File name: Pandora261s1_HoustonTX-SanJacinto_20240118_L2Fit_fnvs4c3d20240108p1-8.txt
File generation date: 20241002T101852.2Z
Data description: Level 2 spectral fitting results file
Data file version: fnvs4c3p1-8
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 3.270e-03 3.199e-03 3.262e-03 3.186e-03 6.730161e+01 6.325048e+02 4.419046e+01 3.583491e+02 6.565842e+02 285.11 -2.00 20.00 -2.00 445.82 0.00e+00 -7.569041e-04 3.480824e-04 9.413354e-06 1.414437e-05 3.504612e-04 285.11 -2.00 20.00 -2.00 455.30 0.00e+00 1.715593e-04 3.430096e-05 1.432625e-05 1.212479e-05 3.534167e-05 285.11 -2.00 20.00 -2.00 435.87 0.00e+00 1.213472e+06 4.455231e+05 2.348750e+04 2.153224e+05 4.670576e+05 266.07 -2.00 10.52 -2.00 458.18 0.00e+00 9.761164e-02 8.786767e-02 4.631941e-03 8.275635e-03 1.015251e-01 224.43 -2.00 3.23 -2.00 454.69 0.00e+00 1.460481e-05 1.106139e-05 3.540347e-07 1.079805e-06 1.229610e-05 285.11 -2.00 20.00 -2.00 455.92 0.00e+00 2.249 0.000 397.00 473.00 4 6.1530e+00 3.4672e-03 5.7686e-03 3.7273e-04 3.3952e-03 6.2307e-02 3.9913e-03 1.1979e-03 2.1939e-04 4.0384e-03 -2.6365e-03 2.3112e-03 1.5834e-04 9.2154e-05 2.3201e-03 7.1099e-04 7.7960e-04 3.1959e-05 2.3590e-05 7.8632e-04 1.8859e-03 4.0293e-04 1.9773e-05 1.3119e-05 3.9747e-04 2.4624e-03 1.4059e-02 2.1459e-03 5.1227e-05 3.6827e-05 1.8894e-03 -1.2963e-05 3.1301e-05 1.7858e-07 3.1810e-07 3.1343e-05 2.8507e-05 4.2378e-05 2.2273e-07 3.7990e-07 4.2787e-05 -1.8545e-03 -3.6273e-05 4.8360e-01 2.8850e-01 3.4055e-03 2.1100e-03 2.7584e-01 12 9 9 12 1 1 999.00 27.13 2.01 -0.00185 -0.00456 1 6 1 4 0 991.140 35.50 19.99 27.13 18.82 1.4 941.97 481 118 -332 630 -622 -68 48 109 84 216 -110 -834 425 185 -497 497 199 -589 191 389 208 335 303 42 -431 68 155 -31 -75 331 320 -467 -94 -44 -299 -56 278 -140 221 510 38 -19 229 -271 -644 -343 -92 -100 478 286 205 -153 -318 485 120 -199 148 -928 -100 322 -522 -515 494 -71 96 -374 -211 -74 -573 524 -284 -312 -192 86 -243 -161 -786 -489 -8 -760 -150 -35 365 121 -320 -306 122 425 -379 103 -33 378 -106 -111 540 208 -38 -281 -407 201 305 64 115 176 313 -140 603 157 231 -250 574 -330 -251 94 136 9 -265 -23 127 158 135 126 -250 141 207 295 55 372 47 -112 296 287 332 -181 151 314 -138 -62 -140 133 -21 83 525 108 -111 150 185 203 137 -393 -221 341 -196 554 -256 -97 -420 141 -489 203 640 -74 -24 -278 -333 331 -217 -391 422 425 -6 770 205 106 316 -192 -190 78 -36 169 166 -129 50 -153 -737 -101 -293 -89 -104 -394 -270 -46 -235 477 83 423 180 -382 -325 -762 79 323 36 -200 -379 -96 -814 -179 77 -230 -416 440 360 -242 -21 460 10 -181 -273 216 337 939 25 -474 -89 84 424 472 -25 -765 -432 150 772 126 347 416 -753 527 -264 -87 12 -344 427 30 -312 70 -148 192 -139 378 -310 -586 182 328 -314 -176 -261 -537 -40 312 -121 -824 26 274 -973 305 594 -204 -341 4 -103 -197 -272 148 187 -235 -344 871 386 78 -11 -280 -7 1 -173 -141 -180 -17 215 -346 -238 -36 -230 -273 504 -43 -164 -175 497 -120 -141 537 -313 742 -384 -297 499 705 -486 -268 3 187 490 33 284 -314 545 145 -151 325 -25 -629 222 315 -592 45 -366 131 -21 -519 -11 176 -316 -33 -46 376 209 136 491 181 534 318 234 -40 -324 52 31 315 61 697 -369 488 -7 -72 623 110 -171 -133 -260 -131 116 -62 -72 -114 -2 -379 655 -83 162 -21 -318 -813 -173 -83 326 -89 -8 106 -106 749 463 204 -88 -233 -173 -152 -11 553 91 151 8 -545 135 217 574 -367 -130 -129 -645 -296 40 140 302 -134 -259 -124 -95 716 -13 886 103 -91 -261 -58 -31 361 -679 -133 -228 25 -394 -239 741 78 277 -275 65 -257 -111 -317 66 511 -14 28 -297 -50 7 178 -1072 354 29 -347 -24 372 -61 -29 -422 -350 -334 289 -534 -29 -146 155 108 128 94 261 -437 -213 24 59 -128 439 -364 -33 -225 -136 -82 -272 330 473 -114 -504 -175 212 -33 256 156 -510 -27 265 -264 73 -30 -100 470 217 -120 353 69 -184 65 -153 168 -150 303 113 273 238 358 -256 -64 185 -34 -356 -54 173 -217 92 92 126 323 400 231 -156 352 571 -222 9 -176 13 -257 55 -340 -836 349 281 -200 219 -407 210 208 266 -106 53 317 431 -220 220 96 -55 110 -393 -390 -358 -200 -215 395 98 -275 508 -502 -54 39 92 71 184 -95 -720 360 158 -428 428 174 -514 166 341 184 292 261 35 -354 56 131 -27 -66 301 293 -424 -83 -37 -245 -46 235 -126 202 463 34 -17 200 -235 -571 -306 -80 -86 403 242 176 -138 -285 434 109 -179 131 -829 -88 283 -470 -477 466 -66 90 -352 -204 -72 -567 508 -272 -297 -181 79 -219 -142 -669 -413 -7 -665 -136 -32 347 114 -305 -297 118 423 -375 102 -32 364 -104 -108 525 202 -37 -270 -393 192 286 59 108 169 310 -141 606 153 223 -236 543 -317 -245 93 134 8 -253 -22 120 150 128 123 -248 140 207 296 54 366 46 -108 280 271 307 -167 141 294 -133 -59 -134 127 -20 78 496 101 -104 143 178 198 134 -379 -206 312 -178 507 -239 -91 -402 138 -481 199 629 -73 -24 -271 -325 316 -207 -378 415 417 -6 706 180 91 273 -174 -182 76 -35 159 155 -119 46 -143 -705 -97 -288 -87 -99 -376 -250 -42 -219 444 78 397 171 -359 -303 -699 72 299 34 -197 -370 -92 -746 -158 67 -198 -367 400 337 -229 -20 429 10 -170 -254 199 302 822 23 -418 -79 75 386 416 -21 -619 -342 116 589 100 272 316 -575 393 -202 -69 10 -307 408 30 -315 71 -148 184 -127 331 -269 -522 169 317 -311 -174 -259 -526 -38 285 -103 -690 22 235 -881 283 563 -199 -333 4 -98 -184 -251 139 179 -227 -337 855 378 77 -11 -278 -7 1 -169 -138 -173 -16 201 -326 -228 -34 -221 -259 447 -37 -140 -153 448 -111 -133 507 -294 696 -366 -289 484 682 -473 -256 3 171 450 30 266 -304 535 145 -151 320 -24 -606 218 312 -599 45 -363 129 -20 -514 -11 173 -313 -33 -45 364 201 133 487 180 533 310 227 -39 -320 52 31 311 60 682 -356 461 -6 -66 576 103 -159 -127 -249 -127 114 -61 -70 -112 -2 -380 655 -84 164 -22 -319 -809 -170 -81 324 -90 -8 108 -107 744 460 204 -88 -236 -176 -156 -12 567 95 157 9 -578 142 232 609 -392 -138 -137 -679 -308 41 147 315 -141 -272 -131 -99 734 -14 888 103 -92 -262 -58 -31 372 -714 -141 -247 27 -427 -256 796 84 293 -291 68 -272 -117 -338 71 548 -16 31 -330 -57 8 198 -1189 391 33 -387 -27 421 -70 -33 -479 -402 -384 329 -609 -32 -163 171 119 143 108 297 -506 -245 28 68 -146 499 -418 -37 -258 -156 -95 -314 382 553 -136 -600 -209 252 -39 305 185 -613 -33 316 -318 88 -36 -121 568 263 -147 427 84 -224 78 -185 203 -179 363 136 326 285 432 -311 -77 221 -40 -417 -64 207 -262 111 111 150 387 486 281 -192 428 681 -265 11 -203 15 -295 63 -399 -1008 420 334 -239 263 -487 245 243 314 -125 63 378 512 -262 259 113 -65 130 -473 -467 -423 -233 -249
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 1.530e-03 1.498e-03 1.452e-03 1.420e-03 3.967121e+02 2.807412e+02 7.082821e+01 3.583708e+02 3.071768e+02 285.11 -2.00 20.00 -2.00 445.78 0.00e+00 -2.979717e-04 1.550826e-04 1.070894e-05 1.408406e-05 1.641562e-04 285.11 -2.00 20.00 -2.00 455.26 0.00e+00 2.202436e-04 1.528335e-05 1.718300e-05 1.212405e-05 1.653678e-05 285.11 -2.00 20.00 -2.00 435.78 0.00e+00 1.054726e+06 1.985916e+05 2.654561e+04 2.153222e+05 2.185297e+05 266.07 -2.00 10.52 -2.00 458.16 0.00e+00 1.042054e-01 3.923125e-02 4.961673e-03 8.298978e-03 4.750198e-02 224.43 -2.00 3.23 -2.00 454.65 0.00e+00 1.193660e-05 4.932146e-06 4.450838e-07 1.079643e-06 5.752977e-06 285.11 -2.00 20.00 -2.00 455.89 0.00e+00 2.208 0.000 397.00 473.00 4 5.8297e+00 1.5420e-03 5.6807e-03 3.7279e-04 1.5870e-03 5.9648e-02 1.7768e-03 1.1759e-03 2.1844e-04 1.8899e-03 -4.9831e-03 1.0301e-03 1.5528e-04 9.1544e-05 1.0871e-03 -4.9789e-04 3.4719e-04 3.0351e-05 2.3492e-05 3.6824e-04 1.6321e-03 1.7930e-04 1.8573e-05 1.3081e-05 1.8595e-04 3.4122e-03 1.4983e-02 9.5671e-04 6.7097e-05 3.5329e-05 8.8341e-04 -4.2951e-05 1.3862e-05 1.6943e-07 3.1586e-07 1.4663e-05 -1.1026e-06 1.8746e-05 2.9533e-07 3.7702e-07 2.0022e-05 9.1751e-04 -6.0574e-05 4.1576e-02 1.2866e-01 4.3332e-03 1.9978e-03 1.2938e-01 12 9 1 12 1 1 99.85 27.13 1.99 0.00092 0.00007 5 8 1 4 0 716.300 35.50 20.01 27.13 18.94 1.4 943.74 139 -308 -164 144 344 96 -106 142 60 16 174 -153 170 -272 92 -180 218 -158 79 15 -120 196 -161 134 -18 72 220 -38 -47 -74 273 243 162 -19 -271 -200 184 9 -92 80 -83 -20 -129 -154 -142 -140 262 -38 95 77 7 -233 -92 158 -62 -157 -21 -403 -228 -67 34 17 -37 -265 173 -106 212 -42 -66 93 -144 -197 -72 9 -157 -101 -86 514 -233 -340 109 -66 -13 -118 -98 -19 -79 202 237 -121 375 45 -13 148 -3 -59 -59 -198 -150 -146 116 103 -163 -180 7 116 214 -130 180 102 -61 61 94 -151 -398 54 425 -132 -265 78 167 167 -113 177 74 364 -37 136 69 -84 79 190 56 121 9 322 44 188 134 -112 276 214 90 71 -54 324 89 -96 -64 -302 -154 103 -123 -246 195 -33 -152 -205 -245 154 34 249 -174 48 -299 248 -36 54 271 -194 -27 -63 216 -146 169 335 -262 117 -190 -6 -137 -14 -208 -47 -198 55 9 52 78 129 -114 124 42 241 -25 90 97 12 -78 8 -167 -37 -90 -341 -95 140 190 0 -109 -76 -316 -110 83 87 -61 -54 -393 -218 13 145 -43 246 109 -124 -155 19 72 -168 -36 -69 -209 -79 112 336 194 -108 54 284 8 67 -279 82 -174 -54 188 178 5 119 -127 93 295 -46 29 -222 -162 130 139 -99 -172 84 -272 -135 165 191 1 -104 -197 -171 84 1 178 -20 64 166 -29 -116 35 -126 100 -447 -125 -32 -73 -148 -140 -26 -131 -123 247 -100 -23 105 257 273 -128 14 132 170 -217 -137 43 42 -29 42 -7 -50 24 139 -87 64 237 165 -111 156 82 -277 -139 -32 96 10 10 -280 -57 -11 36 20 -45 -20 -108 -9 5 200 79 -111 22 60 58 -24 29 216 -115 -8 -188 66 -98 53 1 -156 233 117 134 -73 -257 147 -99 -126 165 97 -100 80 -91 -39 -98 242 -167 289 153 15 42 -38 -92 -109 363 12 -257 -59 77 -62 22 132 115 -88 284 124 189 209 31 -148 224 -127 125 122 -242 201 256 185 103 432 -190 -162 130 100 -10 334 -1 -115 6 75 -45 -54 -88 140 -30 -33 167 114 -186 48 -61 142 -75 -191 44 263 83 -418 -19 1 -173 -51 -145 45 25 -157 8 11 -78 -150 -50 -317 -203 -446 -20 -99 -143 -63 38 -32 -137 -11 135 -149 -68 93 -62 -82 -172 -72 -122 -30 -24 -143 -66 3 -23 6 -65 72 233 -36 141 -70 153 -98 -16 -164 -90 23 166 96 153 -57 -92 -66 -6 2 31 2 78 -71 -24 109 61 23 -46 37 238 -88 87 98 162 112 131 -38 -120 36 -29 50 -191 59 -226 -34 107 164 86 167 77 159 -47 141 -101 148 -66 -123 245 -72 104 -16 122 -66 -148 -51 29 94 -49 162 194 -70 223 -36 -165 -49 -41 113 -111 -256 -133 -253 114 -258 -135 117 279 78 -87 120 51 13 150 -131 147 -234 80 -156 191 -138 68 13 -107 172 -140 114 -15 60 186 -33 -42 -68 250 219 142 -16 -225 -165 155 8 -84 73 -75 -18 -113 -136 -125 -124 231 -33 82 66 6 -210 -83 141 -56 -141 -19 -364 -202 -58 31 16 -35 -251 162 -101 204 -41 -65 90 -141 -186 -68 8 -144 -88 -73 434 -196 -300 101 -62 -13 -113 -93 -18 -77 201 237 -119 366 44 -13 144 -3 -57 -58 -194 -144 -139 109 97 -153 -173 6 117 216 -128 173 97 -58 58 91 -149 -392 53 409 -127 -251 73 161 163 -112 176 75 366 -37 134 67 -82 75 179 53 113 9 307 42 178 127 -107 263 200 85 67 -51 309 87 -94 -63 -291 -143 94 -113 -226 180 -31 -145 -201 -241 151 33 248 -173 47 -291 237 -34 53 268 -192 -26 -58 188 -127 148 306 -252 114 -184 -6 -128 -13 -191 -44 -189 53 8 51 75 123 -105 114 39 224 -23 85 92 11 -73 7 -153 -34 -86 -332 -92 135 175 0 -95 -65 -277 -100 78 82 -58 -50 -366 -204 12 133 -38 216 96 -110 -138 17 66 -148 -31 -56 -163 -60 87 262 151 -83 41 213 6 54 -237 74 -165 -53 190 181 5 113 -116 81 254 -40 27 -217 -161 129 138 -97 -165 77 -236 -114 137 163 1 -97 -188 -167 82 1 169 -18 59 157 -28 -112 34 -123 98 -449 -125 -32 -72 -146 -136 -25 -126 -118 232 -94 -21 101 247 259 -114 12 114 148 -197 -127 41 39 -27 40 -6 -49 23 136 -85 61 222 151 -102 142 76 -265 -136 -32 95 10 10 -270 -55 -11 36 20 -45 -20 -105 -9 5 198 79 -110 21 58 56 -23 28 217 -114 -8 -185 64 -97 53 1 -155 231 114 129 -69 -239 135 -91 -117 154 92 -95 78 -89 -38 -96 234 -164 286 153 15 43 -39 -93 -109 356 11 -255 -60 78 -63 22 133 115 -88 287 124 190 212 31 -152 232 -133 131 130 -259 214 272 195 110 453 -198 -169 135 104 -10 351 -1 -121 6 76 -45 -54 -88 139 -30 -34 169 116 -195 50 -65 153 -81 -206 47 279 88 -444 -20 1 -183 -55 -155 49 27 -173 9 12 -87 -168 -55 -348 -224 -500 -23 -111 -161 -71 43 -37 -157 -12 151 -167 -76 103 -69 -92 -193 -83 -141 -35 -27 -164 -76 3 -26 7 -75 82 267 -42 163 -82 179 -117 -19 -196 -106 28 197 115 182 -69 -111 -79 -7 3 38 3 94 -87 -29 133 74 28 -56 44 285 -105 104 117 195 133 157 -44 -141 42 -34 58 -229 70 -271 -41 129 196 105 205 93 191 -56 163 -115 167 -76 -142 286 -86 123 -19 145 -78 -176 -59 33 111 -58 192 232 -84 264 -42 -195 -58 -48 136 -133 -302 -155 -293
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 3.634e-03 3.556e-03 1.071e-03 1.050e-03 -1.247705e+02 2.107031e+02 7.452349e+01 3.583231e+02 7.296373e+02 285.11 -2.00 20.00 -2.00 445.48 0.00e+00 -4.875594e-04 1.143076e-04 1.253441e-05 1.400947e-05 3.907413e-04 285.11 -2.00 20.00 -2.00 455.10 0.00e+00 2.144573e-04 1.133058e-05 1.887985e-05 1.212080e-05 3.928546e-05 285.11 -2.00 20.00 -2.00 435.17 0.00e+00 1.138990e+06 1.481796e+05 3.530908e+04 2.152943e+05 5.190208e+05 266.07 -2.00 10.52 -2.00 458.16 0.00e+00 9.506084e-02 2.923006e-02 6.250222e-03 8.255987e-03 1.129028e-01 224.43 -2.00 3.23 -2.00 454.51 0.00e+00 -5.059431e-06 3.688056e-06 3.982197e-07 1.079368e-06 1.366679e-05 285.11 -2.00 20.00 -2.00 455.83 0.00e+00 1.634 0.000 397.00 473.00 4 7.9755e+00 1.1470e-03 4.2442e-03 3.7168e-04 3.7825e-03 7.0023e-02 1.2990e-03 8.7108e-04 2.1627e-04 4.4644e-03 -1.0611e-02 7.6677e-04 1.1960e-04 9.1455e-05 2.6094e-03 7.7830e-04 2.5507e-04 3.0527e-05 2.3389e-05 8.7298e-04 2.7646e-03 1.3179e-04 1.8174e-05 1.2962e-05 4.4229e-04 4.6831e-04 6.3571e-03 7.1668e-04 6.5560e-05 3.7212e-05 2.1672e-03 -7.1109e-05 1.0325e-05 1.7881e-07 3.1727e-07 3.4820e-05 3.5422e-05 1.3789e-05 2.2554e-07 3.7750e-07 4.7549e-05 3.2878e-04 -4.4886e-05 7.0430e-02 9.4979e-02 4.4546e-03 2.0455e-03 3.0766e-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 1202 -313 -370 251 -354 215 -459 660 77 244 121 141 -59 -137 -33 47 80 135 26 -155 12 -16 -248 -187 -1046 -560 4 402 -459 169 1288 -220 450 64 -738 -78 28 61 -277 641 -97 9 -271 -453 -9 521 168 -10 899 566 -418 -416 33 -220 -356 -251 -96 -443 448 394 510 113 -202 -289 289 -109 547 96 -112 -142 -60 -62 442 47 -239 -524 -495 38 104 -348 -18 -332 125 -221 -180 -513 0 256 -219 302 -444 115 216 41 129 -372 -87 -619 -716 28 779 353 -397 336 30 -454 355 -9 130 290 -822 -433 -435 41 -355 -188 79 -152 -126 325 -244 -277 -423 706 67 819 338 -250 422 95 -54 500 101 -592 443 154 -446 -964 319 -160 69 386 59 -292 -420 260 -208 -173 307 -518 133 240 -361 -99 118 144 33 23 49 107 702 -133 -125 330 162 221 40 -231 848 -133 475 417 570 -491 813 778 75 318 263 -59 -322 -460 -179 -250 -276 120 110 161 256 168 303 -21 10 -48 -489 -174 421 454 114 -180 -397 -85 -402 -522 -153 657 82 -276 381 8 -243 263 260 -775 -62 186 -504 93 945 -30 -237 607 68 -143 1081 207 47 42 59 -214 -676 504 -63 -351 199 -708 -548 -198 -286 336 -660 10 500 343 -95 438 33 180 -58 64 520 146 551 971 -522 -245 378 525 -79 -485 608 -222 711 -191 16 -458 -13 -723 -554 158 -233 -328 570 438 -525 -213 -632 -605 -120 -547 13 -1 -574 -443 -254 -11 -686 226 518 145 -220 3 -108 -472 37 663 150 237 -384 -108 56 -200 -659 918 -298 -381 493 -200 374 146 -309 104 119 -630 606 -528 -781 -3 736 -374 -30 -43 -56 256 52 -188 -176 434 -106 -88 236 41 66 -98 -190 160 46 -241 -15 118 99 -497 225 -382 -436 -144 -48 -267 -7 313 263 332 34 531 -223 -313 -296 307 -119 249 1065 6 -88 190 -206 231 392 596 301 -274 92 -331 -66 -165 -236 -22 41 -101 437 996 -182 -141 119 -255 -243 32 -481 -2 599 210 -13 -14 285 248 747 -308 -268 -76 -197 164 23 -252 66 412 -103 -138 264 -39 -488 314 -107 -205 -432 -77 219 -2 -298 701 -919 106 477 4 -176 -206 -32 -343 257 406 81 -445 -173 104 401 33 220 -64 -118 -134 -42 -683 238 -296 -515 -105 -98 391 -89 489 -55 -676 127 252 -222 -345 -304 -99 229 -24 -462 47 -360 83 280 74 -139 -19 -413 -15 339 -183 -9 209 -155 -19 279 -145 -239 209 207 140 99 -113 -137 -488 -212 -26 411 -173 562 366 -177 377 166 162 56 -200 125 -304 481 125 124 12 -89 222 -24 -64 -343 -141 104 174 193 22 75 53 462 106 -144 326 220 141 -403 230 175 144 -33 -299 158 -173 211 -217 -205 -84 369 218 -69 -495 -65 -71 1710 154 -437 -518 -318 -240 -233 46 -571 -248 1009 -274 -315 211 -295 177 -393 568 68 217 108 126 -52 -123 -29 42 73 121 23 -142 11 -15 -226 -162 -902 -476 3 364 -425 159 1206 -205 407 56 -640 -67 24 56 -266 607 -91 9 -246 -408 -8 476 151 -9 791 489 -377 -389 31 -204 -333 -232 -88 -405 412 360 467 109 -194 -278 274 -106 542 95 -112 -145 -61 -60 432 45 -220 -470 -432 32 89 -307 -17 -323 123 -214 -175 -511 0 257 -223 310 -455 115 215 42 131 -377 -88 -619 -707 28 748 337 -387 328 31 -471 365 -9 127 285 -784 -421 -439 41 -362 -189 77 -148 -120 310 -240 -278 -426 720 70 846 343 -251 418 95 -53 474 97 -569 415 148 -439 -951 310 -157 68 370 56 -281 -403 253 -207 -174 302 -504 126 220 -339 -92 110 138 32 23 48 106 695 -134 -125 332 160 215 39 -231 836 -132 466 389 491 -431 702 705 73 309 261 -56 -300 -424 -169 -236 -267 118 107 157 245 162 277 -20 9 -45 -465 -169 404 427 105 -162 -361 -80 -391 -523 -150 622 75 -244 333 7 -209 236 244 -730 -58 172 -479 87 872 -28 -210 531 60 -128 966 186 42 37 49 -172 -516 379 -49 -268 150 -543 -407 -144 -213 261 -557 9 477 342 -96 446 33 170 -53 55 443 128 509 935 -513 -241 369 518 -75 -437 519 -184 590 -163 15 -434 -12 -700 -535 150 -218 -309 528 411 -499 -202 -613 -594 -118 -541 13 -1 -562 -438 -245 -10 -653 213 481 136 -209 3 -103 -446 32 561 125 202 -344 -100 52 -189 -627 866 -283 -368 476 -194 358 137 -288 94 108 -573 561 -509 -762 -3 728 -364 -29 -41 -54 250 52 -186 -172 424 -104 -85 229 40 64 -97 -182 152 44 -236 -15 117 97 -479 214 -370 -428 -141 -47 -261 -6 306 247 311 31 473 -203 -287 -274 288 -111 237 1028 6 -85 184 -197 226 392 603 301 -273 92 -321 -64 -160 -234 -22 42 -102 429 990 -178 -138 117 -251 -240 32 -491 -2 614 219 -13 -14 299 260 776 -321 -285 -79 -204 168 24 -260 69 425 -107 -142 272 -39 -490 305 -106 -200 -426 -76 217 -2 -310 722 -982 113 503 4 -184 -220 -34 -354 271 427 86 -463 -180 109 426 36 244 -71 -133 -148 -46 -743 257 -327 -574 -116 -109 431 -99 551 -62 -755 142 275 -246 -381 -337 -111 259 -27 -525 53 -405 94 316 84 -158 -22 -470 -17 386 -210 -10 243 -183 -23 335 -170 -286 247 245 166 117 -134 -163 -585 -255 -31 492 -209 673 438 -214 453 199 194 67 -237 146 -355 572 150 145 14 -104 260 -27 -73 -397 -166 125 209 230 26 90 62 552 129 -174 384 261 161 -462 260 199 163 -38 -347 184 -203 247 -253 -236 -99 429 257 -80 -583 -76 -84 1961 178 -507 -603 -372 -283 -274 53 -654 -286
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 1.402e-03 1.370e-03 6.672e-04 6.535e-04 -2.749448e+02 1.307362e+02 4.256636e+01 3.583184e+02 2.814216e+02 285.11 -2.00 20.00 -2.00 445.55 0.00e+00 -1.638586e-04 7.117077e-05 9.875092e-06 1.397439e-05 1.507456e-04 285.11 -2.00 20.00 -2.00 455.14 0.00e+00 1.921371e-04 7.049274e-06 1.540306e-05 1.212162e-05 1.515159e-05 285.11 -2.00 20.00 -2.00 435.30 0.00e+00 1.032589e+06 9.200631e+04 2.348131e+04 2.152884e+05 2.001986e+05 266.07 -2.00 10.52 -2.00 458.15 0.00e+00 9.197059e-02 1.817767e-02 4.665168e-03 8.231589e-03 4.354449e-02 224.43 -2.00 3.23 -2.00 454.54 0.00e+00 -2.013416e-06 2.291394e-06 3.871384e-07 1.079370e-06 5.271243e-06 285.11 -2.00 20.00 -2.00 455.84 0.00e+00 1.602 0.000 397.00 473.00 4 7.0699e+00 7.1227e-04 4.1402e-03 3.7138e-04 1.4562e-03 5.9818e-02 8.0972e-04 8.5361e-04 2.1555e-04 1.7238e-03 -8.6489e-03 4.7643e-04 1.1354e-04 9.0684e-05 1.0043e-03 -5.2445e-04 1.5897e-04 2.8041e-05 2.3380e-05 3.3711e-04 2.1299e-03 8.2023e-05 1.8398e-05 1.2968e-05 1.7046e-04 1.1578e-03 1.0737e-02 4.4639e-04 5.9852e-05 3.6639e-05 8.2701e-04 -7.2636e-05 6.4392e-06 1.5094e-07 3.1710e-07 1.3433e-05 7.9539e-07 8.6014e-06 2.5439e-07 3.7775e-07 1.8341e-05 -3.3811e-04 -4.6034e-05 1.2759e-01 5.9130e-02 3.8970e-03 2.0111e-03 1.1854e-01 11 8 0 10 0 0 99.99 27.12 2.03 -0.00034 -0.00200 167 18 1 4 0 324.970 35.25 20.01 27.12 23.08 1.3 975.66 571 -173 -50 107 -132 178 26 310 9 7 11 18 -72 -83 2 39 9 -72 -38 58 169 23 -230 -67 -397 -249 84 168 -87 -95 322 71 127 -63 -184 -17 -49 -4 -197 294 -169 82 -79 -217 -126 195 -84 102 326 130 -66 -241 45 25 -145 -79 -169 -149 9 220 186 82 -99 -16 71 -208 53 19 -48 -67 -159 -123 140 155 -30 -278 -292 -45 2 -95 -55 59 162 -165 -81 -28 -39 127 -50 34 -278 111 -49 89 133 17 178 -151 -222 210 229 226 -232 131 53 -201 165 46 38 34 -283 -147 -190 47 -49 -111 40 -9 -74 -33 34 -32 -283 264 43 278 91 -116 212 24 -101 78 203 -73 25 92 -199 -218 103 153 74 114 50 -78 -210 140 -186 -109 89 -216 95 84 -167 -124 -1 62 97 44 70 87 120 -1 -107 85 97 67 13 -57 174 -30 186 108 212 -185 366 141 -85 161 173 37 -223 14 -39 -29 -125 43 -53 -28 -63 27 4 111 -152 -131 -135 61 151 157 76 -105 -154 -107 -107 -232 62 277 22 -2 164 -30 -265 6 223 -62 42 -1 -81 115 390 -44 -110 46 42 -31 368 166 212 34 175 -199 -147 244 151 -127 253 -185 -109 42 -66 -9 -229 -107 109 231 -142 32 -68 66 -94 49 194 -105 230 220 -76 -119 142 231 -206 -179 107 -118 140 -77 76 -58 7 -255 -198 10 -85 -309 50 239 -305 -114 -91 -148 35 -315 -109 -87 -300 -126 -272 29 -239 -46 86 4 -96 93 48 -134 -15 172 16 126 -163 38 -103 -183 -282 336 -182 -55 111 -85 227 -102 -25 23 -7 -22 269 -144 -217 88 265 -186 55 175 -7 -33 -1 36 -64 -124 -7 -70 116 -55 56 82 -24 156 86 -82 164 38 152 -182 91 -118 -120 41 -56 -93 -72 135 138 147 41 290 -112 77 -52 107 -78 14 93 -102 126 -13 -15 71 115 236 132 -143 87 -99 59 -75 -92 7 -73 202 188 302 -69 -36 81 37 19 141 -251 118 391 89 134 70 117 14 149 -17 10 104 -136 143 -60 -136 78 29 5 -39 -75 74 -164 174 64 -53 -58 -26 54 -28 -188 164 -185 98 158 -151 -123 -182 -171 -124 51 102 -55 -96 -165 105 128 -61 29 -143 -76 -37 -85 -307 -85 -185 -129 -13 -135 -47 -48 162 65 -131 -32 121 -51 -238 -122 -149 83 -140 -320 -38 46 -173 73 -87 -49 5 -201 -57 222 -16 25 -4 5 15 -40 -12 -88 -41 184 16 -74 -5 -63 -71 39 45 178 -118 196 136 -46 261 87 -82 141 74 -41 -98 148 94 26 65 17 -27 90 79 8 72 17 49 75 -8 114 31 136 78 91 199 194 100 -180 202 208 75 152 -176 11 27 17 -120 -89 -17 118 94 -10 -66 -147 74 -88 92 -120 -78 -119 -171 -163 -75 -131 -189 488 -148 -43 88 -107 149 21 271 8 6 10 16 -63 -73 2 34 8 -64 -34 52 153 22 -206 -59 -334 -214 73 149 -82 -88 299 67 113 -55 -155 -14 -43 -4 -185 275 -155 75 -71 -191 -113 175 -74 91 283 111 -58 -221 41 23 -133 -72 -157 -138 8 198 173 78 -96 -16 69 -204 52 19 -49 -68 -158 -119 135 146 -28 -253 -250 -39 1 -85 -52 56 158 -162 -81 -28 -39 130 -52 35 -281 111 -48 89 133 17 176 -148 -216 204 218 214 -223 126 54 -206 168 47 37 33 -274 -146 -189 47 -49 -110 39 -8 -73 -32 33 -32 -282 268 44 286 92 -115 215 24 -98 73 192 -69 24 88 -194 -211 99 148 71 109 47 -74 -199 135 -183 -109 87 -208 89 79 -155 -115 -1 59 95 44 71 89 119 -1 -107 86 96 65 13 -56 172 -29 182 100 188 -160 315 128 -82 156 170 35 -212 13 -37 -28 -119 42 -52 -27 -62 25 4 103 -139 -121 -127 59 145 147 70 -97 -143 -100 -103 -231 61 263 20 -2 143 -25 -234 5 209 -60 40 -1 -76 108 360 -41 -100 41 37 -27 329 148 189 30 146 -159 -115 182 114 -99 196 -140 -80 31 -49 -7 -191 -95 104 230 -144 32 -67 62 -86 43 165 -92 212 213 -74 -117 139 229 -195 -161 92 -97 116 -65 68 -54 7 -246 -191 10 -79 -290 47 225 -298 -111 -88 -145 34 -311 -109 -85 -302 -125 -263 28 -227 -44 81 4 -91 88 46 -126 -13 146 13 107 -146 35 -96 -172 -268 320 -172 -53 108 -82 218 -96 -23 21 -6 -20 250 -139 -211 88 264 -181 52 169 -7 -32 -1 35 -63 -123 -7 -68 113 -53 55 81 -23 149 82 -81 161 38 150 -176 87 -114 -118 40 -55 -91 -71 132 131 138 38 260 -102 70 -48 101 -74 14 91 -99 121 -13 -14 70 116 235 133 -143 87 -96 58 -73 -89 7 -75 204 187 296 -68 -35 80 37 19 142 -257 121 403 91 138 74 124 15 156 -17 10 109 -141 148 -61 -140 82 30 5 -40 -78 74 -165 170 63 -51 -57 -25 53 -28 -196 170 -197 105 168 -159 -129 -196 -181 -129 52 106 -57 -100 -173 111 137 -67 32 -159 -86 -41 -93 -334 -92 -205 -144 -14 -150 -53 -54 184 74 -150 -36 133 -57 -263 -135 -167 94 -157 -365 -43 52 -199 83 -99 -56 6 -229 -65 254 -18 29 -4 6 17 -47 -14 -106 -49 218 19 -88 -6 -75 -85 46 54 215 -143 236 163 -55 315 104 -98 169 87 -48 -115 177 110 31 77 20 -32 104 90 9 84 20 57 90 -9 137 36 163 95 110 236 231 115 -206 228 237 85 178 -205 13 32 20 -140 -103 -20 138 111 -12 -78 -174 88 -103 106 -139 -91 -140 -202 -192 -87 -150 -219
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 1.003e-03 9.941e-04 5.053e-04 4.946e-04 -3.371049e+02 9.795659e+01 3.724679e+01 3.582999e+02 2.013838e+02 285.11 -2.00 20.00 -2.00 445.61 0.00e+00 -8.805169e-05 5.400782e-05 8.634162e-06 1.406987e-05 1.078252e-04 285.11 -2.00 20.00 -2.00 455.18 0.00e+00 1.650684e-04 5.334205e-06 1.334802e-05 1.212255e-05 1.084115e-05 285.11 -2.00 20.00 -2.00 435.48 0.00e+00 9.330532e+05 6.937331e+04 2.058872e+04 2.153113e+05 1.432560e+05 266.07 -2.00 10.52 -2.00 458.15 0.00e+00 1.074738e-01 1.371622e-02 4.170754e-03 8.300779e-03 3.115341e-02 224.43 -2.00 3.23 -2.00 454.58 0.00e+00 2.994761e-06 1.728689e-06 3.411775e-07 1.079766e-06 3.771841e-06 285.11 -2.00 20.00 -2.00 455.86 0.00e+00 1.628 0.000 397.00 473.00 4 6.5265e+00 5.3879e-04 4.1913e-03 3.7205e-04 1.0416e-03 4.7623e-02 6.1581e-04 8.6726e-04 2.1796e-04 1.2362e-03 -7.0411e-03 3.6042e-04 1.1527e-04 9.1921e-05 7.1698e-04 -5.1659e-04 1.2066e-04 2.5744e-05 2.3436e-05 2.4126e-04 1.8199e-03 6.2201e-05 1.6444e-05 1.3020e-05 1.2193e-04 1.9821e-03 9.9646e-03 3.3580e-04 5.1350e-05 3.6822e-05 5.8892e-04 -5.6061e-05 4.8546e-06 1.4498e-07 3.1428e-07 9.6125e-06 8.7786e-06 6.5152e-06 2.2436e-07 3.7411e-07 1.3125e-05 -3.4057e-04 -4.7165e-05 5.5791e-02 4.4848e-02 3.4069e-03 2.0017e-03 8.4862e-02 11 8 0 10 0 0 100.00 27.12 2.02 -0.00034 -0.00232 265 29 1 4 0 204.060 35.50 19.99 27.12 24.19 1.2 983.73 383 -50 8 59 -13 74 51 178 86 114 65 94 3 15 -18 -85 5 27 108 -19 -56 14 -75 -50 -145 -144 48 -61 -179 -85 114 -20 -14 -102 -201 47 -18 -61 -166 143 -90 -23 -10 -241 25 50 -33 88 271 -69 -143 -143 36 22 -39 -11 -134 -127 -4 49 42 13 23 -60 61 -53 36 -2 -13 -79 -76 -76 -11 -37 -83 -140 -192 -24 -37 -46 -133 -39 116 -30 18 -68 14 143 -75 160 -86 84 108 149 69 -76 134 -60 0 42 82 216 -125 -7 45 38 147 -51 93 -1 -191 -29 -95 44 0 -43 -19 -108 -26 37 21 -40 -121 245 -30 252 138 -87 154 9 -59 168 88 -52 68 104 -72 -119 42 39 25 168 67 -114 -181 24 25 -14 -106 -96 62 46 -64 42 -28 83 -2 -79 105 73 215 9 -125 153 -17 24 -26 109 68 -112 155 -2 93 -176 117 39 -14 38 -25 -1 46 -75 -28 0 -101 -6 -8 -30 154 32 -2 -32 41 -89 -118 -21 63 97 30 -99 -51 -181 -119 -155 -69 29 -66 -110 106 -56 -13 46 105 -116 -20 56 -190 75 173 -68 -48 125 -48 19 239 70 40 -23 38 -71 -5 304 131 -59 174 18 -36 109 60 136 -178 4 127 102 -106 87 -15 -15 -83 23 226 -19 -13 60 -104 -68 58 168 -49 -160 -2 -193 73 -48 9 -134 -77 -170 -194 -34 -160 -201 54 126 -162 -282 -138 -228 -77 -209 -113 17 -116 -115 -49 -36 -107 36 50 -41 -42 -26 57 1 72 258 8 71 -55 71 -47 8 -33 140 -171 -24 197 -17 183 48 2 97 93 -129 176 -90 -80 100 175 -21 54 40 -33 130 36 -39 -13 33 -114 -97 23 116 108 -14 38 74 13 -129 58 35 3 -94 51 -95 -69 -9 -2 -125 -64 189 68 123 -12 125 25 -5 -8 84 36 -27 209 -34 23 18 -82 26 113 203 133 -22 -12 -73 40 51 -50 -36 -29 40 103 247 9 -10 4 53 34 94 4 55 123 71 60 64 105 246 109 -135 3 21 70 116 -1 40 106 81 26 27 7 31 -54 53 -17 -29 -205 -71 -40 17 -25 19 -300 -49 57 3 -179 8 -80 -148 -44 109 -82 -79 -166 47 98 29 92 -31 -6 -170 -183 -165 -115 -108 -188 -61 -92 63 -142 -7 -38 -248 -22 14 -91 -214 -164 -109 -21 -99 -157 -3 -32 -66 -8 5 -97 -43 -117 -40 72 7 -73 -12 -23 82 -13 -12 -103 -59 47 45 14 -41 30 -77 73 -24 86 20 182 129 -72 177 158 29 41 45 109 12 103 132 67 80 30 -19 33 51 -48 55 98 125 68 60 143 112 198 -6 71 174 145 122 -157 25 30 19 164 -44 6 -20 14 -51 -19 10 49 49 -68 -19 -53 52 -123 65 -98 -121 -131 -137 -95 -152 -132 -128 322 -42 7 49 -11 61 44 153 76 98 57 84 2 13 -16 -76 4 25 97 -17 -50 12 -66 -43 -123 -121 41 -53 -165 -78 105 -18 -12 -88 -166 39 -16 -56 -154 132 -84 -21 -9 -215 23 44 -30 77 238 -59 -124 -128 33 20 -35 -10 -122 -116 -3 43 38 12 23 -58 58 -51 35 -2 -13 -79 -75 -75 -11 -35 -76 -125 -166 -20 -31 -41 -123 -37 112 -29 18 -66 14 145 -77 161 -86 83 105 147 69 -75 131 -58 0 41 78 202 -119 -7 46 39 149 -52 89 0 -183 -29 -94 44 0 -42 -18 -103 -25 36 20 -39 -120 248 -31 258 138 -86 151 9 -57 162 83 -49 65 98 -70 -115 40 38 24 159 63 -108 -171 23 25 -14 -103 -92 58 43 -59 38 -26 79 -2 -79 103 72 214 9 -124 149 -17 23 -25 108 67 -111 152 -2 82 -151 103 35 -13 37 -24 -1 43 -70 -26 0 -97 -6 -8 -29 148 30 -2 -29 37 -83 -112 -20 60 91 28 -92 -46 -170 -115 -151 -68 27 -60 -97 92 -47 -12 41 99 -109 -19 52 -180 70 161 -62 -44 109 -43 17 214 63 36 -20 32 -56 -4 233 99 -46 134 13 -27 81 45 108 -148 3 119 100 -106 88 -15 -14 -76 20 193 -17 -12 58 -104 -68 58 164 -47 -145 -2 -160 61 -40 8 -125 -75 -166 -190 -33 -151 -186 50 120 -156 -272 -135 -221 -75 -210 -115 17 -115 -113 -48 -35 -103 34 47 -39 -39 -25 55 1 64 221 7 61 -50 66 -44 8 -31 131 -165 -23 189 -16 175 46 2 90 86 -119 162 -86 -78 100 173 -21 53 39 -32 130 36 -39 -13 32 -111 -96 23 116 105 -14 37 70 12 -126 57 35 3 -91 50 -92 -68 -9 -2 -123 -63 186 65 116 -11 114 23 -5 -7 79 34 -26 205 -33 22 17 -79 26 114 203 135 -23 -12 -72 39 49 -50 -36 -29 41 102 243 8 -10 4 53 34 94 4 57 128 73 63 68 111 260 116 -142 4 22 73 120 -1 41 111 85 27 28 7 31 -54 53 -16 -29 -208 -72 -40 17 -26 20 -321 -53 61 3 -189 9 -85 -153 -46 116 -87 -85 -179 49 106 32 103 -34 -7 -189 -201 -180 -125 -120 -210 -68 -103 70 -160 -7 -44 -285 -25 16 -101 -236 -182 -122 -24 -112 -178 -3 -37 -76 -9 6 -110 -49 -133 -46 83 8 -85 -14 -27 98 -15 -14 -123 -70 56 54 17 -49 36 -92 88 -29 103 24 219 155 -87 214 190 35 49 54 131 14 123 158 81 96 36 -23 38 60 -55 64 118 150 81 71 171 132 238 -7 85 206 172 143 -179 28 34 23 192 -52 7 -23 17 -60 -22 12 57 58 -80 -22 -63 61 -144 76 -114 -141 -154 -162 -112 -177 -151 -147
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 3.372e-03 3.299e-03 3.011e-03 2.955e-03 -6.697815e+02 5.861588e+02 6.817737e+01 3.583199e+02 6.772182e+02 285.11 -2.00 20.00 -2.00 445.47 0.00e+00 -7.961017e-04 3.210474e-04 7.785282e-06 1.398611e-05 3.621988e-04 285.11 -2.00 20.00 -2.00 455.02 0.00e+00 1.577905e-04 3.186192e-05 1.220323e-05 1.212135e-05 3.645201e-05 285.11 -2.00 20.00 -2.00 435.18 0.00e+00 1.451343e+06 4.151045e+05 1.999727e+04 2.153197e+05 4.817372e+05 266.07 -2.00 10.52 -2.00 458.06 0.00e+00 9.125377e-02 8.264642e-02 3.664716e-03 8.312966e-03 1.047698e-01 224.43 -2.00 3.23 -2.00 454.42 0.00e+00 8.692361e-06 1.036432e-05 3.865722e-07 1.079170e-06 1.268269e-05 285.11 -2.00 20.00 -2.00 455.73 0.00e+00 1.701 0.000 397.00 473.00 4 7.0885e+00 3.2150e-03 4.3720e-03 3.7162e-04 3.5054e-03 7.0336e-02 3.6534e-03 9.0623e-04 2.1649e-04 4.1430e-03 -3.8161e-03 2.1445e-03 1.1969e-04 9.1237e-05 2.4110e-03 4.4294e-04 7.1735e-04 3.0058e-05 2.3360e-05 8.1071e-04 2.2582e-03 3.7032e-04 2.0850e-05 1.2971e-05 4.1018e-04 1.1099e-03 1.4745e-02 2.0169e-03 5.0018e-05 3.6385e-05 1.9847e-03 -1.7190e-05 2.9059e-05 2.1064e-07 3.1809e-07 3.2329e-05 -9.3402e-06 3.8984e-05 2.9228e-07 3.7721e-07 4.4134e-05 -1.7065e-03 -4.1156e-05 2.5309e-01 2.6647e-01 3.2493e-03 2.0176e-03 2.8537e-01 12 9 9 12 1 1 999.00 27.12 2.10 -0.00171 -0.00129 1 2 1 4 0 2623.390 35.50 20.00 27.12 24.09 1.3 981.79 408 -676 229 -423 -136 110 434 -555 -115 51 570 303 281 126 536 -977 -129 112 -380 107 658 511 -200 78 -379 -159 119 411 -164 32 96 14 -201 -6 -204 338 377 730 -74 273 9 -122 -101 -340 500 -168 -78 -293 483 449 -406 -912 507 -196 49 -140 -287 -342 118 -71 142 -54 2 -376 -82 451 470 -22 -140 -432 -695 -68 198 -38 -100 -200 -602 288 -244 -591 -63 -143 -90 -188 37 -25 -215 376 144 155 -582 589 -205 289 -49 -253 109 -201 -136 -488 626 311 -338 243 -45 -500 191 -179 -92 283 -499 333 -276 -730 41 467 -45 -80 -381 324 425 434 -533 772 -16 494 353 707 -114 -150 231 627 29 -755 396 352 -708 -280 3 141 23 108 -30 -336 46 239 -386 -143 -499 -44 44 -391 178 -38 -8 271 136 53 -109 418 -266 715 -402 110 634 -390 -531 -287 93 70 578 188 -79 -162 161 499 293 276 -229 245 -341 16 266 108 -656 231 -25 83 -215 -33 17 -427 -540 -50 -153 -109 634 677 -60 -41 -304 -310 194 91 137 32 660 -79 371 -39 -355 -591 -26 -513 -82 753 -94 439 22 439 237 -90 923 -371 291 815 222 178 278 -350 -225 -496 547 -1023 -206 56 -516 174 108 488 -269 -95 206 829 204 -517 -82 14 -60 105 134 -470 48 374 -951 239 18 375 38 -549 193 -125 664 -399 -373 5 60 -767 -62 37 404 -133 243 -170 -87 80 -303 -142 121 -456 190 308 -245 -51 -303 286 -954 104 293 -649 -247 2 -134 -409 193 1120 -353 507 -201 -234 -326 -403 -498 739 -53 -71 249 -117 -121 258 112 -173 233 -565 245 -407 130 361 397 -766 -212 -150 -291 -41 172 -71 60 -150 -238 -107 116 15 246 -57 166 -6 366 192 133 -117 -273 99 -381 178 170 134 745 -304 328 109 34 5 136 190 -712 -106 -180 -312 130 -90 650 54 -75 376 -367 -101 94 274 175 -128 -68 -784 94 -183 252 436 146 47 400 803 -54 154 -28 -21 -258 -386 249 -134 -169 104 -382 -214 327 34 243 -550 311 -57 87 74 55 26 -108 574 -200 44 -383 -150 19 733 256 -694 -293 -442 -89 294 -275 396 -230 -16 521 181 390 -162 -651 105 -117 535 -281 -241 140 241 18 470 18 -118 -386 -103 -258 -376 24 245 -33 -393 0 0 -1 653 -585 250 275 39 -48 90 -166 -70 21 -375 -76 -136 -212 -21 -55 -202 -212 156 103 200 252 -126 -78 79 -356 48 41 -352 -124 165 48 448 135 -323 -206 -277 44 314 214 -119 112 158 -161 -44 -68 410 455 62 423 36 212 -131 -195 25 74 -177 -263 399 -440 5 155 -355 373 335 -225 408 395 -33 -386 -96 209 68 -438 100 287 287 -155 -326 -415 -252 295 -94 -20 -219 307 537 124 -332 135 -81 986 -258 -494 -36 220 -480 -246 -177 -70 50 346 -582 194 -356 -112 92 366 -485 -102 46 511 271 249 113 478 -891 -116 102 -346 98 605 465 -177 68 -320 -136 104 371 -152 30 90 13 -183 -5 -172 288 329 663 -69 253 8 -110 -91 -303 449 -153 -69 -261 418 390 -359 -849 469 -180 45 -128 -260 -317 107 -64 130 -52 2 -363 -78 434 456 -22 -142 -434 -689 -66 189 -36 -93 -180 -525 250 -209 -527 -60 -139 -87 -182 36 -24 -214 382 148 157 -587 592 -206 287 -49 -251 107 -201 -135 -471 600 296 -329 239 -45 -514 195 -182 -91 271 -478 324 -274 -737 41 458 -45 -79 -369 312 418 427 -535 782 -16 508 357 699 -113 -149 221 599 27 -710 374 341 -689 -271 3 136 22 105 -29 -319 45 229 -384 -143 -493 -43 42 -364 163 -35 -8 255 133 53 -108 415 -268 716 -405 108 622 -381 -517 -280 93 70 566 173 -69 -141 140 459 284 270 -223 233 -324 15 248 102 -635 222 -25 82 -208 -32 16 -396 -500 -46 -145 -103 605 635 -56 -38 -283 -291 189 89 133 31 613 -71 326 -33 -311 -548 -25 -487 -78 717 -89 411 20 403 214 -81 818 -329 260 744 204 159 234 -282 -175 -382 422 -803 -160 43 -388 131 81 387 -228 -85 195 821 209 -524 -82 14 -55 90 117 -416 45 361 -945 236 18 370 36 -501 164 -105 556 -346 -339 5 57 -748 -60 35 382 -124 224 -160 -85 78 -295 -139 120 -457 192 305 -243 -50 -294 275 -916 98 272 -610 -234 2 -130 -386 172 968 -304 433 -182 -216 -305 -380 -473 699 -50 -69 243 -112 -117 245 103 -157 212 -513 227 -387 128 358 392 -745 -205 -143 -284 -41 170 -71 59 -147 -233 -106 115 15 245 -56 159 -6 354 186 130 -117 -270 98 -373 171 167 132 735 -301 321 107 32 4 126 172 -660 -98 -166 -293 122 -86 632 52 -73 364 -356 -100 94 276 179 -130 -68 -773 92 -177 245 439 148 47 399 788 -53 152 -28 -21 -259 -393 255 -136 -174 107 -395 -225 343 36 254 -575 326 -59 91 76 56 27 -114 598 -210 45 -398 -152 19 720 250 -690 -293 -445 -90 296 -285 411 -245 -17 551 191 416 -173 -687 109 -122 556 -295 -255 148 257 19 508 20 -131 -426 -113 -280 -415 26 268 -37 -435 0 0 -2 733 -664 282 303 43 -52 99 -184 -77 23 -426 -87 -156 -241 -23 -63 -229 -242 177 117 228 288 -145 -91 90 -414 56 49 -417 -145 191 56 530 157 -377 -241 -325 52 371 252 -141 133 186 -192 -52 -81 490 542 74 494 41 246 -153 -230 29 87 -206 -302 452 -508 5 180 -417 433 396 -262 481 473 -39 -458 -114 247 77 -495 111 321 330 -180 -380 -489 -297 346 -110 -23 -255 354 626 144 -391 159 -95 1142 -300 -575 -42 256 -557 -289 -205 -80 57
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 33 1.493e-03 1.467e-03 1.051e-03 1.029e-03 -2.719346e+02 2.036688e+02 4.347616e+01 3.583349e+02 2.999009e+02 285.11 -2.00 20.00 -2.00 445.67 0.00e+00 -8.925886e-05 1.123804e-04 1.014771e-05 1.407404e-05 1.604843e-04 285.11 -2.00 20.00 -2.00 455.20 0.00e+00 2.001670e-04 1.109396e-05 1.605972e-05 1.212290e-05 1.614346e-05 285.11 -2.00 20.00 -2.00 435.57 0.00e+00 1.395165e+06 1.440874e+05 2.294797e+04 2.153174e+05 2.133408e+05 266.07 -2.00 10.52 -2.00 458.15 0.00e+00 1.839449e-01 2.852025e-02 4.957952e-03 8.297206e-03 4.637608e-02 224.43 -2.00 3.23 -2.00 454.59 0.00e+00 -3.425459e-06 3.588154e-06 4.313878e-07 1.079557e-06 5.616648e-06 285.11 -2.00 20.00 -2.00 455.86 0.00e+00 1.955 0.000 397.00 473.00 4 6.7697e+00 1.1185e-03 5.0354e-03 3.7247e-04 1.5510e-03 5.6805e-02 1.2838e-03 1.0416e-03 2.1813e-04 1.8431e-03 -8.4022e-03 7.4908e-04 1.3820e-04 9.1754e-05 1.0660e-03 -5.6796e-04 2.5122e-04 3.1301e-05 2.3458e-05 3.5936e-04 1.8675e-03 1.2958e-04 2.0820e-05 1.3041e-05 1.8156e-04 1.4286e-03 9.2055e-03 6.9322e-04 6.1629e-05 3.6002e-05 8.7491e-04 -6.0438e-05 1.0097e-05 2.0050e-07 3.1478e-07 1.4315e-05 2.6404e-06 1.3604e-05 2.8226e-07 3.7675e-07 1.9546e-05 2.9528e-05 -5.4656e-05 1.3747e-01 9.3087e-02 4.0541e-03 1.9966e-03 1.2626e-01 12 9 1 12 1 1 99.99 27.12 2.03 0.00003 -0.00152 19 7 1 4 0 883.450 35.50 20.00 27.12 23.64 1.3 978.85 223 -245 -19 356 -70 -3 -199 315 -4 -29 176 170 -6 -237 117 32 150 94 -206 10 122 119 6 -54 -308 -303 88 93 -175 37 235 -161 -5 -135 -374 -168 102 -106 -217 388 111 -220 -57 -131 -182 191 118 158 214 206 -25 -151 -51 -236 -261 62 -126 -239 269 210 150 202 83 -27 -123 -252 82 -136 10 -81 130 -135 208 193 -102 -265 -221 -70 -23 -104 -9 -20 134 -67 -61 -227 45 242 -223 318 -207 108 13 205 223 8 29 -92 -116 -98 85 91 -70 123 203 -21 188 -10 126 -81 -385 65 -184 103 -94 -97 -96 58 119 -10 134 49 -166 125 47 146 86 -31 158 -199 15 178 90 -153 104 224 -208 -200 -16 25 -101 111 200 -351 39 72 53 33 -28 -78 -90 42 -194 -211 108 -31 -32 107 124 -57 124 -139 -101 51 120 184 -41 -18 78 -189 -104 261 61 -299 -139 349 7 75 -74 7 -5 -173 37 5 -163 163 76 182 81 -129 -116 45 -57 -172 40 164 263 60 234 -88 -209 -58 -104 -323 -99 122 82 1 -256 137 54 63 245 -159 65 -175 -277 58 274 53 -33 124 -32 -105 267 -2 193 85 45 -147 -73 268 90 -283 254 5 -88 236 -59 164 69 -148 -50 -13 -28 19 -43 94 153 115 299 -26 188 124 -239 -175 201 -132 77 -293 230 -137 159 -150 -67 -219 -39 -64 -207 -35 117 -185 166 113 -120 -125 -261 -181 -101 -143 -35 -77 -42 -105 -109 67 -239 94 -93 155 -48 5 123 -171 31 247 17 116 -140 -169 168 -35 -316 263 14 -101 -114 35 157 109 -4 -50 102 -364 267 -118 -78 -64 408 -21 204 -23 -180 27 93 -101 -146 127 -65 -33 130 -109 -61 140 -20 267 58 -166 70 -216 89 -119 -22 -178 2 -41 78 49 143 223 -121 270 -87 358 -14 -174 -108 108 -4 23 59 3 49 93 39 -80 55 90 38 102 -5 -61 -5 -14 -120 -102 -81 9 113 347 12 -90 63 129 119 206 35 37 261 -1 53 -14 131 58 274 40 94 6 -103 121 65 -66 234 91 -84 2 -104 26 -134 180 -157 -170 -48 -66 -10 179 -83 210 -467 0 145 -51 34 -212 -138 -130 237 68 -90 -263 -78 121 146 45 51 -126 -99 -156 -112 -310 6 -21 -329 -18 -99 158 -318 129 88 -235 -8 66 -22 -138 -355 -282 82 65 -182 41 -129 -184 51 -70 -249 17 -140 -26 74 60 -42 -21 22 55 -22 -64 -116 128 15 -43 -134 -6 0 -144 42 171 210 5 215 159 -181 136 60 154 39 168 245 -66 85 201 -53 14 47 56 -83 -30 38 -9 12 212 84 -48 30 309 324 149 -46 -44 16 131 -202 -43 153 33 104 -52 184 -69 -82 -198 -5 119 127 209 -37 -148 -189 -63 90 11 -98 -196 -82 -153 5 -37 -149 -119 187 -208 -16 294 -58 -3 -167 269 -3 -25 152 147 -5 -205 104 28 132 82 -181 9 109 108 5 -46 -258 -252 76 81 -161 34 216 -147 -5 -115 -314 -139 87 -96 -202 356 102 -198 -51 -116 -163 173 105 139 185 174 -22 -139 -46 -216 -240 57 -114 -215 243 189 136 188 79 -26 -117 -243 79 -133 10 -81 127 -129 197 183 -93 -232 -187 -59 -19 -93 -8 -18 129 -64 -60 -221 45 240 -223 320 -207 106 13 203 222 8 28 -90 -112 -94 80 85 -66 118 200 -22 192 -10 122 -78 -369 62 -182 101 -92 -95 -93 55 115 -10 130 48 -165 125 48 147 85 -31 156 -192 15 167 85 -143 99 214 -202 -193 -15 24 -98 106 188 -335 37 70 52 32 -27 -76 -85 39 -179 -194 100 -30 -31 105 124 -57 122 -138 -100 51 117 176 -39 -18 76 -186 -101 243 53 -256 -123 317 7 73 -73 7 -5 -161 34 5 -155 158 74 176 79 -123 -107 41 -53 -162 37 156 249 56 217 -80 -191 -54 -101 -315 -97 116 76 1 -224 116 47 58 228 -148 61 -167 -261 54 252 48 -29 110 -28 -94 236 -2 176 76 38 -120 -58 203 69 -219 200 4 -67 177 -44 130 57 -134 -47 -13 -29 19 -43 90 138 101 258 -23 174 119 -235 -172 197 -130 73 -265 199 -114 133 -129 -61 -204 -37 -63 -200 -33 110 -171 152 108 -116 -121 -253 -178 -100 -143 -35 -76 -42 -104 -106 64 -228 88 -87 144 -46 5 119 -161 28 210 15 100 -127 -158 156 -33 -300 249 14 -98 -112 34 152 104 -4 -47 93 -337 248 -115 -77 -64 404 -21 197 -22 -176 27 92 -100 -146 124 -64 -33 130 -109 -61 138 -19 258 55 -162 69 -217 88 -115 -22 -173 2 -41 77 49 141 220 -115 253 -81 326 -13 -163 -100 102 -4 22 57 3 48 91 38 -79 55 91 39 103 -5 -60 -5 -14 -117 -102 -83 9 114 345 12 -90 63 129 119 209 36 38 268 -1 56 -15 139 61 288 42 100 6 -107 126 68 -69 247 97 -89 2 -107 26 -135 179 -155 -170 -48 -67 -11 182 -86 220 -504 0 156 -55 36 -224 -146 -136 250 72 -96 -281 -83 131 157 50 56 -141 -110 -174 -122 -338 7 -23 -369 -20 -110 176 -360 147 101 -269 -9 73 -24 -151 -391 -314 92 74 -207 48 -149 -209 58 -78 -282 20 -161 -30 86 70 -48 -24 26 66 -26 -76 -138 151 17 -51 -159 -7 0 -171 50 205 252 6 258 189 -218 163 72 184 46 202 291 -78 101 238 -63 16 56 67 -97 -34 45 -11 14 252 99 -56 35 372 388 179 -55 -53 19 151 -232 -48 175 37 123 -62 220 -83 -99 -236 -6 138 146 243 -44 -174 -222 -74 107 13 -116 -233 -96 -180 6 -44 -175 -136
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 2.887e-03 2.596e-03 1.682e-03 1.568e-03 2.428717e+03 3.092452e+02 2.543271e+02 3.584269e+02 5.801145e+02 285.11 -2.00 20.00 -2.00 447.71 0.00e+00 -2.111681e-04 1.780159e-04 2.615380e-05 1.475587e-05 3.063357e-04 285.11 -2.00 20.00 -2.00 456.77 0.00e+00 5.438968e-04 1.690145e-05 4.377905e-05 1.213913e-05 3.123576e-05 285.11 -2.00 20.00 -2.00 439.52 0.00e+00 1.707568e+06 2.150368e+05 6.780435e+04 2.152730e+05 4.124779e+05 266.07 -2.00 10.52 -2.00 459.10 0.00e+00 6.096552e-01 4.051525e-02 1.311447e-02 8.179346e-03 8.939462e-02 224.43 -2.00 3.23 -2.00 456.10 0.00e+00 4.223217e-06 5.150977e-06 9.825015e-07 1.085116e-06 1.085643e-05 285.11 -2.00 20.00 -2.00 456.97 0.00e+00 5.181 0.002 397.00 473.00 4 6.5965e+00 1.7370e-03 1.3351e-02 3.7747e-04 3.0024e-03 2.3643e-02 2.1185e-03 2.7615e-03 2.3289e-04 3.6613e-03 -7.2655e-03 1.1447e-03 3.6602e-04 9.4410e-05 1.9731e-03 3.0602e-03 4.0505e-04 6.2533e-05 2.3898e-05 6.9696e-04 1.2474e-04 2.0999e-04 3.3801e-05 1.3937e-05 3.5061e-04 7.8124e-04 -2.0826e-02 9.6297e-04 1.4142e-04 3.6131e-05 1.5729e-03 -1.6919e-04 1.5344e-05 4.6196e-07 3.1278e-07 2.7661e-05 8.0804e-05 2.1367e-05 7.2191e-07 4.0438e-07 3.7787e-05 3.2632e-03 -7.1061e-05 -9.1589e-02 1.4715e-01 6.9678e-03 2.2169e-03 2.4294e-01 12 9 9 12 1 1 94.12 27.12 1.65 0.00326 -0.00732 5 2 1 4 0 2693.110 35.25 20.00 27.12 24.34 1.2 983.86 1009 -190 199 -363 -320 -117 -512 940 167 -32 -207 -112 -235 -364 -371 19 189 -133 -27 33 617 214 -478 -84 -1139 -584 186 532 -375 286 885 -150 398 -172 -714 -36 -32 -133 -138 279 -168 -451 90 -473 -408 434 -382 565 843 693 -205 -584 183 -296 -20 -94 189 -566 -83 847 435 223 260 -658 181 -110 651 431 173 -220 397 -234 430 146 -233 -580 -391 307 -368 -224 206 357 266 -184 -245 -261 189 388 -420 -87 -104 -47 -145 423 44 14 83 -299 -185 25 550 592 -310 -25 -59 -69 795 320 110 593 -472 -173 -58 -6 -381 -312 51 -512 -148 -204 -71 -268 -261 608 -314 444 304 -180 153 152 -29 77 185 -223 224 532 -498 -571 -16 47 29 511 164 -471 -187 252 -219 -281 154 -341 157 63 -172 -179 -217 170 -166 -103 -330 141 376 -340 -178 107 199 16 -15 -397 523 45 239 446 498 -417 912 593 68 -49 -197 -191 -260 -549 -328 -395 -266 209 140 -65 -151 -84 -38 71 66 -160 -665 79 64 13 2 71 -40 -295 -115 66 -64 287 236 -59 400 -392 -92 -111 236 -287 36 -171 -379 206 573 -418 -476 32 -461 -48 635 -296 81 128 -52 -34 -477 270 427 -398 -310 -30 -179 -363 -24 484 -468 92 43 369 -125 188 -162 249 9 257 406 -13 370 465 -230 78 45 481 -149 -235 684 -66 206 -46 -456 -443 169 -273 -340 597 320 -55 183 173 -227 -315 -187 -386 18 -399 -24 240 -266 -445 -162 232 -119 208 563 228 181 91 41 -413 192 523 33 436 -326 27 189 -382 -491 420 -185 -288 407 87 155 66 -243 161 -77 -437 254 -97 -549 -109 635 -211 142 -93 174 180 127 -46 -61 270 1 -266 19 160 27 166 135 320 -176 -92 72 117 -27 42 86 -210 -9 -132 -104 -368 -36 -95 270 336 -182 333 94 -332 -10 289 -100 -50 338 55 45 -114 -315 273 375 289 195 -219 153 -281 -85 -340 112 160 188 -74 386 435 -305 -231 156 63 -74 146 -349 253 183 34 -39 -42 188 174 494 -239 -365 124 -62 272 -28 -125 -162 205 -305 6 213 86 -209 112 147 -50 -286 36 240 -102 -236 229 -399 -59 -52 50 -125 -267 10 -55 21 255 -325 -238 157 -24 106 56 -34 -223 -274 -110 -172 -375 194 -275 -135 -161 -161 -52 121 214 -11 -49 -154 49 -50 -151 -170 55 125 -33 -397 247 41 -238 14 -13 -48 -14 1 109 292 -268 -3 22 -150 -113 96 -179 -209 -39 -70 215 223 -131 155 -186 23 -107 17 -35 205 44 -212 285 211 249 -67 -47 148 -44 298 -36 33 -61 -102 80 34 186 99 219 7 194 30 29 130 -171 250 82 -9 52 153 73 -417 327 -30 256 231 179 67 -191 110 -184 -93 -33 36 192 38 -327 -39 -146 663 -44 -123 -472 -196 38 -383 142 -192 -70 663 -130 132 -242 -211 -77 -347 638 117 -23 -148 -80 -166 -260 -266 14 137 -97 -20 25 456 158 -344 -59 -778 -407 130 381 -284 220 682 -115 288 -120 -498 -25 -23 -98 -107 214 -127 -343 66 -347 -304 324 -283 418 611 493 -152 -451 142 -228 -16 -73 144 -432 -62 645 333 174 208 -533 145 -89 541 359 146 -185 327 -194 347 116 -183 -447 -284 224 -272 -170 164 289 220 -154 -207 -218 162 340 -363 -76 -91 -40 -123 365 38 12 71 -256 -157 21 457 487 -262 -21 -51 -62 710 279 94 494 -395 -148 -50 -5 -332 -269 43 -445 -127 -175 -61 -234 -228 541 -285 402 270 -159 134 134 -25 64 157 -189 186 453 -436 -499 -14 41 26 438 140 -408 -162 215 -197 -249 138 -301 135 53 -142 -148 -185 144 -146 -92 -302 129 346 -308 -161 98 178 14 -13 -360 471 41 215 379 405 -333 743 494 61 -44 -176 -169 -224 -471 -280 -348 -232 186 128 -60 -136 -74 -32 60 58 -141 -583 71 57 12 1 61 -34 -258 -105 62 -59 257 202 -49 327 -315 -77 -97 210 -255 32 -151 -333 184 506 -370 -406 27 -391 -41 548 -258 71 109 -42 -26 -363 197 315 -305 -236 -22 -129 -266 -18 368 -375 80 40 356 -124 182 -156 229 8 216 336 -11 335 442 -222 75 43 457 -139 -209 573 -54 168 -38 -399 -407 157 -263 -329 551 297 -50 166 160 -217 -303 -179 -374 18 -393 -24 235 -261 -430 -157 223 -113 197 525 215 173 87 40 -386 171 446 29 375 -296 25 178 -358 -463 396 -179 -279 394 85 150 62 -227 151 -71 -401 239 -94 -547 -109 630 -210 138 -90 172 182 130 -47 -62 267 1 -268 19 161 28 166 132 316 -172 -92 73 120 -28 42 86 -209 -9 -134 -106 -374 -37 -94 264 327 -173 317 89 -318 -10 278 -99 -49 340 55 45 -115 -323 278 392 307 205 -229 159 -292 -86 -344 116 168 197 -78 403 449 -318 -241 163 66 -78 156 -372 271 198 37 -44 -46 209 193 546 -265 -411 138 -68 302 -31 -136 -179 226 -338 7 233 94 -222 118 153 -53 -307 38 259 -110 -263 255 -458 -68 -59 57 -142 -308 11 -63 24 289 -371 -273 181 -28 123 66 -40 -268 -329 -133 -205 -445 230 -333 -164 -196 -196 -64 148 265 -13 -60 -188 58 -60 -181 -205 67 151 -41 -498 307 51 -293 18 -16 -60 -17 1 137 367 -339 -4 28 -192 -146 125 -234 -272 -50 -90 278 289 -170 201 -244 30 -142 22 -46 272 58 -283 378 278 328 -89 -62 196 -58 392 -47 44 -80 -136 104 44 242 128 287 9 255 39 39 171 -230 340 110 -12 70 201 94 -537 414 -39 328 305 236 89 -257 148 -246 -122 -42 46 253 50 -434 -52 -194 888 -59 -165 -622 -260 50 -511 187 -255 -92
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 7.273e-04 6.461e-04 1.583e-04 1.465e-04 3.149428e+03 2.885152e+01 2.920615e+02 3.584208e+02 1.461276e+02 285.11 -2.00 20.00 -2.00 447.89 0.00e+00 3.990099e-04 1.669857e-05 2.602475e-05 1.482678e-05 7.701655e-05 285.11 -2.00 20.00 -2.00 456.88 0.00e+00 5.710373e-04 1.577928e-06 4.388420e-05 1.214102e-05 7.869568e-06 285.11 -2.00 20.00 -2.00 439.97 0.00e+00 2.057063e+06 2.001066e+04 6.781179e+04 2.152888e+05 1.039036e+05 266.07 -2.00 10.52 -2.00 459.12 0.00e+00 5.818327e-01 3.763482e-03 1.290141e-02 8.153626e-03 2.251087e-02 224.44 -2.00 3.23 -2.00 456.21 0.00e+00 3.425569e-06 4.780722e-07 1.132475e-06 1.085392e-06 2.734641e-06 285.11 -2.00 20.00 -2.00 457.03 0.00e+00 5.643 0.002 397.00 473.00 4 3.1687e+00 1.6175e-04 1.4525e-02 3.7836e-04 7.5471e-04 -8.9588e-03 2.0048e-04 3.0085e-03 2.3453e-04 9.2797e-04 -1.8491e-03 1.0613e-04 3.9932e-04 9.3622e-05 4.9073e-04 9.0488e-04 3.8419e-05 6.4850e-05 2.4129e-05 1.7676e-04 -1.0054e-03 1.9770e-05 3.6664e-05 1.4073e-05 8.8271e-05 2.1487e-02 -2.4159e-02 8.6432e-05 1.4515e-04 3.4434e-05 3.8334e-04 -6.1073e-05 1.4326e-06 5.8787e-07 3.1365e-07 6.9694e-06 7.2544e-06 2.0143e-06 9.6152e-07 4.0131e-07 9.5162e-06 -1.2801e-03 -3.0684e-05 1.2282e-01 1.3715e-02 5.6630e-03 2.2177e-03 6.1005e-02 10 0 0 10 0 0 93.79 27.12 1.53 -0.00128 -0.00324 621 67 1 4 0 87.160 35.50 20.00 27.12 24.34 1.2 983.68 -32 -85 -120 -190 -219 -216 -209 -119 -91 -33 -12 -66 -98 -135 -75 -58 -32 -29 -24 14 45 -1 -44 -91 -259 -217 -103 -31 -30 19 72 14 -28 -114 -203 -136 -66 22 66 115 50 -2 17 -38 34 89 28 19 68 -22 -27 54 122 77 59 47 68 34 72 89 87 140 89 62 124 81 90 111 140 120 121 135 143 114 109 20 49 89 40 42 71 102 115 113 115 97 127 148 117 162 158 149 129 149 179 105 110 121 39 82 83 76 10 77 70 62 112 54 64 52 -5 42 -38 16 25 -31 -22 -34 -10 -20 -43 -60 -44 -10 -22 -30 -72 -47 29 -2 6 -9 27 -18 30 3 -31 -30 -4 -30 -64 -63 -36 -21 -38 -25 3 -26 -22 -15 -60 -36 -85 -46 -38 -37 -12 -10 -26 -57 -11 -76 -73 -74 -67 -87 -107 -66 -30 -56 -32 -116 -128 -161 -155 -140 -92 -69 -115 -115 -101 -114 -109 -80 -107 -90 -54 -117 -72 -146 -124 -121 -100 -128 -120 -81 -60 -89 -112 -83 -84 -48 -65 -86 -12 -29 -123 -71 -34 -91 -111 -83 -121 -127 -140 -111 -181 -135 -73 -72 -96 -45 -48 -78 -48 -29 21 4 16 45 59 73 67 44 54 70 68 36 9 -18 -116 -43 -55 -85 -51 -80 -49 -51 -94 -16 -39 -23 5 -24 -61 -35 2 0 -8 15 47 66 49 87 78 24 20 11 28 4 12 37 32 56 24 73 49 4 34 35 42 13 43 46 73 44 38 92 89 79 83 110 144 92 110 224 118 161 117 135 93 99 84 109 110 90 105 61 120 120 85 132 136 94 163 84 111 136 85 90 80 72 87 103 81 73 43 37 10 -8 -20 6 52 68 45 82 89 65 94 42 7 -8 28 -37 15 -6 -22 -48 -8 -20 -28 -39 -19 -25 -27 -25 -12 19 -32 -29 -20 4 1 -10 -29 -36 -28 -25 -34 -35 0 -19 25 9 4 5 -11 -41 -1 -8 -10 -30 12 0 10 9 -19 -19 -3 -23 -50 -28 -19 -29 -6 -24 -3 9 4 2 14 10 -4 -1 11 0 27 63 51 62 67 63 46 32 24 15 -4 -6 -30 -25 -17 -42 -33 -25 -21 -14 -12 -20 -39 -44 -66 -88 -68 -113 -100 -132 -108 -128 -96 -65 -73 -84 -90 -95 -52 -85 -82 -52 -40 -63 -28 20 -9 -6 -3 0 18 -11 -31 -24 12 2 37 13 31 47 5 9 25 -17 13 -23 -20 -51 -44 -43 -39 -32 -33 -11 16 -1 2 -12 34 4 2 -5 -25 10 -11 18 -8 24 12 0 9 -12 29 15 -8 18 34 31 0 40 40 29 16 34 31 22 37 41 -6 -21 -8 21 36 76 75 115 117 94 41 32 21 15 0 15 26 31 38 39 -8 -5 2 -35 13 -6 -31 -44 -43 -56 -55 -53 -45 -54 -21 -57 -78 -123 -140 -138 -137 -81 -62 -22 -9 -45 -67 -93 -52 -41 -23 -21 -17 10 32 -1 -31 -63 -176 -146 -71 -22 -22 14 54 10 -20 -78 -137 -93 -47 16 49 86 37 -2 12 -27 24 64 20 14 49 -15 -19 40 92 57 45 35 50 25 54 66 66 109 70 49 97 64 72 90 114 99 99 109 113 90 84 15 36 64 29 31 55 81 94 91 94 80 106 125 99 136 134 124 108 126 150 88 93 101 32 67 67 61 8 64 60 54 97 46 54 43 -4 35 -32 14 22 -27 -19 -29 -9 -16 -36 -52 -39 -9 -19 -27 -63 -40 25 -2 5 -8 23 -15 25 3 -27 -26 -3 -26 -55 -53 -30 -18 -32 -21 3 -23 -20 -13 -51 -30 -70 -38 -32 -31 -10 -9 -23 -51 -10 -69 -66 -66 -60 -77 -94 -59 -27 -50 -28 -99 -102 -127 -125 -118 -80 -61 -102 -100 -87 -97 -92 -70 -94 -79 -48 -105 -65 -128 -107 -103 -86 -111 -104 -72 -53 -78 -98 -70 -72 -42 -59 -78 -11 -26 -106 -59 -28 -74 -92 -72 -107 -112 -125 -98 -161 -119 -65 -63 -82 -38 -40 -66 -41 -25 18 3 13 35 45 55 50 33 41 52 50 26 7 -14 -94 -38 -51 -81 -50 -78 -47 -47 -83 -14 -33 -20 5 -23 -59 -34 2 0 -7 13 40 54 41 73 68 22 18 10 27 3 11 34 30 52 23 69 47 4 33 35 42 13 42 45 71 43 36 87 83 74 79 106 139 87 99 196 101 142 106 126 87 93 79 104 106 87 103 59 117 115 80 123 127 88 153 82 110 137 86 90 79 70 87 104 82 74 44 37 10 -8 -21 6 52 69 45 81 87 65 95 43 7 -8 28 -37 16 -6 -23 -49 -8 -20 -28 -38 -18 -24 -26 -24 -12 19 -32 -29 -20 4 1 -10 -30 -38 -30 -26 -37 -37 0 -20 26 9 5 5 -12 -44 -1 -8 -10 -32 13 0 11 9 -20 -20 -4 -25 -55 -31 -22 -32 -7 -27 -3 10 4 3 16 12 -4 -1 13 0 31 69 55 66 72 67 49 35 26 17 -5 -6 -35 -29 -19 -49 -38 -29 -24 -16 -14 -22 -44 -50 -76 -103 -80 -133 -119 -160 -131 -154 -115 -78 -88 -103 -109 -117 -64 -105 -102 -64 -50 -78 -34 24 -11 -7 -3 0 22 -14 -39 -30 16 2 46 16 39 60 7 11 32 -22 17 -30 -26 -66 -58 -56 -51 -41 -43 -14 21 -1 2 -16 45 5 3 -7 -33 13 -14 24 -11 32 16 0 12 -16 38 19 -11 25 45 41 0 53 52 38 21 45 41 29 50 55 -8 -29 -11 29 48 100 97 146 151 123 54 43 29 20 0 20 35 41 51 53 -11 -7 3 -47 17 -9 -42 -59 -58 -75 -75 -71 -59 -70
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 9.776e-04 8.152e-04 2.187e-04 1.979e-04 4.494674e+03 3.915623e+01 4.012159e+02 3.584399e+02 1.964441e+02 285.11 -2.00 20.00 -2.00 448.43 0.00e+00 5.370981e-04 2.282748e-05 3.116028e-05 1.508644e-05 1.031716e-04 285.11 -2.00 20.00 -2.00 457.25 0.00e+00 6.939973e-04 2.136653e-06 5.355735e-05 1.214570e-05 1.058610e-05 285.11 -2.00 20.00 -2.00 441.04 0.00e+00 2.513548e+06 2.701100e+04 8.614886e+04 2.152801e+05 1.396751e+05 266.07 -2.00 10.52 -2.00 459.38 0.00e+00 6.994837e-01 4.997470e-03 1.591919e-02 8.118574e-03 3.024206e-02 224.44 -2.00 3.23 -2.00 456.57 0.00e+00 3.746126e-06 6.364300e-07 1.372213e-06 1.086792e-06 3.675568e-06 285.11 -2.00 20.00 -2.00 457.31 0.00e+00 6.839 0.004 397.00 473.00 4 3.4930e+00 2.2020e-04 1.7616e-02 3.7969e-04 1.0150e-03 -9.2460e-03 2.7696e-04 3.6495e-03 2.3955e-04 1.2560e-03 -6.5825e-04 1.4336e-04 4.8538e-04 9.4317e-05 6.5041e-04 1.4068e-03 5.3245e-05 7.7319e-05 2.4549e-05 2.3882e-04 -2.0102e-03 2.7321e-05 4.3709e-05 1.4357e-05 1.1863e-04 1.1683e-02 -3.4978e-02 1.1216e-04 1.6709e-04 3.4591e-05 5.0169e-04 -8.6126e-05 1.9431e-06 7.8553e-07 3.1087e-07 9.3662e-06 8.4586e-06 2.7489e-06 1.2922e-06 4.0919e-07 1.2790e-05 -1.0666e-03 -2.6599e-05 7.0355e-02 1.8632e-02 5.0202e-03 2.2599e-03 8.1615e-02 10 0 0 10 0 0 96.47 27.12 1.43 -0.00107 -0.00368 465 51 1 4 0 116.410 35.50 20.00 27.12 24.31 1.2 983.09 -111 -203 -278 -313 -425 -391 -312 -181 -163 -95 -96 -149 -164 -97 -74 -110 -65 -61 -58 33 4 27 -97 -148 -265 -193 -122 39 -87 -19 68 36 -21 -116 -170 -165 -79 57 98 204 50 67 120 4 59 127 59 57 61 60 39 84 94 92 140 137 169 98 133 169 139 240 81 123 154 99 158 190 132 184 105 158 228 155 137 96 89 126 128 130 86 173 209 192 136 147 100 237 176 224 177 140 156 164 202 195 128 142 92 131 152 160 48 118 133 135 144 101 81 72 66 7 -48 33 5 -74 -33 -72 -72 -47 -74 -58 -131 -25 -83 -64 -91 -104 -3 -25 -8 -6 -23 -37 -28 -9 -67 -141 -43 -55 -47 -59 -83 -73 -102 -11 -79 -80 -19 -59 -95 -85 -115 -87 -16 -35 -6 -44 -81 -32 -47 -103 -104 -50 -99 -148 -133 -93 -50 -129 -10 -162 -188 -276 -184 -155 -135 -101 -116 -141 -150 -166 -141 -152 -171 -136 -140 -145 -86 -143 -147 -144 -99 -177 -115 -109 -116 -101 -114 -165 -95 -83 -104 -116 -72 44 -27 -60 -2 -153 -122 -54 -4 -175 -145 -119 -193 -141 -69 -98 -77 -117 -104 -89 -19 -43 4 -38 43 -1 77 75 51 59 76 17 30 13 -56 -77 -141 -51 -73 -66 -112 -52 -92 -63 -98 -40 -29 24 -4 -32 -24 -36 25 -14 14 24 51 68 114 95 47 26 45 65 25 28 79 32 52 118 67 80 62 59 94 33 95 53 59 68 129 93 102 127 142 106 97 111 150 119 161 239 188 212 166 150 148 131 89 158 99 68 76 96 162 134 101 171 202 104 171 116 99 139 131 114 111 130 121 109 89 109 49 58 -10 -14 31 4 34 60 29 66 79 66 61 62 11 -15 52 -26 19 -13 -14 -20 -34 -21 -5 -57 -60 -14 -61 -7 -17 -64 -50 -43 -22 -27 -44 -19 -47 -3 -56 -1 -2 -38 -9 -53 -5 -35 -22 13 -63 -50 -14 10 -22 -23 -2 -36 -35 -15 -36 30 5 -61 -42 -68 -49 -48 -39 -88 -27 -10 -2 25 3 -15 28 17 32 5 8 61 30 68 88 48 64 14 25 22 2 13 -58 -36 -51 -51 -50 -13 -40 8 32 16 -9 -75 -66 -20 -49 -105 -69 -106 -131 -118 -98 -88 -71 -81 -88 -75 -70 -83 -36 -28 -63 -40 -23 11 26 -6 -26 -1 36 -3 3 -14 14 16 25 22 6 20 14 29 52 -13 -8 -15 -49 -37 -25 -75 -32 -24 -47 -11 22 21 2 -9 36 -6 21 -30 10 -16 -9 32 -31 16 -3 -23 -7 -24 10 1 8 -12 -11 3 36 58 23 17 -15 13 2 12 24 15 -23 3 -37 -7 70 64 81 120 120 100 77 52 17 -6 9 16 5 14 70 41 4 4 -21 -28 14 -9 -19 -52 -27 -42 -53 -43 -16 -2 -68 -127 -170 -190 -256 -235 -193 -114 -103 -60 -62 -96 -105 -62 -48 -72 -43 -40 -38 22 2 18 -65 -95 -167 -121 -80 26 -60 -13 47 25 -14 -76 -109 -106 -52 39 69 144 35 47 82 3 41 88 40 39 41 40 26 60 66 65 100 97 120 69 92 117 99 176 60 91 113 74 119 148 104 143 81 121 171 116 99 69 62 86 88 93 64 131 162 147 105 116 80 193 141 182 142 112 124 132 164 157 103 113 73 103 118 123 38 94 109 112 120 82 64 57 52 5 -39 27 4 -61 -26 -58 -57 -38 -60 -48 -109 -21 -71 -54 -78 -87 -3 -20 -6 -5 -18 -29 -22 -7 -54 -115 -35 -45 -39 -48 -69 -60 -83 -9 -67 -68 -16 -49 -78 -69 -92 -69 -13 -28 -5 -38 -70 -28 -41 -90 -90 -44 -85 -125 -113 -81 -44 -112 -9 -135 -147 -215 -145 -127 -114 -88 -101 -121 -125 -137 -118 -130 -146 -119 -124 -127 -75 -123 -124 -120 -84 -149 -99 -94 -100 -86 -97 -137 -80 -71 -93 -105 -64 39 -23 -49 -2 -123 -100 -46 -4 -154 -128 -104 -167 -122 -59 -84 -64 -97 -87 -75 -15 -36 3 -32 35 -1 58 55 38 44 56 12 22 9 -40 -58 -114 -44 -67 -63 -108 -50 -88 -58 -85 -33 -25 20 -3 -30 -22 -35 24 -14 13 21 42 56 92 79 41 24 41 61 24 26 73 29 47 109 63 76 59 57 90 33 94 51 57 66 122 88 98 120 133 100 92 106 145 112 144 209 162 183 149 140 138 123 85 149 96 66 74 94 158 129 95 159 189 97 162 113 99 141 133 112 109 126 119 111 90 110 49 58 -10 -14 32 4 34 61 28 66 78 66 61 64 12 -15 53 -26 20 -14 -14 -20 -35 -21 -5 -55 -58 -14 -59 -7 -16 -64 -50 -44 -23 -27 -44 -19 -48 -4 -59 -1 -3 -41 -9 -54 -5 -36 -23 13 -68 -54 -15 11 -23 -25 -2 -39 -38 -16 -39 32 5 -68 -47 -77 -56 -55 -45 -99 -30 -12 -2 28 3 -17 32 19 37 6 9 67 33 74 95 52 71 15 27 25 2 15 -68 -43 -60 -60 -58 -16 -47 10 37 19 -11 -88 -77 -24 -59 -127 -85 -131 -162 -144 -118 -108 -87 -100 -110 -93 -87 -104 -44 -36 -80 -51 -29 13 32 -7 -33 -1 46 -4 3 -18 18 20 32 28 8 25 18 37 67 -17 -10 -20 -65 -49 -34 -101 -43 -32 -63 -15 30 29 2 -12 49 -9 29 -41 14 -22 -13 44 -42 22 -4 -31 -10 -33 13 2 11 -17 -16 4 47 77 30 24 -21 18 2 17 33 21 -32 4 -52 -10 95 87 108 158 159 135 106 72 23 -9 12 21 7 19 96 57 5 6 -29 -39 19 -12 -27 -71 -38 -58 -73 -59 -22 -3
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 4.242e-03 3.113e-03 1.594e-03 1.343e-03 7.803189e+03 2.693788e+02 6.542515e+02 3.585000e+02 8.526326e+02 285.11 -2.00 20.00 -2.00 449.86 0.00e+00 1.003055e-03 1.610263e-04 3.795633e-05 1.621366e-05 4.466184e-04 285.11 -2.00 20.00 -2.00 458.22 0.00e+00 9.389681e-04 1.463915e-05 7.236579e-05 1.215645e-05 4.603525e-05 285.11 -2.00 20.00 -2.00 443.76 0.00e+00 3.521219e+06 1.837393e+05 1.258712e+05 2.152424e+05 6.065964e+05 266.07 -2.00 10.52 -2.00 460.15 0.00e+00 9.310785e-01 3.265836e-02 2.182554e-02 7.930872e-03 1.311569e-01 224.44 -2.00 3.23 -2.00 457.54 0.00e+00 4.519715e-06 4.181909e-06 1.845854e-06 1.091292e-06 1.594676e-05 285.11 -2.00 20.00 -2.00 458.07 0.00e+00 9.241 0.009 397.00 473.00 4 5.6160e+00 1.5358e-03 2.3884e-02 3.8259e-04 4.4418e-03 -5.4174e-02 2.0060e-03 4.9526e-03 2.6025e-04 5.6359e-03 2.5229e-03 9.8510e-04 6.6016e-04 9.8000e-05 2.7453e-03 6.4709e-03 3.8969e-04 9.8814e-05 2.5900e-05 1.0401e-03 -7.5757e-03 1.9640e-04 5.4138e-05 1.4970e-05 5.1236e-04 8.3525e-04 -8.5069e-02 6.6002e-04 2.3158e-04 3.9344e-05 2.1774e-03 -4.7737e-04 1.3488e-05 1.2856e-06 2.9981e-07 4.0590e-05 2.5427e-04 1.9055e-05 2.1958e-06 4.2562e-07 5.5517e-05 2.2543e-02 -2.1390e-04 -2.6430e-01 1.2877e-01 4.9004e-03 2.4198e-03 3.5073e-01 12 9 9 12 33 1 49.91 27.12 1.53 0.02254 -0.00956 11 4 1 4 0 1560.730 35.50 20.00 27.12 23.96 1.3 980.79 1602 -1845 -423 -596 -1404 -599 -1106 -42 -114 -173 -164 -361 -1122 -1512 -1024 -1210 -172 -322 -207 -696 625 215 -758 -518 -1270 -588 -447 481 -1321 -310 1473 -593 475 369 -936 68 689 96 45 1649 850 655 272 -269 -238 569 -457 282 1903 918 22 -233 641 559 103 -318 282 -380 1695 1312 1326 428 449 -185 1274 -379 1074 332 123 557 -153 467 849 242 479 -39 -185 467 744 -50 -7 113 643 200 -290 106 495 463 -416 711 298 841 294 363 685 430 434 91 -412 535 721 1210 -50 647 220 110 -284 485 84 900 -433 -346 -311 -187 -192 -580 152 -495 -119 137 283 -161 -773 237 -333 763 -343 -708 350 -551 5 815 -254 -211 318 40 -628 -473 295 -395 -334 157 20 -455 -383 -11 -656 -534 101 -714 -333 9 -490 -105 -472 3 128 -108 -93 -9 364 -496 -653 284 -257 -43 -412 -562 360 -596 -195 -285 -707 -739 383 210 152 301 -490 16 -476 -633 -333 -267 -456 -235 -414 -228 -300 -49 -324 -286 -227 -400 -520 -688 -99 79 54 -608 -284 -354 -578 -440 -5 268 193 -78 -444 -298 -369 -98 -38 -746 -65 -299 -368 477 384 -291 -316 364 -296 -935 476 -313 -78 -335 288 -655 -587 31 28 -488 -178 183 -733 -386 -492 -294 -527 -310 614 150 -213 351 238 44 -224 -105 256 -16 488 269 -247 -403 -67 881 105 -369 88 36 222 -198 -335 -24 -77 -290 -257 622 272 -33 465 735 -93 99 348 336 569 131 595 497 -309 -261 89 105 -82 640 664 283 199 442 81 154 722 756 688 457 220 265 451 -33 10 198 142 261 528 426 728 34 69 181 457 -299 404 -138 -63 347 196 192 400 392 376 292 443 222 -299 258 -319 -121 259 270 216 136 -75 315 -116 296 166 238 -79 -234 255 -242 -409 -141 -343 -107 -233 156 -199 126 -212 128 -143 -607 -375 54 -336 71 113 58 -58 -135 -116 -224 252 179 137 -162 152 -222 -82 -242 -435 36 -288 -5 -147 456 -24 20 -7 -362 -364 -243 -235 -13 84 -42 -109 -129 208 -145 31 -456 -319 -322 -228 17 -17 -49 88 164 -40 41 -76 310 -29 240 -78 -78 -272 -81 129 -44 21 243 -1 252 47 25 -332 -30 -5 -141 22 133 337 63 -108 150 123 -65 -136 -185 -59 -69 -22 -479 140 -31 -59 -203 -204 19 -85 112 84 -31 59 357 102 62 -103 235 277 -95 -183 14 -36 -258 255 117 -46 108 -29 63 297 -126 123 334 -224 146 -7 -135 -263 74 -12 -56 -59 -207 -97 60 -119 7 67 -299 16 33 -96 -5 118 41 -146 12 -48 -173 -70 145 -36 -91 61 -4 49 -164 154 -168 59 -78 -185 -106 -91 135 107 -91 -284 -57 135 25 -66 148 260 146 293 -135 -36 -53 105 -121 101 104 113 -120 33 -14 -4 2 107 3 1 -131 -93 36 150 15 -38 281 816 -988 -220 -303 -711 -313 -572 -22 -62 -95 -91 -200 -623 -849 -575 -686 -98 -183 -118 -403 362 124 -431 -284 -704 -323 -254 274 -794 -189 890 -361 275 209 -521 37 392 57 28 998 510 386 158 -162 -140 336 -268 168 1106 530 13 -142 393 340 64 -195 172 -233 1047 811 811 275 295 -123 830 -244 703 225 84 379 -104 308 569 160 307 -25 -113 278 447 -32 -5 75 431 136 -200 75 353 327 -298 500 209 583 204 256 484 303 305 64 -288 377 500 831 -35 452 161 81 -210 349 61 629 -305 -249 -223 -136 -140 -420 112 -364 -86 100 203 -119 -590 178 -254 578 -259 -530 267 -417 4 589 -182 -151 230 30 -461 -346 223 -292 -247 118 15 -335 -282 -8 -499 -411 76 -554 -247 6 -352 -78 -349 2 97 -85 -75 -7 286 -396 -523 222 -199 -34 -326 -443 289 -482 -153 -216 -507 -519 275 157 119 245 -398 13 -366 -484 -254 -209 -366 -186 -337 -186 -241 -39 -253 -222 -179 -320 -412 -560 -80 63 42 -485 -220 -285 -479 -375 -4 219 153 -60 -335 -226 -282 -78 -31 -615 -54 -245 -300 385 309 -234 -254 283 -232 -748 382 -252 -63 -268 221 -474 -418 22 19 -350 -127 127 -518 -270 -339 -211 -403 -256 525 134 -195 322 218 39 -189 -85 204 -13 420 242 -224 -368 -61 788 93 -315 70 28 174 -158 -284 -21 -68 -268 -237 551 244 -29 409 655 -86 90 320 314 536 124 570 471 -294 -246 84 99 -77 583 599 257 184 408 76 143 628 637 572 389 195 241 416 -31 9 183 134 245 500 404 687 32 64 165 418 -273 378 -134 -62 342 194 190 387 376 370 294 452 226 -302 254 -315 -121 259 271 218 137 -74 308 -115 292 169 241 -81 -235 254 -244 -411 -145 -355 -110 -240 159 -196 123 -203 124 -137 -590 -368 53 -338 73 116 59 -59 -139 -121 -234 269 194 147 -173 161 -236 -85 -251 -455 39 -313 -5 -160 490 -26 22 -7 -399 -394 -267 -263 -15 95 -47 -125 -151 243 -170 37 -534 -372 -372 -261 20 -20 -57 101 189 -46 49 -88 354 -33 267 -86 -88 -309 -93 148 -51 25 288 -1 308 58 30 -402 -36 -6 -169 27 159 402 76 -132 184 153 -81 -175 -236 -77 -88 -28 -606 177 -40 -77 -263 -266 25 -111 148 112 -40 77 458 132 80 -134 309 363 -127 -248 20 -48 -345 344 155 -61 147 -39 85 400 -171 168 459 -314 207 -10 -189 -369 105 -17 -80 -84 -299 -137 85 -171 11 97 -434 23 48 -139 -8 171 60 -212 17 -70 -253 -102 212 -52 -132 89 -5 70 -233 221 -248 87 -116 -273 -157 -134 199 161 -138 -430 -85 201 37 -94 208 369 213 430 -199 -54 -79 157 -181 150 151 166 -178 50 -20 -6 4 160 5 1 -196 -140 55 226 23 -56 414