if elm_states[en] != elm_states_filtered[en]:
mass[i] += area_elm[en] * (
domain_density[dn][elm_states_filtered[en]] * domain_thickness[dn][
elm_states_filtered[en]]
- domain_density[dn][elm_states[en]] * domain_thickness[dn][elm_states[en]])
elm_states[en] = elm_states_filtered[en]
for en in domain_volumes[dn]:
if elm_states[en] != elm_states_filtered[en]:
mass[i] += volume_elm[en] * (
domain_density[dn][elm_states_filtered[en]] - domain_density[dn][elm_states[en]])
elm_states[en] = elm_states_filtered[en]
print("mass = {}" .format(mass[i]))
mass_excess = mass[i] - mass_not_filtered
# export the present mesh
beso_lib.append_vtk_states(file_name_resulting_states, i, en_all_vtk, elm_states)
file_nameW2 = os.path.join(path, "file" + str(i).zfill(3))
if save_iteration_results and np.mod(float(i), save_iteration_results) == 0:
if "frd" in save_resulting_format:
beso_lib.export_frd(file_nameW2, nodes, Elements, elm_states, number_of_states)
if "inp" in save_resulting_format:
beso_lib.export_inp(file_nameW2, nodes, Elements, elm_states, number_of_states)
# check for oscillation state
if elm_states_before_last == elm_states: # oscillating state
msg = "\nOSCILLATION: model turns back to " + str(i - 2) + "th iteration.\n"
beso_lib.write_to_log(file_name, msg)
print(msg)
oscillations = True
break
if elm_states[en] != elm_states_filtered[en]:
mass[i] += area_elm[en] * (
domain_density[dn][elm_states_filtered[en]] * domain_thickness[dn][
elm_states_filtered[en]]
- domain_density[dn][elm_states[en]] * domain_thickness[dn][elm_states[en]])
elm_states[en] = elm_states_filtered[en]
for en in domain_volumes[dn]:
if elm_states[en] != elm_states_filtered[en]:
mass[i] += volume_elm[en] * (
domain_density[dn][elm_states_filtered[en]] - domain_density[dn][elm_states[en]])
elm_states[en] = elm_states_filtered[en]
print("mass = {}" .format(mass[i]))
mass_excess = mass[i] - mass_not_filtered
# export the present mesh
beso_lib.append_vtk_states(file_name_resulting_states, i, en_all_vtk, elm_states)
file_nameW2 = os.path.join(path, "file" + str(i).zfill(3))
if save_iteration_results and np.mod(float(i), save_iteration_results) == 0:
if "frd" in save_resulting_format:
beso_lib.export_frd(file_nameW2, nodes, Elements, elm_states, number_of_states)
if "inp" in save_resulting_format:
beso_lib.export_inp(file_nameW2, nodes, Elements, elm_states, number_of_states)
# check for oscillation state
if elm_states_before_last == elm_states: # oscillating state
msg = "\nOSCILLATION: model turns back to " + str(i - 2) + "th iteration.\n"
beso_lib.write_to_log(file_name, msg)
print(msg)
oscillations = True
break