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Table 3

Description of items of the SFH catalog.

COL Identifier Type Units Description
1 ID CHAR(25) NULL WINGS identifier
2 NAME_SPE CHAR(18) NULL File name and aperture number of the spectrum
3 LUM_DIST FLOAT(7, 2) [Mpc] Luminosity distance (H0 = 70)
4 CHI2_Z05 FLOAT(8, 3) NULL chi[ˆentity!#x20!]2 of the best fit model with Z = 0.05
5 CHI2_Z02 FLOAT(8, 3) NULL chi[ˆentity!#x20!]2 of the best fit model with Z = 0.02
6 CHI2_Z004 FLOAT(8, 3) NULL chi[ˆentity!#x20!]2 of the best fit model with Z = 0.004
7 METAL FLOAT(5.3) NULL metallicity value of the best fit model
8 AV_YOUNG FLOAT(7, 3) [mag] V-band extinction, from model, of young (age bin No. 1) stars
9 AV_YOUNG_ERR FLOAT(7, 3) [mag] Uncertainty on V-band extinction, from model, of young (age bin No. 1) stars
10 AV_TOT FLOAT(7, 3) [mag] Total V-band extinction, from the model
11 AV_TOT_ERR FLOAT(7, 3) [mag] Uncertainty on total V-band extinction, from the model
12 SFR1 FLOAT(9, 4) [Msol yr-1] Star Formation Rate in the 0–2e7 yr range
13 SFR1_ERR FLOAT(9, 4) [Msol yr-1] Uncertainty on the Star Formation Rate in the 0–2e7 yr range
14 SFR2 FLOAT(9, 4) [Msol yr-1] Star Formation Rate in the 2e7–6e8 yr range
15 SFR2_ERR FLOAT(9, 4) [Msol yr-1] Uncertainty on the Star Formation Rate in the 2e7–6e8 yr range
16 SFR3 FLOAT(9, 4) [Msol yr-1] Star Formation Rate in the 6e8–5.6e9 yr range
17 SFR3_ERR FLOAT(9, 4) [Msol yr-1] Uncertainty on the Star Formation Rate in the 6e8–5.6e9 yr range
18 SFR4 FLOAT(9, 4) [Msol yr-1] Star Formation Rate in the 5.6e9–17.8e9 yr range
19 SFR4_ERR FLOAT(9, 4) [Msol yr-1] Uncertainty on the Star Formation Rate in the 5.6e9–17.8e9 yr range
20 MASS1_1 FLOAT(7, 4) NULL Percentage of stellar mass (definition No. 1) in the 0–2e7 yr range
21 MASS1_2 FLOAT(7, 4) NULL Percentage of stellar mass (definition No. 2) in the 0–2e7 yr range
22 MASS1_3 FLOAT(7, 4) NULL Percentage of stellar mass (definition No. 3) in the 0–2e7 yr range
23 MASS1_ERR FLOAT(7, 4) NULL Uncertainty on the percentage of stellar mass in the 0-2e7 yr range
24 MASS2_1 FLOAT(7, 4) NULL Percentage of stellar mass (definition No. 1) in the 2e7–6e8 yr range
25 MASS2_2 FLOAT(7, 4) NULL Percentage of stellar mass (definition No. 2) in the 2e7–6e8 yr range
26 MASS2_3 FLOAT(7, 4) NULL Percentage of stellar mass (definition No. 3) in the 2e7–6e8 yr range
27 MASS2_ERR FLOAT(7, 4) NULL Uncertainty on the percentage of stellar mass in the 2e7–6e8 yr range
28 MASS3_1 FLOAT(7, 4) NULL Percentage of stellar mass (definition No. 1) in the 6e8–5.6e9 yr range
29 MASS3_2 FLOAT(7, 4) NULL Percentage of stellar mass (definition No. 2) in the 6e8–5.6e9 yr range
30 MASS3_3 FLOAT(7, 4) NULL Percentage of stellar mass (definition No. 3) in the 6e8–5.6e9 yr range
31 MASS3_ERR FLOAT(7, 4) NULL Uncertainty on the percentage of stellar mass in the 6e8–5.6e9 yr range
32 MASS4_1 FLOAT(7, 4) NULL Percentage of stellar mass (definition No. 1) in the 5.6e9–17.8e9 yr range
33 MASS4_2 FLOAT(7, 4) NULL Percentage of stellar mass (definition No. 2) in the 5.6e9–17.8e9 yr range
34 MASS4_3 FLOAT(7, 4) NULL Percentage of stellar mass (definition No. 3) in the 5.6e9–17.8e9 yr range
35 MASS4_ERR FLOAT(7, 4) NULL Uncertainty on the percentage of stellar mass in the 5.6e9–17.8e9 yr range
36 MASS_1_FIBER FLOAT(7, 4) [Msol] Log10 of stellar mass (definition No. 1) within the fiber aperture
37 MASS_2_FIBER FLOAT(7, 4) [Msol] Log10 of luminous stellar mass (definition No. 2) within the fiber aperture
38 MASS_3_FIBER FLOAT(7, 4) [Msol] Log10 of luminous stellar mass (definition No. 3) within the fiber aperture
39 MASS_FIBER_ERR FLOAT(7, 4) [Msol] Log10 of the Uncertainty on the stellar mass within the fiber aperture
40 MASS_1_TOT FLOAT(7, 4) [Msol] Log10 of total stellar mass (definition No. 1)
41 MASS_2_TOT FLOAT(7, 4) [Msol] Log10 of total luminous stellar mass (definition No. 2)
42 MASS_3_TOT FLOAT(7, 4) [Msol] Log10 of total luminous stellar mass (definition No. 3)
43 MASS_TOT_ERR FLOAT(7, 4) [Msol] Log10 of the Uncertainty on the total stellar mass
44 AMASS_BJ FLOAT(7, 4) [Msol] Log10 of the stellar mass (fiber) computed according to Bell & DeJong (2001)
45 TMASS_BJ FLOAT(7, 4) [Msol] Log10 of the total stellar mass computed according to Bell & DeJong (2001)
46 CCOL FLOAT(7, 4) NULL Colour-aperture correction for colour gradients to the total mass
47 LUM_AGE_V FLOAT(9, 5) [yr] Log10 of the V-band luminosity-weighted age
48 LUM_AGE FLOAT(9, 5) [yr] Log10 of the luminosity-weighted age
49 LUM_AGE_ERR FLOAT(9, 5) [yr] Uncertainty on the logarithm of the luminosity-weighted age
50 MASS_AGE FLOAT(9, 5) [yr] Log10 of the mass-weighted age
51 MASS_AGE_ERR FLOAT(9, 5) [yr] Uncertainty on the logarithm of the mass-weighted age
52 V_PHOT_FIB FLOAT(8, 3) [mag] Observed apparent V-band magnitude within the fiber
53 B_PHOT_FIB FLOAT(8, 3) [mag] Observed apparent B-band magnitude within the fiber
54 V_PHOT_TOT FLOAT(8, 3) [mag] Observed total apparent V-band magnitude
55 B_PHOT_TOT FLOAT(8, 3) [mag] Observed total apparent B-band magnitude
56 V_OBS_FIB FLOAT(8, 3) [mag] Absolute V-band magnitude within the fiber, from observed spectrum
57 B_OBS_FIB FLOAT(8, 3) [mag] Absolute B-band magnitude within the fiber, from observed spectrum
58 V_OBS_TOT FLOAT(8, 3) [mag] Absolute total V-band magnitude from observed spectrum
59 B_OBS_TOT FLOAT(8, 3) [mag] Absolute total B-band magnitude from observed spectrum
60 U_MOD_FIB FLOAT(8, 3) [mag] Predicted observed U-band magnitude within the fiber, from the model
61 B_MOD_FIB FLOAT(8, 3) [mag] Predicted observed B-band magnitude within the fiber, from the model
62 V_MOD_FIB FLOAT(8, 3) [mag] Predicted observed V-band magnitude within the fiber, from the model
63 R_MOD_FIB FLOAT(8, 3) [mag] Predicted observed R-band magnitude within the fiber, from the model
64 I_MOD_FIB FLOAT(8, 3) [mag] Predicted observed I-band magnitude within the fiber, from the model
65 J_MOD_FIB FLOAT(8, 3) [mag] Predicted observed J-band magnitude within the fiber, from the model
66 H_MOD_FIB FLOAT(8, 3) [mag] Predicted observed H-band magnitude within the fiber, from the model
67 K_MOD_FIB FLOAT(8, 3) [mag] Predicted observed K-band magnitude within the fiber, from the model
68 U_MOD_TOT FLOAT(8, 3) [mag] Predicted observed total U-band magnitude, from the model
69 B_MOD_TOT FLOAT(8, 3) [mag] Predicted observed total B-band magnitude, from the model
70 V_MOD_TOT FLOAT(8, 3) [mag] Predicted observed total V-band magnitude, from the model
71 R_MOD_TOT FLOAT(8, 3) [mag] Predicted observed total R-band magnitude, from the model
72 I_MOD_TOT FLOAT(8, 3) [mag] Predicted observed total I-band magnitude, from the model
73 J_MOD_TOT FLOAT(8, 3) [mag] Predicted observed total J-band magnitude, from the model
74 H_MOD_TOT FLOAT(8, 3) [mag] Predicted observed total H-band magnitude, from the model
75 K_MOD_TOT FLOAT(8, 3) [mag] Predicted observed total K-band magnitude, from the model
76 U_ABS_FIB FLOAT(8, 3) [mag] Predicted absolute U-band magnitude within the fiber, from the model
77 B_ABS_FIB FLOAT(8, 3) [mag] Predicted absolute B-band magnitude within the fiber, from the model
78 V_ABS_FIB FLOAT(8, 3) [mag] Predicted absolute V-band magnitude within the fiber, from the model
79 R_ABS_FIB FLOAT(8, 3) [mag] Predicted absolute R-band magnitude within the fiber, from the model
80 I_ABS_FIB FLOAT(8, 3) [mag] Predicted absolute I-band magnitude within the fiber, from the model
81 J_ABS_FIB FLOAT(8, 3) [mag] Predicted absolute J-band magnitude within the fiber, from the model
82 H_ABS_FIB FLOAT(8, 3) [mag] Predicted absolute H-band magnitude within the fiber, from the model
83 K_ABS_FIB FLOAT(8, 3) [mag] Predicted absolute K-band magnitude within the fiber, from the model
84 U_ABS_TOT FLOAT(8, 3) [mag] Predicted absolute total U-band magnitude, from the model
85 B_ABS_TOT FLOAT(8, 3) [mag] Predicted absolute total B-band magnitude, from the model
86 V_ABS_TOT FLOAT(8, 3) [mag] Predicted absolute total V-band magnitude, from the model
87 R_ABS_TOT FLOAT(8, 3) [mag] Predicted absolute total R-band magnitude, from the model
88 I_ABS_TOT FLOAT(8, 3) [mag] Predicted absolute total I-band magnitude, from the model
89 J_ABS_TOT FLOAT(8, 3) [mag] Predicted absolute total J-band magnitude, from the model
90 H_ABS_TOT FLOAT(8, 3) [mag] Predicted absolute total H-band magnitude, from the model
91 K_ABS_TOT FLOAT(8, 3) [mag] Predicted absolute total K-band magnitude, from the model
92 usdss_MOD_FIB FLOAT(8, 3) [mag] Predicted observed u sdss-band magnitude within the fiber, from the model
93 gsdss_MOD_FIB FLOAT(8, 3) [mag] Predicted observed g sdss-band magnitude within the fiber, from the model
94 rsdss_MOD_FIB FLOAT(8, 3) [mag] Predicted observed r sdss-band magnitude within the fiber, from the model
95 isdss_MOD_FIB FLOAT(8, 3) [mag] Predicted observed i sdss-band magnitude within the fiber, from the model
96 zsdss_MOD_FIB FLOAT(8, 3) [mag] Predicted observed z sdss-band magnitude within the fiber, from the model
97 usdss_MOD_TOT FLOAT(8, 3) [mag] Predicted observed total u sdss-band magnitude, from the model
98 gsdss_MOD_TOT FLOAT(8, 3) [mag] Predicted observed total g sdss-band magnitude, from the model
99 rsdss_MOD_TOT FLOAT(8, 3) [mag] Predicted observed total r sdss-band magnitude, from the model
100 isdss_MOD_TOT FLOAT(8, 3) [mag] Predicted observed total i sdss-band magnitude, from the model
101 zsdss_MOD_TOT FLOAT(8, 3) [mag] Predicted observed total z sdss-band magnitude, from the model
102 usdss_ABS_FIB FLOAT(8, 3) [mag] Predicted absolute u sdss-band magnitude within the fiber, from the model
103 gsdss_ABS_FIB FLOAT(8, 3) [mag] Predicted absolute g sdss-band magnitude within the fiber, from the model
104 rsdss_ABS_FIB FLOAT(8, 3) [mag] Predicted absolute r sdss-band magnitude within the fiber, from the model
105 isdss_ABS_FIB FLOAT(8, 3) [mag] Predicted absolute i sdss-band magnitude within the fiber, from the model
106 zsdss_ABS_FIB FLOAT(8, 3) [mag] Predicted absolute z sdss-band magnitude within the fiber, from the model
107 usdss_ABS_TOT FLOAT(8, 3) [mag] Predicted absolute total u sdss-band magnitude, from the model
108 gsdss_ABS_TOT FLOAT(8, 3) [mag] Predicted absolute total g sdss-band magnitude, from the model
109 rsdss_ABS_TOT FLOAT(8, 3) [mag] Predicted absolute total r sdss-band magnitude, from the model
110 isdss_ABS_TOT FLOAT(8, 3) [mag] Predicted absolute total i sdss-band magnitude, from the model
111 zsdss_ABS_TOT FLOAT(8, 3) [mag] Predicted absolute total z sdss-band magnitude, from the model

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