/ fiss_xfem
/ maillage = PROPA_FISS(
◆ METHODE_PROPA = / "SIMPLEXE",
/ "MAILLAGE",
/ "INITIALISATION",
/ "GEOMETRIQUE",
/ "UPWIND",
◇ OPERATION = / "RIEN" (par défaut),
/ "DETECT_COHESIF",
/ "PROPA_COHESIF",
# Si: (equal_to("METHODE_PROPA", 'SIMPLEXE')) or (equal_to("METHODE_PROPA", 'UPWIND')) or (equal_to("METHODE_PROPA", 'GEOMETRIQUE') and equal_to("OPERATION", 'RIEN'))
◆ MODELE = modele,
◇ TEST_MAIL = / "NON" (par défaut),
/ "OUI",
◆ DA_MAX = float,
◆ RAYON = float,
◇ ZONE_MAJ = / "TOUT",
/ "TORE" (par défaut),
# Si: equal_to("ZONE_MAJ", 'TORE')
◇ RAYON_TORE = float,
# Si: equal_to("TEST_MAIL", 'NON')
◆ FISSURE = _F(
◆ FISS_ACTUELLE = fiss_xfem,
◆ FISS_PROPAGEE = co,
◇ NB_POINT_FOND = int,
◆ TABLE = table,
),
◆ LOI_PROPA = _F(
◇ LOI = "PARIS",
# Si: equal_to("LOI", 'PARIS')
◆ C = float,
◆ M = float,
◇ DELTA_K_SEUIL = float,
◆ MATER = mater,
),
◆ COMP_LINE = _F(
◆ COEF_MULT_MINI = float,
◆ COEF_MULT_MAXI = float,
),
◇ CRIT_ANGL_BIFURCATION = / "SITT_MAX_DEVER",
/ "SITT_MAX" (par défaut),
/ "K1_MAX",
/ "K2_NUL",
/ "PLAN",
/ "ANGLE_IMPO",
/ "ANGLE_IMPO_GAMMA",
/ "ANGLE_IMPO_BETA_GAMMA",
# Si: equal_to("TEST_MAIL", 'OUI')
◆ FISSURE = _F(
◆ FISS_ACTUELLE = fiss_xfem,
◆ FISS_PROPAGEE = co,
),
◇ ITERATIONS = int (défaut: 5),
◇ TOLERANCE = float (défaut: 5.0),
# Si: (equal_to("OPERATION", 'DETECT_COHESIF'))
◆ MODELE = modele,
◇ TEST_MAIL = / "NON" (par défaut),
/ "OUI",
◆ RESULTAT = evol_noli / evol_elas,
◇ ZONE_MAJ = / "TOUT",
/ "TORE" (par défaut),
# Si: equal_to("ZONE_MAJ", 'TORE')
◇ RAYON_TORE = float,
# Si: equal_to("TEST_MAIL", 'NON')
◆ FISSURE = _F(
◆ FISS_ACTUELLE = fiss_xfem,
◆ FISS_PROPAGEE = co,
◇ NB_POINT_FOND = int,
◆ TABLE = table,
),
◇ CRIT_ANGL_BIFURCATION = / "SITT_MAX_DEVER",
/ "SITT_MAX" (par défaut),
/ "K1_MAX",
/ "K2_NUL",
/ "PLAN",
/ "ANGLE_IMPO",
/ "ANGLE_IMPO_GAMMA",
/ "ANGLE_IMPO_BETA_GAMMA",
# Si: (equal_to("OPERATION", 'PROPA_COHESIF'))
◆ MODELE = modele,
◆ DA_MAX = float,
◇ TEST_MAIL = / "NON" (par défaut),
/ "OUI",
◇ ZONE_MAJ = / "TOUT",
/ "TORE" (par défaut),
# Si: equal_to("ZONE_MAJ", 'TORE')
◇ RAYON_TORE = float,
# Si: equal_to("TEST_MAIL", 'NON')
◆ FISSURE = _F(
◆ FISS_ACTUELLE = fiss_xfem,
◆ FISS_PROPAGEE = co,
◇ NB_POINT_FOND = int,
◆ TABLE = table,
),
◇ CRIT_ANGL_BIFURCATION = / "SITT_MAX" (par défaut),
/ "K1_MAX",
/ "K2_NUL",
/ "PLAN",
/ "ANGLE_IMPO",
# Si: (equal_to("METHODE_PROPA", 'MAILLAGE'))
◆ MAIL_STRUC = maillage,
◆ ITERATION = int,
◆ DA_MAX = float,
◆ FISSURE = _F(
◆ MAIL_ACTUEL = maillage,
◇ GROUP_MA_FOND = grma (défaut: FOND),
◇ GROUP_MA_FISS = grma (défaut: FISS),
◆ FISS_ACTUELLE = fiss_xfem,
◇ MAIL_PROPAGE = co,
◆ TABLE = table,
),
◆ MAIL_TOTAL = co,
◆ LOI_PROPA = _F(
◇ LOI = "PARIS",
# Si: equal_to("LOI", 'PARIS')
◆ C = float,
◆ M = float,
◇ DELTA_K_SEUIL = float,
◆ MATER = mater,
),
◆ COMP_LINE = _F(
◆ COEF_MULT_MINI = float,
◆ COEF_MULT_MAXI = float,
),
◇ CRIT_ANGL_BIFURCATION = / "SITT_MAX" (par défaut),
/ "SITT_MAX_DEVER",
/ "K1_MAX",
/ "K2_NUL",
/ "PLAN",
/ "ANGLE_IMPO",
# Si: (equal_to("METHODE_PROPA", 'INITIALISATION'))
◆ MAIL_STRUC = maillage,
◆ FORM_FISS = / "DEMI_DROITE",
/ "DEMI_PLAN",
/ "ELLIPSE",
◇ GROUP_MA_FOND = grma (défaut: FOND),
◇ GROUP_MA_FISS = grma (défaut: FISS),
◆ MAIL_TOTAL = co,
◇ MAIL_FISS = co,
# Si: equal_to("FORM_FISS", 'DEMI_DROITE')
◆ PFON = float,
◆ DTAN = float,
# Si: equal_to("FORM_FISS", 'DEMI_PLAN')
◆ DTAN = float,
◆ POINT_ORIG = float,
◆ POINT_EXTR = float,
◆ NB_POINT_FOND = int,
# Si: equal_to("FORM_FISS", 'ELLIPSE')
◆ CENTRE = float,
◆ DEMI_GRAND_AXE = float,
◆ DEMI_PETIT_AXE = float,
◆ VECT_X = float,
◆ VECT_Y = float,
◆ ANGLE_ORIG = float,
◆ ANGLE_EXTR = float,
◆ NB_POINT_FOND = int,
◇ INFO = / 0,
/ 1 (par défaut),
/ 2,
)
◆ : obligatoire
◇ : optionnel
⟐ : présent par défaut
& : ensemble
/ : un seul parmi
| : plusieurs choix possibles