/ tran_gene
/ harm_gene
/ table
/ char_meca = CALC_MISS(
◆ TYPE_RESU = / "HARM_GENE",
/ "TRAN_GENE",
/ "TABLE",
/ "TABLE_CONTROL",
/ "FICHIER",
/ "FICHIER_TEMPS",
/ "CHARGE",
◇ PROJET = text (défaut: "MODELE"),
◇ REPERTOIRE = text,
◇ VERSION = / "V6.7" (par défaut),
/ "V6.6",
/ "V6.5",
/ TABLE_SOL = table,
◇ / MATER_SOL = _F(
◆ E = float,
◆ NU = float,
◆ RHO = float,
◇ AMOR_HYST = float,
),
◇ MATER_FLUIDE = _F(
◆ RHO = float,
◆ CELE = float,
◇ AMOR_BETA = float,
◇ DEMI_ESPACE = / "OUI" (par défaut),
/ "NON",
),
◇ ISSF = / "OUI",
/ "NON" (par défaut),
# Si: is_in("TYPE_RESU", ("FICHIER", "TABLE_CONTROL"))
◆ / MACR_ELEM_DYNA = macr_elem_dyna,
/ BASE_MODALE = mode_meca,
# Si: exists("BASE_MODALE")
◇ MATR_RIGI = matr_asse_depl_c / matr_asse_depl_r,
◇ MATR_MASS = matr_asse_depl_r,
◇ AMOR_REDUIT = float,
◆ GROUP_MA_INTERF = grma,
◇ & GROUP_MA_FLU_STR = grma,
& GROUP_MA_FLU_SOL = grma,
◇ GROUP_MA_SOL_SOL = grma,
◇ UNITE_IMPR_ASTER = unit,
◇ UNITE_RESU_IMPE = unit,
◇ UNITE_RESU_FORC = unit,
◇ / SOURCE_SOL = _F(
◆ POINT = float,
◆ DIRECTION = float,
),
/ SOURCE_FLUIDE = _F(
◆ POINT = float,
),
# Si: equal_to("TYPE_RESU", "FICHIER_TEMPS")
◆ / MACR_ELEM_DYNA = macr_elem_dyna,
/ BASE_MODALE = mode_meca,
# Si: exists("BASE_MODALE")
◇ MATR_RIGI = matr_asse_depl_c / matr_asse_depl_r,
◇ MATR_MASS = matr_asse_depl_r,
◇ AMOR_REDUIT = float,
◆ GROUP_MA_INTERF = grma,
◇ & GROUP_MA_FLU_STR = grma,
& GROUP_MA_FLU_SOL = grma,
◇ GROUP_MA_SOL_SOL = grma,
◇ UNITE_IMPR_ASTER = unit,
◆ | UNITE_RESU_RIGI = unit,
| UNITE_RESU_AMOR = unit,
| UNITE_RESU_MASS = unit,
◇ INST_FIN = float,
◇ PAS_INST = float,
◇ INST_ECRI_FIN = float,
◇ FACTEUR_INTERPOL = int (défaut: 1),
◇ PCENT_FREQ_CALCUL = float,
◇ PRECISION = float (défaut: 1e-06),
◇ COEF_SURECH = float (défaut: 1.35),
◇ COEF_MULT = float (défaut: 1.0),
◇ TYPE_FICHIER_TEMPS = / "BINAIRE",
/ "ASCII" (par défaut),
◇ & MATR_GENE = _F(
◇ DECOMP_IMPE = / "PRODUIT" (par défaut),
/ "SANS_PRODUIT",
◆ AMOR_HYST = / "DANS_IMPEDANCE",
/ "DANS_MATR_AMOR",
# Si: equal_to("AMOR_HYST", "DANS_MATR_AMOR")
◇ MATR_MASS = matr_asse_gene_r / matr_asse_depl_r,
◇ MATR_RIGI = matr_asse_gene_r / matr_asse_depl_r / matr_asse_gene_c,
◆ MATR_AMOR = matr_asse_gene_r / matr_asse_depl_r / matr_asse_gene_c,
# Si: equal_to("AMOR_HYST", "DANS_IMPEDANCE")
◆ | MATR_MASS = matr_asse_gene_r / matr_asse_depl_r,
| MATR_RIGI = matr_asse_gene_r / matr_asse_depl_r / matr_asse_gene_c,
| MATR_AMOR = matr_asse_gene_r / matr_asse_depl_r / matr_asse_gene_c,
),
◇ EXCIT_SOL = _F(
◆ UNITE_RESU_FORC = unit,
◇ NOM_CHAM = / "ACCE",
/ "VITE",
/ "DEPL" (par défaut),
◆ | CHAM_X = fonction,
| CHAM_Y = fonction,
| CHAM_Z = fonction,
),
# Si: not is_in("TYPE_RESU", ("FICHIER", "FICHIER_TEMPS", "TABLE_CONTROL", "CHARGE"))
◇ MACR_ELEM_DYNA = macr_elem_dyna,
◆ BASE_MODALE = mode_meca,
◆ MATR_RIGI = matr_asse_depl_c / matr_asse_depl_r,
◆ MATR_MASS = matr_asse_depl_r,
◆ / MATR_AMOR = matr_asse_depl_r,
/ AMOR_REDUIT = float,
◆ GROUP_MA_INTERF = grma,
◇ & GROUP_MA_FLU_STR = grma,
& GROUP_MA_FLU_SOL = grma,
◇ GROUP_MA_SOL_SOL = grma,
◇ UNITE_IMPR_ASTER = unit,
◇ UNITE_RESU_IMPE = unit,
◇ UNITE_RESU_FORC = unit,
# Si: not exists("EXCIT_GENE") and not is_in("TYPE_RESU", ("FICHIER", "FICHIER_TEMPS", "CHARGE"))
◆ TYPE_EXCIT = / "INST",
/ "FREQ",
# Si: equal_to("TYPE_EXCIT", 'INST')
◇ & INST_FIN = float,
& PAS_INST = float,
# Si: (is_in("TYPE_RESU", ("FICHIER", "FICHIER_TEMPS", "TABLE_CONTROL", "CHARGE"))) or
(is_in("TYPE_RESU", ("HARM_GENE", "TRAN_GENE")) and not exists("UNITE_RESU_IMPE"))
◇ PARAMETRE = _F(
◆ & FREQ_MIN = float,
& FREQ_MAX = float,
& FREQ_PAS = float,
/ FREQ = float,
/ LIST_FREQ = listr8,
/ FREQ_IMAG = float,
◇ Z0 = float,
◇ TYPE = / "BINAIRE",
/ "ASCII" (par défaut),
◇ ALLU = float,
◇ SURF = / "OUI",
/ "NON" (par défaut),
◇ DREF = float,
◇ OFFSET_MAX = float,
OFFSET_NB = int,
◇ AUTO = / "OUI",
/ "NON" (par défaut),
# Si: equal_to("AUTO", "OUI")
◇ OPTION_DREF = / "OUI",
/ "NON" (par défaut),
◇ OPTION_RFIC = / "OUI",
/ "NON" (par défaut),
◇ RFIC = float,
◇ SPEC_MAX = float,
SPEC_NB = int,
◇ COEF_OFFSET = int (défaut: 12),
# Si: equal_to("AUTO", "NON")
◇ ALGO = / "DEPL",
/ "REGU",
◇ RFIC = float,
◇ & SPEC_MAX = float,
& SPEC_NB = int,
),
# Si: is_in("TYPE_RESU", ("HARM_GENE", "TRAN_GENE"))
◆ MODELE = modele,
◇ GROUP_NO = grno,
Si: not exists("EXCIT_MONO") and not exists("EXCIT_FORC")
◇ / EXCIT_GENE = _F(
◆ / VECT_ASSE = cham_no,
/ CHARGE = char_meca,
◆ / FONC_MULT_C = fonction_c / formule_c,
/ FONC_MULT = formule / nappe / fonction,
/ COEF_MULT = float,
/ COEF_MULT_C = complex,
◇ PHAS_DEG = float,
◇ PUIS_PULS = int,
),
Si: not exists("EXCIT_MONO") and not exists("EXCIT_GENE")
◇ / EXCIT_FORC = _F(
Si: equal_to("TYPE_EXCIT", "INST")
◆ | ACCE_X = fonction,
| ACCE_Y = fonction,
| ACCE_Z = fonction,
| DEPL_X = fonction,
| DEPL_Y = fonction,
| DEPL_Z = fonction,
Si: equal_to("TYPE_EXCIT", "FREQ")
◆ | ACCE_X = fonction_c,
| ACCE_Y = fonction_c,
| ACCE_Z = fonction_c,
| DEPL_X = fonction_c,
| DEPL_Y = fonction_c,
| DEPL_Z = fonction_c,
)
Si: not exists("EXCIT_FORC") and not exists("EXCIT_GENE")
◇ / EXCIT_MONO = _F(
◆ DIRECTION = / "X",
/ "Y",
/ "Z",
Si: equal_to("TYPE_EXCIT", "INST")
◆ | ACCE = fonction,
Si: equal_to("TYPE_EXCIT", "FREQ")
◆ | ACCE = fonction_c,
)
# Si: is_in("TYPE_RESU", ("HARM_GENE", "TABLE"))
◆ LIST_FREQ_CALC=_F(
◆ AUTO = / 'OUI' (par défaut),
/ 'NON',
Si: equal_to("AUTO", "NON")
◆ & FREQ_MIN = float,
& FREQ_MAX = float,
& FREQ_PAS = float,
/ FREQ = float,
/ LIST_FREQ = listr8,
)
# Si: equal_to("TYPE_RESU", "TABLE")
◆ MODELE = modele,
◆ GROUP_NO = grno,
◆ NORME = float,
◆ AMOR_SPEC_OSCI = float,
◇ LIST_FREQ_SPEC_OSCI = listr8,
◆ EXCIT_FORC = _F(
Si: equal_to("TYPE_EXCIT", "INST")
◆ |ACCE_X = fonction,
|ACCE_Y = fonction,
|ACCE_Z = fonction,
Si: equal_to("TYPE_EXCIT", "FREQ")
◆ |ACCE_X = fonction_c,
|ACCE_Y = fonction_c,
|ACCE_Z = fonction_c,
)
# Si: equal_to("TYPE_RESU", "TABLE_CONTROL")
◇ GROUP_MA_CONTROL = grma,
◇ & NORME = float,
& AMOR_SPEC_OSCI = float,
◇ LIST_FREQ_SPEC_OSCI = listr8,
◇ TOUT_CHAM = "OUI" (ou non renseigné),
◆ EXCIT_FORC = _F(
Si: equal_to("TYPE_EXCIT", "INST")
◆ | ACCE_X = fonction,
|ACCE_Y = fonction,
|ACCE_Z = fonction,
Si: equal_to("TYPE_EXCIT", "FREQ")
◆ |ACCE_X = fonction_c,
|ACCE_Y = fonction_c,
|ACCE_Z = fonction_c,
)
# Si: equal_to("TYPE_RESU", "CHARGE")
◆ MODELE = modele,
◆ FONC_SIGNAL = fonction,
◆ NOM_CMP = / "DX",
/ "DY",
/ "DZ",
◇ ISSF = / "OUI",
/ "NON" (par défaut),
◇ GROUP_NO_AFFE = grno,
◆ UNITE_RESU_FORC = unit,
◇ FREQ_MAX = float,
◇ VARI = / "OUI",
/ "NON" (par défaut),
◇ MATR_GENE = _F(
◆ BASE = mode_meca,
◆ NUME_DDL_GENE = nume_ddl_gene,
),
◇ PRECISION = float (défaut: 0.999),
◇ INTERF = _F(
◆ GROUP_NO_INTERF = grno,
◆ MODE_INTERF = / "CORP_RIGI",
/ "TOUT",
/ "QUELCONQUE",
),
◇ MATR_COHE = _F(
◆ TYPE = / "MITA_LUCO",
/ "ABRAHAMSON",
# Si: equal_to("TYPE", "MITA_LUCO")
◇ VITE_ONDE = float (défaut: 600.0),
◇ PARA_ALPHA = float (défaut: 0.5),
),
◇ UNITE_RESU_IMPE = unit,
◇ TYPE = / "BINAIRE",
/ "ASCII" (par défaut),
◇ INFO = / 1 (par défaut),
/ 2,
)
◆ : obligatoire
◇ : optionnel
⟐ : présent par défaut
& : ensemble
/ : un seul parmi
| : plusieurs choix possibles