Baseline.UvDiffEffect

Baseline.UvDiffEffect#

Baseline.UvDiffEffect.py

create_diff_spline(icurve)#

Create a derivative spline from the given intensity curve.

Parameters:

icurve (Curve) – The intensity curve from which to create the derivative spline.

Returns:

diff_spline – A callable representing the derivative spline of the curve.

Return type:

callable

class UvDiffEffect(ssd, params=None)#

Bases: Curve

A class to represent the UV difference effect. .. attribute:: x

The x-coordinates of the DFEF curve.

type:

array-like

y#

The y-coordinates of the DFEF curve.

Type:

array-like

params#

The parameters used to compute the DFEF curve.

Type:

array-like

Initializes the UvDiffEffect object with the given SSD and parameters. :param ssd: The SSD object containing the UV data. :type ssd: SSD :param params: The parameters used to compute the DFEF curve. If None, default parameters are used. :type params: array-like, optional

estimate_uvdiffeffect_params(curve1, curve2, fc_slice, diff_spline, pickat=None, debug=False, plot_info=None)#

Estimate UV difference effect parameters by analyzing the difference between two curves.

Parameters:

  • curve1 (Curve) – The first curve (usually the original UV curve).

  • curve2 (Curve) – The second curve (usually the UV curve with pickat applied).

  • fc_slice (tuple) – A tuple (i, j) representing the slice of the curves to analyze.

  • diff_spline (callable) – A callable representing the derivative spline of the first curve.

  • pickat (int, optional) – The index at which the pickat was applied. If None, it will be estimated.

  • debug (bool, optional) – If True, debug information is printed and plots are generated.

  • plot_info (tuple, optional) – A tuple containing (fig, ax) for plotting. If None, no plot is generated.

Returns:

  • uvbaseline_params (array-like) – The estimated UV baseline parameters.

  • dfef_curve (Curve) – The computed DFEF curve.

  • baseline (array-like) – The computed baseline.

compute_dfef_curve(x, dfef_params)#

Compute the DFEF curve using the given parameters.

Parameters:

  • x (array-like) – The x-coordinates at which to compute the DFEF curve.

  • dfef_params (array-like) – The parameters used to compute the DFEF curve.

Returns:

dfef_curve – The computed DFEF curve.

Return type:

Curve

Contents