pulsed_measurement_logic.PulsedMeasurementLogic Class Reference

This is the Logic class for the control of pulsed measurements. More...

Inheritance diagram for pulsed_measurement_logic.PulsedMeasurementLogic:

Collaboration diagram for pulsed_measurement_logic.PulsedMeasurementLogic:

Public Member Functions
def	__init__ (self, config, kwargs)
def	on_activate (self)
	Initialisation performed during activation of the module.
def	on_deactivate (self)
	Deactivate the module properly.
def	fast_counter_settings (self)
	Fast counter control methods and properties.
def	fast_counter_settings (self, settings_dict)
def	fast_counter_constraints (self)
def	set_fast_counter_settings (self, settings_dict=None, kwargs)
def	fast_counter_on (self)
	Switching on the fast counter. More...
def	fast_counter_off (self)
	Switching off the fast counter. More...
def	toggle_fast_counter (self, switch_on)
def	fast_counter_pause (self)
	Switching off the fast counter. More...
def	fast_counter_continue (self)
	Switching off the fast counter. More...
def	fast_counter_pause_continue (self, continue_counter)
def	ext_microwave_settings (self)
	External microwave control methods and properties.
def	ext_microwave_settings (self, settings_dict)
def	ext_microwave_constraints (self)
def	microwave_on (self)
	Turns the external (CW) microwave output on. More...
def	microwave_off (self)
	Turns the external (CW) microwave output off. More...
def	toggle_microwave (self, switch_on)
	Turn the external microwave output on/off. More...
def	set_microwave_settings (self, settings_dict=None, kwargs)
def	pulse_generator_constraints (self)
	Pulse generator control methods and properties.
def	pulse_generator_on (self)
	Switching on the pulse generator. More...
def	pulse_generator_off (self)
	Switching off the pulse generator. More...
def	toggle_pulse_generator (self, switch_on)
	Switch the pulse generator on or off. More...
def	measurement_settings (self)
	Measurement control methods and properties.
def	measurement_settings (self, settings_dict)
def	measurement_information (self)
def	measurement_information (self, info_dict)
def	sampling_information (self)
def	sampling_information (self, info_dict)
def	timer_interval (self)
def	timer_interval (self, value)
def	alternative_data_type (self)
def	alternative_data_type (self, alt_data_type)
def	analysis_methods (self)
def	extraction_methods (self)
def	analysis_settings (self)
def	analysis_settings (self, settings_dict)
def	extraction_settings (self)
def	extraction_settings (self, settings_dict)
def	set_analysis_settings (self, settings_dict=None, kwargs)
def	set_extraction_settings (self, settings_dict=None, kwargs)
def	set_measurement_settings (self, settings_dict=None, kwargs)
def	toggle_pulsed_measurement (self, start, stash_raw_data_tag='')
	Convenience method to start/stop measurement. More...
def	start_pulsed_measurement (self, stashed_raw_data_tag='')
	Start the analysis loop. More...
def	stop_pulsed_measurement (self, stash_raw_data_tag='')
	Stop the measurement.
def	toggle_measurement_pause (self, pause)
	Convenience method to pause/continue measurement. More...
def	pause_pulsed_measurement (self)
	Pauses the measurement.
def	continue_pulsed_measurement (self)
	Continues the measurement.
def	set_timer_interval (self, interval)
	Change the interval of the measurement analysis timer. More...
def	set_alternative_data_type (self, alt_data_type)
def	manually_pull_data (self)
	Analyse and display the data.
def	do_fit (self, fit_method, use_alternative_data=False, data=None)
	Performs the chosen fit on the measured data. More...
def	save_measurement_data (self, tag=None, with_error=True)
	Prepare data to be saved and create a proper plot of the data. More...

Public Attributes
	signal_data
	signal_alt_data
	measurement_error
	laser_data
	raw_data
	fc
	fit_result
	alt_fit_result
	signal_fit_data
	signal_fit_alt_data

Static Public Attributes
	fitlogic = Connector(interface='FitLogic')
	declare connectors
	savelogic = Connector(interface='SaveLogic')
	fastcounter = Connector(interface='FastCounterInterface')
	microwave = Connector(interface='MWInterface')
	pulsegenerator = Connector(interface='PulserInterface')
	extraction_import_path = ConfigOption(name='additional_extraction_path', default=None)
	analysis_import_path = ConfigOption(name='additional_analysis_path', default=None)
	extraction_parameters = StatusVar(default=None)
	analysis_parameters = StatusVar(default=None)
	zeropad = StatusVar(default=0)
	psd = StatusVar(default=False)
	window = StatusVar(default='none')
	base_corr = StatusVar(default=True)
	sigMeasurementDataUpdated = QtCore.Signal()
	sigTimerUpdated = QtCore.Signal(float, int, float)
	sigFitUpdated = QtCore.Signal(str, np.ndarray, object, bool)
	sigMeasurementStatusUpdated = QtCore.Signal(bool, bool)
	sigPulserRunningUpdated = QtCore.Signal(bool)
	sigExtMicrowaveRunningUpdated = QtCore.Signal(bool)
	sigExtMicrowaveSettingsUpdated = QtCore.Signal(dict)
	sigFastCounterSettingsUpdated = QtCore.Signal(dict)
	sigMeasurementSettingsUpdated = QtCore.Signal(dict)
	sigAnalysisSettingsUpdated = QtCore.Signal(dict)
	sigExtractionSettingsUpdated = QtCore.Signal(dict)
	sigStartTimer = QtCore.Signal()
	sigStopTimer = QtCore.Signal()

Detailed Description

This is the Logic class for the control of pulsed measurements.

Member Function Documentation

do_fit()

def pulsed_measurement_logic.PulsedMeasurementLogic.do_fit	(		self,
			fit_method,
			use_alternative_data = False,
			data = None
	)

Performs the chosen fit on the measured data.

Parameters

str	fit_method: name of the fit method to use
bool	use_alternative_data: Flag indicating if the signal data (False) or the alternative signal data (True) should be fitted. Ignored if data is given as parameter
2D	numpy.ndarray data: the x and y data points for the fit (shape=(2,X))

Returns

(2D numpy.ndarray, result object): the resulting fit data and the fit result object

fast_counter_continue()

def pulsed_measurement_logic.PulsedMeasurementLogic.fast_counter_continue

(

self

)

Switching off the fast counter.

Returns

int: error code (0:OK, -1:error)

fast_counter_off()

def pulsed_measurement_logic.PulsedMeasurementLogic.fast_counter_off

(

self

)

Switching off the fast counter.

Returns

int: error code (0:OK, -1:error)

fast_counter_on()

def pulsed_measurement_logic.PulsedMeasurementLogic.fast_counter_on

(

self

)

Switching on the fast counter.

Returns

int: error code (0:OK, -1:error)

fast_counter_pause()

def pulsed_measurement_logic.PulsedMeasurementLogic.fast_counter_pause

(

self

)

Switching off the fast counter.

Returns

int: error code (0:OK, -1:error)

microwave_off()

def pulsed_measurement_logic.PulsedMeasurementLogic.microwave_off

(

self

)

Turns the external (CW) microwave output off.

:return int: error code (0:OK, -1:error)

microwave_on()

def pulsed_measurement_logic.PulsedMeasurementLogic.microwave_on

(

self

)

Turns the external (CW) microwave output on.

:return int: error code (0:OK, -1:error)

pulse_generator_off()

def pulsed_measurement_logic.PulsedMeasurementLogic.pulse_generator_off

(

self

)

Switching off the pulse generator.

pulse_generator_on()

def pulsed_measurement_logic.PulsedMeasurementLogic.pulse_generator_on

(

self

)

Switching on the pulse generator.

save_measurement_data()

def pulsed_measurement_logic.PulsedMeasurementLogic.save_measurement_data	(		self,
			tag = None,
			with_error = True
	)

Prepare data to be saved and create a proper plot of the data.

Parameters

str	tag: a filetag which will be included in the filename
bool	with_error: select whether errors should be saved/plotted

Returns

str: filepath where data were saved

set_alternative_data_type()

def pulsed_measurement_logic.PulsedMeasurementLogic.set_alternative_data_type	(		self,
			alt_data_type
	)

Parameters

alt_data_type

Returns

:

set_timer_interval()

def pulsed_measurement_logic.PulsedMeasurementLogic.set_timer_interval	(		self,
			interval
	)

Change the interval of the measurement analysis timer.

Parameters

int|float

interval: Interval of the timer in s

start_pulsed_measurement()

def pulsed_measurement_logic.PulsedMeasurementLogic.start_pulsed_measurement	(		self,
			stashed_raw_data_tag = ''
	)

Start the analysis loop.

toggle_measurement_pause()

def pulsed_measurement_logic.PulsedMeasurementLogic.toggle_measurement_pause	(		self,
			pause
	)

Convenience method to pause/continue measurement.

Parameters

bool	pause: Pause the measurement (True) or continue the measurement (False)

toggle_microwave()

def pulsed_measurement_logic.PulsedMeasurementLogic.toggle_microwave	(		self,
			switch_on
	)

Turn the external microwave output on/off.

:param switch_on: bool, turn microwave on (True) or off (False) :return int: error code (0:OK, -1:error)

toggle_pulse_generator()

def pulsed_measurement_logic.PulsedMeasurementLogic.toggle_pulse_generator	(		self,
			switch_on
	)

Switch the pulse generator on or off.

:param switch_on: bool, turn the pulse generator on (True) or off (False) :return int: error code (0: OK, -1: error)

toggle_pulsed_measurement()

def pulsed_measurement_logic.PulsedMeasurementLogic.toggle_pulsed_measurement	(		self,
			start,
			stash_raw_data_tag = ''
	)

Convenience method to start/stop measurement.

Parameters

bool	start: Start the measurement (True) or stop the measurement (False)

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The documentation for this class was generated from the following file:

• logic/pulsed/pulsed_measurement_logic.py