An updated metal-dependent theoretical scenario for Classical Cepheids (full sample of theoretical light curves converted in Johnsons, Gaia and HST-WFC3 filters))

Converted_light_curves --> Main directory containing 4 subdirectories Z0p004, Z0p008, Z0p02, and Z0p03 for the four different analyzed chemical compositions

Z0p004--> directory containing results for a metallicity Z=0.004  and Helium content Y=0.25

Z0p008--> directory containing results for a metallicity Z=0.008  and Helium content Y=0.25

Z0p02--> directory containing results for a metallicity Z=0.02  and Helium content Y=0.28

Z0p03--> directory containing results for a metallicity Z=0.03  and Helium content Y=0.28

Inside each of these 4 subdirectories are two subdirectories 'curves_F' and 'curves_FO' for the two analyzed pulsational modes, fundamental (F) and first overtone (FO).

Inside 'curves_F' and 'curves_FO' are the files of the bolometric light curves converted into the Gaia EDR3 filters, G, GBP, and GRP, the HST WFC3 filters F110W,  F160W,  F814W,  F125W,  F475W,  F606W and F555W and the Johnson-Cousins bands U, B, V, R, J, H, K.

The file names are tokenized as follows.

curves_token1_token2_token3_token4_token5_token6_token7_token8_token9.csv'

where

token1 is the effective temperature in Kelvin

token2 is the logarithmic luminosity in solar units

token3 is the stellar mass in solar units

token4 is the mixing length value

token5 is the ML relation assumption (See text for more details)

token6 is the period in days

token7 is the chemical composition

token8 is the pulsational mode

token9 is the photometric passband

Inside each curves’ file, the various columns represent the time in seconds, the bolometric magnitude, and the converted magnitudes in the aforementioned bands.