class THPLQL4(THPLQU4):
"""Please document this element"""
meshType = MT.QUAD4
elrefe = (
ElrefeLoc(
MT.QU4,
gauss=(
'RIGI=FPG4',
'MASS=FPG4',
'FPG1=FPG1',
'NOEU=NOEU',
),
mater=('FPG1', ),
),
ElrefeLoc(
MT.SE2,
gauss=('RIGI=FPG2', ),
),
)
calculs = (
OP.CARA_CISA(te=-1),
OP.CARA_GAUCHI(te=-1),
OP.CARA_TORSION(te=-1),
)
class THPLQL9(THPLQU4):
"""Please document this element"""
meshType = MT.QUAD9
elrefe = (
ElrefeLoc(
MT.QU9,
gauss=(
'RIGI=FPG9',
'MASS=FPG9',
'FPG1=FPG1',
'NOEU=NOEU',
),
mater=('FPG1', ),
),
ElrefeLoc(
MT.QU4,
gauss=(
'RIGI=FPG4',
'MASS=FPG4',
'NOEU=NOEU',
),
),
ElrefeLoc(
MT.SE2,
gauss=('RIGI=FPG2', ),
),
)
calculs = (
OP.CHAR_THER_TNL(te=-1),
OP.DURT_ELNO(te=-1),
OP.ETHE_ELEM(te=-1),
OP.META_ELNO(te=-1),
OP.META_INIT_ELNO(te=-1),
OP.RIGI_THER_CONV_T(te=-1),
OP.RIGI_THER_TRANS(te=-1),
OP.SOUR_ELGA(te=-1),
OP.CARA_CISA(te=-1),
OP.CARA_GAUCHI(te=-1),
OP.CARA_TORSION(te=-1),
OP.CHAR_THER_SOURNL(te=-1),
OP.RESI_THER_SOURNL(te=-1),
OP.MTAN_THER_SOURNL(te=-1),
)
class THPLQU4(Element):
"""Please document this element"""
meshType = MT.QUAD4
elrefe = (
ElrefeLoc(
MT.QU4,
gauss=(
'RIGI=FPG4',
'MASS=FPG4',
'FPG1=FPG1',
'NOEU=NOEU',
),
mater=('FPG1', ),
),
ElrefeLoc(
MT.SE2,
gauss=('RIGI=FPG2', ),
),
)
calculs = (
# Les elements axisymetriques ne devraient jamais etre utilises pour CARA_XXXX
OP.CARA_CISA(
te=509,
para_in=(
(SP.PGEOMER, NGEOMER),
(SP.PTEMPE1, DDL_THER),
(SP.PTEMPE2, DDL_THER),
),
para_out=((SP.PCASECT, ECASECT), ),
),
OP.CARA_GAUCHI(
te=509,
para_in=(
(SP.PGEOMER, NGEOMER),
(SP.PTEMPER, DDL_THER),
),
para_out=((SP.PCASECT, ECASECT), ),
),
OP.CARA_TORSION(
te=509,
para_in=(
(SP.PGEOMER, NGEOMER),
(SP.PTEMPER, DDL_THER),
),
para_out=((SP.PCASECT, ECASECT), ),
),
OP.CHAR_THER_EVOL(
te=78,
para_in=(
(SP.PCAMASS, CCAMASS),
(SP.PGEOMER, NGEOMER),
(SP.PMATERC, LC.CMATERC),
(SP.PTEMPER, DDL_THER),
(SP.PTEMPSR, CTEMPSR),
(OP.CHAR_THER_EVOL.PVARCPR, LC.ZVARCPG),
),
para_out=((SP.PVECTTR, MVECTTR), ),
),
OP.CHAR_THER_EVOLNI(
te=244,
para_in=(
(OP.CHAR_THER_EVOLNI.PCOMPOR, CCOMPOR),
(SP.PGEOMER, NGEOMER),
(OP.CHAR_THER_EVOLNI.PHYDRPM, LC.EHYDRNO),
(SP.PMATERC, LC.CMATERC),
(SP.PTEMPER, DDL_THER),
(SP.PTEMPSR, CTEMPSR),
(SP.PTMPCHF, DDL_THER),
(SP.PTMPCHI, DDL_THER),
(OP.CHAR_THER_EVOLNI.PVARCPR, LC.ZVARCPG),
),
para_out=(
(SP.PVECTTI, MVECTTR),
(SP.PVECTTR, MVECTTR),
),
),
OP.CHAR_THER_GRAI_F(
te=219,
para_in=(
(SP.PGEOMER, NGEOMER),
(SP.PGRAINF, CGRAINF),
(SP.PMATERC, LC.CMATERC),
(SP.PTEMPSR, CTEMPSR),
(OP.CHAR_THER_GRAI_F.PVARCPR, LC.ZVARCPG),
),
para_out=((SP.PVECTTR, MVECTTR), ),
),
OP.CHAR_THER_GRAI_R(
te=219,
para_in=(
(SP.PGEOMER, NGEOMER),
(SP.PGRAINR, CGRAINR),
(SP.PMATERC, LC.CMATERC),
(OP.CHAR_THER_GRAI_R.PVARCPR, LC.ZVARCPG),
),
para_out=((SP.PVECTTR, MVECTTR), ),
),
OP.CHAR_THER_SOURNL(
te=354,
para_in=(
(SP.PGEOMER, NGEOMER),
(SP.PSOURNL, LC.CSOURCF),
(SP.PTEMPER, DDL_THER),
(SP.PTEMPSR, CTEMPSR),
),
para_out=((SP.PVECTTR, MVECTTR), ),
),
OP.CHAR_THER_SOUR_F(
te=80,
para_in=(
(SP.PGEOMER, NGEOMER),
(SP.PSOURCF, LC.CSOURCF),
(SP.PTEMPSR, CTEMPSR),
(OP.CHAR_THER_SOUR_F.PVARCPR, LC.ZVARCPG),
),
para_out=((SP.PVECTTR, MVECTTR), ),
),
OP.CHAR_THER_SOUR_R(
te=79,
para_in=(
(SP.PGEOMER, NGEOMER),
(SP.PSOURCR, ESOURCR),
),
para_out=((SP.PVECTTR, MVECTTR), ),
),
OP.CHAR_THER_TNL(
te=505,
para_in=(
(SP.PGEOMER, NGEOMER),
(SP.PLAGRM, LC.EGNEUT1R),
(SP.PMATERC, LC.CMATERC),
(SP.PTEMPEI, DDL_THER),
(SP.PTEMPER, DDL_THER),
(SP.PTEMPSR, CTEMPSR),
(SP.PVITESR, NVITESR),
),
para_out=(
(SP.PLAGRP, LC.EGNEUT1R),
(SP.PRESIDU, MVECTTR),
(SP.PVECTTR, MVECTTR),
),
),
OP.COOR_ELGA(
te=479,
para_in=((SP.PGEOMER, NGEOMER), ),
para_out=((OP.COOR_ELGA.PCOORPG, EGGEOP_R), ),
),
OP.DURT_ELNO(
te=551,
para_in=(
(SP.PMATERC, LC.CMATERC),
(OP.DURT_ELNO.PPHASIN, LC.EPHASNO_),
),
para_out=((SP.PDURT_R, LC.EDURTNO), ),
),
OP.ERTH_ELEM(
te=3,
para_in=(
(SP.PCHARG, LC.CREFERK),
(SP.PFLUX_M, EFLUXNO),
(SP.PFLUX_P, EFLUXNO),
(SP.PGEOMER, NGEOMER),
(SP.PMATERC, LC.CMATERC),
(SP.PSOURCF, LC.CSOURCF),
(SP.PSOURCR, ESOURCR),
(SP.PTEMP_M, DDL_THER),
(SP.PTEMP_P, DDL_THER),
(OP.ERTH_ELEM.PVOISIN, LC.EVOISIN),
),
para_out=((OP.ERTH_ELEM.PERREUR, LC.EERREURT), ),
),
OP.ERTH_ELNO(
te=379,
para_in=((OP.ERTH_ELNO.PERREUR, LC.EERREURT), ),
para_out=((SP.PERRENO, LC.EERRENOT), ),
),
OP.ETHE_ELEM(
te=220,
para_in=(
(SP.PCAMASS, CCAMASS),
(SP.PGEOMER, NGEOMER),
(SP.PMATERC, LC.CMATERC),
(SP.PTEMPER, DDL_THER),
(SP.PTEMPSR, CTEMPSR),
(OP.ETHE_ELEM.PVARCPR, LC.ZVARCPG),
),
para_out=((OP.ETHE_ELEM.PENERDR, EENERR), ),
),
OP.FLUX_ELGA(
te=69,
para_in=(
(SP.PCAMASS, CCAMASS),
(SP.PGEOMER, NGEOMER),
(SP.PMATERC, LC.CMATERC),
(SP.PTEMPER, DDL_THER),
(SP.PTEMPSR, CTEMPSR),
(OP.FLUX_ELGA.PVARCPR, LC.ZVARCPG),
),
para_out=((OP.FLUX_ELGA.PFLUXPG, EFLUXPG), ),
),
OP.FLUX_ELNO(
te=4,
para_in=((OP.FLUX_ELNO.PFLUXPG, EFLUXPG), ),
para_out=((SP.PFLUXNO, EFLUXNO), ),
),
OP.INIT_MAIL_VOIS(
te=99,
para_out=((OP.INIT_MAIL_VOIS.PVOISIN, LC.EVOISIN), ),
),
OP.INIT_VARC(
te=99,
para_out=((OP.INIT_VARC.PVARCPR, LC.ZVARCPG), ),
),
OP.MASS_THER(
te=77,
para_in=(
(SP.PGEOMER, NGEOMER),
(SP.PMATERC, LC.CMATERC),
(SP.PTEMPSR, CTEMPSR),
(OP.MASS_THER.PVARCPR, LC.ZVARCPG),
),
para_out=((OP.MASS_THER.PMATTTR, MMATTTR), ),
),
OP.META_ELNO(
te=67,
para_in=(
(OP.META_ELNO.PCOMPOR, CCOMPOR),
(SP.PFTRC, LC.CFTRC),
(SP.PMATERC, LC.CMATERC),
(OP.META_ELNO.PPHASIN, LC.EPHASNO_),
(SP.PTEMPAR, DDL_THER),
(SP.PTEMPER, DDL_THER),
(SP.PTEMPIR, DDL_THER),
(SP.PTEMPSR, CTEMPSR),
),
para_out=((SP.PPHASNOU, LC.EPHASNO_), ),
),
OP.META_INIT_ELNO(
te=320,
para_in=(
(OP.META_INIT_ELNO.PCOMPOR, CCOMPOR),
(SP.PMATERC, LC.CMATERC),
(OP.META_INIT_ELNO.PPHASIN, LC.CPHASIN_),
(SP.PTEMPER, DDL_THER),
),
para_out=((SP.PPHASNOU, LC.EPHASNO_), ),
),
OP.MTAN_RIGI_MASS(
te=242,
para_in=(
(OP.MTAN_RIGI_MASS.PCOMPOR, CCOMPOR),
(SP.PGEOMER, NGEOMER),
(SP.PMATERC, LC.CMATERC),
(SP.PTEMPEI, DDL_THER),
(SP.PTEMPSR, CTEMPSR),
(SP.PTMPCHF, DDL_THER),
(SP.PTMPCHI, DDL_THER),
(OP.MTAN_RIGI_MASS.PVARCPR, LC.ZVARCPG),
),
para_out=((OP.MTAN_RIGI_MASS.PMATTTR, MMATTTR), ),
),
OP.MTAN_THER_SOURNL(
te=354,
para_in=(
(SP.PGEOMER, NGEOMER),
(SP.PSOURNL, LC.CSOURCF),
(SP.PTEMPEI, DDL_THER),
(SP.PTEMPSR, CTEMPSR),
),
para_out=((OP.MTAN_THER_SOURNL.PMATTTR, MMATTTR), ),
),
OP.NORME_L2(
te=563,
para_in=(
(SP.PCALCI, LC.EMNEUT_I),
(SP.PCHAMPG, EGNEUT_R),
(SP.PCOEFR, EMNEUT_R),
(OP.NORME_L2.PCOORPG, EGGEOP_R),
),
para_out=((SP.PNORME, LC.ENORME), ),
),
OP.NSPG_NBVA(
te=496,
para_in=((OP.NSPG_NBVA.PCOMPOR, LC.CCOMPO2), ),
para_out=((SP.PDCEL_I, LC.EDCEL_I), ),
),
OP.REPERE_LOCAL(
te=133,
para_in=(
(SP.PCAMASS, CCAMASS),
(SP.PGEOMER, NGEOMER),
),
para_out=(
(SP.PREPLO1, LC.CGEOM2D),
(SP.PREPLO2, LC.CGEOM2D),
),
),
OP.RESI_RIGI_MASS(
te=243,
para_in=(
(OP.RESI_RIGI_MASS.PCOMPOR, CCOMPOR),
(SP.PGEOMER, NGEOMER),
(OP.RESI_RIGI_MASS.PHYDRPM, LC.EHYDRNO),
(SP.PMATERC, LC.CMATERC),
(SP.PTEMPEI, DDL_THER),
(SP.PTEMPER, DDL_THER),
(SP.PTEMPSR, CTEMPSR),
(SP.PTMPCHF, DDL_THER),
(SP.PTMPCHI, DDL_THER),
(OP.RESI_RIGI_MASS.PVARCPR, LC.ZVARCPG),
),
para_out=(
(SP.PHYDRPP, LC.EHYDRNO),
(SP.PRESIDU, MVECTTR),
),
),
OP.RESI_THER_SOURNL(
te=354,
para_in=(
(SP.PGEOMER, NGEOMER),
(SP.PSOURNL, LC.CSOURCF),
(SP.PTEMPEI, DDL_THER),
(SP.PTEMPSR, CTEMPSR),
),
para_out=((SP.PRESIDU, MVECTTR), ),
),
OP.RIGI_THER(
te=76,
para_in=(
(SP.PCAMASS, CCAMASS),
(SP.PGEOMER, NGEOMER),
(SP.PMATERC, LC.CMATERC),
(SP.PTEMPSR, CTEMPSR),
(OP.RIGI_THER.PVARCPR, LC.ZVARCPG),
),
para_out=((OP.RIGI_THER.PMATTTR, MMATTTR), ),
),
OP.RIGI_THER_CONV_T(
te=502,
para_in=(
(SP.PGEOMER, NGEOMER),
(SP.PMATERC, LC.CMATERC),
(SP.PNEUK24, LC.CDECENT),
(SP.PTEMPEI, DDL_THER),
(SP.PTEMPSR, CTEMPSR),
(SP.PVITESR, NVITESR),
),
para_out=((OP.RIGI_THER_CONV_T.PMATTTR, MMATTSR), ),
),
OP.RIGI_THER_TRANS(
te=501,
para_in=(
(SP.PGEOMER, NGEOMER),
(SP.PMATERC, LC.CMATERC),
(SP.PTEMPEI, DDL_THER),
(SP.PTEMPER, DDL_THER),
(SP.PTEMPSR, CTEMPSR),
),
para_out=((OP.RIGI_THER_TRANS.PMATTTR, MMATTTR), ),
),
OP.SOUR_ELGA(
te=318,
para_in=(
(SP.PGEOMER, NGEOMER),
(SP.PMATERC, LC.CMATERC),
(SP.PTEMPER, DDL_THER),
(SP.PTEMPSR, CTEMPSR),
(OP.SOUR_ELGA.PVARCPR, LC.ZVARCPG),
),
para_out=((OP.SOUR_ELGA.PSOUR_R, ESOURCR), ),
),
OP.TOU_INI_ELEM(
te=99,
para_out=((OP.TOU_INI_ELEM.PSOUR_R, LC.CSOURCR), ),
),
OP.TOU_INI_ELGA(
te=99,
para_out=(
(OP.TOU_INI_ELGA.PFLUX_R, EFLUXPG),
(OP.TOU_INI_ELGA.PGEOM_R, EGGEOM_R),
(OP.TOU_INI_ELGA.PNEUT_F, EGNEUT_F),
(OP.TOU_INI_ELGA.PNEUT_R, EGNEUT_R),
(OP.TOU_INI_ELGA.PSOUR_R, ESOURCR),
(SP.PTEMP_R, LC.ETEMPPG),
),
),
OP.TOU_INI_ELNO(
te=99,
para_out=(
(OP.TOU_INI_ELNO.PFLUX_R, EFLUXNO),
(OP.TOU_INI_ELNO.PGEOM_R, ENGEOM_R),
(OP.TOU_INI_ELNO.PHYDRPM, LC.EHYDRNO),
(OP.TOU_INI_ELNO.PINST_R, LC.ENINST_R),
(OP.TOU_INI_ELNO.PNEUT_F, LC.ENNEUT_F),
(OP.TOU_INI_ELNO.PNEUT_R, LC.ENNEUT_R),
(OP.TOU_INI_ELNO.PVARI_R, LC.EPHASNO_),
),
),
OP.VERI_JACOBIEN(
te=328,
para_in=((SP.PGEOMER, NGEOMER), ),
para_out=((SP.PCODRET, LC.ECODRET), ),
),
)