dqrtasks.pemcheck.plot

Functions

`draw_box`(ax, x_bounds, y_bounds[, color])
`draw_track`(ax, gw_track, min_dt, min_df[, color])
`plot_prob`(spec_prob[, p_max, tsearch, ...])	Plot a spectrogram of excess power probabilities.
`plot_q_scan`(ts, search[, epoch, trange, ...])	Perform a Q-scan of a time series and plot the interpolated spectrogram
`plot_snr_spec`(spec[, tsearch, fsearch, ...])	Plot a spectrogram of an SNR time series.
`plot_tuning_spectra`(proj_raw, proj_tuned, ...)

dqrtasks.pemcheck.plot.plot_prob(spec_prob, p_max=None, tsearch=None, fsearch=None, gw_track=None, gw_track_dt=0.0, gw_track_df=0.0, epoch=None, trange=None, frange=None, log=False)[source]

Plot a spectrogram of excess power probabilities.

Parameters:

spec_probgwpy.timeseries.TimeSeries: Spectrogram of probabilities.
epochint or float: GPS time to set as epoch of plot

dqrtasks.pemcheck.plot.plot_q_scan(ts, search, epoch=None, trange=None, qrange=None, frange=None)[source]

Perform a Q-scan of a time series and plot the interpolated spectrogram

Parameters:

tsgwpy.timeseries.TimeSeries: Time series data

dqrtasks.pemcheck.plot.plot_snr_spec(spec, tsearch=None, fsearch=None, fftlength=1, overlap_pct=0.5, epoch=None, trange=None, frange=None)[source]

Plot a spectrogram of an SNR time series.

Parameters:

tsgwpy.timeseries.TimeSeries: Time series data
epochint or float: GPS time to set as epoch of plot
fftlengthint or float, optional: FFT length in seconds
overlapint or float, optional: FFT overlap in seconds