def selected_row_data_with_index(self):
return [[index, self.get_row(index)]
for index in get_selected_listctrl_items(self.layout)]
def selected_indices(self):
return get_selected_listctrl_items(self.list_ctrl)
def apply_parameters(self, evt):
"""
Calculate rad bio values based on parameters supplied by user, pass information on to other tabs in GUI
"""
# Convert user supplied parameters from text to floats
eud_a = float_or_none(self.text_input_eud_a.GetValue())
gamma_50 = float_or_none(self.text_input_gamma_50.GetValue())
td_50 = float_or_none(self.text_input_td_50.GetValue())
groups = [[1], [2], [1, 2]][self.radio_box_query_group.GetSelection()]
for grp in groups:
data = self.group_data[grp]
if data['dvh']:
# Get the indices of the selected rows, or assume all should be updated
selected_indices = get_selected_listctrl_items(
self.table_rad_bio[grp])
if not selected_indices:
selected_indices = range(
self.data_table_rad_bio[grp].row_count)
# set the data in the datatable for the selected indices
for i in selected_indices:
current_row = self.data_table_rad_bio[grp].get_row(i)
for j in [7, 9]:
current_row[j] = convert_value_to_str(current_row[j])
new_row = deepcopy(current_row)
new_row[2] = eud_a
new_row[3] = gamma_50
new_row[4] = td_50
try:
eud = calc_eud(data['dvh'].dvh[:, i],
eud_a,
dvh_bin_width=data['dvh'].dvh_bin_width)
new_row[5] = "%0.2f" % round(eud, 2)
except Exception:
new_row[5] = 'None'
try:
new_row[6] = "%0.2f" % round(
calc_tcp(gamma_50, td_50, float(new_row[5])), 3)
except Exception:
new_row[6] = 'None'
self.data_table_rad_bio[grp].edit_row(new_row, i)
# Update data in in dvh object
data['dvh'].eud = []
data['dvh'].ntcp_or_tcp = []
for i, eud in enumerate(
self.data_table_rad_bio[grp].data['EUD']):
data['dvh'].eud.append(float_or_none(eud))
data['dvh'].ntcp_or_tcp.append(
float_or_none(
self.data_table_rad_bio[grp].data['NTCP or TCP']
[i]))
data['stats_data'].update_endpoints_and_radbio()
if grp == 2:
sync_variables_in_stats_data_objects(
self.group_data[1]['stats_data'],
self.group_data[2]['stats_data'])
# update data in time series
self.time_series.update_y_axis_options()
if self.time_series.combo_box_y_axis.GetValue() in [
'EUD', 'NTCP or TCP'
]:
self.time_series.update_plot()
# update data in regression
self.regression.update_combo_box_choices()
# update data in control chart
self.control_chart.update_combo_box_y_choices()
if self.control_chart.combo_box_y_axis.GetValue() in [
'EUD', 'NTCP or TCP'
]:
self.control_chart.update_plot()