mirror of
https://asciireactor.com/otho/psdlag-agn.git
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Merge branch 'master' of github.com:othocaes/psdlag-agn
This commit is contained in:
Otho Ulrich
commit
da74e3d1a4
5
analyse.sh
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5
analyse.sh
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@ -0,0 +1,5 @@
|
||||
#!/usr/bin/env bash
|
||||
|
||||
# This script is meant to encapsulate all functions in proper order to produce
|
||||
# the analyses. Parameters that this script should control: Δt, σ type, input
|
||||
# dataset(lightcurve directory), more?
|
||||
3963
data/STORM_III/raw/aggregate.csv
Normal file
3963
data/STORM_III/raw/aggregate.csv
Normal file
File diff suppressed because it is too large
Load Diff
3963
data/STORM_III/raw/aggregate.tab
Normal file
3963
data/STORM_III/raw/aggregate.tab
Normal file
File diff suppressed because it is too large
Load Diff
171
data/STORM_III/raw/separated/1158Å.tab
Normal file
171
data/STORM_III/raw/separated/1158Å.tab
Normal file
@ -0,0 +1,171 @@
|
||||
HST1158 1157 56690.61198 3.2400e-14 8.9000e-16 15.9982 0.0298 -1
|
||||
HST1158 1157 56691.54161 3.4800e-14 9.2000e-16 15.9206 0.0287 -1
|
||||
HST1158 1157 56692.39404 3.7500e-14 9.5000e-16 15.8395 0.0275 -1
|
||||
HST1158 1157 56693.32371 3.9100e-14 9.8000e-16 15.7941 0.0272 -1
|
||||
HST1158 1157 56695.27006 4.1100e-14 9.9000e-16 15.7399 0.0262 -1
|
||||
HST1158 1157 56696.24593 4.5900e-14 1.0500e-15 15.6200 0.0248 -1
|
||||
HST1158 1157 56697.30802 4.8700e-14 1.0800e-15 15.5557 0.0241 -1
|
||||
HST1158 1157 56698.30411 5.2500e-14 1.1300e-15 15.4741 0.0234 -1
|
||||
HST1158 1157 56699.23377 4.9300e-14 1.1000e-15 15.5424 0.0242 -1
|
||||
HST1158 1157 56700.22987 4.8300e-14 1.0800e-15 15.5647 0.0243 -1
|
||||
HST1158 1157 56701.35878 4.9000e-14 1.0800e-15 15.5490 0.0239 -1
|
||||
HST1158 1157 56702.15568 5.1100e-14 1.1100e-15 15.5035 0.0236 -1
|
||||
HST1158 1157 56703.15179 5.2800e-14 1.1300e-15 15.4680 0.0232 -1
|
||||
HST1158 1157 56705.34318 4.9000e-14 1.0900e-15 15.5490 0.0242 -1
|
||||
HST1158 1157 56706.20637 4.6800e-14 1.0600e-15 15.5989 0.0246 -1
|
||||
HST1158 1157 56707.20241 4.9200e-14 1.0800e-15 15.5446 0.0238 -1
|
||||
HST1158 1157 56708.26483 4.3400e-14 1.0200e-15 15.6808 0.0255 -1
|
||||
HST1158 1157 56709.26083 4.0700e-14 9.9000e-16 15.7506 0.0264 -1
|
||||
HST1158 1157 56710.25682 3.5100e-14 9.2000e-16 15.9113 0.0285 -1
|
||||
HST1158 1157 56711.11999 3.1000e-14 8.8000e-16 16.0461 0.0308 -1
|
||||
HST1158 1157 56712.18231 3.2700e-14 9.0000e-16 15.9882 0.0299 -1
|
||||
HST1158 1157 56713.17827 3.2400e-14 8.9000e-16 15.9982 0.0298 -1
|
||||
HST1158 1157 56714.24057 3.1500e-14 8.8000e-16 16.0288 0.0303 -1
|
||||
HST1158 1157 56715.04390 2.8300e-14 8.4000e-16 16.1451 0.0322 -1
|
||||
HST1158 1157 56715.89818 2.7500e-14 8.3000e-16 16.1762 0.0328 -1
|
||||
HST1158 1157 56716.83698 2.5200e-14 8.1000e-16 16.2710 0.0349 -1
|
||||
HST1158 1157 56718.82771 2.3200e-14 7.7000e-16 16.3608 0.0360 -1
|
||||
HST1158 1157 56720.14935 2.1500e-14 7.6000e-16 16.4434 0.0384 -1
|
||||
HST1158 1157 56721.01937 1.9400e-14 7.3000e-16 16.5550 0.0409 -1
|
||||
HST1158 1157 56722.08622 1.8700e-14 7.2000e-16 16.5949 0.0418 -1
|
||||
HST1158 1157 56723.13713 1.7800e-14 7.2000e-16 16.6485 0.0439 -1
|
||||
HST1158 1157 56726.06000 2.0500e-14 7.4000e-16 16.4952 0.0392 -1
|
||||
HST1158 1157 56727.05588 1.8200e-14 7.1000e-16 16.6244 0.0424 -1
|
||||
HST1158 1157 56727.78841 1.9400e-14 7.3000e-16 16.5550 0.0409 -1
|
||||
HST1158 1157 56728.91577 1.9800e-14 7.4000e-16 16.5329 0.0406 -1
|
||||
HST1158 1157 56729.77981 2.1200e-14 7.5000e-16 16.4587 0.0384 -1
|
||||
HST1158 1157 56730.84658 2.1100e-14 7.5000e-16 16.4638 0.0386 -1
|
||||
HST1158 1157 56731.97153 2.0700e-14 7.5000e-16 16.4846 0.0393 -1
|
||||
HST1158 1157 56732.90863 2.0200e-14 7.4000e-16 16.5112 0.0398 -1
|
||||
HST1158 1157 56733.84524 2.2100e-14 7.6000e-16 16.4136 0.0373 -1
|
||||
HST1158 1157 56734.84061 2.5400e-14 8.1000e-16 16.2625 0.0346 -1
|
||||
HST1158 1157 56735.84670 3.2000e-14 8.9000e-16 16.0117 0.0302 -1
|
||||
HST1158 1157 56736.43542 3.6900e-14 9.4000e-16 15.8570 0.0277 -1
|
||||
HST1158 1157 56737.68784 3.8500e-14 9.6000e-16 15.8109 0.0271 -1
|
||||
HST1158 1157 56738.50324 4.0200e-14 9.8000e-16 15.7640 0.0265 -1
|
||||
HST1158 1157 56739.67934 4.6300e-14 1.0500e-15 15.6106 0.0246 -1
|
||||
HST1158 1157 56740.36218 5.0000e-14 1.1100e-15 15.5271 0.0241 -1
|
||||
HST1158 1157 56741.34840 4.6400e-14 1.0600e-15 15.6082 0.0248 -1
|
||||
HST1158 1157 56744.40227 5.9000e-14 1.2000e-15 15.3474 0.0221 -1
|
||||
HST1158 1157 56745.25418 5.7700e-14 1.1900e-15 15.3716 0.0224 -1
|
||||
HST1158 1157 56746.24994 5.7100e-14 1.1800e-15 15.3829 0.0224 -1
|
||||
HST1158 1157 56747.17931 5.9800e-14 1.2100e-15 15.3328 0.0220 -1
|
||||
HST1158 1157 56748.24130 6.0100e-14 1.2100e-15 15.3274 0.0219 -1
|
||||
HST1158 1157 56749.17062 5.5900e-14 1.1600e-15 15.4060 0.0225 -1
|
||||
HST1158 1157 56750.30085 5.3400e-14 1.1300e-15 15.4557 0.0230 -1
|
||||
HST1158 1157 56751.16201 5.0500e-14 1.1000e-15 15.5163 0.0236 -1
|
||||
HST1158 1157 56752.02495 4.9800e-14 1.1000e-15 15.5315 0.0240 -1
|
||||
HST1158 1157 56753.02067 3.9300e-14 9.7000e-16 15.7886 0.0268 -1
|
||||
HST1158 1157 56753.97074 3.2800e-14 8.9000e-16 15.9849 0.0295 -1
|
||||
HST1158 1157 56755.21128 3.2000e-14 8.9000e-16 16.0117 0.0302 -1
|
||||
HST1158 1157 56756.14070 3.3400e-14 9.0000e-16 15.9652 0.0293 -1
|
||||
HST1158 1157 56757.13674 3.4800e-14 9.2000e-16 15.9206 0.0287 -1
|
||||
HST1158 1157 56759.26156 3.3000e-14 9.0000e-16 15.9783 0.0296 -1
|
||||
HST1158 1157 56760.12469 3.4000e-14 9.1000e-16 15.9458 0.0291 -1
|
||||
HST1158 1157 56761.05413 3.7600e-14 9.6000e-16 15.8366 0.0277 -1
|
||||
HST1158 1157 56762.11625 3.8400e-14 9.6000e-16 15.8137 0.0271 -1
|
||||
HST1158 1157 56763.04552 3.9400e-14 9.7000e-16 15.7858 0.0267 -1
|
||||
HST1158 1157 56764.24029 4.0000e-14 9.9000e-16 15.7694 0.0269 -1
|
||||
HST1158 1157 56765.16953 3.7000e-14 9.5000e-16 15.8540 0.0279 -1
|
||||
HST1158 1157 56765.96600 3.8900e-14 9.7000e-16 15.7997 0.0271 -1
|
||||
HST1158 1157 56767.02796 4.1200e-14 9.9000e-16 15.7373 0.0261 -1
|
||||
HST1158 1157 56768.08988 4.3100e-14 1.0200e-15 15.6883 0.0257 -1
|
||||
HST1158 1157 56769.15179 4.9200e-14 1.0900e-15 15.5446 0.0241 -1
|
||||
HST1158 1157 56770.08097 5.1200e-14 1.1200e-15 15.5014 0.0238 -1
|
||||
HST1158 1157 56771.07649 5.2900e-14 1.1300e-15 15.4659 0.0232 -1
|
||||
HST1158 1157 56772.00564 5.6700e-14 1.1700e-15 15.3906 0.0224 -1
|
||||
HST1158 1157 56773.06756 5.5700e-14 1.1600e-15 15.4099 0.0226 -1
|
||||
HST1158 1157 56773.99674 5.4900e-14 1.1500e-15 15.4256 0.0227 -1
|
||||
HST1158 1157 56774.59616 5.5700e-14 1.1600e-15 15.4099 0.0226 -1
|
||||
HST1158 1157 56775.59066 5.2900e-14 1.1400e-15 15.4659 0.0234 -1
|
||||
HST1158 1157 56776.72386 4.8100e-14 1.0800e-15 15.5692 0.0244 -1
|
||||
HST1158 1157 56777.44796 5.0800e-14 1.1000e-15 15.5099 0.0235 -1
|
||||
HST1158 1157 56778.45577 4.7300e-14 1.0700e-15 15.5874 0.0246 -1
|
||||
HST1158 1157 56779.43943 4.7200e-14 1.0700e-15 15.5897 0.0246 -1
|
||||
HST1158 1157 56780.45704 4.6800e-14 1.0600e-15 15.5989 0.0246 -1
|
||||
HST1158 1157 56781.36483 4.5400e-14 1.0500e-15 15.6319 0.0251 -1
|
||||
HST1158 1157 56782.37260 4.2400e-14 1.0100e-15 15.7061 0.0259 -1
|
||||
HST1158 1157 56783.35715 4.9100e-14 1.0800e-15 15.5468 0.0239 -1
|
||||
HST1158 1157 56784.75799 5.5700e-14 1.1600e-15 15.4099 0.0226 -1
|
||||
HST1158 1157 56785.75234 6.0000e-14 1.2100e-15 15.3292 0.0219 -1
|
||||
HST1158 1157 56786.69054 5.5000e-14 1.1500e-15 15.4236 0.0227 -1
|
||||
HST1158 1157 56787.28705 5.3300e-14 1.1400e-15 15.4577 0.0232 -1
|
||||
HST1158 1157 56788.28281 5.2200e-14 1.1200e-15 15.4804 0.0233 -1
|
||||
HST1158 1157 56789.27911 4.6500e-14 1.0500e-15 15.6059 0.0245 -1
|
||||
HST1158 1157 56790.27474 4.2700e-14 1.0100e-15 15.6985 0.0257 -1
|
||||
HST1158 1157 56791.27099 4.2200e-14 1.0100e-15 15.7113 0.0260 -1
|
||||
HST1158 1157 56792.26651 4.9500e-14 1.0900e-15 15.5380 0.0239 -1
|
||||
HST1158 1157 56793.19570 5.0500e-14 1.1100e-15 15.5163 0.0239 -1
|
||||
HST1158 1157 56794.19111 4.7900e-14 1.0700e-15 15.5737 0.0243 -1
|
||||
HST1158 1157 56795.25369 4.4900e-14 1.0300e-15 15.6439 0.0249 -1
|
||||
HST1158 1157 56796.10640 4.5100e-14 1.0400e-15 15.6391 0.0250 -1
|
||||
HST1158 1157 56797.07521 5.2100e-14 1.1200e-15 15.4824 0.0233 -1
|
||||
HST1158 1157 56798.10705 5.0400e-14 1.1000e-15 15.5185 0.0237 -1
|
||||
HST1158 1157 56799.15985 4.9000e-14 1.0900e-15 15.5490 0.0242 -1
|
||||
HST1158 1157 56800.02187 5.0300e-14 1.1000e-15 15.5206 0.0237 -1
|
||||
HST1158 1157 56801.02666 4.9600e-14 1.0900e-15 15.5358 0.0239 -1
|
||||
HST1158 1157 56802.02235 4.9100e-14 1.0900e-15 15.5468 0.0241 -1
|
||||
HST1158 1157 56803.00813 4.8600e-14 1.0800e-15 15.5579 0.0241 -1
|
||||
HST1158 1157 56804.99896 4.5200e-14 1.0500e-15 15.6367 0.0252 -1
|
||||
HST1158 1157 56805.99439 4.5400e-14 1.0400e-15 15.6319 0.0249 -1
|
||||
HST1158 1157 56807.12253 4.4300e-14 1.0300e-15 15.6585 0.0252 -1
|
||||
HST1158 1157 56808.05161 4.6100e-14 1.0500e-15 15.6153 0.0247 -1
|
||||
HST1158 1157 56809.11341 4.7800e-14 1.0700e-15 15.5760 0.0243 -1
|
||||
HST1158 1157 56809.90978 4.6600e-14 1.0600e-15 15.6036 0.0247 -1
|
||||
HST1158 1157 56810.83896 4.5300e-14 1.0500e-15 15.6343 0.0252 -1
|
||||
HST1158 1157 56812.03350 4.9500e-14 1.0900e-15 15.5380 0.0239 -1
|
||||
HST1158 1157 56812.96262 5.1400e-14 1.1100e-15 15.4971 0.0234 -1
|
||||
HST1158 1157 56814.09081 5.2100e-14 1.1200e-15 15.4824 0.0233 -1
|
||||
HST1158 1157 56814.88718 5.5700e-14 1.1600e-15 15.4099 0.0226 -1
|
||||
HST1158 1157 56816.08171 5.7200e-14 1.1800e-15 15.3810 0.0224 -1
|
||||
HST1158 1157 56816.94442 6.2000e-14 1.2400e-15 15.2936 0.0217 -1
|
||||
HST1158 1157 56817.93400 6.8600e-14 1.3100e-15 15.1837 0.0207 -1
|
||||
HST1158 1157 56818.93309 7.2500e-14 1.3400e-15 15.1237 0.0201 -1
|
||||
HST1158 1157 56819.73592 7.1400e-14 1.3400e-15 15.1403 0.0204 -1
|
||||
HST1158 1157 56820.99241 6.7500e-14 1.2900e-15 15.2013 0.0207 -1
|
||||
HST1158 1157 56821.85505 6.4400e-14 1.2600e-15 15.2523 0.0212 -1
|
||||
HST1158 1157 56822.79150 6.0600e-14 1.2200e-15 15.3184 0.0219 -1
|
||||
HST1158 1157 56823.84572 5.9800e-14 1.2000e-15 15.3328 0.0218 -1
|
||||
HST1158 1157 56824.64194 5.8100e-14 1.1800e-15 15.3641 0.0221 -1
|
||||
HST1158 1157 56825.64643 5.3900e-14 1.1400e-15 15.4456 0.0230 -1
|
||||
HST1158 1157 56826.89799 4.4000e-14 1.0300e-15 15.6659 0.0254 -1
|
||||
HST1158 1157 56827.76806 4.3800e-14 1.0300e-15 15.6709 0.0255 -1
|
||||
HST1158 1157 56828.49052 4.2300e-14 1.0200e-15 15.7087 0.0262 -1
|
||||
HST1158 1157 56829.61860 3.8600e-14 9.6000e-16 15.8081 0.0270 -1
|
||||
HST1158 1157 56830.48353 3.8900e-14 9.6000e-16 15.7997 0.0268 -1
|
||||
HST1158 1157 56831.67871 4.2800e-14 1.0100e-15 15.6959 0.0256 -1
|
||||
HST1158 1157 56832.27301 4.3300e-14 1.0200e-15 15.6833 0.0256 -1
|
||||
HST1158 1157 56833.79952 4.9200e-14 1.0900e-15 15.5446 0.0241 -1
|
||||
HST1158 1157 56834.79517 5.0300e-14 1.1100e-15 15.5206 0.0240 -1
|
||||
HST1158 1157 56835.79091 4.5200e-14 1.0400e-15 15.6367 0.0250 -1
|
||||
HST1158 1157 56836.21394 4.5500e-14 1.0400e-15 15.6295 0.0248 -1
|
||||
HST1158 1157 56837.65062 4.5900e-14 1.0500e-15 15.6200 0.0248 -1
|
||||
HST1158 1157 56838.18112 4.5300e-14 1.0400e-15 15.6343 0.0249 -1
|
||||
HST1158 1157 56839.20259 4.6500e-14 1.0600e-15 15.6059 0.0248 -1
|
||||
HST1158 1157 56840.13236 4.7900e-14 1.0800e-15 15.5737 0.0245 -1
|
||||
HST1158 1157 56841.19482 4.5100e-14 1.0400e-15 15.6391 0.0250 -1
|
||||
HST1158 1157 56842.19077 4.5400e-14 1.0400e-15 15.6319 0.0249 -1
|
||||
HST1158 1157 56843.12021 4.3100e-14 1.0200e-15 15.6883 0.0257 -1
|
||||
HST1158 1157 56844.18187 3.9700e-14 9.8000e-16 15.7776 0.0268 -1
|
||||
HST1158 1157 56845.02099 3.9800e-14 9.8000e-16 15.7748 0.0267 -1
|
||||
HST1158 1157 56846.10613 4.0200e-14 9.9000e-16 15.7640 0.0267 -1
|
||||
HST1158 1157 56847.03525 3.8200e-14 9.6000e-16 15.8194 0.0273 -1
|
||||
HST1158 1157 56848.03074 3.7900e-14 9.5000e-16 15.8279 0.0272 -1
|
||||
HST1158 1157 56849.09252 3.7100e-14 9.5000e-16 15.8511 0.0278 -1
|
||||
HST1158 1157 56849.99930 3.3100e-14 9.0000e-16 15.9750 0.0295 -1
|
||||
HST1158 1157 56850.93055 3.1600e-14 8.8000e-16 16.0253 0.0302 -1
|
||||
HST1158 1157 56851.92380 3.1600e-14 8.9000e-16 16.0253 0.0306 -1
|
||||
HST1158 1157 56852.91905 3.2800e-14 9.0000e-16 15.9849 0.0298 -1
|
||||
HST1158 1157 56854.05049 3.0700e-14 8.7000e-16 16.0567 0.0308 -1
|
||||
HST1158 1157 56855.04556 3.3200e-14 9.0000e-16 15.9717 0.0294 -1
|
||||
HST1158 1157 56856.17252 3.7500e-14 9.5000e-16 15.8395 0.0275 -1
|
||||
HST1158 1157 56857.16738 4.3800e-14 1.0300e-15 15.6709 0.0255 -1
|
||||
HST1158 1157 56858.09334 4.7500e-14 1.0800e-15 15.5828 0.0247 -1
|
||||
HST1158 1157 56858.89082 4.4000e-14 1.0200e-15 15.6659 0.0252 -1
|
||||
HST1158 1157 56860.08301 4.1400e-14 1.0000e-15 15.7320 0.0262 -1
|
||||
HST1158 1157 56860.94776 4.1000e-14 1.0000e-15 15.7426 0.0265 -1
|
||||
HST1158 1157 56861.81035 3.8400e-14 9.6000e-16 15.8137 0.0271 -1
|
||||
HST1158 1157 56862.87203 3.7000e-14 9.5000e-16 15.8540 0.0279 -1
|
||||
HST1158 1157 56863.86737 4.1800e-14 1.0100e-15 15.7216 0.0262 -1
|
||||
HST1158 1157 56864.86270 4.3200e-14 1.0200e-15 15.6858 0.0256 -1
|
||||
HST1158 1157 56865.92441 5.0600e-14 1.1000e-15 15.5142 0.0236 -1
|
||||
171
data/STORM_III/raw/separated/1367Å.tab
Normal file
171
data/STORM_III/raw/separated/1367Å.tab
Normal file
@ -0,0 +1,171 @@
|
||||
HST1367 1367 56690.61198 3.4270e-14 6.4000e-16 15.5760 0.0203 -1
|
||||
HST1367 1367 56691.54161 3.5450e-14 6.5000e-16 15.5393 0.0199 -1
|
||||
HST1367 1367 56692.39404 3.7710e-14 6.7000e-16 15.4722 0.0193 -1
|
||||
HST1367 1367 56693.32371 3.8140e-14 6.8000e-16 15.4599 0.0194 -1
|
||||
HST1367 1367 56695.27006 4.0940e-14 7.1000e-16 15.3829 0.0188 -1
|
||||
HST1367 1367 56696.24593 4.4250e-14 7.5000e-16 15.2985 0.0184 -1
|
||||
HST1367 1367 56697.30802 4.5300e-14 7.5000e-16 15.2731 0.0180 -1
|
||||
HST1367 1367 56698.30411 4.8270e-14 7.9000e-16 15.2041 0.0178 -1
|
||||
HST1367 1367 56699.23377 4.5800e-14 7.6000e-16 15.2611 0.0180 -1
|
||||
HST1367 1367 56700.22987 4.6000e-14 7.6000e-16 15.2564 0.0179 -1
|
||||
HST1367 1367 56701.35878 4.7460e-14 7.8000e-16 15.2225 0.0178 -1
|
||||
HST1367 1367 56702.15568 4.7740e-14 7.8000e-16 15.2161 0.0177 -1
|
||||
HST1367 1367 56703.15179 4.7560e-14 7.8000e-16 15.2202 0.0178 -1
|
||||
HST1367 1367 56705.34318 4.5770e-14 7.6000e-16 15.2618 0.0180 -1
|
||||
HST1367 1367 56706.20637 4.4700e-14 7.5000e-16 15.2875 0.0182 -1
|
||||
HST1367 1367 56707.20241 4.6650e-14 7.7000e-16 15.2412 0.0179 -1
|
||||
HST1367 1367 56708.26483 4.3240e-14 7.4000e-16 15.3236 0.0186 -1
|
||||
HST1367 1367 56709.26083 4.1430e-14 7.1000e-16 15.3700 0.0186 -1
|
||||
HST1367 1367 56710.25682 3.7690e-14 6.8000e-16 15.4727 0.0196 -1
|
||||
HST1367 1367 56711.11999 3.5220e-14 6.5000e-16 15.5463 0.0200 -1
|
||||
HST1367 1367 56712.18231 3.4760e-14 6.4000e-16 15.5606 0.0200 -1
|
||||
HST1367 1367 56713.17827 3.5180e-14 6.5000e-16 15.5476 0.0201 -1
|
||||
HST1367 1367 56714.24057 3.4450e-14 6.4000e-16 15.5703 0.0202 -1
|
||||
HST1367 1367 56715.04390 3.1460e-14 6.1000e-16 15.6689 0.0211 -1
|
||||
HST1367 1367 56715.89818 3.0580e-14 6.0000e-16 15.6997 0.0213 -1
|
||||
HST1367 1367 56716.83698 2.9640e-14 5.9000e-16 15.7336 0.0216 -1
|
||||
HST1367 1367 56718.82771 2.6750e-14 5.6000e-16 15.8450 0.0227 -1
|
||||
HST1367 1367 56720.14935 2.6010e-14 5.5000e-16 15.8755 0.0230 -1
|
||||
HST1367 1367 56721.01937 2.3760e-14 5.3000e-16 15.9737 0.0242 -1
|
||||
HST1367 1367 56722.08622 2.2250e-14 5.1000e-16 16.0450 0.0249 -1
|
||||
HST1367 1367 56723.13713 2.1870e-14 5.1000e-16 16.0637 0.0253 -1
|
||||
HST1367 1367 56726.06000 2.2960e-14 5.2000e-16 16.0109 0.0246 -1
|
||||
HST1367 1367 56727.05588 2.2720e-14 5.1000e-16 16.0223 0.0244 -1
|
||||
HST1367 1367 56727.78841 2.3070e-14 5.2000e-16 16.0057 0.0245 -1
|
||||
HST1367 1367 56728.91577 2.3910e-14 5.3000e-16 15.9669 0.0241 -1
|
||||
HST1367 1367 56729.77981 2.4540e-14 5.4000e-16 15.9386 0.0239 -1
|
||||
HST1367 1367 56730.84658 2.4220e-14 5.3000e-16 15.9529 0.0238 -1
|
||||
HST1367 1367 56731.97153 2.4690e-14 5.4000e-16 15.9320 0.0237 -1
|
||||
HST1367 1367 56732.90863 2.4390e-14 5.3000e-16 15.9453 0.0236 -1
|
||||
HST1367 1367 56733.84524 2.4940e-14 5.4000e-16 15.9211 0.0235 -1
|
||||
HST1367 1367 56734.84061 2.7630e-14 5.7000e-16 15.8098 0.0224 -1
|
||||
HST1367 1367 56735.84670 3.2430e-14 6.2000e-16 15.6359 0.0208 -1
|
||||
HST1367 1367 56736.43542 3.5780e-14 6.5000e-16 15.5292 0.0197 -1
|
||||
HST1367 1367 56737.68784 3.7880e-14 6.8000e-16 15.4673 0.0195 -1
|
||||
HST1367 1367 56738.50324 3.9910e-14 7.0000e-16 15.4106 0.0190 -1
|
||||
HST1367 1367 56739.67934 4.2460e-14 7.3000e-16 15.3434 0.0187 -1
|
||||
HST1367 1367 56740.36218 4.5440e-14 7.6000e-16 15.2697 0.0182 -1
|
||||
HST1367 1367 56741.34840 4.5230e-14 7.6000e-16 15.2747 0.0182 -1
|
||||
HST1367 1367 56744.40227 5.4350e-14 8.5000e-16 15.0753 0.0170 -1
|
||||
HST1367 1367 56745.25418 5.4790e-14 8.6000e-16 15.0665 0.0170 -1
|
||||
HST1367 1367 56746.24994 5.2540e-14 8.4000e-16 15.1121 0.0174 -1
|
||||
HST1367 1367 56747.17931 5.6590e-14 8.8000e-16 15.0315 0.0169 -1
|
||||
HST1367 1367 56748.24130 5.4970e-14 8.6000e-16 15.0630 0.0170 -1
|
||||
HST1367 1367 56749.17062 5.2830e-14 8.4000e-16 15.1061 0.0173 -1
|
||||
HST1367 1367 56750.30085 5.1550e-14 8.2000e-16 15.1327 0.0173 -1
|
||||
HST1367 1367 56751.16201 4.9370e-14 8.0000e-16 15.1796 0.0176 -1
|
||||
HST1367 1367 56752.02495 4.6720e-14 7.7000e-16 15.2395 0.0179 -1
|
||||
HST1367 1367 56753.02067 4.0890e-14 7.1000e-16 15.3843 0.0189 -1
|
||||
HST1367 1367 56753.97074 3.6190e-14 6.6000e-16 15.5168 0.0198 -1
|
||||
HST1367 1367 56755.21128 3.4460e-14 6.4000e-16 15.5700 0.0202 -1
|
||||
HST1367 1367 56756.14070 3.5460e-14 6.5000e-16 15.5390 0.0199 -1
|
||||
HST1367 1367 56757.13674 3.7260e-14 6.7000e-16 15.4852 0.0195 -1
|
||||
HST1367 1367 56759.26156 3.5860e-14 6.6000e-16 15.5268 0.0200 -1
|
||||
HST1367 1367 56760.12469 3.5680e-14 6.5000e-16 15.5322 0.0198 -1
|
||||
HST1367 1367 56761.05413 3.8880e-14 6.9000e-16 15.4390 0.0193 -1
|
||||
HST1367 1367 56762.11625 3.9110e-14 6.9000e-16 15.4326 0.0192 -1
|
||||
HST1367 1367 56763.04552 3.9320e-14 6.9000e-16 15.4268 0.0191 -1
|
||||
HST1367 1367 56764.24029 4.0430e-14 7.1000e-16 15.3965 0.0191 -1
|
||||
HST1367 1367 56765.16953 3.8300e-14 6.8000e-16 15.4553 0.0193 -1
|
||||
HST1367 1367 56765.96600 3.9490e-14 6.9000e-16 15.4221 0.0190 -1
|
||||
HST1367 1367 56767.02796 4.0830e-14 7.1000e-16 15.3859 0.0189 -1
|
||||
HST1367 1367 56768.08988 4.1420e-14 7.2000e-16 15.3703 0.0189 -1
|
||||
HST1367 1367 56769.15179 4.5280e-14 7.6000e-16 15.2735 0.0182 -1
|
||||
HST1367 1367 56770.08097 4.8510e-14 7.9000e-16 15.1987 0.0177 -1
|
||||
HST1367 1367 56771.07649 4.9790e-14 8.1000e-16 15.1704 0.0177 -1
|
||||
HST1367 1367 56772.00564 4.9650e-14 8.0000e-16 15.1735 0.0175 -1
|
||||
HST1367 1367 56773.06756 5.0550e-14 8.2000e-16 15.1540 0.0176 -1
|
||||
HST1367 1367 56773.99674 5.1020e-14 8.2000e-16 15.1440 0.0175 -1
|
||||
HST1367 1367 56774.59616 5.0040e-14 8.1000e-16 15.1650 0.0176 -1
|
||||
HST1367 1367 56775.59066 5.0330e-14 8.1000e-16 15.1587 0.0175 -1
|
||||
HST1367 1367 56776.72386 4.5960e-14 7.7000e-16 15.2574 0.0182 -1
|
||||
HST1367 1367 56777.44796 4.6320e-14 7.7000e-16 15.2489 0.0180 -1
|
||||
HST1367 1367 56778.45577 4.5450e-14 7.6000e-16 15.2695 0.0182 -1
|
||||
HST1367 1367 56779.43943 4.4310e-14 7.5000e-16 15.2970 0.0184 -1
|
||||
HST1367 1367 56780.45704 4.5560e-14 7.6000e-16 15.2668 0.0181 -1
|
||||
HST1367 1367 56781.36483 4.3530e-14 7.4000e-16 15.3163 0.0185 -1
|
||||
HST1367 1367 56782.37260 4.1350e-14 7.2000e-16 15.3721 0.0189 -1
|
||||
HST1367 1367 56783.35715 4.5280e-14 7.6000e-16 15.2735 0.0182 -1
|
||||
HST1367 1367 56784.75799 5.1180e-14 8.2000e-16 15.1406 0.0174 -1
|
||||
HST1367 1367 56785.75234 5.3550e-14 8.5000e-16 15.0914 0.0172 -1
|
||||
HST1367 1367 56786.69054 5.0370e-14 8.1000e-16 15.1579 0.0175 -1
|
||||
HST1367 1367 56787.28705 4.9370e-14 8.0000e-16 15.1796 0.0176 -1
|
||||
HST1367 1367 56788.28281 4.8820e-14 8.0000e-16 15.1918 0.0178 -1
|
||||
HST1367 1367 56789.27911 4.6090e-14 7.6000e-16 15.2543 0.0179 -1
|
||||
HST1367 1367 56790.27474 4.3350e-14 7.4000e-16 15.3208 0.0185 -1
|
||||
HST1367 1367 56791.27099 4.2890e-14 7.3000e-16 15.3324 0.0185 -1
|
||||
HST1367 1367 56792.26651 4.5530e-14 7.6000e-16 15.2676 0.0181 -1
|
||||
HST1367 1367 56793.19570 4.7410e-14 7.8000e-16 15.2236 0.0179 -1
|
||||
HST1367 1367 56794.19111 4.6430e-14 7.7000e-16 15.2463 0.0180 -1
|
||||
HST1367 1367 56795.25369 4.3640e-14 7.4000e-16 15.3136 0.0184 -1
|
||||
HST1367 1367 56796.10640 4.4230e-14 7.5000e-16 15.2990 0.0184 -1
|
||||
HST1367 1367 56797.07521 4.9360e-14 8.0000e-16 15.1799 0.0176 -1
|
||||
HST1367 1367 56798.10705 4.9480e-14 8.0000e-16 15.1772 0.0176 -1
|
||||
HST1367 1367 56799.15985 4.6920e-14 7.8000e-16 15.2349 0.0180 -1
|
||||
HST1367 1367 56800.02187 4.6220e-14 7.7000e-16 15.2512 0.0181 -1
|
||||
HST1367 1367 56801.02666 4.8090e-14 7.9000e-16 15.2082 0.0178 -1
|
||||
HST1367 1367 56802.02235 4.6330e-14 7.7000e-16 15.2486 0.0180 -1
|
||||
HST1367 1367 56803.00813 4.7940e-14 7.9000e-16 15.2116 0.0179 -1
|
||||
HST1367 1367 56804.99896 4.4730e-14 7.5000e-16 15.2868 0.0182 -1
|
||||
HST1367 1367 56805.99439 4.3460e-14 7.4000e-16 15.3181 0.0185 -1
|
||||
HST1367 1367 56807.12253 4.3450e-14 7.4000e-16 15.3183 0.0185 -1
|
||||
HST1367 1367 56808.05161 4.4780e-14 7.5000e-16 15.2856 0.0182 -1
|
||||
HST1367 1367 56809.11341 4.7070e-14 7.8000e-16 15.2314 0.0180 -1
|
||||
HST1367 1367 56809.90978 4.5730e-14 7.6000e-16 15.2628 0.0180 -1
|
||||
HST1367 1367 56810.83896 4.4650e-14 7.5000e-16 15.2887 0.0182 -1
|
||||
HST1367 1367 56812.03350 4.7190e-14 7.8000e-16 15.2287 0.0179 -1
|
||||
HST1367 1367 56812.96262 4.8090e-14 7.9000e-16 15.2082 0.0178 -1
|
||||
HST1367 1367 56814.09081 5.0040e-14 8.1000e-16 15.1650 0.0176 -1
|
||||
HST1367 1367 56814.88718 5.3240e-14 8.4000e-16 15.0977 0.0171 -1
|
||||
HST1367 1367 56816.08171 5.4860e-14 8.6000e-16 15.0652 0.0170 -1
|
||||
HST1367 1367 56816.94442 5.5760e-14 8.7000e-16 15.0475 0.0169 -1
|
||||
HST1367 1367 56817.93400 6.1860e-14 9.4000e-16 14.9348 0.0165 -1
|
||||
HST1367 1367 56818.93309 6.4740e-14 9.7000e-16 14.8854 0.0163 -1
|
||||
HST1367 1367 56819.73592 6.4630e-14 9.7000e-16 14.8872 0.0163 -1
|
||||
HST1367 1367 56820.99241 6.2060e-14 9.4000e-16 14.9313 0.0164 -1
|
||||
HST1367 1367 56821.85505 5.8880e-14 9.1000e-16 14.9884 0.0168 -1
|
||||
HST1367 1367 56822.79150 5.7360e-14 8.9000e-16 15.0168 0.0168 -1
|
||||
HST1367 1367 56823.84572 5.5530e-14 8.7000e-16 15.0520 0.0170 -1
|
||||
HST1367 1367 56824.64194 5.4250e-14 8.5000e-16 15.0773 0.0170 -1
|
||||
HST1367 1367 56825.64643 5.1330e-14 8.3000e-16 15.1374 0.0176 -1
|
||||
HST1367 1367 56826.89799 4.5880e-14 7.7000e-16 15.2592 0.0182 -1
|
||||
HST1367 1367 56827.76806 4.3710e-14 7.4000e-16 15.3119 0.0184 -1
|
||||
HST1367 1367 56828.49052 4.3940e-14 7.5000e-16 15.3062 0.0185 -1
|
||||
HST1367 1367 56829.61860 4.2040e-14 7.3000e-16 15.3541 0.0189 -1
|
||||
HST1367 1367 56830.48353 4.1100e-14 7.1000e-16 15.3787 0.0188 -1
|
||||
HST1367 1367 56831.67871 4.1710e-14 7.2000e-16 15.3627 0.0187 -1
|
||||
HST1367 1367 56832.27301 4.3800e-14 7.4000e-16 15.3096 0.0183 -1
|
||||
HST1367 1367 56833.79952 4.7650e-14 7.9000e-16 15.2181 0.0180 -1
|
||||
HST1367 1367 56834.79517 4.7380e-14 7.8000e-16 15.2243 0.0179 -1
|
||||
HST1367 1367 56835.79091 4.4550e-14 7.5000e-16 15.2912 0.0183 -1
|
||||
HST1367 1367 56836.21394 4.4340e-14 7.5000e-16 15.2963 0.0184 -1
|
||||
HST1367 1367 56837.65062 4.4310e-14 7.5000e-16 15.2970 0.0184 -1
|
||||
HST1367 1367 56838.18112 4.4490e-14 7.5000e-16 15.2926 0.0183 -1
|
||||
HST1367 1367 56839.20259 4.4500e-14 7.5000e-16 15.2924 0.0183 -1
|
||||
HST1367 1367 56840.13236 4.5200e-14 7.6000e-16 15.2755 0.0183 -1
|
||||
HST1367 1367 56841.19482 4.4420e-14 7.5000e-16 15.2944 0.0183 -1
|
||||
HST1367 1367 56842.19077 4.4690e-14 7.5000e-16 15.2878 0.0182 -1
|
||||
HST1367 1367 56843.12021 4.2310e-14 7.3000e-16 15.3472 0.0187 -1
|
||||
HST1367 1367 56844.18187 4.0820e-14 7.1000e-16 15.3861 0.0189 -1
|
||||
HST1367 1367 56845.02099 4.1050e-14 7.1000e-16 15.3800 0.0188 -1
|
||||
HST1367 1367 56846.10613 4.0330e-14 7.1000e-16 15.3992 0.0191 -1
|
||||
HST1367 1367 56847.03525 3.8870e-14 6.9000e-16 15.4393 0.0193 -1
|
||||
HST1367 1367 56848.03074 3.7960e-14 6.8000e-16 15.4650 0.0194 -1
|
||||
HST1367 1367 56849.09252 3.7100e-14 6.7000e-16 15.4899 0.0196 -1
|
||||
HST1367 1367 56849.99930 3.5540e-14 6.6000e-16 15.5365 0.0202 -1
|
||||
HST1367 1367 56850.93055 3.4260e-14 6.4000e-16 15.5763 0.0203 -1
|
||||
HST1367 1367 56851.92380 3.3770e-14 6.4000e-16 15.5920 0.0206 -1
|
||||
HST1367 1367 56852.91905 3.4190e-14 6.4000e-16 15.5786 0.0203 -1
|
||||
HST1367 1367 56854.05049 3.3240e-14 6.3000e-16 15.6091 0.0206 -1
|
||||
HST1367 1367 56855.04556 3.4570e-14 6.5000e-16 15.5666 0.0204 -1
|
||||
HST1367 1367 56856.17252 3.8000e-14 6.8000e-16 15.4638 0.0194 -1
|
||||
HST1367 1367 56857.16738 4.3300e-14 7.4000e-16 15.3221 0.0186 -1
|
||||
HST1367 1367 56858.09334 4.5130e-14 7.6000e-16 15.2771 0.0183 -1
|
||||
HST1367 1367 56858.89082 4.3890e-14 7.5000e-16 15.3074 0.0186 -1
|
||||
HST1367 1367 56860.08301 4.0790e-14 7.1000e-16 15.3869 0.0189 -1
|
||||
HST1367 1367 56860.94776 4.0430e-14 7.1000e-16 15.3965 0.0191 -1
|
||||
HST1367 1367 56861.81035 3.9860e-14 7.0000e-16 15.4120 0.0191 -1
|
||||
HST1367 1367 56862.87203 3.7410e-14 6.8000e-16 15.4808 0.0197 -1
|
||||
HST1367 1367 56863.86737 4.1040e-14 7.2000e-16 15.3803 0.0190 -1
|
||||
HST1367 1367 56864.86270 4.3310e-14 7.4000e-16 15.3218 0.0186 -1
|
||||
HST1367 1367 56865.92441 4.7080e-14 7.8000e-16 15.2312 0.0180 -1
|
||||
171
data/STORM_III/raw/separated/1479Å.tab
Normal file
171
data/STORM_III/raw/separated/1479Å.tab
Normal file
@ -0,0 +1,171 @@
|
||||
HST1479 1478 56690.64790 2.9700e-14 4.8000e-16 15.5611 0.0175 -1
|
||||
HST1479 1478 56691.57605 3.1600e-14 5.1000e-16 15.4938 0.0175 -1
|
||||
HST1479 1478 56692.40835 3.3000e-14 5.2000e-16 15.4468 0.0171 -1
|
||||
HST1479 1478 56693.33803 3.3000e-14 5.2000e-16 15.4468 0.0171 -1
|
||||
HST1479 1478 56695.31449 3.5400e-14 5.6000e-16 15.3705 0.0172 -1
|
||||
HST1479 1478 56696.26024 3.8700e-14 6.0000e-16 15.2738 0.0168 -1
|
||||
HST1479 1478 56697.32233 4.0000e-14 6.2000e-16 15.2379 0.0168 -1
|
||||
HST1479 1478 56698.31842 4.1100e-14 6.3000e-16 15.2084 0.0166 -1
|
||||
HST1479 1478 56699.24809 4.0300e-14 6.2000e-16 15.2298 0.0167 -1
|
||||
HST1479 1478 56700.24419 4.0100e-14 6.2000e-16 15.2352 0.0168 -1
|
||||
HST1479 1478 56701.37310 4.0800e-14 6.3000e-16 15.2164 0.0168 -1
|
||||
HST1479 1478 56702.16999 4.1000e-14 6.3000e-16 15.2111 0.0167 -1
|
||||
HST1479 1478 56703.16610 4.2000e-14 6.5000e-16 15.1849 0.0168 -1
|
||||
HST1479 1478 56705.35750 3.9500e-14 6.1000e-16 15.2515 0.0168 -1
|
||||
HST1479 1478 56706.22068 3.8600e-14 6.0000e-16 15.2766 0.0169 -1
|
||||
HST1479 1478 56707.21673 4.0300e-14 6.2000e-16 15.2298 0.0167 -1
|
||||
HST1479 1478 56708.27914 3.6800e-14 5.8000e-16 15.3284 0.0171 -1
|
||||
HST1479 1478 56709.27515 3.5200e-14 5.5000e-16 15.3767 0.0170 -1
|
||||
HST1479 1478 56710.27113 3.2100e-14 5.1000e-16 15.4768 0.0173 -1
|
||||
HST1479 1478 56711.13430 2.9800e-14 4.8000e-16 15.5575 0.0175 -1
|
||||
HST1479 1478 56712.19662 3.0300e-14 4.9000e-16 15.5394 0.0176 -1
|
||||
HST1479 1478 56713.19258 3.0700e-14 4.9000e-16 15.5252 0.0173 -1
|
||||
HST1479 1478 56714.25488 2.9900e-14 4.8000e-16 15.5539 0.0174 -1
|
||||
HST1479 1478 56715.07572 2.8100e-14 4.6000e-16 15.6213 0.0178 -1
|
||||
HST1479 1478 56715.93441 2.6600e-14 4.4000e-16 15.6808 0.0180 -1
|
||||
HST1479 1478 56716.89488 2.5000e-14 4.1000e-16 15.7482 0.0178 -1
|
||||
HST1479 1478 56718.88661 2.3600e-14 4.0000e-16 15.8108 0.0184 -1
|
||||
HST1479 1478 56720.16366 2.2600e-14 3.8000e-16 15.8578 0.0183 -1
|
||||
HST1479 1478 56721.05105 2.0700e-14 3.6000e-16 15.9531 0.0189 -1
|
||||
HST1479 1478 56722.11563 1.9400e-14 3.4000e-16 16.0235 0.0190 -1
|
||||
HST1479 1478 56723.15144 1.8600e-14 3.2000e-16 16.0693 0.0187 -1
|
||||
HST1479 1478 56726.07431 1.9600e-14 3.4000e-16 16.0124 0.0188 -1
|
||||
HST1479 1478 56727.07020 1.9100e-14 3.3000e-16 16.0405 0.0188 -1
|
||||
HST1479 1478 56727.85087 2.0000e-14 3.5000e-16 15.9905 0.0190 -1
|
||||
HST1479 1478 56728.95060 2.1000e-14 3.6000e-16 15.9375 0.0186 -1
|
||||
HST1479 1478 56729.84390 2.1500e-14 3.6000e-16 15.9119 0.0182 -1
|
||||
HST1479 1478 56730.90699 2.1700e-14 3.7000e-16 15.9019 0.0185 -1
|
||||
HST1479 1478 56731.98584 2.1600e-14 3.7000e-16 15.9069 0.0186 -1
|
||||
HST1479 1478 56732.96682 2.1200e-14 3.6000e-16 15.9272 0.0184 -1
|
||||
HST1479 1478 56733.89709 2.1700e-14 3.7000e-16 15.9019 0.0185 -1
|
||||
HST1479 1478 56734.89365 2.4600e-14 4.1000e-16 15.7657 0.0181 -1
|
||||
HST1479 1478 56735.89013 2.8500e-14 4.6000e-16 15.6059 0.0175 -1
|
||||
HST1479 1478 56736.47158 3.1800e-14 5.1000e-16 15.4870 0.0174 -1
|
||||
HST1479 1478 56737.72593 3.4100e-14 5.4000e-16 15.4112 0.0172 -1
|
||||
HST1479 1478 56738.56381 3.5900e-14 5.6000e-16 15.3553 0.0169 -1
|
||||
HST1479 1478 56739.71743 3.8800e-14 6.0000e-16 15.2710 0.0168 -1
|
||||
HST1479 1478 56740.41551 4.0800e-14 6.3000e-16 15.2164 0.0168 -1
|
||||
HST1479 1478 56741.38215 4.0800e-14 6.3000e-16 15.2164 0.0168 -1
|
||||
HST1479 1478 56744.43700 4.8700e-14 7.4000e-16 15.0242 0.0165 -1
|
||||
HST1479 1478 56745.26849 4.9100e-14 7.4000e-16 15.0153 0.0164 -1
|
||||
HST1479 1478 56746.26425 4.8500e-14 7.4000e-16 15.0287 0.0166 -1
|
||||
HST1479 1478 56747.19362 5.1000e-14 7.7000e-16 14.9741 0.0164 -1
|
||||
HST1479 1478 56748.25561 5.1100e-14 7.7000e-16 14.9720 0.0164 -1
|
||||
HST1479 1478 56749.18493 4.8000e-14 7.3000e-16 15.0399 0.0165 -1
|
||||
HST1479 1478 56750.31516 4.7100e-14 7.2000e-16 15.0605 0.0166 -1
|
||||
HST1479 1478 56751.17632 4.4500e-14 6.8000e-16 15.1221 0.0166 -1
|
||||
HST1479 1478 56752.03926 4.2600e-14 6.6000e-16 15.1695 0.0168 -1
|
||||
HST1479 1478 56753.03498 3.7000e-14 5.8000e-16 15.3225 0.0170 -1
|
||||
HST1479 1478 56754.01499 3.1900e-14 5.1000e-16 15.4836 0.0174 -1
|
||||
HST1479 1478 56755.22559 2.9800e-14 4.8000e-16 15.5575 0.0175 -1
|
||||
HST1479 1478 56756.15501 3.1200e-14 5.0000e-16 15.5077 0.0174 -1
|
||||
HST1479 1478 56757.15105 3.2100e-14 5.1000e-16 15.4768 0.0173 -1
|
||||
HST1479 1478 56759.27587 3.2600e-14 5.2000e-16 15.4600 0.0173 -1
|
||||
HST1479 1478 56760.13900 3.2200e-14 5.1000e-16 15.4734 0.0172 -1
|
||||
HST1479 1478 56761.06844 3.4100e-14 5.4000e-16 15.4112 0.0172 -1
|
||||
HST1479 1478 56762.13056 3.5300e-14 5.6000e-16 15.3736 0.0172 -1
|
||||
HST1479 1478 56763.05983 3.5400e-14 5.6000e-16 15.3705 0.0172 -1
|
||||
HST1479 1478 56764.25460 3.5300e-14 5.6000e-16 15.3736 0.0172 -1
|
||||
HST1479 1478 56765.18385 3.4700e-14 5.5000e-16 15.3922 0.0172 -1
|
||||
HST1479 1478 56765.98031 3.5500e-14 5.6000e-16 15.3675 0.0171 -1
|
||||
HST1479 1478 56767.04227 3.6200e-14 5.7000e-16 15.3463 0.0171 -1
|
||||
HST1479 1478 56768.10419 3.7500e-14 5.8000e-16 15.3080 0.0168 -1
|
||||
HST1479 1478 56769.16610 4.0900e-14 6.3000e-16 15.2137 0.0167 -1
|
||||
HST1479 1478 56770.09528 4.2600e-14 6.6000e-16 15.1695 0.0168 -1
|
||||
HST1479 1478 56771.09080 4.4200e-14 6.8000e-16 15.1295 0.0167 -1
|
||||
HST1479 1478 56772.01995 4.5500e-14 7.0000e-16 15.0980 0.0167 -1
|
||||
HST1479 1478 56773.08187 4.5300e-14 7.0000e-16 15.1028 0.0168 -1
|
||||
HST1479 1478 56774.01105 4.6100e-14 7.0000e-16 15.0838 0.0165 -1
|
||||
HST1479 1478 56774.65909 4.5100e-14 6.9000e-16 15.1076 0.0166 -1
|
||||
HST1479 1478 56775.65449 4.4500e-14 6.8000e-16 15.1221 0.0166 -1
|
||||
HST1479 1478 56776.78283 4.1400e-14 6.4000e-16 15.2005 0.0168 -1
|
||||
HST1479 1478 56777.46227 4.2000e-14 6.5000e-16 15.1849 0.0168 -1
|
||||
HST1479 1478 56778.48484 4.1300e-14 6.4000e-16 15.2032 0.0168 -1
|
||||
HST1479 1478 56779.45374 4.0000e-14 6.2000e-16 15.2379 0.0168 -1
|
||||
HST1479 1478 56780.50969 4.1200e-14 6.4000e-16 15.2058 0.0169 -1
|
||||
HST1479 1478 56781.37914 4.0400e-14 6.3000e-16 15.2271 0.0169 -1
|
||||
HST1479 1478 56782.41322 3.9500e-14 6.1000e-16 15.2515 0.0168 -1
|
||||
HST1479 1478 56783.37146 4.1700e-14 6.4000e-16 15.1927 0.0167 -1
|
||||
HST1479 1478 56784.81696 4.6500e-14 7.1000e-16 15.0744 0.0166 -1
|
||||
HST1479 1478 56785.81330 4.8300e-14 7.4000e-16 15.0332 0.0166 -1
|
||||
HST1479 1478 56786.74321 4.5800e-14 7.0000e-16 15.0909 0.0166 -1
|
||||
HST1479 1478 56787.32382 4.5500e-14 7.0000e-16 15.0980 0.0167 -1
|
||||
HST1479 1478 56788.31941 4.4400e-14 6.8000e-16 15.1246 0.0166 -1
|
||||
HST1479 1478 56789.31518 4.3000e-14 6.6000e-16 15.1594 0.0167 -1
|
||||
HST1479 1478 56790.31076 4.0200e-14 6.2000e-16 15.2325 0.0167 -1
|
||||
HST1479 1478 56791.30657 4.0700e-14 6.3000e-16 15.2191 0.0168 -1
|
||||
HST1479 1478 56792.30214 4.3400e-14 6.7000e-16 15.1493 0.0168 -1
|
||||
HST1479 1478 56793.22907 4.5100e-14 6.9000e-16 15.1076 0.0166 -1
|
||||
HST1479 1478 56794.22449 4.3100e-14 6.6000e-16 15.1568 0.0166 -1
|
||||
HST1479 1478 56795.28855 4.0600e-14 6.3000e-16 15.2217 0.0168 -1
|
||||
HST1479 1478 56796.12069 4.1000e-14 6.3000e-16 15.2111 0.0167 -1
|
||||
HST1479 1478 56797.10545 4.4300e-14 6.8000e-16 15.1270 0.0167 -1
|
||||
HST1479 1478 56798.13794 4.4600e-14 6.8000e-16 15.1197 0.0166 -1
|
||||
HST1479 1478 56799.17406 4.3100e-14 6.6000e-16 15.1568 0.0166 -1
|
||||
HST1479 1478 56800.03617 4.3000e-14 6.6000e-16 15.1594 0.0167 -1
|
||||
HST1479 1478 56801.05698 4.3700e-14 6.7000e-16 15.1418 0.0166 -1
|
||||
HST1479 1478 56802.05259 4.3300e-14 6.7000e-16 15.1518 0.0168 -1
|
||||
HST1479 1478 56803.02233 4.2600e-14 6.6000e-16 15.1695 0.0168 -1
|
||||
HST1479 1478 56805.01317 4.0800e-14 6.3000e-16 15.2164 0.0168 -1
|
||||
HST1479 1478 56806.00868 4.0000e-14 6.2000e-16 15.2379 0.0168 -1
|
||||
HST1479 1478 56807.13673 3.9600e-14 6.1000e-16 15.2488 0.0167 -1
|
||||
HST1479 1478 56808.06590 4.0900e-14 6.3000e-16 15.2137 0.0167 -1
|
||||
HST1479 1478 56809.12761 4.2200e-14 6.5000e-16 15.1798 0.0167 -1
|
||||
HST1479 1478 56809.92407 4.1200e-14 6.4000e-16 15.2058 0.0169 -1
|
||||
HST1479 1478 56810.85316 4.0800e-14 6.3000e-16 15.2164 0.0168 -1
|
||||
HST1479 1478 56812.04780 4.2300e-14 6.5000e-16 15.1772 0.0167 -1
|
||||
HST1479 1478 56812.97682 4.3000e-14 6.6000e-16 15.1594 0.0167 -1
|
||||
HST1479 1478 56814.10510 4.4000e-14 6.7000e-16 15.1344 0.0165 -1
|
||||
HST1479 1478 56814.90138 4.6800e-14 7.1000e-16 15.0674 0.0165 -1
|
||||
HST1479 1478 56816.09600 4.8000e-14 7.3000e-16 15.0399 0.0165 -1
|
||||
HST1479 1478 56816.95862 5.0200e-14 7.6000e-16 14.9913 0.0164 -1
|
||||
HST1479 1478 56817.94829 5.6100e-14 8.4000e-16 14.8706 0.0163 -1
|
||||
HST1479 1478 56818.94729 5.8300e-14 8.8000e-16 14.8289 0.0164 -1
|
||||
HST1479 1478 56819.76880 5.8800e-14 8.8000e-16 14.8196 0.0162 -1
|
||||
HST1479 1478 56821.00661 5.5000e-14 8.3000e-16 14.8921 0.0164 -1
|
||||
HST1479 1478 56821.86934 5.3800e-14 8.1000e-16 14.9161 0.0163 -1
|
||||
HST1479 1478 56822.82277 5.1500e-14 7.8000e-16 14.9635 0.0164 -1
|
||||
HST1479 1478 56823.86001 5.1200e-14 7.8000e-16 14.9699 0.0165 -1
|
||||
HST1479 1478 56824.67694 5.0200e-14 7.6000e-16 14.9913 0.0164 -1
|
||||
HST1479 1478 56825.70221 4.7900e-14 7.3000e-16 15.0422 0.0165 -1
|
||||
HST1479 1478 56826.91219 4.2300e-14 6.5000e-16 15.1772 0.0167 -1
|
||||
HST1479 1478 56827.79938 3.9600e-14 6.2000e-16 15.2488 0.0170 -1
|
||||
HST1479 1478 56828.55547 3.9400e-14 6.1000e-16 15.2543 0.0168 -1
|
||||
HST1479 1478 56829.68355 3.7400e-14 5.8000e-16 15.3109 0.0168 -1
|
||||
HST1479 1478 56830.54623 3.6300e-14 5.7000e-16 15.3433 0.0170 -1
|
||||
HST1479 1478 56831.71228 3.8200e-14 6.0000e-16 15.2879 0.0171 -1
|
||||
HST1479 1478 56832.28721 3.8700e-14 6.0000e-16 15.2738 0.0168 -1
|
||||
HST1479 1478 56833.81381 4.2300e-14 6.5000e-16 15.1772 0.0167 -1
|
||||
HST1479 1478 56834.80937 4.2400e-14 6.5000e-16 15.1746 0.0166 -1
|
||||
HST1479 1478 56835.80520 3.9200e-14 6.1000e-16 15.2598 0.0169 -1
|
||||
HST1479 1478 56836.25955 3.8700e-14 6.0000e-16 15.2738 0.0168 -1
|
||||
HST1479 1478 56837.68533 3.9500e-14 6.1000e-16 15.2515 0.0168 -1
|
||||
HST1479 1478 56838.19532 3.8600e-14 6.0000e-16 15.2766 0.0169 -1
|
||||
HST1479 1478 56839.26255 4.0000e-14 6.2000e-16 15.2379 0.0168 -1
|
||||
HST1479 1478 56840.18170 3.9800e-14 6.2000e-16 15.2433 0.0169 -1
|
||||
HST1479 1478 56841.25291 3.9700e-14 6.1000e-16 15.2461 0.0167 -1
|
||||
HST1479 1478 56842.24804 3.9600e-14 6.2000e-16 15.2488 0.0170 -1
|
||||
HST1479 1478 56843.17307 3.7700e-14 5.9000e-16 15.3022 0.0170 -1
|
||||
HST1479 1478 56844.23874 3.6500e-14 5.7000e-16 15.3373 0.0170 -1
|
||||
HST1479 1478 56845.03528 3.5300e-14 5.5000e-16 15.3736 0.0169 -1
|
||||
HST1479 1478 56846.15860 3.5600e-14 5.6000e-16 15.3644 0.0171 -1
|
||||
HST1479 1478 56847.08350 3.4800e-14 5.5000e-16 15.3891 0.0172 -1
|
||||
HST1479 1478 56848.07879 3.4000e-14 5.4000e-16 15.4143 0.0172 -1
|
||||
HST1479 1478 56849.14464 3.2300e-14 5.1000e-16 15.4700 0.0171 -1
|
||||
HST1479 1478 56850.01350 3.1700e-14 5.1000e-16 15.4904 0.0175 -1
|
||||
HST1479 1478 56850.94484 3.0500e-14 4.9000e-16 15.5323 0.0174 -1
|
||||
HST1479 1478 56851.93800 2.9600e-14 4.8000e-16 15.5648 0.0176 -1
|
||||
HST1479 1478 56852.93334 3.0800e-14 4.9000e-16 15.5217 0.0173 -1
|
||||
HST1479 1478 56854.06469 2.9200e-14 4.7000e-16 15.5796 0.0175 -1
|
||||
HST1479 1478 56855.05985 3.0100e-14 4.9000e-16 15.5466 0.0177 -1
|
||||
HST1479 1478 56856.18672 3.4000e-14 5.4000e-16 15.4143 0.0172 -1
|
||||
HST1479 1478 56857.18167 3.8500e-14 6.0000e-16 15.2794 0.0169 -1
|
||||
HST1479 1478 56858.10754 4.0500e-14 6.3000e-16 15.2244 0.0169 -1
|
||||
HST1479 1478 56858.90512 3.9500e-14 6.1000e-16 15.2515 0.0168 -1
|
||||
HST1479 1478 56860.09721 3.7000e-14 5.8000e-16 15.3225 0.0170 -1
|
||||
HST1479 1478 56860.96205 3.7300e-14 5.8000e-16 15.3138 0.0169 -1
|
||||
HST1479 1478 56861.82455 3.5200e-14 5.6000e-16 15.3767 0.0173 -1
|
||||
HST1479 1478 56862.88632 3.3200e-14 5.3000e-16 15.4402 0.0173 -1
|
||||
HST1479 1478 56863.88157 3.6700e-14 5.8000e-16 15.3314 0.0172 -1
|
||||
HST1479 1478 56864.87699 3.8200e-14 6.0000e-16 15.2879 0.0171 -1
|
||||
HST1479 1478 56865.93861 4.2400e-14 6.5000e-16 15.1746 0.0166 -1
|
||||
171
data/STORM_III/raw/separated/1746Å.tab
Normal file
171
data/STORM_III/raw/separated/1746Å.tab
Normal file
@ -0,0 +1,171 @@
|
||||
HST1746 1745 56690.64790 2.6700e-14 6.3000e-16 15.3156 0.0256 -1
|
||||
HST1746 1745 56691.57605 2.7900e-14 6.4000e-16 15.2679 0.0249 -1
|
||||
HST1746 1745 56692.40835 3.0400e-14 6.8000e-16 15.1747 0.0243 -1
|
||||
HST1746 1745 56693.33803 3.0400e-14 6.7000e-16 15.1747 0.0239 -1
|
||||
HST1746 1745 56695.31449 3.1900e-14 7.1000e-16 15.1224 0.0242 -1
|
||||
HST1746 1745 56696.26024 3.4200e-14 7.4000e-16 15.0469 0.0235 -1
|
||||
HST1746 1745 56697.32233 3.5000e-14 7.4000e-16 15.0218 0.0230 -1
|
||||
HST1746 1745 56698.31842 3.6000e-14 7.5000e-16 14.9912 0.0226 -1
|
||||
HST1746 1745 56699.24809 3.5100e-14 7.4000e-16 15.0187 0.0229 -1
|
||||
HST1746 1745 56700.24419 3.6500e-14 7.7000e-16 14.9762 0.0229 -1
|
||||
HST1746 1745 56701.37310 3.6000e-14 7.6000e-16 14.9912 0.0229 -1
|
||||
HST1746 1745 56702.16999 3.6000e-14 7.5000e-16 14.9912 0.0226 -1
|
||||
HST1746 1745 56703.16610 3.6300e-14 7.6000e-16 14.9822 0.0227 -1
|
||||
HST1746 1745 56705.35750 3.5900e-14 7.6000e-16 14.9942 0.0230 -1
|
||||
HST1746 1745 56706.22068 3.4900e-14 7.4000e-16 15.0249 0.0230 -1
|
||||
HST1746 1745 56707.21673 3.6000e-14 7.5000e-16 14.9912 0.0226 -1
|
||||
HST1746 1745 56708.27914 3.3300e-14 7.3000e-16 15.0758 0.0238 -1
|
||||
HST1746 1745 56709.27515 3.3200e-14 7.2000e-16 15.0791 0.0235 -1
|
||||
HST1746 1745 56710.27113 2.8900e-14 6.6000e-16 15.2297 0.0248 -1
|
||||
HST1746 1745 56711.13430 2.7000e-14 6.3000e-16 15.3035 0.0253 -1
|
||||
HST1746 1745 56712.19662 2.8100e-14 6.6000e-16 15.2602 0.0255 -1
|
||||
HST1746 1745 56713.19258 2.8100e-14 6.5000e-16 15.2602 0.0251 -1
|
||||
HST1746 1745 56714.25488 2.7000e-14 6.3000e-16 15.3035 0.0253 -1
|
||||
HST1746 1745 56715.07572 2.6100e-14 6.3000e-16 15.3403 0.0262 -1
|
||||
HST1746 1745 56715.93441 2.5200e-14 6.2000e-16 15.3784 0.0267 -1
|
||||
HST1746 1745 56716.89488 2.3300e-14 5.9000e-16 15.4635 0.0275 -1
|
||||
HST1746 1745 56718.88661 2.1600e-14 5.7000e-16 15.5458 0.0287 -1
|
||||
HST1746 1745 56720.16366 2.0900e-14 5.6000e-16 15.5816 0.0291 -1
|
||||
HST1746 1745 56721.05105 1.9000e-14 5.3000e-16 15.6850 0.0303 -1
|
||||
HST1746 1745 56722.11563 1.8500e-14 5.2000e-16 15.7140 0.0305 -1
|
||||
HST1746 1745 56723.15144 1.7400e-14 5.1000e-16 15.7806 0.0318 -1
|
||||
HST1746 1745 56726.07431 1.9100e-14 5.4000e-16 15.6793 0.0307 -1
|
||||
HST1746 1745 56727.07020 1.8100e-14 5.2000e-16 15.7377 0.0312 -1
|
||||
HST1746 1745 56727.85087 1.8600e-14 5.2000e-16 15.7081 0.0304 -1
|
||||
HST1746 1745 56728.95060 1.9400e-14 5.3000e-16 15.6624 0.0297 -1
|
||||
HST1746 1745 56729.84390 1.9700e-14 5.4000e-16 15.6458 0.0298 -1
|
||||
HST1746 1745 56730.90699 2.0100e-14 5.4000e-16 15.6239 0.0292 -1
|
||||
HST1746 1745 56731.98584 1.9900e-14 5.4000e-16 15.6348 0.0295 -1
|
||||
HST1746 1745 56732.96682 1.9900e-14 5.5000e-16 15.6348 0.0300 -1
|
||||
HST1746 1745 56733.89709 2.0000e-14 5.4000e-16 15.6293 0.0293 -1
|
||||
HST1746 1745 56734.89365 2.2700e-14 5.8000e-16 15.4919 0.0277 -1
|
||||
HST1746 1745 56735.89013 2.5600e-14 6.3000e-16 15.3613 0.0267 -1
|
||||
HST1746 1745 56736.47158 2.8500e-14 6.5000e-16 15.2448 0.0248 -1
|
||||
HST1746 1745 56737.72593 2.9800e-14 6.7000e-16 15.1964 0.0244 -1
|
||||
HST1746 1745 56738.56381 3.2300e-14 7.1000e-16 15.1089 0.0239 -1
|
||||
HST1746 1745 56739.71743 3.3600e-14 7.3000e-16 15.0661 0.0236 -1
|
||||
HST1746 1745 56740.41551 3.5900e-14 7.5000e-16 14.9942 0.0227 -1
|
||||
HST1746 1745 56741.38215 3.5700e-14 7.5000e-16 15.0003 0.0228 -1
|
||||
HST1746 1745 56744.43700 4.1600e-14 8.3000e-16 14.8342 0.0217 -1
|
||||
HST1746 1745 56745.26849 4.1500e-14 8.3000e-16 14.8368 0.0217 -1
|
||||
HST1746 1745 56746.26425 4.2300e-14 8.4000e-16 14.8161 0.0216 -1
|
||||
HST1746 1745 56747.19362 4.3700e-14 8.7000e-16 14.7807 0.0216 -1
|
||||
HST1746 1745 56748.25561 4.2400e-14 8.4000e-16 14.8135 0.0215 -1
|
||||
HST1746 1745 56749.18493 4.0900e-14 8.2000e-16 14.8526 0.0218 -1
|
||||
HST1746 1745 56750.31516 4.0800e-14 8.1000e-16 14.8553 0.0216 -1
|
||||
HST1746 1745 56751.17632 3.8400e-14 7.9000e-16 14.9211 0.0223 -1
|
||||
HST1746 1745 56752.03926 3.7400e-14 7.7000e-16 14.9497 0.0224 -1
|
||||
HST1746 1745 56753.03498 3.4200e-14 7.4000e-16 15.0469 0.0235 -1
|
||||
HST1746 1745 56754.01499 2.9600e-14 6.7000e-16 15.2037 0.0246 -1
|
||||
HST1746 1745 56755.22559 2.6900e-14 6.4000e-16 15.3075 0.0258 -1
|
||||
HST1746 1745 56756.15501 2.8500e-14 6.6000e-16 15.2448 0.0251 -1
|
||||
HST1746 1745 56757.15105 2.9800e-14 6.8000e-16 15.1964 0.0248 -1
|
||||
HST1746 1745 56759.27587 2.9600e-14 6.7000e-16 15.2037 0.0246 -1
|
||||
HST1746 1745 56760.13900 2.8400e-14 6.6000e-16 15.2486 0.0252 -1
|
||||
HST1746 1745 56761.06844 3.1100e-14 7.0000e-16 15.1500 0.0244 -1
|
||||
HST1746 1745 56762.13056 3.0900e-14 6.9000e-16 15.1570 0.0242 -1
|
||||
HST1746 1745 56763.05983 3.2000e-14 7.1000e-16 15.1190 0.0241 -1
|
||||
HST1746 1745 56764.25460 3.1900e-14 7.1000e-16 15.1224 0.0242 -1
|
||||
HST1746 1745 56765.18385 3.1100e-14 6.9000e-16 15.1500 0.0241 -1
|
||||
HST1746 1745 56765.98031 3.1900e-14 7.0000e-16 15.1224 0.0238 -1
|
||||
HST1746 1745 56767.04227 3.3700e-14 7.4000e-16 15.0628 0.0238 -1
|
||||
HST1746 1745 56768.10419 3.2600e-14 7.1000e-16 15.0989 0.0236 -1
|
||||
HST1746 1745 56769.16610 3.5200e-14 7.5000e-16 15.0156 0.0231 -1
|
||||
HST1746 1745 56770.09528 3.6800e-14 7.7000e-16 14.9673 0.0227 -1
|
||||
HST1746 1745 56771.09080 3.8000e-14 7.9000e-16 14.9325 0.0226 -1
|
||||
HST1746 1745 56772.01995 3.9500e-14 8.0000e-16 14.8904 0.0220 -1
|
||||
HST1746 1745 56773.08187 3.8800e-14 8.0000e-16 14.9098 0.0224 -1
|
||||
HST1746 1745 56774.01105 3.9400e-14 8.1000e-16 14.8932 0.0223 -1
|
||||
HST1746 1745 56774.65909 3.9200e-14 8.0000e-16 14.8987 0.0222 -1
|
||||
HST1746 1745 56775.65449 3.8400e-14 7.9000e-16 14.9211 0.0223 -1
|
||||
HST1746 1745 56776.78283 3.7300e-14 7.8000e-16 14.9527 0.0227 -1
|
||||
HST1746 1745 56777.46227 3.7400e-14 7.8000e-16 14.9497 0.0226 -1
|
||||
HST1746 1745 56778.48484 3.6800e-14 7.8000e-16 14.9673 0.0230 -1
|
||||
HST1746 1745 56779.45374 3.4900e-14 7.5000e-16 15.0249 0.0233 -1
|
||||
HST1746 1745 56780.50969 3.5600e-14 7.5000e-16 15.0033 0.0229 -1
|
||||
HST1746 1745 56781.37914 3.5700e-14 7.5000e-16 15.0003 0.0228 -1
|
||||
HST1746 1745 56782.41322 3.4400e-14 7.4000e-16 15.0405 0.0234 -1
|
||||
HST1746 1745 56783.37146 3.5100e-14 7.5000e-16 15.0187 0.0232 -1
|
||||
HST1746 1745 56784.81696 3.9200e-14 8.1000e-16 14.8987 0.0224 -1
|
||||
HST1746 1745 56785.81330 4.1600e-14 8.3000e-16 14.8342 0.0217 -1
|
||||
HST1746 1745 56786.74321 4.0400e-14 8.2000e-16 14.8660 0.0220 -1
|
||||
HST1746 1745 56787.32382 3.9100e-14 8.1000e-16 14.9015 0.0225 -1
|
||||
HST1746 1745 56788.31941 3.8400e-14 8.0000e-16 14.9211 0.0226 -1
|
||||
HST1746 1745 56789.31518 3.6900e-14 7.7000e-16 14.9644 0.0227 -1
|
||||
HST1746 1745 56790.31076 3.4900e-14 7.4000e-16 15.0249 0.0230 -1
|
||||
HST1746 1745 56791.30657 3.4500e-14 7.4000e-16 15.0374 0.0233 -1
|
||||
HST1746 1745 56792.30214 3.5200e-14 7.5000e-16 15.0156 0.0231 -1
|
||||
HST1746 1745 56793.22907 3.7600e-14 7.9000e-16 14.9440 0.0228 -1
|
||||
HST1746 1745 56794.22449 3.6600e-14 7.7000e-16 14.9732 0.0228 -1
|
||||
HST1746 1745 56795.28855 3.4200e-14 7.4000e-16 15.0469 0.0235 -1
|
||||
HST1746 1745 56796.12069 3.4800e-14 7.5000e-16 15.0280 0.0234 -1
|
||||
HST1746 1745 56797.10545 3.8400e-14 7.9000e-16 14.9211 0.0223 -1
|
||||
HST1746 1745 56798.13794 3.7600e-14 7.8000e-16 14.9440 0.0225 -1
|
||||
HST1746 1745 56799.17406 3.6600e-14 7.8000e-16 14.9732 0.0231 -1
|
||||
HST1746 1745 56800.03617 3.6300e-14 7.8000e-16 14.9822 0.0233 -1
|
||||
HST1746 1745 56801.05698 3.6900e-14 7.7000e-16 14.9644 0.0227 -1
|
||||
HST1746 1745 56802.05259 3.6500e-14 7.7000e-16 14.9762 0.0229 -1
|
||||
HST1746 1745 56803.02233 3.6700e-14 7.8000e-16 14.9703 0.0231 -1
|
||||
HST1746 1745 56805.01317 3.5100e-14 7.5000e-16 15.0187 0.0232 -1
|
||||
HST1746 1745 56806.00868 3.5500e-14 7.6000e-16 15.0064 0.0232 -1
|
||||
HST1746 1745 56807.13673 3.5700e-14 7.6000e-16 15.0003 0.0231 -1
|
||||
HST1746 1745 56808.06590 3.6200e-14 7.6000e-16 14.9852 0.0228 -1
|
||||
HST1746 1745 56809.12761 3.7600e-14 7.8000e-16 14.9440 0.0225 -1
|
||||
HST1746 1745 56809.92407 3.7100e-14 7.7000e-16 14.9585 0.0225 -1
|
||||
HST1746 1745 56810.85316 3.5900e-14 7.7000e-16 14.9942 0.0233 -1
|
||||
HST1746 1745 56812.04780 3.7500e-14 7.9000e-16 14.9468 0.0229 -1
|
||||
HST1746 1745 56812.97682 3.7900e-14 7.9000e-16 14.9353 0.0226 -1
|
||||
HST1746 1745 56814.10510 3.9700e-14 8.2000e-16 14.8849 0.0224 -1
|
||||
HST1746 1745 56814.90138 4.0900e-14 8.3000e-16 14.8526 0.0220 -1
|
||||
HST1746 1745 56816.09600 4.3000e-14 8.5000e-16 14.7983 0.0215 -1
|
||||
HST1746 1745 56816.95862 4.4600e-14 8.8000e-16 14.7586 0.0214 -1
|
||||
HST1746 1745 56817.94829 4.8100e-14 9.3000e-16 14.6766 0.0210 -1
|
||||
HST1746 1745 56818.94729 4.9600e-14 9.4000e-16 14.6432 0.0206 -1
|
||||
HST1746 1745 56819.76880 5.0800e-14 9.6000e-16 14.6173 0.0205 -1
|
||||
HST1746 1745 56821.00661 4.7900e-14 9.3000e-16 14.6811 0.0211 -1
|
||||
HST1746 1745 56821.86934 4.6900e-14 9.1000e-16 14.7040 0.0211 -1
|
||||
HST1746 1745 56822.82277 4.4800e-14 8.7000e-16 14.7537 0.0211 -1
|
||||
HST1746 1745 56823.86001 4.4000e-14 8.8000e-16 14.7733 0.0217 -1
|
||||
HST1746 1745 56824.67694 4.4200e-14 8.7000e-16 14.7684 0.0214 -1
|
||||
HST1746 1745 56825.70221 4.2400e-14 8.5000e-16 14.8135 0.0218 -1
|
||||
HST1746 1745 56826.91219 3.8300e-14 7.9000e-16 14.9239 0.0224 -1
|
||||
HST1746 1745 56827.79938 3.6400e-14 7.7000e-16 14.9792 0.0230 -1
|
||||
HST1746 1745 56828.55547 3.5200e-14 7.5000e-16 15.0156 0.0231 -1
|
||||
HST1746 1745 56829.68355 3.3600e-14 7.4000e-16 15.0661 0.0239 -1
|
||||
HST1746 1745 56830.54623 3.3000e-14 7.3000e-16 15.0856 0.0240 -1
|
||||
HST1746 1745 56831.71228 3.4800e-14 7.5000e-16 15.0280 0.0234 -1
|
||||
HST1746 1745 56832.28721 3.4600e-14 7.4000e-16 15.0342 0.0232 -1
|
||||
HST1746 1745 56833.81381 3.7500e-14 7.9000e-16 14.9468 0.0229 -1
|
||||
HST1746 1745 56834.80937 3.7800e-14 7.9000e-16 14.9382 0.0227 -1
|
||||
HST1746 1745 56835.80520 3.6200e-14 7.7000e-16 14.9852 0.0231 -1
|
||||
HST1746 1745 56836.25955 3.5900e-14 7.6000e-16 14.9942 0.0230 -1
|
||||
HST1746 1745 56837.68533 3.6200e-14 7.6000e-16 14.9852 0.0228 -1
|
||||
HST1746 1745 56838.19532 3.5200e-14 7.6000e-16 15.0156 0.0234 -1
|
||||
HST1746 1745 56839.26255 3.5500e-14 7.7000e-16 15.0064 0.0235 -1
|
||||
HST1746 1745 56840.18170 3.6500e-14 7.7000e-16 14.9762 0.0229 -1
|
||||
HST1746 1745 56841.25291 3.6400e-14 7.8000e-16 14.9792 0.0233 -1
|
||||
HST1746 1745 56842.24804 3.6300e-14 7.7000e-16 14.9822 0.0230 -1
|
||||
HST1746 1745 56843.17307 3.4600e-14 7.6000e-16 15.0342 0.0238 -1
|
||||
HST1746 1745 56844.23874 3.3600e-14 7.3000e-16 15.0661 0.0236 -1
|
||||
HST1746 1745 56845.03528 3.2500e-14 7.3000e-16 15.1022 0.0244 -1
|
||||
HST1746 1745 56846.15860 3.2400e-14 7.2000e-16 15.1056 0.0241 -1
|
||||
HST1746 1745 56847.08350 3.1800e-14 7.2000e-16 15.1259 0.0246 -1
|
||||
HST1746 1745 56848.07879 3.1600e-14 7.1000e-16 15.1327 0.0244 -1
|
||||
HST1746 1745 56849.14464 3.1200e-14 7.0000e-16 15.1465 0.0244 -1
|
||||
HST1746 1745 56850.01350 2.9200e-14 6.8000e-16 15.2185 0.0253 -1
|
||||
HST1746 1745 56850.94484 2.8400e-14 6.6000e-16 15.2486 0.0252 -1
|
||||
HST1746 1745 56851.93800 2.8000e-14 6.6000e-16 15.2640 0.0256 -1
|
||||
HST1746 1745 56852.93334 2.7500e-14 6.6000e-16 15.2836 0.0261 -1
|
||||
HST1746 1745 56854.06469 2.7400e-14 6.5000e-16 15.2875 0.0258 -1
|
||||
HST1746 1745 56855.05985 2.8100e-14 6.6000e-16 15.2602 0.0255 -1
|
||||
HST1746 1745 56856.18672 3.0100e-14 6.8000e-16 15.1855 0.0245 -1
|
||||
HST1746 1745 56857.18167 3.2700e-14 7.3000e-16 15.0956 0.0242 -1
|
||||
HST1746 1745 56858.10754 3.5000e-14 7.5000e-16 15.0218 0.0233 -1
|
||||
HST1746 1745 56858.90512 3.5000e-14 7.6000e-16 15.0218 0.0236 -1
|
||||
HST1746 1745 56860.09721 3.3200e-14 7.2000e-16 15.0791 0.0235 -1
|
||||
HST1746 1745 56860.96205 3.3500e-14 7.4000e-16 15.0693 0.0240 -1
|
||||
HST1746 1745 56861.82455 3.1200e-14 7.0000e-16 15.1465 0.0244 -1
|
||||
HST1746 1745 56862.88632 3.0200e-14 6.9000e-16 15.1819 0.0248 -1
|
||||
HST1746 1745 56863.88157 3.2900e-14 7.3000e-16 15.0889 0.0241 -1
|
||||
HST1746 1745 56864.87699 3.4200e-14 7.5000e-16 15.0469 0.0238 -1
|
||||
HST1746 1745 56865.93861 3.7600e-14 7.8000e-16 14.9440 0.0225 -1
|
||||
284
data/STORM_III/raw/separated/1928Å.tab
Normal file
284
data/STORM_III/raw/separated/1928Å.tab
Normal file
@ -0,0 +1,284 @@
|
||||
UVW2 1928 56690.43005 2.7100e-14 6.0200e-16 15.0842 0.0241 -1
|
||||
UVW2 1928 56698.36533 3.2800e-14 6.9800e-16 14.8769 0.0231 -1
|
||||
UVW2 1928 56699.56636 3.1900e-14 7.1500e-16 14.9071 0.0243 -1
|
||||
UVW2 1928 56706.49053 3.2700e-14 7.1000e-16 14.8802 0.0236 -1
|
||||
UVW2 1928 56708.23256 3.1100e-14 6.7800e-16 14.9347 0.0237 -1
|
||||
UVW2 1928 56709.56658 3.0800e-14 7.6800e-16 14.9452 0.0271 -1
|
||||
UVW2 1928 56710.10859 2.9700e-14 6.9200e-16 14.9847 0.0253 -1
|
||||
UVW2 1928 56710.17059 2.9700e-14 6.9900e-16 14.9847 0.0256 -1
|
||||
UVW2 1928 56710.63959 2.7900e-14 6.4800e-16 15.0526 0.0252 -1
|
||||
UVW2 1928 56711.02660 2.9000e-14 6.8800e-16 15.0106 0.0258 -1
|
||||
UVW2 1928 56711.36060 2.7400e-14 6.7400e-16 15.0722 0.0267 -1
|
||||
UVW2 1928 56712.09561 2.7900e-14 6.4500e-16 15.0526 0.0251 -1
|
||||
UVW2 1928 56713.23162 2.7100e-14 6.4800e-16 15.0842 0.0260 -1
|
||||
UVW2 1928 56713.51363 2.7600e-14 6.4800e-16 15.0643 0.0255 -1
|
||||
UVW2 1928 56713.96163 2.7300e-14 6.5500e-16 15.0762 0.0260 -1
|
||||
UVW2 1928 56714.22863 2.7800e-14 6.5400e-16 15.0565 0.0255 -1
|
||||
UVW2 1928 56714.51263 2.7300e-14 6.5300e-16 15.0762 0.0260 -1
|
||||
UVW2 1928 56715.04464 2.7100e-14 6.4600e-16 15.0842 0.0259 -1
|
||||
UVW2 1928 56715.64364 2.4300e-14 1.3400e-15 15.2026 0.0599 -1
|
||||
UVW2 1928 56717.04165 2.4400e-14 5.8600e-16 15.1981 0.0261 -1
|
||||
UVW2 1928 56718.37066 2.3200e-14 5.3900e-16 15.2529 0.0252 -1
|
||||
UVW2 1928 56718.64066 2.2100e-14 5.4000e-16 15.3056 0.0265 -1
|
||||
UVW2 1928 56719.71366 2.3100e-14 5.4500e-16 15.2576 0.0256 -1
|
||||
UVW2 1928 56720.10266 2.3000e-14 5.7200e-16 15.2623 0.0270 -1
|
||||
UVW2 1928 56720.37866 2.2800e-14 5.3000e-16 15.2718 0.0252 -1
|
||||
UVW2 1928 56720.64066 2.1400e-14 5.2700e-16 15.3406 0.0267 -1
|
||||
UVW2 1928 56720.97066 2.2100e-14 5.2300e-16 15.3056 0.0257 -1
|
||||
UVW2 1928 56721.38366 2.1300e-14 5.0100e-16 15.3457 0.0255 -1
|
||||
UVW2 1928 56721.57166 2.0700e-14 5.1200e-16 15.3767 0.0269 -1
|
||||
UVW2 1928 56722.37366 2.0500e-14 4.9000e-16 15.3872 0.0260 -1
|
||||
UVW2 1928 56722.84566 2.0000e-14 4.9600e-16 15.4140 0.0269 -1
|
||||
UVW2 1928 56723.11465 2.0400e-14 4.9500e-16 15.3925 0.0263 -1
|
||||
UVW2 1928 56723.44665 2.0500e-14 4.9000e-16 15.3872 0.0260 -1
|
||||
UVW2 1928 56723.89765 1.9900e-14 4.8800e-16 15.4195 0.0266 -1
|
||||
UVW2 1928 56724.45165 2.0300e-14 4.8800e-16 15.3979 0.0261 -1
|
||||
UVW2 1928 56724.57165 2.0000e-14 4.9300e-16 15.4140 0.0268 -1
|
||||
UVW2 1928 56724.83165 2.0300e-14 5.0500e-16 15.3979 0.0270 -1
|
||||
UVW2 1928 56725.17064 2.0200e-14 4.9100e-16 15.4032 0.0264 -1
|
||||
UVW2 1928 56725.29864 2.0000e-14 4.8800e-16 15.4140 0.0265 -1
|
||||
UVW2 1928 56725.64064 2.0600e-14 5.0400e-16 15.3819 0.0266 -1
|
||||
UVW2 1928 56726.03064 2.0600e-14 5.2700e-16 15.3819 0.0278 -1
|
||||
UVW2 1928 56726.31364 2.0300e-14 4.7500e-16 15.3979 0.0254 -1
|
||||
UVW2 1928 56727.03263 2.0476e-14 3.5696e-16 15.3885 0.0189 -1
|
||||
UVW2 1928 56727.31263 2.0300e-14 4.7300e-16 15.3979 0.0253 -1
|
||||
UVW2 1928 56727.51363 2.0800e-14 5.1800e-16 15.3715 0.0270 -1
|
||||
UVW2 1928 56727.84862 2.1000e-14 5.0800e-16 15.3611 0.0263 -1
|
||||
UVW2 1928 56728.58362 2.0300e-14 4.8700e-16 15.3979 0.0260 -1
|
||||
UVW2 1928 56728.84861 2.0900e-14 4.9300e-16 15.3662 0.0256 -1
|
||||
UVW2 1928 56729.64560 2.1300e-14 5.1100e-16 15.3457 0.0260 -1
|
||||
UVW2 1928 56730.03960 2.1500e-14 5.2300e-16 15.3355 0.0264 -1
|
||||
UVW2 1928 56730.37659 2.1800e-14 5.1000e-16 15.3205 0.0254 -1
|
||||
UVW2 1928 56730.63659 2.1400e-14 5.0300e-16 15.3406 0.0255 -1
|
||||
UVW2 1928 56730.96659 2.1900e-14 5.1200e-16 15.3155 0.0254 -1
|
||||
UVW2 1928 56731.36958 2.1400e-14 4.9200e-16 15.3406 0.0250 -1
|
||||
UVW2 1928 56731.63358 2.1900e-14 5.1400e-16 15.3155 0.0255 -1
|
||||
UVW2 1928 56732.04857 2.1800e-14 5.1800e-16 15.3205 0.0258 -1
|
||||
UVW2 1928 56732.37456 2.1500e-14 4.9800e-16 15.3355 0.0251 -1
|
||||
UVW2 1928 56732.71856 2.2000e-14 5.1500e-16 15.3106 0.0254 -1
|
||||
UVW2 1928 56732.98255 2.1400e-14 5.0100e-16 15.3406 0.0254 -1
|
||||
UVW2 1928 56733.23455 2.1400e-14 4.9200e-16 15.3406 0.0250 -1
|
||||
UVW2 1928 56733.57754 2.1000e-14 4.9700e-16 15.3611 0.0257 -1
|
||||
UVW2 1928 56733.97354 2.1500e-14 5.0200e-16 15.3355 0.0254 -1
|
||||
UVW2 1928 56734.24053 2.2400e-14 5.0700e-16 15.2910 0.0246 -1
|
||||
UVW2 1928 56734.51453 2.2100e-14 5.2400e-16 15.3056 0.0257 -1
|
||||
UVW2 1928 56734.89952 2.3500e-14 5.5600e-16 15.2389 0.0257 -1
|
||||
UVW2 1928 56735.30051 2.4000e-14 5.4200e-16 15.2161 0.0245 -1
|
||||
UVW2 1928 56735.64050 2.4200e-14 5.6500e-16 15.2071 0.0253 -1
|
||||
UVW2 1928 56736.30149 2.6400e-14 5.9900e-16 15.1126 0.0246 -1
|
||||
UVW2 1928 56736.56649 2.6400e-14 6.1800e-16 15.1126 0.0254 -1
|
||||
UVW2 1928 56736.89948 2.7900e-14 6.5000e-16 15.0526 0.0253 -1
|
||||
UVW2 1928 56737.51346 2.8300e-14 6.7300e-16 15.0371 0.0258 -1
|
||||
UVW2 1928 56737.90046 2.7600e-14 6.6000e-16 15.0643 0.0260 -1
|
||||
UVW2 1928 56738.23445 2.8500e-14 6.4900e-16 15.0295 0.0247 -1
|
||||
UVW2 1928 56738.51544 2.8900e-14 6.9200e-16 15.0144 0.0260 -1
|
||||
UVW2 1928 56738.90043 2.9700e-14 6.9200e-16 14.9847 0.0253 -1
|
||||
UVW2 1928 56739.23442 2.9700e-14 6.7400e-16 14.9847 0.0246 -1
|
||||
UVW2 1928 56739.58741 3.0600e-14 7.2500e-16 14.9523 0.0257 -1
|
||||
UVW2 1928 56739.98440 3.1800e-14 7.2100e-16 14.9105 0.0246 -1
|
||||
UVW2 1928 56740.32040 3.2200e-14 7.2900e-16 14.8970 0.0246 -1
|
||||
UVW2 1928 56740.52039 3.2300e-14 7.3900e-16 14.8936 0.0248 -1
|
||||
UVW2 1928 56740.91638 3.2100e-14 7.3900e-16 14.9003 0.0250 -1
|
||||
UVW2 1928 56741.32037 3.2300e-14 7.3500e-16 14.8936 0.0247 -1
|
||||
UVW2 1928 56741.51436 3.2500e-14 7.6300e-16 14.8869 0.0255 -1
|
||||
UVW2 1928 56741.89935 3.3400e-14 7.6300e-16 14.8572 0.0248 -1
|
||||
UVW2 1928 56742.23434 3.2800e-14 7.3900e-16 14.8769 0.0245 -1
|
||||
UVW2 1928 56742.71833 3.4500e-14 8.0400e-16 14.8221 0.0253 -1
|
||||
UVW2 1928 56742.96732 3.4600e-14 7.8200e-16 14.8189 0.0245 -1
|
||||
UVW2 1928 56743.37431 3.4600e-14 7.7000e-16 14.8189 0.0242 -1
|
||||
UVW2 1928 56743.51430 3.4300e-14 7.8400e-16 14.8284 0.0248 -1
|
||||
UVW2 1928 56744.44228 3.5505e-14 5.5079e-16 14.7909 0.0168 -1
|
||||
UVW2 1928 56744.51427 3.6200e-14 8.1500e-16 14.7698 0.0244 -1
|
||||
UVW2 1928 56745.38025 3.6300e-14 8.3800e-16 14.7668 0.0251 -1
|
||||
UVW2 1928 56745.58424 3.6900e-14 8.4500e-16 14.7490 0.0249 -1
|
||||
UVW2 1928 56745.90523 3.6700e-14 8.4200e-16 14.7549 0.0249 -1
|
||||
UVW2 1928 56746.24222 3.6200e-14 8.1700e-16 14.7698 0.0245 -1
|
||||
UVW2 1928 56746.57521 3.6900e-14 8.4800e-16 14.7490 0.0250 -1
|
||||
UVW2 1928 56746.90020 3.7200e-14 8.4300e-16 14.7403 0.0246 -1
|
||||
UVW2 1928 56747.70017 3.8400e-14 8.7000e-16 14.7058 0.0246 -1
|
||||
UVW2 1928 56748.03316 3.7500e-14 8.5200e-16 14.7315 0.0247 -1
|
||||
UVW2 1928 56748.51314 3.7400e-14 8.7800e-16 14.7344 0.0255 -1
|
||||
UVW2 1928 56749.10012 3.6300e-14 8.1500e-16 14.7668 0.0244 -1
|
||||
UVW2 1928 56749.37711 3.6600e-14 8.2500e-16 14.7579 0.0245 -1
|
||||
UVW2 1928 56749.51410 3.6800e-14 8.5200e-16 14.7520 0.0251 -1
|
||||
UVW2 1928 56750.45406 3.6200e-14 8.1700e-16 14.7698 0.0245 -1
|
||||
UVW2 1928 56750.57906 3.6400e-14 8.3000e-16 14.7639 0.0248 -1
|
||||
UVW2 1928 56751.56802 3.4900e-14 8.0900e-16 14.8095 0.0252 -1
|
||||
UVW2 1928 56752.03900 3.4800e-14 8.0400e-16 14.8127 0.0251 -1
|
||||
UVW2 1928 56752.63498 3.3500e-14 7.8900e-16 14.8540 0.0256 -1
|
||||
UVW2 1928 56753.03796 3.2200e-14 7.4200e-16 14.8970 0.0250 -1
|
||||
UVW2 1928 56753.36695 3.1400e-14 7.2300e-16 14.9243 0.0250 -1
|
||||
UVW2 1928 56753.70393 3.0000e-14 7.1400e-16 14.9738 0.0258 -1
|
||||
UVW2 1928 56753.91392 2.9900e-14 6.7700e-16 14.9774 0.0246 -1
|
||||
UVW2 1928 56754.16991 2.9200e-14 6.6800e-16 15.0032 0.0248 -1
|
||||
UVW2 1928 56754.36890 2.8900e-14 6.4400e-16 15.0144 0.0242 -1
|
||||
UVW2 1928 56755.04787 2.7600e-14 6.4900e-16 15.0643 0.0255 -1
|
||||
UVW2 1928 56755.36886 2.9200e-14 6.7600e-16 15.0032 0.0251 -1
|
||||
UVW2 1928 56755.52085 2.7700e-14 6.4300e-16 15.0604 0.0252 -1
|
||||
UVW2 1928 56756.10083 2.8300e-14 6.6200e-16 15.0371 0.0254 -1
|
||||
UVW2 1928 56756.30582 2.8700e-14 6.6100e-16 15.0219 0.0250 -1
|
||||
UVW2 1928 56756.77280 2.9600e-14 6.9300e-16 14.9884 0.0254 -1
|
||||
UVW2 1928 56757.30177 2.9200e-14 6.7500e-16 15.0032 0.0251 -1
|
||||
UVW2 1928 56757.51776 2.9200e-14 6.6600e-16 15.0032 0.0248 -1
|
||||
UVW2 1928 56757.98174 2.9200e-14 6.6600e-16 15.0032 0.0248 -1
|
||||
UVW2 1928 56758.31373 2.8700e-14 6.5400e-16 15.0219 0.0247 -1
|
||||
UVW2 1928 56758.51872 2.8600e-14 6.5200e-16 15.0257 0.0248 -1
|
||||
UVW2 1928 56758.96869 2.8700e-14 6.5300e-16 15.0219 0.0247 -1
|
||||
UVW2 1928 56759.23568 2.8700e-14 6.5100e-16 15.0219 0.0246 -1
|
||||
UVW2 1928 56759.83565 2.9400e-14 6.6500e-16 14.9957 0.0246 -1
|
||||
UVW2 1928 56759.96865 2.8800e-14 6.5500e-16 15.0181 0.0247 -1
|
||||
UVW2 1928 56760.30263 2.8200e-14 6.4200e-16 15.0410 0.0247 -1
|
||||
UVW2 1928 56761.04259 2.9300e-14 6.6700e-16 14.9994 0.0247 -1
|
||||
UVW2 1928 56761.83655 2.9500e-14 6.6100e-16 14.9921 0.0243 -1
|
||||
UVW2 1928 56762.04354 2.9600e-14 6.7000e-16 14.9884 0.0246 -1
|
||||
UVW2 1928 56762.30553 2.9700e-14 6.6700e-16 14.9847 0.0244 -1
|
||||
UVW2 1928 56762.83650 2.8000e-14 6.6700e-16 15.0487 0.0259 -1
|
||||
UVW2 1928 56763.04749 2.9400e-14 6.8000e-16 14.9957 0.0251 -1
|
||||
UVW2 1928 56763.38147 2.7900e-14 6.3900e-16 15.0526 0.0249 -1
|
||||
UVW2 1928 56763.51746 2.7200e-14 6.2300e-16 15.0802 0.0249 -1
|
||||
UVW2 1928 56764.03744 2.9400e-14 6.6200e-16 14.9957 0.0244 -1
|
||||
UVW2 1928 56764.38642 2.9200e-14 6.6200e-16 15.0032 0.0246 -1
|
||||
UVW2 1928 56764.76940 2.9600e-14 6.8100e-16 14.9884 0.0250 -1
|
||||
UVW2 1928 56765.11838 3.0100e-14 7.0700e-16 14.9702 0.0255 -1
|
||||
UVW2 1928 56765.70235 2.9800e-14 7.1200e-16 14.9811 0.0259 -1
|
||||
UVW2 1928 56766.10232 2.9800e-14 6.9900e-16 14.9811 0.0255 -1
|
||||
UVW2 1928 56766.38631 2.9800e-14 7.1800e-16 14.9811 0.0262 -1
|
||||
UVW2 1928 56766.72429 3.0100e-14 7.1600e-16 14.9702 0.0258 -1
|
||||
UVW2 1928 56767.38425 2.8900e-14 6.7700e-16 15.0144 0.0254 -1
|
||||
UVW2 1928 56768.44819 2.9400e-14 6.9800e-16 14.9957 0.0258 -1
|
||||
UVW2 1928 56769.38514 3.2500e-14 7.4100e-16 14.8869 0.0248 -1
|
||||
UVW2 1928 56770.51407 3.0100e-14 7.0100e-16 14.9702 0.0253 -1
|
||||
UVW2 1928 56770.84705 3.2700e-14 7.4600e-16 14.8802 0.0248 -1
|
||||
UVW2 1928 56771.18003 3.3700e-14 7.5900e-16 14.8475 0.0245 -1
|
||||
UVW2 1928 56774.72381 3.4400e-14 8.1600e-16 14.8252 0.0258 -1
|
||||
UVW2 1928 56775.58076 3.3800e-14 7.6600e-16 14.8443 0.0246 -1
|
||||
UVW2 1928 56776.04073 3.4200e-14 7.7300e-16 14.8315 0.0245 -1
|
||||
UVW2 1928 56776.24172 3.3700e-14 7.4700e-16 14.8475 0.0241 -1
|
||||
UVW2 1928 56776.97567 3.2900e-14 7.8000e-16 14.8736 0.0257 -1
|
||||
UVW2 1928 56777.37564 3.3200e-14 8.3700e-16 14.8638 0.0274 -1
|
||||
UVW2 1928 56777.52164 3.0800e-14 7.1900e-16 14.9452 0.0253 -1
|
||||
UVW2 1928 56778.58757 3.2600e-14 7.5500e-16 14.8836 0.0251 -1
|
||||
UVW2 1928 56779.38051 3.1300e-14 7.3500e-16 14.9277 0.0255 -1
|
||||
UVW2 1928 56779.85248 3.2500e-14 7.4300e-16 14.8869 0.0248 -1
|
||||
UVW2 1928 56780.25246 3.1100e-14 7.1700e-16 14.9347 0.0250 -1
|
||||
UVW2 1928 56780.52144 3.2700e-14 7.7800e-16 14.8802 0.0258 -1
|
||||
UVW2 1928 56780.58743 3.2600e-14 7.6800e-16 14.8836 0.0256 -1
|
||||
UVW2 1928 56782.09933 3.1400e-14 7.2100e-16 14.9243 0.0249 -1
|
||||
UVW2 1928 56782.31032 3.1300e-14 7.0600e-16 14.9277 0.0245 -1
|
||||
UVW2 1928 56782.70629 3.1700e-14 7.3500e-16 14.9140 0.0252 -1
|
||||
UVW2 1928 56782.97827 3.2400e-14 7.5100e-16 14.8902 0.0252 -1
|
||||
UVW2 1928 56783.36724 3.1900e-14 7.4500e-16 14.9071 0.0254 -1
|
||||
UVW2 1928 56783.56623 3.1400e-14 7.3000e-16 14.9243 0.0252 -1
|
||||
UVW2 1928 56783.96520 3.3600e-14 7.7000e-16 14.8508 0.0249 -1
|
||||
UVW2 1928 56785.04113 3.4800e-14 8.0800e-16 14.8127 0.0252 -1
|
||||
UVW2 1928 56785.56709 3.5300e-14 8.1000e-16 14.7972 0.0249 -1
|
||||
UVW2 1928 56786.36703 3.4800e-14 7.7900e-16 14.8127 0.0243 -1
|
||||
UVW2 1928 56786.97499 3.4100e-14 7.8200e-16 14.8347 0.0249 -1
|
||||
UVW2 1928 56787.30797 3.4400e-14 7.7600e-16 14.8252 0.0245 -1
|
||||
UVW2 1928 56787.71294 3.2300e-14 7.5500e-16 14.8936 0.0254 -1
|
||||
UVW2 1928 56787.98192 3.3900e-14 7.8300e-16 14.8411 0.0251 -1
|
||||
UVW2 1928 56788.30589 3.3000e-14 7.6200e-16 14.8703 0.0251 -1
|
||||
UVW2 1928 56789.04584 3.3900e-14 7.6200e-16 14.8411 0.0244 -1
|
||||
UVW2 1928 56789.30782 3.0000e-14 6.8000e-16 14.9738 0.0246 -1
|
||||
UVW2 1928 56789.64880 3.2300e-14 7.6100e-16 14.8936 0.0256 -1
|
||||
UVW2 1928 56789.96677 3.2000e-14 7.3000e-16 14.9037 0.0248 -1
|
||||
UVW2 1928 56790.63573 3.1200e-14 7.2400e-16 14.9312 0.0252 -1
|
||||
UVW2 1928 56791.03670 3.0800e-14 7.1200e-16 14.9452 0.0251 -1
|
||||
UVW2 1928 56791.63565 3.1400e-14 7.3300e-16 14.9243 0.0253 -1
|
||||
UVW2 1928 56791.96663 3.0300e-14 6.9100e-16 14.9630 0.0248 -1
|
||||
UVW2 1928 56792.36760 3.1700e-14 7.3500e-16 14.9140 0.0252 -1
|
||||
UVW2 1928 56792.50959 3.1400e-14 7.5500e-16 14.9243 0.0261 -1
|
||||
UVW2 1928 56792.84556 3.2700e-14 7.3500e-16 14.8802 0.0244 -1
|
||||
UVW2 1928 56793.84549 3.2700e-14 7.3800e-16 14.8802 0.0245 -1
|
||||
UVW2 1928 56794.24846 3.2400e-14 7.5300e-16 14.8902 0.0252 -1
|
||||
UVW2 1928 56794.69543 3.2100e-14 7.6800e-16 14.9003 0.0260 -1
|
||||
UVW2 1928 56795.36238 3.2000e-14 7.6500e-16 14.9037 0.0260 -1
|
||||
UVW2 1928 56795.89334 3.1100e-14 7.9400e-16 14.9347 0.0277 -1
|
||||
UVW2 1928 56796.89326 3.2900e-14 7.5200e-16 14.8736 0.0248 -1
|
||||
UVW2 1928 56798.51014 3.4100e-14 7.9700e-16 14.8347 0.0254 -1
|
||||
UVW2 1928 56798.89211 3.2000e-14 7.2800e-16 14.9037 0.0247 -1
|
||||
UVW2 1928 56799.22708 3.3000e-14 7.3200e-16 14.8703 0.0241 -1
|
||||
UVW2 1928 56799.56406 3.2600e-14 7.2800e-16 14.8836 0.0242 -1
|
||||
UVW2 1928 56800.02702 3.1700e-14 7.0300e-16 14.9140 0.0241 -1
|
||||
UVW2 1928 56800.36100 3.1000e-14 7.1800e-16 14.9382 0.0251 -1
|
||||
UVW2 1928 56800.82696 3.2800e-14 7.3400e-16 14.8769 0.0243 -1
|
||||
UVW2 1928 56801.09794 3.3400e-14 7.5200e-16 14.8572 0.0244 -1
|
||||
UVW2 1928 56802.09686 3.2700e-14 7.1900e-16 14.8802 0.0239 -1
|
||||
UVW2 1928 56802.62882 3.2800e-14 7.2200e-16 14.8769 0.0239 -1
|
||||
UVW2 1928 56802.88980 3.0300e-14 7.2600e-16 14.9630 0.0260 -1
|
||||
UVW2 1928 56804.23170 3.1000e-14 7.0500e-16 14.9382 0.0247 -1
|
||||
UVW2 1928 56805.09063 3.2600e-14 7.5600e-16 14.8836 0.0252 -1
|
||||
UVW2 1928 56805.97456 3.2500e-14 7.3100e-16 14.8869 0.0244 -1
|
||||
UVW2 1928 56806.37053 3.2200e-14 7.2500e-16 14.8970 0.0244 -1
|
||||
UVW2 1928 56806.89149 3.2600e-14 7.3900e-16 14.8836 0.0246 -1
|
||||
UVW2 1928 56807.22446 3.2000e-14 7.2100e-16 14.9037 0.0245 -1
|
||||
UVW2 1928 56807.88941 3.2400e-14 7.3600e-16 14.8902 0.0247 -1
|
||||
UVW2 1928 56808.55636 3.2600e-14 7.4000e-16 14.8836 0.0246 -1
|
||||
UVW2 1928 56808.88933 3.4300e-14 7.7800e-16 14.8284 0.0246 -1
|
||||
UVW2 1928 56809.22131 3.1900e-14 7.3700e-16 14.9071 0.0251 -1
|
||||
UVW2 1928 56809.88925 3.3500e-14 7.6300e-16 14.8540 0.0247 -1
|
||||
UVW2 1928 56810.22223 3.2800e-14 7.5400e-16 14.8769 0.0250 -1
|
||||
UVW2 1928 56810.55520 3.2400e-14 7.3800e-16 14.8902 0.0247 -1
|
||||
UVW2 1928 56810.88917 3.3000e-14 7.5200e-16 14.8703 0.0247 -1
|
||||
UVW2 1928 56811.22115 3.3300e-14 7.9400e-16 14.8605 0.0259 -1
|
||||
UVW2 1928 56811.75611 3.2500e-14 7.4900e-16 14.8869 0.0250 -1
|
||||
UVW2 1928 56812.02309 3.3800e-14 7.8000e-16 14.8443 0.0251 -1
|
||||
UVW2 1928 56812.37106 3.4900e-14 8.0200e-16 14.8095 0.0250 -1
|
||||
UVW2 1928 56812.55504 3.4200e-14 7.8400e-16 14.8315 0.0249 -1
|
||||
UVW2 1928 56813.22699 3.5700e-14 8.2900e-16 14.7849 0.0252 -1
|
||||
UVW2 1928 56813.97393 3.4100e-14 7.6400e-16 14.8347 0.0243 -1
|
||||
UVW2 1928 56814.37090 3.1600e-14 7.1500e-16 14.9174 0.0246 -1
|
||||
UVW2 1928 56814.55489 3.5200e-14 8.3000e-16 14.8003 0.0256 -1
|
||||
UVW2 1928 56814.62488 3.5500e-14 7.8600e-16 14.7910 0.0240 -1
|
||||
UVW2 1928 56815.69680 3.5400e-14 8.1100e-16 14.7941 0.0249 -1
|
||||
UVW2 1928 56815.95578 3.6700e-14 8.5000e-16 14.7549 0.0251 -1
|
||||
UVW2 1928 56816.22876 3.7500e-14 8.5500e-16 14.7315 0.0248 -1
|
||||
UVW2 1928 56817.62365 4.0000e-14 8.8100e-16 14.6615 0.0239 -1
|
||||
UVW2 1928 56818.09061 4.0000e-14 8.4800e-16 14.6615 0.0230 -1
|
||||
UVW2 1928 56818.23960 4.0400e-14 9.1600e-16 14.6507 0.0246 -1
|
||||
UVW2 1928 56818.70456 4.1600e-14 9.5100e-16 14.6189 0.0248 -1
|
||||
UVW2 1928 56818.95854 4.1700e-14 9.2900e-16 14.6163 0.0242 -1
|
||||
UVW2 1928 56819.69548 4.0300e-14 9.1700e-16 14.6533 0.0247 -1
|
||||
UVW2 1928 56820.22644 4.1900e-14 9.4200e-16 14.6111 0.0244 -1
|
||||
UVW2 1928 56820.57341 3.9500e-14 9.0100e-16 14.6751 0.0248 -1
|
||||
UVW2 1928 56820.63641 4.0700e-14 9.2700e-16 14.6426 0.0247 -1
|
||||
UVW2 1928 56820.68841 4.1100e-14 9.3000e-16 14.6320 0.0246 -1
|
||||
UVW2 1928 56821.90331 3.9500e-14 8.8400e-16 14.6751 0.0243 -1
|
||||
UVW2 1928 56822.36428 3.8300e-14 8.6900e-16 14.7086 0.0246 -1
|
||||
UVW2 1928 56823.15521 3.8600e-14 8.8900e-16 14.7001 0.0250 -1
|
||||
UVW2 1928 56823.29420 3.5800e-14 8.0800e-16 14.7819 0.0245 -1
|
||||
UVW2 1928 56824.61910 3.9100e-14 9.0000e-16 14.6862 0.0250 -1
|
||||
UVW2 1928 56825.36204 3.6900e-14 8.3900e-16 14.7490 0.0247 -1
|
||||
UVW2 1928 56825.55103 3.7400e-14 8.3900e-16 14.7344 0.0244 -1
|
||||
UVW2 1928 56825.95700 3.6700e-14 7.6300e-16 14.7549 0.0226 -1
|
||||
UVW2 1928 56826.42996 3.7000e-14 8.5000e-16 14.7461 0.0249 -1
|
||||
UVW2 1928 56826.76194 3.4300e-14 7.8800e-16 14.8284 0.0249 -1
|
||||
UVW2 1928 56827.03791 3.3800e-14 7.6700e-16 14.8443 0.0246 -1
|
||||
UVW2 1928 56827.42889 3.3500e-14 7.7000e-16 14.8540 0.0250 -1
|
||||
UVW2 1928 56827.88285 3.2600e-14 7.4400e-16 14.8836 0.0248 -1
|
||||
UVW2 1928 56828.15183 3.2800e-14 7.5500e-16 14.8769 0.0250 -1
|
||||
UVW2 1928 56828.42681 3.3300e-14 7.6800e-16 14.8605 0.0250 -1
|
||||
UVW2 1928 56828.55380 3.3500e-14 7.0800e-16 14.8540 0.0229 -1
|
||||
UVW2 1928 56829.01676 3.2500e-14 7.4900e-16 14.8869 0.0250 -1
|
||||
UVW2 1928 56829.81470 3.1600e-14 7.4400e-16 14.9174 0.0256 -1
|
||||
UVW2 1928 56830.15068 3.2600e-14 7.4300e-16 14.8836 0.0247 -1
|
||||
UVW2 1928 56830.42066 3.2500e-14 7.4700e-16 14.8869 0.0250 -1
|
||||
UVW2 1928 56832.01954 3.2200e-14 6.4900e-16 14.8970 0.0219 -1
|
||||
UVW2 1928 56834.08538 3.1800e-14 6.3900e-16 14.9105 0.0218 -1
|
||||
UVW2 1928 56837.21816 3.3300e-14 6.7000e-16 14.8605 0.0218 -1
|
||||
UVW2 1928 56839.61198 3.3500e-14 6.8900e-16 14.8540 0.0223 -1
|
||||
UVW2 1928 56840.27994 3.3200e-14 6.8900e-16 14.8638 0.0225 -1
|
||||
UVW2 1928 56841.95782 3.2700e-14 6.5800e-16 14.8802 0.0218 -1
|
||||
UVW2 1928 56844.27966 2.7600e-14 5.5700e-16 15.0643 0.0219 -1
|
||||
UVW2 1928 56846.27853 3.1200e-14 6.2800e-16 14.9312 0.0219 -1
|
||||
UVW2 1928 56847.74143 2.9800e-14 6.0800e-16 14.9811 0.0222 -1
|
||||
UVW2 1928 56849.61031 2.7900e-14 5.6500e-16 15.0526 0.0220 -1
|
||||
UVW2 1928 56852.07515 2.7600e-14 5.5700e-16 15.0643 0.0219 -1
|
||||
UVW2 1928 56854.28602 2.6500e-14 5.4000e-16 15.1085 0.0221 -1
|
||||
UVW2 1928 56854.35701 2.6000e-14 5.9400e-16 15.1292 0.0248 -1
|
||||
UVW2 1928 56855.94892 2.6900e-14 5.4300e-16 15.0922 0.0219 -1
|
||||
UVW2 1928 56858.08079 3.1650e-14 6.3730e-16 14.9157 0.0219 -1
|
||||
UVW2 1928 56859.74670 3.0730e-14 6.1910e-16 14.9477 0.0219 -1
|
||||
UVW2 1928 56862.07957 2.9540e-14 5.9240e-16 14.9906 0.0218 -1
|
||||
UVW2 1928 56863.60449 2.9990e-14 6.0350e-16 14.9742 0.0218 -1
|
||||
UVW2 1928 56865.60539 3.2370e-14 6.4980e-16 14.8913 0.0218 -1
|
||||
256
data/STORM_III/raw/separated/2246Å.tab
Normal file
256
data/STORM_III/raw/separated/2246Å.tab
Normal file
@ -0,0 +1,256 @@
|
||||
UVM2 2246 56690.43405 2.5600e-14 6.4800e-16 14.8145 0.0275 -1
|
||||
UVM2 2246 56698.36933 3.0600e-14 7.4500e-16 14.6208 0.0264 -1
|
||||
UVM2 2246 56706.49453 2.9900e-14 7.3500e-16 14.6459 0.0267 -1
|
||||
UVM2 2246 56708.23656 3.0500e-14 7.4200e-16 14.6243 0.0264 -1
|
||||
UVM2 2246 56710.11059 2.8200e-14 7.6400e-16 14.7095 0.0294 -1
|
||||
UVM2 2246 56710.17259 2.8000e-14 7.7600e-16 14.7172 0.0301 -1
|
||||
UVM2 2246 56710.64259 2.5700e-14 7.0700e-16 14.8103 0.0299 -1
|
||||
UVM2 2246 56711.02860 2.6800e-14 7.4300e-16 14.7648 0.0301 -1
|
||||
UVM2 2246 56711.36260 2.6300e-14 7.7400e-16 14.7852 0.0320 -1
|
||||
UVM2 2246 56712.09861 2.6200e-14 7.0700e-16 14.7893 0.0293 -1
|
||||
UVM2 2246 56713.23362 2.5900e-14 7.1800e-16 14.8018 0.0301 -1
|
||||
UVM2 2246 56713.51663 2.5900e-14 7.1500e-16 14.8018 0.0300 -1
|
||||
UVM2 2246 56713.96363 2.5700e-14 7.3900e-16 14.8103 0.0312 -1
|
||||
UVM2 2246 56714.23063 2.6900e-14 7.3700e-16 14.7607 0.0297 -1
|
||||
UVM2 2246 56714.51563 2.5900e-14 7.0900e-16 14.8018 0.0297 -1
|
||||
UVM2 2246 56715.04764 2.5500e-14 7.0000e-16 14.8187 0.0298 -1
|
||||
UVM2 2246 56717.04365 2.3500e-14 6.5400e-16 14.9074 0.0302 -1
|
||||
UVM2 2246 56718.37366 2.2800e-14 6.0900e-16 14.9403 0.0290 -1
|
||||
UVM2 2246 56718.64266 2.2500e-14 6.3600e-16 14.9546 0.0307 -1
|
||||
UVM2 2246 56719.71666 2.2800e-14 6.2200e-16 14.9403 0.0296 -1
|
||||
UVM2 2246 56720.10466 2.2500e-14 6.5600e-16 14.9546 0.0317 -1
|
||||
UVM2 2246 56720.38266 2.2100e-14 5.9000e-16 14.9741 0.0290 -1
|
||||
UVM2 2246 56720.64266 2.1800e-14 6.1900e-16 14.9890 0.0308 -1
|
||||
UVM2 2246 56720.97366 2.0600e-14 5.6500e-16 15.0504 0.0298 -1
|
||||
UVM2 2246 56721.38666 2.1200e-14 5.7500e-16 15.0193 0.0294 -1
|
||||
UVM2 2246 56721.57466 2.0600e-14 5.9600e-16 15.0504 0.0314 -1
|
||||
UVM2 2246 56722.37666 2.0100e-14 5.6400e-16 15.0771 0.0305 -1
|
||||
UVM2 2246 56722.84766 1.9900e-14 5.7400e-16 15.0880 0.0313 -1
|
||||
UVM2 2246 56723.11765 1.9700e-14 5.5700e-16 15.0989 0.0307 -1
|
||||
UVM2 2246 56723.44865 2.0200e-14 5.5600e-16 15.0717 0.0299 -1
|
||||
UVM2 2246 56723.89965 1.9800e-14 5.6800e-16 15.0934 0.0311 -1
|
||||
UVM2 2246 56724.45365 1.9500e-14 5.5200e-16 15.1100 0.0307 -1
|
||||
UVM2 2246 56724.57365 1.9900e-14 5.8900e-16 15.0880 0.0321 -1
|
||||
UVM2 2246 56724.83365 1.9100e-14 5.6700e-16 15.1325 0.0322 -1
|
||||
UVM2 2246 56725.17264 1.9500e-14 5.5700e-16 15.1100 0.0310 -1
|
||||
UVM2 2246 56725.30064 1.9100e-14 5.5800e-16 15.1325 0.0317 -1
|
||||
UVM2 2246 56725.64364 1.9700e-14 5.7700e-16 15.0989 0.0318 -1
|
||||
UVM2 2246 56726.03264 2.0500e-14 6.3800e-16 15.0557 0.0338 -1
|
||||
UVM2 2246 56726.31764 1.9900e-14 5.3900e-16 15.0880 0.0294 -1
|
||||
UVM2 2246 56727.03463 1.9994e-14 4.2021e-16 15.0828 0.0228 -1
|
||||
UVM2 2246 56727.31663 2.0900e-14 5.5200e-16 15.0347 0.0287 -1
|
||||
UVM2 2246 56727.51563 2.0100e-14 5.5700e-16 15.0771 0.0301 -1
|
||||
UVM2 2246 56727.85062 2.0000e-14 5.7200e-16 15.0825 0.0311 -1
|
||||
UVM2 2246 56728.58562 2.0200e-14 6.0300e-16 15.0717 0.0324 -1
|
||||
UVM2 2246 56728.85061 2.0500e-14 6.1600e-16 15.0557 0.0326 -1
|
||||
UVM2 2246 56729.64760 2.0700e-14 5.8200e-16 15.0452 0.0305 -1
|
||||
UVM2 2246 56730.04160 2.0300e-14 5.7800e-16 15.0664 0.0309 -1
|
||||
UVM2 2246 56730.37959 2.2100e-14 5.9800e-16 14.9741 0.0294 -1
|
||||
UVM2 2246 56730.63959 2.1600e-14 5.8100e-16 14.9990 0.0292 -1
|
||||
UVM2 2246 56730.96959 2.0600e-14 5.6000e-16 15.0504 0.0295 -1
|
||||
UVM2 2246 56731.63658 2.1000e-14 5.7100e-16 15.0295 0.0295 -1
|
||||
UVM2 2246 56732.05157 2.1100e-14 5.8300e-16 15.0244 0.0300 -1
|
||||
UVM2 2246 56732.37756 2.1200e-14 5.6400e-16 15.0193 0.0289 -1
|
||||
UVM2 2246 56732.72156 2.1200e-14 5.8200e-16 15.0193 0.0298 -1
|
||||
UVM2 2246 56732.98555 2.0800e-14 5.8000e-16 15.0399 0.0303 -1
|
||||
UVM2 2246 56733.23755 2.1100e-14 5.5800e-16 15.0244 0.0287 -1
|
||||
UVM2 2246 56733.58054 2.1200e-14 5.7600e-16 15.0193 0.0295 -1
|
||||
UVM2 2246 56733.97754 2.1400e-14 5.7300e-16 15.0091 0.0291 -1
|
||||
UVM2 2246 56734.24453 2.1500e-14 5.5600e-16 15.0040 0.0281 -1
|
||||
UVM2 2246 56734.90252 2.2300e-14 6.1600e-16 14.9643 0.0300 -1
|
||||
UVM2 2246 56735.30451 2.2400e-14 5.6500e-16 14.9595 0.0274 -1
|
||||
UVM2 2246 56735.64350 2.2800e-14 6.1500e-16 14.9403 0.0293 -1
|
||||
UVM2 2246 56735.97750 2.2300e-14 5.8600e-16 14.9643 0.0285 -1
|
||||
UVM2 2246 56736.30449 2.4900e-14 6.5000e-16 14.8446 0.0283 -1
|
||||
UVM2 2246 56736.56949 2.5800e-14 6.9900e-16 14.8060 0.0294 -1
|
||||
UVM2 2246 56736.90248 2.6100e-14 7.0100e-16 14.7935 0.0292 -1
|
||||
UVM2 2246 56737.51646 2.6800e-14 7.0500e-16 14.7648 0.0286 -1
|
||||
UVM2 2246 56737.90246 2.6700e-14 7.2200e-16 14.7688 0.0294 -1
|
||||
UVM2 2246 56738.23745 2.7100e-14 7.1500e-16 14.7527 0.0286 -1
|
||||
UVM2 2246 56738.51844 2.7900e-14 7.9900e-16 14.7211 0.0311 -1
|
||||
UVM2 2246 56738.90243 2.8900e-14 7.8800e-16 14.6829 0.0296 -1
|
||||
UVM2 2246 56739.23742 2.8900e-14 7.6000e-16 14.6829 0.0286 -1
|
||||
UVM2 2246 56739.58941 2.9500e-14 8.1300e-16 14.6605 0.0299 -1
|
||||
UVM2 2246 56739.98740 3.0100e-14 7.8100e-16 14.6387 0.0282 -1
|
||||
UVM2 2246 56740.32340 2.9600e-14 7.6600e-16 14.6569 0.0281 -1
|
||||
UVM2 2246 56740.52339 3.0700e-14 8.0400e-16 14.6172 0.0284 -1
|
||||
UVM2 2246 56740.91838 3.0900e-14 8.3100e-16 14.6102 0.0292 -1
|
||||
UVM2 2246 56741.32337 3.0500e-14 8.0300e-16 14.6243 0.0286 -1
|
||||
UVM2 2246 56741.51636 3.0700e-14 8.1800e-16 14.6172 0.0289 -1
|
||||
UVM2 2246 56741.90235 3.1200e-14 8.1400e-16 14.5997 0.0283 -1
|
||||
UVM2 2246 56742.23734 3.0500e-14 7.8300e-16 14.6243 0.0279 -1
|
||||
UVM2 2246 56742.72033 3.2900e-14 8.8700e-16 14.5421 0.0293 -1
|
||||
UVM2 2246 56742.96932 3.2600e-14 8.4400e-16 14.5521 0.0281 -1
|
||||
UVM2 2246 56743.37731 3.4000e-14 8.4800e-16 14.5064 0.0271 -1
|
||||
UVM2 2246 56743.51730 3.2500e-14 8.3200e-16 14.5554 0.0278 -1
|
||||
UVM2 2246 56744.44428 3.4026e-14 6.0424e-16 14.5056 0.0193 -1
|
||||
UVM2 2246 56744.51727 3.3000e-14 8.1800e-16 14.5388 0.0269 -1
|
||||
UVM2 2246 56745.38225 3.4900e-14 9.5400e-16 14.4780 0.0297 -1
|
||||
UVM2 2246 56745.58624 3.5000e-14 9.1500e-16 14.4749 0.0284 -1
|
||||
UVM2 2246 56745.90723 3.5200e-14 9.2000e-16 14.4687 0.0284 -1
|
||||
UVM2 2246 56746.24522 3.4500e-14 8.8700e-16 14.4905 0.0279 -1
|
||||
UVM2 2246 56746.57821 3.3800e-14 8.8100e-16 14.5128 0.0283 -1
|
||||
UVM2 2246 56746.90319 3.4100e-14 8.8000e-16 14.5032 0.0280 -1
|
||||
UVM2 2246 56747.70217 3.6500e-14 9.3300e-16 14.4294 0.0278 -1
|
||||
UVM2 2246 56748.03616 3.4600e-14 8.9200e-16 14.4874 0.0280 -1
|
||||
UVM2 2246 56748.51514 3.5700e-14 9.3700e-16 14.4534 0.0285 -1
|
||||
UVM2 2246 56749.10312 3.3600e-14 8.6500e-16 14.5192 0.0280 -1
|
||||
UVM2 2246 56749.38011 3.3700e-14 8.5500e-16 14.5160 0.0275 -1
|
||||
UVM2 2246 56749.51610 3.4000e-14 8.6700e-16 14.5064 0.0277 -1
|
||||
UVM2 2246 56750.45706 3.5000e-14 9.2200e-16 14.4749 0.0286 -1
|
||||
UVM2 2246 56750.58206 3.5100e-14 9.2600e-16 14.4718 0.0286 -1
|
||||
UVM2 2246 56751.57002 3.2600e-14 8.6300e-16 14.5521 0.0287 -1
|
||||
UVM2 2246 56752.04100 3.2000e-14 9.0700e-16 14.5722 0.0308 -1
|
||||
UVM2 2246 56752.63698 3.1300e-14 9.2500e-16 14.5962 0.0321 -1
|
||||
UVM2 2246 56753.04096 3.0700e-14 8.1400e-16 14.6172 0.0288 -1
|
||||
UVM2 2246 56753.36995 3.0200e-14 8.0200e-16 14.6351 0.0288 -1
|
||||
UVM2 2246 56753.70593 2.9500e-14 8.7900e-16 14.6605 0.0324 -1
|
||||
UVM2 2246 56753.91692 2.8500e-14 7.5500e-16 14.6980 0.0288 -1
|
||||
UVM2 2246 56754.17291 2.8000e-14 7.5100e-16 14.7172 0.0291 -1
|
||||
UVM2 2246 56754.37190 2.8500e-14 7.2300e-16 14.6980 0.0275 -1
|
||||
UVM2 2246 56755.04987 2.7200e-14 7.4100e-16 14.7487 0.0296 -1
|
||||
UVM2 2246 56755.37186 2.7700e-14 7.3600e-16 14.7289 0.0288 -1
|
||||
UVM2 2246 56755.52385 2.6600e-14 7.1200e-16 14.7729 0.0291 -1
|
||||
UVM2 2246 56756.10383 2.7100e-14 7.3000e-16 14.7527 0.0292 -1
|
||||
UVM2 2246 56756.30882 2.7000e-14 7.2500e-16 14.7567 0.0292 -1
|
||||
UVM2 2246 56756.77480 2.8600e-14 7.5800e-16 14.6942 0.0288 -1
|
||||
UVM2 2246 56757.30477 2.8300e-14 7.4400e-16 14.7056 0.0285 -1
|
||||
UVM2 2246 56757.52176 2.8300e-14 7.2800e-16 14.7056 0.0279 -1
|
||||
UVM2 2246 56757.98474 2.8300e-14 7.2100e-16 14.7056 0.0277 -1
|
||||
UVM2 2246 56758.31673 2.7900e-14 7.2400e-16 14.7211 0.0282 -1
|
||||
UVM2 2246 56758.52172 2.8000e-14 7.4400e-16 14.7172 0.0288 -1
|
||||
UVM2 2246 56758.97169 2.7600e-14 7.1100e-16 14.7328 0.0280 -1
|
||||
UVM2 2246 56759.23868 2.7500e-14 7.1500e-16 14.7368 0.0282 -1
|
||||
UVM2 2246 56759.83965 2.7100e-14 6.9900e-16 14.7527 0.0280 -1
|
||||
UVM2 2246 56759.97165 2.7500e-14 7.0800e-16 14.7368 0.0280 -1
|
||||
UVM2 2246 56760.30563 2.7600e-14 7.1000e-16 14.7328 0.0279 -1
|
||||
UVM2 2246 56761.04559 2.7600e-14 7.2300e-16 14.7328 0.0284 -1
|
||||
UVM2 2246 56761.83955 2.9000e-14 7.3200e-16 14.6791 0.0274 -1
|
||||
UVM2 2246 56762.04654 2.9000e-14 7.6100e-16 14.6791 0.0285 -1
|
||||
UVM2 2246 56762.30853 2.9400e-14 7.8600e-16 14.6642 0.0290 -1
|
||||
UVM2 2246 56762.83850 2.7700e-14 8.1800e-16 14.7289 0.0321 -1
|
||||
UVM2 2246 56763.05049 2.9000e-14 7.5900e-16 14.6791 0.0284 -1
|
||||
UVM2 2246 56763.38447 2.6400e-14 6.9300e-16 14.7811 0.0285 -1
|
||||
UVM2 2246 56763.52046 2.6200e-14 7.1800e-16 14.7893 0.0298 -1
|
||||
UVM2 2246 56764.04044 2.9200e-14 7.4600e-16 14.6716 0.0277 -1
|
||||
UVM2 2246 56764.38942 2.9000e-14 7.4800e-16 14.6791 0.0280 -1
|
||||
UVM2 2246 56764.77240 2.8700e-14 7.6100e-16 14.6904 0.0288 -1
|
||||
UVM2 2246 56765.12138 2.7500e-14 7.1800e-16 14.7368 0.0283 -1
|
||||
UVM2 2246 56765.70435 2.7900e-14 7.7000e-16 14.7211 0.0300 -1
|
||||
UVM2 2246 56766.10532 2.8700e-14 7.6800e-16 14.6904 0.0291 -1
|
||||
UVM2 2246 56766.38831 2.9600e-14 8.3000e-16 14.6569 0.0304 -1
|
||||
UVM2 2246 56766.72629 2.8600e-14 8.1100e-16 14.6942 0.0308 -1
|
||||
UVM2 2246 56767.38725 2.8100e-14 7.8000e-16 14.7133 0.0301 -1
|
||||
UVM2 2246 56769.38814 3.0000e-14 7.7900e-16 14.6423 0.0282 -1
|
||||
UVM2 2246 56770.51607 2.9800e-14 8.5900e-16 14.6496 0.0313 -1
|
||||
UVM2 2246 56770.85005 3.1400e-14 8.2000e-16 14.5928 0.0284 -1
|
||||
UVM2 2246 56771.18303 3.1400e-14 7.9000e-16 14.5928 0.0273 -1
|
||||
UVM2 2246 56774.72581 3.2100e-14 8.8600e-16 14.5688 0.0300 -1
|
||||
UVM2 2246 56775.58376 3.1600e-14 8.0600e-16 14.5859 0.0277 -1
|
||||
UVM2 2246 56776.04273 3.2500e-14 9.4900e-16 14.5554 0.0317 -1
|
||||
UVM2 2246 56776.24472 3.1600e-14 7.8800e-16 14.5859 0.0271 -1
|
||||
UVM2 2246 56777.52464 2.9500e-14 7.8700e-16 14.6605 0.0290 -1
|
||||
UVM2 2246 56778.58957 3.0800e-14 8.2200e-16 14.6137 0.0290 -1
|
||||
UVM2 2246 56779.38351 3.0800e-14 8.2800e-16 14.6137 0.0292 -1
|
||||
UVM2 2246 56779.85548 3.1200e-14 8.1700e-16 14.5997 0.0284 -1
|
||||
UVM2 2246 56780.25545 2.9100e-14 7.7700e-16 14.6754 0.0290 -1
|
||||
UVM2 2246 56780.52344 3.0900e-14 8.3600e-16 14.6102 0.0294 -1
|
||||
UVM2 2246 56780.59043 3.1500e-14 8.4400e-16 14.5893 0.0291 -1
|
||||
UVM2 2246 56782.10133 2.9900e-14 8.0100e-16 14.6459 0.0291 -1
|
||||
UVM2 2246 56782.31332 2.9300e-14 7.4800e-16 14.6679 0.0277 -1
|
||||
UVM2 2246 56782.70929 2.9700e-14 7.8800e-16 14.6532 0.0288 -1
|
||||
UVM2 2246 56782.98127 3.0700e-14 8.1500e-16 14.6172 0.0288 -1
|
||||
UVM2 2246 56783.37024 3.1000e-14 7.9000e-16 14.6067 0.0277 -1
|
||||
UVM2 2246 56783.56823 3.0100e-14 8.2200e-16 14.6387 0.0297 -1
|
||||
UVM2 2246 56783.96820 3.1400e-14 8.1300e-16 14.5928 0.0281 -1
|
||||
UVM2 2246 56785.04313 3.2900e-14 1.0200e-15 14.5421 0.0337 -1
|
||||
UVM2 2246 56785.56909 3.3200e-14 8.6900e-16 14.5323 0.0284 -1
|
||||
UVM2 2246 56786.37003 3.2800e-14 8.3400e-16 14.5454 0.0276 -1
|
||||
UVM2 2246 56786.97699 3.4100e-14 1.1100e-15 14.5032 0.0353 -1
|
||||
UVM2 2246 56787.31097 3.3300e-14 8.4300e-16 14.5290 0.0275 -1
|
||||
UVM2 2246 56787.71594 3.0800e-14 8.1100e-16 14.6137 0.0286 -1
|
||||
UVM2 2246 56787.98492 3.2400e-14 8.6100e-16 14.5587 0.0289 -1
|
||||
UVM2 2246 56788.30789 3.1200e-14 8.5300e-16 14.5997 0.0297 -1
|
||||
UVM2 2246 56789.04884 3.1200e-14 8.0300e-16 14.5997 0.0279 -1
|
||||
UVM2 2246 56789.31082 2.9500e-14 7.5400e-16 14.6605 0.0278 -1
|
||||
UVM2 2246 56789.65080 3.0500e-14 8.2700e-16 14.6243 0.0294 -1
|
||||
UVM2 2246 56789.96977 3.0700e-14 9.0900e-16 14.6172 0.0321 -1
|
||||
UVM2 2246 56790.63773 2.9200e-14 1.0800e-15 14.6716 0.0402 -1
|
||||
UVM2 2246 56791.63765 3.2400e-14 1.8200e-15 14.5587 0.0610 -1
|
||||
UVM2 2246 56791.96963 2.9400e-14 7.5700e-16 14.6642 0.0280 -1
|
||||
UVM2 2246 56792.37060 3.0700e-14 8.4800e-16 14.6172 0.0300 -1
|
||||
UVM2 2246 56792.51259 2.9900e-14 7.6200e-16 14.6459 0.0277 -1
|
||||
UVM2 2246 56792.84856 3.2000e-14 8.1600e-16 14.5722 0.0277 -1
|
||||
UVM2 2246 56793.84849 3.1500e-14 8.0100e-16 14.5893 0.0276 -1
|
||||
UVM2 2246 56794.25046 3.1000e-14 8.4200e-16 14.6067 0.0295 -1
|
||||
UVM2 2246 56794.69743 2.9800e-14 9.1600e-16 14.6496 0.0334 -1
|
||||
UVM2 2246 56795.36438 3.0400e-14 9.2800e-16 14.6279 0.0331 -1
|
||||
UVM2 2246 56796.89626 3.1700e-14 8.2600e-16 14.5824 0.0283 -1
|
||||
UVM2 2246 56798.51214 3.1100e-14 7.9900e-16 14.6032 0.0279 -1
|
||||
UVM2 2246 56798.89511 3.0400e-14 7.9300e-16 14.6279 0.0283 -1
|
||||
UVM2 2246 56799.23108 3.0400e-14 7.7500e-16 14.6279 0.0277 -1
|
||||
UVM2 2246 56799.56706 3.2100e-14 8.1100e-16 14.5688 0.0274 -1
|
||||
UVM2 2246 56800.03102 2.9500e-14 7.4200e-16 14.6605 0.0273 -1
|
||||
UVM2 2246 56800.36400 3.0500e-14 8.1100e-16 14.6243 0.0289 -1
|
||||
UVM2 2246 56800.83096 3.0900e-14 7.8200e-16 14.6102 0.0275 -1
|
||||
UVM2 2246 56801.10094 3.1300e-14 7.9300e-16 14.5962 0.0275 -1
|
||||
UVM2 2246 56802.10086 3.1800e-14 7.8000e-16 14.5790 0.0266 -1
|
||||
UVM2 2246 56802.63282 3.1300e-14 7.7000e-16 14.5962 0.0267 -1
|
||||
UVM2 2246 56804.23470 2.9600e-14 7.6300e-16 14.6569 0.0280 -1
|
||||
UVM2 2246 56805.09363 3.0800e-14 8.1400e-16 14.6137 0.0287 -1
|
||||
UVM2 2246 56805.97756 3.1700e-14 8.2000e-16 14.5824 0.0281 -1
|
||||
UVM2 2246 56806.37353 3.1000e-14 8.0500e-16 14.6067 0.0282 -1
|
||||
UVM2 2246 56806.89349 3.1200e-14 8.8200e-16 14.5997 0.0307 -1
|
||||
UVM2 2246 56807.22746 3.1300e-14 8.6100e-16 14.5962 0.0299 -1
|
||||
UVM2 2246 56807.89241 3.1500e-14 8.1600e-16 14.5893 0.0281 -1
|
||||
UVM2 2246 56808.55936 3.1700e-14 8.1100e-16 14.5824 0.0278 -1
|
||||
UVM2 2246 56808.89233 3.2400e-14 8.3300e-16 14.5587 0.0279 -1
|
||||
UVM2 2246 56809.22431 3.0900e-14 8.1000e-16 14.6102 0.0285 -1
|
||||
UVM2 2246 56809.89225 3.2700e-14 8.4000e-16 14.5487 0.0279 -1
|
||||
UVM2 2246 56810.22523 3.1700e-14 8.6600e-16 14.5824 0.0297 -1
|
||||
UVM2 2246 56810.55820 3.0800e-14 8.0900e-16 14.6137 0.0285 -1
|
||||
UVM2 2246 56810.89217 3.1900e-14 8.2200e-16 14.5756 0.0280 -1
|
||||
UVM2 2246 56811.22315 3.1100e-14 8.5400e-16 14.6032 0.0298 -1
|
||||
UVM2 2246 56811.75811 3.2200e-14 9.3800e-16 14.5655 0.0316 -1
|
||||
UVM2 2246 56812.02609 3.2200e-14 8.2500e-16 14.5655 0.0278 -1
|
||||
UVM2 2246 56812.37406 3.2500e-14 8.5900e-16 14.5554 0.0287 -1
|
||||
UVM2 2246 56812.55804 3.2300e-14 8.4500e-16 14.5621 0.0284 -1
|
||||
UVM2 2246 56812.89002 3.1400e-14 8.3100e-16 14.5928 0.0287 -1
|
||||
UVM2 2246 56813.22899 3.2700e-14 8.3300e-16 14.5487 0.0277 -1
|
||||
UVM2 2246 56813.97593 3.3500e-14 8.9300e-16 14.5225 0.0289 -1
|
||||
UVM2 2246 56814.37390 3.1700e-14 8.1000e-16 14.5824 0.0277 -1
|
||||
UVM2 2246 56814.55689 3.3900e-14 9.0800e-16 14.5096 0.0291 -1
|
||||
UVM2 2246 56814.62788 3.3200e-14 8.4100e-16 14.5323 0.0275 -1
|
||||
UVM2 2246 56815.69880 3.3400e-14 8.9300e-16 14.5257 0.0290 -1
|
||||
UVM2 2246 56815.95778 3.4400e-14 9.5300e-16 14.4937 0.0301 -1
|
||||
UVM2 2246 56816.23075 3.5800e-14 9.6900e-16 14.4504 0.0294 -1
|
||||
UVM2 2246 56817.62665 3.7300e-14 9.3200e-16 14.4058 0.0271 -1
|
||||
UVM2 2246 56818.09561 3.7900e-14 8.9900e-16 14.3885 0.0258 -1
|
||||
UVM2 2246 56818.24260 3.7700e-14 9.6900e-16 14.3942 0.0279 -1
|
||||
UVM2 2246 56818.70656 3.9300e-14 1.0100e-15 14.3491 0.0279 -1
|
||||
UVM2 2246 56818.96154 4.0400e-14 1.1000e-15 14.3191 0.0296 -1
|
||||
UVM2 2246 56819.69748 3.7000e-14 9.8400e-16 14.4146 0.0289 -1
|
||||
UVM2 2246 56820.22944 4.0000e-14 1.0600e-15 14.3299 0.0288 -1
|
||||
UVM2 2246 56820.57641 3.6900e-14 9.4700e-16 14.4175 0.0279 -1
|
||||
UVM2 2246 56820.63841 3.7400e-14 1.2100e-15 14.4029 0.0351 -1
|
||||
UVM2 2246 56820.69141 3.7400e-14 9.6000e-16 14.4029 0.0279 -1
|
||||
UVM2 2246 56821.90631 3.7200e-14 9.6500e-16 14.4087 0.0282 -1
|
||||
UVM2 2246 56822.36628 3.6700e-14 1.0300e-15 14.4234 0.0305 -1
|
||||
UVM2 2246 56823.15721 3.7400e-14 1.0100e-15 14.4029 0.0293 -1
|
||||
UVM2 2246 56823.29720 3.4500e-14 9.4200e-16 14.4905 0.0296 -1
|
||||
UVM2 2246 56824.62110 3.6000e-14 9.9400e-16 14.4443 0.0300 -1
|
||||
UVM2 2246 56825.36404 3.3900e-14 8.9400e-16 14.5096 0.0286 -1
|
||||
UVM2 2246 56825.55403 3.5400e-14 9.0700e-16 14.4626 0.0278 -1
|
||||
UVM2 2246 56825.96200 3.5600e-14 1.1400e-15 14.4565 0.0348 -1
|
||||
UVM2 2246 56826.43196 3.3400e-14 8.8500e-16 14.5257 0.0288 -1
|
||||
UVM2 2246 56826.76494 3.2500e-14 8.6900e-16 14.5554 0.0290 -1
|
||||
UVM2 2246 56827.03991 3.2700e-14 9.1800e-16 14.5487 0.0305 -1
|
||||
UVM2 2246 56827.43088 3.1700e-14 9.0500e-16 14.5824 0.0310 -1
|
||||
UVM2 2246 56827.88585 3.1500e-14 8.1100e-16 14.5893 0.0280 -1
|
||||
UVM2 2246 56828.15383 3.2000e-14 8.4600e-16 14.5722 0.0287 -1
|
||||
UVM2 2246 56828.42981 3.1100e-14 8.1900e-16 14.6032 0.0286 -1
|
||||
UVM2 2246 56828.55880 3.1700e-14 7.6800e-16 14.5824 0.0263 -1
|
||||
UVM2 2246 56829.01976 3.1300e-14 8.3600e-16 14.5962 0.0290 -1
|
||||
UVM2 2246 56829.81770 3.0700e-14 8.6700e-16 14.6172 0.0307 -1
|
||||
UVM2 2246 56830.15268 2.9900e-14 8.5100e-16 14.6459 0.0309 -1
|
||||
UVM2 2246 56830.42366 2.9700e-14 8.0700e-16 14.6532 0.0295 -1
|
||||
270
data/STORM_III/raw/separated/2600Å.tab
Normal file
270
data/STORM_III/raw/separated/2600Å.tab
Normal file
@ -0,0 +1,270 @@
|
||||
UVW1 2600 56690.42605 2.3800e-14 5.6200e-16 14.5758 0.0256 -1
|
||||
UVW1 2600 56698.35933 2.8600e-14 6.3700e-16 14.3764 0.0242 -1
|
||||
UVW1 2600 56699.56236 2.7600e-14 6.3900e-16 14.4150 0.0251 -1
|
||||
UVW1 2600 56702.41644 2.7900e-14 6.3000e-16 14.4033 0.0245 -1
|
||||
UVW1 2600 56706.48652 2.7700e-14 6.4000e-16 14.4111 0.0251 -1
|
||||
UVW1 2600 56708.22756 2.7200e-14 6.2300e-16 14.4309 0.0249 -1
|
||||
UVW1 2600 56710.10559 2.6000e-14 6.6100e-16 14.4798 0.0276 -1
|
||||
UVW1 2600 56710.16759 2.6500e-14 6.8000e-16 14.4592 0.0279 -1
|
||||
UVW1 2600 56710.63659 2.4900e-14 6.2800e-16 14.5268 0.0274 -1
|
||||
UVW1 2600 56711.02360 2.4800e-14 6.4700e-16 14.5311 0.0283 -1
|
||||
UVW1 2600 56711.35860 2.5400e-14 6.9100e-16 14.5052 0.0295 -1
|
||||
UVW1 2600 56712.09261 2.4300e-14 6.1100e-16 14.5533 0.0273 -1
|
||||
UVW1 2600 56713.22862 2.5000e-14 6.5400e-16 14.5224 0.0284 -1
|
||||
UVW1 2600 56713.51063 2.5200e-14 6.4200e-16 14.5138 0.0277 -1
|
||||
UVW1 2600 56713.95863 2.4900e-14 6.5500e-16 14.5268 0.0286 -1
|
||||
UVW1 2600 56714.22563 2.3600e-14 6.0700e-16 14.5850 0.0279 -1
|
||||
UVW1 2600 56714.51063 2.4200e-14 6.3600e-16 14.5577 0.0285 -1
|
||||
UVW1 2600 56715.04264 2.4400e-14 6.3500e-16 14.5488 0.0283 -1
|
||||
UVW1 2600 56715.64264 2.4200e-14 6.3100e-16 14.5577 0.0283 -1
|
||||
UVW1 2600 56717.03865 2.3400e-14 6.1000e-16 14.5942 0.0283 -1
|
||||
UVW1 2600 56718.36766 2.1700e-14 5.4400e-16 14.6761 0.0272 -1
|
||||
UVW1 2600 56718.63766 2.0600e-14 5.5000e-16 14.7326 0.0290 -1
|
||||
UVW1 2600 56719.71066 2.1700e-14 5.5300e-16 14.6761 0.0277 -1
|
||||
UVW1 2600 56720.10066 2.0700e-14 5.7400e-16 14.7274 0.0301 -1
|
||||
UVW1 2600 56720.37566 2.1100e-14 5.2700e-16 14.7066 0.0271 -1
|
||||
UVW1 2600 56720.63766 2.1100e-14 5.6300e-16 14.7066 0.0290 -1
|
||||
UVW1 2600 56720.96766 1.9800e-14 5.1000e-16 14.7756 0.0280 -1
|
||||
UVW1 2600 56721.37966 2.0400e-14 5.1600e-16 14.7432 0.0275 -1
|
||||
UVW1 2600 56721.56966 1.9900e-14 5.3600e-16 14.7701 0.0292 -1
|
||||
UVW1 2600 56722.37066 1.9700e-14 5.0900e-16 14.7811 0.0281 -1
|
||||
UVW1 2600 56722.84266 1.8800e-14 5.1200e-16 14.8319 0.0296 -1
|
||||
UVW1 2600 56723.11165 1.9200e-14 5.0800e-16 14.8090 0.0287 -1
|
||||
UVW1 2600 56723.44265 1.9700e-14 5.0700e-16 14.7811 0.0279 -1
|
||||
UVW1 2600 56723.89465 1.8700e-14 5.0200e-16 14.8377 0.0291 -1
|
||||
UVW1 2600 56724.44865 1.9200e-14 5.0100e-16 14.8090 0.0283 -1
|
||||
UVW1 2600 56724.56865 1.8800e-14 5.0700e-16 14.8319 0.0293 -1
|
||||
UVW1 2600 56725.16764 1.8900e-14 5.0500e-16 14.8261 0.0290 -1
|
||||
UVW1 2600 56725.29564 1.9200e-14 5.1200e-16 14.8090 0.0290 -1
|
||||
UVW1 2600 56725.63764 2.0000e-14 5.3100e-16 14.7647 0.0288 -1
|
||||
UVW1 2600 56726.02864 1.9400e-14 5.5000e-16 14.7978 0.0308 -1
|
||||
UVW1 2600 56726.31064 1.9600e-14 4.9100e-16 14.7866 0.0272 -1
|
||||
UVW1 2600 56727.02863 1.9546e-14 3.7145e-16 14.7896 0.0206 -1
|
||||
UVW1 2600 56727.30963 1.9300e-14 4.8100e-16 14.8034 0.0271 -1
|
||||
UVW1 2600 56727.51063 1.9500e-14 5.3100e-16 14.7922 0.0296 -1
|
||||
UVW1 2600 56727.84562 1.9700e-14 5.2100e-16 14.7811 0.0287 -1
|
||||
UVW1 2600 56728.57962 1.9400e-14 5.0500e-16 14.7978 0.0283 -1
|
||||
UVW1 2600 56728.84461 1.9500e-14 4.9600e-16 14.7922 0.0276 -1
|
||||
UVW1 2600 56729.64260 2.0000e-14 5.2100e-16 14.7647 0.0283 -1
|
||||
UVW1 2600 56730.03660 2.0200e-14 5.3500e-16 14.7539 0.0288 -1
|
||||
UVW1 2600 56730.37259 2.0900e-14 5.2500e-16 14.7169 0.0273 -1
|
||||
UVW1 2600 56730.63259 2.0800e-14 5.2300e-16 14.7221 0.0273 -1
|
||||
UVW1 2600 56730.96259 2.0200e-14 5.0900e-16 14.7539 0.0274 -1
|
||||
UVW1 2600 56731.36558 2.0000e-14 4.9200e-16 14.7647 0.0267 -1
|
||||
UVW1 2600 56731.63058 2.0400e-14 5.1600e-16 14.7432 0.0275 -1
|
||||
UVW1 2600 56732.04557 2.0400e-14 5.2400e-16 14.7432 0.0279 -1
|
||||
UVW1 2600 56732.37056 2.0000e-14 4.9800e-16 14.7647 0.0270 -1
|
||||
UVW1 2600 56732.71556 2.0700e-14 5.2200e-16 14.7274 0.0274 -1
|
||||
UVW1 2600 56732.97955 2.0500e-14 5.1600e-16 14.7379 0.0273 -1
|
||||
UVW1 2600 56733.23055 2.0300e-14 5.0000e-16 14.7485 0.0267 -1
|
||||
UVW1 2600 56733.57454 2.0100e-14 5.1200e-16 14.7593 0.0277 -1
|
||||
UVW1 2600 56733.97054 2.0300e-14 5.1100e-16 14.7485 0.0273 -1
|
||||
UVW1 2600 56734.23653 2.0600e-14 4.9700e-16 14.7326 0.0262 -1
|
||||
UVW1 2600 56734.51153 2.1100e-14 5.3900e-16 14.7066 0.0277 -1
|
||||
UVW1 2600 56734.89652 2.1800e-14 5.5900e-16 14.6711 0.0278 -1
|
||||
UVW1 2600 56735.29651 2.1700e-14 5.2600e-16 14.6761 0.0263 -1
|
||||
UVW1 2600 56735.63750 2.2700e-14 5.7200e-16 14.6272 0.0274 -1
|
||||
UVW1 2600 56736.29749 2.3300e-14 5.6700e-16 14.5989 0.0264 -1
|
||||
UVW1 2600 56736.56349 2.3800e-14 6.0600e-16 14.5758 0.0276 -1
|
||||
UVW1 2600 56736.89648 2.4500e-14 6.2000e-16 14.5444 0.0275 -1
|
||||
UVW1 2600 56737.51146 2.4500e-14 6.4400e-16 14.5444 0.0285 -1
|
||||
UVW1 2600 56737.89746 2.4400e-14 6.4300e-16 14.5488 0.0286 -1
|
||||
UVW1 2600 56738.23045 2.6000e-14 6.3500e-16 14.4798 0.0265 -1
|
||||
UVW1 2600 56738.51344 2.5800e-14 6.7900e-16 14.4882 0.0286 -1
|
||||
UVW1 2600 56738.89743 2.5600e-14 6.5100e-16 14.4967 0.0276 -1
|
||||
UVW1 2600 56739.23042 2.5800e-14 6.3100e-16 14.4882 0.0266 -1
|
||||
UVW1 2600 56739.58441 2.7400e-14 7.1200e-16 14.4229 0.0282 -1
|
||||
UVW1 2600 56739.98140 2.7000e-14 6.6400e-16 14.4389 0.0267 -1
|
||||
UVW1 2600 56740.31640 2.6600e-14 6.5100e-16 14.4551 0.0266 -1
|
||||
UVW1 2600 56740.51739 2.7500e-14 6.8600e-16 14.4189 0.0271 -1
|
||||
UVW1 2600 56740.91338 2.7700e-14 6.9500e-16 14.4111 0.0272 -1
|
||||
UVW1 2600 56741.31737 2.8200e-14 6.9400e-16 14.3917 0.0267 -1
|
||||
UVW1 2600 56741.51136 2.7300e-14 7.0500e-16 14.4269 0.0280 -1
|
||||
UVW1 2600 56741.89635 2.7800e-14 6.9000e-16 14.4072 0.0269 -1
|
||||
UVW1 2600 56742.23034 2.7100e-14 6.6100e-16 14.4349 0.0265 -1
|
||||
UVW1 2600 56742.71533 2.8700e-14 7.3800e-16 14.3726 0.0279 -1
|
||||
UVW1 2600 56742.96332 2.9100e-14 7.1300e-16 14.3575 0.0266 -1
|
||||
UVW1 2600 56743.37031 3.0100e-14 7.2000e-16 14.3209 0.0260 -1
|
||||
UVW1 2600 56743.51130 2.9000e-14 7.2400e-16 14.3613 0.0271 -1
|
||||
UVW1 2600 56744.43828 3.0440e-14 5.0228e-16 14.3087 0.0179 -1
|
||||
UVW1 2600 56744.51127 3.0600e-14 7.4600e-16 14.3030 0.0265 -1
|
||||
UVW1 2600 56745.37725 3.0300e-14 7.6900e-16 14.3137 0.0276 -1
|
||||
UVW1 2600 56745.58124 3.1100e-14 7.7800e-16 14.2854 0.0272 -1
|
||||
UVW1 2600 56745.90223 3.1300e-14 7.8300e-16 14.2784 0.0272 -1
|
||||
UVW1 2600 56746.23922 3.0800e-14 7.5300e-16 14.2959 0.0265 -1
|
||||
UVW1 2600 56746.57321 3.0900e-14 7.7800e-16 14.2924 0.0273 -1
|
||||
UVW1 2600 56746.89720 3.1100e-14 7.6700e-16 14.2854 0.0268 -1
|
||||
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||||
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||||
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||||
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||||
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||||
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||||
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||||
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||||
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||||
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||||
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||||
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||||
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||||
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|
||||
270
data/STORM_III/raw/separated/3465Å.tab
Normal file
270
data/STORM_III/raw/separated/3465Å.tab
Normal file
@ -0,0 +1,270 @@
|
||||
Swiftu 3465 56690.42705 1.9600e-14 5.2200e-16 14.1630 0.0289 -1
|
||||
Swiftu 3465 56698.36133 2.1900e-14 5.5600e-16 14.0425 0.0276 -1
|
||||
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|
||||
Swiftu 3465 56702.41744 2.2600e-14 5.7800e-16 14.0084 0.0278 -1
|
||||
Swiftu 3465 56706.48753 2.1800e-14 5.7600e-16 14.0475 0.0287 -1
|
||||
Swiftu 3465 56708.22856 2.1900e-14 5.7000e-16 14.0425 0.0283 -1
|
||||
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|
||||
Swiftu 3465 56710.10659 2.1500e-14 6.2400e-16 14.0625 0.0315 -1
|
||||
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|
||||
Swiftu 3465 56710.63759 2.1200e-14 6.0600e-16 14.0778 0.0310 -1
|
||||
Swiftu 3465 56711.02460 2.0100e-14 6.0000e-16 14.1356 0.0324 -1
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||||
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||||
Swiftu 3465 56712.09361 2.0700e-14 5.8900e-16 14.1037 0.0309 -1
|
||||
Swiftu 3465 56713.22962 2.1000e-14 6.2600e-16 14.0881 0.0324 -1
|
||||
Swiftu 3465 56713.51163 1.9300e-14 5.6300e-16 14.1797 0.0317 -1
|
||||
Swiftu 3465 56713.95963 2.0300e-14 6.0900e-16 14.1249 0.0326 -1
|
||||
Swiftu 3465 56714.22663 2.0400e-14 5.9100e-16 14.1196 0.0315 -1
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Swiftu 3465 56714.51163 1.9800e-14 5.9300e-16 14.1520 0.0325 -1
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Swiftu 3465 56715.04364 1.9800e-14 5.8800e-16 14.1520 0.0322 -1
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Swiftu 3465 56715.64264 1.9400e-14 5.7500e-16 14.1741 0.0322 -1
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Swiftu 3465 56717.03965 1.8900e-14 5.5600e-16 14.2025 0.0319 -1
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Swiftu 3465 56718.36866 1.7800e-14 5.0100e-16 14.2676 0.0306 -1
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Swiftu 3465 56718.63866 1.7400e-14 5.2100e-16 14.2923 0.0325 -1
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Swiftu 3465 56719.71166 1.7800e-14 5.1000e-16 14.2676 0.0311 -1
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Swiftu 3465 56720.10066 1.6900e-14 5.2600e-16 14.3239 0.0338 -1
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Swiftu 3465 56720.37666 1.7900e-14 5.0100e-16 14.2615 0.0304 -1
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||||
Swiftu 3465 56720.63866 1.7300e-14 5.1900e-16 14.2985 0.0326 -1
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Swiftu 3465 56720.96866 1.6700e-14 4.7800e-16 14.3368 0.0311 -1
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Swiftu 3465 56721.38066 1.7200e-14 4.8400e-16 14.3048 0.0306 -1
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||||
Swiftu 3465 56721.56966 1.7100e-14 5.1500e-16 14.3111 0.0327 -1
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||||
Swiftu 3465 56722.37166 1.6400e-14 4.7200e-16 14.3565 0.0312 -1
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Swiftu 3465 56722.84366 1.5900e-14 4.8200e-16 14.3901 0.0329 -1
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Swiftu 3465 56723.11265 1.5500e-14 4.5800e-16 14.4178 0.0321 -1
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Swiftu 3465 56723.44365 1.5500e-14 4.4700e-16 14.4178 0.0313 -1
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Swiftu 3465 56723.89565 1.6300e-14 4.8200e-16 14.3632 0.0321 -1
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Swiftu 3465 56724.44865 1.5500e-14 4.5000e-16 14.4178 0.0315 -1
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Swiftu 3465 56724.56965 1.6000e-14 4.7700e-16 14.3833 0.0324 -1
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||||
Swiftu 3465 56724.82965 1.6000e-14 4.8600e-16 14.3833 0.0330 -1
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Swiftu 3465 56725.16864 1.5500e-14 4.6100e-16 14.4178 0.0323 -1
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Swiftu 3465 56725.29664 1.6500e-14 4.8700e-16 14.3499 0.0320 -1
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Swiftu 3465 56725.63864 1.6600e-14 4.9500e-16 14.3434 0.0324 -1
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Swiftu 3465 56726.02964 1.5600e-14 4.9800e-16 14.4108 0.0347 -1
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Swiftu 3465 56726.31164 1.6400e-14 4.5700e-16 14.3565 0.0303 -1
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Swiftu 3465 56727.02963 1.6000e-14 3.3932e-16 14.3833 0.0230 -1
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||||
Swiftu 3465 56727.31063 1.6000e-14 4.4300e-16 14.3833 0.0301 -1
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Swiftu 3465 56727.51163 1.6300e-14 4.9600e-16 14.3632 0.0330 -1
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||||
Swiftu 3465 56727.84662 1.6300e-14 4.7800e-16 14.3632 0.0318 -1
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Swiftu 3465 56728.58062 1.5900e-14 4.6200e-16 14.3901 0.0315 -1
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||||
Swiftu 3465 56728.84561 1.6300e-14 4.6300e-16 14.3632 0.0308 -1
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||||
Swiftu 3465 56729.64360 1.6100e-14 4.7000e-16 14.3766 0.0317 -1
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Swiftu 3465 56730.03760 1.5800e-14 4.7200e-16 14.3970 0.0324 -1
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||||
Swiftu 3465 56730.37359 1.6400e-14 4.6700e-16 14.3565 0.0309 -1
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Swiftu 3465 56730.63359 1.6300e-14 4.6200e-16 14.3632 0.0308 -1
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||||
Swiftu 3465 56730.96359 1.6900e-14 4.7400e-16 14.3239 0.0305 -1
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Swiftu 3465 56731.36758 1.6500e-14 4.5400e-16 14.3499 0.0299 -1
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Swiftu 3465 56731.63158 1.6600e-14 4.7000e-16 14.3434 0.0307 -1
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Swiftu 3465 56732.04657 1.6500e-14 4.7400e-16 14.3499 0.0312 -1
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||||
Swiftu 3465 56732.37156 1.6600e-14 4.6000e-16 14.3434 0.0301 -1
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Swiftu 3465 56732.71656 1.6500e-14 4.6800e-16 14.3499 0.0308 -1
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||||
Swiftu 3465 56732.98055 1.6500e-14 4.6600e-16 14.3499 0.0307 -1
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Swiftu 3465 56733.23155 1.6300e-14 4.5200e-16 14.3632 0.0301 -1
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Swiftu 3465 56733.57554 1.6300e-14 4.6400e-16 14.3632 0.0309 -1
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||||
Swiftu 3465 56733.97154 1.6200e-14 4.5900e-16 14.3698 0.0308 -1
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Swiftu 3465 56734.23753 1.7000e-14 4.5900e-16 14.3175 0.0293 -1
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Swiftu 3465 56734.51253 1.6500e-14 4.7600e-16 14.3499 0.0313 -1
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Swiftu 3465 56734.89752 1.7700e-14 5.1300e-16 14.2737 0.0315 -1
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||||
Swiftu 3465 56735.29751 1.7700e-14 4.8000e-16 14.2737 0.0294 -1
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Swiftu 3465 56735.63850 1.6800e-14 4.8300e-16 14.3304 0.0312 -1
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||||
Swiftu 3465 56736.29849 1.8100e-14 5.0000e-16 14.2494 0.0300 -1
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Swiftu 3465 56736.56449 1.8300e-14 5.2700e-16 14.2375 0.0313 -1
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Swiftu 3465 56736.89748 1.8600e-14 5.3700e-16 14.2198 0.0313 -1
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Swiftu 3465 56737.51146 1.8300e-14 5.5000e-16 14.2375 0.0326 -1
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||||
Swiftu 3465 56737.89846 1.9300e-14 5.8100e-16 14.1797 0.0327 -1
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Swiftu 3465 56738.23145 1.9600e-14 5.4600e-16 14.1630 0.0302 -1
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||||
Swiftu 3465 56738.51444 2.1100e-14 6.3900e-16 14.0829 0.0329 -1
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||||
Swiftu 3465 56738.89843 2.0100e-14 5.8500e-16 14.1356 0.0316 -1
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Swiftu 3465 56739.23142 2.0300e-14 5.6600e-16 14.1249 0.0303 -1
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||||
Swiftu 3465 56739.58541 2.1000e-14 6.2800e-16 14.0881 0.0325 -1
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||||
Swiftu 3465 56739.98240 2.1100e-14 5.9500e-16 14.0829 0.0306 -1
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Swiftu 3465 56740.31740 2.1400e-14 5.9800e-16 14.0676 0.0303 -1
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Swiftu 3465 56740.51839 2.1600e-14 6.1700e-16 14.0575 0.0310 -1
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Swiftu 3465 56740.91438 2.1400e-14 6.1800e-16 14.0676 0.0314 -1
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Swiftu 3465 56741.31837 2.1000e-14 5.9600e-16 14.0881 0.0308 -1
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Swiftu 3465 56741.51236 2.2300e-14 6.6100e-16 14.0229 0.0322 -1
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||||
Swiftu 3465 56741.89735 2.2200e-14 6.3300e-16 14.0277 0.0310 -1
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||||
Swiftu 3465 56742.23134 2.1700e-14 6.0600e-16 14.0525 0.0303 -1
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||||
Swiftu 3465 56742.71633 2.1900e-14 6.5500e-16 14.0425 0.0325 -1
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||||
Swiftu 3465 56742.96432 2.2600e-14 6.4000e-16 14.0084 0.0307 -1
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||||
Swiftu 3465 56743.37131 2.3500e-14 6.4800e-16 13.9660 0.0299 -1
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||||
Swiftu 3465 56743.51230 2.3300e-14 6.7400e-16 13.9752 0.0314 -1
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||||
Swiftu 3465 56744.43928 2.3453e-14 4.4590e-16 13.9681 0.0206 -1
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||||
Swiftu 3465 56744.51227 2.4700e-14 6.9600e-16 13.9119 0.0306 -1
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||||
Swiftu 3465 56745.37825 2.4300e-14 7.2000e-16 13.9296 0.0322 -1
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||||
Swiftu 3465 56745.58224 2.4100e-14 7.0100e-16 13.9386 0.0316 -1
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||||
Swiftu 3465 56745.90323 2.4800e-14 7.2200e-16 13.9075 0.0316 -1
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||||
Swiftu 3465 56746.24022 2.4700e-14 6.9800e-16 13.9119 0.0307 -1
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Swiftu 3465 56746.57421 2.4600e-14 7.2000e-16 13.9163 0.0318 -1
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||||
Swiftu 3465 56746.89820 2.4000e-14 6.9000e-16 13.9431 0.0312 -1
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||||
Swiftu 3465 56747.69717 2.4800e-14 7.1200e-16 13.9075 0.0312 -1
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Swiftu 3465 56748.03116 2.4300e-14 6.9800e-16 13.9296 0.0312 -1
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||||
Swiftu 3465 56748.51214 2.4800e-14 7.5600e-16 13.9075 0.0331 -1
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||||
Swiftu 3465 56749.09812 2.4800e-14 6.9700e-16 13.9075 0.0305 -1
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||||
Swiftu 3465 56749.37511 2.4800e-14 6.9800e-16 13.9075 0.0306 -1
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Swiftu 3465 56749.51210 2.4700e-14 7.3200e-16 13.9119 0.0322 -1
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||||
Swiftu 3465 56750.45206 2.4700e-14 6.9800e-16 13.9119 0.0307 -1
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Swiftu 3465 56750.57706 2.4300e-14 7.0500e-16 13.9296 0.0315 -1
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||||
Swiftu 3465 56751.56602 2.4500e-14 7.1700e-16 13.9207 0.0318 -1
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||||
Swiftu 3465 56752.03700 2.3400e-14 6.8300e-16 13.9706 0.0317 -1
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||||
Swiftu 3465 56752.63398 2.4300e-14 7.2800e-16 13.9296 0.0325 -1
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Swiftu 3465 56753.03596 2.3500e-14 6.7600e-16 13.9660 0.0312 -1
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||||
Swiftu 3465 56753.36495 2.3100e-14 6.6500e-16 13.9846 0.0313 -1
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Swiftu 3465 56753.70193 2.3100e-14 6.9200e-16 13.9846 0.0325 -1
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||||
Swiftu 3465 56753.91092 2.2300e-14 6.1800e-16 14.0229 0.0301 -1
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||||
Swiftu 3465 56754.16791 2.2600e-14 6.3600e-16 14.0084 0.0306 -1
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||||
Swiftu 3465 56754.36590 2.2000e-14 5.9200e-16 14.0376 0.0292 -1
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||||
Swiftu 3465 56755.04587 2.1100e-14 6.1600e-16 14.0829 0.0317 -1
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Swiftu 3465 56755.36686 2.1200e-14 6.0800e-16 14.0778 0.0311 -1
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Swiftu 3465 56755.51885 2.1300e-14 6.1100e-16 14.0727 0.0311 -1
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Swiftu 3465 56756.09883 2.1200e-14 6.1400e-16 14.0778 0.0314 -1
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Swiftu 3465 56756.30382 2.1400e-14 6.0500e-16 14.0676 0.0307 -1
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Swiftu 3465 56757.29977 2.1800e-14 6.2100e-16 14.0475 0.0309 -1
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Swiftu 3465 56757.51576 2.2300e-14 6.2100e-16 14.0229 0.0302 -1
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||||
Swiftu 3465 56757.97974 2.1900e-14 6.1400e-16 14.0425 0.0304 -1
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Swiftu 3465 56758.31073 2.1600e-14 6.0400e-16 14.0575 0.0304 -1
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Swiftu 3465 56758.51572 2.1800e-14 6.0700e-16 14.0475 0.0302 -1
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||||
Swiftu 3465 56758.96669 2.1600e-14 5.9700e-16 14.0575 0.0300 -1
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||||
Swiftu 3465 56759.23268 2.1100e-14 5.8600e-16 14.0829 0.0302 -1
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||||
Swiftu 3465 56759.83365 2.0600e-14 5.7200e-16 14.1090 0.0301 -1
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||||
Swiftu 3465 56759.96665 1.9600e-14 5.4600e-16 14.1630 0.0302 -1
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||||
Swiftu 3465 56760.30063 2.0500e-14 5.6900e-16 14.1142 0.0301 -1
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||||
Swiftu 3465 56761.04059 2.0400e-14 5.7000e-16 14.1196 0.0303 -1
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||||
Swiftu 3465 56761.83355 2.1500e-14 5.8600e-16 14.0625 0.0296 -1
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||||
Swiftu 3465 56762.04154 2.0600e-14 5.7400e-16 14.1090 0.0303 -1
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||||
Swiftu 3465 56762.30253 2.1600e-14 5.9100e-16 14.0575 0.0297 -1
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||||
Swiftu 3465 56762.83550 2.1600e-14 6.4300e-16 14.0575 0.0323 -1
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||||
Swiftu 3465 56763.04549 2.0500e-14 5.8800e-16 14.1142 0.0311 -1
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||||
Swiftu 3465 56763.37847 2.1000e-14 5.8800e-16 14.0881 0.0304 -1
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||||
Swiftu 3465 56763.51546 2.0100e-14 5.6200e-16 14.1356 0.0304 -1
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||||
Swiftu 3465 56764.03444 2.1700e-14 5.9600e-16 14.0525 0.0298 -1
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||||
Swiftu 3465 56764.38442 2.1000e-14 5.8400e-16 14.0881 0.0302 -1
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||||
Swiftu 3465 56764.76740 2.1100e-14 6.0400e-16 14.0829 0.0311 -1
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||||
Swiftu 3465 56765.11638 2.1000e-14 6.1900e-16 14.0881 0.0320 -1
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||||
Swiftu 3465 56765.70035 2.1500e-14 6.4700e-16 14.0625 0.0327 -1
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||||
Swiftu 3465 56766.10032 2.1300e-14 6.2400e-16 14.0727 0.0318 -1
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||||
Swiftu 3465 56766.38431 2.0600e-14 6.2900e-16 14.1090 0.0332 -1
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||||
Swiftu 3465 56766.72229 2.0800e-14 6.2500e-16 14.0985 0.0326 -1
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||||
Swiftu 3465 56767.38225 2.1000e-14 6.1100e-16 14.0881 0.0316 -1
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||||
Swiftu 3465 56768.44619 2.2300e-14 6.3200e-16 14.0229 0.0308 -1
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||||
Swiftu 3465 56769.38314 2.1700e-14 6.1400e-16 14.0525 0.0307 -1
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||||
Swiftu 3465 56770.51207 2.1200e-14 6.1400e-16 14.0778 0.0314 -1
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||||
Swiftu 3465 56770.84505 2.2600e-14 6.4100e-16 14.0084 0.0308 -1
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||||
Swiftu 3465 56771.17703 2.2500e-14 6.2800e-16 14.0132 0.0303 -1
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||||
Swiftu 3465 56774.72181 2.3300e-14 7.1300e-16 13.9752 0.0332 -1
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||||
Swiftu 3465 56774.92480 2.3600e-14 6.9600e-16 13.9613 0.0320 -1
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||||
Swiftu 3465 56775.57776 2.3500e-14 6.6100e-16 13.9660 0.0305 -1
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||||
Swiftu 3465 56776.03773 2.2800e-14 6.4100e-16 13.9988 0.0305 -1
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||||
Swiftu 3465 56776.23872 2.3400e-14 6.3000e-16 13.9706 0.0292 -1
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||||
Swiftu 3465 56776.97367 2.3200e-14 6.4500e-16 13.9799 0.0302 -1
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||||
Swiftu 3465 56777.37365 2.2500e-14 6.2900e-16 14.0132 0.0304 -1
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||||
Swiftu 3465 56777.51964 2.1900e-14 6.4100e-16 14.0425 0.0318 -1
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||||
Swiftu 3465 56778.58557 2.2600e-14 6.5600e-16 14.0084 0.0315 -1
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||||
Swiftu 3465 56779.37951 2.2400e-14 6.6500e-16 14.0180 0.0322 -1
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||||
Swiftu 3465 56779.78449 2.2000e-14 6.1400e-16 14.0376 0.0303 -1
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||||
Swiftu 3465 56779.85048 2.2400e-14 6.3500e-16 14.0180 0.0308 -1
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||||
Swiftu 3465 56780.25046 2.2700e-14 6.4600e-16 14.0036 0.0309 -1
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||||
Swiftu 3465 56780.51944 2.1900e-14 6.6700e-16 14.0425 0.0331 -1
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||||
Swiftu 3465 56780.58643 2.2500e-14 6.7200e-16 14.0132 0.0324 -1
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||||
Swiftu 3465 56782.09733 2.2600e-14 6.4600e-16 14.0084 0.0310 -1
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||||
Swiftu 3465 56782.30732 2.1600e-14 5.9900e-16 14.0575 0.0301 -1
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||||
Swiftu 3465 56782.70429 2.2200e-14 6.4600e-16 14.0277 0.0316 -1
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||||
Swiftu 3465 56782.97627 2.2200e-14 6.4600e-16 14.0277 0.0316 -1
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||||
Swiftu 3465 56783.36524 2.2500e-14 6.6500e-16 14.0132 0.0321 -1
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||||
Swiftu 3465 56783.56423 2.2000e-14 6.4300e-16 14.0376 0.0317 -1
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||||
Swiftu 3465 56783.96320 2.2700e-14 6.5000e-16 14.0036 0.0311 -1
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||||
Swiftu 3465 56785.03913 2.2200e-14 6.5700e-16 14.0277 0.0321 -1
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||||
Swiftu 3465 56785.56509 2.3400e-14 6.7800e-16 13.9706 0.0315 -1
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||||
Swiftu 3465 56786.36403 2.3100e-14 6.4300e-16 13.9846 0.0302 -1
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||||
Swiftu 3465 56786.97299 2.1900e-14 6.3400e-16 14.0425 0.0314 -1
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||||
Swiftu 3465 56787.30597 2.2800e-14 6.3700e-16 13.9988 0.0303 -1
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||||
Swiftu 3465 56787.71094 2.3100e-14 6.8200e-16 13.9846 0.0321 -1
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||||
Swiftu 3465 56787.97992 2.2600e-14 6.5600e-16 14.0084 0.0315 -1
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||||
Swiftu 3465 56788.30389 2.3500e-14 6.8300e-16 13.9660 0.0316 -1
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||||
Swiftu 3465 56789.04384 2.2800e-14 6.4000e-16 13.9988 0.0305 -1
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||||
Swiftu 3465 56789.30582 2.1400e-14 5.9700e-16 14.0676 0.0303 -1
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||||
Swiftu 3465 56789.64680 2.2200e-14 6.6300e-16 14.0277 0.0324 -1
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||||
Swiftu 3465 56789.96477 2.2500e-14 6.4000e-16 14.0132 0.0309 -1
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||||
Swiftu 3465 56790.63373 2.1600e-14 6.2600e-16 14.0575 0.0315 -1
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||||
Swiftu 3465 56791.03470 2.2500e-14 6.5000e-16 14.0132 0.0314 -1
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||||
Swiftu 3465 56791.63365 2.0800e-14 6.1200e-16 14.0985 0.0319 -1
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||||
Swiftu 3465 56791.96363 2.1000e-14 5.9100e-16 14.0881 0.0306 -1
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||||
Swiftu 3465 56792.36560 2.2200e-14 6.4500e-16 14.0277 0.0315 -1
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||||
Swiftu 3465 56792.84356 2.2000e-14 6.1400e-16 14.0376 0.0303 -1
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||||
Swiftu 3465 56793.84249 2.2000e-14 6.1400e-16 14.0376 0.0303 -1
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||||
Swiftu 3465 56794.24646 2.3100e-14 6.7900e-16 13.9846 0.0319 -1
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||||
Swiftu 3465 56794.69343 2.2100e-14 6.7600e-16 14.0326 0.0332 -1
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||||
Swiftu 3465 56795.36038 2.2100e-14 6.7800e-16 14.0326 0.0333 -1
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||||
Swiftu 3465 56795.89134 2.2400e-14 6.2400e-16 14.0180 0.0302 -1
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||||
Swiftu 3465 56796.89126 2.2000e-14 6.2500e-16 14.0376 0.0308 -1
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||||
Swiftu 3465 56797.22423 2.2600e-14 6.1900e-16 14.0084 0.0297 -1
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||||
Swiftu 3465 56798.22416 2.2800e-14 6.4200e-16 13.9988 0.0306 -1
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||||
Swiftu 3465 56798.50814 2.3100e-14 6.8400e-16 13.9846 0.0321 -1
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||||
Swiftu 3465 56798.89011 2.2100e-14 6.2700e-16 14.0326 0.0308 -1
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||||
Swiftu 3465 56799.22508 2.2300e-14 6.0300e-16 14.0229 0.0294 -1
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||||
Swiftu 3465 56799.56106 2.3200e-14 6.3500e-16 13.9799 0.0297 -1
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||||
Swiftu 3465 56800.02402 2.2100e-14 5.9700e-16 14.0326 0.0293 -1
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||||
Swiftu 3465 56800.35900 2.2500e-14 6.5500e-16 14.0132 0.0316 -1
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||||
Swiftu 3465 56800.82496 2.1800e-14 6.0300e-16 14.0475 0.0300 -1
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||||
Swiftu 3465 56801.09494 2.1900e-14 6.1100e-16 14.0425 0.0303 -1
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||||
Swiftu 3465 56802.09386 2.2000e-14 5.8500e-16 14.0376 0.0289 -1
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||||
Swiftu 3465 56802.62582 2.2200e-14 5.9200e-16 14.0277 0.0290 -1
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||||
Swiftu 3465 56802.88880 2.2000e-14 6.6300e-16 14.0376 0.0327 -1
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||||
Swiftu 3465 56803.62774 2.1700e-14 6.1400e-16 14.0525 0.0307 -1
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||||
Swiftu 3465 56804.22870 2.1800e-14 6.1400e-16 14.0475 0.0306 -1
|
||||
Swiftu 3465 56805.08863 2.2200e-14 6.4800e-16 14.0277 0.0317 -1
|
||||
Swiftu 3465 56805.97256 2.2200e-14 6.1400e-16 14.0277 0.0300 -1
|
||||
Swiftu 3465 56806.36753 2.2600e-14 6.2500e-16 14.0084 0.0300 -1
|
||||
Swiftu 3465 56806.88849 2.2900e-14 6.4500e-16 13.9940 0.0306 -1
|
||||
Swiftu 3465 56807.22246 2.2300e-14 6.1800e-16 14.0229 0.0301 -1
|
||||
Swiftu 3465 56807.88741 2.2700e-14 6.4200e-16 14.0036 0.0307 -1
|
||||
Swiftu 3465 56808.55336 2.2900e-14 6.4500e-16 13.9940 0.0306 -1
|
||||
Swiftu 3465 56808.88733 2.3900e-14 6.7400e-16 13.9476 0.0306 -1
|
||||
Swiftu 3465 56809.21931 2.2100e-14 6.5300e-16 14.0326 0.0321 -1
|
||||
Swiftu 3465 56809.88725 2.2500e-14 6.3800e-16 14.0132 0.0308 -1
|
||||
Swiftu 3465 56810.22023 2.3500e-14 6.7900e-16 13.9660 0.0314 -1
|
||||
Swiftu 3465 56810.55320 2.3000e-14 6.5100e-16 13.9893 0.0307 -1
|
||||
Swiftu 3465 56810.88718 2.2800e-14 6.4500e-16 13.9988 0.0307 -1
|
||||
Swiftu 3465 56811.22015 2.2800e-14 7.0000e-16 13.9988 0.0333 -1
|
||||
Swiftu 3465 56812.02109 2.2800e-14 6.6200e-16 13.9988 0.0315 -1
|
||||
Swiftu 3465 56812.36906 2.3100e-14 6.7000e-16 13.9846 0.0315 -1
|
||||
Swiftu 3465 56812.55304 2.2800e-14 6.5500e-16 13.9988 0.0312 -1
|
||||
Swiftu 3465 56812.88602 2.2200e-14 6.4300e-16 14.0277 0.0314 -1
|
||||
Swiftu 3465 56813.22499 2.2800e-14 6.7500e-16 13.9988 0.0321 -1
|
||||
Swiftu 3465 56813.55197 2.2800e-14 6.6200e-16 13.9988 0.0315 -1
|
||||
Swiftu 3465 56813.97093 2.3000e-14 6.3900e-16 13.9893 0.0302 -1
|
||||
Swiftu 3465 56814.36890 2.2600e-14 6.2900e-16 14.0084 0.0302 -1
|
||||
Swiftu 3465 56814.55289 2.3900e-14 7.2500e-16 13.9476 0.0329 -1
|
||||
Swiftu 3465 56814.62188 2.3000e-14 6.2900e-16 13.9893 0.0297 -1
|
||||
Swiftu 3465 56815.69480 2.3800e-14 6.9100e-16 13.9522 0.0315 -1
|
||||
Swiftu 3465 56815.95378 2.4500e-14 7.2600e-16 13.9207 0.0322 -1
|
||||
Swiftu 3465 56816.22676 2.4900e-14 7.1700e-16 13.9031 0.0313 -1
|
||||
Swiftu 3465 56817.62065 2.5400e-14 6.9100e-16 13.8815 0.0295 -1
|
||||
Swiftu 3465 56818.08761 2.5300e-14 6.4400e-16 13.8858 0.0276 -1
|
||||
Swiftu 3465 56818.23760 2.4400e-14 7.0600e-16 13.9252 0.0314 -1
|
||||
Swiftu 3465 56818.70256 2.6600e-14 7.8700e-16 13.8314 0.0321 -1
|
||||
Swiftu 3465 56818.95654 2.6600e-14 7.4900e-16 13.8314 0.0306 -1
|
||||
Swiftu 3465 56819.69348 2.6100e-14 7.5800e-16 13.8520 0.0315 -1
|
||||
Swiftu 3465 56820.22444 2.6300e-14 7.5900e-16 13.8437 0.0313 -1
|
||||
Swiftu 3465 56820.57141 2.5300e-14 7.3700e-16 13.8858 0.0316 -1
|
||||
Swiftu 3465 56820.63441 2.5900e-14 7.5300e-16 13.8604 0.0316 -1
|
||||
Swiftu 3465 56820.68641 2.5900e-14 7.4500e-16 13.8604 0.0312 -1
|
||||
Swiftu 3465 56821.90131 2.5700e-14 7.2400e-16 13.8688 0.0306 -1
|
||||
Swiftu 3465 56822.36228 2.6400e-14 7.6000e-16 13.8396 0.0313 -1
|
||||
Swiftu 3465 56823.15321 2.6500e-14 7.8400e-16 13.8355 0.0321 -1
|
||||
Swiftu 3465 56823.29220 2.5600e-14 7.2100e-16 13.8730 0.0306 -1
|
||||
Swiftu 3465 56824.61710 2.5200e-14 7.4600e-16 13.8901 0.0321 -1
|
||||
Swiftu 3465 56825.36004 2.5000e-14 7.1800e-16 13.8988 0.0312 -1
|
||||
Swiftu 3465 56825.54903 2.5100e-14 7.0700e-16 13.8944 0.0306 -1
|
||||
Swiftu 3465 56825.95100 2.5300e-14 6.1100e-16 13.8858 0.0262 -1
|
||||
Swiftu 3465 56826.42796 2.4000e-14 7.0400e-16 13.9431 0.0318 -1
|
||||
Swiftu 3465 56826.75994 2.4300e-14 7.0200e-16 13.9296 0.0314 -1
|
||||
Swiftu 3465 56827.03492 2.3300e-14 6.5900e-16 13.9752 0.0307 -1
|
||||
Swiftu 3465 56827.42689 2.3500e-14 6.7900e-16 13.9660 0.0314 -1
|
||||
Swiftu 3465 56827.88085 2.3600e-14 6.6600e-16 13.9613 0.0306 -1
|
||||
Swiftu 3465 56828.14983 2.4300e-14 7.0100e-16 13.9296 0.0313 -1
|
||||
Swiftu 3465 56828.42481 2.3300e-14 6.7400e-16 13.9752 0.0314 -1
|
||||
Swiftu 3465 56828.54980 2.3600e-14 5.8900e-16 13.9613 0.0271 -1
|
||||
Swiftu 3465 56829.01476 2.3500e-14 6.7900e-16 13.9660 0.0314 -1
|
||||
Swiftu 3465 56829.81370 2.1700e-14 6.4700e-16 14.0525 0.0324 -1
|
||||
Swiftu 3465 56830.14768 2.3000e-14 6.5300e-16 13.9893 0.0308 -1
|
||||
Swiftu 3465 56830.41866 2.2900e-14 6.5700e-16 13.9940 0.0311 -1
|
||||
145
data/STORM_III/raw/separated/3471Å.tab
Normal file
145
data/STORM_III/raw/separated/3471Å.tab
Normal file
@ -0,0 +1,145 @@
|
||||
u 3471 56692.95591 2.0373e-14 7.4861e-16 14.1167 0.0399 2
|
||||
u 3471 56693.79261 2.1677e-14 4.4078e-17 14.0493 0.0022 1
|
||||
u 3471 56694.77316 2.1599e-14 7.9945e-17 14.0533 0.0040 1
|
||||
u 3471 56695.71256 2.1757e-14 5.1169e-17 14.0453 0.0026 1
|
||||
u 3471 56696.73102 2.2242e-14 4.2376e-17 14.0214 0.0021 1
|
||||
u 3471 56696.98202 2.2452e-14 1.8008e-15 14.0112 0.0871 2
|
||||
u 3471 56697.75985 2.2883e-14 5.3977e-17 13.9906 0.0026 1
|
||||
u 3471 56698.61098 2.3247e-14 3.0894e-16 13.9734 0.0144 3
|
||||
u 3471 56698.72050 2.3002e-14 4.7639e-17 13.9849 0.0022 1
|
||||
u 3471 56699.71610 2.2876e-14 9.4453e-17 13.9909 0.0045 1
|
||||
u 3471 56700.69467 2.3071e-14 8.8749e-17 13.9817 0.0042 1
|
||||
u 3471 56701.56783 2.2122e-14 5.9464e-17 14.0273 0.0029 1
|
||||
u 3471 56701.82290 2.4225e-14 1.7150e-15 13.9287 0.0769 2
|
||||
u 3471 56702.64141 2.2726e-14 1.7574e-16 13.9980 0.0084 1
|
||||
u 3471 56703.01636 2.4725e-14 1.5059e-15 13.9065 0.0661 2
|
||||
u 3471 56703.93372 2.4755e-14 1.3439e-15 13.9052 0.0589 2
|
||||
u 3471 56704.83904 2.3187e-14 9.7634e-16 13.9762 0.0457 2
|
||||
u 3471 56705.95302 2.6157e-14 1.0671e-15 13.8454 0.0443 2
|
||||
u 3471 56706.98256 2.2716e-14 1.6374e-15 13.9985 0.0783 2
|
||||
u 3471 56708.02483 2.2756e-14 1.3991e-15 13.9966 0.0668 2
|
||||
u 3471 56709.82892 2.1826e-14 1.3644e-15 14.0419 0.0679 2
|
||||
u 3471 56710.66492 2.2075e-14 4.4816e-17 14.0296 0.0022 1
|
||||
u 3471 56711.01767 2.2089e-14 1.5052e-15 14.0289 0.0740 2
|
||||
u 3471 56711.68920 2.1863e-14 1.6895e-16 14.0401 0.0084 1
|
||||
u 3471 56711.84103 2.1701e-14 1.3670e-15 14.0481 0.0684 2
|
||||
u 3471 56713.72546 2.1340e-14 7.8413e-17 14.0664 0.0040 1
|
||||
u 3471 56713.83389 2.1865e-14 1.7049e-15 14.0400 0.0847 2
|
||||
u 3471 56714.72664 2.1090e-14 3.7531e-17 14.0792 0.0019 1
|
||||
u 3471 56715.91324 2.0072e-14 1.0519e-15 14.1329 0.0569 2
|
||||
u 3471 56716.65527 2.0167e-14 5.7836e-17 14.1277 0.0031 1
|
||||
u 3471 56717.72878 1.9664e-14 6.7365e-17 14.1552 0.0037 1
|
||||
u 3471 56717.96153 1.7230e-14 2.0304e-15 14.2986 0.1279 2
|
||||
u 3471 56718.66619 1.8798e-14 5.9857e-17 14.2041 0.0035 1
|
||||
u 3471 56719.71460 1.9024e-14 4.3360e-17 14.1911 0.0025 1
|
||||
u 3471 56721.70947 1.7383e-14 6.9510e-17 14.2890 0.0043 1
|
||||
u 3471 56722.73342 1.7130e-14 7.1469e-17 14.3049 0.0045 1
|
||||
u 3471 56723.56689 1.6783e-14 5.9301e-17 14.3272 0.0038 1
|
||||
u 3471 56725.53040 1.6218e-14 4.2657e-17 14.3643 0.0029 1
|
||||
u 3471 56728.57170 1.6711e-14 5.6352e-17 14.3318 0.0037 1
|
||||
u 3471 56729.49062 1.6266e-14 5.2880e-17 14.3611 0.0035 1
|
||||
u 3471 56730.53356 1.6813e-14 5.2699e-17 14.3252 0.0034 1
|
||||
u 3471 56730.82566 1.7027e-14 1.0200e-15 14.3115 0.0650 2
|
||||
u 3471 56732.48996 1.6453e-14 7.1457e-17 14.3487 0.0047 1
|
||||
u 3471 56733.48023 1.6586e-14 6.9863e-17 14.3400 0.0046 1
|
||||
u 3471 56733.79543 1.6871e-14 6.7761e-16 14.3215 0.0436 2
|
||||
u 3471 56735.85918 1.6879e-14 1.6934e-15 14.3210 0.1089 2
|
||||
u 3471 56736.49990 1.9048e-14 6.1320e-17 14.1897 0.0035 1
|
||||
u 3471 56736.77891 1.9526e-14 1.0602e-15 14.1628 0.0590 2
|
||||
u 3471 56737.48474 1.9780e-14 5.6610e-17 14.1488 0.0031 1
|
||||
u 3471 56738.59899 2.0516e-14 7.0037e-17 14.1091 0.0037 1
|
||||
u 3471 56740.61291 2.2850e-14 6.9839e-17 13.9921 0.0033 1
|
||||
u 3471 56740.85129 2.0833e-14 2.5729e-15 14.0925 0.1341 2
|
||||
u 3471 56741.60712 2.2579e-14 7.9740e-17 14.0051 0.0038 1
|
||||
u 3471 56741.71080 2.1330e-14 1.8256e-15 14.0669 0.0929 2
|
||||
u 3471 56742.64716 2.2899e-14 9.6003e-17 13.9898 0.0046 1
|
||||
u 3471 56743.59134 2.4381e-14 6.6100e-17 13.9217 0.0029 1
|
||||
u 3471 56744.53369 2.4168e-14 7.7558e-17 13.9312 0.0035 1
|
||||
u 3471 56744.54996 2.3150e-14 3.5924e-16 13.9780 0.0168 3
|
||||
u 3471 56744.69283 2.3546e-14 1.7893e-15 13.9595 0.0825 2
|
||||
u 3471 56746.75457 2.5167e-14 1.2237e-15 13.8873 0.0528 2
|
||||
u 3471 56748.73710 2.2943e-14 1.7386e-15 13.9877 0.0823 2
|
||||
u 3471 56749.74633 2.4360e-14 1.2729e-15 13.9226 0.0567 2
|
||||
u 3471 56752.57749 2.5269e-14 6.4085e-17 13.8829 0.0028 1
|
||||
u 3471 56753.57247 2.4566e-14 6.3180e-17 13.9135 0.0028 1
|
||||
u 3471 56754.55015 2.3137e-14 6.0686e-17 13.9786 0.0028 1
|
||||
u 3471 56755.55972 2.2095e-14 7.3075e-17 14.0286 0.0036 1
|
||||
u 3471 56755.97603 2.1882e-14 7.4327e-16 14.0391 0.0369 2
|
||||
u 3471 56756.50703 2.1821e-14 8.0689e-17 14.0422 0.0040 1
|
||||
u 3471 56757.47732 2.4341e-14 4.9831e-16 13.9235 0.0222 3
|
||||
u 3471 56759.80043 2.3650e-14 1.3506e-15 13.9548 0.0620 2
|
||||
u 3471 56761.59774 2.1636e-14 6.2522e-17 14.0514 0.0031 1
|
||||
u 3471 56762.82444 2.1329e-14 1.6439e-15 14.0669 0.0837 2
|
||||
u 3471 56763.50473 2.1888e-14 2.8338e-16 14.0388 0.0141 1
|
||||
u 3471 56763.74795 2.3439e-14 1.1814e-15 13.9645 0.0547 2
|
||||
u 3471 56764.81297 2.1482e-14 1.4967e-15 14.0592 0.0756 2
|
||||
u 3471 56765.57793 2.2252e-14 5.3543e-17 14.0209 0.0026 1
|
||||
u 3471 56769.51254 2.2955e-14 5.5734e-17 13.9871 0.0026 1
|
||||
u 3471 56770.52188 2.3121e-14 6.0531e-17 13.9793 0.0028 1
|
||||
u 3471 56771.50651 2.3754e-14 6.1272e-17 13.9500 0.0028 1
|
||||
u 3471 56772.49318 2.3681e-14 7.4879e-17 13.9533 0.0034 1
|
||||
u 3471 56772.81537 2.2652e-14 1.9586e-15 14.0016 0.0939 2
|
||||
u 3471 56774.66833 2.4130e-14 5.4395e-17 13.9329 0.0024 1
|
||||
u 3471 56774.75672 2.4380e-14 2.4643e-15 13.9218 0.1097 2
|
||||
u 3471 56775.54352 2.4081e-14 7.4272e-17 13.9352 0.0033 1
|
||||
u 3471 56777.52540 2.4293e-14 6.2355e-17 13.9256 0.0028 1
|
||||
u 3471 56778.49249 2.4166e-14 6.2293e-17 13.9313 0.0028 1
|
||||
u 3471 56779.39786 2.4066e-14 4.4166e-16 13.9358 0.0199 3
|
||||
u 3471 56779.48233 2.4009e-14 6.5195e-17 13.9384 0.0029 1
|
||||
u 3471 56779.82162 2.3922e-14 1.6181e-15 13.9423 0.0734 2
|
||||
u 3471 56780.48978 2.4177e-14 6.1525e-17 13.9308 0.0028 1
|
||||
u 3471 56780.80668 2.2426e-14 1.7734e-15 14.0125 0.0859 2
|
||||
u 3471 56781.77199 2.3784e-14 1.6667e-15 13.9486 0.0761 2
|
||||
u 3471 56784.43632 2.3946e-14 6.0840e-17 13.9413 0.0028 1
|
||||
u 3471 56785.47099 2.4275e-14 6.2609e-17 13.9264 0.0028 1
|
||||
u 3471 56786.47789 2.3891e-14 6.8493e-17 13.9438 0.0031 1
|
||||
u 3471 56787.39889 2.3515e-14 6.6317e-17 13.9610 0.0031 1
|
||||
u 3471 56794.45879 2.3095e-14 5.8448e-17 13.9805 0.0027 1
|
||||
u 3471 56795.44080 2.2944e-14 5.8571e-17 13.9877 0.0028 1
|
||||
u 3471 56796.44321 2.2966e-14 6.3198e-17 13.9866 0.0030 1
|
||||
u 3471 56797.44590 2.3738e-14 6.0680e-17 13.9507 0.0028 1
|
||||
u 3471 56799.43571 2.3687e-14 5.7405e-17 13.9531 0.0026 1
|
||||
u 3471 56800.43810 2.3444e-14 5.7183e-17 13.9643 0.0026 1
|
||||
u 3471 56801.42262 2.3554e-14 5.8702e-17 13.9592 0.0027 1
|
||||
u 3471 56802.43215 2.3802e-14 6.2708e-17 13.9478 0.0029 1
|
||||
u 3471 56803.43584 2.3250e-14 6.2057e-17 13.9733 0.0029 1
|
||||
u 3471 56805.45570 2.3441e-14 5.6428e-17 13.9644 0.0026 1
|
||||
u 3471 56807.43068 2.3017e-14 6.4661e-17 13.9842 0.0031 1
|
||||
u 3471 56808.41017 2.3826e-14 5.9285e-17 13.9467 0.0027 1
|
||||
u 3471 56809.42509 2.3862e-14 6.2312e-17 13.9451 0.0028 1
|
||||
u 3471 56810.42613 2.3786e-14 5.9799e-17 13.9485 0.0027 1
|
||||
u 3471 56811.41491 2.3895e-14 5.8996e-17 13.9436 0.0027 1
|
||||
u 3471 56812.42491 2.4643e-14 5.9413e-17 13.9101 0.0026 1
|
||||
u 3471 56813.39784 2.4209e-14 5.8353e-17 13.9294 0.0026 1
|
||||
u 3471 56814.45105 2.4687e-14 5.9653e-17 13.9082 0.0026 1
|
||||
u 3471 56815.39866 2.4779e-14 6.1047e-17 13.9041 0.0027 1
|
||||
u 3471 56816.40563 2.4829e-14 6.5244e-17 13.9019 0.0029 1
|
||||
u 3471 56817.40567 2.5263e-14 6.4339e-17 13.8831 0.0028 1
|
||||
u 3471 56818.41048 2.6172e-14 6.0593e-17 13.8448 0.0025 1
|
||||
u 3471 56819.41057 2.6952e-14 6.2181e-17 13.8129 0.0025 1
|
||||
u 3471 56822.39121 2.6553e-14 6.4630e-17 13.8291 0.0026 1
|
||||
u 3471 56823.40216 2.6752e-14 6.5362e-17 13.8210 0.0027 1
|
||||
u 3471 56825.40992 2.6878e-14 6.6918e-17 13.8159 0.0027 1
|
||||
u 3471 56826.28286 2.4821e-14 5.8906e-16 13.9023 0.0258 3
|
||||
u 3471 56826.38771 2.5315e-14 6.9938e-17 13.8809 0.0030 1
|
||||
u 3471 56827.39248 2.4980e-14 6.4606e-17 13.8954 0.0028 1
|
||||
u 3471 56828.39482 2.5210e-14 5.9082e-17 13.8854 0.0025 1
|
||||
u 3471 56829.21472 2.6081e-14 8.0286e-16 13.8485 0.0334 3
|
||||
u 3471 56829.40465 2.4573e-14 6.1493e-17 13.9132 0.0027 1
|
||||
u 3471 56830.39740 2.4421e-14 5.9538e-17 13.9199 0.0026 1
|
||||
u 3471 56832.43166 2.4431e-14 6.0309e-17 13.9195 0.0027 1
|
||||
u 3471 56833.39302 2.4515e-14 6.0598e-17 13.9158 0.0027 1
|
||||
u 3471 56834.38758 2.4471e-14 6.1341e-17 13.9177 0.0027 1
|
||||
u 3471 56835.38907 2.4178e-14 6.3638e-17 13.9308 0.0029 1
|
||||
u 3471 56839.32447 2.3537e-14 3.5948e-16 13.9600 0.0166 3
|
||||
u 3471 56841.40694 2.4217e-14 6.4234e-17 13.9290 0.0029 1
|
||||
u 3471 56843.38678 2.3533e-14 6.3614e-17 13.9601 0.0029 1
|
||||
u 3471 56845.40612 2.3291e-14 6.2597e-17 13.9714 0.0029 1
|
||||
u 3471 56847.39677 2.2276e-14 6.7848e-17 14.0197 0.0033 1
|
||||
u 3471 56858.38334 2.2153e-14 6.5436e-17 14.0258 0.0032 1
|
||||
u 3471 56860.38227 2.1712e-14 7.0403e-17 14.0476 0.0035 1
|
||||
u 3471 56861.38130 2.2287e-14 6.1222e-17 14.0192 0.0030 1
|
||||
u 3471 56862.38184 2.0584e-14 6.0925e-17 14.1055 0.0032 1
|
||||
u 3471 56863.38026 2.1421e-14 5.9222e-17 14.0622 0.0030 1
|
||||
u 3471 56864.38028 2.1867e-14 6.8518e-17 14.0399 0.0034 1
|
||||
u 3471 56865.37923 2.2342e-14 6.8264e-17 14.0165 0.0033 1
|
||||
151
data/STORM_III/raw/separated/4368Å.tab
Normal file
151
data/STORM_III/raw/separated/4368Å.tab
Normal file
@ -0,0 +1,151 @@
|
||||
B 4368 56691.61532 1.3533e-14 1.0054e-16 14.0618 0.0081 1
|
||||
B 4368 56692.59056 1.3947e-14 3.3651e-16 14.0291 0.0262 5
|
||||
B 4368 56693.59836 1.3947e-14 4.1356e-16 14.0291 0.0322 5
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||||
B 4368 56694.65251 1.4068e-14 2.4268e-16 14.0197 0.0187 5
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||||
B 4368 56695.65395 1.3933e-14 5.0304e-16 14.0302 0.0392 5
|
||||
B 4368 56698.47632 1.4342e-14 4.8547e-17 13.9987 0.0037 1
|
||||
B 4368 56699.49150 1.4362e-14 4.2612e-17 13.9972 0.0032 1
|
||||
B 4368 56700.51826 1.4354e-14 4.0935e-17 13.9978 0.0031 1
|
||||
B 4368 56701.58127 1.4512e-14 3.1488e-17 13.9859 0.0024 1
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||||
B 4368 56705.98773 1.4578e-14 7.0934e-17 13.9810 0.0053 7
|
||||
B 4368 56706.99618 1.4669e-14 5.1915e-17 13.9743 0.0038 7
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||||
B 4368 56707.99385 1.4616e-14 8.9918e-17 13.9782 0.0067 7
|
||||
B 4368 56708.58501 1.4615e-14 4.3311e-17 13.9783 0.0032 1
|
||||
B 4368 56709.56658 1.4465e-14 5.0586e-17 13.9895 0.0038 1
|
||||
B 4368 56710.54383 1.4305e-14 1.6089e-16 14.0015 0.0122 5
|
||||
B 4368 56710.59783 1.3984e-14 4.3451e-17 14.0262 0.0034 1
|
||||
B 4368 56711.60131 1.3934e-14 2.1630e-16 14.0301 0.0169 5
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||||
B 4368 56716.49693 1.3108e-14 9.7109e-17 14.0964 0.0080 1
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||||
B 4368 56721.01552 1.2438e-14 1.4317e-16 14.1534 0.0125 6
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||||
B 4368 56721.49169 1.2196e-14 8.7975e-17 14.1747 0.0078 1
|
||||
B 4368 56721.99948 1.1880e-14 1.9795e-16 14.2032 0.0181 6
|
||||
B 4368 56722.49166 1.1725e-14 3.6041e-16 14.2175 0.0334 4
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||||
B 4368 56723.46990 1.1728e-14 7.6944e-17 14.2172 0.0071 1
|
||||
B 4368 56723.49188 1.1683e-14 3.6284e-16 14.2214 0.0337 4
|
||||
B 4368 56724.48738 1.1447e-14 3.5984e-16 14.2435 0.0341 2
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||||
B 4368 56724.62546 1.1488e-14 2.2450e-16 14.2397 0.0212 5
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||||
B 4368 56725.82808 1.1225e-14 2.1278e-16 14.2648 0.0206 8
|
||||
B 4368 56726.62712 1.1462e-14 2.1898e-16 14.2421 0.0207 5
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||||
B 4368 56727.47245 1.1691e-14 5.2306e-17 14.2206 0.0049 1
|
||||
B 4368 56727.50135 1.1664e-14 3.6530e-16 14.2231 0.0340 4
|
||||
B 4368 56727.59782 1.1797e-14 1.8761e-16 14.2108 0.0173 5
|
||||
B 4368 56728.62372 1.1524e-14 1.7815e-16 14.2363 0.0168 5
|
||||
B 4368 56729.61433 1.1991e-14 2.4086e-16 14.1931 0.0218 5
|
||||
B 4368 56730.56953 1.1410e-14 1.6762e-16 14.2471 0.0160 5
|
||||
B 4368 56730.92161 1.1838e-14 1.7908e-16 14.2071 0.0164 8
|
||||
B 4368 56731.55243 1.1688e-14 4.4052e-16 14.2209 0.0409 3
|
||||
B 4368 56731.56761 1.1694e-14 2.2647e-16 14.2204 0.0210 5
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||||
B 4368 56732.46659 1.2054e-14 2.1497e-16 14.1874 0.0194 2
|
||||
B 4368 56733.48779 1.2236e-14 2.3509e-16 14.1712 0.0209 4
|
||||
B 4368 56733.93324 1.1974e-14 1.5581e-16 14.1947 0.0141 7
|
||||
B 4368 56733.96388 1.2041e-14 1.6543e-16 14.1886 0.0149 6
|
||||
B 4368 56734.46333 1.2290e-14 3.3607e-16 14.1664 0.0297 3
|
||||
B 4368 56735.48402 1.2275e-14 3.3157e-16 14.1677 0.0293 3
|
||||
B 4368 56735.56102 1.2448e-14 1.1814e-16 14.1525 0.0103 5
|
||||
B 4368 56736.92805 1.3123e-14 1.0324e-16 14.0952 0.0085 7
|
||||
B 4368 56736.95796 1.3169e-14 1.0201e-16 14.0914 0.0084 6
|
||||
B 4368 56737.45565 1.3222e-14 2.5479e-17 14.0870 0.0021 1
|
||||
B 4368 56737.46597 1.3289e-14 2.9127e-16 14.0815 0.0238 3
|
||||
B 4368 56737.61136 1.3191e-14 1.2808e-16 14.0896 0.0105 5
|
||||
B 4368 56737.92657 1.4122e-14 3.8688e-16 14.0155 0.0297 7
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||||
B 4368 56737.96000 1.3381e-14 7.5688e-17 14.0740 0.0061 6
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||||
B 4368 56738.46522 1.3848e-14 3.0241e-16 14.0368 0.0237 3
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B 4368 56738.46680 1.3626e-14 5.4485e-17 14.0543 0.0043 1
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B 4368 56738.57982 1.3759e-14 1.7609e-16 14.0438 0.0139 5
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B 4368 56739.32863 1.3754e-14 7.1087e-17 14.0442 0.0056 1
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B 4368 56739.59459 1.4194e-14 2.0642e-16 14.0100 0.0158 5
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B 4368 56739.91596 1.4148e-14 8.7402e-17 14.0135 0.0067 7
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B 4368 56739.91835 1.4095e-14 8.5801e-17 14.0176 0.0066 8
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B 4368 56740.57613 1.4382e-14 2.1553e-16 13.9957 0.0163 5
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B 4368 56741.52530 1.4789e-14 2.8850e-16 13.9654 0.0212 5
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B 4368 56741.90709 1.4784e-14 1.2176e-16 13.9658 0.0089 7
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B 4368 56742.46715 1.4723e-14 7.0039e-17 13.9703 0.0052 1
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||||
B 4368 56742.91176 1.4635e-14 1.5910e-16 13.9768 0.0118 7
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B 4368 56744.46040 1.5363e-14 7.2214e-17 13.9241 0.0051 1
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B 4368 56745.85691 1.5290e-14 1.4132e-16 13.9292 0.0100 7
|
||||
B 4368 56746.42943 1.5839e-14 2.9556e-16 13.8909 0.0203 5
|
||||
B 4368 56748.48947 1.5921e-14 6.7385e-17 13.8853 0.0046 1
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||||
B 4368 56750.36460 1.5726e-14 8.7387e-17 13.8987 0.0060 1
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||||
B 4368 56750.60089 1.5800e-14 2.3698e-16 13.8936 0.0163 5
|
||||
B 4368 56751.53726 1.5808e-14 3.7890e-16 13.8931 0.0260 5
|
||||
B 4368 56752.43447 1.5575e-14 6.7568e-17 13.9092 0.0047 1
|
||||
B 4368 56753.92625 1.4857e-14 1.0478e-16 13.9604 0.0077 7
|
||||
B 4368 56754.38909 1.4565e-14 4.9408e-17 13.9820 0.0037 1
|
||||
B 4368 56755.44294 1.4296e-14 5.1836e-17 14.0022 0.0039 1
|
||||
B 4368 56756.47615 1.4459e-14 2.6981e-16 13.9899 0.0203 5
|
||||
B 4368 56756.92239 1.4666e-14 9.8597e-17 13.9745 0.0073 7
|
||||
B 4368 56757.36140 1.4404e-14 2.7667e-17 13.9941 0.0021 1
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||||
B 4368 56758.52686 1.4621e-14 2.1318e-16 13.9778 0.0158 5
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||||
B 4368 56760.89217 1.4062e-14 6.3377e-17 14.0201 0.0049 7
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B 4368 56762.45016 1.4043e-14 1.2021e-16 14.0216 0.0093 5
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B 4368 56763.84561 1.4059e-14 5.9986e-17 14.0204 0.0046 7
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B 4368 56764.90845 1.4103e-14 6.1889e-17 14.0170 0.0048 7
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B 4368 56765.32336 1.4025e-14 3.3265e-17 14.0230 0.0026 1
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B 4368 56765.51256 1.4241e-14 1.0891e-16 14.0064 0.0083 5
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B 4368 56766.31096 1.4166e-14 7.8491e-17 14.0121 0.0060 1
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B 4368 56769.85204 1.4676e-14 9.8557e-17 13.9737 0.0073 7
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B 4368 56771.80401 1.4916e-14 9.4539e-17 13.9561 0.0069 7
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B 4368 56772.80764 1.5011e-14 1.0391e-16 13.9492 0.0075 7
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B 4368 56778.46091 1.5328e-14 4.7880e-16 13.9266 0.0339 5
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B 4368 56780.78297 1.4852e-14 9.9827e-17 13.9608 0.0073 7
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B 4368 56784.46680 1.5248e-14 3.4706e-16 13.9322 0.0247 5
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B 4368 56786.75990 1.4982e-14 5.1841e-17 13.9513 0.0038 7
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B 4368 56787.81675 1.4976e-14 5.1772e-17 13.9518 0.0038 7
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B 4368 56788.47011 1.5172e-14 1.2923e-16 13.9377 0.0092 5
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B 4368 56788.81867 1.4932e-14 7.4413e-17 13.9550 0.0054 7
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B 4368 56792.49051 1.4459e-14 4.4731e-16 13.9899 0.0336 5
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B 4368 56793.50159 1.4990e-14 2.4843e-16 13.9508 0.0180 5
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B 4368 56793.83937 1.4805e-14 4.4748e-17 13.9642 0.0033 7
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B 4368 56795.50129 1.4534e-14 1.3504e-16 13.9843 0.0101 5
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B 4368 56795.77306 1.4806e-14 9.9961e-17 13.9642 0.0073 7
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B 4368 56797.47623 1.4879e-14 1.3194e-16 13.9588 0.0096 5
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B 4368 56797.79770 1.5104e-14 1.2052e-16 13.9425 0.0087 7
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B 4368 56798.78371 1.4916e-14 1.2547e-16 13.9561 0.0091 7
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B 4368 56799.35806 1.5146e-14 5.1530e-16 13.9395 0.0369 5
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B 4368 56799.76081 1.4860e-14 9.9486e-17 13.9602 0.0073 7
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B 4368 56800.34275 1.4926e-14 8.7852e-17 13.9554 0.0064 1
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B 4368 56800.45432 1.4974e-14 6.2660e-16 13.9519 0.0454 5
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B 4368 56801.41086 1.4846e-14 7.1092e-17 13.9612 0.0052 1
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B 4368 56801.83263 1.4789e-14 1.1757e-16 13.9654 0.0086 7
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B 4368 56802.33922 1.4922e-14 9.8300e-17 13.9557 0.0072 1
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B 4368 56802.35528 1.4952e-14 3.2345e-16 13.9535 0.0235 5
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B 4368 56803.35800 1.4992e-14 1.0426e-16 13.9506 0.0076 1
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B 4368 56804.38790 1.4939e-14 5.5301e-17 13.9545 0.0040 1
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B 4368 56804.76204 1.4852e-14 1.0283e-16 13.9608 0.0075 7
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B 4368 56805.78152 1.4854e-14 9.1643e-17 13.9607 0.0067 7
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B 4368 56811.35298 1.5102e-14 6.6980e-17 13.9427 0.0048 1
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B 4368 56815.38556 1.5515e-14 3.0784e-17 13.9134 0.0022 1
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B 4368 56817.39469 1.5853e-14 9.2720e-17 13.8900 0.0064 1
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B 4368 56817.41998 1.5658e-14 1.5331e-16 13.9034 0.0106 5
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B 4368 56818.37099 1.5961e-14 1.5792e-16 13.8826 0.0107 5
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B 4368 56819.43109 1.5868e-14 1.5267e-16 13.8890 0.0104 5
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B 4368 56820.33301 1.6437e-14 4.1742e-17 13.8507 0.0028 1
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B 4368 56822.32424 1.6245e-14 2.5825e-17 13.8635 0.0017 1
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B 4368 56823.36172 1.6319e-14 3.2016e-17 13.8585 0.0021 1
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B 4368 56824.36529 1.6269e-14 4.9296e-17 13.8619 0.0033 1
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B 4368 56824.37139 1.6258e-14 1.7023e-16 13.8626 0.0114 5
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B 4368 56825.40133 1.6080e-14 2.8948e-17 13.8745 0.0020 1
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B 4368 56825.42925 1.6004e-14 1.5385e-16 13.8797 0.0104 5
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B 4368 56827.39423 1.5485e-14 5.2088e-17 13.9155 0.0037 1
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B 4368 56829.32712 1.5125e-14 8.4753e-17 13.9410 0.0061 1
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B 4368 56831.30382 1.4877e-14 1.0661e-16 13.9590 0.0078 1
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B 4368 56832.29724 1.4858e-14 1.1003e-16 13.9604 0.0080 1
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B 4368 56834.34737 1.5109e-14 1.1089e-16 13.9422 0.0080 1
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B 4368 56834.39826 1.5174e-14 3.6405e-16 13.9375 0.0260 5
|
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B 4368 56835.40363 1.4935e-14 5.4792e-17 13.9548 0.0040 1
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B 4368 56835.41493 1.5018e-14 3.2152e-16 13.9487 0.0232 5
|
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B 4368 56836.33550 1.4890e-14 7.5678e-17 13.9580 0.0055 1
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||||
B 4368 56837.33639 1.5005e-14 7.4576e-17 13.9497 0.0054 1
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B 4368 56837.41251 1.5118e-14 2.9164e-16 13.9415 0.0209 5
|
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B 4368 56839.36431 1.4910e-14 5.1970e-17 13.9566 0.0038 1
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B 4368 56844.35805 1.4689e-14 3.1776e-17 13.9728 0.0023 1
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B 4368 56845.27649 1.4537e-14 4.7387e-17 13.9841 0.0035 1
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||||
B 4368 56846.34947 1.4406e-14 5.1653e-17 13.9939 0.0039 1
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B 4368 56848.29334 1.4209e-14 2.7730e-17 14.0089 0.0021 1
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B 4368 56850.33440 1.4039e-14 4.7049e-17 14.0219 0.0036 1
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B 4368 56851.30912 1.3763e-14 1.7419e-17 14.0435 0.0014 1
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B 4368 56852.28704 1.3853e-14 2.7831e-17 14.0364 0.0022 1
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B 4368 56853.30153 1.3591e-14 3.4540e-17 14.0571 0.0028 1
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B 4368 56854.29472 1.3416e-14 2.9901e-17 14.0712 0.0024 1
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B 4368 56857.27430 1.3984e-14 7.4255e-17 14.0262 0.0058 1
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||||
B 4368 56858.29436 1.4287e-14 3.6334e-17 14.0029 0.0028 1
|
||||
271
data/STORM_III/raw/separated/4392Å.tab
Normal file
271
data/STORM_III/raw/separated/4392Å.tab
Normal file
@ -0,0 +1,271 @@
|
||||
Swiftb 4392 56690.42805 1.4100e-14 3.5200e-16 14.0058 0.0271 -1
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Swiftb 4392 56702.41844 1.5000e-14 3.7300e-16 13.9386 0.0270 -1
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Swiftb 4392 56713.51263 1.3600e-14 3.8200e-16 14.0450 0.0305 -1
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Swiftb 4392 56713.96063 1.3600e-14 3.9600e-16 14.0450 0.0316 -1
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Swiftb 4392 56714.22663 1.4400e-14 3.9900e-16 13.9829 0.0301 -1
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Swiftb 4392 56714.51163 1.4100e-14 4.0600e-16 14.0058 0.0313 -1
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Swiftb 4392 56715.64364 1.3500e-14 3.8600e-16 14.0530 0.0310 -1
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Swiftb 4392 56719.71166 1.3200e-14 3.5900e-16 14.0774 0.0295 -1
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Swiftb 4392 56720.10166 1.2900e-14 3.8700e-16 14.1024 0.0326 -1
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Swiftb 4392 56720.37766 1.2900e-14 3.4200e-16 14.1024 0.0288 -1
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Swiftb 4392 56720.96866 1.2800e-14 3.4900e-16 14.1108 0.0296 -1
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Swiftb 4392 56721.57066 1.2300e-14 3.5700e-16 14.1541 0.0315 -1
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Swiftb 4392 56722.37166 1.2100e-14 3.3200e-16 14.1719 0.0298 -1
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Swiftb 4392 56722.84466 1.2100e-14 3.5400e-16 14.1719 0.0318 -1
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Swiftb 4392 56723.11365 1.1900e-14 3.3800e-16 14.1900 0.0308 -1
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Swiftb 4392 56723.44465 1.2500e-14 3.4300e-16 14.1366 0.0298 -1
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Swiftb 4392 56723.89565 1.1600e-14 3.3200e-16 14.2177 0.0311 -1
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Swiftb 4392 56724.44965 1.1900e-14 3.3000e-16 14.1900 0.0301 -1
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Swiftb 4392 56724.56965 1.2100e-14 3.4700e-16 14.1719 0.0311 -1
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Swiftb 4392 56724.82965 1.1600e-14 3.4300e-16 14.2177 0.0321 -1
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Swiftb 4392 56725.16864 1.1700e-14 3.3600e-16 14.2084 0.0312 -1
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Swiftb 4392 56725.29664 1.1700e-14 3.3300e-16 14.2084 0.0309 -1
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Swiftb 4392 56725.63964 1.1900e-14 3.4200e-16 14.1900 0.0312 -1
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Swiftb 4392 56726.02964 1.1800e-14 3.6700e-16 14.1991 0.0338 -1
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Swiftb 4392 56726.31164 1.1800e-14 3.1300e-16 14.1991 0.0288 -1
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Swiftb 4392 56727.03063 1.2342e-14 2.5186e-16 14.1503 0.0222 -1
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Swiftb 4392 56727.31063 1.2100e-14 3.1500e-16 14.1719 0.0283 -1
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Swiftb 4392 56727.51263 1.1600e-14 3.4300e-16 14.2177 0.0321 -1
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Swiftb 4392 56727.84662 1.2300e-14 3.4600e-16 14.1541 0.0305 -1
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Swiftb 4392 56728.58162 1.2600e-14 3.4600e-16 14.1279 0.0298 -1
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Swiftb 4392 56818.70356 1.7800e-14 4.9800e-16 13.7528 0.0304 -1
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||||
Swiftb 4392 56818.95754 1.6600e-14 4.4000e-16 13.8286 0.0288 -1
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Swiftb 4392 56819.69448 1.6500e-14 4.5700e-16 13.8351 0.0301 -1
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||||
Swiftb 4392 56820.22544 1.7200e-14 4.6800e-16 13.7900 0.0295 -1
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||||
Swiftb 4392 56820.57241 1.7900e-14 4.9000e-16 13.7467 0.0297 -1
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||||
Swiftb 4392 56820.63541 1.6900e-14 4.6700e-16 13.8091 0.0300 -1
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||||
Swiftb 4392 56820.68741 1.7300e-14 4.7000e-16 13.7837 0.0295 -1
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||||
Swiftb 4392 56821.90231 1.7100e-14 4.5300e-16 13.7963 0.0288 -1
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Swiftb 4392 56822.36228 1.6700e-14 4.5500e-16 13.8220 0.0296 -1
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||||
Swiftb 4392 56823.15321 1.6600e-14 4.6800e-16 13.8286 0.0306 -1
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||||
Swiftb 4392 56823.29220 1.6700e-14 4.4400e-16 13.8220 0.0289 -1
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||||
Swiftb 4392 56824.61710 1.7300e-14 4.8600e-16 13.7837 0.0305 -1
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||||
Swiftb 4392 56825.36004 1.6500e-14 4.4900e-16 13.8351 0.0295 -1
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||||
Swiftb 4392 56825.54903 1.7800e-14 4.6900e-16 13.7528 0.0286 -1
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||||
Swiftb 4392 56825.95300 1.5900e-14 3.4800e-16 13.8753 0.0238 -1
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||||
Swiftb 4392 56826.42896 1.6500e-14 4.5900e-16 13.8351 0.0302 -1
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||||
Swiftb 4392 56826.76094 1.6400e-14 4.4800e-16 13.8417 0.0297 -1
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||||
Swiftb 4392 56827.03592 1.5900e-14 4.2300e-16 13.8753 0.0289 -1
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||||
Swiftb 4392 56827.42689 1.5800e-14 4.3400e-16 13.8822 0.0298 -1
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||||
Swiftb 4392 56827.88185 1.5700e-14 4.2100e-16 13.8891 0.0291 -1
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||||
Swiftb 4392 56828.14983 1.5900e-14 4.3500e-16 13.8753 0.0297 -1
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||||
Swiftb 4392 56828.42581 1.5700e-14 4.3100e-16 13.8891 0.0298 -1
|
||||
Swiftb 4392 56828.55080 1.6100e-14 3.6800e-16 13.8618 0.0248 -1
|
||||
Swiftb 4392 56829.01576 1.6100e-14 4.4000e-16 13.8618 0.0297 -1
|
||||
Swiftb 4392 56829.81370 1.5600e-14 4.4500e-16 13.8960 0.0310 -1
|
||||
Swiftb 4392 56830.14868 1.5400e-14 4.1600e-16 13.9100 0.0293 -1
|
||||
Swiftb 4392 56830.41966 1.5500e-14 4.2300e-16 13.9030 0.0296 -1
|
||||
172
data/STORM_III/raw/separated/4775Å.tab
Normal file
172
data/STORM_III/raw/separated/4775Å.tab
Normal file
@ -0,0 +1,172 @@
|
||||
g 4775 56692.94828 1.3913e-14 1.8924e-16 13.8385 0.0148 5
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g 4775 56694.77052 1.3742e-14 2.7779e-17 13.8519 0.0022 1
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g 4775 56695.70991 1.3882e-14 4.7708e-17 13.8409 0.0037 1
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g 4775 56702.63876 1.4293e-14 1.5642e-17 13.8092 0.0012 1
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||||
g 4775 56705.95135 1.4395e-14 1.7397e-16 13.8015 0.0131 5
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g 4775 56709.25030 1.3975e-14 2.5656e-16 13.8337 0.0199 2
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g 4775 56709.82729 1.4248e-14 1.8702e-16 13.8127 0.0143 5
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g 4775 56710.66228 1.3859e-14 5.3184e-17 13.8427 0.0042 1
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||||
g 4775 56711.68656 1.3688e-14 1.8460e-17 13.8562 0.0015 1
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||||
g 4775 56711.92226 1.3312e-14 2.2319e-16 13.8864 0.0182 5
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g 4775 56712.27343 1.3782e-14 4.5865e-16 13.8488 0.0361 3
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||||
g 4775 56713.26581 1.3760e-14 3.9367e-16 13.8505 0.0311 2
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||||
g 4775 56713.72281 1.3613e-14 1.4292e-17 13.8622 0.0011 1
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g 4775 56713.91844 1.4009e-14 1.8904e-16 13.8310 0.0147 5
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||||
g 4775 56714.72606 1.3515e-14 2.7151e-17 13.8700 0.0022 1
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||||
g 4775 56715.27919 1.3844e-14 3.8556e-16 13.8439 0.0302 2
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||||
g 4775 56715.83090 1.3836e-14 2.1491e-16 13.8445 0.0169 5
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g 4775 56716.65823 1.3199e-14 6.5605e-17 13.8957 0.0054 1
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||||
g 4775 56717.73236 1.2958e-14 2.1769e-17 13.9157 0.0018 1
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g 4775 56717.95168 1.2649e-14 2.6928e-16 13.9419 0.0231 5
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g 4775 56718.66976 1.2930e-14 2.3803e-17 13.9180 0.0020 1
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||||
g 4775 56719.59986 1.2674e-14 2.1553e-16 13.9398 0.0185 4
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g 4775 56720.69136 1.2655e-14 2.2636e-17 13.9414 0.0019 1
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g 4775 56721.71304 1.2395e-14 2.0276e-17 13.9639 0.0018 1
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||||
g 4775 56722.73699 1.2039e-14 2.3331e-17 13.9956 0.0021 1
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g 4775 56723.57046 1.2086e-14 2.1431e-17 13.9913 0.0019 1
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g 4775 56724.52830 1.2153e-14 2.0434e-17 13.9853 0.0018 1
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g 4775 56725.53398 1.1918e-14 1.5730e-17 14.0065 0.0014 1
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||||
g 4775 56726.16793 1.2000e-14 5.2623e-16 13.9991 0.0476 2
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||||
g 4775 56727.14814 1.1863e-14 6.2330e-16 14.0116 0.0570 2
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||||
g 4775 56728.57528 1.2158e-14 1.8774e-17 13.9849 0.0017 1
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g 4775 56729.49420 1.2158e-14 1.8336e-17 13.9849 0.0016 1
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g 4775 56730.53713 1.2266e-14 1.7298e-17 13.9753 0.0015 1
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g 4775 56730.82880 1.1981e-14 4.4497e-16 14.0008 0.0403 5
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||||
g 4775 56733.79888 1.1840e-14 3.5437e-16 14.0137 0.0325 5
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||||
g 4775 56734.47920 1.2550e-14 2.0904e-17 13.9504 0.0018 1
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g 4775 56735.49729 1.2837e-14 2.1313e-17 13.9259 0.0018 1
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||||
g 4775 56735.85749 1.3019e-14 5.3416e-16 13.9106 0.0445 5
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||||
g 4775 56736.50348 1.3646e-14 2.0129e-17 13.8595 0.0016 1
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g 4775 56736.77008 1.2761e-14 3.2299e-16 13.9323 0.0275 5
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g 4775 56740.85991 1.4375e-14 2.3473e-16 13.8030 0.0177 5
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g 4775 56741.61068 1.4150e-14 2.2229e-17 13.8201 0.0017 1
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g 4775 56741.71428 1.4343e-14 2.2541e-16 13.8054 0.0171 5
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g 4775 56743.59490 1.4792e-14 2.2983e-17 13.7720 0.0017 1
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g 4775 56744.69630 1.4929e-14 2.0653e-16 13.7620 0.0150 5
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g 4775 56746.83397 1.5082e-14 2.1297e-16 13.7509 0.0153 5
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g 4775 56747.96827 1.5504e-14 2.2660e-16 13.7209 0.0159 5
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||||
g 4775 56748.75496 1.4933e-14 1.9786e-16 13.7617 0.0144 5
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g 4775 56749.75212 1.5101e-14 1.7202e-16 13.7495 0.0124 5
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g 4775 56751.98056 1.4874e-14 1.8864e-16 13.7660 0.0138 5
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g 4775 56752.58106 1.5141e-14 3.3156e-17 13.7466 0.0024 1
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g 4775 56753.57604 1.4791e-14 3.0625e-17 13.7720 0.0022 1
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g 4775 56755.56329 1.4049e-14 2.1220e-17 13.8279 0.0016 1
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g 4775 56755.97918 1.4117e-14 1.9640e-16 13.8227 0.0151 5
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||||
g 4775 56756.47692 1.4193e-14 1.5837e-16 13.8169 0.0121 4
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||||
g 4775 56757.13872 1.4389e-14 4.8528e-16 13.8020 0.0366 3
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||||
g 4775 56757.46899 1.4304e-14 9.2279e-17 13.8084 0.0070 4
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g 4775 56758.74467 1.4340e-14 1.8826e-16 13.8057 0.0143 5
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g 4775 56759.88442 1.4032e-14 1.9818e-16 13.8292 0.0153 5
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g 4775 56760.20359 1.3704e-14 5.3731e-16 13.8549 0.0426 3
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g 4775 56761.60131 1.3948e-14 2.0177e-17 13.8358 0.0016 1
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g 4775 56762.46791 1.4264e-14 2.3044e-17 13.8114 0.0018 1
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g 4775 56762.78357 1.4077e-14 1.8136e-16 13.8258 0.0140 5
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g 4775 56763.55634 1.4296e-14 2.1244e-17 13.8090 0.0016 1
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g 4775 56763.75145 1.4258e-14 1.7724e-16 13.8119 0.0135 5
|
||||
g 4775 56764.82036 1.4209e-14 1.7879e-16 13.8156 0.0137 5
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||||
g 4775 56765.04045 1.4136e-14 4.1984e-16 13.8212 0.0322 2
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||||
g 4775 56765.58150 1.4012e-14 2.1774e-17 13.8308 0.0017 1
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||||
g 4775 56765.87464 1.4106e-14 1.8453e-16 13.8235 0.0142 5
|
||||
g 4775 56770.52544 1.4266e-14 2.9852e-17 13.8113 0.0023 1
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||||
g 4775 56770.77986 1.4534e-14 1.7933e-16 13.7911 0.0134 5
|
||||
g 4775 56771.51007 1.4615e-14 3.0284e-17 13.7850 0.0022 1
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g 4775 56772.07535 1.4842e-14 3.7162e-16 13.7683 0.0272 3
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||||
g 4775 56772.49675 1.4555e-14 2.3008e-17 13.7895 0.0017 1
|
||||
g 4775 56772.82431 1.4586e-14 1.9940e-16 13.7872 0.0148 5
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||||
g 4775 56773.83144 1.4698e-14 1.8580e-16 13.7789 0.0137 5
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g 4775 56774.75914 1.4682e-14 2.3826e-16 13.7801 0.0176 5
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g 4775 56775.54709 1.4881e-14 2.1703e-17 13.7655 0.0016 1
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g 4775 56776.07454 1.5082e-14 2.6499e-16 13.7509 0.0191 3
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g 4775 56777.02149 1.4913e-14 4.8642e-16 13.7631 0.0354 2
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g 4775 56777.52898 1.4646e-14 2.8533e-17 13.7827 0.0021 1
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g 4775 56778.49606 1.4665e-14 2.6080e-17 13.7813 0.0019 1
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g 4775 56779.39684 1.4657e-14 1.1854e-16 13.7819 0.0088 4
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||||
g 4775 56779.48590 1.4650e-14 2.5238e-17 13.7824 0.0019 1
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g 4775 56779.85156 1.4536e-14 1.9260e-16 13.7909 0.0144 5
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g 4775 56780.49336 1.4625e-14 2.9884e-17 13.7843 0.0022 1
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g 4775 56780.81515 1.4588e-14 1.9312e-16 13.7870 0.0144 5
|
||||
g 4775 56781.49256 1.4633e-14 3.0656e-17 13.7837 0.0023 1
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g 4775 56782.44577 1.4378e-14 2.7920e-17 13.8028 0.0021 1
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g 4775 56782.74090 1.4478e-14 2.0494e-16 13.7953 0.0154 5
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g 4775 56783.45060 1.4521e-14 2.8214e-17 13.7920 0.0021 1
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g 4775 56784.43989 1.4749e-14 3.2331e-17 13.7751 0.0024 1
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g 4775 56786.48146 1.4684e-14 2.8576e-17 13.7799 0.0021 1
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||||
g 4775 56787.40246 1.4572e-14 2.2050e-17 13.7882 0.0016 1
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g 4775 56790.45804 1.4528e-14 2.0048e-17 13.7915 0.0015 1
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||||
g 4775 56793.46403 1.4617e-14 2.0660e-17 13.7849 0.0015 1
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||||
g 4775 56794.46237 1.4552e-14 2.8249e-17 13.7897 0.0021 1
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g 4775 56795.44438 1.4342e-14 3.5353e-17 13.8055 0.0027 1
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g 4775 56796.44679 1.4478e-14 3.7027e-17 13.7953 0.0028 1
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||||
g 4775 56797.44947 1.4572e-14 3.8895e-17 13.7882 0.0029 1
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||||
g 4775 56798.44237 1.4722e-14 3.4131e-17 13.7771 0.0025 1
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||||
g 4775 56799.43929 1.4602e-14 3.2299e-17 13.7860 0.0024 1
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||||
g 4775 56800.44167 1.4572e-14 3.2292e-17 13.7882 0.0024 1
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g 4775 56801.42619 1.4536e-14 3.4059e-17 13.7909 0.0025 1
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||||
g 4775 56803.43941 1.4539e-14 2.9914e-17 13.7907 0.0022 1
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g 4775 56805.45929 1.4516e-14 3.2424e-17 13.7924 0.0024 1
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g 4775 56806.43246 1.4541e-14 2.3379e-17 13.7906 0.0017 1
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||||
g 4775 56807.43426 1.4455e-14 2.2998e-17 13.7970 0.0017 1
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||||
g 4775 56808.41375 1.4658e-14 2.9973e-17 13.7818 0.0022 1
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g 4775 56809.42867 1.4679e-14 3.0522e-17 13.7803 0.0023 1
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||||
g 4775 56810.42973 1.4644e-14 3.6251e-17 13.7829 0.0027 1
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||||
g 4775 56813.40141 1.4582e-14 3.2039e-17 13.7875 0.0024 1
|
||||
g 4775 56814.45463 1.4841e-14 2.8946e-17 13.7684 0.0021 1
|
||||
g 4775 56815.40223 1.5082e-14 3.1475e-17 13.7509 0.0023 1
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||||
g 4775 56816.40920 1.5101e-14 3.2889e-17 13.7495 0.0024 1
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||||
g 4775 56816.63585 1.4827e-14 1.7415e-16 13.7694 0.0128 5
|
||||
g 4775 56817.40923 1.5363e-14 2.8181e-17 13.7308 0.0020 1
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||||
g 4775 56817.83107 1.5248e-14 2.3106e-16 13.7390 0.0165 5
|
||||
g 4775 56818.41406 1.5298e-14 2.5621e-17 13.7354 0.0018 1
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||||
g 4775 56819.41414 1.5733e-14 2.5888e-17 13.7050 0.0018 1
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||||
g 4775 56822.39478 1.5740e-14 2.9131e-17 13.7045 0.0020 1
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||||
g 4775 56823.40574 1.5714e-14 3.3928e-17 13.7063 0.0023 1
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||||
g 4775 56824.39957 1.5753e-14 3.2094e-17 13.7036 0.0022 1
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||||
g 4775 56825.41351 1.5723e-14 3.9410e-17 13.7057 0.0027 1
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||||
g 4775 56826.28815 1.5380e-14 1.2682e-16 13.7296 0.0090 4
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||||
g 4775 56826.39129 1.5305e-14 3.5860e-17 13.7350 0.0025 1
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||||
g 4775 56827.39605 1.5166e-14 3.4523e-17 13.7449 0.0025 1
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||||
g 4775 56828.39839 1.5059e-14 3.1421e-17 13.7525 0.0023 1
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||||
g 4775 56829.40822 1.4761e-14 3.3231e-17 13.7742 0.0024 1
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g 4775 56830.40097 1.4707e-14 3.6825e-17 13.7782 0.0027 1
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||||
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||||
g 4775 56834.39117 1.4909e-14 2.7646e-17 13.7634 0.0020 1
|
||||
g 4775 56835.39264 1.4627e-14 2.8351e-17 13.7841 0.0021 1
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||||
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|
||||
g 4775 56839.33334 1.4648e-14 1.0757e-16 13.7826 0.0080 4
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||||
g 4775 56841.41052 1.4786e-14 3.0831e-17 13.7724 0.0023 1
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||||
g 4775 56843.39036 1.4545e-14 3.0295e-17 13.7903 0.0023 1
|
||||
g 4775 56845.40969 1.4491e-14 3.1735e-17 13.7943 0.0024 1
|
||||
g 4775 56847.40034 1.4168e-14 2.2144e-17 13.8188 0.0017 1
|
||||
g 4775 56848.85142 1.3626e-14 5.7652e-16 13.8611 0.0459 3
|
||||
g 4775 56858.38691 1.4099e-14 3.3488e-17 13.8241 0.0026 1
|
||||
g 4775 56860.38584 1.4178e-14 3.3028e-17 13.8180 0.0025 1
|
||||
g 4775 56861.38487 1.4088e-14 2.7736e-17 13.8249 0.0021 1
|
||||
g 4775 56862.38541 1.4014e-14 3.5174e-17 13.8306 0.0027 1
|
||||
g 4775 56863.38384 1.3759e-14 2.6065e-17 13.8506 0.0021 1
|
||||
g 4775 56864.38385 1.3922e-14 3.4208e-17 13.8378 0.0027 1
|
||||
g 4775 56864.68837 1.3747e-14 2.4862e-16 13.8515 0.0196 5
|
||||
g 4775 56865.38279 1.4296e-14 3.3445e-17 13.8090 0.0025 1
|
||||
429
data/STORM_III/raw/separated/5404Å.tab
Normal file
429
data/STORM_III/raw/separated/5404Å.tab
Normal file
@ -0,0 +1,429 @@
|
||||
V 5404 56691.62226 1.2916e-14 3.3940e-17 13.6507 0.0029 1
|
||||
V 5404 56692.87101 1.3015e-14 1.1448e-16 13.6424 0.0096 4
|
||||
V 5404 56693.82884 1.2926e-14 4.9648e-17 13.6499 0.0042 4
|
||||
V 5404 56693.89079 1.3128e-14 7.8165e-17 13.6331 0.0065 2
|
||||
V 5404 56697.55422 1.3340e-14 6.8248e-17 13.6157 0.0056 1
|
||||
V 5404 56697.82079 1.3304e-14 5.0462e-17 13.6186 0.0041 4
|
||||
V 5404 56697.83250 1.3275e-14 8.1106e-17 13.6210 0.0066 2
|
||||
V 5404 56698.52913 1.3372e-14 3.9742e-17 13.6131 0.0032 1
|
||||
V 5404 56699.46554 1.3480e-14 3.1266e-17 13.6043 0.0025 1
|
||||
V 5404 56700.49535 1.3461e-14 3.3659e-17 13.6059 0.0027 1
|
||||
V 5404 56700.99825 1.3684e-14 2.3240e-16 13.5880 0.0184 3
|
||||
V 5404 56701.03500 1.3498e-14 5.5328e-17 13.6029 0.0045 7
|
||||
V 5404 56701.55568 1.3462e-14 2.3048e-17 13.6058 0.0019 1
|
||||
V 5404 56701.81640 1.3487e-14 3.5889e-17 13.6038 0.0029 4
|
||||
V 5404 56701.82560 1.3423e-14 5.3838e-17 13.6089 0.0044 2
|
||||
V 5404 56701.97780 1.3657e-14 2.6880e-16 13.5902 0.0214 3
|
||||
V 5404 56702.53063 1.3479e-14 2.8322e-17 13.6044 0.0023 1
|
||||
V 5404 56702.80790 1.3469e-14 3.5630e-17 13.6052 0.0029 4
|
||||
V 5404 56703.85550 1.3542e-14 6.9003e-17 13.5993 0.0055 2
|
||||
V 5404 56704.79649 1.3734e-14 4.3926e-17 13.5841 0.0035 4
|
||||
V 5404 56705.85883 1.3553e-14 4.9159e-17 13.5985 0.0039 4
|
||||
V 5404 56706.84653 1.3620e-14 4.8569e-17 13.5931 0.0039 4
|
||||
V 5404 56707.00720 1.3484e-14 3.5060e-17 13.6040 0.0028 7
|
||||
V 5404 56707.88099 1.3807e-14 5.7964e-17 13.5783 0.0046 2
|
||||
V 5404 56708.00481 1.3554e-14 3.2078e-17 13.5984 0.0026 7
|
||||
V 5404 56708.62443 1.3492e-14 3.5231e-17 13.6034 0.0028 1
|
||||
V 5404 56708.88640 1.3725e-14 2.7551e-16 13.5848 0.0218 3
|
||||
V 5404 56708.92011 1.3251e-14 8.9579e-17 13.6229 0.0073 10
|
||||
V 5404 56709.00386 1.3480e-14 3.0869e-17 13.6043 0.0025 7
|
||||
V 5404 56709.58949 1.3372e-14 2.6157e-17 13.6131 0.0021 1
|
||||
V 5404 56709.81150 1.3395e-14 3.6601e-17 13.6112 0.0030 4
|
||||
V 5404 56709.85646 1.3528e-14 5.4787e-17 13.6005 0.0044 2
|
||||
V 5404 56709.96162 1.3615e-14 5.1558e-17 13.5935 0.0041 10
|
||||
V 5404 56710.00608 1.3274e-14 3.2491e-17 13.6210 0.0027 7
|
||||
V 5404 56710.47224 1.3308e-14 3.7517e-17 13.6183 0.0031 1
|
||||
V 5404 56710.92726 1.3328e-14 2.2782e-16 13.6166 0.0186 3
|
||||
V 5404 56711.00907 1.3038e-14 5.8200e-17 13.6405 0.0048 10
|
||||
V 5404 56711.79904 1.3381e-14 8.1593e-17 13.6123 0.0066 4
|
||||
V 5404 56711.89090 1.3472e-14 3.4579e-16 13.6050 0.0279 3
|
||||
V 5404 56712.00111 1.3301e-14 5.2106e-17 13.6188 0.0043 10
|
||||
V 5404 56712.20821 1.3331e-14 7.2942e-17 13.6164 0.0059 15
|
||||
V 5404 56712.91193 1.3439e-14 3.0065e-16 13.6076 0.0243 3
|
||||
V 5404 56713.19762 1.3173e-14 6.8688e-17 13.6293 0.0057 16
|
||||
V 5404 56713.81538 1.3168e-14 5.8476e-17 13.6297 0.0048 4
|
||||
V 5404 56714.21081 1.3016e-14 1.1241e-16 13.6424 0.0094 16
|
||||
V 5404 56714.45903 1.2988e-14 3.5496e-17 13.6447 0.0030 1
|
||||
V 5404 56715.02663 1.3066e-14 4.8060e-17 13.6382 0.0040 7
|
||||
V 5404 56715.54025 1.3198e-14 7.6388e-17 13.6273 0.0063 11
|
||||
V 5404 56715.81971 1.2902e-14 7.9930e-17 13.6519 0.0067 4
|
||||
V 5404 56715.89472 1.2620e-14 6.4742e-17 13.6759 0.0056 2
|
||||
V 5404 56716.00845 1.2929e-14 5.0264e-17 13.6496 0.0042 7
|
||||
V 5404 56716.84624 1.2957e-14 8.9603e-17 13.6473 0.0075 4
|
||||
V 5404 56716.91669 1.2496e-14 5.8402e-17 13.6866 0.0051 2
|
||||
V 5404 56717.90183 1.2463e-14 6.5271e-17 13.6895 0.0057 2
|
||||
V 5404 56718.46525 1.2464e-14 4.6730e-17 13.6894 0.0041 1
|
||||
V 5404 56722.93956 1.1669e-14 9.7179e-17 13.7610 0.0090 2
|
||||
V 5404 56723.44704 1.1586e-14 4.1934e-17 13.7687 0.0039 1
|
||||
V 5404 56723.87681 1.1550e-14 1.0313e-16 13.7721 0.0097 2
|
||||
V 5404 56725.85614 1.1526e-14 9.3364e-17 13.7744 0.0088 6
|
||||
V 5404 56727.44960 1.1572e-14 3.7123e-17 13.7700 0.0035 1
|
||||
V 5404 56729.82751 1.1870e-14 1.0180e-16 13.7424 0.0093 2
|
||||
V 5404 56730.87228 1.1873e-14 9.0512e-17 13.7421 0.0083 2
|
||||
V 5404 56730.91885 1.1930e-14 9.5081e-17 13.7369 0.0087 6
|
||||
V 5404 56731.87819 1.1849e-14 2.9290e-16 13.7443 0.0268 3
|
||||
V 5404 56731.89093 1.2099e-14 1.1340e-16 13.7217 0.0102 10
|
||||
V 5404 56732.49732 1.2056e-14 2.5845e-17 13.7255 0.0023 1
|
||||
V 5404 56733.03934 1.1503e-14 2.5934e-16 13.7765 0.0245 3
|
||||
V 5404 56733.81337 1.1726e-14 9.1736e-17 13.7557 0.0085 10
|
||||
V 5404 56734.87490 1.2002e-14 9.0500e-17 13.7304 0.0082 2
|
||||
V 5404 56734.93954 1.2279e-14 1.1022e-16 13.7056 0.0097 10
|
||||
V 5404 56735.77574 1.2660e-14 4.8115e-17 13.6725 0.0041 2
|
||||
V 5404 56735.94263 1.2559e-14 3.3219e-17 13.6812 0.0029 7
|
||||
V 5404 56737.43270 1.2630e-14 1.9183e-17 13.6750 0.0016 1
|
||||
V 5404 56738.44405 1.2825e-14 2.7635e-17 13.6584 0.0023 1
|
||||
V 5404 56738.99077 1.3007e-14 3.6749e-17 13.6431 0.0031 4
|
||||
V 5404 56739.92102 1.3332e-14 8.6062e-17 13.6163 0.0070 6
|
||||
V 5404 56739.92692 1.3340e-14 3.9549e-17 13.6157 0.0032 7
|
||||
V 5404 56739.95124 1.3337e-14 2.9216e-16 13.6159 0.0238 3
|
||||
V 5404 56740.97243 1.3431e-14 5.8499e-17 13.6083 0.0047 4
|
||||
V 5404 56741.73763 1.3660e-14 5.4316e-17 13.5899 0.0043 2
|
||||
V 5404 56741.87938 1.3491e-14 8.3328e-17 13.6034 0.0067 6
|
||||
V 5404 56741.91613 1.3509e-14 4.9037e-17 13.6020 0.0039 7
|
||||
V 5404 56741.95456 1.3447e-14 8.0607e-17 13.6070 0.0065 4
|
||||
V 5404 56742.44415 1.3660e-14 4.3412e-17 13.5899 0.0035 1
|
||||
V 5404 56742.91724 1.3529e-14 6.5057e-17 13.6004 0.0052 10
|
||||
V 5404 56742.99643 1.3745e-14 6.8076e-17 13.5832 0.0054 4
|
||||
V 5404 56744.43787 1.3954e-14 4.2349e-17 13.5668 0.0033 1
|
||||
V 5404 56744.51056 1.3805e-14 7.4291e-17 13.5785 0.0058 14
|
||||
V 5404 56744.93717 1.3925e-14 5.2984e-17 13.5691 0.0041 7
|
||||
V 5404 56744.99568 1.4010e-14 6.5568e-17 13.5625 0.0051 4
|
||||
V 5404 56745.80353 1.4134e-14 6.5152e-17 13.5529 0.0050 2
|
||||
V 5404 56745.86784 1.4079e-14 4.7798e-17 13.5571 0.0037 7
|
||||
V 5404 56746.69823 1.4183e-14 8.3507e-17 13.5491 0.0064 2
|
||||
V 5404 56748.46653 1.4361e-14 3.7938e-17 13.5356 0.0029 1
|
||||
V 5404 56750.38294 1.4405e-14 3.4363e-17 13.5323 0.0026 1
|
||||
V 5404 56752.40920 1.4113e-14 4.0726e-17 13.5545 0.0031 1
|
||||
V 5404 56753.31809 1.3975e-14 2.8203e-17 13.5652 0.0022 1
|
||||
V 5404 56753.49783 1.3775e-14 1.0844e-16 13.5808 0.0085 14
|
||||
V 5404 56753.93723 1.3800e-14 5.2644e-17 13.5788 0.0041 7
|
||||
V 5404 56753.98618 1.3695e-14 1.6217e-16 13.5871 0.0129 3
|
||||
V 5404 56754.36599 1.3593e-14 3.0401e-17 13.5953 0.0024 1
|
||||
V 5404 56754.98449 1.3435e-14 2.5901e-16 13.6080 0.0209 3
|
||||
V 5404 56755.42016 1.3508e-14 3.3019e-17 13.6021 0.0027 1
|
||||
V 5404 56755.52628 1.3526e-14 8.9639e-17 13.6006 0.0072 11
|
||||
V 5404 56755.87897 1.3509e-14 8.8153e-17 13.6020 0.0071 6
|
||||
V 5404 56756.72951 1.3723e-14 5.3865e-17 13.5849 0.0043 2
|
||||
V 5404 56756.93335 1.3581e-14 4.8345e-17 13.5962 0.0039 7
|
||||
V 5404 56756.97733 1.3783e-14 3.5785e-16 13.5802 0.0282 3
|
||||
V 5404 56757.33825 1.3458e-14 1.7746e-17 13.6061 0.0014 1
|
||||
V 5404 56757.43267 1.3627e-14 8.6038e-17 13.5925 0.0069 11
|
||||
V 5404 56757.95782 1.3677e-14 2.0351e-16 13.5886 0.0162 3
|
||||
V 5404 56758.47171 1.3423e-14 7.2538e-17 13.6089 0.0059 1
|
||||
V 5404 56758.50554 1.3340e-14 5.9941e-17 13.6157 0.0049 14
|
||||
V 5404 56758.88531 1.3447e-14 8.4030e-17 13.6070 0.0068 6
|
||||
V 5404 56758.97678 1.3535e-14 1.0164e-16 13.5999 0.0082 4
|
||||
V 5404 56759.92371 1.3569e-14 2.3958e-16 13.5972 0.0192 3
|
||||
V 5404 56760.57987 1.3436e-14 9.7197e-17 13.6079 0.0079 11
|
||||
V 5404 56760.93829 1.3262e-14 3.5314e-16 13.6220 0.0289 3
|
||||
V 5404 56761.51975 1.3501e-14 9.0655e-17 13.6026 0.0073 11
|
||||
V 5404 56762.79873 1.3461e-14 6.0227e-17 13.6059 0.0049 2
|
||||
V 5404 56765.93817 1.3461e-14 3.3987e-16 13.6059 0.0274 3
|
||||
V 5404 56766.37680 1.3284e-14 1.8817e-17 13.6202 0.0015 1
|
||||
V 5404 56766.79603 1.3143e-14 9.2455e-17 13.6318 0.0076 10
|
||||
V 5404 56766.93552 1.3743e-14 5.0313e-16 13.5833 0.0397 3
|
||||
V 5404 56767.01315 1.3149e-14 8.0411e-17 13.6313 0.0066 15
|
||||
V 5404 56767.87074 1.3192e-14 7.1700e-17 13.6278 0.0059 10
|
||||
V 5404 56767.89266 1.3304e-14 5.2311e-17 13.6186 0.0043 7
|
||||
V 5404 56767.94070 1.3150e-14 2.1638e-16 13.6312 0.0179 3
|
||||
V 5404 56767.98214 1.3320e-14 5.0410e-17 13.6173 0.0041 4
|
||||
V 5404 56768.33497 1.3282e-14 4.0176e-17 13.6204 0.0033 1
|
||||
V 5404 56768.83934 1.3465e-14 6.0648e-17 13.6055 0.0049 10
|
||||
V 5404 56768.96374 1.3596e-14 3.3962e-16 13.5950 0.0271 3
|
||||
V 5404 56769.25698 1.3387e-14 4.9062e-17 13.6118 0.0040 1
|
||||
V 5404 56769.86300 1.3582e-14 4.5895e-17 13.5961 0.0037 7
|
||||
V 5404 56769.95002 1.3541e-14 8.5384e-17 13.5994 0.0068 4
|
||||
V 5404 56770.27989 1.3525e-14 8.5955e-17 13.6007 0.0069 5
|
||||
V 5404 56770.67784 1.3663e-14 6.2835e-17 13.5897 0.0050 2
|
||||
V 5404 56770.94507 1.3552e-14 8.1350e-17 13.5985 0.0065 4
|
||||
V 5404 56771.81506 1.3759e-14 4.7685e-17 13.5821 0.0038 7
|
||||
V 5404 56772.46030 1.3663e-14 8.9764e-17 13.5897 0.0071 11
|
||||
V 5404 56772.92254 1.3807e-14 1.0976e-16 13.5783 0.0086 4
|
||||
V 5404 56773.24453 1.3796e-14 4.1614e-17 13.5792 0.0033 1
|
||||
V 5404 56773.68983 1.3930e-14 5.8436e-17 13.5687 0.0046 2
|
||||
V 5404 56774.27225 1.3847e-14 4.6729e-17 13.5752 0.0037 1
|
||||
V 5404 56774.27310 1.3947e-14 9.6912e-17 13.5673 0.0075 5
|
||||
V 5404 56774.65979 1.3935e-14 6.2883e-17 13.5683 0.0049 8
|
||||
V 5404 56775.27574 1.3905e-14 5.4211e-17 13.5706 0.0042 1
|
||||
V 5404 56775.29497 1.3945e-14 1.1670e-16 13.5675 0.0091 5
|
||||
V 5404 56775.99862 1.3863e-14 1.0846e-16 13.5739 0.0085 15
|
||||
V 5404 56776.25723 1.3858e-14 4.6827e-17 13.5743 0.0037 1
|
||||
V 5404 56777.25371 1.3800e-14 4.5377e-17 13.5788 0.0036 1
|
||||
V 5404 56777.69865 1.3743e-14 5.8751e-17 13.5833 0.0046 2
|
||||
V 5404 56777.93899 1.3753e-14 7.7410e-17 13.5826 0.0061 4
|
||||
V 5404 56778.25389 1.3797e-14 5.0770e-17 13.5791 0.0040 1
|
||||
V 5404 56779.28349 1.3770e-14 4.7289e-17 13.5812 0.0037 1
|
||||
V 5404 56779.78602 1.3711e-14 1.4531e-16 13.5859 0.0115 6
|
||||
V 5404 56779.91881 1.3528e-14 2.4020e-16 13.6005 0.0193 3
|
||||
V 5404 56779.92352 1.3726e-14 8.5337e-17 13.5847 0.0068 4
|
||||
V 5404 56780.22741 1.3885e-14 9.7672e-17 13.5722 0.0076 5
|
||||
V 5404 56780.26593 1.3756e-14 4.8822e-17 13.5823 0.0039 1
|
||||
V 5404 56780.66161 1.3867e-14 5.8075e-17 13.5736 0.0045 2
|
||||
V 5404 56780.79391 1.3784e-14 5.0084e-17 13.5801 0.0039 7
|
||||
V 5404 56780.83500 1.3809e-14 8.6531e-17 13.5781 0.0068 6
|
||||
V 5404 56780.95307 1.3817e-14 9.5931e-17 13.5775 0.0075 4
|
||||
V 5404 56781.24960 1.3740e-14 4.2705e-17 13.5836 0.0034 1
|
||||
V 5404 56781.69734 1.3836e-14 5.8812e-17 13.5760 0.0046 2
|
||||
V 5404 56781.73245 1.3764e-14 5.5900e-17 13.5817 0.0044 8
|
||||
V 5404 56781.95313 1.3693e-14 1.3448e-16 13.5873 0.0107 4
|
||||
V 5404 56782.39884 1.3729e-14 5.8877e-17 13.5844 0.0047 1
|
||||
V 5404 56782.70281 1.3773e-14 5.3601e-17 13.5810 0.0042 8
|
||||
V 5404 56783.28230 1.3675e-14 7.8533e-17 13.5887 0.0062 5
|
||||
V 5404 56783.63788 1.3724e-14 5.7689e-17 13.5848 0.0046 2
|
||||
V 5404 56783.65769 1.3691e-14 5.0301e-17 13.5875 0.0040 8
|
||||
V 5404 56783.88948 1.3707e-14 1.2399e-16 13.5862 0.0098 4
|
||||
V 5404 56784.64367 1.3824e-14 5.4921e-17 13.5770 0.0043 8
|
||||
V 5404 56784.88003 1.3779e-14 6.6715e-17 13.5805 0.0053 4
|
||||
V 5404 56785.63644 1.3996e-14 6.5604e-17 13.5635 0.0051 8
|
||||
V 5404 56785.87493 1.3928e-14 6.6786e-17 13.5688 0.0052 7
|
||||
V 5404 56785.92903 1.3911e-14 9.3857e-17 13.5702 0.0073 4
|
||||
V 5404 56786.76923 1.3852e-14 3.5248e-17 13.5748 0.0028 7
|
||||
V 5404 56786.94235 1.3560e-14 6.9573e-17 13.5979 0.0056 4
|
||||
V 5404 56787.26931 1.3832e-14 5.7162e-17 13.5763 0.0045 5
|
||||
V 5404 56787.82769 1.3766e-14 3.2015e-17 13.5815 0.0025 7
|
||||
V 5404 56787.91521 1.3724e-14 1.3669e-16 13.5848 0.0108 4
|
||||
V 5404 56788.25572 1.3829e-14 6.1468e-17 13.5766 0.0048 5
|
||||
V 5404 56788.66999 1.3824e-14 5.4235e-17 13.5770 0.0043 2
|
||||
V 5404 56788.83197 1.3783e-14 3.0632e-17 13.5802 0.0024 7
|
||||
V 5404 56789.21464 1.3636e-14 6.5610e-17 13.5918 0.0052 5
|
||||
V 5404 56789.43900 1.3774e-14 8.8890e-17 13.5809 0.0070 11
|
||||
V 5404 56789.69919 1.3707e-14 4.9077e-17 13.5862 0.0039 8
|
||||
V 5404 56789.83302 1.3750e-14 2.6838e-16 13.5828 0.0212 3
|
||||
V 5404 56789.93702 1.3681e-14 4.8667e-17 13.5883 0.0039 4
|
||||
V 5404 56790.28242 1.3509e-14 4.4785e-17 13.6020 0.0036 5
|
||||
V 5404 56790.35273 1.3611e-14 7.0892e-17 13.5938 0.0057 14
|
||||
V 5404 56791.77294 1.3676e-14 8.2408e-17 13.5886 0.0065 6
|
||||
V 5404 56791.92149 1.3482e-14 4.9296e-17 13.6042 0.0040 4
|
||||
V 5404 56792.67079 1.3531e-14 5.0591e-17 13.6002 0.0041 2
|
||||
V 5404 56792.92481 1.3594e-14 6.2627e-17 13.5952 0.0050 4
|
||||
V 5404 56793.56782 1.3627e-14 1.5681e-16 13.5925 0.0125 13
|
||||
V 5404 56793.65918 1.3738e-14 5.3303e-17 13.5837 0.0042 2
|
||||
V 5404 56793.76694 1.3749e-14 4.6879e-17 13.5829 0.0037 8
|
||||
V 5404 56793.85033 1.3775e-14 2.6903e-17 13.5808 0.0021 7
|
||||
V 5404 56793.88441 1.3728e-14 1.8634e-16 13.5845 0.0147 3
|
||||
V 5404 56794.66711 1.3723e-14 5.3666e-17 13.5849 0.0042 2
|
||||
V 5404 56794.87513 1.3841e-14 2.7585e-16 13.5756 0.0216 3
|
||||
V 5404 56795.31253 1.3745e-14 7.8112e-17 13.5832 0.0062 14
|
||||
V 5404 56795.33440 1.3616e-14 2.7357e-17 13.5934 0.0022 1
|
||||
V 5404 56795.63368 1.3674e-14 6.1207e-17 13.5888 0.0049 2
|
||||
V 5404 56795.78421 1.3711e-14 3.4213e-17 13.5859 0.0027 7
|
||||
V 5404 56795.88222 1.3394e-14 2.8858e-16 13.6113 0.0234 3
|
||||
V 5404 56795.91773 1.3600e-14 4.2821e-17 13.5947 0.0034 4
|
||||
V 5404 56796.30580 1.3610e-14 6.4659e-17 13.5939 0.0052 1
|
||||
V 5404 56796.66910 1.3681e-14 6.1379e-17 13.5883 0.0049 2
|
||||
V 5404 56796.90208 1.3624e-14 4.8217e-17 13.5928 0.0038 4
|
||||
V 5404 56797.54744 1.3694e-14 1.6301e-16 13.5872 0.0129 13
|
||||
V 5404 56797.72321 1.3790e-14 5.4420e-17 13.5796 0.0043 8
|
||||
V 5404 56797.78014 1.3628e-14 8.6234e-17 13.5925 0.0069 6
|
||||
V 5404 56797.80541 1.3770e-14 5.3755e-17 13.5812 0.0042 7
|
||||
V 5404 56798.63960 1.3794e-14 6.3227e-17 13.5793 0.0050 2
|
||||
V 5404 56798.64410 1.3794e-14 5.6267e-17 13.5793 0.0044 8
|
||||
V 5404 56798.77223 1.3784e-14 9.1392e-17 13.5801 0.0072 6
|
||||
V 5404 56798.79282 1.3790e-14 5.2155e-17 13.5796 0.0041 7
|
||||
V 5404 56798.79355 1.3581e-14 7.3275e-17 13.5962 0.0059 10
|
||||
V 5404 56799.65095 1.3753e-14 6.5277e-17 13.5826 0.0052 2
|
||||
V 5404 56799.67215 1.3681e-14 5.0932e-17 13.5883 0.0040 8
|
||||
V 5404 56799.68507 1.3752e-14 9.1570e-17 13.5826 0.0072 6
|
||||
V 5404 56799.77192 1.3756e-14 5.0314e-17 13.5823 0.0040 7
|
||||
V 5404 56799.78915 1.3703e-14 5.3244e-17 13.5865 0.0042 10
|
||||
V 5404 56799.84835 1.3758e-14 2.2116e-16 13.5822 0.0175 3
|
||||
V 5404 56800.24098 1.3715e-14 7.3715e-17 13.5856 0.0058 5
|
||||
V 5404 56800.37819 1.3665e-14 3.3111e-17 13.5895 0.0026 1
|
||||
V 5404 56800.65409 1.3722e-14 5.1900e-17 13.5850 0.0041 8
|
||||
V 5404 56800.74525 1.3744e-14 8.8254e-17 13.5833 0.0070 6
|
||||
V 5404 56800.86929 1.3604e-14 2.5704e-16 13.5944 0.0205 3
|
||||
V 5404 56800.87271 1.3590e-14 5.7796e-17 13.5955 0.0046 10
|
||||
V 5404 56800.93940 1.3792e-14 1.2511e-16 13.5795 0.0098 15
|
||||
V 5404 56801.26451 1.3591e-14 8.9859e-17 13.5954 0.0072 5
|
||||
V 5404 56801.42282 1.3724e-14 3.4800e-17 13.5848 0.0028 1
|
||||
V 5404 56801.70601 1.3708e-14 6.7018e-17 13.5861 0.0053 2
|
||||
V 5404 56801.71370 1.3674e-14 5.2076e-17 13.5888 0.0041 8
|
||||
V 5404 56801.84161 1.3795e-14 4.9688e-17 13.5792 0.0039 7
|
||||
V 5404 56801.95353 1.3801e-14 1.5074e-16 13.5788 0.0119 15
|
||||
V 5404 56802.30494 1.3554e-14 9.3418e-17 13.5984 0.0075 5
|
||||
V 5404 56802.35474 1.3722e-14 4.5033e-17 13.5850 0.0036 1
|
||||
V 5404 56802.84988 1.3428e-14 2.1998e-16 13.6085 0.0178 3
|
||||
V 5404 56802.88462 1.3812e-14 1.0211e-16 13.5779 0.0080 4
|
||||
V 5404 56803.32685 1.3758e-14 7.3988e-17 13.5822 0.0058 5
|
||||
V 5404 56803.36872 1.3674e-14 4.6999e-17 13.5888 0.0037 1
|
||||
V 5404 56803.74058 1.3764e-14 5.0049e-17 13.5817 0.0039 7
|
||||
V 5404 56803.84495 1.3644e-14 2.9975e-16 13.5912 0.0239 3
|
||||
V 5404 56803.89132 1.3792e-14 1.2749e-16 13.5795 0.0100 4
|
||||
V 5404 56804.25645 1.3611e-14 6.9258e-17 13.5938 0.0055 5
|
||||
V 5404 56804.39505 1.3700e-14 2.9551e-17 13.5867 0.0023 1
|
||||
V 5404 56804.77104 1.3782e-14 7.2889e-17 13.5803 0.0057 7
|
||||
V 5404 56804.83829 1.3662e-14 1.9254e-16 13.5898 0.0153 3
|
||||
V 5404 56805.20274 1.3772e-14 9.4701e-17 13.5811 0.0075 5
|
||||
V 5404 56805.53784 1.3634e-14 1.5812e-16 13.5920 0.0126 13
|
||||
V 5404 56805.79256 1.3739e-14 4.4032e-17 13.5837 0.0035 7
|
||||
V 5404 56805.86049 1.3639e-14 2.9407e-16 13.5916 0.0234 3
|
||||
V 5404 56806.68272 1.3728e-14 6.8290e-17 13.5845 0.0054 2
|
||||
V 5404 56806.84127 1.3720e-14 3.0215e-16 13.5852 0.0239 3
|
||||
V 5404 56806.87802 1.3747e-14 9.9960e-17 13.5830 0.0079 4
|
||||
V 5404 56807.69170 1.3779e-14 6.8201e-17 13.5805 0.0054 2
|
||||
V 5404 56807.86497 1.3631e-14 1.7940e-16 13.5922 0.0143 3
|
||||
V 5404 56808.83005 1.3696e-14 2.3198e-16 13.5871 0.0184 3
|
||||
V 5404 56809.65950 1.3907e-14 5.9947e-17 13.5705 0.0047 2
|
||||
V 5404 56809.83977 1.3467e-14 2.8820e-16 13.6054 0.0232 3
|
||||
V 5404 56810.33061 1.3789e-14 7.0161e-17 13.5797 0.0055 1
|
||||
V 5404 56810.54012 1.3849e-14 1.7907e-16 13.5750 0.0140 13
|
||||
V 5404 56810.64144 1.3913e-14 5.9442e-17 13.5700 0.0046 2
|
||||
V 5404 56810.79568 1.3816e-14 2.0840e-16 13.5776 0.0164 3
|
||||
V 5404 56811.33046 1.3809e-14 4.2115e-17 13.5781 0.0033 1
|
||||
V 5404 56811.70043 1.3891e-14 6.4350e-17 13.5717 0.0050 2
|
||||
V 5404 56812.65419 1.3849e-14 6.2972e-17 13.5750 0.0049 8
|
||||
V 5404 56812.70955 1.3840e-14 6.3394e-17 13.5757 0.0050 2
|
||||
V 5404 56812.88843 1.3829e-14 8.5367e-17 13.5766 0.0067 6
|
||||
V 5404 56813.71037 1.3910e-14 5.9256e-17 13.5702 0.0046 8
|
||||
V 5404 56813.73092 1.3868e-14 6.8236e-17 13.5735 0.0053 2
|
||||
V 5404 56813.76487 1.3860e-14 8.3673e-17 13.5741 0.0066 6
|
||||
V 5404 56814.66602 1.3928e-14 6.3221e-17 13.5688 0.0049 2
|
||||
V 5404 56814.71878 1.3947e-14 8.5586e-17 13.5673 0.0067 6
|
||||
V 5404 56814.76654 1.3818e-14 8.7613e-17 13.5774 0.0069 4
|
||||
V 5404 56815.40007 1.4064e-14 3.9732e-17 13.5583 0.0031 1
|
||||
V 5404 56815.64647 1.4091e-14 6.0221e-17 13.5562 0.0046 2
|
||||
V 5404 56815.81091 1.4064e-14 8.7731e-17 13.5583 0.0068 4
|
||||
V 5404 56816.67696 1.4255e-14 8.7506e-17 13.5436 0.0067 4
|
||||
V 5404 56816.73004 1.4043e-14 5.4766e-17 13.5599 0.0042 2
|
||||
V 5404 56817.32662 1.4303e-14 8.6781e-17 13.5400 0.0066 5
|
||||
V 5404 56817.38541 1.4280e-14 3.1016e-17 13.5417 0.0024 1
|
||||
V 5404 56818.29284 1.4372e-14 8.3655e-17 13.5348 0.0063 5
|
||||
V 5404 56818.30927 1.4593e-14 2.7926e-17 13.5182 0.0021 1
|
||||
V 5404 56818.62851 1.4522e-14 7.1968e-17 13.5235 0.0054 4
|
||||
V 5404 56818.80952 1.4665e-14 9.8153e-17 13.5128 0.0073 6
|
||||
V 5404 56819.26963 1.4654e-14 1.3555e-16 13.5137 0.0100 14
|
||||
V 5404 56819.29232 1.4906e-14 1.0717e-16 13.4951 0.0078 5
|
||||
V 5404 56819.71156 1.4803e-14 1.0064e-16 13.5027 0.0074 2
|
||||
V 5404 56819.81719 1.4911e-14 7.1611e-17 13.4948 0.0052 4
|
||||
V 5404 56820.74132 1.4901e-14 9.0174e-17 13.4955 0.0066 6
|
||||
V 5404 56820.77850 1.5003e-14 3.0815e-16 13.4881 0.0223 3
|
||||
V 5404 56820.80255 1.4904e-14 8.7232e-17 13.4953 0.0064 4
|
||||
V 5404 56821.32277 1.4987e-14 1.1388e-16 13.4893 0.0083 14
|
||||
V 5404 56821.35255 1.4895e-14 2.5167e-17 13.4959 0.0018 1
|
||||
V 5404 56821.74935 1.4662e-14 2.6224e-16 13.5131 0.0194 3
|
||||
V 5404 56822.30869 1.4688e-14 4.6507e-17 13.5111 0.0034 1
|
||||
V 5404 56822.67602 1.4814e-14 1.0671e-16 13.5019 0.0078 2
|
||||
V 5404 56823.34616 1.4730e-14 3.7618e-17 13.5080 0.0028 1
|
||||
V 5404 56823.74657 1.4734e-14 2.9445e-16 13.5077 0.0217 3
|
||||
V 5404 56824.39947 1.4702e-14 3.0449e-17 13.5101 0.0022 1
|
||||
V 5404 56824.73701 1.4709e-14 2.7305e-16 13.5096 0.0202 3
|
||||
V 5404 56825.37379 1.4637e-14 3.3362e-17 13.5149 0.0025 1
|
||||
V 5404 56825.75026 1.4480e-14 9.3566e-17 13.5266 0.0070 8
|
||||
V 5404 56826.64786 1.4180e-14 9.0934e-17 13.5494 0.0070 8
|
||||
V 5404 56826.65920 1.4233e-14 2.0881e-16 13.5453 0.0159 13
|
||||
V 5404 56826.68166 1.4147e-14 6.7612e-17 13.5519 0.0052 2
|
||||
V 5404 56827.39605 1.4199e-14 4.3768e-17 13.5479 0.0033 1
|
||||
V 5404 56827.61224 1.4090e-14 1.9646e-16 13.5563 0.0151 13
|
||||
V 5404 56827.66844 1.4270e-14 1.1259e-16 13.5425 0.0086 8
|
||||
V 5404 56827.77405 1.4092e-14 8.8231e-17 13.5561 0.0068 6
|
||||
V 5404 56828.29554 1.4150e-14 1.2100e-16 13.5517 0.0093 5
|
||||
V 5404 56828.78045 1.4112e-14 8.4499e-17 13.5546 0.0065 6
|
||||
V 5404 56829.27609 1.3952e-14 1.9085e-16 13.5670 0.0149 5
|
||||
V 5404 56829.30462 1.4059e-14 6.1908e-17 13.5587 0.0048 1
|
||||
V 5404 56829.74715 1.3971e-14 1.3644e-16 13.5655 0.0106 9
|
||||
V 5404 56829.74886 1.3745e-14 5.0278e-17 13.5832 0.0040 8
|
||||
V 5404 56830.24214 1.3956e-14 1.3842e-16 13.5666 0.0108 14
|
||||
V 5404 56830.30394 1.4003e-14 1.0476e-16 13.5630 0.0081 5
|
||||
V 5404 56830.76769 1.3954e-14 5.2657e-17 13.5668 0.0041 10
|
||||
V 5404 56831.27387 1.4004e-14 1.2263e-16 13.5629 0.0095 5
|
||||
V 5404 56831.28128 1.3797e-14 7.0548e-17 13.5791 0.0056 1
|
||||
V 5404 56831.62063 1.3797e-14 1.7446e-16 13.5791 0.0137 13
|
||||
V 5404 56832.26813 1.3775e-14 1.0956e-16 13.5808 0.0086 5
|
||||
V 5404 56832.27471 1.3788e-14 7.2348e-17 13.5798 0.0057 1
|
||||
V 5404 56832.48332 1.3874e-14 1.8162e-16 13.5730 0.0142 13
|
||||
V 5404 56832.81541 1.3973e-14 8.3418e-17 13.5653 0.0065 6
|
||||
V 5404 56833.48159 1.3831e-14 1.7626e-16 13.5764 0.0138 13
|
||||
V 5404 56833.73859 1.3906e-14 2.1709e-16 13.5705 0.0169 3
|
||||
V 5404 56833.82215 1.3821e-14 8.4434e-17 13.5772 0.0066 6
|
||||
V 5404 56834.32497 1.3824e-14 7.4214e-17 13.5770 0.0058 1
|
||||
V 5404 56834.66259 1.3851e-14 5.6076e-17 13.5748 0.0044 8
|
||||
V 5404 56835.38083 1.3768e-14 3.5494e-17 13.5814 0.0028 1
|
||||
V 5404 56835.71455 1.3733e-14 2.7463e-16 13.5841 0.0217 3
|
||||
V 5404 56836.31307 1.3756e-14 4.8970e-17 13.5823 0.0039 1
|
||||
V 5404 56836.62368 1.3788e-14 1.7179e-16 13.5798 0.0135 13
|
||||
V 5404 56836.70019 1.3605e-14 5.5677e-17 13.5943 0.0044 2
|
||||
V 5404 56836.72459 1.3916e-14 2.1277e-16 13.5698 0.0166 3
|
||||
V 5404 56836.81204 1.3778e-14 1.2697e-16 13.5806 0.0100 9
|
||||
V 5404 56837.31374 1.3739e-14 4.8240e-17 13.5837 0.0038 1
|
||||
V 5404 56837.62027 1.3859e-14 1.7927e-16 13.5742 0.0140 13
|
||||
V 5404 56837.65243 1.3744e-14 5.6353e-17 13.5833 0.0045 2
|
||||
V 5404 56837.71889 1.3680e-14 1.8514e-16 13.5883 0.0147 9
|
||||
V 5404 56837.76990 1.3859e-14 9.6745e-17 13.5742 0.0076 6
|
||||
V 5404 56838.29949 1.3979e-14 1.2039e-16 13.5649 0.0094 5
|
||||
V 5404 56838.62409 1.3857e-14 5.8049e-17 13.5744 0.0045 2
|
||||
V 5404 56838.75443 1.3610e-14 2.1287e-16 13.5939 0.0170 3
|
||||
V 5404 56838.77249 1.3808e-14 8.7214e-17 13.5782 0.0069 6
|
||||
V 5404 56839.34175 1.3789e-14 3.3839e-17 13.5797 0.0027 1
|
||||
V 5404 56839.47767 1.3825e-14 1.7540e-16 13.5769 0.0138 13
|
||||
V 5404 56839.61735 1.3799e-14 5.4273e-17 13.5789 0.0043 2
|
||||
V 5404 56839.69027 1.3870e-14 5.1112e-17 13.5734 0.0040 10
|
||||
V 5404 56839.72196 1.3744e-14 4.2714e-16 13.5833 0.0337 3
|
||||
V 5404 56839.75460 1.3801e-14 9.3899e-17 13.5788 0.0074 6
|
||||
V 5404 56840.25543 1.3708e-14 1.0112e-16 13.5861 0.0080 5
|
||||
V 5404 56840.60956 1.4005e-14 2.5010e-16 13.5628 0.0194 12
|
||||
V 5404 56840.65820 1.3846e-14 6.0476e-17 13.5752 0.0047 2
|
||||
V 5404 56840.69592 1.3875e-14 5.7907e-17 13.5730 0.0045 10
|
||||
V 5404 56840.71376 1.3753e-14 2.6081e-16 13.5826 0.0206 3
|
||||
V 5404 56840.77846 1.3917e-14 8.6240e-17 13.5697 0.0067 6
|
||||
V 5404 56841.65783 1.3786e-14 5.3893e-17 13.5800 0.0042 2
|
||||
V 5404 56841.72252 1.3807e-14 1.8952e-16 13.5783 0.0149 3
|
||||
V 5404 56841.83064 1.3866e-14 8.6008e-17 13.5737 0.0067 6
|
||||
V 5404 56842.47040 1.3824e-14 1.7307e-16 13.5770 0.0136 13
|
||||
V 5404 56844.35881 1.3669e-14 2.0477e-17 13.5892 0.0016 1
|
||||
V 5404 56844.68909 1.3672e-14 5.4906e-17 13.5890 0.0044 2
|
||||
V 5404 56844.72160 1.3902e-14 1.8153e-16 13.5709 0.0142 3
|
||||
V 5404 56845.27055 1.3633e-14 7.4113e-17 13.5921 0.0059 5
|
||||
V 5404 56845.27778 1.3557e-14 2.0551e-17 13.5981 0.0016 1
|
||||
V 5404 56845.59875 1.3446e-14 2.5227e-16 13.6071 0.0204 12
|
||||
V 5404 56845.72644 1.3597e-14 2.0087e-16 13.5949 0.0160 3
|
||||
V 5404 56846.22088 1.3734e-14 8.1665e-17 13.5841 0.0065 5
|
||||
V 5404 56846.23839 1.3542e-14 8.2663e-17 13.5993 0.0066 11
|
||||
V 5404 56846.33736 1.3607e-14 1.4550e-17 13.5941 0.0012 1
|
||||
V 5404 56846.63741 1.3618e-14 5.4481e-17 13.5933 0.0043 2
|
||||
V 5404 56846.78517 1.3526e-14 8.3406e-17 13.6006 0.0067 6
|
||||
V 5404 56847.25429 1.3568e-14 6.2722e-17 13.5973 0.0050 5
|
||||
V 5404 56847.65788 1.3426e-14 5.4332e-17 13.6087 0.0044 2
|
||||
V 5404 56848.28878 1.3465e-14 3.8539e-17 13.6055 0.0031 1
|
||||
V 5404 56848.63379 1.3404e-14 5.7355e-17 13.6105 0.0046 2
|
||||
V 5404 56848.71618 1.3505e-14 3.0105e-16 13.6023 0.0242 3
|
||||
V 5404 56850.29445 1.3339e-14 3.0655e-17 13.6157 0.0025 1
|
||||
V 5404 56850.32754 1.3216e-14 7.7773e-17 13.6258 0.0064 11
|
||||
V 5404 56850.58796 1.3275e-14 2.5331e-16 13.6210 0.0207 12
|
||||
V 5404 56850.62787 1.3190e-14 7.4333e-17 13.6279 0.0061 2
|
||||
V 5404 56850.71763 1.3237e-14 3.3135e-16 13.6241 0.0272 3
|
||||
V 5404 56851.58091 1.3061e-14 2.5924e-16 13.6386 0.0216 12
|
||||
V 5404 56851.63369 1.3130e-14 5.2846e-17 13.6329 0.0044 2
|
||||
V 5404 56852.27880 1.2990e-14 1.9276e-17 13.6445 0.0016 1
|
||||
V 5404 56852.62822 1.3141e-14 5.6779e-17 13.6320 0.0047 2
|
||||
V 5404 56853.30800 1.2907e-14 1.7353e-17 13.6515 0.0015 1
|
||||
V 5404 56854.31514 1.2770e-14 2.1893e-17 13.6631 0.0019 1
|
||||
V 5404 56854.70730 1.2509e-14 3.2587e-16 13.6855 0.0283 3
|
||||
V 5404 56855.54240 1.2734e-14 2.8172e-16 13.6661 0.0240 12
|
||||
V 5404 56855.71651 1.2830e-14 3.4354e-16 13.6580 0.0291 3
|
||||
V 5404 56855.76280 1.2864e-14 1.2566e-16 13.6551 0.0106 6
|
||||
V 5404 56856.69843 1.2816e-14 9.3762e-17 13.6592 0.0079 9
|
||||
V 5404 56856.70253 1.2910e-14 2.9175e-16 13.6512 0.0245 3
|
||||
V 5404 56856.75024 1.2787e-14 8.3519e-17 13.6616 0.0071 6
|
||||
V 5404 56857.26602 1.3185e-14 7.4665e-17 13.6283 0.0061 1
|
||||
V 5404 56857.55618 1.2979e-14 2.7271e-16 13.6454 0.0228 12
|
||||
V 5404 56857.71842 1.3241e-14 2.8554e-16 13.6237 0.0234 3
|
||||
V 5404 56858.28722 1.3301e-14 3.8614e-17 13.6188 0.0032 1
|
||||
V 5404 56858.71157 1.3294e-14 6.2865e-16 13.6194 0.0513 3
|
||||
V 5404 56859.29561 1.3426e-14 1.1231e-16 13.6087 0.0091 11
|
||||
V 5404 56860.63459 1.3308e-14 8.0940e-17 13.6183 0.0066 2
|
||||
V 5404 56860.72567 1.3337e-14 4.2759e-16 13.6159 0.0348 3
|
||||
V 5404 56861.20086 1.3069e-14 7.8444e-17 13.6379 0.0065 5
|
||||
V 5404 56861.62344 1.3213e-14 5.3736e-17 13.6260 0.0044 2
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||||
V 5404 56861.67183 1.2989e-14 1.5693e-16 13.6446 0.0131 9
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||||
V 5404 56861.69092 1.2997e-14 9.0132e-16 13.6439 0.0753 3
|
||||
V 5404 56862.69153 1.2907e-14 1.5882e-16 13.6515 0.0134 9
|
||||
V 5404 56862.70101 1.3267e-14 2.7009e-16 13.6216 0.0221 3
|
||||
V 5404 56863.23803 1.2746e-14 1.1061e-16 13.6651 0.0094 5
|
||||
V 5404 56863.62566 1.3195e-14 8.8272e-17 13.6275 0.0073 2
|
||||
V 5404 56863.70811 1.3322e-14 2.1077e-16 13.6171 0.0172 3
|
||||
V 5404 56863.74440 1.3161e-14 2.5621e-16 13.6303 0.0211 6
|
||||
V 5404 56864.51044 1.3170e-14 2.6839e-16 13.6296 0.0221 12
|
||||
V 5404 56864.62645 1.3110e-14 8.4238e-17 13.6345 0.0070 2
|
||||
V 5404 56864.69856 1.3381e-14 5.6120e-16 13.6123 0.0455 3
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||||
V 5404 56865.63124 1.3474e-14 8.9977e-17 13.6048 0.0073 2
|
||||
V 5404 56865.69358 1.3945e-14 2.8168e-16 13.5675 0.0219 3
|
||||
260
data/STORM_III/raw/separated/5468Å.tab
Normal file
260
data/STORM_III/raw/separated/5468Å.tab
Normal file
@ -0,0 +1,260 @@
|
||||
Swiftv 5468 56690.43305 1.1700e-14 3.5900e-16 13.7325 0.0333 -1
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Swiftv 5468 56698.36733 1.2200e-14 3.4400e-16 13.6871 0.0306 -1
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Swiftv 5468 56706.49353 1.2400e-14 3.6900e-16 13.6694 0.0323 -1
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Swiftv 5468 56708.23456 1.2200e-14 3.5800e-16 13.6871 0.0319 -1
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Swiftv 5468 56709.56758 1.2300e-14 4.8300e-16 13.6782 0.0426 -1
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Swiftv 5468 56710.10959 1.2200e-14 4.1600e-16 13.6871 0.0370 -1
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Swiftv 5468 56710.17159 1.1800e-14 4.2100e-16 13.7233 0.0387 -1
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Swiftv 5468 56710.64159 1.2100e-14 4.0400e-16 13.6960 0.0363 -1
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Swiftv 5468 56711.02760 1.1100e-14 4.0000e-16 13.7897 0.0391 -1
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Swiftv 5468 56711.36160 1.1500e-14 4.3400e-16 13.7513 0.0410 -1
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Swiftv 5468 56712.09761 1.1500e-14 3.8700e-16 13.7513 0.0365 -1
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Swiftv 5468 56713.23262 1.2100e-14 4.2500e-16 13.6960 0.0381 -1
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Swiftv 5468 56713.51463 1.1500e-14 4.0000e-16 13.7513 0.0378 -1
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Swiftv 5468 56713.96263 1.1800e-14 4.2000e-16 13.7233 0.0386 -1
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Swiftv 5468 56714.22963 1.2400e-14 4.1800e-16 13.6694 0.0366 -1
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Swiftv 5468 56714.51463 1.1500e-14 4.1400e-16 13.7513 0.0391 -1
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Swiftv 5468 56715.04664 1.2000e-14 4.2300e-16 13.7050 0.0383 -1
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Swiftv 5468 56717.04265 1.1500e-14 4.0000e-16 13.7513 0.0378 -1
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Swiftv 5468 56718.37266 1.1000e-14 3.6100e-16 13.7995 0.0356 -1
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Swiftv 5468 56718.64166 1.1000e-14 3.9100e-16 13.7995 0.0386 -1
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Swiftv 5468 56719.71466 1.1800e-14 3.9200e-16 13.7233 0.0361 -1
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Swiftv 5468 56720.10366 1.0800e-14 4.0400e-16 13.8194 0.0406 -1
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Swiftv 5468 56720.38066 1.1400e-14 3.7000e-16 13.7607 0.0352 -1
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Swiftv 5468 56720.64166 1.0600e-14 3.8400e-16 13.8397 0.0393 -1
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Swiftv 5468 56720.97166 1.1600e-14 3.8400e-16 13.7419 0.0359 -1
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Swiftv 5468 56721.38466 1.0400e-14 3.5000e-16 13.8604 0.0365 -1
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Swiftv 5468 56721.57366 1.1200e-14 3.9900e-16 13.7800 0.0387 -1
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Swiftv 5468 56722.37466 1.0800e-14 3.6500e-16 13.8194 0.0367 -1
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Swiftv 5468 56722.84666 1.0800e-14 3.8900e-16 13.8194 0.0391 -1
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Swiftv 5468 56723.11565 1.0800e-14 3.7500e-16 13.8194 0.0377 -1
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Swiftv 5468 56723.44765 1.0300e-14 3.5000e-16 13.8709 0.0369 -1
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Swiftv 5468 56723.89865 1.0400e-14 3.6800e-16 13.8604 0.0384 -1
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Swiftv 5468 56724.45265 1.0600e-14 3.6400e-16 13.8397 0.0373 -1
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Swiftv 5468 56724.57265 1.1100e-14 3.8900e-16 13.7897 0.0380 -1
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Swiftv 5468 56724.83265 1.0900e-14 3.9500e-16 13.8094 0.0393 -1
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Swiftv 5468 56725.17164 1.0400e-14 3.6700e-16 13.8604 0.0383 -1
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Swiftv 5468 56725.29964 1.0500e-14 3.7100e-16 13.8500 0.0384 -1
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Swiftv 5468 56725.64264 1.0700e-14 3.7900e-16 13.8295 0.0385 -1
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Swiftv 5468 56726.03264 1.1200e-14 4.2500e-16 13.7800 0.0412 -1
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Swiftv 5468 56726.31564 1.0800e-14 3.4900e-16 13.8194 0.0351 -1
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Swiftv 5468 56727.03363 1.0764e-14 2.7175e-16 13.8231 0.0274 -1
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Swiftv 5468 56727.31463 1.0700e-14 3.4200e-16 13.8295 0.0347 -1
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Swiftv 5468 56727.51463 1.0700e-14 3.8800e-16 13.8295 0.0394 -1
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Swiftv 5468 56727.84962 1.1100e-14 3.8300e-16 13.7897 0.0375 -1
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Swiftv 5468 56728.58462 1.0800e-14 3.6700e-16 13.8194 0.0369 -1
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Swiftv 5468 56728.84961 1.0500e-14 3.4800e-16 13.8500 0.0360 -1
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Swiftv 5468 56729.64660 1.1300e-14 3.8400e-16 13.7703 0.0369 -1
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Swiftv 5468 56730.04060 1.1000e-14 3.8500e-16 13.7995 0.0380 -1
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Swiftv 5468 56730.37759 1.0700e-14 3.5400e-16 13.8295 0.0359 -1
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Swiftv 5468 56730.63859 1.0900e-14 3.5800e-16 13.8094 0.0357 -1
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Swiftv 5468 56730.96859 1.0800e-14 3.5400e-16 13.8194 0.0356 -1
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Swiftv 5468 56731.37158 1.0600e-14 3.8000e-16 13.8397 0.0389 -1
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Swiftv 5468 56731.63558 1.1300e-14 3.7200e-16 13.7703 0.0357 -1
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Swiftv 5468 56732.05057 1.0800e-14 3.6400e-16 13.8194 0.0366 -1
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Swiftv 5468 56732.37656 1.1100e-14 3.5400e-16 13.7897 0.0346 -1
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Swiftv 5468 56732.72056 1.0700e-14 3.5500e-16 13.8295 0.0360 -1
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Swiftv 5468 56732.98455 1.0900e-14 3.5700e-16 13.8094 0.0356 -1
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Swiftv 5468 56733.23555 1.1000e-14 3.5100e-16 13.7995 0.0346 -1
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Swiftv 5468 56733.57954 1.0400e-14 3.5000e-16 13.8604 0.0365 -1
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Swiftv 5468 56733.97554 1.0800e-14 3.5500e-16 13.8194 0.0357 -1
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Swiftv 5468 56734.24253 1.0600e-14 3.2900e-16 13.8397 0.0337 -1
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Swiftv 5468 56734.51653 1.1000e-14 3.7200e-16 13.7995 0.0367 -1
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Swiftv 5468 56734.90152 1.1300e-14 3.8300e-16 13.7703 0.0368 -1
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Swiftv 5468 56735.30251 1.1300e-14 3.5000e-16 13.7703 0.0336 -1
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Swiftv 5468 56735.64250 1.0700e-14 3.6300e-16 13.8295 0.0368 -1
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Swiftv 5468 56735.97550 1.0300e-14 3.3700e-16 13.8709 0.0355 -1
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Swiftv 5468 56736.30249 1.1500e-14 3.6500e-16 13.7513 0.0345 -1
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Swiftv 5468 56736.56749 1.1000e-14 3.7500e-16 13.7995 0.0370 -1
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Swiftv 5468 56736.90148 1.0800e-14 3.7100e-16 13.8194 0.0373 -1
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Swiftv 5468 56737.51546 1.2000e-14 4.2400e-16 13.7050 0.0384 -1
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Swiftv 5468 56737.90146 1.1100e-14 4.0100e-16 13.7897 0.0392 -1
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Swiftv 5468 56738.23545 1.1400e-14 3.7000e-16 13.7607 0.0352 -1
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Swiftv 5468 56738.51744 1.1900e-14 4.3000e-16 13.7141 0.0392 -1
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Swiftv 5468 56738.90143 1.1900e-14 4.0700e-16 13.7141 0.0371 -1
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Swiftv 5468 56739.23542 1.1500e-14 3.7400e-16 13.7513 0.0353 -1
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Swiftv 5468 56739.58841 1.1700e-14 4.1900e-16 13.7325 0.0389 -1
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Swiftv 5468 56739.98640 1.1700e-14 3.8600e-16 13.7325 0.0358 -1
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Swiftv 5468 56740.32140 1.2500e-14 4.0400e-16 13.6607 0.0351 -1
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Swiftv 5468 56740.52239 1.2500e-14 4.1500e-16 13.6607 0.0360 -1
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Swiftv 5468 56740.91738 1.2300e-14 4.1400e-16 13.6782 0.0365 -1
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Swiftv 5468 56741.32237 1.2500e-14 4.0700e-16 13.6607 0.0354 -1
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Swiftv 5468 56741.51536 1.2400e-14 4.3300e-16 13.6694 0.0379 -1
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Swiftv 5468 56741.90135 1.2100e-14 4.0300e-16 13.6960 0.0362 -1
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Swiftv 5468 56742.23534 1.2100e-14 3.9200e-16 13.6960 0.0352 -1
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Swiftv 5468 56742.71933 1.2600e-14 4.4100e-16 13.6521 0.0380 -1
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Swiftv 5468 56742.96832 1.2700e-14 4.1400e-16 13.6435 0.0354 -1
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Swiftv 5468 56743.37531 1.2700e-14 4.0200e-16 13.6435 0.0344 -1
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Swiftv 5468 56743.51530 1.2900e-14 4.3200e-16 13.6265 0.0364 -1
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Swiftv 5468 56744.44328 1.3054e-14 2.7995e-16 13.6136 0.0233 -1
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Swiftv 5468 56744.51627 1.2900e-14 4.2100e-16 13.6265 0.0354 -1
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Swiftv 5468 56745.38125 1.2800e-14 4.4200e-16 13.6350 0.0375 -1
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Swiftv 5468 56745.58524 1.3200e-14 4.4500e-16 13.6016 0.0366 -1
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Swiftv 5468 56745.90623 1.3200e-14 4.4500e-16 13.6016 0.0366 -1
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Swiftv 5468 56746.24322 1.3000e-14 4.2300e-16 13.6181 0.0353 -1
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Swiftv 5468 56746.57721 1.2800e-14 4.3800e-16 13.6350 0.0372 -1
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Swiftv 5468 56746.90219 1.3200e-14 4.3800e-16 13.6016 0.0360 -1
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Swiftv 5468 56747.70117 1.3300e-14 4.3900e-16 13.5934 0.0358 -1
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Swiftv 5468 56748.03416 1.3100e-14 4.3400e-16 13.6098 0.0360 -1
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Swiftv 5468 56748.51414 1.2800e-14 4.6300e-16 13.6350 0.0393 -1
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Swiftv 5468 56749.10212 1.2700e-14 4.1400e-16 13.6435 0.0354 -1
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Swiftv 5468 56749.37911 1.3100e-14 4.2500e-16 13.6098 0.0352 -1
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Swiftv 5468 56749.51510 1.3000e-14 4.5200e-16 13.6181 0.0378 -1
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Swiftv 5468 56750.45506 1.3300e-14 4.3000e-16 13.5934 0.0351 -1
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Swiftv 5468 56750.58006 1.2400e-14 4.2100e-16 13.6694 0.0369 -1
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Swiftv 5468 56751.56902 1.2700e-14 4.3600e-16 13.6435 0.0373 -1
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Swiftv 5468 56752.04100 1.2500e-14 4.2800e-16 13.6607 0.0372 -1
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Swiftv 5468 56752.63698 1.3100e-14 4.6100e-16 13.6098 0.0382 -1
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Swiftv 5468 56753.03896 1.2700e-14 4.2500e-16 13.6435 0.0363 -1
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Swiftv 5468 56753.36895 1.3400e-14 4.4200e-16 13.5852 0.0358 -1
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Swiftv 5468 56753.70493 1.2800e-14 4.5200e-16 13.6350 0.0383 -1
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Swiftv 5468 56753.91592 1.2400e-14 3.9700e-16 13.6694 0.0348 -1
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Swiftv 5468 56754.17191 1.2500e-14 4.0700e-16 13.6607 0.0354 -1
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Swiftv 5468 56754.37090 1.2300e-14 3.7800e-16 13.6782 0.0334 -1
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Swiftv 5468 56755.04887 1.2900e-14 4.3700e-16 13.6265 0.0368 -1
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Swiftv 5468 56755.36986 1.2800e-14 4.2400e-16 13.6350 0.0360 -1
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Swiftv 5468 56755.52285 1.2000e-14 4.0500e-16 13.7050 0.0366 -1
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Swiftv 5468 56756.10283 1.1700e-14 4.0100e-16 13.7325 0.0372 -1
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Swiftv 5468 56756.30782 1.1500e-14 3.8400e-16 13.7513 0.0363 -1
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||||
Swiftv 5468 56756.77380 1.2000e-14 4.1400e-16 13.7050 0.0375 -1
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||||
Swiftv 5468 56757.30377 1.2800e-14 4.2000e-16 13.6350 0.0356 -1
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Swiftv 5468 56757.51976 1.1600e-14 3.7800e-16 13.7419 0.0354 -1
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Swiftv 5468 56757.98374 1.2000e-14 3.9300e-16 13.7050 0.0356 -1
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||||
Swiftv 5468 56758.31473 1.2600e-14 4.0500e-16 13.6521 0.0349 -1
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Swiftv 5468 56758.52072 1.2200e-14 3.9100e-16 13.6871 0.0348 -1
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Swiftv 5468 56758.97069 1.2100e-14 3.8600e-16 13.6960 0.0346 -1
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Swiftv 5468 56759.23768 1.2000e-14 3.8400e-16 13.7050 0.0347 -1
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Swiftv 5468 56759.83765 1.2300e-14 3.9200e-16 13.6782 0.0346 -1
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||||
Swiftv 5468 56759.97065 1.2000e-14 3.8500e-16 13.7050 0.0348 -1
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||||
Swiftv 5468 56760.30463 1.2400e-14 3.9500e-16 13.6694 0.0346 -1
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||||
Swiftv 5468 56761.04459 1.1900e-14 3.8400e-16 13.7141 0.0350 -1
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||||
Swiftv 5468 56761.83855 1.2200e-14 3.8100e-16 13.6871 0.0339 -1
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Swiftv 5468 56762.04554 1.2100e-14 3.8900e-16 13.6960 0.0349 -1
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||||
Swiftv 5468 56762.30653 1.1600e-14 3.6800e-16 13.7419 0.0344 -1
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||||
Swiftv 5468 56762.83850 1.2200e-14 4.2900e-16 13.6871 0.0382 -1
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||||
Swiftv 5468 56763.04949 1.2200e-14 4.0800e-16 13.6871 0.0363 -1
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||||
Swiftv 5468 56763.38247 1.1900e-14 3.8900e-16 13.7141 0.0355 -1
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||||
Swiftv 5468 56763.51946 1.2200e-14 3.9500e-16 13.6871 0.0352 -1
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Swiftv 5468 56764.03944 1.2400e-14 3.9200e-16 13.6694 0.0343 -1
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||||
Swiftv 5468 56764.38842 1.1900e-14 3.8300e-16 13.7141 0.0349 -1
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||||
Swiftv 5468 56764.77140 1.2500e-14 4.1400e-16 13.6607 0.0360 -1
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||||
Swiftv 5468 56765.11938 1.2100e-14 4.2000e-16 13.6960 0.0377 -1
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||||
Swiftv 5468 56765.70335 1.2200e-14 4.3500e-16 13.6871 0.0387 -1
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||||
Swiftv 5468 56766.10432 1.2600e-14 4.3000e-16 13.6521 0.0371 -1
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||||
Swiftv 5468 56766.38731 1.1700e-14 4.3000e-16 13.7325 0.0399 -1
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||||
Swiftv 5468 56766.72529 1.2000e-14 4.2800e-16 13.7050 0.0387 -1
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||||
Swiftv 5468 56767.38625 1.2200e-14 4.1700e-16 13.6871 0.0371 -1
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||||
Swiftv 5468 56769.38714 1.2300e-14 4.0500e-16 13.6782 0.0357 -1
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||||
Swiftv 5468 56770.51507 1.1900e-14 4.0700e-16 13.7141 0.0371 -1
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||||
Swiftv 5468 56770.84905 1.2500e-14 4.1300e-16 13.6607 0.0359 -1
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||||
Swiftv 5468 56771.18103 1.3000e-14 4.1600e-16 13.6181 0.0347 -1
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||||
Swiftv 5468 56774.72481 1.3000e-14 4.6900e-16 13.6181 0.0392 -1
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||||
Swiftv 5468 56775.58176 1.2100e-14 3.9800e-16 13.6960 0.0357 -1
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||||
Swiftv 5468 56776.04173 1.2700e-14 4.1200e-16 13.6435 0.0352 -1
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||||
Swiftv 5468 56776.24372 1.2800e-14 3.9200e-16 13.6350 0.0333 -1
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||||
Swiftv 5468 56777.52364 1.2300e-14 4.2200e-16 13.6782 0.0373 -1
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||||
Swiftv 5468 56778.58857 1.2400e-14 4.2300e-16 13.6694 0.0370 -1
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||||
Swiftv 5468 56779.38251 1.2600e-14 4.4000e-16 13.6521 0.0379 -1
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||||
Swiftv 5468 56779.85448 1.2700e-14 4.1700e-16 13.6435 0.0356 -1
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||||
Swiftv 5468 56780.25446 1.2600e-14 4.1700e-16 13.6521 0.0359 -1
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||||
Swiftv 5468 56780.52244 1.3300e-14 4.7300e-16 13.5934 0.0386 -1
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Swiftv 5468 56780.58943 1.2700e-14 4.4600e-16 13.6435 0.0381 -1
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||||
Swiftv 5468 56782.10033 1.2200e-14 4.0900e-16 13.6871 0.0364 -1
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||||
Swiftv 5468 56782.31232 1.2300e-14 3.9400e-16 13.6782 0.0348 -1
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||||
Swiftv 5468 56782.70829 1.2800e-14 4.3200e-16 13.6350 0.0366 -1
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Swiftv 5468 56782.97927 1.2400e-14 4.2300e-16 13.6694 0.0370 -1
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||||
Swiftv 5468 56783.36924 1.2700e-14 4.4000e-16 13.6435 0.0376 -1
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||||
Swiftv 5468 56783.56723 1.2600e-14 4.3000e-16 13.6521 0.0371 -1
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||||
Swiftv 5468 56783.96720 1.2600e-14 4.1900e-16 13.6521 0.0361 -1
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||||
Swiftv 5468 56785.04313 1.2600e-14 4.3700e-16 13.6521 0.0377 -1
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||||
Swiftv 5468 56785.56809 1.2500e-14 4.2600e-16 13.6607 0.0370 -1
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||||
Swiftv 5468 56786.36803 1.2500e-14 4.0200e-16 13.6607 0.0349 -1
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||||
Swiftv 5468 56786.97699 1.2000e-14 4.0900e-16 13.7050 0.0370 -1
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||||
Swiftv 5468 56787.30997 1.2600e-14 4.0500e-16 13.6521 0.0349 -1
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Swiftv 5468 56787.71494 1.2200e-14 4.2800e-16 13.6871 0.0381 -1
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||||
Swiftv 5468 56787.98392 1.2600e-14 4.2900e-16 13.6521 0.0370 -1
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||||
Swiftv 5468 56788.30689 1.2700e-14 4.3100e-16 13.6435 0.0368 -1
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||||
Swiftv 5468 56789.04784 1.2800e-14 4.1200e-16 13.6350 0.0349 -1
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||||
Swiftv 5468 56789.30982 1.2300e-14 3.9700e-16 13.6782 0.0350 -1
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||||
Swiftv 5468 56789.64980 1.2900e-14 4.5000e-16 13.6265 0.0379 -1
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||||
Swiftv 5468 56789.96877 1.2500e-14 4.1200e-16 13.6607 0.0358 -1
|
||||
Swiftv 5468 56790.63673 1.2400e-14 4.1900e-16 13.6694 0.0367 -1
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||||
Swiftv 5468 56791.63765 1.2100e-14 4.2100e-16 13.6960 0.0378 -1
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Swiftv 5468 56791.96763 1.2400e-14 4.0300e-16 13.6694 0.0353 -1
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Swiftv 5468 56792.36960 1.2400e-14 4.2500e-16 13.6694 0.0372 -1
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Swiftv 5468 56792.51059 1.2300e-14 4.5100e-16 13.6782 0.0398 -1
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||||
Swiftv 5468 56792.84756 1.3000e-14 4.1500e-16 13.6181 0.0347 -1
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Swiftv 5468 56793.84649 1.3000e-14 4.1300e-16 13.6181 0.0345 -1
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Swiftv 5468 56794.24946 1.2400e-14 4.2800e-16 13.6694 0.0375 -1
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Swiftv 5468 56794.69643 1.2400e-14 4.5300e-16 13.6694 0.0397 -1
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Swiftv 5468 56795.36338 1.3000e-14 4.6900e-16 13.6181 0.0392 -1
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Swiftv 5468 56796.89426 1.2600e-14 4.1600e-16 13.6521 0.0358 -1
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Swiftv 5468 56798.51114 1.2800e-14 4.4600e-16 13.6350 0.0378 -1
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Swiftv 5468 56798.89411 1.2500e-14 4.1000e-16 13.6607 0.0356 -1
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Swiftv 5468 56799.22908 1.2700e-14 3.9100e-16 13.6435 0.0334 -1
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Swiftv 5468 56799.56506 1.2400e-14 3.9000e-16 13.6694 0.0341 -1
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Swiftv 5468 56800.02902 1.2300e-14 3.7900e-16 13.6782 0.0335 -1
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Swiftv 5468 56800.36200 1.2500e-14 4.2600e-16 13.6607 0.0370 -1
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Swiftv 5468 56800.82896 1.2300e-14 3.9300e-16 13.6782 0.0347 -1
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Swiftv 5468 56801.09894 1.2300e-14 3.9600e-16 13.6782 0.0350 -1
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Swiftv 5468 56802.09886 1.2200e-14 3.7000e-16 13.6871 0.0329 -1
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Swiftv 5468 56802.63082 1.2900e-14 3.8600e-16 13.6265 0.0325 -1
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Swiftv 5468 56804.23270 1.2400e-14 4.0300e-16 13.6694 0.0353 -1
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Swiftv 5468 56805.09263 1.2500e-14 4.2700e-16 13.6607 0.0371 -1
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Swiftv 5468 56805.36361 1.2400e-14 4.0900e-16 13.6694 0.0358 -1
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||||
Swiftv 5468 56805.97656 1.2500e-14 3.9700e-16 13.6607 0.0345 -1
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||||
Swiftv 5468 56806.37153 1.2200e-14 3.9000e-16 13.6871 0.0347 -1
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||||
Swiftv 5468 56806.89249 1.3000e-14 4.2100e-16 13.6181 0.0352 -1
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Swiftv 5468 56807.22646 1.2800e-14 4.0500e-16 13.6350 0.0344 -1
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Swiftv 5468 56807.89141 1.2600e-14 4.1400e-16 13.6521 0.0357 -1
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||||
Swiftv 5468 56808.55736 1.2000e-14 3.9600e-16 13.7050 0.0358 -1
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||||
Swiftv 5468 56808.89133 1.2500e-14 4.1100e-16 13.6607 0.0357 -1
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||||
Swiftv 5468 56809.22331 1.3100e-14 4.4000e-16 13.6098 0.0365 -1
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||||
Swiftv 5468 56809.89125 1.3300e-14 4.3000e-16 13.5934 0.0351 -1
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||||
Swiftv 5468 56810.22423 1.2700e-14 4.2900e-16 13.6435 0.0367 -1
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||||
Swiftv 5468 56810.55720 1.2900e-14 4.2100e-16 13.6265 0.0354 -1
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||||
Swiftv 5468 56810.89017 1.2900e-14 4.2000e-16 13.6265 0.0353 -1
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||||
Swiftv 5468 56811.22215 1.2400e-14 4.5200e-16 13.6694 0.0396 -1
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||||
Swiftv 5468 56811.75711 1.2800e-14 4.2800e-16 13.6350 0.0363 -1
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Swiftv 5468 56812.02409 1.3100e-14 4.4000e-16 13.6098 0.0365 -1
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||||
Swiftv 5468 56812.37306 1.2700e-14 4.3100e-16 13.6435 0.0368 -1
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Swiftv 5468 56812.55704 1.2600e-14 4.2400e-16 13.6521 0.0365 -1
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||||
Swiftv 5468 56813.22799 1.2400e-14 4.3500e-16 13.6694 0.0381 -1
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||||
Swiftv 5468 56813.55597 1.3200e-14 4.4300e-16 13.6016 0.0364 -1
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||||
Swiftv 5468 56813.97493 1.2900e-14 4.1100e-16 13.6265 0.0346 -1
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||||
Swiftv 5468 56814.37290 1.2300e-14 3.9700e-16 13.6782 0.0350 -1
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||||
Swiftv 5468 56814.55589 1.3200e-14 4.7000e-16 13.6016 0.0387 -1
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Swiftv 5468 56814.62688 1.3400e-14 4.1200e-16 13.5852 0.0334 -1
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Swiftv 5468 56815.69780 1.2900e-14 4.3600e-16 13.6265 0.0367 -1
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||||
Swiftv 5468 56815.95678 1.3000e-14 4.5100e-16 13.6181 0.0377 -1
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Swiftv 5468 56816.22975 1.2900e-14 4.3300e-16 13.6265 0.0364 -1
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Swiftv 5468 56817.62565 1.3100e-14 4.0500e-16 13.6098 0.0336 -1
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Swiftv 5468 56818.09361 1.3400e-14 3.7600e-16 13.5852 0.0305 -1
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Swiftv 5468 56818.24160 1.3100e-14 4.4100e-16 13.6098 0.0366 -1
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||||
Swiftv 5468 56818.70556 1.3000e-14 4.5000e-16 13.6181 0.0376 -1
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||||
Swiftv 5468 56818.96054 1.3600e-14 4.4000e-16 13.5692 0.0351 -1
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||||
Swiftv 5468 56819.69648 1.3700e-14 4.5900e-16 13.5612 0.0364 -1
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Swiftv 5468 56820.22844 1.4200e-14 4.6600e-16 13.5223 0.0356 -1
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||||
Swiftv 5468 56820.57441 1.3300e-14 4.5000e-16 13.5934 0.0367 -1
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||||
Swiftv 5468 56820.63841 1.3700e-14 4.5900e-16 13.5612 0.0364 -1
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||||
Swiftv 5468 56820.69041 1.3500e-14 4.4800e-16 13.5772 0.0360 -1
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||||
Swiftv 5468 56821.90531 1.3300e-14 4.3100e-16 13.5934 0.0352 -1
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||||
Swiftv 5468 56822.36528 1.3300e-14 4.4300e-16 13.5934 0.0362 -1
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||||
Swiftv 5468 56823.15621 1.3500e-14 4.6500e-16 13.5772 0.0374 -1
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||||
Swiftv 5468 56823.29620 1.3100e-14 4.2500e-16 13.6098 0.0352 -1
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||||
Swiftv 5468 56824.62010 1.3700e-14 4.7000e-16 13.5612 0.0372 -1
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Swiftv 5468 56825.36304 1.3200e-14 4.3900e-16 13.6016 0.0361 -1
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||||
Swiftv 5468 56825.55203 1.3600e-14 4.3900e-16 13.5692 0.0350 -1
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||||
Swiftv 5468 56825.96100 1.3300e-14 3.4600e-16 13.5934 0.0282 -1
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||||
Swiftv 5468 56826.43096 1.3600e-14 4.6000e-16 13.5692 0.0367 -1
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||||
Swiftv 5468 56826.76394 1.2900e-14 4.3400e-16 13.6265 0.0365 -1
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||||
Swiftv 5468 56827.03891 1.2900e-14 4.2200e-16 13.6265 0.0355 -1
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||||
Swiftv 5468 56827.42989 1.3300e-14 4.4300e-16 13.5934 0.0362 -1
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||||
Swiftv 5468 56827.88485 1.2800e-14 4.1700e-16 13.6350 0.0354 -1
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||||
Swiftv 5468 56828.15283 1.3200e-14 4.4000e-16 13.6016 0.0362 -1
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||||
Swiftv 5468 56828.42881 1.2800e-14 4.3200e-16 13.6350 0.0366 -1
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||||
Swiftv 5468 56828.55680 1.3100e-14 3.5700e-16 13.6098 0.0296 -1
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||||
Swiftv 5468 56829.01776 1.3100e-14 4.3800e-16 13.6098 0.0363 -1
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||||
Swiftv 5468 56829.81670 1.2500e-14 4.3900e-16 13.6607 0.0381 -1
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||||
Swiftv 5468 56830.15168 1.2500e-14 4.1300e-16 13.6607 0.0359 -1
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||||
Swiftv 5468 56830.42266 1.2600e-14 4.2100e-16 13.6521 0.0363 -1
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||||
172
data/STORM_III/raw/separated/6175Å.tab
Normal file
172
data/STORM_III/raw/separated/6175Å.tab
Normal file
@ -0,0 +1,172 @@
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||||
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r 6175 56697.75655 1.5663e-14 2.1267e-17 13.1516 0.0015 1
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r 6175 56698.60973 1.5654e-14 4.0809e-16 13.1522 0.0283 3
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r 6175 56698.71720 1.5598e-14 6.7738e-17 13.1561 0.0047 1
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r 6175 56699.71280 1.5659e-14 1.5572e-17 13.1518 0.0011 1
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r 6175 56700.69138 1.5835e-14 1.5467e-17 13.1397 0.0011 1
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r 6175 56701.56565 1.5919e-14 2.8327e-17 13.1340 0.0019 1
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r 6175 56704.83831 1.5908e-14 8.5542e-17 13.1347 0.0058 5
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r 6175 56705.60934 1.5918e-14 6.9049e-17 13.1340 0.0047 4
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r 6175 56705.95231 1.5806e-14 1.0258e-16 13.1417 0.0070 5
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r 6175 56711.92320 1.5708e-14 8.8005e-17 13.1484 0.0061 5
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r 6175 56712.27457 1.5731e-14 3.9074e-16 13.1468 0.0270 2
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r 6175 56714.72585 1.5488e-14 3.8702e-17 13.1638 0.0027 1
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r 6175 56715.91254 1.5459e-14 1.4546e-16 13.1658 0.0102 5
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r 6175 56716.64153 1.5424e-14 1.0387e-16 13.1682 0.0073 4
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r 6175 56716.66435 1.5293e-14 2.1776e-17 13.1775 0.0015 1
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r 6175 56717.73301 1.5075e-14 2.2704e-17 13.1931 0.0016 1
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r 6175 56717.95355 1.5415e-14 2.1901e-16 13.1689 0.0154 5
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r 6175 56718.56212 1.5165e-14 2.3539e-16 13.1866 0.0169 4
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r 6175 56718.67042 1.5025e-14 1.8707e-17 13.1967 0.0014 1
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r 6175 56732.49418 1.4292e-14 1.0591e-17 13.2510 0.0008 1
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r 6175 56758.74605 1.5749e-14 1.0607e-16 13.1456 0.0073 5
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||||
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||||
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||||
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||||
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||||
r 6175 56805.45996 1.5892e-14 2.4104e-17 13.1358 0.0016 1
|
||||
r 6175 56806.43311 1.5932e-14 2.0715e-17 13.1331 0.0014 1
|
||||
r 6175 56807.43492 1.5852e-14 1.6338e-17 13.1385 0.0011 1
|
||||
r 6175 56808.41440 1.6037e-14 2.8909e-17 13.1259 0.0020 1
|
||||
r 6175 56809.42932 1.6159e-14 2.2402e-17 13.1177 0.0015 1
|
||||
r 6175 56810.43044 1.6153e-14 3.1418e-17 13.1181 0.0021 1
|
||||
r 6175 56811.41922 1.6112e-14 2.9053e-17 13.1209 0.0020 1
|
||||
r 6175 56813.40213 1.6100e-14 2.9761e-17 13.1217 0.0020 1
|
||||
r 6175 56814.45535 1.6200e-14 2.7937e-17 13.1150 0.0019 1
|
||||
r 6175 56815.40294 1.6261e-14 2.9174e-17 13.1109 0.0019 1
|
||||
r 6175 56816.27423 1.6278e-14 7.3748e-17 13.1097 0.0049 4
|
||||
r 6175 56816.40991 1.6279e-14 2.6668e-17 13.1097 0.0018 1
|
||||
r 6175 56816.63948 1.6063e-14 9.4249e-17 13.1242 0.0064 5
|
||||
r 6175 56817.40994 1.6348e-14 2.6817e-17 13.1051 0.0018 1
|
||||
r 6175 56817.83435 1.6135e-14 8.7746e-17 13.1193 0.0059 5
|
||||
r 6175 56818.41477 1.6427e-14 2.1216e-17 13.0998 0.0014 1
|
||||
r 6175 56819.41485 1.6454e-14 2.0875e-17 13.0981 0.0014 1
|
||||
r 6175 56820.48400 1.6782e-14 1.9164e-17 13.0766 0.0012 1
|
||||
r 6175 56821.24253 1.7066e-14 1.0637e-16 13.0584 0.0068 4
|
||||
r 6175 56822.39549 1.6807e-14 2.5122e-17 13.0750 0.0016 1
|
||||
r 6175 56823.40645 1.6921e-14 3.1519e-17 13.0677 0.0020 1
|
||||
r 6175 56824.40028 1.6799e-14 3.2749e-17 13.0755 0.0021 1
|
||||
r 6175 56825.41423 1.6920e-14 3.1822e-17 13.0677 0.0020 1
|
||||
r 6175 56826.29162 1.6503e-14 5.3443e-16 13.0948 0.0352 3
|
||||
r 6175 56826.39200 1.6573e-14 3.2291e-17 13.0902 0.0021 1
|
||||
r 6175 56827.39678 1.6531e-14 3.1585e-17 13.0930 0.0021 1
|
||||
r 6175 56828.39911 1.6394e-14 3.2611e-17 13.1020 0.0022 1
|
||||
r 6175 56829.40894 1.6280e-14 3.0643e-17 13.1096 0.0020 1
|
||||
r 6175 56830.40168 1.6201e-14 3.4631e-17 13.1149 0.0023 1
|
||||
r 6175 56831.39309 1.6149e-14 3.1470e-17 13.1184 0.0021 1
|
||||
r 6175 56832.43594 1.6239e-14 3.3012e-17 13.1123 0.0022 1
|
||||
r 6175 56833.39730 1.6098e-14 2.7225e-17 13.1218 0.0018 1
|
||||
r 6175 56834.39189 1.6105e-14 2.7488e-17 13.1213 0.0019 1
|
||||
r 6175 56835.39334 1.6067e-14 3.1663e-17 13.1239 0.0021 1
|
||||
r 6175 56837.23411 1.6185e-14 5.3256e-16 13.1160 0.0357 3
|
||||
r 6175 56839.33665 1.6228e-14 4.6269e-16 13.1131 0.0310 3
|
||||
r 6175 56841.41123 1.6193e-14 2.5718e-17 13.1154 0.0017 1
|
||||
r 6175 56842.24558 1.6181e-14 1.2388e-16 13.1162 0.0083 4
|
||||
r 6175 56843.21577 1.6074e-14 1.1288e-16 13.1234 0.0076 4
|
||||
r 6175 56843.39107 1.6195e-14 3.0966e-17 13.1153 0.0021 1
|
||||
r 6175 56845.41039 1.6098e-14 2.8955e-17 13.1218 0.0020 1
|
||||
r 6175 56848.85472 1.5512e-14 5.4319e-16 13.1621 0.0380 2
|
||||
r 6175 56858.38762 1.5696e-14 3.2211e-17 13.1493 0.0022 1
|
||||
r 6175 56860.38654 1.5604e-14 3.2847e-17 13.1557 0.0023 1
|
||||
r 6175 56861.38558 1.5824e-14 2.7557e-17 13.1405 0.0019 1
|
||||
r 6175 56862.38612 1.5644e-14 2.7052e-17 13.1529 0.0019 1
|
||||
r 6175 56863.38454 1.5653e-14 2.8026e-17 13.1522 0.0019 1
|
||||
r 6175 56864.38455 1.5683e-14 3.2917e-17 13.1502 0.0023 1
|
||||
r 6175 56864.69170 1.5906e-14 1.4082e-16 13.1348 0.0096 5
|
||||
r 6175 56865.38350 1.5703e-14 3.0810e-17 13.1488 0.0021 1
|
||||
r 6175 56865.63157 1.5934e-14 1.4295e-16 13.1329 0.0097 5
|
||||
136
data/STORM_III/raw/separated/6439Å.tab
Normal file
136
data/STORM_III/raw/separated/6439Å.tab
Normal file
@ -0,0 +1,136 @@
|
||||
R 6439 56691.57639 1.2656e-14 1.9770e-16 13.2920 0.0170 2
|
||||
R 6439 56691.62732 1.2688e-14 1.9957e-17 13.2893 0.0017 1
|
||||
R 6439 56692.59183 1.3017e-14 2.3046e-16 13.2615 0.0192 2
|
||||
R 6439 56693.59902 1.2992e-14 2.0369e-16 13.2636 0.0170 2
|
||||
R 6439 56696.59964 1.2726e-14 2.1202e-16 13.2860 0.0181 2
|
||||
R 6439 56697.55904 1.3003e-14 4.2606e-17 13.2627 0.0036 1
|
||||
R 6439 56698.54186 1.3226e-14 3.4718e-17 13.2442 0.0029 1
|
||||
R 6439 56699.47336 1.3201e-14 2.4990e-17 13.2462 0.0021 1
|
||||
R 6439 56700.50066 1.3069e-14 2.4999e-17 13.2572 0.0021 1
|
||||
R 6439 56701.56241 1.3122e-14 8.1561e-17 13.2528 0.0067 1
|
||||
R 6439 56702.53599 1.3244e-14 2.0330e-17 13.2427 0.0017 1
|
||||
R 6439 56708.56677 1.3378e-14 1.8252e-17 13.2318 0.0015 1
|
||||
R 6439 56709.54883 1.3261e-14 2.7637e-17 13.2413 0.0023 1
|
||||
R 6439 56710.47730 1.3216e-14 2.5764e-17 13.2450 0.0021 1
|
||||
R 6439 56710.54491 1.3145e-14 1.5827e-16 13.2509 0.0131 2
|
||||
R 6439 56716.47882 1.2580e-14 3.5746e-17 13.2986 0.0031 1
|
||||
R 6439 56721.47419 1.2182e-14 2.8510e-17 13.3335 0.0025 1
|
||||
R 6439 56723.46431 1.1805e-14 1.8707e-17 13.3676 0.0017 1
|
||||
R 6439 56725.87074 1.1738e-14 7.2591e-17 13.3738 0.0067 4
|
||||
R 6439 56727.45456 1.1726e-14 2.7081e-17 13.3749 0.0025 1
|
||||
R 6439 56730.92366 1.2004e-14 6.2157e-17 13.3494 0.0056 4
|
||||
R 6439 56737.43777 1.2511e-14 2.8873e-17 13.3045 0.0025 1
|
||||
R 6439 56737.61115 1.2281e-14 1.9671e-16 13.3247 0.0174 2
|
||||
R 6439 56738.44885 1.2735e-14 1.9350e-17 13.2853 0.0016 1
|
||||
R 6439 56738.58081 1.2461e-14 2.0741e-16 13.3089 0.0181 2
|
||||
R 6439 56739.31059 1.2807e-14 2.4071e-17 13.2791 0.0020 1
|
||||
R 6439 56739.91574 1.2798e-14 6.4744e-17 13.2799 0.0055 4
|
||||
R 6439 56740.57672 1.2562e-14 2.2429e-16 13.3001 0.0194 2
|
||||
R 6439 56741.52658 1.3351e-14 2.2079e-16 13.2340 0.0180 2
|
||||
R 6439 56741.82441 1.3010e-14 4.1112e-17 13.2621 0.0034 4
|
||||
R 6439 56742.44914 1.3194e-14 3.0607e-17 13.2468 0.0025 1
|
||||
R 6439 56744.44266 1.3461e-14 2.6464e-17 13.2251 0.0021 1
|
||||
R 6439 56746.43072 1.4111e-14 2.0690e-16 13.1739 0.0159 2
|
||||
R 6439 56748.47166 1.3902e-14 2.1973e-17 13.1901 0.0017 1
|
||||
R 6439 56748.54139 1.4042e-14 1.9608e-16 13.1792 0.0152 2
|
||||
R 6439 56750.34601 1.3980e-14 3.1287e-17 13.1840 0.0024 1
|
||||
R 6439 56750.60316 1.4055e-14 2.1640e-16 13.1782 0.0167 2
|
||||
R 6439 56751.54047 1.3973e-14 2.7890e-16 13.1845 0.0217 2
|
||||
R 6439 56752.41420 1.3878e-14 4.2333e-17 13.1919 0.0033 1
|
||||
R 6439 56753.36276 1.3772e-14 3.3446e-17 13.2003 0.0026 1
|
||||
R 6439 56754.37110 1.3561e-14 3.0466e-17 13.2170 0.0024 1
|
||||
R 6439 56755.42524 1.3402e-14 2.2522e-17 13.2298 0.0018 1
|
||||
R 6439 56755.88104 1.3350e-14 4.4227e-17 13.2341 0.0036 4
|
||||
R 6439 56757.34350 1.3503e-14 2.3647e-17 13.2217 0.0019 1
|
||||
R 6439 56758.43907 1.3170e-14 2.7139e-17 13.2488 0.0022 1
|
||||
R 6439 56758.52717 1.3227e-14 1.9807e-16 13.2441 0.0163 2
|
||||
R 6439 56758.88275 1.3163e-14 3.8922e-17 13.2494 0.0032 4
|
||||
R 6439 56763.43422 1.2829e-14 1.4517e-16 13.2773 0.0123 2
|
||||
R 6439 56765.51344 1.3025e-14 1.3861e-16 13.2608 0.0116 2
|
||||
R 6439 56766.29307 1.3115e-14 2.7510e-17 13.2533 0.0023 1
|
||||
R 6439 56774.53089 1.3661e-14 2.0310e-16 13.2091 0.0161 2
|
||||
R 6439 56778.80681 1.3226e-14 4.2003e-17 13.2442 0.0034 4
|
||||
R 6439 56779.78794 1.3366e-14 4.6196e-17 13.2328 0.0038 4
|
||||
R 6439 56780.83251 1.3390e-14 4.0030e-17 13.2308 0.0032 4
|
||||
R 6439 56784.46808 1.3433e-14 2.4146e-16 13.2273 0.0195 2
|
||||
R 6439 56788.47089 1.3389e-14 1.3393e-16 13.2309 0.0109 2
|
||||
R 6439 56791.77006 1.3306e-14 3.4794e-17 13.2376 0.0028 4
|
||||
R 6439 56792.79587 1.3046e-14 4.2505e-17 13.2591 0.0035 4
|
||||
R 6439 56795.50257 1.2926e-14 1.4580e-16 13.2691 0.0122 2
|
||||
R 6439 56797.30490 1.3426e-14 9.4190e-17 13.2279 0.0076 3
|
||||
R 6439 56797.47370 1.2947e-14 2.1245e-16 13.2673 0.0178 2
|
||||
R 6439 56797.77789 1.3269e-14 4.1007e-17 13.2407 0.0034 4
|
||||
R 6439 56798.77420 1.3371e-14 4.1468e-17 13.2324 0.0034 4
|
||||
R 6439 56799.36128 1.3553e-14 2.7743e-16 13.2177 0.0222 2
|
||||
R 6439 56799.68199 1.3374e-14 4.1311e-17 13.2321 0.0034 4
|
||||
R 6439 56800.46101 1.3468e-14 2.5034e-16 13.2245 0.0202 2
|
||||
R 6439 56800.77419 1.3392e-14 3.8458e-17 13.2306 0.0031 4
|
||||
R 6439 56801.42776 1.3423e-14 2.1901e-17 13.2281 0.0018 1
|
||||
R 6439 56802.35871 1.3567e-14 2.3771e-16 13.2166 0.0190 2
|
||||
R 6439 56802.35967 1.3358e-14 2.9031e-17 13.2334 0.0024 1
|
||||
R 6439 56802.39694 1.3327e-14 8.6631e-17 13.2359 0.0071 3
|
||||
R 6439 56803.22259 1.3405e-14 9.1857e-17 13.2296 0.0074 3
|
||||
R 6439 56803.34016 1.3438e-14 4.2479e-17 13.2269 0.0034 1
|
||||
R 6439 56804.39995 1.3411e-14 2.6984e-17 13.2291 0.0022 1
|
||||
R 6439 56804.79155 1.3373e-14 3.8581e-17 13.2322 0.0031 4
|
||||
R 6439 56805.43803 1.3355e-14 2.7686e-16 13.2337 0.0225 2
|
||||
R 6439 56806.41473 1.3165e-14 1.8669e-16 13.2492 0.0154 2
|
||||
R 6439 56807.36620 1.3200e-14 1.6693e-16 13.2463 0.0137 2
|
||||
R 6439 56808.74427 1.3216e-14 5.4774e-17 13.2450 0.0045 4
|
||||
R 6439 56810.33555 1.3344e-14 4.4912e-17 13.2345 0.0037 1
|
||||
R 6439 56811.33532 1.3467e-14 3.5194e-17 13.2246 0.0028 1
|
||||
R 6439 56812.79921 1.3474e-14 3.9135e-17 13.2240 0.0032 4
|
||||
R 6439 56813.79090 1.3489e-14 3.9439e-17 13.2228 0.0032 4
|
||||
R 6439 56814.71648 1.3446e-14 4.2879e-17 13.2263 0.0035 4
|
||||
R 6439 56815.40513 1.3513e-14 7.6174e-17 13.2209 0.0061 1
|
||||
R 6439 56817.39027 1.3814e-14 2.6763e-17 13.1970 0.0021 1
|
||||
R 6439 56817.42227 1.3508e-14 1.5537e-16 13.2213 0.0125 2
|
||||
R 6439 56818.37198 1.4322e-14 1.8030e-16 13.1578 0.0137 2
|
||||
R 6439 56818.80713 1.4003e-14 5.2857e-17 13.1822 0.0041 4
|
||||
R 6439 56819.43218 1.3783e-14 1.4352e-16 13.1994 0.0113 2
|
||||
R 6439 56820.81405 1.4233e-14 7.0262e-17 13.1645 0.0054 4
|
||||
R 6439 56821.73168 1.4386e-14 6.4871e-17 13.1529 0.0049 4
|
||||
R 6439 56822.31349 1.4059e-14 4.0318e-17 13.1779 0.0031 1
|
||||
R 6439 56822.40325 1.4163e-14 1.6233e-16 13.1699 0.0124 2
|
||||
R 6439 56823.35100 1.4074e-14 1.7815e-17 13.1767 0.0014 1
|
||||
R 6439 56824.37249 1.4191e-14 1.5729e-16 13.1677 0.0120 2
|
||||
R 6439 56824.37408 1.4163e-14 4.9727e-17 13.1699 0.0038 1
|
||||
R 6439 56825.40733 1.4158e-14 4.6769e-17 13.1703 0.0036 1
|
||||
R 6439 56825.43322 1.4293e-14 2.8460e-16 13.1600 0.0216 2
|
||||
R 6439 56827.37667 1.3926e-14 2.7796e-17 13.1882 0.0022 1
|
||||
R 6439 56827.77166 1.3716e-14 4.9506e-17 13.2047 0.0039 4
|
||||
R 6439 56828.80116 1.3712e-14 6.0794e-17 13.2050 0.0048 4
|
||||
R 6439 56829.30942 1.3782e-14 3.8435e-17 13.1995 0.0030 1
|
||||
R 6439 56831.28618 1.3351e-14 4.6522e-17 13.2340 0.0038 1
|
||||
R 6439 56831.46575 1.3606e-14 1.9864e-16 13.2134 0.0159 2
|
||||
R 6439 56832.27962 1.3442e-14 4.4328e-17 13.2266 0.0036 1
|
||||
R 6439 56832.79813 1.3560e-14 4.2153e-17 13.2171 0.0034 4
|
||||
R 6439 56833.82408 1.3595e-14 4.2187e-17 13.2143 0.0034 4
|
||||
R 6439 56834.32974 1.3460e-14 4.9128e-17 13.2251 0.0040 1
|
||||
R 6439 56835.36363 1.3611e-14 3.0915e-17 13.2130 0.0025 1
|
||||
R 6439 56836.31791 1.3521e-14 2.9733e-17 13.2202 0.0024 1
|
||||
R 6439 56836.81004 1.3378e-14 7.8432e-17 13.2318 0.0064 4
|
||||
R 6439 56837.31872 1.3501e-14 3.0099e-17 13.2218 0.0024 1
|
||||
R 6439 56837.78895 1.3576e-14 5.0405e-17 13.2158 0.0040 4
|
||||
R 6439 56838.76999 1.3577e-14 4.6788e-17 13.2158 0.0037 4
|
||||
R 6439 56839.32188 1.3560e-14 2.9911e-17 13.2171 0.0024 1
|
||||
R 6439 56839.75186 1.3490e-14 4.3343e-17 13.2227 0.0035 4
|
||||
R 6439 56840.78037 1.3640e-14 4.6477e-17 13.2107 0.0037 4
|
||||
R 6439 56841.82767 1.3634e-14 8.5268e-17 13.2112 0.0068 4
|
||||
R 6439 56844.36368 1.3530e-14 3.3987e-17 13.2195 0.0027 1
|
||||
R 6439 56845.28141 1.3433e-14 1.4186e-17 13.2273 0.0011 1
|
||||
R 6439 56846.34110 1.3384e-14 1.8309e-17 13.2313 0.0015 1
|
||||
R 6439 56846.78281 1.3473e-14 5.2071e-17 13.2241 0.0042 4
|
||||
R 6439 56848.29301 1.3091e-14 1.2573e-17 13.2553 0.0010 1
|
||||
R 6439 56850.29872 1.3133e-14 1.4752e-17 13.2519 0.0012 1
|
||||
R 6439 56852.28364 1.2990e-14 2.5985e-17 13.2637 0.0022 1
|
||||
R 6439 56853.31290 1.2927e-14 1.6604e-17 13.2690 0.0014 1
|
||||
R 6439 56854.30564 1.2791e-14 1.4360e-17 13.2805 0.0012 1
|
||||
R 6439 56855.76047 1.2647e-14 4.4586e-17 13.2928 0.0038 4
|
||||
R 6439 56856.24426 1.2705e-14 7.9139e-17 13.2878 0.0068 3
|
||||
R 6439 56856.74788 1.2803e-14 5.4792e-17 13.2795 0.0046 4
|
||||
R 6439 56857.25654 1.2788e-14 2.6603e-17 13.2808 0.0023 1
|
||||
R 6439 56858.29198 1.2980e-14 2.4266e-17 13.2646 0.0020 1
|
||||
R 6439 56859.31826 1.3162e-14 3.6186e-17 13.2495 0.0030 1
|
||||
R 6439 56861.73946 1.3241e-14 4.0494e-17 13.2430 0.0033 4
|
||||
R 6439 56863.74208 1.3262e-14 3.4804e-17 13.2412 0.0028 4
|
||||
178
data/STORM_III/raw/separated/7647Å.tab
Normal file
178
data/STORM_III/raw/separated/7647Å.tab
Normal file
@ -0,0 +1,178 @@
|
||||
i 7647 56692.94969 1.0088e-14 2.3331e-17 13.1650 0.0025 5
|
||||
i 7647 56693.78864 9.9818e-15 1.0832e-17 13.1765 0.0012 1
|
||||
i 7647 56694.76919 1.0013e-14 1.1449e-17 13.1731 0.0012 1
|
||||
i 7647 56695.70858 1.0108e-14 1.0735e-17 13.1628 0.0012 1
|
||||
i 7647 56696.72704 1.0136e-14 1.3874e-17 13.1598 0.0015 1
|
||||
i 7647 56696.98498 1.0183e-14 3.6828e-17 13.1548 0.0039 5
|
||||
i 7647 56697.75587 1.0152e-14 1.5205e-17 13.1581 0.0016 1
|
||||
i 7647 56698.71651 1.0214e-14 3.5560e-17 13.1515 0.0038 1
|
||||
i 7647 56699.71212 1.0193e-14 3.9285e-17 13.1537 0.0042 1
|
||||
i 7647 56700.69069 1.0248e-14 5.7142e-18 13.1479 0.0006 1
|
||||
i 7647 56701.56497 1.0255e-14 1.3993e-17 13.1472 0.0015 1
|
||||
i 7647 56701.83187 1.0204e-14 5.7308e-17 13.1526 0.0061 5
|
||||
i 7647 56702.63742 1.0327e-14 1.3770e-17 13.1396 0.0014 1
|
||||
i 7647 56703.01660 1.0295e-14 5.8458e-17 13.1429 0.0062 5
|
||||
i 7647 56703.88218 1.0341e-14 2.8286e-17 13.1381 0.0030 5
|
||||
i 7647 56704.83926 1.0351e-14 3.3558e-17 13.1370 0.0035 5
|
||||
i 7647 56705.61028 1.0381e-14 2.5162e-17 13.1339 0.0026 4
|
||||
i 7647 56705.95327 1.0396e-14 3.3394e-17 13.1323 0.0035 5
|
||||
i 7647 56706.98285 1.0394e-14 4.1289e-17 13.1325 0.0043 5
|
||||
i 7647 56708.02508 1.0421e-14 4.9110e-17 13.1297 0.0051 5
|
||||
i 7647 56709.82915 1.0268e-14 4.4325e-17 13.1458 0.0047 5
|
||||
i 7647 56710.66093 1.0238e-14 2.1402e-17 13.1490 0.0023 1
|
||||
i 7647 56711.01790 1.0269e-14 5.7723e-17 13.1457 0.0061 5
|
||||
i 7647 56711.68518 1.0219e-14 1.0382e-17 13.1510 0.0011 1
|
||||
i 7647 56711.92414 1.0224e-14 3.3551e-17 13.1504 0.0036 5
|
||||
i 7647 56713.72148 1.0099e-14 3.8844e-17 13.1638 0.0042 1
|
||||
i 7647 56713.92031 1.0189e-14 3.6202e-17 13.1542 0.0039 5
|
||||
i 7647 56714.72560 1.0110e-14 4.7881e-18 13.1626 0.0005 1
|
||||
i 7647 56715.91352 1.0075e-14 4.2615e-17 13.1664 0.0046 5
|
||||
i 7647 56716.66497 1.0073e-14 1.1921e-17 13.1666 0.0013 1
|
||||
i 7647 56717.73364 9.9781e-15 1.0252e-17 13.1769 0.0011 1
|
||||
i 7647 56717.95542 1.0032e-14 9.0012e-17 13.1710 0.0097 5
|
||||
i 7647 56718.56400 1.0009e-14 8.7718e-17 13.1735 0.0095 4
|
||||
i 7647 56718.67105 9.8788e-15 9.7630e-18 13.1877 0.0011 1
|
||||
i 7647 56719.60361 9.7784e-15 1.0423e-16 13.1988 0.0116 3
|
||||
i 7647 56720.69264 9.7176e-15 1.1920e-17 13.2056 0.0013 1
|
||||
i 7647 56721.71433 9.6021e-15 8.6336e-18 13.2186 0.0010 1
|
||||
i 7647 56722.73829 9.4266e-15 7.3112e-18 13.2386 0.0008 1
|
||||
i 7647 56723.57174 9.4980e-15 1.1062e-17 13.2304 0.0013 1
|
||||
i 7647 56724.52211 9.2922e-15 8.2206e-17 13.2542 0.0096 4
|
||||
i 7647 56727.61413 9.4276e-15 9.2891e-17 13.2385 0.0107 4
|
||||
i 7647 56728.57657 9.4829e-15 7.8424e-18 13.2321 0.0009 1
|
||||
i 7647 56729.49550 9.3688e-15 9.8926e-18 13.2453 0.0011 1
|
||||
i 7647 56730.53842 9.4341e-15 8.4999e-18 13.2377 0.0010 1
|
||||
i 7647 56730.83131 9.3824e-15 5.3844e-17 13.2437 0.0062 5
|
||||
i 7647 56731.48995 9.4652e-15 6.6200e-18 13.2342 0.0008 1
|
||||
i 7647 56732.49480 9.4518e-15 5.9886e-18 13.2357 0.0007 1
|
||||
i 7647 56733.48510 9.4650e-15 6.0471e-18 13.2342 0.0007 1
|
||||
i 7647 56733.79272 9.4379e-15 4.1796e-17 13.2373 0.0048 5
|
||||
i 7647 56734.48050 9.5518e-15 7.2721e-18 13.2243 0.0008 1
|
||||
i 7647 56735.49857 9.5214e-15 6.3674e-18 13.2277 0.0007 1
|
||||
i 7647 56735.86020 9.5989e-15 4.2691e-17 13.2189 0.0048 5
|
||||
i 7647 56736.50476 9.6861e-15 7.8904e-18 13.2091 0.0009 1
|
||||
i 7647 56736.77280 9.7435e-15 4.4905e-17 13.2027 0.0050 5
|
||||
i 7647 56737.48960 9.8445e-15 8.4149e-18 13.1915 0.0009 1
|
||||
i 7647 56740.86264 1.0188e-14 9.8614e-17 13.1543 0.0105 5
|
||||
i 7647 56741.61196 1.0135e-14 9.2777e-18 13.1599 0.0010 1
|
||||
i 7647 56741.71700 1.0185e-14 8.7678e-17 13.1546 0.0093 5
|
||||
i 7647 56743.58081 1.0336e-14 6.1350e-17 13.1386 0.0064 4
|
||||
i 7647 56744.53855 1.0438e-14 1.1527e-17 13.1280 0.0012 1
|
||||
i 7647 56744.69903 1.0422e-14 7.8080e-17 13.1296 0.0081 5
|
||||
i 7647 56746.79815 1.0507e-14 4.6892e-17 13.1208 0.0048 5
|
||||
i 7647 56747.97105 1.0586e-14 1.1607e-16 13.1127 0.0119 5
|
||||
i 7647 56748.75772 1.0573e-14 7.3935e-17 13.1140 0.0076 5
|
||||
i 7647 56749.75488 1.0654e-14 5.3101e-17 13.1057 0.0054 5
|
||||
i 7647 56751.98332 1.0668e-14 6.5078e-17 13.1043 0.0066 5
|
||||
i 7647 56752.58234 1.0710e-14 1.3997e-17 13.1000 0.0014 1
|
||||
i 7647 56753.57733 1.0614e-14 1.3847e-17 13.1098 0.0014 1
|
||||
i 7647 56754.55501 1.0533e-14 1.4189e-17 13.1181 0.0015 1
|
||||
i 7647 56755.97913 1.0354e-14 9.8934e-17 13.1367 0.0104 5
|
||||
i 7647 56756.51191 1.0333e-14 8.4616e-18 13.1389 0.0009 1
|
||||
i 7647 56757.14081 1.0437e-14 1.1788e-16 13.1281 0.0123 2
|
||||
i 7647 56757.45963 1.0327e-14 3.9728e-17 13.1396 0.0042 3
|
||||
i 7647 56757.55045 1.0455e-14 7.4823e-17 13.1262 0.0078 4
|
||||
i 7647 56758.74749 1.0349e-14 5.5304e-17 13.1373 0.0058 5
|
||||
i 7647 56759.88717 1.0302e-14 3.1799e-17 13.1422 0.0034 5
|
||||
i 7647 56760.20633 1.0226e-14 7.7373e-17 13.1502 0.0082 2
|
||||
i 7647 56762.78636 1.0162e-14 3.1825e-17 13.1571 0.0034 5
|
||||
i 7647 56763.75427 1.0142e-14 3.1806e-17 13.1592 0.0034 5
|
||||
i 7647 56764.78767 1.0157e-14 3.9904e-17 13.1576 0.0043 5
|
||||
i 7647 56765.54046 1.0193e-14 2.7080e-17 13.1537 0.0029 4
|
||||
i 7647 56765.58278 1.0163e-14 1.0884e-17 13.1569 0.0012 1
|
||||
i 7647 56765.87757 1.0130e-14 3.7752e-17 13.1605 0.0040 5
|
||||
i 7647 56766.40167 1.0072e-14 3.5624e-17 13.1667 0.0038 4
|
||||
i 7647 56770.52673 1.0251e-14 1.3306e-17 13.1476 0.0014 1
|
||||
i 7647 56770.78276 1.0251e-14 4.7420e-17 13.1476 0.0050 5
|
||||
i 7647 56771.51136 1.0229e-14 1.3331e-17 13.1499 0.0014 1
|
||||
i 7647 56772.49803 1.0284e-14 7.4432e-18 13.1441 0.0008 1
|
||||
i 7647 56772.82719 1.0347e-14 6.8808e-17 13.1375 0.0072 5
|
||||
i 7647 56773.38964 1.0354e-14 5.5093e-17 13.1367 0.0058 4
|
||||
i 7647 56773.85849 1.0367e-14 6.5486e-17 13.1354 0.0069 5
|
||||
i 7647 56774.76119 1.0403e-14 1.1588e-16 13.1316 0.0121 5
|
||||
i 7647 56775.40695 1.0443e-14 5.2589e-17 13.1274 0.0055 4
|
||||
i 7647 56775.54837 1.0462e-14 8.2610e-18 13.1255 0.0009 1
|
||||
i 7647 56776.07733 1.0515e-14 1.0514e-16 13.1200 0.0109 2
|
||||
i 7647 56776.46341 1.0469e-14 7.5634e-18 13.1247 0.0008 1
|
||||
i 7647 56777.53027 1.0468e-14 1.2233e-17 13.1248 0.0013 1
|
||||
i 7647 56778.49734 1.0451e-14 1.3290e-17 13.1266 0.0014 1
|
||||
i 7647 56779.39614 1.0450e-14 4.5924e-17 13.1267 0.0048 3
|
||||
i 7647 56779.48718 1.0426e-14 1.0962e-17 13.1292 0.0011 1
|
||||
i 7647 56779.85183 1.0364e-14 6.4996e-17 13.1357 0.0068 5
|
||||
i 7647 56780.49464 1.0415e-14 1.3409e-17 13.1304 0.0014 1
|
||||
i 7647 56780.81441 1.0399e-14 6.0786e-17 13.1320 0.0063 5
|
||||
i 7647 56781.49383 1.0414e-14 1.3411e-17 13.1305 0.0014 1
|
||||
i 7647 56782.44705 1.0339e-14 1.3211e-17 13.1383 0.0014 1
|
||||
i 7647 56782.74020 1.0358e-14 7.5720e-17 13.1363 0.0079 5
|
||||
i 7647 56783.45189 1.0321e-14 1.2952e-17 13.1402 0.0014 1
|
||||
i 7647 56784.44117 1.0343e-14 1.3026e-17 13.1379 0.0014 1
|
||||
i 7647 56785.47585 1.0354e-14 1.1273e-17 13.1367 0.0012 1
|
||||
i 7647 56786.48274 1.0373e-14 1.0105e-17 13.1347 0.0011 1
|
||||
i 7647 56787.40373 1.0346e-14 8.0860e-18 13.1376 0.0008 1
|
||||
i 7647 56790.45933 1.0298e-14 8.9144e-18 13.1426 0.0009 1
|
||||
i 7647 56792.40286 1.0234e-14 6.4158e-18 13.1494 0.0007 1
|
||||
i 7647 56793.46530 1.0263e-14 1.1514e-17 13.1463 0.0012 1
|
||||
i 7647 56794.46365 1.0327e-14 1.3893e-17 13.1396 0.0015 1
|
||||
i 7647 56795.44566 1.0266e-14 1.3657e-17 13.1460 0.0014 1
|
||||
i 7647 56796.44806 1.0299e-14 1.6216e-17 13.1425 0.0017 1
|
||||
i 7647 56797.45075 1.0342e-14 1.5733e-17 13.1380 0.0017 1
|
||||
i 7647 56798.44366 1.0344e-14 1.6566e-17 13.1378 0.0017 1
|
||||
i 7647 56799.44057 1.0388e-14 1.5688e-17 13.1332 0.0016 1
|
||||
i 7647 56800.44296 1.0346e-14 1.2622e-17 13.1376 0.0013 1
|
||||
i 7647 56801.42747 1.0319e-14 1.1200e-17 13.1404 0.0012 1
|
||||
i 7647 56802.43701 1.0336e-14 9.7995e-18 13.1386 0.0010 1
|
||||
i 7647 56803.44075 1.0358e-14 1.4131e-17 13.1363 0.0015 1
|
||||
i 7647 56805.46065 1.0323e-14 1.6691e-17 13.1400 0.0018 1
|
||||
i 7647 56806.43379 1.0272e-14 1.0286e-17 13.1454 0.0011 1
|
||||
i 7647 56807.43561 1.0338e-14 1.2573e-17 13.1384 0.0013 1
|
||||
i 7647 56808.41510 1.0356e-14 1.4605e-17 13.1365 0.0015 1
|
||||
i 7647 56809.43000 1.0365e-14 1.3149e-17 13.1356 0.0014 1
|
||||
i 7647 56810.43131 1.0381e-14 1.4683e-17 13.1339 0.0015 1
|
||||
i 7647 56811.42008 1.0372e-14 1.4970e-17 13.1348 0.0016 1
|
||||
i 7647 56812.43007 1.0398e-14 1.3380e-17 13.1321 0.0014 1
|
||||
i 7647 56813.40298 1.0392e-14 1.7247e-17 13.1328 0.0018 1
|
||||
i 7647 56815.40381 1.0443e-14 1.6613e-17 13.1274 0.0017 1
|
||||
i 7647 56816.27751 1.0523e-14 2.7328e-17 13.1192 0.0028 4
|
||||
i 7647 56816.41077 1.0476e-14 1.4594e-17 13.1240 0.0015 1
|
||||
i 7647 56816.64306 1.0492e-14 5.6383e-17 13.1224 0.0058 5
|
||||
i 7647 56817.41079 1.0489e-14 1.3550e-17 13.1227 0.0014 1
|
||||
i 7647 56817.83763 1.0501e-14 4.6100e-17 13.1214 0.0048 5
|
||||
i 7647 56818.41563 1.0635e-14 1.2342e-17 13.1077 0.0013 1
|
||||
i 7647 56819.27574 1.0607e-14 2.5741e-17 13.1105 0.0026 4
|
||||
i 7647 56819.41571 1.0671e-14 1.3257e-17 13.1040 0.0013 1
|
||||
i 7647 56820.48486 1.0676e-14 1.0707e-17 13.1035 0.0011 1
|
||||
i 7647 56821.24589 1.0730e-14 3.1384e-17 13.0980 0.0032 4
|
||||
i 7647 56822.39635 1.0768e-14 1.1759e-17 13.0942 0.0012 1
|
||||
i 7647 56823.40732 1.0863e-14 1.6316e-17 13.0846 0.0016 1
|
||||
i 7647 56824.40115 1.0826e-14 1.7377e-17 13.0883 0.0017 1
|
||||
i 7647 56825.30887 1.0887e-14 5.3436e-17 13.0822 0.0053 4
|
||||
i 7647 56825.41508 1.0888e-14 1.8402e-17 13.0821 0.0018 1
|
||||
i 7647 56826.39287 1.0736e-14 1.8112e-17 13.0974 0.0018 1
|
||||
i 7647 56827.39764 1.0696e-14 1.6159e-17 13.1014 0.0016 1
|
||||
i 7647 56828.39997 1.0676e-14 1.6659e-17 13.1035 0.0017 1
|
||||
i 7647 56829.40979 1.0648e-14 1.5916e-17 13.1063 0.0016 1
|
||||
i 7647 56830.40255 1.0616e-14 1.8272e-17 13.1096 0.0019 1
|
||||
i 7647 56831.39396 1.0419e-14 1.6339e-17 13.1299 0.0017 1
|
||||
i 7647 56832.43681 1.0473e-14 1.5363e-17 13.1243 0.0016 1
|
||||
i 7647 56833.39816 1.0512e-14 1.6127e-17 13.1203 0.0017 1
|
||||
i 7647 56834.39275 1.0565e-14 1.4259e-17 13.1148 0.0015 1
|
||||
i 7647 56835.39420 1.0492e-14 1.5334e-17 13.1224 0.0016 1
|
||||
i 7647 56839.33995 1.0496e-14 3.9668e-17 13.1219 0.0041 3
|
||||
i 7647 56841.41209 1.0514e-14 1.4987e-17 13.1201 0.0015 1
|
||||
i 7647 56842.24887 1.0486e-14 4.3920e-17 13.1230 0.0045 4
|
||||
i 7647 56843.21908 1.0442e-14 4.1289e-17 13.1275 0.0043 4
|
||||
i 7647 56843.39193 1.0488e-14 1.5184e-17 13.1228 0.0016 1
|
||||
i 7647 56845.41125 1.0415e-14 1.6418e-17 13.1304 0.0017 1
|
||||
i 7647 56847.40192 1.0284e-14 1.2048e-17 13.1441 0.0013 1
|
||||
i 7647 56848.39146 1.0219e-14 8.3962e-18 13.1510 0.0009 1
|
||||
i 7647 56848.85800 1.0252e-14 6.5753e-17 13.1475 0.0070 2
|
||||
i 7647 56850.25912 1.0311e-14 2.9486e-17 13.1412 0.0031 3
|
||||
i 7647 56858.38847 1.0166e-14 1.6626e-17 13.1566 0.0018 1
|
||||
i 7647 56860.38740 1.0135e-14 1.9027e-17 13.1599 0.0020 1
|
||||
i 7647 56861.38644 1.0197e-14 1.3262e-17 13.1533 0.0014 1
|
||||
i 7647 56862.38698 1.0128e-14 1.7233e-17 13.1607 0.0018 1
|
||||
i 7647 56863.38540 1.0119e-14 1.5518e-17 13.1617 0.0017 1
|
||||
i 7647 56864.38541 1.0245e-14 1.8702e-17 13.1482 0.0020 1
|
||||
i 7647 56864.69500 1.0165e-14 8.6684e-17 13.1567 0.0093 5
|
||||
i 7647 56865.38436 1.0165e-14 1.6406e-17 13.1567 0.0018 1
|
||||
i 7647 56865.63489 1.0161e-14 8.8544e-17 13.1572 0.0095 5
|
||||
98
data/STORM_III/raw/separated/8560Å.tab
Normal file
98
data/STORM_III/raw/separated/8560Å.tab
Normal file
@ -0,0 +1,98 @@
|
||||
I 8560 56691.57709 8.8307e-15 1.0109e-16 13.0646 0.0124 2
|
||||
I 8560 56691.60323 8.7317e-15 2.6959e-17 13.0768 0.0034 1
|
||||
I 8560 56692.59282 8.8029e-15 1.2202e-16 13.0680 0.0150 2
|
||||
I 8560 56693.60115 8.6513e-15 1.2546e-16 13.0869 0.0157 2
|
||||
I 8560 56697.56501 8.9278e-15 2.7706e-17 13.0527 0.0034 1
|
||||
I 8560 56698.54819 8.9709e-15 2.5896e-17 13.0475 0.0031 1
|
||||
I 8560 56699.47976 8.8364e-15 2.0513e-17 13.0639 0.0025 1
|
||||
I 8560 56700.50659 8.8091e-15 2.0570e-17 13.0672 0.0025 1
|
||||
I 8560 56701.56881 8.8869e-15 2.4809e-17 13.0577 0.0030 1
|
||||
I 8560 56702.54189 8.9436e-15 1.7635e-17 13.0508 0.0021 1
|
||||
I 8560 56708.57310 9.0570e-15 4.4293e-17 13.0371 0.0053 1
|
||||
I 8560 56709.55489 9.0211e-15 2.1009e-17 13.0414 0.0025 1
|
||||
I 8560 56710.48332 8.9276e-15 1.9450e-17 13.0527 0.0024 1
|
||||
I 8560 56711.60397 8.7975e-15 1.1322e-16 13.0687 0.0140 2
|
||||
I 8560 56714.47459 8.8213e-15 1.8590e-17 13.0657 0.0023 1
|
||||
I 8560 56716.48488 8.7184e-15 2.4774e-17 13.0785 0.0031 1
|
||||
I 8560 56721.48007 8.3886e-15 2.1876e-17 13.1203 0.0028 1
|
||||
I 8560 56723.45793 8.1715e-15 1.9344e-17 13.1488 0.0026 1
|
||||
I 8560 56724.62954 8.1366e-15 1.2583e-16 13.1535 0.0168 2
|
||||
I 8560 56726.63023 8.2353e-15 2.1025e-16 13.1404 0.0277 2
|
||||
I 8560 56727.46070 8.1925e-15 2.1967e-17 13.1460 0.0029 1
|
||||
I 8560 56727.60898 8.2072e-15 1.7771e-16 13.1441 0.0235 2
|
||||
I 8560 56728.62722 8.2030e-15 1.6299e-16 13.1446 0.0216 2
|
||||
I 8560 56729.61621 8.2270e-15 1.4817e-16 13.1415 0.0196 2
|
||||
I 8560 56730.57130 8.1727e-15 1.3813e-16 13.1487 0.0184 2
|
||||
I 8560 56732.50843 8.1692e-15 1.5562e-17 13.1491 0.0021 1
|
||||
I 8560 56737.52364 8.5637e-15 1.4633e-17 13.0979 0.0019 1
|
||||
I 8560 56738.45493 8.6607e-15 1.4293e-17 13.0857 0.0018 1
|
||||
I 8560 56738.58392 8.4869e-15 1.4230e-16 13.1077 0.0182 2
|
||||
I 8560 56739.31690 8.5640e-15 1.9260e-17 13.0979 0.0024 1
|
||||
I 8560 56739.59695 8.4919e-15 1.1904e-16 13.1071 0.0152 2
|
||||
I 8560 56740.57789 8.7901e-15 9.1033e-17 13.0696 0.0112 2
|
||||
I 8560 56741.52756 8.9782e-15 1.0800e-16 13.0466 0.0131 2
|
||||
I 8560 56742.45516 8.9150e-15 1.9131e-17 13.0543 0.0023 1
|
||||
I 8560 56744.44870 9.0916e-15 1.8332e-17 13.0330 0.0022 1
|
||||
I 8560 56746.43172 9.2889e-15 1.1265e-16 13.0097 0.0132 2
|
||||
I 8560 56747.45091 9.2676e-15 8.5321e-17 13.0122 0.0100 2
|
||||
I 8560 56748.47765 9.2453e-15 1.5179e-17 13.0148 0.0018 1
|
||||
I 8560 56748.54210 9.1905e-15 8.8823e-17 13.0212 0.0105 2
|
||||
I 8560 56750.35261 9.3011e-15 2.0754e-17 13.0082 0.0024 1
|
||||
I 8560 56752.42031 9.3049e-15 2.6117e-17 13.0078 0.0030 1
|
||||
I 8560 56753.36861 9.2474e-15 2.4158e-17 13.0145 0.0028 1
|
||||
I 8560 56754.37718 9.1760e-15 1.5700e-17 13.0229 0.0019 1
|
||||
I 8560 56755.43128 9.0675e-15 3.6559e-17 13.0359 0.0044 1
|
||||
I 8560 56757.34955 9.1152e-15 2.2711e-17 13.0302 0.0027 1
|
||||
I 8560 56758.44495 8.9878e-15 2.1865e-17 13.0454 0.0026 1
|
||||
I 8560 56762.45281 8.6906e-15 1.3725e-16 13.0819 0.0171 2
|
||||
I 8560 56763.43267 8.7850e-15 1.6176e-16 13.0702 0.0200 2
|
||||
I 8560 56765.31162 8.8668e-15 1.4039e-17 13.0602 0.0017 1
|
||||
I 8560 56765.51415 8.7722e-15 8.9637e-17 13.0718 0.0111 2
|
||||
I 8560 56766.29921 8.8558e-15 2.0045e-17 13.0615 0.0025 1
|
||||
I 8560 56774.53174 9.1516e-15 1.1342e-16 13.0258 0.0135 2
|
||||
I 8560 56784.46906 9.1553e-15 1.0877e-16 13.0254 0.0129 2
|
||||
I 8560 56793.50084 8.9980e-15 1.4907e-16 13.0442 0.0180 2
|
||||
I 8560 56799.36255 9.0840e-15 9.5921e-17 13.0339 0.0115 2
|
||||
I 8560 56800.40990 9.1075e-15 5.9837e-17 13.0311 0.0071 1
|
||||
I 8560 56800.46214 9.1848e-15 1.2066e-16 13.0219 0.0143 2
|
||||
I 8560 56801.43390 8.9689e-15 1.2180e-17 13.0477 0.0015 1
|
||||
I 8560 56802.36572 8.9536e-15 1.6556e-17 13.0496 0.0020 1
|
||||
I 8560 56803.34639 9.0135e-15 2.3623e-17 13.0423 0.0028 1
|
||||
I 8560 56804.40722 8.9891e-15 1.0679e-17 13.0453 0.0013 1
|
||||
I 8560 56810.34151 9.0305e-15 2.7017e-17 13.0403 0.0032 1
|
||||
I 8560 56811.34127 9.0377e-15 1.8143e-17 13.0394 0.0022 1
|
||||
I 8560 56815.37378 9.0767e-15 1.4549e-17 13.0348 0.0017 1
|
||||
I 8560 56817.36559 9.1430e-15 2.1517e-17 13.0269 0.0026 1
|
||||
I 8560 56817.42263 9.0437e-15 1.0494e-16 13.0387 0.0126 2
|
||||
I 8560 56818.37315 9.3889e-15 1.5805e-16 12.9980 0.0183 2
|
||||
I 8560 56819.43436 9.1493e-15 1.2155e-16 13.0261 0.0144 2
|
||||
I 8560 56820.32712 9.2520e-15 1.2369e-17 13.0140 0.0015 1
|
||||
I 8560 56822.31831 9.2788e-15 1.8752e-17 13.0108 0.0022 1
|
||||
I 8560 56822.40327 9.3468e-15 9.4074e-17 13.0029 0.0109 2
|
||||
I 8560 56823.35584 9.2709e-15 9.3553e-18 13.0118 0.0011 1
|
||||
I 8560 56823.39872 9.2605e-15 1.4112e-16 13.0130 0.0165 2
|
||||
I 8560 56824.37306 9.2278e-15 7.9565e-17 13.0168 0.0094 2
|
||||
I 8560 56824.38000 9.3354e-15 9.5640e-18 13.0042 0.0011 1
|
||||
I 8560 56825.35932 9.3370e-15 1.0273e-17 13.0041 0.0012 1
|
||||
I 8560 56827.38256 9.2479e-15 1.7244e-17 13.0145 0.0020 1
|
||||
I 8560 56829.31543 9.2087e-15 2.2199e-17 13.0191 0.0026 1
|
||||
I 8560 56831.29218 9.0190e-15 2.9260e-17 13.0417 0.0035 1
|
||||
I 8560 56832.28555 9.0169e-15 2.5419e-17 13.0419 0.0031 1
|
||||
I 8560 56834.33571 9.0397e-15 3.1968e-17 13.0392 0.0038 1
|
||||
I 8560 56834.40176 9.2469e-15 9.6736e-17 13.0146 0.0114 2
|
||||
I 8560 56835.41899 9.1293e-15 1.3811e-16 13.0285 0.0164 2
|
||||
I 8560 56836.32377 9.0264e-15 1.7885e-17 13.0408 0.0022 1
|
||||
I 8560 56837.32461 9.0328e-15 1.7610e-17 13.0400 0.0021 1
|
||||
I 8560 56837.41188 9.1002e-15 1.4680e-16 13.0319 0.0175 2
|
||||
I 8560 56839.32787 9.0474e-15 1.8228e-17 13.0383 0.0022 1
|
||||
I 8560 56844.37396 9.0582e-15 1.7204e-17 13.0370 0.0021 1
|
||||
I 8560 56845.28505 8.9892e-15 1.0768e-17 13.0453 0.0013 1
|
||||
I 8560 56846.34474 8.9720e-15 7.5842e-18 13.0474 0.0009 1
|
||||
I 8560 56848.28752 8.7447e-15 5.4227e-17 13.0752 0.0067 1
|
||||
I 8560 56850.30477 8.8867e-15 1.5854e-17 13.0577 0.0019 1
|
||||
I 8560 56852.28952 8.8324e-15 1.0476e-17 13.0644 0.0013 1
|
||||
I 8560 56853.31874 8.7353e-15 3.0300e-17 13.0764 0.0038 1
|
||||
I 8560 56854.31157 8.6959e-15 2.4919e-17 13.0813 0.0031 1
|
||||
I 8560 56857.26244 8.7292e-15 1.6967e-17 13.0771 0.0021 1
|
||||
I 8560 56858.29799 8.7835e-15 1.4820e-17 13.0704 0.0018 1
|
||||
I 8560 56859.33924 8.8252e-15 1.4181e-17 13.0653 0.0017 1
|
||||
186
data/STORM_III/raw/separated/9157Å.tab
Normal file
186
data/STORM_III/raw/separated/9157Å.tab
Normal file
@ -0,0 +1,186 @@
|
||||
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||||
z 9157 56693.62004 9.2243e-15 8.8403e-17 12.8710 0.0104 4
|
||||
z 9157 56693.78797 9.1997e-15 7.1790e-18 12.8739 0.0008 1
|
||||
z 9157 56694.76852 9.2227e-15 1.5231e-17 12.8711 0.0018 1
|
||||
z 9157 56695.70791 9.2849e-15 1.1644e-17 12.8638 0.0014 1
|
||||
z 9157 56696.25411 9.3547e-15 8.2542e-17 12.8557 0.0096 2
|
||||
z 9157 56696.72636 9.2685e-15 2.2410e-17 12.8658 0.0026 1
|
||||
z 9157 56696.98562 9.3519e-15 6.6030e-17 12.8560 0.0077 5
|
||||
z 9157 56697.75520 9.2937e-15 7.9993e-18 12.8628 0.0009 1
|
||||
z 9157 56698.61127 9.3296e-15 1.8661e-16 12.8586 0.0217 3
|
||||
z 9157 56698.71582 9.2810e-15 1.1176e-17 12.8643 0.0013 1
|
||||
z 9157 56699.27618 9.3444e-15 8.4341e-17 12.8569 0.0098 2
|
||||
z 9157 56699.71145 9.3387e-15 3.2265e-17 12.8576 0.0038 1
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||||
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|
||||
z 9157 56700.69001 9.3917e-15 7.4591e-18 12.8514 0.0009 1
|
||||
z 9157 56701.56430 9.3415e-15 2.1153e-17 12.8572 0.0025 1
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||||
z 9157 56701.60555 9.3711e-15 1.2326e-16 12.8538 0.0143 4
|
||||
z 9157 56701.83475 9.3332e-15 5.2709e-17 12.8582 0.0061 5
|
||||
z 9157 56702.63675 9.3589e-15 8.0304e-18 12.8552 0.0009 1
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||||
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||||
z 9157 56703.88342 9.4014e-15 4.2069e-17 12.8503 0.0049 5
|
||||
z 9157 56704.84045 9.4314e-15 5.2537e-17 12.8468 0.0060 5
|
||||
z 9157 56705.61145 9.4912e-15 5.9547e-17 12.8400 0.0068 4
|
||||
z 9157 56705.95446 9.4135e-15 5.4783e-17 12.8489 0.0063 5
|
||||
z 9157 56706.98401 9.5181e-15 5.8115e-17 12.8369 0.0066 5
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||||
z 9157 56708.02631 9.4026e-15 7.7870e-17 12.8502 0.0090 5
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||||
z 9157 56709.83031 9.3931e-15 7.4527e-17 12.8513 0.0086 5
|
||||
z 9157 56710.66026 9.3700e-15 1.3689e-17 12.8539 0.0016 1
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||||
z 9157 56711.01908 9.4054e-15 8.4577e-17 12.8498 0.0098 5
|
||||
z 9157 56711.68450 9.3353e-15 1.1514e-17 12.8580 0.0013 1
|
||||
z 9157 56711.92532 9.3897e-15 4.5735e-17 12.8517 0.0053 5
|
||||
z 9157 56713.26886 9.2114e-15 8.2319e-17 12.8725 0.0097 2
|
||||
z 9157 56713.72080 9.2876e-15 8.8797e-18 12.8635 0.0010 1
|
||||
z 9157 56713.92148 9.2620e-15 4.9330e-17 12.8665 0.0058 5
|
||||
z 9157 56714.72536 9.2795e-15 1.1482e-17 12.8645 0.0013 1
|
||||
z 9157 56715.28224 9.2284e-15 1.3389e-16 12.8705 0.0158 2
|
||||
z 9157 56715.91469 9.3218e-15 5.9838e-17 12.8595 0.0070 5
|
||||
z 9157 56716.64347 9.1745e-15 8.7617e-17 12.8768 0.0104 4
|
||||
z 9157 56716.66560 9.2189e-15 1.0620e-17 12.8716 0.0013 1
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||||
z 9157 56717.73427 9.1761e-15 1.0295e-17 12.8766 0.0012 1
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||||
z 9157 56717.95799 9.1675e-15 9.4107e-17 12.8777 0.0111 5
|
||||
z 9157 56718.56656 9.0982e-15 9.7522e-17 12.8859 0.0116 4
|
||||
z 9157 56718.67168 9.1318e-15 1.0625e-17 12.8819 0.0013 1
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||||
z 9157 56719.60622 8.8319e-15 5.9595e-16 12.9182 0.0733 3
|
||||
z 9157 56720.69328 9.0444e-15 1.1842e-17 12.8923 0.0014 1
|
||||
z 9157 56721.71496 8.9802e-15 1.0162e-17 12.9001 0.0012 1
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||||
z 9157 56722.73892 8.9121e-15 1.1464e-17 12.9083 0.0014 1
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||||
z 9157 56723.57238 8.8897e-15 1.1197e-17 12.9111 0.0014 1
|
||||
z 9157 56726.17377 8.8643e-15 8.6172e-17 12.9142 0.0106 2
|
||||
z 9157 56727.15317 8.8556e-15 1.0663e-16 12.9152 0.0131 2
|
||||
z 9157 56727.61622 8.7806e-15 9.6178e-17 12.9245 0.0119 4
|
||||
z 9157 56728.57721 8.9119e-15 1.0010e-17 12.9084 0.0012 1
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||||
z 9157 56729.49614 8.8292e-15 9.4379e-18 12.9185 0.0012 1
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||||
z 9157 56730.53906 8.8198e-15 9.3497e-18 12.9196 0.0012 1
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||||
z 9157 56730.83303 8.7772e-15 8.0025e-17 12.9249 0.0099 5
|
||||
z 9157 56732.49544 8.9109e-15 1.0713e-17 12.9085 0.0013 1
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||||
z 9157 56733.48574 8.9315e-15 1.0281e-17 12.9060 0.0012 1
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||||
z 9157 56733.80348 8.8256e-15 6.9804e-17 12.9189 0.0086 5
|
||||
z 9157 56734.48114 8.8854e-15 9.5568e-18 12.9116 0.0012 1
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||||
z 9157 56735.49921 8.9542e-15 9.9082e-18 12.9032 0.0012 1
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||||
z 9157 56735.86208 9.0394e-15 1.0869e-16 12.8929 0.0131 5
|
||||
z 9157 56736.50541 8.9966e-15 9.9182e-18 12.8981 0.0012 1
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||||
z 9157 56736.77470 9.0315e-15 7.5066e-17 12.8939 0.0090 5
|
||||
z 9157 56737.49025 9.0435e-15 9.7654e-18 12.8924 0.0012 1
|
||||
z 9157 56740.61839 9.2149e-15 1.0833e-17 12.8721 0.0013 1
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||||
z 9157 56740.86453 9.3118e-15 1.0863e-16 12.8607 0.0127 5
|
||||
z 9157 56741.61260 9.2427e-15 1.0812e-17 12.8688 0.0013 1
|
||||
z 9157 56741.71889 9.3448e-15 9.1251e-17 12.8569 0.0106 5
|
||||
z 9157 56743.59684 9.4699e-15 1.2479e-17 12.8424 0.0014 1
|
||||
z 9157 56744.53920 9.5105e-15 1.2477e-17 12.8378 0.0014 1
|
||||
z 9157 56744.70091 9.5164e-15 8.1884e-17 12.8371 0.0093 5
|
||||
z 9157 56746.81946 9.5486e-15 5.5940e-17 12.8334 0.0064 5
|
||||
z 9157 56748.75962 9.6146e-15 7.3677e-17 12.8260 0.0083 5
|
||||
z 9157 56749.75678 9.6225e-15 5.5027e-17 12.8251 0.0062 5
|
||||
z 9157 56751.98521 9.5725e-15 6.2168e-17 12.8307 0.0071 5
|
||||
z 9157 56752.58298 9.7096e-15 1.4163e-17 12.8153 0.0016 1
|
||||
z 9157 56753.57796 9.6788e-15 1.4138e-17 12.8187 0.0016 1
|
||||
z 9157 56754.55564 9.5786e-15 1.4960e-17 12.8300 0.0017 1
|
||||
z 9157 56755.56524 9.5203e-15 1.0734e-17 12.8367 0.0012 1
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||||
z 9157 56755.98052 9.4737e-15 1.0428e-16 12.8420 0.0120 5
|
||||
z 9157 56756.51256 9.5404e-15 1.0893e-17 12.8344 0.0012 1
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||||
z 9157 56758.74938 9.4571e-15 7.2118e-17 12.8439 0.0083 5
|
||||
z 9157 56759.88906 9.4253e-15 4.0218e-17 12.8475 0.0046 5
|
||||
z 9157 56762.78827 9.3001e-15 4.7008e-17 12.8621 0.0055 5
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||||
z 9157 56763.75624 9.2523e-15 4.8843e-17 12.8677 0.0057 5
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||||
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||||
z 9157 56764.78939 9.3346e-15 5.4751e-17 12.8580 0.0064 5
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||||
z 9157 56765.53431 9.2924e-15 8.6284e-17 12.8630 0.0101 4
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||||
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||||
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|
||||
z 9157 56768.07400 9.1989e-15 7.8078e-17 12.8739 0.0092 2
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||||
z 9157 56770.52737 9.4039e-15 1.3889e-17 12.8500 0.0016 1
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||||
z 9157 56770.78470 9.3796e-15 5.4887e-17 12.8528 0.0064 5
|
||||
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||||
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||||
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|
||||
z 9157 56772.49866 9.3926e-15 1.1692e-17 12.8513 0.0014 1
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||||
z 9157 56772.82913 9.4191e-15 7.2979e-17 12.8483 0.0084 5
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||||
z 9157 56773.39155 9.4190e-15 9.9593e-17 12.8483 0.0115 4
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||||
z 9157 56773.86028 9.4308e-15 7.3039e-17 12.8469 0.0084 5
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||||
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||||
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|
||||
z 9157 56775.54899 9.5143e-15 1.0393e-17 12.8373 0.0012 1
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||||
z 9157 56777.53091 9.4941e-15 1.2739e-17 12.8397 0.0015 1
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||||
z 9157 56778.49798 9.4573e-15 1.3876e-17 12.8439 0.0016 1
|
||||
z 9157 56779.39565 9.4133e-15 2.0644e-16 12.8489 0.0238 3
|
||||
z 9157 56779.48781 9.4793e-15 1.3195e-17 12.8413 0.0015 1
|
||||
z 9157 56779.85195 9.4202e-15 6.2056e-17 12.8481 0.0072 5
|
||||
z 9157 56780.49527 9.4598e-15 1.2671e-17 12.8436 0.0015 1
|
||||
z 9157 56780.81386 9.4527e-15 6.4972e-17 12.8444 0.0075 5
|
||||
z 9157 56781.49447 9.4549e-15 1.3640e-17 12.8441 0.0016 1
|
||||
z 9157 56782.44769 9.3323e-15 1.2145e-17 12.8583 0.0014 1
|
||||
z 9157 56782.73968 9.4342e-15 8.0120e-17 12.8465 0.0092 5
|
||||
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|
||||
z 9157 56784.44181 9.3849e-15 1.4474e-17 12.8522 0.0017 1
|
||||
z 9157 56785.47648 9.4683e-15 1.0173e-17 12.8426 0.0012 1
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||||
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|
||||
z 9157 56787.40437 9.3210e-15 1.1008e-17 12.8596 0.0013 1
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||||
z 9157 56790.45996 9.3759e-15 9.4167e-18 12.8533 0.0011 1
|
||||
z 9157 56792.40349 9.4213e-15 1.1596e-17 12.8480 0.0013 1
|
||||
z 9157 56793.46594 9.3843e-15 1.1304e-17 12.8523 0.0013 1
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||||
z 9157 56794.46428 9.3416e-15 1.3987e-17 12.8572 0.0016 1
|
||||
z 9157 56795.44630 9.3589e-15 1.2746e-17 12.8552 0.0015 1
|
||||
z 9157 56796.44870 9.3882e-15 1.4749e-17 12.8518 0.0017 1
|
||||
z 9157 56797.45139 9.3740e-15 1.4896e-17 12.8535 0.0017 1
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||||
z 9157 56798.44430 9.4144e-15 1.5629e-17 12.8488 0.0018 1
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||||
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||||
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|
||||
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|
||||
z 9157 56802.43765 9.4191e-15 1.0651e-17 12.8483 0.0012 1
|
||||
z 9157 56803.44162 9.3911e-15 1.3572e-17 12.8515 0.0016 1
|
||||
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|
||||
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|
||||
z 9157 56807.43648 9.3667e-15 1.3304e-17 12.8543 0.0015 1
|
||||
z 9157 56808.41596 9.4057e-15 1.2888e-17 12.8498 0.0015 1
|
||||
z 9157 56809.43087 9.3919e-15 1.3445e-17 12.8514 0.0016 1
|
||||
z 9157 56810.43219 9.3999e-15 1.4715e-17 12.8505 0.0017 1
|
||||
z 9157 56811.42096 9.4570e-15 1.3701e-17 12.8439 0.0016 1
|
||||
z 9157 56812.43093 9.4513e-15 1.3596e-17 12.8446 0.0016 1
|
||||
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|
||||
z 9157 56814.45707 9.4019e-15 1.3535e-17 12.8502 0.0016 1
|
||||
z 9157 56815.40467 9.4604e-15 1.6489e-17 12.8435 0.0019 1
|
||||
z 9157 56816.28071 9.5324e-15 8.8622e-17 12.8353 0.0101 4
|
||||
z 9157 56816.41164 9.4812e-15 1.4709e-17 12.8411 0.0017 1
|
||||
z 9157 56816.64794 9.4722e-15 7.0849e-17 12.8422 0.0081 5
|
||||
z 9157 56817.41166 9.4202e-15 1.6533e-17 12.8481 0.0019 1
|
||||
z 9157 56817.84230 9.5380e-15 5.8725e-17 12.8346 0.0067 5
|
||||
z 9157 56818.41649 9.5529e-15 1.4300e-17 12.8329 0.0016 1
|
||||
z 9157 56819.28041 9.5522e-15 5.7349e-17 12.8330 0.0065 4
|
||||
z 9157 56819.41658 9.5899e-15 1.3110e-17 12.8288 0.0015 1
|
||||
z 9157 56820.48573 9.6675e-15 1.3287e-17 12.8200 0.0015 1
|
||||
z 9157 56821.25057 9.6470e-15 6.5794e-17 12.8223 0.0074 4
|
||||
z 9157 56822.39721 9.6840e-15 1.4717e-17 12.8182 0.0017 1
|
||||
z 9157 56823.40819 9.7620e-15 1.6835e-17 12.8094 0.0019 1
|
||||
z 9157 56824.40202 9.7451e-15 1.6661e-17 12.8113 0.0019 1
|
||||
z 9157 56825.31354 9.6372e-15 9.1574e-17 12.8234 0.0103 4
|
||||
z 9157 56825.41596 9.7583e-15 1.5407e-17 12.8099 0.0017 1
|
||||
z 9157 56826.29969 9.6842e-15 2.0209e-16 12.8181 0.0227 3
|
||||
z 9157 56826.39374 9.6636e-15 1.6682e-17 12.8204 0.0019 1
|
||||
z 9157 56827.39851 9.6331e-15 1.7620e-17 12.8239 0.0020 1
|
||||
z 9157 56828.40084 9.6249e-15 1.5249e-17 12.8248 0.0017 1
|
||||
z 9157 56829.41066 9.5880e-15 1.3580e-17 12.8290 0.0015 1
|
||||
z 9157 56830.40342 9.5620e-15 1.4686e-17 12.8319 0.0017 1
|
||||
z 9157 56831.39483 9.4967e-15 1.5451e-17 12.8394 0.0018 1
|
||||
z 9157 56832.43768 9.4770e-15 1.4540e-17 12.8416 0.0017 1
|
||||
z 9157 56833.39903 9.5207e-15 1.3537e-17 12.8366 0.0015 1
|
||||
z 9157 56835.39508 9.4231e-15 1.5401e-17 12.8478 0.0018 1
|
||||
z 9157 56837.24062 9.4664e-15 2.3788e-16 12.8428 0.0273 3
|
||||
z 9157 56837.76067 9.4491e-15 8.6448e-17 12.8448 0.0099 5
|
||||
z 9157 56839.34463 9.5025e-15 1.4174e-16 12.8387 0.0162 3
|
||||
z 9157 56841.41295 9.4424e-15 1.3421e-17 12.8456 0.0015 1
|
||||
z 9157 56842.25356 9.5093e-15 9.5213e-17 12.8379 0.0109 4
|
||||
z 9157 56843.22377 9.4775e-15 8.5410e-17 12.8416 0.0098 4
|
||||
z 9157 56843.39280 9.5532e-15 1.5505e-17 12.8329 0.0018 1
|
||||
z 9157 56845.41212 9.4557e-15 1.6230e-17 12.8441 0.0019 1
|
||||
z 9157 56848.39233 9.4180e-15 1.5090e-17 12.8484 0.0017 1
|
||||
z 9157 56850.26382 9.3490e-15 1.9399e-16 12.8564 0.0225 3
|
||||
z 9157 56858.38934 9.2652e-15 1.6419e-17 12.8662 0.0019 1
|
||||
z 9157 56860.38827 9.3598e-15 1.8796e-17 12.8551 0.0022 1
|
||||
z 9157 56861.38730 9.3412e-15 1.4486e-17 12.8573 0.0017 1
|
||||
z 9157 56862.38784 9.3544e-15 1.8848e-17 12.8557 0.0022 1
|
||||
z 9157 56863.38626 9.3719e-15 1.7521e-17 12.8537 0.0020 1
|
||||
z 9157 56864.38627 9.2316e-15 1.7688e-17 12.8701 0.0021 1
|
||||
z 9157 56864.69970 9.2761e-15 9.0122e-17 12.8649 0.0105 5
|
||||
z 9157 56865.38523 9.3475e-15 1.6411e-17 12.8565 0.0019 1
|
||||
z 9157 56865.63955 9.2891e-15 9.6014e-17 12.8634 0.0112 5
|
||||
14
data/calibration/combine_curves.sh
Normal file
14
data/calibration/combine_curves.sh
Normal file
@ -0,0 +1,14 @@
|
||||
|
||||
for line in $(readline)
|
||||
do
|
||||
echo \
|
||||
|
||||
|
||||
|
||||
|
||||
fd=3
|
||||
while IFS='' read -u $fd -r line || [[ -n "$line" ]]; do
|
||||
echo "Text read from file: $line"
|
||||
done $fd< "$1"
|
||||
|
||||
|
||||
201
data/calibration/lc_drive_1.dat
Normal file
201
data/calibration/lc_drive_1.dat
Normal file
@ -0,0 +1,201 @@
|
||||
# 1 2
|
||||
0.00000 11.8346 0.0916311 11.8520 0.0920392
|
||||
1.00000 11.5171 0.0936466 11.6313 0.0921003
|
||||
2.00000 11.6853 0.0926701 11.6957 0.0921849
|
||||
3.00000 11.3192 0.0939709 11.9643 0.0922556
|
||||
4.00000 10.9107 0.0955774 11.7650 0.0923200
|
||||
5.00000 10.9479 0.0963704 11.6677 0.0924218
|
||||
6.00000 10.3560 0.0974515 11.6919 0.0925855
|
||||
7.00000 10.0256 0.100010 11.4352 0.0928581
|
||||
8.00000 9.32688 0.103079 11.2992 0.0932782
|
||||
9.00000 9.05533 0.105088 11.5295 0.0938539
|
||||
10.0000 9.92991 0.100283 11.2463 0.0946021
|
||||
11.0000 10.0773 0.0992539 11.0594 0.0955676
|
||||
12.0000 9.17007 0.106298 10.6793 0.0967491
|
||||
13.0000 8.20408 0.110395 10.5359 0.0979754
|
||||
14.0000 7.95304 0.112638 10.4494 0.0990027
|
||||
15.0000 7.89341 0.112803 10.1798 0.0998917
|
||||
16.0000 7.12456 0.118062 9.82090 0.100963
|
||||
17.0000 7.39933 0.116967 9.67732 0.102398
|
||||
18.0000 7.78264 0.112441 9.21345 0.104175
|
||||
19.0000 8.59596 0.106939 8.89971 0.106255
|
||||
20.0000 8.67170 0.107497 8.40992 0.108486
|
||||
21.0000 8.79939 0.106332 8.11483 0.110458
|
||||
22.0000 9.12812 0.105206 8.02438 0.111699
|
||||
23.0000 9.63422 0.101256 7.85372 0.112031
|
||||
24.0000 10.1258 0.0995095 8.04622 0.111624
|
||||
25.0000 10.8106 0.0964401 8.22570 0.110721
|
||||
26.0000 10.4907 0.0973379 8.39732 0.109430
|
||||
27.0000 9.81701 0.100341 8.49605 0.107793
|
||||
28.0000 10.6162 0.0974127 8.99748 0.105903
|
||||
29.0000 10.0543 0.0996875 9.23480 0.103994
|
||||
30.0000 9.70010 0.101472 9.57122 0.102361
|
||||
31.0000 9.68858 0.101708 9.89263 0.101116
|
||||
32.0000 9.52794 0.101676 9.92097 0.100224
|
||||
33.0000 10.5637 0.0975818 10.0250 0.0997054
|
||||
34.0000 9.78397 0.100777 9.97885 0.0995768
|
||||
35.0000 9.69834 0.101275 10.2150 0.0997341
|
||||
36.0000 9.98752 0.100783 9.81157 0.0999361
|
||||
37.0000 10.2229 0.0990209 10.0589 0.100024
|
||||
38.0000 10.6349 0.0968980 10.0366 0.100073
|
||||
39.0000 10.3095 0.0979626 9.88274 0.100169
|
||||
40.0000 10.8063 0.0951126 9.95001 0.100230
|
||||
41.0000 10.8576 0.0961898 9.93254 0.100073
|
||||
42.0000 11.0283 0.0948915 9.99264 0.0996499
|
||||
43.0000 11.3431 0.0944636 10.0456 0.0990311
|
||||
44.0000 10.9497 0.0950889 10.3528 0.0983430
|
||||
45.0000 11.6750 0.0927961 10.6239 0.0976712
|
||||
46.0000 11.7398 0.0918948 10.7173 0.0970350
|
||||
47.0000 12.0419 0.0910967 10.7174 0.0964282
|
||||
48.0000 12.5050 0.0893909 10.9092 0.0958243
|
||||
49.0000 12.1528 0.0901180 10.9749 0.0951958
|
||||
50.0000 13.2853 0.0876756 11.1911 0.0945360
|
||||
51.0000 13.2477 0.0868076 11.3143 0.0938218
|
||||
52.0000 13.2737 0.0869808 11.3308 0.0930511
|
||||
53.0000 13.4963 0.0860270 11.7891 0.0922236
|
||||
54.0000 13.8486 0.0842024 11.9225 0.0913311
|
||||
55.0000 14.0255 0.0843238 12.2608 0.0904313
|
||||
56.0000 13.2712 0.0862851 12.6589 0.0895612
|
||||
57.0000 12.4751 0.0891995 12.5011 0.0886908
|
||||
58.0000 12.5323 0.0892506 12.9242 0.0878315
|
||||
59.0000 12.8992 0.0885207 13.1266 0.0871161
|
||||
60.0000 13.1741 0.0867656 13.1069 0.0867194
|
||||
61.0000 13.4742 0.0859448 13.3905 0.0866953
|
||||
62.0000 13.5065 0.0856387 13.2695 0.0869285
|
||||
63.0000 13.1393 0.0873250 12.9646 0.0872221
|
||||
64.0000 13.0864 0.0872569 13.0376 0.0873939
|
||||
65.0000 12.4548 0.0895150 13.2114 0.0873804
|
||||
66.0000 11.8028 0.0929012 13.1223 0.0872719
|
||||
67.0000 11.2808 0.0932674 13.1650 0.0871945
|
||||
68.0000 11.3354 0.0933298 13.0233 0.0872570
|
||||
69.0000 11.5443 0.0926183 13.0323 0.0875581
|
||||
70.0000 11.4608 0.0928539 12.9517 0.0881508
|
||||
71.0000 11.4608 0.0938145 12.7212 0.0889497
|
||||
72.0000 10.8992 0.0960987 12.3569 0.0898112
|
||||
73.0000 10.5799 0.0971217 12.2781 0.0906132
|
||||
74.0000 9.82603 0.0997068 11.8600 0.0913149
|
||||
75.0000 10.0442 0.0990730 11.8620 0.0919961
|
||||
76.0000 9.92676 0.100064 11.5508 0.0927538
|
||||
77.0000 10.8805 0.0966226 11.2424 0.0936376
|
||||
78.0000 10.6242 0.0971202 11.2025 0.0946418
|
||||
79.0000 10.3367 0.0983389 10.7453 0.0956645
|
||||
80.0000 10.8152 0.0959204 10.7198 0.0965216
|
||||
81.0000 11.2386 0.0938642 10.5039 0.0970847
|
||||
82.0000 10.9800 0.0950364 10.5691 0.0973957
|
||||
83.0000 11.4681 0.0938408 10.5723 0.0975216
|
||||
84.0000 11.5389 0.0931532 10.4123 0.0974251
|
||||
85.0000 11.2253 0.0931785 10.7288 0.0970937
|
||||
86.0000 11.8083 0.0928413 10.7312 0.0965935
|
||||
87.0000 12.4067 0.0893181 10.8274 0.0959958
|
||||
88.0000 12.2196 0.0910494 10.8779 0.0953716
|
||||
89.0000 12.4784 0.0900115 11.0742 0.0948072
|
||||
90.0000 12.3620 0.0892570 11.4351 0.0942644
|
||||
91.0000 13.2934 0.0867932 11.3226 0.0936637
|
||||
92.0000 12.8009 0.0877081 11.5726 0.0930059
|
||||
93.0000 12.6074 0.0884435 11.5918 0.0923073
|
||||
94.0000 12.2475 0.0903075 11.7779 0.0915448
|
||||
95.0000 11.9577 0.0910858 12.1573 0.0907351
|
||||
96.0000 12.0627 0.0914462 12.5823 0.0899925
|
||||
97.0000 12.1484 0.0910205 12.5467 0.0894718
|
||||
98.0000 12.8625 0.0889425 12.5621 0.0892639
|
||||
99.0000 13.0945 0.0874881 12.3116 0.0893153
|
||||
100.000 12.9432 0.0883140 12.5800 0.0895089
|
||||
101.000 12.7515 0.0889059 12.5499 0.0897063
|
||||
102.000 12.3544 0.0899624 12.4408 0.0897576
|
||||
103.000 13.4878 0.0863317 12.3187 0.0896216
|
||||
104.000 13.5116 0.0861297 12.5760 0.0894072
|
||||
105.000 13.5706 0.0858822 12.4875 0.0892188
|
||||
106.000 13.2511 0.0872667 12.4848 0.0890197
|
||||
107.000 13.1641 0.0866494 12.5287 0.0886937
|
||||
108.000 13.1011 0.0878646 12.8887 0.0882556
|
||||
109.000 12.9774 0.0885943 12.9463 0.0878421
|
||||
110.000 12.7289 0.0888337 13.0328 0.0875591
|
||||
111.000 12.5099 0.0892622 13.2331 0.0874189
|
||||
112.000 12.5295 0.0893067 13.1068 0.0874165
|
||||
113.000 12.5129 0.0896598 13.0240 0.0875312
|
||||
114.000 12.1640 0.0908460 12.8882 0.0877294
|
||||
115.000 12.3755 0.0902718 12.8790 0.0879918
|
||||
116.000 12.7168 0.0894989 12.8959 0.0883059
|
||||
117.000 12.4370 0.0895261 12.6634 0.0886585
|
||||
118.000 12.6094 0.0891641 12.4469 0.0890099
|
||||
119.000 12.6167 0.0891394 12.5087 0.0892957
|
||||
120.000 12.8278 0.0883300 12.5121 0.0894772
|
||||
121.000 12.5393 0.0888684 12.4591 0.0895498
|
||||
122.000 12.9127 0.0879627 12.6241 0.0895314
|
||||
123.000 12.4413 0.0896365 12.5041 0.0894309
|
||||
124.000 13.0784 0.0870958 12.4327 0.0892606
|
||||
125.000 12.9207 0.0879425 12.6621 0.0890624
|
||||
126.000 12.3796 0.0901989 12.7625 0.0888862
|
||||
127.000 11.8530 0.0921237 12.9621 0.0887382
|
||||
128.000 11.0302 0.0940796 12.7621 0.0886156
|
||||
129.000 11.2067 0.0942997 12.9214 0.0886026
|
||||
130.000 11.2179 0.0945982 12.6813 0.0888089
|
||||
131.000 11.0497 0.0947640 12.4662 0.0892739
|
||||
132.000 11.1662 0.0946457 12.2651 0.0899507
|
||||
133.000 10.8700 0.0949281 12.2224 0.0907822
|
||||
134.000 11.0152 0.0948465 12.0585 0.0916789
|
||||
135.000 10.8602 0.0952074 11.7600 0.0924836
|
||||
136.000 11.6466 0.0930853 11.4879 0.0931173
|
||||
137.000 11.7101 0.0921170 11.2207 0.0936178
|
||||
138.000 11.9286 0.0909162 11.3950 0.0940297
|
||||
139.000 11.6441 0.0924392 11.2781 0.0943260
|
||||
140.000 11.7345 0.0927672 11.1356 0.0944032
|
||||
141.000 10.8692 0.0946534 11.4244 0.0942221
|
||||
142.000 10.9138 0.0959359 11.3428 0.0938740
|
||||
143.000 11.1368 0.0949154 11.4297 0.0935168
|
||||
144.000 11.0585 0.0950059 11.3125 0.0933194
|
||||
145.000 11.2426 0.0949456 11.4175 0.0933656
|
||||
146.000 11.9081 0.0912231 11.5941 0.0936050
|
||||
147.000 12.4009 0.0898223 11.4940 0.0939087
|
||||
148.000 13.4207 0.0868470 11.3373 0.0941707
|
||||
149.000 13.8947 0.0847683 11.3460 0.0942463
|
||||
150.000 13.6351 0.0856346 11.1821 0.0939624
|
||||
151.000 14.0538 0.0848999 11.5908 0.0932287
|
||||
152.000 13.6725 0.0854632 11.7160 0.0920930
|
||||
153.000 13.8347 0.0850930 12.2084 0.0907386
|
||||
154.000 14.1285 0.0844082 12.5707 0.0893917
|
||||
155.000 13.7462 0.0854248 12.7879 0.0882323
|
||||
156.000 13.6226 0.0854430 13.0456 0.0873321
|
||||
157.000 14.3598 0.0837400 13.2796 0.0866757
|
||||
158.000 14.9101 0.0818562 13.3855 0.0862314
|
||||
159.000 14.7358 0.0822357 13.4971 0.0859381
|
||||
160.000 15.2094 0.0809918 13.8179 0.0856773
|
||||
161.000 14.6166 0.0830360 13.8419 0.0853203
|
||||
162.000 14.2887 0.0833350 13.8779 0.0848474
|
||||
163.000 14.3504 0.0832084 13.9597 0.0843235
|
||||
164.000 14.5970 0.0823221 14.2008 0.0838318
|
||||
165.000 13.8544 0.0849232 14.4594 0.0834580
|
||||
166.000 13.6646 0.0853847 14.6831 0.0832250
|
||||
167.000 13.3887 0.0869071 14.4196 0.0831116
|
||||
168.000 12.6146 0.0893435 14.4471 0.0831135
|
||||
169.000 12.3948 0.0900204 14.4192 0.0832684
|
||||
170.000 12.6322 0.0891276 14.2742 0.0835975
|
||||
171.000 13.0699 0.0872879 14.0700 0.0841333
|
||||
172.000 13.4310 0.0867458 14.0092 0.0848831
|
||||
173.000 13.0559 0.0880499 13.6975 0.0857398
|
||||
174.000 12.8411 0.0882440 13.5298 0.0865147
|
||||
175.000 12.8093 0.0880553 13.3174 0.0870609
|
||||
176.000 12.7878 0.0882697 13.0970 0.0873768
|
||||
177.000 12.4221 0.0888481 12.8589 0.0875554
|
||||
178.000 12.4004 0.0897559 13.0890 0.0876629
|
||||
179.000 11.9363 0.0921017 13.0661 0.0877491
|
||||
180.000 11.6354 0.0929836 12.9740 0.0878734
|
||||
181.000 11.9204 0.0915473 12.7579 0.0880936
|
||||
182.000 12.0654 0.0916632 12.7115 0.0884856
|
||||
183.000 11.0418 0.0954513 12.7051 0.0890697
|
||||
184.000 11.1620 0.0948989 12.3475 0.0897439
|
||||
185.000 10.8438 0.0963477 12.5288 0.0903871
|
||||
186.000 10.4444 0.0978891 11.9575 0.0910305
|
||||
187.000 10.2987 0.0993244 11.7561 0.0917444
|
||||
188.000 10.2610 0.0978249 11.6216 0.0925205
|
||||
189.000 11.0505 0.0945137 11.4784 0.0933454
|
||||
190.000 11.6235 0.0930578 11.3725 0.0942329
|
||||
191.000 11.4565 0.0934014 11.2604 0.0951098
|
||||
192.000 11.2891 0.0947141 10.8672 0.0957535
|
||||
193.000 11.5836 0.0929899 10.9642 0.0959744
|
||||
194.000 11.2664 0.0935554 11.0822 0.0957947
|
||||
195.000 12.2846 0.0909019 10.9052 0.0954045
|
||||
196.000 11.9529 0.0915996 11.1116 0.0949828
|
||||
197.000 12.0606 0.0915574 11.0937 0.0945913
|
||||
198.000 11.4087 0.0937190 11.1336 0.0941762
|
||||
199.000 11.3703 0.0936658 11.4885 0.0936849
|
||||
201
data/calibration/lc_drive_2.dat
Normal file
201
data/calibration/lc_drive_2.dat
Normal file
@ -0,0 +1,201 @@
|
||||
# 1 2
|
||||
0.00000 11.8346 0.0916311 11.6191 0.0922944
|
||||
1.00000 11.5171 0.0936466 11.6401 0.0922925
|
||||
2.00000 11.6853 0.0926701 11.7752 0.0923443
|
||||
3.00000 11.3192 0.0939709 11.7299 0.0924564
|
||||
4.00000 10.9107 0.0955774 11.5097 0.0925976
|
||||
5.00000 10.9479 0.0963704 11.6132 0.0928827
|
||||
6.00000 10.3560 0.0974515 11.3024 0.0932647
|
||||
7.00000 10.0256 0.100010 11.3396 0.0937457
|
||||
8.00000 9.32688 0.103079 11.2390 0.0943776
|
||||
9.00000 9.05533 0.105088 11.1306 0.0952117
|
||||
10.0000 9.92991 0.100283 10.8224 0.0961742
|
||||
11.0000 10.0773 0.0992539 10.6166 0.0969505
|
||||
12.0000 9.17007 0.106298 10.6107 0.0974986
|
||||
13.0000 8.20408 0.110395 10.6293 0.0983072
|
||||
14.0000 7.95304 0.112638 10.2156 0.0995221
|
||||
15.0000 7.89341 0.112803 9.73226 0.100918
|
||||
16.0000 7.12456 0.118062 9.57719 0.102450
|
||||
17.0000 7.39933 0.116967 9.35108 0.104215
|
||||
18.0000 7.78264 0.112441 9.10679 0.105901
|
||||
19.0000 8.59596 0.106939 8.85028 0.107149
|
||||
20.0000 8.67170 0.107497 8.62653 0.107822
|
||||
21.0000 8.79939 0.106332 8.62642 0.108146
|
||||
22.0000 9.12812 0.105206 8.68356 0.108223
|
||||
23.0000 9.63422 0.101256 8.63371 0.108039
|
||||
24.0000 10.1258 0.0995095 8.54608 0.107478
|
||||
25.0000 10.8106 0.0964401 8.73538 0.106562
|
||||
26.0000 10.4907 0.0973379 8.98730 0.105403
|
||||
27.0000 9.81701 0.100341 9.13563 0.104335
|
||||
28.0000 10.6162 0.0974127 9.25609 0.103534
|
||||
29.0000 10.0543 0.0996875 9.52069 0.102766
|
||||
30.0000 9.70010 0.101472 9.44495 0.102130
|
||||
31.0000 9.68858 0.101708 9.51522 0.101839
|
||||
32.0000 9.52794 0.101676 9.77127 0.101801
|
||||
33.0000 10.5637 0.0975818 9.49540 0.101763
|
||||
34.0000 9.78397 0.100777 9.73291 0.101451
|
||||
35.0000 9.69834 0.101275 9.87817 0.101135
|
||||
36.0000 9.98752 0.100783 9.91361 0.100981
|
||||
37.0000 10.2229 0.0990209 9.68331 0.100850
|
||||
38.0000 10.6349 0.0968980 9.92354 0.100553
|
||||
39.0000 10.3095 0.0979626 10.0572 0.100052
|
||||
40.0000 10.8063 0.0951126 10.0019 0.0995339
|
||||
41.0000 10.8576 0.0961898 10.4107 0.0989405
|
||||
42.0000 11.0283 0.0948915 10.2195 0.0984326
|
||||
43.0000 11.3431 0.0944636 10.3752 0.0979184
|
||||
44.0000 10.9497 0.0950889 10.5510 0.0974279
|
||||
45.0000 11.6750 0.0927961 10.5743 0.0969687
|
||||
46.0000 11.7398 0.0918948 10.6968 0.0964735
|
||||
47.0000 12.0419 0.0910967 10.7102 0.0959205
|
||||
48.0000 12.5050 0.0893909 11.0114 0.0953374
|
||||
49.0000 12.1528 0.0901180 11.1946 0.0946548
|
||||
50.0000 13.2853 0.0876756 11.4126 0.0939756
|
||||
51.0000 13.2477 0.0868076 11.5006 0.0931625
|
||||
52.0000 13.2737 0.0869808 11.7754 0.0922933
|
||||
53.0000 13.4963 0.0860270 11.8208 0.0915008
|
||||
54.0000 13.8486 0.0842024 12.0433 0.0907127
|
||||
55.0000 14.0255 0.0843238 12.3065 0.0898517
|
||||
56.0000 13.2712 0.0862851 12.6127 0.0890129
|
||||
57.0000 12.4751 0.0891995 12.7979 0.0884341
|
||||
58.0000 12.5323 0.0892506 12.9170 0.0882075
|
||||
59.0000 12.8992 0.0885207 12.9120 0.0881862
|
||||
60.0000 13.1741 0.0867656 12.8311 0.0881851
|
||||
61.0000 13.4742 0.0859448 12.7626 0.0881101
|
||||
62.0000 13.5065 0.0856387 12.7355 0.0878867
|
||||
63.0000 13.1393 0.0873250 13.0566 0.0876199
|
||||
64.0000 13.0864 0.0872569 13.0858 0.0874587
|
||||
65.0000 12.4548 0.0895150 13.0637 0.0873841
|
||||
66.0000 11.8028 0.0929012 13.0861 0.0874815
|
||||
67.0000 11.2808 0.0932674 13.0060 0.0878146
|
||||
68.0000 11.3354 0.0933298 12.9712 0.0883388
|
||||
69.0000 11.5443 0.0926183 12.5439 0.0888727
|
||||
70.0000 11.4608 0.0928539 12.4093 0.0893995
|
||||
71.0000 11.4608 0.0938145 12.4806 0.0898754
|
||||
72.0000 10.8992 0.0960987 12.3604 0.0903651
|
||||
73.0000 10.5799 0.0971217 12.0862 0.0909874
|
||||
74.0000 9.82603 0.0997068 11.8622 0.0917078
|
||||
75.0000 10.0442 0.0990730 11.6181 0.0925784
|
||||
76.0000 9.92676 0.100064 11.4071 0.0934934
|
||||
77.0000 10.8805 0.0966226 11.1830 0.0943190
|
||||
78.0000 10.6242 0.0971202 11.1317 0.0948683
|
||||
79.0000 10.3367 0.0983389 10.9994 0.0952581
|
||||
80.0000 10.8152 0.0959204 10.9458 0.0956412
|
||||
81.0000 11.2386 0.0938642 10.8370 0.0959216
|
||||
82.0000 10.9800 0.0950364 10.8813 0.0959776
|
||||
83.0000 11.4681 0.0938408 10.7914 0.0959262
|
||||
84.0000 11.5389 0.0931532 10.9591 0.0957781
|
||||
85.0000 11.2253 0.0931785 10.9570 0.0955378
|
||||
86.0000 11.8083 0.0928413 10.9655 0.0952682
|
||||
87.0000 12.4067 0.0893181 10.9320 0.0950437
|
||||
88.0000 12.2196 0.0910494 11.2019 0.0946086
|
||||
89.0000 12.4784 0.0900115 11.3075 0.0941209
|
||||
90.0000 12.3620 0.0892570 11.6161 0.0935998
|
||||
91.0000 13.2934 0.0867932 11.5208 0.0930414
|
||||
92.0000 12.8009 0.0877081 11.8408 0.0923417
|
||||
93.0000 12.6074 0.0884435 11.8717 0.0916413
|
||||
94.0000 12.2475 0.0903075 12.2988 0.0910673
|
||||
95.0000 11.9577 0.0910858 12.2204 0.0907331
|
||||
96.0000 12.0627 0.0914462 12.1921 0.0905923
|
||||
97.0000 12.1484 0.0910205 12.3528 0.0905090
|
||||
98.0000 12.8625 0.0889425 12.0825 0.0904795
|
||||
99.0000 13.0945 0.0874881 12.4668 0.0903701
|
||||
100.000 12.9432 0.0883140 12.4346 0.0900769
|
||||
101.000 12.7515 0.0889059 12.3796 0.0897671
|
||||
102.000 12.3544 0.0899624 12.5202 0.0895736
|
||||
103.000 13.4878 0.0863317 12.5757 0.0894434
|
||||
104.000 13.5116 0.0861297 12.6180 0.0891776
|
||||
105.000 13.5706 0.0858822 12.7767 0.0887577
|
||||
106.000 13.2511 0.0872667 12.8706 0.0883716
|
||||
107.000 13.1641 0.0866494 12.9153 0.0881182
|
||||
108.000 13.1011 0.0878646 12.8901 0.0879767
|
||||
109.000 12.9774 0.0885943 12.7327 0.0878869
|
||||
110.000 12.7289 0.0888337 12.7027 0.0878951
|
||||
111.000 12.5099 0.0892622 12.9023 0.0879652
|
||||
112.000 12.5295 0.0893067 12.5219 0.0880903
|
||||
113.000 12.5129 0.0896598 12.8855 0.0882725
|
||||
114.000 12.1640 0.0908460 12.7330 0.0884813
|
||||
115.000 12.3755 0.0902718 12.7486 0.0887067
|
||||
116.000 12.7168 0.0894989 12.5972 0.0888843
|
||||
117.000 12.4370 0.0895261 12.4674 0.0889902
|
||||
118.000 12.6094 0.0891641 12.4738 0.0890517
|
||||
119.000 12.6167 0.0891394 12.6992 0.0890661
|
||||
120.000 12.8278 0.0883300 12.5417 0.0890795
|
||||
121.000 12.5393 0.0888684 12.6013 0.0890221
|
||||
122.000 12.9127 0.0879627 12.5916 0.0889154
|
||||
123.000 12.4413 0.0896365 12.8299 0.0888197
|
||||
124.000 13.0784 0.0870958 12.7512 0.0887938
|
||||
125.000 12.9207 0.0879425 12.5866 0.0887361
|
||||
126.000 12.3796 0.0901989 12.4179 0.0887046
|
||||
127.000 11.8530 0.0921237 12.5870 0.0888264
|
||||
128.000 11.0302 0.0940796 12.5530 0.0891488
|
||||
129.000 11.2067 0.0942997 12.3623 0.0896120
|
||||
130.000 11.2179 0.0945982 12.3279 0.0901279
|
||||
131.000 11.0497 0.0947640 11.9809 0.0907484
|
||||
132.000 11.1662 0.0946457 12.0043 0.0913478
|
||||
133.000 10.8700 0.0949281 11.9215 0.0917708
|
||||
134.000 11.0152 0.0948465 11.6957 0.0921635
|
||||
135.000 10.8602 0.0952074 11.6358 0.0925593
|
||||
136.000 11.6466 0.0930853 11.6102 0.0929324
|
||||
137.000 11.7101 0.0921170 11.6009 0.0931846
|
||||
138.000 11.9286 0.0909162 11.3637 0.0932140
|
||||
139.000 11.6441 0.0924392 11.5453 0.0931127
|
||||
140.000 11.7345 0.0927672 11.6310 0.0930099
|
||||
141.000 10.8692 0.0946534 11.6498 0.0929859
|
||||
142.000 10.9138 0.0959359 11.5116 0.0931559
|
||||
143.000 11.1368 0.0949154 11.3889 0.0934403
|
||||
144.000 11.0585 0.0950059 11.4075 0.0937308
|
||||
145.000 11.2426 0.0949456 11.4605 0.0939602
|
||||
146.000 11.9081 0.0912231 11.3968 0.0941584
|
||||
147.000 12.4009 0.0898223 11.3791 0.0940522
|
||||
148.000 13.4207 0.0868470 11.4023 0.0936119
|
||||
149.000 13.8947 0.0847683 11.4626 0.0928532
|
||||
150.000 13.6351 0.0856346 11.7726 0.0918876
|
||||
151.000 14.0538 0.0848999 11.8860 0.0908862
|
||||
152.000 13.6725 0.0854632 12.3626 0.0899696
|
||||
153.000 13.8347 0.0850930 12.6226 0.0892446
|
||||
154.000 14.1285 0.0844082 12.6672 0.0886200
|
||||
155.000 13.7462 0.0854248 12.8877 0.0880803
|
||||
156.000 13.6226 0.0854430 13.1534 0.0876651
|
||||
157.000 14.3598 0.0837400 13.2155 0.0872913
|
||||
158.000 14.9101 0.0818562 13.3516 0.0868580
|
||||
159.000 14.7358 0.0822357 13.5676 0.0862905
|
||||
160.000 15.2094 0.0809918 13.5670 0.0857415
|
||||
161.000 14.6166 0.0830360 13.7193 0.0851997
|
||||
162.000 14.2887 0.0833350 13.9514 0.0847309
|
||||
163.000 14.3504 0.0832084 14.0792 0.0843901
|
||||
164.000 14.5970 0.0823221 14.1623 0.0841140
|
||||
165.000 13.8544 0.0849232 14.1813 0.0838890
|
||||
166.000 13.6646 0.0853847 14.3739 0.0837793
|
||||
167.000 13.3887 0.0869071 14.2389 0.0838496
|
||||
168.000 12.6146 0.0893435 14.1678 0.0840449
|
||||
169.000 12.3948 0.0900204 13.7964 0.0844776
|
||||
170.000 12.6322 0.0891276 13.7969 0.0850506
|
||||
171.000 13.0699 0.0872879 13.8489 0.0855851
|
||||
172.000 13.4310 0.0867458 13.3145 0.0859592
|
||||
173.000 13.0559 0.0880499 13.4777 0.0861804
|
||||
174.000 12.8411 0.0882440 13.4562 0.0863861
|
||||
175.000 12.8093 0.0880553 13.4848 0.0865908
|
||||
176.000 12.7878 0.0882697 13.2427 0.0867433
|
||||
177.000 12.4221 0.0888481 13.4245 0.0869263
|
||||
178.000 12.4004 0.0897559 13.1066 0.0871799
|
||||
179.000 11.9363 0.0921017 12.8802 0.0875366
|
||||
180.000 11.6354 0.0929836 12.9258 0.0880713
|
||||
181.000 11.9204 0.0915473 12.8621 0.0886917
|
||||
182.000 12.0654 0.0916632 12.3253 0.0892224
|
||||
183.000 11.0418 0.0954513 12.4277 0.0896876
|
||||
184.000 11.1620 0.0948989 12.3010 0.0903323
|
||||
185.000 10.8438 0.0963477 12.0204 0.0910145
|
||||
186.000 10.4444 0.0978891 11.9316 0.0917006
|
||||
187.000 10.2987 0.0993244 11.7388 0.0924303
|
||||
188.000 10.2610 0.0978249 11.4519 0.0932371
|
||||
189.000 11.0505 0.0945137 11.5353 0.0939014
|
||||
190.000 11.6235 0.0930578 11.2657 0.0942116
|
||||
191.000 11.4565 0.0934014 11.3133 0.0942556
|
||||
192.000 11.2891 0.0947141 11.1743 0.0942119
|
||||
193.000 11.5836 0.0929899 11.1667 0.0942004
|
||||
194.000 11.2664 0.0935554 11.3246 0.0941764
|
||||
195.000 12.2846 0.0909019 11.2522 0.0941263
|
||||
196.000 11.9529 0.0915996 11.3115 0.0939087
|
||||
197.000 12.0606 0.0915574 11.2917 0.0936196
|
||||
198.000 11.4087 0.0937190 11.5174 0.0933944
|
||||
199.000 11.3703 0.0936658 11.4705 0.0933883
|
||||
10
inputfiles/HST1367_i_7647
Normal file
10
inputfiles/HST1367_i_7647
Normal file
@ -0,0 +1,10 @@
|
||||
2
|
||||
data/STORM_III/lightcurves/Δt≔0.01/HST1367.lc 0
|
||||
data/STORM_III/lightcurves/Δt≔0.01/i_7647.lc 0
|
||||
8 0.005 0.019 0.0425 0.07 0.11 0.17 0.24 0.4 0.603
|
||||
0
|
||||
1 1 1 0.49 0.42 0.30 0.36 1.2 -0.60 -0.89 -0.72 2.39 -0.74 -1.5 -1 -3.1 -1.3 -2.3 -2 -1.9 -1.6 -2.6 -2 -1.3 -1.8 -2.6 -1.2 0 -2 -2.7 -1.3 0.63
|
||||
0:0 0
|
||||
0
|
||||
0
|
||||
100 50 50 mcmc.dat
|
||||
10
inputfiles/calibration/calibration_2bins
Normal file
10
inputfiles/calibration/calibration_2bins
Normal file
@ -0,0 +1,10 @@
|
||||
2
|
||||
data/calibration/lc_drive.dat 0
|
||||
data/calibration/lc_1.dat 0
|
||||
2 5e-3 5e-2 5e-1
|
||||
0
|
||||
1 1 1 1 1 1 1 1
|
||||
0:1 1
|
||||
0
|
||||
0
|
||||
100 50 50 mcmc.dat
|
||||
@ -1,5 +1,5 @@
|
||||
2
|
||||
data/calibration/lc_drive.dat
|
||||
data/calibration/lc_drive.dat 0
|
||||
data/calibration/lc_1.dat 0
|
||||
3 5e-3 1e-2 5e-2 5e-1
|
||||
0
|
||||
10
inputfiles/calibration/calibration_final
Normal file
10
inputfiles/calibration/calibration_final
Normal file
@ -0,0 +1,10 @@
|
||||
2
|
||||
data/calibration/lc_drive.dat 0
|
||||
data/calibration/lc_2.dat 0
|
||||
8 0.005 0.019 0.0425 0.07 0.11 0.17 0.24 0.4 0.603
|
||||
0
|
||||
1 1 1 0.49 0.42 0.30 0.36 1.2 -0.60 -0.89 -0.72 2.39 -0.74 -1.5 -1 -3.1 -1.3 -2.3 -2 -1.9 -1.6 -2.6 -2 -1.3 -1.8 -2.6 -1.2 0 -2 -2.7 -1.3 0.63
|
||||
0:0 0
|
||||
0
|
||||
0
|
||||
100 50 50 mcmc.dat
|
||||
9
inputfiles/calibration/calibration_final_onefile
Normal file
9
inputfiles/calibration/calibration_final_onefile
Normal file
@ -0,0 +1,9 @@
|
||||
1
|
||||
data/calibration/lc_drive_2.dat 0
|
||||
8 0.005 0.019 0.0425 0.07 0.11 0.17 0.24 0.4 0.603
|
||||
0
|
||||
1 1 1 0.49 0.42 0.30 0.36 1.2 -0.60 -0.89 -0.72 2.39 -0.74 -1.5 -1 -3.1 -1.3 -2.3 -2 -1.9 -1.6 -2.6 -2 -1.3 -1.8 -2.6 -1.2 0 -2 -2.7 -1.3 0.63
|
||||
0 1
|
||||
0
|
||||
0
|
||||
100 50 50 mcmc.dat
|
||||
@ -1,10 +0,0 @@
|
||||
1
|
||||
../data/calibration/lc_1.dat 0
|
||||
3 1e-5 1e-4 5e-4 1e-3
|
||||
1
|
||||
1 1 1 1 1 1 1 1 1 1 1 1
|
||||
0 1
|
||||
0
|
||||
0
|
||||
100 50 50 mcmc.dat
|
||||
|
||||
134
notes/Fourier Frequencies
Normal file
134
notes/Fourier Frequencies
Normal file
@ -0,0 +1,134 @@
|
||||
|
||||
|
||||
HST1367 time boundaries (days)
|
||||
──────────────────────────────
|
||||
56691.5
|
||||
56865.9
|
||||
|
||||
|
||||
|
||||
|
||||
Fourier Quantification
|
||||
──────────────────────
|
||||
(56865.9 - 56691.5) days = 174.4 days
|
||||
|
||||
1 / (174.4 days) = ~0.00573394495412844037 days⁻¹
|
||||
|
||||
First 27 Frequencies
|
||||
────────────────────
|
||||
Linear Log₁₀
|
||||
0.00573394495412844037 -2.24154648059654841582
|
||||
0.01146788990825688074 -1.94051648493256722061
|
||||
0.01720183486238532111 -1.76442522587688597853
|
||||
0.02293577981651376148 -1.63948648926858602540
|
||||
0.02866972477064220185 -1.54257647626052961104
|
||||
0.03440366972477064222 -1.46339523021290478332
|
||||
0.04013761467889908259 -1.39644844058229158511
|
||||
0.04587155963302752296 -1.33845649360460483018
|
||||
0.05160550458715596333 -1.28730397115722354124
|
||||
0.0573394495412844037 -1.24154648059654841582
|
||||
0.06307339449541284407 -1.20015379543832337508
|
||||
0.06880733944954128444 -1.16236523454892358810
|
||||
0.07454128440366972481 -1.12760312828971164662
|
||||
0.08027522935779816518 -1.09541844491831038990
|
||||
0.08600917431192660555 -1.06545522154086717374
|
||||
0.09174311926605504592 -1.03742649794062363497
|
||||
0.09747706422018348629 -1.01109755921827448728
|
||||
0.10321100917431192666 -0.98627397549324234602
|
||||
0.10894495412844036703 -0.96279287964371945429
|
||||
0.1146788990825688074 -0.94051648493256722061
|
||||
0.12041284403669724777 -0.91932718586262914782
|
||||
0.12614678899082568814 -0.89912379977434217986
|
||||
0.13188073394495412851 -0.87981864457895553696
|
||||
0.13761467889908256888 -0.86133523888494239289
|
||||
0.14334862385321100925 -0.84360647192451080625
|
||||
0.14908256880733944962 -0.82657313262573045141
|
||||
0.15481651376146788999 -0.81018271643756110394
|
||||
|
||||
Calibration Bins
|
||||
────────────────
|
||||
min max binned #
|
||||
0.005 0.019 3
|
||||
0.00573394495412844037 -2.24154648059654841582
|
||||
0.01146788990825688074 -1.94051648493256722061
|
||||
0.01720183486238532111 -1.76442522587688597853
|
||||
0.019 0.0425 4
|
||||
0.02293577981651376148 -1.63948648926858602540
|
||||
0.02866972477064220185 -1.54257647626052961104
|
||||
0.03440366972477064222 -1.46339523021290478332
|
||||
0.04013761467889908259 -1.39644844058229158511
|
||||
0.0425 0.07 5
|
||||
0.04587155963302752296 -1.33845649360460483018
|
||||
0.05160550458715596333 -1.28730397115722354124
|
||||
0.0573394495412844037 -1.24154648059654841582
|
||||
0.06307339449541284407 -1.20015379543832337508
|
||||
0.06880733944954128444 -1.16236523454892358810
|
||||
0.07 0.11 7
|
||||
0.07454128440366972481 -1.12760312828971164662
|
||||
0.08027522935779816518 -1.09541844491831038990
|
||||
0.08600917431192660555 -1.06545522154086717374
|
||||
0.09174311926605504592 -1.03742649794062363497
|
||||
0.09747706422018348629 -1.01109755921827448728
|
||||
0.10321100917431192666 -0.98627397549324234602
|
||||
0.10894495412844036703 -0.96279287964371945429
|
||||
0.11 0.17 8
|
||||
0.1146788990825688074 -0.94051648493256722061
|
||||
0.12041284403669724777 -0.91932718586262914782
|
||||
0.12614678899082568814 -0.89912379977434217986
|
||||
0.13188073394495412851 -0.87981864457895553696
|
||||
0.13761467889908256888 -0.86133523888494239289
|
||||
0.14334862385321100925 -0.84360647192451080625
|
||||
0.14908256880733944962 -0.82657313262573045141
|
||||
0.15481651376146788999 -0.81018271643756110394
|
||||
0.17 0.24 12 (30-41)
|
||||
0.24 0.4 28 (42-69)
|
||||
0.4 0.603 36 (70-105)
|
||||
|
||||
|
||||
Binning Regimes to Try on i band Lightcurve
|
||||
───────────────────────────────────────────
|
||||
With lowest frequency
|
||||
0.0049999999 0.018619375
|
||||
0.018619375 0.044733049
|
||||
0.044733049 0.069336227
|
||||
0.069336227 0.10747115
|
||||
0.10747115 0.16658029
|
||||
0.16658029 0.25819945
|
||||
0.25819945 0.40020915
|
||||
0.40020915 0.62032418
|
||||
|
||||
Next, let’s remove that lowest frequency
|
||||
|
||||
0.0099999998 0.024025000
|
||||
0.024025000 0.037238750
|
||||
0.037238750 0.057720063
|
||||
0.057720063 0.089466098
|
||||
0.089466098 0.13867245
|
||||
0.13867245 0.21494230
|
||||
0.21494230 0.33316057
|
||||
0.33316057 0.51639889
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
56
notes/log
Normal file
56
notes/log
Normal file
@ -0,0 +1,56 @@
|
||||
Week 1:
|
||||
|
||||
Given four papers to read
|
||||
Giving version 1 of the psdlag program
|
||||
spent some time exploring the program
|
||||
mostly read papers
|
||||
|
||||
|
||||
Week 2:
|
||||
Given calibration data in the form of light curves produced by a known transfer function
|
||||
|
||||
Did things, forgot to keep track
|
||||
|
||||
Week 3-4ish:
|
||||
A script has been created to read an output file from psdlag and then plot the source and reprocessed power spectral densities, the cross-correlation power spectral density, and the phase difference between the signals.
|
||||
|
||||
scripts/power_lag_plot.pl
|
||||
|
||||
|
||||
2016-
|
||||
|
||||
|
||||
2016-07-11
|
||||
|
||||
created gnuplot templates for plotting the timelags and power spectrum densities
|
||||
- still need to modify this for points to be evenly spaced in log space
|
||||
|
||||
2016-07-14
|
||||
Ran through results with simple error checking and determined they made sense.
|
||||
Project can continue.
|
||||
|
||||
2016-07-15
|
||||
Determined frequency binning for PSD and timelags:
|
||||
|
||||
0.0049999999 0.018619375
|
||||
0.018619375 0.044733049
|
||||
0.044733049 0.069336227
|
||||
0.069336227 0.10747115
|
||||
0.10747115 0.16658029
|
||||
0.16658029 0.25819945
|
||||
0.25819945 0.40020915
|
||||
0.40020915 0.62032418
|
||||
|
||||
|
||||
|
||||
2016-07-18
|
||||
Ran first MCMC run, need to analyze results
|
||||
|
||||
2016-07-25
|
||||
Determined MC is definitely the way to go, with at least 1000 simulations.
|
||||
|
||||
Setup scripts to run simulations on Thor, one simulation per processor.
|
||||
|
||||
2016-07-26
|
||||
MC giving huge errors. Putting together plots to send to Dr. Zoghbi.
|
||||
|
||||
5
plot.sh
Normal file
5
plot.sh
Normal file
@ -0,0 +1,5 @@
|
||||
#!/usr/bin/env bash
|
||||
|
||||
# This metascript uses the available plotting scripts to produce a list of
|
||||
# document-rady plots.
|
||||
|
||||
10
pres/final_notes
Normal file
10
pres/final_notes
Normal file
@ -0,0 +1,10 @@
|
||||
Intro
|
||||
|
||||
continuum reverberation mapping
|
||||
tradiational approach
|
||||
our approach
|
||||
|
||||
results
|
||||
|
||||
future work
|
||||
|
||||
29
pres/report/report.tex
Normal file
29
pres/report/report.tex
Normal file
@ -0,0 +1,29 @@
|
||||
\begin{abstract}
|
||||
|
||||
\section{Introduction}
|
||||
|
||||
The study of Active Galactic Nuclei (AGN) promises to inform many fields of physical science. As a standard candle, AGN could provide structural information about the universe beyond the supernova horizon, allowing a better measurement of cosmological parameters such as the Expansion Coefficient.
|
||||
|
||||
\subsection{continuing research}
|
||||
|
||||
\endsubsection
|
||||
|
||||
\subsection{Traditional Reverberation Mapping}
|
||||
|
||||
\endsubsection
|
||||
|
||||
\subsection{Maximum Likelihood Method}
|
||||
|
||||
\endsubsection
|
||||
|
||||
\endsection
|
||||
|
||||
\section{Results}
|
||||
|
||||
\endsection
|
||||
|
||||
\section{Future Work}
|
||||
|
||||
\endsection
|
||||
|
||||
|
||||
168
scripts/analyze_lightcurves.sh
Executable file
168
scripts/analyze_lightcurves.sh
Executable file
@ -0,0 +1,168 @@
|
||||
#!/usr/bin/env bash
|
||||
|
||||
timestep="0.1"
|
||||
ref_band='1367Å'
|
||||
# Parameters for HST(𝛌＝1367Å) from MC results
|
||||
refpsd_params="6.533e-02 -9.694e-02 -1.175e+00 -1.525e+00 -2.166e+00 -2.492e+00 -3.258e+00 -9.328e+00"
|
||||
# Parameters for HST(𝛌＝1367Å) from covariance matrix estimates
|
||||
#refpsd_params="7.376e-02 -1.976e-01 -1.182e+00 -1.521e+00 -2.144e+00 -2.503e+00 -3.580e+00 -1.233e+01"
|
||||
|
||||
|
||||
error_type="1"
|
||||
# error types:
|
||||
# 0 for covariance matrix, 1 for likelihood function, 2 for monte carlo
|
||||
case $error_type in
|
||||
"0") err_src="CM";;
|
||||
"1") err_src="LF";;
|
||||
"2") err_src="MC";;
|
||||
esac
|
||||
|
||||
mkdir -p analyses
|
||||
|
||||
host=$1
|
||||
|
||||
if [[ "$(hostname)" == "thor.cs.wmich.edu" ]]
|
||||
then
|
||||
host="thor"
|
||||
fi
|
||||
|
||||
if [[ $host == "thor" ]]
|
||||
then
|
||||
echo Setting up Thor environment.
|
||||
mkdir -p thor
|
||||
mkdir -p thor/arguments
|
||||
if [[ -e thor/submissions ]]; then echo "" >> thor/submissions; fi
|
||||
date >> thor/submissions
|
||||
echo "─────────────────────────────" >> thor/submissions
|
||||
fi
|
||||
|
||||
lc_dir="data/STORM_III/lightcurves/Δt＝${timestep}"
|
||||
echo Using lightcurves in $lc_dir.
|
||||
ref_curve="${lc_dir}/${ref_band}.lc"
|
||||
|
||||
for echo_curve in $lc_dir/*
|
||||
do
|
||||
# Determine band and inputs for band
|
||||
echo_band=$(basename $echo_curve|sed 's@\(.*\)\.lc@\1@')
|
||||
echo -n $(date "+%R")\: Running psdlag for $echo_band against $ref_band.
|
||||
outputfile="analyses/${ref_band}_≺_${echo_band}_{Δt＝${timestep};σ∊${err_src}}"
|
||||
case $echo_band in
|
||||
"4775Å")
|
||||
initial_params="$refpsd_params -9.745e-01 -1.384e+00 -2.748e+00 -3.305e+00 -3.314e+00 -3.389e+00 -4.198e+00 -4.465e+00 -4.700e-01 -7.487e-01 -2.046e+00 -2.428e+00 -2.953e+00 -3.086e+00 -3.761e+00 -4.290e+00 9.862e-02 3.899e-01 8.650e-01 5.516e-01 2.228e-01 9.508e-01 -2.872e-01 9.059e-02"
|
||||
;;
|
||||
"1158Å")
|
||||
initial_params="$refpsd_params 2.504e-01 3.210e-02 -9.091e-01 -1.226e+00 -1.790e+00 -2.227e+00 -2.929e+00 -5.131e+00 1.618e-01 -8.299e-02 -1.045e+00 -1.370e+00 -1.952e+00 -2.338e+00 -3.075e+00 -3.742e+00 -3.301e-02 -7.353e-02 -7.112e-02 -5.938e-02 -4.394e-02 -1.756e-01 -2.617e-01 -1.425e-01"
|
||||
;;
|
||||
"1367Å")
|
||||
initial_params="$refpsd_params 6.534e-02 -9.689e-02 -1.175e+00 -1.525e+00 -2.167e+00 -2.492e+00 -3.258e+00 -1.115e+01 6.378e-02 -9.676e-02 -1.181e+00 -1.520e+00 -2.180e+00 -2.532e+00 -3.129e+00 -3.794e+00 -8.535e-05 -5.126e-04 -4.066e-04 1.080e-03 -2.682e-03 -5.462e-03 -2.209e-02 1.564e-01"
|
||||
;;
|
||||
"1479Å")
|
||||
initial_params="$refpsd_params 0.2e+00 -0.2e+00 -1.0e+00 -1.500e+00 -2.0e+00 -2.6e+00 -3.4e+00 -6e+00 9.340e-02 -8.842e-02 -1.173e+00 -1.512e+00 -2.113e+00 -2.547e+00 -3.178e+00 -7.000e+00 -6.035e-02 2.044e-02 1.258e-01 5.764e-02 2.580e-02 -4.737e-02 9.579e-02 6.411e-01"
|
||||
;;
|
||||
"1746Å")
|
||||
initial_params="$refpsd_params 3.934e-02 -1.638e-01 -1.339e+00 -1.655e+00 -2.232e+00 -2.793e+00 -4.025e+00 -1.072e+01 5.043e-02 -1.304e-01 -1.254e+00 -1.587e+00 -2.207e+00 -2.693e+00 -3.209e+00 -3.820e+00 3.040e-02 2.438e-02 1.450e-01 1.458e-01 1.772e-01 2.076e-01 -1.390e-01 3.929e-01"
|
||||
;;
|
||||
"7647Å")
|
||||
initial_params="$refpsd_params -1.510e+00 -1.872e+00 -3.441e+00 -3.722e+00 -4.794e+00 -4.336e+00 -4.644e+00 -5.061e+00 -7.402e-01 -9.967e-01 -2.393e+00 -2.723e+00 -3.701e+00 -3.742e+00 -4.317e+00 -4.979e+00 2.638e-01 7.095e-01 1.297e+00 1.035e+00 9.267e-01 8.982e-01 7.318e-01 9.092e-01"
|
||||
;;
|
||||
"8560Å")
|
||||
initial_params="$refpsd_params -1.497e+00 -1.786e+00 -3.555e+00 -4.203e+00 -3.826e+00 -4.096e+00 -4.304e+00 -1.109e+01 -7.542e-01 -9.532e-01 -2.397e+00 -3.214e+00 -3.008e+00 -3.489e+00 -4.353e+00 -4.061e+00 1.675e-01 7.660e-01 1.781e+00 1.971e+00 6.572e-01 8.520e-01 2.405e+00 -1.573e-01"
|
||||
;;
|
||||
"6175Å")
|
||||
initial_params="$refpsd_params -1.372e+00 -1.786e+00 -3.214e+00 -3.558e+00 -4.416e+00 -4.366e+00 -4.559e+00 -4.586e+00 -6.693e-01 -5.998e+00 -2.390e+00 -2.927e+00 -3.411e+00 -3.731e+00 -3.930e+00 -7.000e+00 2.905e-01 1.835e+00 8.760e-01 1.476e+00 -3.280e-01 1.439e+00 9.464e-02 1.532e+00"
|
||||
;;
|
||||
"6439Å")
|
||||
initial_params="$refpsd_params -1.287e+00 -1.580e+00 -2.879e+00 -3.569e+00 -3.661e+00 -4.471e+00 -3.998e+00 -5.001e+00 -6.583e-01 -6.900e+00 -2.060e+00 -2.727e+00 -2.954e+00 -3.654e+00 -4.406e+00 -5.203e+00 1.448e-01 -1.004e-01 9.754e-01 1.140e+00 9.284e-01 1.116e+00 2.092e+00 8.634e-01"
|
||||
;;
|
||||
#"4392Å")
|
||||
# initial_params="$refpsd_params -5.0e-01 -1.0e+00 -2.7e+00 -3.7e+00 -4.5e+00 -5.5e+00 -6.5e+00 -7.5e+00 -2.515e-01 -6.156e-01 -1.924e+00 -2.417e+00 -3.053e+00 -6.570e+00 -3.450e+00 -6.333e+00 0.027 0.187189 0.39349 0.479216 0.405156 0.313996 0.486696 0.502917"
|
||||
# old params initial_params="$refpsd_params -5.0e-01 -1.0e+00 -2.7e+00 -3.7e+00 -4.5e+00 -5.5e+00 -6.5e+00 -7.5e+00 -2.515e-01 -6.156e-01 -1.924e+00 -2.417e+00 -3.053e+00 -6.570e+00 -3.450e+00 -6.333e+00 7.408e-02 3.089e-01 5.057e-01 4.831e-01 5.779e-01 6.277e-01 4.823e-01 6.110e-01"
|
||||
#;;
|
||||
"3465Å")
|
||||
initial_params="$refpsd_params -3.178e-01 -7.537e-01 -2.402e+00 -2.624e+00 -3.413e+00 -3.834e+00 -1.236e+01 -1.071e+01 -1.376e-01 -4.256e-01 -1.794e+00 -2.123e+00 -2.817e+00 -3.029e+00 -4.139e+00 -7.000e+00 7.840e-02 3.388e-01 6.616e-01 1.349e-01 9.909e-01 8.538e-01 1.397e+00 6.412e-01"
|
||||
;;
|
||||
"5468Å")
|
||||
initial_params="$refpsd_params -8.802e-01 -1.441e+00 -2.883e+00 -4.483e+00 -1.045e+01 -1.041e+01 -1.042e+01 -1.078e+01 -4.161e-01 -7.660e-01 -2.020e+00 -3.201e+00 -2.699e+00 -2.859e+00 -3.653e+00 -5.501e+00 1.900e-02 3.560e-01 1.007e+00 -1.270e+00 1.858e+00 9.302e-01 -1.502e+00 2.653e+00"
|
||||
;;
|
||||
"3471Å")
|
||||
initial_params="$refpsd_params -4.289e-01 -9.017e-01 -2.581e+00 -2.751e+00 -2.764e+00 -3.105e+00 -3.298e+00 -3.870e+00 -1.925e-01 -5.093e-01 -1.923e+00 -2.204e+00 -2.568e+00 -2.768e+00 -3.425e+00 -5.982e+00 1.646e-01 4.376e-01 7.202e-01 9.556e-01 4.856e-01 2.985e-01 -6.801e-01 -2.416e+00"
|
||||
;;
|
||||
"2246Å")
|
||||
initial_params="$refpsd_params -1.003e-01 -5.235e-01 -1.863e+00 -2.159e+00 -2.718e+00 -3.504e+00 -1.139e+01 -4.119e+00 -2.431e-02 -3.121e-01 -1.526e+00 -1.877e+00 -2.455e+00 -2.945e+00 -3.356e+00 -3.602e+00 -1.862e-04 1.380e-01 2.475e-01 3.102e-02 6.040e-01 -1.488e-01 1.171e+00 1.617e+00"
|
||||
;;
|
||||
"2600Å")
|
||||
initial_params="$refpsd_params -2.417e-01 -7.027e-01 -1.998e+00 -2.387e+00 -2.912e+00 -4.026e+00 -1.069e+01 -9.716e+00 -9.867e-02 -4.150e-01 -1.587e+00 -1.963e+00 -2.539e+00 -3.274e+00 -3.460e+00 -6.742e+00 6.734e-02 1.353e-01 3.585e-01 1.587e-01 2.959e-01 1.111e-01 2.364e-01 7.463e-01"
|
||||
;;
|
||||
#"1928Å")
|
||||
# initial_params="$refpsd_params -1.648e-01 -4.974e-01 -1.686e+00 -1.897e+00 -2.600e+00 -2.801e+00 -3.814e+00 -9.888e+00 -6.101e-02 -3.020e-01 -1.433e+00 -1.756e+00 -2.485e+00 -2.799e+00 -3.317e+00 -7.000e+00 4.622e-02 1.473e-01 2.243e-01 1.606e-01 2.365e-01 1.484e-01 8.110e-01 9.689e-01"
|
||||
#;;
|
||||
"5404Å")
|
||||
initial_params="$refpsd_params -1.044e+00 -1.457e+00 -2.848e+00 -2.957e+00 -4.232e+00 -4.052e+00 -4.515e+00 -5.250e+00 -5.026e-01 -7.878e-01 -2.118e+00 -2.276e+00 -3.421e+00 -3.378e+00 -4.224e+00 -4.930e+00 9.142e-02 4.814e-01 8.550e-01 3.929e-01 3.975e-01 5.311e-01 -1.203e-01 -2.905e+00"
|
||||
;;
|
||||
"9157Å")
|
||||
initial_params="$refpsd_params -1.852e+00 -2.156e+00 -3.798e+00 -4.146e+00 -4.577e+00 -4.338e+00 -4.672e+00 -5.230e+00 -9.339e-01 -1.131e+00 -2.536e+00 -3.031e+00 -4.060e+00 -3.801e+00 -4.139e+00 -5.151e+00 2.445e-01 8.131e-01 1.621e+00 1.460e+00 2.909e-01 6.991e-01 -5.831e-01 -2.921e-01"
|
||||
;;
|
||||
*)
|
||||
echo -n " Unknown band: using default parameters."
|
||||
initial_params="$refpsd_params -9.745e-01 -1.384e+00 -2.748e+00 -3.305e+00 -3.314e+00 -3.389e+00 -4.198e+00 -4.465e+00 -4.700e-01 -7.487e-01 -2.046e+00 -2.428e+00 -2.953e+00 -3.086e+00 -3.761e+00 -4.290e+00 9.862e-02 3.899e-01 8.650e-01 5.516e-01 2.228e-01 9.508e-01 -2.872e-01 9.059e-02"
|
||||
;;
|
||||
esac
|
||||
|
||||
# Write temporary input file
|
||||
echo "2" > tmp.psdlagargs
|
||||
echo "$ref_curve 0" >> tmp.psdlagargs
|
||||
echo "$echo_curve 0" >> tmp.psdlagargs
|
||||
echo "8 0.0049999999 0.018619375 0.044733049 0.069336227 0.10747115 0.16658029 0.25819945 0.40020915 0.62032418" >> tmp.psdlagargs
|
||||
echo "0" >> tmp.psdlagargs
|
||||
echo "$initial_params" >> tmp.psdlagargs
|
||||
echo "0:0 0" >> tmp.psdlagargs
|
||||
echo $error_type >> tmp.psdlagargs
|
||||
echo "0" >> tmp.psdlagargs
|
||||
# Use 10x num vars for walkers
|
||||
echo -n "1000 50 400 mcmc_${echo_band}.dat" >> tmp.psdlagargs
|
||||
|
||||
# Run psdlag with inputs
|
||||
if [[ $host == "thor" || "$(hostname)" == "thor.cs.wmich.edu" ]]
|
||||
then
|
||||
echo_band_noUTF=$(echo $echo_band|
|
||||
#sed 's|𝛌||g'|
|
||||
#sed 's|(|_|g'|
|
||||
#sed 's|)|_|g'|
|
||||
sed 's|＝||g'|
|
||||
sed 's|Å|A|g')
|
||||
outputfile_noUTF=$(echo $outputfile|
|
||||
#sed 's|𝛌||g'|
|
||||
#sed 's|(|_|g'|
|
||||
#sed 's|)|_|g'|
|
||||
sed 's|＝||g'|
|
||||
sed 's|[{}]|_|g'|
|
||||
sed 's|;|_|'|
|
||||
sed 's|Å|A|g'|
|
||||
sed 's|_≺_|_|g'|
|
||||
sed 's|σ∊|err|')
|
||||
if [[ -e $outputfile_noUTF ]]
|
||||
then
|
||||
echo -n " Analysis already exists; skipping."
|
||||
else
|
||||
argsfile="thor/arguments/$echo_band_noUTF.args"
|
||||
submitscript="thor/${echo_band_noUTF}.pbs"
|
||||
cp tmp.psdlagargs $argsfile
|
||||
cat scripts/templates/thor_submit.pbs|
|
||||
sed "s@%NAME%@psdlag_${echo_band_noUTF}@g"|
|
||||
sed "s@%ARGSFILE%@${argsfile}@g"|
|
||||
sed "s@%ROOTDIR%@$(pwd)@g"|
|
||||
sed "s@%OUTPUTFILE%@${outputfile_noUTF}@g" > $submitscript
|
||||
cd thor
|
||||
qsub $(basename $submitscript) >> submissions
|
||||
cd ..
|
||||
fi
|
||||
else
|
||||
if [[ -e $outputfile ]]
|
||||
then
|
||||
echo -n " Analysis already exists; skipping."
|
||||
else
|
||||
time bin/psdlag tmp.psdlagargs > $outputfile
|
||||
fi
|
||||
fi
|
||||
echo ""
|
||||
done
|
||||
286
scripts/create_tables.pl
Executable file
286
scripts/create_tables.pl
Executable file
@ -0,0 +1,286 @@
|
||||
#!/usr/bin/env perl
|
||||
|
||||
|
||||
use utf8;
|
||||
use Encode qw(encode decode);
|
||||
use feature 'say';
|
||||
use locale;
|
||||
use Switch;
|
||||
|
||||
use constant PI => 4 * atan2(1, 1);
|
||||
|
||||
# Enables various levels of output.
|
||||
our $verbose=1;
|
||||
our $debug=0;
|
||||
|
||||
|
||||
# This section locates the output data of interest in a
|
||||
# psdlab output file.
|
||||
if (!${^UTF8LOCALE}) {
|
||||
say encode($charset,"You are not using UTF-8 encoding. :(");
|
||||
}
|
||||
my $charset=$ENV{LANG};
|
||||
our $outputfilename=decode($charset,$ARGV[0]);
|
||||
open $outputfile,'<',$outputfilename or die $!;
|
||||
|
||||
my $star_linenum_1=0;
|
||||
my $star_linenum_2=0;
|
||||
my $star_bytenum_1=0;
|
||||
my $star_bytenum_2=0;
|
||||
|
||||
my $linenum=0;
|
||||
while(<$outputfile>) {
|
||||
$linenum++;
|
||||
if ($_ =~ /^\*+$/) {
|
||||
$star_linenum_1=$star_linenum_2;
|
||||
$star_linenum_2 = $linenum;
|
||||
$star_bytenum_1=$star_bytenum_2;
|
||||
#$star_bytenum_2 = $outputfile.tell();
|
||||
$star_bytenum_2 = tell($outputfile);
|
||||
}
|
||||
}
|
||||
if ($debug) {
|
||||
say encode($charset,"Final set found between lines "),
|
||||
$star_linenum_1,
|
||||
" and ",
|
||||
$star_linenum_2;
|
||||
|
||||
say encode($charset,"Final set found between bytes "),
|
||||
$star_bytenum_1,
|
||||
" and ",
|
||||
$star_bytenum_2;
|
||||
}
|
||||
seek($outputfile,$star_bytenum_1,0);
|
||||
<$outputfile>;
|
||||
$bin_bounds_line = <$outputfile>;
|
||||
#say $bin_bounds_line;
|
||||
$bin_bounds_line =~ s/^#\s*(.*)$/$1/;
|
||||
#$line =~ /
|
||||
@bin_bounds = split /\s/,$bin_bounds_line;
|
||||
if ($debug) {
|
||||
print encode($charset,"Found bin boundaries: ");
|
||||
foreach (@bin_bounds) {print encode($charset,"$_ ");}
|
||||
say encode($charset," ");
|
||||
}
|
||||
|
||||
|
||||
|
||||
# This captures the frequency bins.
|
||||
our %function_bin = ();
|
||||
|
||||
my $upper_bound = 0;
|
||||
my $lower_bound = 0;
|
||||
foreach (@bin_bounds) {
|
||||
$lower_bound = $upper_bound;
|
||||
$upper_bound = $_;
|
||||
if ($lower_bound == 0) {next}
|
||||
my $μ = ($upper_bound + $lower_bound)/2;
|
||||
my $Δ = ($upper_bound - $lower_bound)/2;
|
||||
#say ($μ,":",$Δ);
|
||||
# push(@freq_coords_mean,$μ);
|
||||
# push(@freq_coords_err,$Δ);
|
||||
$function_bin{$μ} = {"Δ" => $Δ};
|
||||
}
|
||||
|
||||
$numbins = keys %function_bin;
|
||||
say encode($charset,"$numbins frequency bins captured in output.");
|
||||
|
||||
if($verbose) {
|
||||
say encode($charset,"freq μ freq σ");
|
||||
while (each %function_bin ) {
|
||||
say encode($charset,
|
||||
sprintf("%f %f",$_,$function_bin{$_}{"Δ"}));
|
||||
}
|
||||
}
|
||||
|
||||
|
||||
|
||||
|
||||
=pod
|
||||
|
||||
This section collects the various quantities. The mode counter
|
||||
increments to designate the data being captured.
|
||||
|
||||
=cut
|
||||
|
||||
if ($verbose) {
|
||||
say encode($charset,"");
|
||||
say encode($charset,
|
||||
" New Curve -- Reference Curve PSD");
|
||||
say encode($charset,
|
||||
"──────────────────────────────────────────────────");
|
||||
}
|
||||
|
||||
foreach ( sort { $a <=> $b } keys %function_bin ) {
|
||||
my $μ = my $σ = <$outputfile>;
|
||||
$μ =~ s/^([\-\+e0-9\.]+)+\s+[\-\+e0-9\.]+\s*$/$1/;
|
||||
$σ =~ s/^[\-\+e0-9\.]+\s+([\-\+e0-9\.]+)\s*$/$1/;
|
||||
# if ($μ<0) {
|
||||
# $μ = abs($μ);
|
||||
# $function_bin{$_}{"φdiff_μ"} = PI;
|
||||
# }
|
||||
$function_bin{$_}{"ref_PSD_μ"} = $μ;
|
||||
$function_bin{$_}{"ref_PSD_σ"} = $σ;
|
||||
if ($verbose) {
|
||||
say encode($charset,
|
||||
"freq = " .
|
||||
sprintf('%.3f',$_) .
|
||||
": μ = " .
|
||||
sprintf('%10.3e',$μ) .
|
||||
"; σ = " .
|
||||
sprintf('%10.3e',$σ));
|
||||
}
|
||||
}
|
||||
|
||||
if ($verbose) {
|
||||
say encode($charset,"");
|
||||
say encode($charset,
|
||||
" New Curve -- Reverberating Curve PSD");
|
||||
say encode($charset,
|
||||
"──────────────────────────────────────────────────");
|
||||
}
|
||||
foreach ( sort { $a <=> $b } keys %function_bin ) {
|
||||
my $μ = my $σ = <$outputfile>;
|
||||
$μ =~ s/^([\-\+e0-9\.]+)+\s+[\-\+e0-9\.]+\s*$/$1/;
|
||||
$σ =~ s/^[\-\+e0-9\.]+\s+([\-\+e0-9\.]+)\s*$/$1/;
|
||||
# if ($μ<0) {
|
||||
# $μ = abs($μ);
|
||||
# $function_bin{$_}{"φdiff_μ"} = PI;
|
||||
# }
|
||||
$function_bin{$_}{"echo_PSD_μ"} = $μ;
|
||||
$function_bin{$_}{"echo_PSD_σ"} = $σ;
|
||||
if ($verbose) {
|
||||
say encode($charset,
|
||||
"freq = " .
|
||||
sprintf('%.3f',$_) .
|
||||
": μ = " .
|
||||
sprintf('%10.3e',$μ) .
|
||||
"; σ = " .
|
||||
sprintf('%10.3e',$σ));
|
||||
}
|
||||
}
|
||||
|
||||
|
||||
if ($verbose) {
|
||||
say encode($charset,"");
|
||||
say encode($charset,
|
||||
" New Curve -- Cross Spectrum PSD");
|
||||
say encode($charset,
|
||||
"──────────────────────────────────────────────────");
|
||||
}
|
||||
foreach ( sort { $a <=> $b } keys %function_bin ) {
|
||||
my $μ = my $σ = <$outputfile>;
|
||||
$μ =~ s/^([\-\+e0-9\.]+)+\s+[\-\+e0-9\.]+\s*$/$1/;
|
||||
$σ =~ s/^[\-\+e0-9\.]+\s+([\-\+e0-9\.]+)\s*$/$1/;
|
||||
# if ($μ<0) {
|
||||
# $μ = abs($μ);
|
||||
# $function_bin{$_}{"φdiff_μ"} = PI;
|
||||
# }
|
||||
$function_bin{$_}{"crsspctrm_PSD_μ"} = $μ;
|
||||
$function_bin{$_}{"crsspctrm_PSD_σ"} = $σ;
|
||||
if ($verbose) {
|
||||
say encode($charset,
|
||||
"freq = " .
|
||||
sprintf('%.3f',$_) .
|
||||
": μ = " .
|
||||
sprintf('%10.3e',$μ) .
|
||||
"; σ = " .
|
||||
sprintf('%10.3e',$σ));
|
||||
}
|
||||
}
|
||||
|
||||
if ($verbose) {
|
||||
say encode($charset,"");
|
||||
say encode($charset,
|
||||
" New Curve -- Phase Difference φ");
|
||||
say encode($charset,
|
||||
"──────────────────────────────────────────────────");
|
||||
}
|
||||
foreach ( sort { $a <=> $b } keys %function_bin ) {
|
||||
my $μ = my $σ = <$outputfile>;
|
||||
$μ =~ s/^([\-\+e0-9\.]+)+\s+[\-\+e0-9\.]+\s*$/$1/;
|
||||
$σ =~ s/^[\-\+e0-9\.]+\s+([\-\+e0-9\.]+)\s*$/$1/;
|
||||
if (exists $function_bin{$_}{"φdiff_μ"}) {
|
||||
$μ = $function_bin{$_}{"φdiff_μ"} + $μ;
|
||||
}
|
||||
$function_bin{$_}{"φdiff_μ"} = $μ;
|
||||
$function_bin{$_}{"φdiff_σ"} = $σ;
|
||||
if ($verbose) {
|
||||
say encode($charset,
|
||||
"freq = " .
|
||||
sprintf('%.3f',$_) .
|
||||
": μ = " .
|
||||
sprintf('%10.3e',$μ) .
|
||||
"; σ = " .
|
||||
sprintf('%10.3e',$σ));
|
||||
}
|
||||
$μ = $μ/(2*PI*$_);
|
||||
$σ = $σ/(2*PI*$_);
|
||||
$function_bin{$_}{"timelag_μ"} = $μ;
|
||||
$function_bin{$_}{"timelag_σ"} = $σ;
|
||||
if ($verbose) {
|
||||
say encode($charset,
|
||||
" timelag: μ = " .
|
||||
sprintf('%10.3e',$μ) .
|
||||
"; σ = " .
|
||||
sprintf('%10.3e',$σ)) .
|
||||
"\n";
|
||||
}
|
||||
}
|
||||
|
||||
say encode($charset,"");
|
||||
|
||||
if($debug) {
|
||||
while (each %function_bin ) {
|
||||
print encode($charset,$_ . ": ");
|
||||
while ( my ($key,$value) = each %{$function_bin{$_}} ) {
|
||||
print encode($charset,$key . " => " . $value . "; ");
|
||||
}
|
||||
say encode($charset,"");
|
||||
}
|
||||
}
|
||||
|
||||
close($outputfile);
|
||||
|
||||
open($datafile,'>',"tmp.refPSD") or die $!;
|
||||
while( each %function_bin) {
|
||||
say $datafile
|
||||
$_ . " " .
|
||||
$function_bin{$_}{"ref_PSD_μ"} . " " .
|
||||
$function_bin{$_}{"Δ"} . " " .
|
||||
$function_bin{$_}{"ref_PSD_σ"};
|
||||
}
|
||||
close($datafile);
|
||||
|
||||
open($datafile,'>',"tmp.echoPSD") or die $!;
|
||||
while( each %function_bin) {
|
||||
say $datafile
|
||||
$_ . " " .
|
||||
$function_bin{$_}{"echo_PSD_μ"} . " " .
|
||||
$function_bin{$_}{"Δ"} . " " .
|
||||
$function_bin{$_}{"echo_PSD_σ"};
|
||||
}
|
||||
close($datafile);
|
||||
|
||||
open($datafile,'>',"tmp.crsspctrmPSD") or die $!;
|
||||
while( each %function_bin) {
|
||||
say $datafile
|
||||
$_ . " " .
|
||||
$function_bin{$_}{"crsspctrm_PSD_μ"} . " " .
|
||||
$function_bin{$_}{"Δ"} . " " .
|
||||
$function_bin{$_}{"crsspctrm_PSD_σ"};
|
||||
}
|
||||
close($datafile);
|
||||
|
||||
open($datafile,'>',"tmp.timelag") or die $!;
|
||||
while( each %function_bin) {
|
||||
say $datafile
|
||||
$_ . " " .
|
||||
$function_bin{$_}{"timelag_μ"} . " " .
|
||||
$function_bin{$_}{"Δ"} . " " .
|
||||
$function_bin{$_}{"timelag_σ"};
|
||||
}
|
||||
close($datafile);
|
||||
|
||||
|
||||
#open($datafile,'>',"tmp.echoPSD") or die $!;
|
||||
13
scripts/fix_swapped_names.sh
Executable file
13
scripts/fix_swapped_names.sh
Executable file
@ -0,0 +1,13 @@
|
||||
#!/usr/bin/env bash
|
||||
|
||||
for analysis in analyses/*
|
||||
do
|
||||
# Grab and determine labels of analyses
|
||||
ref_band=$(basename $analysis|sed 's|[^≻]*_≻_\([^≻_]*\)_[^_]*_[^_]*|\1|')
|
||||
echo_band=$(basename $analysis|sed 's|\([^≻]*\)_≻_[^≻_]*_[^_]*_[^_]*|\1|')
|
||||
timestep_str=$(basename $analysis|sed 's|[^≻]*_≻_[^≻_]*_\([^_]*\)_σ∊[CLM][MFC]|\1|')
|
||||
err_str=$(basename $analysis|sed 's|[^≻]*_≻_[^≻_]*_[^_]*_\(σ∊[CLM][MFC]\)|\1|')
|
||||
|
||||
newname="${ref_band}_≺_${echo_band}_${timestep_str}_${err_str}"
|
||||
mv $analysis analyses/$newname
|
||||
done
|
||||
22
scripts/fix_thor_names.sh
Executable file
22
scripts/fix_thor_names.sh
Executable file
@ -0,0 +1,22 @@
|
||||
#!/usr/bin/env bash
|
||||
|
||||
|
||||
for analysis in analyses/*A_*
|
||||
do
|
||||
if [[ $analysis == "analyses/*A_*" ]]; then continue; fi
|
||||
echo Restoring unicode characters to $analysis.
|
||||
new_name=$(basename $analysis|
|
||||
#sed 's|_\([0-9]\+\)|\(𝛌＝\1|g'|
|
||||
sed 's|_|≺|'|
|
||||
sed 's|A|Å|'|
|
||||
sed 's|A_|Å%|'|
|
||||
sed 's|_|{|'|
|
||||
sed 's|_|;|'|
|
||||
sed 's|_||g'|
|
||||
#sed 's|_|}|'|
|
||||
sed 's|≺|_≺_|'|
|
||||
sed 's|Å%|Å_|'|
|
||||
sed 's|Δt|Δt＝|'|
|
||||
sed 's|err|σ∊|')}
|
||||
mv $analysis analyses/$new_name
|
||||
done
|
||||
74
scripts/gaussian_fit.py
Normal file
74
scripts/gaussian_fit.py
Normal file
@ -0,0 +1,74 @@
|
||||
import numpy as np
|
||||
from astropy.modeling import models, fitting
|
||||
|
||||
# Using Models
|
||||
|
||||
# The astropy.modeling package defines a number of models that are collected under a single namespace as astropy.modeling.models. Models behave like parametrized functions:
|
||||
|
||||
from astropy.modeling import models
|
||||
g = models.Gaussian1D(amplitude=1.2, mean=0.9, stddev=0.5)
|
||||
print(g)
|
||||
# Model: Gaussian1D
|
||||
# Inputs: ('x',)
|
||||
# Outputs: ('y',)
|
||||
# Model set size: 1
|
||||
# Parameters:
|
||||
# amplitude mean stddev
|
||||
# --------- ---- ------
|
||||
# 1.2 0.9 0.5
|
||||
#
|
||||
# Model parameters can be accessed as attributes:
|
||||
|
||||
g.amplitude
|
||||
# Parameter('amplitude', value=1.2)
|
||||
g.mean
|
||||
# Parameter('mean', value=0.9)
|
||||
g.stddev
|
||||
# Parameter('stddev', value=0.5)
|
||||
|
||||
# and can also be updated via those attributes:
|
||||
|
||||
g.amplitude = 0.8
|
||||
g.amplitude
|
||||
# Parameter('amplitude', value=0.8)
|
||||
|
||||
# Models can be evaluated by calling them as functions:
|
||||
|
||||
g(0.1)
|
||||
# 0.22242984036255528
|
||||
g(np.linspace(0.5, 1.5, 7))
|
||||
# array([ 0.58091923, 0.71746405, 0.7929204 , 0.78415894, 0.69394278,
|
||||
# 0.54952605, 0.3894018 ])
|
||||
|
||||
|
||||
|
||||
import numpy as np
|
||||
import matplotlib.pyplot as plt
|
||||
from astropy.modeling import models, fitting
|
||||
|
||||
# Generate fake data
|
||||
np.random.seed(0)
|
||||
x = np.linspace(-5., 5., 200)
|
||||
y = 3 * np.exp(-0.5 * (x - 1.3)**2 / 0.8**2)
|
||||
y += np.random.normal(0., 0.2, x.shape)
|
||||
|
||||
# Fit the data using a box model
|
||||
t_init = models.Trapezoid1D(amplitude=1., x_0=0., width=1., slope=0.5)
|
||||
fit_t = fitting.LevMarLSQFitter()
|
||||
t = fit_t(t_init, x, y)
|
||||
|
||||
# Fit the data using a Gaussian
|
||||
g_init = models.Gaussian1D(amplitude=1., mean=0, stddev=1.)
|
||||
fit_g = fitting.LevMarLSQFitter()
|
||||
g = fit_g(g_init, x, y)
|
||||
|
||||
# Plot the data with the best-fit model
|
||||
plt.figure(figsize=(8,5))
|
||||
plt.plot(x, y, 'ko')
|
||||
plt.plot(x, t(x), label='Trapezoid')
|
||||
plt.plot(x, g(x), label='Gaussian')
|
||||
plt.xlabel('Position')
|
||||
plt.ylabel('Flux')
|
||||
plt.legend(loc=2)
|
||||
|
||||
plt.show()
|
||||
88
scripts/heasoft_to_psdlag.pl
Executable file
88
scripts/heasoft_to_psdlag.pl
Executable file
@ -0,0 +1,88 @@
|
||||
#!/usr/bin/env perl
|
||||
|
||||
use feature say;
|
||||
use utf8;
|
||||
|
||||
# reads (stdin) a heasoft data set (single filter) as compiled circa 2016 by Cackett @ WSU
|
||||
# outputs (stdout) a lightcurve in psdlag circa 2016 Zoghbi @ UMY input format
|
||||
|
||||
# smallest time interval.
|
||||
my $Δt = 0.1;
|
||||
# normalization factor based on inspection of data
|
||||
my $flux_norm = 1e14;
|
||||
|
||||
# This sets up the capture widths for rounding
|
||||
# Add two because need to read more digits for rounding
|
||||
$keep_digits = -1 * log10($Δt) + 2;
|
||||
$throw_digits = 5 - $keep_digits;
|
||||
|
||||
# Skip first line -- shouldn't need this for a single filter
|
||||
<>;
|
||||
|
||||
#Start file Δt and with number of light curves (1)
|
||||
my $linetoprint="# $Δt 1";
|
||||
|
||||
my $num_avg = 0;
|
||||
while (<>) {
|
||||
$_ =~ /^.{8}\s+([0-9]{4})\s+([0-9]{5})\.([0-9]{$keep_digits})[0-9]{$throw_digits}(.*)/;
|
||||
# wavelength/label, characteristic, mantissa, everything else
|
||||
($λ, $t𝓃, $t𝜀, $vals) = ($1,$2,$3,$4);
|
||||
|
||||
# Round t according to Δt
|
||||
if (!(chop($t𝜀) == 0) + chop($t𝜀) > 5) {$t𝜀++;}
|
||||
if ($t𝜀 >= (1/$Δt)) {
|
||||
$t𝓃 += 1;
|
||||
$t𝜀 = 0;
|
||||
}
|
||||
if ($Δt >= 1) { $t𝜀 = 0; }
|
||||
|
||||
# Print all values for this line
|
||||
# say "$λ\t$t𝓃.$t𝜀$vals";
|
||||
|
||||
# Compile variables for this line
|
||||
($flux_μ,$flux_σ,$mag_μ,$mag_σ,$telescope_id) = split ' ',$vals;
|
||||
$flux_μ *= $flux_norm;
|
||||
$flux_σ *= $flux_norm;
|
||||
|
||||
# Print light curve for psdlag
|
||||
# This mess to average measurements occuring at the same time coordinate
|
||||
$this_t = "$t𝓃.$t𝜀";
|
||||
if ($this_t == $last_t) {
|
||||
if ($heap_count == 1) {
|
||||
if ( $linetoprint =~ /([0-9\.]+)\s+([0-9e\-\.]+)\s+([0-9e\-\.]+)/ ) {
|
||||
our $new_flux_μ = $flux_μ + $2;
|
||||
# Could just take the max error
|
||||
# $new_flux_σ = max($flux_σ,$3);
|
||||
# Average error seems fair
|
||||
our $new_flux_σ = $flux_σ + $3;
|
||||
$num_avg++;
|
||||
}
|
||||
else { die "Malformed data"; }
|
||||
}
|
||||
else {
|
||||
$new_flux_μ += $flux_μ;
|
||||
$new_flux_σ += $flux_σ;
|
||||
}
|
||||
$heap_count++;
|
||||
}
|
||||
else {
|
||||
if ($heap_count > 1) {
|
||||
$new_flux_μ /= $heap_count;
|
||||
$new_flux_σ /= $heap_count;
|
||||
$linetoprint="$last_t $new_flux_μ $new_flux_σ";
|
||||
our $heap_count = 1;
|
||||
}
|
||||
say $linetoprint;
|
||||
$linetoprint = "$this_t $flux_μ $flux_σ";
|
||||
}
|
||||
$last_t = $this_t;
|
||||
}
|
||||
say $linetoprint;
|
||||
|
||||
|
||||
sub max ($$) { $_[$_[0] < $_[1]] }
|
||||
sub min ($$) { $_[$_[0] > $_[1]] }
|
||||
sub log10 {
|
||||
my $n = shift;
|
||||
return log($n)/log(10);
|
||||
}
|
||||
211
scripts/lc_plot.pl
Executable file
211
scripts/lc_plot.pl
Executable file
@ -0,0 +1,211 @@
|
||||
#!/usr/bin/env perl
|
||||
|
||||
|
||||
use utf8;
|
||||
use Encode qw(encode decode);
|
||||
use feature 'say';
|
||||
use locale;
|
||||
use Switch;
|
||||
|
||||
# This needs to be rewritten to plot the lightcurves instead
|
||||
# of the PSD and timelags.
|
||||
|
||||
|
||||
# Enables debug output.
|
||||
our $debug=0;
|
||||
our #verbose=0;
|
||||
|
||||
|
||||
|
||||
# This section locate the output data of interest in a
|
||||
# psdlab output file.
|
||||
if (!${^UTF8LOCALE}) {
|
||||
say encode($charset,"You are not using UTF-8 encoding. :(");
|
||||
}
|
||||
my $charset=$ENV{LANG};
|
||||
our $outputfilename=decode($charset,$ARGV[0]);
|
||||
open $outputfile,'<',$outputfilename or die $!;
|
||||
|
||||
my $star_linenum_1=0;
|
||||
my $star_linenum_2=0;
|
||||
my $star_bytenum_1=0;
|
||||
my $star_bytenum_2=0;
|
||||
|
||||
my $linenum=0;
|
||||
while(<$outputfile>) {
|
||||
$linenum++;
|
||||
if ($_ =~ /^\*+$/) {
|
||||
$star_linenum_1=$star_linenum_2;
|
||||
$star_linenum_2 = $linenum;
|
||||
$star_bytenum_1=$star_bytenum_2;
|
||||
#$star_bytenum_2 = $outputfile.tell();
|
||||
$star_bytenum_2 = tell($outputfile);
|
||||
}
|
||||
}
|
||||
if ($debug) {
|
||||
say encode($charset,"Final set found between lines "),
|
||||
$star_linenum_1,
|
||||
" and ",
|
||||
$star_linenum_2;
|
||||
|
||||
say encode($charset,"Final set found between bytes "),
|
||||
$star_bytenum_1,
|
||||
" and ",
|
||||
$star_bytenum_2;
|
||||
}
|
||||
seek($outputfile,$star_bytenum_1,0);
|
||||
<$outputfile>;
|
||||
$bin_bounds_line = <$outputfile>;
|
||||
#say $bin_bounds_line;
|
||||
$bin_bounds_line =~ s/^#\s*(.*)$/$1/;
|
||||
#$line =~ /
|
||||
@bin_bounds = split /\s/,$bin_bounds_line;
|
||||
if ($debug) {
|
||||
print encode($charset,"Found bin boundaries: ");
|
||||
foreach (@bin_bounds) {print encode($charset,"$_ ");}
|
||||
say encode($charset," ");
|
||||
}
|
||||
|
||||
|
||||
# These arrays store the various quantities of interest.
|
||||
@freq_coords_avg = [];
|
||||
@freq_coords_err = [];
|
||||
@power_curve_source_avg = [];
|
||||
@power_curve_source_err = [];
|
||||
@power_curve_reprocessed_avg = [];
|
||||
@power_curve_reprocessed_err = [];
|
||||
@cross_correlation_power_curve_avg = [];
|
||||
@cross_correlation_power_curve_err = [];
|
||||
@phase_difference_avg = [];
|
||||
@phase_difference_err = [];
|
||||
@time_lag_avg = [];
|
||||
@time_lag_err = [];
|
||||
|
||||
# This captures the frequency bins.
|
||||
my $upper_bound = 0;
|
||||
my $lower_bound = 0;
|
||||
foreach (@bin_bounds) {
|
||||
$lower_bound = $upper_bound;
|
||||
$upper_bound = $_;
|
||||
if ($lower_bound == 0) {next}
|
||||
my $avg = ($upper_bound + $lower_bound)/2;
|
||||
my $err = ($upper_bound - $lower_bound)/2;
|
||||
#say ($avg,":",$err);
|
||||
push(@freq_coords_avg,$avg);
|
||||
push(@freq_coords_err,$err);
|
||||
}
|
||||
|
||||
$numbins = scalar @freq_coords_avg;
|
||||
say encode($charset,"$numbins frequency boundaries captured.");
|
||||
|
||||
|
||||
# This section collects the various quantities. The mode counter
|
||||
# increments to designate the data being captured.
|
||||
my $mode=0;
|
||||
while (<$outputfile>) {
|
||||
next if $_ =~ /\*+/;
|
||||
switch ($mode) {
|
||||
case 0 {
|
||||
my $avg = my $err = $_;
|
||||
$avg =~ s/^([\-\+e0-9\.]+)+\s+[\-\+e0-9\.]+\s*$/$1/;
|
||||
$err =~ s/^[\-\+e0-9\.]+\s+([\-\+e0-9\.]+)\s*$/$1/;
|
||||
if ($debug) {
|
||||
say encode($charset,"");
|
||||
say encode($charset," New Bin");
|
||||
say encode($charset,"─────────────────────────────────────────────────");
|
||||
print encode($charset,"Driving light curve power from $_");
|
||||
say encode($charset,"Average: $avg, Err: $err");
|
||||
}
|
||||
push(@power_curve_source_avg,$avg);
|
||||
push(@power_curve_source_err,$err);
|
||||
$mode++;
|
||||
}
|
||||
case 1 {
|
||||
my $avg = my $err = $_;
|
||||
$avg =~ s/^([\-\+e0-9\.]+)+\s+[\-\+e0-9\.]+\s*$/$1/;
|
||||
$err =~ s/^[\-\+e0-9\.]+\s+([\-\+e0-9\.]+)\s*$/$1/;
|
||||
if ($debug) {
|
||||
print encode($charset,"Reprocessed light curve power from $_");
|
||||
say encode($charset,"Average: $avg, Err: $err");
|
||||
}
|
||||
push(@power_curve_reprocessed_avg,$avg);
|
||||
push(@power_curve_reprocessed_err,$err);
|
||||
$mode++;
|
||||
}
|
||||
case 2 {
|
||||
my $avg = my $err = $_;
|
||||
$avg =~ s/^([\-\+e0-9\.]+)+\s+[\-\+e0-9\.]+\s*$/$1/;
|
||||
$err =~ s/^[\-\+e0-9\.]+\s+([\-\+e0-9\.]+)\s*$/$1/;
|
||||
if ($debug) {
|
||||
print encode($charset,"Cross-Correlation from $_");
|
||||
say encode($charset,"Average: $avg, Err: $err");
|
||||
}
|
||||
push(@cross_correlation_power_curve_avg,$avg);
|
||||
push(@cross_correlation_power_curve_err,$err);
|
||||
$mode++;
|
||||
}
|
||||
case 3 {
|
||||
my $avg = my $err = $_;
|
||||
$avg =~ s/^([\-\+e0-9\.]+)\s+[\-\+e0-9\.]+\s*$/$1/;
|
||||
$err =~ s/^[\-\+e0-9\.]+\s+([\-\+e0-9\.]+)\s*$/$1/;
|
||||
if ($debug) {
|
||||
print encode($charset,"Phase different from $_");
|
||||
say encode($charset,"Average: $avg, Err: $err");
|
||||
}
|
||||
push(@phase_difference_avg,$avg);
|
||||
push(@phase_difference_err,$err);
|
||||
$mode = 0;
|
||||
}
|
||||
} # End switch
|
||||
}
|
||||
|
||||
$numvals = scalar @power_curve_source_avg;
|
||||
say encode($charset,"Saved $numvals sets of quantities.");
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
=pod
|
||||
Tried to set up the program to find the boundaries on its own.
|
||||
Should return to complete the program this way; just a syntax
|
||||
problem.
|
||||
|
||||
#while (<$outputfile>) {say $_;}
|
||||
#while (<$outputfile> =~ /^[^#]+(.*)$/) {}
|
||||
#if (eof($outputfile)) {
|
||||
# say encode($charset,"Could not scrape values of energy bin boundaries.");
|
||||
# exit 9;
|
||||
#}
|
||||
=cut
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
#$thing = <$outputfile>;
|
||||
#say encode($charset,"$thing");
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
# switch ($val) {
|
||||
# case 1 { print encode($charset,"number 1" )}
|
||||
# case "a" { print encode($charset,"string a" )}
|
||||
# case [1..10,42] { print encode($charset,"number in list" )}
|
||||
# case (@array) { print encode($charset,"number in list" )}
|
||||
# case /\w+/ { print encode($charset,"pattern" )}
|
||||
# case qr/\w+/ { print encode($charset,"pattern" )}
|
||||
# case (%hash) { print encode($charset,"entry in hash" )}
|
||||
# case (\%hash) { print encode($charset,"entry in hash" )}
|
||||
# case (\&sub) { print encode($charset,"arg to subroutine" )}
|
||||
# else { print encode($charset,"previous case not true" )}
|
||||
# }
|
||||
83
scripts/plot_MC_against_CM.sh
Executable file
83
scripts/plot_MC_against_CM.sh
Executable file
@ -0,0 +1,83 @@
|
||||
for table in analyses/tables/timelag*MC}.tab
|
||||
do
|
||||
#ref_band=$(basename $table|sed 's|\([^≺]*\)_≺_[^≺_]*_[^_]*_[^_]*\.tab|\1|')
|
||||
#echo_band=$(basename $table|sed 's|[^≺]*_≺_\([^≺_]*\)_[^_]*_[^_]*\.tab|\1|')
|
||||
CMtable=$(echo $table|sed 's|∊MC|∊CM|')
|
||||
|
||||
ref_band=$(basename $table|sed 's|timelag_\([^≺]*\)[_ ]≺[_ ][^≺_ ]*[_ ]{[^_ ]*}.tab|\1|')
|
||||
echo_band=$(basename $table|sed 's|timelag_[^≺]*[_ ]≺[_ ]\([^≺_ ]*\)[_ ]{[^_ ]*}.tab|\1|')
|
||||
if [[ $ref_band == $echo_band ]]; then continue; fi
|
||||
err_str=$(basename $table|sed 's|timelag_[^≺]*[_ ]≺[_ ][^≺_ ]*[_ ]{[^_ ]*\(σ∊[CLM][MFC]\)}.tab|\1|')
|
||||
|
||||
echo Plotting timelag error fit comparison for $echo_band.
|
||||
|
||||
plotfile=analyses/plots/timelag_${echo_band}_error_compare.png
|
||||
|
||||
echo_band_noUTF=$(echo $echo_band|
|
||||
sed 's|𝛌|λ|g'|
|
||||
#sed 's|(|_|g'|
|
||||
#sed 's|)|_|g'|
|
||||
sed 's|＝|=|g'|
|
||||
sed 's|Å|A|g')
|
||||
|
||||
ref_band_noUTF=$(echo $ref_band|
|
||||
sed 's|𝛌|λ|g'|
|
||||
#sed 's|(|_|g'|
|
||||
#sed 's|)|_|g'|
|
||||
sed 's|＝|=|g'|
|
||||
sed 's|Å|A|g')
|
||||
|
||||
cat scripts/templates/timelag_compare.gp|
|
||||
sed "s|%TITLE|Error Fit Comparison for Time Lag of $echo_band|"|
|
||||
sed "s|%SUBTITLE|referred to ${ref_band}, as reported by Fausnaugh et. al, STORM III, 2016|"|
|
||||
sed "s|%FILE1|$table|"|
|
||||
sed "s|%LABEL1|${echo_band} Delay with Monte Carlo Fit|"|
|
||||
sed "s|%FILE2|$CMtable|"|
|
||||
sed "s|%LABEL2|${echo_band} Delay with Covariance Matrix Fit|"|
|
||||
sed "s|%YMIN|$ymin|"|sed "s|%YMAX|$ymax|"|
|
||||
sed "s|%OUTPUTFILE|$plotfile|" > tmp.gp
|
||||
gnuplot tmp.gp
|
||||
|
||||
done
|
||||
|
||||
|
||||
for table in analyses/tables/PSD*MC}.tab
|
||||
do
|
||||
#ref_band=$(basename $table|sed 's|\([^≺]*\)_≺_[^≺_]*_[^_]*_[^_]*\.tab|\1|')
|
||||
#echo_band=$(basename $table|sed 's|[^≺]*_≺_\([^≺_]*\)_[^_]*_[^_]*\.tab|\1|')
|
||||
CMtable=$(echo $table|sed 's|∊MC|∊CM|')
|
||||
|
||||
echo_band=$(basename $table|sed 's|PSD[_ ]\([0-9]\{4\}\)Å[_ ]{[^_ ]*}.tab|\1Å|')
|
||||
if [[ $ref_band == $echo_band ]]; then continue; fi
|
||||
err_str=$(basename $table|sed 's|PSD[ _]\([0-9]\{4\}\)Å[_ ]{[^_ ]*\(σ∊[CLM][MFC]\)}.tab|\1|')
|
||||
|
||||
echo Plotting PSD error fit comparison for $echo_band.
|
||||
|
||||
plotfile=analyses/plots/PSD_${echo_band}_error_compare.png
|
||||
|
||||
echo_band_noUTF=$(echo $echo_band|
|
||||
sed 's|𝛌|λ|g'|
|
||||
#sed 's|(|_|g'|
|
||||
#sed 's|)|_|g'|
|
||||
sed 's|＝|=|g'|
|
||||
sed 's|Å|A|g')
|
||||
|
||||
ref_band_noUTF=$(echo $ref_band|
|
||||
sed 's|𝛌|λ|g'|
|
||||
#sed 's|(|_|g'|
|
||||
#sed 's|)|_|g'|
|
||||
sed 's|＝|=|g'|
|
||||
sed 's|Å|A|g')
|
||||
|
||||
cat scripts/templates/psd_freq.gp|
|
||||
sed "s|%TITLE|Error Fit Comparison for PSD of $echo_band|"|
|
||||
sed "s|%SUBTITLE|as reported by Fausnaugh et. al, STORM III, 2016|"|
|
||||
sed "s|%FILE1|$table|"|
|
||||
sed "s|%LABEL1|${echo_band} PSD with Monte Carlo Fit|"|
|
||||
sed "s|%FILE2|$CMtable|"|
|
||||
sed "s|%LABEL2|${echo_band} PSD with Covariance Matrix Fit|"|
|
||||
sed "s|%YMIN|$ymin|"|sed "s|%YMAX|$ymax|"|
|
||||
sed "s|%OUTPUTFILE|$plotfile|" > tmp.gp
|
||||
gnuplot tmp.gp
|
||||
|
||||
done
|
||||
77
scripts/plot_psdlag.sh
Executable file
77
scripts/plot_psdlag.sh
Executable file
@ -0,0 +1,77 @@
|
||||
#!/usr/bin/env bash
|
||||
|
||||
ywindow_of () {
|
||||
max=0
|
||||
min=-5
|
||||
while read line
|
||||
# for line in $(cat $1)
|
||||
do
|
||||
read xval yval xerr yerr <<< $line
|
||||
echo $xval $yval
|
||||
if (bc <<< "$yval > $max"); then max=$yval; fi
|
||||
if (bc <<< "$yval < $min"); then min=$yval; fi
|
||||
# done
|
||||
done < $1
|
||||
echo $(bc <<< "$min - 0.5") $(bc <<< "$max + 0.5")
|
||||
}
|
||||
|
||||
mkdir -p analyses/tables
|
||||
mkdir -p analyses/plots
|
||||
|
||||
|
||||
# Restore the proper naming conventions for any files stripped
|
||||
# of their unicode characters.
|
||||
scripts/fix_thor_names.sh
|
||||
|
||||
# Create tables and plot the power spectra distributions and time lags.
|
||||
for analysis in analyses/*
|
||||
do
|
||||
# Grab and determine labels of analyses, skip if over the same band.
|
||||
ref_band=$(basename $analysis|sed 's|\([^≺]*\)[_ ]≺[_ ][^≺_ ]*[_ ]{[^_ ]*}|\1|')
|
||||
echo_band=$(basename $analysis|sed 's|[^≺]*[_ ]≺[_ ]\([^≺_ ]*\)[_ ]{[^_ ]*}|\1|')
|
||||
if [[ $ref_band == $echo_band ]]; then continue; fi
|
||||
err_str=$(basename $analysis|sed 's|[^≺]*[_ ]≺[_ ][^≺_ ]*[_ ]{[^_ ]*;\(σ∊[CLM][MFC]\)}|\1|')
|
||||
|
||||
# Prepare files
|
||||
echo "Plotting PSD and time lags for $echo_band, referred to ${ref_band}."
|
||||
echoPSD_tabfile=analyses/tables/PSD_${echo_band}_\{${err_str}\}.tab
|
||||
refPSD_tabfile=analyses/tables/PSD_${ref_band}_\{${err_str}\}.tab
|
||||
timelag_tabfile=analyses/tables/timelag_${ref_band}_≺_${echo_band}_\{${err_str}\}.tab
|
||||
PSD_plotfile=analyses/plots/PSD_${ref_band}_≺_${echo_band}_\{${err_str}\}.png
|
||||
timelag_plotfile=analyses/plots/timelag_${ref_band}_≺_${echo_band}_\{${err_str}\}.png
|
||||
|
||||
# Output curves to temporary files using perl script, move tables to
|
||||
# permanent location. This just assumes there are no conflicts.
|
||||
scripts/create_tables.pl $analysis > /dev/null
|
||||
mv tmp.echoPSD $echoPSD_tabfile
|
||||
mv tmp.refPSD $refPSD_tabfile
|
||||
mv tmp.timelag $timelag_tabfile
|
||||
|
||||
|
||||
# Plot PSD and save using gnuplot
|
||||
# read ymin ymax <<< $(ywindow_of $timelag_tabfile)
|
||||
# echo $ymin $ymax
|
||||
cat scripts/templates/psd_freq.gp|
|
||||
sed "s|%TITLE|Power Spectrum for Lightcurves $echo_band and $ref_band|"|
|
||||
sed "s|%SUBTITLE|as reported by Fausnaugh et. al, STORM III, 2016|"|
|
||||
sed "s|%FILE1|$refPSD_tabfile|"|
|
||||
sed "s|%LABEL1|${ref_band} PSD|"|
|
||||
sed "s|%FILE2|$echoPSD_tabfile|"|
|
||||
sed "s|%LABEL2|${echo_band} PSD|"|
|
||||
sed "s|%YMIN|$ymin|"|sed "s|%YMAX|$ymax|"|
|
||||
sed "s|%OUTPUTFILE|$PSD_plotfile|" > tmp.gp
|
||||
gnuplot tmp.gp
|
||||
|
||||
# Plot time lags and save using gnuplot
|
||||
# read ymin ymax <<< $(ywindow_of $timelag_tabfile)
|
||||
cat scripts/templates/timelag_freq.gp|
|
||||
sed "s|%TITLE|Time Lag for Lightcurve $echo_band relative to $ref_band|"|
|
||||
sed "s|%SUBTITLE|as reported by Fausnaugh et. al, STORM III, 2016|"|
|
||||
sed "s|%FILE1|$timelag_tabfile|"|
|
||||
sed "s|%LABEL1|${echo_band} Lag|"|
|
||||
sed "s|%YMIN|$ymin|"|sed "s|%YMAX|$ymax|"|
|
||||
sed "s|%OUTPUTFILE|$timelag_plotfile|" > tmp.gp
|
||||
gnuplot tmp.gp
|
||||
done
|
||||
|
||||
rm tmp.*
|
||||
12
scripts/prep_lcfiles.sh
Executable file
12
scripts/prep_lcfiles.sh
Executable file
@ -0,0 +1,12 @@
|
||||
#!/usr/bin/env bash
|
||||
|
||||
timestep="0.1"
|
||||
newdir="data/STORM_III/lightcurves/Δt＝${timestep}"
|
||||
mkdir -p $newdir
|
||||
|
||||
for file in data/STORM_III/raw/separated/*
|
||||
do
|
||||
newfile=$(basename $file|sed 's@\(.*\)\.tab@\1.lc@')
|
||||
scripts/heasoft_to_psdlag.pl < $file > ${newdir}/${newfile}
|
||||
echo Processed $file
|
||||
done
|
||||
5688
scripts/spec.py
Normal file
5688
scripts/spec.py
Normal file
File diff suppressed because it is too large
Load Diff
29
scripts/templates/psd_freq.gp
Normal file
29
scripts/templates/psd_freq.gp
Normal file
@ -0,0 +1,29 @@
|
||||
# This method assumes y values are in logarithm units already.
|
||||
|
||||
set terminal pngcairo
|
||||
set output "%OUTPUTFILE"
|
||||
set termoption dash
|
||||
set termopt enhanced
|
||||
|
||||
set title "%TITLE\n{/*0.7 %SUBTITLE}"
|
||||
set xlabel "Temporal Frequency [days^{-1}]"
|
||||
set xrange [0.005:0.620]
|
||||
|
||||
# Use this if you want to show PSD directly on a log axis
|
||||
# set logscale xy
|
||||
# set ylabel "PSD"
|
||||
# set yrange [%YMIN:%YMAX]
|
||||
# plot '%FILE1' using 1:(10**($2+2)):3:4 with xyerrorbars title "%LABEL1", \
|
||||
# '%FILE2' using 1:(10**($2+2)):3:4 with xyerrorbars title "%LABEL2"
|
||||
|
||||
# Use this if you want to show the log value of the PSD
|
||||
set logscale x
|
||||
set ylabel "log_{10} PSD"
|
||||
#set yrange [%YMIN:%YMAX]
|
||||
#set yrange [-5.5:0.5]
|
||||
|
||||
set key outside
|
||||
set key center bottom
|
||||
|
||||
plot '%FILE1' using 1:2:3:4 with xyerrorbars title "%LABEL1", \
|
||||
'%FILE2' using 1:2:3:4 with xyerrorbars title "%LABEL2"
|
||||
9
scripts/templates/thor_submit.pbs
Normal file
9
scripts/templates/thor_submit.pbs
Normal file
@ -0,0 +1,9 @@
|
||||
#!/bin/sh -login
|
||||
#PBS -l mem=64GB
|
||||
#PBS -l nodes=1:ppn=1:research
|
||||
#PBS -l walltime=48:00:00
|
||||
#PBS -N "%NAME%"
|
||||
#PBS -j oe
|
||||
|
||||
cd %ROOTDIR%
|
||||
time ~/psdlag-agn/bin/psdlag '%ROOTDIR%/%ARGSFILE%' > '%ROOTDIR%/%OUTPUTFILE%'
|
||||
22
scripts/templates/timelag_compare.gp
Normal file
22
scripts/templates/timelag_compare.gp
Normal file
@ -0,0 +1,22 @@
|
||||
set terminal pngcairo
|
||||
set termoption dash
|
||||
set termopt enhanced
|
||||
set output "%OUTPUTFILE"
|
||||
set encoding utf8
|
||||
|
||||
set title "%TITLE\n{/*0.7 %SUBTITLE}"
|
||||
set xlabel "Temporal Frequency [days^{-1}]"
|
||||
set xrange [0.005:0.620]
|
||||
set logscale x
|
||||
|
||||
set ylabel "Lag [days]"
|
||||
#set yrange [%YMIN:%YMAX]
|
||||
#set yrange [-5:7]
|
||||
set key outside
|
||||
set key center bottom
|
||||
|
||||
# Draw line at origin
|
||||
set arrow from 0.005,0 to 0.620,0 nohead lt 3 lc rgb 'black'
|
||||
set pointsize 0
|
||||
plot '%FILE1' using 1:2:3:4 with xyerrorbars title "%LABEL1", \
|
||||
"%FILE2" using 1:2:3:4 with xyerrorbars title "%LABEL2"
|
||||
17
scripts/templates/timelag_freq.gp
Normal file
17
scripts/templates/timelag_freq.gp
Normal file
@ -0,0 +1,17 @@
|
||||
set terminal png
|
||||
set termoption dash
|
||||
set output "%OUTPUTFILE"
|
||||
|
||||
set title "%TITLE\n{/*0.7 %SUBTITLE}"
|
||||
set xlabel "Temporal Frequency [days^{-1}]"
|
||||
set xrange [0.005:0.620]
|
||||
set logscale x
|
||||
|
||||
set ylabel "Lag [days]"
|
||||
#set yrange [%YMIN:%YMAX]
|
||||
|
||||
# Draw line at origin
|
||||
set arrow from 0.005,0 to 0.603,0 nohead lt 3 lc rgb 'black'
|
||||
|
||||
|
||||
plot '%FILE1' using 1:2:3:4 with xyerrorbars title "%LABEL1"
|
||||
26
scripts/tophat_fft.pl
Executable file
26
scripts/tophat_fft.pl
Executable file
@ -0,0 +1,26 @@
|
||||
#!/usr/bin/env perl
|
||||
|
||||
use feature say;
|
||||
use utf8;
|
||||
use PDL::FFT;
|
||||
|
||||
my $PI = 3.1415926539;
|
||||
my $N = 64;
|
||||
my ($series, $other_series);
|
||||
for (my $k=0; $k<$N; $k++) {
|
||||
$series->[$k] = sin(4*$k*$PI/$N) + cos(6*$k*$PI/$N);
|
||||
}
|
||||
my $fft = new Math::FFT($series);
|
||||
my $coeff = $fft->rdft();
|
||||
my $spectrum = $fft->spctrm;
|
||||
my $original_data = $fft->invrdft($coeff);
|
||||
|
||||
for (my $k=0; $k<$N; $k++) {
|
||||
$other_series->[$k] = sin(16*$k*$PI/$N) + cos(8*$k*$PI/$N);
|
||||
}
|
||||
my $other_fft = $fft->clone($other_series);
|
||||
my $other_coeff = $other_fft->rdft();
|
||||
my $correlation = $fft->correl($other_fft);
|
||||
|
||||
|
||||
sub top_hat
|
||||
47
src/.smhist
47
src/.smhist
@ -1,47 +0,0 @@
|
||||
data check.dat
|
||||
read f 1
|
||||
read pow 2
|
||||
limits f pow
|
||||
box
|
||||
ptype 10 3
|
||||
points f pow
|
||||
quit
|
||||
data check.dat
|
||||
read f 1
|
||||
read pow 2
|
||||
limits f pow
|
||||
ptype 10 3
|
||||
points f pow
|
||||
box
|
||||
quit
|
||||
data check.dat
|
||||
read f 1
|
||||
read pow 2
|
||||
limits f pow
|
||||
box
|
||||
ptype 10 3
|
||||
points f pow
|
||||
set lgf = log10(f)
|
||||
set lgf = alog10(f)
|
||||
set lgf = lg(f)
|
||||
erase
|
||||
box
|
||||
erase
|
||||
limits lgf pow
|
||||
points lgf pow
|
||||
box
|
||||
erase
|
||||
limits lgf 0. 3.
|
||||
box
|
||||
points lgf pow
|
||||
quit
|
||||
data check.dat
|
||||
read 1 f
|
||||
read f 1
|
||||
read pow 2
|
||||
set lgf = lg(f)
|
||||
limits lgf pow
|
||||
box
|
||||
ptype 10 3
|
||||
points lgf pow
|
||||
quit
|
||||
32
src/README
32
src/README
@ -1,32 +0,0 @@
|
||||
|
||||
|
||||
|
||||
To compile, modify the file makefile to so that libdir and incdir point to where
|
||||
alglib library and header files are installed respectively, then run: make
|
||||
|
||||
|
||||
FILES:
|
||||
- README: this file
|
||||
- makefile: a make file for compiling
|
||||
- main.cpp: the main file, that process the input file, print help message if
|
||||
needed and reads the light curves files. check readLC to see the light curve
|
||||
format.
|
||||
- mod.cpp: contains the class mod, which is a base class that uses the likelihood method. This on its own does nothing, but it is meant to be inherited by others, e.g. psd , lag , lag10
|
||||
etc ... It is here where the likelihood is calculated, and maximized.
|
||||
|
||||
- psd.cpp: a child class of mod to calculate psds. psd10 is similar by it
|
||||
calculate the log10 of psd. This is better than calculating the psd directly.
|
||||
|
||||
- lag.cpp: a child class of mod to calculate cross spectra and phase lags.
|
||||
similar to psd. there is also lag10 that calcualte the log10 of the cross
|
||||
spectrum plus phase lag.
|
||||
|
||||
- psdlag.cpp: a child class of mod to calculate psd and cross spec and phase
|
||||
lag at the same time.
|
||||
|
||||
- inc: contains the header files.
|
||||
|
||||
- inc/mod.hpp: the header for mod.cpp. This file has the Mod class also, which
|
||||
is a class that holds multiple mod's used for fitting multiple light curve
|
||||
simultaneusly, each mod fits for one light curve, and the total log-likelihood
|
||||
is the sum of individual likelihood (i.e. product of probabilities)
|
||||
BIN
src/archive/newsrc.tar
Normal file
BIN
src/archive/newsrc.tar
Normal file
Binary file not shown.
BIN
src/archive/oldsrc.tar
Normal file
BIN
src/archive/oldsrc.tar
Normal file
Binary file not shown.
@ -1,6 +0,0 @@
|
||||
2.5e-5 4.681
|
||||
5.5e-5 3.358
|
||||
8.5e-5 2.911
|
||||
1.5e-4 2.650
|
||||
2.5e-4 1.864
|
||||
3.5e-4 0.605
|
||||
@ -1,6 +0,0 @@
|
||||
1.022e-01 9.694e-01
|
||||
3.260e-01 9.192e-01
|
||||
5.118e-01 9.776e-01
|
||||
3.254e-01 9.269e-01
|
||||
1.000e+00 9.659e-01
|
||||
1.000e+00 9.891e-01
|
||||
@ -8,7 +8,7 @@
|
||||
#ifndef DEF_HPP_
|
||||
#define DEF_HPP_
|
||||
|
||||
#include <ap.h>
|
||||
#include <alglib/ap.h>
|
||||
#include <iostream>
|
||||
#include <iomanip>
|
||||
|
||||
@ -25,7 +25,7 @@ public:
|
||||
int len; double dt; vec lc,lce,t;
|
||||
lcurve(int n=1){t.setlength(n); lc.setlength(n); lce.setlength(n) ;len=n;dt=1.0;}
|
||||
lcurve(vec& t_,vec& lc_,vec& lce_,double dt_){t=t_;lc=lc_;lce=lce_;len=t.length();dt=dt_;}
|
||||
void demean(){double m=0;int i;for(i=0;i<len;i++){m+=lc[i];} m/=len;for(i=0;i<len;i++){lc[i]-=m;}}
|
||||
double demean(){double m=0;int i;for(i=0;i<len;i++){m+=lc[i];} m/=len;for(i=0;i<len;i++){lc[i]-=m;}; return m;}
|
||||
friend ostream& operator<<(ostream&o,lcurve&l){ o << setprecision(12);
|
||||
for(int i=0;i<l.len;i++){o << l.t[i] << " " << l.lc[i] << " " << l.lce[i] << endl;}
|
||||
return(o);}
|
||||
|
||||
58
src/inc/lag_rms.hpp
Normal file
58
src/inc/lag_rms.hpp
Normal file
@ -0,0 +1,58 @@
|
||||
/*
|
||||
* lag.hpp
|
||||
*
|
||||
* Created on: Jun 1, 2013
|
||||
* Author: azoghbi
|
||||
*/
|
||||
|
||||
#ifndef LAG_RMS_HPP_
|
||||
#define LAG_RMS_HPP_
|
||||
|
||||
#include "mod.hpp"
|
||||
|
||||
class lag_rms : public mod {
|
||||
|
||||
int n1;
|
||||
vec p1,p2;
|
||||
ivec icx,iphi;
|
||||
double mean1,mean2,mean1sq,mean2sq,mean12;
|
||||
|
||||
void _C( vec );
|
||||
void _dC( vec , int );
|
||||
void _dCx( vec , int );
|
||||
void _dPhi( vec , int );
|
||||
|
||||
|
||||
public:
|
||||
lag_rms( lcurve , lcurve , vec , vec );
|
||||
virtual ~lag_rms();
|
||||
|
||||
void step_pars( int , vec& , vec& );
|
||||
void print_pars( vec& , vec& );
|
||||
};
|
||||
|
||||
// ----------------------------------- //
|
||||
|
||||
class lag10_rms : public mod {
|
||||
|
||||
int n1;
|
||||
vec p1,p2;
|
||||
ivec icx,iphi;
|
||||
double mean1,mean2,mean1sq,mean2sq,mean12;
|
||||
|
||||
void _C( vec );
|
||||
void _dC( vec , int );
|
||||
void _dCx( vec , int );
|
||||
void _dPhi( vec , int );
|
||||
|
||||
|
||||
public:
|
||||
lag10_rms( lcurve , lcurve , vec , vec );
|
||||
virtual ~lag10_rms();
|
||||
|
||||
void step_pars( int , vec& , vec& );
|
||||
void print_pars( vec& , vec& );
|
||||
void what_pars( int& , int& );
|
||||
};
|
||||
|
||||
#endif /* LAG_HPP_ */
|
||||
@ -16,8 +16,11 @@
|
||||
|
||||
#include "def.hpp"
|
||||
#include "psd.hpp"
|
||||
#include "psd_rms.hpp"
|
||||
#include "lag.hpp"
|
||||
#include "lag_rms.hpp"
|
||||
#include "psdlag.hpp"
|
||||
#include "psdlag_rms.hpp"
|
||||
#include "mcmc.hpp"
|
||||
|
||||
|
||||
@ -27,14 +30,28 @@ void readLC( vector<vector<lcurve> >&, string , int , int , int , bool );
|
||||
|
||||
|
||||
double mcmc_lag10( vec& x ,void*ptr ){
|
||||
int i,np = x.length(); for(i=0;i<np/2;i++){if(x[i]>7){x[i]=7;}if(x[i]<-7){x[i]=-7;}}
|
||||
Mod<lag10> *mod = (Mod<lag10>*) ptr; double logl=mod->loglikelihood(x);
|
||||
int i,hnp,np = x.length();hnp=np/2; double phi,twopi=2*M_PI;
|
||||
for(i=0;i<hnp;i++){
|
||||
if(x[i]>7){x[i]=7;}if(x[i]<-7){x[i]=-7;}
|
||||
phi = x[i+hnp]+M_PI;
|
||||
while(phi>twopi){phi -= twopi;}
|
||||
while(phi<0){phi += twopi;}
|
||||
x[i+hnp] = phi-M_PI;
|
||||
}
|
||||
Mod<lag10_rms> *mod = (Mod<lag10_rms>*) ptr; double logl=mod->loglikelihood(x);
|
||||
return logl;
|
||||
}
|
||||
|
||||
double mcmc_psdlag10( vec& x ,void*ptr ){
|
||||
int i,np = x.length(); for(i=0;i<np/2;i++){if(x[i]>7){x[i]=7;}if(x[i]<-7){x[i]=-7;}}
|
||||
Mod<psdlag10> *mod = (Mod<psdlag10>*) ptr; double logl=mod->loglikelihood(x);
|
||||
int i,hnp,np = x.length();hnp=np/2; double phi,twopi=2*M_PI;
|
||||
for(i=0;i<hnp;i++){
|
||||
if(x[i]>7){x[i]=7;}if(x[i]<-7){x[i]=-7;}
|
||||
phi = x[i+hnp]+M_PI;
|
||||
while(phi>twopi){phi -= twopi;}
|
||||
while(phi<0){phi += twopi;}
|
||||
x[i+hnp] = phi-M_PI;
|
||||
}
|
||||
Mod<psdlag10_rms> *mod = (Mod<psdlag10_rms>*) ptr; double logl=mod->loglikelihood(x);
|
||||
return logl;
|
||||
}
|
||||
|
||||
|
||||
@ -8,8 +8,8 @@
|
||||
#ifndef MCMC_HPP_
|
||||
#define MCMC_HPP_
|
||||
|
||||
#include <ap.h>
|
||||
#include <alglibmisc.h>
|
||||
#include <alglib/ap.h>
|
||||
#include <alglib/alglibmisc.h>
|
||||
#include <fstream>
|
||||
#include <iostream>
|
||||
#include <iomanip>
|
||||
|
||||
@ -9,8 +9,8 @@
|
||||
#define MOD_HPP_
|
||||
|
||||
#include "def.hpp"
|
||||
#include <specialfunctions.h>
|
||||
#include <solvers.h>
|
||||
#include <alglib/specialfunctions.h>
|
||||
#include <alglib/solvers.h>
|
||||
|
||||
class mod {
|
||||
|
||||
@ -125,7 +125,8 @@ public:
|
||||
// ---------- //
|
||||
vector<int> ic,iv; sing = 0;
|
||||
for( i=0; i <npar ; i++ ){ if( fabs(grad[i]) < 1e-5 ){ sing=1;ic.push_back(i); }else { iv.push_back(i);}}
|
||||
if( sing == 1 and iv.size()!=0 ){
|
||||
//if( sing == 1 and iv.size()!=0 ){
|
||||
if( sing == 1 ){
|
||||
np = iv.size();
|
||||
vec g; vec2 h,hi,iii; g.setlength(np); h.setlength(np,np); hi.setlength(np,np);iii.setlength(np,np);
|
||||
for( i=0 ; i<np ; i++ ){
|
||||
@ -184,15 +185,19 @@ public:
|
||||
vec tmppars,dpar,grad,prevp; vec2 hess,hessi,ii;
|
||||
tmppars.setlength(npar); dpar.setlength(npar); grad.setlength(npar); prevp.setlength(npar);
|
||||
hess.setlength( npar , npar );ii.setlength(npar,npar);hessi.setlength(npar,npar);
|
||||
vector<int> ic,iv; np = npar - 1;
|
||||
vec g; vec2 h,hi,iii; g.setlength(np); h.setlength(np,np); hi.setlength(np,np);iii.setlength(np,np);
|
||||
ic.push_back(k);
|
||||
vector<int> ic,iv;
|
||||
vec g; vec2 h,hi,iii;
|
||||
|
||||
dlikelihood( pars , loglike , grad , hess );
|
||||
if( fabs(grad[k])<1e-5 ) { return loglike;}
|
||||
|
||||
for( i=0 ; i<npar ; i++ ){
|
||||
tmppars[i] = pars[i]; dpar[i] = 0.01*pars[i]; ii(i,i)=1;for(j=0;j<i;j++){ii(i,j)=0;ii(j,i)=0;}
|
||||
prevp[i] = pars[i];
|
||||
if(i==k){continue;} iv.push_back(i);
|
||||
if(i==k or fabs(grad[i])<1e-5 ){ic.push_back(i);}else{ iv.push_back(i); }
|
||||
}
|
||||
np = npar - ic.size();
|
||||
g.setlength(np); h.setlength(np,np); hi.setlength(np,np);iii.setlength(np,np);
|
||||
|
||||
|
||||
for( n=1 ; n<= nmax ; n++ ){
|
||||
@ -241,8 +246,8 @@ public:
|
||||
errors( pars , errs2 , -1 );
|
||||
}
|
||||
|
||||
void errors( vec& pars , vec& errs , int sign=-1){
|
||||
double tol = 1e-3 , delchi = 1;
|
||||
void errors( vec& pars , vec& errs , int sign=1){
|
||||
double tol = 1e-2 , delchi = 1;
|
||||
int i,ip,ip1,ip2;
|
||||
double pu,pd,phalf=0,bestlike,tmplike,dl;
|
||||
vec pars0,errs0,tmpp; pars0.setlength(npar);errs0.setlength(npar);tmpp.setlength(npar);
|
||||
@ -253,6 +258,7 @@ public:
|
||||
|
||||
for( ip=ip1 ; ip<ip2 ; ip++ ){
|
||||
cout << endl << "******* par " << ip << " *******" << endl << endl;
|
||||
if( errs0[ip]>10 ) { continue ;}
|
||||
pd = pars[ip];
|
||||
for( i=0 ;i<npar ; i++ ){tmpp[i] = pars0[i]; }
|
||||
|
||||
|
||||
41
src/inc/psd_rms.hpp
Normal file
41
src/inc/psd_rms.hpp
Normal file
@ -0,0 +1,41 @@
|
||||
/*
|
||||
* psd.hpp
|
||||
*
|
||||
* Created on: May 31, 2013
|
||||
* Author: azoghbi
|
||||
*/
|
||||
|
||||
#ifndef PSD_RMS_HPP_
|
||||
#define PSD_RMS_HPP_
|
||||
|
||||
#include "mod.hpp"
|
||||
|
||||
class psd_rms: public mod {
|
||||
|
||||
double mean,mean2;
|
||||
|
||||
void _C( vec );
|
||||
void _dC( vec , int );
|
||||
|
||||
public:
|
||||
psd_rms( lcurve , vec );
|
||||
virtual ~psd_rms();
|
||||
};
|
||||
|
||||
// ---------------------- //
|
||||
|
||||
class psd10_rms: public mod {
|
||||
|
||||
double mean,mean2;
|
||||
|
||||
void _C( vec );
|
||||
void _dC( vec , int );
|
||||
|
||||
public:
|
||||
psd10_rms( lcurve , vec );
|
||||
virtual ~psd10_rms();
|
||||
|
||||
void step_pars( int , vec& , vec& );
|
||||
};
|
||||
|
||||
#endif /* PSD_RMS_HPP_ */
|
||||
56
src/inc/psdlag_rms.hpp
Normal file
56
src/inc/psdlag_rms.hpp
Normal file
@ -0,0 +1,56 @@
|
||||
/*
|
||||
* psdlag.hpp
|
||||
*
|
||||
* Created on: Jun 1, 2013
|
||||
* Author: azoghbi
|
||||
*/
|
||||
|
||||
#include "mod.hpp"
|
||||
|
||||
#ifndef PSDLAG_RMS_HPP_
|
||||
#define PSDLAG_RMS_HPP_
|
||||
|
||||
class psdlag_rms : public mod {
|
||||
|
||||
int n1;
|
||||
ivec ip1,ip2,icx,iphi;
|
||||
double mean1,mean2,mean1sq,mean2sq,mean12;
|
||||
|
||||
void _C( vec );
|
||||
void _dC( vec , int );
|
||||
void _dP1( vec , int );
|
||||
void _dP2( vec , int );
|
||||
void _dCx( vec , int );
|
||||
void _dPhi( vec , int );
|
||||
|
||||
public:
|
||||
psdlag_rms( lcurve , lcurve , vec );
|
||||
virtual ~psdlag_rms();
|
||||
|
||||
void step_pars( int , vec& , vec& );
|
||||
void print_pars( vec& , vec& );
|
||||
};
|
||||
|
||||
class psdlag10_rms : public mod {
|
||||
|
||||
int n1;
|
||||
ivec ip1,ip2,icx,iphi;
|
||||
double mean1,mean2,mean1sq,mean2sq,mean12;
|
||||
|
||||
void _C( vec );
|
||||
void _dC( vec , int );
|
||||
void _dP1( vec , int );
|
||||
void _dP2( vec , int );
|
||||
void _dCx( vec , int );
|
||||
void _dPhi( vec , int );
|
||||
|
||||
public:
|
||||
psdlag10_rms( lcurve , lcurve , vec );
|
||||
virtual ~psdlag10_rms();
|
||||
|
||||
void step_pars( int , vec& , vec& );
|
||||
void print_pars( vec& , vec& );
|
||||
void what_pars( int&, int& );
|
||||
};
|
||||
|
||||
#endif /* PSDLAG_RMS_HPP_ */
|
||||
230
src/lag_rms.cpp
Normal file
230
src/lag_rms.cpp
Normal file
@ -0,0 +1,230 @@
|
||||
/*
|
||||
* lag.cpp
|
||||
*
|
||||
* Created on: Jun 1, 2013
|
||||
* Author: azoghbi
|
||||
*/
|
||||
|
||||
#include "inc/lag_rms.hpp"
|
||||
|
||||
lag_rms::lag_rms( lcurve lc1 , lcurve lc2 , vec fqL , vec pars ) {
|
||||
|
||||
// ----------- initial parameters ------------ //
|
||||
n1 = lc1.len;
|
||||
n = n1 + lc2.len;
|
||||
dt = lc1.dt;
|
||||
// ------------------------------------------ //
|
||||
|
||||
|
||||
// ----------- light curve setup ------------ //
|
||||
setlc();
|
||||
mean1 = lc1.demean(); mean2 = lc2.demean();
|
||||
mean1sq = mean1*mean1; mean2sq = mean2*mean2; mean12 = mean1*mean2;
|
||||
int i;
|
||||
for( i=0 ; i<n1 ; i++ ){
|
||||
lc[i] = lc1.lc[i];
|
||||
lce[i] = lc1.lce[i]*lc1.lce[i];
|
||||
t[i] = lc1.t[i];
|
||||
}
|
||||
for( i=n1 ; i<n ; i++ ){
|
||||
lc[i] = lc2.lc[i-n1];
|
||||
lce[i] = lc2.lce[i-n1]*lc2.lce[i-n1];
|
||||
t[i] = lc2.t[i-n1];
|
||||
}
|
||||
// ------------------------------------------ //
|
||||
|
||||
// ----------- parent initilizer ------------ //
|
||||
init( fqL , 2 );
|
||||
// ------------------------------------------ //
|
||||
|
||||
// --------- constants and indices ---------- //
|
||||
p1.setlength(nfq); p2.setlength(nfq); icx.setlength(nfq); iphi.setlength(nfq);
|
||||
for( i=0 ; i<nfq ; i++ ){
|
||||
p1[i] = pars[i] * mean1sq;
|
||||
p2[i] = pars[i+nfq] * mean2sq;
|
||||
icx[i] = i;
|
||||
iphi[i] = i+nfq;
|
||||
}
|
||||
// ------------------------------------------ //
|
||||
|
||||
}
|
||||
|
||||
lag_rms::~lag_rms() {}
|
||||
|
||||
void lag_rms::_C( vec p ){
|
||||
int i,j,k; double d;
|
||||
for( i=0 ; i<nfq ; i++ ){ p[icx[i]] *= mean12;}
|
||||
for( i=0 ; i<n1 ; i++ ){
|
||||
d = 0; for( k=0 ; k<nfq ; k++ ){ d += p1[k]*Cfq[k](i,i); } d += lce[i]; C(i,i) = d;
|
||||
for( j=0 ; j<i ; j++ ){ d = 0; for( k=0 ; k<nfq ; k++ ){ d += p1[k]*Cfq[k](i,j); } C(i,j) = d;}
|
||||
}
|
||||
for( i=n1 ; i<n ; i++ ){
|
||||
d = 0; for( k=0 ; k<nfq ; k++ ){ d += p2[k]*Cfq[k](i,i); } d += lce[i]; C(i,i) = d;
|
||||
for( j=n1 ; j<i ; j++ ){ d = 0; for( k=0 ; k<nfq ; k++ ){ d += p2[k]*Cfq[k](i,j); } C(i,j) = d;}
|
||||
for( j=0 ; j<n1 ; j++ ){ d = 0; for( k=0 ; k<nfq ; k++ ){
|
||||
d += p[icx[k]] * ( Cfq[k](i,j)*cos(p[iphi[k]]) - Sfq[k](i,j)*sin(p[iphi[k]])); } C(i,j) = d;}
|
||||
}
|
||||
}
|
||||
|
||||
void lag_rms::_dC( vec p , int k ){
|
||||
if( k<nfq ){ _dCx( p , k );
|
||||
}else{ _dPhi( p , k-nfq );}
|
||||
}
|
||||
|
||||
void lag_rms::_dCx( vec p , int k ){
|
||||
int i,j; double phi=p[iphi[k]];
|
||||
for( i=0 ; i<n1 ; i++ ){ for( j=0 ; j<=i ; j++ ){ dC(i,j) = 0; dC(j,i) = 0;} }
|
||||
for( i=n1 ; i<n ; i++ ){
|
||||
for( j=n1 ; j<=i ; j++ ){ dC(i,j) = 0; dC(j,i) = 0;}
|
||||
for( j=0 ; j<n1 ; j++ ){
|
||||
dC(i,j) = ( Cfq[k](i,j)*cos(phi) - Sfq[k](i,j)*sin(phi) ); dC(j,i) = dC(i,j);}
|
||||
}
|
||||
}
|
||||
|
||||
void lag_rms::_dPhi( vec p , int k ){
|
||||
int i,j; double cx=p[k]*mean12,phi=p[iphi[k]];
|
||||
for( i=0 ; i<n1 ; i++ ){ for( j=0 ; j<=i ; j++ ){ dC(i,j) = 0; dC(j,i) = 0;} }
|
||||
for( i=n1 ; i<n ; i++ ){
|
||||
for( j=n1 ; j<=i ; j++ ){ dC(i,j) = 0; dC(j,i) = 0;}
|
||||
for( j=0 ; j<n1 ; j++ ){
|
||||
dC(i,j) = cx * ( -Cfq[k](i,j)*sin(phi) - Sfq[k](i,j)*cos(phi) ); dC(j,i) = dC(i,j);}
|
||||
}
|
||||
}
|
||||
|
||||
|
||||
void lag_rms::step_pars( int n , vec& dpar , vec& pars ){
|
||||
for( int i=0 ; i<npar ; i++ ){
|
||||
if( dpar[i]>3000 ){dpar[i] = 3000;} if( dpar[i]<-3000 ){dpar[i] = -3000;}
|
||||
pars[i] += dpar[i]/((n<10)?10:1);
|
||||
}
|
||||
}
|
||||
|
||||
|
||||
void lag_rms::print_pars( vec& pars , vec& errs ){
|
||||
for( int i=0 ; i<nfq ; i++ ){
|
||||
if( pars[i]<0 ){ pars[i]*=-1; pars[i+nfq] += M_PI;}
|
||||
while( pars[i+nfq] > M_PI ){ pars[i+nfq] -= 2*M_PI; }
|
||||
while( pars[i+nfq] <-M_PI ){ pars[i+nfq] += 2*M_PI; }
|
||||
}
|
||||
mod::print_pars( pars , errs );
|
||||
}
|
||||
|
||||
|
||||
// ****************************************** //
|
||||
|
||||
|
||||
lag10_rms::lag10_rms( lcurve lc1 , lcurve lc2 , vec fqL , vec pars ) {
|
||||
|
||||
// ----------- initial parameters ------------ //
|
||||
n1 = lc1.len;
|
||||
n = n1 + lc2.len;
|
||||
dt = lc1.dt;
|
||||
// ------------------------------------------ //
|
||||
|
||||
|
||||
// ----------- light curve setup ------------ //
|
||||
setlc();
|
||||
mean1 = lc1.demean(); mean2 = lc2.demean();
|
||||
mean1sq = mean1*mean1; mean2sq = mean2*mean2; mean12 = mean1*mean2;
|
||||
int i;
|
||||
for( i=0 ; i<n1 ; i++ ){
|
||||
lc[i] = lc1.lc[i];
|
||||
lce[i] = lc1.lce[i]*lc1.lce[i];
|
||||
t[i] = lc1.t[i];
|
||||
}
|
||||
for( i=n1 ; i<n ; i++ ){
|
||||
lc[i] = lc2.lc[i-n1];
|
||||
lce[i] = lc2.lce[i-n1]*lc2.lce[i-n1];
|
||||
t[i] = lc2.t[i-n1];
|
||||
}
|
||||
// ------------------------------------------ //
|
||||
|
||||
// ----------- parent initilizer ------------ //
|
||||
init( fqL , 2 );
|
||||
// ------------------------------------------ //
|
||||
|
||||
// --------- constants and indices ---------- //
|
||||
p1.setlength(nfq); p2.setlength(nfq); icx.setlength(nfq); iphi.setlength(nfq);
|
||||
for( i=0 ; i<nfq ; i++ ){
|
||||
p1[i] = pow(10,pars[i]) * mean1sq;
|
||||
p2[i] = pow(10,pars[i+nfq]) * mean2sq;
|
||||
icx[i] = i;
|
||||
iphi[i] = i+nfq;
|
||||
}
|
||||
// ------------------------------------------ //
|
||||
|
||||
}
|
||||
|
||||
lag10_rms::~lag10_rms() {}
|
||||
|
||||
void lag10_rms::_C( vec p ){
|
||||
int i,j,k; double d; for(i=0;i<nfq;i++){p[icx[i]] = pow(10,p[i]) * mean12;}
|
||||
for( i=0 ; i<n1 ; i++ ){
|
||||
d = 0; for( k=0 ; k<nfq ; k++ ){ d += p1[k]*Cfq[k](i,i); }
|
||||
d += f1*p1[0]*Cfq2[0](i,i) + f2*p1[nfq-1]*Cfq2[2](i,i);
|
||||
d += lce[i]; C(i,i) = d;
|
||||
for( j=0 ; j<i ; j++ ){ d = 0; for( k=0 ; k<nfq ; k++ ){ d += p1[k]*Cfq[k](i,j); }
|
||||
d += f1*p1[0]*Cfq2[0](i,j) + f2*p1[nfq-1]*Cfq2[2](i,j);
|
||||
C(i,j) = d;}
|
||||
}
|
||||
for( i=n1 ; i<n ; i++ ){
|
||||
d = 0; for( k=0 ; k<nfq ; k++ ){ d += p2[k]*Cfq[k](i,i); }
|
||||
d += f1*p2[0]*Cfq2[0](i,i) + f2*p2[nfq-1]*Cfq2[2](i,i);
|
||||
d += lce[i]; C(i,i) = d;
|
||||
for( j=n1 ; j<i ; j++ ){ d = 0; for( k=0 ; k<nfq ; k++ ){ d += p2[k]*Cfq[k](i,j); }
|
||||
d += f1*p2[0]*Cfq2[0](i,j) + f2*p2[nfq-1]*Cfq2[2](i,j);
|
||||
C(i,j) = d;}
|
||||
for( j=0 ; j<n1 ; j++ ){ d = 0; for( k=0 ; k<nfq ; k++ ){
|
||||
d += p[icx[k]] * ( Cfq[k](i,j)*cos(p[iphi[k]]) - Sfq[k](i,j)*sin(p[iphi[k]])); }
|
||||
d += f1*p[icx[0]] * ( Cfq2[0](i,j)*cos(p[iphi[0]]) - Sfq2[0](i,j)*sin(p[iphi[0]]) );
|
||||
d += f2*p[icx[nfq-1]] * ( Cfq2[2](i,j)*cos(p[iphi[nfq-1]]) - Sfq2[2](i,j)*sin(p[iphi[nfq-1]]) );
|
||||
C(i,j) = d;}
|
||||
}
|
||||
}
|
||||
|
||||
void lag10_rms::_dC( vec p , int k ){
|
||||
if( k<nfq ){ _dCx( p , k );
|
||||
}else{ _dPhi( p , k-nfq );}
|
||||
}
|
||||
|
||||
void lag10_rms::_dCx( vec p , int k ){
|
||||
int i,j; double phi=p[iphi[k]],cx = log(10)*pow(10,p[k])*mean12;
|
||||
for( i=0 ; i<n1 ; i++ ){ for( j=0 ; j<=i ; j++ ){ dC(i,j) = 0; dC(j,i) = 0;} }
|
||||
for( i=n1 ; i<n ; i++ ){
|
||||
for( j=n1 ; j<=i ; j++ ){ dC(i,j) = 0; dC(j,i) = 0;}
|
||||
for( j=0 ; j<n1 ; j++ ){
|
||||
dC(i,j) = cx * ( Cfq[k](i,j)*cos(phi) - Sfq[k](i,j)*sin(phi) ); dC(j,i) = dC(i,j);}
|
||||
}
|
||||
}
|
||||
|
||||
void lag10_rms::_dPhi( vec p , int k ){
|
||||
int i,j; double cx=pow(10,p[k])*mean12,phi=p[iphi[k]];
|
||||
for( i=0 ; i<n1 ; i++ ){ for( j=0 ; j<=i ; j++ ){ dC(i,j) = 0; dC(j,i) = 0;} }
|
||||
for( i=n1 ; i<n ; i++ ){
|
||||
for( j=n1 ; j<=i ; j++ ){ dC(i,j) = 0; dC(j,i) = 0;}
|
||||
for( j=0 ; j<n1 ; j++ ){
|
||||
dC(i,j) = cx * ( -Cfq[k](i,j)*sin(phi) - Sfq[k](i,j)*cos(phi) ); dC(j,i) = dC(i,j);}
|
||||
}
|
||||
}
|
||||
|
||||
|
||||
void lag10_rms::step_pars( int n , vec& dpar , vec& pars ){
|
||||
for( int i=0 ; i<npar ; i++ ){
|
||||
if( dpar[i]>3 ){dpar[i] = 3;} if( dpar[i]<-3 ){dpar[i] = -3;}
|
||||
//pars[i] += dpar[i];
|
||||
pars[i] += dpar[i]/((n<5)?10:1);
|
||||
}
|
||||
}
|
||||
|
||||
|
||||
void lag10_rms::print_pars( vec& pars , vec& errs ){
|
||||
for( int i=0 ; i<nfq ; i++ ){
|
||||
while( pars[i+nfq] > M_PI ){ pars[i+nfq] -= 2*M_PI; }
|
||||
while( pars[i+nfq] <-M_PI ){ pars[i+nfq] += 2*M_PI; }
|
||||
}
|
||||
mod::print_pars( pars , errs );
|
||||
}
|
||||
|
||||
void lag10_rms::what_pars( int& ip1 , int& ip2 ){
|
||||
ip1 = nfq; ip2 = npar;
|
||||
}
|
||||
51
src/main.cpp
51
src/main.cpp
@ -35,10 +35,9 @@ int main( int argc , char* argv[] ){
|
||||
void do_work( char* fname ){
|
||||
|
||||
/************ Reading the input file ***********/
|
||||
|
||||
ifstream fp(fname);
|
||||
string line,mcmcfile; stringstream ss;
|
||||
int i,nfiles,nfq,mode,npar,bin1,bin2,fit_type,nrun,nburn,nwk; bool strict;
|
||||
string line,mcmcfile,colon; stringstream ss;
|
||||
int i,nfiles,nfq,mode,npar,bin1,bin2,fit_type,nrun,nburn,nwk,ref; bool strict;
|
||||
getline(fp,line);ss.str(line); ss >> nfiles; ss.clear();
|
||||
vector<string> files(nfiles);ivec secL;secL.setlength(nfiles);for(i=0;i<nfiles;i++){
|
||||
getline(fp,line); ss.str(line); ss >> files[i] >> secL[i]; ss.clear();}
|
||||
@ -47,7 +46,12 @@ void do_work( char* fname ){
|
||||
getline(fp,line); ss.str(line); ss >> mode; ss.clear();
|
||||
npar = (mode==0)?4*nfq:nfq; vec pars; pars.setlength(npar);
|
||||
getline(fp,line); ss.str(line); for(i=0;i<npar;i++){ss >> pars[i];} ss.clear();
|
||||
getline(fp,line); ss.str(line); ss >> bin1 >> bin2; ss.clear();
|
||||
getline(fp,line); ss.str(line); ss >> ref >> colon >> bin2; ss.clear();
|
||||
if(colon.compare(0,1,":") == 0 ){
|
||||
bin1 = atoi(colon.substr(1).c_str());
|
||||
}else{
|
||||
bin1 = ref; ref = -10; bin2 = atoi(colon.c_str());
|
||||
}
|
||||
if(mode!=0){bin1 = (mode==-1)?-1:(mode-1);bin2=-1;}
|
||||
getline(fp,line); ss.str(line); ss >> fit_type; ss.clear();
|
||||
getline(fp,line); ss.str(line); ss >> i; strict = i!=0; ss.clear();
|
||||
@ -56,47 +60,59 @@ void do_work( char* fname ){
|
||||
/********* END Reading the input file **********/
|
||||
|
||||
/********** Read the light curves **************/
|
||||
vector<vector<lcurve> > LC;
|
||||
vector<vector<lcurve> > LC,LC_ref;
|
||||
if ( ref == -10 ){
|
||||
for(i=0;i<nfiles;i++) readLC( LC , files[i] , secL[i] , bin1 , bin2 , strict );
|
||||
}else {
|
||||
for(i=0;i<nfiles;i++) {
|
||||
if( i!=ref ) { readLC( LC , files[i] , secL[i] , bin2 , -1 , strict ); }
|
||||
}
|
||||
readLC( LC_ref , files[ref] , secL[ref] , bin1 , -1 , strict );
|
||||
}
|
||||
/******** END Read the light curves ************/
|
||||
|
||||
|
||||
if( mode > 0 or mode==-1 ){
|
||||
vec errs; errs.setlength(nfq);
|
||||
vector<lcurve> lc1; for( i=0 ; i<int(LC.size()) ; i++ ){ lc1.push_back( LC[i][0]); }
|
||||
Mod<psd10> p1( lc1 , fqL );
|
||||
Mod<psd10_rms> p1( lc1 , fqL );
|
||||
|
||||
p1.optimize( pars , errs );
|
||||
if( fit_type==1 ) p1.errors( pars , errs );
|
||||
}else if( mode == 0 or mode==-1 ){
|
||||
}else if( mode == 0 ){
|
||||
vec ec,e1,e2,errs; ec.setlength(2*nfq);e1.setlength(nfq);e2.setlength(nfq);errs.setlength(4*nfq);
|
||||
vector<lcurve> lc1,lc2; for( i=0 ; i<int(LC.size()) ; i++ ){ lc1.push_back( LC[i][0]); lc2.push_back( LC[i][1]); }
|
||||
Mod<psd10> p1( lc1 , fqL ), p2( lc2 , fqL );
|
||||
vector<lcurve> lc1,lc2;
|
||||
if( ref==-10 ){ // standard way of getting reference
|
||||
for( i=0 ; i<int(LC.size()) ; i++ ){ lc1.push_back( LC[i][0]); lc2.push_back( LC[i][1]); }
|
||||
}else{
|
||||
for( i=0 ; i<int(LC_ref.size()) ; i++ ){ lc2.push_back( LC[i][0]);}
|
||||
for( i=0 ; i<int(LC.size()) ; i++ ){ lc1.push_back( LC_ref[i][0]);}
|
||||
}
|
||||
Mod<psd10_rms> p1( lc1 , fqL ), p2( lc2 , fqL );
|
||||
vec pars1,pars2;pars1.setlength(nfq);pars2.setlength(nfq);for(i=0;i<nfq;i++){pars1[i]=pars[i];pars2[i]=pars[i+nfq];}
|
||||
|
||||
p1.optimize( pars1 , e1 );
|
||||
p2.optimize( pars2 , e2 );
|
||||
if( fit_type==1 ) {
|
||||
p1.errors_avg( pars1 , e1 );
|
||||
p2.errors_avg( pars2 , e2 );
|
||||
p1.errors( pars1 , e1 );
|
||||
p2.errors( pars2 , e2 );
|
||||
}
|
||||
|
||||
vec pc; pc.setlength(2*nfq);
|
||||
for(i=0;i<nfq;i++){pc[i]=pars[i+2*nfq];pc[i+nfq]=pars[i+3*nfq];pars[i]=pars1[i];pars[i+nfq]=pars2[i];pc[i]=(pars1[i]+pars2[i])/2;}
|
||||
Mod<lag10> l( lc1 , lc2 , fqL , pars );
|
||||
Mod<lag10_rms> l( lc1 , lc2 , fqL , pars );
|
||||
l.optimize( pc , ec );
|
||||
if( fit_type==1 ) l.errors_avg( pc , ec );
|
||||
if( fit_type==1 ) l.errors( pc , ec );
|
||||
if( fit_type==2 ) {
|
||||
mcmc mc( 2*nfq , mcmc_lag10 , (void*)&l );
|
||||
mc.nrun=nrun; mc.nburn=nburn; mc.nwk=nwk;
|
||||
mc.run( pc , errs , mcmcfile.c_str() );
|
||||
mc.run( pc , ec , mcmcfile.c_str() );
|
||||
}
|
||||
|
||||
for(i=0;i<nfq;i++){ pars[i+2*nfq]=pc[i]; pars[i+3*nfq]=pc[i+nfq];}
|
||||
for(i=0;i<nfq;i++){ errs[i] = e1[i]; errs[i+nfq] = e2[i]; errs[i+2*nfq]=ec[i]; errs[i+3*nfq]=ec[i+nfq];}
|
||||
|
||||
Mod<psdlag10> pl( lc1 , lc2 , fqL );
|
||||
if( fit_type==3 ) pl.errors_avg( pars , errs );
|
||||
Mod<psdlag10_rms> pl( lc1 , lc2 , fqL );
|
||||
if( fit_type==3 ) pl.errors( pars , errs );
|
||||
if( fit_type==4 ) {
|
||||
mcmc mc( 4*nfq , mcmc_psdlag10 , (void*)&pl );
|
||||
mc.nrun=nrun; mc.nburn=nburn; mc.nwk=nwk;
|
||||
@ -161,6 +177,7 @@ void readLC( vector<vector<lcurve> >&LC , string fname , int secL , int b1 , int
|
||||
/* Initialize file stream, define some variables */
|
||||
ifstream fp(fname.c_str()); string line,sdum; stringstream ss;
|
||||
int i,j,nlc,n,nsec,ns,sl; double dt;
|
||||
|
||||
/* read dt from the description line */
|
||||
getline(fp,line); ss.str(line); ss >> sdum >> dt >> nlc; ss.clear();
|
||||
|
||||
|
||||
17
src/makefile
17
src/makefile
@ -1,8 +1,13 @@
|
||||
|
||||
|
||||
incdir='/home/caes/science/psdlag-agn/src/'
|
||||
#incdir='/Users/othoulrich/science/psdlag-agn/src'
|
||||
|
||||
|
||||
# original
|
||||
#libdir='/eos/azoghbi/soft/usr/lib'
|
||||
#incdir='/eos/azoghbi/soft/usr/include'
|
||||
# most systems
|
||||
#libdir='/home/caes/science/psdlag-agn/src/inc'
|
||||
#incdir='/home/caes/science/psdlag-agn/src/inc'
|
||||
# thor
|
||||
libdir='/home/research/xaw5719/psdlag-agn/src/inc'
|
||||
alglibdir='/home/research/xaw5719/psdlag-agn/src/inc/alglib'
|
||||
incdir='/home/research/xaw5719/psdlag-agn/src/inc'
|
||||
psdlag:
|
||||
g++ *cpp -o psdlag -O3 -Wall -I${incdir}
|
||||
g++ *cpp inc/alglib/*cpp -o psdlag -O3 -Wall -I${incdir} -L${libdir} -L${alglibdir} -I${alglibdir}
|
||||
|
||||
@ -32,7 +32,8 @@ void mod::init( vec fqL , int fac ){
|
||||
Cfq2.resize( 3 );Sfq2.resize( 3 );
|
||||
for( i=0 ; i<3 ; i++ ){ Cfq2[i].setlength( n , n ); Sfq2[i].setlength( n , n );}
|
||||
vec fqL2;fqL2.setlength(4); fqL2[0] = 1e-1*fqL[0]; fqL2[1] = fqL[0]; fqL2[2] = fqL[nfq]; fqL2[3] = 10*fqL[nfq];
|
||||
f1 = 2; f2 = 0.5;
|
||||
//f1 = 1.5; f2 = 0.6;
|
||||
f1 = 0.5; f2 = .0;
|
||||
_CSfq( fqL2 , Cfq2 , Sfq2 );
|
||||
// ------------------------------------------ //
|
||||
|
||||
|
||||
108
src/psd_rms.cpp
Normal file
108
src/psd_rms.cpp
Normal file
@ -0,0 +1,108 @@
|
||||
/*
|
||||
* psd.cpp
|
||||
*
|
||||
* Created on: May 31, 2013
|
||||
* Author: azoghbi
|
||||
*/
|
||||
|
||||
#include "inc/psd_rms.hpp"
|
||||
|
||||
psd_rms::psd_rms( lcurve inlc , vec fqL ) {
|
||||
|
||||
// ----------- initial parameters ------------ //
|
||||
n = inlc.len;
|
||||
dt = inlc.dt;
|
||||
// ------------------------------------------ //
|
||||
|
||||
|
||||
// ----------- light curve setup ------------ //
|
||||
setlc();
|
||||
mean = inlc.demean();
|
||||
mean2 = mean*mean;
|
||||
int i;
|
||||
for( i=0 ; i<n ; i++ ){
|
||||
lc[i] = inlc.lc[i];
|
||||
lce[i] = inlc.lce[i]*inlc.lce[i];
|
||||
t[i] = inlc.t[i];
|
||||
}
|
||||
// ------------------------------------------ //
|
||||
|
||||
// ----------- parent initilizer ------------ //
|
||||
init( fqL , 1 );
|
||||
// ------------------------------------------ //
|
||||
}
|
||||
|
||||
psd_rms::~psd_rms() {}
|
||||
|
||||
void psd_rms::_C( vec p ){
|
||||
int i,j,k; double d;
|
||||
for( i=0 ; i<npar ; i++ ){ p[i] *= mean2; }
|
||||
for( i=0 ; i<n ; i++ ){
|
||||
d = 0; for( k=0 ; k<nfq ; k++ ){ d += p[k]*Cfq[k](i,i); }
|
||||
d += f1*p[0]*Cfq2[0](i,i) + f2*p[nfq-1]*Cfq2[2](i,i);
|
||||
d += lce[i]; C(i,i) = d;
|
||||
for( j=0 ; j<i ; j++ ){ d = 0; for( k=0 ; k<nfq ; k++ ){ d += p[k]*Cfq[k](i,j); }
|
||||
d += f1*p[0]*Cfq2[0](i,j) + f2*p[nfq-1]*Cfq2[2](i,j);
|
||||
C(i,j) = d;}
|
||||
}
|
||||
}
|
||||
|
||||
void psd_rms::_dC( vec p , int k ){
|
||||
int i,j;
|
||||
for( i=0 ; i<n ; i++ ){ for( j=0 ; j<=i ; j++ ){ dC(i,j) = Cfq[k](i,j); dC(j,i) = dC(i,j);} }
|
||||
}
|
||||
|
||||
|
||||
// ********************************************** //
|
||||
// ********************************************** //
|
||||
|
||||
psd10_rms::psd10_rms( lcurve inlc , vec fqL ) {
|
||||
|
||||
// ----------- initial parameters ------------ //
|
||||
n = inlc.len;
|
||||
dt = inlc.dt;
|
||||
// ------------------------------------------ //
|
||||
|
||||
|
||||
// ----------- light curve setup ------------ //
|
||||
setlc();
|
||||
mean = inlc.demean();
|
||||
mean2 = mean*mean;
|
||||
int i;
|
||||
for( i=0 ; i<n ; i++ ){
|
||||
lc[i] = inlc.lc[i];
|
||||
lce[i] = inlc.lce[i]*inlc.lce[i];
|
||||
t[i] = inlc.t[i];
|
||||
}
|
||||
// ------------------------------------------ //
|
||||
|
||||
// ----------- parent initilizer ------------ //
|
||||
init( fqL , 1 );
|
||||
// ------------------------------------------ //
|
||||
}
|
||||
|
||||
psd10_rms::~psd10_rms() {}
|
||||
|
||||
void psd10_rms::_C( vec p ){
|
||||
int i,j,k; double d; for(i=0;i<npar;i++){p[i]=pow(10,p[i])*mean2;}
|
||||
for( i=0 ; i<n ; i++ ){
|
||||
d = 0; for( k=0 ; k<nfq ; k++ ){ d += p[k]*Cfq[k](i,i); }
|
||||
d += f1*p[0]*Cfq2[0](i,i) + f2*p[nfq-1]*Cfq2[2](i,i);
|
||||
d += lce[i]; C(i,i) = d;
|
||||
for( j=0 ; j<i ; j++ ){ d = 0; for( k=0 ; k<nfq ; k++ ){ d += p[k]*Cfq[k](i,j); }
|
||||
d += f1*p[0]*Cfq2[0](i,j) + f2*p[nfq-1]*Cfq2[2](i,j);
|
||||
C(i,j) = d;}
|
||||
}
|
||||
}
|
||||
|
||||
void psd10_rms::_dC( vec p , int k ){
|
||||
int i,j; double d = log(10)*pow(10,p[k])*mean2;
|
||||
for( i=0 ; i<n ; i++ ){ for( j=0 ; j<=i ; j++ ){ dC(i,j) = d*Cfq[k](i,j); dC(j,i) = dC(i,j);} }
|
||||
}
|
||||
|
||||
void psd10_rms::step_pars( int n , vec& dpar , vec& pars ){
|
||||
for( int i=0 ; i<npar ; i++ ){
|
||||
if( dpar[i]>3 ){dpar[i] = 3;} if( dpar[i]<-3 ){dpar[i] = -3;}
|
||||
pars[i] += dpar[i];
|
||||
}
|
||||
}
|
||||
255
src/psdlag_rms.cpp
Normal file
255
src/psdlag_rms.cpp
Normal file
@ -0,0 +1,255 @@
|
||||
/*
|
||||
* psdlag.cpp
|
||||
*
|
||||
* Created on: Jun 1, 2013
|
||||
* Author: azoghbi
|
||||
*/
|
||||
|
||||
#include "inc/psdlag_rms.hpp"
|
||||
|
||||
psdlag_rms::psdlag_rms( lcurve lc1, lcurve lc2 , vec fqL ) {
|
||||
|
||||
// ----------- initial parameters ------------ //
|
||||
n1 = lc1.len;
|
||||
n = n1 + lc2.len;
|
||||
dt = lc1.dt;
|
||||
// ------------------------------------------ //
|
||||
|
||||
|
||||
// ----------- light curve setup ------------ //
|
||||
setlc();
|
||||
mean1 = lc1.demean(); mean2 = lc2.demean();
|
||||
mean1sq = mean1*mean1; mean2sq = mean2*mean2; mean12 = mean1*mean2;
|
||||
int i;
|
||||
for( i=0 ; i<n1 ; i++ ){
|
||||
lc[i] = lc1.lc[i];
|
||||
lce[i] = lc1.lce[i]*lc1.lce[i];
|
||||
t[i] = lc1.t[i];
|
||||
}
|
||||
for( i=n1 ; i<n ; i++ ){
|
||||
lc[i] = lc2.lc[i-n1];
|
||||
lce[i] = lc2.lce[i-n1]*lc2.lce[i-n1];
|
||||
t[i] = lc2.t[i-n1];
|
||||
}
|
||||
// ------------------------------------------ //
|
||||
|
||||
// ----------- parent initilizer ------------ //
|
||||
init( fqL , 4 );
|
||||
// ------------------------------------------ //
|
||||
|
||||
// --------- constants and indices ---------- //
|
||||
ip1.setlength(nfq); ip2.setlength(nfq); icx.setlength(nfq); iphi.setlength(nfq);
|
||||
for( i=0 ; i<nfq ; i++ ){
|
||||
ip1[i] = i;
|
||||
ip2[i] = i+nfq;
|
||||
icx[i] = i+2*nfq;
|
||||
iphi[i] = i+3*nfq;
|
||||
}
|
||||
// ------------------------------------------ //
|
||||
|
||||
}
|
||||
|
||||
psdlag_rms::~psdlag_rms() {}
|
||||
|
||||
void psdlag_rms::_C( vec p ){
|
||||
int i,j,k; double d;
|
||||
for( i=0 ; i<nfq ; i++ ){ p[ip1[i]] *= mean1sq; p[ip2[i]] *= mean2sq; p[icx[i]] *= mean12;}
|
||||
for( i=0 ; i<n1 ; i++ ){
|
||||
d = 0; for( k=0 ; k<nfq ; k++ ){ d += p[ip1[k]]*Cfq[k](i,i); } d += lce[i]; C(i,i) = d;
|
||||
for( j=0 ; j<i ; j++ ){ d = 0; for( k=0 ; k<nfq ; k++ ){ d += p[ip1[k]]*Cfq[k](i,j); } C(i,j) = d;}
|
||||
}
|
||||
for( i=n1 ; i<n ; i++ ){
|
||||
d = 0; for( k=0 ; k<nfq ; k++ ){ d += p[ip2[k]]*Cfq[k](i,i); } d += lce[i]; C(i,i) = d;
|
||||
for( j=n1 ; j<i ; j++ ){ d = 0; for( k=0 ; k<nfq ; k++ ){ d += p[ip2[k]]*Cfq[k](i,j); } C(i,j) = d;}
|
||||
for( j=0 ; j<n1 ; j++ ){ d = 0; for( k=0 ; k<nfq ; k++ ){
|
||||
d += p[icx[k]] * ( Cfq[k](i,j)*cos(p[iphi[k]]) - Sfq[k](i,j)*sin(p[iphi[k]])); } C(i,j) = d;}
|
||||
}
|
||||
}
|
||||
|
||||
void psdlag_rms::_dC( vec p , int k ){
|
||||
if( k<nfq ){ _dP1( p , k );
|
||||
}else if( k<2*nfq ){ _dP2( p , k%nfq );
|
||||
}else if( k<3*nfq ){ _dCx( p , k%nfq );
|
||||
}else{ _dPhi( p , k%nfq );}
|
||||
}
|
||||
|
||||
void psdlag_rms::_dP1( vec p , int k ){
|
||||
int i,j;
|
||||
for( i=0 ; i<n1 ; i++ ){ for( j=0 ; j<=i ; j++ ){ dC(i,j) = Cfq[k](i,j); dC(j,i) = dC(i,j);} }
|
||||
for( i=n1 ; i<n ; i++ ){
|
||||
for( j=n1 ; j<=i ; j++ ){ dC(i,j) = 0; dC(j,i) = 0;}
|
||||
for( j=0 ; j<n1 ; j++ ){ dC(i,j) = 0; dC(j,i) = dC(i,j);}
|
||||
}
|
||||
}
|
||||
|
||||
void psdlag_rms::_dP2( vec p , int k ){
|
||||
int i,j;
|
||||
for( i=0 ; i<n1 ; i++ ){ for( j=0 ; j<=i ; j++ ){ dC(i,j) = 0; dC(j,i) = dC(i,j);} }
|
||||
for( i=n1 ; i<n ; i++ ){
|
||||
for( j=n1 ; j<=i ; j++ ){ dC(i,j) = Cfq[k](i,j); dC(j,i) = dC(i,j);}
|
||||
for( j=0 ; j<n1 ; j++ ){ dC(i,j) = 0; dC(j,i) = dC(i,j);}
|
||||
}
|
||||
}
|
||||
|
||||
void psdlag_rms::_dCx( vec p , int k ){
|
||||
int i,j; double phi=p[iphi[k]];
|
||||
for( i=0 ; i<n1 ; i++ ){ for( j=0 ; j<=i ; j++ ){ dC(i,j) = 0; dC(j,i) = 0;} }
|
||||
for( i=n1 ; i<n ; i++ ){
|
||||
for( j=n1 ; j<=i ; j++ ){ dC(i,j) = 0; dC(j,i) = 0;}
|
||||
for( j=0 ; j<n1 ; j++ ){
|
||||
dC(i,j) = ( Cfq[k](i,j)*cos(phi) - Sfq[k](i,j)*sin(phi) ); dC(j,i) = dC(i,j);}
|
||||
}
|
||||
}
|
||||
|
||||
void psdlag_rms::_dPhi( vec p , int k ){
|
||||
int i,j; double cx=p[icx[k]]*mean12,phi=p[iphi[k]];
|
||||
for( i=0 ; i<n1 ; i++ ){ for( j=0 ; j<=i ; j++ ){ dC(i,j) = 0; dC(j,i) = 0;} }
|
||||
for( i=n1 ; i<n ; i++ ){
|
||||
for( j=n1 ; j<=i ; j++ ){ dC(i,j) = 0; dC(j,i) = 0;}
|
||||
for( j=0 ; j<n1 ; j++ ){
|
||||
dC(i,j) = cx * ( -Cfq[k](i,j)*sin(phi) - Sfq[k](i,j)*cos(phi) ); dC(j,i) = dC(i,j);}
|
||||
}
|
||||
}
|
||||
|
||||
void psdlag_rms::step_pars( int n , vec& dpar , vec& pars ){
|
||||
for( int i=0 ; i<npar ; i++ ){
|
||||
if( dpar[i]>3000 ){dpar[i] = 3000;} if( dpar[i]<-3000 ){dpar[i] = -3000;}
|
||||
pars[i] += dpar[i]/((n<10)?10:1);
|
||||
}
|
||||
}
|
||||
|
||||
|
||||
void psdlag_rms::print_pars( vec& pars , vec& errs ){
|
||||
for( int i=0 ; i<nfq ; i++ ){
|
||||
if( pars[i+2*nfq]<0 ){ pars[i+2*nfq]*=-1; pars[i+3*nfq] += M_PI;}
|
||||
while( pars[i+3*nfq] > M_PI ){ pars[i+3*nfq] -= 2*M_PI; }
|
||||
while( pars[i+3*nfq] <-M_PI ){ pars[i+3*nfq] += 2*M_PI; }
|
||||
mod::print_pars( pars , errs );
|
||||
}
|
||||
}
|
||||
|
||||
// ++++++++++++++++++++++++++++++++++++++++++++++++++++++ //
|
||||
|
||||
psdlag10_rms::psdlag10_rms( lcurve lc1, lcurve lc2 , vec fqL ) {
|
||||
|
||||
// ----------- initial parameters ------------ //
|
||||
n1 = lc1.len;
|
||||
n = n1 + lc2.len;
|
||||
dt = lc1.dt;
|
||||
// ------------------------------------------ //
|
||||
|
||||
|
||||
// ----------- light curve setup ------------ //
|
||||
setlc();
|
||||
mean1 = lc1.demean(); mean2 = lc2.demean();
|
||||
mean1sq = mean1*mean1; mean2sq = mean2*mean2; mean12 = mean1*mean2;
|
||||
int i;
|
||||
for( i=0 ; i<n1 ; i++ ){
|
||||
lc[i] = lc1.lc[i];
|
||||
lce[i] = lc1.lce[i]*lc1.lce[i];
|
||||
t[i] = lc1.t[i];
|
||||
}
|
||||
for( i=n1 ; i<n ; i++ ){
|
||||
lc[i] = lc2.lc[i-n1];
|
||||
lce[i] = lc2.lce[i-n1]*lc2.lce[i-n1];
|
||||
t[i] = lc2.t[i-n1];
|
||||
}
|
||||
// ------------------------------------------ //
|
||||
|
||||
// ----------- parent initilizer ------------ //
|
||||
init( fqL , 4 );
|
||||
// ------------------------------------------ //
|
||||
|
||||
// --------- constants and indices ---------- //
|
||||
ip1.setlength(nfq); ip2.setlength(nfq); icx.setlength(nfq); iphi.setlength(nfq);
|
||||
for( i=0 ; i<nfq ; i++ ){
|
||||
ip1[i] = i;
|
||||
ip2[i] = i+nfq;
|
||||
icx[i] = i+2*nfq;
|
||||
iphi[i] = i+3*nfq;
|
||||
}
|
||||
// ------------------------------------------ //
|
||||
|
||||
}
|
||||
|
||||
psdlag10_rms::~psdlag10_rms() {}
|
||||
|
||||
void psdlag10_rms::_C( vec p ){
|
||||
int i,j,k; double d; for(i=0;i<nfq;i++){ p[ip1[i]] = pow(10,p[ip1[i]])*mean1sq; p[ip2[i]] = pow(10,p[ip2[i]])*mean2sq; p[icx[i]] = pow(10,p[icx[i]])*mean12;}
|
||||
for( i=0 ; i<n1 ; i++ ){
|
||||
d = 0; for( k=0 ; k<nfq ; k++ ){ d += p[ip1[k]]*Cfq[k](i,i); } d += lce[i]; C(i,i) = d;
|
||||
for( j=0 ; j<i ; j++ ){ d = 0; for( k=0 ; k<nfq ; k++ ){ d += p[ip1[k]]*Cfq[k](i,j); } C(i,j) = d;}
|
||||
}
|
||||
for( i=n1 ; i<n ; i++ ){
|
||||
d = 0; for( k=0 ; k<nfq ; k++ ){ d += p[ip2[k]]*Cfq[k](i,i); } d += lce[i]; C(i,i) = d;
|
||||
for( j=n1 ; j<i ; j++ ){ d = 0; for( k=0 ; k<nfq ; k++ ){ d += p[ip2[k]]*Cfq[k](i,j); } C(i,j) = d;}
|
||||
for( j=0 ; j<n1 ; j++ ){ d = 0; for( k=0 ; k<nfq ; k++ ){
|
||||
d += p[icx[k]] * ( Cfq[k](i,j)*cos(p[iphi[k]]) - Sfq[k](i,j)*sin(p[iphi[k]])); } C(i,j) = d;}
|
||||
}
|
||||
}
|
||||
|
||||
void psdlag10_rms::_dC( vec p , int k ){
|
||||
if( k<nfq ){ _dP1( p , k );
|
||||
}else if( k<2*nfq ){ _dP2( p , k%nfq );
|
||||
}else if( k<3*nfq ){ _dCx( p , k%nfq );
|
||||
}else{ _dPhi( p , k%nfq );}
|
||||
}
|
||||
|
||||
void psdlag10_rms::_dP1( vec p , int k ){
|
||||
int i,j; double p1 = log(10)*pow(10,p[k])*mean1sq;
|
||||
for( i=0 ; i<n1 ; i++ ){ for( j=0 ; j<=i ; j++ ){ dC(i,j) = p1 * Cfq[k](i,j); dC(j,i) = dC(i,j);} }
|
||||
for( i=n1 ; i<n ; i++ ){
|
||||
for( j=n1 ; j<=i ; j++ ){ dC(i,j) = 0; dC(j,i) = 0;}
|
||||
for( j=0 ; j<n1 ; j++ ){ dC(i,j) = 0; dC(j,i) = dC(i,j);}
|
||||
}
|
||||
}
|
||||
|
||||
void psdlag10_rms::_dP2( vec p , int k ){
|
||||
int i,j; double p2 = log(10) * pow(10,p[ip2[k]])*mean2sq;
|
||||
for( i=0 ; i<n1 ; i++ ){ for( j=0 ; j<=i ; j++ ){ dC(i,j) = 0; dC(j,i) = dC(i,j);} }
|
||||
for( i=n1 ; i<n ; i++ ){
|
||||
for( j=n1 ; j<=i ; j++ ){ dC(i,j) = p2 * Cfq[k](i,j); dC(j,i) = dC(i,j);}
|
||||
for( j=0 ; j<n1 ; j++ ){ dC(i,j) = 0; dC(j,i) = dC(i,j);}
|
||||
}
|
||||
}
|
||||
|
||||
void psdlag10_rms::_dCx( vec p , int k ){
|
||||
int i,j; double phi=p[iphi[k]], cx=log(10)*pow(10,p[icx[k]])*mean12;
|
||||
for( i=0 ; i<n1 ; i++ ){ for( j=0 ; j<=i ; j++ ){ dC(i,j) = 0; dC(j,i) = 0;} }
|
||||
for( i=n1 ; i<n ; i++ ){
|
||||
for( j=n1 ; j<=i ; j++ ){ dC(i,j) = 0; dC(j,i) = 0;}
|
||||
for( j=0 ; j<n1 ; j++ ){
|
||||
dC(i,j) = cx * ( Cfq[k](i,j)*cos(phi) - Sfq[k](i,j)*sin(phi) ); dC(j,i) = dC(i,j);}
|
||||
}
|
||||
}
|
||||
|
||||
void psdlag10_rms::_dPhi( vec p , int k ){
|
||||
int i,j; double cx=pow(10,p[icx[k]])*mean12,phi=p[iphi[k]];
|
||||
for( i=0 ; i<n1 ; i++ ){ for( j=0 ; j<=i ; j++ ){ dC(i,j) = 0; dC(j,i) = 0;} }
|
||||
for( i=n1 ; i<n ; i++ ){
|
||||
for( j=n1 ; j<=i ; j++ ){ dC(i,j) = 0; dC(j,i) = 0;}
|
||||
for( j=0 ; j<n1 ; j++ ){
|
||||
dC(i,j) = cx * ( -Cfq[k](i,j)*sin(phi) - Sfq[k](i,j)*cos(phi) ); dC(j,i) = dC(i,j);}
|
||||
}
|
||||
}
|
||||
|
||||
void psdlag10_rms::step_pars( int n , vec& dpar , vec& pars ){
|
||||
for( int i=0 ; i<npar ; i++ ){
|
||||
if( dpar[i]>3 ){dpar[i] = 3;} if( dpar[i]<-3 ){dpar[i] = -3;}
|
||||
//pars[i] += dpar[i];
|
||||
pars[i] += dpar[i]/((n<5)?10:1);
|
||||
}
|
||||
}
|
||||
|
||||
|
||||
void psdlag10_rms::print_pars( vec& pars , vec& errs ){
|
||||
for( int i=0 ; i<nfq ; i++ ){
|
||||
while( pars[i+3*nfq] > M_PI ){ pars[i+3*nfq] -= 2*M_PI; }
|
||||
while( pars[i+3*nfq] <-M_PI ){ pars[i+3*nfq] += 2*M_PI; }
|
||||
}
|
||||
mod::print_pars( pars , errs );
|
||||
}
|
||||
|
||||
void psdlag10_rms::what_pars( int& ip1 , int& ip2 ){
|
||||
ip1 = 3*nfq; ip2 = 4*nfq;
|
||||
}
|
||||
Loading…
Reference in New Issue
Block a user