├── .github └── workflows │ └── rebase_checker.yaml ├── 2MASS ├── 2MASS_H.dat ├── 2MASS_J.dat └── 2MASS_Ks.dat ├── README.md ├── WISE ├── WISE_w1.dat ├── WISE_w2.dat ├── WISE_w3.dat └── WISE_w4.dat ├── approximate_baseline ├── approximateBandpasses.py ├── total_g.dat ├── total_i.dat ├── total_r.dat ├── total_u.dat ├── total_y.dat └── total_z.dat ├── atmos ├── README.md ├── atmos_10.dat ├── atmos_10_aerosol.dat ├── atmos_11.dat ├── atmos_11_aerosol.dat ├── atmos_12.dat ├── atmos_12_aerosol.dat ├── atmos_12_hiwater.dat ├── atmos_12_hiwater_aerosol.dat ├── atmos_12_lowater.dat ├── atmos_12_lowater_aerosol.dat ├── atmos_13.dat ├── atmos_13_aerosol.dat ├── atmos_14.dat ├── atmos_14_aerosol.dat ├── atmos_15.dat ├── atmos_15_aerosol.dat ├── atmos_16.dat ├── atmos_16_aerosol.dat ├── atmos_17.dat ├── atmos_17_aerosol.dat ├── atmos_18.dat ├── atmos_18_aerosol.dat ├── atmos_19.dat ├── atmos_19_aerosol.dat ├── atmos_20.dat ├── atmos_20_aerosol.dat ├── atmos_21.dat ├── atmos_21_aerosol.dat ├── atmos_22.dat ├── atmos_22_aerosol.dat ├── atmos_23.dat ├── atmos_23_aerosol.dat ├── atmos_24.dat ├── atmos_24_aerosol.dat ├── atmos_25.dat └── atmos_25_aerosol.dat ├── baseline ├── LSSTfilters.png ├── README.md ├── atmos_10.dat ├── atmos_std.dat ├── darksky.dat ├── detector.dat ├── filter_g.dat ├── filter_i.dat ├── filter_r.dat ├── filter_u.dat ├── filter_y.dat ├── filter_z.dat ├── hardware_g.dat ├── hardware_i.dat ├── hardware_r.dat ├── hardware_u.dat ├── hardware_y.dat ├── hardware_z.dat ├── lens1.dat ├── lens2.dat ├── lens3.dat ├── m1.dat ├── m2.dat ├── m3.dat ├── total_g.dat ├── total_i.dat ├── total_r.dat ├── total_u.dat ├── total_y.dat ├── total_z.dat └── version_info ├── examples ├── Calculating Magnitudes.ipynb ├── Calculating SNR.ipynb ├── LSST Throughputs Curves.ipynb ├── Number of exposures for given m5.ipynb ├── kurucz_sun ├── sample_seds.tar └── sample_seds │ ├── Ell2_template_norm.sed.dat │ ├── Sa_template_norm.sed.dat │ ├── Sdm_template_norm.sed0.dat │ ├── km10_4500.fits_g45 │ ├── km10_5250.fits_g45 │ ├── km10_6000.fits_g45 │ ├── km10_6500.fits_g45 │ ├── km10_7250.fits_g45 │ ├── m3.0Full.dat │ └── quasar.dat ├── hipparcos └── hipparcos_hp.dat ├── imsim ├── README ├── actual │ ├── total_g.dat │ ├── total_i.dat │ ├── total_r.dat │ ├── total_u.dat │ ├── total_y4.dat │ └── total_z.dat └── goal │ ├── README │ ├── atmos.dat │ ├── atmos_std.dat │ ├── detector.dat │ ├── filter_g.dat │ ├── filter_i.dat │ ├── filter_r.dat │ ├── filter_u.dat │ ├── filter_y.dat │ ├── filter_y3.dat │ ├── filter_y4.dat │ ├── filter_z.dat │ ├── lens1.dat │ ├── lens2.dat │ ├── lens3.dat │ ├── m1.dat │ ├── m1_ProtAl_Aged.dat │ ├── m2.dat │ ├── m2_ProtAl_Aged.dat │ ├── m3.dat │ ├── m3_ProtAl_Aged.dat │ ├── total_g.dat │ ├── total_i.dat │ ├── total_r.dat │ ├── total_u.dat │ ├── total_y.dat │ ├── total_y3.dat │ ├── total_y4.dat │ └── total_z.dat ├── johnson ├── johnson_B.dat ├── johnson_U.dat └── johnson_V.dat ├── megacam ├── README ├── gMega.fil.txt ├── i2Mega.fil.txt ├── iMega.fil.txt ├── megacam_filters.png ├── rMega.fil.txt ├── uMega.fil.txt └── zMega.fil.txt ├── panStarrs ├── panStarrs_g.dat ├── panStarrs_i.dat ├── panStarrs_r.dat ├── panStarrs_y.dat └── panStarrs_z.dat ├── sdss ├── README ├── doi_g.dat ├── doi_i.dat ├── doi_r.dat ├── doi_u.dat ├── doi_z.dat ├── sdss_atmos.dat ├── sdss_filters.png ├── sdss_g.dat ├── sdss_i.dat ├── sdss_r.dat ├── sdss_u.dat └── sdss_z.dat ├── tycho ├── tycho_B.dat └── tycho_V.dat └── ups ├── throughputs.csh ├── throughputs.sh └── throughputs.table /.github/workflows/rebase_checker.yaml: -------------------------------------------------------------------------------- 1 | --- 2 | name: Check that 'main' is not merged into the development branch 3 | 4 | on: pull_request 5 | 6 | jobs: 7 | call-workflow: 8 | uses: lsst/rubin_workflows/.github/workflows/rebase_checker.yaml@main 9 | -------------------------------------------------------------------------------- /2MASS/2MASS_H.dat: -------------------------------------------------------------------------------- 1 | # Date Updated: 12/18/2015 2 | # Source: http://svo2.cab.inta-csic.es/svo/theory/fps3/index.php?mode=browse&gname=2MASS 3 | # Wavelength(nm) Transmission(0-1) 4 | 1289.00 0.000000 5 | 1315.00 0.000000 6 | 1341.00 0.000000 7 | 1368.00 0.000000 8 | 1397.00 0.000000 9 | 1418.00 0.000000 10 | 1440.00 0.000500 11 | 1462.00 0.002800 12 | 1478.00 0.008100 13 | 1486.00 0.028700 14 | 1493.00 0.087100 15 | 1504.00 0.201400 16 | 1515.00 0.438200 17 | 1528.00 0.686400 18 | 1539.00 0.818100 19 | 1546.00 0.882100 20 | 1551.00 0.911800 21 | 1556.00 0.926900 22 | 1565.00 0.929300 23 | 1572.00 0.872700 24 | 1577.00 0.856600 25 | 1583.00 0.882600 26 | 1592.00 0.918100 27 | 1597.00 0.926700 28 | 1602.00 0.907600 29 | 1613.00 0.926000 30 | 1619.00 0.920500 31 | 1628.00 0.924200 32 | 1633.00 0.923500 33 | 1642.00 0.941800 34 | 1648.00 0.949100 35 | 1657.00 0.980700 36 | 1659.00 0.993700 37 | 1671.00 1.000000 38 | 1684.00 0.956100 39 | 1701.00 0.924100 40 | 1715.00 0.982100 41 | 1727.00 0.991600 42 | 1739.00 0.988700 43 | 1746.00 0.979200 44 | 1751.00 0.968200 45 | 1753.00 0.937000 46 | 1756.00 0.919000 47 | 1764.00 0.842300 48 | 1775.00 0.667100 49 | 1785.00 0.269400 50 | 1790.00 0.451600 51 | 1796.00 0.173100 52 | 1803.00 0.107700 53 | 1810.00 0.070700 54 | 1813.00 0.005100 55 | 1818.00 0.020000 56 | 1828.00 0.000400 57 | 1835.00 0.000000 58 | 1850.00 0.000100 59 | 1871.00 0.000000 60 | 1893.00 0.000000 61 | 1914.00 0.000000 62 | -------------------------------------------------------------------------------- /2MASS/2MASS_J.dat: -------------------------------------------------------------------------------- 1 | # Date Updated: 12/18/2015 2 | # Source: http://svo2.cab.inta-csic.es/svo/theory/fps3/index.php?mode=browse&gname=2MASS 3 | # Wavelength(nm) Transmission(0-1) 4 | 1062.00 0.000000 5 | 1066.00 0.000400 6 | 1070.00 0.001500 7 | 1075.00 0.002700 8 | 1078.00 0.005500 9 | 1082.00 0.012300 10 | 1084.00 0.020300 11 | 1087.00 0.030600 12 | 1089.00 0.040500 13 | 1093.00 0.051500 14 | 1096.00 0.056400 15 | 1102.00 0.071800 16 | 1105.00 0.273600 17 | 1107.00 0.341000 18 | 1109.00 0.358400 19 | 1112.00 0.380100 20 | 1116.00 0.330700 21 | 1117.00 0.239500 22 | 1120.00 0.250100 23 | 1123.00 0.283300 24 | 1128.00 0.258200 25 | 1129.00 0.251500 26 | 1132.00 0.538100 27 | 1134.00 0.223200 28 | 1138.00 0.536900 29 | 1140.00 0.110200 30 | 1143.00 0.529200 31 | 1147.00 0.261900 32 | 1154.00 0.320200 33 | 1159.00 0.174300 34 | 1164.00 0.607000 35 | 1167.00 0.617900 36 | 1170.00 0.676300 37 | 1173.00 0.727900 38 | 1175.00 0.746500 39 | 1179.00 0.830400 40 | 1182.00 0.790300 41 | 1186.00 0.809600 42 | 1188.00 0.836900 43 | 1192.00 0.836000 44 | 1195.00 0.749900 45 | 1199.00 0.708000 46 | 1202.00 0.698800 47 | 1209.00 0.704900 48 | 1216.00 0.700400 49 | 1221.00 0.732800 50 | 1227.00 0.705700 51 | 1231.00 0.842400 52 | 1236.00 0.921900 53 | 1240.00 0.952500 54 | 1244.00 0.967600 55 | 1247.00 0.959500 56 | 1253.00 0.922700 57 | 1255.00 0.893000 58 | 1258.00 0.852900 59 | 1260.00 0.802300 60 | 1265.00 0.750100 61 | 1270.00 0.678100 62 | 1275.00 0.652400 63 | 1279.00 0.638800 64 | 1286.00 0.642400 65 | 1292.00 0.648600 66 | 1297.00 0.682400 67 | 1302.00 0.752900 68 | 1305.00 0.775900 69 | 1307.00 0.811800 70 | 1310.00 0.777000 71 | 1313.00 0.721000 72 | 1316.00 0.952500 73 | 1319.00 0.855100 74 | 1323.00 0.841400 75 | 1326.00 1.000000 76 | 1330.00 0.894700 77 | 1333.00 0.854900 78 | 1334.00 0.537900 79 | 1336.00 0.279900 80 | 1339.00 0.906500 81 | 1343.00 0.689300 82 | 1346.00 0.553300 83 | 1349.00 0.243200 84 | 1353.00 0.014400 85 | 1355.00 0.000200 86 | 1360.00 0.040100 87 | 1363.00 0.004500 88 | 1370.00 0.000300 89 | 1373.00 0.037200 90 | 1377.00 0.000500 91 | 1383.00 0.000000 92 | 1388.00 0.000100 93 | 1392.00 0.003300 94 | 1395.00 0.000300 95 | 1396.00 0.008500 96 | 1397.00 0.025400 97 | 1398.00 0.118400 98 | 1400.00 0.000100 99 | 1401.00 0.000100 100 | 1402.00 0.052100 101 | 1404.00 0.010400 102 | 1406.00 0.047800 103 | 1407.00 0.000400 104 | 1410.00 0.002400 105 | 1412.00 0.005300 106 | 1416.00 0.008600 107 | 1421.00 0.000700 108 | 1426.00 0.000300 109 | 1442.00 0.000400 110 | 1450.00 0.000000 111 | -------------------------------------------------------------------------------- /2MASS/2MASS_Ks.dat: -------------------------------------------------------------------------------- 1 | # Date Updated: 12/18/2015 2 | # Source: http://svo2.cab.inta-csic.es/svo/theory/fps3/index.php?mode=browse&gname=2MASS 3 | # Wavelength(nm) Transmission(0-1) 4 | 1900.00 0.000000 5 | 1915.00 0.000000 6 | 1927.00 0.000000 7 | 1934.00 0.000200 8 | 1939.00 0.000500 9 | 1948.00 0.005400 10 | 1957.00 0.011900 11 | 1962.00 0.019700 12 | 1969.00 0.042200 13 | 1976.00 0.087300 14 | 1981.00 0.152800 15 | 1989.00 0.248200 16 | 1990.00 0.190200 17 | 1998.00 0.233900 18 | 2008.00 0.294600 19 | 2014.00 0.398200 20 | 2019.00 0.336600 21 | 2028.00 0.620700 22 | 2037.00 0.765000 23 | 2045.00 0.746400 24 | 2061.00 0.625100 25 | 2072.00 0.725500 26 | 2075.00 0.689500 27 | 2082.00 0.787900 28 | 2089.00 0.818100 29 | 2099.00 0.822800 30 | 2106.00 0.863300 31 | 2113.00 0.877800 32 | 2120.00 0.854900 33 | 2124.00 0.895300 34 | 2138.00 0.918900 35 | 2145.00 0.926800 36 | 2155.00 0.926700 37 | 2169.00 0.900900 38 | 2176.00 0.922800 39 | 2185.00 0.842800 40 | 2197.00 0.945900 41 | 2208.00 0.980400 42 | 2213.00 0.987900 43 | 2218.00 0.984800 44 | 2232.00 0.964700 45 | 2237.00 0.981600 46 | 2248.00 0.983400 47 | 2256.00 0.961300 48 | 2260.00 0.979200 49 | 2263.00 1.000000 50 | 2265.00 0.963200 51 | 2270.00 0.981200 52 | 2272.00 0.968100 53 | 2276.00 0.910900 54 | 2277.00 0.982100 55 | 2281.00 0.889600 56 | 2284.00 0.891800 57 | 2286.00 0.942400 58 | 2291.00 0.840400 59 | 2293.00 0.804200 60 | 2295.00 0.707700 61 | 2297.00 0.657600 62 | 2299.00 0.560700 63 | 2306.00 0.443700 64 | 2311.00 0.348200 65 | 2316.00 0.230200 66 | 2320.00 0.162600 67 | 2325.00 0.136000 68 | 2328.00 0.092100 69 | 2335.00 0.062400 70 | 2339.00 0.043100 71 | 2344.00 0.034000 72 | 2346.00 0.031000 73 | 2352.00 0.011800 74 | 2361.00 0.006800 75 | 2363.00 0.000700 76 | 2370.00 0.003000 77 | 2375.00 0.002100 78 | 2384.00 0.000400 79 | 2399.00 0.000000 80 | -------------------------------------------------------------------------------- /README.md: -------------------------------------------------------------------------------- 1 | ## LSST Throughputs repository ## 2 | 3 | This repository contains reference throughput curves from various 4 | surveys (Megacam, WISE, SDSS, Johnson UBV and various other telescopes), 5 | together with the expected performance throughput curves for LSST. 6 | 7 | The LSST throughput curves are in [baseline](./baseline), with more 8 | information on the curves available there in that [README.md](./baseline/README.md). 9 | If you are only concerned with calculating expected magnitudes for LSST 10 | in various bandpasses, then you should use the 'baseline' throughputs. 11 | 12 | The files in 'imsim' are related to the throughputs used in the imsim 13 | simulations. The 'goal' directory holds the throughputs used as goals 14 | for imsim development at the time of tagging (of this SVN directory), 15 | and the 'actual' directory holds the imsim actual throughputs, at the 16 | current time. Please take these with a grain of salt; they could be outdated. 17 | 18 | The directory 'atmos' contains various airmass atmospheres, both 19 | without and with (the files ending with _aerosol.dat) aerosols. 20 | 21 | More information is available in README files within each directory. 22 | 23 | 24 | -------------------------------------------------------------------------------- /WISE/WISE_w1.dat: -------------------------------------------------------------------------------- 1 | # Date Updated: 12/18/2015 2 | # Source: http://svo2.cab.inta-csic.es/svo/theory/fps3/index.php?mode=browse&gname=WISE 3 | # Wavelength(nm) Transmission(0-1) 4 | 2600.00 0.000002 5 | 2610.00 0.000358 6 | 2620.00 0.001180 7 | 2630.00 0.000929 8 | 2640.00 0.000751 9 | 2650.00 0.000819 10 | 2660.00 0.000882 11 | 2670.00 0.001052 12 | 2680.00 0.000339 13 | 2690.00 0.000517 14 | 2700.00 0.000818 15 | 2710.00 0.008729 16 | 2720.00 0.007730 17 | 2730.00 0.004605 18 | 2740.00 0.003436 19 | 2750.00 0.007399 20 | 2760.00 0.013747 21 | 2770.00 0.023550 22 | 2780.00 0.045209 23 | 2790.00 0.088875 24 | 2800.00 0.155560 25 | 2810.00 0.230090 26 | 2820.00 0.283690 27 | 2830.00 0.306870 28 | 2840.00 0.304250 29 | 2850.00 0.294150 30 | 2860.00 0.282100 31 | 2870.00 0.268090 32 | 2880.00 0.255010 33 | 2890.00 0.254010 34 | 2900.00 0.266250 35 | 2910.00 0.289030 36 | 2920.00 0.315010 37 | 2930.00 0.337820 38 | 2940.00 0.357020 39 | 2950.00 0.373560 40 | 2960.00 0.388650 41 | 2970.00 0.405480 42 | 2980.00 0.421450 43 | 2990.00 0.432630 44 | 3000.00 0.437010 45 | 3010.00 0.441420 46 | 3020.00 0.445840 47 | 3030.00 0.445340 48 | 3040.00 0.437870 49 | 3050.00 0.428360 50 | 3060.00 0.414770 51 | 3070.00 0.400080 52 | 3080.00 0.382270 53 | 3090.00 0.367360 54 | 3100.00 0.359440 55 | 3110.00 0.367710 56 | 3120.00 0.395390 57 | 3130.00 0.437550 58 | 3140.00 0.476890 59 | 3150.00 0.507220 60 | 3160.00 0.528440 61 | 3170.00 0.544610 62 | 3180.00 0.558790 63 | 3190.00 0.572010 64 | 3200.00 0.583200 65 | 3210.00 0.590270 66 | 3220.00 0.597370 67 | 3230.00 0.602390 68 | 3240.00 0.606370 69 | 3250.00 0.602930 70 | 3260.00 0.598400 71 | 3270.00 0.595960 72 | 3280.00 0.599930 73 | 3290.00 0.617870 74 | 3300.00 0.653170 75 | 3310.00 0.699470 76 | 3320.00 0.748210 77 | 3330.00 0.791790 78 | 3340.00 0.822540 79 | 3350.00 0.840210 80 | 3360.00 0.840520 81 | 3370.00 0.826510 82 | 3380.00 0.810200 83 | 3390.00 0.790560 84 | 3400.00 0.769570 85 | 3410.00 0.758470 86 | 3420.00 0.775220 87 | 3430.00 0.821170 88 | 3440.00 0.883000 89 | 3450.00 0.939660 90 | 3460.00 0.976280 91 | 3470.00 0.994970 92 | 3480.00 1.000000 93 | 3490.00 0.998310 94 | 3500.00 0.997740 95 | 3510.00 0.997270 96 | 3520.00 0.996660 97 | 3530.00 0.996150 98 | 3540.00 0.988570 99 | 3550.00 0.975130 100 | 3560.00 0.956940 101 | 3570.00 0.936310 102 | 3580.00 0.915550 103 | 3590.00 0.902860 104 | 3600.00 0.900670 105 | 3610.00 0.913790 106 | 3620.00 0.936420 107 | 3630.00 0.957980 108 | 3640.00 0.970130 109 | 3650.00 0.975180 110 | 3660.00 0.975460 111 | 3670.00 0.975720 112 | 3680.00 0.974780 113 | 3690.00 0.973810 114 | 3700.00 0.972950 115 | 3710.00 0.974360 116 | 3720.00 0.974560 117 | 3730.00 0.967430 118 | 3740.00 0.939490 119 | 3750.00 0.884560 120 | 3760.00 0.798620 121 | 3770.00 0.682900 122 | 3780.00 0.548040 123 | 3790.00 0.407260 124 | 3800.00 0.281860 125 | 3810.00 0.185290 126 | 3820.00 0.115680 127 | 3830.00 0.070803 128 | 3840.00 0.043646 129 | 3850.00 0.027601 130 | 3860.00 0.017600 131 | 3870.00 0.011016 132 | 3880.00 0.006761 133 | 3890.00 0.004791 134 | 3900.00 0.003984 135 | 3910.00 0.003139 136 | 3920.00 0.002381 137 | 3930.00 0.002255 138 | 3940.00 0.001812 139 | 3950.00 0.001512 140 | 3960.00 0.001134 141 | 3970.00 0.000655 142 | 3980.00 0.000354 143 | 3990.00 0.000043 144 | 4000.00 0.000100 145 | -------------------------------------------------------------------------------- /WISE/WISE_w2.dat: -------------------------------------------------------------------------------- 1 | # Date Updated: 12/18/2015 2 | # Source: http://svo2.cab.inta-csic.es/svo/theory/fps3/index.php?mode=browse&gname=WISE 3 | # Wavelength(nm) Transmission(0-1) 4 | 3890.00 0.000108 5 | 3900.00 0.000155 6 | 3910.00 0.000223 7 | 3920.00 0.000418 8 | 3930.00 0.000568 9 | 3940.00 0.000441 10 | 3950.00 0.001312 11 | 3960.00 0.009263 12 | 3970.00 0.011478 13 | 3980.00 0.014509 14 | 3990.00 0.018672 15 | 4000.00 0.024421 16 | 4010.00 0.034426 17 | 4020.00 0.050556 18 | 4030.00 0.075032 19 | 4040.00 0.110010 20 | 4050.00 0.157010 21 | 4060.00 0.224670 22 | 4070.00 0.306500 23 | 4080.00 0.397120 24 | 4090.00 0.493910 25 | 4100.00 0.588940 26 | 4110.00 0.672690 27 | 4120.00 0.741540 28 | 4130.00 0.797610 29 | 4140.00 0.838570 30 | 4150.00 0.863130 31 | 4160.00 0.880660 32 | 4170.00 0.891110 33 | 4180.00 0.895640 34 | 4190.00 0.895390 35 | 4200.00 0.893920 36 | 4210.00 0.888840 37 | 4220.00 0.882510 38 | 4230.00 0.876140 39 | 4240.00 0.877000 40 | 4250.00 0.880280 41 | 4260.00 0.881140 42 | 4270.00 0.878320 43 | 4280.00 0.877940 44 | 4290.00 0.881210 45 | 4300.00 0.888180 46 | 4310.00 0.895170 47 | 4320.00 0.902190 48 | 4330.00 0.906750 49 | 4340.00 0.910080 50 | 4350.00 0.910940 51 | 4360.00 0.908050 52 | 4370.00 0.905140 53 | 4380.00 0.899700 54 | 4390.00 0.891720 55 | 4400.00 0.884950 56 | 4410.00 0.879400 57 | 4420.00 0.873820 58 | 4430.00 0.870740 59 | 4440.00 0.866360 60 | 4450.00 0.864500 61 | 4460.00 0.865170 62 | 4470.00 0.869660 63 | 4480.00 0.878000 64 | 4490.00 0.888940 65 | 4500.00 0.901210 66 | 4510.00 0.916100 67 | 4520.00 0.928460 68 | 4530.00 0.942160 69 | 4540.00 0.953320 70 | 4550.00 0.961920 71 | 4560.00 0.969240 72 | 4570.00 0.973980 73 | 4580.00 0.977420 74 | 4590.00 0.976930 75 | 4600.00 0.975120 76 | 4610.00 0.971970 77 | 4620.00 0.966160 78 | 4630.00 0.960310 79 | 4640.00 0.953110 80 | 4650.00 0.945860 81 | 4660.00 0.938580 82 | 4670.00 0.935250 83 | 4680.00 0.931910 84 | 4690.00 0.931220 85 | 4700.00 0.930520 86 | 4710.00 0.933850 87 | 4720.00 0.938530 88 | 4730.00 0.944570 89 | 4740.00 0.954690 90 | 4750.00 0.962130 91 | 4760.00 0.972320 92 | 4770.00 0.979810 93 | 4780.00 0.985960 94 | 4790.00 0.988020 95 | 4800.00 0.990090 96 | 4810.00 0.989400 97 | 4820.00 0.988700 98 | 4830.00 0.989380 99 | 4840.00 0.988660 100 | 4850.00 0.989320 101 | 4860.00 0.989970 102 | 4870.00 0.990610 103 | 4880.00 0.992650 104 | 4890.00 0.994680 105 | 4900.00 0.996710 106 | 4910.00 0.997350 107 | 4920.00 0.999380 108 | 4930.00 1.000000 109 | 4940.00 0.999210 110 | 4950.00 0.996990 111 | 4960.00 0.994750 112 | 4970.00 0.991080 113 | 4980.00 0.985960 114 | 4990.00 0.980810 115 | 5000.00 0.971350 116 | 5010.00 0.963270 117 | 5020.00 0.952280 118 | 5030.00 0.941250 119 | 5040.00 0.930160 120 | 5050.00 0.919020 121 | 5060.00 0.907830 122 | 5070.00 0.896590 123 | 5080.00 0.886750 124 | 5090.00 0.876860 125 | 5100.00 0.866930 126 | 5110.00 0.854030 127 | 5120.00 0.841070 128 | 5130.00 0.820730 129 | 5140.00 0.798830 130 | 5150.00 0.763610 131 | 5160.00 0.726760 132 | 5170.00 0.676470 133 | 5180.00 0.620070 134 | 5190.00 0.556020 135 | 5200.00 0.485640 136 | 5210.00 0.416620 137 | 5220.00 0.347170 138 | 5230.00 0.283590 139 | 5240.00 0.225600 140 | 5250.00 0.175040 141 | 5260.00 0.135460 142 | 5270.00 0.099248 143 | 5280.00 0.075935 144 | 5290.00 0.053213 145 | 5300.00 0.040746 146 | 5310.00 0.028307 147 | 5320.00 0.021081 148 | 5330.00 0.014697 149 | 5340.00 0.010435 150 | 5350.00 0.007237 151 | 5360.00 0.004046 152 | 5370.00 0.003048 153 | 5380.00 0.002276 154 | 5390.00 0.001734 155 | 5400.00 0.001289 156 | 5410.00 0.000973 157 | 5420.00 0.000739 158 | 5430.00 0.000549 159 | 5440.00 0.000391 160 | 5450.00 0.000310 161 | 5460.00 0.000215 162 | 5470.00 0.000279 163 | 5480.00 0.000315 164 | 5490.00 0.000314 165 | 5500.00 0.000259 166 | 5510.00 0.000225 167 | 5520.00 0.000195 168 | 5530.00 0.000150 169 | 5540.00 0.000133 170 | 5550.00 0.000104 171 | 5560.00 0.000061 172 | -------------------------------------------------------------------------------- /approximate_baseline/approximateBandpasses.py: -------------------------------------------------------------------------------- 1 | import os 2 | import numpy as np 3 | 4 | def shorten_wavelengthRange(logthreshold=-250., savefile=True): 5 | """ 6 | reads in the LSST 'total' bandpasses from the baseline directory 7 | and only keeps those (wavelength, transmission) values for which 8 | the transmission is below a given threshold. If the transmission values 9 | drop below the threshold at wavelengths between the min and max wavelength 10 | where the transmission is above the threshold, such (wavelength, transmission) 11 | points are included as well. 12 | 13 | Parameters 14 | ---------- 15 | logthreshold : float, defaults to -250. 16 | threshold value such that wavelength, transmission pairs are dropped if 17 | the log10(transmission) is less than logthreshold 18 | .. note: This mostly deals with the many consecutive zeros in the lsst 19 | throughputs, a larger value of the logthreshold will make actual cuts 20 | """ 21 | here = os.path.abspath(__file__) 22 | dirname = os.path.dirname(here) 23 | packageDir = os.path.split(dirname)[0] 24 | filedir = os.path.join(packageDir, 'baseline') 25 | 26 | throughputs = [] 27 | for bn in 'ugrizy': 28 | fname = 'total_{}.dat'.format(bn) 29 | throughputfile = os.path.join(filedir, fname) 30 | outfileName = os.path.join(dirname, fname) 31 | arr = np.loadtxt(throughputfile) 32 | mask = np.log10(arr[:, 1]) > logthreshold 33 | minwave = arr[mask][:, 0].min() 34 | maxwave = arr[mask][:, 0].max() 35 | 36 | # prevents patchy wavelengths 37 | mask = (arr[:, 0] >= minwave) & (arr[:, 0] <= maxwave) 38 | arr = arr[mask] 39 | throughputs.append(arr) 40 | if savefile: 41 | if os.path.abspath(outfileName) == os.path.abspath(throughputfile): 42 | raise ValueError('Not allowed to write to baseline throughputs') 43 | np.savetxt(outfileName, arr) 44 | 45 | return throughputs 46 | 47 | if __name__ == '__main__': 48 | shorten_wavelengthRange(logthreshold=-250.) 49 | -------------------------------------------------------------------------------- /atmos/README.md: -------------------------------------------------------------------------------- 1 | # v1.0 atmospheres from David Burke, MODTRAN, March 1, 2010. 2 | 3 | The files here without _aerosol do NOT contain aerosols. 4 | The files ending with _aerosol.dat do include aerosols, added using 5 | the python script lsst-pst/syseng_throughputs/python/addAerosols.py. 6 | 7 | The atmospheres here were produced with MODTRAN by David Burke to 8 | conform to typical conditions expected at LSST's site at Cerro Pachon. 9 | Each atmosphere has similar ratios of water vapor, ozone, and scattering components, 10 | but different airmasses --- the airmass is represented by the number at the end 11 | of the filename. 12 | For example: atmos_10.dat is a 1.0 airmass atmosphere, while atmos_25.dat is a 2.5 X atmos. 13 | 14 | atmos_12_hiwater.dat and atmos_12_lowater.dat are attempts (by Lynne Jones) to take the 15 | modtran outputs from David Burke and use these to munge a 30% higher and lower water component. 16 | These were created by taking the 1.0 and 1.6 airmass atmospheres and using the water components 17 | from those atmospheres instead of the water component from the 1.2 airmass atmosphere. 18 | (this should probably be redone properly with MODTRAN). 19 | 20 | -Lynne Jones @rhiannonlynne -------------------------------------------------------------------------------- /baseline/LSSTfilters.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/lsst/throughputs/22732801ff32be387de00b5888ccd3e0c787f422/baseline/LSSTfilters.png -------------------------------------------------------------------------------- /baseline/README.md: -------------------------------------------------------------------------------- 1 | ## Baseline throughput curves. ## 2 | 3 | The throughput curves in this directory should be considered 4 | 'baseline' for the current modeled behavior of Rubin. An X=1.2 atmosphere 5 | has been used to compile the 'total' throughputs and average losses over time 6 | have been included. 7 | 8 | Note that these throughput curves are subject to change as our knowledge 9 | of the Rubin systems improve. 10 | 11 | m1.dat, m2.dat, m3.dat represent the current mirror throughputs 12 | lens1.dat, lens2.dat, lens3.dat represent the current lens throughputs 13 | detector.dat is the current detector sensitivity 14 | 15 | filter_u / g / r / i / z / y. dat represent the current filter (filter only!) throughput curves. 16 | 17 | atmos_std.dat is a fiducial atmosphere throughput at Rubin at 1.2 airmasses. 18 | 19 | total_*.dat throughput curves represent the combination of all components in the Rubin 20 | system - mirrors, lenses, filter, detector, and the zenith atmos_std.dat atmosphere. 21 | 22 | (hardware_*.dat curves are the hardware only, without atmospheric component). 23 | 24 | All curves are in nanometers, with throughput represented by a number between 0 and 1. 25 | 26 | # The source of this information is [syseng_throughputs](https://github.com/lsst-pst/syseng_throughputs) # 27 | SysEng-approved LSST throughput curves 28 | The latest m5 depths are available in the notebooks, such as in [notebooks/Overview Paper.ipynb](./notebooks/Overview%20Paper.ipynb). 29 | 30 | This repository provides the ultimate source of the throughput curves in the repository [lsst/throughputs](https://github.com/lsst/throughputs). 31 | 32 | The [components](./components) directory contains the response curves 33 | for each individual component of the camera and telescope. In each 34 | directory, there is also a `*_Losses` directory that contains the 35 | time-averaged ten-year losses due to contamination or condensation on 36 | the surfaces of the component. In some directories, there is also a 37 | `*_Coatings` directory, which contains information on coatings applied 38 | to the surface, such as the Broad Band Anti-Reflection coatings on the 39 | lenses. 40 | 41 | These components curves are maintained and updated by the LSST system 42 | engineering team. 43 | 44 | Python utilties to read and combine these various 45 | curves appropriately are maintained in this repository, in the 46 | [syseng_throughputs](.syseng_throughputs) directory. In particular, note the utilities 47 | provided in [bandpassUtils.py](./syseng_throughputs/bandpassUtils.py). At this 48 | time, we expect most users to use the throughputs repository instead 49 | of this repository directly - the curves in the throughputs repository 50 | are constructed from these curves, and can be traced through the git 51 | SHA1 and release tags. 52 | 53 | The python code requires [rubin_sim](https://github.com/lsst/rubin_sim) to run. 54 | After installation of rubin_sim, install syseng_throughputs into the same python environment using 55 | ```pip install -e .``` 56 | 57 | # Release 1.9 # 58 | 59 | This updates uses the same throughput components are previous versions, but moves from Al-Ag-Al mirror coatings to Ag-Ag-Ag (triple silver, or 3Ag) mirror coatings. 60 | This results in increased throughput in redder bands, at the cost of lower throughput in u band. However, since more survey time is spent in r and i bands (and redder bands in general) than u, the overall impact on survey efficiency is positive. 61 | 62 | # Release 1.8 # 63 | 64 | This update includes as-measured filter throughput curves and as-measured glass and coating measurements for the lenses. 65 | The mirror reflectivities are also all updated to as-measured curves for Al and Ag, but the mirror coatings are assumed to remain Al-Ag-Al in this tag. 66 | 67 | 68 | # Release 1.7 # 69 | 70 | The M2 reflectivity was updated based on witness sample measurements from M2 coating run in July 2019. The PR for this update is https://github.com/lsst-pst/syseng_throughputs/pull/12. The notebooks showing what has changed and the updated m5 calculations are found in the "documentation" subdirectory. 71 | 72 | # Release 1.6 # 73 | 74 | The mirror reflectivity was updated based on measurements from coating samples from June 2019. The PR for this update is https://github.com/lsst-pst/syseng_throughputs/pull/11. The notebooks showing what has changed and the updated m5 calculations are found in the "documentation" subdirectory. 75 | 76 | # Release 1.5 # 77 | 78 | This is a minor update for throughputs (the lens2 glass and BBAR coating curves 79 | have been extended in their wavelength information, but the curves themselves 80 | are the same as previously). However it is a major update for documentation 81 | and process information, as reflected in the "documentation" subdirectory. 82 | 83 | # Release 1.4 # 84 | 85 | The primary update here is in the lens2 response curves. The BBAR coating 86 | has been updated. 87 | 88 | Other minor updates include bug fixes in the python code in sedUtils.py, 89 | updating of the jupyter notebooks, and the addition of notebooks evaluating 90 | the effect of the mixed vendor detector focal plane and recreating the 91 | inputs for the LSST Overview Paper. 92 | 93 | # Release 1.3: # 94 | 95 | The primary update here is in the detector response curves. 96 | The QE response curves here are the result of measurements of multiple 97 | chips provided by each vendor, ITL and E2V. The measurements have been 98 | averaged across multiple CCDs; the default (single) 'generic' curve remains 99 | the minimum QE response at each wavelength between both vendors. 100 | These curves were provided by Steve Ritz in December, 2017. 101 | 102 | Other minor updates include additional python code to allow scaling 103 | of the FWHM at different airmasses and wavelengths (according to 104 | details provided in Document-18208 and Document-20160), and a jupyter 105 | notebook which can provide latex-formatted content of Table 2 from the 106 | overview paper. 107 | 108 | # Release 1.2: # 109 | 110 | This is primarily an update to the python code in the repository, using 111 | corrected and updated readnoise values (which results in corresponding 112 | changes to m5, particularly in the u band). 113 | 114 | 115 | # As of release 1.1: # 116 | 117 | ## Camera Components ## 118 | * _Detector_: There are two separate detector response and loss curves, 119 | corresponding to the expected response (QE response + AR coatings) 120 | of the CCDs provided by each of the two vendors under 121 | consideration. For most purposes (including the detector curve reported in 122 | the throughputs repository), we use a 'generic' detector 123 | response that is generated by combining both of these throughput 124 | curves using the *minimum* QE response at each wavelength. 125 | The response curves from each vendor correpond to a response 126 | measured in LSST labs, using vendor-provided prototypes. The loss 127 | curves provided for each vendor represent a simulated effect of 128 | contamination buildup over time; the loss curves are identical for 129 | both vendors and are the average expected values over ten 130 | years. Note that some values in the 'contamination' loss file for 131 | the detectors are > 1; this is because the contamination is 132 | primarily a thin film of water, which at some wavelengths can 133 | enhance the performance of the AR coating on the detector -- this is 134 | only true for the detector. 135 | * _Lenses_: There are three separate lenses in the camera, each with an 136 | identical base `*_Glass.dat` curve that represents the fused silica 137 | throughput of the lens itself. This throughput curve must be smoothed using the 138 | Savitzy-Golay smoothing function. The fused silica lens transmission curves are 139 | based on vendor-provided expected transmission curves. The silica base of the len must 140 | also be combined with the BroadBand AntiReflective (BBAR) coatings 141 | response in the `*_Coatings` directory. There are two coatings; one 142 | for each side of the lens. The BBAR coating response is based on vendor-provided 143 | models, consistent with LSST requested coating requirements. There are small differences between the 144 | glass components used for each lens; there are also small 145 | differences in the BBARS, including a difference from one side of 146 | the lens to the other. In each lens, there are also several files in 147 | the `*_Losses` directory, representing the time-averaged condensation and 148 | contamination losses for each surface of each lens. The losses are based on 149 | models developed by Andy Rasmussen at SLAC. These vary 150 | depending on the direction the lens is facing and the location of 151 | the lens in the camera. The final response curves for all lenses are 152 | similar in shape, however lens3 has a slightly higher overall 153 | throughput due to slightly lower losses (only by 1-2%). 154 | * _Filters_: For each filter, a goal throughput envelope has been 155 | provided. This is the goal throughput envelope provided to the 156 | filter vendors; tolerances on this envelope have also been 157 | provided. Note that this is not the expected performance for an 158 | as-manufactured filter, which would likely include some out-of-band throughput leaks 159 | (within a specified limit), and represents a change compared to 160 | previously provided throughput curves (which represented one simulation of 161 | an expected as-provided filter set). In the `*_Losses` directory, 162 | there are also ten-year-average simulated 163 | contamination and condensation losses for each surface of the 164 | filters, based on models developed by Andy Rasmussen. 165 | 166 | ## Telesope Components ## 167 | * _Mirrors_: Each mirror has a reflectivity curve, which should be 168 | coupled with the respective losses curve found in the relevant 169 | `*_Losses` directory. The reflectivity of mirror1 (primary mirror) and mirror3 170 | (tertiary) is based on using a protected aluminum surface; the 171 | reflectivity of mirror2 (secondary) is based on using a protected 172 | silver surface. These mirror reflectivities are based on lab measurements 173 | of pristine witness samples. The losses represent the ten-year average, 174 | based on performance degradation measurements from historical telescope performance, 175 | modified for the expected LSST maintenance schedule. 176 | Currently mirror cleanings are scheduled yearly, with resurfacing every 177 | two years. 178 | 179 | 180 | ## Site Properties ## 181 | * _Atmosphere_: The atmosphere throughput is modeled by using MODTRAN to 182 | produce a 'standard US Atmosphere', which does not include aerosols. 183 | To better represent the expected atmospheric transmission on site, aerosols 184 | have been added to the resulting throughput curves, using the python 185 | script [addAerosols.py](./python/addAerosols.py). The atmospheric 186 | transmission curves are in the [siteProperties](./siteProperties) 187 | directory, with an X=1.2 and X=1.0 atmosphere, with and without 188 | aerosols. To represent 'typical' throughput, the X=1.2, with aerosols 189 | [atmosphere](./siteProperties/pachonModtranAtm_12_aerosol.dat) curve 190 | should be used. To represent zenith, optimum throughputs, the X=1.0, 191 | with aerosols [atmosphere](./siteProperties/atmos_10_aerosol.dat) 192 | curve should be used. 193 | * _Dark sky_: The expected dark sky, zenith, background spectrum can 194 | be found in [darksky.dat](./siteProperties/darksky.dat). This is 195 | used to calculate expected zenith, dark-sky limiting magnitude 196 | values. The dark sky SED is based on data from UVES and Gemini Near-IR, 197 | combined with ESO sky data from Ferdinand Patat, modified slightly at 198 | the red and blue ends to match observed dark sky broadband skybrightness 199 | values reported by SDSS. 200 | -------------------------------------------------------------------------------- /baseline/version_info: -------------------------------------------------------------------------------- 1 | 1.9 2 | -------------------------------------------------------------------------------- /examples/sample_seds/km10_4500.fits_g45: -------------------------------------------------------------------------------- 1 | # Version 2.1 - nm, norm@500 to 1 km10_4500.fits_g45 2 | # Wavelength(nm) Flambda(ergs/cm^s/s/nm) 3 | 270.50 0.0360965 4 | 271.50 0.01797151 5 | 272.50 0.009405346 6 | 273.50 0.01570595 7 | 274.50 0.01276074 8 | 275.50 0.01809505 9 | 276.50 0.03060268 10 | 277.50 0.03080779 11 | 278.50 0.01615301 12 | 279.50 0.009622582 13 | 280.50 0.01074927 14 | 281.50 0.01867559 15 | 282.50 0.01798829 16 | 283.50 0.01277013 17 | 284.50 0.008885608 18 | 285.50 0.005013881 19 | 286.50 0.01164188 20 | 287.50 0.01656973 21 | 288.50 0.02692176 22 | 289.50 0.04738507 23 | 291.00 0.1177657 24 | 293.00 0.09024804 25 | 295.00 0.05343958 26 | 297.00 0.0498775 27 | 299.00 0.04952646 28 | 301.00 0.04384284 29 | 303.00 0.05842377 30 | 305.00 0.06113938 31 | 307.00 0.08858324 32 | 309.00 0.06979184 33 | 311.00 0.1255543 34 | 313.00 0.1075838 35 | 315.00 0.1270922 36 | 317.00 0.1609127 37 | 319.00 0.1307772 38 | 321.00 0.1424787 39 | 323.00 0.1313821 40 | 325.00 0.2299807 41 | 327.00 0.3005018 42 | 329.00 0.2984704 43 | 331.00 0.2378094 44 | 333.00 0.2360545 45 | 335.00 0.2129689 46 | 337.00 0.0993203 47 | 339.00 0.1362083 48 | 341.00 0.1446555 49 | 343.00 0.1887803 50 | 345.00 0.1808449 51 | 347.00 0.1868904 52 | 349.00 0.2608247 53 | 351.00 0.3368813 54 | 353.00 0.307237 55 | 355.00 0.4198958 56 | 357.00 0.1888475 57 | 359.00 0.1917488 58 | 361.00 0.2811897 59 | 363.00 0.3132979 60 | 364.00 0.381284 61 | 365.00 0.4057747 62 | 367.00 0.5017329 63 | 369.00 0.3865923 64 | 371.00 0.3260273 65 | 373.00 0.1400349 66 | 375.00 0.176809 67 | 377.00 0.3799351 68 | 379.00 0.4195653 69 | 381.00 0.3687032 70 | 383.00 0.1352128 71 | 385.00 0.275517 72 | 387.00 0.2470759 73 | 389.00 0.2881914 74 | 391.00 0.413208 75 | 393.00 0.1612865 76 | 395.00 0.3903797 77 | 397.00 0.2545118 78 | 399.00 0.6610468 79 | 401.00 0.7405761 80 | 403.00 0.6646055 81 | 405.00 0.6490212 82 | 407.00 0.5813067 83 | 409.00 0.7941633 84 | 411.00 0.6533991 85 | 413.00 0.6806735 86 | 415.00 0.6152059 87 | 417.00 0.6700012 88 | 419.00 0.6472435 89 | 421.00 0.6213237 90 | 423.00 0.5369739 91 | 425.00 0.6091063 92 | 427.00 0.5557108 93 | 429.00 0.5449604 94 | 431.00 0.4897386 95 | 433.00 0.760265 96 | 435.00 0.7897472 97 | 437.00 0.8137814 98 | 439.00 0.7066324 99 | 441.00 0.7591094 100 | 443.00 0.8939736 101 | 445.00 0.8915398 102 | 447.00 0.9655628 103 | 449.00 1.002222 104 | 451.00 1.121197 105 | 453.00 0.9820511 106 | 455.00 1.068084 107 | 457.00 1.124023 108 | 459.00 1.088006 109 | 461.00 1.102501 110 | 463.00 1.122856 111 | 465.00 1.102793 112 | 467.00 1.164744 113 | 469.00 1.143423 114 | 471.00 1.114178 115 | 473.00 1.126827 116 | 475.00 1.122259 117 | 477.00 1.083801 118 | 479.00 1.107765 119 | 481.00 1.172748 120 | 483.00 1.159592 121 | 485.00 1.162253 122 | 487.00 1.085298 123 | 489.00 1.126596 124 | 491.00 1.14734 125 | 493.00 1.090102 126 | 495.00 1.107782 127 | 497.00 1.125143 128 | 499.00 1.03424 129 | 501.00 0.9657603 130 | 503.00 1.019116 131 | 505.00 0.957109 132 | 507.00 0.9650438 133 | 509.00 0.9298955 134 | 511.00 0.9179073 135 | 513.00 0.8895926 136 | 515.00 0.8329857 137 | 517.00 0.7770982 138 | 519.00 0.8553267 139 | 521.00 0.9324436 140 | 523.00 1.14138 141 | 525.00 1.21757 142 | 527.00 1.034074 143 | 529.00 1.215337 144 | 531.00 1.280715 145 | 533.00 1.132788 146 | 535.00 1.23422 147 | 537.00 1.199159 148 | 539.00 1.199792 149 | 541.00 1.172991 150 | 543.00 1.169559 151 | 545.00 1.183758 152 | 547.00 1.24086 153 | 549.00 1.259 154 | 551.00 1.226762 155 | 553.00 1.279724 156 | 555.00 1.291367 157 | 557.00 1.250306 158 | 559.00 1.226471 159 | 561.00 1.262744 160 | 563.00 1.295384 161 | 565.00 1.313609 162 | 567.00 1.286697 163 | 569.00 1.303349 164 | 571.00 1.263906 165 | 573.00 1.324142 166 | 575.00 1.31604 167 | 577.00 1.3199 168 | 579.00 1.295002 169 | 581.00 1.318986 170 | 583.00 1.332163 171 | 585.00 1.309585 172 | 587.00 1.309318 173 | 589.00 1.049057 174 | 591.00 1.292202 175 | 593.00 1.306601 176 | 595.00 1.309365 177 | 597.00 1.314569 178 | 599.00 1.313629 179 | 601.00 1.297188 180 | 603.00 1.307897 181 | 605.00 1.320412 182 | 607.00 1.306993 183 | 609.00 1.297046 184 | 611.00 1.29398 185 | 613.00 1.239314 186 | 615.00 1.289797 187 | 617.00 1.220281 188 | 619.00 1.289055 189 | 621.00 1.288044 190 | 623.00 1.267021 191 | 625.00 1.243682 192 | 627.00 1.275356 193 | 629.00 1.283814 194 | 631.00 1.262817 195 | 633.00 1.272575 196 | 635.00 1.285457 197 | 637.00 1.286569 198 | 639.00 1.279778 199 | 641.00 1.257364 200 | 643.00 1.263647 201 | 645.00 1.256334 202 | 647.00 1.249595 203 | 649.00 1.234484 204 | 651.00 1.267052 205 | 653.00 1.280598 206 | 655.00 1.254251 207 | 656.10 1.198297 208 | 659.00 1.253615 209 | 661.00 1.267456 210 | 663.00 1.269061 211 | 665.00 1.265093 212 | 667.00 1.250922 213 | 669.00 1.268161 214 | 671.00 1.248993 215 | 673.00 1.264869 216 | 675.00 1.250057 217 | 677.00 1.257297 218 | 679.00 1.253407 219 | 681.00 1.248257 220 | 683.00 1.254314 221 | 685.00 1.239431 222 | 687.00 1.23948 223 | 689.00 1.244882 224 | 691.00 1.240002 225 | 693.00 1.235911 226 | 695.00 1.228763 227 | 697.00 1.235161 228 | 699.00 1.224838 229 | 701.00 1.219417 230 | 703.00 1.223978 231 | 705.00 1.224701 232 | 707.00 1.216123 233 | 709.00 1.213544 234 | 711.00 1.215476 235 | 713.00 1.204275 236 | 715.00 1.192514 237 | 717.00 1.204609 238 | 719.00 1.18175 239 | 721.00 1.182116 240 | 723.00 1.198815 241 | 725.00 1.190875 242 | 727.00 1.195235 243 | 729.00 1.184845 244 | 731.00 1.186329 245 | 733.00 1.177925 246 | 735.00 1.176995 247 | 737.00 1.183927 248 | 739.00 1.171998 249 | 741.00 1.154526 250 | 743.00 1.168465 251 | 745.00 1.16561 252 | 747.00 1.166694 253 | 749.00 1.161078 254 | 751.00 1.159125 255 | 753.00 1.162953 256 | 755.00 1.163365 257 | 757.00 1.157894 258 | 759.00 1.151135 259 | 761.00 1.151408 260 | 763.00 1.150933 261 | 765.00 1.149283 262 | 767.00 1.117741 263 | 769.00 1.144406 264 | 771.00 1.124238 265 | 773.00 1.134906 266 | 775.00 1.123674 267 | 777.00 1.137059 268 | 779.00 1.130212 269 | 781.00 1.130357 270 | 783.00 1.118485 271 | 785.00 1.117728 272 | 787.00 1.123419 273 | 789.00 1.119029 274 | 791.00 1.108517 275 | 793.00 1.100599 276 | 795.00 1.094227 277 | 797.00 1.107558 278 | 799.00 1.103552 279 | 801.00 1.093607 280 | 803.00 1.095026 281 | 805.00 1.085916 282 | 807.00 1.089846 283 | 809.00 1.080533 284 | 811.00 1.084651 285 | 813.00 1.084758 286 | 815.00 1.081682 287 | 817.00 1.078686 288 | 819.00 1.048505 289 | 821.00 1.061197 290 | 823.00 1.058652 291 | 825.00 1.062867 292 | 827.00 1.066283 293 | 829.00 1.061423 294 | 831.00 1.053825 295 | 833.00 1.029954 296 | 835.00 1.04845 297 | 837.00 1.043658 298 | 839.00 1.004853 299 | 841.00 1.040008 300 | 843.00 1.01871 301 | 845.00 1.036529 302 | 847.00 1.022777 303 | 849.00 1.021209 304 | 851.00 0.9818818 305 | 853.00 1.015686 306 | 855.00 0.9065655 307 | 857.00 1.022992 308 | 859.00 1.014603 309 | 861.00 1.009637 310 | 863.00 1.011073 311 | 865.00 1.007824 312 | 867.00 0.9022106 313 | 869.00 0.9683793 314 | 871.00 1.000686 315 | 873.00 0.9999566 316 | 875.00 0.9913074 317 | 877.00 0.9943119 318 | 879.00 0.9908111 319 | 881.00 0.9672209 320 | 883.00 0.9681625 321 | 885.00 0.9792139 322 | 887.00 0.97383 323 | 889.00 0.9821536 324 | 891.00 0.9806153 325 | 893.00 0.973108 326 | 895.00 0.9649674 327 | 897.00 0.9677523 328 | 899.00 0.9678713 329 | 901.00 0.9389288 330 | 903.00 0.9585331 331 | 905.00 0.9622465 332 | 907.00 0.9583177 333 | 909.00 0.9389206 334 | 911.00 0.9451036 335 | 913.00 0.9451256 336 | 915.00 0.9458497 337 | 917.00 0.9432204 338 | 919.00 0.9436774 339 | 921.00 0.9355465 340 | 923.00 0.9368137 341 | 925.00 0.9285912 342 | 927.00 0.9283998 343 | 929.00 0.9241358 344 | 931.00 0.9274562 345 | 933.00 0.9241929 346 | 935.00 0.9193672 347 | 937.00 0.9106994 348 | 939.00 0.916327 349 | 941.00 0.9043188 350 | 943.00 0.9114152 351 | 945.00 0.9013701 352 | 947.00 0.9061986 353 | 949.00 0.9044606 354 | 951.00 0.9014128 355 | 953.00 0.8985701 356 | 955.00 0.8898204 357 | 957.00 0.8886826 358 | 959.00 0.8920319 359 | 961.00 0.882958 360 | 963.00 0.8842472 361 | 965.00 0.8690309 362 | 967.00 0.8700337 363 | 969.00 0.8745538 364 | 971.00 0.8685188 365 | 973.00 0.8641212 366 | 975.00 0.8629958 367 | 977.00 0.8631865 368 | 979.00 0.8529183 369 | 981.00 0.8629676 370 | 983.00 0.8601201 371 | 985.00 0.8593918 372 | 987.00 0.8544285 373 | 989.00 0.8519761 374 | 991.00 0.8506628 375 | 993.00 0.849461 376 | 995.00 0.8472095 377 | 997.00 0.8451832 378 | 999.00 0.8424417 379 | 1002.50 0.8376483 380 | 1007.50 0.8309263 381 | 1012.50 0.8259967 382 | 1017.50 0.8186181 383 | 1022.50 0.8133973 384 | 1027.50 0.8094485 385 | 1032.50 0.7986552 386 | 1037.50 0.7939004 387 | 1042.50 0.7923496 388 | 1047.50 0.7841051 389 | 1052.50 0.7815873 390 | 1057.50 0.7728637 391 | 1062.50 0.7689225 392 | 1067.50 0.7614751 393 | 1072.50 0.7586255 394 | 1077.50 0.7504106 395 | 1082.50 0.742133 396 | 1087.50 0.7400179 397 | 1092.50 0.7384623 398 | 1097.50 0.7311133 399 | 1102.50 0.7288887 400 | 1107.50 0.7251477 401 | 1112.50 0.7194692 402 | 1117.50 0.7130962 403 | 1122.50 0.7105048 404 | 1127.50 0.7003192 405 | 1132.50 0.6992393 406 | 1137.50 0.6914621 407 | 1142.50 0.6832889 408 | 1147.50 0.6865852 409 | 1152.50 0.6830743 410 | 1157.50 0.676043 411 | 1162.50 0.6647168 412 | 1167.50 0.6647612 413 | 1172.50 0.6655695 414 | 1177.50 0.6556347 415 | 1182.50 0.6493111 416 | 1187.50 0.6420751 417 | 1192.50 0.6486805 418 | 1197.50 0.6306698 419 | 1202.50 0.6371129 420 | 1207.50 0.6310453 421 | 1212.50 0.6313048 422 | 1217.50 0.6287269 423 | 1222.50 0.6246759 424 | 1227.50 0.6197948 425 | 1232.50 0.6169461 426 | 1237.50 0.6133457 427 | 1242.50 0.608915 428 | 1247.50 0.60623 429 | 1252.50 0.6016029 430 | 1257.50 0.5990068 431 | 1262.50 0.5950321 432 | 1267.50 0.5908895 433 | 1272.50 0.5887504 434 | 1277.50 0.5857666 435 | 1282.50 0.5768898 436 | 1287.50 0.5772158 437 | 1292.50 0.5728603 438 | 1297.50 0.5724581 439 | 1302.50 0.5688486 440 | 1307.50 0.5665463 441 | 1312.50 0.5581643 442 | 1317.50 0.5563369 443 | 1322.50 0.5571476 444 | 1327.50 0.5511242 445 | 1332.50 0.5495351 446 | 1337.50 0.5476214 447 | 1342.50 0.5462047 448 | 1347.50 0.5432713 449 | 1352.50 0.540657 450 | 1357.50 0.5357816 451 | 1362.50 0.5316502 452 | 1367.50 0.5319316 453 | 1372.50 0.5303885 454 | 1377.50 0.5273297 455 | 1382.50 0.5253136 456 | 1387.50 0.5204849 457 | 1392.50 0.5207021 458 | 1397.50 0.51842 459 | 1402.50 0.5134869 460 | 1407.50 0.5138062 461 | 1412.50 0.5101218 462 | 1417.50 0.5095563 463 | 1422.50 0.5050451 464 | 1427.50 0.4993219 465 | 1432.50 0.5019253 466 | 1437.50 0.5011258 467 | 1442.50 0.4943874 468 | 1447.50 0.4968848 469 | 1452.50 0.4922805 470 | 1457.00 0.4905265 471 | 1462.00 0.4911866 472 | 1467.50 0.4887559 473 | 1472.50 0.4844418 474 | 1477.50 0.484091 475 | 1482.50 0.4822342 476 | 1487.50 0.475288 477 | 1492.50 0.4801852 478 | 1497.50 0.4764623 479 | 1502.50 0.4631041 480 | 1507.50 0.4667841 481 | 1512.50 0.4725247 482 | 1517.50 0.4706257 483 | 1522.50 0.4674846 484 | 1527.50 0.4666985 485 | 1532.50 0.4647629 486 | 1537.50 0.4639221 487 | 1542.50 0.4636363 488 | 1547.50 0.4615332 489 | 1552.50 0.4580357 490 | 1557.50 0.4563883 491 | 1562.50 0.4550922 492 | 1567.50 0.4517608 493 | 1572.50 0.4499933 494 | 1577.50 0.4408045 495 | 1582.50 0.4449016 496 | 1587.50 0.4394454 497 | 1592.50 0.4426354 498 | 1597.50 0.4402606 499 | 1605.00 0.4376251 500 | 1615.00 0.4317332 501 | 1625.00 0.4277404 502 | 1635.00 0.4215537 503 | 1645.00 0.4131827 504 | 1655.00 0.4075136 505 | 1665.00 0.3993041 506 | 1675.00 0.3893508 507 | 1685.00 0.3828632 508 | 1695.00 0.3774633 509 | 1705.00 0.3685497 510 | 1715.00 0.3607721 511 | 1725.00 0.354779 512 | 1735.00 0.3472396 513 | 1745.00 0.341595 514 | 1755.00 0.3357386 515 | 1765.00 0.3296036 516 | 1775.00 0.3231801 517 | 1785.00 0.3176403 518 | 1795.00 0.3116558 519 | 1805.00 0.3056274 520 | 1815.00 0.299267 521 | 1825.00 0.2943491 522 | 1835.00 0.2890213 523 | 1845.00 0.282692 524 | 1855.00 0.2786697 525 | 1865.00 0.2727118 526 | 1875.00 0.263544 527 | 1885.00 0.2633826 528 | 1895.00 0.2565655 529 | 1905.00 0.2543419 530 | 1915.00 0.2493614 531 | 1925.00 0.2452623 532 | 1935.00 0.239735 533 | 1945.00 0.2339315 534 | 1955.00 0.2318561 535 | 1965.00 0.22823 536 | 1975.00 0.2222174 537 | 1985.00 0.219099 538 | 1995.00 0.2160317 539 | 2005.00 0.2134748 540 | 2015.00 0.2099576 541 | 2025.00 0.2057783 542 | 2035.00 0.2021896 543 | 2045.00 0.1993628 544 | 2055.00 0.1959215 545 | 2065.00 0.1921385 546 | 2075.00 0.1891896 547 | 2085.00 0.1861563 548 | 2095.00 0.182484 549 | 2105.00 0.1800681 550 | 2115.00 0.1770097 551 | 2125.00 0.1741421 552 | 2135.00 0.1714228 553 | 2145.00 0.1686173 554 | 2155.00 0.1659067 555 | 2165.00 0.1623768 556 | 2175.00 0.1602758 557 | 2185.00 0.1577386 558 | 2195.00 0.1553953 559 | 2205.00 0.1519946 560 | 2215.00 0.1505863 561 | 2225.00 0.1477066 562 | 2235.00 0.1455916 563 | 2245.00 0.1433904 564 | 2255.00 0.1412766 565 | 2265.00 0.138776 566 | 2275.00 0.1369505 567 | 2285.00 0.1345122 568 | 2295.00 0.1284289 569 | -------------------------------------------------------------------------------- /examples/sample_seds/km10_5250.fits_g45: -------------------------------------------------------------------------------- 1 | # Version 2.1 - nm, norm@500 to 1 km10_5250.fits_g45 2 | # Wavelength(nm) Flambda(ergs/cm^s/s/nm) 3 | 270.50 0.1902331 4 | 271.50 0.1244016 5 | 272.50 0.08093234 6 | 273.50 0.1230102 7 | 274.50 0.06665585 8 | 275.50 0.1066127 9 | 276.50 0.1532719 10 | 277.50 0.1537585 11 | 278.50 0.07374874 12 | 279.50 0.02623533 13 | 280.50 0.03319436 14 | 281.50 0.1214909 15 | 282.50 0.1797777 16 | 283.50 0.1431613 17 | 284.50 0.06630141 18 | 285.50 0.0297672 19 | 286.50 0.1131448 20 | 287.50 0.2022782 21 | 288.50 0.1899782 22 | 289.50 0.2555067 23 | 291.00 0.3406918 24 | 293.00 0.2986506 25 | 295.00 0.2653857 26 | 297.00 0.2559665 27 | 299.00 0.2659641 28 | 301.00 0.2560272 29 | 303.00 0.2824079 30 | 305.00 0.3039095 31 | 307.00 0.3199067 32 | 309.00 0.2841343 33 | 311.00 0.3400904 34 | 313.00 0.3140204 35 | 315.00 0.2959688 36 | 317.00 0.3350465 37 | 319.00 0.307396 38 | 321.00 0.3428358 39 | 323.00 0.3144118 40 | 325.00 0.4320879 41 | 327.00 0.5149128 42 | 329.00 0.4979677 43 | 331.00 0.4556011 44 | 333.00 0.4596745 45 | 335.00 0.4443484 46 | 337.00 0.292703 47 | 339.00 0.3730255 48 | 341.00 0.3861136 49 | 343.00 0.4448355 50 | 345.00 0.4353213 51 | 347.00 0.4750087 52 | 349.00 0.5368579 53 | 351.00 0.5775407 54 | 353.00 0.5310234 55 | 355.00 0.629587 56 | 357.00 0.4610867 57 | 359.00 0.4358747 58 | 361.00 0.5315858 59 | 363.00 0.5370283 60 | 364.00 0.5757189 61 | 365.00 0.6063431 62 | 367.00 0.6541615 63 | 369.00 0.599727 64 | 371.00 0.6213371 65 | 373.00 0.4113641 66 | 375.00 0.4764539 67 | 377.00 0.6322413 68 | 379.00 0.6551768 69 | 381.00 0.6379673 70 | 383.00 0.3578007 71 | 385.00 0.5532393 72 | 387.00 0.5129415 73 | 389.00 0.5541724 74 | 391.00 0.6419906 75 | 393.00 0.3544327 76 | 395.00 0.636757 77 | 397.00 0.4515259 78 | 399.00 0.8113575 79 | 401.00 0.8534612 80 | 403.00 0.8441087 81 | 405.00 0.8093428 82 | 407.00 0.7765896 83 | 409.00 0.8968023 84 | 411.00 0.8782474 85 | 413.00 0.8707074 86 | 415.00 0.8462938 87 | 417.00 0.8846376 88 | 419.00 0.8221977 89 | 421.00 0.8194075 90 | 423.00 0.7752668 91 | 425.00 0.7673789 92 | 427.00 0.7096847 93 | 429.00 0.6564151 94 | 431.00 0.5321443 95 | 433.00 0.8216796 96 | 435.00 0.7968301 97 | 437.00 0.8315346 98 | 439.00 0.7724123 99 | 441.00 0.8494144 100 | 443.00 0.9496053 101 | 445.00 0.9379803 102 | 447.00 0.9761847 103 | 449.00 0.9949522 104 | 451.00 1.054206 105 | 453.00 0.9876725 106 | 455.00 1.020106 107 | 457.00 1.060111 108 | 459.00 1.029223 109 | 461.00 1.040001 110 | 463.00 1.044641 111 | 465.00 1.043233 112 | 467.00 1.067817 113 | 469.00 1.059796 114 | 471.00 1.045166 115 | 473.00 1.061109 116 | 475.00 1.066776 117 | 477.00 1.064484 118 | 479.00 1.061011 119 | 481.00 1.066459 120 | 483.00 1.061353 121 | 485.00 1.039345 122 | 487.00 0.9549069 123 | 489.00 1.03087 124 | 491.00 1.040666 125 | 493.00 1.016953 126 | 495.00 1.036776 127 | 497.00 1.06322 128 | 499.00 1.013747 129 | 501.00 0.9862534 130 | 503.00 1.030562 131 | 505.00 1.016553 132 | 507.00 1.045412 133 | 509.00 1.021854 134 | 511.00 1.026191 135 | 513.00 1.016088 136 | 515.00 0.9856931 137 | 517.00 0.9099222 138 | 519.00 0.9311901 139 | 521.00 0.9805882 140 | 523.00 1.007262 141 | 525.00 1.041186 142 | 527.00 0.9588618 143 | 529.00 1.036001 144 | 531.00 1.057581 145 | 533.00 0.9920312 146 | 535.00 1.036449 147 | 537.00 1.023305 148 | 539.00 1.0214 149 | 541.00 1.003296 150 | 543.00 1.012422 151 | 545.00 1.017489 152 | 547.00 1.023044 153 | 549.00 1.032015 154 | 551.00 1.02654 155 | 553.00 1.033483 156 | 555.00 1.039157 157 | 557.00 1.013 158 | 559.00 1.006468 159 | 561.00 1.013811 160 | 563.00 1.028122 161 | 565.00 1.031761 162 | 567.00 1.016061 163 | 569.00 1.0243 164 | 571.00 1.005382 165 | 573.00 1.032972 166 | 575.00 1.021764 167 | 577.00 1.022309 168 | 579.00 1.013991 169 | 581.00 1.018333 170 | 583.00 1.021405 171 | 585.00 1.009122 172 | 587.00 1.008128 173 | 589.00 0.9476383 174 | 591.00 1.000255 175 | 593.00 0.99948 176 | 595.00 1.000224 177 | 597.00 0.9973375 178 | 599.00 0.9944263 179 | 601.00 0.9842074 180 | 603.00 0.9837964 181 | 605.00 0.9923586 182 | 607.00 0.9839005 183 | 609.00 0.9790296 184 | 611.00 0.973082 185 | 613.00 0.9466753 186 | 615.00 0.9642435 187 | 617.00 0.9411397 188 | 619.00 0.9610599 189 | 621.00 0.9599532 190 | 623.00 0.9472102 191 | 625.00 0.9354921 192 | 627.00 0.9522755 193 | 629.00 0.9499339 194 | 631.00 0.9347189 195 | 633.00 0.938387 196 | 635.00 0.942063 197 | 637.00 0.9399855 198 | 639.00 0.9344874 199 | 641.00 0.9192837 200 | 643.00 0.9231098 201 | 645.00 0.9197543 202 | 647.00 0.9151446 203 | 649.00 0.9043108 204 | 651.00 0.9151382 205 | 653.00 0.9151784 206 | 655.00 0.8828655 207 | 656.10 0.7878576 208 | 659.00 0.8928183 209 | 661.00 0.9046657 210 | 663.00 0.9032671 211 | 665.00 0.9000626 212 | 667.00 0.8909175 213 | 669.00 0.8976169 214 | 671.00 0.8882864 215 | 673.00 0.8909589 216 | 675.00 0.88514 217 | 677.00 0.8834837 218 | 679.00 0.8805757 219 | 681.00 0.8761378 220 | 683.00 0.87601 221 | 685.00 0.8666383 222 | 687.00 0.8669875 223 | 689.00 0.8670867 224 | 691.00 0.8621513 225 | 693.00 0.8600205 226 | 695.00 0.8548656 227 | 697.00 0.8544617 228 | 699.00 0.8503143 229 | 701.00 0.8426803 230 | 703.00 0.8435865 231 | 705.00 0.8418443 232 | 707.00 0.8370735 233 | 709.00 0.8335383 234 | 711.00 0.833335 235 | 713.00 0.8238517 236 | 715.00 0.8200233 237 | 717.00 0.8209145 238 | 719.00 0.808954 239 | 721.00 0.8105765 240 | 723.00 0.8134443 241 | 725.00 0.8113468 242 | 727.00 0.8082754 243 | 729.00 0.7989235 244 | 731.00 0.8002631 245 | 733.00 0.7967337 246 | 735.00 0.796555 247 | 737.00 0.7952732 248 | 739.00 0.785969 249 | 741.00 0.7726432 250 | 743.00 0.7812329 251 | 745.00 0.7794207 252 | 747.00 0.7792711 253 | 749.00 0.7734039 254 | 751.00 0.7698359 255 | 753.00 0.7702108 256 | 755.00 0.7693239 257 | 757.00 0.7645224 258 | 759.00 0.7601423 259 | 761.00 0.7581261 260 | 763.00 0.7565739 261 | 765.00 0.7547519 262 | 767.00 0.741142 263 | 769.00 0.7496715 264 | 771.00 0.7404246 265 | 773.00 0.7415406 266 | 775.00 0.7348999 267 | 777.00 0.7393876 268 | 779.00 0.7347145 269 | 781.00 0.7334073 270 | 783.00 0.7259717 271 | 785.00 0.7239778 272 | 787.00 0.7257455 273 | 789.00 0.7224948 274 | 791.00 0.7172996 275 | 793.00 0.708943 276 | 795.00 0.706285 277 | 797.00 0.7111435 278 | 799.00 0.7086095 279 | 801.00 0.7008607 280 | 803.00 0.7017493 281 | 805.00 0.6956319 282 | 807.00 0.6972969 283 | 809.00 0.6898897 284 | 811.00 0.6913378 285 | 813.00 0.6896702 286 | 815.00 0.6867749 287 | 817.00 0.6840975 288 | 819.00 0.6716924 289 | 821.00 0.6740554 290 | 823.00 0.6689224 291 | 825.00 0.6716481 292 | 827.00 0.6718214 293 | 829.00 0.6685411 294 | 831.00 0.6639366 295 | 833.00 0.6539086 296 | 835.00 0.6591886 297 | 837.00 0.6572554 298 | 839.00 0.645568 299 | 841.00 0.6525309 300 | 843.00 0.6457054 301 | 845.00 0.6470863 302 | 847.00 0.6394986 303 | 849.00 0.6361333 304 | 851.00 0.6142846 305 | 853.00 0.6311985 306 | 855.00 0.5675292 307 | 857.00 0.6332126 308 | 859.00 0.627854 309 | 861.00 0.6243374 310 | 863.00 0.624891 311 | 865.00 0.6207511 312 | 867.00 0.5633734 313 | 869.00 0.6073636 314 | 871.00 0.6148362 315 | 873.00 0.6134743 316 | 875.00 0.6060119 317 | 877.00 0.6096728 318 | 879.00 0.6054125 319 | 881.00 0.5953117 320 | 883.00 0.5964057 321 | 885.00 0.5975026 322 | 887.00 0.5904801 323 | 889.00 0.5964219 324 | 891.00 0.5947167 325 | 893.00 0.5897766 326 | 895.00 0.5862655 327 | 897.00 0.5861677 328 | 899.00 0.5852311 329 | 901.00 0.5702142 330 | 903.00 0.5793388 331 | 905.00 0.5793668 332 | 907.00 0.5751308 333 | 909.00 0.5657827 334 | 911.00 0.5687314 335 | 913.00 0.5680097 336 | 915.00 0.5670086 337 | 917.00 0.5648255 338 | 919.00 0.5639143 339 | 921.00 0.5584871 340 | 923.00 0.55379 341 | 925.00 0.5531363 342 | 927.00 0.5530888 343 | 929.00 0.5519072 344 | 931.00 0.5507814 345 | 933.00 0.5481531 346 | 935.00 0.5451401 347 | 937.00 0.5419556 348 | 939.00 0.5421512 349 | 941.00 0.5326158 350 | 943.00 0.5378087 351 | 945.00 0.5334998 352 | 947.00 0.5339534 353 | 949.00 0.532405 354 | 951.00 0.5299977 355 | 953.00 0.5278161 356 | 955.00 0.5199669 357 | 957.00 0.5226209 358 | 959.00 0.5223475 359 | 961.00 0.5193823 360 | 963.00 0.5164211 361 | 965.00 0.5126221 362 | 967.00 0.5116404 363 | 969.00 0.5121061 364 | 971.00 0.5091047 365 | 973.00 0.5074241 366 | 975.00 0.5038722 367 | 977.00 0.5032239 368 | 979.00 0.5008184 369 | 981.00 0.5000273 370 | 983.00 0.4985254 371 | 985.00 0.4968806 372 | 987.00 0.493688 373 | 989.00 0.4916259 374 | 991.00 0.4904494 375 | 993.00 0.4896204 376 | 995.00 0.4877575 377 | 997.00 0.4860164 378 | 999.00 0.4839843 379 | 1002.50 0.4804429 380 | 1007.50 0.4739101 381 | 1012.50 0.4715642 382 | 1017.50 0.4663253 383 | 1022.50 0.4624628 384 | 1027.50 0.4588614 385 | 1032.50 0.4527232 386 | 1037.50 0.4488604 387 | 1042.50 0.4461158 388 | 1047.50 0.4411726 389 | 1052.50 0.4379369 390 | 1057.50 0.432888 391 | 1062.50 0.4281935 392 | 1067.50 0.4228479 393 | 1072.50 0.4211696 394 | 1077.50 0.4153195 395 | 1082.50 0.4101723 396 | 1087.50 0.4079708 397 | 1092.50 0.4037538 398 | 1097.50 0.4009899 399 | 1102.50 0.3993564 400 | 1107.50 0.3964519 401 | 1112.50 0.3923635 402 | 1117.50 0.3884083 403 | 1122.50 0.385927 404 | 1127.50 0.3804134 405 | 1132.50 0.3786387 406 | 1137.50 0.3745754 407 | 1142.50 0.3696816 408 | 1147.50 0.3694279 409 | 1152.50 0.3663453 410 | 1157.50 0.3625087 411 | 1162.50 0.3567616 412 | 1167.50 0.3554758 413 | 1172.50 0.3540553 414 | 1177.50 0.3489882 415 | 1182.50 0.3449897 416 | 1187.50 0.3414202 417 | 1192.50 0.3422425 418 | 1197.50 0.3337998 419 | 1202.50 0.3342175 420 | 1207.50 0.330993 421 | 1212.50 0.3300333 422 | 1217.50 0.3282774 423 | 1222.50 0.3255045 424 | 1227.50 0.3219486 425 | 1232.50 0.3201763 426 | 1237.50 0.3174699 427 | 1242.50 0.3148011 428 | 1247.50 0.312603 429 | 1252.50 0.309958 430 | 1257.50 0.3075768 431 | 1262.50 0.304989 432 | 1267.50 0.3023596 433 | 1272.50 0.3004768 434 | 1277.50 0.2982462 435 | 1282.50 0.2902579 436 | 1287.50 0.2933614 437 | 1292.50 0.2909296 438 | 1297.50 0.2892226 439 | 1302.50 0.2867126 440 | 1307.50 0.284854 441 | 1312.50 0.2811096 442 | 1317.50 0.2792628 443 | 1322.50 0.2784164 444 | 1327.50 0.2753125 445 | 1332.50 0.2738653 446 | 1337.50 0.2718133 447 | 1342.50 0.2703901 448 | 1347.50 0.2683226 449 | 1352.50 0.2664346 450 | 1357.50 0.2636165 451 | 1362.50 0.2619655 452 | 1367.50 0.2604374 453 | 1372.50 0.2587379 454 | 1377.50 0.2567819 455 | 1382.50 0.2551387 456 | 1387.50 0.2531052 457 | 1392.50 0.2516462 458 | 1397.50 0.2498637 459 | 1402.50 0.2474184 460 | 1407.50 0.2464516 461 | 1412.50 0.2440744 462 | 1417.50 0.2432128 463 | 1422.50 0.2402384 464 | 1427.50 0.2378644 465 | 1432.50 0.2378745 466 | 1437.50 0.2367865 467 | 1442.50 0.2329009 468 | 1447.50 0.2335121 469 | 1452.50 0.2305248 470 | 1457.00 0.2294482 471 | 1462.00 0.2290507 472 | 1467.50 0.2272791 473 | 1472.50 0.2248054 474 | 1477.50 0.2238538 475 | 1482.50 0.222463 476 | 1487.50 0.2189364 477 | 1492.50 0.2201861 478 | 1497.50 0.2179209 479 | 1502.50 0.2127787 480 | 1507.50 0.212811 481 | 1512.50 0.2141837 482 | 1517.50 0.2128605 483 | 1522.50 0.2106079 484 | 1527.50 0.2095738 485 | 1532.50 0.2082521 486 | 1537.50 0.2069588 487 | 1542.50 0.2059827 488 | 1547.50 0.2046844 489 | 1552.50 0.2027204 490 | 1557.50 0.2010041 491 | 1562.50 0.2004221 492 | 1567.50 0.1981285 493 | 1572.50 0.1967312 494 | 1577.50 0.1932156 495 | 1582.50 0.1938284 496 | 1587.50 0.1900185 497 | 1592.50 0.1914885 498 | 1597.50 0.1902515 499 | 1605.00 0.1880935 500 | 1615.00 0.1845605 501 | 1625.00 0.1826928 502 | 1635.00 0.178979 503 | 1645.00 0.1748083 504 | 1655.00 0.1728841 505 | 1665.00 0.16941 506 | 1675.00 0.1651443 507 | 1685.00 0.1611431 508 | 1695.00 0.1597167 509 | 1705.00 0.1560235 510 | 1715.00 0.1528464 511 | 1725.00 0.1499244 512 | 1735.00 0.1452067 513 | 1745.00 0.1440983 514 | 1755.00 0.1416353 515 | 1765.00 0.1388916 516 | 1775.00 0.1361913 517 | 1785.00 0.1337059 518 | 1795.00 0.1311445 519 | 1805.00 0.1285752 520 | 1815.00 0.1244528 521 | 1825.00 0.1234711 522 | 1835.00 0.1214087 523 | 1845.00 0.1187205 524 | 1855.00 0.1169242 525 | 1865.00 0.1144096 526 | 1875.00 0.1086629 527 | 1885.00 0.1103654 528 | 1895.00 0.1077159 529 | 1905.00 0.1065779 530 | 1915.00 0.1045145 531 | 1925.00 0.1027176 532 | 1935.00 0.1005978 533 | 1945.00 0.09705938 534 | 1955.00 0.09715232 535 | 1965.00 0.09547134 536 | 1975.00 0.09343798 537 | 1985.00 0.09204512 538 | 1995.00 0.09054282 539 | 2005.00 0.08915336 540 | 2015.00 0.08766602 541 | 2025.00 0.08596237 542 | 2035.00 0.08434451 543 | 2045.00 0.08318343 544 | 2055.00 0.08173031 545 | 2065.00 0.08010542 546 | 2075.00 0.07888244 547 | 2085.00 0.07761008 548 | 2095.00 0.07610286 549 | 2105.00 0.07503753 550 | 2115.00 0.07376768 551 | 2125.00 0.07253464 552 | 2135.00 0.07135675 553 | 2145.00 0.07019602 554 | 2155.00 0.0690474 555 | 2165.00 0.06672559 556 | 2175.00 0.06668816 557 | 2185.00 0.06556341 558 | 2195.00 0.06464491 559 | 2205.00 0.06336205 560 | 2215.00 0.06257912 561 | 2225.00 0.0615131 562 | 2235.00 0.06054869 563 | 2245.00 0.05959755 564 | 2255.00 0.05866083 565 | 2265.00 0.05770403 566 | 2275.00 0.05684673 567 | 2285.00 0.05588426 568 | 2295.00 0.05468315 569 | -------------------------------------------------------------------------------- /examples/sample_seds/km10_6000.fits_g45: -------------------------------------------------------------------------------- 1 | # Version 2.1 - nm, norm@500 to 1 km10_6000.fits_g45 2 | # Wavelength(nm) Flambda(ergs/cm^s/s/nm) 3 | 270.50 0.3975169 4 | 271.50 0.3151695 5 | 272.50 0.3034008 6 | 273.50 0.3479181 7 | 274.50 0.2154169 8 | 275.50 0.2816196 9 | 276.50 0.3581782 10 | 277.50 0.3839764 11 | 278.50 0.2551307 12 | 279.50 0.0760274 13 | 280.50 0.105149 14 | 281.50 0.3749824 15 | 282.50 0.4672327 16 | 283.50 0.4446203 17 | 284.50 0.3581688 18 | 285.50 0.1841791 19 | 286.50 0.4405094 20 | 287.50 0.4891357 21 | 288.50 0.4524262 22 | 289.50 0.4879385 23 | 291.00 0.5774435 24 | 293.00 0.5386944 25 | 295.00 0.5263779 26 | 297.00 0.5411524 27 | 299.00 0.5484814 28 | 301.00 0.5649602 29 | 303.00 0.5695629 30 | 305.00 0.5990221 31 | 307.00 0.5927668 32 | 309.00 0.5806432 33 | 311.00 0.5966589 34 | 313.00 0.5962395 35 | 315.00 0.5733234 36 | 317.00 0.6084125 37 | 319.00 0.5692433 38 | 321.00 0.6175455 39 | 323.00 0.5750034 40 | 325.00 0.6567009 41 | 327.00 0.7235483 42 | 329.00 0.7141654 43 | 331.00 0.7181688 44 | 333.00 0.7117938 45 | 335.00 0.7069962 46 | 337.00 0.6083005 47 | 339.00 0.6797689 48 | 341.00 0.6782174 49 | 343.00 0.7126925 50 | 345.00 0.7073005 51 | 347.00 0.7265196 52 | 349.00 0.7527529 53 | 351.00 0.7689549 54 | 353.00 0.7385392 55 | 355.00 0.8055332 56 | 357.00 0.7186716 57 | 359.00 0.6930235 58 | 361.00 0.7355925 59 | 363.00 0.7455117 60 | 364.00 0.7608261 61 | 365.00 0.8041082 62 | 367.00 0.8012752 63 | 369.00 0.7595544 64 | 371.00 0.796561 65 | 373.00 0.7142016 66 | 375.00 0.7745505 67 | 377.00 0.8494689 68 | 379.00 0.8870194 69 | 381.00 0.9256906 70 | 383.00 0.7189521 71 | 385.00 0.9280512 72 | 387.00 0.9157292 73 | 389.00 0.8522487 74 | 391.00 0.9320732 75 | 393.00 0.6364904 76 | 395.00 0.912347 77 | 397.00 0.6954084 78 | 399.00 1.010898 79 | 401.00 1.037834 80 | 403.00 1.040668 81 | 405.00 1.021724 82 | 407.00 1.003724 83 | 409.00 1.044974 84 | 411.00 0.9753635 85 | 413.00 1.046188 86 | 415.00 1.046373 87 | 417.00 1.056739 88 | 419.00 1.026385 89 | 421.00 1.02312 90 | 423.00 0.9919142 91 | 425.00 1.003483 92 | 427.00 0.9801245 93 | 429.00 0.9393242 94 | 431.00 0.8373894 95 | 433.00 0.9947613 96 | 435.00 0.9448338 97 | 437.00 1.033458 98 | 439.00 1.003076 99 | 441.00 1.027618 100 | 443.00 1.056875 101 | 445.00 1.047917 102 | 447.00 1.056406 103 | 449.00 1.065506 104 | 451.00 1.093962 105 | 453.00 1.055353 106 | 455.00 1.063336 107 | 457.00 1.091176 108 | 459.00 1.07062 109 | 461.00 1.076274 110 | 463.00 1.07136 111 | 465.00 1.070869 112 | 467.00 1.082947 113 | 469.00 1.076929 114 | 471.00 1.058604 115 | 473.00 1.071436 116 | 475.00 1.072669 117 | 477.00 1.071463 118 | 479.00 1.064364 119 | 481.00 1.065052 120 | 483.00 1.059787 121 | 485.00 1.020857 122 | 487.00 0.9128733 123 | 489.00 1.032569 124 | 491.00 1.037314 125 | 493.00 1.01873 126 | 495.00 1.029066 127 | 497.00 1.042602 128 | 499.00 1.009068 129 | 501.00 0.9909316 130 | 503.00 1.021386 131 | 505.00 1.010134 132 | 507.00 1.023073 133 | 509.00 1.009049 134 | 511.00 1.010195 135 | 513.00 1.002221 136 | 515.00 0.9830914 137 | 517.00 0.9450164 138 | 519.00 0.9498494 139 | 521.00 0.96773 140 | 523.00 0.9748195 141 | 525.00 0.9944153 142 | 527.00 0.9481674 143 | 529.00 0.9827246 144 | 531.00 0.987067 145 | 533.00 0.9552584 146 | 535.00 0.9747431 147 | 537.00 0.9656055 148 | 539.00 0.9628145 149 | 541.00 0.9473144 150 | 543.00 0.9562398 151 | 545.00 0.9543189 152 | 547.00 0.9516126 153 | 549.00 0.953821 154 | 551.00 0.9506221 155 | 553.00 0.9497687 156 | 555.00 0.9513309 157 | 557.00 0.9343127 158 | 559.00 0.9303737 159 | 561.00 0.9295454 160 | 563.00 0.9358058 161 | 565.00 0.9338195 162 | 567.00 0.9229925 163 | 569.00 0.925856 164 | 571.00 0.9157099 165 | 573.00 0.9247769 166 | 575.00 0.9169847 167 | 577.00 0.9147877 168 | 579.00 0.9097314 169 | 581.00 0.9079966 170 | 583.00 0.9062533 171 | 585.00 0.8983774 172 | 587.00 0.895131 173 | 589.00 0.8734226 174 | 591.00 0.8877904 175 | 593.00 0.8844308 176 | 595.00 0.8823134 177 | 597.00 0.8780861 178 | 599.00 0.874234 179 | 601.00 0.8682721 180 | 603.00 0.8639201 181 | 605.00 0.8657853 182 | 607.00 0.8606694 183 | 609.00 0.8559691 184 | 611.00 0.8509073 185 | 613.00 0.8349046 186 | 615.00 0.8396992 187 | 617.00 0.8302585 188 | 619.00 0.8363518 189 | 621.00 0.8332847 190 | 623.00 0.8256656 191 | 625.00 0.815571 192 | 627.00 0.8234284 193 | 629.00 0.8201741 194 | 631.00 0.8102465 195 | 633.00 0.8087013 196 | 635.00 0.8089866 197 | 637.00 0.8053398 198 | 639.00 0.8014882 199 | 641.00 0.7902371 200 | 643.00 0.7893913 201 | 645.00 0.7862743 202 | 647.00 0.7828902 203 | 649.00 0.7735511 204 | 651.00 0.7760108 205 | 653.00 0.7694419 206 | 655.00 0.7272904 207 | 656.10 0.6179493 208 | 659.00 0.7486666 209 | 661.00 0.7598156 210 | 663.00 0.7586321 211 | 665.00 0.7564996 212 | 667.00 0.7510424 213 | 669.00 0.7512993 214 | 671.00 0.7461645 215 | 673.00 0.7442492 216 | 675.00 0.7402495 217 | 677.00 0.7370317 218 | 679.00 0.7336868 219 | 681.00 0.7298364 220 | 683.00 0.7273214 221 | 685.00 0.7217066 222 | 687.00 0.719977 223 | 689.00 0.7174947 224 | 691.00 0.7136096 225 | 693.00 0.7107391 226 | 695.00 0.7071882 227 | 697.00 0.7043033 228 | 699.00 0.7009874 229 | 701.00 0.6954489 230 | 703.00 0.6938231 231 | 705.00 0.6912631 232 | 707.00 0.6876156 233 | 709.00 0.6842325 234 | 711.00 0.6814742 235 | 713.00 0.6759248 236 | 715.00 0.6728188 237 | 717.00 0.6706039 238 | 719.00 0.6644628 239 | 721.00 0.6627159 240 | 723.00 0.6618662 241 | 725.00 0.6594109 242 | 727.00 0.6562478 243 | 729.00 0.6503437 244 | 731.00 0.6491475 245 | 733.00 0.6458018 246 | 735.00 0.6442013 247 | 737.00 0.6416048 248 | 739.00 0.6357761 249 | 741.00 0.6267807 250 | 743.00 0.6298097 251 | 745.00 0.6278397 252 | 747.00 0.626258 253 | 749.00 0.6216901 254 | 751.00 0.6181286 255 | 753.00 0.6170255 256 | 755.00 0.6149241 257 | 757.00 0.6111905 258 | 759.00 0.6077628 259 | 761.00 0.6050685 260 | 763.00 0.6028371 261 | 765.00 0.6001171 262 | 767.00 0.5926963 263 | 769.00 0.5944944 264 | 771.00 0.5894312 265 | 773.00 0.5886599 266 | 775.00 0.5839084 267 | 777.00 0.5827 268 | 779.00 0.5808348 269 | 781.00 0.5782744 270 | 783.00 0.5734075 271 | 785.00 0.5710512 272 | 787.00 0.5704839 273 | 789.00 0.5678319 274 | 791.00 0.5645816 275 | 793.00 0.5585097 276 | 795.00 0.5565016 277 | 797.00 0.5571566 278 | 799.00 0.5546824 279 | 801.00 0.5495161 280 | 803.00 0.548776 281 | 805.00 0.5446713 282 | 807.00 0.544175 283 | 809.00 0.5397937 284 | 811.00 0.5389828 285 | 813.00 0.5367912 286 | 815.00 0.5340933 287 | 817.00 0.5315368 288 | 819.00 0.5242047 289 | 821.00 0.5245721 290 | 823.00 0.5201059 291 | 825.00 0.5204501 292 | 827.00 0.5192123 293 | 829.00 0.5166137 294 | 831.00 0.5131644 295 | 833.00 0.5067379 296 | 835.00 0.5084815 297 | 837.00 0.5063332 298 | 839.00 0.4999659 299 | 841.00 0.5014811 300 | 843.00 0.4980212 301 | 845.00 0.4960535 302 | 847.00 0.4910641 303 | 849.00 0.4893717 304 | 851.00 0.4740634 305 | 853.00 0.4852281 306 | 855.00 0.4444742 307 | 857.00 0.48424 308 | 859.00 0.4788726 309 | 861.00 0.4756517 310 | 863.00 0.4779159 311 | 865.00 0.4735077 312 | 867.00 0.4367737 313 | 869.00 0.4662807 314 | 871.00 0.4685555 315 | 873.00 0.4662225 316 | 875.00 0.455371 317 | 877.00 0.4619123 318 | 879.00 0.4599032 319 | 881.00 0.4542725 320 | 883.00 0.4534075 321 | 885.00 0.4516614 322 | 887.00 0.4402539 323 | 889.00 0.4500763 324 | 891.00 0.4479838 325 | 893.00 0.4447461 326 | 895.00 0.4430319 327 | 897.00 0.4418003 328 | 899.00 0.4400236 329 | 901.00 0.4233845 330 | 903.00 0.4327413 331 | 905.00 0.4343432 332 | 907.00 0.4298283 333 | 909.00 0.4239669 334 | 911.00 0.4260798 335 | 913.00 0.4258986 336 | 915.00 0.4241796 337 | 917.00 0.4222176 338 | 919.00 0.4206697 339 | 921.00 0.4159048 340 | 923.00 0.4008089 341 | 925.00 0.4112521 342 | 927.00 0.4118713 343 | 929.00 0.4108255 344 | 931.00 0.4091856 345 | 933.00 0.4070607 346 | 935.00 0.4049882 347 | 937.00 0.4032067 348 | 939.00 0.4017165 349 | 941.00 0.3944781 350 | 943.00 0.3977275 351 | 945.00 0.3953364 352 | 947.00 0.3945267 353 | 949.00 0.3929228 354 | 951.00 0.3908727 355 | 953.00 0.3880375 356 | 955.00 0.3711107 357 | 957.00 0.3846476 358 | 959.00 0.3840782 359 | 961.00 0.3817274 360 | 963.00 0.3790948 361 | 965.00 0.377988 362 | 967.00 0.375591 363 | 969.00 0.375372 364 | 971.00 0.373706 365 | 973.00 0.3720819 366 | 975.00 0.3693905 367 | 977.00 0.368424 368 | 979.00 0.3668742 369 | 981.00 0.3652764 370 | 983.00 0.3638029 371 | 985.00 0.3622055 372 | 987.00 0.360119 373 | 989.00 0.3582573 374 | 991.00 0.356974 375 | 993.00 0.3558624 376 | 995.00 0.3543403 377 | 997.00 0.3528052 378 | 999.00 0.3511946 379 | 1002.50 0.3466282 380 | 1007.50 0.3388598 381 | 1012.50 0.3405697 382 | 1017.50 0.3365405 383 | 1022.50 0.3332924 384 | 1027.50 0.3299206 385 | 1032.50 0.3256964 386 | 1037.50 0.3223731 387 | 1042.50 0.3192848 388 | 1047.50 0.3150254 389 | 1052.50 0.3123984 390 | 1057.50 0.3086707 391 | 1062.50 0.3046728 392 | 1067.50 0.2994012 393 | 1072.50 0.2982525 394 | 1077.50 0.2944819 395 | 1082.50 0.2908279 396 | 1087.50 0.2884682 397 | 1092.50 0.2790751 398 | 1097.50 0.2818744 399 | 1102.50 0.2807085 400 | 1107.50 0.2781615 401 | 1112.50 0.2750091 402 | 1117.50 0.2719843 403 | 1122.50 0.2696222 404 | 1127.50 0.2657903 405 | 1132.50 0.2636295 406 | 1137.50 0.2611207 407 | 1142.50 0.2575561 408 | 1147.50 0.2562284 409 | 1152.50 0.2536634 410 | 1157.50 0.2508855 411 | 1162.50 0.2471538 412 | 1167.50 0.2453117 413 | 1172.50 0.2436928 414 | 1177.50 0.2398238 415 | 1182.50 0.2374049 416 | 1187.50 0.2347464 417 | 1192.50 0.2342506 418 | 1197.50 0.2293472 419 | 1202.50 0.2285315 420 | 1207.50 0.2259987 421 | 1212.50 0.2248402 422 | 1217.50 0.2230842 423 | 1222.50 0.220918 424 | 1227.50 0.2183666 425 | 1232.50 0.2166566 426 | 1237.50 0.2145389 427 | 1242.50 0.2124937 428 | 1247.50 0.2105807 429 | 1252.50 0.2085248 430 | 1257.50 0.2064902 431 | 1262.50 0.2044995 432 | 1267.50 0.2025683 433 | 1272.50 0.2008408 434 | 1277.50 0.1984796 435 | 1282.50 0.1879143 436 | 1287.50 0.1949061 437 | 1292.50 0.1933967 438 | 1297.50 0.1917734 439 | 1302.50 0.1899086 440 | 1307.50 0.1883104 441 | 1312.50 0.1860552 442 | 1317.50 0.1843146 443 | 1322.50 0.183271 444 | 1327.50 0.1813391 445 | 1332.50 0.1798915 446 | 1337.50 0.1782278 447 | 1342.50 0.1768475 448 | 1347.50 0.1752496 449 | 1352.50 0.1737145 450 | 1357.50 0.1718996 451 | 1362.50 0.1706025 452 | 1367.50 0.1690972 453 | 1372.50 0.1674685 454 | 1377.50 0.1661463 455 | 1382.50 0.1647694 456 | 1387.50 0.1634232 457 | 1392.50 0.1619915 458 | 1397.50 0.1605968 459 | 1402.50 0.1590231 460 | 1407.50 0.1578711 461 | 1412.50 0.1562052 462 | 1417.50 0.1552335 463 | 1422.50 0.1533705 464 | 1427.50 0.1518678 465 | 1432.50 0.1511989 466 | 1437.50 0.1500955 467 | 1442.50 0.1475485 468 | 1447.50 0.1475366 469 | 1452.50 0.1453912 470 | 1457.00 0.1447652 471 | 1462.00 0.143856 472 | 1467.50 0.142583 473 | 1472.50 0.141037 474 | 1477.50 0.1399558 475 | 1482.50 0.138943 476 | 1487.50 0.1367769 477 | 1492.50 0.1368872 478 | 1497.50 0.1354408 479 | 1502.50 0.1329288 480 | 1507.50 0.1322705 481 | 1512.50 0.1321961 482 | 1517.50 0.1311104 483 | 1522.50 0.1296596 484 | 1527.50 0.1286795 485 | 1532.50 0.1275652 486 | 1537.50 0.1265374 487 | 1542.50 0.1254196 488 | 1547.50 0.1245597 489 | 1552.50 0.1233261 490 | 1557.50 0.1218735 491 | 1562.50 0.121638 492 | 1567.50 0.1198797 493 | 1572.50 0.1186106 494 | 1577.50 0.1174129 495 | 1582.50 0.1171472 496 | 1587.50 0.1140266 497 | 1592.50 0.1150372 498 | 1597.50 0.1146141 499 | 1605.00 0.1126789 500 | 1615.00 0.1097711 501 | 1625.00 0.1093379 502 | 1635.00 0.1063813 503 | 1645.00 0.1032202 504 | 1655.00 0.1030605 505 | 1665.00 0.1009785 506 | 1675.00 0.09788451 507 | 1685.00 0.0946218 508 | 1695.00 0.09499456 509 | 1705.00 0.09292306 510 | 1715.00 0.09105482 511 | 1725.00 0.08907994 512 | 1735.00 0.08457473 513 | 1745.00 0.08534164 514 | 1755.00 0.08408603 515 | 1765.00 0.08241701 516 | 1775.00 0.08083042 517 | 1785.00 0.07928567 518 | 1795.00 0.0777588 519 | 1805.00 0.07616132 520 | 1815.00 0.07223935 521 | 1825.00 0.07278694 522 | 1835.00 0.07188968 523 | 1845.00 0.07039615 524 | 1855.00 0.06921424 525 | 1865.00 0.06767549 526 | 1875.00 0.06299923 527 | 1885.00 0.06517304 528 | 1895.00 0.06393926 529 | 1905.00 0.06310124 530 | 1915.00 0.0619136 531 | 1925.00 0.06080582 532 | 1935.00 0.05952572 533 | 1945.00 0.05619472 534 | 1955.00 0.05741968 535 | 1965.00 0.05651525 536 | 1975.00 0.05539477 537 | 1985.00 0.0545389 538 | 1995.00 0.05358167 539 | 2005.00 0.05268751 540 | 2015.00 0.05179389 541 | 2025.00 0.05082459 542 | 2035.00 0.04987713 543 | 2045.00 0.0491307 544 | 2055.00 0.04827515 545 | 2065.00 0.04734657 546 | 2075.00 0.04660559 547 | 2085.00 0.0458266 548 | 2095.00 0.04498145 549 | 2105.00 0.04428824 550 | 2115.00 0.04353693 551 | 2125.00 0.04280429 552 | 2135.00 0.04210041 553 | 2145.00 0.04141256 554 | 2155.00 0.04067218 555 | 2165.00 0.03844428 556 | 2175.00 0.03924864 557 | 2185.00 0.03867649 558 | 2195.00 0.03812383 559 | 2205.00 0.03741972 560 | 2215.00 0.03688139 561 | 2225.00 0.03628722 562 | 2235.00 0.03570808 563 | 2245.00 0.03513635 564 | 2255.00 0.03456245 565 | 2265.00 0.03402245 566 | 2275.00 0.03348842 567 | 2285.00 0.0329702 568 | 2295.00 0.03246391 569 | -------------------------------------------------------------------------------- /examples/sample_seds/km10_6500.fits_g45: -------------------------------------------------------------------------------- 1 | # Version 2.1 - nm, norm@500 to 1 km10_6500.fits_g45 2 | # Wavelength(nm) Flambda(ergs/cm^s/s/nm) 3 | 270.50 0.523462 4 | 271.50 0.4507688 5 | 272.50 0.4578498 6 | 273.50 0.5033843 7 | 274.50 0.355665 8 | 275.50 0.4185198 9 | 276.50 0.4907076 10 | 277.50 0.5289288 11 | 278.50 0.424268 12 | 279.50 0.1503972 13 | 280.50 0.2030159 14 | 281.50 0.5539414 15 | 282.50 0.613677 16 | 283.50 0.5959373 17 | 284.50 0.5463674 18 | 285.50 0.3838724 19 | 286.50 0.5924552 20 | 287.50 0.6121489 21 | 288.50 0.5984372 22 | 289.50 0.6036601 23 | 291.00 0.6911219 24 | 293.00 0.6590605 25 | 295.00 0.6500095 26 | 297.00 0.6691642 27 | 299.00 0.6773216 28 | 301.00 0.6932137 29 | 303.00 0.6961958 30 | 305.00 0.7173505 31 | 307.00 0.7270425 32 | 309.00 0.7291672 33 | 311.00 0.7263317 34 | 313.00 0.7306334 35 | 315.00 0.7306282 36 | 317.00 0.7472896 37 | 319.00 0.6991978 38 | 321.00 0.7355307 39 | 323.00 0.692759 40 | 325.00 0.7479758 41 | 327.00 0.7961152 42 | 329.00 0.7958234 43 | 331.00 0.812867 44 | 333.00 0.8015642 45 | 335.00 0.7984658 46 | 337.00 0.7595307 47 | 339.00 0.7849085 48 | 341.00 0.7769418 49 | 343.00 0.7976773 50 | 345.00 0.7939597 51 | 347.00 0.79808 52 | 349.00 0.8125836 53 | 351.00 0.8226361 54 | 353.00 0.8026439 55 | 355.00 0.848428 56 | 357.00 0.7924292 57 | 359.00 0.7742207 58 | 361.00 0.797007 59 | 363.00 0.8082695 60 | 364.00 0.8127725 61 | 365.00 0.8556645 62 | 367.00 0.8351208 63 | 369.00 0.7842336 64 | 371.00 0.8198276 65 | 373.00 0.7840025 66 | 375.00 0.8675805 67 | 377.00 0.9127013 68 | 379.00 0.9725761 69 | 381.00 1.037153 70 | 383.00 0.8664818 71 | 385.00 1.068462 72 | 387.00 1.086434 73 | 389.00 0.9309246 74 | 391.00 1.08769 75 | 393.00 0.8319851 76 | 395.00 1.066369 77 | 397.00 0.8146966 78 | 399.00 1.126099 79 | 401.00 1.154805 80 | 403.00 1.154014 81 | 405.00 1.142122 82 | 407.00 1.121479 83 | 409.00 1.111291 84 | 411.00 0.9941627 85 | 413.00 1.137642 86 | 415.00 1.143426 87 | 417.00 1.149539 88 | 419.00 1.128301 89 | 421.00 1.127927 90 | 423.00 1.102852 91 | 425.00 1.117258 92 | 427.00 1.108281 93 | 429.00 1.09407 94 | 431.00 1.036763 95 | 433.00 1.052312 96 | 435.00 0.9729228 97 | 437.00 1.121405 98 | 439.00 1.106805 99 | 441.00 1.104821 100 | 443.00 1.113318 101 | 445.00 1.105114 102 | 447.00 1.104491 103 | 449.00 1.109659 104 | 451.00 1.125804 105 | 453.00 1.096349 106 | 455.00 1.094899 107 | 457.00 1.116415 108 | 459.00 1.100225 109 | 461.00 1.103848 110 | 463.00 1.095237 111 | 465.00 1.093877 112 | 467.00 1.099201 113 | 469.00 1.090716 114 | 471.00 1.069819 115 | 473.00 1.083766 116 | 475.00 1.081918 117 | 477.00 1.079066 118 | 479.00 1.070733 119 | 481.00 1.067205 120 | 483.00 1.057662 121 | 485.00 0.9943799 122 | 487.00 0.8727008 123 | 489.00 1.027514 124 | 491.00 1.03605 125 | 493.00 1.019876 126 | 495.00 1.025914 127 | 497.00 1.034158 128 | 499.00 1.00847 129 | 501.00 0.9915301 130 | 503.00 1.013518 131 | 505.00 1.00185 132 | 507.00 1.008371 133 | 509.00 0.9980308 134 | 511.00 0.9969884 135 | 513.00 0.9885595 136 | 515.00 0.9721561 137 | 517.00 0.9452298 138 | 519.00 0.9463778 139 | 521.00 0.9539781 140 | 523.00 0.9548022 141 | 525.00 0.9703043 142 | 527.00 0.9341031 143 | 529.00 0.955776 144 | 531.00 0.9553814 145 | 533.00 0.9315506 146 | 535.00 0.9435255 147 | 537.00 0.9343261 148 | 539.00 0.9306143 149 | 541.00 0.9172895 150 | 543.00 0.9222524 151 | 545.00 0.9195677 152 | 547.00 0.9154663 153 | 549.00 0.9155799 154 | 551.00 0.911684 155 | 553.00 0.9082325 156 | 555.00 0.90767 157 | 557.00 0.8936104 158 | 559.00 0.8896466 159 | 561.00 0.8870774 160 | 563.00 0.8893713 161 | 565.00 0.8858487 162 | 567.00 0.8767104 163 | 569.00 0.8766285 164 | 571.00 0.8688753 165 | 573.00 0.8718762 166 | 575.00 0.8649069 167 | 577.00 0.8615704 168 | 579.00 0.8566057 169 | 581.00 0.8533309 170 | 583.00 0.8500808 171 | 585.00 0.8434683 172 | 587.00 0.8391929 173 | 589.00 0.8240615 174 | 591.00 0.8309016 175 | 593.00 0.8268828 176 | 595.00 0.8236108 177 | 597.00 0.8189501 178 | 599.00 0.814614 179 | 601.00 0.8092012 180 | 603.00 0.804258 181 | 605.00 0.8036305 182 | 607.00 0.7990274 183 | 609.00 0.7939917 184 | 611.00 0.7891397 185 | 613.00 0.7772262 186 | 615.00 0.7775755 187 | 617.00 0.7711527 188 | 619.00 0.773477 189 | 621.00 0.7695482 190 | 623.00 0.7631221 191 | 625.00 0.7540532 192 | 627.00 0.7580952 193 | 629.00 0.7543009 194 | 631.00 0.7467423 195 | 633.00 0.7437289 196 | 635.00 0.7416135 197 | 637.00 0.7375847 198 | 639.00 0.7342708 199 | 641.00 0.7252192 200 | 643.00 0.7230307 201 | 645.00 0.7184931 202 | 647.00 0.7149007 203 | 649.00 0.706553 204 | 651.00 0.7056073 205 | 653.00 0.6961507 206 | 655.00 0.6480928 207 | 656.10 0.5407617 208 | 659.00 0.6746549 209 | 661.00 0.6869565 210 | 663.00 0.6866589 211 | 665.00 0.6843011 212 | 667.00 0.6806 213 | 669.00 0.6791827 214 | 671.00 0.6748602 215 | 673.00 0.6719676 216 | 675.00 0.6679915 217 | 677.00 0.6647653 218 | 679.00 0.6612375 219 | 681.00 0.6574679 220 | 683.00 0.6543252 221 | 685.00 0.6497044 222 | 687.00 0.6471551 223 | 689.00 0.6441464 224 | 691.00 0.6404759 225 | 693.00 0.6372565 226 | 695.00 0.633855 227 | 697.00 0.6305338 228 | 699.00 0.6272402 229 | 701.00 0.6224356 230 | 703.00 0.6201226 231 | 705.00 0.6172683 232 | 707.00 0.6138312 233 | 709.00 0.6105234 234 | 711.00 0.6068443 235 | 713.00 0.6027506 236 | 715.00 0.5997777 237 | 717.00 0.5967304 238 | 719.00 0.5922454 239 | 721.00 0.5897399 240 | 723.00 0.5877349 241 | 725.00 0.5850718 242 | 727.00 0.5819525 243 | 729.00 0.5772466 244 | 731.00 0.5752239 245 | 733.00 0.5719486 246 | 735.00 0.5698663 247 | 737.00 0.5670558 248 | 739.00 0.5623759 249 | 741.00 0.5550765 250 | 743.00 0.5562914 251 | 745.00 0.5541258 252 | 747.00 0.5517495 253 | 749.00 0.5479984 254 | 751.00 0.5448602 255 | 753.00 0.5430807 256 | 755.00 0.5406493 257 | 757.00 0.5373125 258 | 759.00 0.5341783 259 | 761.00 0.5315049 260 | 763.00 0.5289817 261 | 765.00 0.5261333 262 | 767.00 0.5208661 263 | 769.00 0.5205463 264 | 771.00 0.5165352 265 | 773.00 0.5151731 266 | 775.00 0.5113009 267 | 777.00 0.5078374 268 | 779.00 0.5073507 269 | 781.00 0.5045904 270 | 783.00 0.5006596 271 | 785.00 0.4981935 272 | 787.00 0.4968037 273 | 789.00 0.4942073 274 | 791.00 0.4913892 275 | 793.00 0.4865896 276 | 795.00 0.484583 277 | 797.00 0.4840581 278 | 799.00 0.4815588 279 | 801.00 0.4774683 280 | 803.00 0.4761089 281 | 805.00 0.472774 282 | 807.00 0.4714782 283 | 809.00 0.468072 284 | 811.00 0.4665706 285 | 813.00 0.464316 286 | 815.00 0.4618124 287 | 817.00 0.4593654 288 | 819.00 0.4535936 289 | 821.00 0.4535169 290 | 823.00 0.4498275 291 | 825.00 0.4490559 292 | 827.00 0.4476969 293 | 829.00 0.4452461 294 | 831.00 0.4421933 295 | 833.00 0.4370222 296 | 835.00 0.4375694 297 | 837.00 0.435301 298 | 839.00 0.4302212 299 | 841.00 0.4302437 300 | 843.00 0.4274246 301 | 845.00 0.4247685 302 | 847.00 0.4208331 303 | 849.00 0.420286 304 | 851.00 0.4074227 305 | 853.00 0.4166652 306 | 855.00 0.385903 307 | 857.00 0.4151176 308 | 859.00 0.4083037 309 | 861.00 0.4046756 310 | 863.00 0.4096361 311 | 865.00 0.404949 312 | 867.00 0.3743894 313 | 869.00 0.399528 314 | 871.00 0.4016144 315 | 873.00 0.3982886 316 | 875.00 0.3813312 317 | 877.00 0.3931567 318 | 879.00 0.3939133 319 | 881.00 0.3898545 320 | 883.00 0.3880258 321 | 885.00 0.3831856 322 | 887.00 0.3664715 323 | 889.00 0.383252 324 | 891.00 0.3824857 325 | 893.00 0.3799212 326 | 895.00 0.3788228 327 | 897.00 0.3771668 328 | 899.00 0.3740874 329 | 901.00 0.3515398 330 | 903.00 0.363797 331 | 905.00 0.3692051 332 | 907.00 0.3654653 333 | 909.00 0.3606265 334 | 911.00 0.3626576 335 | 913.00 0.362582 336 | 915.00 0.3608783 337 | 917.00 0.3590062 338 | 919.00 0.3570574 339 | 921.00 0.3510824 340 | 923.00 0.3267591 341 | 925.00 0.3463151 342 | 927.00 0.3489272 343 | 929.00 0.3484776 344 | 931.00 0.3469239 345 | 933.00 0.345004 346 | 935.00 0.3432413 347 | 937.00 0.3416628 348 | 939.00 0.3400088 349 | 941.00 0.3337845 350 | 943.00 0.3363654 351 | 945.00 0.3344917 352 | 947.00 0.3334175 353 | 949.00 0.3318739 354 | 951.00 0.3294206 355 | 953.00 0.3247102 356 | 955.00 0.3001169 357 | 957.00 0.3223316 358 | 959.00 0.3233448 359 | 961.00 0.321482 360 | 963.00 0.3191155 361 | 965.00 0.3186059 362 | 967.00 0.3159421 363 | 969.00 0.3158198 364 | 971.00 0.3144667 365 | 973.00 0.3129624 366 | 975.00 0.310752 367 | 977.00 0.3097451 368 | 979.00 0.3082968 369 | 981.00 0.3068054 370 | 983.00 0.3054278 371 | 985.00 0.3038772 372 | 987.00 0.3021813 373 | 989.00 0.3004452 374 | 991.00 0.2992593 375 | 993.00 0.2981062 376 | 995.00 0.2967563 377 | 997.00 0.2953895 378 | 999.00 0.2938796 379 | 1002.50 0.2871428 380 | 1007.50 0.278665 381 | 1012.50 0.2842516 382 | 1017.50 0.2809052 383 | 1022.50 0.2779237 384 | 1027.50 0.2748197 385 | 1032.50 0.2712663 386 | 1037.50 0.2682834 387 | 1042.50 0.2652988 388 | 1047.50 0.2614862 389 | 1052.50 0.2591214 390 | 1057.50 0.2560235 391 | 1062.50 0.2525258 392 | 1067.50 0.247623 393 | 1072.50 0.2465243 394 | 1077.50 0.2435689 395 | 1082.50 0.240507 396 | 1087.50 0.2380022 397 | 1092.50 0.2246399 398 | 1097.50 0.2307352 399 | 1102.50 0.2310103 400 | 1107.50 0.2287238 401 | 1112.50 0.226021 402 | 1117.50 0.2234178 403 | 1122.50 0.2212119 404 | 1127.50 0.2179461 405 | 1132.50 0.2158294 406 | 1137.50 0.2137805 407 | 1142.50 0.2109482 408 | 1147.50 0.2093817 409 | 1152.50 0.2071326 410 | 1157.50 0.2047641 411 | 1162.50 0.2018131 412 | 1167.50 0.1996815 413 | 1172.50 0.198367 414 | 1177.50 0.1948323 415 | 1182.50 0.193008 416 | 1187.50 0.1909036 417 | 1192.50 0.1901035 418 | 1197.50 0.1863931 419 | 1202.50 0.1854387 420 | 1207.50 0.1831459 421 | 1212.50 0.1819984 422 | 1217.50 0.1803367 423 | 1222.50 0.178443 424 | 1227.50 0.1763736 425 | 1232.50 0.1747464 426 | 1237.50 0.1729259 427 | 1242.50 0.1711614 428 | 1247.50 0.1694684 429 | 1252.50 0.1676844 430 | 1257.50 0.1658596 431 | 1262.50 0.1641532 432 | 1267.50 0.162547 433 | 1272.50 0.1608832 434 | 1277.50 0.1580051 435 | 1282.50 0.145856 436 | 1287.50 0.1551498 437 | 1292.50 0.1544946 438 | 1297.50 0.1531267 439 | 1302.50 0.1515523 440 | 1307.50 0.1501301 441 | 1312.50 0.1483741 442 | 1317.50 0.1468146 443 | 1322.50 0.1457642 444 | 1327.50 0.144225 445 | 1332.50 0.1428891 446 | 1337.50 0.1414708 447 | 1342.50 0.1401813 448 | 1347.50 0.1388237 449 | 1352.50 0.1374645 450 | 1357.50 0.1359956 451 | 1362.50 0.1348379 452 | 1367.50 0.1335194 453 | 1372.50 0.1320013 454 | 1377.50 0.1309452 455 | 1382.50 0.1297453 456 | 1387.50 0.128613 457 | 1392.50 0.1273415 458 | 1397.50 0.12617 459 | 1402.50 0.1248941 460 | 1407.50 0.1238455 461 | 1412.50 0.1224904 462 | 1417.50 0.1215551 463 | 1422.50 0.1201268 464 | 1427.50 0.1189059 465 | 1432.50 0.1181276 466 | 1437.50 0.1171097 467 | 1442.50 0.1150351 468 | 1447.50 0.1149092 469 | 1452.50 0.1131723 470 | 1457.00 0.1126607 471 | 1462.00 0.1117535 472 | 1467.50 0.1106951 473 | 1472.50 0.1094821 474 | 1477.50 0.1084457 475 | 1482.50 0.1075997 476 | 1487.50 0.1059323 477 | 1492.50 0.1057814 478 | 1497.50 0.104638 479 | 1502.50 0.102907 480 | 1507.50 0.1021878 481 | 1512.50 0.1017952 482 | 1517.50 0.1008553 483 | 1522.50 0.09969714 484 | 1527.50 0.09881659 485 | 1532.50 0.09780377 486 | 1537.50 0.09697256 487 | 1542.50 0.09584823 488 | 1547.50 0.09522038 489 | 1552.50 0.09421915 490 | 1557.50 0.09289018 491 | 1562.50 0.09290039 492 | 1567.50 0.09127291 493 | 1572.50 0.09007997 494 | 1577.50 0.08978526 495 | 1582.50 0.08927414 496 | 1587.50 0.08629511 497 | 1592.50 0.08734673 498 | 1597.50 0.08736853 499 | 1605.00 0.08552491 500 | 1615.00 0.08279392 501 | 1625.00 0.08304141 502 | 1635.00 0.08039244 503 | 1645.00 0.07751659 504 | 1655.00 0.07819345 505 | 1665.00 0.0766426 506 | 1675.00 0.07381907 507 | 1685.00 0.07083244 508 | 1695.00 0.07200837 509 | 1705.00 0.07055857 510 | 1715.00 0.06914103 511 | 1725.00 0.06744158 512 | 1735.00 0.0628997 513 | 1745.00 0.06441505 514 | 1755.00 0.0637207 515 | 1765.00 0.06245636 516 | 1775.00 0.06125877 517 | 1785.00 0.06006187 518 | 1795.00 0.05889872 519 | 1805.00 0.0575627 520 | 1815.00 0.05365722 521 | 1825.00 0.05475179 522 | 1835.00 0.05437742 523 | 1845.00 0.05329435 524 | 1855.00 0.05233541 525 | 1865.00 0.05106212 526 | 1875.00 0.0468343 527 | 1885.00 0.04910075 528 | 1895.00 0.04835165 529 | 1905.00 0.04768982 530 | 1915.00 0.04679044 531 | 1925.00 0.04592478 532 | 1935.00 0.04482952 533 | 1945.00 0.04157299 534 | 1955.00 0.04322345 535 | 1965.00 0.04266195 536 | 1975.00 0.0418499 537 | 1985.00 0.04117032 538 | 1995.00 0.04043574 539 | 2005.00 0.03973756 540 | 2015.00 0.03905058 541 | 2025.00 0.03833036 542 | 2035.00 0.03762236 543 | 2045.00 0.03702998 544 | 2055.00 0.03638049 545 | 2065.00 0.03569455 546 | 2075.00 0.035119 547 | 2085.00 0.03452386 548 | 2095.00 0.03389767 549 | 2105.00 0.03334948 550 | 2115.00 0.03277519 551 | 2125.00 0.03222081 552 | 2135.00 0.03168697 553 | 2145.00 0.03116549 554 | 2155.00 0.03052045 555 | 2165.00 0.0283222 556 | 2175.00 0.0294046 557 | 2185.00 0.02909278 558 | 2195.00 0.02867037 559 | 2205.00 0.02815439 560 | 2215.00 0.0277215 561 | 2225.00 0.02728254 562 | 2235.00 0.0268412 563 | 2245.00 0.02640715 564 | 2255.00 0.02596534 565 | 2265.00 0.02556123 566 | 2275.00 0.02515445 567 | 2285.00 0.02474317 568 | 2295.00 0.0243601 569 | -------------------------------------------------------------------------------- /examples/sample_seds/km10_7250.fits_g45: -------------------------------------------------------------------------------- 1 | # Version 2.1 - nm, norm@500 to 1 km10_7250.fits_g45 2 | # Wavelength(nm) Flambda(ergs/cm^s/s/nm) 3 | 270.50 0.6465395 4 | 271.50 0.5934487 5 | 272.50 0.6031011 6 | 273.50 0.6557852 7 | 274.50 0.5243983 8 | 275.50 0.5676015 9 | 276.50 0.6191006 10 | 277.50 0.6589537 11 | 278.50 0.6006556 12 | 279.50 0.2917029 13 | 280.50 0.3654087 14 | 281.50 0.6965357 15 | 282.50 0.71884 16 | 283.50 0.7038886 17 | 284.50 0.6704983 18 | 285.50 0.6010194 19 | 286.50 0.697748 20 | 287.50 0.6960469 21 | 288.50 0.710056 22 | 289.50 0.6925929 23 | 291.00 0.7673386 24 | 293.00 0.743698 25 | 295.00 0.736322 26 | 297.00 0.7469092 27 | 299.00 0.7574523 28 | 301.00 0.7647983 29 | 303.00 0.7695972 30 | 305.00 0.7778273 31 | 307.00 0.7876058 32 | 309.00 0.7941392 33 | 311.00 0.7843799 34 | 313.00 0.7875287 35 | 315.00 0.8014534 36 | 317.00 0.8001839 37 | 319.00 0.7586428 38 | 321.00 0.7817003 39 | 323.00 0.7518745 40 | 325.00 0.7834488 41 | 327.00 0.8102684 42 | 329.00 0.8147699 43 | 331.00 0.8268685 44 | 333.00 0.8141453 45 | 335.00 0.8088695 46 | 337.00 0.7999225 47 | 339.00 0.7989135 48 | 341.00 0.7981851 49 | 343.00 0.8076427 50 | 345.00 0.8027872 51 | 347.00 0.7998471 52 | 349.00 0.8045012 53 | 351.00 0.8138791 54 | 353.00 0.8032883 55 | 355.00 0.8249928 56 | 357.00 0.7945056 57 | 359.00 0.7855721 58 | 361.00 0.7919998 59 | 363.00 0.8006466 60 | 364.00 0.7976676 61 | 365.00 0.8267503 62 | 367.00 0.8005321 63 | 369.00 0.7370677 64 | 371.00 0.778851 65 | 373.00 0.7678928 66 | 375.00 0.883991 67 | 377.00 0.914143 68 | 379.00 1.013829 69 | 381.00 1.114739 70 | 383.00 0.9370761 71 | 385.00 1.177022 72 | 387.00 1.240152 73 | 389.00 0.9253679 74 | 391.00 1.240012 75 | 393.00 1.057192 76 | 395.00 1.225582 77 | 397.00 0.8601381 78 | 399.00 1.244128 79 | 401.00 1.313125 80 | 403.00 1.312871 81 | 405.00 1.303529 82 | 407.00 1.262745 83 | 409.00 1.147722 84 | 411.00 0.9666197 85 | 413.00 1.247937 86 | 415.00 1.270857 87 | 417.00 1.279203 88 | 419.00 1.257639 89 | 421.00 1.257057 90 | 423.00 1.231263 91 | 425.00 1.239111 92 | 427.00 1.228525 93 | 429.00 1.221448 94 | 431.00 1.168247 95 | 433.00 1.045939 96 | 435.00 0.9346894 97 | 437.00 1.185366 98 | 439.00 1.193799 99 | 441.00 1.186258 100 | 443.00 1.18766 101 | 445.00 1.181968 102 | 447.00 1.175423 103 | 449.00 1.173369 104 | 451.00 1.177472 105 | 453.00 1.156273 106 | 455.00 1.146569 107 | 457.00 1.158912 108 | 459.00 1.145176 109 | 461.00 1.145642 110 | 463.00 1.132735 111 | 465.00 1.13007 112 | 467.00 1.127686 113 | 469.00 1.113555 114 | 471.00 1.089883 115 | 473.00 1.104729 116 | 475.00 1.09866 117 | 477.00 1.090861 118 | 479.00 1.080387 119 | 481.00 1.068483 120 | 483.00 1.043071 121 | 485.00 0.9244464 122 | 487.00 0.7875988 123 | 489.00 1.003729 124 | 491.00 1.029226 125 | 493.00 1.018033 126 | 495.00 1.020923 127 | 497.00 1.02563 128 | 499.00 1.007959 129 | 501.00 0.9920408 130 | 503.00 1.003339 131 | 505.00 0.991378 132 | 507.00 0.9920961 133 | 509.00 0.9840229 134 | 511.00 0.9803862 135 | 513.00 0.9706325 136 | 515.00 0.9570124 137 | 517.00 0.934754 138 | 519.00 0.9340708 139 | 521.00 0.9350961 140 | 523.00 0.9294496 141 | 525.00 0.9385541 142 | 527.00 0.9115316 143 | 529.00 0.9230101 144 | 531.00 0.917732 145 | 533.00 0.8999536 146 | 535.00 0.9060136 147 | 537.00 0.8951376 148 | 539.00 0.8902756 149 | 541.00 0.8791622 150 | 543.00 0.8782833 151 | 545.00 0.8739863 152 | 547.00 0.8700807 153 | 549.00 0.8678139 154 | 551.00 0.862969 155 | 553.00 0.8561942 156 | 555.00 0.8532723 157 | 557.00 0.8421881 158 | 559.00 0.8370428 159 | 561.00 0.8333419 160 | 563.00 0.8311024 161 | 565.00 0.8260809 162 | 567.00 0.8180544 163 | 569.00 0.8151607 164 | 571.00 0.808626 165 | 573.00 0.8066267 166 | 575.00 0.7998826 167 | 577.00 0.7954818 168 | 579.00 0.7900408 169 | 581.00 0.7853271 170 | 583.00 0.7805706 171 | 585.00 0.7746244 172 | 587.00 0.7694425 173 | 589.00 0.7569522 174 | 591.00 0.7595815 175 | 593.00 0.7548103 176 | 595.00 0.7502992 177 | 597.00 0.745323 178 | 599.00 0.7402278 179 | 601.00 0.7347655 180 | 603.00 0.7297333 181 | 605.00 0.7265266 182 | 607.00 0.7219929 183 | 609.00 0.7167289 184 | 611.00 0.711761 185 | 613.00 0.7034247 186 | 615.00 0.7000556 187 | 617.00 0.695326 188 | 619.00 0.693995 189 | 621.00 0.6894535 190 | 623.00 0.6837105 191 | 625.00 0.676363 192 | 627.00 0.6763599 193 | 629.00 0.6720655 194 | 631.00 0.6661801 195 | 633.00 0.6622788 196 | 635.00 0.6579636 197 | 637.00 0.6538385 198 | 639.00 0.650307 199 | 641.00 0.6434604 200 | 643.00 0.6398657 201 | 645.00 0.633325 202 | 647.00 0.6302819 203 | 649.00 0.6224211 204 | 651.00 0.6172834 205 | 653.00 0.6031252 206 | 655.00 0.546899 207 | 656.10 0.4483229 208 | 659.00 0.5791797 209 | 661.00 0.5957041 210 | 663.00 0.5973749 211 | 665.00 0.5957348 212 | 667.00 0.592609 213 | 669.00 0.5901852 214 | 671.00 0.5869072 215 | 673.00 0.5834907 216 | 675.00 0.5794742 217 | 677.00 0.5761875 218 | 679.00 0.5725033 219 | 681.00 0.5687544 220 | 683.00 0.5651692 221 | 685.00 0.5611975 222 | 687.00 0.5581589 223 | 689.00 0.5547004 224 | 691.00 0.5511459 225 | 693.00 0.5476861 226 | 695.00 0.5442882 227 | 697.00 0.5407958 228 | 699.00 0.5375201 229 | 701.00 0.5333503 230 | 703.00 0.5304117 231 | 705.00 0.5274065 232 | 707.00 0.524064 233 | 709.00 0.5207508 234 | 711.00 0.5161514 235 | 713.00 0.5135273 236 | 715.00 0.5105107 237 | 717.00 0.5072257 238 | 719.00 0.5036478 239 | 721.00 0.5008285 240 | 723.00 0.4980326 241 | 725.00 0.4951161 242 | 727.00 0.492167 243 | 729.00 0.4883044 244 | 731.00 0.4857209 245 | 733.00 0.4825959 246 | 735.00 0.4801689 247 | 737.00 0.4772604 248 | 739.00 0.4735462 249 | 741.00 0.4678011 250 | 743.00 0.4675305 251 | 745.00 0.4650509 252 | 747.00 0.4621307 253 | 749.00 0.4589926 254 | 751.00 0.45631 255 | 753.00 0.4540226 256 | 755.00 0.4514878 257 | 757.00 0.4484988 258 | 759.00 0.4456923 259 | 761.00 0.4429614 260 | 763.00 0.4403568 261 | 765.00 0.4375925 262 | 767.00 0.4339264 263 | 769.00 0.4321832 264 | 771.00 0.4289526 265 | 773.00 0.4271657 266 | 775.00 0.4240833 267 | 777.00 0.4186492 268 | 779.00 0.419565 269 | 781.00 0.4169235 270 | 783.00 0.4137858 271 | 785.00 0.4113367 272 | 787.00 0.4092 273 | 789.00 0.4066911 274 | 791.00 0.404299 275 | 793.00 0.4008926 276 | 795.00 0.3987346 277 | 797.00 0.3973307 278 | 799.00 0.3947287 279 | 801.00 0.3919356 280 | 803.00 0.3899857 281 | 805.00 0.387374 282 | 807.00 0.3855029 283 | 809.00 0.3828372 284 | 811.00 0.3809743 285 | 813.00 0.3787821 286 | 815.00 0.3764932 287 | 817.00 0.3742446 288 | 819.00 0.3700312 289 | 821.00 0.3693738 290 | 823.00 0.3666438 291 | 825.00 0.3649793 292 | 827.00 0.3637021 293 | 829.00 0.3614436 294 | 831.00 0.3588525 295 | 833.00 0.3546489 296 | 835.00 0.3539707 297 | 837.00 0.3515046 298 | 839.00 0.3477485 299 | 841.00 0.3460324 300 | 843.00 0.3436058 301 | 845.00 0.3404575 302 | 847.00 0.33664 303 | 849.00 0.3374247 304 | 851.00 0.3261384 305 | 853.00 0.3346828 306 | 855.00 0.3100097 307 | 857.00 0.3339936 308 | 859.00 0.3235117 309 | 861.00 0.3193812 310 | 863.00 0.3306641 311 | 865.00 0.3237245 312 | 867.00 0.2940097 313 | 869.00 0.3217316 314 | 871.00 0.3254144 315 | 873.00 0.319484 316 | 875.00 0.2905724 317 | 877.00 0.3124507 318 | 879.00 0.3186967 319 | 881.00 0.3163947 320 | 883.00 0.3135871 321 | 885.00 0.3017342 322 | 887.00 0.2767329 323 | 889.00 0.3063476 324 | 891.00 0.3085712 325 | 893.00 0.3075127 326 | 895.00 0.3069511 327 | 897.00 0.3042692 328 | 899.00 0.2986542 329 | 901.00 0.2650728 330 | 903.00 0.2817267 331 | 905.00 0.2954821 332 | 907.00 0.2937212 333 | 909.00 0.290638 334 | 911.00 0.2926951 335 | 913.00 0.2927012 336 | 915.00 0.2909718 337 | 917.00 0.2887337 338 | 919.00 0.2854924 339 | 921.00 0.2762732 340 | 923.00 0.240207 341 | 925.00 0.2709044 342 | 927.00 0.2777023 343 | 929.00 0.2792216 344 | 931.00 0.2784068 345 | 933.00 0.2773186 346 | 935.00 0.2759779 347 | 937.00 0.2745601 348 | 939.00 0.2729119 349 | 941.00 0.2678282 350 | 943.00 0.269684 351 | 945.00 0.2679514 352 | 947.00 0.2662985 353 | 949.00 0.2642041 354 | 951.00 0.2607216 355 | 953.00 0.2514261 356 | 955.00 0.2183981 357 | 957.00 0.2507641 358 | 959.00 0.2556177 359 | 961.00 0.255062 360 | 963.00 0.2535637 361 | 965.00 0.2539254 362 | 967.00 0.251341 363 | 969.00 0.2512862 364 | 971.00 0.2502361 365 | 973.00 0.2488892 366 | 975.00 0.2471698 367 | 977.00 0.2461589 368 | 979.00 0.2448389 369 | 981.00 0.2435275 370 | 983.00 0.2422561 371 | 985.00 0.2408061 372 | 987.00 0.2394434 373 | 989.00 0.2377962 374 | 991.00 0.2368219 375 | 993.00 0.2356238 376 | 995.00 0.2342807 377 | 997.00 0.2326576 378 | 999.00 0.2308185 379 | 1002.50 0.2199932 380 | 1007.50 0.2113246 381 | 1012.50 0.2226999 382 | 1017.50 0.2207647 383 | 1022.50 0.2181773 384 | 1027.50 0.2154151 385 | 1032.50 0.2124833 386 | 1037.50 0.2098225 387 | 1042.50 0.2071473 388 | 1047.50 0.2038387 389 | 1052.50 0.2017702 390 | 1057.50 0.1992316 391 | 1062.50 0.1963838 392 | 1067.50 0.1921219 393 | 1072.50 0.1908996 394 | 1077.50 0.1887416 395 | 1082.50 0.1859576 396 | 1087.50 0.1827311 397 | 1092.50 0.1645158 398 | 1097.50 0.1740471 399 | 1102.50 0.1770219 400 | 1107.50 0.175612 401 | 1112.50 0.1734754 402 | 1117.50 0.1713215 403 | 1122.50 0.1693429 404 | 1127.50 0.1666201 405 | 1132.50 0.1646101 406 | 1137.50 0.1630611 407 | 1142.50 0.1608729 408 | 1147.50 0.1593248 409 | 1152.50 0.1574449 410 | 1157.50 0.1555011 411 | 1162.50 0.1531601 412 | 1167.50 0.1510306 413 | 1172.50 0.150075 414 | 1177.50 0.147005 415 | 1182.50 0.1457429 416 | 1187.50 0.1440252 417 | 1192.50 0.1431494 418 | 1197.50 0.140555 419 | 1202.50 0.1395349 420 | 1207.50 0.1375734 421 | 1212.50 0.1364309 422 | 1217.50 0.1349864 423 | 1222.50 0.1334092 424 | 1227.50 0.1317831 425 | 1232.50 0.1303181 426 | 1237.50 0.1288429 427 | 1242.50 0.1274067 428 | 1247.50 0.1259603 429 | 1252.50 0.1244846 430 | 1257.50 0.1229233 431 | 1262.50 0.1215724 432 | 1267.50 0.1201355 433 | 1272.50 0.1183627 434 | 1277.50 0.11479 435 | 1282.50 0.1015957 436 | 1287.50 0.1128589 437 | 1292.50 0.1132174 438 | 1297.50 0.1123915 439 | 1302.50 0.1112363 440 | 1307.50 0.1100513 441 | 1312.50 0.1087407 442 | 1317.50 0.1074642 443 | 1322.50 0.1064632 444 | 1327.50 0.1052683 445 | 1332.50 0.1041393 446 | 1337.50 0.1029821 447 | 1342.50 0.1018895 448 | 1347.50 0.1007852 449 | 1352.50 0.09965318 450 | 1357.50 0.09852686 451 | 1362.50 0.09755268 452 | 1367.50 0.09647699 453 | 1372.50 0.09517377 454 | 1377.50 0.09437266 455 | 1382.50 0.093375 456 | 1387.50 0.09245996 457 | 1392.50 0.09140749 458 | 1397.50 0.09048377 459 | 1402.50 0.08950951 460 | 1407.50 0.08860008 461 | 1412.50 0.08758769 462 | 1417.50 0.08674523 463 | 1422.50 0.08574076 464 | 1427.50 0.08480007 465 | 1432.50 0.08403975 466 | 1437.50 0.08319292 467 | 1442.50 0.08160053 468 | 1447.50 0.08144884 469 | 1452.50 0.08020149 470 | 1457.00 0.07977092 471 | 1462.00 0.07896465 472 | 1467.50 0.07815635 473 | 1472.50 0.07727106 474 | 1477.50 0.07640287 475 | 1482.50 0.0757165 476 | 1487.50 0.07459372 477 | 1492.50 0.07425756 478 | 1497.50 0.07339865 479 | 1502.50 0.07225501 480 | 1507.50 0.07163687 481 | 1512.50 0.07107154 482 | 1517.50 0.07030869 483 | 1522.50 0.06946957 484 | 1527.50 0.06870468 485 | 1532.50 0.06787749 486 | 1537.50 0.06726414 487 | 1542.50 0.0662064 488 | 1547.50 0.06584867 489 | 1552.50 0.06507413 490 | 1557.50 0.06387214 491 | 1562.50 0.06420671 492 | 1567.50 0.0627154 493 | 1572.50 0.06164502 494 | 1577.50 0.06218996 495 | 1582.50 0.06154419 496 | 1587.50 0.05862689 497 | 1592.50 0.05992762 498 | 1597.50 0.06045306 499 | 1605.00 0.05871038 500 | 1615.00 0.05620643 501 | 1625.00 0.05724548 502 | 1635.00 0.05488272 503 | 1645.00 0.05231279 504 | 1655.00 0.05383789 505 | 1665.00 0.05276581 506 | 1675.00 0.05024887 507 | 1685.00 0.04760791 508 | 1695.00 0.04949606 509 | 1705.00 0.04861985 510 | 1715.00 0.04761063 511 | 1725.00 0.04624519 512 | 1735.00 0.0419012 513 | 1745.00 0.04395361 514 | 1755.00 0.04376665 515 | 1765.00 0.04296265 516 | 1775.00 0.04215428 517 | 1785.00 0.04131339 518 | 1795.00 0.04047027 519 | 1805.00 0.03941042 520 | 1815.00 0.035711 521 | 1825.00 0.03718215 522 | 1835.00 0.03726489 523 | 1845.00 0.03660591 524 | 1855.00 0.03585134 525 | 1865.00 0.03487013 526 | 1875.00 0.03121976 527 | 1885.00 0.03343881 528 | 1895.00 0.0331003 529 | 1905.00 0.03265585 530 | 1915.00 0.03203386 531 | 1925.00 0.03137202 532 | 1935.00 0.03048199 533 | 1945.00 0.02748362 534 | 1955.00 0.0293697 535 | 1965.00 0.0291267 536 | 1975.00 0.02860704 537 | 1985.00 0.02812089 538 | 1995.00 0.02760999 539 | 2005.00 0.02711801 540 | 2015.00 0.02663627 541 | 2025.00 0.02614833 542 | 2035.00 0.02566941 543 | 2045.00 0.02523687 544 | 2055.00 0.02478969 545 | 2065.00 0.02432941 546 | 2075.00 0.02392001 547 | 2085.00 0.0235048 548 | 2095.00 0.02308574 549 | 2105.00 0.02269232 550 | 2115.00 0.02228875 551 | 2125.00 0.02190312 552 | 2135.00 0.02153366 553 | 2145.00 0.02114156 554 | 2155.00 0.02061522 555 | 2165.00 0.01861639 556 | 2175.00 0.01980663 557 | 2185.00 0.0197207 558 | 2195.00 0.01945329 559 | 2205.00 0.01911253 560 | 2215.00 0.01879651 561 | 2225.00 0.01850127 562 | 2235.00 0.01819753 563 | 2245.00 0.01789877 564 | 2255.00 0.01759358 565 | 2265.00 0.01731781 566 | 2275.00 0.01703861 567 | 2285.00 0.01676362 568 | 2295.00 0.01649736 569 | -------------------------------------------------------------------------------- /hipparcos/hipparcos_hp.dat: -------------------------------------------------------------------------------- 1 | # Date Updated: 12/18/2015 2 | # Source: http://svo2.cab.inta-csic.es/svo/theory/fps3/index.php?mode=browse&gname=Hipparcos (MVB 2014 version) 3 | # Wavelength(nm) Transmission(0-1) 4 | 346.05 0.000000 5 | 351.86 0.024000 6 | 357.67 0.045000 7 | 363.49 0.067000 8 | 369.31 0.093000 9 | 375.13 0.125000 10 | 380.96 0.161000 11 | 386.79 0.198000 12 | 392.62 0.235000 13 | 398.46 0.275000 14 | 404.30 0.319000 15 | 410.15 0.364000 16 | 415.99 0.409000 17 | 421.85 0.454000 18 | 427.70 0.503000 19 | 433.56 0.556000 20 | 439.43 0.614000 21 | 445.29 0.675000 22 | 451.16 0.733000 23 | 457.04 0.786000 24 | 462.91 0.835000 25 | 468.79 0.883000 26 | 474.68 0.925000 27 | 480.56 0.957000 28 | 486.46 0.979000 29 | 492.35 0.992000 30 | 498.25 0.999000 31 | 504.15 1.000000 32 | 510.05 0.997000 33 | 515.96 0.990000 34 | 521.87 0.981000 35 | 527.78 0.968000 36 | 533.70 0.952000 37 | 539.62 0.933000 38 | 545.54 0.913000 39 | 551.46 0.892000 40 | 557.39 0.871000 41 | 563.32 0.849000 42 | 569.26 0.825000 43 | 575.20 0.801000 44 | 581.14 0.777000 45 | 587.08 0.753000 46 | 593.03 0.729000 47 | 598.98 0.704000 48 | 604.93 0.680000 49 | 610.88 0.656000 50 | 616.84 0.632000 51 | 622.80 0.608000 52 | 628.77 0.584000 53 | 634.73 0.561000 54 | 640.70 0.538000 55 | 646.68 0.516000 56 | 652.65 0.494000 57 | 658.63 0.473000 58 | 664.61 0.452000 59 | 670.59 0.432000 60 | 676.58 0.412000 61 | 682.57 0.392000 62 | 688.56 0.373000 63 | 694.55 0.354000 64 | 700.55 0.336000 65 | 706.55 0.318000 66 | 712.55 0.300000 67 | 718.56 0.282000 68 | 724.56 0.264000 69 | 730.57 0.247000 70 | 736.58 0.230000 71 | 742.60 0.215000 72 | 748.62 0.200000 73 | 754.64 0.185000 74 | 760.66 0.171000 75 | 766.68 0.158000 76 | 772.71 0.145000 77 | 778.74 0.133000 78 | 784.77 0.122000 79 | 790.81 0.112000 80 | 796.84 0.103000 81 | 802.88 0.094000 82 | 808.93 0.086000 83 | 814.97 0.078000 84 | 821.02 0.071000 85 | 827.06 0.064000 86 | 833.12 0.057000 87 | 839.17 0.050000 88 | 845.23 0.044000 89 | 851.28 0.038000 90 | 857.34 0.032000 91 | 863.41 0.028000 92 | 869.47 0.024000 93 | 875.54 0.020000 94 | 881.61 0.017000 95 | 887.68 0.015000 96 | 893.75 0.013000 97 | 899.83 0.011000 98 | 905.91 0.009000 99 | 911.99 0.006000 100 | 918.07 0.004000 101 | 924.16 0.003000 102 | 930.24 0.001000 103 | -------------------------------------------------------------------------------- /imsim/README: -------------------------------------------------------------------------------- 1 | This directory contains the throughput curves represented by the imsim images. 2 | 3 | The 'goal' directory contains the curves that the imsim is currently attempting to 4 | match. Because the imsim uses physics to reproduce some of these curves (such as the detector) 5 | the output from imsim's raytrace code will not match these curves exactly, but should be 6 | close. 7 | 8 | Because of the need to match code to actual throughput, rather than just being 9 | able to substitute a different file, the imsim will potentially lag behind the 10 | current "baseline" or various development curves. (thus the reason for this collection). 11 | 12 | The 'actual' directory contains throughput curves produced by raytrace's efficiency.pro tool, 13 | which represent the actual throughput resulting from the image simulator. 14 | 15 | The actual raytrace code output will differ from the goal curves due to: 16 | - atmosphere (imsim raytrace uses its own simulated atmosphere, and does so in a 17 | series of screens) 18 | - filter throughput (raytrace uses the actual incident angle of the photons to predict 19 | how they will travel through the filter, rather than just the response averaged over a 20 | variety of incident angles - which is what is represented in these single curves - they are 21 | averaged to an incident angle of about 14 degrees) 22 | - detector sensitivity (raytrace simulates the detector's response to photons, along with 23 | various coatings on the detector surface). 24 | 25 | -------------------------------------------------------------------------------- /imsim/actual/total_g.dat: -------------------------------------------------------------------------------- 1 | 389 0.0329571 2 | 390 0.0413793 3 | 391 0.0525662 4 | 392 0.062345 5 | 393 0.0764123 6 | 394 0.0883563 7 | 395 0.103724 8 | 396 0.119785 9 | 397 0.143227 10 | 398 0.163463 11 | 399 0.180811 12 | 400 0.204743 13 | 401 0.216729 14 | 402 0.241486 15 | 403 0.258454 16 | 404 0.284168 17 | 405 0.301912 18 | 406 0.312763 19 | 407 0.33402 20 | 408 0.356387 21 | 409 0.369721 22 | 410 0.382054 23 | 411 0.393238 24 | 412 0.402358 25 | 413 0.407694 26 | 414 0.417461 27 | 415 0.420257 28 | 416 0.423607 29 | 417 0.425195 30 | 418 0.429799 31 | 419 0.421142 32 | 420 0.429383 33 | 421 0.430016 34 | 422 0.431968 35 | 423 0.439592 36 | 424 0.435246 37 | 425 0.44726 38 | 426 0.447814 39 | 427 0.452485 40 | 428 0.451643 41 | 429 0.451725 42 | 430 0.453166 43 | 431 0.455779 44 | 432 0.457623 45 | 433 0.45716 46 | 434 0.46234 47 | 435 0.465703 48 | 436 0.461026 49 | 437 0.464515 50 | 438 0.469265 51 | 439 0.463952 52 | 440 0.473385 53 | 441 0.465859 54 | 442 0.464085 55 | 443 0.473369 56 | 444 0.475672 57 | 445 0.474459 58 | 446 0.478509 59 | 447 0.477917 60 | 448 0.479535 61 | 449 0.484156 62 | 450 0.482672 63 | 451 0.486654 64 | 452 0.489206 65 | 453 0.492329 66 | 454 0.487428 67 | 455 0.484026 68 | 456 0.495444 69 | 457 0.492784 70 | 458 0.490892 71 | 459 0.497817 72 | 460 0.489287 73 | 461 0.493983 74 | 462 0.497398 75 | 463 0.499297 76 | 464 0.504622 77 | 465 0.50526 78 | 466 0.50267 79 | 467 0.510381 80 | 468 0.511856 81 | 469 0.504047 82 | 470 0.504947 83 | 471 0.510578 84 | 472 0.508817 85 | 473 0.510109 86 | 474 0.50368 87 | 475 0.512865 88 | 476 0.51732 89 | 477 0.513167 90 | 478 0.513356 91 | 479 0.51418 92 | 480 0.51662 93 | 481 0.51758 94 | 482 0.515083 95 | 483 0.522144 96 | 484 0.523102 97 | 485 0.533723 98 | 486 0.528696 99 | 487 0.523145 100 | 488 0.524171 101 | 489 0.524357 102 | 490 0.528045 103 | 491 0.526251 104 | 492 0.531543 105 | 493 0.533856 106 | 494 0.537342 107 | 495 0.531378 108 | 496 0.529327 109 | 497 0.533386 110 | 498 0.536807 111 | 499 0.540304 112 | 500 0.541963 113 | 501 0.537202 114 | 502 0.539332 115 | 503 0.538509 116 | 504 0.533523 117 | 505 0.535641 118 | 506 0.535975 119 | 507 0.532522 120 | 508 0.53155 121 | 509 0.536084 122 | 510 0.535445 123 | 511 0.539578 124 | 512 0.537445 125 | 513 0.532674 126 | 514 0.52964 127 | 515 0.532372 128 | 516 0.530361 129 | 517 0.533747 130 | 518 0.537751 131 | 519 0.531151 132 | 520 0.538762 133 | 521 0.528128 134 | 522 0.534606 135 | 523 0.532432 136 | 524 0.530163 137 | 525 0.531873 138 | 526 0.528176 139 | 527 0.527364 140 | 528 0.528506 141 | 529 0.530871 142 | 530 0.536579 143 | 531 0.53083 144 | 532 0.533748 145 | 533 0.528949 146 | 534 0.531527 147 | 535 0.524653 148 | 536 0.521807 149 | 537 0.516999 150 | 538 0.500056 151 | 539 0.490557 152 | 540 0.474733 153 | 541 0.45736 154 | 542 0.448862 155 | 543 0.425829 156 | 544 0.404217 157 | 545 0.38858 158 | 546 0.359908 159 | 547 0.345873 160 | 548 0.319372 161 | 549 0.28747 162 | 550 0.264458 163 | 551 0.241539 164 | 552 0.206377 165 | 553 0.175281 166 | 554 0.149695 167 | 555 0.125371 168 | 556 0.103284 169 | 557 0.0815175 170 | 558 0.0673375 171 | 559 0.0462406 172 | 560 0.0321385 173 | -------------------------------------------------------------------------------- /imsim/actual/total_i.dat: -------------------------------------------------------------------------------- 1 | 668 0.0292381 2 | 669 0.0331913 3 | 670 0.0410063 4 | 671 0.0488076 5 | 672 0.0552151 6 | 673 0.0656926 7 | 674 0.0759686 8 | 675 0.083862 9 | 676 0.0958501 10 | 677 0.105263 11 | 678 0.116257 12 | 679 0.126502 13 | 680 0.146198 14 | 681 0.153912 15 | 682 0.176905 16 | 683 0.189071 17 | 684 0.205954 18 | 685 0.223801 19 | 686 0.232214 20 | 687 0.117964 21 | 688 0.239621 22 | 689 0.196098 23 | 690 0.215093 24 | 691 0.297633 25 | 692 0.323646 26 | 693 0.368501 27 | 694 0.391141 28 | 695 0.410308 29 | 696 0.423229 30 | 697 0.439786 31 | 698 0.455296 32 | 699 0.457431 33 | 700 0.477147 34 | 701 0.492076 35 | 702 0.496478 36 | 703 0.507484 37 | 704 0.516865 38 | 705 0.517444 39 | 706 0.518811 40 | 707 0.526721 41 | 708 0.522938 42 | 709 0.524108 43 | 710 0.530315 44 | 711 0.531781 45 | 712 0.534267 46 | 713 0.526172 47 | 714 0.53122 48 | 715 0.525801 49 | 716 0.531444 50 | 717 0.504032 51 | 718 0.491882 52 | 719 0.479442 53 | 720 0.498532 54 | 721 0.522921 55 | 722 0.525698 56 | 723 0.493291 57 | 724 0.50129 58 | 725 0.504702 59 | 726 0.510571 60 | 727 0.503968 61 | 728 0.513377 62 | 729 0.50411 63 | 730 0.516807 64 | 731 0.515798 65 | 732 0.525704 66 | 733 0.525882 67 | 734 0.528894 68 | 735 0.536532 69 | 736 0.52543 70 | 737 0.525645 71 | 738 0.53415 72 | 739 0.534458 73 | 740 0.535584 74 | 741 0.535841 75 | 742 0.538581 76 | 743 0.533773 77 | 744 0.536954 78 | 745 0.534564 79 | 746 0.537764 80 | 747 0.536066 81 | 748 0.539703 82 | 749 0.538715 83 | 750 0.536698 84 | 751 0.528789 85 | 752 0.5331 86 | 753 0.533147 87 | 754 0.534978 88 | 755 0.534069 89 | 756 0.537572 90 | 757 0.533592 91 | 758 0.527042 92 | 759 0.424846 93 | 760 0.0889223 94 | 761 0.0562942 95 | 762 0.253473 96 | 763 0.180319 97 | 764 0.226166 98 | 765 0.301308 99 | 766 0.314053 100 | 767 0.491357 101 | 768 0.480813 102 | 769 0.499639 103 | 770 0.504534 104 | 771 0.517828 105 | 772 0.520639 106 | 773 0.525745 107 | 774 0.522508 108 | 775 0.521166 109 | 776 0.518303 110 | 777 0.518539 111 | 778 0.524175 112 | 779 0.520875 113 | 780 0.513503 114 | 781 0.515389 115 | 782 0.517506 116 | 783 0.514766 117 | 784 0.522137 118 | 785 0.511383 119 | 786 0.513736 120 | 787 0.512399 121 | 788 0.506216 122 | 789 0.512295 123 | 790 0.507318 124 | 791 0.50791 125 | 792 0.50822 126 | 793 0.509771 127 | 794 0.505613 128 | 795 0.502844 129 | 796 0.501668 130 | 797 0.499723 131 | 798 0.492239 132 | 799 0.491053 133 | 800 0.479824 134 | 801 0.476686 135 | 802 0.469359 136 | 803 0.463596 137 | 804 0.44993 138 | 805 0.449117 139 | 806 0.430676 140 | 807 0.424686 141 | 808 0.411922 142 | 809 0.400457 143 | 810 0.39254 144 | 811 0.378014 145 | 812 0.366821 146 | 813 0.341977 147 | 814 0.333576 148 | 815 0.309432 149 | 816 0.284771 150 | 817 0.288843 151 | 818 0.255168 152 | 819 0.238774 153 | 820 0.239996 154 | 821 0.230454 155 | 822 0.212453 156 | 823 0.169539 157 | 824 0.173104 158 | 825 0.163131 159 | 826 0.140644 160 | 827 0.128654 161 | 828 0.111216 162 | 829 0.104024 163 | 830 0.0888228 164 | 831 0.079458 165 | 832 0.0652687 166 | 833 0.0610329 167 | 834 0.0489988 168 | 835 0.040985 169 | 836 0.0372246 170 | 837 0.0319403 171 | 838 0.0279802 172 | -------------------------------------------------------------------------------- /imsim/actual/total_r.dat: -------------------------------------------------------------------------------- 1 | 533 0.0306602 2 | 534 0.0367663 3 | 535 0.0437458 4 | 536 0.0532389 5 | 537 0.0647567 6 | 538 0.0723172 7 | 539 0.0850143 8 | 540 0.0927887 9 | 541 0.100946 10 | 542 0.119962 11 | 543 0.132585 12 | 544 0.152915 13 | 545 0.178109 14 | 546 0.200595 15 | 547 0.233326 16 | 548 0.257016 17 | 549 0.277319 18 | 550 0.303505 19 | 551 0.331204 20 | 552 0.35252 21 | 553 0.371711 22 | 554 0.397943 23 | 555 0.412386 24 | 556 0.426487 25 | 557 0.446986 26 | 558 0.460739 27 | 559 0.478511 28 | 560 0.494394 29 | 561 0.50028 30 | 562 0.516182 31 | 563 0.523997 32 | 564 0.526794 33 | 565 0.531027 34 | 566 0.52915 35 | 567 0.534197 36 | 568 0.528076 37 | 569 0.532891 38 | 570 0.533252 39 | 571 0.529653 40 | 572 0.533909 41 | 573 0.531584 42 | 574 0.526854 43 | 575 0.528118 44 | 576 0.533772 45 | 577 0.530722 46 | 578 0.524408 47 | 579 0.536938 48 | 580 0.535742 49 | 581 0.525571 50 | 582 0.533951 51 | 583 0.527531 52 | 584 0.529814 53 | 585 0.52361 54 | 586 0.524883 55 | 587 0.531406 56 | 588 0.530829 57 | 589 0.523725 58 | 590 0.534304 59 | 591 0.521213 60 | 592 0.532391 61 | 593 0.533724 62 | 594 0.526442 63 | 595 0.52571 64 | 596 0.534834 65 | 597 0.531626 66 | 598 0.523939 67 | 599 0.531337 68 | 600 0.526069 69 | 601 0.527361 70 | 602 0.529617 71 | 603 0.532977 72 | 604 0.53356 73 | 605 0.529935 74 | 606 0.535818 75 | 607 0.530197 76 | 608 0.53596 77 | 609 0.528277 78 | 610 0.536087 79 | 611 0.538109 80 | 612 0.52748 81 | 613 0.533804 82 | 614 0.533159 83 | 615 0.530642 84 | 616 0.525191 85 | 617 0.528793 86 | 618 0.531857 87 | 619 0.540191 88 | 620 0.537275 89 | 621 0.533108 90 | 622 0.539707 91 | 623 0.531552 92 | 624 0.539057 93 | 625 0.535025 94 | 626 0.535714 95 | 627 0.53274 96 | 628 0.522212 97 | 629 0.528283 98 | 630 0.536903 99 | 631 0.533088 100 | 632 0.541193 101 | 633 0.539144 102 | 634 0.540328 103 | 635 0.542399 104 | 636 0.537481 105 | 637 0.546093 106 | 638 0.53817 107 | 639 0.54305 108 | 640 0.541594 109 | 641 0.54512 110 | 642 0.544446 111 | 643 0.544488 112 | 644 0.544856 113 | 645 0.542964 114 | 646 0.537733 115 | 647 0.546893 116 | 648 0.541395 117 | 649 0.546928 118 | 650 0.547962 119 | 651 0.543626 120 | 652 0.550231 121 | 653 0.549597 122 | 654 0.548694 123 | 655 0.541384 124 | 656 0.541173 125 | 657 0.548268 126 | 658 0.551306 127 | 659 0.550431 128 | 660 0.545204 129 | 661 0.557455 130 | 662 0.549273 131 | 663 0.547453 132 | 664 0.548022 133 | 665 0.540076 134 | 666 0.542409 135 | 667 0.543404 136 | 668 0.554012 137 | 669 0.542037 138 | 670 0.545061 139 | 671 0.539417 140 | 672 0.541386 141 | 673 0.535932 142 | 674 0.524956 143 | 675 0.511881 144 | 676 0.509553 145 | 677 0.500593 146 | 678 0.48556 147 | 679 0.479061 148 | 680 0.46111 149 | 681 0.44457 150 | 682 0.430475 151 | 683 0.421301 152 | 684 0.393337 153 | 685 0.372632 154 | 686 0.337317 155 | 687 0.14491 156 | 688 0.261079 157 | 689 0.199313 158 | 690 0.185275 159 | 691 0.213828 160 | 692 0.198485 161 | 693 0.196424 162 | 694 0.178082 163 | 695 0.151833 164 | 696 0.132071 165 | 697 0.116722 166 | 698 0.0935778 167 | 699 0.078696 168 | 700 0.0587181 169 | 701 0.0457012 170 | 702 0.0331964 171 | -------------------------------------------------------------------------------- /imsim/actual/total_u.dat: -------------------------------------------------------------------------------- 1 | 316 0.0299701 2 | 317 0.0419978 3 | 318 0.0590654 4 | 319 0.0750435 5 | 320 0.0937989 6 | 321 0.123309 7 | 322 0.147892 8 | 323 0.168462 9 | 324 0.186092 10 | 325 0.209354 11 | 326 0.241761 12 | 327 0.241596 13 | 328 0.246842 14 | 329 0.256808 15 | 330 0.263635 16 | 331 0.269889 17 | 332 0.271584 18 | 333 0.281092 19 | 334 0.285658 20 | 335 0.281069 21 | 336 0.285834 22 | 337 0.290366 23 | 338 0.29503 24 | 339 0.292598 25 | 340 0.29733 26 | 341 0.298433 27 | 342 0.296122 28 | 343 0.306404 29 | 344 0.296319 30 | 345 0.290641 31 | 346 0.296141 32 | 347 0.290987 33 | 348 0.2932 34 | 349 0.291737 35 | 350 0.293917 36 | 351 0.294595 37 | 352 0.292484 38 | 353 0.291599 39 | 354 0.29093 40 | 355 0.285642 41 | 356 0.278062 42 | 357 0.280454 43 | 358 0.278114 44 | 359 0.275662 45 | 360 0.27656 46 | 361 0.271191 47 | 362 0.276787 48 | 363 0.282056 49 | 364 0.28496 50 | 365 0.279263 51 | 366 0.282174 52 | 367 0.279257 53 | 368 0.274979 54 | 369 0.280635 55 | 370 0.281352 56 | 371 0.29024 57 | 372 0.288999 58 | 373 0.289567 59 | 374 0.298397 60 | 375 0.295712 61 | 376 0.29612 62 | 377 0.301122 63 | 378 0.300586 64 | 379 0.313619 65 | 380 0.307623 66 | 381 0.305918 67 | 382 0.296184 68 | 383 0.285529 69 | 384 0.28615 70 | 385 0.266442 71 | 386 0.244142 72 | 387 0.23227 73 | 388 0.228744 74 | 389 0.209084 75 | 390 0.188078 76 | 391 0.165426 77 | 392 0.153215 78 | 393 0.125214 79 | 394 0.108126 80 | 395 0.0901488 81 | 396 0.0741539 82 | 397 0.0649858 83 | 398 0.0582621 84 | 399 0.0427674 85 | 400 0.0355138 86 | 401 0.0326002 87 | -------------------------------------------------------------------------------- /imsim/actual/total_y4.dat: -------------------------------------------------------------------------------- 1 | 900 0.0363747 2 | 901 0.042043 3 | 902 0.0433762 4 | 903 0.0569005 5 | 904 0.0635027 6 | 905 0.0687486 7 | 906 0.0761696 8 | 907 0.0772205 9 | 908 0.0917529 10 | 909 0.0944336 11 | 910 0.106483 12 | 911 0.116132 13 | 912 0.120426 14 | 913 0.12851 15 | 914 0.139497 16 | 915 0.145837 17 | 916 0.170001 18 | 917 0.171867 19 | 918 0.183511 20 | 919 0.202209 21 | 920 0.226016 22 | 921 0.222606 23 | 922 0.242221 24 | 923 0.251433 25 | 924 0.2564 26 | 925 0.275517 27 | 926 0.295173 28 | 927 0.305586 29 | 928 0.288939 30 | 929 0.295612 31 | 930 0.283379 32 | 931 0.251828 33 | 932 0.122003 34 | 933 0.201917 35 | 934 0.111592 36 | 935 0.204588 37 | 936 0.189383 38 | 937 0.166425 39 | 938 0.211197 40 | 939 0.329009 41 | 940 0.353258 42 | 941 0.321954 43 | 942 0.336134 44 | 943 0.19345 45 | 944 0.186177 46 | 945 0.317677 47 | 946 0.238983 48 | 947 0.292367 49 | 948 0.264359 50 | 949 0.28589 51 | 950 0.223501 52 | 951 0.365492 53 | 952 0.169831 54 | 953 0.332604 55 | 954 0.258592 56 | 955 0.298029 57 | 956 0.255399 58 | 957 0.271626 59 | 958 0.308899 60 | 959 0.244048 61 | 960 0.300184 62 | 961 0.31437 63 | 962 0.294414 64 | 963 0.337692 65 | 964 0.28025 66 | 965 0.319584 67 | 966 0.301183 68 | 967 0.325396 69 | 968 0.328473 70 | 969 0.338437 71 | 970 0.32765 72 | 971 0.327963 73 | 972 0.318085 74 | 973 0.31301 75 | 974 0.303585 76 | 975 0.300772 77 | 976 0.292694 78 | 977 0.308624 79 | 978 0.290339 80 | 979 0.265042 81 | 980 0.288764 82 | 981 0.299072 83 | 982 0.282626 84 | 983 0.281985 85 | 984 0.280427 86 | 985 0.268037 87 | 986 0.265973 88 | 987 0.262016 89 | 988 0.253523 90 | 989 0.245892 91 | 990 0.245439 92 | 991 0.244673 93 | 992 0.241084 94 | 993 0.231161 95 | 994 0.234044 96 | 995 0.23194 97 | 996 0.216483 98 | 997 0.213414 99 | 998 0.210364 100 | 999 0.21375 101 | 1000 0.210463 102 | 1001 0.204834 103 | 1002 0.195747 104 | 1003 0.191462 105 | 1004 0.183268 106 | 1005 0.179341 107 | 1006 0.176765 108 | 1007 0.180307 109 | 1008 0.171643 110 | 1009 0.16717 111 | 1010 0.160603 112 | 1011 0.158451 113 | 1012 0.150156 114 | 1013 0.153911 115 | 1014 0.146817 116 | 1015 0.143683 117 | 1016 0.140369 118 | 1017 0.132453 119 | 1018 0.131747 120 | 1019 0.122116 121 | 1020 0.124064 122 | 1021 0.118534 123 | 1022 0.114158 124 | 1023 0.109626 125 | 1024 0.108108 126 | 1025 0.100163 127 | 1026 0.100598 128 | 1027 0.0920723 129 | 1028 0.0933198 130 | 1029 0.0843548 131 | 1030 0.0856949 132 | 1031 0.0803353 133 | 1032 0.0814844 134 | 1033 0.0737682 135 | 1034 0.07401 136 | 1035 0.0706795 137 | 1036 0.066112 138 | 1037 0.0657836 139 | 1038 0.0610254 140 | 1039 0.0579136 141 | 1040 0.0578841 142 | 1041 0.0557464 143 | 1042 0.0488022 144 | 1043 0.0507291 145 | 1044 0.0475336 146 | 1045 0.045842 147 | 1046 0.0445242 148 | 1047 0.0433679 149 | 1048 0.0369343 150 | 1049 0.0381016 151 | 1050 0.0349906 152 | 1051 0.0336755 153 | 1052 0.0301586 154 | 1053 0.0312919 155 | 1054 0.0279072 156 | -------------------------------------------------------------------------------- /imsim/actual/total_z.dat: -------------------------------------------------------------------------------- 1 | 797 0.0328198 2 | 798 0.0358966 3 | 799 0.0473078 4 | 800 0.0539152 5 | 801 0.058714 6 | 802 0.0695306 7 | 803 0.0790741 8 | 804 0.0892626 9 | 805 0.0964144 10 | 806 0.113209 11 | 807 0.120546 12 | 808 0.128009 13 | 809 0.139021 14 | 810 0.153344 15 | 811 0.159591 16 | 812 0.17573 17 | 813 0.189508 18 | 814 0.207263 19 | 815 0.213291 20 | 816 0.221819 21 | 817 0.255286 22 | 818 0.250552 23 | 819 0.264062 24 | 820 0.299316 25 | 821 0.324974 26 | 822 0.331637 27 | 823 0.310121 28 | 824 0.365465 29 | 825 0.395136 30 | 826 0.39648 31 | 827 0.421982 32 | 828 0.425826 33 | 829 0.434141 34 | 830 0.436983 35 | 831 0.466255 36 | 832 0.449207 37 | 833 0.476296 38 | 834 0.473116 39 | 835 0.490211 40 | 836 0.499632 41 | 837 0.512158 42 | 838 0.508006 43 | 839 0.51881 44 | 840 0.514759 45 | 841 0.517998 46 | 842 0.51673 47 | 843 0.514791 48 | 844 0.517738 49 | 845 0.521116 50 | 846 0.510664 51 | 847 0.516537 52 | 848 0.514485 53 | 849 0.514148 54 | 850 0.517856 55 | 851 0.515833 56 | 852 0.515513 57 | 853 0.51953 58 | 854 0.528342 59 | 855 0.519125 60 | 856 0.521142 61 | 857 0.518878 62 | 858 0.519204 63 | 859 0.519958 64 | 860 0.517036 65 | 861 0.520689 66 | 862 0.518564 67 | 863 0.528707 68 | 864 0.529745 69 | 865 0.523127 70 | 866 0.522528 71 | 867 0.529839 72 | 868 0.529353 73 | 869 0.519859 74 | 870 0.526328 75 | 871 0.520949 76 | 872 0.525417 77 | 873 0.527806 78 | 874 0.52768 79 | 875 0.527935 80 | 876 0.527896 81 | 877 0.524184 82 | 878 0.526773 83 | 879 0.528976 84 | 880 0.514878 85 | 881 0.526045 86 | 882 0.519584 87 | 883 0.520766 88 | 884 0.523793 89 | 885 0.528265 90 | 886 0.526519 91 | 887 0.526482 92 | 888 0.525088 93 | 889 0.527599 94 | 890 0.527061 95 | 891 0.518717 96 | 892 0.5153 97 | 893 0.505008 98 | 894 0.506504 99 | 895 0.472196 100 | 896 0.475497 101 | 897 0.46382 102 | 898 0.463266 103 | 899 0.394732 104 | 900 0.444694 105 | 901 0.447132 106 | 902 0.392651 107 | 903 0.451484 108 | 904 0.444927 109 | 905 0.432492 110 | 906 0.426602 111 | 907 0.387393 112 | 908 0.390614 113 | 909 0.358404 114 | 910 0.377405 115 | 911 0.374703 116 | 912 0.342514 117 | 913 0.323001 118 | 914 0.326415 119 | 915 0.305855 120 | 916 0.318144 121 | 917 0.294428 122 | 918 0.279738 123 | 919 0.27761 124 | 920 0.27488 125 | 921 0.255008 126 | 922 0.240888 127 | 923 0.227306 128 | 924 0.217068 129 | 925 0.198673 130 | 926 0.18234 131 | 927 0.170949 132 | 928 0.146786 133 | 929 0.131309 134 | 930 0.113745 135 | 931 0.0883188 136 | 932 0.0384744 137 | 933 0.0591258 138 | 935 0.0502101 139 | 936 0.0390922 140 | 937 0.0285094 141 | 938 0.0354156 142 | 939 0.0445789 143 | 940 0.0483116 144 | 941 0.0364057 145 | 942 0.0347994 146 | -------------------------------------------------------------------------------- /imsim/goal/README: -------------------------------------------------------------------------------- 1 | # From Docushare collection 1777, v1.0, March 2010. 2 | # Updated from Docushare Collection 1777, March 2012. This update includes an update to the detector & the mirror surfaces. 3 | 4 | The throughput curves in this directory should be considered 5 | 'baseline' for the current behavior of LSST. 6 | 7 | Note that these throughput curves are subject to change as our knowledge 8 | of the LSST systems improve and prototypes become available. 9 | 10 | m1.dat, m2.dat, m3.dat represent the current mirror throughputs used in the SRD. 11 | lens1.dat, lens2.dat, lens3.dat represent the current lens throughputs "" 12 | detector.dat is the current detector sensitivity in the SRD. 13 | 14 | filter_u / g / r / i / z / y. dat represent the current filter (filter only!) 15 | throughput curves used in the SRD. Note that y = y4 is the current baseline filter. 16 | 17 | atmos_std.dat is the standard atmospheric bandpass at X=1.2 18 | 19 | total_*.dat throughput curves represent the combination of all components in the LSST 20 | system - mirrors, lenses, filter, detector, and the zenith atmos_std.dat atmosphere. 21 | 22 | All curves are in nanometers, with throughput represented by a number between 0 and 1. 23 | -------------------------------------------------------------------------------- /imsim/goal/filter_g.dat: -------------------------------------------------------------------------------- 1 | # $LastChangedRevision: 15148 $ 2 | # $Id: filter_g.dat 15148 2010-05-21 18:49:50Z ljones $ 3 | # Docushare Collection-1777, V1, Date= March 1, 2010. 4 | # Wavelength(nm) Transmission(0-1) 5 | 300 1e-05 6 | 301 2e-05 7 | 302 0.00011 8 | 303 7e-05 9 | 304 0.0001 10 | 305 0.00021 11 | 306 5e-05 12 | 307 1e-05 13 | 308 0.00064 14 | 309 2e-05 15 | 310 3e-05 16 | 311 2e-05 17 | 312 4e-05 18 | 313 0.00017 19 | 314 5e-05 20 | 315 1e-05 21 | 316 0.0 22 | 317 1e-05 23 | 318 0.00015 24 | 319 0.0 25 | 320 0.0 26 | 321 0.0 27 | 322 0.0 28 | 323 0.0 29 | 324 0.0 30 | 325 0.0 31 | 326 0.0 32 | 327 3e-05 33 | 328 7e-05 34 | 329 0.0 35 | 330 0.0 36 | 331 0.0 37 | 332 0.0 38 | 333 0.0 39 | 334 0.0 40 | 335 0.0 41 | 336 1e-05 42 | 337 2e-05 43 | 338 0.0 44 | 339 0.0 45 | 340 1e-05 46 | 341 0.0 47 | 342 0.0 48 | 343 0.0 49 | 344 0.0 50 | 345 0.0 51 | 346 4e-05 52 | 347 0.00016 53 | 348 0.0 54 | 349 0.0 55 | 350 0.0 56 | 351 0.0 57 | 352 0.0 58 | 353 0.0 59 | 354 0.0 60 | 355 1e-05 61 | 356 9e-05 62 | 357 4e-05 63 | 358 4e-05 64 | 359 1e-05 65 | 360 1e-05 66 | 361 0.0 67 | 362 0.0 68 | 363 0.0 69 | 364 0.0 70 | 365 0.0 71 | 366 0.0 72 | 367 0.0 73 | 368 0.0 74 | 369 0.0 75 | 370 0.0 76 | 371 0.0 77 | 372 0.0 78 | 373 0.0 79 | 374 0.0 80 | 375 0.0 81 | 376 0.0 82 | 377 0.0 83 | 378 0.0 84 | 379 0.0 85 | 380 0.0 86 | 381 0.0 87 | 382 0.0 88 | 383 0.0 89 | 384 0.0 90 | 385 0.01437 91 | 386 0.02133 92 | 387 0.03542 93 | 388 0.0682 94 | 389 0.09174 95 | 390 0.09045 96 | 391 0.10556 97 | 392 0.14464 98 | 393 0.18802 99 | 394 0.22887 100 | 395 0.28207 101 | 396 0.32207 102 | 397 0.32926 103 | 398 0.37315 104 | 399 0.45229 105 | 400 0.52068 106 | 401 0.57775 107 | 402 0.61916 108 | 403 0.62559 109 | 404 0.64976 110 | 405 0.71308 111 | 406 0.77238 112 | 407 0.8106 113 | 408 0.85218 114 | 409 0.88597 115 | 410 0.89817 116 | 411 0.92065 117 | 412 0.96157 118 | 413 0.98734 119 | 414 0.98848 120 | 415 0.98542 121 | 416 0.98395 122 | 417 0.98198 123 | 418 0.98267 124 | 419 0.98738 125 | 420 0.99287 126 | 421 0.99408 127 | 422 0.98899 128 | 423 0.98342 129 | 424 0.98327 130 | 425 0.98567 131 | 426 0.98679 132 | 427 0.98933 133 | 428 0.99334 134 | 429 0.99288 135 | 430 0.98827 136 | 431 0.98651 137 | 432 0.98757 138 | 433 0.98584 139 | 434 0.98292 140 | 435 0.98403 141 | 436 0.9865 142 | 437 0.98515 143 | 438 0.98303 144 | 439 0.98489 145 | 440 0.98741 146 | 441 0.98612 147 | 442 0.9844 148 | 443 0.98604 149 | 444 0.98719 150 | 445 0.98401 151 | 446 0.98107 152 | 447 0.98375 153 | 448 0.98907 154 | 449 0.99105 155 | 450 0.9905 156 | 451 0.99199 157 | 452 0.99499 158 | 453 0.99512 159 | 454 0.99208 160 | 455 0.98995 161 | 456 0.99049 162 | 457 0.99127 163 | 458 0.99038 164 | 459 0.98899 165 | 460 0.98846 166 | 461 0.98826 167 | 462 0.98746 168 | 463 0.98658 169 | 464 0.98675 170 | 465 0.98835 171 | 466 0.99088 172 | 467 0.99299 173 | 468 0.99307 174 | 469 0.99078 175 | 470 0.98803 176 | 471 0.98717 177 | 472 0.98796 178 | 473 0.98796 179 | 474 0.98585 180 | 475 0.98342 181 | 476 0.98281 182 | 477 0.98329 183 | 478 0.98278 184 | 479 0.98129 185 | 480 0.98116 186 | 481 0.98343 187 | 482 0.98567 188 | 483 0.98491 189 | 484 0.9815 190 | 485 0.9789 191 | 486 0.97944 192 | 487 0.98181 193 | 488 0.98341 194 | 489 0.9837 195 | 490 0.98432 196 | 491 0.98619 197 | 492 0.9878 198 | 493 0.98761 199 | 494 0.98638 200 | 495 0.98627 201 | 496 0.98822 202 | 497 0.9907 203 | 498 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554 0.32371 260 | 555 0.2818 261 | 556 0.22282 262 | 557 0.15542 263 | 558 0.09685 264 | 559 0.05655 265 | 560 0.03249 266 | 561 0.01894 267 | 562 0.01137 268 | 563 0.00707 269 | 564 0.00456 270 | 565 0.00304 271 | 566 0.0021 272 | 567 0.00149 273 | 568 0.00108 274 | 569 0.0008 275 | 570 0.00061 276 | 571 0.00047 277 | 572 0.00037 278 | 573 0.0003 279 | 574 0.00024 280 | 575 0.0002 281 | 576 0.00016 282 | 577 0.00013 283 | 578 0.00011 284 | 579 9e-05 285 | 580 8e-05 286 | 581 7e-05 287 | 582 6e-05 288 | 583 5e-05 289 | 584 4e-05 290 | 585 4e-05 291 | 586 3e-05 292 | 587 3e-05 293 | 588 2e-05 294 | 589 2e-05 295 | 590 2e-05 296 | 591 1e-05 297 | 592 1e-05 298 | 593 1e-05 299 | 594 1e-05 300 | 595 1e-05 301 | 596 1e-05 302 | 597 1e-05 303 | 598 1e-05 304 | 599 0.0 305 | 600 0.0 306 | 601 0.0 307 | 602 0.0 308 | 603 0.0 309 | 604 0.0 310 | 605 0.0 311 | 606 0.0 312 | 607 0.0 313 | 608 0.0 314 | 609 0.0 315 | 610 0.0 316 | 611 0.0 317 | 612 0.0 318 | 613 0.0 319 | 614 0.0 320 | 615 0.0 321 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0.00256 285 | 580 0.00018 286 | 581 0.00142 287 | 582 8e-05 288 | 583 0.00013 289 | 584 0.00016 290 | 585 0.00015 291 | 586 0.0003 292 | 587 0.0005 293 | 588 0.00038 294 | 589 0.00028 295 | 590 0.00043 296 | 591 0.00032 297 | 592 0.0004 298 | 593 0.00029 299 | 594 0.0002 300 | 595 0.00015 301 | 596 0.00014 302 | 597 0.0002 303 | 598 0.00034 304 | 599 0.00052 305 | 600 0.00047 306 | 601 0.00038 307 | 602 0.00026 308 | 603 0.00021 309 | 604 0.00025 310 | 605 0.00047 311 | 606 0.001 312 | 607 0.00031 313 | 608 0.00015 314 | 609 9e-05 315 | 610 7e-05 316 | 611 0.00012 317 | 612 5e-05 318 | 613 4e-05 319 | 614 4e-05 320 | 615 5e-05 321 | 616 6e-05 322 | 617 0.00011 323 | 618 0.00028 324 | 619 0.0004 325 | 620 0.00022 326 | 621 0.00016 327 | 622 9e-05 328 | 623 8e-05 329 | 624 0.0001 330 | 625 9e-05 331 | 626 7e-05 332 | 627 5e-05 333 | 628 4e-05 334 | 629 4e-05 335 | 630 6e-05 336 | 631 0.00014 337 | 632 0.0003 338 | 633 0.00038 339 | 634 0.00026 340 | 635 0.00011 341 | 636 5e-05 342 | 637 3e-05 343 | 638 2e-05 344 | 639 2e-05 345 | 640 3e-05 346 | 641 2e-05 347 | 642 2e-05 348 | 643 1e-05 349 | 644 2e-05 350 | 645 2e-05 351 | 646 4e-05 352 | 647 0.00373 353 | 648 7e-05 354 | 649 0.00266 355 | 650 4e-05 356 | 651 2e-05 357 | 652 2e-05 358 | 653 2e-05 359 | 654 3e-05 360 | 655 3e-05 361 | 656 3e-05 362 | 657 3e-05 363 | 658 0.0001 364 | 659 0.00044 365 | 660 4e-05 366 | 661 1e-05 367 | 662 0.0 368 | 663 0.0 369 | 664 0.0 370 | 665 0.0 371 | 666 0.0 372 | 667 0.0 373 | 668 0.0 374 | 669 0.0 375 | 670 0.0 376 | 671 0.0 377 | 672 0.0 378 | 673 0.0 379 | 674 0.0 380 | 675 0.0 381 | 676 0.0 382 | 677 0.0 383 | 678 0.0 384 | 679 0.0 385 | 680 0.0 386 | 681 0.0 387 | 682 0.0 388 | 683 0.0 389 | 684 0.0 390 | 685 0.0 391 | 686 0.0 392 | 687 0.0 393 | 688 0.0 394 | 689 0.0 395 | 690 0.0 396 | 691 0.0 397 | 692 0.0 398 | 693 1e-05 399 | 694 0.0 400 | 695 0.0 401 | 696 0.0 402 | 697 0.0 403 | 698 0.0 404 | 699 0.0 405 | 700 0.0 406 | 701 1e-05 407 | 702 1e-05 408 | 703 2e-05 409 | 704 2e-05 410 | 705 2e-05 411 | 706 1e-05 412 | 707 1e-05 413 | 708 1e-05 414 | 709 1e-05 415 | 710 1e-05 416 | 711 1e-05 417 | 712 1e-05 418 | 713 1e-05 419 | 714 1e-05 420 | 715 2e-05 421 | 716 2e-05 422 | 717 2e-05 423 | 718 2e-05 424 | 719 3e-05 425 | 720 3e-05 426 | 721 2e-05 427 | 722 2e-05 428 | 723 2e-05 429 | 724 2e-05 430 | 725 2e-05 431 | 726 2e-05 432 | 727 2e-05 433 | 728 2e-05 434 | 729 2e-05 435 | 730 3e-05 436 | 731 3e-05 437 | 732 3e-05 438 | 733 3e-05 439 | 734 4e-05 440 | 735 5e-05 441 | 736 5e-05 442 | 737 5e-05 443 | 738 5e-05 444 | 739 4e-05 445 | 740 4e-05 446 | 741 4e-05 447 | 742 4e-05 448 | 743 4e-05 449 | 744 4e-05 450 | 745 4e-05 451 | 746 5e-05 452 | 747 6e-05 453 | 748 8e-05 454 | 749 0.00011 455 | 750 0.00015 456 | 751 0.00017 457 | 752 0.00017 458 | 753 0.00015 459 | 754 0.00014 460 | 755 0.00014 461 | 756 0.00014 462 | 757 0.00014 463 | 758 0.00014 464 | 759 0.00015 465 | 760 0.00017 466 | 761 0.00021 467 | 762 0.00026 468 | 763 0.00033 469 | 764 0.00041 470 | 765 0.0005 471 | 766 0.00056 472 | 767 0.00059 473 | 768 0.00061 474 | 769 0.00062 475 | 770 0.00063 476 | 771 0.00066 477 | 772 0.0007 478 | 773 0.00077 479 | 774 0.00088 480 | 775 0.00102 481 | 776 0.00119 482 | 777 0.00141 483 | 778 0.00165 484 | 779 0.00192 485 | 780 0.00221 486 | 781 0.00252 487 | 782 0.00287 488 | 783 0.00327 489 | 784 0.00377 490 | 785 0.00444 491 | 786 0.00534 492 | 787 0.0065 493 | 788 0.00794 494 | 789 0.0096 495 | 790 0.01137 496 | 791 0.01316 497 | 792 0.01499 498 | 793 0.01699 499 | 794 0.01935 500 | 795 0.02231 501 | 796 0.02623 502 | 797 0.03172 503 | 798 0.03971 504 | 799 0.05151 505 | 800 0.0687 506 | 801 0.09236 507 | 802 0.12125 508 | 803 0.15024 509 | 804 0.17302 510 | 805 0.18806 511 | 806 0.19938 512 | 807 0.21225 513 | 808 0.22991 514 | 809 0.25232 515 | 810 0.27623 516 | 811 0.29807 517 | 812 0.31693 518 | 813 0.33388 519 | 814 0.35073 520 | 815 0.37004 521 | 816 0.3952 522 | 817 0.42985 523 | 818 0.47633 524 | 819 0.53313 525 | 820 0.59304 526 | 821 0.64622 527 | 822 0.68639 528 | 823 0.71275 529 | 824 0.72915 530 | 825 0.74221 531 | 826 0.75792 532 | 827 0.77961 533 | 828 0.8079 534 | 829 0.84132 535 | 830 0.87701 536 | 831 0.91157 537 | 832 0.94176 538 | 833 0.96495 539 | 834 0.97991 540 | 835 0.98741 541 | 836 0.98986 542 | 837 0.98998 543 | 838 0.98968 544 | 839 0.98982 545 | 840 0.99046 546 | 841 0.99128 547 | 842 0.99193 548 | 843 0.9922 549 | 844 0.9921 550 | 845 0.99177 551 | 846 0.99138 552 | 847 0.99106 553 | 848 0.99085 554 | 849 0.99072 555 | 850 0.99059 556 | 851 0.99042 557 | 852 0.99021 558 | 853 0.99004 559 | 854 0.99001 560 | 855 0.99022 561 | 856 0.9907 562 | 857 0.99141 563 | 858 0.99222 564 | 859 0.99296 565 | 860 0.99343 566 | 861 0.9935 567 | 862 0.99312 568 | 863 0.99237 569 | 864 0.9914 570 | 865 0.99045 571 | 866 0.98973 572 | 867 0.98942 573 | 868 0.98959 574 | 869 0.99021 575 | 870 0.99113 576 | 871 0.99216 577 | 872 0.99305 578 | 873 0.99362 579 | 874 0.99372 580 | 875 0.99334 581 | 876 0.99255 582 | 877 0.9915 583 | 878 0.99041 584 | 879 0.98946 585 | 880 0.98881 586 | 881 0.98855 587 | 882 0.98868 588 | 883 0.98914 589 | 884 0.98979 590 | 885 0.99051 591 | 886 0.99114 592 | 887 0.99161 593 | 888 0.99183 594 | 889 0.99182 595 | 890 0.99157 596 | 891 0.99111 597 | 892 0.99042 598 | 893 0.98945 599 | 894 0.98806 600 | 895 0.98604 601 | 896 0.98312 602 | 897 0.97899 603 | 898 0.97333 604 | 899 0.96587 605 | 900 0.95642 606 | 901 0.94497 607 | 902 0.93153 608 | 903 0.9163 609 | 904 0.89961 610 | 905 0.88187 611 | 906 0.86352 612 | 907 0.84498 613 | 908 0.8266 614 | 909 0.80857 615 | 910 0.79098 616 | 911 0.77374 617 | 912 0.75662 618 | 913 0.73931 619 | 914 0.72142 620 | 915 0.70252 621 | 916 0.68224 622 | 917 0.66027 623 | 918 0.63642 624 | 919 0.61065 625 | 920 0.58309 626 | 921 0.55401 627 | 922 0.52381 628 | 923 0.49298 629 | 924 0.462 630 | 925 0.43136 631 | 926 0.40147 632 | 927 0.37264 633 | 928 0.34509 634 | 929 0.31893 635 | 930 0.2942 636 | 931 0.27087 637 | 932 0.2489 638 | 933 0.22822 639 | 934 0.20877 640 | 935 0.19051 641 | 936 0.17343 642 | 937 0.15751 643 | 938 0.14275 644 | 939 0.12914 645 | 940 0.11666 646 | 941 0.1053 647 | 942 0.095 648 | 943 0.0857 649 | 944 0.07735 650 | 945 0.06986 651 | 946 0.06316 652 | 947 0.05717 653 | 948 0.05181 654 | 949 0.04702 655 | 950 0.04274 656 | 951 0.0389 657 | 952 0.03546 658 | 953 0.03237 659 | 954 0.0296 660 | 955 0.02709 661 | 956 0.02484 662 | 957 0.0228 663 | 958 0.02097 664 | 959 0.0193 665 | 960 0.01779 666 | 961 0.01643 667 | 962 0.01519 668 | 963 0.01406 669 | 964 0.01303 670 | 965 0.0121 671 | 966 0.01124 672 | 967 0.01046 673 | 968 0.00975 674 | 969 0.00909 675 | 970 0.00849 676 | 971 0.00794 677 | 972 0.00743 678 | 973 0.00697 679 | 974 0.00654 680 | 975 0.00614 681 | 976 0.00578 682 | 977 0.00544 683 | 978 0.00513 684 | 979 0.00484 685 | 980 0.00457 686 | 981 0.00432 687 | 982 0.00409 688 | 983 0.00388 689 | 984 0.00368 690 | 985 0.00349 691 | 986 0.00331 692 | 987 0.00315 693 | 988 0.003 694 | 989 0.00286 695 | 990 0.00272 696 | 991 0.0026 697 | 992 0.00248 698 | 993 0.00237 699 | 994 0.00227 700 | 995 0.00217 701 | 996 0.00208 702 | 997 0.002 703 | 998 0.00192 704 | 999 0.00184 705 | 1000 0.00177 706 | 1001 0.0017 707 | 1002 0.00164 708 | 1003 0.00158 709 | 1004 0.00153 710 | 1005 0.00147 711 | 1006 0.00142 712 | 1007 0.00138 713 | 1008 0.00133 714 | 1009 0.00129 715 | 1010 0.00125 716 | 1011 0.00121 717 | 1012 0.00117 718 | 1013 0.00114 719 | 1014 0.0011 720 | 1015 0.00107 721 | 1016 0.00104 722 | 1017 0.00101 723 | 1018 0.00099 724 | 1019 0.00096 725 | 1020 0.00094 726 | 1021 0.00091 727 | 1022 0.00089 728 | 1023 0.00087 729 | 1024 0.00085 730 | 1025 0.00083 731 | 1026 0.00081 732 | 1027 0.00079 733 | 1028 0.00078 734 | 1029 0.00076 735 | 1030 0.00075 736 | 1031 0.00073 737 | 1032 0.00072 738 | 1033 0.0007 739 | 1034 0.00069 740 | 1035 0.00068 741 | 1036 0.00067 742 | 1037 0.00066 743 | 1038 0.00065 744 | 1039 0.00063 745 | 1040 0.00063 746 | 1041 0.00062 747 | 1042 0.00061 748 | 1043 0.0006 749 | 1044 0.00059 750 | 1045 0.00058 751 | 1046 0.00058 752 | 1047 0.00057 753 | 1048 0.00056 754 | 1049 0.00056 755 | 1050 0.00055 756 | 1051 0.00054 757 | 1052 0.00054 758 | 1053 0.00053 759 | 1054 0.00053 760 | 1055 0.00052 761 | 1056 0.00052 762 | 1057 0.00052 763 | 1058 0.00051 764 | 1059 0.00051 765 | 1060 0.00051 766 | 1061 0.0005 767 | 1062 0.0005 768 | 1063 0.0005 769 | 1064 0.00049 770 | 1065 0.00049 771 | 1066 0.00049 772 | 1067 0.00049 773 | 1068 0.00049 774 | 1069 0.00049 775 | 1070 0.00049 776 | 1071 0.00048 777 | 1072 0.00048 778 | 1073 0.00048 779 | 1074 0.00048 780 | 1075 0.00048 781 | 1076 0.00048 782 | 1077 0.00048 783 | 1078 0.00049 784 | 1079 0.00049 785 | 1080 0.00049 786 | 1081 0.00049 787 | 1082 0.00049 788 | 1083 0.00049 789 | 1084 0.00049 790 | 1085 0.0005 791 | 1086 0.0005 792 | 1087 0.0005 793 | 1088 0.0005 794 | 1089 0.00051 795 | 1090 0.00051 796 | 1091 0.00051 797 | 1092 0.00052 798 | 1093 0.00052 799 | 1094 0.00052 800 | 1095 0.00053 801 | 1096 0.00053 802 | 1097 0.00054 803 | 1098 0.00054 804 | 1099 0.00055 805 | 1100 0.00055 806 | 1101 0.00056 807 | 1102 0.00057 808 | 1103 0.00057 809 | 1104 0.00058 810 | 1105 0.00059 811 | 1106 0.0006 812 | 1107 0.0006 813 | 1108 0.00061 814 | 1109 0.00062 815 | 1110 0.00063 816 | 1111 0.00064 817 | 1112 0.00065 818 | 1113 0.00066 819 | 1114 0.00067 820 | 1115 0.00069 821 | 1116 0.0007 822 | 1117 0.00071 823 | 1118 0.00072 824 | 1119 0.00074 825 | 1120 0.00075 826 | 1121 0.00077 827 | 1122 0.00078 828 | 1123 0.0008 829 | 1124 0.00082 830 | 1125 0.00084 831 | 1126 0.00086 832 | 1127 0.00088 833 | 1128 0.0009 834 | 1129 0.00092 835 | 1130 0.00094 836 | 1131 0.00097 837 | 1132 0.00099 838 | 1133 0.00102 839 | 1134 0.00104 840 | 1135 0.00107 841 | 1136 0.0011 842 | 1137 0.00114 843 | 1138 0.00117 844 | 1139 0.00121 845 | 1140 0.00124 846 | 1141 0.00128 847 | 1142 0.00132 848 | 1143 0.00137 849 | 1144 0.00141 850 | 1145 0.00146 851 | 1146 0.00151 852 | 1147 0.00156 853 | 1148 0.00162 854 | 1149 0.00168 855 | 1150 0.00174 856 | 1151 0.00181 857 | 1152 0.00188 858 | 1153 0.00195 859 | 1154 0.00203 860 | 1155 0.00212 861 | 1156 0.00221 862 | 1157 0.0023 863 | 1158 0.0024 864 | 1159 0.00251 865 | 1160 0.00262 866 | 1161 0.00274 867 | 1162 0.00287 868 | 1163 0.00301 869 | 1164 0.00316 870 | 1165 0.00332 871 | 1166 0.00349 872 | 1167 0.00367 873 | 1168 0.00387 874 | 1169 0.00409 875 | 1170 0.00431 876 | 1171 0.00456 877 | 1172 0.00483 878 | 1173 0.00512 879 | 1174 0.00544 880 | 1175 0.00578 881 | 1176 0.00615 882 | 1177 0.00656 883 | 1178 0.00701 884 | 1179 0.00749 885 | 1180 0.00803 886 | 1181 0.00862 887 | 1182 0.00927 888 | 1183 0.00998 889 | 1184 0.01078 890 | 1185 0.01166 891 | 1186 0.01265 892 | 1187 0.01376 893 | 1188 0.015 894 | 1189 0.01639 895 | 1190 0.01797 896 | 1191 0.01977 897 | 1192 0.02181 898 | 1193 0.02415 899 | 1194 0.02683 900 | 1195 0.02992 901 | 1196 0.0335 902 | 1197 0.03764 903 | 1198 0.04247 904 | 1199 0.04809 905 | 1200 0.05465 906 | -------------------------------------------------------------------------------- /johnson/johnson_B.dat: -------------------------------------------------------------------------------- 1 | # Date Updated: 12/18/2015 2 | # Source: Mann and Von Braun (2015), PASP, 127, 102 (http://www.jstor.org/stable/10.1086/680012) 3 | # Wavelength(nm) Transmission(0-1) 4 | 356.60 0.000000 5 | 359.16 0.005000 6 | 361.73 0.010000 7 | 364.29 0.016000 8 | 366.86 0.027000 9 | 369.42 0.044000 10 | 371.99 0.064000 11 | 374.55 0.092000 12 | 377.12 0.148000 13 | 379.68 0.232000 14 | 382.25 0.325000 15 | 384.81 0.419000 16 | 387.38 0.510000 17 | 389.94 0.599000 18 | 392.50 0.688000 19 | 395.07 0.763000 20 | 397.63 0.810000 21 | 400.20 0.839000 22 | 402.76 0.869000 23 | 405.33 0.895000 24 | 407.89 0.916000 25 | 410.46 0.936000 26 | 413.02 0.954000 27 | 415.59 0.967000 28 | 418.15 0.977000 29 | 420.72 0.985000 30 | 423.28 0.992000 31 | 425.85 0.996000 32 | 428.41 0.999000 33 | 430.98 1.000000 34 | 433.54 0.998000 35 | 436.11 0.991000 36 | 438.67 0.981000 37 | 441.23 0.970000 38 | 443.80 0.954000 39 | 446.36 0.933000 40 | 448.93 0.910000 41 | 451.49 0.887000 42 | 454.06 0.865000 43 | 456.62 0.843000 44 | 459.19 0.821000 45 | 461.75 0.797000 46 | 464.32 0.772000 47 | 466.88 0.746000 48 | 469.45 0.719000 49 | 472.01 0.691000 50 | 474.58 0.660000 51 | 477.14 0.628000 52 | 479.71 0.595000 53 | 482.27 0.564000 54 | 484.83 0.533000 55 | 487.40 0.502000 56 | 489.96 0.471000 57 | 492.53 0.440000 58 | 495.09 0.410000 59 | 497.66 0.378000 60 | 500.22 0.347000 61 | 502.79 0.316000 62 | 505.35 0.284000 63 | 507.92 0.253000 64 | 510.48 0.226000 65 | 513.05 0.204000 66 | 515.61 0.182000 67 | 518.18 0.160000 68 | 520.74 0.138000 69 | 523.31 0.116000 70 | 525.87 0.094000 71 | 528.44 0.074000 72 | 531.00 0.057000 73 | 533.56 0.041000 74 | 536.13 0.026000 75 | 538.69 0.016000 76 | 541.26 0.010000 77 | 543.82 0.005000 78 | -------------------------------------------------------------------------------- /johnson/johnson_U.dat: -------------------------------------------------------------------------------- 1 | # Date Updated: 12/18/2015 2 | # Source: Mann and Von Braun (2015), PASP, 127, 102 (http://www.jstor.org/stable/10.1086/680012) 3 | # Wavelength(nm) Transmission(0-1) 4 | 294.20 0.000000 5 | 295.91 0.012000 6 | 297.62 0.024000 7 | 299.33 0.037000 8 | 301.04 0.051000 9 | 302.75 0.066000 10 | 304.46 0.082000 11 | 306.17 0.098000 12 | 307.88 0.115000 13 | 309.59 0.133000 14 | 311.30 0.152000 15 | 313.01 0.172000 16 | 314.72 0.192000 17 | 316.43 0.212000 18 | 318.15 0.234000 19 | 319.86 0.256000 20 | 321.57 0.279000 21 | 323.28 0.302000 22 | 324.99 0.325000 23 | 326.70 0.349000 24 | 328.41 0.373000 25 | 330.12 0.398000 26 | 331.83 0.423000 27 | 333.54 0.449000 28 | 335.25 0.475000 29 | 336.96 0.501000 30 | 338.67 0.528000 31 | 340.38 0.556000 32 | 342.09 0.583000 33 | 343.80 0.611000 34 | 345.51 0.639000 35 | 347.22 0.667000 36 | 348.93 0.695000 37 | 350.64 0.722000 38 | 352.35 0.749000 39 | 354.06 0.775000 40 | 355.78 0.800000 41 | 357.49 0.824000 42 | 359.20 0.847000 43 | 360.91 0.870000 44 | 362.62 0.892000 45 | 364.33 0.913000 46 | 366.04 0.933000 47 | 367.75 0.952000 48 | 369.46 0.970000 49 | 371.17 0.985000 50 | 372.88 0.996000 51 | 374.59 1.000000 52 | 376.30 0.997000 53 | 378.01 0.985000 54 | 379.72 0.962000 55 | 381.43 0.929000 56 | 383.14 0.885000 57 | 384.85 0.830000 58 | 386.56 0.767000 59 | 388.27 0.697000 60 | 389.98 0.625000 61 | 391.70 0.552000 62 | 393.41 0.481000 63 | 395.12 0.413000 64 | 396.83 0.349000 65 | 398.54 0.290000 66 | 400.25 0.238000 67 | 401.96 0.191000 68 | 403.67 0.151000 69 | 405.38 0.117000 70 | 407.09 0.089000 71 | 408.80 0.066000 72 | 410.51 0.047000 73 | 412.22 0.033000 74 | 413.93 0.022000 75 | 415.64 0.013000 76 | 417.35 0.008000 77 | 419.06 0.003000 78 | -------------------------------------------------------------------------------- /johnson/johnson_V.dat: -------------------------------------------------------------------------------- 1 | # Date Updated: 12/18/2015 2 | # Source: Mann and Von Braun (2015), PASP, 127, 102 (http://www.jstor.org/stable/10.1086/680012) 3 | # Wavelength(nm) Transmission(0-1) 4 | 471.82 0.000000 5 | 475.86 0.017000 6 | 479.91 0.041000 7 | 483.95 0.078000 8 | 488.00 0.134000 9 | 492.04 0.211000 10 | 496.08 0.311000 11 | 500.13 0.429000 12 | 504.17 0.553000 13 | 508.22 0.675000 14 | 512.26 0.788000 15 | 516.30 0.879000 16 | 520.35 0.943000 17 | 524.39 0.983000 18 | 528.44 1.000000 19 | 532.48 0.993000 20 | 536.53 0.975000 21 | 540.57 0.949000 22 | 544.61 0.915000 23 | 548.66 0.877000 24 | 552.70 0.835000 25 | 556.75 0.790000 26 | 560.79 0.742000 27 | 564.84 0.694000 28 | 568.88 0.648000 29 | 572.92 0.605000 30 | 576.97 0.565000 31 | 581.01 0.525000 32 | 585.06 0.486000 33 | 589.10 0.446000 34 | 593.14 0.407000 35 | 597.19 0.370000 36 | 601.23 0.334000 37 | 605.28 0.301000 38 | 609.32 0.270000 39 | 613.37 0.240000 40 | 617.41 0.214000 41 | 621.45 0.189000 42 | 625.50 0.167000 43 | 629.54 0.146000 44 | 633.59 0.128000 45 | 637.63 0.111000 46 | 641.67 0.096000 47 | 645.72 0.082000 48 | 649.76 0.069000 49 | 653.81 0.058000 50 | 657.85 0.047000 51 | 661.90 0.038000 52 | 665.94 0.030000 53 | 669.98 0.024000 54 | 674.03 0.019000 55 | 678.07 0.015000 56 | 682.12 0.012000 57 | 686.16 0.010000 58 | 690.21 0.008000 59 | 694.25 0.007000 60 | 698.29 0.006000 61 | 702.34 0.006000 62 | 706.38 0.005000 63 | 710.43 0.004000 64 | 714.47 0.004000 65 | 718.51 0.003000 66 | 722.56 0.003000 67 | 726.60 0.003000 68 | 730.65 0.002000 69 | 734.69 0.002000 70 | 738.74 0.002000 71 | 742.78 0.001000 72 | 746.82 0.001000 73 | 750.87 0.001000 74 | 754.91 0.001000 75 | 758.96 0.000000 76 | 763.00 0.000000 77 | 767.04 0.000000 78 | -------------------------------------------------------------------------------- /megacam/README: -------------------------------------------------------------------------------- 1 | # Megacam filter throughput curves http://www2.cadc-ccda.hia-iha.nrc-cnrc.gc.ca/megapipe/docs/filters.html 2 | -------------------------------------------------------------------------------- /megacam/gMega.fil.txt: -------------------------------------------------------------------------------- 1 | # $LastChangedRevision$ 2 | # $Id$ 3 | # Megacam filter throughput curves http://www2.cadc-ccda.hia-iha.nrc-cnrc.gc.ca/megapipe/docs/filters.html 4 | # Wavelength (nm) Throughput (0-1) 5 | 372 0 6 | 374 0.000355355616 7 | 378 0.000829957076 8 | 382 0.00141607679 9 | 386 0.00209650188 10 | 390 0.00304011698 11 | 394 0.00443226611 12 | 398 0.00670775538 13 | 402 0.0120516121 14 | 406 0.0313223414 15 | 410 0.0998138189 16 | 414 0.251622856 17 | 418 0.426322639 18 | 422 0.517378092 19 | 426 0.536827981 20 | 430 0.551809371 21 | 434 0.56177789 22 | 438 0.563030303 23 | 442 0.574669302 24 | 446 0.58998692 25 | 450 0.597056627 26 | 454 0.600475073 27 | 458 0.614054918 28 | 462 0.624335706 29 | 466 0.621033549 30 | 470 0.612812638 31 | 474 0.613680303 32 | 478 0.624298096 33 | 482 0.633061051 34 | 486 0.633593261 35 | 490 0.631872296 36 | 494 0.627049387 37 | 498 0.60651809 38 | 502 0.582745194 39 | 506 0.574268222 40 | 510 0.566061497 41 | 514 0.549057305 42 | 518 0.536121905 43 | 522 0.539279461 44 | 526 0.552175045 45 | 530 0.547873139 46 | 534 0.531880736 47 | 538 0.531952739 48 | 542 0.526999474 49 | 546 0.484875411 50 | 550 0.428083152 51 | 554 0.387431502 52 | 558 0.335921437 53 | 562 0.247861773 54 | 566 0.144387901 55 | 570 0.0655752793 56 | 574 0.0247591734 57 | 578 0.00843042694 58 | 582 0.00282773259 59 | 586 0.00106635387 60 | 590 0.000631565985 61 | 594 0.000583282614 62 | 598 0.000525950512 63 | 602 0.000360883336 64 | 606 0.000161975724 65 | 610 0 66 | -------------------------------------------------------------------------------- /megacam/i2Mega.fil.txt: -------------------------------------------------------------------------------- 1 | # $LastChangedRevision$ 2 | # $Id$ 3 | # Megacam filter throughput curves http://www2.cadc-ccda.hia-iha.nrc-cnrc.gc.ca/megapipe/docs/filters.html 4 | # Wavelength (nm) Throughput (0-1) 5 | 668.558 0 6 | 673.324 0.021895254 7 | 676.501 0.0547078811 8 | 678.725 0.0897862315 9 | 680.314 0.132073373 10 | 681.584 0.199673951 11 | 683.173 0.254757524 12 | 684.444 0.298874289 13 | 684.444 0.298874289 14 | 684.762 0.367411703 15 | 686.668 0.406062394 16 | 686.668 0.406062394 17 | 690.798 0.477764457 18 | 693.34 0.49387601 19 | 705.096 0.491021335 20 | 720.028 0.474454582 21 | 732.42 0.461236 22 | 743.222 0.443447441 23 | 752.118 0.424275964 24 | 762.285 0.41287747 25 | 770.864 0.39199394 26 | 776.9 0.380448252 27 | 781.984 0.370082736 28 | 790.562 0.356654197 29 | 798.823 0.345132887 30 | 806.448 0.333023548 31 | 813.12 0.320939571 32 | 818.521 0.308342755 33 | 826.464 0.29454881 34 | 835.043 0.272086889 35 | 838.856 0.263305217 36 | 840.126 0.245771959 37 | 842.35 0.205520451 38 | 843.304 0.174737006 39 | 845.528 0.12925221 40 | 847.116 0.081192635 41 | 849.023 0.0437096134 42 | 853.788 0.0138660809 43 | 859.825 0.00418129563 44 | 871.263 0 45 | -------------------------------------------------------------------------------- /megacam/iMega.fil.txt: -------------------------------------------------------------------------------- 1 | # $LastChangedRevision$ 2 | # $Id$ 3 | # Megacam filter throughput curves http://www2.cadc-ccda.hia-iha.nrc-cnrc.gc.ca/megapipe/docs/filters.html 4 | # Wavelength (nm) Throughput (0-1) 5 | 658 0 6 | 660 0.000859881402 7 | 664 0.00134602888 8 | 668 0.00213757111 9 | 672 0.00347799435 10 | 676 0.00587386172 11 | 680 0.0101999901 12 | 684 0.0182104073 13 | 688 0.0335023291 14 | 692 0.0622569732 15 | 696 0.112943545 16 | 700 0.190564215 17 | 704 0.286565781 18 | 708 0.379396945 19 | 712 0.444734603 20 | 716 0.474793822 21 | 720 0.481095284 22 | 724 0.476498902 23 | 728 0.468919873 24 | 732 0.462030023 25 | 736 0.456813425 26 | 740 0.452238888 27 | 744 0.447501093 28 | 748 0.44220835 29 | 752 0.434905171 30 | 756 0.426147133 31 | 760 0.416660339 32 | 764 0.408379674 33 | 768 0.400981069 34 | 772 0.395383984 35 | 776 0.391631633 36 | 780 0.388741314 37 | 784 0.385767192 38 | 788 0.381358027 39 | 792 0.374710739 40 | 796 0.366064042 41 | 800 0.355816871 42 | 804 0.347486913 43 | 808 0.340401232 44 | 812 0.334705323 45 | 816 0.328992993 46 | 820 0.320280552 47 | 824 0.307222277 48 | 828 0.288191378 49 | 832 0.267756373 50 | 836 0.25181362 51 | 840 0.235381439 52 | 844 0.216470942 53 | 848 0.191795066 54 | 852 0.154077321 55 | 856 0.109491475 56 | 860 0.0680668205 57 | 864 0.0373981036 58 | 868 0.0183362942 59 | 872 0.00918181613 60 | 876 0.00565015664 61 | 880 0.00326917553 62 | 884 0.00205566548 63 | 888 0.000941879756 64 | 892 0.000779765833 65 | 896 0.000857169623 66 | 900 0.000834865379 67 | 904 0.000853501027 68 | 908 0.000656112737 69 | 912 0 70 | -------------------------------------------------------------------------------- /megacam/megacam_filters.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/lsst/throughputs/22732801ff32be387de00b5888ccd3e0c787f422/megacam/megacam_filters.png -------------------------------------------------------------------------------- /megacam/rMega.fil.txt: -------------------------------------------------------------------------------- 1 | # $LastChangedRevision$ 2 | # $Id$ 3 | # Megacam filter throughput curves http://www2.cadc-ccda.hia-iha.nrc-cnrc.gc.ca/megapipe/docs/filters.html 4 | # Wavelength (nm) Throughput (0-1) 5 | 510 0 6 | 512 0.00131772901 7 | 516 0.00121030863 8 | 520 0.00118364685 9 | 524 0.00129845866 10 | 528 0.00157193583 11 | 532 0.00210029958 12 | 536 0.00304943114 13 | 540 0.00486857444 14 | 544 0.00871334039 15 | 548 0.0172524471 16 | 552 0.0353208706 17 | 556 0.0697644874 18 | 560 0.127027541 19 | 564 0.20946379 20 | 568 0.309700549 21 | 572 0.403278381 22 | 576 0.459738404 23 | 580 0.47052756 24 | 584 0.458884507 25 | 588 0.453177214 26 | 592 0.459308296 27 | 596 0.466526061 28 | 600 0.471418083 29 | 604 0.481089473 30 | 608 0.497871667 31 | 612 0.515868247 32 | 616 0.527954817 33 | 620 0.533769429 34 | 624 0.539559007 35 | 628 0.546480834 36 | 632 0.55073601 37 | 636 0.550913811 38 | 640 0.547247171 39 | 644 0.539698243 40 | 648 0.530544698 41 | 652 0.518774152 42 | 656 0.498609036 43 | 660 0.466601431 44 | 664 0.425780118 45 | 668 0.387365848 46 | 672 0.36626327 47 | 676 0.372356027 48 | 680 0.401935935 49 | 684 0.399843097 50 | 688 0.295218557 51 | 692 0.14074333 52 | 696 0.0444001406 53 | 700 0.0129846511 54 | 704 0.00483840052 55 | 708 0.00211520353 56 | 712 0.00103506143 57 | 716 0.000569712196 58 | 720 0.000350559334 59 | 722 0 60 | -------------------------------------------------------------------------------- /megacam/uMega.fil.txt: -------------------------------------------------------------------------------- 1 | # $LastChangedRevision$ 2 | # $Id$ 3 | # Megacam filter throughput curves http://www2.cadc-ccda.hia-iha.nrc-cnrc.gc.ca/megapipe/docs/filters.html 4 | # Wavelength (nm) Throughput (0-1) 5 | 300 0 6 | 318 0.000119374185 7 | 322 0.000555103819 8 | 326 0.00224317308 9 | 330 0.0160973426 10 | 334 0.0648551956 11 | 338 0.135956392 12 | 342 0.179929361 13 | 346 0.207123712 14 | 350 0.243952185 15 | 354 0.270075917 16 | 358 0.277276397 17 | 362 0.283456177 18 | 366 0.295061022 19 | 370 0.279397458 20 | 374 0.261833906 21 | 378 0.281388253 22 | 382 0.336556375 23 | 386 0.383069575 24 | 390 0.387663811 25 | 394 0.39384523 26 | 398 0.41868186 27 | 402 0.425191045 28 | 406 0.388191819 29 | 410 0.28170982 30 | 414 0.141230807 31 | 418 0.0499474704 32 | 422 0.0168965608 33 | 426 0.00676131854 34 | 430 0.00325661013 35 | 434 0.00188939588 36 | 438 0.00127769657 37 | 442 0.000963628117 38 | 446 0.000788327889 39 | 450 0.000688685104 40 | 454 0.00060211838 41 | 458 0.000534449122 42 | 462 0.000506343669 43 | 466 0.000528468285 44 | 470 0.000581911125 45 | 474 0.000696175033 46 | 478 0.000872161414 47 | 482 0.00115230726 48 | 486 0.00171151944 49 | 490 0.00274659414 50 | 494 0.00481579918 51 | 498 0.00796410535 52 | 502 0.0100412732 53 | 506 0.0094757285 54 | 510 0.0076275412 55 | 514 0.00568695087 56 | 518 0.0037230684 57 | 522 0.00208977424 58 | 526 0.00127485732 59 | 530 0.00130769971 60 | 534 0.0016671276 61 | 538 0.00176649203 62 | 542 0.00150029722 63 | 546 0.0012288026 64 | 550 0.00133760099 65 | 554 0 66 | -------------------------------------------------------------------------------- /megacam/zMega.fil.txt: -------------------------------------------------------------------------------- 1 | # $LastChangedRevision$ 2 | # $Id$ 3 | # Megacam filter throughput curves http://www2.cadc-ccda.hia-iha.nrc-cnrc.gc.ca/megapipe/docs/filters.html 4 | # Wavelength (nm) Throughput (0-1) 5 | 778 0 6 | 780 0.000298154482 7 | 784 0.000421382632 8 | 788 0.000617844751 9 | 792 0.00092385977 10 | 796 0.00145464682 11 | 800 0.00238681608 12 | 804 0.00405334588 13 | 808 0.00732962461 14 | 812 0.0139800701 15 | 816 0.027856743 16 | 820 0.0554090403 17 | 824 0.104835406 18 | 828 0.170723319 19 | 832 0.228108868 20 | 836 0.263207048 21 | 840 0.27685985 22 | 844 0.275680244 23 | 848 0.270607293 24 | 852 0.26625064 25 | 856 0.260749757 26 | 860 0.254382074 27 | 864 0.24816823 28 | 868 0.241476133 29 | 872 0.232566237 30 | 876 0.222295702 31 | 880 0.213475764 32 | 884 0.205972061 33 | 888 0.198679447 34 | 892 0.191328526 35 | 896 0.184844181 36 | 900 0.178206459 37 | 904 0.170237139 38 | 908 0.162276417 39 | 912 0.154366419 40 | 916 0.145774528 41 | 920 0.1375947 42 | 924 0.129395068 43 | 928 0.121231318 44 | 932 0.113395788 45 | 936 0.10594935 46 | 940 0.0990467966 47 | 944 0.0919484496 48 | 948 0.0850069225 49 | 952 0.0798064619 50 | 956 0.0759239644 51 | 960 0.0719882026 52 | 964 0.0680272728 53 | 968 0.0638097227 54 | 972 0.0594895855 55 | 976 0.0550764836 56 | 980 0.0506376214 57 | 984 0.046213109 58 | 988 0.0417242795 59 | 992 0.037232168 60 | 996 0.0328233689 61 | 1000 0.0284879077 62 | 1004 0.0242324527 63 | 1008 0.0200234875 64 | 1012 0.0158770978 65 | 1016 0.0118273003 66 | 1020 0.00783497933 67 | 1024 0. 68 | -------------------------------------------------------------------------------- /panStarrs/panStarrs_g.dat: -------------------------------------------------------------------------------- 1 | # Date Updated: 12/18/2015 2 | # Source: http://svo2.cab.inta-csic.es/svo/theory/fps3/index.php?mode=browse&gname=PAN-STARRS 3 | # Wavelength(nm) Transmission(0-1) 4 | 390.00 0.001000 5 | 391.00 0.001000 6 | 392.00 0.001000 7 | 393.00 0.002000 8 | 394.00 0.004000 9 | 395.00 0.007000 10 | 396.00 0.012000 11 | 397.00 0.021000 12 | 398.00 0.035000 13 | 399.00 0.053000 14 | 400.00 0.073000 15 | 401.00 0.096000 16 | 402.00 0.118000 17 | 403.00 0.135000 18 | 404.00 0.147000 19 | 405.00 0.157000 20 | 406.00 0.163000 21 | 407.00 0.167000 22 | 408.00 0.171000 23 | 409.00 0.175000 24 | 410.00 0.181000 25 | 411.00 0.186000 26 | 412.00 0.192000 27 | 413.00 0.199000 28 | 414.00 0.204000 29 | 415.00 0.206000 30 | 416.00 0.208000 31 | 417.00 0.211000 32 | 418.00 0.217000 33 | 419.00 0.225000 34 | 420.00 0.233000 35 | 421.00 0.240000 36 | 422.00 0.246000 37 | 423.00 0.249000 38 | 424.00 0.250000 39 | 425.00 0.250000 40 | 426.00 0.253000 41 | 427.00 0.259000 42 | 428.00 0.268000 43 | 429.00 0.277000 44 | 430.00 0.286000 45 | 431.00 0.295000 46 | 432.00 0.300000 47 | 433.00 0.302000 48 | 434.00 0.302000 49 | 435.00 0.304000 50 | 436.00 0.309000 51 | 437.00 0.316000 52 | 438.00 0.323000 53 | 439.00 0.330000 54 | 440.00 0.336000 55 | 441.00 0.340000 56 | 442.00 0.341000 57 | 443.00 0.342000 58 | 444.00 0.344000 59 | 445.00 0.348000 60 | 446.00 0.354000 61 | 447.00 0.361000 62 | 448.00 0.368000 63 | 449.00 0.374000 64 | 450.00 0.380000 65 | 451.00 0.386000 66 | 452.00 0.392000 67 | 453.00 0.396000 68 | 454.00 0.398000 69 | 455.00 0.398000 70 | 456.00 0.394000 71 | 457.00 0.388000 72 | 458.00 0.384000 73 | 459.00 0.382000 74 | 460.00 0.384000 75 | 461.00 0.388000 76 | 462.00 0.393000 77 | 463.00 0.396000 78 | 464.00 0.396000 79 | 465.00 0.396000 80 | 466.00 0.397000 81 | 467.00 0.397000 82 | 468.00 0.399000 83 | 469.00 0.400000 84 | 470.00 0.401000 85 | 471.00 0.402000 86 | 472.00 0.403000 87 | 473.00 0.405000 88 | 474.00 0.408000 89 | 475.00 0.413000 90 | 476.00 0.418000 91 | 477.00 0.424000 92 | 478.00 0.431000 93 | 479.00 0.437000 94 | 480.00 0.441000 95 | 481.00 0.444000 96 | 482.00 0.446000 97 | 483.00 0.448000 98 | 484.00 0.451000 99 | 485.00 0.453000 100 | 486.00 0.456000 101 | 487.00 0.458000 102 | 488.00 0.460000 103 | 489.00 0.460000 104 | 490.00 0.459000 105 | 491.00 0.455000 106 | 492.00 0.451000 107 | 493.00 0.450000 108 | 494.00 0.453000 109 | 495.00 0.459000 110 | 496.00 0.463000 111 | 497.00 0.467000 112 | 498.00 0.471000 113 | 499.00 0.472000 114 | 500.00 0.471000 115 | 501.00 0.468000 116 | 502.00 0.466000 117 | 503.00 0.463000 118 | 504.00 0.459000 119 | 505.00 0.457000 120 | 506.00 0.456000 121 | 507.00 0.455000 122 | 508.00 0.456000 123 | 509.00 0.456000 124 | 510.00 0.457000 125 | 511.00 0.458000 126 | 512.00 0.459000 127 | 513.00 0.461000 128 | 514.00 0.465000 129 | 515.00 0.469000 130 | 516.00 0.473000 131 | 517.00 0.475000 132 | 518.00 0.476000 133 | 519.00 0.475000 134 | 520.00 0.473000 135 | 521.00 0.472000 136 | 522.00 0.473000 137 | 523.00 0.473000 138 | 524.00 0.474000 139 | 525.00 0.473000 140 | 526.00 0.472000 141 | 527.00 0.474000 142 | 528.00 0.477000 143 | 529.00 0.483000 144 | 530.00 0.489000 145 | 531.00 0.495000 146 | 532.00 0.498000 147 | 533.00 0.500000 148 | 534.00 0.501000 149 | 535.00 0.502000 150 | 536.00 0.502000 151 | 537.00 0.502000 152 | 538.00 0.502000 153 | 539.00 0.502000 154 | 540.00 0.501000 155 | 541.00 0.500000 156 | 542.00 0.496000 157 | 543.00 0.493000 158 | 544.00 0.489000 159 | 545.00 0.486000 160 | 546.00 0.481000 161 | 547.00 0.467000 162 | 548.00 0.438000 163 | 549.00 0.390000 164 | 550.00 0.323000 165 | 551.00 0.248000 166 | 552.00 0.175000 167 | 553.00 0.113000 168 | 554.00 0.068000 169 | 555.00 0.041000 170 | 556.00 0.025000 171 | 557.00 0.015000 172 | 558.00 0.009000 173 | 559.00 0.006000 174 | 560.00 0.003000 175 | 561.00 0.002000 176 | 562.00 0.002000 177 | 563.00 0.001000 178 | 564.00 0.001000 179 | 565.00 0.001000 180 | 566.00 0.001000 181 | -------------------------------------------------------------------------------- /panStarrs/panStarrs_i.dat: -------------------------------------------------------------------------------- 1 | # Date Updated: 12/18/2015 2 | # Source: http://svo2.cab.inta-csic.es/svo/theory/fps3/index.php?mode=browse&gname=PAN-STARRS 3 | # Wavelength(nm) Transmission(0-1) 4 | 665.00 0.001000 5 | 666.00 0.001000 6 | 667.00 0.001000 7 | 668.00 0.001000 8 | 669.00 0.001000 9 | 670.00 0.001000 10 | 671.00 0.001000 11 | 672.00 0.002000 12 | 673.00 0.002000 13 | 674.00 0.003000 14 | 675.00 0.004000 15 | 676.00 0.005000 16 | 677.00 0.007000 17 | 678.00 0.009000 18 | 679.00 0.012000 19 | 680.00 0.016000 20 | 681.00 0.022000 21 | 682.00 0.029000 22 | 683.00 0.039000 23 | 684.00 0.056000 24 | 685.00 0.084000 25 | 686.00 0.133000 26 | 687.00 0.169000 27 | 688.00 0.264000 28 | 689.00 0.350000 29 | 690.00 0.426000 30 | 691.00 0.512000 31 | 692.00 0.591000 32 | 693.00 0.670000 33 | 694.00 0.737000 34 | 695.00 0.792000 35 | 696.00 0.821000 36 | 697.00 0.843000 37 | 698.00 0.848000 38 | 699.00 0.846000 39 | 700.00 0.848000 40 | 701.00 0.847000 41 | 702.00 0.847000 42 | 703.00 0.845000 43 | 704.00 0.848000 44 | 705.00 0.849000 45 | 706.00 0.852000 46 | 707.00 0.853000 47 | 708.00 0.851000 48 | 709.00 0.849000 49 | 710.00 0.847000 50 | 711.00 0.847000 51 | 712.00 0.849000 52 | 713.00 0.852000 53 | 714.00 0.855000 54 | 715.00 0.857000 55 | 716.00 0.859000 56 | 717.00 0.844000 57 | 718.00 0.833000 58 | 719.00 0.816000 59 | 720.00 0.825000 60 | 721.00 0.842000 61 | 722.00 0.863000 62 | 723.00 0.846000 63 | 724.00 0.833000 64 | 725.00 0.833000 65 | 726.00 0.842000 66 | 727.00 0.835000 67 | 728.00 0.833000 68 | 729.00 0.831000 69 | 730.00 0.838000 70 | 731.00 0.828000 71 | 732.00 0.838000 72 | 733.00 0.846000 73 | 734.00 0.850000 74 | 735.00 0.853000 75 | 736.00 0.857000 76 | 737.00 0.860000 77 | 738.00 0.864000 78 | 739.00 0.864000 79 | 740.00 0.865000 80 | 741.00 0.865000 81 | 742.00 0.866000 82 | 743.00 0.865000 83 | 744.00 0.865000 84 | 745.00 0.865000 85 | 746.00 0.865000 86 | 747.00 0.865000 87 | 748.00 0.865000 88 | 749.00 0.867000 89 | 750.00 0.868000 90 | 751.00 0.868000 91 | 752.00 0.869000 92 | 753.00 0.868000 93 | 754.00 0.868000 94 | 755.00 0.867000 95 | 756.00 0.866000 96 | 757.00 0.864000 97 | 758.00 0.863000 98 | 759.00 0.860000 99 | 760.00 0.408000 100 | 761.00 0.331000 101 | 762.00 0.655000 102 | 763.00 0.456000 103 | 764.00 0.562000 104 | 765.00 0.640000 105 | 766.00 0.730000 106 | 767.00 0.783000 107 | 768.00 0.833000 108 | 769.00 0.845000 109 | 770.00 0.859000 110 | 771.00 0.865000 111 | 772.00 0.865000 112 | 773.00 0.863000 113 | 774.00 0.860000 114 | 775.00 0.858000 115 | 776.00 0.855000 116 | 777.00 0.853000 117 | 778.00 0.851000 118 | 779.00 0.848000 119 | 780.00 0.844000 120 | 781.00 0.842000 121 | 782.00 0.841000 122 | 783.00 0.840000 123 | 784.00 0.838000 124 | 785.00 0.836000 125 | 786.00 0.833000 126 | 787.00 0.830000 127 | 788.00 0.828000 128 | 789.00 0.824000 129 | 790.00 0.820000 130 | 791.00 0.822000 131 | 792.00 0.824000 132 | 793.00 0.827000 133 | 794.00 0.834000 134 | 795.00 0.838000 135 | 796.00 0.838000 136 | 797.00 0.843000 137 | 798.00 0.846000 138 | 799.00 0.844000 139 | 800.00 0.841000 140 | 801.00 0.838000 141 | 802.00 0.835000 142 | 803.00 0.834000 143 | 804.00 0.832000 144 | 805.00 0.830000 145 | 806.00 0.828000 146 | 807.00 0.824000 147 | 808.00 0.821000 148 | 809.00 0.817000 149 | 810.00 0.813000 150 | 811.00 0.810000 151 | 812.00 0.804000 152 | 813.00 0.798000 153 | 814.00 0.780000 154 | 815.00 0.767000 155 | 816.00 0.728000 156 | 817.00 0.684000 157 | 818.00 0.609000 158 | 819.00 0.523000 159 | 820.00 0.408000 160 | 821.00 0.313000 161 | 822.00 0.221000 162 | 823.00 0.142000 163 | 824.00 0.104000 164 | 825.00 0.071000 165 | 826.00 0.047000 166 | 827.00 0.033000 167 | 828.00 0.021000 168 | 829.00 0.015000 169 | 830.00 0.010000 170 | 831.00 0.007000 171 | 832.00 0.005000 172 | 833.00 0.004000 173 | 834.00 0.003000 174 | 835.00 0.002000 175 | 836.00 0.002000 176 | 837.00 0.001000 177 | 838.00 0.001000 178 | 839.00 0.001000 179 | 840.00 0.001000 180 | 841.00 0.001000 181 | 842.00 0.001000 182 | 843.00 0.001000 183 | -------------------------------------------------------------------------------- /panStarrs/panStarrs_r.dat: -------------------------------------------------------------------------------- 1 | # Date Updated: 12/18/2015 2 | # Source: http://svo2.cab.inta-csic.es/svo/theory/fps3/index.php?mode=browse&gname=PAN-STARRS 3 | # Wavelength(nm) Transmission(0-1) 4 | 529.00 0.001000 5 | 530.00 0.001000 6 | 531.00 0.001000 7 | 532.00 0.001000 8 | 533.00 0.001000 9 | 534.00 0.002000 10 | 535.00 0.002000 11 | 536.00 0.003000 12 | 537.00 0.004000 13 | 538.00 0.005000 14 | 539.00 0.008000 15 | 540.00 0.011000 16 | 541.00 0.017000 17 | 542.00 0.026000 18 | 543.00 0.040000 19 | 544.00 0.062000 20 | 545.00 0.093000 21 | 546.00 0.134000 22 | 547.00 0.184000 23 | 548.00 0.242000 24 | 549.00 0.305000 25 | 550.00 0.367000 26 | 551.00 0.423000 27 | 552.00 0.469000 28 | 553.00 0.504000 29 | 554.00 0.528000 30 | 555.00 0.544000 31 | 556.00 0.556000 32 | 557.00 0.565000 33 | 558.00 0.570000 34 | 559.00 0.575000 35 | 560.00 0.578000 36 | 561.00 0.582000 37 | 562.00 0.584000 38 | 563.00 0.586000 39 | 564.00 0.588000 40 | 565.00 0.590000 41 | 566.00 0.591000 42 | 567.00 0.592000 43 | 568.00 0.592000 44 | 569.00 0.591000 45 | 570.00 0.591000 46 | 571.00 0.589000 47 | 572.00 0.586000 48 | 573.00 0.583000 49 | 574.00 0.581000 50 | 575.00 0.582000 51 | 576.00 0.586000 52 | 577.00 0.592000 53 | 578.00 0.599000 54 | 579.00 0.606000 55 | 580.00 0.612000 56 | 581.00 0.615000 57 | 582.00 0.617000 58 | 583.00 0.617000 59 | 584.00 0.616000 60 | 585.00 0.614000 61 | 586.00 0.611000 62 | 587.00 0.609000 63 | 588.00 0.609000 64 | 589.00 0.610000 65 | 590.00 0.615000 66 | 591.00 0.621000 67 | 592.00 0.623000 68 | 593.00 0.623000 69 | 594.00 0.621000 70 | 595.00 0.621000 71 | 596.00 0.624000 72 | 597.00 0.628000 73 | 598.00 0.633000 74 | 599.00 0.638000 75 | 600.00 0.641000 76 | 601.00 0.642000 77 | 602.00 0.644000 78 | 603.00 0.647000 79 | 604.00 0.649000 80 | 605.00 0.651000 81 | 606.00 0.652000 82 | 607.00 0.653000 83 | 608.00 0.654000 84 | 609.00 0.655000 85 | 610.00 0.655000 86 | 611.00 0.656000 87 | 612.00 0.656000 88 | 613.00 0.657000 89 | 614.00 0.656000 90 | 615.00 0.653000 91 | 616.00 0.648000 92 | 617.00 0.643000 93 | 618.00 0.640000 94 | 619.00 0.640000 95 | 620.00 0.642000 96 | 621.00 0.645000 97 | 622.00 0.648000 98 | 623.00 0.647000 99 | 624.00 0.646000 100 | 625.00 0.646000 101 | 626.00 0.648000 102 | 627.00 0.652000 103 | 628.00 0.641000 104 | 629.00 0.655000 105 | 630.00 0.657000 106 | 631.00 0.662000 107 | 632.00 0.662000 108 | 633.00 0.660000 109 | 634.00 0.660000 110 | 635.00 0.660000 111 | 636.00 0.663000 112 | 637.00 0.668000 113 | 638.00 0.673000 114 | 639.00 0.678000 115 | 640.00 0.681000 116 | 641.00 0.684000 117 | 642.00 0.685000 118 | 643.00 0.686000 119 | 644.00 0.687000 120 | 645.00 0.686000 121 | 646.00 0.685000 122 | 647.00 0.684000 123 | 648.00 0.683000 124 | 649.00 0.683000 125 | 650.00 0.685000 126 | 651.00 0.686000 127 | 652.00 0.684000 128 | 653.00 0.686000 129 | 654.00 0.687000 130 | 655.00 0.684000 131 | 656.00 0.684000 132 | 657.00 0.682000 133 | 658.00 0.682000 134 | 659.00 0.681000 135 | 660.00 0.679000 136 | 661.00 0.677000 137 | 662.00 0.675000 138 | 663.00 0.672000 139 | 664.00 0.669000 140 | 665.00 0.666000 141 | 666.00 0.664000 142 | 667.00 0.663000 143 | 668.00 0.663000 144 | 669.00 0.663000 145 | 670.00 0.663000 146 | 671.00 0.662000 147 | 672.00 0.662000 148 | 673.00 0.660000 149 | 674.00 0.658000 150 | 675.00 0.655000 151 | 676.00 0.652000 152 | 677.00 0.649000 153 | 678.00 0.644000 154 | 679.00 0.639000 155 | 680.00 0.633000 156 | 681.00 0.626000 157 | 682.00 0.617000 158 | 683.00 0.608000 159 | 684.00 0.595000 160 | 685.00 0.579000 161 | 686.00 0.556000 162 | 687.00 0.427000 163 | 688.00 0.428000 164 | 689.00 0.391000 165 | 690.00 0.346000 166 | 691.00 0.305000 167 | 692.00 0.255000 168 | 693.00 0.204000 169 | 694.00 0.156000 170 | 695.00 0.116000 171 | 696.00 0.084000 172 | 697.00 0.060000 173 | 698.00 0.042000 174 | 699.00 0.029000 175 | 700.00 0.021000 176 | 701.00 0.015000 177 | 702.00 0.011000 178 | 703.00 0.008000 179 | 704.00 0.006000 180 | 705.00 0.005000 181 | 706.00 0.004000 182 | 707.00 0.003000 183 | 708.00 0.002000 184 | 709.00 0.002000 185 | 710.00 0.001000 186 | 711.00 0.001000 187 | 712.00 0.001000 188 | 713.00 0.001000 189 | -------------------------------------------------------------------------------- /panStarrs/panStarrs_y.dat: -------------------------------------------------------------------------------- 1 | # Date Updated: 12/18/2015 2 | # Source: http://svo2.cab.inta-csic.es/svo/theory/fps3/index.php?mode=browse&gname=PAN-STARRS 3 | # Wavelength(nm) Transmission(0-1) 4 | 897.00 0.001000 5 | 898.00 0.001000 6 | 899.00 0.001000 7 | 900.00 0.001000 8 | 901.00 0.002000 9 | 902.00 0.002000 10 | 903.00 0.002000 11 | 904.00 0.002000 12 | 905.00 0.002000 13 | 906.00 0.003000 14 | 907.00 0.003000 15 | 908.00 0.003000 16 | 909.00 0.005000 17 | 910.00 0.006000 18 | 911.00 0.009000 19 | 912.00 0.015000 20 | 913.00 0.024000 21 | 914.00 0.040000 22 | 915.00 0.066000 23 | 916.00 0.098000 24 | 917.00 0.152000 25 | 918.00 0.199000 26 | 919.00 0.271000 27 | 920.00 0.335000 28 | 921.00 0.403000 29 | 922.00 0.451000 30 | 923.00 0.506000 31 | 924.00 0.539000 32 | 925.00 0.565000 33 | 926.00 0.591000 34 | 927.00 0.615000 35 | 928.00 0.597000 36 | 929.00 0.601000 37 | 930.00 0.570000 38 | 931.00 0.543000 39 | 932.00 0.501000 40 | 933.00 0.486000 41 | 934.00 0.435000 42 | 935.00 0.464000 43 | 936.00 0.401000 44 | 937.00 0.435000 45 | 938.00 0.441000 46 | 939.00 0.513000 47 | 940.00 0.529000 48 | 941.00 0.498000 49 | 942.00 0.499000 50 | 943.00 0.431000 51 | 944.00 0.419000 52 | 945.00 0.471000 53 | 946.00 0.386000 54 | 947.00 0.459000 55 | 948.00 0.404000 56 | 949.00 0.487000 57 | 950.00 0.349000 58 | 951.00 0.480000 59 | 952.00 0.386000 60 | 953.00 0.422000 61 | 954.00 0.435000 62 | 955.00 0.413000 63 | 956.00 0.402000 64 | 957.00 0.388000 65 | 958.00 0.412000 66 | 959.00 0.395000 67 | 960.00 0.401000 68 | 961.00 0.401000 69 | 962.00 0.394000 70 | 963.00 0.399000 71 | 964.00 0.386000 72 | 965.00 0.387000 73 | 966.00 0.382000 74 | 967.00 0.381000 75 | 968.00 0.388000 76 | 969.00 0.390000 77 | 970.00 0.378000 78 | 971.00 0.380000 79 | 972.00 0.368000 80 | 973.00 0.358000 81 | 974.00 0.349000 82 | 975.00 0.341000 83 | 976.00 0.337000 84 | 977.00 0.335000 85 | 978.00 0.327000 86 | 979.00 0.326000 87 | 980.00 0.315000 88 | 981.00 0.318000 89 | 982.00 0.311000 90 | 983.00 0.302000 91 | 984.00 0.301000 92 | 985.00 0.292000 93 | 986.00 0.290000 94 | 987.00 0.282000 95 | 988.00 0.274000 96 | 989.00 0.268000 97 | 990.00 0.260000 98 | 991.00 0.255000 99 | 992.00 0.250000 100 | 993.00 0.243000 101 | 994.00 0.238000 102 | 995.00 0.232000 103 | 996.00 0.227000 104 | 997.00 0.221000 105 | 998.00 0.216000 106 | 999.00 0.211000 107 | 1000.00 0.205000 108 | 1001.00 0.200000 109 | 1002.00 0.195000 110 | 1003.00 0.189000 111 | 1004.00 0.183000 112 | 1005.00 0.178000 113 | 1006.00 0.173000 114 | 1007.00 0.168000 115 | 1008.00 0.162000 116 | 1009.00 0.157000 117 | 1010.00 0.152000 118 | 1011.00 0.147000 119 | 1012.00 0.141000 120 | 1013.00 0.136000 121 | 1014.00 0.131000 122 | 1015.00 0.127000 123 | 1016.00 0.124000 124 | 1017.00 0.120000 125 | 1018.00 0.116000 126 | 1019.00 0.111000 127 | 1020.00 0.106000 128 | 1021.00 0.102000 129 | 1022.00 0.097000 130 | 1023.00 0.094000 131 | 1024.00 0.091000 132 | 1025.00 0.088000 133 | 1026.00 0.084000 134 | 1027.00 0.081000 135 | 1028.00 0.078000 136 | 1029.00 0.075000 137 | 1030.00 0.071000 138 | 1031.00 0.067000 139 | 1032.00 0.064000 140 | 1033.00 0.060000 141 | 1034.00 0.057000 142 | 1035.00 0.055000 143 | 1036.00 0.053000 144 | 1037.00 0.050000 145 | 1038.00 0.048000 146 | 1039.00 0.045000 147 | 1040.00 0.043000 148 | 1041.00 0.041000 149 | 1042.00 0.039000 150 | 1043.00 0.037000 151 | 1044.00 0.036000 152 | 1045.00 0.035000 153 | 1046.00 0.034000 154 | 1047.00 0.033000 155 | 1048.00 0.032000 156 | 1049.00 0.030000 157 | 1050.00 0.029000 158 | 1051.00 0.028000 159 | 1052.00 0.027000 160 | 1053.00 0.026000 161 | 1054.00 0.025000 162 | 1055.00 0.024000 163 | 1056.00 0.023000 164 | 1057.00 0.022000 165 | 1058.00 0.021000 166 | 1059.00 0.020000 167 | 1060.00 0.019000 168 | 1061.00 0.018000 169 | 1062.00 0.017000 170 | 1063.00 0.016000 171 | 1064.00 0.015000 172 | 1065.00 0.015000 173 | 1066.00 0.014000 174 | 1067.00 0.014000 175 | 1068.00 0.013000 176 | 1069.00 0.012000 177 | 1070.00 0.012000 178 | 1071.00 0.011000 179 | 1072.00 0.011000 180 | 1073.00 0.011000 181 | 1074.00 0.010000 182 | 1075.00 0.010000 183 | 1076.00 0.009000 184 | 1077.00 0.009000 185 | 1078.00 0.008000 186 | 1079.00 0.008000 187 | 1080.00 0.008000 188 | 1081.00 0.007000 189 | 1082.00 0.007000 190 | 1083.00 0.007000 191 | 1084.00 0.006000 192 | 1085.00 0.006000 193 | 1086.00 0.006000 194 | 1087.00 0.006000 195 | 1088.00 0.005000 196 | 1089.00 0.005000 197 | 1090.00 0.005000 198 | 1091.00 0.005000 199 | 1092.00 0.004000 200 | 1093.00 0.004000 201 | 1094.00 0.004000 202 | 1095.00 0.004000 203 | 1096.00 0.003000 204 | 1097.00 0.003000 205 | 1098.00 0.003000 206 | 1099.00 0.003000 207 | 1100.00 0.002000 208 | -------------------------------------------------------------------------------- /panStarrs/panStarrs_z.dat: -------------------------------------------------------------------------------- 1 | # Date Updated: 12/18/2015 2 | # Source: http://svo2.cab.inta-csic.es/svo/theory/fps3/index.php?mode=browse&gname=PAN-STARRS 3 | # Wavelength(nm) Transmission(0-1) 4 | 785.00 0.001000 5 | 786.00 0.001000 6 | 787.00 0.001000 7 | 788.00 0.001000 8 | 789.00 0.001000 9 | 790.00 0.001000 10 | 791.00 0.001000 11 | 792.00 0.001000 12 | 793.00 0.001000 13 | 794.00 0.002000 14 | 795.00 0.002000 15 | 796.00 0.002000 16 | 797.00 0.003000 17 | 798.00 0.004000 18 | 799.00 0.005000 19 | 800.00 0.006000 20 | 801.00 0.007000 21 | 802.00 0.008000 22 | 803.00 0.009000 23 | 804.00 0.012000 24 | 805.00 0.015000 25 | 806.00 0.019000 26 | 807.00 0.025000 27 | 808.00 0.034000 28 | 809.00 0.045000 29 | 810.00 0.060000 30 | 811.00 0.079000 31 | 812.00 0.101000 32 | 813.00 0.129000 33 | 814.00 0.160000 34 | 815.00 0.203000 35 | 816.00 0.252000 36 | 817.00 0.318000 37 | 818.00 0.397000 38 | 819.00 0.499000 39 | 820.00 0.588000 40 | 821.00 0.696000 41 | 822.00 0.761000 42 | 823.00 0.750000 43 | 824.00 0.833000 44 | 825.00 0.849000 45 | 826.00 0.850000 46 | 827.00 0.863000 47 | 828.00 0.839000 48 | 829.00 0.860000 49 | 830.00 0.858000 50 | 831.00 0.857000 51 | 832.00 0.845000 52 | 833.00 0.862000 53 | 834.00 0.857000 54 | 835.00 0.867000 55 | 836.00 0.867000 56 | 837.00 0.877000 57 | 838.00 0.879000 58 | 839.00 0.880000 59 | 840.00 0.880000 60 | 841.00 0.876000 61 | 842.00 0.873000 62 | 843.00 0.871000 63 | 844.00 0.869000 64 | 845.00 0.869000 65 | 846.00 0.868000 66 | 847.00 0.868000 67 | 848.00 0.867000 68 | 849.00 0.866000 69 | 850.00 0.865000 70 | 851.00 0.863000 71 | 852.00 0.861000 72 | 853.00 0.858000 73 | 854.00 0.855000 74 | 855.00 0.854000 75 | 856.00 0.852000 76 | 857.00 0.850000 77 | 858.00 0.848000 78 | 859.00 0.848000 79 | 860.00 0.849000 80 | 861.00 0.850000 81 | 862.00 0.851000 82 | 863.00 0.850000 83 | 864.00 0.849000 84 | 865.00 0.849000 85 | 866.00 0.848000 86 | 867.00 0.846000 87 | 868.00 0.845000 88 | 869.00 0.843000 89 | 870.00 0.840000 90 | 871.00 0.839000 91 | 872.00 0.837000 92 | 873.00 0.835000 93 | 874.00 0.833000 94 | 875.00 0.832000 95 | 876.00 0.831000 96 | 877.00 0.829000 97 | 878.00 0.827000 98 | 879.00 0.824000 99 | 880.00 0.820000 100 | 881.00 0.816000 101 | 882.00 0.810000 102 | 883.00 0.806000 103 | 884.00 0.801000 104 | 885.00 0.796000 105 | 886.00 0.792000 106 | 887.00 0.790000 107 | 888.00 0.787000 108 | 889.00 0.786000 109 | 890.00 0.783000 110 | 891.00 0.783000 111 | 892.00 0.781000 112 | 893.00 0.777000 113 | 894.00 0.773000 114 | 895.00 0.764000 115 | 896.00 0.747000 116 | 897.00 0.723000 117 | 898.00 0.727000 118 | 899.00 0.671000 119 | 900.00 0.719000 120 | 901.00 0.697000 121 | 902.00 0.710000 122 | 903.00 0.691000 123 | 904.00 0.730000 124 | 905.00 0.725000 125 | 906.00 0.714000 126 | 907.00 0.687000 127 | 908.00 0.688000 128 | 909.00 0.694000 129 | 910.00 0.683000 130 | 911.00 0.691000 131 | 912.00 0.680000 132 | 913.00 0.666000 133 | 914.00 0.653000 134 | 915.00 0.659000 135 | 916.00 0.625000 136 | 917.00 0.642000 137 | 918.00 0.592000 138 | 919.00 0.590000 139 | 920.00 0.549000 140 | 921.00 0.504000 141 | 922.00 0.429000 142 | 923.00 0.361000 143 | 924.00 0.283000 144 | 925.00 0.214000 145 | 926.00 0.158000 146 | 927.00 0.116000 147 | 928.00 0.079000 148 | 929.00 0.057000 149 | 930.00 0.039000 150 | 931.00 0.028000 151 | 932.00 0.019000 152 | 933.00 0.014000 153 | 934.00 0.010000 154 | 935.00 0.008000 155 | 936.00 0.006000 156 | 937.00 0.005000 157 | 938.00 0.004000 158 | 939.00 0.004000 159 | 940.00 0.004000 160 | 941.00 0.003000 161 | 942.00 0.002000 162 | 943.00 0.002000 163 | 944.00 0.002000 164 | 945.00 0.001000 165 | 946.00 0.001000 166 | 947.00 0.001000 167 | 948.00 0.001000 168 | 949.00 0.001000 169 | 951.00 0.001000 170 | -------------------------------------------------------------------------------- /sdss/README: -------------------------------------------------------------------------------- 1 | # SDSS throughput curves from http://www.sdss.org/instruments/camera/ 2 | # 'sdss_*.dat' are the original Gunn curves 3 | # 'doi_*.dat' are the Doi et al 2010 curves (http://adsabs.harvard.edu/abs/2010AJ....139.1628D) 4 | -------------------------------------------------------------------------------- /sdss/sdss_atmos.dat: -------------------------------------------------------------------------------- 1 | # $LastChangedRevision$ 2 | # $Id$ 3 | # SDSS throughput curves from http://www.sdss.org/dr3/instruments/imager/index.html#filters 4 | # Wavelength(nm) Transmission(0-1) 5 | 298 0.0727 6 | 300.5 0.0992 7 | 303 0.1308 8 | 305.5 0.1673 9 | 308 0.2075 10 | 310.5 0.2470 11 | 313 0.2862 12 | 315.5 0.3444 13 | 318 0.3920 14 | 320.5 0.4300 15 | 323 0.4585 16 | 325.5 0.4817 17 | 328 0.5007 18 | 330.5 0.5189 19 | 333 0.5351 20 | 335.5 0.5486 21 | 338 0.5581 22 | 340.5 0.5669 23 | 343 0.5727 24 | 345.5 0.5812 25 | 348 0.5959 26 | 350.5 0.6112 27 | 353 0.6221 28 | 355.5 0.6294 29 | 358 0.6350 30 | 360.5 0.6406 31 | 363 0.6476 32 | 365.5 0.6553 33 | 368 0.6631 34 | 370.5 0.6702 35 | 373 0.6763 36 | 375.5 0.6815 37 | 378 0.6863 38 | 380.5 0.6912 39 | 383 0.6965 40 | 385.5 0.7023 41 | 388 0.7088 42 | 390.5 0.7158 43 | 393 0.7235 44 | 395.5 0.7315 45 | 398 0.7393 46 | 400.5 0.7464 47 | 403 0.7526 48 | 405.5 0.7581 49 | 408 0.7631 50 | 410.5 0.7680 51 | 413 0.7727 52 | 415.5 0.7774 53 | 418 0.7820 54 | 420.5 0.7862 55 | 423 0.7902 56 | 425.5 0.7940 57 | 428 0.7976 58 | 430.5 0.8013 59 | 433 0.8049 60 | 435.5 0.8087 61 | 438 0.8124 62 | 440.5 0.8161 63 | 443 0.8199 64 | 445.5 0.8235 65 | 448 0.8271 66 | 450.5 0.8305 67 | 453 0.8337 68 | 455.5 0.8368 69 | 458 0.8397 70 | 460.5 0.8425 71 | 463 0.8453 72 | 465.5 0.8480 73 | 468 0.8505 74 | 470.5 0.8528 75 | 473 0.8549 76 | 475.5 0.8568 77 | 478 0.8587 78 | 480.5 0.8606 79 | 483 0.8625 80 | 485.5 0.8643 81 | 488 0.8661 82 | 490.5 0.8678 83 | 493 0.8693 84 | 495.5 0.8706 85 | 498 0.8719 86 | 500.5 0.8730 87 | 503 0.8740 88 | 505.5 0.8750 89 | 508 0.8759 90 | 510.5 0.8768 91 | 513 0.8777 92 | 515.5 0.8785 93 | 518 0.8794 94 | 520.5 0.8803 95 | 523 0.8813 96 | 525.5 0.8822 97 | 528 0.8832 98 | 530.5 0.8842 99 | 533 0.8852 100 | 535.5 0.8861 101 | 538 0.8869 102 | 540.5 0.8877 103 | 543 0.8885 104 | 545.5 0.8891 105 | 548 0.8897 106 | 550.5 0.8902 107 | 553 0.8907 108 | 555.5 0.8911 109 | 558 0.8914 110 | 560.5 0.8917 111 | 563 0.8920 112 | 565.5 0.8923 113 | 568 0.8926 114 | 570.5 0.8929 115 | 573 0.8933 116 | 575.5 0.8938 117 | 578 0.8945 118 | 580.5 0.8952 119 | 583 0.8962 120 | 585.5 0.8973 121 | 588 0.8986 122 | 590.5 0.9001 123 | 593 0.9018 124 | 595.5 0.9037 125 | 598 0.9057 126 | 600.5 0.9079 127 | 603 0.9103 128 | 605.5 0.9128 129 | 608 0.9153 130 | 610.5 0.9177 131 | 613 0.9199 132 | 615.5 0.9220 133 | 618 0.9238 134 | 620.5 0.9253 135 | 623 0.9265 136 | 625.5 0.9275 137 | 628 0.9285 138 | 630.5 0.9294 139 | 633 0.9305 140 | 635.5 0.9316 141 | 638 0.9327 142 | 640.5 0.9337 143 | 643 0.9346 144 | 645.5 0.9354 145 | 648 0.9363 146 | 650.5 0.9373 147 | 653 0.9385 148 | 655.5 0.9395 149 | 658 0.9400 150 | 660.5 0.9398 151 | 663 0.9386 152 | 665.5 0.9366 153 | 668 0.9349 154 | 670.5 0.9345 155 | 673 0.9366 156 | 675.5 0.9421 157 | 678 0.9492 158 | 680.5 0.9494 159 | 683 0.9334 160 | 685.5 0.9057 161 | 688 0.8862 162 | 690.5 0.8893 163 | 693 0.9083 164 | 695.5 0.9311 165 | 698 0.9450 166 | 700.5 0.9464 167 | 703 0.9561 168 | 705.5 0.9709 169 | 708 0.9826 170 | 710.5 0.9827 171 | 713 0.9629 172 | 715.5 0.9192 173 | 718 0.8849 174 | 720.5 0.8974 175 | 723 0.9182 176 | 725.5 0.9195 177 | 728 0.9153 178 | 730.5 0.9225 179 | 733 0.9436 180 | 735.5 0.9505 181 | 738 0.9496 182 | 740.5 0.9512 183 | 743 0.9531 184 | 745.5 0.9535 185 | 748 0.9508 186 | 750.5 0.9449 187 | 753 0.9416 188 | 755.5 0.9483 189 | 758 0.9429 190 | 760.5 0.4926 191 | 763 0.6546 192 | 765.5 0.7939 193 | 768 0.9530 194 | 770.5 0.9558 195 | 773 0.9602 196 | 775.5 0.9615 197 | 778 0.9605 198 | 780.5 0.9583 199 | 783 0.9559 200 | 785.5 0.9541 201 | 788 0.9541 202 | 790.5 0.9567 203 | 793 0.9622 204 | 795.5 0.9692 205 | 798 0.9762 206 | 800.5 0.9814 207 | 803 0.9833 208 | 805.5 0.9801 209 | 808 0.9702 210 | 810.5 0.9524 211 | 813 0.9285 212 | 815.5 0.9075 213 | 818 0.8931 214 | 820.5 0.8853 215 | 823 0.8843 216 | 825.5 0.8902 217 | 828 0.9033 218 | 830.5 0.9242 219 | 833 0.9483 220 | 835.5 0.9591 221 | 838 0.9576 222 | 840.5 0.9567 223 | 843 0.9564 224 | 845.5 0.9565 225 | 848 0.9569 226 | 850.5 0.9576 227 | 853 0.9584 228 | 855.5 0.9592 229 | 858 0.9598 230 | 860.5 0.9602 231 | 863 0.9603 232 | 865.5 0.9599 233 | 868 0.9593 234 | 870.5 0.9586 235 | 873 0.9578 236 | 875.5 0.9571 237 | 878 0.9567 238 | 880.5 0.9566 239 | 883 0.9571 240 | 885.5 0.9582 241 | 888 0.9600 242 | 890.5 0.9591 243 | 893 0.9314 244 | 895.5 0.8923 245 | 898 0.8648 246 | 900.5 0.8633 247 | 903 0.8787 248 | 905.5 0.8961 249 | 908 0.9020 250 | 910.5 0.8980 251 | 913 0.8931 252 | 915.5 0.8962 253 | 918 0.9138 254 | 920.5 0.9352 255 | 923 0.9407 256 | 925.5 0.9103 257 | 928 0.8345 258 | 930.5 0.7441 259 | 933 0.6752 260 | 935.5 0.6524 261 | 938 0.6794 262 | 940.5 0.7178 263 | 943 0.7184 264 | 945.5 0.6897 265 | 948 0.7003 266 | 950.5 0.7214 267 | 953 0.7147 268 | 955.5 0.7251 269 | 958 0.7594 270 | 960.5 0.7923 271 | 963 0.8302 272 | 965.5 0.8766 273 | 968 0.9150 274 | 970.5 0.9253 275 | 973 0.9059 276 | 975.5 0.8947 277 | 978 0.9045 278 | 980.5 0.9262 279 | 983 0.9500 280 | 985.5 0.9652 281 | 988 0.9656 282 | 990.5 0.9642 283 | 993 0.9630 284 | 995.5 0.9618 285 | 998 0.9607 286 | 1000.5 0.9597 287 | 1003 0.9588 288 | 1005.5 0.9579 289 | 1008 0.9572 290 | 1010.5 0.9565 291 | 1013 0.9559 292 | 1015.5 0.9553 293 | 1018 0.9549 294 | 1020.5 0.9545 295 | 1023 0.9541 296 | 1025.5 0.9539 297 | 1028 0.9537 298 | 1030.5 0.9535 299 | 1033 0.9534 300 | 1035.5 0.9534 301 | 1038 0.9534 302 | 1040.5 0.9535 303 | 1043 0.9536 304 | 1045.5 0.9537 305 | 1048 0.9539 306 | 1050.5 0.9541 307 | 1053 0.9544 308 | 1055.5 0.9547 309 | 1058 0.9551 310 | 1060.5 0.9554 311 | 1063 0.9558 312 | 1065.5 0.9563 313 | 1068 0.9567 314 | 1070.5 0.9572 315 | 1073 0.9577 316 | 1075.5 0.9582 317 | 1078 0.9587 318 | 1080.5 0.9593 319 | 1083 0.9598 320 | 1085.5 0.9604 321 | 1088 0.9609 322 | 1090.5 0.9615 323 | 1093 0.9621 324 | 1095.5 0.9626 325 | 1098 0.9632 326 | 1100.5 0.9638 327 | 1103 0.9643 328 | 1105.5 0.9648 329 | 1108 0.9654 330 | 1110.5 0.9659 331 | 1113 0.9664 332 | 1115.5 0.9669 333 | 1118 0.9673 334 | 1120.5 0.9677 335 | 1123 0.9682 336 | -------------------------------------------------------------------------------- /sdss/sdss_filters.png: -------------------------------------------------------------------------------- https://raw.githubusercontent.com/lsst/throughputs/22732801ff32be387de00b5888ccd3e0c787f422/sdss/sdss_filters.png -------------------------------------------------------------------------------- /sdss/sdss_g.dat: -------------------------------------------------------------------------------- 1 | # $LastChangedRevision$ 2 | # $Id$ 3 | # SDSS throughput curves from http://www.sdss.org/dr3/instruments/imager/index.html#filters 4 | # Wavelength(nm) Transmission(0-1) 5 | 363 0.0000 6 | 365.5 0.0003 7 | 368 0.0008 8 | 370.5 0.0013 9 | 373 0.0019 10 | 375.5 0.0024 11 | 378 0.0034 12 | 380.5 0.0055 13 | 383 0.0103 14 | 385.5 0.0194 15 | 388 0.0326 16 | 390.5 0.0492 17 | 393 0.0686 18 | 395.5 0.0900 19 | 398 0.1123 20 | 400.5 0.1342 21 | 403 0.1545 22 | 405.5 0.1722 23 | 408 0.1873 24 | 410.5 0.2003 25 | 413 0.2116 26 | 415.5 0.2214 27 | 418 0.2301 28 | 420.5 0.2378 29 | 423 0.2448 30 | 425.5 0.2513 31 | 428 0.2574 32 | 430.5 0.2633 33 | 433 0.2691 34 | 435.5 0.2747 35 | 438 0.2801 36 | 440.5 0.2852 37 | 443 0.2899 38 | 445.5 0.2940 39 | 448 0.2979 40 | 450.5 0.3016 41 | 453 0.3055 42 | 455.5 0.3097 43 | 458 0.3141 44 | 460.5 0.3184 45 | 463 0.3224 46 | 465.5 0.3257 47 | 468 0.3284 48 | 470.5 0.3307 49 | 473 0.3327 50 | 475.5 0.3346 51 | 478 0.3364 52 | 480.5 0.3383 53 | 483 0.3403 54 | 485.5 0.3425 55 | 488 0.3448 56 | 490.5 0.3472 57 | 493 0.3495 58 | 495.5 0.3519 59 | 498 0.3541 60 | 500.5 0.3562 61 | 503 0.3581 62 | 505.5 0.3597 63 | 508 0.3609 64 | 510.5 0.3613 65 | 513 0.3609 66 | 515.5 0.3595 67 | 518 0.3581 68 | 520.5 0.3558 69 | 523 0.3452 70 | 525.5 0.3194 71 | 528 0.2807 72 | 530.5 0.2339 73 | 533 0.1839 74 | 535.5 0.1352 75 | 538 0.0911 76 | 540.5 0.0548 77 | 543 0.0295 78 | 545.5 0.0166 79 | 548 0.0112 80 | 550.5 0.0077 81 | 553 0.0050 82 | 555.5 0.0032 83 | 558 0.0021 84 | 560.5 0.0015 85 | 563 0.0012 86 | 565.5 0.0010 87 | 568 0.0009 88 | 570.5 0.0008 89 | 573 0.0006 90 | 575.5 0.0005 91 | 578 0.0003 92 | 580.5 0.0001 93 | 583 0.0000 94 | -------------------------------------------------------------------------------- /sdss/sdss_i.dat: -------------------------------------------------------------------------------- 1 | # $LastChangedRevision$ 2 | # $Id$ 3 | # SDSS throughput curves from http://www.sdss.org/dr3/instruments/imager/index.html#filters 4 | # Wavelength(nm) Transmission(0-1) 5 | 643 0.0000 6 | 645.5 0.0001 7 | 648 0.0003 8 | 650.5 0.0004 9 | 653 0.0004 10 | 655.5 0.0003 11 | 658 0.0003 12 | 660.5 0.0004 13 | 663 0.0009 14 | 665.5 0.0019 15 | 668 0.0034 16 | 670.5 0.0056 17 | 673 0.0103 18 | 675.5 0.0194 19 | 678 0.0344 20 | 680.5 0.0561 21 | 683 0.0839 22 | 685.5 0.1164 23 | 688 0.1528 24 | 690.5 0.1948 25 | 693 0.2408 26 | 695.5 0.2857 27 | 698 0.3233 28 | 700.5 0.3503 29 | 703 0.3759 30 | 705.5 0.3990 31 | 708 0.4162 32 | 710.5 0.4233 33 | 713 0.4165 34 | 715.5 0.3943 35 | 718 0.3760 36 | 720.5 0.3823 37 | 723 0.3918 38 | 725.5 0.3892 39 | 728 0.3828 40 | 730.5 0.3820 41 | 733 0.3884 42 | 735.5 0.3872 43 | 738 0.3821 44 | 740.5 0.3787 45 | 743 0.3759 46 | 745.5 0.3727 47 | 748 0.3681 48 | 750.5 0.3618 49 | 753 0.3565 50 | 755.5 0.3554 51 | 758 0.3478 52 | 760.5 0.1473 53 | 763 0.2096 54 | 765.5 0.2648 55 | 768 0.3300 56 | 770.5 0.3256 57 | 773 0.3223 58 | 775.5 0.3179 59 | 778 0.3129 60 | 780.5 0.3077 61 | 783 0.3026 62 | 785.5 0.2980 63 | 788 0.2944 64 | 790.5 0.2921 65 | 793 0.2916 66 | 795.5 0.2921 67 | 798 0.2927 68 | 800.5 0.2923 69 | 803 0.2896 70 | 805.5 0.2840 71 | 808 0.2758 72 | 810.5 0.2642 73 | 813 0.2427 74 | 815.5 0.2091 75 | 818 0.1689 76 | 820.5 0.1276 77 | 823 0.0901 78 | 825.5 0.0603 79 | 828 0.0378 80 | 830.5 0.0218 81 | 833 0.0117 82 | 835.5 0.0068 83 | 838 0.0048 84 | 840.5 0.0033 85 | 843 0.0020 86 | 845.5 0.0013 87 | 848 0.0010 88 | 850.5 0.0009 89 | 853 0.0009 90 | 855.5 0.0008 91 | 858 0.0005 92 | 860.5 0.0002 93 | 863 0.0000 94 | -------------------------------------------------------------------------------- /sdss/sdss_r.dat: -------------------------------------------------------------------------------- 1 | # $LastChangedRevision$ 2 | # $Id$ 3 | # SDSS throughput curves from http://www.sdss.org/dr3/instruments/imager/index.html#filters 4 | # Wavelength(nm) Transmission(0-1) 5 | 538 0.0000 6 | 540.5 0.0014 7 | 543 0.0099 8 | 545.5 0.0259 9 | 548 0.0497 10 | 550.5 0.0807 11 | 553 0.1186 12 | 555.5 0.1625 13 | 558 0.2093 14 | 560.5 0.2555 15 | 563 0.2975 16 | 565.5 0.3326 17 | 568 0.3609 18 | 570.5 0.3834 19 | 573 0.4010 20 | 575.5 0.4147 21 | 578 0.4253 22 | 580.5 0.4333 23 | 583 0.4395 24 | 585.5 0.4446 25 | 588 0.4489 26 | 590.5 0.4527 27 | 593 0.4563 28 | 595.5 0.4599 29 | 598 0.4634 30 | 600.5 0.4665 31 | 603 0.4689 32 | 605.5 0.4703 33 | 608 0.4711 34 | 610.5 0.4717 35 | 613 0.4727 36 | 615.5 0.4744 37 | 618 0.4767 38 | 620.5 0.4792 39 | 623 0.4819 40 | 625.5 0.4844 41 | 628 0.4867 42 | 630.5 0.4887 43 | 633 0.4902 44 | 635.5 0.4909 45 | 638 0.4912 46 | 640.5 0.4912 47 | 643 0.4912 48 | 645.5 0.4914 49 | 648 0.4915 50 | 650.5 0.4912 51 | 653 0.4901 52 | 655.5 0.4878 53 | 658 0.4852 54 | 660.5 0.4818 55 | 663 0.4697 56 | 665.5 0.4421 57 | 668 0.4009 58 | 670.5 0.3499 59 | 673 0.2924 60 | 675.5 0.2318 61 | 678 0.1715 62 | 680.5 0.1152 63 | 683 0.0687 64 | 685.5 0.0380 65 | 688 0.0212 66 | 690.5 0.0134 67 | 693 0.0099 68 | 695.5 0.0076 69 | 698 0.0055 70 | 700.5 0.0039 71 | 703 0.0027 72 | 705.5 0.0020 73 | 708 0.0015 74 | 710.5 0.0012 75 | 713 0.0010 76 | 715.5 0.0007 77 | 718 0.0004 78 | 720.5 0.0002 79 | 723 0.0000 80 | -------------------------------------------------------------------------------- /sdss/sdss_u.dat: -------------------------------------------------------------------------------- 1 | # $LastChangedRevision$ 2 | # $Id$ 3 | # SDSS throughput curves from http://www.sdss.org/dr3/instruments/imager/index.html#filters 4 | # Wavelength(nm) Transmission(0-1) 5 | 298 0.0000 6 | 300.5 0.0001 7 | 303 0.0005 8 | 305.5 0.0013 9 | 308 0.0026 10 | 310.5 0.0052 11 | 313 0.0093 12 | 315.5 0.0161 13 | 318 0.0240 14 | 320.5 0.0323 15 | 323 0.0405 16 | 325.5 0.0485 17 | 328 0.0561 18 | 330.5 0.0634 19 | 333 0.0700 20 | 335.5 0.0756 21 | 338 0.0803 22 | 340.5 0.0848 23 | 343 0.0883 24 | 345.5 0.0917 25 | 348 0.0959 26 | 350.5 0.1001 27 | 353 0.1029 28 | 355.5 0.1044 29 | 358 0.1053 30 | 360.5 0.1063 31 | 363 0.1075 32 | 365.5 0.1085 33 | 368 0.1084 34 | 370.5 0.1064 35 | 373 0.1024 36 | 375.5 0.0966 37 | 378 0.0887 38 | 380.5 0.0787 39 | 383 0.0672 40 | 385.5 0.0549 41 | 388 0.0413 42 | 390.5 0.0268 43 | 393 0.0145 44 | 395.5 0.0075 45 | 398 0.0042 46 | 400.5 0.0022 47 | 403 0.0010 48 | 405.5 0.0006 49 | 408 0.0004 50 | 410.5 0.0002 51 | 413 0.0000 52 | -------------------------------------------------------------------------------- /sdss/sdss_z.dat: -------------------------------------------------------------------------------- 1 | # $LastChangedRevision$ 2 | # $Id$ 3 | # SDSS throughput curves from http://www.sdss.org/dr3/instruments/imager/index.html#filters 4 | # Wavelength(nm) Transmission(0-1) 5 | 773 0.0000 6 | 775.5 0.0000 7 | 778 0.0001 8 | 780.5 0.0001 9 | 783 0.0001 10 | 785.5 0.0002 11 | 788 0.0002 12 | 790.5 0.0003 13 | 793 0.0005 14 | 795.5 0.0007 15 | 798 0.0011 16 | 800.5 0.0017 17 | 803 0.0027 18 | 805.5 0.0040 19 | 808 0.0057 20 | 810.5 0.0079 21 | 813 0.0106 22 | 815.5 0.0139 23 | 818 0.0178 24 | 820.5 0.0222 25 | 823 0.0271 26 | 825.5 0.0324 27 | 828 0.0382 28 | 830.5 0.0446 29 | 833 0.0511 30 | 835.5 0.0564 31 | 838 0.0603 32 | 840.5 0.0637 33 | 843 0.0667 34 | 845.5 0.0694 35 | 848 0.0717 36 | 850.5 0.0736 37 | 853 0.0752 38 | 855.5 0.0765 39 | 858 0.0775 40 | 860.5 0.0782 41 | 863 0.0786 42 | 865.5 0.0787 43 | 868 0.0785 44 | 870.5 0.0780 45 | 873 0.0772 46 | 875.5 0.0763 47 | 878 0.0751 48 | 880.5 0.0738 49 | 883 0.0723 50 | 885.5 0.0708 51 | 888 0.0693 52 | 890.5 0.0674 53 | 893 0.0632 54 | 895.5 0.0581 55 | 898 0.0543 56 | 900.5 0.0526 57 | 903 0.0523 58 | 905.5 0.0522 59 | 908 0.0512 60 | 910.5 0.0496 61 | 913 0.0481 62 | 915.5 0.0473 63 | 918 0.0476 64 | 920.5 0.0482 65 | 923 0.0476 66 | 925.5 0.0447 67 | 928 0.0391 68 | 930.5 0.0329 69 | 933 0.0283 70 | 935.5 0.0264 71 | 938 0.0271 72 | 940.5 0.0283 73 | 943 0.0275 74 | 945.5 0.0254 75 | 948 0.0252 76 | 950.5 0.0256 77 | 953 0.0246 78 | 955.5 0.0244 79 | 958 0.0252 80 | 960.5 0.0258 81 | 963 0.0265 82 | 965.5 0.0274 83 | 968 0.0279 84 | 970.5 0.0271 85 | 973 0.0252 86 | 975.5 0.0236 87 | 978 0.0227 88 | 980.5 0.0222 89 | 983 0.0216 90 | 985.5 0.0208 91 | 988 0.0196 92 | 990.5 0.0183 93 | 993 0.0171 94 | 995.5 0.0160 95 | 998 0.0149 96 | 1000.5 0.0138 97 | 1003 0.0128 98 | 1005.5 0.0118 99 | 1008 0.0108 100 | 1010.5 0.0099 101 | 1013 0.0091 102 | 1015.5 0.0083 103 | 1018 0.0075 104 | 1020.5 0.0068 105 | 1023 0.0061 106 | 1025.5 0.0055 107 | 1028 0.0050 108 | 1030.5 0.0045 109 | 1033 0.0041 110 | 1035.5 0.0037 111 | 1038 0.0033 112 | 1040.5 0.0030 113 | 1043 0.0027 114 | 1045.5 0.0025 115 | 1048 0.0023 116 | 1050.5 0.0021 117 | 1053 0.0019 118 | 1055.5 0.0018 119 | 1058 0.0017 120 | 1060.5 0.0016 121 | 1063 0.0015 122 | 1065.5 0.0014 123 | 1068 0.0013 124 | 1070.5 0.0012 125 | 1073 0.0011 126 | 1075.5 0.0010 127 | 1078 0.0009 128 | 1080.5 0.0008 129 | 1083 0.0008 130 | 1085.5 0.0007 131 | 1088 0.0006 132 | 1090.5 0.0006 133 | 1093 0.0006 134 | 1095.5 0.0005 135 | 1098 0.0005 136 | 1100.5 0.0004 137 | 1103 0.0004 138 | 1105.5 0.0003 139 | 1108 0.0003 140 | 1110.5 0.0002 141 | 1113 0.0002 142 | 1115.5 0.0001 143 | 1118 0.0001 144 | 1120.5 0.0000 145 | 1123 0.0000 146 | -------------------------------------------------------------------------------- /tycho/tycho_B.dat: -------------------------------------------------------------------------------- 1 | # Date Updated: 12/18/2015 2 | # Source: http://svo2.cab.inta-csic.es/svo/theory/fps3/index.php?mode=browse&gname=TYCHO (MVB 2014 versions) 3 | # Wavelength(nm) Transmission(0-1) 4 | 351.14 0.000000 5 | 352.73 0.005000 6 | 354.32 0.010000 7 | 355.91 0.018000 8 | 357.51 0.029000 9 | 359.10 0.044000 10 | 360.69 0.061000 11 | 362.28 0.080000 12 | 363.88 0.101000 13 | 365.47 0.124000 14 | 367.06 0.149000 15 | 368.66 0.176000 16 | 370.25 0.205000 17 | 371.84 0.235000 18 | 373.44 0.267000 19 | 375.03 0.300000 20 | 376.62 0.334000 21 | 378.22 0.370000 22 | 379.81 0.407000 23 | 381.41 0.444000 24 | 383.00 0.481000 25 | 384.60 0.518000 26 | 386.19 0.555000 27 | 387.79 0.590000 28 | 389.38 0.625000 29 | 390.98 0.658000 30 | 392.57 0.689000 31 | 394.17 0.717000 32 | 395.77 0.744000 33 | 397.36 0.768000 34 | 398.96 0.789000 35 | 400.55 0.808000 36 | 402.15 0.825000 37 | 403.75 0.840000 38 | 405.34 0.852000 39 | 406.94 0.863000 40 | 408.54 0.873000 41 | 410.14 0.881000 42 | 411.73 0.889000 43 | 413.33 0.896000 44 | 414.93 0.904000 45 | 416.53 0.911000 46 | 418.12 0.918000 47 | 419.72 0.926000 48 | 421.32 0.934000 49 | 422.92 0.943000 50 | 424.52 0.951000 51 | 426.11 0.960000 52 | 427.71 0.968000 53 | 429.31 0.976000 54 | 430.91 0.983000 55 | 432.51 0.989000 56 | 434.11 0.994000 57 | 435.71 0.999000 58 | 437.31 1.000000 59 | 438.91 0.996000 60 | 440.51 0.987000 61 | 442.11 0.972000 62 | 443.71 0.948000 63 | 445.31 0.915000 64 | 446.91 0.876000 65 | 448.51 0.831000 66 | 450.11 0.779000 67 | 451.71 0.722000 68 | 453.31 0.664000 69 | 454.91 0.604000 70 | 456.51 0.543000 71 | 458.11 0.484000 72 | 459.72 0.428000 73 | 461.32 0.375000 74 | 462.92 0.326000 75 | 464.52 0.283000 76 | 466.12 0.246000 77 | 467.73 0.214000 78 | 469.33 0.186000 79 | 470.93 0.163000 80 | 472.53 0.144000 81 | 474.14 0.128000 82 | 475.74 0.116000 83 | 477.34 0.105000 84 | 478.94 0.096000 85 | 480.55 0.089000 86 | 482.15 0.083000 87 | 483.75 0.076000 88 | 485.36 0.070000 89 | 486.96 0.063000 90 | 488.56 0.057000 91 | 490.17 0.050000 92 | 491.77 0.044000 93 | 493.38 0.037000 94 | 494.98 0.031000 95 | 496.59 0.025000 96 | 498.19 0.019000 97 | 499.79 0.014000 98 | 501.40 0.010000 99 | 503.00 0.006000 100 | 504.61 0.004000 101 | 506.21 0.002000 102 | 507.82 0.001000 103 | -------------------------------------------------------------------------------- /tycho/tycho_V.dat: -------------------------------------------------------------------------------- 1 | # Date Updated: 12/18/2015 2 | # Source: http://svo2.cab.inta-csic.es/svo/theory/fps3/index.php?mode=browse&gname=TYCHO (MVB 2014 versions) 3 | # Wavelength(nm) Transmission(0-1) 4 | 449.47 0.000000 5 | 451.77 0.009000 6 | 454.07 0.024000 7 | 456.37 0.049000 8 | 458.67 0.090000 9 | 460.98 0.145000 10 | 463.28 0.215000 11 | 465.59 0.297000 12 | 467.90 0.386000 13 | 470.20 0.478000 14 | 472.51 0.568000 15 | 474.82 0.650000 16 | 477.13 0.721000 17 | 479.44 0.780000 18 | 481.75 0.828000 19 | 484.07 0.866000 20 | 486.38 0.895000 21 | 488.69 0.919000 22 | 491.01 0.937000 23 | 493.32 0.953000 24 | 495.64 0.966000 25 | 497.95 0.977000 26 | 500.27 0.986000 27 | 502.59 0.993000 28 | 504.91 0.997000 29 | 507.23 0.999000 30 | 509.55 1.000000 31 | 511.87 0.998000 32 | 514.19 0.994000 33 | 516.52 0.988000 34 | 518.84 0.980000 35 | 521.16 0.971000 36 | 523.49 0.960000 37 | 525.82 0.948000 38 | 528.14 0.935000 39 | 530.47 0.922000 40 | 532.80 0.907000 41 | 535.13 0.893000 42 | 537.46 0.878000 43 | 539.79 0.862000 44 | 542.12 0.845000 45 | 544.45 0.828000 46 | 546.78 0.810000 47 | 549.11 0.792000 48 | 551.45 0.774000 49 | 553.78 0.755000 50 | 556.12 0.736000 51 | 558.45 0.717000 52 | 560.79 0.698000 53 | 563.13 0.678000 54 | 565.47 0.657000 55 | 567.80 0.635000 56 | 570.14 0.613000 57 | 572.48 0.592000 58 | 574.83 0.571000 59 | 577.17 0.549000 60 | 579.51 0.527000 61 | 581.85 0.505000 62 | 584.20 0.484000 63 | 586.54 0.462000 64 | 588.89 0.439000 65 | 591.23 0.417000 66 | 593.58 0.395000 67 | 595.93 0.374000 68 | 598.27 0.354000 69 | 600.62 0.334000 70 | 602.97 0.314000 71 | 605.32 0.295000 72 | 607.67 0.277000 73 | 610.02 0.259000 74 | 612.37 0.243000 75 | 614.73 0.228000 76 | 617.08 0.214000 77 | 619.43 0.200000 78 | 621.79 0.187000 79 | 624.14 0.175000 80 | 626.50 0.163000 81 | 628.86 0.152000 82 | 631.21 0.142000 83 | 633.57 0.133000 84 | 635.93 0.124000 85 | 638.29 0.116000 86 | 640.65 0.109000 87 | 643.01 0.101000 88 | 645.37 0.094000 89 | 647.73 0.087000 90 | 650.10 0.080000 91 | 652.46 0.074000 92 | 654.82 0.067000 93 | 657.19 0.062000 94 | 659.55 0.056000 95 | 661.92 0.050000 96 | 664.29 0.044000 97 | 666.65 0.038000 98 | 669.02 0.031000 99 | 671.39 0.024000 100 | 673.76 0.018000 101 | 676.13 0.012000 102 | 678.50 0.006000 103 | -------------------------------------------------------------------------------- /ups/throughputs.csh: -------------------------------------------------------------------------------- 1 | setenv dir $PWD 2 | setenv LSST_THROUGHPUTS_BASELINE $dir"/baseline/" 3 | setenv LSST_THROUGHPUTS_DEFAULT $LSST_THROUGHPUTS_BASELINE 4 | -------------------------------------------------------------------------------- /ups/throughputs.sh: -------------------------------------------------------------------------------- 1 | export dir = $PWD 2 | export LSST_THROUGHPUTS_BASELINE = $dir"/baseline/" 3 | export LSST_THROUGHPUTS_DEFAULT = $LSST_THROUGHPUTS_BASELINE 4 | 5 | -------------------------------------------------------------------------------- /ups/throughputs.table: -------------------------------------------------------------------------------- 1 | envSet(LSST_THROUGHPUTS_BASELINE, ${PRODUCT_DIR}/baseline/) 2 | envSet(LSST_THROUGHPUTS_DEFAULT, ${LSST_THROUGHPUTS_BASELINE}) 3 | --------------------------------------------------------------------------------