Context.
Measuring how the physical properties of galaxies change across cosmic times is essential to understand galaxy formation and evolution.,CIGALE means Code Investigating GALaxy Emission.
The code has been developed to study the evolution of galaxies by comparing modelled galaxy spectral energy distributions (SEDs) to observed ones from the X-rays and far ultraviolet to the far infra-red and radio.,CIGALE means Code Investigating GALaxy Emission.
The code has been developed to study the evolution of galaxies by comparing modelled galaxy spectral energy Cigale / CIGALEGitLabCIGALE releasesDownloadFAQ,Methods.
With the code CIGALE and different values for nine input parameters characterising the stellar population, we simulated a sample of 11 475 optical ,The primary purposes of CIGALE are to generate theoretical models and, optionally, to use them to estimate the physical properties of galaxies.
As the latter ,To compute the spectral models, CIGALE builds composite stellar populations from simple stellar populations combined with highly flexible star formation histories, calculates the emission from gas ionised by massive stars, and attenuates both the stars and the ionised gas with a highly flexible attenuation curve.,To compute the spectral models, CIGALE builds composite stellar populations from simple stellar populations combined with highly flexible star formation