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Table: sdss_dr17.eboss_dap_tplwgt
(The bold columns are indexed columns)
| Column Name | Description | Datatype |
|---|---|---|
| age00_0121met0_1 | The weight given to the template with the Age=00.0121 in Gyr and Metallicity=0.1 in solar metallicity units | DOUBLE |
| age00_0121met0_5 | The weight given to the template with the Age=00.0121 in Gyr and Metallicity=0.5 in solar metallicity units | DOUBLE |
| age00_0121met1_0 | The weight given to the template with the Age=00.0121 in Gyr and Metallicity=1.0 in solar metallicity units | DOUBLE |
| age00_0121met2_5 | The weight given to the template with the Age=00.0121 in Gyr and Metallicity=2.5 in solar metallicity units | DOUBLE |
| age00_0138met0_1 | The weight given to the template with the Age=00.0138 in Gyr and Metallicity=0.1 in solar metallicity units | DOUBLE |
| age00_0138met0_5 | The weight given to the template with the Age=00.0138 in Gyr and Metallicity=0.5 in solar metallicity units | DOUBLE |
| age00_0138met1_0 | The weight given to the template with the Age=00.0138 in Gyr and Metallicity=1.0 in solar metallicity units | DOUBLE |
| age00_0138met2_5 | The weight given to the template with the Age=00.0138 in Gyr and Metallicity=2.5 in solar metallicity units | DOUBLE |
| age00_0150met0_1 | The weight given to the template with the Age=00.0150 in Gyr and Metallicity=0.1 in solar metallicity units | DOUBLE |
| age00_0150met0_5 | The weight given to the template with the Age=00.0150 in Gyr and Metallicity=0.5 in solar metallicity units | DOUBLE |
| age00_0150met1_0 | The weight given to the template with the Age=00.0150 in Gyr and Metallicity=1.0 in solar metallicity units | DOUBLE |
| age00_0150met2_5 | The weight given to the template with the Age=00.0150 in Gyr and Metallicity=2.5 in solar metallicity units | DOUBLE |
| age00_0199met0_1 | The weight given to the template with the Age=00.0199 in Gyr and Metallicity=0.1 in solar metallicity units | DOUBLE |
| age00_0199met0_5 | The weight given to the template with the Age=00.0199 in Gyr and Metallicity=0.5 in solar metallicity units | DOUBLE |
| age00_0199met1_0 | The weight given to the template with the Age=00.0199 in Gyr and Metallicity=1.0 in solar metallicity units | DOUBLE |
| age00_0199met2_5 | The weight given to the template with the Age=00.0199 in Gyr and Metallicity=2.5 in solar metallicity units | DOUBLE |
| age00_0250met0_1 | The weight given to the template with the Age=00.0250 in Gyr and Metallicity=0.1 in solar metallicity units | DOUBLE |
| age00_0250met0_5 | The weight given to the template with the Age=00.0250 in Gyr and Metallicity=0.5 in solar metallicity units | DOUBLE |
| age00_0250met1_0 | The weight given to the template with the Age=00.0250 in Gyr and Metallicity=1.0 in solar metallicity units | DOUBLE |
| age00_0250met2_5 | The weight given to the template with the Age=00.0250 in Gyr and Metallicity=2.5 in solar metallicity units | DOUBLE |
| age00_0328met0_1 | The weight given to the template with the Age=00.0328 in Gyr and Metallicity=0.1 in solar metallicity units | DOUBLE |
| age00_0328met0_5 | The weight given to the template with the Age=00.0328 in Gyr and Metallicity=0.5 in solar metallicity units | DOUBLE |
| age00_0328met1_0 | The weight given to the template with the Age=00.0328 in Gyr and Metallicity=1.0 in solar metallicity units | DOUBLE |
| age00_0328met2_5 | The weight given to the template with the Age=00.0328 in Gyr and Metallicity=2.5 in solar metallicity units | DOUBLE |
| age00_0540met0_1 | The weight given to the template with the Age=00.0540 in Gyr and Metallicity=0.1 in solar metallicity units | DOUBLE |
| age00_0540met0_5 | The weight given to the template with the Age=00.0540 in Gyr and Metallicity=0.5 in solar metallicity units | DOUBLE |
| age00_0540met1_0 | The weight given to the template with the Age=00.0540 in Gyr and Metallicity=1.0 in solar metallicity units | DOUBLE |
| age00_0540met2_5 | The weight given to the template with the Age=00.0540 in Gyr and Metallicity=2.5 in solar metallicity units | DOUBLE |
| age00_0889met0_1 | The weight given to the template with the Age=00.0889 in Gyr and Metallicity=0.1 in solar metallicity units | DOUBLE |
| age00_0889met0_5 | The weight given to the template with the Age=00.0889 in Gyr and Metallicity=0.5 in solar metallicity units | DOUBLE |
| age00_0889met1_0 | The weight given to the template with the Age=00.0889 in Gyr and Metallicity=1.0 in solar metallicity units | DOUBLE |
| age00_0889met2_5 | The weight given to the template with the Age=00.0889 in Gyr and Metallicity=2.5 in solar metallicity units | DOUBLE |
| age00_1463met0_1 | The weight given to the template with the Age=00.1463 in Gyr and Metallicity=0.1 in solar metallicity units | DOUBLE |
| age00_1463met0_5 | The weight given to the template with the Age=00.1463 in Gyr and Metallicity=0.5 in solar metallicity units | DOUBLE |
| age00_1463met1_0 | The weight given to the template with the Age=00.1463 in Gyr and Metallicity=1.0 in solar metallicity units | DOUBLE |
| age00_1463met2_5 | The weight given to the template with the Age=00.1463 in Gyr and Metallicity=2.5 in solar metallicity units | DOUBLE |
| age00_2409met0_1 | The weight given to the template with the Age=00.2409 in Gyr and Metallicity=0.1 in solar metallicity units | DOUBLE |
| age00_2409met0_5 | The weight given to the template with the Age=00.2409 in Gyr and Metallicity=0.5 in solar metallicity units | DOUBLE |
| age00_2409met1_0 | The weight given to the template with the Age=00.2409 in Gyr and Metallicity=1.0 in solar metallicity units | DOUBLE |
| age00_2409met2_5 | The weight given to the template with the Age=00.2409 in Gyr and Metallicity=2.5 in solar metallicity units | DOUBLE |
| age00_3965met0_1 | The weight given to the template with the Age=00.3965 in Gyr and Metallicity=0.1 in solar metallicity units | DOUBLE |
| age00_3965met0_5 | The weight given to the template with the Age=00.3965 in Gyr and Metallicity=0.5 in solar metallicity units | DOUBLE |
| age00_3965met1_0 | The weight given to the template with the Age=00.3965 in Gyr and Metallicity=1.0 in solar metallicity units | DOUBLE |
| age00_3965met2_5 | The weight given to the template with the Age=00.3965 in Gyr and Metallicity=2.5 in solar metallicity units | DOUBLE |
| age00_6528met0_1 | The weight given to the template with the Age=00.6528 in Gyr and Metallicity=0.1 in solar metallicity units | DOUBLE |
| age00_6528met0_5 | The weight given to the template with the Age=00.6528 in Gyr and Metallicity=0.5 in solar metallicity units | DOUBLE |
| age00_6528met1_0 | The weight given to the template with the Age=00.6528 in Gyr and Metallicity=1.0 in solar metallicity units | DOUBLE |
| age00_6528met2_5 | The weight given to the template with the Age=00.6528 in Gyr and Metallicity=2.5 in solar metallicity units | DOUBLE |
| age01_0748met0_1 | The weight given to the template with the Age=01.0748 in Gyr and Metallicity=0.1 in solar metallicity units | DOUBLE |
| age01_0748met0_5 | The weight given to the template with the Age=01.0748 in Gyr and Metallicity=0.5 in solar metallicity units | DOUBLE |
| age01_0748met1_0 | The weight given to the template with the Age=01.0748 in Gyr and Metallicity=1.0 in solar metallicity units | DOUBLE |
| age01_0748met2_5 | The weight given to the template with the Age=01.0748 in Gyr and Metallicity=2.5 in solar metallicity units | DOUBLE |
| age01_7695met0_1 | The weight given to the template with the Age=01.7695 in Gyr and Metallicity=0.1 in solar metallicity units | DOUBLE |
| age01_7695met0_5 | The weight given to the template with the Age=01.7695 in Gyr and Metallicity=0.5 in solar metallicity units | DOUBLE |
| age01_7695met1_0 | The weight given to the template with the Age=01.7695 in Gyr and Metallicity=1.0 in solar metallicity units | DOUBLE |
| age01_7695met2_5 | The weight given to the template with the Age=01.7695 in Gyr and Metallicity=2.5 in solar metallicity units | DOUBLE |
| age02_9132met0_1 | The weight given to the template with the Age=02.9132 in Gyr and Metallicity=0.1 in solar metallicity units | DOUBLE |
| age02_9132met0_5 | The weight given to the template with the Age=02.9132 in Gyr and Metallicity=0.5 in solar metallicity units | DOUBLE |
| age02_9132met1_0 | The weight given to the template with the Age=02.9132 in Gyr and Metallicity=1.0 in solar metallicity units | DOUBLE |
| age02_9132met2_5 | The weight given to the template with the Age=02.9132 in Gyr and Metallicity=2.5 in solar metallicity units | DOUBLE |
| age04_7962met0_1 | The weight given to the template with the Age=04.7962 in Gyr and Metallicity=0.1 in solar metallicity units | DOUBLE |
| age04_7962met0_5 | The weight given to the template with the Age=04.7962 in Gyr and Metallicity=0.5 in solar metallicity units | DOUBLE |
| age04_7962met1_0 | The weight given to the template with the Age=04.7962 in Gyr and Metallicity=1.0 in solar metallicity units | DOUBLE |
| age04_7962met2_5 | The weight given to the template with the Age=04.7962 in Gyr and Metallicity=2.5 in solar metallicity units | DOUBLE |
| age07_8962met0_1 | The weight given to the template with the Age=07.8962 in Gyr and Metallicity=0.1 in solar metallicity units | DOUBLE |
| age07_8962met0_5 | The weight given to the template with the Age=07.8962 in Gyr and Metallicity=0.5 in solar metallicity units | DOUBLE |
| age07_8962met1_0 | The weight given to the template with the Age=07.8962 in Gyr and Metallicity=1.0 in solar metallicity units | DOUBLE |
| age07_8962met2_5 | The weight given to the template with the Age=07.8962 in Gyr and Metallicity=2.5 in solar metallicity units | DOUBLE |
| age13_0000met0_1 | The weight given to the template with the Age=13.0000 in Gyr and Metallicity=0.1 in solar metallicity units | DOUBLE |
| age13_0000met0_5 | The weight given to the template with the Age=13.0000 in Gyr and Metallicity=0.5 in solar metallicity units | DOUBLE |
| age13_0000met1_0 | The weight given to the template with the Age=13.0000 in Gyr and Metallicity=1.0 in solar metallicity units | DOUBLE |
| age13_0000met2_5 | The weight given to the template with the Age=13.0000 in Gyr and Metallicity=2.5 in solar metallicity units | DOUBLE |
| agec_0050met0_1_plus_nebcont | The weight given to the template with the Age=00.50 in Gyr and Metallicty=0.1 in solar metallicity units. The c denotes a continuous mode, as all continuous models in the paper are less than a billion years old the c takes the billions place. The plus_nebcont flag indicates that the model includes nebular continuum emission. | DOUBLE |
| agec_0050met0_5_plus_nebcont | The weight given to the template with the Age=00.50 in Gyr and Metallicty=0.5 in solar metallicity units. The c denotes a continuous mode, as all continuous models in the paper are less than a billion years old the c takes the billions place. The plus_nebcont flag indicates that the model includes nebular continuum emission. | DOUBLE |
| agec_0050met1_0_plus_nebcont | The weight given to the template with the Age=00.50 in Gyr and Metallicty=1.0 in solar metallicity units. The c denotes a continuous mode, as all continuous models in the paper are less than a billion years old the c takes the billions place. The plus_nebcont flag indicates that the model includes nebular continuum emission. | DOUBLE |
| agec_0050met2_5_plus_nebcont | The weight given to the template with the Age=00.50 in Gyr and Metallicty=2.5 in solar metallicity units. The c denotes a continuous mode, as all continuous models in the paper are less than a billion years old the c takes the billions place. The plus_nebcont flag indicates that the model includes nebular continuum emission. | DOUBLE |
| agec_0100met0_1_plus_nebcont | The weight given to the template with the Age=01.00 in Gyr and Metallicty=0.1 in solar metallicity units. The c denotes a continuous mode, as all continuous models in the paper are less than a billion years old the c takes the billions place. The plus_nebcont flag indicates that the model includes nebular continuum emission. | DOUBLE |
| agec_0100met0_5_plus_nebcont | The weight given to the template with the Age=01.00 in Gyr and Metallicty=0.5 in solar metallicity units. The c denotes a continuous mode, as all continuous models in the paper are less than a billion years old the c takes the billions place. The plus_nebcont flag indicates that the model includes nebular continuum emission. | DOUBLE |
| agec_0100met1_0_plus_nebcont | The weight given to the template with the Age=01.00 in Gyr and Metallicty=1.0 in solar metallicity units. The c denotes a continuous mode, as all continuous models in the paper are less than a billion years old the c takes the billions place. The plus_nebcont flag indicates that the model includes nebular continuum emission. | DOUBLE |
| agec_0100met2_5_plus_nebcont | The weight given to the template with the Age=01.00 in Gyr and Metallicty=2.5 in solar metallicity units. The c denotes a continuous mode, as all continuous models in the paper are less than a billion years old the c takes the billions place. The plus_nebcont flag indicates that the model includes nebular continuum emission. | DOUBLE |
| ebv | The E(B-V) of the Milky Way at the position of the spectrum | DOUBLE |
| fiber | The Fiber | VARCHAR |
| fibermasked | Flag for spectra that were masked with a full fiber mask (t/f) | CHAR |
| mjd | The Modified Julian Date | VARCHAR |
| multicoeff_0 | The polynomial coefficient of the 0th order with units identical to the spectrum. | DOUBLE |
| multicoeff_1 | The polynomial coefficient of the 1st order with units identical to the spectrum. | DOUBLE |
| multicoeff_2 | The polynomial coefficient of the 2nd order with units identical to the spectrum. | DOUBLE |
| multicoeff_3 | The polynomial coefficient of the 3rd order with units identical to the spectrum. | DOUBLE |
| multicoeff_4 | The polynomial coefficient of the 4th order with units identical to the spectrum. | DOUBLE |
| multicoeff_5 | The polynomial coefficient of the 5th order with units identical to the spectrum. | DOUBLE |
| multicoeff_6 | The polynomial coefficient of the 6th order with units identical to the spectrum. | DOUBLE |
| multicoeff_7 | The polynomial coefficient of the 7th order with units identical to the spectrum. | DOUBLE |
| plate | The Plate | VARCHAR |
| pmf_string | The combined Plate-MJD-Fiber | VARCHAR |
| random_id | Random ID in the range 0.0 => 100.0 | REAL |
| rchi2 | The reduced chi^2 of the best fit of the spectrum found by the eBOSS-DAP | DOUBLE |
| sdss_joinid | Unique ID based on PLATE, MJD, FIBER for joining across SDSS data releases | BIGINT |
| specobjid | Unique database ID based on PLATE, MJD, FIBER, RUN2D (run2d=v5_13_2 for all objects in this table) | BIGINT |
