fiss_xfem = DEFI_FISS_XFEM(
◇ TYPE_DISCONTINUITE = / "FISSURE" (par défaut),
/ "INTERFACE",
/ "COHESIF",
◆ MAILLAGE = maillage,
◇ / MAILLAGE_GRILLE = maillage,
/ FISS_GRILLE = fiss_xfem,
# Si: equal_to("TYPE_DISCONTINUITE", 'COHESIF')
◆ DEFI_FISS = _F(
◇ FONC_LT = formule / fonction,
◇ FONC_LN = formule / fonction,
◆ GROUP_MA_BORD = grma,
◇ FORM_FISS = / "ELLIPSE",
/ "RECTANGLE",
/ "CYLINDRE",
/ "DEMI_PLAN",
/ "SEGMENT",
/ "DEMI_DROITE",
/ "DROITE",
/ "ENTAILLE",
# Si: equal_to("FORM_FISS", 'ELLIPSE')
◆ DEMI_GRAND_AXE = float,
◆ DEMI_PETIT_AXE = float,
◆ CENTRE = float,
◆ VECT_X = float,
◆ VECT_Y = float,
◇ COTE_FISS = / "IN" (par défaut),
/ "OUT",
# Si: equal_to("FORM_FISS", 'RECTANGLE')
◆ DEMI_GRAND_AXE = float,
◆ DEMI_PETIT_AXE = float,
◇ RAYON_CONGE = float,
◆ CENTRE = float,
◆ VECT_X = float,
◆ VECT_Y = float,
◇ COTE_FISS = / "IN" (par défaut),
/ "OUT",
# Si: equal_to("FORM_FISS", 'ENTAILLE')
◆ DEMI_LONGUEUR = float,
◆ RAYON_CONGE = float,
◆ CENTRE = float,
◆ VECT_X = float,
◆ VECT_Y = float,
# Si: equal_to("FORM_FISS", 'CYLINDRE')
◆ DEMI_GRAND_AXE = float,
◆ DEMI_PETIT_AXE = float,
◆ CENTRE = float,
◆ VECT_X = float,
◆ VECT_Y = float,
# Si: equal_to("FORM_FISS", 'DEMI_PLAN')
◆ PFON = float,
◆ NORMALE = float,
◆ DTAN = float,
# Si: equal_to("FORM_FISS", 'SEGMENT')
◆ PFON_ORIG = float,
◆ PFON_EXTR = float,
# Si: equal_to("FORM_FISS", 'DEMI_DROITE')
◆ PFON = float,
◆ DTAN = float,
# Si: equal_to("FORM_FISS", 'DROITE')
◆ POINT = float,
◆ DTAN = float,
),
# Si: not equal_to("TYPE_DISCONTINUITE", 'COHESIF')
◆ DEFI_FISS = _F(
◇ FONC_LT = formule / fonction,
◇ FONC_LN = formule / fonction,
◇ CHAM_NO_LSN = cham_no,
◇ CHAM_NO_LST = cham_no,
◇ GROUP_MA_FISS = grma,
◇ GROUP_MA_FOND = grma,
◇ FORM_FISS = / "ELLIPSE",
/ "RECTANGLE",
/ "CYLINDRE",
/ "DEMI_PLAN",
/ "SEGMENT",
/ "DEMI_DROITE",
/ "DROITE",
/ "ENTAILLE",
# Si: equal_to("FORM_FISS", 'ELLIPSE')
◆ DEMI_GRAND_AXE = float,
◆ DEMI_PETIT_AXE = float,
◆ CENTRE = float,
◆ VECT_X = float,
◆ VECT_Y = float,
◇ COTE_FISS = / "IN" (par défaut),
/ "OUT",
# Si: equal_to("FORM_FISS", 'RECTANGLE')
◆ DEMI_GRAND_AXE = float,
◆ DEMI_PETIT_AXE = float,
◇ RAYON_CONGE = float,
◆ CENTRE = float,
◆ VECT_X = float,
◆ VECT_Y = float,
◇ COTE_FISS = / "IN" (par défaut),
/ "OUT",
# Si: equal_to("FORM_FISS", 'ENTAILLE')
◆ DEMI_LONGUEUR = float,
◆ RAYON_CONGE = float,
◆ CENTRE = float,
◆ VECT_X = float,
◆ VECT_Y = float,
# Si: equal_to("FORM_FISS", 'CYLINDRE')
◆ DEMI_GRAND_AXE = float,
◆ DEMI_PETIT_AXE = float,
◆ CENTRE = float,
◆ VECT_X = float,
◆ VECT_Y = float,
# Si: equal_to("FORM_FISS", 'DEMI_PLAN')
◆ PFON = float,
◆ NORMALE = float,
◆ DTAN = float,
# Si: equal_to("FORM_FISS", 'SEGMENT')
◆ PFON_ORIG = float,
◆ PFON_EXTR = float,
# Si: equal_to("FORM_FISS", 'DEMI_DROITE')
◆ PFON = float,
◆ DTAN = float,
# Si: equal_to("FORM_FISS", 'DROITE')
◆ POINT = float,
◆ DTAN = float,
),
◇ GROUP_MA_ENRI = grma,
# Si: equal_to("TYPE_DISCONTINUITE", 'INTERFACE')
◇ CHAM_DISCONTINUITE = / "DEPL" (par défaut),
/ "SIGM",
# Si: equal_to("TYPE_DISCONTINUITE", 'FISSURE')
◇ CHAM_DISCONTINUITE = "DEPL",
◇ TYPE_ENRI_FOND = / "TOPOLOGIQUE",
/ "GEOMETRIQUE" (par défaut),
# Si: equal_to("TYPE_ENRI_FOND", 'GEOMETRIQUE')
◇ RAYON_ENRI = float,
# Si: (not exists("RAYON_ENRI"))
◇ NB_COUCHES = int (défaut: 2),
# Si: (not exists("MAILLAGE_GRILLE")) and (not exists("FISS_GRILLE"))
◇ JONCTION = _F(
◆ FISSURE = fiss_xfem,
◆ POINT = float,
),
◇ INFO = / 1 (par défaut),
/ 2,
/ 3,
)
◆ : obligatoire
◇ : optionnel
⟐ : présent par défaut
& : ensemble
/ : un seul parmi
| : plusieurs choix possibles