quickcontrol.QC2DSpec¶

class quickcontrol.QC2DSpec(fname: str, path: ~pathlib.Path = NOTHING, prefix: str = NOTHING, info: dict = NOTHING, wavelength: ~numpy.ndarray = NOTHING, t: ~numpy.ndarray = NOTHING, t2: ~numpy.ndarray = NOTHING, par_data: ~typing.Dict = NOTHING, per_data: ~typing.Dict = NOTHING, par_spec: ~typing.Dict | None = None, per_spec: ~typing.Dict | None = None, probe_filter: float | None = None, upsampling: int = 2, pump_freq: ~numpy.ndarray = NOTHING, bg_correct: ~typing.Tuple | None = None, win_function: ~typing.Callable | None = <function hamming>)[source]¶

Helper class to load 2D-spectra measured with QuickControl

Method generated by attrs for class QC2DSpec.

__init__(fname: str, path: ~pathlib.Path = NOTHING, prefix: str = NOTHING, info: dict = NOTHING, wavelength: ~numpy.ndarray = NOTHING, t: ~numpy.ndarray = NOTHING, t2: ~numpy.ndarray = NOTHING, par_data: ~typing.Dict = NOTHING, per_data: ~typing.Dict = NOTHING, par_spec: ~typing.Dict | None = None, per_spec: ~typing.Dict | None = None, probe_filter: float | None = None, upsampling: int = 2, pump_freq: ~numpy.ndarray = NOTHING, bg_correct: ~typing.Tuple | None = None, win_function: ~typing.Callable | None = <function hamming>) → None¶: Method generated by attrs for class QC2DSpec.

Methods

`__init__`(fname[, path, prefix, info, ...])	Method generated by attrs for class QC2DSpec.
`calc_spec`()
`calc_wl`([disp])
`make_ds`()
`switch_pol`()

Attributes

`wavenumbers`
`t`	Waiting times
`t2`	t2, the inter-pulse delays between pump pulses
`par_data`	Data for parallel polarization
`per_data`	Data for perpendicular polarization
`par_spec`	Resulting 2D spectra for parallel polarization
`per_spec`	Resulting 2D spectra for perpendicular polarization
`probe_filter`	Size of the filter applied to the spectral axis.
`upsampling`	Upsamling factor of the pump-axis
`pump_freq`	Resulting wavenumbers of the pump axis.
`bg_correct`	If given, the size of the left and right region used to calculate the signal background which will be subtracted
`win_function`	Window function used for apodization.
`wavelength`	Wavelength data calculated from given grating and mono wavelength
`fname`	Full path to info file
`path`	Directory of the info file
`prefix`	Filename
`info`	Content of the info file