File name: Pandora184s1_CapeElizabethME_20241209_L2Fit_fnvs4c4d20221222p1-8.txt
File generation date: 20250113T192729.0Z
Data description: Level 2 spectral fitting results file
Data file version: fnvs4c4p1-8
Local principal investigator: Lukas Valin
Network principal investigator: Alexander Cede
Instrument type: Pandora
Instrument number: 184
Spectrometer number: 1
Processing software version used: BlickP v1.8.70
Instrument operation file used: Pandora184_OF_v5d20201127.txt
Instrument calibration file used: Pandora184s1_CF_v4d20221222.txt
Level 1 file used: Pandora184s1_CapeElizabethME_20241209_L1_smca1c4d20221222p1-8.txt
Full location name: CEPTL - Cape Elizabeth Two Lights (State Park) Maine
Short location name: CapeElizabethME
Country of location: United States
Location latitude [deg]: 43.5610
Location longitude [deg]: -70.2073
Location altitude [m]: 24
Local noon date: 20241209
Notes on s-number (L1 configuration): Corrections NOT applied although requested by the s-number are dark map for dark correction (replaced by immediate dark method), latency correction, matrix method stray light correction (replaced by simple method)
Data caveats: None
First and last pixel inside fitting window: 890 1433
Nominal wavelengths inside fitting window [nm]: 400.1244 400.2570 400.3895 400.5219 400.6544 400.7869 400.9193 401.0517 401.1842 401.3166 401.4490 401.5813 401.7137 401.8460 401.9784 402.1107 402.2430 402.3753 402.5076 402.6398 402.7721 402.9043 403.0365 403.1687 403.3009 403.4331 403.5653 403.6974 403.8295 403.9617 404.0938 404.2259 404.3579 404.4900 404.6221 404.7541 404.8861 405.0181 405.1501 405.2821 405.4141 405.5460 405.6780 405.8099 405.9418 406.0737 406.2056 406.3374 406.4693 406.6011 406.7330 406.8648 406.9966 407.1283 407.2601 407.3919 407.5236 407.6553 407.7870 407.9187 408.0504 408.1821 408.3137 408.4454 408.5770 408.7086 408.8402 408.9718 409.1034 409.2349 409.3665 409.4980 409.6295 409.7610 409.8925 410.0239 410.1554 410.2868 410.4183 410.5497 410.6811 410.8124 410.9438 411.0752 411.2065 411.3378 411.4691 411.6004 411.7317 411.8630 411.9943 412.1255 412.2567 412.3879 412.5191 412.6503 412.7815 412.9126 413.0438 413.1749 413.3060 413.4371 413.5682 413.6992 413.8303 413.9613 414.0924 414.2234 414.3544 414.4854 414.6163 414.7473 414.8782 415.0091 415.1400 415.2709 415.4018 415.5327 415.6635 415.7944 415.9252 416.0560 416.1868 416.3176 416.4483 416.5791 416.7098 416.8406 416.9713 417.1020 417.2326 417.3633 417.4939 417.6246 417.7552 417.8858 418.0164 418.1470 418.2775 418.4081 418.5386 418.6691 418.7996 418.9301 419.0606 419.1911 419.3215 419.4520 419.5824 419.7128 419.8432 419.9735 420.1039 420.2342 420.3646 420.4949 420.6252 420.7555 420.8857 421.0160 421.1463 421.2765 421.4067 421.5369 421.6671 421.7972 421.9274 422.0575 422.1877 422.3178 422.4479 422.5780 422.7080 422.8381 422.9681 423.0982 423.2282 423.3582 423.4881 423.6181 423.7481 423.8780 424.0079 424.1378 424.2677 424.3976 424.5275 424.6573 424.7871 424.9170 425.0468 425.1766 425.3063 425.4361 425.5658 425.6956 425.8253 425.9550 426.0847 426.2143 426.3440 426.4736 426.6033 426.7329 426.8625 426.9921 427.1216 427.2512 427.3807 427.5103 427.6398 427.7693 427.8988 428.0282 428.1577 428.2871 428.4165 428.5459 428.6753 428.8047 428.9341 429.0634 429.1928 429.3221 429.4514 429.5807 429.7099 429.8392 429.9685 430.0977 430.2269 430.3561 430.4853 430.6145 430.7436 430.8728 431.0019 431.1310 431.2601 431.3892 431.5182 431.6473 431.7763 431.9053 432.0344 432.1634 432.2923 432.4213 432.5502 432.6792 432.8081 432.9370 433.0659 433.1948 433.3236 433.4525 433.5813 433.7101 433.8389 433.9677 434.0965 434.2252 434.3540 434.4827 434.6114 434.7401 434.8688 434.9974 435.1261 435.2547 435.3833 435.5119 435.6405 435.7691 435.8977 436.0262 436.1547 436.2833 436.4118 436.5402 436.6687 436.7972 436.9256 437.0540 437.1824 437.3108 437.4392 437.5676 437.6959 437.8243 437.9526 438.0809 438.2092 438.3375 438.4657 438.5940 438.7222 438.8504 438.9786 439.1068 439.2350 439.3631 439.4912 439.6194 439.7475 439.8756 440.0037 440.1317 440.2598 440.3878 440.5158 440.6438 440.7718 440.8998 441.0277 441.1557 441.2836 441.4115 441.5394 441.6673 441.7952 441.9230 442.0509 442.1787 442.3065 442.4343 442.5620 442.6898 442.8176 442.9453 443.0730 443.2007 443.3284 443.4561 443.5837 443.7113 443.8390 443.9666 444.0942 444.2218 444.3493 444.4769 444.6044 444.7319 444.8594 444.9869 445.1144 445.2418 445.3693 445.4967 445.6241 445.7515 445.8789 446.0062 446.1336 446.2609 446.3882 446.5155 446.6428 446.7701 446.8974 447.0246 447.1518 447.2790 447.4062 447.5334 447.6606 447.7877 447.9149 448.0420 448.1691 448.2962 448.4233 448.5503 448.6774 448.8044 448.9314 449.0584 449.1854 449.3123 449.4393 449.5662 449.6931 449.8200 449.9469 450.0738 450.2007 450.3275 450.4543 450.5811 450.7079 450.8347 450.9615 451.0882 451.2150 451.3417 451.4684 451.5951 451.7218 451.8484 451.9751 452.1017 452.2283 452.3549 452.4815 452.6080 452.7346 452.8611 452.9876 453.1141 453.2406 453.3671 453.4935 453.6200 453.7464 453.8728 453.9992 454.1256 454.2519 454.3783 454.5046 454.6309 454.7572 454.8835 455.0098 455.1361 455.2623 455.3885 455.5147 455.6409 455.7671 455.8932 456.0194 456.1455 456.2716 456.3977 456.5238 456.6499 456.7759 456.9020 457.0280 457.1540 457.2800 457.4060 457.5319 457.6579 457.7838 457.9097 458.0356 458.1615 458.2873 458.4132 458.5390 458.6648 458.7906 458.9164 459.0422 459.1679 459.2937 459.4194 459.5451 459.6708 459.7965 459.9221 460.0478 460.1734 460.2990 460.4246 460.5502 460.6758 460.8013 460.9268 461.0524 461.1779 461.3033 461.4288 461.5543 461.6797 461.8051 461.9305 462.0559 462.1813 462.3067 462.4320 462.5574 462.6827 462.8080 462.9332 463.0585 463.1838 463.3090 463.4342 463.5594 463.6846 463.8098 463.9349 464.0601 464.1852 464.3103 464.4354 464.5605 464.6855 464.8106 464.9356 465.0606 465.1856 465.3106 465.4356 465.5605 465.6855 465.8104 465.9353 466.0602 466.1850 466.3099 466.4347 466.5596 466.6844 466.8092 466.9339 467.0587 467.1834 467.3082 467.4329 467.5576 467.6823 467.8069 467.9316 468.0562 468.1808 468.3054 468.4300 468.5546 468.6791 468.8037 468.9282 469.0527 469.1772 469.3017 469.4261 469.5506 469.6750 469.7994 469.9238
---------------------------------------------------------------------------------------
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 164-707: Unweighted slant column residuals for each pixel inside the fitting window multiplied by 1e5, 9e5=pixel was not used for fitting
Columns 708-1251: 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 20241209T122518.8Z 9109.517579 74 1 16.42 2 87.41 125.47 135.59 21.98 0.00 1 0.00 1 0 130 1.670e-02 9.642e-03 6.356e-03 4.194e-03 7.563339e+03 8.990327e+02 6.118598e+02 5.631273e+02 3.252231e+03 275.47 -2.00 20.00 -2.00 453.96 0.00e+00 -1.282620e-03 5.705451e-04 2.914728e-05 3.570232e-05 1.806569e-03 275.47 -2.00 20.00 -2.00 460.47 0.00e+00 1.123980e-03 4.711291e-05 8.138738e-05 1.582950e-05 1.779391e-04 275.47 -2.00 20.00 -2.00 450.10 0.00e+00 6.332000e+06 6.273408e+05 1.545117e+05 3.527554e+05 2.418792e+06 257.67 -2.00 11.29 -2.00 462.35 0.00e+00 1.884014e+00 9.503713e-02 2.389106e-02 1.334917e-02 5.185087e-01 222.35 -2.00 3.57 -2.00 459.87 0.00e+00 -2.648516e-05 1.243037e-05 1.952978e-06 1.811049e-06 6.325773e-05 275.47 -2.00 20.00 -2.00 460.15 0.00e+00 14.597 0.060 397.00 473.00 4 5.6771e+00 5.4283e-03 4.0242e-02 6.0435e-04 1.9206e-02 -8.2729e-02 7.6967e-03 8.4024e-03 6.2910e-04 2.6539e-02 8.2006e-02 3.5241e-03 1.1056e-03 1.8414e-04 1.0540e-02 5.8792e-02 1.4320e-03 1.5025e-04 4.3875e-05 3.8722e-03 -4.9797e-02 7.3804e-04 5.2098e-05 2.8708e-05 2.1318e-03 2.3995e-04 -2.1434e-01 1.7748e-03 5.6599e-04 1.6749e-04 1.2565e-02 5.8640e-04 5.5683e-05 1.9339e-06 4.9823e-07 1.7171e-04 -1.3144e-04 7.2451e-05 2.4725e-06 6.6731e-07 2.3647e-04 -5.9079e-02 2.8013e-04 3.4116e+00 4.3341e-01 3.3709e-02 3.1854e-03 1.3618e+00 12 9 9 12 1 1 -412.75 22.47 2.33 -0.05908 -0.03503 4 4 1 4 0 3248.810 26.62 19.97 22.47 8.09 29.4 1021.92 1019 -4297 -693 -719 -8176 -4451 1773 985 3610 -1503 1064 -4442 -1259 564 193 5432 410 1295 4474 -2875 -1150 252 -764 -4548 -5463 -2407 -1200 491 -2190 167 -2467 897 -2312 -2271 -6207 -5011 -1141 -4950 211 308 242 -3044 -2122 -5293 159 2500 1670 -1109 -2314 1022 -708 -2354 4623 3254 45 3931 893 -2352 1263 -411 1257 749 2773 518 1831 2139 5124 1828 6243 2033 2940 -1717 5512 -355 -920 1124 1862 -1972 5008 1845 1308 -549 1613 923 2336 1155 407 -1 2227 1079 3899 802 1904 3726 1206 2801 128 1832 490 2134 -243 2117 2516 3268 -589 -1351 1472 1316 1006 2830 1382 670 2394 1355 -2162 3323 -3212 12527 1026 2443 -715 1784 1151 -308 -308 3139 301 565 1527 -270 -238 1815 -1154 487 125 -3410 -2103 -802 -238 1587 875 -2816 -2120 -1270 -434 -975 -119 -276 2134 -1734 -1855 342 -806 -1569 -1341 -1498 -661 -2172 -1325 -709 -1899 -2705 -55 -1447 -463 -1146 -2363 -925 -1954 -1246 -326 -2920 -1862 -2469 -395 -1801 142 -2256 -1769 365 -1113 -2967 -118 -1390 -869 876 -1663 -1574 412 -1158 -1058 -908 -1802 -1067 -754 339 795 484 290 -1298 -968 75 -94 -802 -500 -798 396 688 -466 890 -69 -1048 1688 730 -1341 432 -1820 334 -2085 -1051 -722 100 92 2673 -2264 -1048 -1371 -2859 -2026 -4534 -2005 -1919 -3393 -1977 -1647 -3595 -2755 -174 -2551 -2652 1311 -1743 -398 873 28 1582 -61 -1246 -1799 284 -125 223 1113 -347 559 348 1575 -728 947 -2389 557 -2303 -824 139 152 389 1736 221 -575 1461 507 253 823 711 1040 1387 981 2021 1942 1360 1595 301 1473 1181 1207 -164 1095 3146 1360 981 -217 1410 -147 486 1600 -65 650 561 720 1006 -373 1191 1534 1886 540 2066 874 1636 12 1038 86 1622 1230 1322 1234 2219 1276 1074 948 1253 89 649 1432 1356 1159 -1041 260 324 -431 -556 -548 -1625 -525 -1078 29 -1190 -418 -1035 -453 -498 21 -1683 -178 -394 403 1407 138 -479 -736 -995 -603 -513 -1417 -1492 21 -2053 362 -1017 64 -954 -767 394 -741 -422 -293 -401 -929 -615 -226 -45 -88 435 71 -635 -1212 -861 -791 -495 -1193 404 -176 -781 -924 -5 -628 -757 -30 -18 -744 475 674 21 -559 -130 797 -83 -594 -664 -300 572 -384 457 137 -262 797 193 -380 418 -951 -1270 228 1610 702 658 -306 584 821 -75 -361 264 561 1094 805 6 -43 187 332 589 -1125 -157 392 768 -379 24 -30 1056 435 643 415 -681 851 154 640 389 141 469 76 62 1439 370 828 300 523 262 -166 -775 -463 569 -386 365 -353 287 304 401 351 87 198 468 -757 521 -200 -11 67 -356 -422 -265 -464 414 285 -1112 -338 -183 98 -404 -673 -732 172 270 536 189 119 -337 -242 -194 -261 101 -240 -66 1 -294 122 -12 -576 -56 20 -604 -915 -395 -236 -441 -253 -1150 -381 -103 -459 -852 -323 40 309 537 -309 -45 201 404 -278 -736 -99 -200 164 -311 -342 140 454 706 374 -287 520 334 548 479 428 -96 780 838 384 -1654 -259 -267 -3124 -1684 665 376 1371 -585 410 -1749 -490 219 75 2079 160 505 1728 -1152 -457 98 -295 -1754 -2098 -924 -469 195 -890 68 -1008 354 -898 -866 -2395 -1948 -450 -2039 85 124 104 -1318 -910 -2315 68 1058 703 -470 -980 431 -309 -1046 1987 1412 20 1692 389 -1036 547 -182 562 341 1254 237 837 991 2375 868 2896 957 1364 -806 2475 -161 -408 483 791 -857 2164 838 612 -263 769 445 1131 571 205 0 1112 540 1919 401 953 1854 607 1397 64 910 243 1041 -120 1043 1263 1677 -315 -727 770 675 512 1429 713 353 1263 720 -1164 1728 -1725 6178 540 1295 -392 983 646 -176 -176 1745 169 316 839 -148 -130 970 -627 266 69 -1951 -1196 -454 -135 890 490 -1613 -1217 -728 -252 -583 -71 -164 1233 -1003 -1061 192 -460 -917 -800 -915 -380 -1274 -778 -418 -1133 -1618 -32 -846 -268 -671 -1423 -558 -1179 -727 -179 -1572 -1000 -1374 -229 -1100 87 -1384 -1062 214 -658 -1793 -71 -861 -546 551 -1059 -992 252 -704 -647 -560 -1131 -680 -485 215 497 301 181 -830 -639 51 -64 -544 -328 -502 241 411 -283 559 -45 -710 1136 495 -853 271 -1156 209 -1304 -688 -470 61 56 1641 -1449 -653 -821 -1779 -1210 -2687 -1170 -1138 -2042 -1166 -956 -2102 -1618 -97 -1553 -1750 910 -1311 -308 680 21 1159 -42 -836 -1197 192 -90 169 864 -275 441 273 1187 -531 642 -1588 363 -1583 -595 105 111 292 1297 164 -423 1049 366 188 625 547 810 1092 783 1634 1592 1114 1302 247 1183 948 961 -130 856 2439 1084 800 -180 1116 -111 350 1136 -48 496 446 580 816 -307 982 1285 1502 437 1659 708 1300 10 800 67 1254 983 1103 1063 1937 1119 930 814 1075 79 591 1306 1235 1045 -944 234 277 -372 -482 -477 -1412 -447 -923 25 -1054 -376 -943 -407 -443 18 -1526 -162 -366 373 1290 128 -437 -657 -874 -520 -442 -1242 -1321 19 -1898 334 -970 61 -917 -739 380 -734 -425 -282 -392 -917 -598 -227 -45 -87 430 72 -631 -1219 -908 -829 -517 -1257 423 -187 -838 -1002 -5 -658 -801 -32 -19 -821 524 744 23 -624 -144 923 -96 -687 -766 -347 663 -452 535 160 -305 900 215 -417 451 -1043 -1413 253 1778 795 763 -366 709 1007 -92 -445 323 683 1397 1015 8 -55 238 426 760 -1487 -209 529 1054 -534 34 -41 1440 595 883 578 -966 1192 217 903 553 203 675 108 87 1968 539 1196 437 771 394 -238 -1131 -675 874 -595 556 -542 440 465 616 541 135 310 735 -1218 840 -328 -18 112 -590 -699 -438 -773 686 475 -1888 -572 -312 168 -694 -1160 -1264 295 465 923 326 206 -584 -416 -333 -447 173 -416 -116 2 -511 208 -21 -987 -96 36 -1019 -1554 -667 -400 -756 -440 -2047 -677 -181 -799 -1449 -530 69 530 875 -520 -78 351 712 -496 -1317 -175 -351 285 -548 -610 252 823 1282 681 -523 941 608 1002 883 792 -179 1421 1507
SQ 20241209T122952.9Z 9109.520751 79 1 26.32 2 86.74 126.28 135.27 23.46 0.00 1 0.00 1 0 81 7.078e-03 4.210e-03 4.317e-04 2.877e-04 7.998597e+03 6.056821e+01 5.786973e+02 5.631016e+02 1.377282e+03 275.47 -2.00 20.00 -2.00 453.43 0.00e+00 -1.891628e-04 3.831284e-05 2.791060e-05 3.326915e-05 7.588358e-04 275.47 -2.00 20.00 -2.00 460.19 0.00e+00 9.518855e-04 3.201276e-06 7.028960e-05 1.582831e-05 7.519385e-05 275.47 -2.00 20.00 -2.00 449.53 0.00e+00 4.955999e+06 4.230464e+04 1.153807e+05 3.527037e+05 1.023532e+06 257.67 -2.00 11.29 -2.00 462.01 0.00e+00 1.402228e+00 6.547569e-03 2.191720e-02 1.354090e-02 2.196285e-01 222.35 -2.00 3.57 -2.00 459.57 0.00e+00 -3.023000e-05 8.523103e-07 1.727945e-06 1.808877e-06 2.680365e-05 275.47 -2.00 20.00 -2.00 459.85 0.00e+00 13.002 0.043 397.00 473.00 4 1.5307e+00 3.6241e-04 3.4844e-02 6.1612e-04 7.8123e-03 -1.4174e-01 5.0408e-04 7.2647e-03 5.6910e-04 1.0702e-02 8.0052e-02 2.3390e-04 9.6096e-04 1.7322e-04 4.4486e-03 3.2752e-02 1.0353e-04 1.3659e-04 4.5769e-05 1.6887e-03 -3.4781e-02 4.9690e-05 7.1890e-05 2.7208e-05 8.7828e-04 2.1442e-02 -1.8287e-01 1.2215e-04 3.5632e-04 1.2618e-04 4.6143e-03 -5.0919e-04 3.5807e-06 1.6283e-06 4.4523e-07 7.2475e-05 2.0943e-04 4.7513e-06 2.7609e-06 7.0818e-07 9.9992e-05 1.7632e-03 -1.2433e-04 5.4971e-01 3.0038e-02 2.0302e-02 2.6140e-03 5.9060e-01 12 8 8 10 0 0 53.46 22.48 1.83 0.00176 -0.02722 661 184 1 4 0 39.810 26.62 20.01 22.48 8.49 29.4 1023.61 -912 -1271 -1648 -2161 -1842 -1962 -1164 -1201 -1041 -1220 -1193 -1534 -1752 -1331 -1339 -1315 -1023 -889 -889 -912 -1331 -1364 -1827 -2207 -2569 -2264 -1564 -772 -820 -262 -498 -664 -1092 -1108 -1589 -1042 -688 2 53 295 264 313 -182 329 387 316 351 554 528 601 669 808 1118 1177 1256 1161 987 972 1068 1262 1165 1318 1654 1422 1386 1399 1433 1334 1523 1461 1838 1742 1982 2042 2114 2010 1867 1628 1793 1571 1474 1319 1469 1309 1369 1134 1139 1198 1512 1238 1341 1301 1356 1224 1280 1068 1405 1096 1121 996 1375 968 968 750 874 608 513 642 623 600 359 236 192 176 -2 108 -183 16 -40 -191 -379 -242 -364 -269 -440 -239 -273 -153 -330 -206 -89 -75 -361 -322 -416 -464 -524 -476 -587 -440 -710 -374 -470 -477 -639 -627 -650 -423 -598 -565 -498 -751 -730 -828 -894 -800 -969 -889 -861 -941 -1052 -1129 -1007 -1070 -851 -900 -858 -901 -760 -888 -761 -646 -694 -645 -818 -1025 -769 -789 -608 -568 -685 -635 -544 -638 -521 -644 -494 -644 -569 -532 -419 -558 -469 -580 -511 -569 -557 -440 -370 -583 -328 -333 -229 -258 -318 -285 -463 -260 -457 -303 -224 -178 -277 -200 -311 -271 -357 -289 -515 -368 -472 -345 -390 -339 -310 -300 -499 -434 -573 -573 -733 -546 -823 -798 -979 -987 -1164 -790 -706 -273 -197 -21 69 204 89 -26 -406 -262 -427 -251 -160 10 103 209 288 121 234 34 -104 -408 -556 -343 -44 -115 179 281 275 344 483 257 287 347 402 525 659 610 772 738 795 767 874 793 889 787 818 633 788 703 875 859 877 596 498 465 419 565 663 749 884 833 711 920 900 1003 846 794 829 722 584 550 401 504 488 502 607 590 469 453 353 454 421 451 386 329 218 113 -9 -44 -100 -9 -86 -128 -218 -159 -173 -56 -139 -218 -228 -202 -247 -286 -146 -76 -47 -44 -225 -371 -332 -380 -543 -574 -681 -648 -595 -638 -508 -461 -502 -514 -432 -471 -310 -359 -272 -176 -112 -200 -214 -255 -251 -364 -314 -397 -392 -454 -433 -417 -453 -501 -469 -521 -411 -535 -329 -230 -205 -228 -195 -184 -116 -201 -186 -138 -169 -96 -97 -72 -28 16 -15 104 100 82 100 131 21 71 47 86 50 172 156 213 149 89 125 164 131 248 259 243 289 283 233 228 191 216 234 229 185 266 197 196 195 342 290 303 226 203 256 306 295 347 340 301 260 271 345 335 308 221 252 187 61 -46 -27 -47 -10 46 80 86 134 92 176 87 133 118 180 97 69 -35 -9 0 -6 -37 -88 -136 -138 -162 -109 -165 -196 -202 -207 -229 -119 -130 -142 -88 -76 -174 -131 -185 -157 -147 -227 -210 -247 -247 -208 -135 -182 -186 -248 -361 -385 -342 -358 -281 -365 -406 -467 -345 -335 -274 -161 20 85 116 5 -9 -31 -35 -90 -56 -80 24 116 119 92 80 97 144 128 194 258 285 313 310 315 364 465 548 -316 -440 -564 -735 -625 -671 -405 -425 -370 -436 -427 -549 -630 -516 -521 -516 -401 -349 -351 -362 -529 -537 -708 -840 -973 -869 -614 -310 -334 -107 -203 -266 -425 -422 -604 -401 -275 1 22 120 107 125 -73 132 156 127 139 219 207 238 274 335 461 487 519 479 441 432 474 569 538 618 777 669 657 675 704 661 752 718 891 835 939 950 958 888 816 718 815 745 721 655 735 661 700 590 602 638 800 654 705 683 719 653 682 569 745 579 585 516 710 508 520 416 495 346 288 351 338 325 199 133 110 100 -1 61 -103 9 -22 -110 -205 -134 -205 -153 -250 -135 -153 -85 -182 -112 -48 -40 -194 -175 -230 -260 -294 -268 -332 -249 -400 -210 -266 -271 -372 -376 -391 -252 -351 -323 -281 -424 -415 -482 -532 -489 -608 -565 -551 -607 -683 -732 -646 -680 -538 -574 -560 -596 -498 -565 -455 -370 -399 -385 -520 -636 -481 -488 -367 -340 -409 -383 -336 -400 -333 -418 -318 -411 -355 -326 -259 -349 -297 -376 -334 -370 -358 -279 -235 -377 -220 -232 -160 -178 -212 -181 -286 -158 -280 -195 -151 -123 -193 -139 -215 -187 -247 -199 -349 -243 -311 -229 -263 -233 -215 -204 -324 -268 -340 -332 -426 -323 -491 -469 -567 -569 -678 -482 -463 -181 -142 -16 55 165 71 -20 -292 -178 -286 -174 -118 8 83 160 220 92 183 26 -72 -272 -372 -237 -32 -90 136 220 216 264 364 192 215 268 319 420 534 502 640 627 684 656 745 671 743 657 678 516 639 573 724 726 748 492 385 345 308 424 524 616 737 701 567 741 740 839 715 671 699 602 473 442 324 408 408 439 549 545 432 411 317 408 368 406 351 299 195 100 -8 -40 -90 -8 -78 -115 -194 -141 -155 -51 -131 -207 -214 -187 -230 -269 -133 -70 -44 -41 -208 -337 -309 -347 -489 -516 -621 -596 -556 -579 -470 -436 -479 -489 -412 -454 -304 -360 -277 -182 -116 -204 -214 -250 -244 -359 -319 -416 -414 -474 -449 -432 -471 -525 -495 -553 -441 -584 -362 -255 -230 -259 -226 -215 -136 -236 -218 -161 -196 -111 -111 -82 -32 18 -18 121 116 95 112 153 24 80 53 99 58 201 186 259 187 114 154 212 169 318 331 308 361 351 292 286 241 275 302 299 247 361 272 271 267 463 391 411 311 282 356 426 411 487 483 428 366 396 498 478 438 316 365 276 91 -70 -41 -71 -16 69 120 130 201 139 266 132 204 183 282 154 111 -56 -15 0 -10 -60 -143 -223 -227 -268 -181 -276 -329 -339 -348 -386 -201 -220 -241 -149 -129 -295 -220 -310 -263 -247 -385 -360 -425 -420 -348 -223 -303 -312 -427 -598 -639 -567 -595 -472 -624 -705 -815 -597 -570 -454 -274 33 141 196 9 -15 -54 -61 -157 -98 -139 41 197 203 160 141 172 257 228 344 457 506 559 558 541 655 827 961
SQ 20241209T123019.3Z 9109.521056 79 2 26.32 2 86.68 126.36 135.23 23.61 0.00 1 0.00 1 0 81 6.520e-03 3.945e-03 4.025e-04 2.719e-04 7.898274e+03 5.570948e+01 5.787247e+02 5.630532e+02 1.268784e+03 275.47 -2.00 20.00 -2.00 453.03 0.00e+00 -2.537140e-05 3.613687e-05 2.673036e-05 3.384229e-05 6.985830e-04 275.47 -2.00 20.00 -2.00 460.04 0.00e+00 9.503254e-04 2.994450e-06 7.008096e-05 1.582183e-05 6.925671e-05 275.47 -2.00 20.00 -2.00 449.19 0.00e+00 4.602133e+06 3.933315e+04 1.155820e+05 3.527672e+05 9.425865e+05 257.67 -2.00 11.29 -2.00 461.78 0.00e+00 1.378131e+00 6.221325e-03 2.127751e-02 1.355603e-02 2.023123e-01 222.35 -2.00 3.57 -2.00 459.40 0.00e+00 -2.849832e-05 8.111685e-07 1.808621e-06 1.802043e-06 2.469274e-05 275.47 -2.00 20.00 -2.00 459.69 0.00e+00 12.861 0.041 397.00 473.00 4 1.4592e+00 3.4086e-04 3.4393e-02 6.1951e-04 7.1630e-03 -1.3845e-01 4.7405e-04 7.1696e-03 5.7583e-04 9.7868e-03 7.4741e-02 2.1987e-04 9.4723e-04 1.7801e-04 4.1028e-03 3.1260e-02 9.6850e-05 1.3267e-04 4.7830e-05 1.5606e-03 -3.3057e-02 4.6452e-05 7.0671e-05 2.7309e-05 8.0587e-04 2.3578e-02 -1.7747e-01 1.1578e-04 3.3143e-04 1.2297e-04 4.1780e-03 -5.1168e-04 3.3380e-06 1.6026e-06 4.3622e-07 6.6763e-05 1.9995e-04 4.4466e-06 2.6421e-06 7.0812e-07 9.2108e-05 2.0287e-03 -1.2554e-04 4.7284e-01 2.8258e-02 1.7773e-02 2.7134e-03 5.4455e-01 12 8 8 10 0 0 35.24 22.48 1.80 0.00203 -0.02621 661 184 1 4 0 39.810 26.62 20.01 22.48 8.65 29.3 1024.41 -805 -1073 -1540 -2008 -1928 -1861 -1059 -1136 -1014 -1090 -1177 -1274 -1337 -1368 -1393 -978 -1083 -830 -875 -875 -1436 -1267 -1607 -2120 -2442 -2128 -1428 -872 -480 -213 -326 -473 -957 -1034 -1144 -1021 -530 185 225 409 387 362 181 288 505 427 438 619 378 745 846 808 925 1131 1191 1102 841 959 1025 1120 1241 1140 1501 1361 1213 1242 1401 1123 1440 1317 1617 1534 1719 1730 1921 1866 1705 1702 1595 1365 1415 1189 1259 1363 1291 1183 1107 1143 1084 1209 1271 1196 1201 1194 1099 1111 1271 1064 1016 887 1130 822 770 737 710 615 506 515 570 419 366 111 194 174 -38 85 -52 -71 -12 -187 -272 -261 -235 -220 -375 -232 -248 -141 -233 -74 24 19 -244 -246 -349 -430 -375 -382 -478 -468 -567 -426 -502 -535 -492 -546 -626 -563 -521 -507 -569 -773 -725 -809 -831 -724 -872 -789 -804 -811 -968 -961 -960 -838 -809 -735 -770 -766 -651 -759 -769 -669 -611 -643 -731 -767 -591 -671 -541 -583 -689 -502 -606 -517 -543 -667 -448 -544 -566 -429 -416 -602 -429 -517 -373 -544 -523 -436 -360 -468 -228 -417 -281 -293 -259 -156 -234 -373 -358 -291 -280 -256 -248 -183 -314 -280 -338 -200 -344 -313 -436 -238 -324 -207 -254 -282 -332 -297 -376 -558 -554 -469 -653 -671 -850 -987 -1023 -691 -536 -339 -177 -57 65 111 -32 -63 -339 -243 -347 -293 -275 -22 67 203 214 79 148 -106 -274 -387 -587 -396 -235 -83 136 256 229 303 362 234 329 392 518 562 678 539 757 723 743 711 817 752 852 744 734 632 692 684 783 740 815 541 504 487 449 625 626 690 861 779 706 800 862 910 784 707 804 664 497 543 409 472 459 456 597 545 459 481 320 423 439 404 390 346 190 98 2 -73 -86 -29 -42 -130 -186 -182 -173 -55 -167 -137 -246 -208 -277 -294 -134 -94 -125 -129 -193 -314 -330 -348 -456 -525 -586 -566 -637 -557 -473 -412 -457 -427 -378 -373 -300 -288 -275 -180 -127 -154 -164 -208 -273 -276 -294 -371 -312 -448 -401 -449 -459 -525 -416 -470 -366 -460 -365 -323 -181 -211 -221 -219 -149 -181 -203 -150 -172 -152 -98 -102 -58 -8 4 60 72 46 108 50 84 87 92 98 48 191 213 241 92 136 125 168 147 222 228 204 262 295 233 231 201 196 172 234 234 258 168 196 152 261 281 274 211 176 252 252 261 339 300 275 236 256 312 318 261 255 246 182 73 -33 -25 -3 -15 86 125 107 123 47 117 96 144 146 155 89 84 -13 -35 -33 -35 -28 -89 -114 -117 -166 -141 -156 -161 -192 -178 -229 -127 -143 -100 -110 -83 -157 -157 -184 -178 -150 -200 -213 -238 -257 -166 -128 -156 -182 -233 -331 -377 -331 -326 -304 -347 -396 -427 -310 -308 -249 -112 55 105 119 -5 -8 -59 -43 -73 -74 -53 42 97 109 118 89 86 142 159 195 271 245 306 289 288 357 454 542 -288 -384 -544 -705 -676 -657 -381 -415 -373 -403 -436 -471 -496 -510 -521 -368 -408 -313 -332 -334 -592 -516 -644 -835 -955 -844 -581 -363 -203 -90 -138 -196 -385 -407 -449 -407 -219 78 96 173 162 150 75 119 211 178 180 252 153 306 359 347 395 485 511 471 360 408 435 483 549 513 676 613 551 575 660 535 683 621 753 765 846 837 903 854 773 777 752 673 719 614 655 715 686 640 563 584 552 664 695 654 664 612 563 568 702 584 552 478 607 448 398 393 387 336 273 271 296 219 194 60 106 95 -21 46 -28 -39 -7 -104 -153 -150 -138 -130 -222 -136 -145 -82 -134 -42 13 11 -136 -139 -201 -251 -219 -224 -281 -275 -332 -249 -296 -317 -299 -341 -392 -350 -319 -302 -335 -454 -429 -490 -515 -461 -571 -522 -497 -506 -608 -602 -595 -515 -495 -452 -486 -490 -413 -467 -479 -397 -365 -370 -449 -495 -385 -431 -340 -363 -428 -315 -390 -338 -361 -450 -300 -361 -367 -273 -267 -392 -283 -348 -253 -368 -350 -287 -237 -315 -159 -303 -204 -210 -180 -103 -150 -235 -228 -195 -196 -171 -168 -124 -211 -187 -226 -134 -226 -200 -279 -153 -212 -138 -171 -186 -209 -190 -231 -335 -333 -288 -403 -409 -510 -589 -617 -437 -340 -234 -133 -45 51 88 -25 -47 -253 -171 -242 -211 -211 -17 53 161 171 63 113 -77 -198 -267 -407 -285 -169 -63 107 208 187 242 284 182 255 314 426 466 571 461 653 601 626 596 682 623 697 607 595 536 583 546 634 613 681 437 404 374 341 486 485 555 702 641 586 670 736 791 688 622 705 575 418 453 343 397 398 414 529 495 416 428 282 373 398 378 368 326 176 90 2 -68 -81 -28 -40 -121 -171 -167 -153 -49 -155 -128 -227 -190 -253 -273 -126 -90 -120 -124 -185 -295 -303 -313 -403 -465 -526 -512 -586 -524 -453 -404 -453 -422 -374 -374 -305 -300 -276 -183 -130 -155 -170 -211 -275 -282 -311 -384 -324 -462 -431 -483 -496 -571 -456 -518 -387 -495 -396 -354 -201 -237 -252 -253 -172 -209 -234 -172 -197 -173 -111 -121 -69 -10 4 73 87 55 126 57 94 97 103 111 55 219 248 288 113 170 158 213 185 279 287 254 321 379 302 300 264 259 229 317 307 345 228 267 215 365 393 385 302 253 363 364 377 494 443 407 345 366 440 444 363 357 349 262 107 -49 -37 -5 -22 126 184 158 181 70 173 143 216 221 237 138 133 -21 -56 -52 -55 -45 -142 -183 -188 -267 -229 -255 -265 -315 -293 -379 -210 -237 -166 -181 -138 -260 -259 -301 -292 -247 -331 -356 -399 -427 -271 -207 -253 -299 -392 -565 -647 -567 -559 -527 -613 -710 -729 -554 -543 -427 -186 89 171 196 -8 -13 -100 -73 -124 -126 -90 70 162 182 200 153 149 247 277 339 470 426 535 510 510 629 790 930
SQ 20241209T141840.4Z 9109.596301 123 1 47.02 2 73.31 147.76 123.00 53.40 0.00 1 0.00 1 0 33 6.210e-04 5.884e-04 3.062e-04 2.906e-04 1.759162e+03 5.765661e+01 1.353794e+02 5.629413e+02 1.204921e+02 275.46 -2.00 20.00 -2.00 446.90 0.00e+00 5.593767e-05 3.261838e-05 1.079893e-05 2.349977e-05 6.697120e-05 275.46 -2.00 20.00 -2.00 456.39 0.00e+00 2.331144e-04 3.063369e-06 1.747695e-05 1.572474e-05 6.533595e-06 275.46 -2.00 20.00 -2.00 438.03 0.00e+00 1.017059e+06 4.144461e+04 2.555764e+04 3.530910e+05 8.929647e+04 257.66 -2.00 11.29 -2.00 458.87 0.00e+00 3.387906e-01 7.640009e-03 5.184207e-03 1.478319e-02 1.931192e-02 222.35 -2.00 3.57 -2.00 455.78 0.00e+00 3.293789e-06 9.821002e-07 5.044672e-07 1.773294e-06 2.352912e-06 275.46 -2.00 20.00 -2.00 456.84 0.00e+00 3.427 0.001 397.00 473.00 4 4.3800e+00 3.2369e-04 8.7290e-03 6.1212e-04 6.4618e-04 4.4450e-02 3.7921e-04 1.8162e-03 3.6773e-04 7.8180e-04 1.4224e-04 2.1574e-04 2.4034e-04 1.4801e-04 4.4064e-04 -1.6039e-03 7.3364e-05 3.6224e-05 3.7710e-05 1.5092e-04 -6.1946e-04 3.8489e-05 2.0084e-05 2.1603e-05 7.6103e-05 9.5916e-03 7.5352e-03 2.0734e-04 6.9256e-05 5.3377e-05 3.6845e-04 -7.4396e-05 3.0742e-06 3.5878e-07 4.8105e-07 6.3691e-06 1.2228e-04 4.2368e-06 4.8401e-07 6.0228e-07 8.7951e-06 -1.0402e-02 -9.2297e-05 2.4276e-01 2.8304e-02 3.7008e-03 1.9344e-03 5.4352e-02 10 0 0 10 0 0 99.91 22.48 1.07 -0.01040 -0.02243 206 57 1 4 0 228.190 26.73 20.04 22.48 9.72 29.2 1031.99 48 -163 -68 -165 -147 -155 -105 -109 -7 -44 14 -121 23 -35 -50 -17 -39 -40 83 41 6 37 14 -125 -85 -91 -11 127 1 99 62 13 -85 -23 -112 -8 -20 36 111 40 -66 10 -47 125 108 29 9 106 -55 20 -23 62 24 95 106 13 -87 88 22 57 80 70 23 64 -7 119 74 45 157 193 82 149 100 133 -55 -17 -10 -20 70 35 42 -55 111 -18 63 23 30 -17 33 25 57 2 35 4 13 -34 84 -64 9 -102 89 -42 38 58 38 4 -80 -17 56 -30 -40 -9 21 -28 -126 -38 -89 243 -40 -103 -6 -44 -26 -39 -83 -3 -45 -43 -58 -48 -67 8 -104 -9 -99 -133 -102 -95 -11 -36 -156 -24 -93 31 -62 14 -59 54 -49 35 -39 -30 -91 -63 -54 29 -80 -7 -44 20 -26 -32 -77 -34 -50 45 -9 -2 35 13 -138 -14 -103 -69 16 -64 90 -40 5 21 -34 10 -57 -11 85 -25 -7 -26 10 17 114 -107 35 -5 39 -66 54 -50 104 -84 67 -45 72 21 -36 78 -46 -68 44 1 -8 -2 31 85 35 8 11 115 -36 -7 -31 77 -4 127 32 72 -9 83 67 -4 -24 172 -16 16 -20 -68 -151 -68 -152 96 -32 58 16 63 -25 76 -91 33 -59 -4 -45 36 -66 44 74 60 115 96 49 156 101 106 64 41 15 45 -31 17 35 1 23 -24 -105 -81 20 -60 -52 -10 -14 30 -17 -75 -2 -41 -11 -13 38 26 -12 24 63 -56 12 81 65 50 1 -28 96 -24 -5 -2 46 -4 -14 -7 64 13 -31 24 22 -29 -12 15 13 6 -18 -16 -26 44 -12 -58 -46 -26 -119 -73 9 -12 -9 105 17 43 -55 19 -5 60 4 -78 -48 -27 -16 30 -9 40 26 108 -6 44 24 86 -37 73 -108 14 -15 -26 -51 -110 -84 -94 -62 -133 -22 -45 -58 -48 -25 -129 -60 -80 -20 -82 -3 -77 -78 -123 -1 -39 0 -62 84 -61 17 -75 41 -41 9 -38 29 -53 100 -33 1 1 92 -35 64 11 7 71 22 67 60 72 84 91 114 109 59 33 6 86 45 1 -42 79 11 30 -1 85 60 -1 31 43 33 35 9 43 15 39 -12 46 -26 57 -91 37 -25 83 -19 -23 14 41 -7 59 42 71 -32 29 26 23 17 24 1 22 6 -49 -17 40 11 -4 1 38 26 -39 -15 -57 -1 -17 40 -3 16 -10 30 -13 -21 -52 11 -63 41 -64 41 19 32 -39 38 -45 46 -17 47 5 31 -40 -46 -36 4 -28 0 -18 -9 -114 -50 -38 -102 -56 -56 -117 -128 -53 -65 -26 -54 -41 0 -5 -31 -82 -136 -27 -27 61 -59 -1 12 98 -50 -26 -50 16 -29 39 10 37 43 51 -15 42 39 55 27 74 69 72 113 113 35 -119 -48 -114 -101 -108 -77 -82 -5 -34 11 -92 17 -27 -39 -13 -31 -31 65 33 4 28 10 -88 -62 -65 -8 100 1 82 50 10 -65 -17 -81 -6 -15 29 90 32 -52 8 -37 99 87 23 7 81 -41 15 -19 51 20 78 87 11 -70 70 18 47 69 62 20 57 -6 103 66 40 140 170 74 131 86 110 -43 -14 -8 -16 58 30 37 -50 101 -16 59 21 28 -16 31 23 52 2 32 3 12 -32 80 -60 8 -91 80 -38 36 54 37 4 -74 -16 51 -28 -38 -8 19 -26 -115 -36 -84 226 -37 -93 -5 -42 -26 -38 -82 -3 -43 -40 -53 -44 -62 8 -95 -9 -90 -122 -93 -86 -10 -33 -141 -21 -84 28 -57 13 -57 51 -45 31 -33 -27 -78 -56 -49 27 -78 -6 -42 19 -25 -30 -76 -33 -48 43 -8 -2 33 12 -118 -12 -87 -58 15 -59 85 -37 5 20 -31 9 -51 -10 80 -24 -6 -24 9 16 104 -99 31 -5 36 -60 48 -46 95 -74 62 -43 70 20 -32 69 -39 -56 36 1 -7 -2 29 79 32 8 9 102 -31 -6 -27 64 -3 109 28 60 -8 63 51 -3 -18 129 -12 12 -14 -48 -108 -49 -121 81 -28 56 16 62 -25 72 -83 27 -48 -3 -39 34 -65 42 71 60 108 84 41 121 79 87 56 37 14 42 -29 17 32 1 21 -23 -97 -76 19 -58 -51 -10 -14 29 -16 -73 -1 -39 -11 -12 34 24 -11 22 59 -51 10 66 53 41 1 -25 87 -22 -5 -2 43 -4 -14 -7 61 13 -28 21 20 -26 -11 14 12 6 -17 -16 -24 41 -11 -57 -44 -26 -117 -70 9 -12 -8 99 16 40 -52 18 -5 56 4 -75 -45 -25 -15 28 -9 40 26 105 -6 42 22 80 -34 66 -99 13 -14 -23 -47 -105 -81 -90 -59 -129 -21 -45 -57 -47 -25 -127 -60 -78 -19 -79 -3 -76 -77 -126 -1 -39 0 -62 85 -62 18 -78 43 -43 9 -39 30 -56 106 -35 2 1 99 -37 68 12 7 76 23 72 64 76 90 94 115 109 59 33 6 88 47 1 -46 88 12 33 -2 94 66 -1 33 45 36 39 10 49 17 43 -13 53 -30 67 -105 44 -29 99 -23 -27 17 50 -8 72 52 88 -39 34 31 27 20 29 1 26 7 -60 -20 49 14 -5 1 47 32 -49 -18 -72 -1 -21 51 -3 20 -12 37 -17 -28 -67 14 -82 53 -85 54 25 42 -52 50 -60 61 -23 63 7 41 -53 -60 -46 5 -36 0 -23 -12 -147 -62 -48 -126 -71 -72 -152 -166 -68 -84 -34 -71 -56 0 -6 -40 -104 -166 -32 -32 73 -74 -1 15 129 -66 -35 -65 20 -37 50 13 49 53 63 -18 55 51 72 33 93 87 90 146 144
SQ 20241209T142744.2Z 9109.602595 129 1 19.10 2 72.45 149.75 121.68 55.45 0.00 1 0.00 1 0 33 1.351e-03 1.309e-03 8.854e-04 8.497e-04 1.515581e+03 1.666954e+02 1.219057e+02 5.629307e+02 2.621513e+02 275.46 -2.00 20.00 -2.00 446.52 0.00e+00 3.038463e-04 9.449839e-05 8.628093e-06 2.326495e-05 1.459373e-04 275.46 -2.00 20.00 -2.00 455.98 0.00e+00 2.062997e-04 8.961703e-06 1.417740e-05 1.571999e-05 1.421464e-05 275.46 -2.00 20.00 -2.00 437.25 0.00e+00 1.070853e+06 1.208837e+05 2.295020e+04 3.531385e+05 1.942040e+05 257.66 -2.00 11.29 -2.00 458.61 0.00e+00 3.650238e-01 2.273694e-02 4.027023e-03 1.492530e-02 4.202345e-02 222.35 -2.00 3.57 -2.00 455.38 0.00e+00 3.209144e-06 2.899577e-06 4.993239e-07 1.771606e-06 5.119105e-06 275.46 -2.00 20.00 -2.00 456.51 0.00e+00 3.271 0.001 397.00 473.00 4 5.7113e+00 9.4024e-04 8.3226e-03 6.1188e-04 1.4060e-03 4.4724e-02 1.0958e-03 1.7330e-03 3.6436e-04 1.6999e-03 -2.0251e-03 6.2621e-04 2.2855e-04 1.4722e-04 9.6213e-04 -1.5844e-03 2.1223e-04 3.4829e-05 3.7469e-05 3.2823e-04 -8.0649e-04 1.1102e-04 2.0198e-05 2.1489e-05 1.6552e-04 2.6283e-03 7.7994e-03 6.0324e-04 6.3703e-05 5.2019e-05 8.0722e-04 -1.7249e-04 8.9138e-06 3.2462e-07 4.8571e-07 1.3852e-05 3.1018e-05 1.2276e-05 4.5690e-07 6.0588e-07 1.9129e-05 -1.4457e-02 -1.8650e-05 1.5939e-01 8.1851e-02 3.1382e-03 1.9251e-03 1.1830e-01 12 9 1 12 1 1 96.61 22.49 1.05 -0.01446 -0.02088 19 14 1 4 0 945.990 26.73 20.03 22.49 10.11 29.1 1035.36 -133 78 141 82 -70 -264 -95 -203 -247 -93 -95 -192 -103 -101 88 -198 -200 -15 87 -136 -38 27 309 -81 -220 -237 235 119 121 2 220 58 210 -142 -117 -74 26 20 228 103 47 10 60 27 217 -47 290 -38 49 167 -37 92 130 81 102 59 -137 52 -27 -19 -80 -128 -76 18 101 208 51 23 103 344 -152 -10 76 294 -52 36 -254 -29 164 29 34 175 74 158 284 55 -63 96 29 -5 -40 -27 124 103 -162 55 -88 -41 -80 -242 -54 -73 -83 -5 37 -208 -220 51 187 -173 103 -173 -33 -188 -235 -263 -152 1229 179 -240 -53 -123 100 -65 -39 -78 38 -115 -81 -25 -39 -80 120 143 -65 -107 85 -191 137 -104 52 -96 -153 -108 -69 -89 -104 97 -182 72 -51 -128 -133 -112 -43 87 3 -46 -15 41 14 -153 -101 -10 -149 24 -56 188 -86 -32 -281 42 -189 17 104 104 51 139 82 261 -137 359 -126 -148 -68 78 -16 -17 -40 -95 159 -190 99 -112 43 -202 1 100 -61 -77 122 -80 146 -63 22 209 -140 -20 -65 -219 100 -131 157 -97 35 -56 21 167 -57 5 140 161 89 172 195 174 160 -66 37 -72 -14 160 -56 -90 -194 -210 98 -126 -62 113 52 128 29 90 -78 -48 57 -44 -250 -90 -99 -13 -247 -9 -157 53 -52 112 -97 179 221 -6 -109 234 -168 269 2 171 -56 304 32 23 -23 142 -11 68 69 64 -178 84 49 149 41 -119 -6 -89 25 351 27 -77 8 -102 -238 -187 41 30 -67 77 -45 -68 -123 225 54 -7 -35 -117 81 -92 162 -44 -37 -32 54 -42 24 -186 73 -46 226 -201 84 -138 214 -112 -28 -129 156 -130 41 197 183 -71 106 95 -150 -47 102 -211 -147 -57 51 -68 -42 -19 -41 108 -107 198 -141 -72 -210 81 -207 110 -133 34 -2 155 47 -167 -13 20 -111 -30 -171 116 -72 13 -141 159 -33 -34 -17 -77 -225 -41 -74 -29 209 80 -153 -71 -60 -36 163 -137 -59 126 -20 -194 154 -55 26 88 200 -7 148 -218 30 -21 -32 100 163 84 88 172 192 56 68 -120 23 -65 98 -67 2 210 164 -63 -5 89 212 129 145 166 -35 29 -21 -113 -76 -62 -51 -53 -193 -35 -197 39 -47 158 -220 -50 -29 26 -4 87 63 174 -42 -34 92 68 -3 9 1 76 -264 19 -133 228 -49 81 -188 199 155 100 45 -5 -11 22 -88 76 -51 -11 5 61 -106 -42 -189 18 214 -5 -3 -69 73 39 -81 -194 43 77 172 -33 117 -98 -45 -61 106 -74 76 -178 86 -257 -48 -22 -33 -146 79 -239 -125 -157 23 -49 -97 -181 231 2 45 -149 -133 -17 51 121 -75 -21 -52 265 19 -22 -30 -65 -72 -29 -36 40 141 169 0 -25 -70 157 -31 14 52 18 72 165 -100 59 102 61 -52 -198 -71 -157 -193 -74 -75 -150 -81 -79 69 -159 -160 -12 70 -110 -31 21 245 -62 -164 -182 190 96 101 2 183 46 163 -105 -86 -56 21 17 189 88 39 8 48 22 177 -38 227 -31 39 136 -31 77 108 68 85 48 -113 42 -23 -16 -70 -114 -68 16 91 193 46 21 93 323 -140 -9 66 258 -43 28 -206 -22 135 26 30 159 68 146 267 53 -59 91 27 -5 -38 -26 120 100 -157 53 -84 -39 -73 -220 -48 -67 -80 -5 36 -204 -209 48 173 -160 98 -169 -32 -177 -229 -252 -144 1137 168 -232 -50 -120 99 -66 -39 -76 37 -110 -76 -24 -36 -73 110 134 -63 -99 78 -177 127 -96 50 -91 -140 -99 -65 -87 -101 93 -170 67 -47 -116 -122 -100 -40 83 3 -45 -15 39 13 -148 -96 -10 -144 23 -54 182 -82 -30 -256 35 -160 15 96 98 48 130 77 241 -126 333 -120 -138 -65 75 -15 -16 -37 -87 146 -178 93 -104 40 -186 1 92 -56 -69 114 -79 144 -61 20 186 -119 -16 -54 -196 91 -123 148 -91 33 -51 19 151 -50 4 122 142 79 150 171 154 133 -53 28 -53 -10 119 -42 -66 -139 -156 69 -96 -50 97 48 126 29 90 -76 -46 52 -37 -207 -78 -89 -13 -240 -9 -153 51 -50 99 -82 147 182 -5 -98 216 -162 257 2 159 -53 282 29 22 -22 136 -10 66 68 63 -176 82 47 147 40 -115 -6 -83 23 322 25 -74 8 -94 -209 -155 35 25 -60 70 -42 -63 -115 212 52 -6 -33 -111 76 -88 148 -39 -33 -29 50 -40 24 -181 71 -45 216 -193 80 -136 212 -111 -27 -123 149 -126 40 191 177 -68 99 88 -140 -45 97 -202 -139 -55 49 -63 -40 -18 -40 104 -103 185 -132 -66 -188 72 -187 100 -122 32 -1 146 45 -158 -12 19 -108 -30 -173 119 -71 13 -139 152 -31 -32 -17 -78 -231 -41 -74 -29 206 79 -153 -71 -60 -37 168 -143 -62 135 -21 -205 162 -57 28 95 214 -7 154 -227 31 -22 -34 106 171 91 92 174 198 57 70 -124 24 -68 104 -70 2 230 182 -69 -5 97 230 144 158 180 -38 32 -23 -125 -85 -70 -59 -60 -222 -40 -232 45 -54 182 -258 -59 -34 30 -5 103 76 209 -50 -42 109 79 -3 10 1 91 -321 23 -163 276 -59 97 -225 238 185 119 54 -6 -13 27 -109 95 -65 -14 7 76 -132 -52 -237 23 268 -7 -4 -87 93 50 -103 -247 55 98 220 -41 149 -124 -57 -76 130 -91 94 -222 108 -318 -61 -27 -41 -184 101 -298 -155 -195 28 -61 -124 -234 298 3 56 -181 -163 -21 61 147 -93 -26 -64 332 24 -28 -37 -80 -87 -35 -45 50 177 213 0 -31 -87 195 -39 17 66 22 89 201
SQ 20241209T143243.4Z 9109.606058 132 1 45.64 2 72.01 150.86 120.95 56.55 0.00 1 0.00 1 0 33 3.387e-03 3.208e-03 1.746e-03 1.640e-03 1.501325e+03 3.300393e+02 1.342140e+02 5.629375e+02 6.571957e+02 275.46 -2.00 20.00 -2.00 447.16 0.00e+00 5.341882e-04 1.850107e-04 1.000691e-05 2.356062e-05 3.667901e-04 275.46 -2.00 20.00 -2.00 456.67 0.00e+00 2.297071e-04 1.742595e-05 1.672772e-05 1.572591e-05 3.563685e-05 275.46 -2.00 20.00 -2.00 438.19 0.00e+00 1.224893e+06 2.366796e+05 2.755190e+04 3.530111e+05 4.869381e+05 257.66 -2.00 11.29 -2.00 459.39 0.00e+00 4.371916e-01 4.275037e-02 4.710749e-03 1.478964e-02 1.053740e-01 222.35 -2.00 3.57 -2.00 456.08 0.00e+00 8.113306e-07 5.498627e-06 4.830221e-07 1.775686e-06 1.283416e-05 275.46 -2.00 20.00 -2.00 457.13 0.00e+00 3.194 0.001 397.00 473.00 4 7.3226e+00 1.8738e-03 8.1381e-03 6.0810e-04 3.5303e-03 5.4506e-02 2.1354e-03 1.6925e-03 3.6927e-04 4.2607e-03 -9.3975e-03 1.2359e-03 2.2297e-04 1.5157e-04 2.4311e-03 -1.4719e-03 4.1478e-04 3.7598e-05 3.7648e-05 8.2233e-04 -6.0698e-04 2.1847e-04 2.3064e-05 2.1654e-05 4.1491e-04 5.3713e-04 2.0304e-03 1.2344e-03 7.4403e-05 6.3744e-05 2.0649e-03 2.2193e-05 1.7676e-05 3.2366e-07 4.8975e-07 3.4743e-05 6.4065e-05 2.4006e-05 4.5082e-07 6.0774e-07 4.7967e-05 -2.0058e-02 1.0703e-05 3.4430e-01 1.6270e-01 3.8113e-03 2.4625e-03 2.9666e-01 12 8 8 10 0 0 97.64 22.51 1.04 -0.02006 -0.02502 15 4 1 4 0 3041.900 26.73 19.96 22.51 10.23 29.0 1036.15 506 -58 67 666 -452 -706 49 -296 55 -648 -81 -308 156 726 -97 345 90 326 95 -123 -19 551 -39 -129 -350 -212 84 611 -86 15 -227 -139 -161 -428 12 141 -169 -169 204 -274 -282 128 33 -134 170 -20 109 482 -11 205 -382 -136 -185 704 -256 -379 -200 -171 76 -393 -11 -290 104 117 -178 609 12 -402 181 517 -174 -331 -25 12 -161 -291 -142 -196 284 -357 -58 534 251 176 -51 -169 -315 180 -175 92 123 35 489 -149 -273 -72 -62 -356 27 139 199 113 -32 133 -5 117 -377 395 839 -135 30 70 130 -330 -172 -100 -339 4871 -146 -104 -204 -141 -303 -147 -34 -78 -403 28 -187 320 -571 177 -329 236 -361 -348 99 -629 226 104 -323 437 -192 367 -344 -150 -191 85 -11 -33 -501 4 113 32 229 202 -98 -224 225 301 375 -311 -238 -202 -316 -64 146 149 108 -272 -177 -172 -529 -208 235 346 97 -22 -57 137 -110 -19 -273 -280 -143 185 286 -344 148 -101 -40 -42 -30 -123 -289 143 156 -10 23 -274 154 -87 295 -14 249 -124 77 -39 58 -103 -208 -86 329 -135 377 -106 41 310 76 -77 -243 355 -190 404 -10 95 371 -87 -417 297 -187 56 -404 125 -470 -583 136 -136 308 560 -192 340 19 510 134 457 -16 -12 -343 -51 -118 357 -442 -68 -276 358 178 163 278 58 -19 -344 -45 207 -348 261 -263 105 98 41 45 -113 -54 120 -20 -312 -58 -300 -399 -36 -132 -157 -181 -385 -14 311 105 783 -186 -353 12 -48 -437 64 167 210 -188 250 -52 151 19 551 -9 134 -288 70 -285 163 -162 13 -343 -21 -289 -172 217 420 31 85 106 369 -463 34 -93 142 -379 79 493 -394 -331 229 344 -257 -73 -79 -26 -309 262 46 -52 -39 -125 -510 29 -161 310 199 -153 191 -217 -107 -72 282 60 -403 191 138 18 302 -88 -491 183 -152 -101 -255 -43 -51 65 -337 -190 4 -221 -398 338 45 -367 -229 -68 -108 -247 83 403 64 -273 16 240 -85 78 -29 -1 -103 416 431 -134 77 562 51 22 -15 -445 46 -293 15 263 98 349 582 103 143 -240 -401 -184 186 137 306 -550 175 60 -158 -54 203 525 696 258 37 -625 146 281 292 -368 -158 362 170 -542 133 -187 88 244 195 -46 -302 264 172 -139 161 17 507 -262 22 59 -250 102 -104 258 148 -112 -202 -203 274 -227 244 -410 121 225 185 110 -111 47 207 -234 86 -41 -26 283 -369 -367 -357 -112 112 350 -120 61 154 320 105 -252 -291 -58 53 213 105 483 258 -283 -29 241 -314 224 -419 70 -461 -93 -174 -166 -113 -90 -494 -367 13 -23 -374 -143 -617 572 206 -206 -279 -259 33 -136 353 -13 -157 192 618 94 5 -258 -144 -350 84 -74 123 357 411 -1 -90 302 251 121 -136 240 -390 45 251 371 -43 47 457 -312 -496 36 -223 42 -499 -62 -235 118 552 -75 268 70 252 74 -97 -15 421 -29 -91 -241 -151 63 479 -70 13 -184 -108 -116 -295 9 98 -128 -135 163 -216 -217 96 26 -107 138 -16 85 367 -8 157 -313 -113 -153 577 -211 -309 -163 -137 60 -323 -9 -256 92 102 -158 554 11 -384 170 477 -158 -292 -21 10 -126 -215 -102 -143 219 -298 -51 477 226 161 -47 -161 -307 176 -169 88 116 33 463 -143 -260 -68 -59 -330 24 123 175 101 -30 129 -5 117 -368 366 755 -122 28 67 126 -319 -163 -94 -315 4249 -135 -98 -197 -141 -309 -151 -34 -78 -400 27 -180 298 -524 158 -296 215 -339 -330 93 -598 213 98 -301 402 -179 340 -332 -150 -191 84 -10 -30 -449 4 100 29 215 197 -93 -214 215 290 361 -299 -224 -187 -290 -59 138 143 102 -245 -156 -140 -435 -180 205 322 91 -20 -50 119 -96 -17 -247 -258 -135 176 269 -319 132 -87 -35 -37 -26 -113 -267 129 139 -8 20 -242 143 -85 286 -13 225 -105 62 -30 45 -87 -185 -79 304 -125 342 -95 37 274 66 -64 -200 293 -159 345 -8 79 287 -63 -283 192 -122 37 -272 82 -300 -368 86 -93 231 468 -169 321 19 510 131 418 -14 -10 -279 -43 -101 329 -428 -66 -268 341 163 138 229 45 -14 -278 -37 183 -322 249 -253 98 88 36 39 -104 -51 114 -19 -305 -58 -304 -383 -36 -132 -155 -175 -371 -14 286 95 710 -173 -337 12 -44 -367 50 130 168 -162 225 -47 139 17 481 -8 122 -265 64 -259 145 -138 10 -289 -18 -252 -158 206 408 30 80 98 340 -444 34 -93 140 -371 76 472 -363 -305 209 314 -232 -65 -69 -23 -281 244 43 -48 -36 -114 -472 27 -155 295 189 -145 175 -193 -93 -61 236 51 -345 166 123 16 279 -82 -457 169 -142 -96 -250 -43 -51 65 -335 -184 4 -206 -375 327 44 -369 -226 -66 -104 -240 81 391 63 -270 16 242 -87 80 -31 -2 -111 443 458 -143 81 584 53 22 -15 -457 50 -322 16 286 105 364 589 102 139 -236 -399 -184 186 139 319 -594 192 67 -175 -60 220 567 789 289 41 -702 163 315 330 -422 -183 426 205 -667 163 -225 104 286 230 -55 -365 317 207 -168 196 21 621 -318 28 73 -308 124 -127 318 185 -143 -261 -262 350 -288 306 -517 152 283 232 139 -141 59 265 -303 113 -54 -35 376 -489 -485 -471 -148 147 460 -160 81 206 427 141 -338 -391 -78 72 286 140 641 342 -372 -37 311 -409 292 -551 91 -600 -118 -217 -207 -143 -116 -649 -481 17 -30 -492 -191 -839 770 275 -272 -356 -319 42 -177 429 -16 -202 251 809 124 7 -338 -186 -447 107 -96 162 470 541 -2 -119 393 327 158 -180 317 -515 58 319
SQ 20241209T143746.4Z 9109.609565 135 1 29.22 2 71.57 151.99 120.19 57.65 0.00 1 0.00 1 0 33 1.481e-03 1.424e-03 8.205e-04 7.843e-04 1.473599e+03 1.539668e+02 1.225304e+02 5.629243e+02 2.872851e+02 275.46 -2.00 20.00 -2.00 446.63 0.00e+00 4.596028e-04 8.744243e-05 7.728527e-06 2.346118e-05 1.600698e-04 275.46 -2.00 20.00 -2.00 456.09 0.00e+00 1.806053e-04 8.295658e-06 1.269597e-05 1.572182e-05 1.557735e-05 275.46 -2.00 20.00 -2.00 437.42 0.00e+00 8.983283e+05 1.117224e+05 2.279639e+04 3.531013e+05 2.128467e+05 257.66 -2.00 11.29 -2.00 458.72 0.00e+00 3.770014e-01 2.089645e-02 3.632651e-03 1.487580e-02 4.605847e-02 222.35 -2.00 3.57 -2.00 455.48 0.00e+00 -2.054091e-06 2.671166e-06 4.298067e-07 1.772486e-06 5.610441e-06 275.46 -2.00 20.00 -2.00 456.61 0.00e+00 3.123 0.001 397.00 473.00 4 5.9337e+00 8.7208e-04 7.9441e-03 6.1108e-04 1.5412e-03 3.9756e-02 1.0131e-03 1.6548e-03 3.6708e-04 1.8630e-03 -3.6400e-03 5.8085e-04 2.1807e-04 1.4944e-04 1.0567e-03 -1.9410e-03 1.9613e-04 3.2646e-05 3.7845e-05 3.5974e-04 -6.8706e-04 1.0291e-04 1.8234e-05 2.1519e-05 1.8142e-04 2.1867e-03 6.4659e-03 5.6277e-04 5.6868e-05 5.5421e-05 8.8827e-04 -1.6091e-04 8.2609e-06 2.9921e-07 4.7878e-07 1.5182e-05 6.4499e-05 1.1349e-05 4.0560e-07 6.0195e-07 2.0965e-05 -1.2651e-02 -4.0599e-05 1.1456e-01 7.6023e-02 2.9763e-03 2.0633e-03 1.2971e-01 12 9 1 12 1 1 96.11 22.51 1.07 -0.01265 -0.02167 24 11 1 4 0 1162.050 26.73 20.05 22.51 10.34 29.0 1037.11 -13 57 -37 -48 -398 -209 9 127 -227 -56 -97 -88 -111 273 -236 74 -274 86 96 -21 -130 152 -167 111 -325 -90 34 383 -178 161 45 -10 23 -48 -90 -51 39 86 269 23 68 101 86 117 180 -24 41 138 135 67 89 -25 107 118 62 97 -140 45 -8 -193 21 -98 -117 -147 -53 150 150 -12 199 46 -126 -171 305 -116 -31 -189 -120 5 186 -90 111 -42 390 35 77 112 -69 -11 -1 150 218 -74 36 -61 -3 59 101 -2 -79 -20 -31 118 -1 -1 25 11 -208 97 93 -45 -38 -115 -176 -213 -183 47 -117 1840 -90 -92 -72 -138 -32 -14 -90 -118 -215 -31 -113 15 -85 71 -212 25 -146 -173 -44 -259 154 151 -99 225 -172 -52 -40 -125 -171 71 123 3 -100 -78 -16 -132 121 -140 147 -190 -137 12 50 -115 -174 -281 -13 -69 101 35 -60 -131 -239 -43 -92 -140 32 -1 209 100 235 134 -124 46 -141 -122 42 165 -103 60 -23 53 202 -7 82 10 -161 30 20 93 118 -58 15 46 66 35 72 33 -140 -7 -85 -45 -216 -81 71 -23 76 46 -119 299 25 24 -152 271 111 389 -114 -72 302 15 7 69 -38 244 8 -76 -27 -116 10 -57 84 54 -105 155 107 206 -147 64 19 -112 -227 -193 -182 -58 -261 -271 -92 106 147 -217 -86 -14 -40 -232 74 28 -3 96 100 80 111 -16 -96 -30 -30 224 61 81 -49 -4 -115 65 230 -69 38 -18 40 73 95 494 66 -96 43 -222 -148 22 -28 33 -92 -48 52 45 -64 200 -115 110 -217 225 -90 113 -74 40 -293 175 -180 32 -9 51 79 45 87 130 -98 -48 135 -81 -62 105 120 -4 -22 -8 -41 -25 -37 -46 138 82 -41 -41 -15 -10 -34 -178 -14 28 -1 211 -71 26 28 -80 34 -43 28 -120 -91 -166 82 -25 4 -148 -24 39 -127 -148 -109 43 -5 -14 -12 30 113 -129 3 147 -154 -86 -63 28 -122 -18 48 219 -168 -11 143 -41 -45 -108 -140 -58 100 140 23 30 45 18 -108 -78 -305 117 -197 99 16 175 178 173 70 118 -7 -166 -9 118 78 213 -180 116 68 -6 -36 156 239 221 106 -36 -141 23 68 53 -58 -13 -17 25 -121 153 -193 62 53 33 4 -119 43 -45 -145 -26 34 62 -3 -10 61 -57 171 -92 129 58 -110 -106 -55 45 -125 47 -80 70 154 49 79 -49 35 111 -83 61 -78 106 206 -109 -257 -179 1 92 109 3 11 86 103 150 -75 -186 -15 151 -12 -39 70 -85 -121 -117 210 -70 139 -166 100 -188 -124 -44 -119 -59 -22 -154 -293 -114 -78 -143 72 -133 104 -2 70 -153 -51 -48 -125 282 18 0 138 213 13 -99 -164 -29 -24 -2 8 31 172 169 104 -81 177 20 104 -143 -55 -151 98 223 -9 42 -26 -34 -294 -148 7 97 -175 -44 -76 -68 -86 212 -185 58 -217 68 76 -17 -104 118 -132 84 -241 -69 27 306 -147 134 37 -8 18 -35 -66 -39 32 70 220 20 57 81 68 94 145 -19 32 105 107 51 73 -21 88 98 51 79 -114 36 -6 -159 18 -87 -104 -130 -47 137 142 -12 188 43 -115 -152 263 -102 -25 -149 -92 4 153 -80 98 -38 353 32 72 107 -68 -11 -1 144 208 -71 35 -59 -3 56 95 -2 -72 -18 -28 107 -1 -1 24 10 -205 91 85 -41 -36 -112 -172 -208 -176 44 -109 1674 -84 -88 -70 -132 -31 -14 -89 -114 -204 -31 -109 14 -78 64 -193 24 -139 -166 -42 -249 147 144 -94 210 -162 -49 -37 -120 -165 67 113 2 -91 -70 -15 -123 110 -132 143 -188 -136 12 50 -115 -170 -270 -12 -66 99 35 -59 -123 -214 -36 -77 -123 29 -1 205 96 217 122 -112 42 -133 -117 42 155 -101 58 -22 47 182 -7 76 9 -155 28 19 84 105 -53 13 44 64 33 68 29 -117 -6 -70 -39 -201 -74 65 -21 69 41 -106 276 23 21 -130 234 97 347 -103 -63 244 12 5 49 -27 178 6 -55 -19 -81 7 -43 66 47 -98 148 108 210 -146 60 17 -97 -193 -164 -167 -55 -256 -268 -91 103 136 -197 -71 -11 -33 -197 65 25 -3 93 97 76 102 -14 -86 -28 -28 215 59 80 -47 -4 -115 63 223 -66 37 -18 39 69 88 457 62 -89 40 -207 -126 18 -23 28 -80 -44 48 42 -61 182 -107 104 -207 213 -85 104 -69 36 -268 159 -163 30 -9 49 76 42 84 124 -93 -47 134 -80 -60 100 115 -4 -21 -7 -40 -24 -34 -43 129 79 -39 -39 -14 -9 -33 -166 -14 27 -1 203 -68 24 26 -74 30 -39 25 -109 -84 -156 79 -23 4 -139 -22 37 -122 -147 -110 44 -5 -15 -11 29 107 -123 3 149 -157 -86 -62 28 -120 -17 47 217 -169 -11 146 -42 -47 -115 -151 -63 108 152 25 32 48 19 -112 -80 -317 122 -207 104 17 188 186 175 69 120 -7 -172 -9 123 83 221 -193 127 75 -7 -40 169 258 247 116 -39 -154 25 75 58 -65 -15 -20 30 -145 182 -227 72 62 38 5 -141 51 -53 -172 -31 41 74 -4 -12 73 -67 199 -108 153 70 -134 -131 -68 55 -151 57 -96 84 185 59 95 -59 43 136 -103 77 -100 135 262 -138 -325 -226 2 117 138 4 14 110 133 192 -96 -240 -19 194 -16 -50 90 -108 -152 -146 260 -88 174 -209 126 -234 -158 -56 -150 -76 -27 -193 -368 -142 -97 -179 91 -173 136 -2 88 -188 -63 -58 -151 345 22 0 172 269 17 -125 -206 -35 -29 -2 10 39 218 215 132 -102 221 25 131 -182 -70 -191 122 272
SQ 20241209T150220.4Z 9109.626626 142 1 47.29 2 69.68 157.65 116.39 62.78 0.00 1 0.00 1 0 33 1.534e-03 1.471e-03 1.045e-03 9.891e-04 1.087720e+03 1.935501e+02 6.425670e+01 5.628357e+02 2.975159e+02 275.46 -2.00 20.00 -2.00 446.90 0.00e+00 2.588888e-04 1.107435e-04 8.339210e-06 2.323866e-05 1.659490e-04 275.46 -2.00 20.00 -2.00 456.46 0.00e+00 1.740153e-04 1.051104e-05 1.320672e-05 1.572542e-05 1.613263e-05 275.46 -2.00 20.00 -2.00 437.88 0.00e+00 9.690621e+05 1.415806e+05 1.882674e+04 3.529705e+05 2.204626e+05 257.66 -2.00 11.29 -2.00 459.11 0.00e+00 3.317214e-01 2.600122e-02 4.061262e-03 1.475238e-02 4.772003e-02 222.35 -2.00 3.57 -2.00 455.86 0.00e+00 1.334409e-06 3.340038e-06 3.871784e-07 1.775519e-06 5.810590e-06 275.46 -2.00 20.00 -2.00 456.94 0.00e+00 2.850 0.000 397.00 473.00 4 6.5931e+00 1.1106e-03 7.2531e-03 6.0821e-04 1.5974e-03 4.9707e-02 1.2764e-03 1.5104e-03 3.6430e-04 1.9225e-03 -4.0655e-03 7.3972e-04 2.0020e-04 1.4787e-04 1.0998e-03 -2.0922e-03 2.4811e-04 3.2518e-05 3.6891e-05 3.7243e-04 -7.5957e-05 1.3112e-04 1.9061e-05 2.1592e-05 1.8800e-04 1.2124e-03 7.0714e-03 7.3132e-04 5.4652e-05 5.8934e-05 9.3073e-04 -1.0806e-04 1.0496e-05 2.6864e-07 4.8301e-07 1.5726e-05 7.9280e-05 1.4252e-05 3.5089e-07 6.1424e-07 2.1716e-05 -1.2792e-02 -5.3369e-05 3.2917e-02 9.7380e-02 2.9706e-03 2.2246e-03 1.3450e-01 11 8 0 10 0 0 99.87 22.50 1.11 -0.01279 -0.02190 44 12 1 4 0 1074.580 26.73 19.98 22.50 10.75 29.3 1040.91 -298 -27 -182 18 -452 32 -114 92 -79 -21 -69 -215 -32 139 183 169 -161 223 -1 -5 -183 114 64 80 -219 -198 145 197 23 -52 -6 29 128 -132 -83 -95 287 63 132 -265 -27 -130 102 -26 396 0 149 77 3 90 -2 -155 -84 42 162 21 8 43 96 -173 -47 107 46 -31 -42 95 76 64 73 331 -68 -109 125 174 67 -301 -10 -117 52 -114 -14 53 -133 -15 -55 -186 -153 -13 -54 0 56 39 96 178 -16 75 -117 -58 20 179 147 14 -95 239 98 110 -42 557 279 -178 14 36 -70 -243 -67 72 -144 1481 -49 -116 -72 -155 118 -123 -50 -260 -169 -197 -37 -8 172 -209 6 -177 -5 -187 -46 -107 189 -125 -171 2 126 -105 17 -175 -17 -15 91 -126 78 -98 82 -230 36 26 -21 -108 121 -12 104 -44 -96 161 -61 -13 -114 -127 -110 0 -425 46 -182 -190 2 86 130 -36 -192 154 -134 13 -303 -37 -255 50 -233 -13 -181 42 203 -41 126 28 0 30 -97 225 2 7 1 -92 189 29 -13 261 268 -130 -45 -48 167 -136 200 189 -53 95 61 2 -60 89 15 99 148 74 -185 101 -113 -252 -15 -377 30 -192 71 -61 233 -359 131 8 200 261 70 211 52 245 -30 25 21 -67 107 -119 224 -61 -166 24 -49 246 188 -47 105 92 138 -166 -6 160 111 61 -95 64 -101 179 -2 -121 -161 30 -8 -272 -207 -110 -202 71 -180 -162 -80 -105 -41 42 -118 491 -44 20 171 196 -119 126 105 211 -110 66 13 71 -45 235 -94 107 -215 127 8 79 -47 -38 -47 91 -131 112 14 83 32 -132 -55 -61 -171 -269 76 -75 -39 -176 273 -267 -61 106 18 127 -112 -64 79 41 4 -111 38 8 212 -235 200 -80 178 97 -42 279 213 -20 -115 80 -13 -123 7 -54 -49 -83 39 -274 -227 -175 -145 -31 -402 -138 -34 -116 -98 -54 52 -163 -79 -8 -158 20 -203 98 -271 81 42 153 -283 69 190 92 -77 89 -58 -28 54 369 94 131 276 129 -88 -99 -224 235 113 227 10 -64 145 91 39 87 -52 38 51 168 -94 59 -95 -98 118 -82 8 -14 316 27 279 0 -134 40 43 153 -80 -217 63 63 -142 -17 -77 103 106 71 178 -49 114 -36 107 89 288 202 -21 67 -9 -31 17 65 -28 7 -76 22 -161 185 -19 29 -128 111 -63 47 -119 97 -115 14 -135 143 -100 -17 82 -77 -170 -26 -88 20 16 -61 24 68 125 217 -144 -51 -78 93 150 75 -32 16 -75 -85 149 -35 -17 -219 128 -325 -142 -99 -121 -24 -24 -362 -121 -125 -120 -167 -90 -267 81 -86 86 -78 -87 -53 24 197 30 -101 107 14 161 -88 -108 -192 -72 72 -10 -14 243 99 95 -28 108 90 137 85 81 17 101 181 -220 -20 -129 13 -311 22 -83 69 -60 -16 -53 -164 -24 106 141 131 -125 173 -1 -4 -144 87 47 60 -161 -151 108 155 18 -42 -5 22 99 -97 -60 -71 232 54 113 -224 -22 -104 80 -21 317 0 115 59 2 68 -1 -128 -69 35 132 17 7 34 76 -141 -40 94 41 -27 -37 87 71 61 68 305 -61 -96 107 143 56 -239 -7 -91 43 -102 -12 47 -120 -13 -51 -176 -149 -12 -52 0 52 36 91 169 -16 71 -109 -53 18 158 129 12 -88 232 98 110 -41 512 251 -160 13 34 -68 -234 -64 67 -133 1329 -45 -109 -70 -153 119 -126 -51 -260 -167 -192 -35 -7 156 -186 5 -161 -4 -176 -43 -100 178 -117 -158 2 116 -97 16 -173 -17 -15 86 -114 69 -86 72 -209 34 25 -21 -111 124 -12 100 -45 -96 158 -59 -13 -108 -122 -104 0 -372 37 -148 -162 2 80 123 -33 -183 143 -124 12 -274 -34 -241 48 -220 -12 -160 39 188 -36 112 25 0 27 -86 194 2 6 1 -89 183 27 -12 218 229 -108 -37 -40 148 -124 184 173 -48 85 54 1 -51 73 12 81 123 63 -160 84 -88 -194 -11 -262 21 -136 51 -42 157 -240 88 6 149 217 65 200 52 246 -30 23 19 -55 86 -100 204 -57 -160 24 -47 234 171 -43 86 70 105 -133 -6 140 102 59 -91 59 -91 158 -2 -111 -152 29 -8 -265 -204 -111 -206 71 -180 -160 -77 -101 -38 39 -107 445 -41 19 163 178 -99 98 81 168 -94 59 12 65 -42 219 -90 97 -198 116 7 75 -43 -34 -42 81 -114 102 14 81 31 -125 -51 -56 -163 -266 75 -74 -38 -169 262 -261 -60 103 16 121 -104 -59 74 38 4 -105 36 7 193 -218 188 -76 170 93 -40 256 189 -18 -103 71 -12 -112 6 -48 -44 -77 36 -255 -210 -164 -139 -30 -401 -138 -34 -116 -95 -51 48 -153 -76 -8 -158 20 -197 94 -263 79 41 149 -279 69 191 93 -80 92 -62 -30 58 392 99 138 287 133 -90 -106 -242 255 123 248 11 -68 151 92 39 84 -50 37 51 167 -95 61 -101 -106 130 -90 8 -15 361 31 309 0 -148 44 48 171 -91 -249 73 75 -172 -21 -91 121 123 83 211 -58 136 -43 128 107 349 245 -26 83 -11 -38 20 78 -34 9 -95 28 -204 232 -24 36 -158 137 -78 58 -148 121 -143 18 -172 184 -131 -22 107 -100 -220 -33 -114 27 21 -79 31 89 165 284 -190 -67 -103 122 198 98 -42 21 -97 -108 189 -45 -21 -283 164 -414 -189 -130 -159 -31 -32 -465 -155 -160 -153 -214 -118 -355 107 -113 111 -98 -113 -67 30 251 39 -128 137 18 208 -113 -138 -242 -90 91 -12 -18 314 128 123 -36 138 114 176 110 105 21 128 225
SQ 20241209T154724.6Z 9109.657923 164 1 46.78 2 67.30 168.50 109.01 71.39 0.00 1 0.00 1 0 33 4.110e-03 3.876e-03 2.747e-03 2.593e-03 8.611382e+02 5.225048e+02 8.437616e+01 5.628914e+02 7.973162e+02 275.46 -2.00 20.00 -2.00 446.93 0.00e+00 1.125545e-03 2.924921e-04 5.431227e-06 2.348452e-05 4.473713e-04 275.46 -2.00 20.00 -2.00 456.61 0.00e+00 1.159272e-04 2.758182e-05 6.858112e-06 1.571680e-05 4.323819e-05 275.46 -2.00 20.00 -2.00 437.49 0.00e+00 1.018631e+06 3.766926e+05 2.195594e+04 3.528618e+05 5.906791e+05 257.65 -2.00 11.29 -2.00 459.41 0.00e+00 2.778030e-01 6.821444e-02 1.884732e-03 1.428682e-02 1.280225e-01 222.35 -2.00 3.57 -2.00 456.03 0.00e+00 -6.625116e-06 8.835066e-06 3.258047e-07 1.775503e-06 1.557374e-05 275.46 -2.00 20.00 -2.00 457.19 0.00e+00 2.571 0.000 397.00 473.00 4 8.0229e+00 2.9763e-03 6.5295e-03 6.0513e-04 4.2830e-03 6.5329e-02 3.3393e-03 1.3623e-03 3.6113e-04 5.1405e-03 -1.4223e-02 1.9747e-03 1.7915e-04 1.4703e-04 2.9863e-03 -2.7689e-03 6.5169e-04 3.3447e-05 3.7486e-05 9.9846e-04 -1.1276e-03 3.4360e-04 2.1408e-05 2.1227e-05 5.0333e-04 3.1019e-04 5.5370e-03 2.0072e-03 4.3360e-05 6.3674e-05 2.5548e-03 -1.4725e-04 2.8313e-05 2.2766e-07 4.8034e-07 4.2134e-05 -1.4315e-05 3.7814e-05 2.9329e-07 6.0114e-07 5.8181e-05 -1.6447e-02 1.5165e-05 7.9077e-01 2.5702e-01 2.0258e-03 2.3175e-03 3.5941e-01 12 8 8 10 0 0 99.83 22.48 1.09 -0.01645 -0.01847 16 4 1 4 0 2923.320 26.73 20.01 22.48 10.89 29.3 1041.66 87 45 -247 270 -322 -112 -707 -16 -269 -8 -487 -426 -212 587 -357 480 -266 634 -539 521 -591 686 -44 -612 -672 110 96 749 -315 251 -179 136 425 -195 -694 47 113 219 541 20 218 356 83 90 459 -233 304 -100 -406 -526 -85 -99 478 20 395 -483 -465 -325 384 -1000 341 -491 137 -661 595 -148 267 84 108 610 120 -326 278 192 260 -593 -62 -28 789 -425 452 107 427 347 557 -217 -359 106 321 287 26 73 54 410 -786 399 -169 -15 -43 174 -12 -96 251 489 57 10 -395 182 113 103 -779 104 -638 -337 -1102 158 -105 4008 -114 -60 -481 -135 31 58 -28 -8 -383 52 -232 272 540 102 -100 487 -566 -44 53 -538 178 384 -183 467 -82 -591 98 -584 -334 -560 151 -661 -88 -302 -99 -371 162 -316 769 -175 809 -9 135 -247 -16 49 6 78 141 107 49 -648 -298 72 -60 -69 367 -379 864 -241 -42 946 -321 658 -179 -80 -511 -283 -362 200 32 94 -422 -145 -735 81 -927 304 -533 -129 -607 104 -24 75 -265 -304 -793 289 -349 36 -190 -351 -339 -85 561 499 178 -6 -150 32 15 698 -138 1169 -170 254 -15 438 677 14 226 -822 -321 -139 -590 -464 -381 69 1140 138 -425 566 -72 -81 169 94 -548 -186 378 -353 373 -1003 80 -181 -271 -380 -236 -133 115 -18 253 -176 781 -673 -440 590 322 630 101 44 306 1151 -91 478 71 460 460 -110 537 552 -172 535 90 -74 -119 -142 75 663 -334 929 -508 101 309 -364 -341 -302 -1039 -267 -634 510 -133 -561 -593 564 -280 615 -53 24 -515 -143 452 208 -267 186 -273 44 199 361 513 -19 327 -159 74 -96 155 62 -61 182 675 -382 -380 506 422 -137 -682 -624 170 -523 138 -256 144 -386 156 -40 314 -530 81 85 -85 400 -19 -785 23 -131 708 -123 -114 -179 366 -499 370 -383 439 -126 -57 -408 -53 -133 -150 338 -101 134 5 -356 13 -89 -10 24 135 313 -497 518 -92 -86 -327 527 -271 -184 -179 147 -307 -419 157 105 -302 339 171 467 169 394 -598 215 -63 299 -78 -112 -61 677 -471 345 -730 -435 -108 440 154 309 -68 475 262 -2 43 560 95 802 706 239 -504 4 177 -276 -307 -276 316 -309 -486 -427 -370 -285 482 -75 127 121 295 -415 227 -171 -92 -137 -250 -312 44 -592 76 23 -115 8 -161 -24 -481 422 67 763 -450 402 283 283 -167 1 316 96 -110 228 -160 183 381 -124 -361 -43 -553 598 320 -194 141 117 -146 539 -274 -149 22 174 89 70 -81 1 -68 -146 81 -282 84 -822 119 -493 -103 -143 -75 -342 263 -371 -409 403 148 -40 -78 -334 553 287 376 -471 -300 181 -132 -38 -26 86 74 391 -341 113 -118 -72 -225 -113 155 -39 138 164 446 -300 373 -5 78 -98 372 -250 -74 88 64 33 -174 186 -221 -78 -516 -12 -204 -6 -372 -323 -173 477 -294 397 -221 520 -452 436 -498 556 -34 -459 -495 83 76 622 -272 217 -154 112 323 -142 -501 35 90 185 457 17 177 280 64 70 362 -183 231 -81 -324 -429 -73 -87 413 17 341 -416 -399 -275 321 -873 308 -458 127 -617 554 -143 263 84 107 590 114 -303 250 166 211 -460 -47 -21 632 -372 412 100 401 329 537 -216 -366 108 322 285 26 72 54 406 -782 390 -164 -14 -41 160 -11 -90 243 493 59 11 -400 175 106 97 -753 103 -642 -336 -1091 153 -100 3633 -108 -58 -480 -138 32 61 -29 -8 -390 52 -228 259 502 94 -92 453 -545 -42 51 -523 173 368 -174 440 -78 -565 96 -598 -341 -564 147 -619 -80 -272 -90 -348 155 -316 787 -169 777 -9 131 -240 -15 46 5 72 135 104 47 -590 -265 59 -50 -60 322 -357 813 -224 -37 821 -280 576 -162 -74 -485 -271 -343 185 28 81 -368 -128 -657 74 -859 274 -474 -112 -524 91 -22 72 -257 -288 -718 241 -279 28 -149 -294 -300 -78 512 453 160 -6 -133 28 13 568 -112 945 -141 214 -13 359 515 10 150 -530 -206 -91 -391 -300 -239 43 703 92 -315 466 -67 -75 163 92 -527 -167 332 -289 296 -845 72 -163 -256 -361 -223 -124 102 -15 204 -133 585 -534 -352 502 288 580 94 39 268 981 -79 423 65 422 428 -104 510 537 -171 520 87 -70 -112 -132 68 586 -295 812 -458 92 284 -321 -275 -230 -787 -207 -527 440 -117 -501 -533 505 -258 572 -50 23 -482 -131 392 178 -230 159 -244 38 181 335 471 -17 288 -141 68 -90 147 58 -56 166 615 -356 -354 466 389 -125 -610 -555 152 -481 130 -244 134 -355 143 -37 296 -514 78 82 -81 369 -17 -688 20 -111 600 -105 -100 -160 332 -466 345 -357 406 -118 -55 -375 -50 -126 -142 314 -98 126 5 -336 13 -88 -10 23 131 301 -482 499 -90 -84 -323 522 -273 -187 -184 153 -325 -449 167 112 -320 355 178 478 172 396 -610 220 -65 306 -80 -113 -60 683 -469 335 -720 -432 -108 438 157 321 -72 517 288 -3 47 604 102 848 733 248 -527 4 185 -292 -327 -298 347 -348 -599 -524 -447 -339 566 -89 152 146 354 -502 273 -209 -114 -169 -303 -371 51 -682 87 26 -133 9 -192 -28 -579 541 85 958 -572 508 358 357 -213 1 403 124 -143 300 -214 246 509 -165 -479 -57 -737 788 423 -258 188 157 -197 720 -370 -200 29 234 120 93 -108 1 -90 -191 105 -367 109 -1088 155 -641 -131 -179 -94 -433 338 -486 -535 521 191 -53 -104 -452 742 382 492 -602 -369 217 -159 -46 -32 110 96 511 -450 148 -154 -93 -286 -144 199 -50 181 215 583 -392 482 -7 101 -129 487 -327 -96 112
SQ 20241209T164247.1Z 9109.696379 192 1 45.87 2 66.50 182.33 99.44 81.01 0.00 1 0.00 1 0 33 2.476e-03 2.380e-03 1.582e-03 1.501e-03 1.310726e+03 3.026762e+02 1.234242e+02 5.628947e+02 4.802627e+02 275.45 -2.00 20.00 -2.00 446.62 0.00e+00 7.852023e-04 1.674114e-04 7.191321e-06 2.333245e-05 2.687192e-04 275.45 -2.00 20.00 -2.00 456.32 0.00e+00 1.682711e-04 1.594710e-05 1.195366e-05 1.571736e-05 2.604766e-05 275.45 -2.00 20.00 -2.00 437.28 0.00e+00 7.057695e+05 2.180061e+05 2.386355e+04 3.530351e+05 3.559864e+05 257.65 -2.00 11.29 -2.00 459.15 0.00e+00 2.450960e-01 3.977207e-02 3.289423e-03 1.479471e-02 7.709496e-02 222.35 -2.00 3.57 -2.00 455.73 0.00e+00 -2.709468e-06 5.110933e-06 3.479930e-07 1.774630e-06 9.382509e-06 275.45 -2.00 20.00 -2.00 456.90 0.00e+00 2.489 0.000 397.00 473.00 4 7.3460e+00 1.7042e-03 6.3376e-03 6.0703e-04 2.5789e-03 4.5607e-02 1.9193e-03 1.3187e-03 3.6388e-04 3.0999e-03 -7.9251e-03 1.1237e-03 1.7363e-04 1.5003e-04 1.7875e-03 -2.4559e-03 3.7474e-04 2.6230e-05 3.7611e-05 6.0113e-04 -7.4814e-04 1.9797e-04 1.4233e-05 2.1389e-05 3.0337e-04 6.2346e-04 6.3177e-03 1.1355e-03 5.5394e-05 6.2445e-05 1.5205e-03 -2.6424e-05 1.6116e-05 2.4012e-07 4.7542e-07 2.5396e-05 7.7140e-05 2.1767e-05 3.3708e-07 5.7834e-07 3.5066e-05 -1.3003e-02 -6.0673e-05 2.2645e-01 1.4759e-01 3.1718e-03 2.5742e-03 2.1703e-01 12 8 8 10 0 0 99.97 22.49 1.15 -0.01300 -0.02014 19 5 1 4 0 2413.740 26.62 20.02 22.49 9.97 29.2 1033.84 -288 146 207 311 -388 -221 -369 224 26 -150 -76 162 -387 388 1 215 -380 334 107 -3 -85 -103 27 -177 -190 -382 170 768 -302 -8 -123 123 164 -159 -302 275 186 -221 575 -321 -176 28 166 11 725 -306 219 135 108 -99 -341 55 -91 -42 -51 -91 -242 -224 141 -333 -190 -400 9 -60 132 -16 148 -343 489 495 72 -162 -150 308 30 42 -196 -588 69 -189 100 241 331 245 264 -95 -50 358 -181 -52 -187 110 25 178 -208 -120 47 -377 71 -53 333 -17 96 35 199 -37 -416 402 202 146 -167 -55 -280 -229 -306 -108 -375 2497 -90 75 142 34 101 82 -255 -201 -56 -199 -451 -23 12 59 104 190 55 -412 -85 -453 320 27 148 246 -202 26 -279 -282 -20 23 47 -185 -332 -84 -239 -42 99 -94 110 -369 425 -11 67 -179 72 153 -77 109 -377 -165 -238 -173 -321 -4 -662 -270 510 27 338 -113 -4 218 -3 258 -208 246 -178 484 184 62 133 -215 477 18 -55 19 35 26 -106 63 -82 216 -60 -20 34 -227 27 354 -56 14 -20 -38 -264 -164 339 -8 113 276 312 122 274 -349 -664 368 16 515 -224 -59 172 250 -432 -230 -327 143 -258 49 61 -110 379 8 273 374 -1 -69 38 287 2 261 -43 -47 -47 -379 -217 340 -267 -280 -482 213 167 -1 0 4 27 -476 56 293 -127 -34 -217 49 411 105 349 -275 -75 166 -380 -61 -274 196 -276 84 29 -56 -158 73 127 233 -13 780 -66 -183 -91 -68 -105 86 -51 139 -325 114 348 57 -305 158 -84 155 -248 -159 -324 73 5 -113 5 -92 -117 185 109 254 -136 -138 279 278 -42 -182 141 -61 -368 -50 179 275 -283 247 -30 179 -247 -64 -43 -24 -83 -203 -105 -483 95 -252 226 -273 256 450 -100 201 -288 -244 -90 160 28 -39 252 131 58 -10 36 -322 -115 264 -67 -23 -354 191 32 124 64 -261 -338 -194 182 -229 -166 -95 31 41 -51 21 -8 192 -374 166 146 241 -215 236 -436 -97 265 -75 -244 376 427 -32 60 2 -230 -34 -274 317 282 -60 173 301 -28 -59 -68 -47 139 262 -99 128 -118 -49 -145 -94 54 184 437 435 209 -37 -25 -73 170 173 -136 -161 41 -83 -402 31 -81 215 231 87 -45 -210 94 -10 -72 -15 232 289 -288 -316 -83 72 180 100 138 -32 -115 -105 -78 275 10 210 -307 -240 134 -19 -117 149 -128 124 -212 306 -169 242 156 -250 -191 -125 -297 213 145 -37 56 181 235 201 22 -95 -175 28 111 12 37 18 -211 -112 217 -150 253 -244 299 -315 192 -99 -319 -294 -126 -293 -71 -33 -90 -360 -63 -359 233 262 25 -219 -58 -175 -80 302 212 -167 254 218 6 -24 -136 -81 -259 123 -39 188 334 261 65 -9 174 80 74 -247 30 -277 6 211 -211 106 145 228 -284 -163 -268 166 20 -114 -57 122 -293 313 1 177 -314 273 88 -2 -70 -83 21 -131 -138 -287 135 634 -259 -7 -106 101 124 -115 -216 202 148 -186 483 -267 -143 22 128 8 569 -240 179 108 85 -80 -272 44 -78 -37 -44 -78 -207 -188 117 -287 -172 -371 8 -55 123 -15 136 -318 481 479 68 -150 -135 265 24 33 -147 -448 56 -165 91 226 311 233 255 -95 -50 364 -182 -52 -185 107 25 177 -206 -118 46 -363 66 -49 304 -16 94 36 208 -38 -422 386 190 136 -161 -54 -282 -229 -302 -105 -360 2310 -86 73 142 35 106 87 -271 -209 -57 -202 -448 -22 12 55 96 179 53 -404 -82 -444 311 26 141 234 -194 25 -277 -270 -19 22 46 -174 -306 -76 -219 -40 89 -88 106 -364 416 -11 66 -177 70 145 -72 103 -368 -163 -232 -160 -269 -3 -557 -239 455 26 327 -107 -3 195 -3 231 -193 231 -172 471 177 58 120 -190 421 17 -50 18 33 24 -96 56 -72 194 -57 -20 34 -220 25 302 -46 11 -16 -32 -240 -153 318 -7 104 252 283 110 239 -294 -555 308 13 446 -197 -50 135 182 -297 -152 -215 96 -176 33 39 -70 242 5 206 317 -1 -66 39 291 2 242 -36 -39 -39 -326 -188 316 -260 -276 -475 205 154 -1 0 3 21 -389 46 260 -118 -33 -210 46 372 94 310 -254 -71 158 -370 -60 -272 186 -266 80 28 -55 -153 70 120 216 -12 710 -62 -175 -82 -62 -88 68 -40 111 -280 102 318 49 -267 139 -75 141 -228 -146 -295 65 4 -95 4 -77 -102 170 104 247 -132 -130 258 256 -40 -180 140 -61 -359 -48 172 251 -259 225 -28 160 -217 -56 -38 -22 -77 -191 -97 -439 86 -231 211 -261 243 424 -94 184 -255 -211 -76 133 23 -33 217 115 52 -9 33 -297 -106 245 -63 -22 -349 190 32 122 62 -244 -312 -181 174 -227 -164 -93 30 39 -49 21 -8 186 -366 164 146 242 -219 243 -459 -103 280 -79 -257 390 439 -32 60 2 -232 -35 -298 343 303 -64 178 301 -28 -57 -66 -46 137 258 -99 132 -125 -53 -158 -102 58 196 464 487 230 -40 -27 -80 187 192 -152 -183 47 -98 -484 37 -96 249 266 101 -53 -249 110 -12 -85 -18 280 348 -343 -394 -101 87 215 120 167 -39 -144 -133 -98 343 12 257 -378 -296 164 -23 -144 185 -159 154 -269 391 -220 315 202 -323 -246 -161 -383 273 187 -48 73 235 306 261 29 -124 -229 37 144 15 47 24 -270 -143 274 -190 321 -312 380 -398 254 -129 -418 -362 -158 -373 -90 -42 -114 -459 -81 -472 306 341 31 -272 -75 -221 -101 384 258 -209 321 278 8 -30 -173 -101 -321 153 -49 239 427 334 84 -12 219 101 94 -317 39 -353 7 260