def test_gui_deflection_csv_01b(self):
"""tests solid_bending_multi_deflection_node.txt with deflection loader"""
csv_filename = os.path.join(MODEL_PATH, 'solid_bending',
'solid_bending_multi_deflection_node.txt')
A, nids_index, fmt_dict, headers = load_deflection_csv(csv_filename)
result_type = 'node'
header0 = headers[0]
unused_result0 = A[header0]
#nrows = result0.shape[0]
#assert nrows == self.nnodes, 'nrows=%s nnodes=%s' % (nrows, self.nnodes)
header = header0
islot = 0
with self.assertRaises(RuntimeError):
create_res_obj(islot,
headers,
header,
A,
fmt_dict,
result_type,
dim_max=1.0,
xyz_cid0=None,
is_deflection=False,
is_force=False)
create_res_obj(islot,
headers,
header,
A,
fmt_dict,
result_type,
dim_max=1.0,
xyz_cid0=None,
is_deflection=True,
is_force=False)
def test_gui_deflection_csv_01b(self):
"""tests solid_bending_multi_deflection_node.txt with deflection loader"""
csv_filename = os.path.join(MODEL_PATH, 'solid_bending',
'solid_bending_multi_deflection_node.txt')
A, fmt_dict, headers = load_deflection_csv(csv_filename)
result_type = 'node'
header0 = headers[0]
result0 = A[header0]
nrows = result0.shape[0]
#assert nrows == self.nnodes, 'nrows=%s nnodes=%s' % (nrows, self.nnodes)
header = header0
islot = 0
create_res_obj(islot,
headers,
header,
A,
fmt_dict,
result_type,
dim_max=1.0,
xyz_cid0=None)
def _add_cases_to_form(self,
A,
fmt_dict,
headers,
result_type,
out_filename_short,
update=True,
is_scalar=True,
is_deflection=False,
is_force=False):
"""
common method between:
- _load_csv
- _load_deflection_csv
Parameters
----------
A : dict[key] = (n, m) array
the numpy arrays
key : str
the name
n : int
number of nodes/elements
m : int
secondary dimension
N/A : 1D array
3 : deflection
fmt_dict : dict[header] = fmt
the format of the arrays
header : str
the name
fmt : str
'%i', '%f'
headers : List[str]???
the titles???
result_type : str
'node', 'centroid'
out_filename_short : str
the display name
update : bool; default=True
update the res_widget
# A = np.loadtxt('loadtxt_spike.txt', dtype=('float,int'))
# dtype=[('f0', '<f8'), ('f1', '<i4')])
# A['f0']
# A['f1']
"""
#print('A =', A)
formi = []
form = self.gui.get_form()
icase = len(self.gui.case_keys)
islot = 0
for case_key in self.gui.case_keys:
if isinstance(case_key, tuple):
islot = case_key[0]
break
#assert len(headers) > 0, 'headers=%s' % (headers)
#assert len(headers) < 50, 'headers=%s' % (headers)
for header in headers:
if is_scalar:
out = create_res_obj(islot,
headers,
header,
A,
fmt_dict,
result_type,
colormap='jet')
else:
out = create_res_obj(islot,
headers,
header,
A,
fmt_dict,
result_type,
is_deflection=is_deflection,
is_force=is_force,
dim_max=self.gui.settings.dim_max,
xyz_cid0=self.gui.xyz_cid0,
colormap='jet')
res_obj, title = out
#cases[icase] = (stress_res, (subcase_id, 'Stress - isElementOn'))
#form_dict[(key, itime)].append(('Stress - IsElementOn', icase, []))
#key = (res_obj, (0, title))
self.gui.case_keys.append(icase)
self.gui.result_cases[icase] = (res_obj, (islot, title))
formi.append((header, icase, []))
# TODO: double check this should be a string instead of an int
self.gui.label_actors[icase] = []
self.gui.label_ids[icase] = set()
icase += 1
form.append((out_filename_short, None, formi))
self.gui.ncases += len(headers)
#cases[(ID, 2, 'Region', 1, 'centroid', '%i')] = regions
if update:
self.gui.res_widget.update_results(form, 'main')
