Tetraedre_32_64#
#include <Tetraedre.h>
Classe Tetraedre Cette classe represente l’element geometrique Tetraedre.
How to reference this class#
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:ref:`Tetraedre\_32\_64 <class-template-tetraedre-32-64>`
[Tetraedre\_32\_64](#class-template-tetraedre-32-64)
Detailed description#
Un tetraedre est un polyedre qui a 4 faces, 4 sommets et un seul type de face ayant 3 sommets par face.
Inherits from#
public : Elem_geom_base_32_64
<_SIZE_>
Inheritance graph#
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List of Public Methods#
List of Public Static Methods#
List of Protected Methods#
Complete Member Function Documentation#
calculer_normales#
void Tetraedre_32_64<_SIZE_>::calculer_normales(const IntTab_t &faces_sommets, DoubleTab_t &face_normales) const override
Calcule les normales aux faces des elements du domaine associe.
Detailed description
Reimplements:
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:ref:`void Tetraedre_32_64<_SIZE_>::calculer_normales(const IntTab_t &faces_sommets, DoubleTab_t &face_normales) const override <tetraedre-32-64-public-void-tetraedre-32-64-size-calculer-normales-const-inttab-t-ref-faces-sommets-doubletab-t-ref-face-normales-const-override>`
[void Tetraedre_32_64<_SIZE_>::calculer_normales(const IntTab_t &faces_sommets, DoubleTab_t &face_normales) const override](#tetraedre-32-64-public-void-tetraedre-32-64-size-calculer-normales-const-inttab-t-ref-faces-sommets-doubletab-t-ref-face-normales-const-override)
calculer_volumes#
void Tetraedre_32_64<_SIZE_>::calculer_volumes(DoubleVect_t &vols) const override
Calcule les volumes des elements du domaine associe.
Detailed description
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:ref:`void Tetraedre_32_64<_SIZE_>::calculer_volumes(DoubleVect_t &vols) const override <tetraedre-32-64-public-void-tetraedre-32-64-size-calculer-volumes-doublevect-t-ref-vols-const-override>`
[void Tetraedre_32_64<_SIZE_>::calculer_volumes(DoubleVect_t &vols) const override](#tetraedre-32-64-public-void-tetraedre-32-64-size-calculer-volumes-doublevect-t-ref-vols-const-override)
contient#
int Tetraedre_32_64<_SIZE_>::contient(const ArrOfDouble &pos, int_t elem) const override
Renvoie 1 si l’element ielem du domaine associe a l’element geometrique contient le point.
Detailed description
de coordonnees specifiees par le parametre “pos”. Renvoie 0 sinon.
Reimplements:
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:ref:`int Tetraedre_32_64<_SIZE_>::contient(const ArrOfDouble &pos, int_t elem) const override <tetraedre-32-64-public-int-tetraedre-32-64-size-contient-const-arrofdouble-ref-pos-int-t-elem-const-override>`
[int Tetraedre_32_64<_SIZE_>::contient(const ArrOfDouble &pos, int_t elem) const override](#tetraedre-32-64-public-int-tetraedre-32-64-size-contient-const-arrofdouble-ref-pos-int-t-elem-const-override)
contient#
int Tetraedre_32_64<_SIZE_>::contient(const SmallArrOfTID_t &soms, int_t elem) const override
Renvoie 1 si les sommets specifies par le parametre “pos” sont les sommets de l’element “element” du domaine associe a.
Detailed description
l’element geometrique.
Reimplements:
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:ref:`int Tetraedre_32_64<_SIZE_>::contient(const SmallArrOfTID_t &soms, int_t elem) const override <tetraedre-32-64-public-int-tetraedre-32-64-size-contient-const-smallarroftid-t-ref-soms-int-t-elem-const-override>`
[int Tetraedre_32_64<_SIZE_>::contient(const SmallArrOfTID_t &soms, int_t elem) const override](#tetraedre-32-64-public-int-tetraedre-32-64-size-contient-const-smallarroftid-t-ref-soms-int-t-elem-const-override)
duplique#
int Tetraedre_32_64<_T_>::duplique() const override
Detailed description
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:ref:`int Tetraedre_32_64<_T_>::duplique() const override <tetraedre-32-64-public-int-tetraedre-32-64-t-duplique-const-override>`
[int Tetraedre_32_64<_T_>::duplique() const override](#tetraedre-32-64-public-int-tetraedre-32-64-t-duplique-const-override)
est_structure#
bool Tetraedre_32_64<_SIZE_>::est_structure() const override
Detailed description
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:ref:`bool Tetraedre_32_64<_SIZE_>::est_structure() const override <tetraedre-32-64-public-bool-tetraedre-32-64-size-est-structure-const-override>`
[bool Tetraedre_32_64<_SIZE_>::est_structure() const override](#tetraedre-32-64-public-bool-tetraedre-32-64-size-est-structure-const-override)
face_sommet#
int Tetraedre_32_64<_SIZE_>::face_sommet(int i, int j) const override
Renvoie le numero du j - ieme sommet de la i - ieme face de l’element.
Detailed description
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:ref:`int Tetraedre_32_64<_SIZE_>::face_sommet(int i, int j) const override <tetraedre-32-64-public-int-tetraedre-32-64-size-face-sommet-int-i-int-j-const-override>`
[int Tetraedre_32_64<_SIZE_>::face_sommet(int i, int j) const override](#tetraedre-32-64-public-int-tetraedre-32-64-size-face-sommet-int-i-int-j-const-override)
face_sommet0#
int Tetraedre_32_64<_SIZE_>::face_sommet0(int i) const
Renvoie le numero du i - ieme sommet de la face 0.
Detailed description
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:ref:`int Tetraedre_32_64<_SIZE_>::face_sommet0(int i) const <tetraedre-32-64-public-int-tetraedre-32-64-size-face-sommet0-int-i-const>`
[int Tetraedre_32_64<_SIZE_>::face_sommet0(int i) const](#tetraedre-32-64-public-int-tetraedre-32-64-size-face-sommet0-int-i-const)
face_sommet1#
int Tetraedre_32_64<_SIZE_>::face_sommet1(int i) const
Renvoie le numero du i - ieme sommet de la face 1.
Detailed description
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:ref:`int Tetraedre_32_64<_SIZE_>::face_sommet1(int i) const <tetraedre-32-64-public-int-tetraedre-32-64-size-face-sommet1-int-i-const>`
[int Tetraedre_32_64<_SIZE_>::face_sommet1(int i) const](#tetraedre-32-64-public-int-tetraedre-32-64-size-face-sommet1-int-i-const)
face_sommet2#
int Tetraedre_32_64<_SIZE_>::face_sommet2(int i) const
Renvoie le numero du i - ieme sommet de la face 2.
Detailed description
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:ref:`int Tetraedre_32_64<_SIZE_>::face_sommet2(int i) const <tetraedre-32-64-public-int-tetraedre-32-64-size-face-sommet2-int-i-const>`
[int Tetraedre_32_64<_SIZE_>::face_sommet2(int i) const](#tetraedre-32-64-public-int-tetraedre-32-64-size-face-sommet2-int-i-const)
face_sommet3#
int Tetraedre_32_64<_SIZE_>::face_sommet3(int i) const
Renvoie le numero du i - ieme sommet de la face 3.
Detailed description
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:ref:`int Tetraedre_32_64<_SIZE_>::face_sommet3(int i) const <tetraedre-32-64-public-int-tetraedre-32-64-size-face-sommet3-int-i-const>`
[int Tetraedre_32_64<_SIZE_>::face_sommet3(int i) const](#tetraedre-32-64-public-int-tetraedre-32-64-size-face-sommet3-int-i-const)
get_info#
const Type_info * Tetraedre_32_64<_T_>::get_info() const override
Donne des informations sur le type de l’ Objet_U .
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:ref:`const Type_info * Tetraedre_32_64<_T_>::get_info() const override <tetraedre-32-64-public-const-type-info-ptr-tetraedre-32-64-t-get-info-const-override>`
[const Type_info * Tetraedre_32_64<_T_>::get_info() const override](#tetraedre-32-64-public-const-type-info-ptr-tetraedre-32-64-t-get-info-const-override)
get_tab_aretes_sommets_locaux#
void Tetraedre_32_64<_SIZE_>::get_tab_aretes_sommets_locaux(IntTab &aretes_som_local) const override
idem que Elem_geom_base::get_tab_faces_sommets_locaux mais pour les aretes: aretes_som_local.
Detailed description
dimension(0) = nombre d’aretes sur l’element de reference aretes_som_local.dimension(1) = 2 (nombre de sommets par arete) aretes_som_local(i,j) = numero d’un sommet de l’element (0 < = n <nb_sommets_par_element)
Reimplements:
References
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:ref:`void Tetraedre_32_64<_SIZE_>::get_tab_aretes_sommets_locaux(IntTab &aretes_som_local) const override <tetraedre-32-64-public-void-tetraedre-32-64-size-get-tab-aretes-sommets-locaux-inttab-ref-aretes-som-local-const-override>`
[void Tetraedre_32_64<_SIZE_>::get_tab_aretes_sommets_locaux(IntTab &aretes_som_local) const override](#tetraedre-32-64-public-void-tetraedre-32-64-size-get-tab-aretes-sommets-locaux-inttab-ref-aretes-som-local-const-override)
get_tab_faces_sommets_locaux#
int Tetraedre_32_64<_SIZE_>::get_tab_faces_sommets_locaux(IntTab &faces_som_local) const override
voir ElemGeomBase::get_tab_faces_sommets_locaux
Detailed description
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References
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:ref:`int Tetraedre_32_64<_SIZE_>::get_tab_faces_sommets_locaux(IntTab &faces_som_local) const override <tetraedre-32-64-public-int-tetraedre-32-64-size-get-tab-faces-sommets-locaux-inttab-ref-faces-som-local-const-override>`
[int Tetraedre_32_64<_SIZE_>::get_tab_faces_sommets_locaux(IntTab &faces_som_local) const override](#tetraedre-32-64-public-int-tetraedre-32-64-size-get-tab-faces-sommets-locaux-inttab-ref-faces-som-local-const-override)
info_obj#
const Type_info Tetraedre_32_64<trustIdType>::info_obj("Tetraedre" "_64", Tetraedre_32_64< trustIdType >::cree_instance, 1, Tetraedre_32_64bases< trustIdType >)
Detailed description
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:ref:`const Type_info Tetraedre_32_64<trustIdType>::info_obj("Tetraedre" "_64", Tetraedre_32_64< trustIdType >::cree_instance, 1, Tetraedre_32_64bases< trustIdType >) <tetraedre-32-64-public-const-type-info-tetraedre-32-64-trustidtype-info-obj-"tetraedre"-"-64"-tetraedre-32-64-trustidtype-cree-instance-1-tetraedre-32-64bases-trustidtype>`
[const Type_info Tetraedre_32_64<trustIdType>::info_obj("Tetraedre" "_64", Tetraedre_32_64< trustIdType >::cree_instance, 1, Tetraedre_32_64bases< trustIdType >)](#tetraedre-32-64-public-const-type-info-tetraedre-32-64-trustidtype-info-obj-"tetraedre"-"-64"-tetraedre-32-64-trustidtype-cree-instance-1-tetraedre-32-64bases-trustidtype)
info_obj#
const Type_info Tetraedre_32_64<int>::info_obj("Tetraedre", Tetraedre_32_64< int >::cree_instance, 1, Tetraedre_32_64bases< int >)
Detailed description
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:ref:`const Type_info Tetraedre_32_64<int>::info_obj("Tetraedre", Tetraedre_32_64< int >::cree_instance, 1, Tetraedre_32_64bases< int >) <tetraedre-32-64-public-const-type-info-tetraedre-32-64-int-info-obj-"tetraedre"-tetraedre-32-64-int-cree-instance-1-tetraedre-32-64bases-int>`
[const Type_info Tetraedre_32_64<int>::info_obj("Tetraedre", Tetraedre_32_64< int >::cree_instance, 1, Tetraedre_32_64bases< int >)](#tetraedre-32-64-public-const-type-info-tetraedre-32-64-int-info-obj-"tetraedre"-tetraedre-32-64-int-cree-instance-1-tetraedre-32-64bases-int)
nb_faces#
int Tetraedre_32_64<_SIZE_>::nb_faces(int=0) const override
Renvoie le nombre de faces du type specifie que possede l’element geometrique.
Detailed description
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:ref:`int Tetraedre_32_64<_SIZE_>::nb_faces(int=0) const override <tetraedre-32-64-public-int-tetraedre-32-64-size-nb-faces-int-equal-0-const-override>`
[int Tetraedre_32_64<_SIZE_>::nb_faces(int=0) const override](#tetraedre-32-64-public-int-tetraedre-32-64-size-nb-faces-int-equal-0-const-override)
nb_som#
int Tetraedre_32_64<_SIZE_>::nb_som() const override
Nb of vertices for the element.
Detailed description
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:ref:`int Tetraedre_32_64<_SIZE_>::nb_som() const override <tetraedre-32-64-public-int-tetraedre-32-64-size-nb-som-const-override>`
[int Tetraedre_32_64<_SIZE_>::nb_som() const override](#tetraedre-32-64-public-int-tetraedre-32-64-size-nb-som-const-override)
nb_som_face#
int Tetraedre_32_64<_SIZE_>::nb_som_face(int=0) const override
Renvoie le nombre de sommets des faces du type specifie.
Detailed description
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:ref:`int Tetraedre_32_64<_SIZE_>::nb_som_face(int=0) const override <tetraedre-32-64-public-int-tetraedre-32-64-size-nb-som-face-int-equal-0-const-override>`
[int Tetraedre_32_64<_SIZE_>::nb_som_face(int=0) const override](#tetraedre-32-64-public-int-tetraedre-32-64-size-nb-som-face-int-equal-0-const-override)
nom_lml#
const Nom & Tetraedre_32_64<_SIZE_>::nom_lml() const override
Renvoie le nom LML d’un tetraedre = “TETRA4”.
Detailed description
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:ref:`const Nom & Tetraedre_32_64<_SIZE_>::nom_lml() const override <tetraedre-32-64-public-const-nom-ref-tetraedre-32-64-size-nom-lml-const-override>`
[const Nom & Tetraedre_32_64<_SIZE_>::nom_lml() const override](#tetraedre-32-64-public-const-nom-ref-tetraedre-32-64-size-nom-lml-const-override)
taille_memoire#
unsigned Tetraedre_32_64<_T_>::taille_memoire() const override
Detailed description
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:ref:`unsigned Tetraedre_32_64<_T_>::taille_memoire() const override <tetraedre-32-64-public-unsigned-tetraedre-32-64-t-taille-memoire-const-override>`
[unsigned Tetraedre_32_64<_T_>::taille_memoire() const override](#tetraedre-32-64-public-unsigned-tetraedre-32-64-t-taille-memoire-const-override)
Tetraedre_32_64#
Tetraedre_32_64<_T_>::Tetraedre_32_64()
Detailed description
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:ref:`Tetraedre_32_64<_T_>::Tetraedre_32_64() <tetraedre-32-64-public-tetraedre-32-64-t-tetraedre-32-64>`
[Tetraedre_32_64<_T_>::Tetraedre_32_64()](#tetraedre-32-64-public-tetraedre-32-64-t-tetraedre-32-64)
type_face#
Type_Face Tetraedre_32_64<_SIZE_>::type_face(int=0) const override
Renvoie le i - ieme type de face.
Detailed description
Un tetraedre n’a qu’un seul type de face.
Reimplements:
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:ref:`Type_Face Tetraedre_32_64<_SIZE_>::type_face(int=0) const override <tetraedre-32-64-public-type-face-tetraedre-32-64-size-type-face-int-equal-0-const-override>`
[Type_Face Tetraedre_32_64<_SIZE_>::type_face(int=0) const override](#tetraedre-32-64-public-type-face-tetraedre-32-64-size-type-face-int-equal-0-const-override)
~Tetraedre_32_64#
Tetraedre_32_64<_T_>::~Tetraedre_32_64()
Detailed description
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:ref:`Tetraedre_32_64<_T_>::~Tetraedre_32_64() <tetraedre-32-64-public-tetraedre-32-64-t-dtor-tetraedre-32-64>`
[Tetraedre_32_64<_T_>::~Tetraedre_32_64()](#tetraedre-32-64-public-tetraedre-32-64-t-dtor-tetraedre-32-64)
cree_instance#
Objet_U * Tetraedre_32_64<_T_>::cree_instance()
Detailed description
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:ref:`Objet_U * Tetraedre_32_64<_T_>::cree_instance() <tetraedre-32-64-public-static-objet-u-ptr-tetraedre-32-64-t-cree-instance>`
[Objet_U * Tetraedre_32_64<_T_>::cree_instance()](#tetraedre-32-64-public-static-objet-u-ptr-tetraedre-32-64-t-cree-instance)
info#
const Type_info * Tetraedre_32_64<_T_>::info()
Detailed description
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:ref:`const Type_info * Tetraedre_32_64<_T_>::info() <tetraedre-32-64-public-static-const-type-info-ptr-tetraedre-32-64-t-info>`
[const Type_info * Tetraedre_32_64<_T_>::info()](#tetraedre-32-64-public-static-const-type-info-ptr-tetraedre-32-64-t-info)
matrice_base_tetraedre#
void Tetraedre_32_64<_SIZE_>::matrice_base_tetraedre(const IntTab &polys, const DoubleTab &coords, int num_elem, Matrice33 &m)
remplit la matrice m avec les trois vecteurs de base du tetraedre demande (le premier sommet du tetra est pris comme origine).
Detailed description
polys est le tableau des elements du domaine, coords le tableau des coordonnees num_elem le numero du tetraedre a calculer. m est rempli avec la matrice m(i,j) = coord(polys(num_elem, j + 1), i) - coord(polys(num_elem, 0), i)
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:ref:`void Tetraedre_32_64<_SIZE_>::matrice_base_tetraedre(const IntTab &polys, const DoubleTab &coords, int num_elem, Matrice33 &m) <tetraedre-32-64-public-static-void-tetraedre-32-64-size-matrice-base-tetraedre-const-inttab-ref-polys-const-doubletab-ref-coords-int-num-elem-matrice33-ref-m>`
[void Tetraedre_32_64<_SIZE_>::matrice_base_tetraedre(const IntTab &polys, const DoubleTab &coords, int num_elem, Matrice33 &m)](#tetraedre-32-64-public-static-void-tetraedre-32-64-size-matrice-base-tetraedre-const-inttab-ref-polys-const-doubletab-ref-coords-int-num-elem-matrice33-ref-m)
matrice_base_tetraedre#
void Tetraedre_32_64<_SIZE_>::matrice_base_tetraedre(const IntTab &polys, const DoubleTab &coords, int num_elem, Matrice33 &m, Vecteur3 &origine)
Idem que la precedente, mais remplit en plus “origine” avec les coordonnees du premier sommet.
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:ref:`void Tetraedre_32_64<_SIZE_>::matrice_base_tetraedre(const IntTab &polys, const DoubleTab &coords, int num_elem, Matrice33 &m, Vecteur3 &origine) <tetraedre-32-64-public-static-void-tetraedre-32-64-size-matrice-base-tetraedre-const-inttab-ref-polys-const-doubletab-ref-coords-int-num-elem-matrice33-ref-m-vecteur3-ref-origine>`
[void Tetraedre_32_64<_SIZE_>::matrice_base_tetraedre(const IntTab &polys, const DoubleTab &coords, int num_elem, Matrice33 &m, Vecteur3 &origine)](#tetraedre-32-64-public-static-void-tetraedre-32-64-size-matrice-base-tetraedre-const-inttab-ref-polys-const-doubletab-ref-coords-int-num-elem-matrice33-ref-m-vecteur3-ref-origine)
self_cast#
const Tetraedre_32_64<_T_> & Tetraedre_32_64<_T_>::self_cast(const Objet_U &)
Detailed description
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:ref:`const Tetraedre_32_64<_T_> & Tetraedre_32_64<_T_>::self_cast(const Objet_U &) <tetraedre-32-64-public-static-const-tetraedre-32-64-t-ref-tetraedre-32-64-t-self-cast-const-objet-u-ref>`
[const Tetraedre_32_64<_T_> & Tetraedre_32_64<_T_>::self_cast(const Objet_U &)](#tetraedre-32-64-public-static-const-tetraedre-32-64-t-ref-tetraedre-32-64-t-self-cast-const-objet-u-ref)
self_cast#
Tetraedre_32_64<_T_> & Tetraedre_32_64<_T_>::self_cast(Objet_U &)
Detailed description
How to reference this method:
Copy the following pieces of RST/Markdown code to cite this element in other parts of the sphinx documentation (there is a copy button on the top-right when hovering the code block):
:ref:`Tetraedre_32_64<_T_> & Tetraedre_32_64<_T_>::self_cast(Objet_U &) <tetraedre-32-64-public-static-tetraedre-32-64-t-ref-tetraedre-32-64-t-self-cast-objet-u-ref>`
[Tetraedre_32_64<_T_> & Tetraedre_32_64<_T_>::self_cast(Objet_U &)](#tetraedre-32-64-public-static-tetraedre-32-64-t-ref-tetraedre-32-64-t-self-cast-objet-u-ref)
printOn#
Sortie & Tetraedre_32_64<_SIZE_>::printOn(Sortie &x) const override
NE FAIT RIEN.
Detailed description
Reimplements:
How to reference this method:
Copy the following pieces of RST/Markdown code to cite this element in other parts of the sphinx documentation (there is a copy button on the top-right when hovering the code block):
:ref:`Sortie & Tetraedre_32_64<_SIZE_>::printOn(Sortie &x) const override <tetraedre-32-64-protected-sortie-ref-tetraedre-32-64-size-printon-sortie-ref-x-const-override>`
[Sortie & Tetraedre_32_64<_SIZE_>::printOn(Sortie &x) const override](#tetraedre-32-64-protected-sortie-ref-tetraedre-32-64-size-printon-sortie-ref-x-const-override)
readOn#
Entree & Tetraedre_32_64<_SIZE_>::readOn(Entree &) override
NE FAIT RIEN.
Detailed description
Reimplements:
How to reference this method:
Copy the following pieces of RST/Markdown code to cite this element in other parts of the sphinx documentation (there is a copy button on the top-right when hovering the code block):
:ref:`Entree & Tetraedre_32_64<_SIZE_>::readOn(Entree &) override <tetraedre-32-64-protected-entree-ref-tetraedre-32-64-size-readon-entree-ref-override>`
[Entree & Tetraedre_32_64<_SIZE_>::readOn(Entree &) override](#tetraedre-32-64-protected-entree-ref-tetraedre-32-64-size-readon-entree-ref-override)
Attributes Documentation#
const Type_info Tetraedre_32_64<_SIZE_>::info_obj
int Objet_U::dimension