'VECT_3_Z',
'TRSIG',
'TRIAX',
))
ESOURCR = LocatedComponents(phys=PHY.SOUR_R,
type='ELGA',
location='RIGI',
components=('SOUR', ))
ZVARIPG = LocatedComponents(phys=PHY.VARI_R,
type='ELGA',
location='RIGI',
components=('VARI', ))
MVECTUR = ArrayOfComponents(phys=PHY.VDEP_R, locatedComponents=DDL_MECA)
VVECTUR = ArrayOfComponents(phys=PHY.VDEP_R, locatedComponents=NDEPLAR)
MMATUUR = ArrayOfComponents(phys=PHY.MDEP_R, locatedComponents=DDL_MECA)
VMATUUR = ArrayOfComponents(phys=PHY.MDEP_R, locatedComponents=NDEPLAR)
MMATUNS = ArrayOfComponents(phys=PHY.MDNS_R, locatedComponents=DDL_MECA)
#------------------------------------------------------------
class MIUP_HEXA20(Element):
"""Mechanics - 3D - Incompressible - UP model - HEXA20"""
meshType = MT.HEXA20
nodes = (
location='RIGI',
components=(
'VAL',
'NUCOU',
'NUSECT',
'NUFIBR',
'POSIC',
'POSIS',
))
ZVARIPG = LocatedComponents(phys=PHY.VARI_R,
type='ELGA',
location='RIGI',
components=('VARI', ))
MVECTAR = ArrayOfComponents(phys=PHY.VDEP_R, locatedComponents=NACCELR)
MVECTUR = ArrayOfComponents(phys=PHY.VDEP_R, locatedComponents=DDL_MECA)
MMATUUC = ArrayOfComponents(phys=PHY.MDEP_C, locatedComponents=NDEPLAC)
MMATUUR = ArrayOfComponents(phys=PHY.MDEP_R, locatedComponents=DDL_MECA)
MMATUNS = ArrayOfComponents(phys=PHY.MDNS_R, locatedComponents=DDL_MECA)
#------------------------------------------------------------
class MEDSQU4(Element):
"""Please document this element"""
meshType = MT.QUAD4
elrefe = (
'DELTAT',
'THETA',
))
NSIEF_R = LocatedComponents(phys=PHY.SIEF_R,
type='ELNO',
diff=True,
components=(
('EN1', (
'FH11X',
'FH11Y',
)),
('EN2', ()),
))
MVECTUR = ArrayOfComponents(phys=PHY.VDEP_R, locatedComponents=DDL_MECA)
#------------------------------------------------------------
class H_DPSE3(Element):
"""Please document this element"""
meshType = MT.SEG3
nodes = (
SetOfNodes('EN2', (3, )),
SetOfNodes('EN1', (
1,
2,
)),
)
elrefe = (
ElrefeLoc(
#----------------
DDL_MECA = LocatedComponents(phys=PHY.DEPL_R, type='ELNO',
components=('DX', 'DY', 'PHI',))
NGEOMER = LocatedComponents(phys=PHY.GEOM_R, type='ELNO',
components=('X', 'Y',))
EGGEOP_R = LocatedComponents(phys=PHY.GEOM_R, type='ELGA', location='RIGI',
components=('X', 'Y', 'W',))
MMATUUR = ArrayOfComponents(
phys=PHY.MDEP_R, locatedComponents=DDL_MECA)
#------------------------------------------------------------
class MEFSSE2(Element):
"""Please document this element"""
meshType = MT.SEG2
elrefe = (
ElrefeLoc(
MT.SE2, gauss=('RIGI=FPG2', 'FPG1=FPG1',), mater=('FPG1',),),
)
calculs = (
OP.COOR_ELGA(te=478,
para_in=((SP.PGEOMER, NGEOMER), ),
components=('X[30]', ))
EGNEUT_R = LocatedComponents(phys=PHY.NEUT_R,
type='ELGA',
location='RIGI',
components=('X[30]', ))
CT_EXTF = LocatedComponents(phys=PHY.TEMP_F,
type='ELEM',
components=('TEMP', ))
DDL_THER = LocatedComponents(phys=PHY.TEMP_R,
type='ELNO',
components=('TEMP', ))
MVECTAR = ArrayOfComponents(phys=PHY.VDEP_R, locatedComponents=NACCELR)
MVECTTR = ArrayOfComponents(phys=PHY.VTEM_R, locatedComponents=DDL_THER)
MMATTTR = ArrayOfComponents(phys=PHY.MTEM_R, locatedComponents=DDL_THER)
#------------------------------------------------------------
class THER_FACE3_D(Element):
"""Please document this element"""
meshType = MT.TRIA3
elrefe = (ElrefeLoc(
MT.TR3,
gauss=(
'RIGI=COT3',
'NOEU=NOEU',
EGGEOP_R = LocatedComponents(phys=PHY.GEOM_R,
type='ELGA',
location='RIGI',
components=(
'X',
'Y',
'Z',
'W',
))
DDL_ACOU = LocatedComponents(phys=PHY.PRES_C,
type='ELNO',
components=('PRES', ))
MVECTTC = ArrayOfComponents(phys=PHY.VPRE_C, locatedComponents=DDL_ACOU)
MMATTTC = ArrayOfComponents(phys=PHY.MPRE_C, locatedComponents=DDL_ACOU)
#------------------------------------------------------------
class ACOU_FACE3(Element):
"""Please document this element"""
meshType = MT.TRIA3
elrefe = (ElrefeLoc(
MT.TR3,
gauss=(
'RIGI=COT3',
'FPG1=FPG1',
),
mater=('FPG1', ),
ECOEQPG = LocatedComponents(phys=PHY.SIEF_R, type='ELGA', location='RIGI',
components=('VMIS','TRESCA','PRIN_[3]','VMIS_SG','VECT_1_X',
'VECT_1_Y','VECT_1_Z','VECT_2_X','VECT_2_Y','VECT_2_Z',
'VECT_3_X','VECT_3_Y','VECT_3_Z','TRSIG','TRIAX',))
ESOURCR = LocatedComponents(phys=PHY.SOUR_R, type='ELGA', location='RIGI',
components=('SOUR',))
ZVARIPG = LocatedComponents(phys=PHY.VARI_R, type='ELGA', location='RIGI',
components=('VARI',))
MVECTUR = ArrayOfComponents(phys=PHY.VDEP_R, locatedComponents=DDL_MECA)
MVECZZR = ArrayOfComponents(phys=PHY.VSIZ_R, locatedComponents=LC.DDL_NOZ1)
MMATUUC = ArrayOfComponents(phys=PHY.MDEP_C, locatedComponents=NDEPLAC)
MMATUUR = ArrayOfComponents(phys=PHY.MDEP_R, locatedComponents=DDL_MECA)
MMATUNS = ArrayOfComponents(phys=PHY.MDNS_R, locatedComponents=DDL_MECA)
MMATZZR = ArrayOfComponents(phys=PHY.MSIZ_R, locatedComponents=LC.DDL_NOZ1)
#------------------------------------------------------------
class MECPQU4(Element):
"""Please document this element"""
type='ELNO',
components=(
'DX',
'DY',
))
ECONTNO = LocatedComponents(phys=PHY.SIEF_R,
type='ELNO',
components=(
'SIXX',
'SIYY',
'SIZZ',
'SIXY',
))
MMATUNS = ArrayOfComponents(phys=PHY.MDNS_R, locatedComponents=DDL_MECA)
MVECTUR = ArrayOfComponents(phys=PHY.VDEP_R, locatedComponents=DDL_MECA)
ENEU1_R = LocatedComponents(phys=PHY.NEUT_R,
type='ELEM',
components=('X[30]', ))
ELNEUT_F = LocatedComponents(phys=PHY.NEUT_F,
type='ELEM',
components=('X[30]', ))
#---------------------------------------------------------------------------------------------------
class MEPLSE2(Element):
"""Skin element for 2D isoparametric elements - On SE2"""
'WI2',
'UI3',
'VI3',
'WI3',
'UO2',
'VO2',
'WO2',
'UO3',
'VO3',
'WO3',
'WO',
'WI1',
'WO1',
))
MVECTUC = ArrayOfComponents(phys=PHY.VDEP_C, locatedComponents=NDEPLAC)
MVECTUR = ArrayOfComponents(phys=PHY.VDEP_R, locatedComponents=DDL_MECA)
MMATUUC = ArrayOfComponents(phys=PHY.MDEP_C, locatedComponents=NDEPLAC)
MMATUUR = ArrayOfComponents(phys=PHY.MDEP_R, locatedComponents=DDL_MECA)
CABSCUR.setName('CABSCUR')
CCAORIE.setName('CCAORIE')
NDEPLAC.setName('NDEPLAC')
DDL_MECA.setName('DDL_MECA')
MVECTUC.setName('MVECTUC')
MVECTUR.setName('MVECTUR')
MMATUUR.setName('MMATUUR')
MMATUUC.setName('MMATUUC')
class MET3SEG3(Element):
components=('X[30]', ))
EMNEUT_R = LocatedComponents(phys=PHY.NEUT_R,
type='ELEM',
components=('X[30]', ))
ESOURCR = LocatedComponents(phys=PHY.SOUR_R,
type='ELGA',
location='RIGI',
components=('SOUR', ))
DDL_THER = LocatedComponents(phys=PHY.TEMP_R,
type='ELNO',
components=('TEMP', ))
MVECTTR = ArrayOfComponents(phys=PHY.VTEM_R, locatedComponents=DDL_THER)
MMATTTR = ArrayOfComponents(phys=PHY.MTEM_R, locatedComponents=DDL_THER)
MMATTSR = ArrayOfComponents(phys=PHY.MTNS_R, locatedComponents=DDL_THER)
#------------------------------------------------------------
class THPLQU4(Element):
"""Please document this element"""
meshType = MT.QUAD4
elrefe = (
ElrefeLoc(
MT.QU4,
gauss=(
'RIGI=FPG4',
ESTRAUX = LocatedComponents(phys=PHY.STRX_R,
type='ELGA',
location='RIGI',
components=(
'ALPHA',
'BETA',
'GAMMA',
))
ZVARIPG = LocatedComponents(phys=PHY.VARI_R,
type='ELGA',
location='RIGI',
components=('VARI', ))
MVECTUC = ArrayOfComponents(phys=PHY.VDEP_C, locatedComponents=NDEPLAC)
MVECTUR = ArrayOfComponents(phys=PHY.VDEP_R, locatedComponents=DDL_MECA)
MMATUUC = ArrayOfComponents(phys=PHY.MDEP_C, locatedComponents=NDEPLAC)
MMATUUR = ArrayOfComponents(phys=PHY.MDEP_R, locatedComponents=DDL_MECA)
MMATUNS = ArrayOfComponents(phys=PHY.MDNS_R, locatedComponents=DDL_MECA)
MMATUNZ = ArrayOfComponents(phys=PHY.MZNS_R, locatedComponents=LC.ECOOR1R)
#------------------------------------------------------------
class MECA_POU_D_T(Element):
"""Please document this element"""
'E1',
'H1',
):
#----------------
# Modes locaux :
#----------------
DDL_THER = LocatedComponents(phys=PHY.TEMP_R,
type='ELNO',
diff=True,
components=(
('EN1', ('LAGR', )),
('EN2', (cmp, )),
))
MVECTTR = ArrayOfComponents(phys=PHY.VTEM_R, locatedComponents=DDL_THER)
MMATTTR = ArrayOfComponents(phys=PHY.MTEM_R, locatedComponents=DDL_THER)
# Attention : il faut nommer explicitement TOUS les modes locaux crees dans la boucle
# --------------------------------------------------------------------
DDL_THER.setName('DDL_THER')
MVECTTR.setName('MVECTTR')
MMATTTR.setName('MMATTTR')
name = ('D_TEMP_R_' + cmp)[:16]
class TempClass(Element):
"""Please document this element"""
_name = name
components=('X[144]', ))
DEPLHHO = LocatedComponents(phys=PHY.DEPL_R,
type='ELNO',
components=(
'DX',
'DY',
))
PFONC = LocatedComponents(phys=PHY.NEUT_K8, type='ELEM', components=('Z[8]', ))
HHOCINE = LocatedComponents(phys=PHY.DEPL_R,
type='ELNO',
components=('HHO_U[2]', 'HHO_V[2]'))
MVECTUR = ArrayOfComponents(phys=PHY.VDEP_R, locatedComponents=DDL_MECA)
MVEFORC = ArrayOfComponents(phys=PHY.VDEP_R, locatedComponents=DEPLHHO)
MMATUUR = ArrayOfComponents(phys=PHY.MDEP_R, locatedComponents=DDL_MECA)
MMATUNS = ArrayOfComponents(phys=PHY.MDNS_R, locatedComponents=DDL_MECA)
MVECTHR = ArrayOfComponents(phys=PHY.VDEP_R, locatedComponents=HHO_MECA)
MMATUHR = ArrayOfComponents(phys=PHY.MDEP_R, locatedComponents=HHO_MECA)
MMATUHS = ArrayOfComponents(phys=PHY.MDNS_R, locatedComponents=HHO_MECA)
#------------------------------------------------------------
type='ELNO',
components=(
'X',
'Y',
))
EGGEOP_R = LocatedComponents(phys=PHY.GEOM_R,
type='ELGA',
location='RIGI',
components=(
'X',
'Y',
'W',
))
MMATUUC = ArrayOfComponents(phys=PHY.MDEP_C, locatedComponents=NDEPLAC)
MMATUUR = ArrayOfComponents(phys=PHY.MDEP_R, locatedComponents=DDL_MECA)
#------------------------------------------------------------
class MEAXFLQ4(Element):
"""Please document this element"""
meshType = MT.QUAD4
elrefe = (ElrefeLoc(
MT.QU4,
gauss=(
'RIGI=FPG4',
'FPG1=FPG1',
),
mater=('FPG1', ),
