File name: Pandora80s1_BeltsvilleMD_20230117_L2Fit_fnvs5c8d20220601p1-8.txt
File generation date: 20241115T024745.2Z
Data description: Level 2 spectral fitting results file
Data file version: fnvs5c8p1-8
Local principal investigator: John Sullivan
Network principal investigator: Alexander Cede
Instrument type: Pandora
Instrument number: 80
Spectrometer number: 1
Processing software version used: BlickP v1.8.60
Instrument operation file used: Pandora80_OF_v4d20220517.txt
Instrument calibration file used: Pandora80s1_CF_v8d20220601.txt
Level 1 file used: Pandora80s1_BeltsvilleMD_20230117_L1_smca1c8d20220601p1-8.txt
Full location name: Howard University-Beltsville Campus, Beltsville, MD
Short location name: BeltsvilleMD
Country of location: United States
Location latitude [deg]: 39.0567
Location longitude [deg]: -76.8758
Location altitude [m]: 70
Local noon date: 20230117
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, radiometric temperature correction, matrix method stray light correction (replaced by simple method)
Data caveats: None
First and last pixel inside fitting window: 889 1434
Nominal wavelengths inside fitting window [nm]: 400.0076 400.1400 400.2724 400.4048 400.5371 400.6695 400.8018 400.9342 401.0665 401.1988 401.3311 401.4634 401.5956 401.7279 401.8601 401.9923 402.1245 402.2567 402.3889 402.5210 402.6532 402.7853 402.9174 403.0495 403.1816 403.3137 403.4458 403.5778 403.7099 403.8419 403.9739 404.1059 404.2379 404.3698 404.5018 404.6337 404.7656 404.8975 405.0294 405.1613 405.2932 405.4250 405.5569 405.6887 405.8205 405.9523 406.0841 406.2158 406.3476 406.4793 406.6111 406.7428 406.8745 407.0061 407.1378 407.2695 407.4011 407.5327 407.6643 407.7959 407.9275 408.0591 408.1906 408.3222 408.4537 408.5852 408.7167 408.8482 408.9797 409.1111 409.2426 409.3740 409.5054 409.6368 409.7682 409.8995 410.0309 410.1622 410.2936 410.4249 410.5562 410.6875 410.8187 410.9500 411.0812 411.2124 411.3437 411.4749 411.6060 411.7372 411.8684 411.9995 412.1306 412.2617 412.3928 412.5239 412.6550 412.7860 412.9171 413.0481 413.1791 413.3101 413.4411 413.5721 413.7030 413.8340 413.9649 414.0958 414.2267 414.3576 414.4884 414.6193 414.7501 414.8810 415.0118 415.1426 415.2733 415.4041 415.5349 415.6656 415.7963 415.9270 416.0577 416.1884 416.3191 416.4497 416.5804 416.7110 416.8416 416.9722 417.1028 417.2333 417.3639 417.4944 417.6249 417.7554 417.8859 418.0164 418.1469 418.2773 418.4077 418.5382 418.6686 418.7990 418.9293 419.0597 419.1900 419.3204 419.4507 419.5810 419.7113 419.8416 419.9718 420.1021 420.2323 420.3625 420.4927 420.6229 420.7531 420.8832 421.0134 421.1435 421.2736 421.4037 421.5338 421.6639 421.7939 421.9240 422.0540 422.1840 422.3140 422.4440 422.5739 422.7039 422.8338 422.9638 423.0937 423.2236 423.3534 423.4833 423.6132 423.7430 423.8728 424.0026 424.1324 424.2622 424.3920 424.5217 424.6514 424.7812 424.9109 425.0405 425.1702 425.2999 425.4295 425.5592 425.6888 425.8184 425.9480 426.0775 426.2071 426.3366 426.4662 426.5957 426.7252 426.8546 426.9841 427.1136 427.2430 427.3724 427.5018 427.6312 427.7606 427.8900 428.0193 428.1487 428.2780 428.4073 428.5366 428.6659 428.7951 428.9244 429.0536 429.1828 429.3120 429.4412 429.5704 429.6995 429.8287 429.9578 430.0869 430.2160 430.3451 430.4742 430.6032 430.7323 430.8613 430.9903 431.1193 431.2483 431.3772 431.5062 431.6351 431.7640 431.8930 432.0218 432.1507 432.2796 432.4084 432.5373 432.6661 432.7949 432.9237 433.0524 433.1812 433.3099 433.4387 433.5674 433.6961 433.8247 433.9534 434.0821 434.2107 434.3393 434.4679 434.5965 434.7251 434.8537 434.9822 435.1107 435.2393 435.3678 435.4962 435.6247 435.7532 435.8816 436.0100 436.1385 436.2669 436.3952 436.5236 436.6520 436.7803 436.9086 437.0369 437.1652 437.2935 437.4217 437.5500 437.6782 437.8064 437.9346 438.0628 438.1910 438.3192 438.4473 438.5754 438.7035 438.8316 438.9597 439.0878 439.2158 439.3439 439.4719 439.5999 439.7279 439.8559 439.9838 440.1118 440.2397 440.3676 440.4955 440.6234 440.7513 440.8791 441.0070 441.1348 441.2626 441.3904 441.5182 441.6459 441.7737 441.9014 442.0291 442.1568 442.2845 442.4122 442.5399 442.6675 442.7951 442.9227 443.0503 443.1779 443.3055 443.4330 443.5606 443.6881 443.8156 443.9431 444.0706 444.1980 444.3255 444.4529 444.5803 444.7077 444.8351 444.9625 445.0898 445.2171 445.3445 445.4718 445.5991 445.7263 445.8536 445.9808 446.1081 446.2353 446.3625 446.4897 446.6168 446.7440 446.8711 446.9983 447.1254 447.2525 447.3795 447.5066 447.6337 447.7607 447.8877 448.0147 448.1417 448.2687 448.3956 448.5226 448.6495 448.7764 448.9033 449.0302 449.1570 449.2839 449.4107 449.5375 449.6643 449.7911 449.9179 450.0446 450.1714 450.2981 450.4248 450.5515 450.6782 450.8048 450.9315 451.0581 451.1847 451.3113 451.4379 451.5645 451.6910 451.8176 451.9441 452.0706 452.1971 452.3236 452.4500 452.5765 452.7029 452.8293 452.9557 453.0821 453.2085 453.3348 453.4612 453.5875 453.7138 453.8401 453.9664 454.0926 454.2189 454.3451 454.4713 454.5975 454.7237 454.8498 454.9760 455.1021 455.2283 455.3544 455.4804 455.6065 455.7326 455.8586 455.9846 456.1107 456.2366 456.3626 456.4886 456.6145 456.7405 456.8664 456.9923 457.1182 457.2440 457.3699 457.4957 457.6216 457.7474 457.8732 457.9989 458.1247 458.2504 458.3762 458.5019 458.6276 458.7533 458.8789 459.0046 459.1302 459.2558 459.3814 459.5070 459.6326 459.7582 459.8837 460.0092 460.1347 460.2602 460.3857 460.5112 460.6366 460.7620 460.8875 461.0129 461.1382 461.2636 461.3890 461.5143 461.6396 461.7649 461.8902 462.0155 462.1407 462.2660 462.3912 462.5164 462.6416 462.7668 462.8920 463.0171 463.1422 463.2673 463.3924 463.5175 463.6426 463.7677 463.8927 464.0177 464.1427 464.2677 464.3927 464.5176 464.6426 464.7675 464.8924 465.0173 465.1422 465.2670 465.3919 465.5167 465.6415 465.7663 465.8911 466.0159 466.1406 466.2654 466.3901 466.5148 466.6395 466.7641 466.8888 467.0134 467.1380 467.2627 467.3872 467.5118 467.6364 467.7609 467.8854 468.0100 468.1345 468.2589 468.3834 468.5078 468.6323 468.7567 468.8811 469.0055 469.1298 469.2542 469.3785 469.5028 469.6271 469.7514 469.8757 470.0000
---------------------------------------------------------------------------------------
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 164-709: Unweighted slant column residuals for each pixel inside the fitting window multiplied by 1e5, 9e5=pixel was not used for fitting
Columns 710-1255: 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 20230117T162416.8Z 8417.683528 307 1 52.29 2 61.05 165.73 77.19 226.48 0.00 1 0.00 1 0 33 1.168e-03 1.120e-03 8.503e-04 8.177e-04 1.761727e+03 1.602138e+02 1.075906e+02 3.107190e+02 2.256481e+02 276.53 -2.00 20.00 -2.00 446.43 0.00e+00 7.967464e-05 9.076976e-05 2.905227e-06 1.303834e-05 1.259611e-04 276.53 -2.00 20.00 -2.00 456.01 0.00e+00 3.979079e-04 7.338844e-06 2.672500e-06 1.128223e-05 1.046315e-05 227.46 -2.00 2.14 -2.00 436.86 0.00e+00 1.163800e+06 1.152242e+05 4.841326e+03 1.937507e+05 1.659751e+05 258.49 -2.00 11.13 -2.00 458.74 0.00e+00 1.892082e-01 2.185016e-02 2.295719e-03 7.501158e-03 3.629938e-02 223.98 -2.00 3.47 -2.00 455.41 0.00e+00 -1.530760e-05 2.798596e-06 3.635303e-07 9.728642e-07 4.414423e-06 276.53 -2.00 20.00 -2.00 456.59 0.00e+00 2.056 0.000 397.00 473.00 4 7.2383e+00 8.8872e-04 5.1899e-03 3.3181e-04 1.1833e-03 5.6697e-02 1.0310e-03 1.0847e-03 2.0284e-04 1.4406e-03 -2.4566e-05 6.0135e-04 1.4605e-04 8.4297e-05 8.3005e-04 -3.5571e-03 2.0462e-04 2.4860e-05 2.1228e-05 2.8449e-04 -7.5743e-04 1.0542e-04 1.6588e-05 1.1606e-05 1.4252e-04 8.4714e-04 7.3044e-03 5.7760e-04 1.5663e-05 3.6252e-05 6.8991e-04 -9.5224e-05 8.3163e-06 3.6677e-07 2.8323e-07 1.1437e-05 -1.5793e-05 1.1113e-05 5.0897e-07 3.6017e-07 1.5582e-05 -9.4464e-03 1.3676e-05 6.2942e-01 7.5634e-02 8.9984e-04 1.8655e-03 9.8252e-02 11 8 0 10 0 0 99.82 23.59 1.59 -0.00945 -0.01020 32 5 1 4 0 1634.020 26.21 19.88 23.59 13.87 4.0 880.86 900000 -245 -156 -177 -217 15 -18 -125 -271 20 -245 2 -111 -63 -92 -128 43 180 38 -52 9 135 27 48 -288 5 -129 146 -51 39 69 -2 47 37 28 -18 59 -56 207 38 -23 171 36 195 -64 112 -8 131 215 209 99 144 -11 102 1 183 248 -86 187 181 -103 108 37 267 -8 69 80 169 17 85 203 15 33 62 -21 -119 -69 127 -153 61 -128 138 -36 20 105 -48 193 -105 111 -49 21 243 135 36 -37 54 -15 38 -42 -61 80 120 -104 -6 -36 73 234 -18 -44 -234 -78 -102 -114 -97 -92 -96 -206 -230 -36 -69 -33 -72 -40 55 -68 -139 -119 -66 -108 -129 -181 -65 -168 -92 -144 -78 -114 46 -95 -118 10 -319 50 -204 -113 79 -66 70 -21 -33 -16 -89 -32 -976 23 -151 60 -17 61 127 1 75 -8 85 -147 44 97 30 183 66 -93 -121 -39 -53 123 -239 -73 127 151 -167 75 86 7 -9 10 154 23 44 -41 25 -20 34 87 -74 165 -30 -86 -147 20 85 88 127 -93 227 -64 -7 30 66 -218 3 23 -6 -48 34 192 59 -4 234 -68 -53 116 90 206 161 171 143 -40 -23 21 142 -69 8 254 -42 125 -113 23 49 -55 199 171 163 79 147 31 96 113 24 32 -13 -224 315 -85 167 -177 84 -105 24 -34 -77 201 -3 136 -147 -1 -79 132 51 22 36 80 -23 -162 -152 57 104 -46 53 -75 45 206 53 74 -30 67 -93 -45 -249 174 -115 -143 73 -153 72 -111 -187 -78 -165 109 -136 160 -110 126 -40 39 92 -159 -23 -52 -26 39 -15 41 -105 -214 -43 -116 -131 -69 -1 -100 -82 -67 211 51 -29 -16 -15 87 -42 -48 73 -69 -98 -58 -58 22 56 -175 43 221 140 -26 -7 61 189 115 80 33 67 23 -45 53 -62 -24 23 -176 -264 -293 -123 -131 65 -4 10 -105 -92 -76 -190 -50 -153 31 -144 -63 -16 -50 28 -151 104 -200 -4 -157 7 26 52 -30 27 -41 -71 84 -112 -15 2 166 -40 59 -70 63 29 73 -6 94 52 159 -106 62 -16 31 -62 13 100 116 60 -68 -114 -77 95 -48 40 154 -8 57 198 25 3 139 12 57 62 -20 103 -75 55 -3 84 150 99 133 4 221 19 22 29 6 15 83 81 48 18 181 184 46 190 -27 -132 19 -34 67 82 -49 125 -55 27 -4 -28 -88 -24 -13 152 -99 63 31 237 -8 79 52 27 88 -45 34 -65 -174 -42 10 -21 12 31 -101 -13 -89 -57 -43 -33 -42 -79 -48 -6 -123 -129 -72 -30 -147 -183 -121 -138 -190 -53 -117 -16 -140 -140 81 -52 -55 -53 16 -111 -175 -152 -101 76 -69 -35 -67 24 34 5 -112 74 -40 174 -33 47 54 105 11 259 107 102 -14 103 88 96 110 68 85 55 900000 -199 -124 -135 -164 11 -13 -100 -224 17 -205 2 -92 -53 -77 -107 36 151 32 -44 8 115 22 38 -230 4 -106 119 -44 34 61 -2 39 30 22 -14 47 -47 179 33 -19 148 30 162 -54 96 -6 107 172 164 80 126 -10 88 1 159 212 -73 157 151 -89 98 34 248 -8 64 78 159 16 79 198 14 30 56 -18 -103 -56 102 -124 53 -114 128 -34 19 100 -47 183 -102 108 -48 20 241 133 34 -35 54 -15 37 -40 -58 74 111 -98 -6 -35 74 233 -17 -43 -223 -74 -100 -108 -94 -88 -91 -191 -223 -35 -66 -31 -69 -40 56 -69 -141 -119 -64 -104 -121 -167 -62 -158 -86 -130 -72 -107 43 -88 -110 9 -292 45 -187 -104 75 -65 68 -20 -31 -15 -78 -29 -858 21 -140 58 -17 61 128 1 72 -7 84 -143 42 94 30 176 65 -88 -103 -33 -44 103 -221 -72 120 145 -156 69 78 6 -8 10 144 21 41 -40 23 -18 31 80 -69 157 -28 -81 -136 18 76 81 117 -89 218 -60 -6 26 55 -175 3 20 -5 -43 31 174 53 -4 216 -63 -47 99 77 177 139 152 128 -35 -19 17 105 -49 6 184 -31 88 -78 16 34 -40 152 147 149 78 146 31 94 109 21 27 -11 -196 280 -82 160 -171 81 -100 23 -30 -65 157 -2 112 -124 -1 -75 124 48 21 34 73 -21 -153 -141 53 99 -45 51 -75 45 204 52 71 -29 63 -86 -40 -223 156 -105 -134 69 -138 62 -90 -150 -64 -145 96 -122 144 -99 115 -37 37 88 -152 -22 -49 -23 34 -13 36 -94 -204 -41 -112 -126 -65 -1 -96 -77 -65 209 51 -28 -16 -15 85 -41 -46 70 -66 -90 -53 -53 21 55 -172 41 208 132 -24 -6 58 179 108 76 32 62 21 -40 46 -55 -21 21 -162 -248 -282 -119 -126 63 -4 10 -101 -90 -76 -190 -49 -153 30 -138 -60 -16 -49 28 -154 103 -199 -4 -157 7 26 52 -30 28 -42 -75 85 -116 -16 2 173 -44 63 -75 66 30 76 -6 98 54 166 -110 63 -17 32 -61 13 97 114 59 -67 -115 -79 100 -53 44 169 -9 61 213 26 4 151 13 62 67 -22 115 -85 63 -3 95 170 117 153 5 253 22 26 34 7 17 98 97 58 22 209 208 55 221 -31 -156 22 -40 79 96 -60 152 -67 33 -4 -34 -106 -29 -16 184 -122 78 38 302 -10 101 66 34 112 -57 43 -83 -222 -54 13 -27 15 40 -131 -16 -115 -74 -56 -42 -54 -100 -61 -7 -155 -163 -92 -38 -186 -226 -147 -167 -231 -65 -149 -20 -177 -177 102 -67 -68 -66 20 -144 -220 -183 -118 88 -81 -42 -83 30 44 6 -136 94 -50 215 -41 59 65 128 14 315 129 123 -16 124 108 118 134 82 101 68
SQ 20230117T163035.5Z 8417.687911 310 1 52.57 2 60.76 167.39 78.07 227.61 0.00 1 0.00 1 0 33 1.703e-03 1.633e-03 1.571e-03 1.494e-03 1.980355e+03 2.965953e+02 1.310161e+02 3.107208e+02 3.289833e+02 276.53 -2.00 20.00 -2.00 446.92 0.00e+00 1.700695e-04 1.674697e-04 3.229691e-06 1.303221e-05 1.838128e-04 276.53 -2.00 20.00 -2.00 456.48 0.00e+00 4.356232e-04 1.348381e-05 2.922874e-06 1.128386e-05 1.525986e-05 227.48 -2.00 2.14 -2.00 437.43 0.00e+00 1.035356e+06 2.116303e+05 8.913717e+03 1.936804e+05 2.420105e+05 258.49 -2.00 11.13 -2.00 459.26 0.00e+00 2.070915e-01 3.943082e-02 2.097112e-03 7.399429e-03 5.293437e-02 223.98 -2.00 3.47 -2.00 455.87 0.00e+00 -1.070748e-05 5.053391e-06 3.452078e-07 9.746291e-07 6.436477e-06 276.53 -2.00 20.00 -2.00 457.02 0.00e+00 2.038 0.000 397.00 473.00 4 8.0891e+00 1.6462e-03 5.1445e-03 3.3115e-04 1.7273e-03 6.0532e-02 1.8976e-03 1.0753e-03 2.0240e-04 2.1000e-03 -5.0187e-03 1.1149e-03 1.4452e-04 8.3884e-05 1.2143e-03 -3.3211e-03 3.7745e-04 2.5141e-05 2.0911e-05 4.1464e-04 -2.5578e-04 1.9446e-04 1.6626e-05 1.1671e-05 2.0787e-04 3.6565e-04 1.2051e-03 1.0722e-03 1.6120e-05 3.8056e-05 1.0170e-03 -1.0951e-04 1.5436e-05 3.9135e-07 2.8194e-07 1.6676e-05 2.5805e-05 2.0449e-05 5.5734e-07 3.6050e-07 2.2719e-05 -8.4555e-03 1.8712e-06 8.2773e-01 1.4081e-01 9.7244e-04 1.8449e-03 1.4315e-01 12 8 8 10 0 0 99.89 23.60 1.60 -0.00846 -0.01305 33 5 1 4 0 1592.860 26.21 19.90 23.60 14.21 3.9 882.95 900000 66 -228 -361 -387 -177 139 -17 93 -293 -419 108 -75 132 -49 -103 28 162 -4 5 -239 -6 315 3 -146 263 -273 -10 -97 -250 50 -5 -32 146 254 479 -257 -71 156 353 244 -20 -110 272 118 -89 107 -184 332 3 142 124 -18 -26 140 206 200 -138 253 60 74 190 -185 566 87 -173 68 245 51 25 191 -69 -183 -10 -107 -358 281 57 -121 -85 -148 -160 96 333 -97 62 347 123 43 -20 -11 261 -371 -34 45 -5 -123 11 76 -45 61 72 10 122 94 -174 -26 -187 -29 -245 10 120 -133 -14 -403 220 -73 -13 90 -59 -207 -158 -334 174 -38 -25 -49 -59 -136 -68 -131 -93 -78 -138 -279 228 -88 -18 -182 -202 -133 23 -390 -259 -40 -127 79 -176 -159 -70 -20 -238 -11 69 211 -88 45 128 -125 290 201 200 -160 132 -92 128 -47 -19 -152 95 37 -22 -185 -30 -35 -7 -58 105 338 87 363 -77 12 -141 52 134 159 163 -385 -53 2 72 -376 -27 -226 -95 51 -36 -138 112 -272 -212 64 323 7 78 156 -156 -152 37 228 338 -157 242 -160 26 -201 72 355 152 420 18 -1 317 45 249 292 -50 -219 285 39 163 -73 -18 -62 94 76 -513 195 99 374 161 420 249 338 191 202 -14 36 -247 132 48 -18 99 472 35 146 -239 70 -181 -125 146 -364 122 -179 -137 -135 163 -44 86 -137 -312 203 -202 -70 -31 -53 141 35 346 -47 -216 240 -283 -61 -289 -268 -199 266 -148 -125 -186 -63 -14 -227 143 4 -244 -42 52 170 -5 -25 -107 -15 68 -230 42 151 62 250 -303 -87 -253 9 -70 26 -153 -77 -40 145 -32 -193 -143 -240 -11 -70 -217 40 192 -108 279 163 165 -325 -18 -316 157 -133 138 -136 206 -113 -143 42 76 -69 93 104 -57 122 -5 336 -398 -80 -103 264 -180 -34 -255 -99 113 -140 -265 -85 -38 -172 -60 -45 -259 -133 -70 -41 -69 162 119 -241 255 -83 -142 -130 28 -9 -138 -100 -37 -24 197 -143 193 -101 -33 -107 126 -24 45 85 39 -63 163 440 55 235 0 50 -186 -51 29 -63 -118 -67 82 -41 223 174 181 -12 147 149 145 -45 341 342 33 200 154 73 -132 15 43 -223 -105 232 -29 230 9 65 354 271 -155 -59 -80 -29 100 -89 -67 116 -95 152 34 25 234 -246 154 -230 9 8 94 -132 99 4 -54 101 -3 19 -31 -153 106 156 -147 107 -45 46 -14 49 19 91 82 39 -95 81 -38 132 -166 73 44 77 112 -75 172 -31 -103 129 -237 -3 79 -120 -223 -163 -230 -232 -222 -68 -19 -164 -188 -37 184 -51 -263 51 47 -280 -18 -77 -195 -162 -45 -78 -125 173 -262 14 19 184 16 -42 -85 35 14 -153 77 -151 157 190 165 -124 -74 -20 296 129 158 59 127 70 261 900000 52 -177 -270 -285 -129 103 -13 75 -237 -342 88 -60 107 -40 -84 23 133 -4 4 -201 -5 253 2 -108 190 -206 -8 -81 -214 43 -4 -26 116 194 361 -203 -57 131 295 215 -17 -92 223 98 -75 88 -149 262 2 114 106 -15 -22 120 175 168 -116 208 50 63 169 -169 514 79 -159 65 239 50 24 182 -64 -167 -9 -91 -287 228 45 -97 -68 -129 -145 89 309 -91 59 340 123 43 -20 -11 253 -360 -33 44 -5 -120 10 72 -42 55 65 9 117 94 -181 -27 -186 -28 -229 10 114 -131 -14 -400 213 -70 -12 84 -56 -201 -157 -342 169 -37 -24 -47 -59 -136 -67 -124 -86 -71 -126 -261 217 -85 -17 -175 -195 -127 22 -368 -246 -38 -116 75 -166 -148 -63 -18 -215 -10 62 195 -78 41 122 -121 281 197 196 -156 126 -87 118 -44 -18 -149 91 33 -19 -151 -25 -30 -6 -55 100 313 78 318 -67 11 -128 48 127 153 154 -358 -48 1 62 -333 -24 -208 -88 46 -32 -120 97 -240 -197 63 314 7 70 130 -125 -118 28 190 299 -143 223 -147 23 -181 64 312 130 344 14 -1 263 38 214 242 -39 -157 204 27 111 -51 -13 -43 63 50 -342 138 73 308 148 392 245 337 186 184 -13 30 -198 110 43 -16 95 451 33 138 -217 63 -147 -94 109 -287 104 -155 -124 -127 153 -40 76 -119 -269 181 -187 -65 -29 -50 136 34 345 -46 -212 231 -269 -57 -268 -243 -177 237 -134 -116 -175 -57 -11 -175 116 3 -202 -37 46 151 -4 -22 -99 -14 64 -218 39 139 54 216 -264 -75 -227 8 -64 25 -144 -71 -36 130 -29 -186 -139 -233 -10 -66 -204 38 182 -103 264 151 149 -293 -16 -293 149 -128 131 -126 190 -106 -137 41 74 -67 90 98 -52 107 -4 286 -345 -70 -91 238 -166 -32 -244 -93 106 -134 -257 -84 -38 -166 -58 -46 -254 -127 -65 -39 -67 162 121 -240 249 -81 -138 -127 27 -9 -137 -101 -38 -25 204 -150 205 -109 -35 -115 134 -25 47 88 40 -64 165 449 57 241 0 54 -194 -51 28 -60 -114 -66 80 -40 223 179 190 -13 160 162 157 -48 364 361 34 218 169 80 -146 17 48 -253 -121 273 -35 276 10 75 407 313 -181 -70 -94 -34 118 -105 -80 140 -113 177 39 30 278 -294 185 -282 11 10 119 -165 123 5 -66 125 -4 24 -38 -190 131 194 -186 137 -58 61 -19 64 24 117 106 51 -124 105 -50 173 -220 96 58 102 147 -99 227 -40 -136 169 -308 -4 101 -154 -287 -211 -299 -299 -280 -84 -24 -204 -238 -47 237 -65 -339 66 62 -375 -24 -103 -258 -207 -56 -94 -149 207 -322 17 25 240 21 -55 -110 45 18 -194 98 -196 206 250 216 -162 -96 -26 383 158 195 72 153 89 325
SQ 20230117T163915.3Z 8417.693927 316 1 8.16 2 60.42 169.68 79.30 229.14 0.00 1 0.00 1 0 33 2.536e-03 2.454e-03 2.383e-03 2.316e-03 2.495989e+03 4.507758e+02 1.528613e+02 3.107127e+02 4.898934e+02 276.53 -2.00 20.00 -2.00 446.15 0.00e+00 -3.796592e-04 2.547655e-04 3.464582e-06 1.284169e-05 2.730250e-04 276.53 -2.00 20.00 -2.00 455.60 0.00e+00 3.894081e-04 2.067553e-05 2.728101e-06 1.128450e-05 2.272039e-05 227.51 -2.00 2.14 -2.00 436.35 0.00e+00 3.662716e+05 3.247560e+05 4.585740e+03 1.937767e+05 3.603648e+05 258.49 -2.00 11.13 -2.00 458.38 0.00e+00 1.660861e-01 6.308640e-02 3.236516e-03 7.568115e-03 7.880488e-02 223.98 -2.00 3.47 -2.00 454.98 0.00e+00 -1.889701e-05 8.025384e-06 4.353303e-07 9.716214e-07 9.585364e-06 276.53 -2.00 20.00 -2.00 456.19 0.00e+00 2.017 0.000 397.00 473.00 4 7.3571e+00 2.4730e-03 5.0916e-03 3.3307e-04 2.5712e-03 4.1886e-02 2.9071e-03 1.0659e-03 2.0037e-04 3.1342e-03 3.6185e-03 1.6826e-03 1.4710e-04 8.2383e-05 1.7963e-03 -1.8394e-03 5.7489e-04 1.6527e-05 2.0936e-05 6.1676e-04 -5.2119e-04 2.9550e-04 6.8304e-06 1.1656e-05 3.0944e-04 7.6641e-04 5.6955e-03 1.5677e-03 1.1568e-05 3.2334e-05 1.4915e-03 -6.0775e-05 2.3341e-05 4.5888e-07 2.8541e-07 2.4834e-05 -1.0690e-05 3.1458e-05 6.6127e-07 3.6285e-07 3.3842e-05 -1.2686e-02 3.8024e-05 7.1015e-01 2.1055e-01 6.7292e-04 1.7333e-03 2.1349e-01 12 9 9 12 1 1 999.00 23.63 1.55 -0.01269 -0.01311 2 3 1 4 0 2665.130 26.32 20.15 23.63 14.56 3.9 884.11 900000 -579 -264 -154 -355 -242 -271 -521 542 282 -19 -230 58 -35 -25 -138 47 82 104 -341 -150 170 -32 133 -98 -51 -141 834 -107 135 -2 -214 403 193 273 -248 -200 -688 304 -20 24 -458 152 -35 14 -16 197 590 373 59 -25 24 -130 -190 259 140 335 -157 85 -369 613 -320 115 167 334 538 325 52 74 276 200 110 100 82 92 -182 -344 208 -15 276 30 52 112 -209 -100 565 402 282 -170 -284 -385 479 131 -273 -321 -334 223 462 -68 170 -79 -38 263 181 -298 327 690 -102 -94 -252 -149 376 -722 -40 199 319 -43 81 -216 -192 -291 -306 76 -180 -272 -466 61 88 80 -469 -6 -262 -450 -69 46 141 -146 167 -117 -72 -141 -261 -495 -456 -231 -646 -39 -22 -307 128 -39 -19 -300 -373 -238 142 124 -27 -220 -180 347 95 57 180 54 131 -156 -47 94 -277 175 275 -123 75 -111 -98 143 219 -16 -38 -133 -220 340 223 -143 -42 490 291 -295 117 115 -12 -400 47 -73 -157 16 194 -332 -39 -461 529 -239 314 -354 -85 166 146 17 340 730 391 -445 -576 112 -74 356 -441 -133 305 705 -256 -10 94 88 -193 -233 427 191 436 -507 -129 288 -444 156 -821 -473 308 -119 -54 296 323 -12 284 253 248 408 26 8 112 364 129 -63 180 7 524 -339 39 -343 -125 244 174 326 -71 -414 -99 250 -145 -310 -73 -330 -254 -49 286 -82 -43 253 10 352 -107 207 205 152 -99 96 224 105 -15 -67 -399 289 137 -68 8 -94 -320 69 -41 141 18 38 -20 59 -195 28 164 12 -54 -18 2 -340 17 -269 -252 -232 106 114 -164 -284 -335 77 209 -183 550 -180 -270 147 40 -177 228 -51 171 -258 -15 -96 750 -265 -489 166 20 440 263 114 83 368 50 -795 484 -389 272 -46 371 -12 -180 -128 -499 -77 -32 261 72 -371 361 -392 133 -292 -183 -5 -254 -120 -227 -563 -133 -150 472 -196 -73 -73 199 -45 -262 -6 231 -310 10 -111 254 131 -73 202 26 -278 -206 49 149 -42 -157 -91 208 -10 -21 -193 50 33 294 147 -144 -84 147 540 240 -221 563 -3 311 11 96 -146 143 -23 245 -312 58 140 -175 263 -136 117 -169 346 -99 167 -83 89 -305 -55 86 185 79 110 -105 23 -70 45 109 284 -438 278 134 109 101 64 193 93 -204 -424 121 184 356 -224 -57 -132 113 58 -169 -90 -294 60 309 71 204 287 113 382 135 196 -136 -161 57 -107 65 -65 -116 -38 -643 99 -250 -25 41 134 266 163 40 -96 -300 24 -13 93 -348 -211 -121 -384 -288 -244 -124 -256 -360 198 -303 -1 20 29 -115 46 -90 -17 362 279 -78 -141 60 -38 -146 -192 -123 145 -1 271 -307 19 13 229 -218 325 7 -190 276 -186 15 81 -49 -87 194 138 122 170 359 900000 -473 -218 -121 -277 -194 -215 -433 446 234 -16 -192 48 -29 -21 -116 40 69 88 -293 -130 145 -27 108 -79 -40 -117 701 -92 120 -2 -189 345 158 221 -200 -162 -594 273 -18 21 -393 130 -30 12 -14 168 503 314 48 -21 21 -116 -168 230 124 290 -137 75 -326 537 -287 105 152 303 494 308 49 71 261 192 102 91 75 81 -156 -288 170 -12 236 27 49 104 -196 -95 542 396 276 -168 -276 -372 467 127 -263 -309 -319 217 447 -65 158 -75 -36 244 175 -294 331 692 -99 -91 -237 -140 361 -702 -39 192 303 -41 78 -205 -183 -277 -298 76 -179 -273 -466 59 87 79 -450 -6 -248 -418 -64 44 133 -139 157 -110 -69 -133 -242 -460 -427 -215 -628 -38 -22 -293 122 -36 -17 -273 -342 -218 133 118 -27 -219 -180 337 93 56 176 52 124 -149 -46 92 -273 163 245 -106 64 -98 -92 139 215 -15 -36 -124 -204 318 208 -136 -41 469 283 -283 108 105 -11 -365 43 -69 -150 15 177 -308 -36 -421 506 -234 306 -340 -79 147 128 15 290 648 358 -422 -538 107 -69 329 -409 -122 279 614 -223 -9 83 80 -172 -208 362 155 343 -385 -97 223 -347 118 -610 -357 233 -93 -43 261 300 -12 284 257 245 388 24 7 96 325 117 -61 174 7 510 -329 37 -312 -109 203 145 274 -63 -389 -94 238 -139 -296 -68 -311 -237 -46 277 -77 -41 247 10 345 -107 203 205 150 -96 92 212 100 -14 -63 -382 274 132 -64 7 -80 -271 60 -37 130 17 35 -19 55 -185 27 159 11 -52 -17 2 -312 15 -246 -231 -219 103 111 -160 -278 -322 73 205 -183 551 -181 -268 142 39 -174 224 -50 168 -249 -14 -89 700 -256 -473 162 19 421 253 111 80 362 49 -787 472 -373 256 -42 339 -11 -167 -119 -459 -72 -31 248 69 -357 344 -380 130 -294 -182 -5 -258 -120 -227 -547 -130 -148 464 -196 -73 -74 198 -45 -260 -6 230 -311 11 -113 261 136 -75 209 28 -297 -220 52 158 -44 -168 -96 216 -11 -22 -202 52 35 306 155 -148 -86 146 538 241 -225 572 -3 323 12 102 -155 153 -25 267 -340 63 149 -188 280 -146 125 -182 373 -108 184 -94 100 -348 -62 97 210 89 124 -119 26 -81 52 126 327 -516 327 155 128 116 73 215 104 -231 -489 141 217 420 -264 -66 -152 131 68 -196 -104 -342 70 360 83 242 344 138 469 167 240 -167 -196 70 -130 80 -79 -142 -47 -803 123 -311 -31 50 167 331 202 49 -119 -368 30 -16 112 -423 -258 -148 -467 -343 -294 -148 -309 -432 241 -371 -1 24 36 -142 56 -111 -21 448 336 -94 -164 69 -45 -174 -230 -150 178 -1 334 -377 23 16 274 -264 397 8 -230 332 -224 18 97 -59 -105 235 166 145 199 422
SQ 20230117T165127.5Z 8417.702402 325 1 52.04 2 60.07 172.94 81.09 231.25 0.00 1 0.00 1 0 33 9.860e-04 9.456e-04 7.671e-04 7.342e-04 1.682793e+03 1.434881e+02 1.248089e+02 3.107368e+02 1.905046e+02 276.53 -2.00 20.00 -2.00 446.66 0.00e+00 -1.402794e-04 8.171288e-05 2.060234e-06 1.295841e-05 1.061727e-04 276.53 -2.00 20.00 -2.00 456.16 0.00e+00 3.815674e-04 6.572575e-06 2.544477e-06 1.128397e-05 8.834015e-06 227.55 -2.00 2.14 -2.00 437.38 0.00e+00 8.980468e+05 1.032426e+05 1.144669e+04 1.937385e+05 1.401156e+05 258.49 -2.00 11.13 -2.00 458.79 0.00e+00 2.270319e-01 1.946712e-02 1.458137e-03 7.501629e-03 3.063108e-02 223.98 -2.00 3.47 -2.00 455.55 0.00e+00 -1.336413e-05 2.494448e-06 2.912971e-07 9.730275e-07 3.726447e-06 276.53 -2.00 20.00 -2.00 456.67 0.00e+00 1.995 0.000 397.00 473.00 4 7.0787e+00 7.9728e-04 5.0366e-03 3.3195e-04 9.9922e-04 3.1757e-02 9.3260e-04 1.0521e-03 2.0237e-04 1.2204e-03 2.6777e-03 5.4003e-04 1.4002e-04 8.3437e-05 6.9811e-04 -2.6750e-03 1.8460e-04 2.0543e-05 2.0951e-05 2.3995e-04 -8.5863e-04 9.5408e-05 1.2203e-05 1.1775e-05 1.2031e-04 1.0178e-03 4.1912e-03 5.1159e-04 1.4042e-05 3.5740e-05 5.7845e-04 -9.6051e-05 7.4627e-06 3.2070e-07 2.8310e-07 9.6550e-06 6.7863e-06 1.0020e-05 4.5541e-07 3.6252e-07 1.3154e-05 -8.5536e-03 2.2424e-06 5.7387e-01 6.8426e-02 9.8625e-04 1.8433e-03 8.3001e-02 10 0 0 10 0 0 99.74 23.68 1.58 -0.00855 -0.01124 29 4 1 4 0 1794.120 26.32 20.11 23.68 14.53 3.9 883.30 900000 -73 -293 -79 -174 -219 -121 -76 -112 75 13 58 -161 5 -163 29 -119 -4 -142 134 35 144 -64 2 -141 -255 132 93 159 19 11 137 118 96 63 93 -63 -53 13 86 287 -97 -151 145 7 140 -154 83 4 148 197 217 -48 31 97 164 191 -131 104 155 -35 70 -147 248 131 53 -28 118 66 220 197 110 -63 44 59 -111 -125 22 -307 -43 -10 169 -67 -5 -104 57 -27 -8 157 -4 -46 229 -46 5 10 -87 81 15 -46 -18 -126 18 -10 -82 136 16 62 83 113 -15 -17 -30 -44 -73 -109 -115 -35 -32 -88 -236 -86 -104 -222 24 -58 -120 -146 -92 -93 -106 -80 -251 -110 -87 -114 -80 -123 -145 -211 -18 54 -27 -48 -4 -10 52 70 -96 -81 -73 -31 -99 -30 -127 33 -136 -56 26 20 16 66 19 4 32 27 -47 -9 34 15 10 -94 149 -75 -84 51 16 -49 39 26 -46 61 -111 117 -94 19 32 70 68 14 -21 98 53 -51 13 8 93 31 118 206 67 83 82 93 76 42 -57 94 -92 -20 13 113 177 -67 175 188 186 102 68 151 47 -32 13 116 71 123 6 35 -55 -45 -84 -31 175 145 -140 -59 145 -67 -197 87 188 93 85 4 37 35 -4 -32 -39 167 -3 -152 -13 -7 -11 26 170 9 74 -11 -13 -122 47 -181 -19 32 172 78 32 12 -23 -57 -62 -86 -110 151 6 -7 -43 -138 -174 100 26 -84 81 -48 -87 24 -69 158 87 -63 -1 -98 -104 -81 -44 -55 -157 -116 9 90 -184 3 -105 128 -43 11 -79 155 281 -126 -161 -82 -81 -190 29 -53 -54 136 -3 -140 -9 -38 -69 142 58 24 -19 20 100 -103 -14 -45 -136 42 118 -1 10 -40 56 107 -37 34 -70 0 -104 59 91 -62 139 27 33 76 -130 -31 34 -30 -133 -34 -12 -91 -138 73 -214 -179 -90 -44 -64 -65 -116 -24 -8 126 69 14 64 12 -68 -124 -12 -150 -95 -207 1 -147 31 -66 -14 88 30 -233 -121 -4 -175 -38 14 -5 69 99 -19 7 89 63 85 63 -43 71 101 -51 -64 133 -56 175 174 54 34 -73 65 196 93 -95 214 -4 -80 101 79 61 199 -57 195 48 -66 -68 50 70 43 53 4 122 -36 33 73 -22 198 9 66 138 15 63 44 82 180 18 44 -34 137 33 38 -22 115 -84 10 22 -64 -152 -41 62 47 3 8 16 -4 -2 48 56 39 127 -53 -4 9 -3 -15 -37 6 20 32 -12 -136 -117 -72 -80 63 -57 -3 -79 11 -33 -66 -72 -174 -63 -106 -189 -136 -40 -13 -69 -34 -161 9 -66 -116 -192 -65 -64 15 -45 -101 -11 -40 10 61 -102 -24 -20 13 -20 56 1 -9 -22 98 77 142 34 96 135 8 54 75 210 75 60 35 15 6 900000 -56 -222 -61 -132 -165 -93 -58 -88 59 10 46 -126 4 -129 23 -96 -3 -114 109 28 116 -53 1 -107 -190 102 76 137 16 9 121 99 74 49 72 -48 -44 12 75 243 -80 -121 115 5 114 -123 69 3 117 161 180 -41 26 81 136 164 -113 88 131 -30 61 -130 219 116 47 -26 112 63 208 183 99 -55 38 51 -91 -97 17 -238 -35 -9 150 -60 -4 -96 53 -26 -8 154 -4 -44 217 -44 5 9 -84 76 14 -42 -17 -112 16 -9 -78 134 16 62 81 106 -14 -16 -28 -42 -72 -106 -110 -33 -30 -81 -219 -82 -101 -213 24 -57 -117 -140 -87 -92 -102 -75 -231 -99 -79 -105 -76 -117 -137 -200 -17 51 -25 -45 -4 -9 48 67 -92 -76 -70 -28 -89 -27 -113 30 -123 -52 25 19 15 65 18 4 31 25 -44 -9 33 15 10 -86 130 -61 -68 44 14 -47 38 25 -42 54 -98 105 -87 18 31 68 65 14 -19 86 47 -46 12 8 87 29 107 181 59 74 78 88 71 41 -52 80 -79 -16 11 96 160 -62 164 175 172 93 62 136 41 -27 11 97 61 107 5 30 -46 -34 -61 -22 127 103 -100 -43 103 -47 -140 62 149 79 77 4 36 34 -4 -31 -35 140 -2 -130 -11 -7 -11 26 169 9 69 -10 -11 -95 36 -146 -17 29 162 77 31 11 -22 -52 -56 -80 -106 146 5 -6 -41 -136 -174 98 26 -81 76 -45 -80 23 -64 147 83 -59 -1 -92 -89 -68 -37 -47 -136 -106 8 85 -165 3 -97 121 -41 10 -75 143 247 -115 -147 -75 -73 -180 28 -52 -52 133 -3 -134 -8 -37 -68 140 56 22 -18 19 97 -100 -14 -43 -125 38 109 -1 10 -39 54 101 -35 32 -68 0 -100 59 90 -60 129 24 29 66 -115 -27 31 -27 -125 -33 -11 -88 -134 71 -213 -174 -89 -44 -64 -65 -116 -23 -8 122 69 14 63 12 -68 -125 -12 -151 -95 -209 1 -152 32 -69 -15 90 32 -247 -128 -4 -183 -41 16 -5 73 103 -20 7 95 67 90 66 -46 73 101 -50 -63 132 -56 175 176 56 36 -80 72 217 102 -104 232 -5 -84 111 87 66 219 -63 218 54 -76 -77 57 80 51 61 5 141 -42 40 87 -26 234 11 80 167 18 74 50 98 211 21 52 -42 160 39 45 -27 141 -102 12 26 -77 -185 -50 76 58 3 10 20 -5 -3 63 72 51 162 -68 -5 11 -3 -20 -48 8 27 42 -16 -178 -153 -94 -104 82 -74 -3 -101 15 -42 -85 -92 -225 -81 -133 -232 -167 -50 -16 -88 -43 -206 12 -84 -152 -243 -83 -81 18 -58 -124 -13 -48 12 74 -129 -30 -24 16 -25 69 1 -11 -28 119 94 177 42 120 167 10 66 93 261 93 75 43 18 7
SQ 20230117T165638.8Z 8417.706004 328 1 53.93 2 59.95 174.34 81.86 232.13 0.00 1 0.00 1 0 34 2.062e-03 1.992e-03 1.629e-03 1.558e-03 2.062053e+03 3.050858e+02 1.194872e+02 3.106702e+02 3.983908e+02 276.53 -2.00 20.00 -2.00 446.75 0.00e+00 5.664714e-05 1.733326e-04 3.152382e-06 1.303337e-05 2.225066e-04 276.53 -2.00 20.00 -2.00 456.22 0.00e+00 4.031831e-04 1.403367e-05 2.722457e-06 1.128716e-05 1.848260e-05 227.57 -2.00 2.14 -2.00 437.10 0.00e+00 6.379827e+05 2.205919e+05 4.137028e+03 1.936610e+05 2.931304e+05 258.49 -2.00 11.13 -2.00 459.04 0.00e+00 2.231438e-01 4.177936e-02 2.872463e-03 7.361612e-03 6.409695e-02 223.98 -2.00 3.47 -2.00 455.60 0.00e+00 -9.928640e-06 5.329391e-06 3.825957e-07 9.746392e-07 7.794453e-06 276.53 -2.00 20.00 -2.00 456.77 0.00e+00 1.989 0.000 397.00 473.00 4 8.2731e+00 1.6983e-03 5.0199e-03 3.3066e-04 2.0924e-03 5.5007e-02 1.9704e-03 1.0501e-03 2.0217e-04 2.5443e-03 -5.0717e-03 1.1521e-03 1.4344e-04 8.3631e-05 1.4705e-03 -2.7555e-03 3.9068e-04 1.8988e-05 2.0992e-05 5.0181e-04 4.3586e-05 2.0147e-04 1.0063e-05 1.1644e-05 2.5180e-04 3.0932e-04 7.2076e-05 1.1050e-03 1.4576e-05 3.8783e-05 1.2303e-03 -6.5540e-05 1.6022e-05 4.0096e-07 2.8304e-07 2.0195e-05 4.3701e-05 2.1230e-05 5.6574e-07 3.6315e-07 2.7515e-05 -6.3991e-03 -3.5137e-05 6.3402e-01 1.4498e-01 8.0071e-04 1.9617e-03 1.7349e-01 12 8 8 10 0 0 99.75 23.70 1.63 -0.00640 -0.01155 15 2 1 4 0 3595.170 26.32 20.05 23.70 14.41 3.9 882.26 900000 285 84 128 14 152 44 -344 67 -3 -221 -507 -125 -123 15 -30 34 254 -205 180 -219 83 74 -311 -455 114 -13 15 444 -112 1 -257 204 530 -365 278 -7 -46 -537 159 -64 -10 95 -38 191 -287 -90 -86 327 -376 52 406 -254 71 132 123 -191 -13 418 129 -225 -127 175 397 85 35 316 220 -11 67 257 210 -125 -189 3 -288 -168 32 -147 -232 76 -17 184 -122 365 -186 200 -214 218 37 63 -4 213 96 125 77 248 206 -353 -178 -223 -16 110 1 -187 140 -216 162 281 89 -32 -32 -120 118 -313 231 -15 -210 -3 -132 -207 -27 -314 208 -116 73 -83 189 51 -131 -220 -183 -6 -224 -14 -55 -225 -64 -37 -105 223 -64 -16 -154 -495 129 -49 146 -252 96 -104 -491 -104 596 -58 -227 259 4 39 -139 -359 -5 -147 145 112 206 -125 358 338 -38 -172 -13 -75 -70 -206 -349 204 138 -8 57 86 -165 -264 -160 -33 -57 410 18 -12 -152 25 -53 -350 -64 -196 -255 56 -98 13 152 -108 311 -2 73 341 70 185 50 281 -35 -190 -40 20 38 -301 -111 -140 -28 28 -1 14 -56 477 401 -30 266 306 -211 374 -466 256 22 46 199 48 1 410 86 -2 381 246 73 98 121 159 287 92 62 143 -88 -476 546 69 515 106 232 186 457 -293 -268 19 -357 -218 -433 -26 9 -25 13 92 176 -187 178 238 -342 136 496 122 -128 -159 -185 -95 82 39 -267 -238 -600 -121 -257 240 -528 -378 -289 -89 -299 -34 -37 197 32 85 195 225 -123 -257 421 9 135 79 -116 -12 43 5 -415 0 -84 -356 445 -372 128 -360 103 -115 -213 -56 171 -24 -31 -26 -281 69 -165 115 150 -74 -28 210 239 65 180 -109 228 233 126 -394 -67 208 164 253 100 145 -83 54 -118 -283 -20 -371 78 -540 -210 -197 179 199 95 229 -24 -356 -390 -56 -262 -272 -199 -162 -175 285 397 -85 -85 49 -288 -96 -28 -147 -147 383 -155 -218 -96 -266 54 -158 93 64 8 213 -249 21 -271 -83 -29 143 -87 436 213 62 -9 144 -14 -90 -27 92 266 -244 58 369 206 -23 -49 252 53 -159 212 28 602 -161 282 -6 -306 51 10 58 423 -135 73 224 -93 114 53 288 157 36 -163 -277 301 176 130 100 36 51 193 -74 198 -17 165 4 -137 -34 -20 91 50 -32 273 11 358 25 137 -82 -151 429 -43 -283 -36 -60 -275 83 100 111 190 -104 198 -53 -80 -56 -21 213 -235 -189 -62 -21 -184 91 40 -46 140 -145 -43 -296 162 -124 -93 -280 -212 -272 -109 -147 -33 166 -201 -236 117 -263 -6 -143 259 -148 120 -115 -245 -19 -146 -18 -153 -125 -110 -110 -96 -189 -271 114 109 -69 128 -90 231 163 193 124 293 207 -87 -16 69 -14 161 72 232 190 52 900000 215 66 97 10 113 33 -275 55 -3 -184 -422 -103 -101 13 -25 29 213 -172 152 -187 70 61 -245 -342 84 -10 12 378 -98 1 -224 168 400 -286 215 -6 -37 -464 136 -54 -8 81 -32 162 -248 -76 -71 264 -299 43 354 -224 62 116 107 -164 -11 351 108 -197 -116 163 369 79 32 305 205 -11 63 251 199 -116 -171 3 -235 -130 24 -113 -189 67 -16 174 -116 349 -182 200 -206 209 37 64 -4 209 96 126 76 245 202 -343 -168 -207 -15 103 1 -180 138 -213 165 272 85 -30 -31 -113 112 -296 229 -15 -203 -3 -127 -191 -25 -307 207 -117 73 -82 182 49 -122 -200 -174 -5 -209 -12 -50 -207 -59 -34 -96 203 -57 -15 -140 -448 120 -48 141 -240 88 -91 -424 -89 508 -51 -207 244 4 39 -138 -361 -5 -146 141 107 194 -119 351 336 -37 -160 -11 -63 -59 -170 -316 197 135 -7 52 77 -147 -239 -149 -32 -56 401 17 -11 -138 22 -47 -317 -58 -184 -241 52 -89 11 134 -97 295 -2 68 331 65 157 41 222 -28 -163 -37 19 36 -283 -103 -128 -25 25 -1 12 -47 400 340 -26 234 259 -167 272 -321 180 15 31 134 31 1 275 59 -1 285 208 65 94 121 162 285 86 53 120 -72 -408 470 65 500 104 228 180 421 -253 -222 15 -276 -175 -356 -23 8 -24 13 85 159 -167 157 217 -324 129 477 120 -126 -161 -179 -90 82 39 -260 -229 -573 -112 -235 219 -493 -361 -279 -82 -252 -27 -29 156 27 76 177 206 -114 -239 397 8 123 72 -106 -11 38 5 -371 0 -76 -326 419 -363 123 -340 95 -106 -203 -55 170 -24 -31 -25 -271 67 -161 111 145 -70 -26 194 221 62 176 -102 221 221 120 -359 -62 196 155 237 93 132 -78 49 -105 -248 -18 -332 70 -503 -198 -180 165 182 87 211 -23 -343 -383 -55 -262 -267 -189 -159 -168 275 372 -83 -83 48 -291 -97 -28 -148 -149 386 -157 -226 -100 -280 57 -161 96 67 8 233 -273 23 -292 -89 -31 149 -91 457 224 66 -9 150 -14 -94 -28 92 264 -245 59 373 212 -25 -52 278 60 -178 235 30 658 -175 299 -6 -324 53 10 62 453 -148 81 253 -108 132 60 343 186 43 -196 -338 365 213 157 122 44 63 235 -89 232 -20 188 5 -159 -40 -24 109 60 -39 324 12 420 29 162 -97 -179 509 -51 -342 -44 -74 -345 105 126 139 236 -130 246 -66 -100 -70 -26 267 -299 -240 -78 -27 -233 115 51 -59 177 -183 -57 -394 213 -164 -123 -374 -284 -362 -142 -187 -42 212 -262 -314 156 -326 -8 -178 327 -190 155 -147 -311 -23 -185 -22 -187 -154 -139 -134 -120 -238 -342 143 136 -85 156 -110 283 203 243 157 368 260 -109 -20 86 -17 204 90 289 232 63
SQ 20230117T173648.1Z 8417.733890 350 1 52.13 2 59.92 185.19 88.13 238.59 0.00 1 0.00 1 0 33 1.509e-03 1.463e-03 1.344e-03 1.282e-03 1.741446e+03 2.531203e+02 1.023361e+02 3.107033e+02 2.915839e+02 276.53 -2.00 20.00 -2.00 446.65 0.00e+00 1.960216e-04 1.428489e-04 2.894456e-06 1.295025e-05 1.629418e-04 276.53 -2.00 20.00 -2.00 456.32 0.00e+00 4.649809e-04 1.155395e-05 3.075015e-06 1.129117e-05 1.353511e-05 227.71 -2.00 2.14 -2.00 437.19 0.00e+00 1.040941e+06 1.818801e+05 4.144772e+03 1.936920e+05 2.144640e+05 258.49 -2.00 11.13 -2.00 459.01 0.00e+00 1.959445e-01 3.385321e-02 2.390359e-03 7.335481e-03 4.691555e-02 223.98 -2.00 3.47 -2.00 455.72 0.00e+00 -1.057139e-05 4.391398e-06 3.531996e-07 9.730688e-07 5.704263e-06 276.53 -2.00 20.00 -2.00 456.89 0.00e+00 1.987 0.000 397.00 473.00 4 7.8180e+00 1.4071e-03 5.0147e-03 3.3038e-04 1.5296e-03 6.3391e-02 1.6174e-03 1.0482e-03 2.0065e-04 1.8592e-03 -4.3085e-03 9.5180e-04 1.4182e-04 8.3108e-05 1.0767e-03 -3.6097e-03 3.2215e-04 2.1507e-05 2.0925e-05 3.6759e-04 -2.9729e-04 1.6595e-04 1.3653e-05 1.1626e-05 1.8423e-04 4.8245e-04 5.8745e-03 9.2586e-04 1.8096e-05 3.8231e-05 8.9819e-04 -1.0967e-04 1.3263e-05 3.5596e-07 2.7932e-07 1.4779e-05 3.1806e-05 1.7535e-05 4.8742e-07 3.4980e-07 2.0134e-05 -9.4528e-03 1.6860e-05 8.8438e-01 1.2017e-01 9.9574e-04 1.8854e-03 1.2684e-01 11 8 0 10 0 0 99.96 23.68 1.75 -0.00945 -0.01457 50 8 1 4 0 1042.400 26.32 19.83 23.68 14.18 3.9 882.10 900000 -196 -186 -394 -244 190 -182 -133 -154 -54 -87 74 150 112 -129 -163 46 215 -112 -32 101 -172 -124 -283 -3 -156 122 319 7 36 -15 -175 288 110 54 -119 4 -71 65 229 149 -18 226 102 -156 17 92 194 -158 -4 149 84 132 169 189 204 299 -235 79 -255 95 186 79 277 335 -8 27 121 173 35 266 425 -140 23 -57 -287 -299 16 -77 -119 52 -235 14 166 130 40 -56 53 80 131 29 68 297 -114 50 152 -40 117 -249 -69 -145 -129 -211 -165 96 159 137 -186 83 -197 -47 46 -174 -178 -6 -35 -141 -291 -203 -105 -145 -281 -268 197 36 -155 -187 -23 -131 114 -21 -98 -151 -468 -211 103 -174 -176 -29 -34 43 38 -165 -148 -258 -93 7 215 75 13 12 -256 -79 -120 -130 7 122 -121 138 267 -36 40 -14 54 -23 228 319 177 27 44 9 -156 -133 47 -90 -225 -164 349 -49 -97 78 -140 5 -89 127 123 134 176 125 119 12 -61 -65 -4 67 -202 -115 -87 87 22 -10 82 110 204 6 -84 -162 28 181 -12 44 -120 -84 188 -46 59 43 119 -174 -66 242 12 181 -1 -55 52 282 219 43 379 76 179 10 -78 -114 -231 -211 15 64 465 314 251 119 10 62 410 42 52 -85 -15 -177 112 -155 0 129 354 -30 94 -216 -277 265 0 -5 -10 -124 112 -54 -64 -127 -87 45 146 -195 -71 129 128 -42 -155 -43 17 -34 -205 -130 18 -178 -83 -22 -194 -79 34 143 -88 -237 69 -33 -55 303 -238 -129 -22 118 26 -120 62 -113 298 315 -180 87 276 -44 51 -24 -241 -114 190 -355 -70 -46 -92 -272 192 -168 130 -61 -14 -146 244 -152 58 46 -8 91 -37 -228 315 54 138 39 -67 56 -8 -48 -78 99 -74 -30 83 19 84 131 -146 -69 -55 191 -98 -71 -160 -262 -6 -45 -214 -9 -154 -219 49 -119 -36 127 -210 -168 -157 -76 -5 -196 -60 -86 87 -223 -303 96 55 -114 140 -296 -247 40 -71 -240 -54 -146 185 -65 120 228 -26 -88 96 -101 -20 -88 155 337 -102 -171 -136 64 261 -138 192 86 247 240 393 -19 -8 -1 127 130 34 110 360 73 53 -46 122 -139 48 -57 127 -32 -26 69 161 142 41 -48 112 137 -69 50 68 93 295 226 -120 116 221 112 178 -30 38 204 -98 14 -109 -83 -69 25 223 -18 137 215 172 -182 70 168 -35 -8 -146 -44 133 60 -49 -119 13 -6 12 -69 72 -23 76 29 -221 -173 -47 -184 -66 -27 -81 -44 -80 -112 -4 -81 258 -70 72 128 -136 6 -216 43 -101 -198 -76 -164 -218 -8 -271 -85 -88 -138 -2 -115 -75 -188 -201 -178 27 66 -88 -170 -38 106 -28 104 18 -140 40 -73 141 -39 142 137 135 4 60 230 97 159 61 232 8 167 163 900000 -158 -147 -300 -182 140 -138 -106 -126 -44 -72 61 123 92 -106 -135 38 179 -93 -27 86 -145 -102 -222 -2 -114 93 258 6 31 -13 -152 235 89 42 -92 3 -58 56 195 124 -15 190 85 -133 14 77 158 -127 -3 121 73 116 146 165 176 255 -201 66 -214 82 168 73 256 307 -8 26 119 172 34 258 400 -129 21 -49 -233 -229 12 -59 -97 46 -217 13 156 124 39 -56 54 82 132 29 67 291 -114 50 150 -39 115 -240 -65 -133 -118 -197 -161 98 156 134 -188 80 -186 -44 44 -175 -180 -6 -34 -137 -281 -193 -101 -143 -264 -260 195 36 -154 -182 -22 -125 112 -20 -93 -140 -435 -200 100 -159 -160 -26 -31 39 34 -147 -133 -231 -87 7 205 71 12 10 -234 -71 -109 -115 7 114 -117 135 262 -35 40 -14 52 -22 213 300 173 27 43 8 -130 -110 39 -74 -202 -157 337 -46 -88 69 -123 4 -82 118 118 130 168 117 107 10 -54 -58 -3 62 -189 -106 -78 77 19 -9 77 109 201 6 -77 -137 23 141 -10 37 -108 -77 175 -42 54 39 107 -156 -58 201 10 150 -1 -47 45 236 170 31 274 53 123 7 -52 -79 -156 -140 10 43 343 261 219 113 10 62 402 39 47 -70 -12 -150 96 -144 0 125 342 -28 86 -183 -227 201 0 -4 -8 -108 102 -51 -61 -116 -77 39 126 -176 -66 121 122 -41 -151 -43 17 -34 -203 -127 17 -169 -78 -20 -175 -72 31 133 -83 -215 57 -26 -42 235 -199 -113 -20 107 23 -110 58 -107 284 299 -172 80 244 -38 45 -21 -218 -102 176 -341 -67 -42 -84 -247 179 -163 128 -59 -14 -138 231 -146 55 44 -7 85 -33 -208 287 50 133 38 -64 52 -8 -45 -75 91 -69 -28 77 18 76 117 -127 -60 -48 167 -87 -64 -148 -249 -5 -43 -204 -8 -150 -207 47 -116 -35 121 -208 -161 -148 -72 -5 -199 -61 -86 86 -220 -298 95 54 -113 139 -300 -253 41 -74 -253 -58 -158 200 -70 128 242 -28 -92 98 -103 -21 -91 160 348 -105 -175 -143 65 258 -135 186 85 244 237 395 -20 -8 -1 140 142 37 119 385 78 55 -47 126 -144 54 -63 142 -36 -30 77 181 171 49 -56 130 159 -81 59 80 110 349 268 -145 141 264 131 204 -34 42 227 -111 16 -127 -98 -82 29 278 -22 169 266 212 -225 86 209 -43 -10 -185 -57 174 78 -65 -156 17 -8 16 -90 94 -30 99 38 -293 -229 -63 -245 -87 -36 -108 -58 -105 -147 -5 -105 331 -90 93 167 -177 8 -273 53 -125 -246 -97 -213 -284 -10 -350 -111 -116 -185 -3 -154 -98 -242 -248 -214 32 79 -109 -215 -49 138 -37 137 23 -180 51 -92 180 -47 173 168 166 5 72 278 118 194 75 284 10 199 190
SQ 20230117T174232.0Z 8417.737870 353 1 27.90 2 60.03 186.73 89.06 239.47 0.00 1 0.00 1 0 33 5.453e-04 5.476e-04 1.976e-04 1.897e-04 1.295982e+03 3.675286e+01 7.715656e+01 3.107158e+02 1.053824e+02 276.53 -2.00 20.00 -2.00 446.69 0.00e+00 -1.339643e-04 2.111426e-05 2.405234e-06 1.299200e-05 5.865723e-05 276.53 -2.00 20.00 -2.00 456.10 0.00e+00 4.288876e-04 1.698096e-06 2.879216e-06 1.128991e-05 4.889232e-06 227.73 -2.00 2.14 -2.00 437.33 0.00e+00 8.751002e+05 2.649849e+04 3.874175e+03 1.937440e+05 7.749437e+04 258.49 -2.00 11.13 -2.00 458.74 0.00e+00 2.292840e-01 5.055623e-03 1.856152e-03 7.505303e-03 1.693747e-02 223.98 -2.00 3.47 -2.00 455.47 0.00e+00 -1.056793e-05 6.455258e-07 2.842316e-07 9.730614e-07 2.060981e-06 276.53 -2.00 20.00 -2.00 456.59 0.00e+00 1.993 0.000 397.00 473.00 4 3.8809e+00 2.0507e-04 5.0316e-03 3.3270e-04 5.5227e-04 1.3740e-02 2.4190e-04 1.0511e-03 2.0317e-04 6.7658e-04 4.3485e-03 1.3901e-04 1.4040e-04 8.3432e-05 3.8481e-04 -2.8528e-03 4.7728e-05 2.0218e-05 2.1024e-05 1.3273e-04 -9.5223e-04 2.4581e-05 1.1806e-05 1.1792e-05 6.6544e-05 2.4927e-02 4.5243e-03 1.2995e-04 1.4284e-05 3.4475e-05 3.1662e-04 -1.1405e-04 1.9147e-06 2.8586e-07 2.8964e-07 5.3399e-06 1.8421e-05 2.5810e-06 3.8811e-07 3.7053e-07 7.2745e-06 -8.0805e-03 3.4103e-07 4.3879e-01 1.7567e-02 8.2577e-04 1.8440e-03 4.5945e-02 10 0 0 10 0 0 99.76 23.69 1.59 -0.00808 -0.01215 512 77 1 4 0 54.480 26.32 20.02 23.69 14.50 4.0 885.84 900000 -110 -77 -170 -130 -88 -95 -114 -55 -32 -49 -37 -78 -52 -28 -78 -48 9 -43 -12 14 -14 -19 21 -94 -20 9 39 41 83 83 135 84 -21 -40 31 -7 -3 27 83 47 70 41 19 43 81 53 2 99 17 32 140 116 62 77 87 61 16 33 55 36 66 48 111 113 62 103 110 95 99 70 34 39 45 -1 -62 -48 -1 -58 -42 7 62 35 26 36 -15 30 18 -11 20 7 51 -6 39 39 -26 -1 8 -45 -22 -62 -11 -31 -29 2 18 43 -5 -33 -24 -47 -24 -85 -3 -8 -25 -101 -81 -20 -61 -97 -20 -80 -112 -96 -105 -55 -49 -71 -53 -130 -10 -33 -116 -108 -29 -89 -73 -97 -29 -51 -93 -35 -19 -75 -35 -1 -2 -70 -25 -25 -74 -80 -25 -64 -81 5 -62 -40 -46 -84 19 -56 -35 -16 35 14 9 55 78 55 5 15 15 35 -22 13 120 54 23 11 30 38 9 25 17 30 70 51 21 25 24 60 12 19 74 -22 -4 8 96 1 49 25 45 72 3 77 -4 62 -10 36 52 68 1 66 42 14 -1 25 75 44 -14 51 52 -23 41 -9 -20 18 4 -24 35 13 -23 -66 -105 -66 -27 -58 19 62 136 68 52 111 4 -25 -62 3 1 -46 106 7 71 24 44 20 82 4 -32 65 -1 47 -29 -23 5 -4 20 -11 -19 -20 23 -21 -2 19 -45 -11 -32 -23 -25 19 -27 10 -19 -27 9 -41 20 -3 6 -25 -17 -38 -61 -7 31 24 -44 35 59 42 8 -33 57 31 13 -3 7 10 5 -11 -40 -19 -70 -50 -21 -99 -47 -60 11 -2 -13 -53 17 -71 -3 -26 3 25 50 7 -25 14 -8 -7 30 1 -25 -4 59 47 54 -16 -24 11 39 35 0 -7 21 -37 -27 -20 -71 -35 -80 -117 -83 -99 -88 -72 -68 -85 -68 -59 -81 -51 -60 -42 -75 -43 -34 -15 -5 -57 -38 -50 -29 -22 -56 -35 -38 -17 -13 -50 -77 -38 -22 -53 -18 -44 -8 -32 8 -20 14 -1 -10 8 -15 32 22 33 2 35 29 33 35 -4 31 13 39 54 75 75 13 29 27 80 27 31 85 33 80 77 99 92 42 79 112 69 59 79 40 89 82 79 57 99 24 23 66 82 97 96 46 70 50 37 50 48 47 51 14 77 8 -37 -28 13 8 -13 15 -37 15 -35 1 14 40 9 5 19 11 11 21 26 1 35 -7 -4 -1 -5 -40 -18 -28 -6 -55 -13 -38 -18 -31 -10 -9 -61 -27 -75 -36 -56 -30 -77 -92 -100 -91 -64 -70 -89 -72 -62 -57 -64 -106 -66 -86 -113 -54 -75 -69 -61 -97 -75 -63 -14 -76 -59 -35 -9 -25 8 10 -9 30 -8 22 9 45 68 62 73 86 98 85 98 100 86 114 132 108 900000 -86 -59 -126 -99 -66 -73 -88 -44 -25 -40 -29 -62 -42 -23 -63 -39 7 -35 -10 12 -12 -15 17 -72 -15 7 32 34 71 71 115 71 -17 -31 24 -5 -3 23 70 41 59 33 15 35 67 43 2 80 13 26 118 98 52 65 73 51 13 28 47 30 58 44 100 101 57 97 102 88 92 63 31 35 40 -1 -51 -38 -1 -45 -35 6 56 32 24 34 -15 28 17 -11 19 6 47 -5 37 37 -24 -1 7 -42 -20 -56 -10 -29 -27 2 18 43 -4 -32 -23 -44 -22 -81 -3 -7 -24 -93 -74 -19 -55 -90 -19 -79 -113 -93 -101 -54 -48 -69 -50 -119 -9 -30 -107 -98 -27 -83 -67 -90 -27 -48 -85 -32 -17 -69 -33 -1 -2 -68 -23 -23 -65 -69 -22 -58 -75 4 -59 -38 -45 -82 19 -54 -33 -15 33 13 9 54 75 50 4 12 13 29 -20 12 115 51 21 10 27 35 8 23 16 29 66 48 19 22 22 54 11 18 69 -20 -4 7 87 1 46 23 43 70 3 68 -4 50 -8 32 47 63 1 61 39 13 -1 22 65 39 -12 45 46 -20 36 -7 -16 14 3 -17 25 9 -17 -48 -77 -48 -20 -43 15 52 124 67 51 112 4 -24 -56 3 1 -39 94 7 68 23 43 19 78 3 -27 53 0 39 -26 -21 4 -3 19 -11 -18 -18 21 -19 -2 18 -43 -11 -32 -23 -25 19 -27 10 -18 -26 9 -38 19 -2 6 -24 -16 -34 -53 -6 26 21 -39 32 54 38 7 -31 54 30 13 -3 6 9 5 -10 -35 -16 -64 -47 -20 -98 -47 -58 10 -2 -12 -52 17 -69 -3 -25 3 24 49 6 -24 14 -8 -7 29 1 -24 -4 56 44 51 -15 -24 11 38 35 0 -7 19 -34 -25 -18 -65 -32 -75 -108 -78 -95 -85 -70 -66 -83 -67 -60 -80 -51 -61 -42 -76 -42 -33 -14 -5 -58 -38 -52 -29 -22 -56 -35 -38 -17 -14 -52 -80 -40 -23 -55 -19 -47 -8 -34 9 -22 15 -2 -10 9 -16 33 23 35 2 37 31 34 36 -4 32 13 40 56 79 78 14 31 30 89 30 34 92 37 87 83 107 100 45 86 124 77 67 92 48 105 96 90 65 114 28 26 77 96 114 112 55 84 59 45 59 56 53 58 16 92 9 -45 -34 16 10 -16 17 -44 18 -42 1 16 48 11 6 23 14 14 26 32 1 43 -9 -5 -1 -7 -50 -24 -36 -8 -70 -16 -48 -23 -41 -13 -11 -78 -34 -94 -45 -70 -38 -97 -117 -126 -112 -77 -84 -108 -89 -78 -72 -80 -133 -84 -111 -147 -69 -98 -89 -76 -117 -91 -76 -17 -92 -73 -44 -12 -32 10 13 -11 38 -10 27 11 56 84 77 89 106 120 105 121 125 107 140 159 133
SQ 20230117T174259.9Z 8417.738193 353 2 27.90 2 60.04 186.86 89.13 239.54 0.00 1 0.00 1 0 33 5.469e-04 5.470e-04 2.176e-04 2.089e-04 1.280084e+03 4.032807e+01 7.846205e+01 3.107180e+02 1.056905e+02 276.53 -2.00 20.00 -2.00 446.70 0.00e+00 -1.810929e-04 2.322963e-05 2.356132e-06 1.312847e-05 5.883808e-05 276.53 -2.00 20.00 -2.00 456.08 0.00e+00 4.373194e-04 1.872181e-06 2.935502e-06 1.129141e-05 4.903795e-06 227.73 -2.00 2.14 -2.00 437.27 0.00e+00 8.661616e+05 2.915429e+04 4.122533e+03 1.937342e+05 7.772663e+04 258.49 -2.00 11.13 -2.00 458.78 0.00e+00 2.230229e-01 5.597798e-03 1.812331e-03 7.515961e-03 1.698867e-02 223.98 -2.00 3.47 -2.00 455.45 0.00e+00 -9.678189e-06 7.144825e-07 2.796957e-07 9.742632e-07 2.067028e-06 276.53 -2.00 20.00 -2.00 456.57 0.00e+00 1.994 0.000 397.00 473.00 4 4.0396e+00 2.2614e-04 5.0332e-03 3.3327e-04 5.5388e-04 2.0284e-02 2.6581e-04 1.0514e-03 2.0551e-04 6.7784e-04 4.4650e-03 1.5308e-04 1.4023e-04 8.4655e-05 3.8621e-04 -2.8258e-03 5.2501e-05 2.0162e-05 2.1181e-05 1.3312e-04 -8.8126e-04 2.7056e-05 1.1712e-05 1.1780e-05 6.6743e-05 2.1223e-02 5.7022e-03 1.4421e-04 1.4233e-05 3.5140e-05 3.1808e-04 -1.0220e-04 2.1085e-06 2.8052e-07 2.8468e-07 5.3557e-06 3.2469e-05 2.8431e-06 3.8079e-07 3.6594e-07 7.2961e-06 -7.4025e-03 -1.0634e-05 4.3572e-01 1.9368e-02 8.3428e-04 1.8444e-03 4.6080e-02 10 0 0 10 0 0 99.92 23.69 1.59 -0.00740 -0.01241 512 77 1 4 0 54.480 26.32 20.02 23.69 14.54 4.0 885.84 900000 -102 -75 -194 -155 -153 -114 -105 -74 -48 -55 -44 -50 -47 11 -65 -39 49 16 -14 48 -13 -40 -10 -77 20 -22 64 60 58 99 150 47 -33 -21 26 -37 4 74 78 79 61 49 -15 105 92 20 5 64 48 -8 82 94 22 82 71 46 8 44 36 30 64 98 113 135 92 57 123 113 123 67 56 84 44 9 -55 -53 -19 -61 -20 1 62 19 26 65 -63 16 -19 -13 -5 16 49 -10 -7 3 -13 -2 48 -58 -11 -83 -22 -60 -22 -6 -15 57 -41 -43 -2 -46 -24 -32 11 -25 -74 -52 -88 -67 -40 -67 -65 -51 -106 -74 -100 -100 -85 -115 -56 -135 11 -54 -71 -98 -58 -49 -67 -54 -40 -63 -85 -13 -5 -95 -45 -1 28 -15 -20 -40 -21 -91 -17 -19 5 -2 -44 -28 -31 -66 4 -56 -54 18 -1 37 10 30 68 39 4 39 19 33 -48 17 87 37 14 9 2 33 2 31 9 52 62 44 1 37 84 12 -7 43 36 -7 -7 11 56 0 37 55 56 109 -31 56 -4 55 -21 48 32 20 -6 72 37 15 24 54 26 2 36 61 41 14 -12 -3 2 65 39 27 -48 -31 20 -82 -78 -88 -11 -80 29 86 125 100 55 43 4 -2 -49 4 21 -64 71 17 54 48 40 11 81 44 -7 71 22 40 -16 -11 11 14 1 -55 27 18 69 -51 2 22 28 -24 -25 -34 -2 -1 -4 -8 -7 -59 11 -41 -25 -22 10 -57 -10 -36 -18 6 11 49 -55 49 34 10 -43 -8 44 34 -20 -74 3 39 13 -41 -28 -43 -87 -58 -19 -57 -81 -49 -56 19 -13 -64 7 -17 14 7 -29 0 44 35 -20 60 5 -6 30 15 -44 -10 11 31 2 -3 55 -4 64 16 -24 -9 -14 -25 -12 -29 -70 -54 -46 -105 -84 -103 -56 -88 -49 -78 -86 -110 -59 -68 -58 -12 -90 -28 -39 -24 -37 -43 -16 -11 -2 -30 -88 -67 -39 2 -24 -18 -40 -13 -1 -73 -59 -27 -23 17 -5 26 -12 1 -7 -7 -2 35 5 8 5 8 49 5 23 49 20 45 35 42 42 28 18 31 41 61 10 37 53 69 65 51 126 100 80 63 110 87 47 75 55 109 55 58 63 90 53 26 93 89 76 79 29 42 62 25 64 47 48 1 7 12 50 36 16 -8 2 -15 -10 -44 29 -31 5 -6 21 6 35 14 21 48 20 36 20 -7 6 -8 1 -6 -28 -46 -32 -35 -37 -55 -36 -13 -28 -24 -23 -48 -30 -42 -38 -33 -44 -71 -39 -71 -93 -69 -89 -89 -57 -72 -59 -83 -82 -65 -103 -93 -86 -91 -60 -68 -68 -126 -47 -28 -85 -41 -27 7 -4 -3 -27 -3 -9 10 21 27 32 40 79 60 91 87 98 141 116 96 89 106 86 900000 -79 -57 -142 -118 -115 -88 -81 -59 -38 -44 -36 -40 -38 9 -53 -32 40 13 -11 40 -11 -32 -8 -59 15 -18 53 50 49 85 127 40 -26 -17 20 -29 4 62 69 68 51 40 -12 86 76 17 4 53 38 -6 69 80 19 70 60 38 7 37 31 25 57 88 102 120 84 53 113 104 113 64 51 75 39 8 -45 -42 -15 -47 -17 1 56 17 24 60 -60 15 -18 -12 -5 15 48 -10 -7 3 -12 -2 46 -55 -11 -75 -20 -55 -21 -5 -15 56 -38 -41 -2 -43 -23 -31 11 -23 -68 -48 -84 -63 -38 -63 -62 -50 -106 -75 -101 -98 -83 -111 -53 -123 10 -49 -66 -88 -53 -45 -62 -50 -37 -58 -77 -11 -4 -87 -43 -1 28 -14 -18 -35 -19 -82 -16 -17 4 -2 -41 -27 -30 -64 4 -54 -51 17 -1 36 10 29 64 37 3 32 16 29 -45 16 82 34 13 8 2 31 2 28 8 49 58 41 1 34 77 11 -6 40 33 -6 -7 10 50 0 34 54 54 104 -28 49 -3 44 -18 42 28 18 -5 66 34 13 22 48 23 2 31 53 36 12 -11 -3 1 51 29 19 -34 -22 15 -59 -57 -63 -8 -59 22 76 117 97 54 43 4 -2 -44 3 18 -54 65 16 53 48 40 11 76 41 -6 57 18 34 -14 -10 10 13 1 -52 25 16 62 -48 2 21 26 -23 -24 -34 -2 -1 -4 -8 -6 -55 10 -39 -24 -20 9 -53 -9 -33 -16 5 9 42 -48 45 32 9 -41 -7 41 32 -19 -70 3 37 12 -38 -26 -39 -79 -55 -19 -56 -78 -47 -54 18 -13 -64 7 -17 14 7 -28 0 43 34 -20 57 4 -6 28 15 -43 -9 11 30 2 -3 53 -3 62 15 -23 -9 -14 -22 -11 -26 -63 -49 -42 -99 -81 -101 -53 -86 -48 -74 -83 -109 -59 -70 -59 -12 -88 -28 -38 -24 -36 -43 -16 -11 -2 -30 -89 -68 -38 2 -24 -18 -41 -14 -1 -77 -63 -29 -25 18 -5 28 -12 1 -7 -7 -2 37 5 8 5 9 50 5 23 49 20 45 36 42 43 30 19 34 46 68 11 41 58 75 69 54 139 111 89 71 124 95 53 85 64 127 63 68 74 105 62 32 111 106 90 95 35 52 75 29 73 54 56 1 9 14 59 43 19 -9 3 -18 -12 -53 35 -38 6 -7 26 7 44 17 26 60 25 45 25 -9 7 -9 1 -8 -35 -57 -41 -44 -47 -69 -45 -17 -36 -30 -29 -60 -38 -53 -48 -42 -56 -92 -51 -91 -117 -85 -109 -110 -73 -92 -73 -102 -106 -80 -130 -120 -111 -117 -76 -84 -84 -152 -56 -34 -105 -49 -33 9 -5 -3 -34 -3 -11 13 26 34 41 50 100 76 113 109 123 177 147 122 110 130 103
SQ 20230117T192037.2Z 8417.805986 412 1 51.62 2 66.30 211.49 105.97 253.40 0.00 1 0.00 1 0 33 2.225e-03 2.092e-03 1.605e-03 1.530e-03 1.823149e+03 2.968464e+02 1.175619e+02 3.106408e+02 4.298196e+02 276.53 -2.00 20.00 -2.00 446.85 0.00e+00 -3.413239e-04 1.697187e-04 3.818578e-06 1.309316e-05 2.391642e-04 276.53 -2.00 20.00 -2.00 456.30 0.00e+00 7.486599e-04 1.382958e-05 5.073319e-06 1.130476e-05 1.999392e-05 228.06 -2.00 2.14 -2.00 437.24 0.00e+00 1.026014e+06 2.152314e+05 8.201916e+03 1.936340e+05 3.154444e+05 258.49 -2.00 11.13 -2.00 459.18 0.00e+00 3.169658e-01 4.064263e-02 2.420099e-03 7.416177e-03 6.913128e-02 223.98 -2.00 3.47 -2.00 455.66 0.00e+00 -1.395119e-05 5.240814e-06 3.556234e-07 9.738226e-07 8.410106e-06 276.53 -2.00 20.00 -2.00 456.80 0.00e+00 2.470 0.000 397.00 473.00 4 8.0510e+00 1.6804e-03 6.2368e-03 3.3050e-04 2.2524e-03 7.8582e-02 1.9287e-03 1.3024e-03 2.0397e-04 2.7370e-03 -2.7660e-03 1.1262e-03 1.7362e-04 8.4883e-05 1.5799e-03 -1.9473e-03 3.8336e-04 2.6220e-05 2.1107e-05 5.4086e-04 -1.3938e-04 1.9699e-04 1.5336e-05 1.1596e-05 2.6865e-04 3.3872e-04 6.9889e-04 1.1012e-03 2.1944e-05 3.9711e-05 1.3241e-03 -1.1508e-04 1.5627e-05 3.6805e-07 2.7920e-07 2.1789e-05 5.3830e-06 2.0790e-05 5.0427e-07 3.5020e-07 2.9534e-05 -7.8368e-03 5.3482e-06 6.5836e-01 1.4319e-01 1.2490e-03 1.9713e-03 1.8714e-01 12 8 8 10 0 0 99.86 23.86 1.57 -0.00784 -0.01082 16 2 1 4 0 3226.140 26.41 20.05 23.86 15.59 3.9 891.33 -215 38 -372 -278 -68 270 -329 193 -496 25 91 -124 -264 -362 136 -310 -492 252 -62 -87 -157 365 -373 183 -195 183 -67 -112 129 125 747 3 84 559 -156 120 -198 99 -39 321 -86 293 14 14 389 -55 130 -156 359 219 272 250 24 62 -197 438 151 -72 222 300 -111 165 123 -10 375 143 1 15 190 62 326 316 -125 136 -195 -159 -231 256 -486 -141 12 2 243 -80 94 -264 -19 -117 -155 460 -188 45 -178 17 -301 -125 -130 201 -2 119 162 -21 -266 -169 -89 227 123 85 -75 -102 -61 -101 -183 -400 155 -73 127 -235 -73 -203 -228 -16 -273 259 -427 4 -174 -142 -41 -41 -196 -467 -548 129 -101 -256 -35 -155 209 -80 -188 -189 -152 215 -175 -63 -181 411 -181 -70 -191 -548 -108 1682 -257 -180 -176 -299 61 225 104 -205 -281 140 -154 62 80 384 250 -58 -199 -153 174 -231 -19 38 277 295 -65 -169 -302 383 -232 126 54 -277 169 206 172 -371 169 -34 138 -170 -99 -50 -204 127 387 498 304 215 310 325 114 -328 -94 -165 -64 -180 32 -24 76 130 -135 332 -117 251 188 -147 307 -113 77 -86 309 -437 196 84 277 104 -47 -76 -379 -66 -310 122 163 69 286 -121 490 -161 424 27 98 420 -28 227 343 97 56 96 -183 451 57 265 -4 -106 59 -219 638 -128 -176 237 124 155 -213 108 -425 443 -156 -56 -67 -52 414 152 116 -94 -342 -345 -59 -3 -50 249 -195 -77 -385 -212 -7 122 1 -85 8 -609 -135 -16 -290 -453 101 -92 8 21 -55 237 -330 305 86 51 228 -116 -88 -471 145 -509 -160 82 -76 -113 -160 104 -534 12 -292 200 -184 34 -237 54 124 26 147 191 412 63 -110 83 -214 26 -199 -246 259 23 -182 -197 507 136 -108 24 251 -180 -334 -300 -150 47 -309 171 -218 -63 -296 240 263 -320 110 -62 -200 -217 -124 -186 274 -139 -3 171 -266 9 -250 139 421 -150 161 -278 242 -258 -56 -87 -329 199 -111 -122 53 -48 -55 244 -19 5 338 9 -37 70 128 -64 294 -190 176 -121 -127 -63 -141 -70 -79 152 -132 -1 280 -111 177 -312 313 27 237 -16 -18 209 52 -36 -165 -6 183 49 -18 41 -29 133 242 186 194 -112 295 166 173 75 90 110 -208 436 -53 33 237 156 -40 171 33 102 130 -48 40 -114 -150 54 18 160 -159 180 -201 13 36 -265 179 -245 -65 -55 99 -94 -94 -111 245 36 32 115 -77 150 -253 221 -44 -96 94 67 -53 -93 89 272 -174 30 -189 69 -187 296 -138 -207 -33 -41 -129 -209 -134 -146 -207 -57 -66 -29 -75 -320 233 -51 -143 -189 -264 25 -14 -152 41 -234 -74 -196 120 -224 243 88 60 -164 -137 116 -201 100 148 226 14 -34 72 0 267 52 78 166 97 135 -4 203 -166 28 -274 -209 -50 198 -248 152 -405 20 75 -102 -215 -298 112 -256 -415 209 -52 -73 -133 306 -305 143 -145 134 -51 -91 109 108 648 2 69 418 -121 92 -148 80 -33 272 -72 237 11 12 329 -44 109 -128 288 172 220 218 21 54 -173 379 129 -62 186 251 -96 149 114 -9 344 133 1 14 177 58 317 298 -115 122 -169 -129 -178 192 -372 -114 11 1 228 -76 90 -258 -19 -112 -149 434 -190 45 -176 17 -304 -124 -129 197 -2 111 149 -20 -249 -166 -85 224 121 80 -73 -97 -57 -98 -172 -381 146 -67 116 -228 -70 -197 -211 -15 -267 258 -431 4 -171 -138 -39 -38 -178 -417 -480 120 -90 -234 -32 -143 191 -74 -172 -170 -137 194 -158 -59 -177 396 -172 -64 -168 -474 -92 1419 -228 -164 -166 -293 60 223 104 -207 -281 136 -148 59 76 377 249 -57 -186 -128 136 -182 -16 35 268 288 -62 -155 -273 341 -210 117 51 -270 166 199 163 -340 149 -31 125 -156 -94 -48 -191 116 345 442 275 206 291 306 105 -306 -81 -136 -51 -144 28 -22 71 115 -120 308 -108 229 171 -130 259 -95 65 -74 271 -391 168 67 203 72 -31 -50 -258 -45 -206 78 103 44 195 -92 416 -144 408 27 101 421 -27 195 289 80 45 84 -173 442 57 262 -4 -99 51 -183 492 -100 -143 196 111 144 -207 104 -398 401 -139 -49 -62 -50 395 148 114 -94 -330 -337 -57 -2 -47 243 -190 -74 -362 -196 -7 114 1 -79 8 -519 -108 -13 -233 -390 91 -84 7 19 -52 213 -303 280 79 47 204 -106 -79 -427 130 -446 -148 79 -75 -110 -153 97 -501 11 -293 201 -185 34 -231 53 123 26 145 188 396 59 -103 78 -206 24 -188 -229 235 21 -167 -184 481 129 -102 22 231 -161 -307 -269 -133 42 -279 156 -193 -57 -275 224 244 -298 103 -59 -195 -215 -124 -187 269 -133 -3 166 -245 9 -246 137 410 -145 154 -267 231 -250 -55 -85 -326 198 -111 -124 54 -50 -58 257 -20 5 371 9 -40 75 135 -68 313 -204 188 -130 -134 -65 -140 -72 -79 153 -134 -1 286 -116 189 -343 351 31 270 -18 -20 233 57 -38 -176 -7 195 53 -20 45 -32 150 277 218 228 -129 335 187 209 86 104 135 -257 535 -66 42 298 193 -48 203 39 118 151 -56 47 -139 -185 66 22 193 -191 215 -242 15 43 -319 216 -296 -79 -68 123 -119 -121 -142 310 46 41 146 -97 189 -322 281 -56 -123 121 86 -68 -120 114 349 -222 39 -241 87 -235 368 -173 -260 -42 -52 -162 -275 -173 -188 -270 -71 -84 -37 -95 -405 295 -66 -187 -250 -346 32 -18 -196 52 -292 -93 -235 148 -283 309 112 77 -208 -172 143 -248 125 187 289 18 -44 91 0 338 66 100 214 125 170 -5 247
SQ 20230117T192609.4Z 8417.809831 415 1 52.07 2 66.87 212.76 106.97 254.15 0.00 1 0.00 1 0 33 7.385e-04 7.123e-04 4.332e-04 4.135e-04 1.534677e+03 8.041535e+01 9.997016e+01 3.107088e+02 1.426716e+02 276.53 -2.00 20.00 -2.00 446.86 0.00e+00 -1.730561e-04 4.613630e-05 3.025586e-06 1.317342e-05 7.922977e-05 276.53 -2.00 20.00 -2.00 456.26 0.00e+00 6.131962e-04 3.716002e-06 4.136831e-06 1.130339e-05 6.630024e-06 228.07 -2.00 2.14 -2.00 437.56 0.00e+00 1.182883e+06 5.764650e+04 6.695505e+03 1.937241e+05 1.047111e+05 258.49 -2.00 11.13 -2.00 458.93 0.00e+00 2.875459e-01 1.095954e-02 2.055767e-03 7.475053e-03 2.293334e-02 223.98 -2.00 3.47 -2.00 455.63 0.00e+00 -1.110770e-05 1.402190e-06 3.411273e-07 9.737111e-07 2.790998e-06 276.53 -2.00 20.00 -2.00 456.72 0.00e+00 2.526 0.000 397.00 473.00 4 5.8073e+00 4.4937e-04 6.3779e-03 3.3267e-04 7.4610e-04 4.7873e-02 5.2749e-04 1.3319e-03 2.0561e-04 9.1238e-04 4.2397e-03 3.0400e-04 1.7707e-04 8.5141e-05 5.2017e-04 -2.9395e-03 1.0451e-04 2.6484e-05 2.1358e-05 1.7978e-04 -8.5418e-04 5.3437e-05 1.6015e-05 1.1756e-05 8.9132e-05 3.1326e-03 7.4155e-03 2.8857e-04 1.9341e-05 3.6356e-05 4.2877e-04 -7.8576e-05 4.1751e-06 3.4468e-07 2.8818e-07 7.2319e-06 5.5604e-05 5.6269e-06 4.6160e-07 3.6830e-07 9.8022e-06 -6.0409e-03 -2.5122e-05 4.8728e-01 3.8508e-02 1.1316e-03 1.8025e-03 6.2130e-02 10 0 0 10 0 0 99.98 23.86 1.60 -0.00604 -0.01249 153 23 1 4 0 340.270 26.41 19.92 23.86 15.61 3.9 892.94 -114 -85 -51 -287 -99 -258 -94 -110 -82 -98 -140 34 -207 45 -31 -124 0 44 61 -6 146 -29 98 -13 -92 -73 2 151 77 133 -70 109 92 -45 69 -40 20 -47 155 68 118 -13 58 -43 30 142 -171 26 -18 109 75 139 78 98 52 113 97 -30 98 -22 55 73 101 118 39 59 91 157 194 203 81 -16 81 -22 35 -49 95 -116 -14 -11 -89 105 21 7 -15 81 73 -45 102 28 59 -9 49 -52 9 8 -43 77 -165 52 -71 27 5 -67 -5 78 92 -69 28 -98 -23 -13 -79 -74 8 10 -34 -89 -98 -8 -185 -26 -6 -76 -22 -169 -23 -122 -71 -169 -212 -47 -122 -120 -153 -78 -127 -10 -121 -21 12 -116 -70 -49 -4 -60 -3 57 -87 -14 -75 -103 -52 -89 -167 -81 -44 0 -19 -53 7 -30 2 -75 34 53 25 26 0 106 -14 62 -20 64 41 -34 62 58 -32 26 86 -51 31 57 39 42 44 63 -17 42 -53 -10 7 -48 95 -20 90 -98 50 75 29 87 -2 86 123 80 -6 56 44 -15 21 -61 1 -39 100 52 43 -26 -18 26 -42 60 97 107 30 2 -70 27 21 37 130 -107 21 -23 16 -69 -144 -5 -157 150 103 146 69 11 97 35 41 -39 44 0 -31 49 28 50 12 123 -4 83 30 36 159 -28 7 -97 -84 49 62 40 -67 8 19 8 -48 -10 95 113 16 26 -88 -38 -5 -62 -3 -40 51 -88 30 -46 81 45 -39 39 -69 -10 -5 -1 64 -6 32 11 -1 -63 19 4 10 105 -41 5 -22 82 -74 55 -8 -35 -81 -77 -106 -141 -76 -61 -12 -14 -81 -114 -109 20 -57 100 38 59 -12 -27 67 39 26 -5 7 -59 -19 9 52 -2 -63 38 61 90 -7 -52 9 27 -81 59 20 -5 -39 -170 -21 -157 -83 -125 -83 -25 -107 -21 -158 -7 -80 -120 -32 -100 -49 -89 77 1 -1 -69 -26 -46 -64 35 -90 48 -68 50 -42 52 -18 -52 11 -46 -31 -21 78 -53 -28 -46 -58 -19 44 67 25 31 54 -119 43 11 69 42 71 22 111 -27 2 18 -12 38 -29 -2 17 -5 32 78 73 -42 63 57 118 125 62 95 80 53 45 78 33 161 121 65 141 61 31 57 62 60 119 63 66 28 54 75 35 61 -25 41 54 65 56 -36 15 -28 -57 -71 26 -37 9 -42 -7 31 -57 46 6 37 23 22 -27 48 26 -73 17 13 -32 -23 -36 -35 27 -9 -70 11 -35 -18 -37 -32 -18 -6 -60 16 -27 -72 8 -63 -85 -42 -108 -82 -71 -39 -69 -36 -84 -92 -67 -112 -111 -108 -57 -147 -14 -133 -77 -75 -121 -47 -61 54 -37 -18 35 -57 26 -4 -10 24 4 4 96 73 48 79 141 139 88 54 128 94 123 77 -84 -65 -38 -207 -70 -182 -67 -83 -64 -77 -111 27 -162 35 -24 -98 0 35 49 -5 119 -23 77 -10 -70 -54 2 124 63 111 -59 91 77 -35 51 -29 15 -39 128 59 100 -10 47 -34 24 116 -137 20 -14 86 58 116 65 81 43 94 80 -24 79 -18 46 64 90 105 34 53 84 142 177 194 76 -14 72 -19 29 -41 74 -89 -11 -9 -76 94 19 7 -14 76 71 -42 97 26 58 -8 47 -50 9 8 -42 73 -155 48 -64 24 4 -63 -5 76 90 -65 27 -90 -21 -12 -73 -69 8 10 -33 -85 -92 -8 -170 -25 -6 -75 -22 -168 -22 -118 -68 -157 -192 -44 -112 -110 -136 -71 -116 -9 -111 -20 11 -104 -63 -44 -3 -56 -3 56 -83 -13 -66 -89 -47 -76 -149 -74 -42 0 -18 -51 7 -29 2 -70 33 51 24 25 0 99 -14 52 -17 53 34 -31 57 54 -31 24 78 -46 28 54 35 40 42 59 -15 39 -48 -9 7 -44 86 -18 81 -90 46 68 27 81 -1 83 116 71 -5 47 35 -12 18 -54 1 -35 91 47 38 -23 -16 23 -36 51 84 93 27 2 -62 22 17 28 92 -76 16 -17 12 -48 -98 -3 -116 116 90 135 66 11 99 35 38 -35 38 0 -26 45 27 48 12 120 -3 76 27 31 127 -22 6 -84 -78 46 60 38 -62 7 17 7 -44 -9 90 109 15 26 -86 -37 -5 -59 -3 -39 49 -84 28 -42 75 42 -38 38 -64 -9 -4 -1 53 -5 29 10 -1 -58 17 4 10 98 -38 4 -21 75 -67 50 -7 -32 -76 -75 -106 -140 -74 -58 -11 -14 -79 -112 -107 20 -57 99 37 57 -12 -26 63 37 25 -4 7 -57 -18 8 48 -2 -59 36 60 89 -7 -51 8 24 -76 53 18 -5 -36 -159 -19 -146 -80 -121 -80 -24 -104 -20 -160 -7 -83 -120 -33 -100 -47 -85 74 1 -1 -71 -26 -46 -64 35 -90 48 -68 51 -44 54 -19 -55 12 -50 -35 -23 85 -58 -30 -49 -61 -20 46 69 27 33 56 -125 47 11 70 41 72 23 115 -28 2 19 -13 40 -31 -2 18 -5 35 85 82 -46 68 62 128 137 68 105 90 60 53 93 40 189 140 75 162 71 36 67 73 70 140 76 79 33 66 89 41 70 -29 48 64 79 70 -45 18 -34 -69 -85 31 -45 11 -51 -9 38 -70 56 8 48 29 28 -34 61 33 -93 22 16 -41 -30 -46 -45 35 -11 -91 15 -45 -23 -47 -41 -23 -8 -75 20 -34 -91 11 -81 -107 -52 -132 -99 -87 -49 -87 -46 -108 -116 -85 -146 -147 -143 -75 -191 -17 -161 -91 -92 -144 -57 -76 69 -48 -23 45 -74 33 -5 -13 31 5 6 124 95 62 101 181 179 108 67 158 115 156 96
SQ 20230117T193552.5Z 8417.816579 418 1 11.93 2 67.92 214.94 108.73 255.45 0.00 1 0.00 1 0 33 1.655e-03 1.602e-03 1.455e-03 1.411e-03 1.951584e+03 2.749027e+02 1.310191e+02 3.107236e+02 3.198489e+02 276.53 -2.00 20.00 -2.00 446.28 0.00e+00 2.695051e-05 1.555940e-04 3.562378e-06 1.283937e-05 1.781661e-04 276.53 -2.00 20.00 -2.00 455.69 0.00e+00 6.053003e-04 1.265747e-05 4.096392e-06 1.130553e-05 1.486714e-05 228.11 -2.00 2.14 -2.00 436.56 0.00e+00 9.195971e+05 1.974409e+05 1.010053e+04 1.937663e+05 2.352623e+05 258.49 -2.00 11.13 -2.00 458.44 0.00e+00 3.089830e-01 3.827690e-02 2.320403e-03 7.536946e-03 5.141047e-02 223.99 -2.00 3.47 -2.00 455.08 0.00e+00 -3.442044e-06 4.870145e-06 3.796613e-07 9.721649e-07 6.255573e-06 276.53 -2.00 20.00 -2.00 456.26 0.00e+00 2.638 0.000 397.00 473.00 4 6.8236e+00 1.5065e-03 6.6591e-03 3.3297e-04 1.6763e-03 5.9732e-02 1.7788e-03 1.3911e-03 2.0056e-04 2.0494e-03 -5.5706e-04 1.0256e-03 1.8538e-04 8.2071e-05 1.1699e-03 -2.9976e-03 3.5166e-04 2.6794e-05 2.0878e-05 4.0315e-04 -6.4175e-04 1.8054e-04 1.4929e-05 1.1689e-05 2.0204e-04 1.1053e-03 3.5526e-03 9.5234e-04 1.7042e-05 3.2414e-05 9.6990e-04 -6.3276e-05 1.4130e-05 3.8451e-07 2.8654e-07 1.6210e-05 3.9476e-05 1.9101e-05 5.3920e-07 3.6695e-07 2.2082e-05 -6.6275e-03 -2.2539e-05 3.6807e-01 1.2869e-01 1.0495e-03 1.7160e-03 1.3926e-01 12 9 9 12 1 1 99.65 23.85 1.58 -0.00663 -0.01137 6 5 1 4 0 1679.380 26.41 19.89 23.85 16.14 3.8 896.34 900000 -181 -169 -408 -139 -416 69 -392 136 25 -34 -292 71 26 -218 -174 -241 21 64 238 -206 5 -39 -84 -270 -205 -40 336 147 150 -172 -2 267 129 -129 268 -197 246 42 308 410 -49 -245 47 226 231 343 -170 26 -312 -165 124 176 233 -165 -4 178 42 115 328 211 69 93 261 -44 7 46 329 21 588 80 239 202 27 374 200 104 63 330 -156 -208 303 293 -9 125 32 105 -33 107 -29 74 142 -94 174 -156 -42 28 37 -293 26 -174 -156 -96 -137 15 98 -14 -144 -193 -245 -204 -189 -95 28 96 -178 -280 158 -80 -34 -59 34 -215 -66 -53 -337 -180 -124 19 -297 -392 -110 -211 -296 -183 -136 85 -139 35 -139 -330 -313 253 -34 -110 -45 -53 -154 -37 -147 -40 -69 -167 -52 -72 149 -100 21 230 -156 83 -65 -49 -129 -36 -145 388 -141 205 61 -58 2 -96 -86 21 -113 60 67 -115 -264 145 -111 325 -126 43 22 76 332 -82 247 103 189 -68 94 -101 63 -114 44 -33 148 -3 77 44 127 -49 -62 67 348 55 -187 -3 73 -165 52 -175 435 -37 129 16 138 85 -11 428 -3 -93 -105 54 395 111 -49 -7 210 -131 -164 31 -200 -126 -415 366 199 275 31 246 51 203 111 94 -25 -269 -23 81 -146 -35 -37 159 216 105 -88 -157 124 220 55 -89 -447 -119 74 65 8 6 -60 19 -178 -151 177 117 376 -20 -36 -441 38 210 51 -43 -41 100 16 188 -116 264 93 53 -97 -301 -190 -80 82 -207 55 -209 -205 298 310 -153 4 192 232 -245 -118 174 54 -142 -8 40 -209 -128 -7 17 -188 -179 -34 -148 91 -267 205 62 12 -166 325 225 50 -176 -97 -158 -12 152 224 -227 10 -22 255 242 -48 -71 -25 132 60 117 38 -55 92 -313 112 -8 -478 -113 21 -257 -327 -277 -56 -30 6 121 8 92 -173 -73 -27 -70 -121 -60 -89 -57 37 218 -48 -19 -234 -143 -123 -83 47 39 20 -138 -198 201 -24 -220 -66 -131 -49 5 150 154 36 -52 -189 33 15 -4 23 -25 -3 79 -32 -80 162 49 14 248 0 138 100 161 18 -10 25 80 58 -80 121 91 69 4 37 228 26 124 41 198 173 4 -146 101 29 229 185 185 -90 -133 97 -57 138 147 40 -86 217 66 287 58 -43 51 33 95 155 -47 52 44 51 87 -64 209 -79 -44 -468 -184 -89 -165 -85 -159 -4 231 99 214 -98 214 125 42 -191 -94 -20 49 85 112 115 -207 -82 -203 72 -80 -4 115 128 -251 76 -78 31 -60 -324 -78 -147 -376 -206 -21 73 -160 -7 -216 61 165 -38 -17 -216 -100 -67 -145 -208 -170 -162 -77 -203 89 43 -229 0 125 -13 109 92 146 -133 27 66 113 101 -28 -32 101 -59 302 243 113 193 180 49 900000 -148 -136 -315 -109 -326 55 -318 113 21 -28 -247 59 22 -184 -147 -202 18 54 206 -174 5 -33 -70 -214 -160 -32 279 129 130 -150 -1 224 104 -104 212 -157 207 37 270 352 -43 -207 39 191 197 287 -144 22 -255 -139 108 155 201 -145 -4 153 36 100 285 182 63 84 234 -40 6 43 316 19 562 76 219 187 24 324 169 86 51 272 -132 -185 282 268 -8 117 30 102 -32 104 -27 73 137 -90 170 -153 -41 27 36 -277 24 -163 -145 -88 -131 15 98 -14 -139 -184 -228 -189 -181 -91 27 92 -173 -269 150 -75 -32 -56 33 -214 -65 -53 -333 -179 -122 19 -282 -376 -103 -194 -272 -172 -127 80 -130 33 -131 -308 -288 239 -31 -101 -43 -51 -147 -36 -138 -37 -63 -150 -48 -66 139 -97 20 226 -154 83 -65 -49 -125 -34 -136 366 -138 203 60 -55 2 -83 -75 18 -105 57 66 -109 -249 134 -102 302 -117 40 21 75 320 -78 232 93 174 -64 86 -96 60 -106 40 -30 135 -3 74 43 124 -46 -57 60 304 47 -160 -3 67 -155 49 -165 404 -34 118 14 126 74 -10 375 -3 -82 -94 48 335 91 -38 -6 159 -102 -129 23 -148 -92 -306 276 161 242 28 239 51 204 109 89 -23 -236 -19 70 -133 -33 -37 154 209 103 -83 -141 107 183 46 -75 -400 -110 69 64 8 6 -56 18 -164 -141 170 113 358 -19 -35 -444 38 211 51 -43 -39 96 16 178 -108 247 88 51 -93 -284 -168 -69 69 -179 49 -192 -190 278 290 -145 3 184 224 -237 -114 164 50 -129 -7 36 -192 -123 -7 17 -187 -174 -33 -141 89 -265 204 62 11 -160 312 220 49 -172 -95 -151 -11 144 214 -217 10 -22 248 230 -46 -68 -24 129 58 113 37 -53 86 -294 102 -7 -441 -104 19 -240 -311 -271 -54 -29 6 119 7 92 -176 -73 -28 -71 -119 -59 -86 -55 36 220 -49 -19 -231 -141 -124 -85 47 39 20 -141 -203 207 -25 -232 -69 -139 -51 6 161 165 38 -55 -196 34 16 -4 25 -27 -3 83 -34 -81 165 49 14 250 0 141 104 166 20 -11 28 89 63 -86 130 97 74 4 39 243 27 134 44 218 194 4 -166 115 33 259 208 208 -103 -154 112 -66 158 169 47 -101 252 77 328 65 -49 59 38 110 181 -56 62 52 60 100 -77 250 -94 -52 -563 -215 -107 -195 -102 -191 -5 283 122 262 -119 260 152 52 -234 -115 -24 61 105 139 143 -258 -102 -253 90 -99 -5 142 156 -305 91 -95 38 -74 -399 -95 -181 -455 -248 -25 90 -195 -9 -264 74 202 -48 -21 -268 -127 -84 -176 -250 -199 -188 -90 -244 106 53 -283 0 155 -15 132 110 174 -162 33 79 136 122 -33 -40 124 -71 364 295 136 230 218 59
SQ 20230117T195354.6Z 8417.829104 428 1 6.53 2 70.02 218.86 112.02 257.87 0.00 1 0.00 1 0 33 3.504e-03 3.376e-03 3.397e-03 3.287e-03 2.339363e+03 6.368991e+02 1.998245e+02 3.107134e+02 6.771071e+02 276.53 -2.00 20.00 -2.00 446.42 0.00e+00 -8.022819e-04 3.632366e-04 6.560519e-06 1.291473e-05 3.763628e-04 276.53 -2.00 20.00 -2.00 455.79 0.00e+00 7.546304e-04 2.948273e-05 5.126676e-06 1.130770e-05 3.150257e-05 228.17 -2.00 2.14 -2.00 436.79 0.00e+00 6.624555e+05 4.588901e+05 3.458833e+04 1.937640e+05 4.979408e+05 258.49 -2.00 11.13 -2.00 458.51 0.00e+00 4.024420e-01 8.874069e-02 1.887310e-03 7.568238e-03 1.088154e-01 223.99 -2.00 3.47 -2.00 455.17 0.00e+00 -1.971817e-05 1.129914e-05 3.540122e-07 9.722060e-07 1.324532e-05 276.53 -2.00 20.00 -2.00 456.33 0.00e+00 2.896 0.000 397.00 473.00 4 7.3142e+00 3.5159e-03 7.3119e-03 3.3359e-04 3.5489e-03 7.0864e-02 4.1614e-03 1.5279e-03 2.0225e-04 4.3385e-03 3.3322e-03 2.3895e-03 2.0254e-04 8.2724e-05 2.4677e-03 -6.5113e-04 8.2099e-04 3.5418e-05 2.0894e-05 8.5200e-04 -5.0492e-04 4.2239e-04 1.9650e-05 1.1737e-05 4.2767e-04 6.3619e-04 5.1729e-03 2.2125e-03 2.2865e-05 3.2193e-05 2.0372e-03 -4.2092e-05 3.3183e-05 4.0119e-07 2.8387e-07 3.4318e-05 -3.7506e-05 4.4889e-05 5.9498e-07 3.6424e-07 4.6762e-05 -1.3692e-02 5.6621e-05 1.0207e+00 2.9945e-01 1.7539e-03 1.7115e-03 2.9387e-01 12 9 9 12 1 1 999.00 23.87 1.69 -0.01369 -0.01143 1 2 1 4 0 3178.570 26.41 19.94 23.87 16.05 3.8 894.37 900000 407 -1027 323 -202 153 623 -103 -837 -82 -472 262 -375 414 191 -855 -202 276 -413 -508 -450 271 -312 518 -383 343 -28 -236 214 176 751 380 641 -6 -85 -369 -209 -522 -325 -460 348 206 -84 -105 216 397 324 879 739 472 249 -102 406 314 -566 -584 -286 461 74 106 -437 921 -282 279 106 225 336 -669 810 559 114 556 319 728 -184 -343 -483 63 108 103 87 -2 76 -86 10 30 -46 67 635 -171 -443 -211 -164 -139 191 -53 -375 -730 -190 -66 105 -401 -304 -481 263 -418 165 356 -400 -392 661 -155 -106 -449 -460 374 154 -67 -110 57 -109 -317 -121 -324 340 -362 -293 196 79 -585 337 -366 109 -447 211 130 -48 -549 445 125 64 -506 447 53 -596 136 171 152 -359 479 -15 -192 -73 -567 -65 362 -129 -268 559 177 -471 53 -431 211 -62 -239 265 34 -201 -553 -791 114 166 -107 378 -23 100 -64 577 339 -16 127 362 226 -275 780 394 -96 -47 -577 -84 342 -225 376 -324 559 -135 299 87 -309 -469 -319 292 376 190 -256 -278 547 -131 -921 723 141 689 -119 585 -21 -453 -77 356 646 174 172 321 334 213 77 -20 119 -215 -44 168 -41 539 88 90 -673 456 -900 -437 -254 280 -325 418 -15 300 551 190 -385 -105 -60 424 9 272 387 272 26 -529 -337 -386 205 -226 23 -567 -186 -882 30 -347 -480 -271 348 107 -423 32 355 625 225 -471 361 388 23 294 -10 -191 -346 311 -394 160 371 -95 826 236 -513 -624 113 -174 -410 82 -7 -61 85 -239 659 161 415 7 413 -324 29 -178 -81 -292 -296 -184 -85 -315 -97 182 -697 -536 43 -399 -198 61 11 93 323 -38 965 300 -481 138 -595 150 -118 -538 220 -3 -261 -146 9 554 239 -374 -193 -78 -172 253 -983 27 490 604 602 -788 -615 63 -164 -335 -159 -328 -108 -301 275 231 260 -447 -426 30 380 -186 -280 -359 275 56 702 319 643 -418 -448 74 -115 121 -187 -1 467 -390 -19 -470 297 -18 75 -49 193 327 -160 705 -447 485 -714 723 -204 241 252 572 469 461 -212 111 -214 -370 399 92 -116 -2 -160 -260 -393 361 -837 -46 -12 -61 263 103 435 -104 281 303 296 51 -67 -129 354 -16 -161 274 51 173 353 -99 147 337 -676 -86 7 132 -175 -119 340 441 0 314 5 107 59 -119 -85 -250 -286 -133 288 -148 280 -93 -142 182 -144 -215 -87 -75 -68 -94 393 -29 53 -27 -44 -61 458 195 94 12 -111 110 -143 157 41 -68 -421 386 -264 288 -54 30 73 6 47 44 -207 -81 -807 109 -264 -265 -478 -89 -332 -335 193 -91 -145 283 83 -489 -11 446 459 -161 -639 337 -63 86 -308 -539 78 -172 -194 68 104 -168 -132 -13 -103 384 115 -4 -400 447 125 54 -1 199 270 368 460 -45 -40 900000 323 -811 250 -155 116 480 -82 -686 -67 -391 215 -307 339 157 -714 -170 230 -347 -432 -385 228 -256 417 -308 269 -22 -199 182 153 657 330 542 -4 -67 -286 -168 -446 -281 -396 301 174 -72 -88 184 330 273 719 597 387 204 -87 348 266 -488 -500 -249 397 63 90 -385 811 -257 253 96 206 307 -636 765 524 106 514 289 641 -162 -294 -392 52 87 88 78 -2 70 -81 10 28 -44 66 622 -166 -428 -201 -156 -134 184 -50 -357 -691 -176 -61 96 -366 -283 -453 257 -412 161 345 -375 -359 619 -145 -102 -427 -435 356 145 -62 -102 53 -104 -302 -119 -325 342 -354 -289 190 76 -549 316 -338 99 -405 194 123 -46 -509 422 116 60 -475 415 50 -563 128 168 148 -345 443 -14 -172 -65 -510 -60 332 -124 -258 540 172 -465 53 -422 201 -58 -230 256 33 -198 -536 -752 100 140 -91 327 -21 96 -62 538 314 -14 115 332 214 -257 742 381 -92 -44 -539 -76 311 -208 350 -304 524 -125 278 80 -282 -424 -304 281 362 179 -237 -246 472 -110 -786 634 128 637 -113 545 -20 -417 -70 321 582 151 148 280 294 192 68 -18 101 -174 -35 126 -31 412 68 67 -511 338 -681 -341 -205 245 -302 405 -14 303 540 180 -354 -92 -51 377 8 258 372 265 26 -510 -318 -349 177 -188 19 -479 -166 -827 28 -331 -458 -256 319 100 -392 30 341 602 215 -460 352 389 23 287 -10 -188 -336 298 -375 152 348 -89 783 224 -497 -593 100 -150 -348 71 -7 -56 79 -225 616 149 391 7 399 -315 28 -169 -76 -268 -273 -168 -78 -300 -96 179 -685 -528 41 -384 -191 61 11 93 320 -37 932 296 -478 136 -591 145 -111 -507 207 -3 -253 -143 8 533 231 -356 -187 -77 -170 248 -974 26 461 554 552 -727 -574 59 -152 -318 -154 -316 -105 -292 265 224 256 -442 -429 30 386 -187 -280 -349 268 56 690 318 643 -427 -451 74 -115 121 -188 -1 473 -404 -19 -483 307 -19 79 -53 207 349 -171 742 -471 514 -758 750 -214 254 266 602 492 490 -220 114 -216 -376 403 94 -117 -2 -165 -274 -425 387 -921 -50 -13 -67 288 111 472 -113 303 327 322 56 -74 -145 391 -18 -186 316 59 199 403 -114 171 394 -777 -101 8 155 -209 -143 400 505 0 358 6 121 68 -139 -101 -293 -335 -159 340 -174 328 -110 -167 214 -169 -255 -103 -89 -82 -115 486 -36 64 -34 -54 -75 565 242 116 15 -139 138 -176 192 50 -83 -518 486 -326 361 -68 38 91 8 58 55 -257 -101 -1015 134 -320 -317 -570 -106 -406 -418 240 -114 -180 354 102 -617 -14 557 565 -199 -763 400 -74 102 -366 -661 94 -210 -240 83 127 -203 -162 -15 -124 467 141 -5 -496 546 152 66 -1 245 336 454 559 -54 -47