class Sequence(*, name, B, LO, reptime, averages, shots, **kwargs)

Represents an experimental pulse sequence.

Represents an experimental pulse sequence.

Parameters:

namestr

The name of this pulse sequence

Bfloat

The magnetic field for this sequence in Gauss.

LOfloat

The central frequency of this sequence. I.e. The frequnecy at which a zero offset pulse is at.

reptimefloat

The shot repetition time in us.

averagesint

The number of scans to be accumulated.

shotsitn

The number of shots per point.

property seqtable_steps

pulses = '[]'

num_pulses

axes_uuid = '[]'

reduce_uuid = '[]'

LO

averages

shots

name

progTable

plot()

plot_pulse_exc(FieldSweep=None, ResonatorProfile=None)

addPulse(pulse)

Adds a pulse to the next position in the sequence.

Parameters:

pulsePulse

The object describing the pulse.

_estimate_time()

Calculates the estimated experiment time in seconds.

_buildPhaseCycle()

evolution(params, reduce=[])

shift_detfreq_to_zero()

isPulseFocused()

Is the sequence expressed to contain only pulses and no delays?

isDelayFocused()

Is the sequence expressed to contain both pulses and delays?

convert(*, reduce=True)

Converts the current sequence to either pulse focused or delay focused depending on the current state

Parameters:

reducebool, optional

Reduce to the smallest number of objects, by default True

_convert_to_delay()

_convert_to_pulses()

_checkRect()

Checks if all the pulses in the sequence are rectangular.

__str__()

copy()

_to_dict()

_to_json()

save(filename)

Save the sequence to a JSON file.

Parameters:

filenamestr

Path to the JSON file.

Returns:

None

Raises:

TypeError

If the object cannot be serialized to JSON.

classmethod _from_dict(dct)

classmethod _from_json(JSONstring)

classmethod load(filename)

Load an object from a JSON file.

Parameters:

filenamestr

Path to the JSON file.

Returns:

objSequence

The Sequence loaded from the JSON file.

Raises:

FileNotFoundError

If the file does not exist.