Cut_cell_schema_auxiliaire#
#include <Cut_cell_schema_auxiliaire.h>
Brief description
How to reference this class#
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:ref:`Cut\_cell\_schema\_auxiliaire <class-cut-cell-schema-auxiliaire>`
[Cut\_cell\_schema\_auxiliaire](#class-cut-cell-schema-auxiliaire)
Detailed description#
Inherits from#
public : Objet_U
Inherited by#
public : Cut_cell_convection_auxiliaire
public : Cut_cell_diffusion_auxiliaire
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List of Public Methods#
List of Public Static Methods#
List of Protected Methods#
Complete Member Function Documentation#
add_dying_cells#
Definition
void Cut_cell_schema_auxiliaire::add_dying_cells(const Cut_field_vector3_double &cut_field_total_velocity, Cut_field_double &cut_field_temperature, bool write_flux, Cut_field_vector3_double &cut_field_current_fluxes)
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Detailed description
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:ref:`void Cut_cell_schema_auxiliaire::add_dying_cells(const Cut_field_vector3_double &cut_field_total_velocity, Cut_field_double &cut_field_temperature, bool write_flux, Cut_field_vector3_double &cut_field_current_fluxes) <cut-cell-schema-auxiliaire-public-void-cut-cell-schema-auxiliaire-add-dying-cells-const-cut-field-vector3-double-ref-cut-field-total-velocity-cut-field-double-ref-cut-field-temperature-bool-write-flux-cut-field-vector3-double-ref-cut-field-current-fluxes>`
[void Cut_cell_schema_auxiliaire::add_dying_cells(const Cut_field_vector3_double &cut_field_total_velocity, Cut_field_double &cut_field_temperature, bool write_flux, Cut_field_vector3_double &cut_field_current_fluxes)](#cut-cell-schema-auxiliaire-public-void-cut-cell-schema-auxiliaire-add-dying-cells-const-cut-field-vector3-double-ref-cut-field-total-velocity-cut-field-double-ref-cut-field-temperature-bool-write-flux-cut-field-vector3-double-ref-cut-field-current-fluxes)
add_small_nascent_cells#
Definition
void Cut_cell_schema_auxiliaire::add_small_nascent_cells(const Cut_field_vector3_double &cut_field_total_velocity, Cut_field_double &cut_field_temperature, bool write_flux, Cut_field_vector3_double &cut_field_current_fluxes)
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References
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:ref:`void Cut_cell_schema_auxiliaire::add_small_nascent_cells(const Cut_field_vector3_double &cut_field_total_velocity, Cut_field_double &cut_field_temperature, bool write_flux, Cut_field_vector3_double &cut_field_current_fluxes) <cut-cell-schema-auxiliaire-public-void-cut-cell-schema-auxiliaire-add-small-nascent-cells-const-cut-field-vector3-double-ref-cut-field-total-velocity-cut-field-double-ref-cut-field-temperature-bool-write-flux-cut-field-vector3-double-ref-cut-field-current-fluxes>`
[void Cut_cell_schema_auxiliaire::add_small_nascent_cells(const Cut_field_vector3_double &cut_field_total_velocity, Cut_field_double &cut_field_temperature, bool write_flux, Cut_field_vector3_double &cut_field_current_fluxes)](#cut-cell-schema-auxiliaire-public-void-cut-cell-schema-auxiliaire-add-small-nascent-cells-const-cut-field-vector3-double-ref-cut-field-total-velocity-cut-field-double-ref-cut-field-temperature-bool-write-flux-cut-field-vector3-double-ref-cut-field-current-fluxes)
calcule_valeur_remplissage#
Definition
void Cut_cell_schema_auxiliaire::calcule_valeur_remplissage(double timestep, double lambda_liquid, double lambda_vapour, const IJK_Field_double &flux_interface_ns, const ArrOfDouble &interfacial_temperature, const IJK_Field_double &temperature_ft, const Cut_field_vector3_double &cut_field_total_velocity, const Cut_field_double &cut_field_temperature)
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Detailed description
References
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:ref:`void Cut_cell_schema_auxiliaire::calcule_valeur_remplissage(double timestep, double lambda_liquid, double lambda_vapour, const IJK_Field_double &flux_interface_ns, const ArrOfDouble &interfacial_temperature, const IJK_Field_double &temperature_ft, const Cut_field_vector3_double &cut_field_total_velocity, const Cut_field_double &cut_field_temperature) <cut-cell-schema-auxiliaire-public-void-cut-cell-schema-auxiliaire-calcule-valeur-remplissage-double-timestep-double-lambda-liquid-double-lambda-vapour-const-ijk-field-double-ref-flux-interface-ns-const-arrofdouble-ref-interfacial-temperature-const-ijk-field-double-ref-temperature-ft-const-cut-field-vector3-double-ref-cut-field-total-velocity-const-cut-field-double-ref-cut-field-temperature>`
[void Cut_cell_schema_auxiliaire::calcule_valeur_remplissage(double timestep, double lambda_liquid, double lambda_vapour, const IJK_Field_double &flux_interface_ns, const ArrOfDouble &interfacial_temperature, const IJK_Field_double &temperature_ft, const Cut_field_vector3_double &cut_field_total_velocity, const Cut_field_double &cut_field_temperature)](#cut-cell-schema-auxiliaire-public-void-cut-cell-schema-auxiliaire-calcule-valeur-remplissage-double-timestep-double-lambda-liquid-double-lambda-vapour-const-ijk-field-double-ref-flux-interface-ns-const-arrofdouble-ref-interfacial-temperature-const-ijk-field-double-ref-temperature-ft-const-cut-field-vector3-double-ref-cut-field-total-velocity-const-cut-field-double-ref-cut-field-temperature)
compute_flux_dying_cells#
Definition
void Cut_cell_schema_auxiliaire::compute_flux_dying_cells(const Cut_field_vector3_double &cut_field_total_velocity, const Cut_field_double &cut_field_temperature)
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Detailed description
References
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:ref:`void Cut_cell_schema_auxiliaire::compute_flux_dying_cells(const Cut_field_vector3_double &cut_field_total_velocity, const Cut_field_double &cut_field_temperature) <cut-cell-schema-auxiliaire-public-void-cut-cell-schema-auxiliaire-compute-flux-dying-cells-const-cut-field-vector3-double-ref-cut-field-total-velocity-const-cut-field-double-ref-cut-field-temperature>`
[void Cut_cell_schema_auxiliaire::compute_flux_dying_cells(const Cut_field_vector3_double &cut_field_total_velocity, const Cut_field_double &cut_field_temperature)](#cut-cell-schema-auxiliaire-public-void-cut-cell-schema-auxiliaire-compute-flux-dying-cells-const-cut-field-vector3-double-ref-cut-field-total-velocity-const-cut-field-double-ref-cut-field-temperature)
compute_flux_small_nascent_cells#
Definition
void Cut_cell_schema_auxiliaire::compute_flux_small_nascent_cells(const Cut_field_vector3_double &cut_field_total_velocity, Cut_field_double &cut_field_temperature)
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References
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:ref:`void Cut_cell_schema_auxiliaire::compute_flux_small_nascent_cells(const Cut_field_vector3_double &cut_field_total_velocity, Cut_field_double &cut_field_temperature) <cut-cell-schema-auxiliaire-public-void-cut-cell-schema-auxiliaire-compute-flux-small-nascent-cells-const-cut-field-vector3-double-ref-cut-field-total-velocity-cut-field-double-ref-cut-field-temperature>`
[void Cut_cell_schema_auxiliaire::compute_flux_small_nascent_cells(const Cut_field_vector3_double &cut_field_total_velocity, Cut_field_double &cut_field_temperature)](#cut-cell-schema-auxiliaire-public-void-cut-cell-schema-auxiliaire-compute-flux-small-nascent-cells-const-cut-field-vector3-double-ref-cut-field-total-velocity-cut-field-double-ref-cut-field-temperature)
Cut_cell_schema_auxiliaire#
Definition
Cut_cell_schema_auxiliaire::Cut_cell_schema_auxiliaire()
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:ref:`Cut_cell_schema_auxiliaire::Cut_cell_schema_auxiliaire() <cut-cell-schema-auxiliaire-public-cut-cell-schema-auxiliaire-cut-cell-schema-auxiliaire>`
[Cut_cell_schema_auxiliaire::Cut_cell_schema_auxiliaire()](#cut-cell-schema-auxiliaire-public-cut-cell-schema-auxiliaire-cut-cell-schema-auxiliaire)
dying_cells_flux#
Definition
virtual double Cut_cell_schema_auxiliaire::dying_cells_flux(int num_face, int phase, int n, const Cut_field_vector3_double &cut_field_total_velocity, const Cut_field_double &cut_field_temperature)=0
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:ref:`virtual double Cut_cell_schema_auxiliaire::dying_cells_flux(int num_face, int phase, int n, const Cut_field_vector3_double &cut_field_total_velocity, const Cut_field_double &cut_field_temperature)=0 <cut-cell-schema-auxiliaire-public-virtual-double-cut-cell-schema-auxiliaire-dying-cells-flux-int-num-face-int-phase-int-n-const-cut-field-vector3-double-ref-cut-field-total-velocity-const-cut-field-double-ref-cut-field-temperature-equal-0>`
[virtual double Cut_cell_schema_auxiliaire::dying_cells_flux(int num_face, int phase, int n, const Cut_field_vector3_double &cut_field_total_velocity, const Cut_field_double &cut_field_temperature)=0](#cut-cell-schema-auxiliaire-public-virtual-double-cut-cell-schema-auxiliaire-dying-cells-flux-int-num-face-int-phase-int-n-const-cut-field-vector3-double-ref-cut-field-total-velocity-const-cut-field-double-ref-cut-field-temperature-equal-0)
get_info#
Definition
const Type_info * Cut_cell_schema_auxiliaire::get_info() const override
Brief description
Donne des informations sur le type de l’ Objet_U .
Detailed description
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:ref:`const Type_info * Cut_cell_schema_auxiliaire::get_info() const override <cut-cell-schema-auxiliaire-public-const-type-info-ptr-cut-cell-schema-auxiliaire-get-info-const-override>`
[const Type_info * Cut_cell_schema_auxiliaire::get_info() const override](#cut-cell-schema-auxiliaire-public-const-type-info-ptr-cut-cell-schema-auxiliaire-get-info-const-override)
initialise#
Definition
void Cut_cell_schema_auxiliaire::initialise(Cut_cell_FT_Disc &cut_cell_disc)
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:ref:`void Cut_cell_schema_auxiliaire::initialise(Cut_cell_FT_Disc &cut_cell_disc) <cut-cell-schema-auxiliaire-public-void-cut-cell-schema-auxiliaire-initialise-cut-cell-ft-disc-ref-cut-cell-disc>`
[void Cut_cell_schema_auxiliaire::initialise(Cut_cell_FT_Disc &cut_cell_disc)](#cut-cell-schema-auxiliaire-public-void-cut-cell-schema-auxiliaire-initialise-cut-cell-ft-disc-ref-cut-cell-disc)
set_param#
Definition
void Cut_cell_schema_auxiliaire::set_param(Param ¶m)
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:ref:`void Cut_cell_schema_auxiliaire::set_param(Param ¶m) <cut-cell-schema-auxiliaire-public-void-cut-cell-schema-auxiliaire-set-param-param-ref-param>`
[void Cut_cell_schema_auxiliaire::set_param(Param ¶m)](#cut-cell-schema-auxiliaire-public-void-cut-cell-schema-auxiliaire-set-param-param-ref-param)
small_nascent_cells_flux#
Definition
virtual double Cut_cell_schema_auxiliaire::small_nascent_cells_flux(int num_face, int phase, int n, const Cut_field_vector3_double &cut_field_total_velocity, const Cut_field_double &cut_field_temperature)=0
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:ref:`virtual double Cut_cell_schema_auxiliaire::small_nascent_cells_flux(int num_face, int phase, int n, const Cut_field_vector3_double &cut_field_total_velocity, const Cut_field_double &cut_field_temperature)=0 <cut-cell-schema-auxiliaire-public-virtual-double-cut-cell-schema-auxiliaire-small-nascent-cells-flux-int-num-face-int-phase-int-n-const-cut-field-vector3-double-ref-cut-field-total-velocity-const-cut-field-double-ref-cut-field-temperature-equal-0>`
[virtual double Cut_cell_schema_auxiliaire::small_nascent_cells_flux(int num_face, int phase, int n, const Cut_field_vector3_double &cut_field_total_velocity, const Cut_field_double &cut_field_temperature)=0](#cut-cell-schema-auxiliaire-public-virtual-double-cut-cell-schema-auxiliaire-small-nascent-cells-flux-int-num-face-int-phase-int-n-const-cut-field-vector3-double-ref-cut-field-total-velocity-const-cut-field-double-ref-cut-field-temperature-equal-0)
~Cut_cell_schema_auxiliaire#
Definition
Cut_cell_schema_auxiliaire::~Cut_cell_schema_auxiliaire() override
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:ref:`Cut_cell_schema_auxiliaire::~Cut_cell_schema_auxiliaire() override <cut-cell-schema-auxiliaire-public-cut-cell-schema-auxiliaire-dtor-cut-cell-schema-auxiliaire-override>`
[Cut_cell_schema_auxiliaire::~Cut_cell_schema_auxiliaire() override](#cut-cell-schema-auxiliaire-public-cut-cell-schema-auxiliaire-dtor-cut-cell-schema-auxiliaire-override)
info#
Definition
const Type_info * Cut_cell_schema_auxiliaire::info()
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:ref:`const Type_info * Cut_cell_schema_auxiliaire::info() <cut-cell-schema-auxiliaire-public-static-const-type-info-ptr-cut-cell-schema-auxiliaire-info>`
[const Type_info * Cut_cell_schema_auxiliaire::info()](#cut-cell-schema-auxiliaire-public-static-const-type-info-ptr-cut-cell-schema-auxiliaire-info)
self_cast#
Definition
const Cut_cell_schema_auxiliaire & Cut_cell_schema_auxiliaire::self_cast(const Objet_U &)
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:ref:`const Cut_cell_schema_auxiliaire & Cut_cell_schema_auxiliaire::self_cast(const Objet_U &) <cut-cell-schema-auxiliaire-public-static-const-cut-cell-schema-auxiliaire-ref-cut-cell-schema-auxiliaire-self-cast-const-objet-u-ref>`
[const Cut_cell_schema_auxiliaire & Cut_cell_schema_auxiliaire::self_cast(const Objet_U &)](#cut-cell-schema-auxiliaire-public-static-const-cut-cell-schema-auxiliaire-ref-cut-cell-schema-auxiliaire-self-cast-const-objet-u-ref)
self_cast#
Definition
Cut_cell_schema_auxiliaire & Cut_cell_schema_auxiliaire::self_cast(Objet_U &)
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:ref:`Cut_cell_schema_auxiliaire & Cut_cell_schema_auxiliaire::self_cast(Objet_U &) <cut-cell-schema-auxiliaire-public-static-cut-cell-schema-auxiliaire-ref-cut-cell-schema-auxiliaire-self-cast-objet-u-ref>`
[Cut_cell_schema_auxiliaire & Cut_cell_schema_auxiliaire::self_cast(Objet_U &)](#cut-cell-schema-auxiliaire-public-static-cut-cell-schema-auxiliaire-ref-cut-cell-schema-auxiliaire-self-cast-objet-u-ref)
calcule_valeur_remplissage_copie_directe#
Definition
void Cut_cell_schema_auxiliaire::calcule_valeur_remplissage_copie_directe(const Cut_field_double &cut_field_temperature, DoubleTabFT_cut_cell_scalar &valeur_remplissage)
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:ref:`void Cut_cell_schema_auxiliaire::calcule_valeur_remplissage_copie_directe(const Cut_field_double &cut_field_temperature, DoubleTabFT_cut_cell_scalar &valeur_remplissage) <cut-cell-schema-auxiliaire-protected-void-cut-cell-schema-auxiliaire-calcule-valeur-remplissage-copie-directe-const-cut-field-double-ref-cut-field-temperature-doubletabft-cut-cell-scalar-ref-valeur-remplissage>`
[void Cut_cell_schema_auxiliaire::calcule_valeur_remplissage_copie_directe(const Cut_field_double &cut_field_temperature, DoubleTabFT_cut_cell_scalar &valeur_remplissage)](#cut-cell-schema-auxiliaire-protected-void-cut-cell-schema-auxiliaire-calcule-valeur-remplissage-copie-directe-const-cut-field-double-ref-cut-field-temperature-doubletabft-cut-cell-scalar-ref-valeur-remplissage)
calcule_valeur_remplissage_ponderation_voisin#
Definition
void Cut_cell_schema_auxiliaire::calcule_valeur_remplissage_ponderation_voisin(bool est_directionnel, const Cut_field_vector3_double &cut_field_total_velocity, const Cut_field_double &cut_field_temperature, DoubleTabFT_cut_cell_scalar &valeur_remplissage)
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:ref:`void Cut_cell_schema_auxiliaire::calcule_valeur_remplissage_ponderation_voisin(bool est_directionnel, const Cut_field_vector3_double &cut_field_total_velocity, const Cut_field_double &cut_field_temperature, DoubleTabFT_cut_cell_scalar &valeur_remplissage) <cut-cell-schema-auxiliaire-protected-void-cut-cell-schema-auxiliaire-calcule-valeur-remplissage-ponderation-voisin-bool-est-directionnel-const-cut-field-vector3-double-ref-cut-field-total-velocity-const-cut-field-double-ref-cut-field-temperature-doubletabft-cut-cell-scalar-ref-valeur-remplissage>`
[void Cut_cell_schema_auxiliaire::calcule_valeur_remplissage_ponderation_voisin(bool est_directionnel, const Cut_field_vector3_double &cut_field_total_velocity, const Cut_field_double &cut_field_temperature, DoubleTabFT_cut_cell_scalar &valeur_remplissage)](#cut-cell-schema-auxiliaire-protected-void-cut-cell-schema-auxiliaire-calcule-valeur-remplissage-ponderation-voisin-bool-est-directionnel-const-cut-field-vector3-double-ref-cut-field-total-velocity-const-cut-field-double-ref-cut-field-temperature-doubletabft-cut-cell-scalar-ref-valeur-remplissage)
calcule_valeur_remplissage_semi_lagrangien#
Definition
void Cut_cell_schema_auxiliaire::calcule_valeur_remplissage_semi_lagrangien(double timestep, double lambda_liquid, double lambda_vapour, const IJK_Field_double &flux_interface_ns, const Cut_field_double &cut_field_temperature, DoubleTabFT_cut_cell_scalar &valeur_remplissage)
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:ref:`void Cut_cell_schema_auxiliaire::calcule_valeur_remplissage_semi_lagrangien(double timestep, double lambda_liquid, double lambda_vapour, const IJK_Field_double &flux_interface_ns, const Cut_field_double &cut_field_temperature, DoubleTabFT_cut_cell_scalar &valeur_remplissage) <cut-cell-schema-auxiliaire-protected-void-cut-cell-schema-auxiliaire-calcule-valeur-remplissage-semi-lagrangien-double-timestep-double-lambda-liquid-double-lambda-vapour-const-ijk-field-double-ref-flux-interface-ns-const-cut-field-double-ref-cut-field-temperature-doubletabft-cut-cell-scalar-ref-valeur-remplissage>`
[void Cut_cell_schema_auxiliaire::calcule_valeur_remplissage_semi_lagrangien(double timestep, double lambda_liquid, double lambda_vapour, const IJK_Field_double &flux_interface_ns, const Cut_field_double &cut_field_temperature, DoubleTabFT_cut_cell_scalar &valeur_remplissage)](#cut-cell-schema-auxiliaire-protected-void-cut-cell-schema-auxiliaire-calcule-valeur-remplissage-semi-lagrangien-double-timestep-double-lambda-liquid-double-lambda-vapour-const-ijk-field-double-ref-flux-interface-ns-const-cut-field-double-ref-cut-field-temperature-doubletabft-cut-cell-scalar-ref-valeur-remplissage)
calcule_valeur_remplissage_semi_lagrangien_interpolate#
Definition
void Cut_cell_schema_auxiliaire::calcule_valeur_remplissage_semi_lagrangien_interpolate(double timestep, const ArrOfDouble &interfacial_temperature, const IJK_Field_double &temperature_ft, const Cut_field_double &cut_field_temperature, DoubleTabFT_cut_cell_scalar &valeur_remplissage)
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:ref:`void Cut_cell_schema_auxiliaire::calcule_valeur_remplissage_semi_lagrangien_interpolate(double timestep, const ArrOfDouble &interfacial_temperature, const IJK_Field_double &temperature_ft, const Cut_field_double &cut_field_temperature, DoubleTabFT_cut_cell_scalar &valeur_remplissage) <cut-cell-schema-auxiliaire-protected-void-cut-cell-schema-auxiliaire-calcule-valeur-remplissage-semi-lagrangien-interpolate-double-timestep-const-arrofdouble-ref-interfacial-temperature-const-ijk-field-double-ref-temperature-ft-const-cut-field-double-ref-cut-field-temperature-doubletabft-cut-cell-scalar-ref-valeur-remplissage>`
[void Cut_cell_schema_auxiliaire::calcule_valeur_remplissage_semi_lagrangien_interpolate(double timestep, const ArrOfDouble &interfacial_temperature, const IJK_Field_double &temperature_ft, const Cut_field_double &cut_field_temperature, DoubleTabFT_cut_cell_scalar &valeur_remplissage)](#cut-cell-schema-auxiliaire-protected-void-cut-cell-schema-auxiliaire-calcule-valeur-remplissage-semi-lagrangien-interpolate-double-timestep-const-arrofdouble-ref-interfacial-temperature-const-ijk-field-double-ref-temperature-ft-const-cut-field-double-ref-cut-field-temperature-doubletabft-cut-cell-scalar-ref-valeur-remplissage)
printOn#
Definition
Sortie & Cut_cell_schema_auxiliaire::printOn(Sortie &x) const override
Brief description
Ecriture de l’objet sur un flot de sortie Methode a surcharger.
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:ref:`Sortie & Cut_cell_schema_auxiliaire::printOn(Sortie &x) const override <cut-cell-schema-auxiliaire-protected-sortie-ref-cut-cell-schema-auxiliaire-printon-sortie-ref-x-const-override>`
[Sortie & Cut_cell_schema_auxiliaire::printOn(Sortie &x) const override](#cut-cell-schema-auxiliaire-protected-sortie-ref-cut-cell-schema-auxiliaire-printon-sortie-ref-x-const-override)
readOn#
Definition
Entree & Cut_cell_schema_auxiliaire::readOn(Entree &) override
Brief description
Lecture d’un Objet_U sur un flot d’entree Methode a surcharger.
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:ref:`Entree & Cut_cell_schema_auxiliaire::readOn(Entree &) override <cut-cell-schema-auxiliaire-protected-entree-ref-cut-cell-schema-auxiliaire-readon-entree-ref-override>`
[Entree & Cut_cell_schema_auxiliaire::readOn(Entree &) override](#cut-cell-schema-auxiliaire-protected-entree-ref-cut-cell-schema-auxiliaire-readon-entree-ref-override)
Attributes Documentation#
info_obj (public)
const Type_info Cut_cell_schema_auxiliaire::info_obj
correction_petites_cellules_ (protected)
CORRECTION_PETITES_CELLULES Cut_cell_schema_auxiliaire::correction_petites_cellules_
flux_naive_ (protected)
DoubleTabFT_cut_cell_vector6 Cut_cell_schema_auxiliaire::flux_naive_
methode_valeur_remplissage_ (protected)
METHODE_TEMPERATURE_REMPLISSAGE Cut_cell_schema_auxiliaire::methode_valeur_remplissage_
no_static_update_ (protected)
bool Cut_cell_schema_auxiliaire::no_static_update_
temperature_remplissage_ (protected)
DoubleTabFT_cut_cell_scalar Cut_cell_schema_auxiliaire::temperature_remplissage_
tolerate_not_within_tetrahedron_ (protected)
int Cut_cell_schema_auxiliaire::tolerate_not_within_tetrahedron_