EPSI_ELNO = Option(
para_in=(
SP.PCACOQU,
PDEFOPG,
SP.PDEPLAR,
SP.PGEOMER,
PNBSP_I,
),
para_out=(
SP.PDEFONC,
SP.PDEFONO,
),
condition=(
CondCalcul('+', (
(AT.PHENO, 'ME'),
(AT.BORD, '0'),
)),
CondCalcul('-', (
(AT.PHENO, 'ME'),
(AT.DISCRET, 'OUI'),
)),
CondCalcul('-', (
(AT.PHENO, 'ME'),
(AT.MODELI, '3FI'),
)),
CondCalcul('-', (
(AT.PHENO, 'ME'),
(AT.MODELI, 'AFI'),
)),
CondCalcul('-', (
(AT.PHENO, 'ME'),
SP.PCACOQU,
SP.PCAGNPO,
PCAORIE,
SP.PCINFDI,
PCNSETO,
PCOMPOR,
SP.PDEPLMR,
SP.PDEPLPR,
SP.PFIBRES,
SP.PGEOMER,
PHEAVTO,
PHEA_NO,
PLONCHA,
PLSN,
PLST,
SP.PMATERC,
PNBSP_I,
PPINTTO,
PPMILTO,
SP.PROTATR,
PSTANO,
PBASLOR,
),
para_out=(SP.PVECTUR, ),
condition=(CondCalcul('+', (
(AT.PHENO, 'ME'),
(AT.BORD, '0'),
)), ),
comment=""" SECOND MEMBRE POUR LES FORCES CENTRIFUGES (ROTATION) """,
)
#
# 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/>.
# --------------------------------------------------------------------
# person_in_charge: jessica.haelewyn 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
RESI_THER_COEF_F = Option(
para_in=(
SP.PCOEFHF,
SP.PGEOMER,
SP.PTEMPEI,
SP.PTEMPSR,
),
para_out=(SP.PRESIDU, ),
condition=(CondCalcul('+', (
(AT.PHENO, 'TH'),
(AT.BORD, '-1'),
)), ),
)
PCHHOST,
),
para_out=(
PCACO3D,
SP.PMATUNS,
SP.PMATUUR,
SP.PVECTUR,
SP.PCOPRED,
SP.PCODRET,
PCSMTIR,
PCSRTIR,
SP.PSTRXPR,
PCONTPR,
PVARIPR,
),
condition=(
CondCalcul('+', (
(AT.PHENO, 'ME'),
(AT.BORD, '0'),
)),
CondCalcul('-', (
(AT.FLUIDE, 'OUI'),
(AT.ABSO, 'OUI'),
)),
CondCalcul('-', (
(AT.PHENO, 'ME'),
(AT.FSI, 'OUI'),
)),
),
)
# --------------------------------------------------------------------
# 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,
comment=""" PVARCPR : VARIABLES DE COMMANDE """)
CHAR_MECA_PTOT_R = Option(
para_in=(
SP.PCAMASS,
SP.PGEOMER,
SP.PMATERC,
SP.PTEMPSR,
PVARCPR,
SP.PVARCRR,
),
para_out=(SP.PVECTUR, ),
condition=(CondCalcul('+', (
(AT.PHENO, 'ME'),
(AT.BORD, '0'),
(AT.DIM_COOR_MODELI, '2'),
)), ),
comment=""" CHAR_MECA_PTOT_R : CALCUL DU SECOND
MEMBRE CORRESPONDANT A UN CHAMP DE PRESSION DE FLUIDE POUR LA THM""",
)
CHAR_MECA_HYDR_R = Option(
para_in=(
SP.PCAGNBA,
SP.PCAMASS,
PCAORIE,
SP.PGEOMER,
SP.PMATERC,
SP.PTEMPSR,
PVARCPR,
SP.PVARCRR,
),
para_out=(SP.PVECTUR, ),
condition=(
CondCalcul('+', (
(AT.PHENO, 'ME'),
(AT.BORD, '0'),
)),
CondCalcul('-', (
(AT.PHENO, 'ME'),
(AT.INTERFACE, 'OUI'),
)),
CondCalcul('-', (
(AT.PHENO, 'ME'),
(AT.FLUIDE, 'OUI'),
)),
CondCalcul('-', (
(AT.PHENO, 'ME'),
(AT.MODELI, '3FI'),
)),
CondCalcul('-', (
(AT.PHENO, 'ME'),
PBASLOR = InputParameter(phys=PHY.NEUT_R)
CHAR_MECA_FR2D3D = Option(
para_in=(
PCNSETO,
SP.PFR2D3D,
SP.PGEOMER,
PHEAVTO,
PHEA_NO,
PHEA_SE,
PLONCHA,
PLSN,
PLST,
PPINTTO,
PPMILTO,
PSTANO,
PBASLOR,
SP.PMATERC,
),
para_out=(SP.PVECTUR, ),
condition=(CondCalcul('+', (
(AT.PHENO, 'ME'),
(AT.BORD, '-1'),
(AT.DIM_TOPO_MODELI, '3'),
)), ),
comment=""" CHAR_MECA_FR2D3D (MOT-CLE : FORCE_FACE): CALCUL DU SECOND MEMBRE
ELEMENTAIRE CORRESPONDANT A DES FORCES SURFACIQUES APPLIQUEES
SUR UNE FACE D'UN DOMAINE 3D""",
)
SP.PDEPL_M,
SP.PDONCO,
SP.PGEOMER,
SP.PGLISS,
SP.PINDCOI,
PLONGCO,
PLST,
PLSN,
PCOMPOR,
PSTANO,
PFISNO,
SP.PHEAVNO,
SP.PFISCO,
PHEA_FA,
PHEA_NO,
SP.PMATERC,
SP.PMEMCON,
PPINTER,
),
para_out=(
PCOHESO,
SP.PINCOCA,
SP.PINDCOO,
SP.PINDMEM,
),
condition=(CondCalcul('+', (
(AT.LXFEM, 'OUI'),
(AT.CONTACT, 'OUI'),
)), ),
)
# This file is part of code_aster.
#
# code_aster is free software: you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation, either version 3 of the License, or
# (at your option) any later version.
#
# 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/>.
# --------------------------------------------------------------------
# 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
PDDLIMR = InputParameter(phys=PHY.DDLI_R)
MECA_DDLI_R = Option(
para_in=(PDDLIMR, ),
para_out=(SP.PVECTUR, ),
condition=(CondCalcul('+', ((AT.CL_DUAL, 'OUI'), )), ),
)
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 """)
PMATERR = OutputParameter(phys=PHY.MATE_R, type='ELEM')
MATE_ELEM = Option(
para_in=(
SP.PGEOMER,
SP.PMATERC,
PVARCPR,
),
para_out=(
PMATERR,
),
condition=(
CondCalcul('+', ((AT.PHENO,'ME'),(AT.BORD,'0'),)),
CondCalcul('-', ((AT.PHENO,'ME'),(AT.MODELI,'3FL'),)),
CondCalcul('-', ((AT.PHENO,'ME'),(AT.MODELI,'2FL'),)),
CondCalcul('-', ((AT.PHENO,'ME'),(AT.MODELI,'3FA'),)),
CondCalcul('-', ((AT.PHENO,'ME'),(AT.MODELI,'2FA'),)),
CondCalcul('-', ((AT.PHENO,'ME'),(AT.MODELI,'FS2'),)),
CondCalcul('-', ((AT.PHENO,'ME'),(AT.MODELI,'FSA'),)),
),
)
SP.PCAGNPO,
PCAORIE,
PCNSETO,
PCONTRR,
SP.PDEPLPR,
PEFFORR,
SP.PFIBRES,
SP.PGEOMER,
SP.PHARMON,
PHEAVTO,
PHEA_NO,
PLONCHA,
PLSN,
PLST,
SP.PMATERC,
PNBSP_I,
PPINTTO,
PPMILTO,
PSTANO,
PSTRXRR,
),
para_out=(
SP.PMATUUR,
),
condition=(
CondCalcul('+', ((AT.PHENO,'ME'),(AT.BORD,'0'),)),
CondCalcul('-', ((AT.PHENO,'ME'),(AT.DISCRET,'OUI'),)),
CondCalcul('-', ((AT.PHENO,'ME'),(AT.FLUIDE,'OUI'),)),
),
)
PCHHOST,
),
para_out=(
PCACO3D,
SP.PMATUNS,
SP.PMATUUR,
SP.PVECTUR,
SP.PCODRET,
PCSMTIR,
PCSRTIR,
PCONTPR,
PVARIPR,
),
condition=(
CondCalcul('+', (
(AT.PHENO, 'ME'),
(AT.BORD, '0'),
)),
CondCalcul('+', (
(AT.FSI, 'OUI'),
(AT.BORD, '-1'),
(AT.FORMULATION, 'FSI_UP'),
)),
CondCalcul('-', (
(AT.FLUIDE, 'OUI'),
(AT.ABSO, 'OUI'),
)),
CondCalcul('-', (
(AT.FLUIDE, 'OUI'),
(AT.FSI, 'OUI'),
(AT.FORMULATION, 'FSI_UPPHI'),
)),
# 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
CHAR_MECA_FORC_F = Option(
para_in=(
SP.PFORNOF,
SP.PGEOMER,
SP.PTEMPSR,
),
para_out=(
SP.PVECTUR,
),
condition=(
CondCalcul(
'+', ((AT.PHENO, 'ME'), (AT.BORD, '0'), (AT.DIM_TOPO_MODELI, '0'),)),
),
comment=""" CHAR_MECA_FORC_F (MOT-CLE FORCE_NODALE) : CALCUL DU SECOND MEMBRE
CORRESPONDANT A DES FORCES NODALES. LES FORCES SONT DONNES SOUS
FORME DE FONCTION """,
)
# 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
CARA_CISA = Option(
para_in=(
SP.PGEOMER,
SP.PTEMPE1,
SP.PTEMPE2,
),
para_out=(SP.PCASECT, ),
condition=(
CondCalcul('+', (
(AT.PHENO, 'TH'),
(AT.BORD, '0'),
(AT.DIM_TOPO_MODELI, '2'),
)),
CondCalcul('-', (
(AT.PHENO, 'TH'),
(AT.BORD, '0'),
(AT.DIM_TOPO_MODELI, '2'),
(AT.AXIS, 'OUI'),
)),
),
)
# --------------------------------------------------------------------
# person_in_charge: jessica.haelewyn 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
RESI_THER_PARO_F = Option(
para_in=(
SP.PGEOMER,
SP.PHECHPF,
SP.PTEMPEI,
SP.PTEMPSR,
),
para_out=(
SP.PRESIDU,
),
condition=(
CondCalcul('+', ((AT.PHENO,'TH'),(AT.BORD,'0'),(AT.MODELI,'CL1'),)),
CondCalcul('+', ((AT.PHENO,'TH'),(AT.BORD,'0'),(AT.MODELI,'CL2'),)),
CondCalcul('+', ((AT.PHENO,'TH'),(AT.BORD,'0'),(AT.LXFEM,'OUI'),)),
),
)
import cataelem.Commons.parameters as SP
import cataelem.Commons.attributes as AT
PVARCPR = InputParameter(phys=PHY.VARI_R,
comment=""" PVARCPR : VARIABLES DE COMMANDE """)
PSOUR_R = OutputParameter(phys=PHY.SOUR_R, type='ELGA')
SOUR_ELGA = Option(
para_in=(
SP.PGEOMER,
SP.PMATERC,
SP.PTEMPER,
SP.PTEMPSR,
PVARCPR,
),
para_out=(
PSOUR_R,
),
condition=(
CondCalcul('+', ((AT.PHENO,'TH'),(AT.BORD,'0'),)),
),
comment=""" SOUR_ELGA : CALCUL D'UNE SOURCE DE CHALEUR A PARTIR D'UN
POTENTIEL ELECTRIQUE VIA LA LOI D'OHM """,
)
# 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
CHAR_MECA_FRCO3D = Option(
para_in=(
SP.PCACOQU,
SP.PFRCO3D,
SP.PGEOMER,
),
para_out=(
SP.PVECTUR,
),
condition=(
CondCalcul(
'+', ((AT.PHENO, 'ME'), (AT.COQUE, 'OUI'), (AT.BORD, '0'),)),
CondCalcul('-', ((AT.PHENO, 'ME'), (AT.MODELI, 'GRM'),)),
CondCalcul('-', ((AT.PHENO, 'ME'), (AT.MODELI, 'GRC'),)),
CondCalcul('-', ((AT.PHENO, 'ME'), (AT.MODELI, 'MMB'),)),
),
comment=""" CHAR_MECA_FFCO3D (MOT-CLE : FORCE_COQUE): CALCUL DU SECOND MEMBRE
ELEMENTAIRE CORRESPONDANT A DES FORCES SURFACIQUES APPLIQUEES SUR
DES ELEMENTS DE COQUE""",
)
PHEA_SE = OutputParameter(phys=PHY.N512_I, type='ELEM',
comment=""" XFEM - IDENTIFIANT HEAVISIDE SUR LES SOUS-ELEMENTS XFEM """)
PHEA_FA = OutputParameter(phys=PHY.N240_I, type='ELEM',
comment=""" XFEM - IDENTIFIANT HEAVISIDE POUR LES FACETTES DE CONTACT XFEM """)
TOPONO = Option(
para_in=(
PCNSETO,
SP.PFISCO,
PFISNO,
PHEAVFA,
PHEAVTO,
SP.PLEVSET,
PLONCHA,
PLONGCO,
),
para_out=(
PHEA_FA,
PHEA_NO,
PHEA_SE,
),
condition=(
CondCalcul('+', ((AT.LXFEM,'OUI'),)),
),
comment=""" TOPONO : CALCUL DU SIGNE HEAVISIDE PAR NOEUD
POUR LES ELEMENTS X-FEM """,
)
#
# 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
CHAR_THER_TEXT_R = Option(
para_in=(
SP.PCOEFHR,
SP.PGEOMER,
SP.PTEMPER,
SP.PTEMPSR,
SP.PT_EXTR,
),
para_out=(
SP.PVECTTR,
),
condition=(
CondCalcul('+', ((AT.PHENO,'TH'),(AT.BORD,'-1'),)),
CondCalcul('+', ((AT.PHENO,'TH'),(AT.BORD,'0'),(AT.COQUE,'OUI'),)),
),
)
#
# THIS PROGRAM 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 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
MECA_DDLI_C = Option(
para_in=(
SP.PDDLIMC,
),
para_out=(
SP.PVECTUC,
),
condition=(
CondCalcul('+', ((AT.CL_DUAL,'OUI'),)),
),
)
# (AT YOUR OPTION) ANY LATER VERSION.
#
# THIS PROGRAM 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 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
ONDE_FLUI = Option(
para_in=(
SP.PGEOMER,
SP.PMATERC,
SP.PONDECR,
),
para_out=(SP.PMATUUR, ),
condition=(CondCalcul('+', (
(AT.PHENO, 'ME'),
(AT.FLUIDE, 'OUI'),
(AT.BORD, '-1'),
)), ),
)
PSOUR_R = OutputParameter(phys=PHY.SOUR_R, type='ELNO')
PHYDRPM = OutputParameter(phys=PHY.HYDR_R, type='ELNO')
PFLUX_R = OutputParameter(phys=PHY.FLUX_R, type='ELNO')
TOU_INI_ELNO = Option(
para_in=(),
para_out=(
PDOMMAG,
PEPSI_R,
PFLUX_R,
PGEOM_R,
PHYDRPM,
PINST_R,
PNEUT_F,
PNEUT_R,
PPRES_R,
PSIEF_R,
PSOUR_R,
PVARI_R,
),
condition=(
CondCalcul('+', ((AT.PHENO, 'ME'), )),
CondCalcul('+', ((AT.PHENO, 'TH'), )),
CondCalcul('+', ((AT.PHENO, 'AC'), )),
CondCalcul('+', ((AT.PHENO, 'PR'), )),
CondCalcul('+', ((AT.LXFEM, 'OUI'), )),
),
)
SP.PCAMASS,
SP.PEPSINF,
SP.PGEOMER,
SP.PHARMON,
SP.PMATERC,
SP.PTEMPSR,
SP.PCAGNPO,
SP.PFIBRES,
SP.PCACOQU,
PVARCPR,
PCAORIE,
PNBSP_I,
PCOMPOR,
SP.PCAGNBA,
),
para_out=(SP.PVECTUR, ),
condition=(
CondCalcul('+', (
(AT.PHENO, 'ME'),
(AT.BORD, '0'),
)),
CondCalcul('-', (
(AT.PHENO, 'ME'),
(AT.INTERFACE, 'OUI'),
)),
),
comment=""" CHAR_MECA_EPSI_F (MOT-CLE : EPSI_INIT): CALCUL DU SECOND
MEMBRE ELEMENTAIRE CORRESPONDANT A DES DEFORMATIONS INITIALES.
LES DEFORMATIONS SONT DONNEES SOUS FORME DE FONCTION """,
)
SP.PDEPLMR,
SP.PDONCO,
SP.PGEOMER,
SP.PINDCOI,
PLONGCO,
PLSN,
PLST,
SP.PMATERC,
PPINTER,
SP.PTYPEPI,
PVARIMR,
),
para_out=(PCOPILO, ),
condition=(
CondCalcul('+', (
(AT.PHENO, 'ME'),
(AT.BORD, '0'),
)),
# -- Pour les elements XFEM, cette option ne concerne que les elements 'XHC':
# Mais il est difficile pour l'utilisateur de ne designer QUE les elements XHC,
# c'est pour cela que l'on retire les autres elements XFEM qui les bordent :
CondCalcul('-', (
(AT.PHENO, 'ME'),
(AT.LXFEM, 'OUI'),
)),
CondCalcul('+', (
(AT.PHENO, 'ME'),
(AT.XFEM, 'XHC'),
)),
),
)
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')
PCOORSU = 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,
PCOORSU,
),
condition=(
CondCalcul('+', ((AT.PHENO, 'ME'), )),
CondCalcul('+', ((AT.PHENO, 'TH'), )),
CondCalcul('+', ((AT.PHENO, 'AC'), )),
),
)
CHAR_MECA_FF3D3D = Option(
para_in=(
SP.PFF3D3D,
SP.PGEOMER,
SP.PTEMPSR,
),
para_out=(SP.PVECTUR, ),
condition=(
# L'attribut INTERFACE='OUI' designe les elements "ecrases".
# Ils n'ont pas de "volume" et ne peuvent pas calculer ce chargement.
# La modelisation 3D_DIL ('D3D') se "superpose" a une autre modelisation.
# Ce n'est pas a elle de calculer les chargements repartis :
CondCalcul('+', (
(AT.PHENO, 'ME'),
(AT.BORD, '0'),
(AT.DIM_TOPO_MODELI, '3'),
)),
CondCalcul('-', (
(AT.PHENO, 'ME'),
(AT.INTERFACE, 'OUI'),
)),
CondCalcul('-', (
(AT.PHENO, 'ME'),
(AT.MODELI, 'D3D'),
)),
),
comment=""" CHAR_MECA_FF3D3D (MOT-CLE : FORCE_INTERNE): CALCUL DU SECOND
MEMBRE ELEMENTAIRE CORRESPONDANT A DES FORCES INTERNES APPLIQUEES
A UN DOMAINE 3D. LES FORCES SONT DONNEES SOUS FORME DE FONCTION """,
)
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.parameters as SP
import cataelem.Commons.attributes as AT
# Cette option a 4 parametres in (et 4 out)
# Mais un seul sert a chaque appel
# Il s'agit de la combinatoire : gauss/noeu + reel/complexe
EFGE_EXCENT = Option(
para_in=(
SP.PCACOQU,
SP.PEFFOGC,
SP.PEFFOGR,
SP.PEFFONC,
SP.PEFFONR,
),
para_out=(
SP.PEFFOEGC,
SP.PEFFOEGR,
SP.PEFFOENC,
SP.PEFFOENR,
),
condition=(
CondCalcul('+', ((AT.PHENO,'ME'),(AT.EFGE,'OUI'),(AT.BORD,'0'),)),
),
comment=""" EFGE_EXCENT : CALCUL DES EFFORTS GENERALISES
DANS LE "PLAN" MOYEN DES ELEMENTS DE COQUES EXCENTREES """,
)
SP.PPRESSF,
SP.PROTATR,
SP.PSIGINR,
SP.PSIGISE,
SP.PTEMPSR,
SP.PTHETAR,
PVARCPR,
SP.PVARCRR,
PVARIPR,
SP.PVITESS,
PSTANO,
),
para_out=(SP.PGTHETA, ),
condition=(
CondCalcul('+', (
(AT.PHENO, 'ME'),
(AT.BORD, '0'),
)),
CondCalcul('+', (
(AT.PHENO, 'ME'),
(AT.BORD, '-1'),
)),
CondCalcul('-', (
(AT.PHENO, 'ME'),
(AT.ABSO, 'OUI'),
)),
CondCalcul('-', (
(AT.PHENO, 'ME'),
(AT.DISCRET, 'OUI'),
)),
),
)
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
CHAR_MECA_SRCO3D = Option(
para_in=(
SP.PDEPLMR,
SP.PDEPLPR,
SP.PFRCO3D,
SP.PGEOMER,
),
para_out=(SP.PVECTUR, ),
condition=(
CondCalcul('+', (
(AT.PHENO, 'ME'),
(AT.COQUE, 'OUI'),
(AT.BORD, '0'),
)),
CondCalcul('-', (
(AT.PHENO, 'ME'),
(AT.COQUE, 'OUI'),
(AT.BORD, '0'),
(AT.GRILLE, 'OUI'),
)),
),
comment=""" CHAR_MECA_SRC03D (MOT-CLE : FORCE_COQUE): CALCUL DU SECOND MEMBRE
ELEMENTAIRE CORRESPONDANT A UNE PRESSION SUIVEUSE""",
)
# ======================================================================
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
PNBSP_I = InputParameter(
phys=PHY.NBSP_I,
comment=
""" NOMBRE DE SOUS-POINTS (EPAISSEUR COQUES/TUYAUX) ET DE FIBRES (PMF) """)
PCAORIE = InputParameter(
phys=PHY.CAORIE,
comment=""" ORIENTATION DES REPERES LOCAUX DES POUTRES ET TUYAUX """)
COOR_ELGA_MATER = Option(
para_in=(
SP.PCACOQU,
PCAORIE,
SP.PFIBRES,
SP.PGEOMER,
PNBSP_I,
),
para_out=(SP.PCOOPGM, ),
condition=(CondCalcul('+', (
(AT.PHENO, 'ME'),
(AT.SOUS_POINT, 'OUI'),
)), ),
)