def _do_test_valid(self, settings, is_input_event=True, run_number=None):
# Arrange
dark_run_subtractor = DarkRunSubtraction()
for setting in settings:
dark_run_subtractor.add_setting(setting)
# Create an actual scatter workspace
scatter_workspace = None
monitor_workspace = None
if is_input_event:
scatter_workspace, monitor_workspace = self._get_sample_workspaces(
run_number)
else:
scatter_workspace, monitor_workspace = self._get_sample_workspace_histo(
)
# Execute the dark_run_subtractor
try:
start_spec = 9
end_spec = 20 # Full specturm length
scatter_workspace, monitor_workspace = dark_run_subtractor.execute(
scatter_workspace, monitor_workspace, start_spec, end_spec,
is_input_event)
# pylint: disable=bare-except
except:
self.assertFalse(True,
"The DarkRunSubtraction executed with an error")
return scatter_workspace, monitor_workspace
def test_that_raises_when_having_mixed_mean_settings_for_monitor_time(self):
# Arrange
dark_run_subtractor = DarkRunSubtraction()
# When having two monitor settings with differing mean selections, this is inconsistent
setting1 = self._get_dark_run_settings_object("222222", True, True, True, None)
setting2 = self._get_dark_run_settings_object("222222", True, False, True, None)
dark_run_subtractor.add_setting(setting1)
dark_run_subtractor.add_setting(setting2)
# Act + Assert
self.assertRaises(RuntimeError, dark_run_subtractor.get_time_based_setting_detectors)
def test_that_raises_when_detector_has_more_than_one_setting(self):
# Arrange
dark_run_subtractor = DarkRunSubtraction()
# We have two settings with different run numbers for detecetor-type corrections
setting1 = self._get_dark_run_settings_object("222222", True, False, False, None)
setting2 = self._get_dark_run_settings_object("222222", True, False, False, None)
dark_run_subtractor.add_setting(setting1)
dark_run_subtractor.add_setting(setting2)
# Act + Assert
self.assertRaises(RuntimeError, dark_run_subtractor.get_time_based_setting_detectors)
def test_that_raises_when_detector_has_more_than_one_setting(self):
# Arrange
dark_run_subtractor = DarkRunSubtraction()
# We have two settings with different run numbers for detecetor-type corrections
setting1 = self._get_dark_run_settings_object("222222", True, False, False, None)
setting2 = self._get_dark_run_settings_object("222222", True, False, False, None)
dark_run_subtractor.add_setting(setting1)
dark_run_subtractor.add_setting(setting2)
# Act + Assert
self.assertRaises(RuntimeError, dark_run_subtractor.get_time_based_setting_detectors)
def test_that_raises_when_having_mixed_mean_settings_for_monitor_time(self):
# Arrange
dark_run_subtractor = DarkRunSubtraction()
# When having two monitor settings with differing mean selections, this is inconsistent
setting1 = self._get_dark_run_settings_object("222222", True, True, True, None)
setting2 = self._get_dark_run_settings_object("222222", True, False, True, None)
dark_run_subtractor.add_setting(setting1)
dark_run_subtractor.add_setting(setting2)
# Act + Assert
self.assertRaises(RuntimeError, dark_run_subtractor.get_time_based_setting_detectors)
def _do_test_valid_transmission(self, settings, trans_ids):
# Arrange
dark_run_subtractor = DarkRunSubtraction()
for setting in settings:
dark_run_subtractor.add_setting(setting)
# Create an actual scatter workspace
transmission_workspace = self._get_transmission_workspace(trans_ids)
# Execute the dark_run_subtractor - let exceptions flow to help track down errors
transmission_workspace = dark_run_subtractor.execute_transmission(transmission_workspace, trans_ids)
return transmission_workspace
def _do_test_valid_transmission(self, settings, trans_ids):
# Arrange
dark_run_subtractor = DarkRunSubtraction()
for setting in settings:
dark_run_subtractor.add_setting(setting)
# Create an actual scatter workspace
transmission_workspace = self._get_transmission_workspace(trans_ids)
# Execute the dark_run_subtractor - let exceptions flow to help track down errors
transmission_workspace = dark_run_subtractor.execute_transmission(transmission_workspace, trans_ids)
return transmission_workspace
def test_that_specifying_more_than_two_run_numbers_per_category_raises_error(self):
# Arrange
dark_run_subtractor = DarkRunSubtraction()
# Time-based detectors
setting1 = self._get_dark_run_settings_object("111111", True, False, False, None)
setting2 = self._get_dark_run_settings_object("222222", True, False, False, None)
# Uamp-based detectors
setting3 = self._get_dark_run_settings_object("111111", False, False, False, None)
setting4 = self._get_dark_run_settings_object("222222", False, False, False, None)
# Time-based monitors
setting5 = self._get_dark_run_settings_object("111111", True, False, True, None)
setting6 = self._get_dark_run_settings_object("222222", True, False, True, None)
# Uamp-based monitors
setting7 = self._get_dark_run_settings_object("111111", False, False, True, None)
setting8 = self._get_dark_run_settings_object("222222", False, False, True, None)
dark_run_subtractor.add_setting(setting1)
dark_run_subtractor.add_setting(setting2)
dark_run_subtractor.add_setting(setting3)
dark_run_subtractor.add_setting(setting4)
dark_run_subtractor.add_setting(setting5)
dark_run_subtractor.add_setting(setting6)
dark_run_subtractor.add_setting(setting7)
dark_run_subtractor.add_setting(setting8)
# Act + Assert
self.assertRaises(RuntimeError, dark_run_subtractor.get_time_based_setting_detectors)
self.assertRaises(RuntimeError, dark_run_subtractor.get_uamp_based_setting_detectors)
self.assertRaises(RuntimeError, dark_run_subtractor.get_time_based_setting_monitors)
self.assertRaises(RuntimeError, dark_run_subtractor.get_uamp_based_setting_monitors)
def test_that_specifying_more_than_two_run_numbers_per_category_raises_error(self):
# Arrange
dark_run_subtractor = DarkRunSubtraction()
# Time-based detectors
setting1 = self._get_dark_run_settings_object("111111", True, False, False, None)
setting2 = self._get_dark_run_settings_object("222222", True, False, False, None)
# Uamp-based detectors
setting3 = self._get_dark_run_settings_object("111111", False, False, False, None)
setting4 = self._get_dark_run_settings_object("222222", False, False, False, None)
# Time-based monitors
setting5 = self._get_dark_run_settings_object("111111", True, False, True, None)
setting6 = self._get_dark_run_settings_object("222222", True, False, True, None)
# Uamp-based monitors
setting7 = self._get_dark_run_settings_object("111111", False, False, True, None)
setting8 = self._get_dark_run_settings_object("222222", False, False, True, None)
dark_run_subtractor.add_setting(setting1)
dark_run_subtractor.add_setting(setting2)
dark_run_subtractor.add_setting(setting3)
dark_run_subtractor.add_setting(setting4)
dark_run_subtractor.add_setting(setting5)
dark_run_subtractor.add_setting(setting6)
dark_run_subtractor.add_setting(setting7)
dark_run_subtractor.add_setting(setting8)
# Act + Assert
self.assertRaises(RuntimeError, dark_run_subtractor.get_time_based_setting_detectors)
self.assertRaises(RuntimeError, dark_run_subtractor.get_uamp_based_setting_detectors)
self.assertRaises(RuntimeError, dark_run_subtractor.get_time_based_setting_monitors)
self.assertRaises(RuntimeError, dark_run_subtractor.get_uamp_based_setting_monitors)
def _do_test_valid_transmission(self, settings, trans_ids):
# Arrange
dark_run_subtractor = DarkRunSubtraction()
for setting in settings:
dark_run_subtractor.add_setting(setting)
# Create an actual scatter workspace
transmission_workspace = self._get_transmission_workspace(trans_ids)
# Execute the dark_run_subtractor
try:
transmission_workspace = dark_run_subtractor.execute_transmission(transmission_workspace, trans_ids)
# pylint: disable=bare-except
except:
self.assertFalse(True, "The DarkRunSubtraction executed with an error")
return transmission_workspace
def _do_test_valid(self, settings, is_input_event= True, run_number = None) :
# Arrange
dark_run_subtractor = DarkRunSubtraction()
for setting in settings:
dark_run_subtractor.add_setting(setting)
# Create an actual scatter workspace
scatter_workspace = None
monitor_workspace = None
if is_input_event:
scatter_workspace, monitor_workspace = self._get_sample_workspaces(run_number)
else:
scatter_workspace, monitor_workspace = self._get_sample_workspace_histo()
# Execute the dark_run_subtractor - let exceptions flow to help track down errors
start_spec = 9
end_spec = 20 # Full spectrum length
scatter_workspace, monitor_workspace = dark_run_subtractor.execute(scatter_workspace, monitor_workspace,
start_spec, end_spec, is_input_event)
return scatter_workspace, monitor_workspace
def _do_test_valid(self, settings, is_input_event= True, run_number = None) :
# Arrange
dark_run_subtractor = DarkRunSubtraction()
for setting in settings:
dark_run_subtractor.add_setting(setting)
# Create an actual scatter workspace
scatter_workspace = None
monitor_workspace = None
if is_input_event:
scatter_workspace, monitor_workspace = self._get_sample_workspaces(run_number)
else:
scatter_workspace, monitor_workspace = self._get_sample_workspace_histo()
# Execute the dark_run_subtractor - let exceptions flow to help track down errors
start_spec = 9
end_spec = 20 # Full spectrum length
scatter_workspace, monitor_workspace = dark_run_subtractor.execute(scatter_workspace, monitor_workspace,
start_spec, end_spec, is_input_event)
return scatter_workspace, monitor_workspace
def _do_test_valid(self, settings, is_input_event= True, run_number = None) :
# Arrange
dark_run_subtractor = DarkRunSubtraction()
for setting in settings:
dark_run_subtractor.add_setting(setting)
# Create an actual scatter workspace
scatter_workspace = None
monitor_workspace = None
if is_input_event:
scatter_workspace, monitor_workspace = self._get_sample_workspaces(run_number)
else:
scatter_workspace, monitor_workspace = self._get_sample_workspace_histo()
# Execute the dark_run_subtractor
try:
start_spec = 9
end_spec = 20 # Full specturm length
scatter_workspace, monitor_workspace = dark_run_subtractor.execute(scatter_workspace, monitor_workspace,
start_spec, end_spec, is_input_event)
# pylint: disable=bare-except
except:
self.assertFalse(True, "The DarkRunSubtraction executed with an error")
return scatter_workspace, monitor_workspace