def write_case_control_cards(self):
# Case Control
cc = CaseControlDeck([])
for key, subcase in self.subcases.items():
cc.create_new_subcase(key)
self.write_case_control_from_list(cc, key, subcase)
self.model.case_control_deck = cc
def write_case_control_cards(self):
# Case Control
cc = CaseControlDeck([])
for key, subcase in self.subcases.items():
fmethod, method = self.write_cards_from_subcase(key)
cc.create_new_subcase(key)
self.write_case_control_from_list(cc, key, subcase)
cc.add_parameter_to_local_subcase(1, 'FMETHOD = %d' % fmethod) # the flutter card id
cc.add_parameter_to_local_subcase(1, 'METHOD = %d' % method) # the eigenval analysis card id
self.model.case_control_deck = cc
def test_loads(self):
"""tests the ``get_load_arrays`` and ``_reduce_dload_case`` methods"""
model = BDF(debug=True, log=None, mode='msc')
subcase_id = 10
eid_map = None
node_ids = []
normals = None
lines = []
cc = CaseControlDeck(lines, log=None)
#print(model.case_control_deck)
model.case_control_deck = cc
subcase = cc.create_new_subcase(subcase_id)
out = get_load_arrays(model,
subcase_id,
eid_map,
node_ids,
normals,
nid_map=None)
is_loads, is_temperatures, temperature_data, load_data = out
assert is_loads is False, is_loads
assert is_temperatures is False, is_temperatures
assert temperature_data == (None, None), temperature_data
assert load_data == (None, None, None), load_data
key = 'LOAD'
value = 10
options = []
param_type = '???'
with self.assertRaises(TypeError):
subcase.add(key, value, options, param_type)
param_type = 'STRESS-type'
subcase.add(key, value, options, param_type)
with self.assertRaises(KeyError):
get_load_arrays(model,
subcase_id,
eid_map,
node_ids,
normals,
nid_map=None,
stop_on_failure=True)
#is_loads, is_temperatures, temperature_data, load_data = out
#assert is_loads is False, is_loads
#assert is_temperatures is False, is_temperatures
#assert temperature_data == (None, None), temperature_data
#assert load_data == (None, None, None), load_data
dload_case = []
dloads, scale_factors = model._reduce_dload_case(
dload_case,
scale=1.,
unallowed_dload_ids=None,
skip_scale_factor0=False,
msg='')
assert dloads == [], dloads
assert scale_factors == [], scale_factors
del dloads, scale_factors
# ----------------------------------------------------------------------
dload_id = 5
scale = 1.
scale_factors = [2]
load_ids = [3]
dload = model.add_dload(dload_id, scale, scale_factors, load_ids)
dload_case = [dload]
with self.assertRaises(KeyError):
model._reduce_dload_case(dload_case,
scale=1.,
unallowed_dload_ids=None,
skip_scale_factor0=False,
msg='')
excite_id = 100
tid = 2
model.add_tload1(dload_id,
excite_id,
tid,
delay=0,
Type='LOAD',
us0=0.0,
vs0=0.0,
comment='')
with self.assertRaises(KeyError):
model._reduce_dload_case(dload_case,
scale=1.,
unallowed_dload_ids=None,
skip_scale_factor0=False,
msg='')
