class TRIA3(ResultTable, ShellElementForceStressResultTable):
result_type = 'ELEMENT FORCES 74 TRIA3 REAL'
table_def = TableDef.create(
'/NASTRAN/RESULT/ELEMENTAL/ELEMENT_FORCE/TRIA3', result_type)
table_def.add_index_option('MATERIAL', None)
result_data_cols = ['MX', 'MY', 'MXY', 'BMX', 'BMY', 'BMXY', 'TX', 'TY']
result_data_group_by = ['EID', 'DOMAIN_ID']
class STRAIN_ELEM(ResultTable):
result_type = [
'ELEMENT STRAIN ENERGIES %s REAL' % etype
for etype in ['BAR', 'BEAM', 'QUAD4', 'TRIA3']
]
table_def = TableDef.create('/NASTRAN/RESULT/ELEMENTAL/ENERGY/STRAIN_ELEM',
result_type,
indices=DataGetter(indices=[0, 2, 3, 4],
indices_len=5),
validator=_validator)
class GridForce(ResultTable):
result_type = 'GRID POINT FORCE BALANCE REAL'
table_def = TableDef.create('/NASTRAN/RESULT/NODAL/GRID_FORCE', result_type,
indices=DataGetter(indices=[0, 2, 3, 5, 6, 7, 8, 9, 10]),
validator=_validator
)
def search(self, data_ids, domains=(), convert_to_basic=False):
_data = super(GridForce, self).search(data_ids, domains)
if not convert_to_basic:
return _data
_nid = _data.loc[:, 'ID']
_f1 = _data.loc[:, 'F1']
_f2 = _data.loc[:, 'F2']
_f3 = _data.loc[:, 'F3']
_m1 = _data.loc[:, 'M1']
_m2 = _data.loc[:, 'M2']
_m3 = _data.loc[:, 'M3']
data = _data.copy()
f1 = data.loc[:, 'F1']
f2 = data.loc[:, 'F2']
f3 = data.loc[:, 'F3']
m1 = data.loc[:, 'M1']
m2 = data.loc[:, 'M2']
m3 = data.loc[:, 'M3']
get_grid = self._h5n.input.node.grid.get_grid
vector_to_basic = self._h5n.input.coordinate_system.h5n_transformation.vector_to_basic
for i in range(_nid.shape[0]):
cid = get_grid(_nid[i])[3]
f = [_f1[i], _f2[i], _f3[i]]
m =[_m1[i], _m2[i], _m3[i]]
if cid != 0:
f = vector_to_basic(f, cid)
m = vector_to_basic(m, cid)
f1[i] = f[0]
f2[i] = f[1]
f3[i] = f[2]
m1[i] = m[0]
m2[i] = m[1]
m3[i] = m[2]
return data
class GAP(ResultTable):
result_type = 'ELEMENT FORCES 38 GAP REAL'
table_def = TableDef.create('/NASTRAN/RESULT/ELEMENTAL/ELEMENT_FORCE/GAP',
result_type)
class TRIAR(ResultTable, ShellElementForceStressResultTable):
result_type = 'ELEMENT FORCES 70 TRIAR REAL'
table_def = TableDef.create(
'/NASTRAN/RESULT/ELEMENTAL/ELEMENT_FORCE/TRIAR', result_type)
class AppliedLoad(ResultTable):
result_type = 'OLOADS REAL'
table_def = TableDef.create('/NASTRAN/RESULT/NODAL/APPLIED_LOAD', result_type)
class Displacement(ResultTable):
result_type = 'DISPLACEMENTS REAL'
table_def = TableDef.create('/NASTRAN/RESULT/NODAL/DISPLACEMENT', result_type)
class VISC_CPLX(ResultTable):
result_type = 'ELEMENT FORCES 24 VISC COMPLEX'
table_def = TableDef.create(
'/NASTRAN/RESULT/ELEMENTAL/ELEMENT_FORCE/VISC_CPLX', result_type)
class WELD_CPLX(ResultTable):
result_type = 'ELEMENT FORCES 200 WELD COMPLEX'
table_def = TableDef.create(
'/NASTRAN/RESULT/ELEMENTAL/ELEMENT_FORCE/WELD_CPLX', result_type)
class RADINT(ResultTable):
result_type = 'ELEMENT FORCES 155 RADINT REAL'
table_def = TableDef.create(
'/NASTRAN/RESULT/ELEMENTAL/ELEMENT_FORCE/RADINT', result_type)
class TUBE_CPLX(ResultTable):
result_type = 'ELEMENT FORCES 3 TUBE COMPLEX'
table_def = TableDef.create(
'/NASTRAN/RESULT/ELEMENTAL/ELEMENT_FORCE/TUBE_CPLX', result_type)
class QUAD8_COMP(ResultTable):
result_type = 'ELEMENT FORCES 96 QUAD8LC REAL'
table_def = TableDef.create(
'/NASTRAN/RESULT/ELEMENTAL/ELEMENT_FORCE/QUAD8_COMP', result_type)
class QUAD8_CPLX(ResultTable):
result_type = 'ELEMENT FORCES 64 QUAD8 COMPLEX'
table_def = TableDef.create(
'/NASTRAN/RESULT/ELEMENTAL/ELEMENT_FORCE/QUAD8_CPLX', result_type)
class QUAD8(ResultTable):
result_type = 'ELEMENT FORCES 64 QUAD8 REAL'
table_def = TableDef.create(
'/NASTRAN/RESULT/ELEMENTAL/ELEMENT_FORCE/QUAD8', result_type)
class QUAD4_CN(ResultTable):
result_type = 'ELEMENT FORCES 144 QUAD4C REAL'
table_def = TableDef.create(
'/NASTRAN/RESULT/ELEMENTAL/ELEMENT_FORCE/QUAD4_CN', result_type)
class HBDYP(ResultTable):
result_type = 'ELEMENT FORCES 109 HBDYP REAL'
table_def = TableDef.create(
'/NASTRAN/RESULT/ELEMENTAL/ELEMENT_FORCE/HBDYP', result_type)
class TRIAR_CPLX(ResultTable, ShellElementForceStressResultTableComplex):
result_type = 'ELEMENT FORCES 70 TRIAR COMPLEX'
table_def = TableDef.create(
'/NASTRAN/RESULT/ELEMENTAL/ELEMENT_FORCE/TRIAR_CPLX', result_type)
class ROD(ResultTable):
result_type = 'ELEMENT FORCES 1 ROD REAL'
table_def = TableDef.create('/NASTRAN/RESULT/ELEMENTAL/ELEMENT_FORCE/ROD',
result_type)
class TUBE(ResultTable):
result_type = 'ELEMENT FORCES 3 TUBE REAL'
table_def = TableDef.create('/NASTRAN/RESULT/ELEMENTAL/ELEMENT_FORCE/TUBE',
result_type)
class SEAM(ResultTable):
result_type = 'ELEMENT FORCES 119 SEAM REAL'
table_def = TableDef.create('/NASTRAN/RESULT/ELEMENTAL/ELEMENT_FORCE/SEAM',
result_type)
class VISC(ResultTable):
result_type = 'ELEMENT FORCES 24 VISC REAL'
table_def = TableDef.create('/NASTRAN/RESULT/ELEMENTAL/ELEMENT_FORCE/VISC',
result_type)
class SHEAR(ResultTable):
result_type = 'ELEMENT FORCES 4 SHEAR REAL'
table_def = TableDef.create(
'/NASTRAN/RESULT/ELEMENTAL/ELEMENT_FORCE/SHEAR', result_type)
class WELDP(ResultTable):
result_type = 'ELEMENT FORCES 118 WELDP REAL'
table_def = TableDef.create(
'/NASTRAN/RESULT/ELEMENTAL/ELEMENT_FORCE/WELDP', result_type)
class SHEAR_CPLX(ResultTable):
result_type = 'ELEMENT FORCES 4 SHEAR COMPLEX'
table_def = TableDef.create(
'/NASTRAN/RESULT/ELEMENTAL/ELEMENT_FORCE/SHEAR_CPLX', result_type)
class FAST(ResultTable):
result_type = 'ELEMENT FORCES 126 FAST REAL'
table_def = TableDef.create('/NASTRAN/RESULT/ELEMENTAL/ELEMENT_FORCE/FAST',
result_type)
class ELAS4_CPLX(ResultTable):
result_type = 'ELEMENT FORCES 14 ELAS4 COMPLEX'
table_def = TableDef.create(
'/NASTRAN/RESULT/ELEMENTAL/ELEMENT_FORCE/ELAS4_CPLX', result_type)
class SPCForce(ResultTable):
result_type = 'SPCF REAL'
table_def = TableDef.create('/NASTRAN/RESULT/NODAL/SPC_FORCE', result_type)
class TRIA6_COMP(ResultTable):
result_type = 'ELEMENT FORCES 98 TRIA6LC REAL'
table_def = TableDef.create(
'/NASTRAN/RESULT/ELEMENTAL/ELEMENT_FORCE/TRIA6_COMP', result_type)
class ELAS4(ResultTable):
result_type = 'ELEMENT FORCES 14 ELAS4 REAL'
table_def = TableDef.create(
'/NASTRAN/RESULT/ELEMENTAL/ELEMENT_FORCE/ELAS4', result_type)
class FAST_CPLX(ResultTable):
result_type = 'ELEMENT FORCES 126 FAST COMPLEX'
table_def = TableDef.create(
'/NASTRAN/RESULT/ELEMENTAL/ELEMENT_FORCE/FAST_CPLX', result_type)