def __init__(self):
# pylint: disable=super-on-old-class
super(ISISReducer, self).__init__()
self.output_wksp = None
self.full_trans_wav = False
self._monitor_set = False
# workspaces that this reducer uses and will delete at the end
self._temporys = {}
# the output workspaces created by a data analysis
self._outputs = {}
# all workspaces created by this reducer
self._workspace = [self._temporys, self._outputs]
self._clean_loaded_data()
self._init_steps()
# process the background (can) run instead of the sample
self._process_can = False
# option to indicate if wide_angle_correction will be applied.
self.wide_angle_correction = False
# Due to the way that ISISReducer is used to the reduction of the Can
# creating a new copy of ISISReducer through the SingleTon interface, we have
# to add this two attributes __transmission_sample and __transmission_can
# to keep the values of the __transmission workspaces generated on the reduction.
# register the value of transmission of sample
self.__transmission_sample = ""
# register the value of transmission can
self.__transmission_can = ""
self.settings = get_settings_object()
# Dark Run Subtraction handler. This is not a step but a utility class
# which gets used during cropping and Tranmission calculation
self.dark_run_subtraction = isis_reduction_steps.DarkRunSubtraction()
def __init__(self):
super(ISISReducer, self).__init__()
self.output_wksp = None
self.full_trans_wav = False
self._monitor_set = False
#workspaces that this reducer uses and will delete at the end
self._temporys = {}
#the output workspaces created by a data analysis
self._outputs = {}
#all workspaces created by this reducer
self._workspace = [self._temporys, self._outputs]
self._clean_loaded_data()
self._init_steps()
#process the background (can) run instead of the sample
self._process_can = False
#option to indicate if wide_angle_correction will be applied.
self.wide_angle_correction = False
# Due to the way that ISISReducer is used to the reduction of the Can
# creating a new copy of ISISReducer through the SingleTon interface, we have
# to add this two attributes __transmission_sample and __transmission_can
# to keep the values of the __transmission workspaces generated on the reduction.
# register the value of transmission of sample
self.__transmission_sample = ""
# register the value of transmission can
self.__transmission_can = ""
self.settings = get_settings_object()
def __init__(self):
super(ISISReducer, self).__init__()
self.output_wksp = None
self.full_trans_wav = False
self._monitor_set = False
#workspaces that this reducer uses and will delete at the end
self._temporys = {}
#the output workspaces created by a data analysis
self._outputs = {}
#all workspaces created by this reducer
self._workspace = [self._temporys, self._outputs]
self._clean_loaded_data()
self._init_steps()
#process the background (can) run instead of the sample
self._process_can = False
#option to indicate if wide_angle_correction will be applied.
self.wide_angle_correction = False
# Due to the way that ISISReducer is used to the reduction of the Can
# creating a new copy of ISISReducer through the SingleTon interface, we have
# to add this two attributes __transmission_sample and __transmission_can
# to keep the values of the __transmission workspaces generated on the reduction.
# register the value of transmission of sample
self.__transmission_sample = ""
# register the value of transmission can
self.__transmission_can = ""
self.settings = get_settings_object()
def __init__(self):
# pylint: disable=super-on-old-class
super(ISISReducer, self).__init__()
self.output_wksp = None
self.full_trans_wav = False
self._monitor_set = False
# workspaces that this reducer uses and will delete at the end
self._temporys = {}
# the output workspaces created by a data analysis
self._outputs = {}
# all workspaces created by this reducer
self._workspace = [self._temporys, self._outputs]
self._clean_loaded_data()
self._init_steps()
# process the background (can) run instead of the sample
self._process_can = False
# option to indicate if wide_angle_correction will be applied.
self.wide_angle_correction = False
# Due to the way that ISISReducer is used to the reduction of the Can
# creating a new copy of ISISReducer through the SingleTon interface, we have
# to add this two attributes __transmission_sample and __transmission_can
# to keep the values of the __transmission workspaces generated on the reduction.
# register the value of transmission of sample
self.__transmission_sample = ""
# register the value of transmission can
self.__transmission_can = ""
self.settings = get_settings_object()
# Dark Run Subtraction handler. This is not a step but a utility class
# which gets used during cropping and Tranmission calculation
self.dark_run_subtraction = isis_reduction_steps.DarkRunSubtraction()