Summary of the noise models tested to properly model the miniJPAS observations. Red bands are defined such that |$\lambda _{\mathrm{eff}}\ge 7\, 416$| Å.
| Model . | Description . |
|---|---|
| 1 | G(0,|$\, 1\sigma _{\mu }$|) |
| 2 | G(0,|$\, 1.5\sigma _{\mu }$|) |
| 3 | G(0,|$\, 2\sigma _{\mu }$|) |
| 4 | G(0,|$\, 2.5\sigma _{\mu }$|) |
| 5 | G(0,|$\, 3\sigma _{\mu }$|) |
| 6 | |$\frac{2}{3}$|G(0,|$\, 1\sigma _{\mu }$|) + |$\frac{1}{3}$|G(0,|$\, 2\sigma _{\mu }$|) |
| 7 | |$\frac{1}{3}$|G(0,|$\, 1\sigma _{\mu }$|) + |$\frac{1}{3}$|G(0,|$\, 2\sigma _{\mu }$|) + |$\frac{1}{3}$|G(0,|$\, 3\sigma _{\mu }$|) |
| 8 | |$\frac{2}{3}$|G(0,|$\, 1\sigma _{\mu }$|) + |$\frac{1}{3}$|G(0,|$\, 3\sigma _{\mu }$|) |
| 9 | |$\frac{2}{3}$|G(0,|$\, 2\sigma _{\mu }$|) + |$\frac{1}{3}$|G(0,|$\, 3\sigma _{\mu }$|) |
| 10 | G(0,|$\, 1\sigma _{\mu }$|) [blue bands] |
| G(0,|$\, 2\sigma _{\mu }$|) [red bands] | |
| 11 | best of above (for each band) |
| Model . | Description . |
|---|---|
| 1 | G(0,|$\, 1\sigma _{\mu }$|) |
| 2 | G(0,|$\, 1.5\sigma _{\mu }$|) |
| 3 | G(0,|$\, 2\sigma _{\mu }$|) |
| 4 | G(0,|$\, 2.5\sigma _{\mu }$|) |
| 5 | G(0,|$\, 3\sigma _{\mu }$|) |
| 6 | |$\frac{2}{3}$|G(0,|$\, 1\sigma _{\mu }$|) + |$\frac{1}{3}$|G(0,|$\, 2\sigma _{\mu }$|) |
| 7 | |$\frac{1}{3}$|G(0,|$\, 1\sigma _{\mu }$|) + |$\frac{1}{3}$|G(0,|$\, 2\sigma _{\mu }$|) + |$\frac{1}{3}$|G(0,|$\, 3\sigma _{\mu }$|) |
| 8 | |$\frac{2}{3}$|G(0,|$\, 1\sigma _{\mu }$|) + |$\frac{1}{3}$|G(0,|$\, 3\sigma _{\mu }$|) |
| 9 | |$\frac{2}{3}$|G(0,|$\, 2\sigma _{\mu }$|) + |$\frac{1}{3}$|G(0,|$\, 3\sigma _{\mu }$|) |
| 10 | G(0,|$\, 1\sigma _{\mu }$|) [blue bands] |
| G(0,|$\, 2\sigma _{\mu }$|) [red bands] | |
| 11 | best of above (for each band) |
Summary of the noise models tested to properly model the miniJPAS observations. Red bands are defined such that |$\lambda _{\mathrm{eff}}\ge 7\, 416$| Å.
| Model . | Description . |
|---|---|
| 1 | G(0,|$\, 1\sigma _{\mu }$|) |
| 2 | G(0,|$\, 1.5\sigma _{\mu }$|) |
| 3 | G(0,|$\, 2\sigma _{\mu }$|) |
| 4 | G(0,|$\, 2.5\sigma _{\mu }$|) |
| 5 | G(0,|$\, 3\sigma _{\mu }$|) |
| 6 | |$\frac{2}{3}$|G(0,|$\, 1\sigma _{\mu }$|) + |$\frac{1}{3}$|G(0,|$\, 2\sigma _{\mu }$|) |
| 7 | |$\frac{1}{3}$|G(0,|$\, 1\sigma _{\mu }$|) + |$\frac{1}{3}$|G(0,|$\, 2\sigma _{\mu }$|) + |$\frac{1}{3}$|G(0,|$\, 3\sigma _{\mu }$|) |
| 8 | |$\frac{2}{3}$|G(0,|$\, 1\sigma _{\mu }$|) + |$\frac{1}{3}$|G(0,|$\, 3\sigma _{\mu }$|) |
| 9 | |$\frac{2}{3}$|G(0,|$\, 2\sigma _{\mu }$|) + |$\frac{1}{3}$|G(0,|$\, 3\sigma _{\mu }$|) |
| 10 | G(0,|$\, 1\sigma _{\mu }$|) [blue bands] |
| G(0,|$\, 2\sigma _{\mu }$|) [red bands] | |
| 11 | best of above (for each band) |
| Model . | Description . |
|---|---|
| 1 | G(0,|$\, 1\sigma _{\mu }$|) |
| 2 | G(0,|$\, 1.5\sigma _{\mu }$|) |
| 3 | G(0,|$\, 2\sigma _{\mu }$|) |
| 4 | G(0,|$\, 2.5\sigma _{\mu }$|) |
| 5 | G(0,|$\, 3\sigma _{\mu }$|) |
| 6 | |$\frac{2}{3}$|G(0,|$\, 1\sigma _{\mu }$|) + |$\frac{1}{3}$|G(0,|$\, 2\sigma _{\mu }$|) |
| 7 | |$\frac{1}{3}$|G(0,|$\, 1\sigma _{\mu }$|) + |$\frac{1}{3}$|G(0,|$\, 2\sigma _{\mu }$|) + |$\frac{1}{3}$|G(0,|$\, 3\sigma _{\mu }$|) |
| 8 | |$\frac{2}{3}$|G(0,|$\, 1\sigma _{\mu }$|) + |$\frac{1}{3}$|G(0,|$\, 3\sigma _{\mu }$|) |
| 9 | |$\frac{2}{3}$|G(0,|$\, 2\sigma _{\mu }$|) + |$\frac{1}{3}$|G(0,|$\, 3\sigma _{\mu }$|) |
| 10 | G(0,|$\, 1\sigma _{\mu }$|) [blue bands] |
| G(0,|$\, 2\sigma _{\mu }$|) [red bands] | |
| 11 | best of above (for each band) |
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