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Data/FILTERS/SPIRE/SPIRE_transmissions.txt
1 | 1 | \Those are the SPIRE transmission functions |
2 | 2 | \Taken from a Spire technical note SPIRE-RAL-NOT-002962 |
3 | 3 | \columns are wavenumber, PSW trans, PMW trans, PLW trans |
4 | -10.00 1.008e-005 0.0000 1.551e-007 10.10 1.095e-005 0.0000 1.992e-007 10.20 1.118e-005 0.0000 2.297e-007 10.29 1.192e-005 0.0000 2.486e-007 10.39 1.203e-005 0.0000 2.682e-007 10.49 1.194e-005 0.0000 2.760e-007 10.59 1.312e-005 0.0000 3.446e-007 10.68 1.418e-005 0.0000 3.937e-007 10.78 1.474e-005 0.0000 4.572e-007 10.88 1.444e-005 0.0000 0.0001820 10.98 1.441e-005 0.0000 0.0001792 11.08 1.150e-006 0.0000 0.0001895 11.17 1.099e-006 0.0000 0.0001994 11.27 1.160e-006 0.0000 0.0002441 11.37 1.129e-006 0.0000 0.0002476 11.47 1.089e-006 0.0000 0.0002661 11.57 1.067e-006 0.0000 0.0002837 11.66 1.171e-006 0.0000 0.0003314 11.76 1.240e-006 0.0000 0.0003716 11.86 1.286e-006 0.0000 0.0004253 11.96 1.262e-006 0.0000 0.0004658 12.05 1.211e-006 0.0000 0.0004698 12.15 1.165e-006 0.0000 0.0005164 12.25 1.068e-006 0.0000 0.0005219 12.35 9.686e-007 0.0000 0.0005691 12.45 9.236e-007 0.0000 0.0006070 12.54 8.784e-007 0.0000 0.0006666 12.64 8.039e-007 0.0000 0.0006762 12.74 7.941e-007 0.0000 0.0007453 12.84 7.553e-007 0.0000 0.0007801 12.94 7.615e-007 0.0000 0.0009184 13.03 7.340e-007 0.0000 0.001028 13.13 6.890e-007 0.0000 0.001070 13.23 6.496e-007 0.0000 0.001166 13.33 6.539e-007 0.0000 0.001382 13.42 6.699e-007 0.0000 0.001498 13.52 6.928e-007 0.0000 0.001586 13.62 7.710e-007 0.0000 0.001764 13.72 8.491e-007 0.0000 0.001944 13.82 8.749e-007 0.0000 0.002009 | |
5 | -13.91 8.599e-007 0.0000 0.002318 14.01 8.108e-007 0.0000 0.002497 14.11 7.584e-007 0.0000 0.002898 14.21 6.788e-007 0.0000 0.003080 14.31 6.786e-007 0.0000 0.003416 14.40 7.446e-007 0.0000 0.003878 14.50 8.506e-007 0.0000 0.004565 14.60 9.740e-007 0.0000 0.005277 14.70 1.095e-006 0.0000 0.005940 14.79 1.142e-006 0.0000 0.006734 14.89 1.145e-006 0.0000 0.007496 14.99 1.076e-006 0.0000 0.008050 15.09 1.015e-006 0.0000 0.009427 15.19 8.997e-007 0.0000 0.01090 15.28 8.268e-007 0.0000 0.01196 15.38 8.636e-007 0.0000 0.01429 15.48 9.179e-007 0.0000 0.01756 15.58 1.013e-006 0.0000 0.02147 15.68 1.117e-006 0.0000 0.02588 15.77 1.187e-006 0.0000 0.03173 15.87 1.231e-006 0.0000 0.03955 15.97 1.277e-006 0.0000 0.05111 16.07 1.254e-006 0.0000 0.06571 16.16 1.217e-006 0.0000 0.09056 16.26 1.190e-006 0.0000 0.1362 16.36 1.175e-006 0.0000 0.2461 16.46 1.180e-006 0.0000 0.5685 16.56 1.184e-006 0.0000 0.5721 16.65 1.171e-006 0.0000 0.5651 16.75 1.190e-006 0.0000 0.5630 16.85 1.179e-006 0.0000 0.5799 16.95 1.112e-006 0.0000 0.5586 17.05 1.056e-006 0.0000 0.5359 17.14 1.052e-006 0.0000 0.5414 17.24 1.033e-006 0.0000 0.5340 17.34 1.083e-006 0.0000 0.5489 17.44 1.172e-006 0.0000 0.5628 17.53 1.243e-006 0.0000 0.5676 17.63 1.304e-006 0.0000 0.5605 17.73 1.336e-006 0.0000 0.5538 17.83 1.265e-006 0.0000 0.5166 17.93 1.225e-006 0.0000 0.5012 18.02 1.227e-006 0.0000 0.5168 18.12 1.165e-006 0.0000 0.5064 18.22 1.133e-006 0.0000 0.5134 18.32 1.099e-006 0.0000 0.5327 18.41 9.844e-007 0.0000 0.5343 18.51 8.843e-007 0.0000 0.5465 18.61 8.239e-007 0.0000 0.5411 18.71 7.690e-007 0.0000 0.5358 18.81 7.482e-007 0.0000 0.5435 18.90 7.327e-007 0.0000 0.5173 19.00 7.189e-007 0.0000 0.5030 | |
6 | -19.10 6.674e-007 0.0000 0.5011 19.20 6.092e-007 0.0000 0.5187 19.30 5.543e-007 0.0000 0.5172 19.39 5.036e-007 0.0000 0.5113 19.49 4.733e-007 0.0000 0.5254 19.59 4.887e-007 0.0000 0.5168 19.69 5.104e-007 0.0000 0.5088 19.78 5.737e-007 0.0000 0.5215 19.88 6.745e-007 0.0000 0.5300 19.98 7.888e-007 0.0000 0.5322 20.08 9.477e-007 0.0000 0.5315 20.18 1.148e-006 0.0000 0.5372 20.27 1.329e-006 0.0000 0.5393 20.37 1.484e-006 0.0000 0.5499 20.47 1.600e-006 0.0000 0.5490 20.57 1.666e-006 0.0000 0.5404 20.67 1.739e-006 0.0000 0.5263 20.76 1.797e-006 0.0000 0.5125 20.86 1.988e-006 0.0000 0.5243 20.96 2.158e-006 0.0000 0.5292 21.06 2.453e-006 0.0000 0.5531 21.15 2.783e-006 0.0001566 0.5595 21.25 3.124e-006 0.0001788 0.5818 21.35 3.433e-006 0.0001968 0.5911 21.45 3.731e-006 0.0002146 0.6029 21.55 3.887e-006 0.0002256 0.5839 21.64 4.069e-006 0.0002403 0.5816 21.74 4.198e-006 0.0002513 0.5657 21.84 4.392e-006 0.0002561 0.5487 21.94 4.812e-006 0.0002651 0.5533 22.04 5.220e-006 0.0002832 0.5618 22.13 5.664e-006 0.0003187 0.5651 22.23 6.122e-006 0.0003660 0.5745 22.33 6.739e-006 0.0004354 0.6056 22.43 7.060e-006 0.0005007 0.6052 22.52 7.456e-006 0.0005783 0.6124 22.62 7.784e-006 0.0006589 0.6112 22.72 7.890e-006 0.0007316 0.6009 22.82 8.011e-006 0.0008344 0.5923 22.92 8.231e-006 0.001006 0.5950 23.01 8.631e-006 0.001244 0.6114 23.11 8.761e-006 0.001540 0.6054 23.21 8.967e-006 0.001987 0.6074 23.31 9.058e-006 0.002542 0.5952 23.41 9.194e-006 0.003219 0.5875 23.50 9.277e-006 0.004244 0.5738 23.60 9.381e-006 0.005960 0.5636 23.70 9.413e-006 0.008433 0.5480 23.80 9.462e-006 0.01283 0.5340 23.89 9.594e-006 0.02183 0.5229 23.99 9.771e-006 0.04668 0.5077 24.09 9.707e-006 0.09563 0.4623 24.19 9.664e-006 0.1155 0.4127 | |
7 | -24.29 9.365e-006 0.1399 0.3536 24.38 8.619e-006 0.1624 0.2816 24.48 7.822e-006 0.1859 0.2188 24.58 7.018e-006 0.2138 0.1671 24.68 6.360e-006 0.2568 0.1314 24.77 5.928e-006 0.2907 0.1037 24.87 5.855e-006 0.3413 0.08048 24.97 5.848e-006 0.3870 0.06344 25.07 5.880e-006 0.4429 0.04982 25.17 5.723e-006 0.4770 0.03846 25.26 5.574e-006 0.5191 0.02993 25.36 5.320e-006 0.5373 0.02317 25.46 5.021e-006 0.5541 0.01761 25.56 4.550e-006 0.5526 0.01311 25.66 4.024e-006 0.5608 0.01003 25.75 3.621e-006 0.5670 0.007991 25.85 3.574e-006 0.5823 0.006328 25.95 3.796e-006 0.5965 0.004979 26.05 4.174e-006 0.6097 0.004067 26.14 4.839e-006 0.5977 0.003321 26.24 5.540e-006 0.5976 0.002536 26.34 6.000e-006 0.6001 0.002195 26.44 6.259e-006 0.6020 0.001818 26.54 6.703e-006 0.6046 0.001562 26.63 7.601e-006 0.6105 0.001129 26.73 8.556e-006 0.6207 0.0009306 26.83 9.575e-006 0.6290 0.0008664 26.93 1.053e-005 0.6194 0.0007907 27.03 1.140e-005 0.6117 0.0008121 27.12 1.161e-005 0.6043 0.0007262 27.22 1.181e-005 0.6009 0.0007295 27.32 1.188e-005 0.5820 0.0007350 27.42 1.219e-005 0.5776 0.0007889 27.51 1.247e-005 0.5663 0.0006789 27.61 1.369e-005 0.5672 0.0005944 27.71 1.499e-005 0.5731 0.0005162 27.81 1.694e-005 0.5888 0.0004857 27.91 1.953e-005 0.6204 0.0005781 28.00 2.174e-005 0.6317 0.0005991 28.10 2.285e-005 0.6260 0.0004812 28.20 2.385e-005 0.6220 0.0003939 28.30 2.422e-005 0.5913 0.0003551 28.40 2.488e-005 0.5605 0.0002653 28.49 2.610e-005 0.5376 0.0001704 28.59 2.882e-005 0.5342 0.0001120 28.69 3.236e-005 0.5470 8.817e-005 28.79 3.611e-005 0.5495 6.745e-005 28.88 4.001e-005 0.5678 4.216e-005 28.98 4.359e-005 0.5783 3.425e-005 29.08 4.610e-005 0.5743 3.050e-005 29.18 4.814e-005 0.5586 1.604e-005 29.28 5.070e-005 0.5548 1.155e-005 29.37 5.429e-005 0.5540 1.616e-005 | |
8 | -29.47 5.822e-005 0.5549 1.376e-005 29.57 6.363e-005 0.5627 8.192e-006 29.67 7.004e-005 0.5644 8.098e-006 29.77 7.609e-005 0.5642 6.151e-006 29.86 8.200e-005 0.5615 6.231e-006 29.96 8.721e-005 0.5552 5.752e-006 30.06 9.242e-005 0.5392 3.758e-006 30.16 9.929e-005 0.5338 3.381e-006 30.25 0.0001075 0.5211 2.094e-006 30.35 0.0001165 0.5147 1.894e-006 30.45 0.0001307 0.5221 7.769e-007 30.55 0.0001463 0.5379 2.245e-006 30.65 0.0001619 0.5437 7.295e-007 30.74 0.0001815 0.5627 1.317e-006 30.84 0.0001999 0.5546 3.930e-007 30.94 0.0002188 0.5454 7.438e-007 31.04 0.0002341 0.5142 8.046e-007 31.14 0.0002528 0.4874 3.597e-007 31.23 0.0002757 0.4624 2.607e-007 31.33 0.0003132 0.4573 3.210e-008 31.43 0.0003585 0.4597 3.693e-007 31.53 0.0004272 0.4718 3.877e-007 31.62 0.0005180 0.4766 3.754e-007 31.72 0.0006231 0.4808 -1.234e-007 31.82 0.0007455 0.4881 1.136e-007 31.92 0.0008874 0.4814 -3.344e-009 32.02 0.001027 0.4734 1.393e-008 32.11 0.001168 0.4713 1.573e-007 32.21 0.001318 0.4636 2.679e-007 32.31 0.001483 0.4497 4.924e-007 32.41 0.001664 0.4337 -8.618e-008 32.50 0.001910 0.4400 -3.018e-008 32.60 0.002123 0.4345 -3.041e-008 32.70 0.002348 0.4339 1.468e-007 32.80 0.002553 0.4365 -9.900e-008 32.90 0.002693 0.4403 1.912e-007 32.99 0.002835 0.4377 1.874e-008 33.09 0.002967 0.4241 -5.933e-008 33.19 0.003132 0.4158 -1.214e-007 33.29 0.003460 0.4030 1.219e-007 33.39 0.004125 0.3856 7.241e-008 33.48 0.005070 0.3679 1.106e-007 33.58 0.007858 0.3466 -9.012e-009 33.68 0.01266 0.3149 -2.427e-008 33.78 0.02109 0.2698 -2.664e-008 33.87 0.03844 0.2238 -1.785e-010 33.97 0.08516 0.1804 -1.200e-009 34.07 0.1484 0.1439 -1.924e-009 34.17 0.1828 0.1148 -8.284e-008 34.27 0.2198 0.09402 -1.462e-008 34.36 0.2616 0.07998 3.577e-008 34.46 0.3111 0.06892 1.401e-008 34.56 0.3548 0.05801 2.044e-008 | |
9 | -34.66 0.4002 0.04865 1.332e-008 34.76 0.4339 0.03966 8.201e-009 34.85 0.4563 0.03292 5.359e-009 34.95 0.4522 0.02561 3.477e-010 35.05 0.4955 0.02310 4.905e-010 35.15 0.4646 0.01780 -9.472e-010 35.24 0.4700 0.01491 4.833e-010 35.34 0.5058 0.01363 -6.089e-010 35.44 0.5217 0.01207 -1.488e-009 35.54 0.5456 0.01081 1.563e-009 35.64 0.5644 0.009984 7.044e-010 35.73 0.5762 0.008926 4.600e-010 35.83 0.5854 0.008070 -2.475e-009 35.93 0.5974 0.007310 3.061e-010 36.03 0.5984 0.006562 -1.538e-009 36.13 0.6029 0.005760 -3.558e-010 36.22 0.6131 0.005063 -2.080e-009 36.32 0.6271 0.004486 -3.298e-009 36.42 0.6352 0.003918 7.128e-010 36.52 0.6360 0.003374 -3.089e-009 36.61 0.6293 0.002960 -2.035e-009 36.71 0.6257 0.002601 -5.147e-011 36.81 0.6149 0.002262 1.084e-009 36.91 0.6038 0.001965 2.783e-010 37.01 0.6106 0.001682 8.813e-010 37.10 0.6169 0.001371 5.771e-010 37.20 0.6350 0.001106 -2.734e-010 37.30 0.6586 0.0008972 1.429e-009 37.40 0.6749 0.0007116 1.532e-009 37.50 0.6825 0.0005747 1.692e-011 37.59 0.6774 0.0004691 5.091e-010 37.69 0.6594 0.0003825 6.174e-010 37.79 0.6358 0.0003038 -5.037e-011 37.89 0.6242 0.0002540 2.500e-010 37.98 0.6140 0.0002053 -5.383e-010 38.08 0.6099 0.0001722 -5.975e-010 38.18 0.6213 0.0001461 7.014e-010 38.28 0.6327 0.0001214 -1.435e-009 38.38 0.6415 0.0001004 1.865e-010 38.47 0.6493 9.105e-005 3.746e-010 38.57 0.6551 7.665e-005 4.185e-011 38.67 0.6480 7.329e-005 2.367e-010 38.77 0.6409 6.895e-005 5.044e-010 38.86 0.6339 5.645e-005 -6.361e-010 38.96 0.6270 4.150e-005 8.702e-010 39.06 0.6201 3.970e-005 1.067e-009 39.16 0.6188 3.766e-005 1.987e-010 39.26 0.6176 3.075e-005 3.300e-010 39.35 0.6149 2.805e-005 7.301e-010 39.45 0.6098 2.122e-005 4.707e-010 39.55 0.6047 1.216e-005 5.891e-010 39.65 0.5999 1.494e-005 1.092e-010 39.75 0.5950 1.193e-005 -6.080e-010 | |
10 | -39.84 0.5936 1.016e-005 5.133e-010 39.94 0.6022 1.242e-005 1.207e-010 40.04 0.6108 1.430e-005 -2.411e-010 40.14 0.6166 1.259e-005 -2.651e-010 40.23 0.6211 1.037e-005 -3.969e-010 40.33 0.6238 1.443e-005 -3.945e-010 40.43 0.6109 1.405e-005 -1.589e-010 40.53 0.5980 7.655e-006 -4.085e-010 40.63 0.5883 8.454e-006 6.243e-010 40.72 0.5815 9.835e-006 -1.312e-011 40.82 0.5747 1.259e-005 5.539e-011 40.92 0.5835 8.391e-006 -3.916e-010 41.02 0.5931 9.205e-006 -5.142e-010 41.12 0.6036 7.587e-006 -3.553e-011 41.21 0.6155 8.102e-006 -9.998e-013 41.31 0.6274 1.043e-005 9.070e-011 41.41 0.6222 1.145e-005 9.550e-012 41.51 0.6128 1.237e-005 -4.727e-011 41.60 0.6030 8.597e-006 -7.543e-012 41.70 0.5919 1.052e-005 1.666e-010 41.80 0.5807 7.547e-006 -7.440e-011 41.90 0.5767 8.480e-006 9.556e-011 42.00 0.5764 7.158e-006 -1.817e-010 42.09 0.5766 9.281e-006 -5.285e-011 42.19 0.5818 7.471e-006 7.971e-011 42.29 0.5871 4.579e-006 2.412e-010 42.39 0.5873 4.451e-006 -1.633e-010 42.49 0.5824 4.641e-006 1.238e-010 42.58 0.5776 2.248e-006 8.984e-011 42.68 0.5773 -2.962e-006 6.782e-010 42.78 0.5774 1.358e-007 6.375e-010 42.88 0.5766 1.032e-006 -1.132e-010 42.97 0.5741 1.323e-006 -4.402e-010 43.07 0.5716 3.602e-006 5.260e-011 43.17 0.5637 4.106e-006 7.181e-010 43.27 0.5543 4.305e-006 9.809e-010 43.37 0.5436 5.827e-006 6.692e-011 43.46 0.5277 4.963e-006 -8.431e-011 43.56 0.5118 4.530e-006 -1.210e-010 43.66 0.5069 4.692e-006 -2.059e-010 43.76 0.5086 3.005e-006 -7.097e-013 43.86 0.5106 5.287e-006 -6.418e-012 43.95 0.5169 4.462e-006 -1.538e-011 44.05 0.5232 9.007e-006 9.466e-011 44.15 0.5227 6.758e-006 2.093e-010 44.25 0.5143 7.481e-006 5.349e-011 44.34 0.5060 8.341e-006 5.097e-011 44.44 0.4908 4.608e-006 2.613e-011 44.54 0.4747 5.284e-006 4.596e-011 44.64 0.4640 6.189e-006 8.280e-012 44.74 0.4647 5.090e-006 1.346e-010 44.83 0.4653 3.116e-006 -2.743e-010 44.93 0.4684 3.998e-006 -2.511e-011 | |
11 | -45.03 0.4722 3.534e-006 -1.197e-010 45.13 0.4755 2.886e-006 -2.122e-011 45.23 0.4763 3.480e-006 -7.655e-011 45.32 0.4771 3.829e-006 -3.483e-011 45.42 0.4729 4.366e-006 1.792e-010 45.52 0.4654 6.182e-006 4.619e-011 45.62 0.4579 4.832e-006 2.495e-010 45.71 0.4574 3.626e-006 -4.725e-011 45.81 0.4568 4.345e-006 1.768e-010 45.91 0.4547 1.591e-006 1.888e-010 46.01 0.4506 2.261e-006 -1.538e-010 46.11 0.4465 3.199e-006 -1.513e-010 46.20 0.4406 1.624e-006 -1.265e-010 46.30 0.4344 1.855e-006 -4.825e-011 46.40 0.4285 1.899e-006 8.118e-012 46.50 0.4233 3.539e-006 -7.282e-011 46.59 0.4180 2.759e-006 -1.357e-010 46.69 0.4138 1.980e-006 -2.078e-010 46.79 0.4100 1.454e-006 -1.662e-010 46.89 0.4041 3.482e-006 -2.988e-010 46.99 0.3854 2.393e-006 -2.588e-010 47.08 0.3666 2.099e-006 -6.881e-011 47.18 0.3437 5.230e-007 1.204e-010 47.28 0.3176 3.605e-006 2.858e-010 47.38 0.2915 1.980e-006 9.510e-011 47.48 0.2706 2.775e-006 -1.602e-010 47.57 0.2498 1.530e-006 1.490e-010 47.67 0.2306 3.137e-006 7.851e-010 47.77 0.2137 4.218e-006 4.484e-010 47.87 0.1969 2.931e-006 -7.874e-011 47.96 0.1785 3.123e-006 7.201e-010 48.06 0.1597 2.766e-006 1.187e-009 48.16 0.1414 2.650e-006 -9.195e-010 48.26 0.1243 1.903e-006 -6.379e-010 48.36 0.1072 3.279e-006 5.855e-009 48.45 0.09409 2.535e-006 -1.042e-009 48.55 0.08292 2.349e-006 3.284e-009 48.65 0.07211 3.182e-006 -1.060e-008 48.75 0.06439 1.601e-006 1.916e-008 48.85 0.05668 6.914e-006 -6.920e-009 48.94 0.04993 3.837e-006 -1.318e-009 49.04 0.04404 1.865e-006 2.200e-009 49.14 0.03815 2.339e-006 7.173e-009 49.24 0.03436 1.492e-006 8.844e-010 49.33 0.03066 8.098e-007 -9.345e-010 49.43 0.02722 1.831e-006 1.685e-009 49.53 0.02420 1.297e-006 1.489e-010 49.63 0.02119 8.688e-007 -7.254e-012 49.73 0.01895 9.658e-007 1.127e-009 49.82 0.01690 1.961e-006 1.008e-009 49.92 0.01502 7.827e-007 6.695e-010 50.02 0.01370 1.008e-005 -2.116e-010 50.12 0.01239 1.427e-005 1.076e-009 | |
12 | -50.22 0.01126 4.365e-006 1.546e-009 50.31 0.01022 4.095e-006 3.161e-010 50.41 0.009223 3.921e-006 4.369e-010 50.51 0.008620 3.770e-006 4.194e-010 50.61 0.008016 4.204e-006 6.071e-010 50.70 0.007523 2.130e-006 2.511e-010 50.80 0.007138 4.046e-006 9.753e-010 50.90 0.006754 2.211e-006 1.959e-010 51.00 0.006124 2.285e-006 3.558e-010 51.10 0.005476 2.236e-006 4.281e-010 51.19 0.004936 3.450e-006 5.053e-010 51.29 0.004597 2.777e-006 4.188e-010 51.39 0.004257 3.891e-006 2.686e-010 51.49 0.004033 3.342e-006 2.166e-010 51.59 0.003841 2.314e-006 2.069e-010 51.68 0.003613 2.365e-006 5.208e-010 51.78 0.003244 2.907e-006 2.552e-010 51.88 0.002874 2.663e-006 1.802e-010 51.98 0.002588 1.678e-006 1.930e-010 52.07 0.002351 9.607e-007 6.590e-011 52.17 0.002135 1.611e-006 3.852e-010 52.27 0.002290 1.830e-006 4.635e-010 52.37 0.002445 2.378e-006 1.115e-010 52.47 0.002553 1.111e-006 1.524e-010 52.56 0.002610 7.323e-007 2.240e-010 52.66 0.002667 -3.866e-007 3.007e-010 52.76 0.002548 1.833e-006 3.691e-010 52.86 0.002410 1.192e-006 1.408e-010 52.95 0.002262 9.470e-007 2.001e-010 53.05 0.002097 9.263e-007 2.754e-010 53.15 0.001931 9.208e-007 2.868e-010 53.25 0.001991 1.279e-006 6.826e-010 53.35 0.002128 1.674e-006 1.015e-009 53.44 0.002256 1.517e-006 7.914e-010 53.54 0.002349 7.679e-007 1.008e-009 53.64 0.002442 1.488e-006 1.544e-009 53.74 0.002301 2.571e-006 2.531e-009 53.84 0.002002 2.849e-006 3.050e-009 53.93 0.001705 2.406e-006 3.821e-009 54.03 0.001501 1.378e-006 3.688e-009 54.13 0.001298 1.329e-006 3.307e-009 54.23 0.001107 1.660e-006 2.716e-009 54.32 0.0009327 1.711e-006 3.482e-009 54.42 0.0007583 2.494e-006 3.351e-009 54.52 0.0006581 3.233e-006 4.293e-009 54.62 0.0005691 2.691e-006 4.457e-009 54.72 0.0005880 2.726e-006 4.784e-009 54.81 0.0008658 2.596e-006 4.708e-009 54.91 0.001144 2.361e-006 4.648e-009 55.01 0.001179 1.569e-006 4.175e-009 55.11 0.001119 1.996e-006 4.770e-009 55.21 0.001005 1.796e-006 5.808e-009 55.30 0.0005628 1.936e-006 8.698e-009 | |
13 | -55.40 0.0001205 1.559e-006 1.273e-008 55.50 -7.087e-005 1.879e-006 1.586e-008 55.60 -7.060e-005 1.445e-006 1.609e-008 55.69 -7.033e-005 1.064e-006 1.286e-008 55.79 0.0002536 8.538e-007 9.962e-009 55.89 0.0005804 3.635e-007 7.242e-009 55.99 0.0007477 1.125e-006 5.439e-009 56.09 0.0006912 1.470e-006 4.829e-009 56.18 0.0006346 1.235e-006 4.887e-009 56.28 0.0004320 1.329e-006 3.803e-009 56.38 0.0002015 1.632e-006 3.010e-009 56.48 4.095e-005 1.786e-006 2.445e-009 56.58 7.445e-005 1.474e-006 1.630e-009 56.67 0.0001080 1.897e-006 1.230e-009 56.77 0.0001542 2.342e-006 8.861e-010 56.87 0.0002062 1.423e-006 7.335e-010 56.97 0.0002456 2.245e-006 3.939e-010 57.06 0.0001869 2.049e-006 6.258e-010 57.16 0.0001282 1.771e-006 4.494e-010 57.26 0.0001043 1.349e-006 7.504e-011 57.36 0.0001102 1.430e-006 6.292e-010 57.46 0.0001162 1.242e-006 7.126e-010 57.55 0.0002564 1.431e-006 4.901e-010 57.65 0.0004018 1.164e-006 7.128e-010 57.75 0.0005393 1.269e-006 3.997e-010 57.85 0.0006644 1.431e-006 2.692e-010 57.95 0.0007894 1.509e-006 3.926e-010 58.04 0.0007091 1.358e-006 7.593e-010 58.14 0.0005811 1.547e-006 2.514e-011 58.24 0.0004764 1.454e-006 1.756e-010 58.34 0.0004472 1.916e-006 3.798e-010 58.43 0.0004180 1.853e-006 2.715e-010 58.53 0.0004101 2.104e-006 2.484e-010 58.63 0.0004133 1.832e-006 3.297e-010 58.73 0.0004067 2.336e-006 -9.274e-011 58.83 0.0002937 1.812e-006 -1.112e-010 58.92 0.0001806 2.512e-006 8.947e-011 59.02 6.995e-005 2.385e-006 -1.115e-010 59.12 -3.849e-005 1.862e-006 -1.806e-011 59.22 -0.0001469 1.373e-006 -2.126e-010 59.32 -0.0001367 1.692e-006 3.156e-010 59.41 -0.0001179 1.347e-006 2.893e-010 59.51 -7.364e-005 1.422e-006 1.503e-009 59.61 1.655e-005 1.101e-006 5.307e-010 59.71 0.0001067 1.070e-006 -4.699e-010 59.80 0.0001848 1.282e-006 -2.918e-010 59.90 0.0002594 1.441e-006 -4.399e-010 60.00 0.0003340 1.712e-006 7.303e-011 | |
14 | 4 | \ No newline at end of file |
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6 | +10.10 1.095e-005 0.0000 1.992e-007 | |
7 | +10.20 1.118e-005 0.0000 2.297e-007 | |
8 | +10.29 1.192e-005 0.0000 2.486e-007 | |
9 | +10.39 1.203e-005 0.0000 2.682e-007 | |
10 | +10.49 1.194e-005 0.0000 2.760e-007 | |
11 | +10.59 1.312e-005 0.0000 3.446e-007 | |
12 | +10.68 1.418e-005 0.0000 3.937e-007 | |
13 | +10.78 1.474e-005 0.0000 4.572e-007 | |
14 | +10.88 1.444e-005 0.0000 0.0001820 | |
15 | +10.98 1.441e-005 0.0000 0.0001792 | |
16 | +11.08 1.150e-006 0.0000 0.0001895 | |
17 | +11.17 1.099e-006 0.0000 0.0001994 | |
18 | +11.27 1.160e-006 0.0000 0.0002441 | |
19 | +11.37 1.129e-006 0.0000 0.0002476 | |
20 | +11.47 1.089e-006 0.0000 0.0002661 | |
21 | +11.57 1.067e-006 0.0000 0.0002837 | |
22 | +11.66 1.171e-006 0.0000 0.0003314 | |
23 | +11.76 1.240e-006 0.0000 0.0003716 | |
24 | +11.86 1.286e-006 0.0000 0.0004253 | |
25 | +11.96 1.262e-006 0.0000 0.0004658 | |
26 | +12.05 1.211e-006 0.0000 0.0004698 | |
27 | +12.15 1.165e-006 0.0000 0.0005164 | |
28 | +12.25 1.068e-006 0.0000 0.0005219 | |
29 | +12.35 9.686e-007 0.0000 0.0005691 | |
30 | +12.45 9.236e-007 0.0000 0.0006070 | |
31 | +12.54 8.784e-007 0.0000 0.0006666 | |
32 | +12.64 8.039e-007 0.0000 0.0006762 | |
33 | +12.74 7.941e-007 0.0000 0.0007453 | |
34 | +12.84 7.553e-007 0.0000 0.0007801 | |
35 | +12.94 7.615e-007 0.0000 0.0009184 | |
36 | +13.03 7.340e-007 0.0000 0.001028 | |
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38 | +13.23 6.496e-007 0.0000 0.001166 | |
39 | +13.33 6.539e-007 0.0000 0.001382 | |
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41 | +13.52 6.928e-007 0.0000 0.001586 | |
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43 | +13.72 8.491e-007 0.0000 0.001944 | |
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47 | +14.11 7.584e-007 0.0000 0.002898 | |
48 | +14.21 6.788e-007 0.0000 0.003080 | |
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62 | +15.58 1.013e-006 0.0000 0.02147 | |
63 | +15.68 1.117e-006 0.0000 0.02588 | |
64 | +15.77 1.187e-006 0.0000 0.03173 | |
65 | +15.87 1.231e-006 0.0000 0.03955 | |
66 | +15.97 1.277e-006 0.0000 0.05111 | |
67 | +16.07 1.254e-006 0.0000 0.06571 | |
68 | +16.16 1.217e-006 0.0000 0.09056 | |
69 | +16.26 1.190e-006 0.0000 0.1362 | |
70 | +16.36 1.175e-006 0.0000 0.2461 | |
71 | +16.46 1.180e-006 0.0000 0.5685 | |
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73 | +16.65 1.171e-006 0.0000 0.5651 | |
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486 | +57.06 0.0001869 2.049e-006 6.258e-010 | |
487 | +57.16 0.0001282 1.771e-006 4.494e-010 | |
488 | +57.26 0.0001043 1.349e-006 7.504e-011 | |
489 | +57.36 0.0001102 1.430e-006 6.292e-010 | |
490 | +57.46 0.0001162 1.242e-006 7.126e-010 | |
491 | +57.55 0.0002564 1.431e-006 4.901e-010 | |
492 | +57.65 0.0004018 1.164e-006 7.128e-010 | |
493 | +57.75 0.0005393 1.269e-006 3.997e-010 | |
494 | +57.85 0.0006644 1.431e-006 2.692e-010 | |
495 | +57.95 0.0007894 1.509e-006 3.926e-010 | |
496 | +58.04 0.0007091 1.358e-006 7.593e-010 | |
497 | +58.14 0.0005811 1.547e-006 2.514e-011 | |
498 | +58.24 0.0004764 1.454e-006 1.756e-010 | |
499 | +58.34 0.0004472 1.916e-006 3.798e-010 | |
500 | +58.43 0.0004180 1.853e-006 2.715e-010 | |
501 | +58.53 0.0004101 2.104e-006 2.484e-010 | |
502 | +58.63 0.0004133 1.832e-006 3.297e-010 | |
503 | +58.73 0.0004067 2.336e-006 -9.274e-011 | |
504 | +58.83 0.0002937 1.812e-006 -1.112e-010 | |
505 | +58.92 0.0001806 2.512e-006 8.947e-011 | |
506 | +59.02 6.995e-005 2.385e-006 -1.115e-010 | |
507 | +59.12 -3.849e-005 1.862e-006 -1.806e-011 | |
508 | +59.22 -0.0001469 1.373e-006 -2.126e-010 | |
509 | +59.32 -0.0001367 1.692e-006 3.156e-010 | |
510 | +59.41 -0.0001179 1.347e-006 2.893e-010 | |
511 | +59.51 -7.364e-005 1.422e-006 1.503e-009 | |
512 | +59.61 1.655e-005 1.101e-006 5.307e-010 | |
513 | +59.71 0.0001067 1.070e-006 -4.699e-010 | |
514 | +59.80 0.0001848 1.282e-006 -2.918e-010 | |
515 | +59.90 0.0002594 1.441e-006 -4.399e-010 | |
516 | +60.00 0.0003340 1.712e-006 7.303e-011 | ... | ... |
Docs/DustemWrap_development_issues.txt
1 | -%This is a note containing development issues for Dustem | |
1 | +%This is a note describing known current development issues for Dustem | |
2 | 2 | %This file is called DustemWrap_development_issues.txt and is managed by J.-Ph. Bernard and Ilyes Choubani |
3 | -%Issues must be described as explicitely as possible | |
4 | -%These issues must be checked before releasing Dustem and Dustemwrap | |
3 | +%Issues must be described as explicitly as possible | |
4 | +%These issues must be checked before the next joint release of Dustem and Dustemwrap | |
5 | 5 | |
6 | 6 | - JPB, April 8th 2022: |
7 | 7 | Dustem has a bug due to calculation accuracy for the THEMIS model, which solves by replacing max size values in GRAIN_THEMIS.DAT from 9.00E-6 into 8.99E-05 |
8 | + | |
8 | 9 | - JPB, April 8th 2022: |
9 | - Dustemwrap plante le Fortran quand le keyword chrg (et probablement aussi spin) ne figurent pas dans le GRAIN.DAT de depart (du Fortran) et sont rajoutรฉs ensuite via (*!dustem_params).grains[0].TYPE_KEYWORDS | |
10 | - We must force those pointers to not be empty just after writing our own GRAIN.DAT in /tmp, in the same qway this is don in dustem_init.pro with the GRAIN.DAT from the fortran directory. | |
11 | 10 | \ No newline at end of file |
11 | + Dustemwrap causes the Fortran to crash if the chrg keyword is not specified in the initial GRAIN.DAT file, but is subsequently added by the (*!dustem_params).grains[0].TYPE_KEYWORDS. A similar error is likely to occur for the spin keyword (untested). | |
12 | + We must force these pointers to not be empty just after writing our own GRAIN.DAT in /tmp, in the same way this is done in dustem_init.pro with the GRAIN.DAT from the fortran directory. | ... | ... |
Readme
1 | 1 | Readme File for DustemWrap |
2 | +************************** | |
2 | 3 | |
3 | -This package contains the DustemWrap software release v4.0 | |
4 | -The Install documentation is located in Docs/dustem_wrapper_doc.pdf | |
5 | -IDL routine help is in Docs/DustemWrapp.html | |
6 | -IDL code is in src/idl and src/misc | |
7 | -Necessary data is in Data/FILTERS, Data/SEDs and Data/EXTs | |
4 | +0. What is this? | |
8 | 5 | |
9 | -Deborah Paradis | |
10 | -(deborah.paradis@irap.omp.eu) | |
6 | +This package contains the DustemWrap software, developed and maintained at the Institute of Research in Astrophysics and Planetology (IRAP). | |
7 | + | |
8 | +DustemWrap requires the fortran code DUSTEM, which is developed and maintained at the Institute of Space Astrophysics (IAS). The DUSTEM fortran code must be downloaded separately (see the DustemWrap Users' Guide for instructions on obtaining and installing DUSTEM.) | |
9 | + | |
10 | +A static version of the DustemWrap Users' Guide is provided in Docs/dustem_wrapper_UG.pdf | |
11 | + | |
12 | +The Users' Guide contains: | |
13 | +* instructions for obtaining DUSTEM | |
14 | +* installation instructions for the current releases of DustemWrap and DUSTEM | |
15 | +* an overview of how DustemWrap works (including how it interacts with the underlying DUSTEM fortran code) | |
16 | +* format requirements for user input | |
17 | +* a description of how color corrections and plugins are implemented in Dustemwrap | |
18 | +* a description of the individual DustemWrap routines | |
19 | +* usage examples | |
20 | + | |
21 | +A continuously updated version of the Users' Guide, including a FAQ and list of known current issues, is maintained at the following URL: | |
22 | +https://www.overleaf.com/read/bbvrghjmffgn | |
23 | + | |
24 | +1. Directory Structure and Files | |
25 | +******************************** | |
26 | + | |
27 | +The DustemWrap directory is organized as follows: | |
28 | + | |
29 | +- Data | |
30 | + - EXTs | |
31 | + - FILTERS | |
32 | + - POLEXTs | |
33 | + - SEDs | |
34 | + | |
35 | +- Docs | |
36 | + | |
37 | +- Readme | |
38 | + | |
39 | +- instrument_description.xcat | |
40 | + | |
41 | +- plugins_description.xcat | |
42 | + | |
43 | +- src | |
44 | + | |
45 | +2. Getting Help | |
46 | +*************** | |
47 | + | |
48 | +The DustemWrap maintainers can be contacted by email: dustemwrap@irap.omp.eu | |
49 | + | |
50 | +To be added to the DustemWrap mailing list and be informed of new releases and major bug fixes, please email dustemwrap@irap.omp.eu with the subject 'SUBSCRIBE' | ... | ... |
src/idl/HFI_UC_CC/hfi_read_bandpass.pro
... | ... | @@ -102,9 +102,11 @@ FUNCTION hfi_read_bandpass, VERSION, IN_PATH = IN_PATH, IMO = IMO, RIMO = RIMO, |
102 | 102 | '45_353_7', '85_353_8', '14_545_1', '34_545_2', '55_545_3', '73_545_4', $ |
103 | 103 | '25_857_1', '35_857_2', '65_857_3', '74_857_4' ] |
104 | 104 | For i = 0, 51 do begin |
105 | - NAME_RIMO_TMP = strmid( fits_rimo[ i ].detector, 0, 3 ) + '_' + strmid( fits_rimo[ i ].detector, 4 ) | |
106 | - Q_NAME = where( strmid( bolo_id_tmp, 3) eq name_rimo_tmp ) | |
107 | - BP_INFO[ i ].NAME = bolo_id_tmp[ q_name[ 0 ] ] ; completing the name of the detector (e.g. 100-1a in the RIMO) | |
105 | + NAME_RIMO_TMP = strmid( fits_rimo[ i ].detector, 0, 3 ) + '_' + strmid( fits_rimo[ i ].detector, 4 ) | |
106 | +; next line for fawlty compatibility | |
107 | + NAME_RIMO_TMP = string(byte(NAME_RIMO_TMP)) | |
108 | + Q_NAME = where( strmid( bolo_id_tmp, 3) eq name_rimo_tmp ) | |
109 | + BP_INFO[ i ].NAME = bolo_id_tmp[ q_name[ 0 ] ] ; completing the name of the detector (e.g. 100-1a in the RIMO) | |
108 | 110 | Endfor |
109 | 111 | ; Joining the information of the bandpasses in the bp_info structure |
110 | 112 | For i = 0, n_detect - 1 do begin | ... | ... |
src/idl/dustem_filter_init.pro
... | ... | @@ -116,14 +116,14 @@ filter_names=tag_names((*!dustem_filters)) |
116 | 116 | FOR i=0L,n_tags(*!dustem_filters)-1 DO BEGIN |
117 | 117 | FOR j=0L,(*!dustem_filters).(i).Nbands-1 DO BEGIN |
118 | 118 | ;message,'Doing '+filter_names[i]+strtrim(j+1,2),/continue |
119 | - all_waves=[*((*!dustem_filters).(i).filter_wavelengths(j)),dustem_waves] | |
119 | + all_waves=[float(*((*!dustem_filters).(i).filter_wavelengths(j))),dustem_waves] | |
120 | 120 | order=sort(all_waves) |
121 | - all_waves=all_waves(order) | |
121 | + all_waves=all_waves[order] | |
122 | 122 | uniqs=uniq(all_waves) |
123 | - all_waves=all_waves(uniqs) | |
123 | + all_waves=all_waves[uniqs] | |
124 | 124 | ;remove negative or null wavelenghs if any |
125 | 125 | ind=where(all_waves GT 0,count) |
126 | - all_waves=all_waves(ind) | |
126 | + all_waves=all_waves[ind] | |
127 | 127 | ind=where(all_waves GE min(*((*!dustem_filters).(i).filter_wavelengths(j))) AND $ |
128 | 128 | all_waves LE max(*((*!dustem_filters).(i).filter_wavelengths(j))),count) |
129 | 129 | all_waves=all_waves[ind] |
... | ... | @@ -131,9 +131,17 @@ FOR i=0L,n_tags(*!dustem_filters)-1 DO BEGIN |
131 | 131 | ;==== fill up structure and interpol in wavelengths |
132 | 132 | (*!dustem_filters).(i).use_wavelengths(j)=ptr_new(all_waves) |
133 | 133 | (*!dustem_filters).(i).use_frequencies(j)=ptr_new(all_frequencies) |
134 | - (*!dustem_filters).(i).use_transmissions(j)=ptr_new(interpol(*((*!dustem_filters).(i).filter_transmissions(j)), $ | |
135 | - *((*!dustem_filters).(i).filter_wavelengths(j)), $ | |
136 | - *((*!dustem_filters).(i).use_wavelengths(j)))) | |
134 | + | |
135 | +; (*!dustem_filters).(i).use_transmissions(j)=ptr_new(interpol(*((*!dustem_filters).(i).filter_transmissions(j)), $ | |
136 | +; *((*!dustem_filters).(i).filter_wavelengths(j)), $ | |
137 | +; *((*!dustem_filters).(i).use_wavelengths(j)))) | |
138 | +; following lines for readability and fawlty compatibility | |
139 | + flx=float(*((*!dustem_filters).(i).filter_transmissions(j))) | |
140 | + fly=float(*((*!dustem_filters).(i).filter_wavelengths(j))) | |
141 | + flz=float(*((*!dustem_filters).(i).use_wavelengths(j))) | |
142 | + if fly[-1] gt fly[0] then fla=interpol(flx,fly,flz) | |
143 | + if fly[-1] lt fly[0] then fla=interpol(reverse(flx),reverse(fly),flz) | |
144 | + (*!dustem_filters).(i).use_transmissions(j)=ptr_new(fla) | |
137 | 145 | (*!dustem_filters).(i).use_wmin(j)=min(*((*!dustem_filters).(i).use_wavelengths(j))) |
138 | 146 | (*!dustem_filters).(i).use_wmax(j)=max(*((*!dustem_filters).(i).use_wavelengths(j))) |
139 | 147 | ENDFOR | ... | ... |
src/idl/dustem_plot_fit_sed.pro
... | ... | @@ -159,6 +159,9 @@ endif ELSE cgplot,(*!dustem_data.sed).wav,(*!dustem_data.sed).values/norm,/nodat |
159 | 159 | ind_filt=where((*!dustem_data.sed).filt_names NE 'SPECTRUM',count_filt) |
160 | 160 | ind_spec=where((*!dustem_data.sed).filt_names EQ 'SPECTRUM',count_spec) |
161 | 161 | ;=== Plot the data |
162 | +; following lines for fawlty compatibility | |
163 | +defsysv,'!psym',exists=pexist | |
164 | +if pexist eq 0 then defsysv,'!psym',0 | |
162 | 165 | IF count_spec NE 0 THEN BEGIN |
163 | 166 | plotsym,0,/fill |
164 | 167 | xx=((*!dustem_data.sed).wav)[ind_spec] | ... | ... |