mirror of
https://asciireactor.com/otho/psdlag-agn.git
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| .. | ||
| inc | ||
| .smhist | ||
| alglibinternal.cpp | ||
| alglibinternal.h | ||
| alglibmisc.cpp | ||
| alglibmisc.h | ||
| ap.cpp | ||
| ap.h | ||
| check.dat | ||
| dataanalysis.cpp | ||
| dataanalysis.h | ||
| diffequations.cpp | ||
| diffequations.h | ||
| fasttransforms.cpp | ||
| fasttransforms.h | ||
| fittedlags.dat | ||
| integration.cpp | ||
| integration.h | ||
| interpolation.cpp | ||
| interpolation.h | ||
| lag.cpp | ||
| linalg.cpp | ||
| linalg.h | ||
| main.cpp | ||
| makefile | ||
| mcmc.cpp | ||
| mod.cpp | ||
| optimization.cpp | ||
| optimization.h | ||
| psd.cpp | ||
| psdlag.cpp | ||
| README | ||
| solvers.cpp | ||
| solvers.h | ||
| specialfunctions.cpp | ||
| specialfunctions.h | ||
| statistics.cpp | ||
| statistics.h | ||
| stdafx.h | ||
To compile, modify the file makefile to so that libdir and incdir point to where alglib library and header files are installed respectively, then run: make FILES: - README: this file - makefile: a make file for compiling - main.cpp: the main file, that process the input file, print help message if needed and reads the light curves files. check readLC to see the light curve format. - mod.cpp: contains the class mod, which is a base class that uses the likelihood method. This on its own does nothing, but it is meant to be inherited by others, e.g. psd , lag , lag10 etc ... It is here where the likelihood is calculated, and maximized. - psd.cpp: a child class of mod to calculate psds. psd10 is similar by it calculate the log10 of psd. This is better than calculating the psd directly. - lag.cpp: a child class of mod to calculate cross spectra and phase lags. similar to psd. there is also lag10 that calcualte the log10 of the cross spectrum plus phase lag. - psdlag.cpp: a child class of mod to calculate psd and cross spec and phase lag at the same time. - inc: contains the header files. - inc/mod.hpp: the header for mod.cpp. This file has the Mod class also, which is a class that holds multiple mod's used for fitting multiple light curve simultaneusly, each mod fits for one light curve, and the total log-likelihood is the sum of individual likelihood (i.e. product of probabilities)