yarara_correct_telluric_proxy

yarara_correct_telluric_proxy

yarara_correct_telluric_proxy(self, sub_dico='matching_fourier', sub_dico_output='telluric', continuum='linear', wave_min=5700, wave_max=5900, reference='master', berv_shift='berv', smooth_corr=1, proxies_corr=['h2o_depth', 'h2o_fwhm'], proxies_detrending=None, wave_min_correction=4400, wave_max_correction=None, min_r_corr=0.40, sigma_ext=2)[source]

Display the time-series spectra with proxies and its correlation

Parameters

  • sub_dico (The sub_dictionnary used to select the continuum) –

  • continuum (The continuum to select (either linear or cubic)) –

  • wave_min (Minimum x axis limit) –

  • wave_max (Maximum x axis limit) –

  • zoom (int-type, to improve the resolution of the 2D plot) –

  • int-type (smooth_map =) –

  • convolution (smooth the 2D plot by gaussian 2D) –

  • reference ('median', 'snr' or 'master' to select the reference normalised spectrum usedin the difference) –

  • berv_shift (True/False to move in terrestrial rest-frame) –

  • proxy1_corr (keyword of the first proxies from RASSINE dictionnary to use in the correlation) –

  • proxy1_detrending (Degree of the polynomial fit to detrend the proxy) –

  • proxy2_corr (keyword of the second proxies from RASSINE dictionnary to use in the correlation) –

  • proxy2_detrending (Degree of the polynomial fit to detrend the proxy) –

  • cmap (cmap of the 2D plot) –

  • min_wave_correction (wavelength limit above which to correct) –

  • min_r_corr (minimum correlation coefficient of one of the two proxies to consider a line as telluric) –

  • dwin (window correction increase by dwin to slightly correct above around the peak of correlation) –

  • positive_coeff (The correction can only be absorption line profile moving and no positive) –

Return type

None

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