Embedded Files
To create photometric catalog use HYPER-Z sofware, create the objects catalog withtheir magnitudes (aperture or iso) with errors and names of the targets.
Change lines only those that have exlemation marks(!!)
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################ hyperz & make_catalog parameters ##################
################ version 1.2 - October 31, 2001 ##################
################ by Bolzonella, Pello' & Miralles ##################
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#### Reference: Bolzonella, Miralles & Pello', 2000, A&A 363, 476 ####
#### Web: http://webast.ast.obs-mip.fr/hyperz/ ####
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A0VSED /Users/danka/Desktop/ZPHOT/filters/A0V_KUR_BB.SED # Vega SED (!!!)
FILTERS_RES /Users/danka/Desktop/ZPHOT/filters/FILTER.RES # filters' transmission (!!!)
FILTERS_FILE /Users/danka/Desktop/ZPHOT/filters/filters.param # filter's file (!!!)
TEMPLATES_FILE /Users/danka/Desktop/ZPHOT/spectra.param # templates (!!!)
MAG_TYPE 1 # 0: standard Vega magnitudes
# 1: AB magnitudes (Oke 1974)
ERR_MAG_MIN 0.05 # minimum photometric error
# (used in make_catalog if NOISE_TYPE=1)
Z_MIN 5. # minimum redshift (!!!) change this only if you want to enforce given redshift range, it workes together with choosing only ellipticals at high redshift
Z_MAX 8. # maximum redshift
REDDENING_LAW 5 # reddening law
# 0: no reddening
# 1: Allen (1976) MW
# 2: Seaton (1979) MW
# 3: Fitzpatrick (1983) LMC
# 4: Prevot (1984) Bouchet (1985) SMC
# 5: Calzetti (2000)
AV_MIN 0.0 # minimum A_v
AV_MAX 1.2 # maximum A_v
LY_FOREST 1.0 # Lyman Forest
# 1. : fixed Madau value
# other values: 3 optical depth considered
# <tau_eff>/LY_FOREST, <tau_eff> and
# <tau_eff>*LY_FOREST
OUTPUT_FILE new # N.B. no extension !! (!!!) this will set the names of output files
# hyperz: root name for output files
# (see other parameters)
# make_catalog: .model random catalogue
# .cat catalogue with noise
H0 72. # Hubble constant in Km/s/Mpc
OMEGA_M 0.3 # density parameter (matter)
OMEGA_V 0.7 # density parameter (Lambda)
########################### hyperz only ################################
FILT_M_ABS 194 # filter for absolute magnitude
CATALOG_FILE /Users/danka/Desktop/ZPHOT/catalog.cat # catalogue file (!!!) this is name of your target catalogue
CATALOG_TYPE 0 # catalogue type
# 0: z/cat
# 1: z/obj
Z_STEP 0.05 # step in redshift
ZSTEP_TYPE 0 # 0 step = Z_STEP
# 1 step = Z_STEP*(1+z)
AV_STEP 0.20 # Av_err
AGE_CHECK y # check age gal. < age universe
PROB_THRESH 10.00 # prob. thresh. for second. max. (0,100)
OUTPUT_TYPE 0 # 0: 2.E-17 erg/cm^2/s/A,
# 1: microJy, 2: mag_AB
SED_OBS_FILE y # file .obs_sed (!!!) these are neded to plot with Joahn's code
SED_TEMP_FILE y # file .temp_sed
LOGPHOT_FILE y # file .log_phot
CATPHOT_FILE y # file .cat_phot
ZPHOT_FILE y # file .z_phot
####################### optional parameters #######################
#Z_CLUSTER 1. # redshift of cluster
#M_ABS_MIN -28. # minimum absolute magnitude (bright)
#M_ABS_MAX -9. # maximum absolute magnitude (faint)
#MATRIX n # file .m for each object
SPECTRUM y # file .spe for each object (!!!) these are neded to plot with Joahn's code
#EBV_MW 0. # E(B-V) for galactic dereddening
######################## make_catalog only #############################
REF_FILTER 113 # reference filter
MAG_MIN 22. # minimum apparent magnitude in REF_FILTER
MAG_MAX 25. # maximum apparent magnitude in REF_FILTER
NOISE_TYPE 1 # 0: random noise with fixed sigma in mag
# 1: noise dm(m)
N_OBJ 1000 # number of objects
Z_FORM 10. # formation redshift
AGE_RANDOM 0 # 0 age = age of universe - T(z_form)
# 1 age = random in [0,T(z)-T(z_form)]
RAND_SEED 3010 # seed for random generator (max 4 figures)
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In the filter file filters.param, be carefull here:
First column - is the nuber of the filter that can be found in the file filters.log on the LEFT side (first column), new filter can be added at the end of the file FILTER.RES and number of this new filter will be the last filter number +1
Third column - this is the limiting magnitude, it is extremly important to measure it properly, the easierst is to look at the catalog and check which magnitudes corresponds to 5 S/N for each filter
197 0.00 0 29.5 0.5
195 0.00 0 30. 0.5
194 0.00 0 27.339 0.5
165 0.00 0 27.4 0.5
168 0.00 0 26.17 0.5
190 0.00 0 31.0 0.5
189 0.00 0 31.3 0.5
191 0.00 0 30.2 0.5
File spectra.param, this is a spectras tamplate file, for big catalog use all the template, for only high-z candidates you might want to use only spiral galaxies
/Users/danka/Desktop/ZPHOT/templates/Burst.ised BC
/Users/danka/Desktop/ZPHOT/templates/E.ised BC
/Users/danka/Desktop/ZPHOT/templates/S0.ised BC
/Users/danka/Desktop/ZPHOT/templates/Sa.ised BC
/Users/danka/Desktop/ZPHOT/templates/Sb.ised BC
/Users/danka/Desktop/ZPHOT/templates/Sc.ised BC
/Users/danka/Desktop/ZPHOT/templates/Sd.ised BC
/Users/danka/Desktop/ZPHOT/templates/Im.ised BC
#/Users/danka/Desktop/ZPHOT/templates/CWW_E_ext.sed AS
#/Users/danka/Desktop/ZPHOT/templates/CWW_Sbc_ext.sed AS
#/Users/danka/Desktop/ZPHOT/templates/CWW_Scd_ext.sed AS
#/Users/danka/Desktop/ZPHOT/templates/CWW_Im_ext.sed AS
Target catalogs catalog.cat
# NUMBER 160MAG_ISO 110MAG_ISO 814MAG_ISO 475MAG_ISO 850MAG_ISO 160MAGERR_ISO 110MAGERR_ISO 814MAGERR_ISO 475MAGERR_ISO 850MAGERR_ISO
799 25.3104 25.7437 26.7998 26.812 25.6891 24.8747 26.7687 40.0981 0.1074 0.0694 1.6423 1.7526 1.8754 0.0283 0.0645 15169.5615
736 25.5873 27.1506 99.0 99.0 99.0 26.0765 27.06 25.6351 0.1007 0.1832 99.0 99.0 99.0 0.0471 0.0516 0.0614
713 26.1184 27.1236 26.763 26.9685 28.5158 99.0 27.6297 29.6953 0.1591 0.1721 1.4685 1.8678 23.3829 99.0 0.0703 0.8865
647 25.5699 25.917 28.3609 33.9685 28.3801 0.0 0.0 0.0 0.114 0.068 4.8627 891.8256 15.7491 0.0 0.0 0.0
633 26.3145 27.545 28.326 99.0 99.0 0.0 0.0 0.0 0.1653 0.2214 4.1782 99.0 99.0 0.0 0.0 0.0
92 25.6687 26.3334 29.0613 27.5659 99.0 0.0 0.0 0.0 0.1234 0.0982 10.8576 2.817 99.0 0.0 0.0 0.0
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