container='CARA!.CARORIEN',
comment=""" PCAORIE : ORIENTATION LOCALE D'UN ELEMENT DE POUTRE OU DE TUYAU,
ISSUE DE AFFE_CARA_ELEM MOT CLE ORIENTATION """)
PNBSP_I = InputParameter(phys=PHY.NBSP_I,
container='CARA!.CANBSP',
comment=""" PNBSP_I : NOMBRE DE SOUS_POINTS """)
PCOMPOR = InputParameter(
phys=PHY.COMPOR,
container='CHMA!.COMPOR',
comment=
""" PCOMPOR : DESCRIPTION DU COMPORTEMENT DE CHAQUE GROUPE DE FIBRES
NECESSITE DE FOURNIR LE CONCEPT PRODUIT PAR AFFE_MATERIAU """)
PSTRXRR = OutputParameter(phys=PHY.STRX_R, type='ELGA')
STRX_ELGA = Option(
para_in=(
SP.PCAGNPO,
PCAORIE,
PCOMPOR,
SP.PDEPLAR,
SP.PFIBRES,
SP.PGEOMER,
SP.PMATERC,
PNBSP_I,
PVARCPR,
SP.PVARCRR,
),
para_out=(PSTRXRR, ),
# along with code_aster. If not, see <http://www.gnu.org/licenses/>.
# --------------------------------------------------------------------
# person_in_charge: jacques.pellet at edf.fr
from cataelem.Tools.base_objects import InputParameter, OutputParameter, Option, CondCalcul
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.parameters as SP
import cataelem.Commons.attributes as AT
PVARCPR = InputParameter(phys=PHY.VARI_R,
container='VOLA!&&CCPARA.VARI_INT_N',
comment=""" PVARCPR : VARIABLES DE COMMANDE """)
PDEFOPG = OutputParameter(
phys=PHY.EPSI_R,
type='ELGA',
comment=""" PDEFOPG : DEFORMATIONS LOGARITHMIQUES AUX POINTS DE GAUSS """)
EPSL_ELGA = Option(
para_in=(
SP.PDEPLAR,
SP.PGEOMER,
SP.PMATERC,
SP.PTEMPSR,
PVARCPR,
SP.PVARCRR,
),
para_out=(PDEFOPG, ),
condition=(
CondCalcul('+', (
(AT.PHENO, 'ME'),
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with code_aster. If not, see <http://www.gnu.org/licenses/>.
# --------------------------------------------------------------------
from cataelem.Tools.base_objects import InputParameter, OutputParameter, Option, CondCalcul
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.parameters as SP
import cataelem.Commons.attributes as AT
PFONC = InputParameter(
phys=PHY.NEUT_K8, comment=""" HHO - Noms des fonctions AFFE_CHAR_CINE_F""")
PCINE = OutputParameter(phys=PHY.DEPL_R, type='ELNO')
HHO_CINE_F_MECA = Option(
para_in=(
SP.PGEOMER,
SP.PINSTPR,
PFONC,
),
para_out=(PCINE, ),
condition=(CondCalcul('+', (
(AT.PHENO, 'ME'),
(AT.BORD, '0'),
)), ),
)
PCNSETO = InputParameter(phys=PHY.N1280I) PLONCHA = InputParameter(phys=PHY.N120_I) PHEAVTO = InputParameter(phys=PHY.N512_I) PAINTTO = InputParameter(phys=PHY.N480_R) PSTANO = InputParameter(phys=PHY.N120_I) PPINTER = OutputParameter(phys=PHY.N816_R, type='ELEM') PAINTER = OutputParameter(phys=PHY.N1360R, type='ELEM') PCFACE = OutputParameter(phys=PHY.N720_I, type='ELEM') PLONGCO = OutputParameter(phys=PHY.N120_I, type='ELEM') PBASECO = OutputParameter(phys=PHY.N2448R, type='ELEM') PHEAVFA = OutputParameter(phys=PHY.N960_I, type='ELEM')
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.parameters as SP
import cataelem.Commons.attributes as AT
PSIEF_R = InputParameter(phys=PHY.SIEF_R,
comment=""" PSIEF_R : CONTRAINTES AUX POINTS DE GAUSS """)
PVARCPR = InputParameter(phys=PHY.VARI_R,
comment=""" PVARCPR : VARIABLE DE COMMANDE """)
PERREUR = OutputParameter(phys=PHY.ERRE_R, type='ELEM',
comment=""" PERREUR : ESTIMATEUR D ERREUR """)
CALC_ESTI_ERRE = Option(
para_in=(
SP.PGEOMER,
SP.PMATERC,
PSIEF_R,
SP.PSIGMA,
PVARCPR,
),
para_out=(
PERREUR,
),
condition=(
CondCalcul('+', ((AT.PHENO,'ME'),(AT.BORD,'0'),)),
# 1 AVENUE DU GENERAL DE GAULLE, 92141 CLAMART CEDEX, FRANCE.
# ======================================================================
from cataelem.Tools.base_objects import InputParameter, OutputParameter, Option, CondCalcul
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.parameters as SP
import cataelem.Commons.attributes as AT
PCOMPOR = InputParameter(phys=PHY.COMPOR, container='RESU!COMPORTEMENT!N',
comment=""" PCOMPOR : COMPORTEMENT """)
PDEFOPG = OutputParameter(phys=PHY.EPSI_R, type='ELGA',
comment=""" PDEFOPG : DEFORMATIONS DUES AU FLUAGE DE DESSICCATION AUX POINTS DE GAUSS """)
EPFD_ELGA = Option(
para_in=(
PCOMPOR,
SP.PGEOMER,
SP.PVARIGR,
),
para_out=(
PDEFOPG,
),
condition=(
CondCalcul('+', ((AT.PHENO,'ME'),(AT.BORD,'0'),)),
),
comment=""" EPFD_ELGA : DEFORMATIONS DUES AU FLUAGE DE DESSICCATION
# 1 AVENUE DU GENERAL DE GAULLE, 92141 CLAMART CEDEX, FRANCE.
# ======================================================================
from cataelem.Tools.base_objects import InputParameter, OutputParameter, Option, CondCalcul
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.parameters as SP
import cataelem.Commons.attributes as AT
PDEFORR = InputParameter(
phys=PHY.EPSI_R,
container='RESU!EPSG_ELGA!N',
comment=""" PDEFORR : DEFORMATIONS PAR ELEMENT AUX POINTS DE GAUSS """)
PDEFOEQ = OutputParameter(
phys=PHY.EPSI_R,
type='ELGA',
comment=
""" PDEFOEQ : DEFORMATIONS EQUIVALENTES PAR ELEMENT AUX POINTS DE GAUSS """
)
EPGQ_ELGA = Option(
para_in=(PDEFORR, ),
para_out=(PDEFOEQ, ),
condition=(CondCalcul('+', (
(AT.PHENO, 'ME'),
(AT.BORD, '0'),
)), ),
comment=
""" EPGQ_ELGA : DEFORMATIONS DE G-L EQUIVALENTES PAR ELEMENT AUX POINTS DE GAUSS """,
)
PCFACE = InputParameter(phys=PHY.N720_I)
PLONGCO = InputParameter(
phys=PHY.N120_I,
container='MODL!.TOPOSE.LON',
comment=""" XFEM - NBRE DE TETRAEDRES ET DE SOUS-ELEMENTS """)
PPINTER = InputParameter(phys=PHY.N816_R)
PLST = InputParameter(phys=PHY.NEUT_R)
PBASECO = InputParameter(phys=PHY.N2448R)
# Attention : le champ PSEUIL est un champ a sous-points
# pour les elements de contact XFEM (xhc,xhtc,xtc)
PSEUIL = OutputParameter(phys=PHY.NEUT_R, type='ELEM')
XREACL = Option(
para_in=(
PAINTER,
PBASECO,
PCFACE,
SP.PDEPL_P,
SP.PDONCO,
SP.PGEOMER,
PLONGCO,
PLST,
PPINTER,
),
para_out=(PSEUIL, ),
condition=(CondCalcul('+', (
comment=""" PVARIMR : VARIABLES INTERNES INSTANT PRECEDENT """)
PVARIPR = InputParameter(phys=PHY.VARI_R, container='RESU!VARI_ELGA!NP1',
comment=""" PVARIPR : VARIABLES INTERNES INSTANT ACTUEL """)
PCOMPOR = InputParameter(phys=PHY.COMPOR, container='RESU!COMPORTEMENT!N',
comment=""" PCOMPOR : COMPORTEMENT """)
PVARCPR = InputParameter(phys=PHY.VARI_R, container='VOLA!&&CCPARA.VARI_INT_N',
comment=""" PVARCPR : TEMPERATURES DE TYPE REEL INSTANT ACTUEL """)
PDERAPG = OutputParameter(phys=PHY.DERA_R, type='ELGA',
comment=""" PDERAPG : INDICATEUR LOCAL DE DECHARGE """)
DERA_ELGA = Option(
para_in=(
PCOMPOR,
PCONTMR,
PCONTPR,
SP.PDERAMG,
SP.PMATERC,
PVARCPR,
PVARIMR,
PVARIPR,
),
para_out=(
PDERAPG,
# along with code_aster. If not, see <http://www.gnu.org/licenses/>.
# --------------------------------------------------------------------
# person_in_charge: xavier.desroches at edf.fr
from cataelem.Tools.base_objects import InputParameter, OutputParameter, Option, CondCalcul
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.parameters as SP
import cataelem.Commons.attributes as AT
PCOMPOR = InputParameter(phys=PHY.COMPOR,
container='RESU!COMPORTEMENT!N',
comment=""" PCOMPOR : COMPORTEMENT """)
PDISSPG = OutputParameter(
phys=PHY.DISS_R,
type='ELGA',
comment=""" PDISSPG : DENSITE DE DISSIPATION AUX POINTS DE GAUSS """)
DISS_ELGA = Option(
para_in=(
SP.PCACOQU,
PCOMPOR,
SP.PGEOMER,
SP.PMATERC,
SP.PVARIGR,
),
para_out=(PDISSPG, ),
condition=(CondCalcul('+', (
(AT.PHENO, 'ME'),
(AT.BORD, '0'),
)), ),
PLSN = InputParameter(phys=PHY.NEUT_R)
PPINTER = InputParameter(phys=PHY.N816_R)
PAINTER = InputParameter(phys=PHY.N1360R)
PCFACE = InputParameter(phys=PHY.N720_I)
PLONGCO = InputParameter(
phys=PHY.N120_I,
container='MODL!.TOPOSE.LON',
comment=""" XFEM - NBRE DE TETRAEDRES ET DE SOUS-ELEMENTS """)
PBASECO = InputParameter(phys=PHY.N2448R)
PCOPILO = OutputParameter(phys=PHY.PILO_R, type='ELNO')
PILO_PRED_ELAS_M = Option(
para_in=(
PAINTER,
PBASECO,
SP.PCDTAU,
PCFACE,
SP.PCOHES,
SP.PDDEPLR,
SP.PDEPL0R,
SP.PDEPL1R,
SP.PDEPLMR,
SP.PDONCO,
SP.PGEOMER,
SP.PINDCOI,
PCNSETO = InputParameter(
phys=PHY.N1280I,
container='MODL!.TOPOSE.CNS',
comment=""" XFEM - CONNECTIVITE DES SOUS-ELEMENTS """)
PHEAVTO = InputParameter(phys=PHY.N512_I)
PLONCHA = InputParameter(
phys=PHY.N120_I,
container='MODL!.TOPOSE.LON',
comment=""" XFEM - NBRE DE TETRAEDRES ET DE SOUS-ELEMENTS """)
PPMILTO = InputParameter(phys=PHY.N792_R)
PXFGEOM = OutputParameter(phys=PHY.GEOM_R, type='ELGA')
XFEM_XPG = Option(
para_in=(
PCNSETO,
SP.PGEOMER,
PHEAVTO,
PLONCHA,
PPINTTO,
PPMILTO,
),
para_out=(PXFGEOM, ),
condition=(CondCalcul('+', (
(AT.PHENO, 'ME'),
(AT.BORD, '0'),
(AT.LXFEM, 'OUI'),
PLST = InputParameter(phys=PHY.NEUT_R,
comment=""" XFEM - VALEURS DE LA LEVEL SET TANGENTE """)
PSTANO = InputParameter(
phys=PHY.N120_I, comment=""" XFEM - STATUT DES NOEUDS (ENRICHISSEMENT) """)
PPMILTO = InputParameter(phys=PHY.N792_R)
PFISNO = InputParameter(
phys=PHY.NEUT_I,
comment=""" PFISNO : CONNECTIVITE DES FISSURES ET DES DDL HEAVISIDE """)
PHEA_NO = InputParameter(phys=PHY.N120_I)
PCONTPR = OutputParameter(phys=PHY.SIEF_R,
type='ELGA',
comment=""" VECTEUR DES CONTRAINTES POUR T+ """)
PVARIPR = OutputParameter(phys=PHY.VARI_R,
type='ELGA',
comment=""" VARIABLES INTERNES POUR T+ """)
PCACO3D = OutputParameter(
phys=PHY.CACO3D,
type='ELEM',
comment=""" COQUE_3D (ROTATION FICTIVE AUTOUR DE LA NORMALE) """)
FULL_MECA = Option(
para_in=(
SP.PACCKM1,
SP.PACCPLU,
PCOMPOR = InputParameter(phys=PHY.COMPOR, container='RESU!COMPORTEMENT!N',
comment=""" PCOMPOR : COMPORTEMENT """)
PNBSP_I = InputParameter(phys=PHY.NBSP_I, container='CARA!.CANBSP',
comment=""" PNBSP_I : NOMBRE DE SOUS_POINTS """)
PDEFORR = InputParameter(phys=PHY.EPSI_R, container='RESU!EPSI_ELGA!N',
comment=""" PDEFORR : DEFORMATIONS PAR ELEMENT AUX POINTS DE GAUSS """)
PDEFOPG = OutputParameter(phys=PHY.EPSI_R, type='ELGA',
comment=""" PDEFOPG : DEFORMATIONS MECANIQUES A PARTIR DES DEPLACEMENTS
AUX POINTS DE GAUSS """)
EPME_ELGA = Option(
para_in=(
SP.PCAMASS,
PCOMPOR,
PDEFORR,
SP.PDEPLAR,
SP.PGEOMER,
SP.PMATERC,
PNBSP_I,
SP.PTEMPSR,
PVARCPR,
SP.PVARCRR,
PNBSP_I = InputParameter(phys=PHY.NBSP_I,
container='CARA!.CANBSP',
comment=""" PNBSP_I : NOMBRE DE SOUS_POINTS """)
PCNSETO = InputParameter(
phys=PHY.N1280I,
container='MODL!.TOPOSE.CNS',
comment=""" XFEM - CONNECTIVITE DES SOUS-ELEMENTS """)
PLONCHA = InputParameter(
phys=PHY.N120_I,
container='MODL!.TOPOSE.LON',
comment=""" XFEM - NBRE DE TETRAEDRES ET DE SOUS-ELEMENTS """)
PSIEFNOR = OutputParameter(phys=PHY.SIEF_R, type='ELNO')
SIEF_ELNO = Option(
para_in=(
SP.PCACOQU,
SP.PCAGNPO,
PCAORIE,
PCNSETO,
PCOMPOR,
PCONTRR,
SP.PDEPPLU,
SP.PGEOMER,
PLONCHA,
SP.PMATERC,
PNBSP_I,
PVARCPR,
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with code_aster. If not, see <http://www.gnu.org/licenses/>.
# --------------------------------------------------------------------
# person_in_charge: jacques.pellet at edf.fr
from cataelem.Tools.base_objects import InputParameter, OutputParameter, Option, CondCalcul
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.parameters as SP
import cataelem.Commons.attributes as AT
# Pour que les elements XFEM puissent creer certains CHAM_ELEM :
PSTANO = OutputParameter(phys=PHY.N120_I, type='ELNO')
PLSN = OutputParameter(phys=PHY.NEUT_R, type='ELNO')
PLST = OutputParameter(phys=PHY.NEUT_R, type='ELNO')
PBASLOR = OutputParameter(phys=PHY.NEUT_R, type='ELNO')
PFISNO = OutputParameter(phys=PHY.NEUT_I, type='ELNO')
INI_XFEM_ELNO = Option(
para_in=(),
para_out=(
PBASLOR,
PFISNO,
PLSN,
# code_aster is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with code_aster. If not, see <http://www.gnu.org/licenses/>.
# --------------------------------------------------------------------
from cataelem.Tools.base_objects import InputParameter, OutputParameter, Option, CondCalcul
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.parameters as SP
import cataelem.Commons.attributes as AT
PVARCPR = OutputParameter(
phys=PHY.VARI_R,
type='ELGA',
comment=""" PVARCPR : VARIABLES DE COMMANDE POUR LE MATERIAU """)
PVARCNO = OutputParameter(
phys=PHY.VARI_R,
type='ELNO',
comment=""" PVARCNO : VARIABLES DE COMMANDE POUR LE MATERIAU """)
INIT_VARC = Option(
para_in=(),
para_out=(
PVARCPR,
PVARCNO,
),
condition=(
CondCalcul('+', (
# --------------------------------------------------------------------
# person_in_charge: jacques.pellet at edf.fr
from cataelem.Tools.base_objects import InputParameter, OutputParameter, Option, CondCalcul
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.parameters as SP
import cataelem.Commons.attributes as AT
PDEFORR = InputParameter(
phys=PHY.EPSI_R,
container='RESU!EPSI_ELNO!N',
comment=""" PDEFORR : DEFORMATIONS PAR ELEMENT AUX NOEUDS """)
PDEFOEQ = OutputParameter(
phys=PHY.EPSI_R,
type='ELNO',
comment=""" PDEFOEQ : DEFORMATIONS EQUIVALENTES PAR ELEMENT AUX NOEUDS """
)
EPEQ_ELNO = Option(
para_in=(PDEFORR, ),
para_out=(PDEFOEQ, ),
condition=(CondCalcul('+', (
(AT.PHENO, 'ME'),
(AT.BORD, '0'),
)), ),
comment=
""" EPEQ_ELNO : DEFORMATIONS EQUIVALENTES PAR ELEMENT AUX NOEUDS """,
)
# GENERAL PUBLIC LICENSE FOR MORE DETAILS.
#
# YOU SHOULD HAVE RECEIVED A COPY OF THE GNU GENERAL PUBLIC LICENSE
# ALONG WITH THIS PROGRAM; IF NOT, WRITE TO EDF R&D CODE_ASTER,
# 1 AVENUE DU GENERAL DE GAULLE, 92141 CLAMART CEDEX, FRANCE.
# ======================================================================
from cataelem.Tools.base_objects import InputParameter, OutputParameter, Option, CondCalcul
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.parameters as SP
import cataelem.Commons.attributes as AT
PVOISIN = OutputParameter(phys=PHY.VOISIN, type='ELEM',
comment=""" PVOISIN : VOISINS DE L ELEMENT """)
INIT_MAIL_VOIS = Option(
para_in=(
),
para_out=(
PVOISIN,
),
condition=(
CondCalcul('+', ((AT.PHENO,'ME'),(AT.BORD,'0'),)),
CondCalcul('+', ((AT.PHENO,'TH'),(AT.BORD,'0'),)),
),
comment=""" INIT_MAIL_VOIS :
CALCUL DES VOISINS DE L ELEMENT
PRODUIT UN CHAMP PAR ELEMENT """,
from cataelem.Tools.base_objects import InputParameter, OutputParameter, Option, CondCalcul
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.parameters as SP
import cataelem.Commons.attributes as AT
PCELLIM = InputParameter(phys=PHY.CELL_R,
comment=""" HHO - degres de liberte de la cellule""")
PCSMTIR = InputParameter(phys=PHY.N3240R,
comment=""" HHO - matrice cellule pour condensation statique""")
PCSRTIR = InputParameter(phys=PHY.CELL_R,
comment=""" HHO - 2nd membre cellule pour condensation statique""")
PCELLIR = OutputParameter(phys=PHY.CELL_R, type='ELEM',
comment=""" HHO - degres de liberte de la cellule""")
HHO_DECOND_MECA = Option(
para_in=(
SP.PGEOMER,
SP.PDEPLPR,
PCSMTIR,
PCSRTIR,
PCELLIM,
),
para_out=(
PCELLIR,
),
condition=(
CondCalcul('+', ((AT.PHENO,'ME'),(AT.BORD,'0'),)),
PPINTTO = InputParameter(phys=PHY.N132_R)
PCNSETO = InputParameter(
phys=PHY.N1280I,
container='MODL!.TOPOSE.CNS',
comment=""" XFEM - CONNECTIVITE DES SOUS-ELEMENTS """)
PPMILTO = InputParameter(phys=PHY.N792_R)
PLONCHA = InputParameter(
phys=PHY.N120_I,
container='MODL!.TOPOSE.LON',
comment=""" XFEM - NBRE DE TETRAEDRES ET DE SOUS-ELEMENTS """)
PCOORPG = OutputParameter(phys=PHY.GEOM_R, type='ELGA')
COOR_ELGA = Option(
para_in=(
SP.PCACOQU,
SP.PCAGEPO,
PCAORIE,
PCNSETO,
SP.PFIBRES,
SP.PGEOMER,
PLONCHA,
PNBSP_I,
PPINTTO,
PPMILTO,
),
para_out=(PCOORPG, ),
# person_in_charge: jacques.pellet at edf.fr
from cataelem.Tools.base_objects import InputParameter, OutputParameter, Option, CondCalcul
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.parameters as SP
import cataelem.Commons.attributes as AT
PCONTRR = InputParameter(
phys=PHY.SIEF_R,
container='RESU!SIGM_ELNO!N',
comment=""" PCONTRR : CONTRAINTES PAR ELEMENTS AUX NOEUDS """)
PCONTEQ = OutputParameter(
phys=PHY.SIEF_R,
type='ELNO',
comment=""" PCONTEQ : CONTRAINTES EQUIVALENTES PAR ELEMENTS AUX NOEUDS """
)
SIEQ_ELNO = Option(
para_in=(PCONTRR, ),
para_out=(PCONTEQ, ),
condition=(
CondCalcul('+', (
(AT.PHENO, 'ME'),
(AT.BORD, '0'),
)),
CondCalcul('-', (
(AT.PHENO, 'ME'),
(AT.EFGE, 'OUI'),
(AT.SIGM, 'NON'),
comment=""" PNBSP_I : NOMBRE DE SOUS_POINTS """)
PVARCPR = InputParameter(phys=PHY.VARI_R,
container='VOLA!&&CCPARA.VARI_INT_N',
comment=""" PVARCPR: TEMPERATURES INSTANT ACTUEL """)
PCAORIE = InputParameter(
phys=PHY.CAORIE,
container='CARA!.CARORIEN',
comment=""" PCAORIE : ORIENTATION LOCALE D'UN ELEMENT DE POUTRE OU DE TUYAU,
ISSUE DE AFFE_CARA_ELEM MOT CLE ORIENTATION """)
PCOMPOR = InputParameter(phys=PHY.COMPOR, container='CHMA!.COMPOR')
PENERDR = OutputParameter(
phys=PHY.ENER_R,
type='ELEM',
comment=""" PENERDR : ENERGIE DE DEFORMATION PAR ELEMENT """)
EPOT_ELEM = Option(
para_in=(
SP.PCACOQU,
SP.PCADISK,
SP.PCAGNBA,
SP.PCAGNPO,
SP.PCAARPO,
SP.PCAMASS,
PCAORIE,
SP.PCINFDI,
PCOMPOR,
SP.PDEPLAR,
SP.PFIBRES,
PCFACE = InputParameter(phys=PHY.N720_I, comment=""" XFEM """)
PLONGCO = InputParameter(
phys=PHY.N120_I,
comment=""" XFEM - NBRE DE TETRAEDRES ET DE SOUS-ELEMENTS """)
PBASECO = InputParameter(phys=PHY.N2448R, comment=""" XFEM """)
PSEUIL = InputParameter(phys=PHY.NEUT_R, comment=""" XFEM """)
PSTANO = InputParameter(phys=PHY.N120_I, comment=""" XFEM """)
PHEA_NO = InputParameter(phys=PHY.N120_I, comment=""" XFEM """)
PCOHESO = OutputParameter(phys=PHY.NEUT_R, type='ELNO')
PCOMPOR = InputParameter(phys=PHY.COMPOR, comment=""" UTILE POUR HM-XFEM """)
PFISNO = InputParameter(
phys=PHY.NEUT_I,
comment=""" PFISNO : CONNECTIVITE DES FISSURES ET DES DDL HEAVISIDE """)
PHEA_FA = InputParameter(
phys=PHY.N240_I,
comment=
""" XFEM - IDENTIFIANT HEAVISIDE POUR LES FACETTES DE CONTACT XFEM """)
RIGI_CONT_M = Option(
para_in=(
PAINTER,
# YOU SHOULD HAVE RECEIVED A COPY OF THE GNU GENERAL PUBLIC LICENSE
# ALONG WITH THIS PROGRAM; IF NOT, WRITE TO EDF R&D CODE_ASTER,
# 1 AVENUE DU GENERAL DE GAULLE, 92141 CLAMART CEDEX, FRANCE.
# ======================================================================
from cataelem.Tools.base_objects import InputParameter, OutputParameter, Option, CondCalcul
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.parameters as SP
import cataelem.Commons.attributes as AT
PCOMPOR = InputParameter(phys=PHY.COMPOR)
PVARCPR = InputParameter(phys=PHY.VARI_R,
comment=""" PVARCPR : VARIABLES DE COMMANDE """)
PMATTTR = OutputParameter(phys=PHY.MTEM_R, type='RESL')
MTAN_RIGI_MASS = Option(
para_in=(
PCOMPOR,
SP.PGEOMER,
SP.PMATERC,
SP.PTEMPEI,
SP.PTEMPSR,
SP.PTMPCHF,
SP.PTMPCHI,
PVARCPR,
),
para_out=(PMATTTR, ),
condition=(CondCalcul('+', (
(AT.PHENO, 'TH'),
PCOMPOR = InputParameter(phys=PHY.COMPOR,
container='RESU!COMPORTEMENT!N',
comment=""" PCOMPOR : COMPORTEMENT """)
PCNSETO = InputParameter(
phys=PHY.N1280I,
container='MODL!.TOPOSE.CNS',
comment=""" PCNSETO : XFEM - CONNECTIVITE DES SOUS-ELEMENTS """)
PLONCHA = InputParameter(
phys=PHY.N120_I,
container='MODL!.TOPOSE.LON',
comment=""" PLONCHA : XFEM - NBRE DE TETRAEDRES ET DE SOUS-ELEMENTS """)
PSIEFNOR = OutputParameter(
phys=PHY.SIEF_R,
type='ELNO',
comment=""" PSIEFNOR : CONTRAINTES REELLES PAR ELEMENT AUX NOEUDS """)
SIGM_ELNO = Option(
para_in=(
SP.PCACOQU,
PCNSETO,
PCOMPOR,
PCONTRR,
SP.PDEPLAR,
SP.PGEOMER,
PLONCHA,
PNBSP_I,
),
para_out=(
SP.PSIEFNOC,
container='MODL!.TOPOSE.LON',
comment=""" XFEM - NBRE DE TETRAEDRES ET DE SOUS-ELEMENTS """)
PBASLOR = InputParameter(phys=PHY.NEUT_R)
PLSN = InputParameter(phys=PHY.NEUT_R)
PLST = InputParameter(phys=PHY.NEUT_R)
PSTANO = InputParameter(phys=PHY.N120_I)
PPMILTO = InputParameter(phys=PHY.N792_R)
PHEA_NO = InputParameter(phys=PHY.N120_I)
PCONTPR = OutputParameter(phys=PHY.SIEF_R, type='ELGA')
PVARIPR = OutputParameter(phys=PHY.VARI_R, type='ELGA')
RAPH_MECA = Option(
para_in=(
SP.PACCKM1,
SP.PACCPLU,
PBASLOR,
SP.PCAARPO,
SP.PCACABL,
PCACO3D,
SP.PCACOQU,
SP.PCADISK,
SP.PCAGEPO,
SP.PCAGNBA,
# You should have received a copy of the GNU General Public License
# along with code_aster. If not, see <http://www.gnu.org/licenses/>.
# --------------------------------------------------------------------
# person_in_charge: xavier.desroches at edf.fr
from cataelem.Tools.base_objects import InputParameter, OutputParameter, Option, CondCalcul
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.parameters as SP
import cataelem.Commons.attributes as AT
PVARCPR = InputParameter(phys=PHY.VARI_R,
container='VOLA!&&CCPARA.VARI_INT_N',
comment=""" PVARCPR : VARIABLES DE COMMANDE """)
PENERDR = OutputParameter(phys=PHY.ENER_R, type='ELEM')
ETHE_ELEM = Option(
para_in=(
SP.PCAMASS,
SP.PGEOMER,
SP.PMATERC,
SP.PTEMPER,
SP.PTEMPSR,
PVARCPR,
),
para_out=(PENERDR, ),
condition=(CondCalcul('+', (
(AT.PHENO, 'TH'),
(AT.BORD, '0'),
)), ),
PCONTMR = InputParameter(
phys=PHY.SIEF_R,
container='RESU!SIEF_ELGA!NM1T',
comment=""" PCONTMR : CONTRAINTES INSTANT PRECEDENT """)
PCONTPR = InputParameter(phys=PHY.SIEF_R,
container='RESU!SIEF_ELGA!N',
comment=""" PCONTPR : CONTRAINTES INSTANT ACTUEL """)
PENERDM = InputParameter(
phys=PHY.ENER_R,
container='RESU!ETOT_ELEM!NM1T',
comment=""" PENERDM : ENERGIE TOTALE PAR ELEMENT INSTANT PRECEDENT """)
PENERDR = OutputParameter(
phys=PHY.ENER_R,
type='ELEM',
comment=""" PENERDR : ENERGIE TOTALE PAR ELEMENT """)
ETOT_ELEM = Option(
para_in=(
PCONTMR,
PCONTPR,
SP.PDEPLM,
SP.PDEPLR,
PENERDM,
SP.PGEOMER,
),
para_out=(PENERDR, ),
condition=(CondCalcul('+', (
(AT.PHENO, 'ME'),
(AT.BORD, '0'),
from cataelem.Tools.base_objects import InputParameter, OutputParameter, Option, CondCalcul
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.parameters as SP
import cataelem.Commons.attributes as AT
PCNSETO = InputParameter(
phys=PHY.N1280I,
container='MODL!.TOPOSE.CNS',
comment=""" XFEM - CONNECTIVITE DES SOUS-ELEMENTS """)
PLONCHA = InputParameter(
phys=PHY.N120_I,
container='MODL!.TOPOSE.LON',
comment=""" XFEM - NBRE DE TETRAEDRES ET DE SOUS-ELEMENTS """)
PCVOISX = OutputParameter(phys=PHY.N120_I, type='ELEM')
CHVOIS_XFEM = Option(
para_in=(
PCNSETO,
PLONCHA,
),
para_out=(PCVOISX, ),
condition=(CondCalcul('+', (
(AT.LXFEM, 'OUI'),
(AT.BORD, '0'),
)), ),
comment=""" CHVOIS_XFEM : CALCUL DE LA SD VOISIN POUR LES
SOUS ELEMENTS D'UN ELEMENT PARENT XFEM """,
)