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tergite_autocalibration.utils.dto.enums

Classes:

Name Description
ApplicationStatus

Used to check in which state the application is as a whole.
CalibrationResultStatus

Used by check_data to indicate outcome
DataStatus

Used by check_data to indicate outcome
MeasurementMode

Used to set the cluster mode e.g. real cluster or re analyse
QubitRole

Defines whether a qubit is target or control for a given coupler
SamplespaceStructure

In most of the measurements, the settable quantities can be considered 'orthogonal'

ApplicationStatus

Bases: Enum

Used to check in which state the application is as a whole.

CalibrationResultStatus

Bases: Enum

Used by check_data to indicate outcome

DataStatus

Bases: Enum

Used by check_data to indicate outcome

MeasurementMode

Bases: Enum

Used to set the cluster mode e.g. real cluster or re analyse

QubitRole

Bases: Enum

Defines whether a qubit is target or control for a given coupler

SamplespaceStructure

Bases: Enum

In most of the measurements, the settable quantities can be considered 'orthogonal' in the sense that all settable point combinations correspond to a particular measurement. For example in a typical spectroscopy you sweep frequencies and amplitudes. Every measurement M corresponds to a distinct (freq, ampl) pair: 

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amplitudes
^
|
|
|     * M(fr,amp)
|
|
|
|-------------------> frequencies

In all the schedules this manifests as nested for loops: 

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for value_1 in settable_values_1:
    for value_2 in settable_values_2:
         do stuff
         Measure()

However, in some particular nodes such as the coupler_dc_spectroscopy you cannot describe the samplespace as 'orthogonal' at least not in a clean way.The main reason is that this consists of two disconnected measurements one after the other. The samplespace looks 'parallel':

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     * M(qub_f)                                    * M(ro_f)
-------------------> qub_frequencies and then -------------------> ro_frequencies

In the schedule this manifests as two decoupled for loops:

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for value_1 in settable_values_1:
    do stuff
    Measure()
for value_2 in settable_values_2:
    do other stuff
    Measure()