qspec.simulate. ScatteringRate.generate_y  (  x ,  theta ,  phi ,  decimals = 8  )[source]

Parameters:

xarray_like

The frequency of light in an atoms rest frame (MHz).

thetaarray_like

The angle between the emission direction of the fluorescence light and the x-axis + 90 deg.

phiarray_like

The mixing angle between the y- and z-axis (sin(phi), cos(phi)).

decimalsint

The precision of the vector calculus in considered decimal places.

Returns:

outNone

The fluorescence spectrum for incident light with frequency 'x' for the direction of emission defined by 'theta' and 'phi'.