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pycrtools.stokes

cov(x, y[, i, j]) Autocovariance between x and y for time samples i and j.
degree_of_polarization(S)
polarization_angle(S)
polarization_angle_uncertainty(S, sigma_S) Uncertainty on angle of polarization, given Stokes parameters S and sigma_S as calculated by stokes_parameters_uncertainties.
stokes_parameters(x, y, hx, hy) Stokes parameters given timeseries x, y in two orthogonal polarizations.
stokes_parameters_uncertainties(x, y, hx, hy) Uncertainties on Stokes parameters given timeseries in both polarizations x, y and their Hilbert transforms hx and hy.
pycrtools.stokes.cov(x, y, i=0, j=0)

Autocovariance between x and y for time samples i and j.

pycrtools.stokes.polarization_angle_uncertainty(S, sigma_S)

Uncertainty on angle of polarization, given Stokes parameters S and sigma_S as calculated by stokes_parameters_uncertainties.

pycrtools.stokes.stokes_parameters(x, y, hx, hy)

Stokes parameters given timeseries x, y in two orthogonal polarizations.

pycrtools.stokes.stokes_parameters_uncertainties(x, y, hx, hy)

Uncertainties on Stokes parameters given timeseries in both polarizations x, y and their Hilbert transforms hx and hy.