharger.
Reimplements:
How to cite in this doc:
:ref:`Sortie & Domaine_IJK::printOn(Sortie &x) const override <protected-sortie-ref-domaine-ijk-printon-sortie-ref-x-const-override>`
[Sortie & Domaine_IJK::printOn(Sortie &x) const override](#protected-sortie-ref-domaine-ijk-printon-sortie-ref-x-const-override)
Entree & Domaine_IJK::readOn(Entree &) override
Lecture d’un Objet_U sur un flot d’entree Methode a surcharger.
Reimplements:
References
How to cite in this doc:
:ref:`Entree & Domaine_IJK::readOn(Entree &) override <protected-entree-ref-domaine-ijk-readon-entree-ref-override>`
[Entree & Domaine_IJK::readOn(Entree &) override](#protected-entree-ref-domaine-ijk-readon-entree-ref-override)
Attributes Documentation#
const Type_info Domaine_IJK::info_obj
TRUST_Vector<ArrOfDouble> Domaine_IJK::delta_xyz_
Mesh cell sizes for the entire mesh.
The size of each array is equal to the total number of cells in each direction. If possible, this data is not computed from nodes (less truncation errors for uniform meshes)
int Domaine_IJK::ft_extension_ = 0
Number of element used to extend the computational domain at each side of periodic boundary to accommodate for bubble evolution.
IntTab Domaine_IJK::mapping_
Global processor mapping: for each subdomain, which processor has it (indexed like this: mapping_(i, j, k))
FixedVector<int, 3> Domaine_IJK::nb_elem_local_
Number of element in requested direction. If the current processor has an empty subdomain, the number of elements, nodes, faces is zero.
FixedVector<FixedVector<int, 3>, 3> Domaine_IJK::nb_faces_local_
indexing is nb_faces_local_[for orientation i][number of faces in direction j]
FixedVector<int, 3> Domaine_IJK::nb_nodes_local_
Number of nodes in requested direction. If the current processor has an empty subdomain, the number of elements, nodes, faces is zero.
FixedVector<FixedVector<int, 3>, 2> Domaine_IJK::neighbour_processors_
MPI ranks of the processors that hold the neighbour domains. Indexing is neighbour_processors_[previous = 0, next = 1][direction]. Contains - 1 if no neighbour. Wraps if periodic domain, if there is only one processor in a direction, the neighbour might be myself.
TRUST_Vector<ArrOfDouble> Domaine_IJK::node_coordinates_xyz_
Coordinates of all nodes (when cell size is needed, take delta_xyz_ which is more accurate) in directions i, j and k.
We have: node_coordinates_xyz_.size() = = 3 (3 directions in space) node_coordinates_xyz_[DIRECTION_I/J/K] = = number of cells in direction i,j,k plus one The coordinate of the last node is the end coordinate of the mesh: if mesh is periodic, the last node coordinate is not equal to the first one.
FixedVector<int, 3> Domaine_IJK::nproc_per_direction_
Number of processors in each direction
FixedVector<int, 3> Domaine_IJK::offset_
Index in the global mesh of the first (non ghost) element on this processor, in each direction
TRUST_Vector<ArrOfInt> Domaine_IJK::offsets_all_slices_
For each direction, offsets of all slices
bool Domaine_IJK::periodic_[3]
Stores the periodic flag for each direction.
FixedVector<int, 3> Domaine_IJK::processor_position_
Where is this processor in the global domain (slice number in each direction, - 1 if processor has no data)
TRUST_Vector<ArrOfInt> Domaine_IJK::sizes_all_slices_
For each direction, size of all slices.
bool Domaine_IJK::uniform_[3]
Stores the uniform flag for each direction.
DoubleVect Domaine_IJK::volume_elem_
Volume of each element on this processor
grid_status Domaine_IJK::volume_elem_status_
State of volume_elem_ on this processor
Enums#
Domaine_IJK::grid_status#
Location: trust-code/src/Kernel/IJK/Framework/Domaine_IJK.h:57
How to cite in this doc:
:ref:`Domaine\_IJK::grid\_status <enum-none-domaine-ijk-grid-status>`
[Domaine\_IJK::grid\_status](#enum-none-domaine-ijk-grid-status)
DEFAULT
INITIALIZED
DONE
Domaine_IJK::Localisation#
Location: trust-code/src/Kernel/IJK/Framework/Domaine_IJK.h:53
How to cite in this doc:
:ref:`Domaine\_IJK::Localisation <enum-none-domaine-ijk-localisation>`
[Domaine\_IJK::Localisation](#enum-none-domaine-ijk-localisation)
ELEM
NODES
FACES_I
FACES_J
FACES_K