6.3.3. qumada.measurement.scripts

qumada.measurement.scripts.generic_measurement
qumada.measurement.scripts.spectrometer

class qumada.measurement.scripts.Generic_1D_Hysteresis_buffered

Bases: MeasurementScript

WIP Buffer Hysteresis measurement script Malte Neul / 09.01.2023 Trigger Types:

“software”: Sends a software command to each buffer and dynamic parameters

in order to start data acquisition and ramping. Timing might be off slightly

“hardware”: Expects a trigger command for each setpoint. Can be used

with a preconfigured hardware trigger (Todo), a method, that starts a manually adjusted hardware trigger (has to be passed as trigger_start() method to

measurement script) or a manual trigger.

“manual”The trigger setup is done by the user. The measurent script will

just start the first ramp. Usefull for synchronized trigger outputs as in the QDac.

trigger_start: A callable that triggers the trigger (called to start the measurement)

or the keyword “manual” when triggering is done by user. Defauls is manual.

trigger_reset (optional): Callable to reset the trigger. Default is NONE. include_gate_name (optional): Appends name of ramped gates to measurement name. Default is TRUE.

run()

Runs the already setup measurement. you can call self.initialize in here. Abstract method.

class qumada.measurement.scripts.Generic_1D_Sweep

Bases: MeasurementScript

run(**dond_kwargs)

Peform 1D sweeps for all dynamic parameters, one after another. Dynamic parameters that are not currently active are kept at their “value” value.

Parameters:

• **dond_kwargs (Kwargs to pass to the dond method when it is called.) –

• **settings[dict] (Kwargs passed during setup(). Details below:) –

  wait_time[float]: Wait time between initialization and each measurement,

  default = 5 sek

  include_gate_name[Bool]: Append name of ramped gate to measurement

  name. Default True.

  ramp_speed[float]: Speed at which parameters are ramped during

  initialization in units. Default = 0.3

  ramp_time[float]: Amount of time in s ramping of each parameter during

  initialization may take. If the ramp_speed is too small it will be increased to match the ramp_time. Default = 10

  log_idle_params[bool]: Record dynamic parameters that are kept constant

  during the sweeps of other parameters as gettable params. Default True.

Returns:

List with all QCoDeS Datasets.

Return type:

list

class qumada.measurement.scripts.Generic_1D_Sweep_buffered

Bases: MeasurementScript

WIP Buffer measurement script Trigger Types:

“software”: Sends a software command to each buffer and dynamic parameters

in order to start data acquisition and ramping. Timing might be off slightly

“hardware”: Expects a trigger command for each setpoint. Can be used

with a preconfigured hardware trigger (Todo), a method, that starts a manually adjusted hardware trigger (has to be passed as trigger_start() method to

measurement script) or a manual trigger.

“manual”The trigger setup is done by the user. The measurent script will

just start the first ramp. Usefull for synchronized trigger outputs as in the QDac.

trigger_start: A callable that triggers the trigger (called to start the measurement)

or the keyword “manual” when triggering is done by user. Defauls is manual.

trigger_reset (optional): Callable to reset the trigger. Default is NONE. include_gate_name (optional): Appends name of ramped gates to measurement name. Default is TRUE.

run()

Runs the already setup measurement. you can call self.initialize in here. Abstract method.

class qumada.measurement.scripts.Generic_1D_parallel_Sweep

Bases: MeasurementScript

Sweeps all dynamic parameters in parallel, setpoints of first parameter are used for all parameters.

run(**do1d_kwargs)

Runs the already setup measurement. you can call self.initialize in here. Abstract method.

class qumada.measurement.scripts.Generic_1D_parallel_asymm_Sweep

Bases: MeasurementScript

Sweeps all dynamic parameters in parallel, setpoints of first parameter are used for all parameters.

run(**do1d_kwargs)

Runs the already setup measurement. you can call self.initialize in here. Abstract method.

class qumada.measurement.scripts.Generic_2D_Sweep_buffered

Bases: MeasurementScript

WIP Buffer measurement script Trigger Types:

“software”: Sends a software command to each buffer and dynamic parameters

in order to start data acquisition and ramping. Timing might be off slightly

“hardware”: Expects a trigger command for each setpoint. Can be used

with a preconfigured hardware trigger (Todo), a method, that starts a manually adjusted hardware trigger (has to be passed as trigger_start() method to

measurement script) or a manual trigger.

“manual”The trigger setup is done by the user. The measurent script will

just start the first ramp. Usefull for synchronized trigger outputs as in the QDac.

trigger_start: A callable that triggers the trigger (called to start the measurement)

or the keyword “manual” when triggering is done by user. Defauls is manual.

trigger_reset (optional): Callable to reset the trigger. Default is NONE. include_gate_name (optional): Appends name of ramped gates to measurement name. Default is TRUE. reset_time: Time for ramping fast param back to the start value. reverse_param_order: Switch slow and fast param.

run()

Runs the already setup measurement. you can call self.initialize in here. Abstract method.

class qumada.measurement.scripts.Generic_nD_Sweep

Bases: MeasurementScript

run(**dond_kwargs)

Perform n-dimensional sweep for n dynamic parameters.

Parameters:

• **dond_kwargs (Kwargs to pass to the dond method when it is called.) –

• **settings[dict] (Kwargs passed during setup(). Details below:) –

  wait_time[float]: Wait time between initialization and each measurement,

  default = 5 sek

  include_gate_name[Bool]: Append name of ramped gates to measurement

  name. Default True.

  ramp_speed[float]: Speed at which parameters are ramped during

  initialization in units. Default = 0.3

  ramp_time[float]: Amount of time in s ramping of each parameter during

  initialization may take. If the ramp_speed is too small it will be increased to match the ramp_time. Default = 10

Returns:

data

Return type:

QCoDeS dataset with measurement data

class qumada.measurement.scripts.Measure_Spectrum

Bases: MeasurementScript

kwargs:

store_timetrace: Bool|True. Stores timetrace as QCoDeS measurement store_spectrum: Bool|True:. Stores spectrum as QCoDes measurement

run()

Runs the already setup measurement. you can call self.initialize in here. Abstract method.

Return type:

list

class qumada.measurement.scripts.Timetrace

Bases: MeasurementScript

Timetrace measurement, duration and timestep can be set as keyword-arguments, both in seconds. Be aware that the timesteps can vary as the time it takes to record a datapoint is not constant, the argument only sets the wait time. However, the recorded “elapsed time” is accurate. kwargs:

auto_naming: Renames measurement automatically to Timetrace if True.

run()

Runs the already setup measurement. you can call self.initialize in here. Abstract method.

class qumada.measurement.scripts.Timetrace_buffered

Bases: MeasurementScript

Timetrace measurement, duration and timestep are set via the buffer settings. Does currently not work with dynamic parameters. Furthermore, you cannot use “manual” triggering mode as now ramp is started. It is fine to use software triggering here, as long as only one buffered instrument is used, else you should use “hardware”.

kwargs:

auto_naming: Renames measurement automatically to Timetrace if True.

run()

Runs the already setup measurement. you can call self.initialize in here. Abstract method.

class qumada.measurement.scripts.Timetrace_with_Sweeps_buffered

Bases: MeasurementScript

Timetrace measurement, duration and timestep are set via the buffer settings. Does currently not work with dynamic parameters. Furthermore, you cannot use “manual” triggering mode as now ramp is started. It is fine to use software triggering here, as long as only one buffered instrument is used, else you should use “hardware”.

kwargs:

auto_naming: Renames measurement automatically to Timetrace if True.

run()

Runs the already setup measurement. you can call self.initialize in here. Abstract method.

class qumada.measurement.scripts.Timetrace_with_sweeps

Bases: MeasurementScript

Timetrace measurement, duration and timestep can be set as keyword-arguments, both in seconds. Be aware that the timesteps can vary as the time it takes to record a datapoint is not constant, the argument only sets the wait time. However, the recorded “elapsed time” is accurate.

run()

Runs the already setup measurement. you can call self.initialize in here. Abstract method.