def refresh_plot(self):
DisplayPlots(parent=self.parent,
row=self.row,
is_data=self.is_data,
plot_yt=True,
plot_yi=True,
plot_it=True,
plot_ix=False,
refresh_reduction_table=False)
def launch_update_of_plot(self):
_row_selected = self.row_selected
_is_data_selected = self.is_data_tab_selected()
if self.is_row_selected_checked(_row_selected):
DisplayPlots(parent=self.parent,
row=self.row_selected,
is_data=self.is_data_tab_selected())
else:
update_obj = UpdatePlotWidgetStatus(parent=self.parent)
update_obj.disable_all()
ClearPlots(self.parent,
is_data=_is_data_selected,
is_norm=not (_is_data_selected),
all_plots=True)
def closeEvent(self, event=None): peak1 = self.ui.jim_peak1.value() peak2 = self.ui.jim_peak2.value() back1 = self.ui.jim_back1.value() back2 = self.ui.jim_back2.value() backFlag = self.ui.jim_back_flag.isChecked() big_table_data = self.parent.big_table_data _data = big_table_data[self.row, self.col] _data.peak = [str(peak1), str(peak2)] _data.back = [str(back1), str(back2)] _data.back_flag = backFlag big_table_data[self.row, self.col] = _data if self.is_row_with_highest_q: _clock1 = self.ui.jim_clock1.value() _clock2 = self.ui.jim_clock2.value() _clocking = [str(_clock1), str(_clock2)] _data = big_table_data[0, 0] index = 0 while (_data is not None): _data.clocking = _clocking big_table_data[index, 0] = _data _data = big_table_data[index+1, 0] index += 1 self.parent.ui.dataPrimFromValue.setValue(_clock1) self.parent.ui.dataPrimToValue.setValue(_clock2) self.parent.big_table_data = big_table_data if self.data_type == 'data': self.parent.ui.dataPeakFromValue.setValue(peak1) self.parent.ui.dataPeakToValue.setValue(peak2) self.parent.ui.dataBackFromValue.setValue(back1) self.parent.ui.dataBackToValue.setValue(back2) self.parent.ui.dataBackgroundFlag.setChecked(backFlag) # self.parent.data_peak_and_back_validation(False) self.parent.ui.dataBackFromLabel.setEnabled(backFlag) self.parent.ui.dataBackFromValue.setEnabled(backFlag) self.parent.ui.dataBackToLabel.setEnabled(backFlag) self.parent.ui.dataBackToValue.setEnabled(backFlag) else: self.parent.ui.normPeakFromValue.setValue(peak1) self.parent.ui.normPeakToValue.setValue(peak2) self.parent.ui.normBackFromValue.setValue(back1) self.parent.ui.normBackToValue.setValue(back2) self.parent.ui.normBackgroundFlag.setChecked(backFlag) # self.parent.norm_peak_and_back_validation(False) self.parent.ui.normBackFromLabel.setEnabled(backFlag) self.parent.ui.normBackFromValue.setEnabled(backFlag) self.parent.ui.normBackToLabel.setEnabled(backFlag) self.parent.ui.normBackToValue.setEnabled(backFlag) DisplayPlots(parent = self.parent, row = self.row, is_data = self.is_data, plot_yt = True, plot_yi = True, plot_it = False, plot_ix = False, refresh_reduction_table = True)
def closeEvent(self, event=None):
[lowres1, lowres2, lowresFlag] = self.retrieveLowRes()
[tof1, tof2, peak1, peak2, back1, back2,
backFlag] = self.retrieveTofPeakBack()
tof_auto_switch = self.ui.tof_auto_flag.isChecked()
big_table_data = self.parent.big_table_data
_data = big_table_data[self.row, self.col]
_data.peak = [str(peak1), str(peak2)]
_data.back = [str(back1), str(back2)]
_data.back_flag = backFlag
_data.tof_range_auto = [
self.auto_min_tof * 1000, self.auto_max_tof * 1000
]
_data.tof_range = [
self.manual_min_tof * 1000, self.manual_max_tof * 1000
]
_data.tof_range_manual = _data.tof_range
_data.tof_range_auto_flag = tof_auto_switch
_data.tof_auto_flag = tof_auto_switch
_data.low_res = [str(lowres1), str(lowres2)]
_data.low_res_flag = lowresFlag
big_table_data[self.row, self.col] = _data
if self.is_row_with_highest_q:
_clock1 = self.ui.clock1.value()
_clock2 = self.ui.clock2.value()
_clocking = [str(_clock1), str(_clock2)]
_data = big_table_data[0, 0]
index = 0
while (_data is not None):
_data.clocking = _clocking
big_table_data[index, 0] = _data
_data = big_table_data[index + 1, 0]
index += 1
self.parent.ui.dataPrimFromValue.setValue(_clock1)
self.parent.ui.dataPrimToValue.setValue(_clock2)
self.parent.big_table_data = big_table_data
# tof
o_gui_utility = GuiUtility(parent=self.parent)
o_gui_utility.set_auto_tof_range_radio_button(status=tof_auto_switch)
self.parent.ui.TOFmanualFromValue.setText("%.2f" % tof1)
self.parent.ui.TOFmanualToValue.setText("%.2f" % tof2)
if self.data_type == 'data':
self.parent.ui.dataPeakFromValue.setValue(peak1)
self.parent.ui.dataPeakToValue.setValue(peak2)
self.parent.ui.dataBackFromValue.setValue(back1)
self.parent.ui.dataBackToValue.setValue(back2)
self.parent.ui.dataBackgroundFlag.setChecked(backFlag)
#self.parent.data_peak_and_back_validation(False)
self.parent.ui.dataBackFromLabel.setEnabled(backFlag)
self.parent.ui.dataBackFromValue.setEnabled(backFlag)
self.parent.ui.dataBackToLabel.setEnabled(backFlag)
self.parent.ui.dataBackToValue.setEnabled(backFlag)
self.parent.ui.dataLowResFromValue.setValue(lowres1)
self.parent.ui.dataLowResToValue.setValue(lowres2)
self.parent.ui.dataLowResFromLabel.setEnabled(lowresFlag)
self.parent.ui.dataLowResFromValue.setEnabled(lowresFlag)
self.parent.ui.dataLowResToLabel.setEnabled(lowresFlag)
self.parent.ui.dataLowResToValue.setEnabled(lowresFlag)
else:
self.parent.ui.normPeakFromValue.setValue(peak1)
self.parent.ui.normPeakToValue.setValue(peak2)
self.parent.ui.normBackFromValue.setValue(back1)
self.parent.ui.normBackToValue.setValue(back2)
self.parent.ui.normBackgroundFlag.setChecked(backFlag)
#self.parent.norm_peak_and_back_validation(False)
self.parent.ui.normBackFromLabel.setEnabled(backFlag)
self.parent.ui.normBackFromValue.setEnabled(backFlag)
self.parent.ui.normBackToLabel.setEnabled(backFlag)
self.parent.ui.normBackToValue.setEnabled(backFlag)
self.parent.ui.normLowResFromValue.setValue(lowres1)
self.parent.ui.normLowResToValue.setValue(lowres2)
self.parent.ui.normLowResFromLabel.setEnabled(lowresFlag)
self.parent.ui.normLowResFromValue.setEnabled(lowresFlag)
self.parent.ui.normLowResToLabel.setEnabled(lowresFlag)
self.parent.ui.normLowResToValue.setEnabled(lowresFlag)
DisplayPlots(parent=self.parent,
row=self.row,
is_data=self.is_data,
plot_yt=True,
plot_yi=True,
plot_it=True,
plot_ix=True,
refresh_reduction_table=False)
if not tof_auto_switch:
o_auto_tof_range = AutoTofRangeRadioButtonHandler(
parent=self.parent)
o_auto_tof_range.setup()
o_auto_tof_range.line_edit_validation()
def __init__(self,
parent=None,
is_data=True,
entry_type='peak',
value_min=-1,
value_max=-1,
flag=True):
self.parent = parent
big_table_data = parent.big_table_data
gui_utility = GuiUtility(self.parent)
row = gui_utility.get_current_table_reduction_check_box_checked()
if row == -1:
return
if entry_type == 'clocking':
all_rows = gui_utility.get_all_rows()
else:
all_rows = gui_utility.get_other_row_with_same_run_number_as_row(
row=row, is_data=is_data)
for _row in all_rows:
if is_data:
index = 0
else:
index = 1
data = big_table_data[_row, index]
val1 = value_min
val2 = value_max
if (val1 > val2):
val_min = val2
val_max = val1
else:
val_min = val1
val_max = val2
is_plot_yt = True
is_plot_yi = True
is_plot_it = False
is_plot_ix = False
if entry_type == 'peak':
data.peak = [str(val_min), str(val_max)]
elif entry_type == 'back':
data.back = [str(val_min), str(val_max)]
data.back_flag = flag
elif entry_type == 'low_res':
is_plot_yt = False
is_plot_yi = False
is_plot_ix = True
data.low_res = [str(val_min), str(val_max)]
data.low_res_flag = flag
else:
data.clocking = [str(val_min), str(val_max)]
big_table_data[_row, index] = data
self.parent.big_table_data = big_table_data
if row == _row:
DisplayPlots(parent=self.parent,
row=row,
is_data=is_data,
plot_yt=is_plot_yt,
plot_yi=is_plot_yi,
plot_it=is_plot_it,
plot_ix=is_plot_ix,
refresh_reduction_table=False)
def display_plots(self):
DisplayPlots(parent=self.parent,
row=self.row,
is_data=self.is_working_with_data_column)
def display_plots(self, row=0):
o_gui_utility = GuiUtility(parent=self.parent)
is_data = o_gui_utility.is_data_tab_selected()
DisplayPlots(parent=self.parent, row=row, is_data=is_data)