'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):
"""Please document this element"""
meshType = MT.SEG3
elrefe = (ElrefeLoc(
MT.SE3,
gauss=(
'RIGI=FPG3',
'MASS=FPG3',
'FPG1=FPG1',
),
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
meshType = MT.SEG3
nodes = (
SetOfNodes('EN1', (
2,
3,
)),
SetOfNodes('EN2', (1, )),
