DDL_MECA = LocatedComponents(phys=PHY.DEPL_R,
type='ELNO',
diff=True,
components=(
('EN1', (
'DX',
'DY',
'H1X',
'H1Y',
)),
('EN2', (
'DX',
'DY',
'H1X',
'H1Y',
'H2X',
'H2Y',
)),
('EN3', (
'DX',
'DY',
'H1X',
'H1Y',
'H2X',
'H2Y',
'H3X',
'H3Y',
)),
('EN4', (
'DX',
'DY',
'H1X',
'H1Y',
'H2X',
'H2Y',
'H3X',
'H3Y',
'H4X',
'H4Y',
)),
))
# ======================================================================
from cataelem.Tools.base_objects import LocatedComponents, ArrayOfComponents, SetOfNodes, ElrefeLoc
from cataelem.Tools.base_objects import Calcul, Element
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.located_components as LC
import cataelem.Commons.parameters as SP
import cataelem.Commons.mesh_types as MT
from cataelem.Options.options import OP
#----------------
# Modes locaux :
#----------------
NGEOMER = LocatedComponents(phys=PHY.GEOM_R, type='ELNO',
components=('X','Y',))
#------------------------------------------------------------
class PR_G_QUAD8(Element):
"""Please document this element"""
meshType = MT.QUAD8
elrefe =(
ElrefeLoc(MT.QU8, gauss = ('NOEU=NOEU','RIGI=FPG9',),),
)
calculs = (
OP.GRAD_NEUT_R(te=24,
para_in=((SP.PGEOMER, NGEOMER), (SP.PNEUTER, LC.N1NEUT_R),
),
from cataelem.Tools.base_objects import LocatedComponents, ArrayOfComponents, SetOfNodes, ElrefeLoc
from cataelem.Tools.base_objects import Calcul, Element
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.located_components as LC
import cataelem.Commons.parameters as SP
import cataelem.Commons.mesh_types as MT
from cataelem.Options.options import OP
#----------------
# Modes locaux :
#----------------
CCAMASS = LocatedComponents(phys=PHY.CAMASS,
type='ELEM',
components=(
'C',
'ALPHA',
))
DDL_MECA = LocatedComponents(phys=PHY.DEPL_R,
type='ELNO',
diff=True,
components=(
('EN1', (
'DX',
'DY',
'H1X',
'H1Y',
)),
('EN2', (
'DX',
from cataelem.Tools.base_objects import LocatedComponents, ArrayOfComponents, SetOfNodes, ElrefeLoc
from cataelem.Tools.base_objects import Calcul, Element
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.located_components as LC
import cataelem.Commons.parameters as SP
import cataelem.Commons.mesh_types as MT
from cataelem.Options.options import OP
#----------------
# Modes locaux :
#----------------
NGEOMER = LocatedComponents(phys=PHY.GEOM_R,
type='ELNO',
components=(
'X',
'Y',
'Z',
))
CTEMPSR = LocatedComponents(phys=PHY.INST_R,
type='ELEM',
components=(
'INST',
'DELTAT',
'THETA',
'KHI',
'R',
'RHO',
))
# --------------------------------------------------------------------
from cataelem.Tools.base_objects import LocatedComponents, ArrayOfComponents, SetOfNodes, ElrefeLoc
from cataelem.Tools.base_objects import Calcul, Element
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.located_components as LC
import cataelem.Commons.parameters as SP
import cataelem.Commons.mesh_types as MT
from cataelem.Options.options import OP
#----------------
# Modes locaux :
#----------------
CABSCUR = LocatedComponents(phys=PHY.ABSC_R,
type='ELEM',
components=('ABSC1', ))
CCADISA = LocatedComponents(phys=PHY.CADISA,
type='ELEM',
components=('A[9]', ))
CCADISK = LocatedComponents(phys=PHY.CADISK,
type='ELEM',
components=('K[9]', ))
CCADISM = LocatedComponents(phys=PHY.CADISM,
type='ELEM',
components=('M[9]', ))
CCAORIE = LocatedComponents(phys=PHY.CAORIE,
# ======================================================================
from cataelem.Tools.base_objects import LocatedComponents, ArrayOfComponents, SetOfNodes, ElrefeLoc
from cataelem.Tools.base_objects import Calcul, Element
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.located_components as LC
import cataelem.Commons.parameters as SP
import cataelem.Commons.mesh_types as MT
from cataelem.Options.options import OP
#----------------
# Modes locaux :
#----------------
CCAMASS = LocatedComponents(phys=PHY.CAMASS, type='ELEM',
components=('C','ALPHA',))
CCARCRI = LocatedComponents(phys=PHY.CARCRI, type='ELEM',
components=('ITECREL','MACOMP','RESCREL','THETA','ITEDEC',
'INTLOC','PERTURB','TOLDEBO','ITEDEBO','TSSEUIL',
'TSAMPL','TSRETOUR','POSTITER','LC_EXT[3]','MODECALC',))
CCOMPOR = LocatedComponents(phys=PHY.COMPOR, type='ELEM',
components=('RELCOM','NBVARI','DEFORM','INCELA','C_PLAN',
'NUME_LC','SD_COMP','KIT[9]',))
DDL_MECA = LocatedComponents(phys=PHY.DEPL_R, type='ELNO', diff=True,
components=(
import cataelem.Commons.parameters as SP
import cataelem.Commons.mesh_types as MT
from cataelem.Options.options import OP
#----------------
# Modes locaux :
#----------------
DDL_MECA = LocatedComponents(phys=PHY.DEPL_R,
type='ELNO',
diff=True,
components=(
('EN1', (
'DX',
'DY',
'PRE[2]',
'TEMP',
)),
('EN2', (
'DX',
'DY',
)),
))
CCOECH = LocatedComponents(phys=PHY.ETHM_R,
type='ELGA',
location='RIGI',
components=(
'COEF[4]',
'PRE[2]',
))
from cataelem.Tools.base_objects import LocatedComponents, ArrayOfComponents, SetOfNodes, ElrefeLoc
from cataelem.Tools.base_objects import Calcul, Element
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.located_components as LC
import cataelem.Commons.parameters as SP
import cataelem.Commons.mesh_types as MT
from cataelem.Options.options import OP
#----------------
# Modes locaux :
#----------------
DDL_MECA = LocatedComponents(phys=PHY.DEPL_R,
type='ELNO',
diff=True,
components=(
('EN1', ('PRE1', )),
('EN2', ()),
))
EFLHN = LocatedComponents(phys=PHY.FLHN_R,
type='ELGA',
location='RIGI',
components=('FH11', ))
CFLUXF = LocatedComponents(phys=PHY.FTHM_F,
type='ELEM',
components=('PFLU1', ))
EFLUXE = LocatedComponents(phys=PHY.FTHM_R,
type='ELGA',
# 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 LocatedComponents, objects_from_context
import cataelem.Commons.physical_quantities as PHY
# Modes locaux de type ELEM :
#----------------------------------
CGEOM2D = LocatedComponents(phys=PHY.GEOM_R,
type='ELEM',
components=(
'X',
'Y',
))
CGEOM3D = LocatedComponents(phys=PHY.GEOM_R,
type='ELEM',
components=(
'X',
'Y',
'Z',
))
CBORNPI = LocatedComponents(phys=PHY.PILO_R,
type='ELEM',
components=(
'A0',
from cataelem.Tools.base_objects import LocatedComponents, ArrayOfComponents, SetOfNodes, ElrefeLoc
from cataelem.Tools.base_objects import Calcul, Element
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.located_components as LC
import cataelem.Commons.parameters as SP
import cataelem.Commons.mesh_types as MT
from cataelem.Options.options import OP
#----------------
# Modes locaux :
#----------------
DDL_MECA = LocatedComponents(phys=PHY.DEPL_R,
type='ELNO',
components=(
'DX',
'DY',
'DZ',
))
CFORCEF = LocatedComponents(phys=PHY.FORC_F,
type='ELEM',
components=(
'FX',
'FY',
'FZ',
))
EFORCNO = LocatedComponents(phys=PHY.FORC_R,
type='ELNO',
components=(
from cataelem.Tools.base_objects import LocatedComponents, ArrayOfComponents, SetOfNodes, ElrefeLoc
from cataelem.Tools.base_objects import Calcul, Element
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.located_components as LC
import cataelem.Commons.parameters as SP
import cataelem.Commons.mesh_types as MT
from cataelem.Options.options import OP
#----------------
# Modes locaux :
#----------------
CCAMASS = LocatedComponents(phys=PHY.CAMASS,
type='ELEM',
components=(
'C',
'ALPHA',
))
DDL_MECA = LocatedComponents(phys=PHY.DEPL_R,
type='ELNO',
diff=True,
components=(
('EN1', (
'DX',
'DY',
'H1X',
'H1Y',
'K1',
'K2',
'LAGS_C',
from cataelem.Tools.base_objects import Calcul, Element
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.located_components as LC
import cataelem.Commons.parameters as SP
import cataelem.Commons.mesh_types as MT
from cataelem.Options.options import OP
#----------------
# Modes locaux :
#----------------
CCACOQU = LocatedComponents(phys=PHY.CACOQU,
type='ELEM',
components=(
'SECT_L',
'ALPHA',
'BETA',
'DIST_N',
'CTOR',
))
NDEPLAC = LocatedComponents(phys=PHY.DEPL_C,
type='ELNO',
components=(
'DX',
'DY',
'DZ',
'DRX',
'DRY',
'DRZ',
))
def test07_element(self):
"""check Element object"""
from cataelem.Tools.base_objects import LocatedComponents
from cataelem.Tools.base_objects import Element
from cataelem.Commons.mesh_types import SEG2
from cataelem.Commons.physical_quantities import DEPL_R, SIEF_R
from cataelem.Options.options import OP
# build of OP should have named their own parameters (not shared)
self.assertEqual(OP.SIEQ_ELGA.PCONTEQ.name, 'PCONTEQ')
self.assertEqual(OP.EXISTE_DDL.PDEPL_R.name, 'PDEPL_R')
DDL_MECA = LocatedComponents(phys=DEPL_R,
type='ELNO',
components=(
'DX',
'DY',
'LAGS_C',
))
DDL_MECA.setName('DDL_MECA')
self.assertEqual(DDL_MECA.name, "DDL_MECA")
ECONTPG = LocatedComponents(phys=SIEF_R,
type='ELGA',
location='RIGI',
components=(
'SIXX',
'SIYY',
'SIZZ',
'SIXY',
'SIXZ',
'SIYZ',
))
ECONTPG.setName('ECONTPG')
self.assertEqual(ECONTPG.name, "ECONTPG")
class ELE4TEST(Element):
"""This is a test element"""
meshType = SEG2
calculs = (
OP.SIEQ_ELGA(
te=50,
para_out=((OP.SIEQ_ELGA.PCONTEQ, ECONTPG), ),
),
OP.EXISTE_DDL(
te=99,
para_out=((OP.EXISTE_DDL.PDEPL_R, DDL_MECA), ),
),
)
elt = ELE4TEST()
elt.setName('ELE4TEST')
self.assertEqual(elt.name, 'ELE4TEST')
opts = elt.getCalculs()
self.assertEqual(len(opts), 2)
self.assertEqual(opts[1][0], 'EXISTE_DDL')
used = elt.usedLocatedComponents()
self.assertEqual(len(used), 2)
self.assertIn(DDL_MECA, used)
self.assertSequenceEqual(used[1].components, ('DX', 'DY', 'LAGS_C'))
elt.changeComponents('DDL_MECA', ('DX', 'DZ', 'TEMP'))
used = elt.usedLocatedComponents()
self.assertEqual(len(used), 2)
self.assertNotIn(DDL_MECA, used)
new = used[1]
self.assertEqual(new.name, 'DDL_MECA')
self.assertIn('DX', new.components)
self.assertIn('DZ', new.components)
self.assertNotIn('LAGS_C', new.components)
from cataelem.Tools.base_objects import LocatedComponents, ArrayOfComponents, SetOfNodes, ElrefeLoc
from cataelem.Tools.base_objects import Calcul, Element
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.located_components as LC
import cataelem.Commons.parameters as SP
import cataelem.Commons.mesh_types as MT
from cataelem.Options.options import OP
#----------------
# Modes locaux :
#----------------
CCAMASS = LocatedComponents(phys=PHY.CAMASS, type='ELEM',
components=('C','ALPHA','BETA','KAPPA','X',
'Y','Z',))
DDL_MECA = LocatedComponents(phys=PHY.DEPL_R, type='ELNO', diff=True,
components=(
('EN1',('DX','DY','PRE1','TEMP',)),
('EN2',('DX','DY',)),))
EDEFOPC = LocatedComponents(phys=PHY.EPSI_C, type='ELGA', location='RIGI',
components=('EPXX','EPYY','EPZZ','EPXY','EPXZ',
'EPYZ',))
from cataelem.Tools.base_objects import LocatedComponents, ArrayOfComponents, SetOfNodes, ElrefeLoc
from cataelem.Tools.base_objects import Calcul, Element
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.located_components as LC
import cataelem.Commons.parameters as SP
import cataelem.Commons.mesh_types as MT
from cataelem.Options.options import OP
#----------------
# Modes locaux :
#----------------
DDL_MECA = LocatedComponents(phys=PHY.DEPL_R, type='ELNO', diff=True,
components=(
('EN1',('DX','DY','GONF',)),
('EN2',('DX','DY',)),))
EDEFOPG = LocatedComponents(phys=PHY.EPSI_R, type='ELGA', location='RIGI',
components=('DEPV','DGONFX[2]',))
EDEFONO = LocatedComponents(phys=PHY.EPSI_R, type='ELNO',
components=('DEPV','DGONFX[2]',))
EGGEOP_R = LocatedComponents(phys=PHY.GEOM_R, type='ELGA', location='RIGI',
components=('X','Y','W',))
from cataelem.Tools.base_objects import LocatedComponents, ArrayOfComponents, SetOfNodes, ElrefeLoc
from cataelem.Tools.base_objects import Calcul, Element
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.located_components as LC
import cataelem.Commons.parameters as SP
import cataelem.Commons.mesh_types as MT
from cataelem.Options.options import OP
#----------------
# Modes locaux :
#----------------
DDL_MECA = LocatedComponents(phys=PHY.DEPL_R,
type='ELNO',
components=(
'DX',
'DY',
'LAGS_C',
'LAGS_F1',
))
#------------------------------------------------------------
class CFS2E2D(Element):
"""Please document this element"""
meshType = MT.SEG2
calculs = (OP.EXISTE_DDL(
te=99,
para_out=((OP.EXISTE_DDL.PDEPL_R, DDL_MECA), ),
), )
from cataelem.Tools.base_objects import LocatedComponents, ArrayOfComponents, SetOfNodes, ElrefeLoc
from cataelem.Tools.base_objects import Calcul, Element
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.located_components as LC
import cataelem.Commons.parameters as SP
import cataelem.Commons.mesh_types as MT
from cataelem.Options.options import OP
#----------------
# Modes locaux :
#----------------
DDL_MECA = LocatedComponents(phys=PHY.DEPL_R, type='ELNO',
components=('DX','DY','DZ','H1X','H1Y',
'H1Z','K1','K2','K3'))
NTHETAR = LocatedComponents(phys=PHY.DEPL_R, type='ELNO',
components=('DX','DY','DZ',))
CFORCEF = LocatedComponents(phys=PHY.FORC_F, type='ELEM',
components=('FX','FY','FZ',))
NFORCER = LocatedComponents(phys=PHY.FORC_R, type='ELNO',
components=('FX','FY','FZ',))
from cataelem.Tools.base_objects import LocatedComponents, ArrayOfComponents, SetOfNodes, ElrefeLoc
from cataelem.Tools.base_objects import Calcul, Element
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.located_components as LC
import cataelem.Commons.parameters as SP
import cataelem.Commons.mesh_types as MT
from cataelem.Options.options import OP
#----------------
# Modes locaux :
#----------------
CCOMPOR = LocatedComponents(phys=PHY.COMPOR, type='ELEM',
components=('RELCOM','NBVARI','DEFORM','INCELA','C_PLAN',
'NUME_LC','SD_COMP','KIT[9]',))
DDL_MECA = LocatedComponents(phys=PHY.DEPL_R, type='ELNO', diff=True,
components=(
('EN1',('DX','DY','V1[2]','V2[2]',)),
('EN2',('DX','DY',)),
('EN3',('PRES1[2]','PRES2[2]',)),))
EDEFOPG = LocatedComponents(phys=PHY.EPSI_R, type='ELGA', location='RIGI',
components=('DEPV1[2]','DEPV2[2]','DV11X[2]','DV12X[2]','DV21X[2]',
'DV22X[2]','PRES1[2]','PRES2[2]',))
from cataelem.Tools.base_objects import LocatedComponents, ArrayOfComponents, SetOfNodes, ElrefeLoc
from cataelem.Tools.base_objects import Calcul, Element
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.located_components as LC
import cataelem.Commons.parameters as SP
import cataelem.Commons.mesh_types as MT
from cataelem.Options.options import OP
#----------------
# Modes locaux :
#----------------
CCACOQU = LocatedComponents(phys=PHY.CACOQU,
type='ELEM',
components=(
'EP',
'ALPHA',
'BETA',
'CTOR',
))
DDL_MECA = LocatedComponents(phys=PHY.DEPL_R,
type='ELNO',
components=(
'DX',
'DY',
'DZ',
'DRX',
'DRY',
'DRZ',
))
# 1 AVENUE DU GENERAL DE GAULLE, 92141 CLAMART CEDEX, FRANCE.
# ======================================================================
from cataelem.Tools.base_objects import LocatedComponents, ArrayOfComponents, SetOfNodes, ElrefeLoc
from cataelem.Tools.base_objects import Calcul, Element
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.located_components as LC
import cataelem.Commons.parameters as SP
import cataelem.Commons.mesh_types as MT
from cataelem.Options.options import OP
#----------------
# Modes locaux :
#----------------
CCOEFHF = LocatedComponents(phys=PHY.COEH_F, type='ELEM', components=('H', ))
CCOEFHR = LocatedComponents(phys=PHY.COEH_R, type='ELEM', components=('H', ))
CFLUXNF = LocatedComponents(phys=PHY.FLUN_F,
type='ELEM',
components=('FLUN', ))
CFLUXNR = LocatedComponents(phys=PHY.FLUN_R,
type='ELEM',
components=('FLUN', ))
NGEOMER = LocatedComponents(phys=PHY.GEOM_R,
type='ELNO',
components=(
'X',
from cataelem.Tools.base_objects import LocatedComponents, ArrayOfComponents, SetOfNodes, ElrefeLoc
from cataelem.Tools.base_objects import Calcul, Element
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.located_components as LC
import cataelem.Commons.parameters as SP
import cataelem.Commons.mesh_types as MT
from cataelem.Options.options import OP
#----------------
# Modes locaux :
#----------------
CCAMASS = LocatedComponents(phys=PHY.CAMASS,
type='ELEM',
components=(
'C',
'ALPHA',
))
DDL_MECA = LocatedComponents(phys=PHY.DEPL_R,
type='ELNO',
diff=True,
components=(
('EN1', (
'DX',
'DY',
'DZ',
'PRES',
'GONF',
)),
('EN2', (
from cataelem.Tools.base_objects import LocatedComponents, ArrayOfComponents, SetOfNodes, ElrefeLoc
from cataelem.Tools.base_objects import Calcul, Element
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.located_components as LC
import cataelem.Commons.parameters as SP
import cataelem.Commons.mesh_types as MT
from cataelem.Options.options import OP
import cataelem.Commons.attributes as AT
#----------------
# Modes locaux :
#----------------
CCAMASS = LocatedComponents(phys=PHY.CAMASS,
type='ELEM',
components=(
'C',
'ALPHA',
))
CCARCRI = LocatedComponents(phys=PHY.CARCRI,
type='ELEM',
components=(
'ITECREL',
'MACOMP',
'RESCREL',
'THETA',
'ITEDEC',
'INTLOC',
'PERTURB',
'TOLDEBO',
'ITEDEBO',
# --------------------------------------------------------------------
from cataelem.Tools.base_objects import LocatedComponents, ArrayOfComponents, SetOfNodes, ElrefeLoc
from cataelem.Tools.base_objects import Calcul, Element
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.located_components as LC
import cataelem.Commons.parameters as SP
import cataelem.Commons.mesh_types as MT
from cataelem.Options.options import OP
#----------------
# Modes locaux :
#----------------
CABSCUR = LocatedComponents(phys=PHY.ABSC_R,
type='ELEM',
components=('ABSC[2]', ))
CCAGEPO = LocatedComponents(phys=PHY.CAGEPO,
type='ELEM',
components=(
'R1',
'EP1',
))
CCAGNPO = LocatedComponents(phys=PHY.CAGNPO,
type='ELEM',
components=(
'A1',
'IY1',
'IZ1',
# ======================================================================
from cataelem.Tools.base_objects import LocatedComponents, ArrayOfComponents, SetOfNodes, ElrefeLoc
from cataelem.Tools.base_objects import Calcul, Element
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.located_components as LC
import cataelem.Commons.parameters as SP
import cataelem.Commons.mesh_types as MT
from cataelem.Options.options import OP
#----------------
# Modes locaux :
#----------------
CABSCUR = LocatedComponents(phys=PHY.ABSC_R, type='ELEM',
components=('ABSC1',))
CCADISA = LocatedComponents(phys=PHY.CADISA, type='ELEM',
components=('A[9]',))
CCADISK = LocatedComponents(phys=PHY.CADISK, type='ELEM',
components=('K[9]',))
CCADISM = LocatedComponents(phys=PHY.CADISM, type='ELEM',
components=('M[9]',))
CCAORIE = LocatedComponents(phys=PHY.CAORIE, type='ELEM',
# ======================================================================
from cataelem.Tools.base_objects import LocatedComponents, ArrayOfComponents, SetOfNodes, ElrefeLoc
from cataelem.Tools.base_objects import Calcul, Element
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.located_components as LC
import cataelem.Commons.parameters as SP
import cataelem.Commons.mesh_types as MT
from cataelem.Options.options import OP
#----------------
# Modes locaux :
#----------------
CCAMASS = LocatedComponents(phys=PHY.CAMASS, type='ELEM',
components=('C','ALPHA',))
CCARCRI = LocatedComponents(phys=PHY.CARCRI, type='ELEM',
components=('ITECREL','MACOMP','RESCREL','THETA','ITEDEC',
'INTLOC','PERTURB','TOLDEBO','ITEDEBO','TSSEUIL',
'TSAMPL','TSRETOUR','POSTITER','LC_EXT[3]','MODECALC',
'ALPHA','LC_EXT2[2]',))
CCOMPOR = LocatedComponents(phys=PHY.COMPOR, type='ELEM',
components=('RELCOM','NBVARI','DEFORM','INCELA','C_PLAN',
'NUME_LC','SD_COMP','KIT[9]','NVI_C','NVI_T',
'NVI_H','NVI_M',))
from cataelem.Tools.base_objects import LocatedComponents, ArrayOfComponents, SetOfNodes, ElrefeLoc
from cataelem.Tools.base_objects import Calcul, Element
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.located_components as LC
import cataelem.Commons.parameters as SP
import cataelem.Commons.mesh_types as MT
from cataelem.Options.options import OP
#----------------
# Modes locaux :
#----------------
DDL_MECA = LocatedComponents(phys=PHY.DEPL_R,
type='ELNO',
diff=True,
components=(
('EN1', ()),
('EN2', ('PRE[2]', )),
))
CFLUXF = LocatedComponents(phys=PHY.FTHM_F,
type='ELEM',
components=('PFLU[2]', ))
EFLUXE = LocatedComponents(phys=PHY.FTHM_R,
type='ELGA',
location='RIGI',
components=('PFLU[2]', ))
NGEOMER = LocatedComponents(phys=PHY.GEOM_R,
type='ELNO',
# 1 AVENUE DU GENERAL DE GAULLE, 92141 CLAMART CEDEX, FRANCE.
# ======================================================================
from cataelem.Tools.base_objects import LocatedComponents, ArrayOfComponents, SetOfNodes, ElrefeLoc
from cataelem.Tools.base_objects import Calcul, Element
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.located_components as LC
import cataelem.Commons.parameters as SP
import cataelem.Commons.mesh_types as MT
from cataelem.Options.options import OP
#----------------
# Modes locaux :
#----------------
ENEU1_R = LocatedComponents(phys=PHY.NEUT_R, type='ELEM', components=('X1', ))
#------------------------------------------------------------
class PR_HEXA27(Element):
"""Please document this element"""
meshType = MT.HEXA27
elrefe = (ElrefeLoc(MT.H27, ), )
calculs = (OP.TOU_INI_ELEM(
te=99,
para_out=((SP.PNEU1_R, ENEU1_R), ),
), )
#------------------------------------------------------------
class PR_HEXA20(PR_HEXA27):
from cataelem.Tools.base_objects import LocatedComponents, ArrayOfComponents, SetOfNodes, ElrefeLoc
from cataelem.Tools.base_objects import Calcul, Element
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.located_components as LC
import cataelem.Commons.parameters as SP
import cataelem.Commons.mesh_types as MT
from cataelem.Options.options import OP
#----------------
# Modes locaux :
#----------------
NGEOMER = LocatedComponents(phys=PHY.GEOM_R,
type='ELNO',
components=(
'X',
'Y',
))
STANO_I = LocatedComponents(phys=PHY.N120_I, type='ELNO', components=('X1', ))
E6NEUTI = LocatedComponents(phys=PHY.N1280I,
type='ELEM',
components=('X[6]', ))
DDL_THER = LocatedComponents(phys=PHY.TEMP_R,
type='ELNO',
components=(
'TEMP',
'H1',
))
# ======================================================================
from cataelem.Tools.base_objects import LocatedComponents, ArrayOfComponents, SetOfNodes, ElrefeLoc
from cataelem.Tools.base_objects import Calcul, Element
import cataelem.Commons.physical_quantities as PHY
import cataelem.Commons.located_components as LC
import cataelem.Commons.parameters as SP
import cataelem.Commons.mesh_types as MT
from cataelem.Options.options import OP
import cataelem.Commons.attributes as AT
#----------------
# Modes locaux :
#----------------
MDDLMUC = LocatedComponents(phys=PHY.DDLM_C, type='ELEM', components=('A1', ))
MGEOMER = LocatedComponents(phys=PHY.GEOM_R,
type='ELNO',
diff=True,
components=(
('EN1', ()),
('EN2', (
'X',
'Y',
'Z',
)),
))
DDL_ACOU = LocatedComponents(phys=PHY.PRES_C,
type='ELNO',
import cataelem.Commons.mesh_types as MT
from cataelem.Options.options import OP
# ELEMENTARY TREATMENT OF 2D FRICTIONLESS ELEMENT WITH DEFI_CONTACT OPERATOR
# MORTAR LAC METHOD
#----------------
# Modes locaux :
#----------------
DDL_MECA = LocatedComponents(phys=PHY.DEPL_R,
type='ELNO',
diff=True,
components=(
('EN1', (
'DX',
'DY',
'LAGS_C',
)),
('EN2', (
'DX',
'DY',
)),
))
ECNEUT_R = LocatedComponents(phys=PHY.CLAC_R,
type='ELEM',
components=('PRES', 'JEU', 'CONT', 'COEFSURF',
'PRESCOOR'))
##------------------------------------------------------------
class LACS22DB(Element):
