`EnergyTimeAmplitude`

class nexus.EnergyTimeAmplitude(experiment, time_length=200, time_step=0.2, mode='i', electronic=False, id='')

Bases: Measurement

Constructor for the EnergyTimeAmplitude class. Class to calculate the energy and time-dependent Jones vector of the experiment. One sample has to have a drive detuning.

Parameters:

id (string) – User identifier.
experiment (Experiment) – Experiment.
time_length (float) – Length of the calculation in nanoseconds.
time_step (float) – Step size of the calculation in nanoseconds.
mode (string) –
Identifier for the calculation mode.
- i Interpolate detuning values. Fast mode.
- f Full calculation via change of the isomer shift. Slow mode.
electronic (bool) – If True electronic scattering is also included.

id

User identifier.

Type:: string

experiment

Experiment

Type:: Experiment

time_length

Length of the calculation in nanoseconds.

Type:: float

time_step

Step size of the calculation in nanoseconds.

Type:: float

electronic

If True electronic scattering is also included.

Type:: bool

mode

Identifier for the calculation mode.

i: interpolate detuning values, fast mode.

f: full calculation via change of the isomer shift.

result (array): Array of Jones vectors in units of (\(\sqrt(\Gamma/ns)\)). drive_sample (Sample): Sample object with drive detuning.

New in version 1.0.3.

Type:: string

Calculate()

Calculates the class method. Also callable via operator ().

Returns:: 2D array of Jones vectors.
Return type:: ndarray

EnergyTimeAmplitude

`EnergyTimeAmplitude`