EzPadova configuration file

EzPadova configuration file#

This file contains the configuration for the EzPadova package. It is generated automatically by the package and should not be modified manually.

All detailed description of the parameters can be found on the CMD webpage.

Track flavors track_parsec#

value

description

parsec_CAF09_v2.0

PARSEC version 2.0 Available for 0.002≤ Z ≤0.03 (-0.89≤[M/H]≤+0.34), with rotation turned off for the lowest masses. The 0.004≤ Z ≤0.017 tracks are described in Nguyen et al. (2022) ; outside this range we are using preliminary tracks from Nguyen et al. (in preparation). with ωi= (in the range 0≤ωi≤0.99). Notes: this choice will (1) turn off features like the star-by-star extinction, the Reimers-resettable mass loss, etc. and (2) change the output format.

parsec_CAF09_v1.2S

PARSEC version 1.2S Available for 0.0001≤ Z ≤0.06 (-2.2≤[M/H]≤+0.5); for 0.0001≤ Z ≤0.02 the mass range is 0.1≤ M/M ☉<350; for 0.03≤ Z ≤0.04 0.1≤ M/M ☉<150, and for Z =0.06 0.1≤ M/M ☉<20 (cf. Tang et al. (2014) for 0.001≤ Z ≤0.004, and Chen et al. (2015) for other Z ). With revised and calibrated surface boundary conditions in low-mass dwarfs ( Chen et al. (2014) ).

parsec_CAF09_v1.1

PARSEC version 1.1 Available for 0.0001≤Z≤0.06 (-2.2≤[M/H]≤+0.5), in the range 0.1≤M/M☉<12. With revised diffusion+overshooting in low-mass stars, and improvements in interpolation scheme.

parsec_CAF09_v1.0

PARSEC version 1.0 Available for 0.0005≤Z≤0.07 (-1.5≤[M/H]≤+0.6), in the range 0.1≤M/M☉<12.

Track Rotation track_omegai#

only available for PARSEC 2.0

value

description

0.00

(in the range 0≤ω i ≤0.99). Notes: this choice will (1) turn off features like the star-by-star extinction, the Reimers-resettable mass loss, etc. and (2) change the output format.

Track COLIBRI track_colibri#

only available for PARSEC 1.2S

value

description

parsec_CAF09_v1.2S_S_LMC_08_web

  • COLIBRI S_37 ( Pastorelli et al. (2020) ) for 0.008≤ Z ≤0.02, + COLIBRI S_35 ( Pastorelli et al. (2019) ) for 0.0005≤ Z ≤0.006 + COLIBRI PR16 ( Marigo et al. (2013) , Rosenfield et al. (2016) ) for Z ≤0.0002 and Z ≥0.03 )

parsec_CAF09_v1.2S_S35

  • COLIBRI S_35 ( Pastorelli et al. (2019) ) (limited to 0.0005≤Z≤0.03)

parsec_CAF09_v1.2S_S07

  • COLIBRI S_07 ( Pastorelli et al. (2019) ) (limited to 0.0005≤Z≤0.03)

parsec_CAF09_v1.2S_NOV13

  • COLIBRI PR16 ( Marigo et al. (2013) and Rosenfield et al. (2016) ) (limited to 0.0001≤Z≤0.06)

no

No (no limitation in Z)

additional parameters#

parameter

value

description

eta_reimers

0.2

n_inTPC

10

as detailed in Marigo et al. (2017)

Photometric systems photsys_file#

value

description

YBC_2mass_spitzer

2MASS + Spitzer (IRAC+MIPS)

YBC_2mass_spitzer_wise

2MASS + Spitzer (IRAC+MIPS) + WISE

YBC_2mass

2MASS JHKs

YBC_ogle_2mass_spitzer

OGLE + 2MASS + Spitzer (IRAC+MIPS)

YBC_ubvrijhk

UBVRIJHK (cf. Maiz-Apellaniz 2006 + Bessell 1990)

YBC_bessell

UBVRIJHKLMN (cf. Bessell 1990 + Bessell & Brett 1988)

YBC_akari

AKARI

YBC_batc

BATC

YBC_megacam_wircam

CFHT Megacam + Wircam (all ABmags)

YBC_wircam

CFHT Wircam

YBC_megacam_post2014

CFHT/Megacam post-2014 u*g’r’i’z’

YBC_megacam

CFHT/Megacam pre-2014 u*g’r’i’z’

YBC_ciber

CIBER

YBC_clue_galex

CLUE + GALEX (Vegamags)

YBC_CSST

CSST (ABmags)

YBC_decam

DECAM (ABmags)

YBC_denis

DENIS

YBC_dmc14

DMC 14 filters

YBC_dmc15

DMC 15 filters

YBC_eis

ESO/EIS (WFI UBVRIZ + SOFI JHK)

YBC_wfi

ESO/WFI

YBC_wfi2

ESO/WFI2

YBC_euclid_nisp

Euclid VIS+NISP (ABmags)

YBC_galex_sloan

GALEX FUV+NUV (Vegamag) + SDSS ugriz (ABmags)

YBC_galex

GALEX FUV+NUV + Johnson’s UBV (Maiz-Apellaniz version), all Vegamags

YBC_gaia_tycho2_2mass

Gaia DR1 + Tycho2 + 2MASS (all Vegamags)

YBC_gaiaDR2_tycho2_2mass

Gaia DR2 + Tycho2 + 2MASS (all Vegamags, Gaia passbands from Evans et al. 2018)

YBC_gaiaDR2weiler_tycho2_2mass

Gaia DR2 + Tycho2 + 2MASS (all Vegamags, Gaia passbands from Weiler 2018)

YBC_gaiaEDR3

Gaia EDR3 (all Vegamags, Gaia passbands from ESA/Gaia website)

YBC_gaia

Gaia’s DR1 G, G_BP and G_RP (Vegamags)

YBC_gaiaDR2

Gaia’s DR2 G, G_BP and G_RP (Vegamags, Gaia passbands from Evans et al. 2018)

YBC_gaiaDR2maiz

Gaia’s DR2 G, G_BP and G_RP (Vegamags, Gaia passbands from Maiz-Apellaniz and Weiler 2018)

YBC_gaiaDR2weiler

Gaia’s DR2 G, G_BP and G_RP (Vegamags, Gaia passbands from Weiler 2018)

YBC_UVbright

HST+GALEX+Swift/UVOT UV filters

YBC_acs_hrc

HST/ACS HRC

YBC_acs_wfc_pos04jul06

HST/ACS WFC (c.f. 2007 revision, pos-04jul06)

YBC_acs_wfc_202101

HST/ACS WFC - updated filters and zeropoints, 2021

YBC_nicmosab

HST/NICMOS AB

YBC_nicmosvega

HST/NICMOS Vega

YBC_stis

HST/STIS imaging mode, Vegamag

YBC_wfc3_wideverywide

HST/WFC3 all W+LP+X filters (UVIS1+IR, final throughputs)

YBC_wfc3_202101_verywide

HST/WFC3 long-pass and extremely wide filters (UVIS) - updated filters and zeropoints, 2021

YBC_wfc3_202101_medium

HST/WFC3 medium filters (UVIS+IR) - updated filters and zeropoints, 2021

YBC_wfc3_202101_wide

HST/WFC3 wide filters (UVIS+IR) - updated filters and zeropoints, 2021

YBC_wfpc2

HST/WFPC2 (Vegamag, cf. Holtzman et al. 1995)

YBC_hipparcos

Hipparcos+Tycho+Gaia DR1 (Vegamags)

YBC_int_wfc

INT/WFC (Vegamag)

YBC_iphas

IPHAS

YBC_jwst_miri_wide

JWST MIRI wide filters, Vegamags

YBC_jwst_nircam_wide

JWST NIRCam wide+verywide filters, Vegamags

jwst_nircam_widemedium_nov22

JWST NIRCam wide+verywide+medium filters (Nov 2022), Vegamags

YBC_jwst_nircam_widemedium

JWST NIRCam wide+verywide+medium filters, Vegamags

jwst_niriss_nov22

JWST NIRISS filters (Nov 2022), Vegamags

YBC_jwst_nirspec

JWST Nirspec filters, Vegamags

YBC_kepler

Kepler + SDSS griz + DDO51 (in ABmags)

YBC_kepler_2mass

Kepler + SDSS griz + DDO51 (in ABmags) + 2MASS (~Vegamag)

YBC_vst_vista

KiDS/VIKING (VST/OMEGAM + VISTA/VIRCAM, all ABmags)

YBC_lbt_lbc

LBT/LBC (Vegamag)

YBC_lsst_wfirst_proposed2017

LSST (ABmags) + WFIRST proposed filters (Vegamags)

YBC_lsst

LSST ugrizY, March 2012 total filter throughputs (all ABmags)

lsstDP0

LSST ugrizy, Oct 2017 total filter throughputs for DP0 (all ABmags)

lsstR1.9

LSST ugrizy, Sept 2023, total filter throughputs R1.9 (all ABmags)

YBC_noao_ctio_mosaic2

NOAO/CTIO/MOSAIC2 (Vegamag)

YBC_ogle

OGLE-II

YBC_panstarrs1

Pan-STARRS1

Roman2021

Roman (ex-WFIRST) 2021 filters, Vegamags

YBC_splus

S-PLUS (Vegamags), revised on Nov. 2017

YBC_sloan

SDSS ugriz

YBC_sloan_2mass

SDSS ugriz + 2MASS JHKs

YBC_sloan_ukidss

SDSS ugriz + UKIDSS ZYJHK

YBC_swift_uvot

SWIFT/UVOT UVW2, UVM2, UVW1,u (Vegamag)

YBC_skymapper

SkyMapper (ABmags)

YBC_spitzer

Spitzer IRAC+MIPS

YBC_stroemgren

Stroemgren-Crawford

YBC_hsc

Subaru/Hyper Suprime-Cam (ABmags)

YBC_suprimecam

Subaru/Suprime-Cam (ABmags)

SuperBIT

SuperBIT, all ABmags

YBC_TESS_2mass

TESS + 2MASS (Vegamags)

YBC_TESS_2mass_kepler

TESS + 2MASS (Vegamags) + Kepler + SDSS griz + DDO51 (in ABmags)

YBC_ukidss

UKIDSS ZYJHK (Vegamag)

YBC_uvit

UVIT (all ABmags)

YBC_visir

VISIR

YBC_vista

VISTA ZYJHKs (Vegamag)

YBC_vphas

VPHAS+ (ABmags)

YBC_vst_omegacam

VST/OMEGACAM (ABmag)

YBC_vilnius

Vilnius

YBC_wfc3_uvisCaHK

WFC3/UVIS around CaHK

YBC_washington_ddo51

Washington CMT1T2 + DDO51

YBC_ztf

ZTF (ABmags)

YBC_deltaa

deltaa (Paunzen) + UBV (Maiz-Apellaniz), in Vegamags

Stellar Atmospheres photsys_version#

value

description

YBC

YBC

YBCnewVega

YBC +new Vega

odfnew

OBC

Circumstellar dust flavors#

Dust for M stars dust_sourceM#

value

description

nodustM

No dust

sil

Silicates as in Bressan et al. (1998)

AlOx

100% AlOx as in Groenewegen (2006)

dpmod60alox40

60% Silicate + 40% AlOx as in Groenewegen (2006)

dpmod

100% Silicate as in Groenewegen (2006)

Dust for C stars dust_sourceC#

value

description

nodustC

No dust

gra

Graphites as in Bressan et al. (1998)

AMC

100% AMC as in Groenewegen (2006)

AMCSIC15

85% AMC + 15% SiC as in Groenewegen (2006)

Extinction#

parameter

value

description

extinction_av

0.0

mag. Apply this extinction Using extinction coefficients computed star-by-star (except for the OBC case, which uses constant coefficients) Adopted extinction curve Cardelli et al. (1989) + O’Donnell (1994), with RV=3.1 Warning: Interstellar extinction works only for isochrone tables, not for LFs or simulated populations. Moreover, it does not work (yet) on the PARSEC rotating models.

extinction_coeff

constant

Using extinction coefficients computed star-by-star (except for the OBC case, which uses constant coefficients)

extinction_curve

cardelli

Cardelli et al. (1989) + O’Donnell (1994) , with RV =3.1

LPVs kind_LPV#

value

description

1

  1. Periods from Trabucchi et al. (2017) .

2

  1. Periods from Trabucchi et al. (2019) .

3

  1. Periods from Trabucchi et al. (2021) .

IMF imf_file#

value

description

filename

salpeter

Salpeter (1955) with cutoff at 0.01 M☉

tab_imf/imf_salpeter.dat

chabrier_exponential

Chabrier (2001) exponential

tab_imf/imf_chabrier_exponential.dat

chabrier_lognormal

Chabrier (2001) lognormal

tab_imf/imf_chabrier_lognormal.dat

chabrier_lognormal_salpeter

Chabrier (2001) lognormal + Salpeter (1955) for M>1M☉

tab_imf/imf_chabrier_lognormal_salpeter.dat

kroupa_orig

Kroupa (2001, 2002) canonical two-part-power law IMF, corrected for unresolved binaries

tab_imf/imf_kroupa_orig.dat

Default values#

parameter

value

cmd_version

3.8

track_omegai

0.00

track_parsec

parsec_CAF09_v1.2S

track_colibri

parsec_CAF09_v1.2S_S_LMC_08_web

track_postagb

no

n_inTPC

10

eta_reimers

0.2

kind_interp

1

kind_postagb

-1

photsys_file

YBC_tab_mag_odfnew/tab_mag_ubvrijhk.dat

photsys_version

YBCnewVega

dust_sourceM

dpmod60alox40

dust_sourceC

AMCSIC15

kind_mag

2

kind_dust

0

extinction_av

0.0

extinction_coeff

constant

extinction_curve

cardelli

kind_LPV

3

imf_file

tab_imf/imf_kroupa_orig.dat

isoc_isagelog

0

isoc_agelow

1.0e9

isoc_ageupp

1.0e10

isoc_dage

0.0

isoc_lagelow

6.6

isoc_lageupp

10.13

isoc_dlage

0.0

isoc_ismetlog

0

isoc_zlow

0.0152

isoc_zupp

0.03

isoc_dz

0.0

isoc_metlow

-2

isoc_metupp

0.3

isoc_dmet

0.0

output_kind

0

output_evstage

1

lf_maginf

-15

lf_magsup

20

lf_deltamag

0.5

sim_mtot

1.0e4

submit_form

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