Classes and functions index¶

Here we list the most important classes and functions.

Parameters¶

`acquisition_parameters`
`AcquisitionParameter`	Parameter used for acquisitions involving a `PulseSequence`.
`DCParameter`	Acquires DC voltage
`TraceParameter`	An acquisition parameter for obtaining a trace or multiple traces of a given PulseSequence.
`VariableReadParameter`	Parameter for measuring spin tails.
`EPRParameter`	Parameter for an empty-plunge-read sequence.
`ESRParameter`	Parameter for most pulse sequences involving electron spin resonance.
`T2ElectronParameter`	Parameter for measuring electron decoherence.
`NMRParameter`	Parameter for most measurements involving an NMR pulse.
`FlipNucleusParameter`
`FlipFlopParameter`	Parameter for performing flip-flopping, not meant for acquiring data
`BlipsParameter`	Parameter that measures properties of blips in a trace
`PulseSequenceAcquisitionParameter`
`DCSweepParameter`	Perform 1D and 2D DC sweeps by rapidly varying AWG output voltages

`CombinedParameter`	Combines multiple parameters into a single parameter.
`AttributeParameter`	Creates a parameter that can set/get an attribute from an object.

`MeasurementParameter`	Base class for parameters that perform measurements.
`CoulombPeakParameter`	Parameter that finds Coulomb peak and can tune to it.
`RetuneBlipsParameter`	Parameter that retunes by analysing blips using a neural network
`MeasureNucleusParameter`
`MeasureFlipNucleusParameter`
`DCMultisweepParameter`
`MeasurementSequenceParameter`
`SelectFrequencyParameter`
`TrackPeakParameter`

`Pulse`	Representation of physical pulse, component in a `PulseSequence`.
`DCPulse`	DC (fixed-voltage) `Pulse`.
`SinePulse`	Sinusoidal pulse
`TriggerPulse`	Triggering pulse.
`DCRampPulse`	Linearly ramping voltage `Pulse`.
`FrequencyRampPulse`	Linearly increasing/decreasing frequency `Pulse`.
`MarkerPulse`	Marker pulse
`MeasurementPulse`	Pulse that is only used to signify an acquiition

Pulse container that can be targeted in the Layout.

`PulseSequenceGenerator`([pulses])	Base class for a `PulseSequence` that is generated from settings.
`ESRPulseSequence`(**kwargs)	`PulseSequenceGenerator` for electron spin resonance (ESR).
`T2ElectronPulseSequence`(**kwargs)	`PulseSequenceGenerator` for electron coherence (T2) measurements.
`NMRPulseSequence`([pulses])	`PulseSequenceGenerator` for nuclear magnetic resonance (NMR).
`FlipFlopPulseSequence`(**kwargs)	`PulseSequenceGenerator` for hitting the flip-flop transition

`find_high_low`	Find high and low voltages of traces using histograms
`edge_voltage`	Test traces for having a high/low voltage at begin/end
`find_up_proportion`	Determine the up proportion of traces (traces that have blips)
`count_blips`	Count number of blips and durations in high/low state.
`analyse_traces`	Analyse voltage, up proportions, and blips of acquisition traces
`analyse_EPR`	Analyse an empty-plunge-read sequence
`analyse_flips`	Analyse flipping between NMR states

`Fit`	Base fitting class.
`LinearFit`	Fitting class for a linear function.
`ExponentialFit`	Fitting class for an exponential function.
`DoubleExponentialFit`	Fitting class for a double exponential function.
`SineFit`
`AMSineFit`
`ExponentialSineFit`
`RabiFrequencyFit`

`run_code`	Creates cell to run code from global variable code_labels
`SettingsClass`	Class used to temporarily override attributes.
`is_between`	Check if value is between min and max, taking machine precision into account

`create_cell`	Create code cell in Jupyter Notebook and optionally execute.
`SilQMagics`	IPyton magics related to code management (loading, saving, editing, …).

`PlotAction`	Interactive key/button action for `MatPlot`
`SetGates`	Set gates when button pressed in MatPlot, enabled with `alt + g`.
`MeasureSingle`	Measure parameter at clicked gate vales, enabled with `alt + s`
`MoveGates`	Increase/decrease gates when pressing alt + {arrow}, enabled with alt+m.
`SwitchPlotIdx`	Change plot index when pressing `alt+{arrow}`, used with `SliderPlot`.
`InteractivePlot`	Base class for `MatPlot` plots adding interactivity.
`SliderPlot`	Slide through 1D/2D images of a `DataArray` with more dimensions.
`CalibrationPlot`	Interactive plot for 2D calibrations, move gates and measure at points.
`DCPlot`	Interactive plot for a 2D DC scan, For easy moving gates on 2D plot.
`ScanningPlot`	Base class for interactive plots to repeatedly measure and refresh plot.
`TracePlot`	Interactive plot that repeatedly measures pulse sequence and plots trace
`DCSweepPlot`	Refreshing 2D DC plot using `DCSweepParameter` for fast 2D DC scanning.

`find_transitions`	Locate transitions within a 2-dimensional charge stability diagram
`get_charge_transfer_information`	Calculate information about a particular charge transfer event.
`plot_transitions`
`plot_transition_gradient`