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Table B.1
Description and explanation of the contents of the CoRoTAPOGEE catalogue.
No.  Column  Data type  Shape  Unit  Description 


$1  CoRoT_ID  Integer  CoRoT Star Identifier − 10 digits number  
$2  APOGEE_ID  String  APOGEE Identifier  
$3  RA  Double  deg  Right Ascension (J2000.0, from 2MASS)  
$4  Dec  Double  deg  Declination (J2000.0, from 2MASS)  
$5  GLON  Double  deg  Galactic Longitude  
$6  GLAT  Double  deg  Galactic Latitude  
$7  FIELD  String  APOGEE Field  
$8  run_id  String  Identifier of the CoRoT mission run  format AAIIA  
$9  Seismic_results  String  Fitting method used to fit the frequency power spectrum  
(automatic or supervised)  
$10  numax  Float  muHz  Frequency of maximum oscillation power  
$11  e_numax  Float  muHz  Uncertainty of the frequency of maximum oscillation power  
$12  Dnu  Float  muHz  Large frequency separation  
$13  e_Dnu  Float  muHz  Uncertainty of the large frequency separation  
$14  evstat  String  Evolutionary stage (RGB: redgiant branch, or RC: red clump)  
$15  ASPCAP_ID  String  Unique ASPCAP identifier  
$16  FILE  String  File name of visitcombined APOGEE spectrum  
$17  TELESCOPE  String  String representation of of telescope used for observation  
(currently APO 1 m or 2.5 m)  
$18  LOCATION_ID  Short  APOGEE Field Location ID  
$19  TARGFLAGS  String  APOGEE Target flags^{20}  
$20  NVISITS  Integer  Number of visits into combined spectrum  
$21  SNR  Float  median S/N per pixel in combined spectrum  
$22  STARFLAGS  String  APOGEE Star flags^{21}  
$23  VHELIO_AVG  Float  APOGEE average radial velocity, weighted by S/N, using RVs  
determined from crosscorrelation of ind. spectra with template spectrum  
$24  VSCATTER  Float  Scatter of individual visit RVs around average  
$25  VERR_MED  Float  Median of individual visit RV errors  
$26  PARAM  float[]  7  Empirically calibrated parameter array, using ASPCAP stellar parameters  
fit + calibrations, in the order: T_{eff},log g,v_{micro}, [M/H], [C/M], [N/M], [α/M]  
$27  FPARAM  float[]  7  Uncalibrated output parameter array from ASPCAP stellar parameters fit  
$28  PARAM_COV  float[]  49  Covariance of calibrated parameters, but with only diagonal elements  
from external uncertainty estimation  
$29  FPARAM_COV  float[]  49  Covariance of fitted parameters from ASPCAP  
$30  TEFF  Double  K  APOGEE T_{eff} from ASPCAP analysis of combined spectrum  
$31  TEFF_ERR  Double  K  APOGEE T_{eff} uncertainty  
$32  LOGG  Float  [dex]  APOGEE log g from ASPCAP analysis of combined spectrum  
$33  LOGG_ERR  Float  dex  APOGEE log g uncertainty  
$34  PARAM_M_H  Float  [dex]  APOGEE [M/H] from ASPCAP analysis of combined spectrum  
$35  MH_Anders  Float  [dex]  APOGEE [M/H] calibrated as in this paper and Santiago et al. (2016)  
$36  PARAM_M_H_ERR  Float  dex  APOGEE [M/H] uncertainty  
$37  PARAM_ALPHA_M  Float  [dex]  APOGEE [α/M] from ASPCAP analysis of combined spectrum  
$38  PARAM_ALPHA_M_ERR  Float  dex  APOGEE [α/M] uncertainty  
$39  ASPCAP_CHI2  Float  Reduced χ^{2} of ASPCAP Fit  
$40  ASPCAPFLAGS  String  Flags for ASPCAP analysis  
$41  AL_H  Float  dex  [Al/H] from ASPCAP analysis of combined spectrum  
$42  CA_H  Float  dex  [Ca/H] from ASPCAP analysis of combined spectrum  
$43  C_H  Float  dex  [C/H] from ASPCAP analysis of combined spectrum  
$44  FE_H  Float  dex  [Fe/H] from ASPCAP analysis of combined spectrum  
$45  K_H  Float  dex  [K/H] from ASPCAP analysis of combined spectrum  
$46  MG_H  Float  dex  [Mg/H] from ASPCAP analysis of combined spectrum  
$47  MN_H  Float  dex  [Mn/H] from ASPCAP analysis of combined spectrum  
$48  NA_H  Float  dex  [Na/H] from ASPCAP analysis of combined spectrum  
$49  NI_H  Float  dex  [Ni/H] from ASPCAP analysis of combined spectrum  
$50  N_H  Float  dex  [N/H] from ASPCAP analysis of combined spectrum  
$51  O_H  Float  dex  [O/H] from ASPCAP analysis of combined spectrum  
$52  SI_H  Float  dex  [Si/H] from ASPCAP analysis of combined spectrum  
$53  S_H  Float  dex  [S/H] from ASPCAP analysis of combined spectrum  
$54  TI_H  Float  dex  [Ti/H] from ASPCAP analysis of combined spectrum  
$55  V_H  Float  dex  [V/H] from ASPCAP analysis of combined spectrum  
$56  AL_H_ERR  Float  dex  [Al/H] uncertainty from ASPCAP analysis of combined spectrum  
$57  CA_H_ERR  Float  dex  [Ca/H] uncertainty from ASPCAP analysis of combined spectrum  
$58  C_H_ERR  Float  dex  [C/H] uncertainty from ASPCAP analysis of combined spectrum  
$59  FE_H_ERR  Float  dex  [Fe/H] uncertainty from ASPCAP analysis of combined spectrum  
$60  K_H_ERR  Float  dex  [K/H] uncertainty from ASPCAP analysis of combined spectrum  
$61  MG_H_ERR  Float  dex  [Mg/H] uncertainty from ASPCAP analysis of combined spectrum  
$62  MN_H_ERR  Float  dex  [Mn/H] uncertainty from ASPCAP analysis of combined spectrum  
$63  NA_H_ERR  Float  dex  [Na/H] uncertainty from ASPCAP analysis of combined spectrum  
$64  NI_H_ERR  Float  dex  [Ni/H] uncertainty from ASPCAP analysis of combined spectrum  
$65  N_H_ERR  Float  dex  [N/H] uncertainty from ASPCAP analysis of combined spectrum  
$66  O_H_ERR  Float  dex  [O/H] uncertainty from ASPCAP analysis of combined spectrum  
$67  SI_H_ERR  Float  dex  [Si/H] uncertainty from ASPCAP analysis of combined spectrum  
$68  S_H_ERR  Float  dex  [S/H] uncertainty from ASPCAP analysis of combined spectrum  
$69  TI_H_ERR  Float  dex  [Ti/H] uncertainty from ASPCAP analysis of combined spectrum  
$70  V_H_ERR  Float  dex  [V/H] uncertainty from ASPCAP analysis of combined spectrum  
$71  AL_H_FLAG  Integer  [Al/H] Flag  
$72  CA_H_FLAG  Integer  [Ca/H] Flag  
$73  C_H_FLAG  Integer  [C/H] Flag  
$74  FE_H_FLAG  Integer  [Fe/H] Flag  
$75  K_H_FLAG  Integer  [K/H] Flag  
$76  MG_H_FLAG  Integer  [Mg/H] Flag  
$77  MN_H_FLAG  Integer  [Mn/H] Flag  
$78  NA_H_FLAG  Integer  [Na/H] Flag  
$79  NI_H_FLAG  Integer  [Ni/H] Flag  
$80  N_H_FLAG  Integer  [N/H] Flag  
$81  O_H_FLAG  Integer  [O/H] Flag  
$82  SI_H_FLAG  Integer  [Si/H] Flag  
$83  S_H_FLAG  Integer  [S/H] Flag  
$84  TI_H_FLAG  Integer  [Ti/H] Flag  
$85  V_H_FLAG  Integer  [V/H] Flag  
$86  AK_TARG  Float  mag  K_{s}band extinction from APOGEE Targeting (Zasowski et al. 2013)  
$87  AK_TARG_METHOD  String  Extinction method used for APOGEE Targeting (Zasowski et al. 2013)  
$88  SFD_EBV  Float  mag  SFD E(B − V) extinction (Schlegel et al. 1998)  
$89  RC_dist_kpc  Double  kpc  APOGEE Red Clump distance (Bovy et al. 2014)  
$90  VISITS  String  List of APOGEE visits going into combined spectrum  
$91  VISIT_PK  int[]  50  Index of MJDs of APOGEE visits used in combined spectrum  
$92  mag_b  Float  mag  OBSCAT Filter B magnitude  
$93  mag_b_err  Float  mag  OBSCAT Filter B magnitude error  
$94  mag_v  Float  mag  OBSCAT Filter V magnitude  
$95  mag_v_err  Float  mag  OBSCAT Filter V magnitude error  
$96  mag_r  Float  mag  OBSCAT Filter R magnitude  
$97  mag_r_err  Float  mag  OBSCAT Filter R magnitude error  
$98  mag_i  Float  mag  OBSCAT Filter I magnitude  
$99  mag_i_err  Float  mag  OBSCAT Filter I magnitude error  
$100  AllWISE  String  AllWISE ID  
$101  Jmag  Float  mag  2MASS J magnitude  
$102  e_Jmag  Float  mag  Mean error on J magnitude  
$103  Hmag  Float  mag  2MASS H magnitude  
$104  e_Hmag  Float  mag  Mean error on H magnitude  
$105  Kmag  Float  mag  2MASS K_{s} magnitude  
$106  e_Kmag  Float  mag  Mean error on K_{s} magnitude  
$107  W1mag  Float  mag  WISE W1 magnitude  
$108  e_W1mag  Float  mag  Mean error on W1 magnitude  
$109  W2mag  Float  mag  WISE W2 magnitude  
$110  e_W2mag  Float  mag  Mean error on W2 magnitude  
$111  W3mag  Float  mag  WISE W3 magnitude  
$112  e_W3mag  Float  mag  Mean error on W3 magnitude  
$113  W4mag  Float  mag  WISE W4 magnitude  
$114  e_W4mag  Float  mag  Mean error on W4 magnitude  
$115  magB  Float  mag  B magnitude from APASS  
$116  sigmagB  Float  mag  Error in B magnitude from APASS  
$117  magV  Float  mag  V magnitude from APASS  
$118  sigmagV  Float  mag  Error in V magnitude from APASS  
$119  magg  Float  mag  g magnitude from APASS  
$120  sigmagg  Float  mag  Error in g magnitude from APASS  
$121  magr  Float  mag  r magnitude from APASS  
$122  sigmagr  Float  mag  Error in r magnitude from APASS  
$123  magi  Float  mag  i magnitude from APASS  
$124  sigmagi  Float  mag  Error in i magnitude from APASS  
$125  RA_EXODAT  Double  deg  Rigth Ascension  J2000 decimal degrees  
$126  DEC_EXODAT  Double  deg  Declination  J2000 decimal degrees  
$127  ccd_id  String  CoRoT CCD Id. either E1 or E2  
$128  win_id  Integer  CoRoT Window Identifier on the CCD  
$129  x  Double  X Target coordinate on the CoRoT CCD  
$130  y  Double  Y Target coordinate on the CoRoT CCD  
$131  spectral_type  String  EXODAT Spectral type of the star (from SED)  
$132  luminosity_class  String  EXODAT Luminosity class  (I II III IV V) (from SED)  
$133  color_temperature  Integer  K  EXODAT Color temperature estimation  
$134  ppmxl_id  String  Record identifier in the catalog PPMXL  
$135  usnob1_id  String  Record identifier in the catalog USNOB1  
$136  twomass_id  String  Record identifier in the catalog TWOMASS  
$137  usnoa2_id  String  Record identifier in the catalog USNOA2  
$138  cmc14_id  String  Record identifier in the catalog CMC14  
$139  tycho2_id  Integer  Record identifier in the catalog TYCHO2  
$140  ucac2_id  Integer  Record identifier in the catalog UCAC2  
$141  UCAC4  String  UCAC4 recommended identifier (ZZZNNNNNN)  
$142  pmRA  Double  mas/yr  UCAC4 Proper motion in RA ·cos(Dec)  
$143  e_pmRA  Float  mas/yr  Mean error on pmRA  
$144  pmDE  Double  mas/yr  UCAC4 Proper motion in Dec  
$145  e_pmDE  Float  mas/yr  Mean error on pmDE  
$146  UCAC4_combinedflag  Boolean  UCAC4 combined flag (as in Anders et al. 2014)  
$147  mass_scale  Float  M _{⊙}  Stellar mass from seismic scaling relations  
$148  logg_scale  Float  [dex]  log g from seismic scaling relations  
$149  radius_scale  Float  R _{⊙}  Stellar radius from seismic scaling relations  
$150  age_mode  Float  Gyr  PARAM Age (mode of the posterior PDF; Rodrigues et al. 2014)  
$151  age_mode_68L  Float  Gyr  PARAM Age Lower 68% Confidence Limit  
$152  age_mode_68U  Float  Gyr  PARAM Age Upper 68% Confidence Limit  
$153  age_mode_95L  Float  Gyr  PARAM Age Lower 95% Confidence Limit  
$154  age_mode_95U  Float  Gyr  PARAM Age Upper 95% Confidence Limit  
$155  sigage_isochrones  Double  Gyr  Systematic age uncertainty estimated from different isochrones  
$156  sigage_eta  Double  Gyr  Systematic age uncertainty related to mass loss  
$157  sigage_tot  Double  Gyr  Total age uncertainty  
(quadratic sum of statistical and systematic age uncertainties)  
$158  mass_mode  Float  M _{⊙}  PARAM Mass (mode of the posterior PDF; Rodrigues et al. 2014)  
$159  mass_mode_68L  Float  M _{⊙}  PARAM Mass Lower 68% Confidence Limit  
$160  mass_mode_68U  Float  M _{⊙}  PARAM Mass Upper 68% Confidence Limit  
$161  mass_mode_95L  Float  M _{⊙}  PARAM Mass Lower 95% Confidence Limit  
$162  mass_mode_95U  Float  M _{⊙}  PARAM Mass Upper 95% Confidence Limit  
$163  radius_mode  Float  R _{⊙}  PARAM Radius (mode of the posterior PDF; Rodrigues et al. 2014)  
$164  radius_mode_68L  Float  R _{⊙}  PARAM Radius Lower 68% Confidence Limit  
$165  radius_mode_68U  Float  R _{⊙}  PARAM Radius Upper 68% Confidence Limit  
$166  radius_mode_95L  Float  R _{⊙}  PARAM Radius Lower 95% Confidence Limit  
$167  radius_mode_95U  Float  R _{⊙}  PARAM Radius Upper 95% Confidence Limit  
$168  logg_mode  Float  [dex]  PARAM log g (mode of the posterior PDF; Rodrigues et al. 2014)  
$169  logg_mode_68L  Float  [dex]  PARAM log g Lower 68% Confidence Limit  
$170  logg_mode_68U  Float  [dex]  PARAM log g Upper 68% Confidence Limit  
$171  logg_mode_95L  Float  [dex]  PARAM log g Lower 95% Confidence Limit  
$172  logg_mode_95U  Float  [dex]  PARAM log g Upper 95% Confidence Limit  
$173  dist_mode  Float  pc  PARAM Distance (mode of the posterior PDF; Rodrigues et al. 2014)  
$174  dist_mode_68L  Float  pc  PARAM Distance Lower 68% Confidence Limit  
$175  dist_mode_68U  Float  pc  PARAM Distance Upper 68% Confidence Limit  
$176  dist_mode_95L  Float  pc  PARAM Distance Lower 95% Confidence Limit  
$177  dist_mode_95U  Float  pc  PARAM Distance Upper 95% Confidence Limit  
$178  Av_mode  Float  mag  PARAM Vband extinction (mode of the posterior PDF; Rodrigues et al. 2014)  
$179  Av_mode_68L  Float  mag  PARAM Vband extinction Lower 68% Confidence Limit  
$180  Av_mode_68U  Float  mag  PARAM Vband extinction Upper 68% Confidence Limit  
$181  Av_mode_95L  Float  mag  PARAM Vband extinction Lower 95% Confidence Limit  
$182  Av_mode_95U  Float  mag  PARAM Vband extinction Upper 95% Confidence Limit  
$183  nfil  Short  Number of photometric filters used by PARAM  
$184  fils  String  Which photometric filters have been used by PARAM  
$185  Xg  Float  kpc  X coordinate in Galactocentric Cartesian coordinates  
$186  Xg_sig  Float  kpc  X coordinate uncertainty  
$187  Yg  Float  kpc  Y coordinate in Galactocentric Cartesian coordinates  
$188  Yg_sig  Float  kpc  Y coordinate uncertainty  
$189  Zg  Float  kpc  Z coordinate in Galactocentric Cartesian coordinates  
$190  Zg_sig  Float  kpc  Z coordinate uncertainty  
$191  Rg  Float  kpc  R coordinate in Galactocentric Cylindrical coordinates  
$192  Rg_sig  Float  kpc  R coordinate uncertainty  
$193  vT  Float  km s^{1}  Transverse velocity  
$194  vT_sig  Float  km s^{1}  Transverse velocity uncertainty  
$195  vXg  Float  km s^{1}  Xaxis space velocity  
$196  vXg_sig  Float  km s^{1}  Xaxis space velocity uncertainty  
$197  vYg  Float  km s^{1}  Yaxis space velocity  
$198  vYg_sig  Float  km s^{1}  Yaxis space velocity uncertainty  
$199  vZg  Float  km s^{1}  Zaxis space velocity  
$200  vZg_sig  Float  km s^{1}  Zaxis space velocity uncertainty  
$201  vRg  Float  km s^{1}  Galactocentric radial velocity  
$202  vRg_sig  Float  km s^{1}  Galactocentric radial velocity uncertainty  
$203  vPhig  Float  km s^{1}  Azimuthal velocity  
$204  vPhig_sig  Float  km s^{1}  Azimuthal velocity uncertainty  
$205  Rguide  Float  kpc  Guidingcentre radius  
$206  Rguide_sig  Float  kpc  Uncertainty on guidingcentre radius 
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