Here we provide bias corrected light curve fit results, distances,
and bias corrections determined with each model of intrinsic scatter
(G10 or C11). For each of the G10 and C11 .FITRES files, the lightcurve
fit parameters remain the same, however the bias corrections are
computed from different simulations of intrinsic scatter provided in
03-SIM_BIASCOR/.


There is a subtle caveat that we found while preparing the combined probe 
paper (https://arxiv.org/abs/1811.02375) that includes DES SNIa (without 
low-z sample), BAO, weak lending and galaxy clustering. The joint cosmology 
fit has a somewhat large chi2 (chi2=576 with Ndof=498), in part due to the 
DES SNIa in which the lowest redshift bin (0.067-0.081) contains a single 
event that is a nearly 3 Sigma Hubble residual outlier. This large chi2
goes away when the external low-z sample is included, or when doing an 
un-binned fit with 207 DES SNIa.

-------------  *.M0DIF --------------
is the redshift-binned Hubble Diagram

Column definitions in *.M0DIF ASCII table:

zMIN   		   # min of redshift bin
zMAX   		   # max of redshift bin
z      		   # avg z in bin (following Eq. 8 of Brout et al arXiv:1811.02377)
MUDIF  		   # fitted binned mu-offset w.r.t ref cosmological model (following Eq. 14 of Brout et al arXiv:1811.02377) 
MUDIFERR	   # 1 sigma uncertainty on MUDIF
MUREF		   # reference model distance (w_DE:-1, Omega_M:0.3, Omega_k=0)
NFIT		   # number of SNe in z bin

   For cosmological fits, use
      MU(z)       = MUREF + MUDIF
      sigma_mu(z) = MUDIFERR
      
------------   *.FITRES -------------------
is the bias corrected light curve fit results (un-binned)

Column definitions in *.FITRES ASCII table:

CID              # candidate ID
IDSURVEY         # integer SURVEY ID (DES:10, CFA3:63-64, CFA4:65-66-67, CSP:68)
TYPE             # SN type (always 1 for DES-SN3YR sims)
FIELD            # NULL for low-z, set to SN field name for DES
CUTFLAG_SNANA    # always=1 since all events here pass cuts
zHEL             # heliocentric redshift
zHELERR          # error on above
zCMB             # CMB redshift
zCMBERR          # error on above
zHD              # Hubble diagram redshift; zCMB with VPEC correction
zHDERR           # error on above: zCMBERR + VPECERR
VPEC             # pec velocity correction applied to ZHD
VPECERR          # error on above
HOST_LOGMASS     # log10(Mstellar/Msun)
HOST_LOGMASS_ERR # error on above
SNRMAX1          # max SNR among all observations
SNRMAX2          # max SNR after removing band with SNRMAX1
SNRMAX3          # max SNR after removing bands with SNRMAX1 and SNRMAX2
PKMJD            # best fit peak-MJD (rest-frame B band) from SALT2 light curve fit
PKMJDERR         # error on above
x1               # best fit SALT2 stretch parameter
x1ERR            # error on above
c                # best fit SALT2 color parameter
cERR             # error on above
mB               # -2.5log10(x0), where x0 is defined below
mBERR            # error on mB
x0               # best fit SALT2 amplitude
x0ERR            # error on above
COV_x1_c         # fitted covariance bertween x1 and c
COV_x1_x0        # fitted covariance bertween x1 and x0
COV_c_x0         # fitted covariance bertween c and x0
NDOF             # number of degrees of freedom in light curve fit
FITCHI2          # total CHI2 from light curve fit
FITPROB          # fit probability [0-1] for CHI2 and NDOF
RA		 # right ascension
DECL		 # declination
TGAPMAX		 # Rest frame duration of gap in light curve coverage near peak 
TrestMIN	 # time of earliest observation used in fit
TrestMAX	 # time of latest observation usedin fit
MWEBV		 # Milky Way Galactic E(B-V) value used
m0obs_i		 # peak i-band mag computed from best fit SALT2 model
m0obs_r		 # idem for r-band,
em0obs_i         # error on above
em0obs_r	 # error on above

 [below are additions from BBC fit]
MU		 # from Tripp Eq using BBC fitted alpha,beta,gamma
MUMODEL		 # reference model distance modulus (w_DE:-1, Omega_M:0.3, Omega_k=0)
MUERR		 # 1 sigma uncertainty on MU (measurement error and sigma_int) 
MUERR_RAW	 # 1 sigma measurement error on MU (no sigma_int term)
MURES		 # MU-(MUMODEL+M0DIF)
MUPULL		 # MURES/MUERR-1 
M0DIF		 # z-binned MU-offset
ERRCODE		 # no error => always zero
biasCor_mu	 # bias correction already applied to MU
biasCorErr_mu	 # 1 sigma uncertainty on biasCor_mu (not used)
biasCor_mB	 # bias correction on mB
biasCor_x1	 # bias correction on x1
biasCor_c	 # bias correction on c
biasScale_muCOV	 # R_sigma in Eq 13 of arXiv:1610.04677
IDSAMPLE	 # [0] for LOWz and [1] for DES