Functions | |
| cpl_polynomial * | cpl_wlcalib_xc_best_poly (const cpl_vector *spectrum, const cpl_bivector *lines_catalog, int degree, const cpl_polynomial *guess_poly, const cpl_vector *wl_error, int nsamples, double slitw, double fwhm, double *xc, cpl_table **wlres, cpl_vector **xcorrs) |
| Find the best polynomial in a given range. | |
| cpl_table * | cpl_wlcalib_xc_gen_spc_table (const cpl_vector *spectrum, const cpl_bivector *lines_catalog, double slitw, double fwhm, const cpl_polynomial *guess_poly, const cpl_polynomial *corr_poly) |
| Generate the infos table. | |
| cpl_bivector * | cpl_wlcalib_xc_cat_extract (const cpl_bivector *lines_catalog, double wave_min, double wave_max) |
| Extract a sub catalog. | |
| cpl_vector * | cpl_wlcalib_xc_convolve_create_kernel (double slitw, double fwhm) |
| Create Right Half of a symmetric smoothing kernel. | |
| int | cpl_wlcalib_xc_convolve (cpl_vector *smoothed, const cpl_vector *conv_kernel) |
| Convolve a 1d-signal with a symmetric 1D-signal. | |
#include "cpl_wlcalib_xc.h"
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Find the best polynomial in a given range.
The returned polynomial must be deallocated with cpl_polynomial_delete(). |
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Extract a sub catalog.
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Convolve a 1d-signal with a symmetric 1D-signal.
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Create Right Half of a symmetric smoothing kernel.
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Generate the infos table.
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1.3.9.1