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- Action Items Related to Transfer to Kajisawa-san?
- Programs & Scripts?
- Catalogs?
- Fixed Action Items?
- showing the 1sigma errors of the best-fit model SED for EWobs, Mstar, L(Lya), SFR(Lya), SFR(SED), log10[tau/Gyr], Z, and E(B-V)
- showing the programs, scripts, and catalogs with their manuals to select the IA-excess objects in Step 1, 2, 3, and 4
Step 1 Related †
Step 2 Related †
Step 3 Related †
- the scripts and lists to make the input files for the SED fittings of low-z emitters (transferred on 2015/07/02): Step2_lowzSEDfit_scripts.tar.gz
- the parent script: DoMkSSforSF.sh
- this script (1) copies IA_zph_out/IAxxx_zph.out to MkSSforSF.in as the input file to the program, (2) executes the program, and (3) moves MkSSforSF.out as the output file from the program to SEDfit_150305_lowz_IAxxx.tcsh
- the input files for the parent script: IA427_zph.out IA464_zph.out IA484_zph.out IA505_zph.out IA527_zph.out IA574_zph.out IA624_zph.out IA679_zph.out IA709_zph.out IA738_zph.out IA767_zph.out IA827_zph.out
- in each file, all of the redshifts possible for the filter are written in the following format: [1st column] 3 digits for the IA-band name [other columns] (1)z (2)3 digits for the IA-band name (3)emission line (1:Lya, 2:CIV, 3:CIII], 4:MgII, 5:[OII], 6:[OIII]+Hb, 7:Ha+[NII], 99:others)
- the source code of the program: MkSSforSF.f
- this program generates the script file for the SED fittings of low-z emitters named "MkSSforSF.out" from the input file named "MkSSforSF.in"
- the output script files: SEDfit_150305_lowz_IA427.tcsh SEDfit_150305_lowz_IA464.tcsh SEDfit_150305_lowz_IA484.tcsh SEDfit_150305_lowz_IA505.tcsh SEDfit_150305_lowz_IA527.tcsh SEDfit_150305_lowz_IA574.tcsh SEDfit_150305_lowz_IA624.tcsh SEDfit_150305_lowz_IA679.tcsh SEDfit_150305_lowz_IA709.tcsh SEDfit_150305_lowz_IA738.tcsh SEDfit_150305_lowz_IA767.tcsh SEDfit_150305_lowz_IA827.tcsh
Step 4 Related †
Step 1 Related? †
- catalog of 5357 IA-excess candidates selected in Step 1: Step1.txt
- format: (1)ID (2,3)RA,DEC[deg] (4)flag for detection in all 4 IRAC bands[0:no, 1:yes] (5--9)flag for AGN from IRAC color, XMM, Chandra, VLA, and one of them[0:non-AGN, 1:AGN] (10--21)flag of excess IA band for 12 IA bands [0:non-excess, others:excess] (22)N_ex^temp
- (10)IA427 (11)IA464 (12)IA484 (13)IA505 (14)IA527 (15)IA574 (16)IA624 (17)IA679 (18)IA709 (19)IA738 (20)IA767 (21)IA827
Step 2 Related? †
- list of IA-band excess candidates: Step2.txt
- format: (1)ID (2,3)RA,DEC[deg] (4)flag for detection in all 4 IRAC bands[0:no, 1:yes] (5--9)flag for AGN from IRAC color, XMM, Chandra, VLA, and one of them[0:non-AGN,1:AGN] (10)Nex^temp (11)Nsol (12--27)quantities related to the primary z_ph solution (28--43)quantities related to the secondary z_ph solution
- for primary solution : (12)P(z_ph) (13)chi_nu^2(z_ph) (14)z_ph (15--26)line ID for 12 IA bands (1:Lya, 2:CIV, 3:CIII], 4:MgII, 5:[OII], 6:[OIII]+Hb, 7:Ha+[NII], 99:others) (27)N_ex^cons
- for secondary solution: (28)P(z_ph2)/P(z_ph) (29)chi_nu^2(z_ph2)[-99 for the objects w/o secondary solution] (30)z_ph2[-99 for the objects w/o secondary solution] (31--42)line ID for 12 IA bands (1:Lya, 2:CIV, 3:CIII], 4:MgII, 5:[OII], 6:[OIII]+Hb, 7:Ha+[NII], 99:others) (43)N_ex^cons
- (15,31)IA427 (16,32)IA464 (17,33)IA484 (18,34)IA505 (19,35)IA527 (20,36)IA574 (21,37)IA624 (22,38)IA679 (23,39)IA709 (24,40)IA738 (25,41)IA767 (26,42)IA827
Step 3 Related †
Step 4 Related †
as of xxx †
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