File name: Pandora261s1_HoustonTX-SanJacinto_20240118_L2Fit_fnvs5c3d20240108p1-8.txt
File generation date: 20241002T101840.7Z
Data description: Level 2 spectral fitting results file
Data file version: fnvs5c3p1-8
Local principal investigator: Madhu Gyawali
Network principal investigator: Alexander Cede
Instrument type: Pandora
Instrument number: 261
Spectrometer number: 1
Processing software version used: BlickP v1.8.60
Instrument operation file used: Pandora261_OF_v3d20230420.txt
Instrument calibration file used: Pandora261s1_CF_v3d20240108.txt
Level 1 file used: Pandora261s1_HoustonTX-SanJacinto_20240118_L1_smca1c3d20240108p1-8.txt
Full location name: San Jacinto College-South Campus
Short location name: HoustonTX-SanJacinto
Country of location: United States
Location latitude [deg]: 29.5790
Location longitude [deg]: -95.2045
Location altitude [m]: 10
Local noon date: 20240118
Notes on s-number (L1 configuration): Corrections NOT applied although requested by the s-number are latency correction, matrix method stray light correction (replaced by simple method)
Data caveats: Modification of session 1 "OoB session and initial 1.8 calibration , absolute calibration done with an uncalibrated lamp, certificate of FEL1441 (GSFC) used", But now with CR and FC.
First and last pixel inside fitting window: 892 1439
Nominal wavelengths inside fitting window [nm]: 400.0233 400.1552 400.2871 400.4190 400.5509 400.6828 400.8147 400.9465 401.0784 401.2102 401.3420 401.4738 401.6056 401.7373 401.8691 402.0008 402.1325 402.2642 402.3959 402.5276 402.6593 402.7909 402.9226 403.0542 403.1858 403.3174 403.4490 403.5805 403.7121 403.8436 403.9751 404.1066 404.2381 404.3696 404.5011 404.6325 404.7639 404.8954 405.0268 405.1582 405.2895 405.4209 405.5522 405.6836 405.8149 405.9462 406.0775 406.2088 406.3400 406.4713 406.6025 406.7337 406.8649 406.9961 407.1273 407.2584 407.3896 407.5207 407.6518 407.7829 407.9140 408.0451 408.1761 408.3072 408.4382 408.5692 408.7002 408.8312 408.9622 409.0931 409.2241 409.3550 409.4859 409.6168 409.7477 409.8786 410.0094 410.1403 410.2711 410.4019 410.5327 410.6635 410.7943 410.9250 411.0557 411.1865 411.3172 411.4479 411.5786 411.7092 411.8399 411.9705 412.1011 412.2317 412.3623 412.4929 412.6235 412.7540 412.8845 413.0151 413.1456 413.2761 413.4065 413.5370 413.6674 413.7979 413.9283 414.0587 414.1891 414.3194 414.4498 414.5802 414.7105 414.8408 414.9711 415.1014 415.2316 415.3619 415.4921 415.6224 415.7526 415.8828 416.0130 416.1431 416.2733 416.4034 416.5335 416.6637 416.7937 416.9238 417.0539 417.1839 417.3140 417.4440 417.5740 417.7040 417.8340 417.9639 418.0939 418.2238 418.3537 418.4836 418.6135 418.7434 418.8732 419.0031 419.1329 419.2627 419.3925 419.5223 419.6521 419.7818 419.9116 420.0413 420.1710 420.3007 420.4304 420.5601 420.6897 420.8194 420.9490 421.0786 421.2082 421.3378 421.4673 421.5969 421.7264 421.8559 421.9854 422.1149 422.2444 422.3738 422.5033 422.6327 422.7621 422.8915 423.0209 423.1503 423.2796 423.4090 423.5383 423.6676 423.7969 423.9262 424.0555 424.1847 424.3139 424.4432 424.5724 424.7016 424.8307 424.9599 425.0891 425.2182 425.3473 425.4764 425.6055 425.7346 425.8636 425.9927 426.1217 426.2507 426.3797 426.5087 426.6377 426.7666 426.8956 427.0245 427.1534 427.2823 427.4112 427.5400 427.6689 427.7977 427.9265 428.0553 428.1841 428.3129 428.4417 428.5704 428.6991 428.8278 428.9565 429.0852 429.2139 429.3425 429.4712 429.5998 429.7284 429.8570 429.9856 430.1142 430.2427 430.3712 430.4998 430.6283 430.7568 430.8852 431.0137 431.1421 431.2706 431.3990 431.5274 431.6558 431.7841 431.9125 432.0408 432.1692 432.2975 432.4258 432.5540 432.6823 432.8105 432.9388 433.0670 433.1952 433.3234 433.4516 433.5797 433.7079 433.8360 433.9641 434.0922 434.2203 434.3484 434.4764 434.6045 434.7325 434.8605 434.9885 435.1165 435.2444 435.3724 435.5003 435.6282 435.7561 435.8840 436.0119 436.1397 436.2676 436.3954 436.5232 436.6510 436.7788 436.9066 437.0343 437.1620 437.2898 437.4175 437.5452 437.6728 437.8005 437.9281 438.0558 438.1834 438.3110 438.4386 438.5661 438.6937 438.8212 438.9487 439.0763 439.2037 439.3312 439.4587 439.5861 439.7136 439.8410 439.9684 440.0958 440.2231 440.3505 440.4778 440.6052 440.7325 440.8598 440.9870 441.1143 441.2416 441.3688 441.4960 441.6232 441.7504 441.8776 442.0047 442.1319 442.2590 442.3861 442.5132 442.6403 442.7673 442.8944 443.0214 443.1484 443.2755 443.4024 443.5294 443.6564 443.7833 443.9102 444.0372 444.1641 444.2909 444.4178 444.5447 444.6715 444.7983 444.9251 445.0519 445.1787 445.3054 445.4322 445.5589 445.6856 445.8123 445.9390 446.0657 446.1923 446.3189 446.4456 446.5722 446.6988 446.8253 446.9519 447.0784 447.2050 447.3315 447.4580 447.5845 447.7109 447.8374 447.9638 448.0902 448.2166 448.3430 448.4694 448.5958 448.7221 448.8484 448.9747 449.1010 449.2273 449.3536 449.4798 449.6061 449.7323 449.8585 449.9847 450.1108 450.2370 450.3631 450.4893 450.6154 450.7415 450.8675 450.9936 451.1197 451.2457 451.3717 451.4977 451.6237 451.7497 451.8756 452.0016 452.1275 452.2534 452.3793 452.5052 452.6310 452.7569 452.8827 453.0085 453.1343 453.2601 453.3859 453.5116 453.6374 453.7631 453.8888 454.0145 454.1401 454.2658 454.3914 454.5171 454.6427 454.7683 454.8939 455.0194 455.1450 455.2705 455.3960 455.5215 455.6470 455.7725 455.8979 456.0234 456.1488 456.2742 456.3996 456.5250 456.6503 456.7757 456.9010 457.0263 457.1516 457.2769 457.4022 457.5274 457.6527 457.7779 457.9031 458.0283 458.1535 458.2786 458.4038 458.5289 458.6540 458.7791 458.9042 459.0292 459.1543 459.2793 459.4043 459.5293 459.6543 459.7793 459.9042 460.0292 460.1541 460.2790 460.4039 460.5287 460.6536 460.7784 460.9033 461.0281 461.1529 461.2776 461.4024 461.5272 461.6519 461.7766 461.9013 462.0260 462.1506 462.2753 462.3999 462.5246 462.6492 462.7737 462.8983 463.0229 463.1474 463.2719 463.3964 463.5209 463.6454 463.7699 463.8943 464.0187 464.1432 464.2676 464.3919 464.5163 464.6406 464.7650 464.8893 465.0136 465.1379 465.2622 465.3864 465.5106 465.6349 465.7591 465.8833 466.0074 466.1316 466.2557 466.3799 466.5040 466.6281 466.7521 466.8762 467.0002 467.1243 467.2483 467.3723 467.4963 467.6202 467.7442 467.8681 467.9920 468.1159 468.2398 468.3637 468.4875 468.6114 468.7352 468.8590 468.9828 469.1066 469.2303 469.3541 469.4778 469.6015 469.7252 469.8489 469.9725
---------------------------------------------------------------------------------------
Column 1: Two letter code of measurement routine
Column 2: UT date and time for center-time of measurement, yyyymmddThhmmssZ (ISO 8601)
Column 3: Fractional days since 1-Jan-2000 midnight for center-time of measurement
Column 4: Routine count (1 for the first routine of the day, 2 for the second, etc.)
Column 5: Repetition count (1 for the first set in the routine, 2 for the second, etc.)
Column 6: Total duration of measurement set in seconds
Column 7: Data processing type index
Column 8: Solar zenith angle for center-time of measurement in degree
Column 9: Solar azimuth for center-time of measurement in degree, 0=north, increases clockwise
Column 10: Lunar zenith angle for center-time of measurement in degree
Column 11: Lunar azimuth for center-time of measurement in degree, 0=north, increases clockwise
Column 12: Pointing zenith angle in degree, absolute or relative (see next column), 999=tracker not used
Column 13: Zenith pointing mode: zenith angle is... 0=absolute, 1=relative to sun, 2=relative to moon
Column 14: Pointing azimuth in degree, increases clockwise, absolute (0=north) or relative (see next column), 999=tracker not used
Column 15: Azimuth pointing mode: like zenith angle mode but also fixed scattering angles relative to sun (3) or moon (4)
Column 16: Fitting result index: 0=no error or warning, 1, 2=warning, >2=error
Column 17: Number of function evaluations used, 0=linear fitting or fitting not successful or no fitting done
Column 18: rms of unweighted fitting residuals, -9=fitting not successful
Column 19: Normalized rms of fitting residuals weighted with independent uncertainty, -9=fitting not successful or no uncertainty used
Column 20: Expected rms based on independent uncertainty, -9=fitting not successful or no uncertainty given
Column 21: Expected normalized weighted rms based on independent uncertainty, -9=fitting not successful or no uncertainty given
Column 22: Water vapor slant column amount [moles per square meter], -9e99=fitting not successful
Column 23: Independent uncertainty of water vapor slant column amount [moles per square meter], -1=cross section is zero in this wavelength range, -3=spectral fitting was done, but no independent uncertainty could be retrieved, -5=no independent uncertainty input was given, -9=spectral fitting not successful
Column 24: Structured uncertainty of water vapor slant column amount [moles per square meter], -7=not given since method "MEAS" was chosen, -9=spectral fitting not successful
Column 25: Common uncertainty of water vapor slant column amount [moles per square meter], -1=cross section is zero in this wavelength range, -6=no common uncertainty input was given, -7=not given since method "MEAS" was chosen, -9=spectral fitting not successful
Column 26: rms-based uncertainty of water vapor slant column amount [moles per square meter], -1=cross section is zero in this wavelength range, -3=spectral fitting was done, but no rms-based uncertainty could be retrieved, -9=spectral fitting not successful
Column 27: Water vapor effective temperature [K]
Column 28: Independent uncertainty of water vapor effective temperature [K], -1=temperature fitting was requested, but cross section is zero in this wavelength range, -2=no temperature fitting was requested and output for effective temperature and structured uncertainty of it is based on f-code, -3=spectral fitting was done, but no independent uncertainty could be retrieved, -4=temperature fitting was requested, but differential optical depth is too small to retrieve the temperature, -5=no independent uncertainty input was given, -9=spectral fitting not successful
Column 29: Structured uncertainty of water vapor effective temperature [K], -1=temperature fitting was requested, but cross section is zero in this wavelength range, -4=temperature fitting was requested, but differential optical depth is too small to retrieve the temperature, -9=spectral fitting not successful
Column 30: Common uncertainty of water vapor effective temperature [K], -1=temperature fitting was requested, but cross section is zero in this wavelength range, -2=no temperature fitting was requested and output for effective temperature and structured uncertainty of it is based on f-code, -3=spectral fitting was done, but no common uncertainty could be retrieved, -4=temperature fitting was requested, but differential optical depth is too small to retrieve the temperature, -6=no common uncertainty input was given, -9=spectral fitting not successful
Column 31: Effective water vapor fitting wavelength [nm], -9=fitting not successful
Column 32: Diffuse correction applied before fitting at effective fitting wavelength for water vapor [%], 0=no diffuse correction applied or fitting not requested, >0=measured diffuse correction, <0=(negative value of) calculated diffuse correction
Column 33: Molecular iodine slant column amount [moles per square meter], -9e99=fitting not successful
Column 34: Independent uncertainty of molecular iodine slant column amount [moles per square meter], -1=cross section is zero in this wavelength range, -3=spectral fitting was done, but no independent uncertainty could be retrieved, -5=no independent uncertainty input was given, -9=spectral fitting not successful
Column 35: Structured uncertainty of molecular iodine slant column amount [moles per square meter], -7=not given since method "MEAS" was chosen, -9=spectral fitting not successful
Column 36: Common uncertainty of molecular iodine slant column amount [moles per square meter], -1=cross section is zero in this wavelength range, -6=no common uncertainty input was given, -7=not given since method "MEAS" was chosen, -9=spectral fitting not successful
Column 37: rms-based uncertainty of molecular iodine slant column amount [moles per square meter], -1=cross section is zero in this wavelength range, -3=spectral fitting was done, but no rms-based uncertainty could be retrieved, -9=spectral fitting not successful
Column 38: Molecular iodine effective temperature [K]
Column 39: Independent uncertainty of molecular iodine effective temperature [K], -1=temperature fitting was requested, but cross section is zero in this wavelength range, -2=no temperature fitting was requested and output for effective temperature and structured uncertainty of it is based on f-code, -3=spectral fitting was done, but no independent uncertainty could be retrieved, -4=temperature fitting was requested, but differential optical depth is too small to retrieve the temperature, -5=no independent uncertainty input was given, -9=spectral fitting not successful
Column 40: Structured uncertainty of molecular iodine effective temperature [K], -1=temperature fitting was requested, but cross section is zero in this wavelength range, -4=temperature fitting was requested, but differential optical depth is too small to retrieve the temperature, -9=spectral fitting not successful
Column 41: Common uncertainty of molecular iodine effective temperature [K], -1=temperature fitting was requested, but cross section is zero in this wavelength range, -2=no temperature fitting was requested and output for effective temperature and structured uncertainty of it is based on f-code, -3=spectral fitting was done, but no common uncertainty could be retrieved, -4=temperature fitting was requested, but differential optical depth is too small to retrieve the temperature, -6=no common uncertainty input was given, -9=spectral fitting not successful
Column 42: Effective molecular iodine fitting wavelength [nm], -9=fitting not successful
Column 43: Diffuse correction applied before fitting at effective fitting wavelength for molecular iodine [%], 0=no diffuse correction applied or fitting not requested, >0=measured diffuse correction, <0=(negative value of) calculated diffuse correction
Column 44: Nitrogen dioxide slant column amount [moles per square meter], -9e99=fitting not successful
Column 45: Independent uncertainty of nitrogen dioxide slant column amount [moles per square meter], -1=cross section is zero in this wavelength range, -3=spectral fitting was done, but no independent uncertainty could be retrieved, -5=no independent uncertainty input was given, -9=spectral fitting not successful
Column 46: Structured uncertainty of nitrogen dioxide slant column amount [moles per square meter], -7=not given since method "MEAS" was chosen, -9=spectral fitting not successful
Column 47: Common uncertainty of nitrogen dioxide slant column amount [moles per square meter], -1=cross section is zero in this wavelength range, -6=no common uncertainty input was given, -7=not given since method "MEAS" was chosen, -9=spectral fitting not successful
Column 48: rms-based uncertainty of nitrogen dioxide slant column amount [moles per square meter], -1=cross section is zero in this wavelength range, -3=spectral fitting was done, but no rms-based uncertainty could be retrieved, -9=spectral fitting not successful
Column 49: Nitrogen dioxide effective temperature [K]
Column 50: Independent uncertainty of nitrogen dioxide effective temperature [K], -1=temperature fitting was requested, but cross section is zero in this wavelength range, -2=no temperature fitting was requested and output for effective temperature and structured uncertainty of it is based on f-code, -3=spectral fitting was done, but no independent uncertainty could be retrieved, -4=temperature fitting was requested, but differential optical depth is too small to retrieve the temperature, -5=no independent uncertainty input was given, -9=spectral fitting not successful
Column 51: Structured uncertainty of nitrogen dioxide effective temperature [K], -1=temperature fitting was requested, but cross section is zero in this wavelength range, -4=temperature fitting was requested, but differential optical depth is too small to retrieve the temperature, -9=spectral fitting not successful
Column 52: Common uncertainty of nitrogen dioxide effective temperature [K], -1=temperature fitting was requested, but cross section is zero in this wavelength range, -2=no temperature fitting was requested and output for effective temperature and structured uncertainty of it is based on f-code, -3=spectral fitting was done, but no common uncertainty could be retrieved, -4=temperature fitting was requested, but differential optical depth is too small to retrieve the temperature, -6=no common uncertainty input was given, -9=spectral fitting not successful
Column 53: Effective nitrogen dioxide fitting wavelength [nm], -9=fitting not successful
Column 54: Diffuse correction applied before fitting at effective fitting wavelength for nitrogen dioxide [%], 0=no diffuse correction applied or fitting not requested, >0=measured diffuse correction, <0=(negative value of) calculated diffuse correction
Column 55: Oxygen dimer slant column amount [moles squared per meter to the 5th], -9e99=fitting not successful
Column 56: Independent uncertainty of oxygen dimer slant column amount [moles squared per meter to the 5th], -1=cross section is zero in this wavelength range, -3=spectral fitting was done, but no independent uncertainty could be retrieved, -5=no independent uncertainty input was given, -9=spectral fitting not successful
Column 57: Structured uncertainty of oxygen dimer slant column amount [moles squared per meter to the 5th], -7=not given since method "MEAS" was chosen, -9=spectral fitting not successful
Column 58: Common uncertainty of oxygen dimer slant column amount [moles squared per meter to the 5th], -1=cross section is zero in this wavelength range, -6=no common uncertainty input was given, -7=not given since method "MEAS" was chosen, -9=spectral fitting not successful
Column 59: rms-based uncertainty of oxygen dimer slant column amount [moles squared per meter to the 5th], -1=cross section is zero in this wavelength range, -3=spectral fitting was done, but no rms-based uncertainty could be retrieved, -9=spectral fitting not successful
Column 60: Oxygen dimer effective temperature [K]
Column 61: Independent uncertainty of oxygen dimer effective temperature [K], -1=temperature fitting was requested, but cross section is zero in this wavelength range, -2=no temperature fitting was requested and output for effective temperature and structured uncertainty of it is based on f-code, -3=spectral fitting was done, but no independent uncertainty could be retrieved, -4=temperature fitting was requested, but differential optical depth is too small to retrieve the temperature, -5=no independent uncertainty input was given, -9=spectral fitting not successful
Column 62: Structured uncertainty of oxygen dimer effective temperature [K], -1=temperature fitting was requested, but cross section is zero in this wavelength range, -4=temperature fitting was requested, but differential optical depth is too small to retrieve the temperature, -9=spectral fitting not successful
Column 63: Common uncertainty of oxygen dimer effective temperature [K], -1=temperature fitting was requested, but cross section is zero in this wavelength range, -2=no temperature fitting was requested and output for effective temperature and structured uncertainty of it is based on f-code, -3=spectral fitting was done, but no common uncertainty could be retrieved, -4=temperature fitting was requested, but differential optical depth is too small to retrieve the temperature, -6=no common uncertainty input was given, -9=spectral fitting not successful
Column 64: Effective oxygen dimer fitting wavelength [nm], -9=fitting not successful
Column 65: Diffuse correction applied before fitting at effective fitting wavelength for oxygen dimer [%], 0=no diffuse correction applied or fitting not requested, >0=measured diffuse correction, <0=(negative value of) calculated diffuse correction
Column 66: Ozone slant column amount [moles per square meter], -9e99=fitting not successful
Column 67: Independent uncertainty of ozone slant column amount [moles per square meter], -1=cross section is zero in this wavelength range, -3=spectral fitting was done, but no independent uncertainty could be retrieved, -5=no independent uncertainty input was given, -9=spectral fitting not successful
Column 68: Structured uncertainty of ozone slant column amount [moles per square meter], -7=not given since method "MEAS" was chosen, -9=spectral fitting not successful
Column 69: Common uncertainty of ozone slant column amount [moles per square meter], -1=cross section is zero in this wavelength range, -6=no common uncertainty input was given, -7=not given since method "MEAS" was chosen, -9=spectral fitting not successful
Column 70: rms-based uncertainty of ozone slant column amount [moles per square meter], -1=cross section is zero in this wavelength range, -3=spectral fitting was done, but no rms-based uncertainty could be retrieved, -9=spectral fitting not successful
Column 71: Ozone effective temperature [K]
Column 72: Independent uncertainty of ozone effective temperature [K], -1=temperature fitting was requested, but cross section is zero in this wavelength range, -2=no temperature fitting was requested and output for effective temperature and structured uncertainty of it is based on f-code, -3=spectral fitting was done, but no independent uncertainty could be retrieved, -4=temperature fitting was requested, but differential optical depth is too small to retrieve the temperature, -5=no independent uncertainty input was given, -9=spectral fitting not successful
Column 73: Structured uncertainty of ozone effective temperature [K], -1=temperature fitting was requested, but cross section is zero in this wavelength range, -4=temperature fitting was requested, but differential optical depth is too small to retrieve the temperature, -9=spectral fitting not successful
Column 74: Common uncertainty of ozone effective temperature [K], -1=temperature fitting was requested, but cross section is zero in this wavelength range, -2=no temperature fitting was requested and output for effective temperature and structured uncertainty of it is based on f-code, -3=spectral fitting was done, but no common uncertainty could be retrieved, -4=temperature fitting was requested, but differential optical depth is too small to retrieve the temperature, -6=no common uncertainty input was given, -9=spectral fitting not successful
Column 75: Effective ozone fitting wavelength [nm], -9=fitting not successful
Column 76: Diffuse correction applied before fitting at effective fitting wavelength for ozone [%], 0=no diffuse correction applied or fitting not requested, >0=measured diffuse correction, <0=(negative value of) calculated diffuse correction
Column 77: Iodine dioxide slant column amount [moles per square meter], -9e99=fitting not successful
Column 78: Independent uncertainty of iodine dioxide slant column amount [moles per square meter], -1=cross section is zero in this wavelength range, -3=spectral fitting was done, but no independent uncertainty could be retrieved, -5=no independent uncertainty input was given, -9=spectral fitting not successful
Column 79: Structured uncertainty of iodine dioxide slant column amount [moles per square meter], -7=not given since method "MEAS" was chosen, -9=spectral fitting not successful
Column 80: Common uncertainty of iodine dioxide slant column amount [moles per square meter], -1=cross section is zero in this wavelength range, -6=no common uncertainty input was given, -7=not given since method "MEAS" was chosen, -9=spectral fitting not successful
Column 81: rms-based uncertainty of iodine dioxide slant column amount [moles per square meter], -1=cross section is zero in this wavelength range, -3=spectral fitting was done, but no rms-based uncertainty could be retrieved, -9=spectral fitting not successful
Column 82: Iodine dioxide effective temperature [K]
Column 83: Independent uncertainty of iodine dioxide effective temperature [K], -1=temperature fitting was requested, but cross section is zero in this wavelength range, -2=no temperature fitting was requested and output for effective temperature and structured uncertainty of it is based on f-code, -3=spectral fitting was done, but no independent uncertainty could be retrieved, -4=temperature fitting was requested, but differential optical depth is too small to retrieve the temperature, -5=no independent uncertainty input was given, -9=spectral fitting not successful
Column 84: Structured uncertainty of iodine dioxide effective temperature [K], -1=temperature fitting was requested, but cross section is zero in this wavelength range, -4=temperature fitting was requested, but differential optical depth is too small to retrieve the temperature, -9=spectral fitting not successful
Column 85: Common uncertainty of iodine dioxide effective temperature [K], -1=temperature fitting was requested, but cross section is zero in this wavelength range, -2=no temperature fitting was requested and output for effective temperature and structured uncertainty of it is based on f-code, -3=spectral fitting was done, but no common uncertainty could be retrieved, -4=temperature fitting was requested, but differential optical depth is too small to retrieve the temperature, -6=no common uncertainty input was given, -9=spectral fitting not successful
Column 86: Effective iodine dioxide fitting wavelength [nm], -9=fitting not successful
Column 87: Diffuse correction applied before fitting at effective fitting wavelength for iodine dioxide [%], 0=no diffuse correction applied or fitting not requested, >0=measured diffuse correction, <0=(negative value of) calculated diffuse correction
Column 88: Molecular scattering air mass factor used for molecular scattering subtraction before the fitting
Column 89: Estimated uncertainty of molecular scattering air mass factor, -9=molecular scattering was not subtracted before the fitting
Column 90: Lower limit used for wavelength scaling [nm]
Column 91: Upper limit used for wavelength scaling [nm]
Column 92: Order of smoothing polynomial
Column 93: Smoothing polynomial coefficient, order 0
Column 94: Independent uncertainty of smoothing polynomial coefficient, order 0, -9=fitting not successful
Column 95: Structured uncertainty of smoothing polynomial coefficient, order 0, -9=fitting not successful
Column 96: Common uncertainty of smoothing polynomial coefficient, order 0, -9=fitting not successful
Column 97: rms-based uncertainty of smoothing polynomial coefficient, order 0, -9=fitting not successful
Column 98: Smoothing polynomial coefficient, order 1
Column 99: Independent uncertainty of smoothing polynomial coefficient, order 1, -9=fitting not successful
Column 100: Structured uncertainty of smoothing polynomial coefficient, order 1, -9=fitting not successful
Column 101: Common uncertainty of smoothing polynomial coefficient, order 1, -9=fitting not successful
Column 102: rms-based uncertainty of smoothing polynomial coefficient, order 1, -9=fitting not successful
Column 103: Smoothing polynomial coefficient, order 2
Column 104: Independent uncertainty of smoothing polynomial coefficient, order 2, -9=fitting not successful
Column 105: Structured uncertainty of smoothing polynomial coefficient, order 2, -9=fitting not successful
Column 106: Common uncertainty of smoothing polynomial coefficient, order 2, -9=fitting not successful
Column 107: rms-based uncertainty of smoothing polynomial coefficient, order 2, -9=fitting not successful
Column 108: Smoothing polynomial coefficient, order 3
Column 109: Independent uncertainty of smoothing polynomial coefficient, order 3, -9=fitting not successful
Column 110: Structured uncertainty of smoothing polynomial coefficient, order 3, -9=fitting not successful
Column 111: Common uncertainty of smoothing polynomial coefficient, order 3, -9=fitting not successful
Column 112: rms-based uncertainty of smoothing polynomial coefficient, order 3, -9=fitting not successful
Column 113: Smoothing polynomial coefficient, order 4
Column 114: Independent uncertainty of smoothing polynomial coefficient, order 4, -9=fitting not successful
Column 115: Structured uncertainty of smoothing polynomial coefficient, order 4, -9=fitting not successful
Column 116: Common uncertainty of smoothing polynomial coefficient, order 4, -9=fitting not successful
Column 117: rms-based uncertainty of smoothing polynomial coefficient, order 4, -9=fitting not successful
Column 118: Mean value of measured data inside fitting window [same units as measurements]
Column 119: Offset polynomial coefficient, order 0
Column 120: Independent uncertainty of offset polynomial coefficient, order 0, -9=fitting not successful
Column 121: Structured uncertainty of offset polynomial coefficient, order 0, -9=fitting not successful
Column 122: Common uncertainty of offset polynomial coefficient, order 0, -9=fitting not successful
Column 123: rms-based uncertainty of offset polynomial coefficient, order 0, -9=fitting not successful
Column 124: Wavelength change polynomial coefficient, order 0
Column 125: Independent uncertainty of wavelength change polynomial coefficient, order 0, -9=fitting not successful
Column 126: Structured uncertainty of wavelength change polynomial coefficient, order 0, -9=fitting not successful
Column 127: Common uncertainty of wavelength change polynomial coefficient, order 0, -9=fitting not successful
Column 128: rms-based uncertainty of wavelength change polynomial coefficient, order 0, -9=fitting not successful
Column 129: Wavelength change polynomial coefficient, order 1
Column 130: Independent uncertainty of wavelength change polynomial coefficient, order 1, -9=fitting not successful
Column 131: Structured uncertainty of wavelength change polynomial coefficient, order 1, -9=fitting not successful
Column 132: Common uncertainty of wavelength change polynomial coefficient, order 1, -9=fitting not successful
Column 133: rms-based uncertainty of wavelength change polynomial coefficient, order 1, -9=fitting not successful
Column 134: L1 based wavelength change coefficient, order 0, -9=no L1 wavelength change determination
Column 135: L1 based wavelength change coefficient, order 1, -9=no L1 wavelength change determination
Column 136: Resolution change polynomial coefficient, order 0
Column 137: Independent uncertainty of resolution change polynomial coefficient, order 0, -9=fitting not successful
Column 138: Structured uncertainty of resolution change polynomial coefficient, order 0, -9=fitting not successful
Column 139: Common uncertainty of resolution change polynomial coefficient, order 0, -9=fitting not successful
Column 140: rms-based uncertainty of resolution change polynomial coefficient, order 0, -9=fitting not successful
Column 141: L2Fit data quality flag: 0=assured high quality, 1=assured medium quality, 2=assured low quality, 10=not-assured high quality, 11=not-assured medium quality, 12=not-assured low quality
Column 142: Sum over 2^i using those i, for which the corresponding L2Fit data quality parameter exceeds the DQ1 limit, 0=L1 data quality above 0, 1=Spectral fitting was not successful, 2=Wavelength shift too large, 3=Normalized rms of fitting residuals weighted with independent uncertainty too large
Column 143: Sum over 2^i using those i, for which the corresponding L2Fit data quality parameter exceeds the DQ2 limit (same parameters as for DQ1)
Column 144: L1 data quality flag: 0=assured high quality, 1=assured medium quality, 2=assured low quality, 10=not-assured high quality, 11=not-assured medium quality, 12=not-assured low quality
Column 145: Sum over 2^i using those i, for which the corresponding L1 data quality parameter exceeds the DQ1 limit, 0=Saturated data, 1=Too few dark counts measurements, 2=No temperature given or effective temperature too different from the reference temperature, 3=Dark count too high, 4=Unsuccessful dark background fitting, 5=The dark count differs significantly from the dark map for too many pixels, 6=Absolute value of estimated average residual stray light level too high, 7=Although attempted, no wavelength change could be retrieved, 8=Absolute value of retrieved wavelength shift too large, 9=Retrieved wavelength shift differs too much from the shift predicted by the effective temperature
Column 146: Sum over 2^i using those i, for which the corresponding L1 data quality parameter exceeds the DQ2 limit (same parameters as for DQ1)
Column 147: Atmospheric variability [%], 999=no atmospheric variability was determined
Column 148: Wavelength effective temperature [°C], 999=no effective temperature given
Column 149: Estimated average residual stray light level [%] (only valid for stray light correction methods 2 and higher)
Column 150: Retrieved wavelength shift from L1 data [nm], -9=no wavelength change determination
Column 151: Retrieved total wavelength shift [nm], -9=no wavelength change fitting
Column 152: Number of bright count cycles
Column 153: Number of dark count cycles
Column 154: Effective position of filterwheel #1, 0=filterwheel not used, 1-9 are valid positions
Column 155: Effective position of filterwheel #2, 0=filterwheel not used, 1-9 are valid positions
Column 156: Sum over 2^i, 0=spectra were interpolated in time, 1=spectra are corrected for off-target signal
Column 157: Integration time [ms]
Column 158: Temperature at electronics board [°C], 999=no temperature signal
Column 159: Spectrometer control temperature [°C], 999=no temperature signal
Column 160: Auxiliary spectrometer temperature [°C], 999=no temperature signal
Column 161: Temperature in head sensor [°C], 999=no temperature signal
Column 162: Humidity in head sensor [%], -9=no humidity signal
Column 163: Pressure in head sensor [hPa], -9=no pressure signal
Columns 164-711: Unweighted slant column residuals for each pixel inside the fitting window multiplied by 1e5, 9e5=pixel was not used for fitting
Columns 712-1259: Normalized slant column residuals weighted with independent instrumental uncertainty for each pixel inside the fitting window multiplied by 1e5, 9e5=pixel was not used for fitting, 0=no independent instrumental uncertainty was given
---------------------------------------------------------------------------------------
SQ 20240118T154729.2Z 8783.657977 115 1 1.99 2 63.76 136.87 117.48 53.20 0.00 1 0.00 1 0 33 3.271e-03 3.201e-03 3.262e-03 3.186e-03 -2.539949e+01 6.279211e+02 2.784051e+01 3.583437e+02 6.532393e+02 285.11 -2.00 20.00 -2.00 445.82 0.00e+00 -7.777111e-04 3.478053e-04 2.962204e-06 1.415375e-05 3.502429e-04 285.11 -2.00 20.00 -2.00 455.30 0.00e+00 1.386462e-04 2.815954e-05 9.940334e-07 9.952233e-06 2.907172e-05 226.12 -2.00 2.07 -2.00 435.86 0.00e+00 1.257641e+06 4.443759e+05 1.464461e+04 2.153288e+05 4.662549e+05 266.07 -2.00 10.52 -2.00 458.18 0.00e+00 1.073174e-01 8.759168e-02 2.152845e-03 8.295101e-03 1.013364e-01 224.43 -2.00 3.23 -2.00 454.69 0.00e+00 1.402661e-05 1.107786e-05 2.112076e-07 1.079559e-06 1.232151e-05 285.11 -2.00 20.00 -2.00 455.92 0.00e+00 2.249 0.000 397.00 473.00 4 6.1544e+00 3.3844e-03 5.7360e-03 3.7246e-04 3.3038e-03 6.2306e-02 3.9912e-03 1.1979e-03 2.1940e-04 4.0399e-03 -2.6033e-03 2.3109e-03 1.5771e-04 9.2210e-05 2.3206e-03 7.4457e-04 7.7932e-04 2.9013e-05 2.3681e-05 7.8627e-04 1.9067e-03 4.0298e-04 1.7914e-05 1.3099e-05 3.9761e-04 2.4624e-03 1.3945e-02 2.1461e-03 9.8340e-06 3.6692e-05 1.8910e-03 -1.3011e-05 3.1294e-05 1.8085e-07 3.1854e-07 3.1355e-05 2.8238e-05 4.2374e-05 1.6491e-07 3.8040e-07 4.2808e-05 -1.8545e-03 -3.6273e-05 4.7604e-01 2.8850e-01 6.5820e-04 2.1022e-03 2.7596e-01 12 9 9 12 1 1 999.00 27.13 2.01 -0.00185 -0.00454 1 6 1 4 0 991.140 35.50 19.99 27.13 18.82 1.4 941.97 487 124 -326 636 -617 -63 52 112 85 217 -108 -831 429 187 -496 497 196 -593 186 383 202 329 297 37 -435 65 153 -32 -74 332 321 -465 -90 -41 -297 -57 273 -147 213 503 32 -22 228 -272 -647 -347 -96 -104 473 282 202 -157 -323 479 113 -206 143 -932 -101 321 -522 -515 494 -71 99 -367 -200 -63 -563 532 -278 -308 -188 90 -237 -153 -777 -481 -1 -754 -145 -32 367 122 -319 -306 120 422 -383 98 -39 372 -112 -117 535 206 -38 -278 -401 208 312 68 118 180 319 -132 611 165 236 -247 574 -331 -252 94 138 12 -261 -19 130 160 135 124 -254 136 200 287 47 363 38 -122 285 275 320 -193 140 304 -145 -66 -141 134 -18 87 528 112 -107 155 189 206 138 -394 -223 339 -197 553 -259 -102 -427 134 -495 199 639 -71 -19 -270 -326 339 -211 -387 425 428 -2 777 214 116 325 -185 -184 81 -36 169 166 -129 49 -154 -738 -104 -296 -91 -105 -394 -270 -45 -233 479 84 422 179 -383 -326 -764 77 322 34 -203 -383 -99 -817 -183 73 -234 -422 435 356 -245 -25 457 8 -182 -274 216 336 939 25 -475 -90 81 420 467 -29 -768 -435 148 771 125 346 417 -751 528 -263 -85 14 -341 432 35 -308 73 -145 198 -133 385 -304 -581 187 332 -311 -172 -256 -531 -33 320 -114 -817 32 279 -969 307 593 -209 -350 -8 -116 -207 -276 149 191 -231 -341 874 389 81 -6 -274 -3 3 -171 -139 -176 -13 219 -343 -236 -34 -229 -272 504 -44 -165 -174 500 -117 -140 537 -312 743 -383 -295 501 706 -487 -269 2 184 486 27 276 -323 536 137 -159 317 -34 -639 211 303 -605 33 -375 128 -19 -514 -4 181 -314 -33 -48 373 206 133 490 180 535 319 236 -37 -321 56 36 321 68 705 -362 495 -1 -66 629 116 -167 -130 -260 -133 113 -65 -74 -116 -4 -382 652 -87 156 -28 -325 -820 -177 -81 333 -78 5 118 -96 758 471 212 -80 -226 -168 -147 -7 556 93 152 8 -546 134 218 576 -364 -128 -128 -646 -298 37 137 297 -140 -266 -132 -103 708 -20 880 96 -99 -270 -67 -40 352 -686 -138 -233 21 -397 -241 739 75 276 -275 69 -250 -101 -307 77 519 -7 35 -291 -44 13 182 -1069 354 28 -349 -28 368 -66 -34 -429 -356 -341 283 -539 -34 -149 153 107 129 96 262 -437 -215 21 54 -134 434 -372 -41 -234 -144 -89 -278 325 469 -118 -506 -175 215 -29 261 161 -506 -24 267 -262 75 -29 -97 474 223 -113 360 75 -180 67 -149 173 -143 312 124 283 246 365 -253 -63 185 -35 -356 -52 177 -213 96 95 126 323 400 232 -155 354 572 -221 10 -177 10 -261 50 -345 -840 345 278 -202 217 -410 206 203 260 -111 50 315 430 -221 219 96 -54 113 -390 -388 -357 -202 -219 400 103 -270 513 -497 -50 42 94 72 185 -93 -718 363 160 -428 427 172 -518 161 335 178 287 256 31 -357 54 130 -27 -66 301 294 -422 -80 -35 -244 -47 232 -132 195 457 29 -19 200 -236 -573 -309 -83 -90 400 238 173 -142 -289 428 102 -185 127 -831 -90 283 -469 -477 465 -66 93 -345 -194 -62 -557 515 -267 -293 -178 83 -213 -135 -662 -407 -1 -660 -132 -29 350 115 -304 -297 117 420 -379 96 -38 358 -110 -114 521 199 -37 -267 -387 199 292 63 111 174 316 -134 614 161 228 -233 543 -318 -246 92 135 12 -249 -18 123 151 128 121 -252 135 200 288 46 358 37 -117 270 260 295 -178 131 286 -139 -63 -135 128 -17 81 499 105 -100 148 182 201 135 -380 -208 310 -179 506 -241 -96 -409 131 -487 196 628 -71 -19 -264 -318 323 -201 -373 419 420 -2 712 188 99 281 -167 -176 79 -34 158 154 -119 45 -144 -707 -99 -290 -89 -101 -376 -250 -41 -217 445 78 397 170 -360 -304 -702 70 298 33 -200 -374 -95 -749 -162 63 -202 -371 395 333 -232 -23 426 8 -170 -255 198 302 822 22 -419 -80 73 382 412 -24 -622 -344 115 588 99 272 317 -574 394 -201 -68 11 -304 412 34 -311 74 -144 189 -121 337 -264 -518 173 321 -308 -171 -255 -520 -31 292 -97 -685 27 240 -877 285 562 -204 -342 -8 -110 -193 -255 141 183 -223 -335 858 380 81 -6 -273 -3 3 -168 -136 -170 -13 205 -323 -225 -32 -220 -259 447 -38 -141 -152 450 -109 -132 507 -294 697 -365 -287 487 683 -474 -256 2 169 446 24 259 -313 526 137 -159 312 -33 -616 206 300 -612 34 -372 126 -19 -509 -4 179 -311 -33 -47 361 198 130 485 180 533 311 229 -37 -317 55 36 317 67 689 -349 467 -1 -61 582 108 -155 -124 -249 -128 111 -64 -72 -114 -4 -383 652 -89 159 -28 -326 -816 -174 -79 331 -79 5 119 -97 753 469 212 -80 -229 -170 -151 -8 570 97 158 9 -579 142 233 612 -388 -135 -136 -680 -310 38 144 311 -147 -280 -140 -109 727 -20 881 96 -100 -271 -68 -41 363 -721 -146 -251 23 -429 -258 793 81 291 -291 72 -264 -107 -327 82 557 -7 39 -323 -50 14 203 -1186 391 31 -390 -31 416 -75 -39 -486 -410 -391 323 -615 -38 -167 169 119 145 109 298 -506 -248 24 62 -152 492 -427 -47 -268 -166 -103 -321 377 548 -141 -603 -209 255 -34 311 192 -608 -28 319 -316 90 -35 -119 573 270 -138 435 91 -220 81 -181 209 -170 374 148 337 295 439 -307 -75 220 -41 -416 -61 211 -256 116 113 150 386 485 282 -191 430 683 -263 12 -204 11 -301 57 -405 -1013 415 331 -242 261 -490 240 237 307 -131 59 376 511 -263 258 112 -63 134 -469 -464 -423 -235 -253
SQ 20240118T155105.4Z 8783.660479 118 1 4.30 2 63.23 137.60 116.86 53.85 0.00 1 0.00 1 0 33 1.532e-03 1.500e-03 1.452e-03 1.420e-03 2.896399e+02 2.789166e+02 4.556463e+01 3.583654e+02 3.059136e+02 285.11 -2.00 20.00 -2.00 445.78 0.00e+00 -3.229797e-04 1.549591e-04 1.830436e-06 1.409377e-05 1.642130e-04 285.11 -2.00 20.00 -2.00 455.26 0.00e+00 1.800857e-04 1.254899e-05 1.203844e-06 9.953060e-06 1.361731e-05 226.13 -2.00 2.07 -2.00 435.77 0.00e+00 1.107146e+06 1.981392e+05 1.359292e+04 2.153285e+05 2.183679e+05 266.07 -2.00 10.52 -2.00 458.16 0.00e+00 1.156416e-01 3.910902e-02 1.452946e-03 8.318092e-03 4.745988e-02 224.43 -2.00 3.23 -2.00 454.65 0.00e+00 1.108097e-05 4.939647e-06 1.809862e-07 1.079395e-06 5.770511e-06 285.11 -2.00 20.00 -2.00 455.89 0.00e+00 2.208 0.000 397.00 473.00 4 5.8314e+00 1.5051e-03 5.6317e-03 3.7255e-04 1.5458e-03 5.9647e-02 1.7768e-03 1.1759e-03 2.1845e-04 1.8925e-03 -4.9471e-03 1.0300e-03 1.5468e-04 9.1602e-05 1.0884e-03 -4.5696e-04 3.4709e-04 2.5298e-05 2.3583e-05 3.6857e-04 1.6594e-03 1.7933e-04 1.4631e-05 1.3062e-05 1.8620e-04 3.4122e-03 1.4831e-02 9.5673e-04 9.7059e-06 3.5197e-05 8.8505e-04 -4.2907e-05 1.3857e-05 1.6970e-07 3.1633e-07 1.4683e-05 -1.6059e-06 1.8765e-05 1.5007e-07 3.7751e-07 2.0051e-05 9.1751e-04 -6.0574e-05 3.1824e-02 1.2866e-01 7.0748e-04 1.9903e-03 1.2957e-01 12 9 1 12 1 1 99.85 27.13 1.99 0.00092 0.00011 5 8 1 4 0 716.300 35.50 20.01 27.13 18.94 1.4 943.74 146 -301 -157 151 351 102 -101 145 61 16 177 -149 174 -269 93 -180 216 -163 73 8 -127 189 -168 128 -22 70 220 -37 -46 -73 274 245 165 -16 -270 -202 179 1 -103 69 -90 -24 -130 -155 -145 -145 257 -43 90 74 4 -236 -97 152 -69 -165 -26 -406 -230 -66 35 17 -39 -265 176 -98 225 -29 -55 102 -138 -192 -68 14 -150 -91 -76 524 -225 -333 115 -63 -11 -116 -96 -18 -80 199 232 -127 369 38 -20 142 -8 -62 -59 -194 -143 -137 123 107 -160 -176 13 124 224 -120 187 105 -61 59 93 -152 -396 59 431 -126 -260 81 168 166 -116 171 66 355 -47 126 58 -96 66 175 41 106 -4 310 35 183 133 -111 279 218 94 76 -48 331 94 -93 -64 -303 -158 100 -125 -248 191 -39 -161 -215 -253 149 32 252 -167 57 -289 258 -28 59 274 -191 -22 -55 226 -134 180 345 -254 121 -190 -7 -139 -15 -209 -48 -202 51 4 48 75 128 -115 124 45 243 -23 89 96 12 -79 7 -168 -37 -90 -342 -98 137 187 -4 -114 -82 -323 -117 76 81 -67 -59 -397 -220 11 144 -44 246 109 -124 -156 16 68 -172 -40 -72 -211 -81 111 334 193 -108 54 284 8 68 -277 86 -169 -48 193 182 10 126 -118 103 305 -37 36 -216 -157 135 146 -91 -164 93 -264 -127 173 198 7 -101 -199 -179 69 -18 158 -35 57 167 -25 -112 38 -124 102 -443 -119 -26 -67 -144 -137 -22 -125 -117 254 -94 -17 109 261 276 -127 14 132 172 -214 -135 42 40 -31 41 -7 -50 25 139 -89 63 235 162 -115 149 73 -288 -150 -42 87 2 1 -292 -70 -24 22 7 -55 -24 -106 -4 14 206 82 -111 19 57 55 -27 27 216 -114 -7 -187 68 -97 55 4 -150 240 125 142 -66 -250 154 -92 -118 170 101 -99 79 -93 -42 -100 241 -168 286 149 9 33 -49 -104 -121 355 11 -250 -48 91 -48 35 143 125 -78 294 133 197 216 37 -143 228 -125 126 122 -242 202 259 189 107 435 -190 -164 127 96 -15 326 -10 -126 -5 65 -54 -62 -97 129 -42 -45 155 103 -194 42 -66 139 -77 -193 41 260 81 -417 -14 10 -160 -37 -132 57 35 -147 17 19 -70 -143 -45 -315 -204 -447 -23 -103 -149 -71 29 -41 -146 -19 128 -156 -74 89 -64 -81 -170 -71 -123 -33 -28 -149 -73 -5 -32 -5 -77 60 223 -44 134 -76 148 -101 -15 -161 -84 31 173 103 158 -53 -89 -63 -3 7 37 11 88 -63 -18 112 62 25 -42 44 249 -75 99 108 170 116 132 -38 -122 37 -26 55 -184 64 -223 -33 108 164 88 170 79 161 -45 141 -103 143 -74 -131 237 -79 98 -20 118 -69 -152 -56 22 88 -55 158 192 -72 222 -36 -165 -47 -37 118 -108 -254 -134 -257 120 -252 -130 122 284 82 -83 122 52 14 152 -128 150 -231 81 -156 189 -141 63 7 -113 166 -146 109 -18 58 186 -33 -41 -66 251 221 145 -13 -224 -166 151 1 -94 63 -82 -21 -114 -137 -128 -128 227 -37 77 63 4 -213 -88 136 -62 -147 -23 -366 -203 -58 32 16 -37 -252 165 -93 216 -29 -54 99 -134 -182 -64 13 -137 -79 -64 442 -189 -294 106 -59 -11 -112 -91 -17 -78 198 232 -126 360 37 -20 138 -8 -60 -58 -190 -138 -131 115 101 -151 -170 13 125 226 -118 180 101 -58 57 90 -150 -391 57 415 -121 -246 76 163 161 -115 170 66 356 -47 124 57 -93 63 165 38 99 -4 296 34 174 127 -106 266 204 89 71 -45 315 93 -91 -63 -292 -147 92 -115 -228 177 -37 -154 -210 -249 146 32 251 -166 56 -282 247 -27 58 271 -189 -21 -51 197 -116 158 315 -244 117 -183 -7 -129 -14 -192 -46 -192 48 4 47 72 121 -106 115 41 226 -22 84 92 11 -74 6 -154 -34 -86 -334 -95 132 172 -4 -100 -70 -283 -106 72 77 -63 -55 -369 -206 10 132 -39 216 96 -110 -138 15 62 -152 -34 -59 -164 -62 86 260 150 -83 42 213 6 55 -235 77 -160 -47 195 185 10 121 -108 90 262 -33 33 -211 -156 134 145 -89 -157 85 -229 -107 144 169 6 -94 -191 -175 68 -17 150 -33 52 158 -24 -108 37 -121 101 -445 -119 -26 -66 -142 -133 -21 -121 -111 238 -88 -16 106 251 262 -113 12 114 149 -194 -126 40 37 -29 38 -7 -48 24 136 -86 60 221 149 -106 136 68 -275 -146 -41 86 2 1 -281 -68 -24 22 7 -55 -23 -104 -4 14 204 81 -110 19 55 53 -26 27 217 -114 -6 -183 66 -96 55 4 -150 239 122 137 -62 -233 142 -84 -110 159 96 -94 77 -91 -41 -98 233 -166 283 149 9 34 -50 -105 -121 348 10 -249 -48 93 -48 35 144 126 -78 297 133 197 219 38 -147 235 -131 131 130 -259 215 275 200 114 455 -198 -171 132 100 -16 343 -11 -133 -5 66 -54 -62 -97 129 -42 -46 157 105 -204 44 -70 149 -83 -207 44 276 86 -443 -15 11 -169 -40 -141 61 38 -163 19 21 -78 -160 -50 -346 -224 -502 -26 -116 -168 -80 33 -47 -168 -22 143 -175 -82 98 -71 -91 -192 -81 -142 -38 -32 -171 -83 -6 -37 -5 -88 69 256 -51 155 -89 173 -120 -18 -192 -99 37 206 123 189 -63 -107 -75 -4 8 45 13 105 -77 -22 136 75 31 -51 53 298 -90 118 130 204 138 159 -45 -142 42 -30 64 -221 77 -267 -39 129 196 107 208 97 193 -54 164 -117 161 -84 -151 276 -95 116 -24 141 -82 -181 -66 25 103 -65 188 229 -86 263 -43 -194 -55 -43 141 -129 -300 -156 -298
SQ 20240118T172811.2Z 8783.727908 181 1 52.62 2 52.36 161.28 98.83 68.28 0.00 1 0.00 1 0 33 3.639e-03 3.561e-03 1.071e-03 1.050e-03 -2.454765e+02 2.094908e+02 4.127008e+01 3.583179e+02 7.266795e+02 285.11 -2.00 20.00 -2.00 445.48 0.00e+00 -5.157447e-04 1.142040e-04 2.464161e-06 1.402042e-05 3.908789e-04 285.11 -2.00 20.00 -2.00 455.10 0.00e+00 1.718983e-04 9.319385e-06 1.361124e-06 9.967677e-06 3.239033e-05 226.52 -2.00 2.07 -2.00 435.16 0.00e+00 1.195477e+06 1.478721e+05 2.330048e+04 2.153002e+05 5.186531e+05 266.07 -2.00 10.52 -2.00 458.16 0.00e+00 1.078419e-01 2.913801e-02 2.891217e-03 8.274633e-03 1.128059e-01 224.43 -2.00 3.23 -2.00 454.51 0.00e+00 -5.698719e-06 3.693571e-06 2.514663e-07 1.079127e-06 1.370870e-05 285.11 -2.00 20.00 -2.00 455.83 0.00e+00 1.634 0.000 397.00 473.00 4 7.9773e+00 1.1195e-03 4.1673e-03 3.7136e-04 3.6860e-03 7.0040e-02 1.2990e-03 8.7118e-04 2.1627e-04 4.4704e-03 -1.0561e-02 7.6669e-04 1.1819e-04 9.1521e-05 2.6126e-03 8.2431e-04 2.5496e-04 2.3334e-05 2.3486e-05 8.7377e-04 2.7909e-03 1.3180e-04 1.4169e-05 1.2942e-05 4.4290e-04 4.6831e-04 6.2241e-03 7.1677e-04 1.9677e-05 3.7070e-05 2.1714e-03 -7.1171e-05 1.0323e-05 1.8626e-07 3.1773e-07 3.4868e-05 3.5365e-05 1.3787e-05 1.9078e-07 3.7808e-07 4.7619e-05 3.2878e-04 -4.4886e-05 6.1334e-02 9.4982e-02 1.3544e-03 2.0371e-03 3.0812e-01 12 8 8 10 0 0 99.83 27.13 2.13 0.00033 -0.00424 15 2 1 4 0 3507.800 35.50 20.01 27.13 22.69 1.3 972.10 1210 -304 -361 259 -346 221 -454 664 79 246 124 146 -55 -135 -32 45 77 130 19 -163 4 -25 -256 -194 -1052 -564 1 401 -459 170 1290 -217 455 68 -737 -81 22 53 -286 633 -103 7 -271 -455 -13 516 162 -16 893 561 -424 -422 26 -229 -366 -261 -104 -448 445 393 510 113 -201 -287 294 -99 561 110 -99 -132 -53 -56 448 53 -232 -515 -484 47 113 -340 -12 -327 128 -218 -178 -513 -2 251 -225 295 -452 107 208 34 123 -376 -87 -615 -708 38 788 360 -391 343 39 -444 366 1 137 293 -822 -435 -436 41 -353 -184 85 -147 -122 326 -245 -280 -429 699 58 809 327 -261 411 83 -67 485 85 -608 430 142 -455 -969 318 -159 72 391 63 -288 -415 266 -204 -170 308 -519 131 238 -362 -100 115 138 25 14 42 103 702 -130 -118 339 171 230 48 -225 853 -129 481 426 580 -480 824 787 82 322 264 -59 -323 -460 -179 -250 -278 117 107 160 256 169 304 -20 12 -46 -489 -175 419 452 111 -184 -400 -88 -406 -527 -159 651 77 -281 376 2 -249 257 255 -779 -65 183 -505 93 945 -31 -237 606 68 -144 1079 203 41 35 53 -219 -680 501 -66 -352 199 -707 -545 -195 -284 338 -657 15 506 349 -90 442 38 186 -51 71 526 151 556 975 -519 -241 384 533 -70 -475 617 -213 719 -184 22 -455 -13 -728 -564 145 -247 -338 566 441 -519 -208 -628 -602 -117 -543 19 5 -569 -440 -253 -9 -683 229 522 148 -218 4 -107 -472 35 661 148 238 -379 -104 58 -198 -656 921 -294 -376 497 -197 374 145 -310 101 113 -639 595 -540 -794 -14 725 -385 -42 -57 -72 240 36 -204 -188 429 -104 -81 245 48 68 -99 -193 155 41 -246 -18 117 99 -495 227 -379 -431 -137 -40 -258 4 324 273 341 42 538 -216 -306 -292 309 -119 246 1060 0 -92 186 -209 227 388 591 295 -281 85 -338 -69 -161 -225 -7 58 -86 449 1007 -171 -132 128 -246 -236 37 -477 1 601 211 -13 -14 284 249 750 -305 -266 -75 -198 161 19 -257 60 404 -113 -149 253 -49 -497 306 -115 -215 -443 -88 208 -12 -306 694 -925 101 473 1 -180 -209 -34 -341 263 415 94 -432 -160 114 411 42 228 -57 -111 -128 -39 -684 235 -300 -520 -111 -105 383 -96 481 -63 -682 121 247 -226 -347 -304 -97 232 -22 -462 45 -364 77 274 67 -148 -29 -424 -25 331 -190 -14 205 -159 -21 280 -142 -234 215 214 145 103 -111 -136 -487 -211 -24 415 -166 571 376 -169 383 171 168 64 -190 137 -291 494 136 132 17 -87 222 -24 -63 -340 -136 109 179 195 21 74 51 461 107 -143 327 221 141 -404 227 170 139 -37 -304 154 -176 209 -219 -208 -89 363 212 -75 -500 -68 -73 1708 152 -437 -517 -315 -237 -231 46 -574 -254 1016 -267 -308 218 -289 183 -389 571 70 219 111 130 -48 -120 -29 41 70 117 17 -149 3 -22 -233 -168 -907 -480 1 363 -425 160 1208 -203 411 59 -639 -69 19 48 -275 599 -96 7 -247 -409 -12 471 146 -14 786 484 -383 -394 25 -212 -343 -241 -95 -409 409 360 467 109 -193 -276 279 -96 555 109 -99 -135 -53 -55 438 50 -213 -461 -423 40 97 -300 -11 -319 127 -211 -173 -510 -2 252 -229 303 -463 107 207 34 125 -381 -88 -615 -699 38 757 344 -382 335 40 -460 376 1 134 288 -784 -423 -441 41 -359 -184 83 -143 -117 311 -241 -282 -432 713 60 836 332 -262 406 83 -66 460 82 -584 402 137 -448 -956 310 -156 71 374 60 -277 -398 259 -203 -171 303 -505 124 218 -340 -94 107 132 24 14 41 102 695 -131 -118 341 169 223 47 -225 841 -128 472 397 500 -421 712 713 80 313 262 -57 -300 -424 -169 -236 -268 115 105 155 245 162 277 -19 11 -43 -465 -170 401 426 102 -166 -364 -83 -394 -528 -156 616 70 -249 329 2 -214 231 240 -734 -62 170 -480 87 872 -29 -210 531 60 -129 964 182 37 31 44 -176 -519 377 -50 -269 150 -542 -405 -143 -212 263 -554 13 483 348 -91 450 37 176 -47 61 448 133 513 939 -510 -237 375 526 -66 -428 526 -177 597 -157 20 -431 -13 -705 -544 138 -231 -318 524 414 -493 -197 -609 -591 -115 -537 19 5 -557 -435 -244 -9 -650 216 484 138 -207 4 -103 -447 31 559 124 204 -341 -96 54 -187 -625 869 -279 -364 480 -191 359 137 -289 92 103 -580 551 -521 -775 -14 717 -375 -40 -55 -69 234 35 -202 -184 419 -102 -79 238 47 66 -97 -186 147 39 -240 -18 116 97 -478 216 -366 -424 -134 -40 -251 4 316 256 319 38 480 -196 -281 -270 291 -112 235 1023 0 -89 180 -201 222 387 597 295 -280 85 -327 -67 -155 -223 -7 59 -87 442 1002 -168 -129 126 -243 -234 37 -486 1 616 219 -13 -15 298 261 778 -318 -282 -79 -206 164 19 -265 63 417 -117 -153 261 -49 -499 297 -114 -210 -436 -87 205 -12 -319 715 -988 107 499 1 -188 -224 -36 -353 277 437 99 -450 -167 120 436 45 253 -62 -125 -142 -43 -743 254 -332 -580 -123 -116 423 -107 542 -71 -763 135 270 -250 -384 -337 -109 262 -25 -525 50 -410 87 309 75 -169 -33 -482 -29 377 -218 -16 238 -188 -25 336 -166 -280 254 252 172 122 -132 -162 -584 -254 -28 498 -200 684 450 -204 460 204 201 76 -225 161 -339 587 163 155 20 -102 260 -28 -72 -394 -160 131 215 233 25 88 60 552 129 -173 386 262 161 -464 256 194 158 -44 -353 179 -207 244 -256 -240 -104 422 249 -87 -588 -80 -86 1959 176 -507 -602 -369 -279 -271 53 -658 -292
SQ 20240118T192014.3Z 8783.805722 249 1 54.28 2 51.48 194.73 75.90 81.06 0.00 1 0.00 1 0 33 1.405e-03 1.374e-03 6.672e-04 6.535e-04 -3.719743e+02 1.299982e+02 1.468267e+01 3.583129e+02 2.806363e+02 285.11 -2.00 20.00 -2.00 445.55 0.00e+00 -1.863188e-04 7.112155e-05 2.551117e-06 1.398414e-05 1.509888e-04 285.11 -2.00 20.00 -2.00 455.14 0.00e+00 1.567928e-04 5.807822e-06 1.086666e-06 9.980648e-06 1.252461e-05 226.96 -2.00 2.07 -2.00 435.29 0.00e+00 1.079355e+06 9.181832e+04 1.164641e+04 2.152944e+05 2.003075e+05 266.07 -2.00 10.52 -2.00 458.15 0.00e+00 1.022002e-01 1.812081e-02 1.757238e-03 8.250419e-03 4.356193e-02 224.43 -2.00 3.23 -2.00 454.54 0.00e+00 -2.696751e-06 2.294741e-06 2.014866e-07 1.079127e-06 5.293913e-06 285.11 -2.00 20.00 -2.00 455.84 0.00e+00 1.602 0.000 397.00 473.00 4 7.0714e+00 6.9531e-04 4.0864e-03 3.7100e-04 1.4208e-03 5.9824e-02 8.0982e-04 8.5365e-04 2.1556e-04 1.7283e-03 -8.6163e-03 4.7640e-04 1.1295e-04 9.0744e-05 1.0068e-03 -4.8743e-04 1.5893e-04 2.3662e-05 2.3472e-05 3.3784e-04 2.1538e-03 8.2075e-05 1.5482e-05 1.2948e-05 1.7091e-04 1.1578e-03 1.0607e-02 4.4644e-04 8.5244e-06 3.6492e-05 8.2963e-04 -7.2745e-05 6.4068e-06 1.5987e-07 3.1752e-07 1.3468e-05 5.8065e-08 8.5064e-06 1.6694e-07 3.7826e-07 1.8391e-05 -3.3811e-04 -4.6034e-05 1.1909e-01 5.9128e-02 4.9902e-04 2.0024e-03 1.1886e-01 11 8 0 10 0 0 99.99 27.12 2.03 -0.00034 -0.00194 167 18 1 4 0 324.970 35.25 20.01 27.12 23.08 1.3 975.66 578 -166 -44 113 -126 183 30 313 10 8 13 21 -69 -81 3 38 7 -76 -43 51 163 17 -237 -73 -402 -251 84 168 -86 -93 323 73 130 -60 -183 -19 -53 -11 -206 285 -176 79 -80 -218 -128 191 -88 97 321 127 -69 -245 40 19 -152 -86 -174 -152 8 220 187 82 -99 -16 74 -200 64 31 -38 -59 -153 -119 144 160 -24 -270 -283 -37 9 -88 -50 62 164 -163 -80 -28 -40 124 -55 28 -284 105 -55 84 128 14 178 -147 -216 217 235 230 -229 135 59 -194 173 55 44 37 -283 -148 -191 46 -47 -108 45 -3 -70 -30 35 -34 -287 259 36 270 82 -125 202 14 -112 65 189 -87 14 82 -207 -222 102 154 76 118 54 -74 -205 146 -181 -106 89 -217 92 82 -168 -126 -4 56 89 36 63 83 119 1 -102 93 106 75 20 -52 178 -27 190 115 221 -174 376 150 -78 164 173 36 -224 13 -40 -31 -127 40 -57 -31 -65 26 4 111 -150 -129 -134 60 150 156 75 -107 -155 -108 -108 -234 59 274 19 -6 159 -35 -271 0 218 -67 38 -5 -83 114 389 -45 -110 46 42 -31 367 164 208 29 172 -202 -150 243 150 -128 253 -184 -108 42 -66 -7 -227 -104 114 236 -137 35 -64 72 -87 58 201 -98 236 225 -72 -114 147 238 -199 -171 115 -111 147 -71 81 -55 5 -262 -209 -5 -101 -321 44 240 -301 -110 -89 -146 37 -312 -104 -81 -296 -123 -270 32 -235 -41 92 9 -92 96 51 -131 -14 172 15 127 -160 40 -103 -184 -283 336 -181 -53 113 -84 226 -103 -26 21 -11 -28 261 -154 -227 79 257 -194 46 165 -19 -45 -14 23 -74 -128 -6 -64 123 -49 59 82 -26 153 82 -86 162 38 153 -181 92 -116 -118 44 -52 -87 -65 142 146 154 48 297 -106 83 -48 110 -78 13 91 -105 124 -15 -17 69 111 231 125 -151 78 -108 53 -75 -86 18 -60 215 199 312 -60 -27 90 45 26 147 -246 122 393 90 134 70 117 15 151 -13 13 105 -136 141 -63 -139 74 22 -3 -49 -85 65 -171 168 56 -62 -68 -36 43 -38 -195 158 -190 95 156 -153 -125 -185 -172 -124 55 111 -44 -84 -154 115 137 -53 36 -136 -69 -32 -81 -306 -86 -187 -132 -17 -140 -53 -56 155 58 -138 -39 116 -56 -241 -123 -148 84 -139 -320 -40 42 -178 67 -94 -57 -4 -211 -67 214 -22 19 -9 0 12 -39 -9 -83 -35 190 21 -69 -1 -61 -69 41 48 183 -111 204 143 -40 264 88 -79 146 81 -31 -87 159 103 33 69 19 -27 89 79 10 76 22 54 78 -7 114 31 137 80 93 201 196 101 -181 198 202 68 146 -182 6 23 14 -122 -93 -22 112 88 -15 -70 -149 73 -89 91 -120 -77 -116 -167 -160 -74 -132 -193 494 -143 -38 93 -103 153 25 273 9 7 12 18 -60 -71 3 34 6 -68 -38 46 147 16 -212 -64 -337 -215 73 150 -81 -87 300 69 115 -53 -154 -15 -47 -10 -194 266 -161 72 -71 -192 -115 172 -78 87 279 108 -61 -224 37 17 -139 -78 -162 -141 7 198 174 78 -97 -16 71 -197 63 31 -39 -60 -152 -114 139 150 -22 -246 -242 -31 8 -79 -47 59 161 -161 -79 -27 -40 127 -56 29 -287 104 -54 84 129 14 176 -145 -210 211 224 217 -221 130 60 -198 177 56 42 36 -274 -147 -190 47 -47 -107 44 -3 -69 -30 34 -34 -286 263 37 278 83 -124 205 14 -108 61 179 -82 13 78 -202 -215 99 150 74 112 50 -70 -194 141 -178 -106 87 -209 86 77 -156 -116 -4 53 88 36 64 84 118 1 -101 94 104 73 19 -52 176 -27 186 106 196 -151 323 135 -76 159 171 34 -214 13 -38 -29 -122 39 -55 -30 -64 24 4 103 -138 -119 -126 58 144 147 69 -99 -144 -101 -104 -233 58 259 17 -5 139 -30 -240 0 204 -64 35 -5 -79 107 359 -42 -100 41 37 -27 329 146 186 26 143 -162 -116 181 113 -100 196 -139 -79 32 -48 -6 -189 -92 109 235 -140 36 -63 68 -79 50 171 -86 218 218 -70 -112 144 236 -187 -153 98 -92 122 -60 73 -52 5 -253 -202 -5 -94 -302 41 226 -294 -107 -85 -143 36 -308 -104 -80 -297 -121 -261 31 -223 -39 85 8 -87 91 49 -124 -12 146 13 108 -143 37 -96 -173 -269 319 -172 -51 110 -82 218 -97 -24 19 -10 -26 242 -148 -221 79 257 -189 44 159 -19 -44 -14 23 -72 -126 -6 -63 120 -48 57 81 -25 146 79 -84 159 38 150 -175 88 -113 -116 43 -51 -85 -64 140 138 145 44 266 -96 76 -44 104 -73 12 89 -102 119 -14 -16 67 112 230 126 -151 78 -105 52 -73 -83 18 -62 217 198 306 -59 -27 88 45 25 147 -252 125 406 93 139 74 124 16 159 -14 14 111 -142 146 -64 -144 77 23 -4 -50 -88 66 -172 163 56 -60 -67 -35 43 -38 -204 164 -202 101 165 -161 -131 -199 -182 -128 57 114 -45 -88 -161 121 146 -58 40 -151 -78 -35 -89 -333 -93 -207 -147 -19 -156 -60 -62 176 65 -158 -43 127 -62 -267 -136 -167 96 -156 -365 -45 48 -204 76 -107 -65 -4 -240 -76 245 -26 22 -11 0 14 -46 -10 -100 -42 225 25 -82 -1 -72 -83 49 58 221 -135 246 172 -49 319 106 -95 175 96 -37 -102 190 120 39 81 22 -32 103 90 11 89 26 63 93 -8 137 36 164 97 112 239 233 116 -208 224 230 77 171 -212 7 27 17 -143 -107 -26 131 104 -18 -82 -176 86 -104 106 -139 -89 -136 -198 -189 -86 -151 -223
SQ 20240118T193158.2Z 8783.813869 258 1 54.08 2 52.20 198.10 73.43 82.31 0.00 1 0.00 1 0 33 1.007e-03 9.985e-04 5.053e-04 4.946e-04 -4.206727e+02 9.739926e+01 1.616057e+01 3.582943e+02 2.010099e+02 285.11 -2.00 20.00 -2.00 445.61 0.00e+00 -1.073824e-04 5.396053e-05 2.511196e-06 1.407926e-05 1.081013e-04 285.11 -2.00 20.00 -2.00 455.18 0.00e+00 1.345246e-04 4.392716e-06 9.491284e-07 9.981417e-06 8.970965e-06 227.00 -2.00 2.07 -2.00 435.48 0.00e+00 9.731081e+05 6.922955e+04 1.070211e+04 2.153171e+05 1.434684e+05 266.07 -2.00 10.52 -2.00 458.15 0.00e+00 1.163188e-01 1.367390e-02 1.824367e-03 8.319235e-03 3.119520e-02 224.43 -2.00 3.23 -2.00 454.58 0.00e+00 2.405596e-06 1.731319e-06 1.919910e-07 1.079512e-06 3.791601e-06 285.11 -2.00 20.00 -2.00 455.86 0.00e+00 1.628 0.000 397.00 473.00 4 6.5278e+00 5.2598e-04 4.1516e-03 3.7165e-04 1.0172e-03 4.7626e-02 6.1579e-04 8.6730e-04 2.1796e-04 1.2406e-03 -7.0124e-03 3.6037e-04 1.1481e-04 9.1981e-05 7.1943e-04 -4.8480e-04 1.2061e-04 2.2225e-05 2.3527e-05 2.4201e-04 1.8403e-03 6.2206e-05 1.4084e-05 1.3000e-05 1.2236e-04 1.9821e-03 9.8529e-03 3.3584e-04 8.1237e-06 3.6684e-05 5.9132e-04 -5.6087e-05 4.8538e-06 1.5335e-07 3.1474e-07 9.6468e-06 8.4729e-06 6.5139e-06 1.6030e-07 3.7462e-07 1.3173e-05 -3.4057e-04 -4.7165e-05 4.8384e-02 4.4848e-02 4.7958e-04 1.9939e-03 8.5173e-02 11 8 0 10 0 0 100.00 27.12 2.02 -0.00034 -0.00229 265 29 1 4 0 204.060 35.50 19.99 27.12 24.19 1.2 983.73 388 -44 14 64 -8 78 55 180 87 115 67 97 5 17 -18 -86 3 24 104 -24 -62 8 -81 -55 -149 -146 47 -61 -178 -84 115 -18 -11 -99 -200 45 -22 -68 -174 136 -95 -25 -11 -242 23 47 -36 84 267 -72 -146 -146 32 17 -45 -17 -138 -130 -5 49 42 13 23 -60 64 -47 46 8 -4 -72 -71 -72 -8 -33 -78 -133 -184 -17 -30 -41 -129 -37 118 -28 20 -68 13 141 -79 155 -91 79 103 144 65 -78 134 -57 5 49 88 220 -123 -4 50 45 154 -44 98 2 -191 -30 -96 43 2 -39 -14 -104 -23 39 22 -41 -124 241 -36 245 130 -95 146 1 -69 157 76 -63 58 95 -79 -123 41 40 27 171 70 -111 -177 28 29 -12 -105 -97 60 44 -65 40 -31 78 -8 -86 99 69 215 11 -120 160 -10 31 -20 113 71 -109 159 4 101 -167 125 46 -8 40 -25 -1 45 -75 -28 -1 -103 -9 -11 -32 153 31 -2 -31 42 -88 -117 -22 62 96 29 -101 -52 -182 -120 -157 -72 26 -69 -114 102 -60 -18 41 101 -120 -24 52 -192 74 172 -69 -48 125 -48 19 238 68 37 -27 35 -74 -7 303 130 -60 174 18 -35 110 60 137 -176 7 131 106 -102 90 -11 -9 -77 30 233 -13 -8 64 -101 -65 62 174 -43 -153 4 -187 79 -42 13 -132 -79 -175 -204 -47 -173 -211 50 126 -159 -278 -135 -226 -76 -206 -109 22 -112 -112 -47 -34 -103 41 54 -38 -39 -23 59 3 73 257 8 72 -52 73 -47 7 -34 139 -170 -22 198 -16 183 47 1 95 89 -135 169 -98 -89 93 168 -29 47 31 -43 119 25 -50 -21 30 -113 -92 29 121 110 -14 36 71 10 -132 57 34 4 -93 52 -93 -67 -7 1 -120 -58 195 75 129 -7 130 30 0 -4 87 37 -28 207 -36 21 17 -83 24 110 199 127 -29 -20 -81 35 51 -44 -27 -18 51 112 255 16 -2 11 60 39 98 8 58 126 72 61 63 104 246 111 -132 6 22 69 114 -4 37 102 75 18 18 -1 24 -60 47 -23 -36 -213 -79 -48 9 -31 14 -303 -52 55 1 -181 6 -81 -147 -40 117 -73 -69 -157 55 106 36 98 -25 0 -166 -181 -165 -116 -110 -191 -64 -97 58 -148 -13 -45 -254 -28 9 -95 -217 -165 -109 -20 -98 -157 -5 -36 -71 -12 0 -104 -51 -126 -49 65 1 -78 -16 -27 80 -12 -9 -99 -54 53 50 18 -39 32 -75 75 -21 90 26 189 136 -67 180 160 32 45 52 117 21 112 140 73 83 31 -20 33 51 -46 58 103 129 70 61 142 112 199 -5 72 175 146 123 -158 21 25 14 159 -49 1 -23 12 -53 -22 6 44 44 -73 -21 -55 50 -123 65 -98 -120 -129 -133 -93 -151 -133 -131 326 -37 12 53 -7 64 47 155 77 99 58 86 5 15 -16 -77 3 22 93 -22 -55 7 -71 -47 -126 -123 40 -53 -164 -77 106 -17 -10 -85 -165 38 -19 -62 -161 125 -89 -23 -10 -216 21 42 -33 73 235 -62 -126 -131 29 15 -41 -16 -126 -118 -4 43 39 12 22 -58 61 -45 44 8 -4 -72 -70 -71 -7 -31 -71 -118 -159 -14 -26 -36 -119 -35 114 -27 19 -66 13 143 -81 156 -91 78 100 142 65 -77 131 -55 5 47 83 205 -117 -4 51 45 157 -44 94 2 -183 -30 -94 43 2 -39 -14 -99 -22 37 21 -41 -123 243 -37 251 131 -94 143 1 -66 152 72 -59 55 90 -76 -118 39 39 26 162 66 -105 -167 27 29 -12 -103 -93 56 41 -60 37 -28 74 -8 -86 97 69 213 11 -119 156 -9 30 -20 112 70 -108 155 4 89 -144 111 42 -8 39 -24 -1 42 -71 -26 -1 -99 -9 -11 -32 146 30 -2 -29 39 -81 -111 -20 59 91 27 -93 -47 -170 -116 -153 -71 25 -63 -100 88 -51 -16 37 95 -113 -23 49 -182 69 160 -63 -44 109 -42 17 213 61 33 -23 29 -59 -5 232 98 -46 134 14 -27 81 46 109 -147 6 123 104 -103 91 -11 -9 -70 26 198 -12 -7 61 -100 -65 62 170 -41 -139 4 -155 66 -36 12 -122 -76 -172 -199 -46 -164 -195 45 121 -153 -269 -133 -219 -74 -207 -111 22 -111 -110 -46 -33 -99 38 51 -36 -36 -23 57 3 65 220 7 62 -47 68 -44 7 -32 131 -164 -21 191 -15 175 45 1 88 83 -124 155 -94 -86 92 167 -28 45 30 -42 120 25 -50 -21 30 -110 -92 29 121 107 -14 35 67 9 -129 56 34 4 -90 51 -90 -66 -7 1 -118 -57 192 71 121 -6 120 28 0 -4 82 35 -27 203 -35 20 16 -81 23 111 199 129 -29 -20 -79 34 50 -44 -27 -18 52 112 251 16 -2 11 59 39 99 8 60 131 74 63 67 111 261 118 -139 6 24 72 118 -4 38 107 79 19 19 -1 24 -61 47 -23 -36 -216 -81 -48 9 -33 15 -324 -56 59 2 -191 6 -86 -152 -42 123 -77 -74 -169 58 114 40 110 -28 0 -184 -198 -179 -126 -122 -213 -72 -108 64 -167 -15 -51 -292 -31 10 -105 -239 -183 -121 -23 -111 -178 -5 -41 -81 -14 0 -118 -58 -142 -55 75 2 -90 -19 -32 96 -15 -11 -118 -64 62 59 22 -46 38 -90 90 -26 108 31 227 163 -81 217 192 38 54 61 141 25 134 167 88 100 37 -23 38 60 -52 69 123 155 84 72 170 132 239 -6 87 208 173 144 -180 24 28 16 186 -58 2 -27 14 -62 -26 7 51 52 -85 -25 -65 59 -145 75 -114 -140 -151 -158 -109 -176 -153 -151
SQ 20240118T195607.6Z 8783.830644 269 1 5.26 2 54.11 204.75 68.31 84.90 0.00 1 0.00 1 0 33 3.373e-03 3.300e-03 3.011e-03 2.955e-03 -7.450779e+02 5.828344e+02 6.690532e+01 3.583140e+02 6.735967e+02 285.11 -2.00 20.00 -2.00 445.47 0.00e+00 -8.137602e-04 3.207739e-04 2.115873e-06 1.399634e-05 3.618574e-04 285.11 -2.00 20.00 -2.00 455.02 0.00e+00 1.295887e-04 2.625083e-05 8.632448e-07 9.985279e-06 3.006667e-05 227.10 -2.00 2.07 -2.00 435.17 0.00e+00 1.488107e+06 4.142403e+05 1.304527e+04 2.153255e+05 4.807635e+05 266.07 -2.00 10.52 -2.00 458.06 0.00e+00 9.916433e-02 8.239876e-02 1.584210e-03 8.330957e-03 1.045440e-01 224.43 -2.00 3.23 -2.00 454.42 0.00e+00 8.079467e-06 1.037999e-05 2.544288e-07 1.078905e-06 1.270447e-05 285.11 -2.00 20.00 -2.00 455.73 0.00e+00 1.701 0.000 397.00 473.00 4 7.0898e+00 3.1380e-03 4.3396e-03 3.7125e-04 3.4115e-03 7.0340e-02 3.6534e-03 9.0625e-04 2.1649e-04 4.1431e-03 -3.7920e-03 2.1443e-03 1.1937e-04 9.1298e-05 2.4108e-03 4.7227e-04 7.1708e-04 2.7806e-05 2.3453e-05 8.1038e-04 2.2780e-03 3.7036e-04 1.9303e-05 1.2950e-05 4.1020e-04 1.1099e-03 1.4634e-02 2.0172e-03 8.4470e-06 3.6239e-05 1.9858e-03 -1.7189e-05 2.9056e-05 2.1645e-07 3.1849e-07 3.2331e-05 -9.6769e-06 3.8989e-05 2.3446e-07 3.7780e-07 4.4140e-05 -1.7065e-03 -4.1156e-05 2.4597e-01 2.6647e-01 5.5011e-04 2.0092e-03 2.8541e-01 12 9 9 12 1 1 999.00 27.12 2.10 -0.00171 -0.00126 1 2 1 4 0 2623.390 35.50 20.00 27.12 24.09 1.3 981.79 413 -671 234 -418 -132 113 438 -553 -114 52 571 305 284 128 536 -977 -131 109 -384 102 654 506 -205 73 -382 -161 119 412 -163 33 97 16 -199 -3 -203 336 373 724 -81 266 4 -124 -101 -341 498 -171 -81 -297 479 446 -408 -915 504 -200 44 -146 -290 -344 118 -71 143 -55 1 -377 -80 456 479 -13 -132 -425 -690 -64 201 -34 -95 -193 -594 295 -238 -586 -60 -141 -89 -187 39 -24 -216 374 141 151 -587 584 -210 285 -52 -255 109 -198 -131 -482 631 314 -337 246 -41 -495 198 -172 -87 286 -499 332 -277 -731 42 470 -41 -76 -377 326 426 434 -536 768 -22 487 346 699 -122 -158 222 617 18 -766 387 343 -714 -283 2 142 25 111 -27 -333 50 243 -382 -141 -499 -45 41 -393 177 -39 -11 266 130 47 -114 415 -267 717 -397 117 641 -383 -526 -283 95 72 582 194 -72 -154 169 506 298 278 -229 244 -343 15 265 107 -658 228 -29 80 -218 -35 16 -427 -538 -48 -152 -109 633 677 -61 -42 -305 -309 194 90 135 30 658 -82 368 -43 -360 -596 -31 -517 -86 750 -96 438 20 437 237 -90 924 -371 290 814 220 175 275 -352 -227 -497 547 -1024 -207 56 -516 174 108 489 -268 -92 210 833 208 -514 -78 20 -53 112 141 -464 53 378 -948 243 23 380 44 -542 199 -119 669 -394 -369 7 58 -773 -73 23 390 -144 238 -170 -84 83 -301 -140 122 -454 195 313 -241 -48 -301 289 -950 109 298 -645 -243 6 -131 -407 194 1121 -353 508 -199 -234 -327 -404 -500 738 -53 -71 250 -117 -122 256 111 -175 230 -570 239 -414 122 354 391 -772 -219 -158 -299 -50 162 -81 52 -153 -237 -103 122 19 248 -57 165 -8 363 190 132 -117 -272 100 -380 179 171 136 747 -301 333 114 39 10 141 195 -706 -101 -176 -309 131 -90 649 52 -76 375 -368 -103 92 270 170 -136 -77 -792 88 -184 256 444 156 57 409 810 -46 161 -21 -14 -253 -381 254 -130 -167 105 -381 -214 327 35 245 -547 314 -55 87 72 53 23 -112 569 -207 36 -391 -158 13 727 250 -702 -301 -451 -98 287 -281 392 -233 -18 520 180 388 -164 -653 105 -113 541 -272 -231 150 250 25 476 24 -112 -380 -98 -254 -375 23 244 -35 -396 -4 -5 -7 647 -592 244 270 34 -52 87 -167 -70 22 -374 -76 -138 -215 -25 -60 -207 -219 148 95 192 245 -132 -83 75 -360 46 42 -350 -119 170 53 453 139 -320 -203 -275 47 317 218 -113 119 164 -157 -42 -67 411 458 67 431 44 220 -123 -189 28 75 -177 -264 399 -438 8 159 -351 376 336 -224 408 396 -31 -384 -94 211 68 -439 96 281 281 -160 -332 -420 -255 293 -96 -23 -224 302 532 120 -335 134 -82 986 -258 -494 -34 223 -477 -243 -176 -71 47 350 -578 198 -352 -109 95 369 -483 -102 46 512 273 252 115 478 -892 -117 99 -350 93 600 460 -182 65 -322 -138 104 371 -151 31 91 15 -181 -3 -171 287 326 658 -76 246 3 -112 -91 -303 447 -156 -72 -265 415 388 -361 -852 466 -184 41 -133 -263 -319 106 -64 130 -53 1 -364 -76 439 464 -13 -134 -428 -684 -63 192 -32 -89 -174 -519 256 -204 -523 -56 -136 -86 -181 38 -24 -215 380 145 152 -592 587 -211 282 -52 -253 107 -199 -130 -465 605 299 -328 242 -41 -509 202 -175 -86 274 -478 323 -274 -738 42 461 -40 -74 -366 314 419 426 -537 778 -22 502 350 692 -120 -156 213 590 17 -720 366 333 -696 -274 2 137 24 108 -26 -316 49 234 -380 -141 -492 -44 40 -366 162 -37 -10 251 126 46 -114 412 -269 718 -401 115 629 -374 -511 -276 95 72 569 179 -63 -134 147 465 289 272 -223 232 -326 14 247 100 -637 218 -28 79 -211 -33 15 -396 -498 -44 -144 -103 605 635 -56 -39 -283 -291 189 89 131 29 611 -73 323 -37 -315 -553 -29 -491 -82 714 -91 410 19 402 214 -81 819 -329 259 743 201 157 232 -283 -176 -383 421 -805 -160 43 -387 132 81 388 -227 -82 198 825 212 -521 -78 19 -48 97 123 -411 50 365 -942 239 22 376 42 -495 170 -100 560 -342 -335 7 55 -754 -70 22 368 -134 219 -160 -82 81 -293 -138 121 -455 196 310 -239 -47 -292 278 -912 103 277 -606 -230 5 -127 -384 173 968 -304 434 -180 -215 -305 -382 -475 697 -51 -69 244 -112 -119 244 102 -159 210 -517 222 -394 120 351 386 -751 -211 -150 -293 -50 161 -80 52 -150 -232 -102 121 19 247 -56 157 -8 352 184 129 -117 -269 99 -372 172 168 134 737 -297 326 112 37 9 131 177 -655 -94 -162 -291 123 -87 630 51 -74 364 -358 -102 91 271 173 -138 -76 -781 86 -178 249 447 158 57 407 796 -46 159 -20 -14 -253 -388 260 -132 -171 109 -395 -225 343 37 256 -572 329 -57 91 75 54 24 -118 593 -217 37 -407 -159 13 715 244 -698 -301 -454 -98 288 -291 407 -249 -19 550 190 414 -175 -688 110 -118 563 -285 -244 158 266 27 515 26 -124 -419 -108 -276 -414 26 267 -39 -439 -4 -6 -8 726 -671 275 297 38 -56 96 -185 -77 24 -425 -87 -158 -245 -28 -68 -235 -250 168 108 219 280 -152 -97 85 -418 54 49 -414 -140 198 62 536 162 -373 -238 -322 55 374 257 -134 141 193 -187 -50 -80 492 546 80 503 52 255 -144 -224 32 88 -207 -303 453 -505 10 186 -412 436 398 -262 482 475 -37 -456 -112 249 78 -496 107 315 323 -187 -386 -494 -301 343 -113 -26 -260 349 620 139 -394 157 -96 1142 -301 -575 -40 260 -553 -286 -204 -81 53
SQ 20240118T204337.4Z 8783.863628 300 1 17.68 2 59.38 216.47 58.18 90.17 0.00 1 0.00 1 0 49 1.496e-03 1.471e-03 1.051e-03 1.029e-03 -3.714371e+02 2.025191e+02 1.411960e+01 3.583289e+02 2.988804e+02 285.11 -2.00 20.00 -2.00 445.67 0.00e+00 -1.120729e-04 1.122837e-04 2.318842e-06 1.408319e-05 1.606433e-04 285.11 -2.00 20.00 -2.00 455.20 0.00e+00 1.634974e-04 9.143379e-06 1.131492e-06 9.990219e-06 1.334887e-05 227.28 -2.00 2.07 -2.00 435.57 0.00e+00 1.443407e+06 1.437864e+05 8.959465e+03 2.153233e+05 2.133232e+05 266.07 -2.00 10.52 -2.00 458.15 0.00e+00 1.944717e-01 2.843364e-02 2.142579e-03 8.315490e-03 4.636563e-02 224.43 -2.00 3.23 -2.00 454.59 0.00e+00 -4.141653e-06 3.593410e-06 2.538325e-07 1.079293e-06 5.637172e-06 285.11 -2.00 20.00 -2.00 455.86 0.00e+00 1.955 0.000 397.00 473.00 4 6.7713e+00 1.0919e-03 4.9875e-03 3.7203e-04 1.5124e-03 5.6804e-02 1.2837e-03 1.0416e-03 2.1814e-04 1.8468e-03 -8.3700e-03 7.4898e-04 1.3766e-04 9.1813e-05 1.0680e-03 -5.3060e-04 2.5113e-04 2.7244e-05 2.3548e-05 3.5991e-04 1.8919e-03 1.2959e-04 1.8158e-05 1.3020e-05 1.8192e-04 1.4286e-03 9.0714e-03 6.9326e-04 9.3422e-06 3.5856e-05 8.7709e-04 -6.0583e-05 1.0089e-05 2.0847e-07 3.1519e-07 1.4344e-05 2.1173e-06 1.3591e-05 2.1072e-07 3.7723e-07 1.9587e-05 2.9528e-05 -5.4656e-05 1.2861e-01 9.3087e-02 5.3656e-04 1.9878e-03 1.2652e-01 12 9 1 12 1 1 99.99 27.12 2.03 0.00003 -0.00148 19 7 1 4 0 883.450 35.50 20.00 27.12 23.64 1.3 978.85 229 -239 -13 362 -65 2 -194 318 -3 -29 178 174 -3 -235 118 31 147 90 -212 4 115 112 -1 -60 -312 -306 87 93 -174 38 236 -159 -2 -131 -372 -170 98 -114 -227 379 104 -223 -58 -132 -185 187 114 153 209 202 -28 -155 -56 -243 -268 55 -131 -242 268 210 151 202 82 -27 -120 -245 93 -124 20 -73 136 -131 213 198 -95 -256 -211 -61 -15 -97 -4 -16 136 -65 -60 -227 44 239 -227 312 -213 101 7 199 218 5 29 -89 -110 -90 91 95 -67 126 209 -14 197 -1 133 -78 -385 64 -185 103 -93 -93 -90 63 123 -8 135 47 -169 119 40 137 77 -41 148 -209 4 165 76 -167 92 214 -216 -204 -17 26 -98 115 204 -347 44 78 58 36 -27 -79 -93 40 -195 -213 105 -37 -40 99 117 -62 123 -136 -95 60 129 192 -34 -14 81 -186 -100 268 70 -288 -129 358 14 79 -73 6 -6 -174 37 4 -165 160 72 179 79 -130 -117 46 -55 -170 41 163 262 60 233 -90 -210 -58 -105 -325 -102 119 79 -3 -261 131 47 57 239 -163 60 -180 -280 57 273 51 -33 124 -31 -105 266 -4 189 81 42 -150 -76 266 89 -284 253 5 -87 236 -59 165 71 -145 -46 -8 -24 23 -38 101 161 124 307 -20 193 129 -235 -171 207 -125 85 -284 238 -130 166 -144 -62 -217 -41 -71 -219 -50 101 -198 159 114 -116 -121 -258 -179 -99 -140 -30 -71 -37 -101 -107 70 -235 99 -88 160 -44 9 126 -169 32 247 17 117 -137 -167 168 -36 -317 262 15 -99 -112 36 156 108 -5 -53 98 -371 259 -128 -89 -73 400 -29 195 -34 -193 15 80 -114 -156 123 -64 -28 138 -103 -58 140 -22 264 54 -169 68 -216 90 -117 -21 -176 4 -39 82 55 150 231 -114 277 -81 365 -7 -168 -104 111 -3 21 57 0 47 92 37 -83 51 85 31 93 -14 -70 -11 -14 -113 -91 -68 22 124 357 21 -81 72 137 125 212 40 41 264 0 53 -14 131 59 277 44 98 8 -104 119 62 -70 229 85 -93 -8 -114 17 -141 173 -165 -179 -58 -77 -21 169 -90 204 -472 -4 143 -53 32 -214 -139 -130 242 77 -79 -251 -66 131 156 54 58 -119 -91 -150 -108 -308 5 -23 -332 -22 -104 152 -326 121 80 -242 -15 60 -26 -141 -356 -281 84 66 -182 39 -133 -189 46 -76 -257 8 -150 -36 66 53 -48 -26 17 53 -21 -61 -111 134 21 -37 -129 -2 3 -142 44 175 215 12 224 166 -175 139 62 157 44 176 255 -55 96 210 -46 17 49 56 -84 -29 41 -5 17 217 87 -47 29 309 325 150 -44 -42 18 132 -203 -47 146 26 97 -59 179 -73 -85 -201 -8 114 121 202 -42 -152 -191 -64 89 10 -98 -195 -78 -149 8 -36 -151 -123 192 -202 -11 299 -53 1 -163 271 -2 -25 154 150 -2 -203 104 27 130 79 -186 4 103 102 -1 -51 -261 -254 75 81 -160 35 217 -145 -2 -112 -313 -141 83 -103 -210 347 96 -200 -52 -117 -166 169 101 135 181 171 -24 -142 -51 -222 -247 50 -118 -218 242 189 137 188 78 -26 -114 -236 90 -122 20 -73 133 -125 202 187 -87 -225 -179 -52 -13 -87 -3 -15 131 -63 -58 -220 44 237 -228 314 -214 100 7 197 217 5 28 -87 -106 -87 86 88 -64 122 206 -14 201 -1 128 -75 -369 61 -183 101 -91 -91 -87 61 119 -8 130 46 -169 119 40 139 76 -41 146 -203 3 155 71 -156 88 203 -210 -198 -16 25 -95 109 192 -331 42 76 57 35 -27 -77 -87 37 -180 -195 97 -36 -38 97 117 -62 121 -135 -94 59 125 184 -33 -13 80 -183 -97 250 61 -247 -114 325 13 76 -72 6 -6 -161 34 4 -157 154 70 173 77 -124 -108 42 -51 -160 38 156 248 56 217 -82 -192 -54 -102 -317 -100 113 73 -3 -228 111 42 52 223 -153 56 -171 -263 53 251 47 -30 110 -28 -94 235 -4 172 72 35 -123 -60 202 68 -220 199 4 -66 178 -44 131 59 -131 -43 -8 -24 23 -38 97 146 109 265 -18 180 124 -231 -168 202 -123 81 -257 206 -108 139 -124 -56 -202 -39 -70 -211 -48 95 -183 146 109 -112 -117 -250 -175 -98 -139 -30 -70 -37 -100 -103 67 -223 93 -82 149 -42 8 121 -159 29 210 15 101 -124 -157 156 -34 -301 249 14 -96 -110 35 151 103 -5 -49 90 -343 240 -124 -87 -73 396 -29 188 -32 -189 15 80 -113 -156 121 -63 -28 137 -103 -58 138 -22 254 52 -165 67 -217 89 -113 -21 -171 4 -38 81 54 148 228 -108 259 -75 332 -7 -157 -96 105 -3 21 55 0 46 90 36 -82 51 86 32 95 -14 -69 -11 -13 -111 -91 -69 22 125 355 21 -81 72 138 126 215 41 42 271 0 56 -15 139 62 291 46 103 8 -108 124 65 -73 242 90 -98 -8 -118 17 -142 172 -163 -179 -58 -78 -21 172 -94 214 -509 -4 154 -57 34 -227 -148 -135 255 81 -84 -268 -71 142 167 59 64 -133 -102 -168 -118 -337 6 -26 -373 -25 -116 169 -368 138 92 -278 -17 67 -29 -154 -393 -313 94 76 -207 45 -153 -215 51 -86 -291 9 -173 -42 76 61 -55 -30 20 63 -26 -73 -132 158 25 -44 -153 -3 4 -169 52 209 258 15 268 199 -211 168 74 187 52 211 303 -65 114 250 -55 21 58 67 -98 -34 48 -6 21 258 103 -55 35 372 389 182 -52 -51 21 152 -234 -53 167 30 115 -69 214 -87 -102 -239 -10 132 139 236 -50 -178 -225 -76 106 12 -116 -231 -92 -175 10 -43 -176 -141
SQ 20240118T224647.8Z 8783.949164 379 1 16.16 2 79.30 238.87 32.16 108.97 0.00 1 0.00 1 0 33 2.900e-03 2.608e-03 1.682e-03 1.568e-03 2.159439e+03 3.069888e+02 2.041110e+02 3.584207e+02 5.796077e+02 285.11 -2.00 20.00 -2.00 447.71 0.00e+00 -2.699541e-04 1.779291e-04 4.323388e-06 1.475308e-05 3.074004e-04 285.11 -2.00 20.00 -2.00 456.77 0.00e+00 4.448132e-04 1.391814e-05 3.021747e-06 9.995897e-06 2.593292e-05 227.84 -2.00 2.07 -2.00 439.52 0.00e+00 1.840231e+06 2.144844e+05 3.299149e+04 2.152792e+05 4.134802e+05 266.07 -2.00 10.52 -2.00 459.10 0.00e+00 6.388687e-01 4.037315e-02 3.795543e-03 8.199574e-03 8.959591e-02 224.43 -2.00 3.23 -2.00 456.10 0.00e+00 2.423206e-06 5.158513e-06 3.930693e-07 1.084907e-06 1.092301e-05 285.11 -2.00 20.00 -2.00 456.97 0.00e+00 5.181 0.002 397.00 473.00 4 6.6006e+00 1.7001e-03 1.3223e-02 3.7680e-04 2.9351e-03 2.3549e-02 2.1183e-03 2.7611e-03 2.3292e-04 3.6777e-03 -7.1586e-03 1.1446e-03 3.6317e-04 9.4434e-05 1.9815e-03 3.1496e-03 4.0499e-04 4.9033e-05 2.3961e-05 6.9979e-04 1.8035e-04 2.1004e-04 2.3094e-05 1.3915e-05 3.5217e-04 7.8124e-04 -2.1106e-02 9.6237e-04 1.9051e-05 3.6032e-05 1.5804e-03 -1.6930e-04 1.5342e-05 4.4487e-07 3.1330e-07 2.7786e-05 8.0104e-05 2.1372e-05 5.4576e-07 4.0425e-07 3.7960e-05 3.2632e-03 -7.1061e-05 -1.0762e-01 1.4713e-01 1.9655e-03 2.2130e-03 2.4400e-01 12 9 9 12 1 1 94.12 27.12 1.65 0.00326 -0.00726 5 2 1 4 0 2693.110 35.25 20.00 27.12 24.34 1.2 983.86 1028 -171 217 -344 -302 -101 -499 948 170 -29 -200 -103 -225 -357 -369 17 182 -144 -41 16 599 196 -496 -98 -1149 -589 184 532 -374 288 888 -145 407 -161 -709 -39 -45 -155 -165 254 -186 -459 89 -475 -415 424 -395 553 832 684 -214 -596 169 -314 -40 -114 175 -575 -86 849 437 221 256 -659 190 -90 680 462 201 -198 414 -222 442 160 -215 -556 -365 333 -345 -206 219 365 271 -179 -241 -259 185 378 -434 -104 -122 -64 -162 407 31 6 83 -290 -168 47 568 604 -302 -15 -44 -49 819 343 128 602 -472 -177 -62 -8 -377 -302 65 -498 -138 -198 -70 -273 -272 592 -335 420 278 -206 126 124 -61 41 147 -260 190 503 -520 -583 -18 51 37 521 175 -459 -173 268 -206 -274 156 -344 151 57 -176 -183 -226 154 -187 -126 -349 129 375 -332 -162 130 223 40 5 -383 532 53 252 466 525 -387 941 616 85 -41 -195 -193 -263 -551 -329 -398 -272 201 130 -74 -157 -86 -38 74 72 -155 -662 79 61 12 -1 67 -41 -296 -118 61 -73 278 227 -70 387 -406 -109 -128 221 -301 23 -182 -386 203 570 -422 -479 32 -461 -49 632 -303 69 115 -63 -43 -485 264 421 -405 -315 -32 -178 -363 -25 486 -463 101 56 383 -113 199 -149 267 31 280 427 4 385 477 -219 90 60 500 -128 -213 705 -46 224 -29 -442 -436 165 -290 -372 554 276 -88 167 176 -216 -303 -178 -379 25 -389 -9 256 -252 -435 -155 241 -106 223 578 242 193 100 47 -409 194 522 33 440 -319 31 189 -384 -493 419 -183 -284 412 90 153 62 -246 155 -88 -455 232 -123 -576 -133 613 -233 118 -122 141 145 91 -80 -87 260 4 -252 39 175 33 165 129 310 -185 -101 67 116 -26 46 90 -205 -3 -124 -93 -352 -17 -75 290 354 -165 350 111 -316 3 297 -99 -53 331 46 40 -118 -320 265 366 276 178 -241 127 -307 -102 -339 131 190 224 -38 418 463 -279 -206 181 86 -55 162 -334 265 192 39 -38 -42 188 178 503 -229 -355 130 -62 267 -36 -134 -174 187 -328 -21 185 62 -230 92 125 -76 -314 7 211 -128 -257 213 -411 -68 -58 46 -132 -275 5 -53 34 279 -294 -205 188 4 131 79 -13 -203 -256 -95 -163 -372 191 -281 -144 -173 -175 -70 101 192 -32 -69 -172 33 -63 -159 -173 57 129 -30 -398 241 30 -252 -1 -32 -70 -40 -28 82 269 -288 -20 7 -162 -120 97 -172 -196 -22 -53 231 236 -122 161 -181 28 -99 30 -15 228 65 -197 294 215 256 -55 -28 175 -14 327 -10 51 -51 -99 78 31 186 106 231 21 207 38 32 130 -171 253 87 -3 58 158 74 -422 316 -47 238 214 163 54 -201 103 -191 -102 -45 20 176 24 -336 -45 -150 661 -45 -122 -466 -187 49 -375 145 -196 -82 676 -117 144 -230 -199 -66 -338 643 119 -21 -143 -73 -159 -255 -264 12 133 -105 -30 12 442 144 -356 -69 -785 -410 129 381 -283 222 684 -112 295 -113 -494 -27 -32 -114 -127 195 -140 -349 66 -348 -309 316 -292 409 603 487 -159 -460 131 -241 -31 -88 133 -439 -64 646 334 173 205 -533 151 -73 566 385 169 -166 340 -184 356 126 -169 -429 -265 242 -256 -156 174 295 225 -150 -204 -217 159 331 -375 -91 -106 -55 -138 351 27 5 71 -248 -142 38 472 497 -255 -13 -38 -44 732 299 110 501 -394 -151 -53 -7 -329 -260 55 -433 -118 -170 -60 -238 -238 527 -305 381 248 -182 110 109 -52 34 124 -220 158 428 -456 -510 -16 44 32 447 149 -398 -149 228 -186 -242 139 -303 130 48 -146 -151 -192 131 -165 -112 -319 118 344 -301 -146 119 200 35 4 -348 479 48 226 396 427 -309 767 514 76 -37 -175 -171 -226 -472 -281 -351 -238 178 119 -68 -141 -76 -33 63 63 -136 -580 70 55 10 -1 58 -36 -259 -107 57 -67 248 195 -58 317 -327 -91 -112 196 -268 21 -161 -339 181 503 -373 -408 27 -391 -42 545 -264 60 98 -52 -33 -369 193 311 -310 -240 -23 -128 -267 -18 369 -371 89 51 369 -112 193 -144 245 28 235 354 4 349 454 -212 87 58 475 -120 -189 590 -38 184 -25 -387 -400 153 -281 -360 512 256 -81 152 162 -207 -292 -170 -368 25 -383 -9 251 -247 -420 -150 232 -101 211 539 227 184 95 46 -382 173 446 28 378 -290 29 178 -360 -465 395 -177 -275 399 88 148 59 -230 145 -81 -417 218 -120 -574 -133 608 -233 115 -118 140 147 94 -82 -88 257 4 -254 39 176 34 165 126 307 -182 -100 67 118 -26 45 91 -204 -3 -126 -94 -358 -17 -75 283 344 -157 333 105 -303 2 286 -98 -53 333 47 40 -119 -328 271 382 292 186 -253 132 -318 -103 -343 135 200 236 -40 436 479 -291 -215 189 90 -58 174 -357 283 207 43 -42 -46 209 198 556 -253 -400 144 -68 296 -40 -147 -193 206 -364 -23 203 67 -244 98 131 -80 -337 8 228 -138 -286 238 -471 -79 -66 52 -150 -317 6 -61 38 316 -336 -236 217 4 152 93 -16 -245 -307 -114 -193 -441 227 -340 -175 -210 -213 -85 124 238 -40 -84 -210 39 -76 -192 -209 70 157 -37 -498 300 38 -310 -1 -39 -88 -50 -35 102 338 -364 -26 9 -208 -155 126 -225 -255 -29 -68 298 305 -158 210 -237 37 -131 40 -20 302 85 -262 390 284 337 -72 -36 232 -18 431 -13 68 -67 -132 102 40 243 136 302 28 272 49 43 171 -229 344 117 -4 77 206 95 -543 400 -60 305 283 215 72 -270 138 -255 -134 -59 26 232 32 -446 -60 -198 885 -61 -163 -615 -247 65 -500 191 -260 -106
SQ 20240118T225156.9Z 8783.952741 381 1 54.13 2 80.26 239.61 31.11 110.15 0.00 1 0.00 1 0 33 7.219e-04 6.392e-04 1.583e-04 1.465e-04 2.882308e+03 2.864609e+01 2.474550e+02 3.584145e+02 1.442589e+02 285.11 -2.00 20.00 -2.00 447.89 0.00e+00 3.397724e-04 1.669111e-05 3.640386e-06 1.482205e-05 7.636417e-05 285.11 -2.00 20.00 -2.00 456.88 0.00e+00 4.705811e-04 1.299190e-06 3.090163e-06 9.996158e-06 6.456635e-06 227.90 -2.00 2.07 -2.00 439.97 0.00e+00 2.191016e+06 1.995869e+04 3.360699e+04 2.152952e+05 1.029145e+05 266.07 -2.00 10.52 -2.00 459.12 0.00e+00 6.110752e-01 3.750173e-03 3.552355e-03 8.174337e-03 2.229270e-02 224.44 -2.00 3.23 -2.00 456.21 0.00e+00 1.359358e-06 4.788112e-07 4.905589e-07 1.085183e-06 2.718609e-06 285.11 -2.00 20.00 -2.00 457.03 0.00e+00 5.643 0.002 397.00 473.00 4 3.1730e+00 1.5834e-04 1.4405e-02 3.7766e-04 7.2888e-04 -9.0667e-03 2.0046e-04 3.0081e-03 2.3456e-04 9.2103e-04 -1.7352e-03 1.0612e-04 3.9630e-04 9.3636e-05 4.8697e-04 9.9176e-04 3.8414e-05 5.3021e-05 2.4185e-05 1.7537e-04 -9.4596e-04 1.9775e-05 2.5678e-05 1.4050e-05 8.7607e-05 2.1487e-02 -2.4446e-02 8.6369e-05 1.7146e-05 3.4335e-05 3.8057e-04 -6.1058e-05 1.4320e-06 5.5842e-07 3.1411e-07 6.9174e-06 6.2495e-06 2.0131e-06 7.3639e-07 4.0115e-07 9.4461e-06 -1.2801e-03 -3.0684e-05 1.0926e-01 1.3713e-02 1.7970e-03 2.2151e-03 6.0539e-02 10 0 0 10 0 0 93.79 27.12 1.53 -0.00128 -0.00315 621 67 1 4 0 87.160 35.50 20.00 27.12 24.34 1.2 983.68 -14 -68 -103 -171 -201 -200 -196 -113 -89 -31 -7 -57 -88 -128 -73 -60 -39 -40 -38 -3 26 -19 -61 -104 -267 -219 -103 -30 -29 21 74 18 -19 -103 -196 -137 -79 -2 36 87 30 -11 15 -39 27 78 16 7 58 -29 -33 44 108 61 41 29 55 27 71 92 89 138 84 60 131 100 119 142 167 142 137 147 154 127 127 45 77 117 64 60 82 108 120 117 120 99 124 139 103 146 141 132 112 133 166 97 111 131 57 102 100 85 15 84 84 81 135 78 83 62 -3 39 -43 14 29 -21 -8 -19 2 -11 -39 -63 -54 -25 -42 -54 -98 -73 2 -31 -27 -46 -12 -56 -4 -27 -55 -43 -6 -26 -57 -53 -25 -8 -22 -7 17 -18 -21 -19 -68 -43 -89 -51 -47 -53 -35 -35 -47 -70 -14 -69 -56 -50 -41 -62 -86 -52 -22 -49 -20 -96 -101 -129 -125 -116 -75 -61 -114 -118 -105 -116 -111 -84 -115 -101 -66 -128 -80 -151 -126 -118 -94 -122 -116 -81 -62 -90 -113 -84 -83 -46 -65 -88 -18 -37 -130 -81 -47 -107 -129 -102 -139 -143 -156 -125 -190 -140 -79 -77 -98 -45 -46 -77 -50 -36 10 -8 6 37 54 68 60 36 47 67 66 34 7 -18 -112 -34 -42 -72 -38 -68 -34 -32 -70 11 -14 -2 22 -10 -48 -21 19 19 13 36 68 87 69 104 92 31 14 -11 -9 -46 -38 -2 13 56 33 84 58 11 41 46 57 31 58 58 82 55 53 110 107 96 99 123 154 99 115 226 119 165 122 137 90 93 77 103 109 91 107 61 117 115 81 126 126 78 142 58 84 112 64 70 58 45 56 70 47 40 18 28 13 5 0 21 58 68 39 74 81 58 90 41 9 -5 31 -34 18 -2 -15 -35 9 -2 -9 -22 -2 -8 -10 -8 2 28 -29 -31 -26 -2 -2 -12 -33 -43 -39 -40 -55 -62 -31 -51 3 6 20 34 25 -5 32 21 18 -4 38 25 31 28 -2 -4 7 -16 -47 -27 -18 -24 3 -12 9 17 5 -2 8 2 -16 -19 -13 -29 -1 37 29 42 45 36 16 1 -7 -11 -25 -20 -41 -33 -21 -45 -39 -33 -26 -13 1 5 -7 -9 -33 -58 -42 -89 -78 -111 -88 -111 -84 -60 -73 -88 -97 -106 -66 -103 -104 -75 -65 -86 -49 1 -24 -16 -7 1 21 -8 -32 -30 1 -13 21 -7 7 19 -25 -21 0 -39 -6 -40 -34 -59 -44 -34 -25 -13 -14 7 31 11 11 -4 42 14 18 16 -1 30 3 24 -6 28 22 18 36 19 58 40 10 27 36 29 -3 41 47 41 31 48 41 26 40 44 -1 -14 -1 28 42 77 70 102 98 73 20 14 6 3 -9 7 16 17 22 22 -22 -14 -3 -38 11 -7 -29 -37 -32 -43 -46 -48 -48 -64 -9 -46 -67 -111 -129 -127 -129 -76 -61 -21 -5 -39 -60 -89 -50 -42 -28 -28 -27 -2 19 -14 -43 -72 -181 -148 -71 -21 -21 15 55 13 -14 -71 -132 -94 -56 -1 27 65 22 -8 11 -28 20 57 12 5 42 -20 -24 33 82 46 31 22 41 20 53 68 67 107 65 47 102 79 95 115 137 117 112 118 121 100 98 34 56 83 46 45 64 86 97 94 97 82 104 117 88 123 119 110 94 113 139 82 93 109 47 84 81 68 12 70 72 70 117 66 69 51 -3 32 -36 12 25 -18 -6 -16 2 -9 -33 -54 -47 -22 -38 -48 -86 -63 2 -27 -23 -38 -10 -46 -3 -23 -46 -36 -5 -22 -48 -44 -21 -7 -19 -6 15 -16 -19 -16 -57 -36 -74 -42 -40 -45 -30 -31 -41 -62 -12 -62 -50 -45 -36 -54 -75 -46 -20 -44 -18 -82 -80 -102 -101 -98 -65 -54 -101 -102 -90 -99 -94 -74 -101 -89 -59 -115 -72 -132 -108 -101 -81 -105 -101 -72 -55 -79 -98 -71 -71 -40 -58 -81 -16 -33 -112 -67 -38 -86 -107 -88 -122 -127 -139 -110 -169 -124 -69 -67 -84 -38 -39 -66 -42 -31 9 -7 5 29 41 51 45 27 36 50 49 25 6 -14 -91 -30 -39 -68 -37 -67 -33 -29 -61 10 -11 -1 20 -10 -47 -20 18 18 12 33 57 71 57 87 81 28 13 -10 -9 -43 -35 -2 12 52 32 80 55 10 39 45 57 30 57 56 79 53 50 104 100 90 94 118 148 94 104 197 103 145 110 127 84 88 73 99 105 88 105 60 113 110 76 118 117 73 133 56 84 113 64 70 57 44 56 71 48 41 19 28 13 5 0 22 58 69 39 73 80 58 91 43 9 -5 31 -34 19 -2 -15 -36 9 -2 -9 -21 -2 -8 -9 -8 2 28 -29 -31 -26 -2 -2 -12 -33 -45 -41 -42 -59 -66 -32 -52 3 6 21 36 27 -6 33 22 18 -5 41 26 33 29 -2 -5 8 -18 -52 -31 -20 -27 4 -13 10 19 5 -2 8 2 -18 -22 -14 -32 -1 41 32 44 48 39 17 2 -7 -13 -28 -23 -47 -38 -24 -52 -45 -38 -30 -14 1 6 -8 -10 -38 -68 -49 -105 -93 -134 -106 -133 -101 -71 -88 -108 -118 -130 -81 -127 -129 -94 -80 -106 -60 2 -29 -20 -9 1 26 -10 -40 -37 2 -16 26 -8 9 24 -31 -26 0 -50 -8 -51 -44 -76 -57 -45 -32 -17 -18 9 40 15 14 -5 55 19 24 21 -2 40 4 33 -9 37 30 24 47 25 77 54 13 37 49 38 -4 53 61 54 42 64 55 35 53 59 -1 -19 -1 38 55 101 90 130 126 94 27 18 8 4 -12 9 21 22 28 30 -29 -19 -4 -52 15 -9 -39 -50 -42 -59 -62 -65 -63 -84
SQ 20240118T230202.2Z 8783.959747 384 1 54.14 2 82.17 241.03 29.09 112.65 0.00 1 0.00 1 0 49 9.713e-04 8.074e-04 2.187e-04 1.979e-04 4.168064e+03 3.887884e+01 3.502955e+02 3.584333e+02 1.941359e+02 285.11 -2.00 20.00 -2.00 448.43 0.00e+00 4.662532e-04 2.281985e-05 4.328070e-06 1.507812e-05 1.024050e-04 285.11 -2.00 20.00 -2.00 457.25 0.00e+00 5.717842e-04 1.758881e-06 3.772531e-06 9.998376e-06 8.698486e-06 228.05 -2.00 2.07 -2.00 441.04 0.00e+00 2.678715e+06 2.693930e+04 4.592398e+04 2.152867e+05 1.384905e+05 266.07 -2.00 10.52 -2.00 459.38 0.00e+00 7.354409e-01 4.979168e-03 4.380467e-03 8.139718e-03 2.998022e-02 224.44 -2.00 3.23 -2.00 456.57 0.00e+00 1.310595e-06 6.373323e-07 6.427150e-07 1.086603e-06 3.657829e-06 285.11 -2.00 20.00 -2.00 457.31 0.00e+00 6.839 0.004 397.00 473.00 4 3.4980e+00 2.1570e-04 1.7471e-02 3.7892e-04 9.8125e-04 -9.4047e-03 2.7693e-04 3.6487e-03 2.3959e-04 1.2479e-03 -5.1077e-04 1.4335e-04 4.8118e-04 9.4317e-05 6.4609e-04 1.5052e-03 5.3244e-05 6.4601e-05 2.4594e-05 2.3719e-04 -1.9419e-03 2.7328e-05 3.1757e-05 1.4335e-05 1.1786e-04 1.1683e-02 -3.5292e-02 1.1205e-04 2.1210e-05 3.4504e-05 4.9856e-04 -8.6210e-05 1.9423e-06 7.4989e-07 3.1138e-07 9.3060e-06 7.3545e-06 2.7472e-06 1.0749e-06 4.0883e-07 1.2709e-05 -1.0666e-03 -2.6599e-05 5.8236e-02 1.8628e-02 2.5003e-03 2.2597e-03 8.1074e-02 10 0 0 10 0 0 96.47 27.12 1.43 -0.00107 -0.00359 465 51 1 4 0 116.410 35.50 20.00 27.12 24.31 1.2 983.09 -89 -182 -257 -289 -402 -371 -297 -173 -161 -92 -89 -138 -152 -88 -71 -113 -73 -73 -74 12 -19 4 -118 -164 -274 -195 -122 40 -85 -17 70 41 -11 -103 -160 -166 -95 27 61 171 27 57 119 2 52 114 44 43 49 52 31 71 78 73 118 115 153 89 131 173 141 236 74 120 163 123 193 227 165 210 124 172 242 171 159 126 124 160 158 153 100 180 213 197 141 150 96 225 159 204 156 119 136 144 186 185 128 154 114 155 173 173 55 128 150 158 172 130 104 85 68 2 -54 29 9 -62 -15 -53 -57 -37 -70 -62 -143 -44 -109 -93 -122 -136 -36 -61 -47 -51 -70 -83 -70 -46 -95 -157 -46 -50 -38 -46 -70 -58 -82 10 -62 -71 -17 -63 -104 -93 -120 -92 -28 -55 -34 -74 -105 -47 -49 -93 -83 -21 -66 -116 -108 -76 -41 -120 4 -139 -154 -236 -146 -126 -115 -91 -115 -144 -154 -169 -143 -157 -181 -149 -155 -158 -96 -148 -149 -141 -92 -169 -110 -108 -117 -102 -115 -166 -93 -81 -104 -120 -80 35 -36 -71 -17 -172 -144 -77 -26 -196 -163 -135 -203 -148 -75 -104 -80 -117 -103 -88 -21 -51 -10 -53 30 -10 69 68 42 49 67 11 27 10 -58 -77 -136 -40 -58 -50 -97 -38 -75 -39 -68 -6 2 49 16 -15 -8 -19 45 9 40 51 76 94 137 115 64 34 38 39 -20 -31 19 -14 29 118 79 93 73 67 102 47 115 74 78 82 140 106 121 149 165 127 116 126 161 127 166 242 191 216 172 152 144 124 82 153 98 70 79 97 158 129 96 164 189 85 144 84 67 110 105 88 85 98 83 69 47 68 19 47 -6 2 56 22 41 60 22 56 70 57 55 60 13 -11 57 -22 23 -8 -4 -3 -14 1 18 -35 -40 6 -41 13 0 -53 -46 -46 -29 -35 -48 -21 -51 -12 -68 -18 -27 -71 -46 -90 -30 -37 -3 48 -19 -6 26 46 11 9 31 -6 -9 8 -15 47 18 -53 -39 -68 -47 -42 -27 -72 -13 -1 -1 20 -5 -25 13 -5 3 -30 -27 30 3 44 61 15 28 -24 -12 -10 -23 -5 -72 -46 -56 -55 -58 -23 -46 11 48 46 29 -33 -26 16 -17 -76 -43 -81 -107 -97 -83 -81 -71 -86 -98 -88 -87 -105 -62 -57 -92 -68 -48 -11 8 -18 -32 1 41 0 2 -21 1 -1 5 -2 -23 -15 -23 -7 21 -40 -31 -35 -66 -47 -25 -66 -15 -2 -24 9 40 35 12 0 45 6 40 -4 39 8 7 40 -28 22 10 -1 25 13 46 33 30 -1 -8 0 31 58 31 32 3 30 13 18 26 18 -17 12 -28 1 76 65 75 105 96 74 52 30 -1 -20 -2 6 -7 -3 50 21 -13 -6 -27 -32 12 -9 -16 -43 -13 -27 -41 -38 -20 -15 -54 -114 -157 -176 -242 -222 -183 -109 -102 -59 -57 -89 -97 -57 -46 -74 -49 -48 -49 8 -13 3 -79 -105 -172 -122 -80 27 -59 -12 49 28 -8 -67 -103 -106 -62 19 43 121 18 39 81 2 35 78 30 29 33 35 21 51 54 52 85 82 108 63 91 120 101 174 54 88 120 92 146 176 130 164 96 132 181 128 115 90 86 109 109 109 74 137 166 151 109 118 76 183 128 166 125 95 107 116 151 149 103 123 90 122 134 133 43 102 122 132 143 106 83 67 54 2 -44 24 7 -51 -12 -43 -45 -30 -57 -51 -119 -37 -92 -79 -104 -114 -30 -50 -38 -41 -56 -66 -56 -37 -78 -128 -38 -41 -31 -38 -58 -47 -67 8 -53 -61 -15 -53 -85 -75 -97 -74 -22 -45 -28 -63 -91 -41 -43 -81 -72 -19 -57 -98 -91 -66 -36 -105 3 -115 -120 -184 -116 -103 -98 -80 -100 -124 -128 -140 -120 -134 -154 -130 -136 -139 -83 -128 -125 -117 -78 -143 -95 -94 -101 -87 -98 -138 -78 -69 -93 -109 -71 31 -31 -58 -14 -138 -118 -66 -22 -172 -145 -118 -177 -128 -64 -88 -67 -97 -85 -74 -18 -43 -8 -44 25 -8 52 49 31 36 50 8 20 7 -42 -58 -110 -34 -53 -47 -93 -37 -71 -36 -59 -5 2 42 15 -15 -8 -18 43 8 36 45 64 77 112 96 55 31 35 37 -19 -29 17 -13 27 110 75 89 70 65 98 45 113 73 76 80 133 101 115 141 154 120 109 120 155 119 149 211 164 187 154 142 135 117 78 144 95 68 77 95 154 123 90 152 177 79 136 82 67 111 106 87 83 95 82 70 48 69 19 47 -6 2 56 23 41 61 21 56 69 57 56 62 14 -11 57 -22 24 -8 -4 -4 -14 1 18 -35 -38 6 -40 12 0 -53 -46 -47 -30 -36 -49 -21 -53 -12 -72 -20 -29 -75 -49 -94 -31 -38 -3 51 -21 -7 27 49 12 9 33 -6 -10 9 -17 51 20 -59 -44 -77 -54 -47 -31 -82 -14 -2 -1 23 -6 -29 15 -5 3 -34 -30 33 4 47 66 17 31 -26 -13 -12 -26 -6 -84 -54 -66 -65 -68 -27 -54 13 55 53 34 -38 -30 19 -20 -92 -52 -100 -132 -119 -101 -100 -88 -107 -121 -109 -108 -131 -78 -73 -117 -86 -60 -14 10 -22 -39 1 52 1 2 -28 1 -2 7 -3 -30 -19 -30 -9 27 -52 -40 -46 -88 -62 -33 -88 -20 -2 -32 13 54 48 17 1 61 8 54 -6 53 11 10 55 -39 30 13 -1 34 18 62 45 41 -2 -12 0 42 77 41 44 4 42 18 25 36 25 -24 17 -39 1 104 88 100 138 128 100 71 42 -1 -28 -2 8 -10 -4 68 28 -18 -9 -38 -44 17 -13 -22 -59 -18 -38 -57 -52 -27 -20
SQ 20240118T231438.4Z 8783.968500 387 1 18.73 2 84.58 242.73 26.61 116.18 0.00 1 0.00 1 0 49 4.236e-03 3.101e-03 1.594e-03 1.343e-03 7.363529e+03 2.675016e+02 5.927450e+02 3.584934e+02 8.468389e+02 285.11 -2.00 20.00 -2.00 449.86 0.00e+00 9.136607e-04 1.610017e-04 4.858147e-06 1.619551e-05 4.455392e-04 285.11 -2.00 20.00 -2.00 458.22 0.00e+00 7.744558e-04 1.204157e-05 5.146525e-06 1.000025e-05 3.804153e-05 228.26 -2.00 2.07 -2.00 443.76 0.00e+00 3.748137e+06 1.832233e+05 7.530526e+04 2.152488e+05 6.044640e+05 266.07 -2.00 10.52 -2.00 460.15 0.00e+00 9.800539e-01 3.252901e-02 6.532325e-03 7.953063e-03 1.306747e-01 224.44 -2.00 3.23 -2.00 457.54 0.00e+00 1.438140e-06 4.187968e-06 9.657017e-07 1.091180e-06 1.594953e-05 285.11 -2.00 20.00 -2.00 458.07 0.00e+00 9.241 0.009 397.00 473.00 4 5.6227e+00 1.5073e-03 2.3691e-02 3.8158e-04 4.3168e-03 -5.4498e-02 2.0055e-03 4.9488e-03 2.6035e-04 5.6279e-03 2.7402e-03 9.8508e-04 6.5444e-04 9.7961e-05 2.7408e-03 6.5785e-03 3.8974e-04 8.6500e-05 2.5914e-05 1.0382e-03 -7.4974e-03 1.9646e-04 4.2715e-05 1.4952e-05 5.1160e-04 8.3525e-04 -8.5388e-02 6.5909e-04 3.6463e-05 3.9314e-05 2.1745e-03 -4.7747e-04 1.3483e-05 1.2356e-06 3.0046e-07 4.0532e-05 2.5285e-04 1.9037e-05 2.0113e-06 4.2465e-07 5.5443e-05 2.2543e-02 -2.1390e-04 -2.6578e-01 1.2876e-01 4.5466e-03 2.4261e-03 3.5015e-01 12 9 9 12 33 1 49.91 27.12 1.53 0.02254 -0.00944 11 4 1 4 0 1560.730 35.50 20.00 27.12 23.96 1.3 980.79 1636 -1820 -395 -563 -1371 -568 -1084 -31 -110 -169 -155 -346 -1106 -1501 -1020 -1214 -185 -339 -228 -724 594 183 -787 -538 -1280 -590 -445 483 -1322 -310 1477 -588 488 389 -920 72 672 54 -6 1604 819 642 271 -270 -248 551 -479 264 1890 910 13 -252 617 534 74 -347 259 -395 1696 1320 1331 421 438 -191 1287 -347 1120 380 165 592 -129 486 867 263 507 -1 -138 515 788 -20 9 121 648 206 -283 109 489 447 -440 684 269 813 266 336 663 417 434 107 -385 568 749 1229 -39 660 241 140 -248 523 115 919 -429 -353 -322 -193 -187 -565 175 -471 -98 150 287 -167 -790 211 -368 722 -386 -751 305 -601 -49 756 -318 -273 261 -10 -667 -495 291 -389 -322 173 39 -434 -356 18 -634 -523 103 -721 -344 -1 -497 -112 -487 -24 92 -148 -127 -28 362 -482 -625 323 -212 1 -376 -539 374 -585 -177 -255 -659 -682 436 249 176 313 -488 12 -481 -636 -335 -274 -469 -252 -434 -246 -314 -57 -324 -280 -217 -390 -513 -687 -101 77 52 -607 -279 -350 -579 -445 -15 255 181 -92 -464 -322 -399 -130 -69 -775 -91 -320 -383 468 375 -299 -321 364 -293 -934 473 -326 -98 -357 270 -668 -598 20 13 -506 -195 172 -740 -392 -497 -296 -522 -295 634 171 -193 370 261 75 -184 -58 301 19 515 291 -226 -379 -40 912 139 -335 124 72 255 -171 -315 -14 -86 -325 -319 542 192 -94 436 735 -78 119 364 348 582 150 622 527 -282 -241 105 124 -57 671 696 313 225 462 95 163 729 761 693 463 225 267 447 -42 -1 191 142 265 532 426 723 27 62 172 441 -324 369 -180 -105 308 160 159 366 351 326 237 387 167 -339 244 -314 -100 292 295 226 135 -85 302 -128 285 157 234 -76 -227 262 -237 -405 -135 -330 -85 -206 184 -170 153 -185 155 -118 -582 -352 69 -332 67 103 47 -64 -138 -121 -235 235 155 104 -206 101 -273 -115 -244 -409 83 -229 55 -92 507 22 64 38 -319 -327 -211 -207 11 103 -29 -104 -128 211 -135 49 -434 -300 -309 -225 12 -27 -62 69 136 -79 -5 -123 268 -65 207 -114 -123 -322 -132 80 -87 -12 218 -20 240 41 19 -343 -43 -13 -138 44 174 389 119 -53 200 167 -25 -101 -151 -27 -41 -3 -470 139 -39 -73 -221 -227 -10 -121 72 44 -69 25 327 78 44 -110 237 284 -90 -184 5 -54 -281 228 85 -86 61 -80 15 255 -163 91 305 -248 131 -9 -123 -241 103 18 -29 -36 -189 -83 72 -108 23 92 -266 54 66 -73 5 121 48 -130 40 -5 -124 -22 186 -8 -77 64 -8 43 -163 165 -149 83 -55 -169 -98 -86 140 115 -79 -271 -45 144 26 -75 128 229 111 259 -165 -60 -71 90 -134 85 82 87 -148 11 -28 -12 -2 105 4 6 -118 -74 57 166 23 -42 264 833 -974 -205 -286 -694 -297 -561 -17 -60 -92 -86 -192 -614 -843 -573 -689 -105 -193 -130 -419 344 106 -448 -295 -710 -324 -253 275 -794 -188 892 -358 282 221 -512 40 382 32 -4 970 491 378 157 -162 -145 325 -281 157 1099 525 8 -154 378 325 46 -214 158 -241 1048 816 814 271 288 -126 839 -224 734 257 113 403 -87 320 581 174 325 -1 -84 307 473 -13 6 80 435 140 -195 77 349 315 -316 481 189 564 185 237 468 294 305 75 -269 400 520 844 -27 462 177 103 -183 376 83 642 -302 -254 -231 -141 -136 -408 129 -346 -71 109 207 -123 -603 158 -281 548 -291 -562 233 -455 -37 546 -228 -195 189 -8 -490 -363 220 -287 -238 130 29 -319 -262 13 -483 -402 78 -560 -255 -1 -358 -83 -360 -18 69 -116 -102 -22 285 -385 -500 253 -165 1 -298 -425 300 -474 -139 -193 -473 -479 313 186 139 254 -397 10 -369 -487 -255 -215 -377 -200 -353 -200 -252 -45 -253 -217 -171 -311 -406 -559 -81 61 41 -484 -217 -282 -480 -379 -12 208 144 -71 -349 -245 -304 -103 -56 -639 -75 -263 -313 377 301 -241 -258 283 -230 -747 379 -263 -79 -285 207 -484 -426 14 9 -363 -139 120 -523 -274 -343 -213 -400 -244 543 153 -177 339 239 67 -155 -47 241 15 442 261 -205 -346 -36 816 123 -286 99 56 200 -137 -267 -12 -76 -301 -294 481 172 -83 383 655 -72 107 335 325 548 142 596 500 -269 -227 100 117 -53 611 628 284 208 427 89 151 634 642 576 394 200 243 412 -39 -1 177 134 249 504 405 682 25 58 156 403 -296 345 -175 -103 303 158 157 354 337 321 239 394 171 -342 240 -310 -100 292 296 229 136 -84 296 -127 281 160 237 -78 -228 261 -239 -407 -138 -342 -87 -212 187 -167 150 -178 150 -113 -566 -346 67 -333 68 105 48 -65 -141 -126 -246 251 168 111 -220 107 -290 -120 -254 -427 90 -249 59 -100 544 24 69 42 -351 -354 -232 -231 12 117 -33 -119 -149 247 -158 57 -509 -349 -357 -258 13 -31 -72 79 156 -91 -6 -141 306 -73 230 -127 -138 -366 -151 92 -101 -15 258 -24 293 50 23 -415 -51 -15 -164 53 207 465 144 -65 246 209 -31 -129 -193 -35 -53 -3 -594 176 -50 -95 -287 -295 -13 -159 96 58 -90 32 420 101 57 -144 312 372 -120 -250 6 -72 -376 308 113 -115 84 -109 19 343 -221 124 420 -347 186 -12 -173 -338 146 26 -42 -52 -273 -117 102 -154 34 133 -385 78 95 -106 7 174 69 -189 59 -8 -181 -32 273 -11 -113 93 -12 61 -233 236 -219 122 -82 -250 -144 -128 206 173 -120 -411 -67 213 38 -106 180 325 162 380 -243 -89 -106 135 -201 126 120 127 -219 16 -42 -19 -3 157 5 9 -177 -111 86 250 34 -62 389