File name: Pandora236s1_NewLondonCT_20230716_L2Fit_fnvs4c4d20220606p1-8.txt
File generation date: 20230717T045729.1Z
Data description: Level 2 spectral fitting results file
Data file version: fnvs4c4p1-8
Local principal investigator: Brooke S.Stutzman
Network principal investigator: Alexander Cede
Instrument type: Pandora
Instrument number: 236
Spectrometer number: 1
Processing software version used: BlickP v1.8.49
Instrument operation file used: Pandora236_OF_v3d20220107.txt
Instrument calibration file used: Pandora236s1_CF_v4d20220606.txt
Level 1 file used: Pandora236s1_NewLondonCT_20230716_L1_smca1c4d20220606p1-8.txt
Full location name: United States Coast Guard Academy
Short location name: NewLondonCT
Country of location: United States
Location latitude [deg]: 41.3758
Location longitude [deg]: -72.1004
Location altitude [m]: 30
Local noon date: 20230716
Notes on s-number (L1 configuration): Corrections NOT applied although requested by the s-number are dark map for dark correction (replaced by immediate dark method), latency correction, matrix method stray light correction (replaced by simple method)
Data caveats: Modification of session 3 "1.8 field calibration all gases" change in SO2
First and last pixel inside fitting window: 889 1433
Nominal wavelengths inside fitting window [nm]: 400.0091 400.1417 400.2743 400.4069 400.5394 400.6720 400.8045 400.9371 401.0696 401.2021 401.3346 401.4670 401.5995 401.7320 401.8644 401.9968 402.1292 402.2616 402.3940 402.5263 402.6587 402.7910 402.9233 403.0556 403.1879 403.3202 403.4524 403.5847 403.7169 403.8491 403.9813 404.1135 404.2457 404.3779 404.5100 404.6422 404.7743 404.9064 405.0385 405.1705 405.3026 405.4347 405.5667 405.6987 405.8307 405.9627 406.0947 406.2267 406.3586 406.4905 406.6225 406.7544 406.8863 407.0181 407.1500 407.2819 407.4137 407.5455 407.6773 407.8091 407.9409 408.0727 408.2044 408.3361 408.4679 408.5996 408.7313 408.8630 408.9946 409.1263 409.2579 409.3895 409.5211 409.6527 409.7843 409.9159 410.0474 410.1790 410.3105 410.4420 410.5735 410.7050 410.8364 410.9679 411.0993 411.2307 411.3622 411.4935 411.6249 411.7563 411.8876 412.0190 412.1503 412.2816 412.4129 412.5442 412.6754 412.8067 412.9379 413.0692 413.2004 413.3316 413.4627 413.5939 413.7250 413.8562 413.9873 414.1184 414.2495 414.3806 414.5116 414.6427 414.7737 414.9047 415.0358 415.1667 415.2977 415.4287 415.5596 415.6906 415.8215 415.9524 416.0833 416.2142 416.3450 416.4759 416.6067 416.7375 416.8683 416.9991 417.1299 417.2606 417.3914 417.5221 417.6528 417.7835 417.9142 418.0449 418.1756 418.3062 418.4368 418.5674 418.6980 418.8286 418.9592 419.0898 419.2203 419.3508 419.4813 419.6118 419.7423 419.8728 420.0033 420.1337 420.2641 420.3945 420.5249 420.6553 420.7857 420.9160 421.0464 421.1767 421.3070 421.4373 421.5676 421.6978 421.8281 421.9583 422.0886 422.2188 422.3490 422.4791 422.6093 422.7394 422.8696 422.9997 423.1298 423.2599 423.3900 423.5200 423.6501 423.7801 423.9101 424.0401 424.1701 424.3001 424.4300 424.5600 424.6899 424.8198 424.9497 425.0796 425.2095 425.3393 425.4692 425.5990 425.7288 425.8586 425.9884 426.1182 426.2479 426.3776 426.5074 426.6371 426.7668 426.8964 427.0261 427.1558 427.2854 427.4150 427.5446 427.6742 427.8038 427.9333 428.0629 428.1924 428.3219 428.4514 428.5809 428.7104 428.8398 428.9693 429.0987 429.2281 429.3575 429.4869 429.6163 429.7456 429.8750 430.0043 430.1336 430.2629 430.3922 430.5214 430.6507 430.7799 430.9091 431.0383 431.1675 431.2967 431.4259 431.5550 431.6841 431.8132 431.9423 432.0714 432.2005 432.3295 432.4586 432.5876 432.7166 432.8456 432.9746 433.1036 433.2325 433.3614 433.4904 433.6193 433.7482 433.8770 434.0059 434.1347 434.2636 434.3924 434.5212 434.6500 434.7787 434.9075 435.0362 435.1650 435.2937 435.4224 435.5511 435.6797 435.8084 435.9370 436.0656 436.1942 436.3228 436.4514 436.5800 436.7085 436.8370 436.9655 437.0940 437.2225 437.3510 437.4794 437.6079 437.7363 437.8647 437.9931 438.1215 438.2499 438.3782 438.5065 438.6349 438.7632 438.8914 439.0197 439.1480 439.2762 439.4044 439.5327 439.6609 439.7890 439.9172 440.0454 440.1735 440.3016 440.4297 440.5578 440.6859 440.8139 440.9420 441.0700 441.1980 441.3260 441.4540 441.5820 441.7099 441.8379 441.9658 442.0937 442.2216 442.3495 442.4774 442.6052 442.7330 442.8608 442.9887 443.1164 443.2442 443.3720 443.4997 443.6274 443.7551 443.8828 444.0105 444.1382 444.2658 444.3935 444.5211 444.6487 444.7763 444.9038 445.0314 445.1589 445.2865 445.4140 445.5415 445.6690 445.7964 445.9239 446.0513 446.1787 446.3061 446.4335 446.5609 446.6882 446.8156 446.9429 447.0702 447.1975 447.3248 447.4521 447.5793 447.7066 447.8338 447.9610 448.0882 448.2153 448.3425 448.4696 448.5968 448.7239 448.8510 448.9780 449.1051 449.2322 449.3592 449.4862 449.6132 449.7402 449.8672 449.9941 450.1211 450.2480 450.3749 450.5018 450.6287 450.7555 450.8824 451.0092 451.1360 451.2628 451.3896 451.5164 451.6431 451.7699 451.8966 452.0233 452.1500 452.2767 452.4033 452.5300 452.6566 452.7832 452.9098 453.0364 453.1630 453.2895 453.4161 453.5426 453.6691 453.7956 453.9221 454.0485 454.1750 454.3014 454.4278 454.5542 454.6806 454.8070 454.9333 455.0596 455.1860 455.3123 455.4385 455.5648 455.6911 455.8173 455.9435 456.0697 456.1959 456.3221 456.4483 456.5744 456.7006 456.8267 456.9528 457.0788 457.2049 457.3310 457.4570 457.5830 457.7090 457.8350 457.9610 458.0869 458.2129 458.3388 458.4647 458.5906 458.7165 458.8424 458.9682 459.0940 459.2199 459.3457 459.4714 459.5972 459.7230 459.8487 459.9744 460.1001 460.2258 460.3515 460.4771 460.6028 460.7284 460.8540 460.9796 461.1052 461.2308 461.3563 461.4818 461.6073 461.7328 461.8583 461.9838 462.1093 462.2347 462.3601 462.4855 462.6109 462.7363 462.8616 462.9870 463.1123 463.2376 463.3629 463.4882 463.6134 463.7387 463.8639 463.9891 464.1143 464.2395 464.3647 464.4898 464.6150 464.7401 464.8652 464.9903 465.1153 465.2404 465.3654 465.4904 465.6154 465.7404 465.8654 465.9904 466.1153 466.2402 466.3651 466.4900 466.6149 466.7398 466.8646 466.9895 467.1143 467.2391 467.3639 467.4886 467.6134 467.7381 467.8628 467.9875 468.1122 468.2369 468.3615 468.4862 468.6108 468.7354 468.8600 468.9846 469.1091 469.2337 469.3582 469.4827 469.6072 469.7317 469.8561 469.9806
---------------------------------------------------------------------------------------
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 164-708: Unweighted slant column residuals for each pixel inside the fitting window multiplied by 1e5, 9e5=pixel was not used for fitting
Columns 709-1253: 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 20230716T114822.6Z 8597.491928 157 1 11.61 2 66.21 81.84 52.14 84.76 0.00 1 0.00 1 0 33 3.834e-04 3.521e-04 1.940e-04 1.860e-04 6.489589e+03 3.918777e+01 5.453180e+02 3.578156e+02 8.082314e+01 289.17 -2.00 20.00 -2.00 446.51 0.00e+00 4.786007e-05 2.093805e-05 9.402049e-06 1.618372e-05 4.167827e-05 289.17 -2.00 20.00 -2.00 455.84 0.00e+00 1.818893e-04 2.078739e-06 1.452797e-05 1.106063e-05 4.301900e-06 289.17 -2.00 20.00 -2.00 437.50 0.00e+00 5.540340e+05 2.604127e+04 7.356095e+04 2.112158e+05 5.551781e+04 271.09 -2.00 11.23 -2.00 458.50 0.00e+00 3.478129e-01 5.067981e-03 4.612081e-03 8.456702e-03 1.208479e-02 232.92 -2.00 3.52 -2.00 455.12 0.00e+00 4.657431e-06 6.378576e-07 8.401614e-07 1.060397e-06 1.467262e-06 289.17 -2.00 20.00 -2.00 456.26 0.00e+00 2.460 0.000 397.00 473.00 4 2.5248e+00 2.0785e-04 6.2945e-03 3.8262e-04 4.0448e-04 -1.4143e-02 2.4459e-04 1.3122e-03 2.4561e-04 4.8864e-04 2.2740e-04 1.3787e-04 1.8050e-04 1.3144e-04 2.7364e-04 -2.8892e-04 4.6938e-05 3.3266e-05 3.3082e-05 9.3556e-05 -4.3729e-04 2.4264e-05 1.6728e-05 1.5650e-05 4.6838e-05 8.6288e-02 -4.2961e-03 1.3079e-04 6.9439e-05 8.2184e-05 2.3194e-04 5.7757e-06 2.0354e-06 9.2706e-07 5.4179e-07 4.0888e-06 3.1144e-05 2.7963e-06 1.3349e-06 6.0082e-07 5.5319e-06 3.5146e-03 -4.7991e-05 2.5832e-01 1.9375e-02 5.6008e-03 6.4737e-03 3.6136e-02 10 0 0 10 0 0 99.96 24.54 1.29 0.00351 0.00099 508 88 1 4 0 22.810 26.73 19.99 24.54 30.13 11.1 1057.86 -56 -39 -8 -29 17 -23 -98 -23 -15 22 -14 12 -35 -15 -16 -26 -17 -4 -31 -49 -25 3 -22 -7 -35 -112 -79 -68 -49 -19 -3 28 -18 5 5 -1 -1 -21 21 26 17 35 17 -7 -10 -6 -30 -29 -25 -10 23 -45 30 26 22 27 24 -19 36 -7 22 16 56 59 33 91 68 78 55 74 80 72 44 65 62 99 139 149 102 88 117 78 58 50 48 75 56 54 76 87 89 78 30 16 43 20 1 -20 -16 4 2 -13 -1 7 28 -3 8 11 -65 10 -24 -44 -11 -65 -64 -45 -63 -60 -45 -18 -49 -39 -66 -102 -80 -132 -128 -90 -45 -43 -43 -16 -74 -33 -80 -88 -77 -81 -35 -54 -56 -24 -5 -17 -5 14 -26 -30 -38 -70 -12 -63 -48 -26 -38 12 14 30 46 43 8 -26 -18 -29 -31 -41 4 -9 36 6 -6 8 0 13 -13 -13 -21 0 5 -2 0 -30 7 -36 62 27 -7 13 -4 -4 -19 -31 -31 -19 0 -23 -32 -11 15 12 8 37 35 11 -12 -28 10 -16 -11 39 -14 -25 -3 -28 5 -20 -28 -22 19 -21 -4 -7 16 -37 44 -15 -27 -20 14 25 60 4 -31 -12 -84 -36 -30 -48 -9 -10 -5 19 21 35 79 24 22 15 5 28 -18 21 62 54 67 67 90 66 94 118 131 139 135 97 92 69 41 17 45 28 15 -18 -28 -24 -3 26 -3 13 7 9 14 -25 -21 41 -2 3 -20 -18 -12 -33 6 -25 -14 -3 -20 -30 -72 -62 -83 -77 -61 -58 -39 1 -28 -20 -7 -23 6 -61 17 -24 -30 2 -2 18 -6 29 51 56 44 29 33 -10 -6 -15 -9 16 73 17 34 44 16 -2 -26 -21 -35 3 -33 -36 1 5 6 19 -8 50 18 -3 -15 -25 25 -27 -4 -12 -53 13 -18 8 -4 -13 16 -7 49 -10 -5 -23 -3 -28 21 -8 -1 4 -27 -16 -34 -35 -11 7 -14 -33 2 -3 -16 25 -31 -30 6 6 39 3 -7 13 -19 2 -16 0 -29 -21 -7 -3 -6 -21 29 -12 -18 5 -11 -9 0 -38 -22 1 -2 27 -38 -29 9 6 26 25 -5 0 33 5 -19 -7 -31 -17 -3 35 27 14 11 20 -2 -11 28 47 -3 -1 40 7 42 16 12 11 3 -2 -12 2 6 1 8 0 -1 10 28 23 9 13 6 3 13 -4 -32 -13 -14 1 -28 15 1 -3 -7 5 10 -16 -26 33 24 -1 11 27 8 -8 -6 -9 2 -6 -14 14 0 -13 -27 -60 -47 -54 -39 1 -13 -18 -23 -25 5 -13 -38 -33 -7 2 9 20 5 19 -5 6 4 -9 20 -23 -17 -19 8 10 13 52 8 25 19 35 31 10 -13 -19 -3 20 -1 17 1 -19 -4 -6 -17 17 15 4 11 -41 -29 -6 -22 12 -17 -74 -18 -12 17 -11 10 -27 -11 -13 -20 -14 -3 -24 -39 -20 2 -17 -6 -26 -83 -61 -53 -40 -16 -2 23 -15 4 4 -1 -1 -17 17 22 14 28 14 -5 -8 -5 -24 -22 -20 -8 18 -37 25 21 18 22 20 -15 29 -6 18 14 49 52 29 82 64 70 49 66 74 65 39 55 53 80 107 112 79 74 100 69 52 45 44 70 51 51 71 79 81 74 28 15 39 19 1 -19 -14 4 2 -11 -1 7 26 -3 8 10 -60 9 -22 -42 -10 -61 -59 -41 -59 -56 -42 -17 -45 -36 -64 -100 -79 -129 -122 -86 -42 -39 -40 -15 -67 -30 -71 -80 -70 -73 -32 -49 -50 -21 -4 -16 -5 13 -26 -29 -36 -64 -10 -57 -43 -23 -34 11 14 29 44 41 8 -25 -17 -27 -29 -39 4 -9 34 5 -6 7 0 11 -11 -12 -20 0 5 -2 0 -27 7 -33 57 25 -7 13 -4 -3 -17 -29 -27 -18 0 -21 -29 -10 13 11 8 35 34 11 -11 -25 9 -14 -9 34 -12 -23 -3 -26 5 -19 -25 -20 17 -18 -4 -6 14 -32 38 -13 -23 -16 11 19 44 3 -23 -9 -61 -25 -21 -35 -7 -8 -5 18 20 35 79 24 21 13 4 24 -16 20 61 53 66 65 88 61 84 97 108 112 116 86 87 65 39 16 43 27 14 -17 -26 -22 -3 25 -3 13 7 9 14 -25 -21 40 -2 3 -19 -17 -11 -32 6 -24 -13 -3 -17 -26 -63 -58 -77 -72 -58 -55 -38 1 -27 -20 -7 -23 6 -56 16 -22 -27 2 -2 18 -7 29 50 53 43 29 34 -10 -6 -15 -9 16 74 18 33 44 16 -2 -25 -20 -34 3 -33 -35 1 5 6 20 -8 51 18 -3 -15 -25 24 -25 -3 -12 -51 13 -17 8 -4 -13 16 -7 50 -11 -5 -24 -3 -29 22 -8 -1 4 -28 -17 -36 -37 -12 8 -15 -35 2 -4 -17 27 -34 -31 6 6 43 3 -8 15 -21 2 -17 0 -33 -24 -7 -3 -6 -23 32 -13 -19 5 -12 -10 0 -40 -24 1 -2 29 -41 -32 10 6 29 27 -6 0 37 5 -21 -8 -34 -19 -4 40 31 16 12 23 -3 -13 33 55 -3 -1 48 8 50 19 14 13 3 -2 -14 2 6 1 9 0 -1 11 33 28 11 15 7 4 16 -5 -39 -15 -16 1 -33 19 1 -4 -9 6 13 -19 -32 41 30 -2 13 34 11 -10 -7 -11 2 -7 -18 18 0 -16 -34 -73 -57 -65 -48 1 -16 -22 -29 -30 6 -16 -48 -40 -8 3 11 24 6 24 -7 8 5 -11 24 -28 -20 -23 10 12 16 64 9 31 23 43 38 12 -16 -23 -3 25 -1 21 1 -24 -5 -7 -22 21 19 5 13
SQ 20230716T114834.3Z 8597.492064 157 2 11.62 2 66.17 81.87 52.11 84.79 0.00 1 0.00 1 0 33 1.185e-03 1.130e-03 1.344e-03 1.252e-03 6.761852e+03 2.700623e+02 5.523947e+02 3.576301e+02 2.496970e+02 289.17 -2.00 20.00 -2.00 447.18 0.00e+00 -1.313534e-04 1.427351e-04 7.493513e-06 1.662265e-05 1.289416e-04 289.17 -2.00 20.00 -2.00 456.72 0.00e+00 1.729539e-04 1.411629e-05 1.239717e-05 1.106024e-05 1.329287e-05 289.17 -2.00 20.00 -2.00 438.88 0.00e+00 9.804307e+05 1.779219e+05 6.932666e+04 2.109765e+05 1.715044e+05 271.09 -2.00 11.23 -2.00 459.29 0.00e+00 2.626927e-01 3.319932e-02 4.299333e-03 8.132541e-03 3.735831e-02 232.92 -2.00 3.52 -2.00 456.02 0.00e+00 -9.688442e-06 4.217757e-06 8.243701e-07 1.064836e-06 4.534076e-06 289.17 -2.00 20.00 -2.00 457.06 0.00e+00 2.457 0.000 397.00 473.00 4 5.0846e+00 1.4484e-03 6.2780e-03 3.7883e-04 1.2503e-03 2.3509e-02 1.6545e-03 1.3106e-03 2.5028e-04 1.5000e-03 -2.0636e-03 9.4973e-04 1.8053e-04 1.3510e-04 8.5100e-04 -9.5363e-04 3.1991e-04 3.2752e-05 3.3486e-05 2.8910e-04 3.7184e-04 1.6831e-04 1.7977e-05 1.5720e-05 1.4486e-04 6.6259e-03 1.6839e-03 9.7157e-04 7.6378e-05 8.9109e-05 7.2399e-04 -4.8188e-05 1.4005e-05 9.4418e-07 4.9739e-07 1.2630e-05 1.6894e-05 1.9058e-05 1.3832e-06 5.5898e-07 1.7094e-05 2.4870e-04 6.5895e-07 2.9182e-01 1.3629e-01 5.8441e-03 6.7248e-03 1.1152e-01 11 8 0 10 0 0 99.90 24.54 1.04 0.00025 -0.00225 508 88 1 4 0 22.810 26.73 19.99 24.54 30.13 11.1 1057.86 -208 -172 81 124 123 7 -207 -258 -42 48 -57 13 51 -202 88 151 -203 -19 -177 -344 -14 231 122 -29 116 -488 -7 -23 -77 104 86 -110 40 197 80 161 151 -18 179 81 -182 232 -35 105 163 3 242 -54 -69 91 82 20 25 -123 -1 110 27 -73 19 -79 132 -170 -80 -28 -25 143 61 -35 -101 81 -60 70 -72 -31 -69 -132 -196 -60 51 -30 56 291 239 -11 -52 -1 70 82 246 470 181 72 148 110 113 -23 -34 41 -92 77 94 -83 34 -133 127 -37 197 -159 -230 -158 -193 -145 -19 -98 -184 -99 53 15 -39 -1 81 -53 40 -20 -42 -83 -124 110 -42 -23 -102 58 -279 -1 -7 -103 -27 65 19 -163 -119 -126 77 41 -2 147 -5 89 61 -120 -3 -71 -28 -50 100 -34 46 99 -97 -70 106 112 -19 -48 129 -187 68 -90 198 -287 90 64 40 -85 -85 -60 -196 -22 -147 7 -153 63 18 -97 344 60 -93 76 -275 -61 -31 91 -32 -60 -125 -120 -42 -302 1 57 -17 62 205 101 -4 142 18 137 75 33 151 130 -62 -87 18 78 -40 -6 204 109 24 -111 -61 -133 68 2 89 -117 131 69 200 121 -133 8 -112 11 -144 -9 -97 24 149 -91 -18 -263 111 -39 -41 -5 -342 -111 -32 -14 -20 121 -84 27 129 -81 44 221 -225 -219 -151 118 8 -12 -139 -64 79 -3 11 -66 1 -139 -19 -73 14 -58 113 83 94 -152 3 91 143 12 -50 -21 22 6 139 24 -65 -2 35 -141 -19 -74 14 -166 124 197 5 207 49 138 -54 -50 142 -210 164 163 195 79 263 6 65 -112 117 62 240 23 -90 -188 -61 -61 -42 50 13 -56 89 179 -72 47 -121 196 -17 362 6 81 40 -61 -26 36 -13 172 81 -29 -63 -257 -105 -271 -183 66 50 -72 144 195 -264 -108 -41 -5 180 -171 203 -274 -139 -219 322 59 92 126 37 -64 -50 -110 -4 9 -46 -162 -22 50 18 62 80 195 -42 -212 -125 21 23 -78 37 13 -154 133 -67 -32 4 -84 5 -62 -94 93 217 -45 -68 -131 264 8 -27 31 36 22 -97 -4 -61 -21 62 26 -79 81 -114 203 -18 -11 -79 67 32 -138 103 119 -100 -62 -47 193 224 5 -65 -33 -7 -33 158 84 37 -127 -227 -7 13 48 -34 58 -103 -69 52 6 -19 -18 -111 -83 -75 99 135 -136 -91 70 -52 105 145 119 -13 3 -39 75 44 45 -62 91 -104 -78 90 67 28 -100 -139 9 -66 -34 -14 47 -3 -75 -39 -118 -194 -64 -11 162 5 83 269 -2 -10 39 73 25 -106 -22 16 -43 -221 -180 -68 44 28 -14 82 -24 269 -29 86 136 -137 61 13 6 -109 69 -36 199 32 -78 -4 91 18 -84 -62 -54 -109 38 -45 -47 63 -12 165 -145 -124 57 84 82 5 -141 -185 -31 35 -42 9 37 -149 65 112 -154 -14 -133 -262 -10 174 89 -21 77 -326 -5 -17 -60 81 68 -86 29 133 53 113 112 -14 139 67 -149 183 -27 80 126 2 185 -40 -51 65 62 16 20 -97 -1 87 21 -57 15 -61 106 -143 -68 -24 -21 124 55 -32 -93 74 -54 61 -61 -25 -54 -97 -137 -41 36 -22 46 248 207 -10 -46 -1 65 78 230 434 166 65 135 101 104 -21 -31 37 -81 67 80 -71 29 -122 121 -36 189 -147 -204 -138 -169 -132 -18 -92 -171 -90 47 13 -34 -1 74 -50 38 -20 -41 -82 -120 105 -39 -21 -91 50 -241 0 -6 -94 -25 59 17 -149 -107 -113 68 37 -2 138 -5 85 58 -108 -3 -61 -24 -43 89 -32 44 97 -96 -70 107 112 -18 -46 123 -178 65 -84 183 -258 81 52 31 -69 -74 -53 -179 -20 -130 6 -129 53 15 -85 308 56 -86 69 -244 -52 -26 77 -27 -52 -111 -107 -37 -258 1 48 -15 57 193 95 -4 120 15 105 57 25 126 114 -56 -79 16 68 -35 -5 174 90 19 -89 -50 -109 57 1 70 -86 89 45 125 77 -86 5 -70 7 -88 -5 -67 19 128 -87 -18 -258 108 -39 -38 -5 -274 -90 -27 -13 -18 115 -80 26 118 -75 38 171 -169 -168 -123 105 7 -11 -130 -59 71 -3 9 -58 1 -128 -17 -69 14 -56 112 83 92 -148 3 86 133 11 -45 -19 20 6 130 22 -56 -2 27 -108 -15 -63 13 -150 112 179 5 195 47 132 -52 -47 129 -185 144 143 173 73 256 6 66 -112 114 59 234 23 -93 -195 -63 -62 -42 50 12 -53 85 169 -66 43 -112 183 -16 353 6 77 38 -58 -25 36 -13 170 80 -29 -59 -234 -93 -237 -161 59 45 -66 135 186 -257 -105 -39 -5 177 -172 209 -287 -147 -230 329 59 90 123 37 -65 -52 -114 -4 9 -46 -164 -23 51 18 64 84 207 -45 -231 -138 24 25 -87 41 14 -170 145 -76 -36 4 -96 6 -71 -108 105 240 -48 -71 -135 269 8 -28 32 38 24 -107 -4 -70 -25 71 29 -89 91 -126 221 -20 -12 -87 74 36 -156 117 139 -119 -75 -60 241 277 6 -81 -42 -9 -42 200 107 47 -164 -291 -9 16 58 -41 69 -125 -85 65 7 -24 -23 -138 -103 -93 122 166 -168 -112 86 -65 131 182 152 -16 4 -51 97 57 58 -80 117 -134 -101 116 87 36 -131 -182 11 -86 -45 -19 62 -4 -105 -54 -162 -266 -88 -14 223 7 114 362 -2 -13 51 98 33 -146 -30 22 -60 -286 -237 -90 57 36 -19 108 -30 340 -38 105 169 -174 78 16 8 -140 88 -45 249 40 -100 -5 117 23 -108 -79 -69 -140 48 -58 -61 80 -15 203
SQ 20230716T114846.0Z 8597.492199 157 3 11.64 2 66.14 81.90 52.07 84.82 0.00 1 0.00 1 0 33 7.418e-04 7.094e-04 7.654e-04 7.156e-04 6.612112e+03 1.548905e+02 5.477281e+02 3.579863e+02 1.563480e+02 289.17 -2.00 20.00 -2.00 447.28 0.00e+00 -9.804201e-05 8.216798e-05 7.852288e-06 1.647929e-05 8.074199e-05 289.17 -2.00 20.00 -2.00 456.64 0.00e+00 1.690036e-04 8.065257e-06 1.246905e-05 1.106260e-05 8.322925e-06 289.17 -2.00 20.00 -2.00 438.70 0.00e+00 1.072094e+06 1.012107e+05 7.084338e+04 2.110584e+05 1.073861e+05 271.09 -2.00 11.23 -2.00 459.27 0.00e+00 2.606819e-01 1.889884e-02 4.337028e-03 8.309896e-03 2.339064e-02 232.92 -2.00 3.52 -2.00 455.95 0.00e+00 -7.332598e-06 2.392634e-06 7.869051e-07 1.063717e-06 2.838826e-06 289.17 -2.00 20.00 -2.00 456.99 0.00e+00 2.453 0.000 397.00 473.00 4 4.4454e+00 8.3140e-04 6.2695e-03 3.8058e-04 7.8267e-04 2.0072e-02 9.5096e-04 1.3082e-03 2.4887e-04 9.3990e-04 -1.8964e-03 5.4560e-04 1.8014e-04 1.3482e-04 5.3266e-04 -9.0583e-04 1.8411e-04 3.4096e-05 3.3118e-05 1.8103e-04 2.8416e-04 9.5750e-05 1.9439e-05 1.5922e-05 9.0687e-05 1.2569e-02 1.5621e-03 5.4965e-04 7.2892e-05 8.8990e-05 4.5280e-04 -3.4161e-05 8.0396e-06 9.9037e-07 5.0967e-07 7.9083e-06 9.2103e-06 1.0916e-05 1.4592e-06 5.8785e-07 1.0702e-05 7.8643e-04 -4.9041e-06 1.9179e-01 7.7674e-02 5.3327e-03 6.6986e-03 6.9861e-02 10 0 0 10 0 0 99.93 24.54 1.14 0.00079 -0.00075 508 88 1 4 0 22.810 26.73 19.99 24.54 30.13 11.1 1057.86 -106 25 12 84 -26 -55 -167 -102 -25 86 -62 -84 -65 -142 -6 -10 -160 -7 -119 -186 -7 141 29 103 75 -245 -79 -21 -64 99 137 -37 53 95 31 23 -13 10 8 95 -6 175 -51 51 76 -108 18 -93 -125 -17 98 12 14 -7 42 67 64 72 27 -54 142 -89 3 27 51 166 142 -39 43 63 46 60 32 74 -10 -15 7 -27 21 -101 109 111 108 91 -42 47 -5 120 68 226 64 33 4 110 15 37 -31 -17 -60 33 82 -6 -18 -16 67 10 22 13 -193 -99 -21 -88 50 -111 -72 -99 -13 86 -16 0 -33 4 33 -5 -107 -92 -121 -32 -70 4 -52 35 -187 -5 93 -78 -116 -26 -88 -74 -102 21 19 -27 -51 117 -115 -32 -97 -166 -84 -60 -30 44 106 -56 82 87 -57 -45 43 41 7 -38 73 69 -69 -65 81 12 133 -35 21 -181 27 -26 12 -26 -96 -76 -66 -50 -11 -40 62 79 14 17 -132 -20 58 35 -26 23 2 -131 -31 -74 -70 16 8 -28 38 85 80 92 -100 116 63 109 78 77 103 6 5 14 -60 90 125 112 37 -196 43 -36 -59 -31 104 -122 112 -6 56 -6 -26 103 -100 -26 -233 77 -27 -61 92 -137 83 30 157 -49 17 14 -184 -58 -52 82 15 -68 -34 38 22 -8 -99 7 -78 -18 -43 54 -7 85 -96 68 97 11 -65 34 -95 -132 50 -17 143 -14 83 -107 -3 -92 -41 44 34 26 -32 3 -53 -28 -40 -5 -27 74 90 9 -113 5 -62 -199 88 9 -2 106 28 38 62 -31 56 -106 59 160 10 25 82 -42 -18 -21 155 135 145 64 37 -44 15 -105 -14 -34 64 -83 18 185 -76 100 44 83 -31 114 41 11 61 -66 15 68 -107 111 -66 -9 7 -175 59 -83 -29 -25 39 -20 48 12 -22 -201 -51 30 72 -33 -53 -61 -63 -195 95 -24 1 41 10 -82 32 -11 55 -33 9 -44 -17 -3 66 -22 -28 43 19 -127 8 -17 -100 -36 81 -1 33 27 16 -107 8 -22 56 -3 -46 18 120 53 68 -13 112 31 4 10 36 54 46 38 -76 -98 12 -9 -12 4 -4 142 39 16 -11 36 20 10 64 44 -66 -26 -36 52 135 7 30 -28 -35 -12 68 -7 -37 -83 -96 -37 75 -43 43 45 -74 41 -36 -20 -90 -10 -43 -39 -85 100 2 -16 71 59 -20 68 103 65 22 42 12 -46 42 2 -2 57 -1 -117 107 4 9 42 -57 -60 -53 -31 -27 -4 -59 -69 -58 -157 -32 -38 3 35 -64 -26 52 42 17 43 31 -60 -118 -98 49 -55 -74 -143 -114 -44 51 -9 101 100 154 -7 34 129 -21 17 84 24 2 59 -43 72 -70 17 39 51 112 -15 13 -82 -97 -73 -5 15 8 82 42 -74 18 8 57 -18 -37 -115 -74 -19 64 -47 -63 -48 -106 -4 -7 -123 -5 -90 -143 -5 107 21 72 51 -165 -55 -16 -50 79 109 -29 39 65 21 16 -10 8 6 74 -4 140 -40 39 60 -85 14 -70 -92 -13 75 10 11 -6 34 53 51 57 21 -42 115 -75 3 24 44 145 128 -36 40 58 42 52 28 61 -8 -11 5 -19 15 -78 90 96 94 81 -38 42 -5 115 64 211 59 30 4 102 14 34 -29 -16 -54 29 71 -5 -16 -15 65 10 22 12 -173 -87 -19 -81 47 -105 -67 -91 -12 77 -14 0 -30 4 32 -5 -107 -91 -117 -30 -67 4 -47 31 -163 -5 83 -72 -108 -24 -81 -69 -94 19 17 -25 -46 112 -113 -31 -92 -153 -74 -52 -26 39 96 -49 74 81 -53 -43 40 39 7 -35 66 62 -63 -61 76 11 113 -29 17 -147 22 -23 11 -24 -86 -66 -57 -43 -10 -36 56 73 13 16 -118 -17 49 30 -22 20 2 -118 -27 -64 -60 13 7 -26 36 80 74 79 -81 90 48 87 66 68 93 6 4 13 -53 79 108 94 30 -159 35 -30 -51 -26 83 -90 77 -4 36 -4 -17 67 -63 -16 -144 49 -19 -47 80 -123 80 30 155 -47 15 12 -149 -48 -45 73 14 -65 -33 37 20 -7 -80 5 -59 -14 -36 45 -6 79 -91 63 88 9 -57 30 -87 -124 48 -16 139 -14 84 -108 -3 -91 -40 42 32 24 -29 3 -48 -27 -38 -5 -23 59 70 7 -92 5 -56 -182 81 9 -2 102 26 35 56 -30 51 -95 52 143 9 24 77 -40 -17 -20 143 124 135 61 37 -43 15 -101 -14 -33 61 -80 17 177 -72 93 41 79 -30 113 41 11 58 -64 15 69 -109 112 -66 -9 6 -162 53 -74 -26 -22 35 -19 45 11 -21 -199 -50 29 72 -34 -56 -64 -68 -208 99 -25 1 41 10 -86 34 -12 57 -34 9 -45 -18 -3 69 -24 -30 46 21 -141 9 -19 -114 -41 91 -2 36 29 17 -116 8 -24 61 -3 -50 19 127 54 72 -13 116 33 5 10 38 59 52 44 -89 -116 14 -10 -14 4 -4 157 43 18 -12 40 23 11 74 53 -80 -32 -44 61 158 8 35 -34 -42 -14 82 -9 -45 -102 -117 -44 87 -53 52 55 -90 51 -46 -25 -115 -13 -55 -49 -107 125 2 -21 89 74 -25 87 132 84 29 55 16 -61 55 2 -3 75 -1 -154 141 6 12 56 -76 -80 -71 -42 -37 -6 -79 -91 -77 -204 -41 -49 3 45 -84 -33 67 53 21 54 39 -77 -153 -127 63 -71 -97 -191 -153 -59 68 -11 125 121 184 -8 42 163 -28 22 111 31 3 76 -55 92 -91 22 51 67 148 -20 18 -106 -126 -96 -7 20 10 105 53
SQ 20230716T114857.7Z 8597.492335 157 4 11.61 2 66.10 81.93 52.03 84.85 0.00 1 0.00 1 0 33 7.564e-03 7.107e-03 9.114e-03 8.509e-03 6.114357e+03 1.851324e+03 5.380481e+02 3.577527e+02 1.594199e+03 289.17 -2.00 20.00 -2.00 447.08 0.00e+00 -1.123997e-03 9.693879e-04 4.325190e-06 1.643612e-05 8.228062e-04 289.17 -2.00 20.00 -2.00 456.69 0.00e+00 1.040957e-04 9.624432e-05 6.250762e-06 1.105912e-05 8.487538e-05 289.17 -2.00 20.00 -2.00 438.44 0.00e+00 2.643326e+06 1.223564e+06 7.686202e+04 2.109120e+05 1.095158e+06 271.09 -2.00 11.23 -2.00 459.43 0.00e+00 2.066275e-01 2.251348e-01 4.330103e-03 8.196247e-03 2.386228e-01 232.92 -2.00 3.52 -2.00 456.00 0.00e+00 -4.220610e-05 2.869955e-05 7.088141e-07 1.063890e-06 2.895683e-05 289.17 -2.00 20.00 -2.00 457.12 0.00e+00 2.450 0.000 397.00 473.00 4 7.1153e+00 9.9995e-03 6.2433e-03 3.7814e-04 7.9496e-03 7.5583e-02 1.1114e-02 1.3044e-03 2.4500e-04 9.4773e-03 -1.6259e-03 6.5039e-03 1.7579e-04 1.3502e-04 5.4623e-03 -2.4293e-03 2.1763e-03 5.0158e-05 3.3426e-05 1.8485e-03 2.0444e-03 1.1461e-03 3.3366e-05 1.5816e-05 9.2674e-04 8.4408e-04 4.3871e-02 7.0864e-03 6.0093e-05 8.5521e-05 4.4710e-03 -1.1996e-04 1.0037e-04 9.2652e-07 4.7696e-07 8.0638e-05 8.7862e-05 1.3529e-04 1.2673e-06 5.7228e-07 1.0920e-04 -2.5441e-03 2.4725e-05 3.4723e+00 9.1573e-01 4.9665e-03 6.5470e-03 7.0167e-01 12 8 8 10 0 0 97.33 24.54 0.37 -0.00254 -0.01265 508 88 1 4 0 22.810 26.73 19.99 24.54 30.13 11.1 1057.86 -502 357 1085 619 411 -90 -68 -814 -172 564 -417 -180 84 -1546 1004 358 -1224 169 -1012 -1569 -739 1604 158 547 243 -670 -465 530 -944 1473 200 -439 1235 785 280 475 1578 252 818 652 -154 2303 -1054 158 -30 -772 948 -413 -932 19 -79 -47 -1063 -616 -933 402 -493 -616 -14 -704 924 -1673 -1096 -572 -467 1123 939 -562 -323 -76 -415 288 -871 234 -326 11 -1993 -1131 -595 -661 -460 1465 863 619 -490 19 348 307 917 2434 1002 37 125 271 -138 -439 -476 1330 -276 -260 -273 -296 -19 -111 1007 562 640 -526 -1888 -630 -1259 -827 -31 -385 239 -346 297 1365 325 108 47 553 318 -247 953 347 -256 963 762 -85 -591 297 -869 690 146 -333 -649 -459 132 -584 -789 436 355 -18 469 1334 -771 1450 -433 -912 33 -15 -909 200 323 -155 320 986 170 -327 349 680 72 -441 243 198 -655 -501 1099 -978 1714 1327 170 -888 36 -678 -796 -206 -1470 -584 -806 -10 326 -491 848 299 -118 413 -1553 -733 1147 135 96 755 -1691 -847 -1076 -1161 893 810 552 -330 -39 -43 -427 461 -650 426 1057 1129 1869 -196 1311 -538 473 253 -165 964 1690 981 -729 -1358 -588 -1974 -1499 -473 -17 -747 1171 263 433 -205 -1345 1470 -1605 -733 -1859 1498 574 -322 1085 -467 58 -943 1205 -581 20 556 -2140 -457 -365 18 -65 233 -248 765 602 -309 -867 237 -1177 -650 -21 -111 -274 1241 -1162 131 766 -56 228 -228 1008 -1416 1547 -555 602 -493 1031 195 145 -689 21 267 1653 724 -159 -391 -396 -491 152 26 -676 613 -1245 57 -934 -1225 -621 -1626 453 357 12 679 578 847 -5 -736 715 -876 298 539 702 505 1047 154 -39 -303 807 1370 1638 -56 -774 -744 374 -396 190 -627 468 -1146 815 1219 -977 137 -830 469 -550 1378 -585 409 665 437 -827 756 -1641 1330 -480 -373 -676 -2005 93 -903 -180 570 651 -139 952 920 -1007 -1544 97 574 1793 -632 314 -1180 555 -1425 1582 -120 230 719 11 499 -767 98 945 3 588 -658 42 -460 476 328 331 560 -52 -2038 368 419 395 432 668 914 226 738 402 53 -419 -756 871 -517 -696 916 -172 -736 -620 -471 942 -922 -20 24 136 252 -774 -362 -702 -200 189 604 -495 -200 48 1447 101 -233 -1135 122 -311 -526 696 777 -380 -482 76 661 1376 270 -176 -232 114 -757 706 -13 -322 -1004 -1169 -274 517 -511 60 28 -944 -583 381 393 -685 -343 -100 -364 -1005 1138 661 -807 153 86 -579 172 1232 410 465 313 -139 447 -401 325 -137 -38 336 -487 643 501 127 -74 -929 -337 -859 422 337 552 -47 -383 506 -723 -1042 -219 569 436 -266 557 1054 -218 117 -310 -178 -194 -123 -81 231 275 -654 -213 -2 690 275 446 938 -374 855 -761 698 973 -574 362 271 -425 -438 172 44 700 -591 -422 -335 164 473 -1141 -276 -759 -546 -132 36 357 47 87 854 -351 255 755 417 274 -60 -46 -587 -127 416 -313 -135 62 -1169 741 267 -942 127 -801 -1263 -593 1241 120 396 169 -465 -337 402 -764 1190 165 -357 929 550 190 333 1144 202 680 541 -126 1786 -823 121 -23 -605 715 -309 -689 13 -59 -37 -859 -491 -753 317 -386 -481 -12 -568 759 -1477 -984 -512 -418 1004 867 -541 -311 -72 -387 259 -772 199 -265 9 -1465 -813 -436 -521 -390 1273 768 557 -452 17 332 300 888 2288 948 35 118 258 -132 -418 -450 1222 -253 -233 -241 -262 -17 -105 983 564 632 -505 -1768 -573 -1156 -779 -30 -373 228 -326 274 1233 295 100 45 533 317 -252 964 350 -254 935 729 -80 -545 266 -777 610 133 -311 -612 -430 123 -551 -737 397 324 -16 417 1222 -741 1347 -403 -821 28 -13 -765 169 283 -140 301 946 166 -323 344 666 70 -423 228 185 -628 -493 1063 -937 1487 1049 130 -705 30 -625 -771 -198 -1387 -529 -722 -9 294 -442 766 279 -110 378 -1412 -635 959 115 83 658 -1548 -765 -955 -1009 748 684 482 -307 -38 -41 -391 392 -524 326 790 875 1541 -173 1165 -491 424 224 -145 831 1423 802 -588 -1104 -480 -1655 -1273 -393 -14 -545 777 166 266 -128 -866 909 -998 -441 -1131 913 387 -238 888 -430 57 -965 1200 -563 17 450 -1687 -356 -303 16 -62 228 -245 740 565 -276 -713 176 -853 -478 -16 -94 -248 1151 -1131 124 699 -51 202 -205 896 -1318 1411 -527 570 -480 1008 192 142 -671 19 248 1502 651 -142 -347 -354 -448 140 23 -574 475 -951 43 -746 -1045 -546 -1466 403 320 11 629 542 793 -5 -687 636 -766 256 463 610 460 995 147 -37 -289 745 1245 1501 -54 -767 -739 364 -382 180 -604 450 -1118 780 1154 -928 127 -757 429 -520 1298 -560 382 613 407 -790 725 -1630 1275 -465 -356 -624 -1818 81 -775 -154 488 563 -124 856 845 -960 -1482 91 540 1692 -624 314 -1217 567 -1477 1555 -121 227 704 11 513 -812 102 963 3 594 -674 43 -474 490 341 348 594 -56 -2278 406 469 444 485 745 1010 249 801 434 56 -451 -821 968 -584 -784 1003 -186 -777 -636 -473 926 -929 -20 24 140 264 -840 -400 -792 -234 218 690 -569 -227 54 1568 110 -257 -1264 135 -349 -598 795 905 -456 -583 94 800 1637 324 -214 -285 140 -940 865 -16 -404 -1274 -1473 -336 616 -605 73 34 -1157 -722 474 494 -874 -434 -125 -454 -1256 1393 814 -1009 189 107 -729 217 1547 526 603 411 -184 583 -525 421 -178 -50 435 -638 869 680 174 -102 -1286 -464 -1189 577 463 754 -64 -524 680 -976 -1402 -291 754 581 -357 737 1364 -281 149 -399 -232 -257 -164 -108 306 366 -889 -292 -3 939 370 583 1182 -464 1039 -912 840 1199 -734 464 349 -551 -564 218 55 871 -752 -540 -432 212 607 -1483 -353 -976 -702 -169 46 456 60 109 1036
SQ 20230716T114909.3Z 8597.492469 157 5 11.66 2 66.06 81.96 52.00 84.88 0.00 1 0.00 1 0 33 5.869e-03 5.502e-03 6.731e-03 6.280e-03 7.182093e+03 1.371252e+03 5.847779e+02 3.578444e+02 1.236704e+03 289.17 -2.00 20.00 -2.00 447.12 0.00e+00 -7.332803e-04 7.191187e-04 6.182598e-06 1.666238e-05 6.389854e-04 289.17 -2.00 20.00 -2.00 456.71 0.00e+00 1.134345e-04 7.109393e-05 9.095242e-06 1.106548e-05 6.586058e-05 289.17 -2.00 20.00 -2.00 438.56 0.00e+00 2.020208e+06 8.981033e+05 7.294596e+04 2.110095e+05 8.496226e+05 271.09 -2.00 11.23 -2.00 459.36 0.00e+00 2.166403e-01 1.654057e-01 4.433729e-03 8.197424e-03 1.851754e-01 232.92 -2.00 3.52 -2.00 456.02 0.00e+00 -3.303237e-05 2.126353e-05 8.408798e-07 1.062766e-06 2.246807e-05 289.17 -2.00 20.00 -2.00 457.12 0.00e+00 2.447 0.000 397.00 473.00 4 6.8001e+00 7.3769e-03 6.2404e-03 3.7935e-04 6.1706e-03 6.8311e-02 8.2459e-03 1.3052e-03 2.4865e-04 7.3646e-03 -3.1017e-03 4.8166e-03 1.8055e-04 1.3636e-04 4.2382e-03 -2.2756e-03 1.6089e-03 4.3643e-05 3.3701e-05 1.4340e-03 1.7024e-03 8.4362e-04 2.8323e-05 1.5721e-05 7.1853e-04 1.1628e-03 3.4492e-02 5.1605e-03 5.9453e-05 8.7441e-05 3.4938e-03 -8.8420e-05 7.2436e-05 1.0615e-06 4.8324e-07 6.2569e-05 6.1492e-05 9.7901e-05 1.5035e-06 5.7947e-07 8.4738e-05 -4.3194e-03 5.0608e-05 1.9053e+00 6.8202e-01 4.9736e-03 6.5463e-03 5.4803e-01 12 8 8 10 0 0 94.45 24.54 0.58 -0.00432 -0.01149 508 88 1 4 0 22.810 26.73 19.99 24.54 30.21 11.1 1058.46 -768 374 843 793 -480 -453 -968 -803 -83 -132 -445 -992 101 -956 362 284 -1074 168 -825 -1450 155 1630 -229 681 496 -538 -228 1469 -613 1316 204 -617 898 1039 652 756 858 50 1171 13 240 1170 576 308 237 -218 1039 -321 -1260 -21 107 -51 -98 -820 -665 266 -556 -364 366 -445 402 -1073 -607 -434 -95 692 839 -97 -261 -390 -350 -148 -374 511 -563 -489 -1006 -746 -714 -816 -758 1181 326 94 -185 776 -64 735 252 1846 537 135 259 279 -174 210 112 538 -232 -164 388 -140 293 -313 794 -446 186 -436 -1431 -1009 -660 -723 26 -174 -271 -13 -255 1155 480 -182 241 568 758 156 148 15 -190 272 341 55 -44 675 -1238 560 216 -182 -473 452 69 -749 -928 206 382 262 173 1006 -73 895 -141 -886 13 -352 -578 373 89 -361 299 313 -248 -1009 -22 224 -63 -118 572 191 175 -350 547 -476 1497 1311 137 28 72 -362 -841 -194 -709 -223 -991 -286 1013 -787 1036 -21 167 598 -1386 -1124 748 129 51 -241 -803 -404 -590 -941 221 643 -410 54 -565 -435 653 566 -980 81 -146 864 1306 -401 433 -1146 495 734 -68 262 781 1124 -204 -1440 -658 -1096 -538 -443 299 -1141 615 32 548 -238 -376 502 -1159 -135 304 843 49 -134 930 -814 354 -932 950 -354 119 -512 -1300 -305 -375 -203 270 530 -212 374 667 -146 -283 211 -1330 -88 -840 296 298 778 -896 272 228 -24 413 258 1042 -1172 825 332 923 -302 1065 -225 460 -472 152 402 942 -22 -562 -449 -86 -523 -359 -88 -512 345 -47 240 -863 -630 -562 -998 589 80 142 721 446 345 4 -213 923 -659 610 1263 687 144 1219 -255 123 -360 391 -65 356 193 -534 -1167 -12 89 10 -20 842 -649 258 410 -488 -193 -299 650 -567 1680 66 324 476 46 -487 263 -1098 1104 -634 -71 -1109 -873 237 -802 -262 10 84 -92 905 804 -405 -1758 111 -333 1099 -1007 71 -405 432 -1199 894 -268 128 409 -526 337 -213 825 539 147 442 -485 483 39 607 182 262 553 160 -728 75 -285 424 -475 449 483 301 142 201 -335 64 -206 630 -262 106 484 453 -471 -226 -477 895 -985 -112 -182 92 -542 -414 -240 -588 -215 518 -83 45 -114 92 735 -56 103 -372 451 -48 -341 200 631 -874 -13 122 615 1112 529 -426 -346 182 -709 579 167 -204 -482 -454 -442 645 -846 227 110 -356 -726 35 65 -532 -66 -590 -224 -559 892 333 -598 -211 149 -490 -194 980 674 327 256 -78 -137 -49 662 -224 -148 33 -207 309 444 -89 250 -510 -41 -499 21 148 85 66 -369 80 -675 -487 -210 0 774 -173 453 1118 -103 459 -137 -154 -79 -666 -55 174 88 110 -507 -72 436 113 -92 378 -281 295 -660 429 427 -982 433 188 241 -415 88 -384 504 -67 -157 15 -8 605 -987 -140 -507 -116 210 -27 366 -133 358 680 -523 260 573 541 -327 -307 -675 -587 -62 -99 -338 -757 76 -727 272 215 -836 129 -636 -1138 121 1233 -171 481 335 -364 -161 1081 -483 1040 164 -492 693 741 450 519 617 39 955 11 192 903 435 231 180 -168 770 -236 -962 -15 82 -42 -81 -675 -551 216 -449 -292 288 -354 329 -933 -536 -384 -84 614 767 -92 -249 -367 -323 -132 -326 429 -453 -369 -725 -528 -519 -638 -641 1020 289 84 -168 713 -61 707 243 1727 504 126 240 263 -164 196 104 493 -210 -145 336 -122 261 -294 769 -447 183 -414 -1318 -910 -595 -674 25 -167 -257 -12 -234 1033 430 -166 224 541 743 156 149 15 -187 263 324 51 -40 595 -1098 490 194 -168 -441 416 64 -699 -858 186 345 238 159 953 -72 862 -135 -820 11 -305 -499 325 77 -323 276 298 -239 -986 -22 217 -61 -111 526 176 164 -338 524 -446 1281 1018 103 22 60 -327 -802 -183 -651 -197 -874 -250 893 -725 954 -20 159 557 -1285 -998 641 112 45 -217 -743 -371 -533 -833 190 554 -370 51 -554 -421 604 491 -808 63 -113 686 1107 -347 380 -1027 432 631 -58 222 649 897 -160 -1144 -525 -890 -442 -361 228 -818 402 21 344 -152 -235 308 -703 -83 185 507 33 -100 773 -762 350 -965 961 -347 107 -424 -1027 -240 -315 -184 260 523 -212 368 635 -132 -234 159 -977 -65 -669 254 260 705 -845 250 203 -21 355 225 932 -1095 762 313 875 -295 1047 -224 449 -461 145 376 867 -20 -504 -401 -77 -480 -334 -80 -436 269 -35 182 -694 -539 -497 -898 526 73 130 672 405 314 3 -199 824 -579 526 1082 600 133 1117 -245 118 -343 362 -59 330 185 -528 -1163 -12 85 9 -19 802 -628 248 390 -460 -180 -279 612 -553 1567 62 300 436 42 -460 251 -1076 1051 -610 -67 -1061 -807 211 -709 -232 9 75 -84 841 734 -381 -1679 107 -327 1078 -1030 74 -428 456 -1280 913 -270 126 400 -531 347 -224 853 551 150 447 -495 490 40 622 189 276 586 173 -801 83 -320 476 -537 501 535 331 155 216 -360 68 -222 706 -296 119 535 490 -499 -232 -481 884 -999 -113 -186 95 -575 -450 -267 -666 -243 578 -93 50 -131 104 812 -62 114 -416 504 -54 -392 232 745 -1067 -16 147 726 1292 618 -506 -415 218 -897 723 210 -260 -620 -579 -552 781 -1023 269 130 -426 -883 43 80 -666 -82 -729 -274 -682 1075 405 -731 -269 191 -634 -251 1268 886 437 345 -105 -184 -66 877 -300 -198 44 -278 414 596 -121 338 -695 -56 -681 28 200 115 89 -499 107 -900 -644 -276 -1 1016 -229 593 1429 -131 577 -174 -198 -103 -883 -72 228 116 147 -690 -98 588 151 -119 473 -345 356 -811 533 544 -1297 570 249 319 -549 115 -497 646 -87 -207 20 -10 797 -1316 -185 -638 -146 264 -34 458 -165 437 811
SQ 20230716T115848.3Z 8597.499171 165 1 6.68 2 64.27 83.45 50.24 86.31 0.00 1 0.00 1 0 33 4.140e-03 4.053e-03 3.609e-03 3.532e-03 7.424977e+03 7.600361e+02 5.887315e+02 3.578223e+02 8.723049e+02 289.17 -2.00 20.00 -2.00 445.49 0.00e+00 3.993241e-04 3.910794e-04 8.394242e-06 1.578833e-05 4.529102e-04 289.17 -2.00 20.00 -2.00 455.03 0.00e+00 1.498124e-04 3.955899e-05 1.054585e-05 1.107338e-05 4.645566e-05 289.17 -2.00 20.00 -2.00 435.54 0.00e+00 8.453768e+05 5.027204e+05 6.813641e+04 2.112684e+05 5.994090e+05 271.09 -2.00 11.23 -2.00 458.04 0.00e+00 1.910855e-01 9.982032e-02 4.257436e-03 8.482675e-03 1.306682e-01 232.92 -2.00 3.52 -2.00 454.34 0.00e+00 1.879753e-07 1.252039e-05 1.030928e-06 1.058366e-06 1.584525e-05 289.17 -2.00 20.00 -2.00 455.69 0.00e+00 2.289 0.000 397.00 473.00 4 7.2616e+00 3.9017e-03 5.8461e-03 3.8217e-04 4.3646e-03 5.4543e-02 4.4884e-03 1.2263e-03 2.3581e-04 5.2179e-03 -7.1515e-03 2.6086e-03 1.7661e-04 1.2914e-04 3.0080e-03 -2.2208e-03 8.7212e-04 2.9946e-05 3.2454e-05 1.0117e-03 -3.3379e-04 4.4786e-04 1.6528e-05 1.4982e-05 5.0608e-04 7.7097e-04 9.7081e-03 2.5450e-03 6.3475e-05 7.9732e-05 2.5711e-03 3.1984e-05 3.8942e-05 1.0708e-06 5.5074e-07 4.4150e-05 1.0671e-04 5.2552e-05 1.4754e-06 6.4383e-07 5.9752e-05 3.9542e-04 -7.0419e-06 8.1200e-01 3.5810e-01 5.0090e-03 6.3740e-03 3.8922e-01 12 9 9 12 1 1 999.00 24.54 1.29 0.00040 -0.00797 1 3 1 4 0 3258.910 26.73 20.00 24.54 30.74 11.0 1060.68 -52 226 -264 -496 -106 422 459 192 447 110 36 -105 -668 61 47 -172 81 -124 -356 16 250 -15 -295 -683 -1116 -257 -533 -363 181 55 352 244 1144 -598 415 292 707 -716 -168 -220 267 -57 181 405 -294 23 3 33 118 222 441 -546 -41 554 -184 -52 451 146 307 632 -33 232 -137 658 482 192 -155 472 356 236 232 -4 -362 341 -446 -993 4 -133 -235 -99 -529 -408 -207 219 115 366 300 39 -398 -7 51 -726 -158 -1 220 -85 -356 41 287 -263 -824 125 117 118 -375 201 -85 669 320 -243 374 -328 -40 10 -451 933 -363 -363 96 340 -621 -47 156 279 -150 -513 -927 -384 -179 -507 214 267 217 183 -119 552 350 -335 -136 313 -376 361 222 546 -337 -191 379 -86 448 -478 -188 -244 -578 227 -4 308 237 70 261 786 -369 -402 115 81 208 -244 -350 -74 662 453 -126 -160 -353 -242 -677 287 -83 157 318 -8 548 -322 72 7 286 105 -105 3 489 479 55 364 -383 248 -595 67 264 -266 415 747 -664 9 -469 -311 -357 -185 -715 641 292 32 -353 482 297 474 388 108 -648 -250 279 955 -190 114 428 -188 -201 -678 -455 304 764 85 -550 -597 -282 54 -869 -4 411 -67 1112 -202 994 -73 -163 -155 688 -521 1322 -478 -186 -795 -699 356 -448 895 9 -446 -382 790 181 -1456 188 -461 -22 -496 -15 -177 -59 -279 38 180 371 80 111 -3341 -354 -174 -143 -148 622 496 -225 -10 212 91 -58 887 -344 945 -354 -117 391 445 -271 499 -120 511 -544 213 730 -118 122 -258 -255 234 -266 626 -508 331 -130 -625 -199 297 -327 -122 -692 883 111 61 886 -45 -59 315 241 -159 -368 -381 -4 -126 138 -138 703 -467 317 -274 580 -73 195 75 -20 37 -383 431 137 -493 -38 873 -341 492 -245 -779 -63 218 207 244 -237 -13 -149 -1 -42 40 280 266 15 -365 373 -89 -788 -111 58 -212 4 84 -338 24 -524 -342 -576 373 17 212 -577 215 -24 237 -290 -57 409 142 445 150 -398 23 -368 -88 338 387 300 958 -291 294 193 63 79 -121 234 262 -71 298 239 -54 -1038 647 -63 177 5 277 273 85 161 -218 533 -335 -232 118 -288 -598 -152 375 -340 87 753 159 -110 364 53 -176 19 353 -817 -216 -57 -711 521 -316 87 212 -154 -467 -329 345 252 49 -226 -314 -82 566 -133 -699 10 -112 -537 241 308 -16 -155 -354 439 258 -147 203 435 110 323 -52 -22 -236 -4 -181 190 -209 166 -210 11 -43 -80 -14 -90 52 -295 17 791 -149 -127 201 210 -158 114 -467 -238 106 -273 -201 205 -197 -254 -69 -187 -420 256 400 181 -180 -437 1036 -110 -579 -227 224 -247 263 145 -109 777 -286 48 402 23 131 -214 -120 386 -43 652 -267 -134 -271 61 -543 -72 -555 -182 -184 370 866 26 -42 190 -218 -406 -85 336 373 160 382 95 31 -91 -578 53 41 -150 71 -109 -313 14 222 -13 -259 -576 -929 -210 -445 -312 162 50 322 219 989 -501 342 240 591 -642 -152 -203 240 -50 158 350 -259 20 2 29 101 187 384 -496 -37 495 -166 -47 397 128 273 562 -30 218 -128 612 449 182 -152 460 348 235 226 -4 -345 313 -404 -876 3 -113 -198 -87 -489 -392 -201 213 110 359 301 39 -398 -7 51 -723 -156 -1 219 -84 -353 40 274 -254 -789 118 114 117 -379 206 -86 664 306 -236 363 -322 -41 10 -440 907 -353 -349 91 325 -616 -46 158 287 -151 -528 -940 -383 -176 -498 204 249 206 170 -114 534 341 -328 -133 305 -365 343 212 522 -328 -188 381 -86 436 -465 -174 -223 -527 209 -4 294 235 70 261 788 -376 -409 115 79 200 -235 -343 -74 661 440 -118 -143 -303 -213 -623 278 -82 155 301 -8 510 -302 68 7 277 105 -102 3 463 448 51 340 -363 232 -574 64 246 -251 382 690 -627 8 -467 -306 -347 -173 -647 552 248 28 -327 450 283 454 368 102 -610 -232 253 854 -167 100 378 -169 -185 -619 -394 255 610 65 -423 -451 -216 41 -665 -3 302 -51 870 -174 900 -70 -163 -160 700 -514 1243 -429 -162 -703 -641 341 -437 884 9 -445 -369 746 162 -1243 156 -384 -19 -455 -14 -170 -58 -269 37 169 342 75 106 -3342 -346 -173 -140 -147 628 501 -226 -9 206 89 -57 839 -323 894 -334 -112 379 422 -247 440 -103 438 -482 194 685 -110 114 -245 -240 223 -259 603 -493 314 -122 -574 -181 269 -302 -116 -672 869 111 60 866 -44 -57 313 239 -158 -365 -378 -4 -125 137 -135 681 -455 307 -264 556 -70 191 73 -20 36 -372 418 136 -489 -38 857 -336 485 -235 -745 -58 203 193 225 -222 -13 -142 -1 -41 39 275 263 15 -367 381 -90 -814 -113 59 -211 4 83 -335 24 -547 -353 -588 373 17 212 -584 217 -24 243 -302 -59 432 150 473 162 -433 24 -398 -94 358 414 318 999 -307 310 205 67 84 -128 244 272 -72 302 241 -55 -1050 664 -64 184 5 295 295 93 174 -235 579 -364 -248 124 -303 -632 -161 405 -364 94 822 178 -122 407 60 -197 22 389 -919 -244 -64 -809 587 -361 99 244 -176 -527 -371 380 282 55 -250 -352 -93 645 -153 -806 12 -126 -605 276 353 -18 -179 -411 507 299 -169 235 510 130 383 -62 -25 -277 -5 -213 222 -246 195 -249 13 -52 -95 -16 -107 62 -352 20 929 -176 -149 238 248 -187 135 -545 -277 124 -317 -230 232 -225 -294 -81 -221 -498 301 472 212 -214 -524 1218 -129 -680 -257 251 -276 295 162 -125 905 -333 56 466 26 150 -248 -139 449 -49 752 -312 -156 -314 71 -628 -83 -646 -212 -213 421 990 29
SQ 20230716T163117.2Z 8597.688394 339 1 51.89 2 20.65 164.49 15.02 203.62 0.00 1 0.00 1 0 33 2.700e-03 2.623e-03 1.872e-03 1.821e-03 1.178192e+04 4.040610e+02 9.670607e+02 3.578254e+02 5.680598e+02 289.18 -2.00 20.00 -2.00 445.33 0.00e+00 4.026818e-04 2.017612e-04 7.858016e-06 1.573851e-05 2.962540e-04 289.18 -2.00 20.00 -2.00 455.16 0.00e+00 7.169134e-05 2.057889e-05 4.056869e-06 1.107203e-05 3.029578e-05 289.18 -2.00 20.00 -2.00 435.25 0.00e+00 1.295862e+06 2.639601e+05 1.220062e+05 2.112347e+05 3.908602e+05 271.09 -2.00 11.23 -2.00 458.31 0.00e+00 1.529531e-01 5.130706e-02 3.507492e-03 8.465832e-03 8.529485e-02 232.91 -2.00 3.52 -2.00 454.49 0.00e+00 -1.046035e-05 6.434311e-06 1.400403e-06 1.058594e-06 1.033440e-05 289.18 -2.00 20.00 -2.00 455.91 0.00e+00 1.068 0.000 397.00 473.00 4 8.2088e+00 2.0534e-03 2.7327e-03 3.7911e-04 2.8584e-03 4.0838e-02 2.2833e-03 6.0564e-04 2.3334e-04 3.3739e-03 -1.2821e-02 1.3654e-03 1.1883e-04 1.3019e-04 1.9897e-03 -2.2167e-03 4.4876e-04 4.4606e-05 3.2081e-05 6.5886e-04 1.9907e-03 2.3204e-04 2.4422e-05 1.4769e-05 3.3079e-04 4.1568e-04 -4.4247e-03 1.3630e-03 8.1396e-05 8.3809e-05 1.7465e-03 1.9133e-05 2.0532e-05 1.5734e-06 5.2472e-07 2.8794e-05 3.4576e-05 2.6954e-05 2.1101e-06 6.3706e-07 3.8986e-05 -2.7641e-03 2.0885e-05 7.1941e-01 1.8797e-01 7.3867e-03 5.9357e-03 2.5390e-01 12 8 8 10 0 0 98.81 24.50 1.18 -0.00276 -0.00528 13 2 1 4 0 3991.040 26.62 19.99 24.50 29.39 11.1 1053.52 -75 436 23 -177 -30 95 -399 -187 195 -23 338 -721 51 -151 -709 -332 100 4 -43 118 -302 -94 88 -29 -331 99 -407 27 -19 -216 159 -121 -169 184 103 -297 247 313 169 248 595 -120 244 9 394 103 -134 122 101 -290 12 11 22 287 171 323 -16 111 -129 260 140 -478 446 479 326 670 313 -35 189 434 699 -119 -102 129 -142 -571 -50 124 -66 32 144 -72 122 90 381 598 202 216 -41 10 146 -233 -23 -211 -256 -204 172 -192 -210 -370 -414 179 -138 -152 -111 -134 210 -204 -552 287 -54 -190 -470 -521 311 -240 201 -220 -299 -553 -407 -139 -107 -96 -156 -522 -60 -315 -641 -277 155 -167 45 -81 -402 41 246 -147 -201 -75 137 175 -41 474 37 -348 -252 -134 536 310 688 -225 -65 -183 231 182 28 327 372 310 23 -155 -227 83 187 159 -259 -131 -131 23 -217 134 -200 -164 -113 71 -17 94 -311 -189 287 185 -49 -414 130 282 -19 -129 -258 416 352 -51 183 -174 45 221 257 -373 49 168 47 338 229 193 -219 330 -87 -168 74 -306 39 -130 130 462 109 365 207 -96 470 254 287 392 184 285 159 23 63 170 133 211 294 252 -357 -255 -726 -84 -776 -289 310 106 398 94 360 -14 271 244 832 151 63 -37 247 -79 -80 90 -235 -293 -66 280 -338 -250 -239 -401 -344 -163 -734 -91 -73 -244 271 60 -64 -198 -441 -2517 -361 -39 326 592 -28 -134 -255 -123 95 439 605 131 -344 17 -186 297 -67 -29 -45 -619 70 -138 229 -394 75 186 -6 -6 -36 217 154 407 -152 -203 -226 246 51 -40 132 494 -193 -260 364 162 527 -91 -304 25 184 -25 -106 -55 160 -33 246 -216 -216 151 126 -204 -283 7 297 142 318 71 5 129 199 135 -50 605 -39 -48 -444 60 188 -33 -255 -254 -151 -58 -41 147 115 7 261 -161 88 -115 130 -66 -145 -81 229 -309 21 227 -100 161 -285 -149 -320 -116 -452 68 191 -36 -66 -5 -237 -98 -68 -365 57 -59 72 205 30 -202 -139 -277 312 413 251 202 325 -559 324 -13 -208 105 -286 196 294 75 -287 177 447 335 251 -105 579 -362 32 -254 -23 48 62 182 -8 -141 -208 88 75 30 323 -128 -176 -133 376 -121 -164 -106 -315 43 -124 67 345 94 238 -76 -52 -70 247 -214 34 36 9 -8 -207 17 -13 -330 -297 -64 -161 105 69 119 66 143 -162 287 -170 -51 -61 325 -95 -60 30 9 -122 -29 -165 -99 -75 103 56 24 -125 138 363 164 -258 -135 -37 147 -218 126 302 -210 -237 89 -66 -22 -205 30 138 -6 -69 -8 25 -18 -297 -40 193 -11 -352 469 -193 -133 144 96 163 39 95 101 46 41 74 206 -11 198 -214 -132 51 -208 263 -66 -171 243 -172 74 -359 115 2 -126 225 69 -85 -61 364 19 -147 -25 77 -334 -156 166 -20 291 -625 45 -137 -646 -303 92 3 -39 109 -280 -86 78 -24 -269 79 -343 24 -18 -206 152 -113 -150 150 85 -247 215 279 157 229 536 -111 220 8 356 94 -119 106 86 -245 10 10 21 263 158 295 -15 100 -115 230 129 -463 436 468 318 663 321 -37 199 449 707 -118 -98 121 -127 -509 -42 103 -56 30 134 -70 119 88 380 605 210 229 -44 10 151 -238 -23 -219 -265 -209 175 -194 -208 -359 -396 171 -135 -155 -118 -146 224 -210 -547 277 -53 -191 -486 -540 317 -241 199 -216 -292 -547 -412 -143 -113 -104 -169 -562 -63 -328 -660 -276 151 -160 42 -77 -391 41 243 -146 -199 -74 134 169 -40 459 36 -356 -264 -139 540 301 640 -207 -60 -171 222 180 29 327 374 314 23 -158 -228 81 191 153 -254 -131 -132 22 -209 117 -167 -141 -104 67 -17 92 -296 -174 260 167 -46 -395 126 279 -19 -126 -245 377 314 -46 167 -162 43 209 238 -340 44 151 44 329 230 191 -210 295 -73 -137 62 -254 35 -121 123 436 102 338 190 -88 420 219 240 328 156 244 139 20 52 129 99 149 203 175 -255 -180 -501 -56 -522 -200 221 84 354 88 356 -14 276 238 786 132 52 -31 218 -72 -78 89 -234 -290 -63 252 -295 -200 -184 -316 -288 -140 -675 -86 -71 -234 250 55 -58 -180 -415 -2469 -350 -38 322 592 -29 -131 -259 -123 93 423 577 123 -318 16 -172 279 -64 -27 -39 -504 55 -109 189 -347 68 170 -6 -5 -32 198 143 375 -140 -185 -209 219 45 -36 118 442 -182 -252 354 155 491 -85 -285 25 182 -25 -104 -53 151 -32 235 -207 -208 144 118 -190 -265 6 288 134 297 65 5 124 185 128 -48 573 -37 -45 -421 55 168 -29 -225 -226 -136 -53 -38 141 111 7 252 -157 87 -111 128 -66 -146 -81 223 -310 21 222 -99 164 -285 -147 -327 -117 -457 68 192 -37 -67 -5 -248 -103 -73 -395 63 -65 79 226 33 -221 -151 -298 330 433 264 213 345 -598 342 -14 -213 104 -292 195 290 75 -289 178 455 348 267 -115 639 -404 35 -280 -25 52 66 191 -9 -148 -219 93 80 32 353 -143 -201 -153 424 -135 -181 -117 -350 48 -140 75 388 107 270 -88 -63 -82 283 -243 38 40 10 -9 -240 20 -15 -386 -344 -73 -185 120 79 136 75 164 -187 331 -199 -61 -73 391 -115 -72 35 11 -146 -35 -197 -118 -90 123 67 29 -151 166 437 198 -312 -163 -44 176 -259 148 352 -246 -277 104 -77 -26 -248 35 163 -7 -83 -10 29 -21 -345 -47 227 -13 -425 558 -227 -161 168 109 183 44 110 114 53 48 86 240 -13 227 -243 -149 59 -240 305 -77 -200 281 -198 85 -415 133 2 -145 255 77 -93
SQ 20230716T175613.3Z 8597.747376 395 1 51.51 2 23.92 217.67 26.50 246.69 0.00 1 0.00 1 0 33 2.440e-03 2.354e-03 1.916e-03 1.861e-03 6.283241e+03 4.030459e+02 5.122013e+02 3.577041e+02 5.140965e+02 289.18 -2.00 20.00 -2.00 445.49 0.00e+00 1.101021e-04 2.058770e-04 6.195181e-06 1.562894e-05 2.674689e-04 289.18 -2.00 20.00 -2.00 455.29 0.00e+00 8.564097e-05 2.099920e-05 6.224946e-06 1.107271e-05 2.738540e-05 289.18 -2.00 20.00 -2.00 435.47 0.00e+00 9.707788e+05 2.685266e+05 6.280099e+04 2.111320e+05 3.532763e+05 271.09 -2.00 11.23 -2.00 458.43 0.00e+00 1.187660e-01 5.211345e-02 3.020325e-03 8.485361e-03 7.709584e-02 232.91 -2.00 3.52 -2.00 454.61 0.00e+00 -1.164684e-05 6.575205e-06 7.735205e-07 1.059021e-06 9.340665e-06 289.18 -2.00 20.00 -2.00 455.99 0.00e+00 1.094 0.000 397.00 473.00 4 8.2864e+00 2.1016e-03 2.7993e-03 3.7924e-04 2.5787e-03 3.9785e-02 2.3339e-03 5.9446e-04 2.3279e-04 3.0495e-03 -9.2338e-03 1.3907e-03 9.5284e-05 1.2946e-04 1.7931e-03 -1.9651e-03 4.5802e-04 2.2973e-05 3.1735e-05 5.9539e-04 1.7117e-03 2.3770e-04 1.2693e-05 1.4895e-05 2.9886e-04 3.8031e-04 3.5997e-03 1.4059e-03 5.0252e-05 8.1801e-05 1.5529e-03 -2.3026e-05 2.0908e-05 8.8295e-07 5.1892e-07 2.6023e-05 -4.5776e-05 2.7519e-05 1.1832e-06 6.3197e-07 3.5233e-05 -2.0992e-03 1.7048e-05 4.3846e-01 1.9274e-01 4.3054e-03 5.8108e-03 2.2972e-01 12 8 8 10 0 0 97.73 24.51 1.32 -0.00210 0.00129 15 3 1 4 0 3433.340 26.62 20.00 24.51 29.78 11.2 1056.95 9 -163 -73 795 -347 -625 -222 -68 315 -218 154 -397 -310 -477 -40 -344 233 97 96 370 -562 -56 -190 -301 -463 -502 -147 118 -45 244 106 525 28 14 577 -28 85 -132 172 224 291 47 241 12 117 510 183 284 -214 113 303 230 -58 47 -6 -92 107 34 -202 45 -363 177 6 -14 -58 267 -9 -224 139 351 94 -306 -18 109 109 -115 -372 369 -624 149 59 116 122 657 606 570 42 71 -2 51 70 83 -141 69 9 -35 428 -2 125 -128 -58 205 108 -118 98 26 60 86 -202 54 -269 -188 -450 -225 -120 -100 -436 -28 541 -144 -380 -253 38 -54 -80 -353 -11 -246 -240 -175 -83 285 206 -122 42 -181 223 170 22 -455 -153 -138 -269 -73 183 -116 61 -149 -48 -108 -168 146 -72 -566 45 -360 -227 -212 312 104 -157 162 -259 204 243 285 -248 189 -567 -134 -298 -191 -9 49 -510 212 1 219 246 -5 -211 243 13 -215 311 -35 127 -120 558 -232 61 -128 -85 417 -265 268 -13 -104 151 95 -8 -218 -56 280 82 -128 -170 42 505 -262 24 -280 224 59 217 -245 -128 335 -266 -53 59 324 195 390 -187 -240 -56 -385 -160 297 424 -102 -292 -574 195 507 -610 -179 306 -136 475 -162 251 -38 186 11 623 -57 166 221 321 127 -159 261 -248 -27 -90 339 -197 -267 -422 287 -178 -177 309 101 10 -810 333 5 391 -267 96 -12 -136 95 -119 175 -13 215 183 364 -240 190 -275 464 15 -125 183 128 9 123 -496 144 281 -74 13 -635 388 -33 -186 96 14 -50 -68 -8 468 -106 -195 -264 -273 -111 -555 61 161 345 -269 -89 -106 409 138 198 1 -47 54 42 389 -228 173 -139 -113 311 273 -9 -445 -324 495 365 -35 -109 -319 198 140 -266 -78 48 -190 148 -59 47 -28 319 426 -467 -367 -90 272 -325 77 246 199 51 -199 -330 235 -120 176 -140 15 10 -128 518 -543 130 124 100 -407 104 -1 38 81 -302 -239 -20 93 -251 -94 -196 86 -199 229 -99 66 -348 165 -107 -157 445 68 -128 101 74 163 107 65 287 -266 132 -59 -274 -307 -57 137 -7 56 187 -27 -137 -318 -308 396 -89 245 -364 -260 -298 218 -68 125 37 364 -61 -60 -233 173 331 -63 78 41 -79 -30 -439 219 -17 90 -119 174 -383 282 355 152 -99 210 50 13 -61 -242 376 -307 208 -182 48 -97 174 379 246 -64 383 291 -478 -218 152 78 279 23 -356 -159 14 90 -516 -84 125 -118 -36 -94 -107 179 -6 -410 16 332 30 -337 -11 162 -244 -76 -104 -158 322 -211 -32 -4 197 156 85 -16 134 -125 15 -262 -14 -94 450 130 -261 -53 206 48 -133 -60 -8 368 -27 -43 -52 161 -145 -32 -92 29 -288 352 -41 7 -39 68 181 -9 63 -408 140 169 99 -182 7 -136 -59 648 -282 -508 -183 -56 267 -187 132 -341 -276 -428 -36 -310 211 88 87 337 -519 -51 -167 -253 -373 -401 -122 103 -42 229 99 484 24 12 469 -23 73 -124 158 205 273 43 213 11 105 455 161 242 -180 93 260 210 -53 43 -6 -83 95 30 -177 39 -332 168 6 -13 -56 262 -9 -234 145 360 95 -300 -18 100 101 -100 -308 299 -525 134 57 111 118 637 595 571 43 74 -2 52 71 83 -143 70 9 -36 429 -2 122 -122 -57 203 104 -119 103 28 63 87 -197 52 -260 -187 -460 -230 -122 -99 -429 -28 518 -141 -381 -259 40 -57 -86 -377 -12 -254 -244 -174 -80 269 192 -114 40 -178 219 166 22 -449 -149 -133 -259 -70 178 -118 63 -153 -48 -105 -156 133 -66 -526 43 -356 -233 -213 313 105 -160 164 -259 210 246 287 -243 190 -573 -131 -285 -165 -7 42 -465 200 1 214 233 -4 -201 231 12 -205 300 -35 126 -116 524 -211 54 -116 -77 385 -253 253 -12 -94 134 85 -7 -213 -56 277 78 -115 -143 35 420 -217 21 -260 211 56 203 -228 -118 304 -239 -46 50 271 165 334 -164 -209 -46 -294 -119 208 289 -71 -207 -403 132 334 -406 -123 228 -109 422 -152 250 -39 192 11 564 -50 137 183 283 116 -155 260 -249 -27 -87 306 -172 -213 -325 224 -149 -153 283 96 10 -786 309 4 351 -244 91 -12 -132 93 -119 170 -13 212 178 350 -228 185 -266 437 14 -115 170 121 8 116 -440 118 220 -59 11 -565 353 -30 -166 86 13 -46 -64 -7 435 -98 -174 -228 -235 -99 -485 56 154 338 -267 -87 -101 383 131 194 1 -47 54 41 376 -223 170 -137 -107 291 261 -8 -407 -301 468 351 -34 -103 -299 186 134 -260 -77 47 -185 141 -55 42 -26 284 381 -425 -323 -81 248 -304 73 233 187 49 -192 -326 235 -123 181 -143 15 10 -123 490 -530 129 126 101 -406 102 -1 37 80 -299 -238 -20 94 -258 -98 -206 91 -215 248 -107 70 -372 175 -112 -170 475 73 -138 109 80 175 114 68 290 -262 127 -59 -277 -313 -58 141 -7 58 197 -29 -148 -342 -329 436 -98 264 -389 -277 -317 232 -73 135 41 403 -69 -69 -271 198 373 -71 87 46 -90 -35 -503 249 -19 104 -138 201 -435 326 404 172 -112 238 57 15 -72 -287 441 -360 241 -210 55 -112 201 436 285 -75 446 342 -573 -264 185 96 338 27 -430 -191 17 109 -626 -101 151 -144 -44 -115 -131 218 -7 -503 20 401 37 -405 -13 191 -288 -90 -123 -189 378 -245 -39 -5 234 188 99 -18 158 -147 17 -314 -17 -115 543 155 -304 -63 236 54 -152 -66 -9 427 -32 -50 -61 189 -169 -37 -105 33 -338 413 -49 8 -46 79 210 -10 74 -483 164 196 113 -204
SQ 20230716T180708.4Z 8597.754959 404 1 49.83 2 25.24 222.89 28.37 249.85 0.00 1 0.00 1 0 33 2.119e-03 2.082e-03 1.571e-03 1.528e-03 5.217942e+03 3.308993e+02 4.151595e+02 3.578016e+02 4.465424e+02 289.18 -2.00 20.00 -2.00 445.40 0.00e+00 3.725180e-04 1.690580e-04 7.130283e-06 1.579368e-05 2.324123e-04 289.18 -2.00 20.00 -2.00 455.21 0.00e+00 1.010736e-04 1.723893e-05 8.105436e-06 1.107053e-05 2.378107e-05 289.18 -2.00 20.00 -2.00 435.35 0.00e+00 7.566099e+05 2.200208e+05 5.006236e+04 2.112101e+05 3.067892e+05 271.09 -2.00 11.23 -2.00 458.31 0.00e+00 7.293799e-02 4.305178e-02 3.574198e-03 8.429335e-03 6.695409e-02 232.91 -2.00 3.52 -2.00 454.53 0.00e+00 -6.281898e-06 5.401453e-06 6.921889e-07 1.059435e-06 8.110830e-06 289.18 -2.00 20.00 -2.00 455.94 0.00e+00 1.105 0.000 397.00 473.00 4 7.9438e+00 1.7214e-03 2.8367e-03 3.7908e-04 2.2405e-03 3.8318e-02 1.9176e-03 5.9922e-04 2.3411e-04 2.6496e-03 -1.1261e-02 1.1435e-03 9.4793e-05 1.2994e-04 1.5586e-03 -2.3189e-03 3.7548e-04 1.8709e-05 3.2200e-05 5.1714e-04 1.5980e-03 1.9438e-04 1.0183e-05 1.4621e-05 2.5950e-04 5.3561e-04 -1.4828e-03 1.1517e-03 4.7506e-05 8.3906e-05 1.3569e-03 2.8151e-05 1.7038e-05 7.3712e-07 5.2394e-07 2.2601e-05 5.8511e-05 2.2516e-05 9.8676e-07 6.3821e-07 3.0595e-05 -1.0754e-03 2.4802e-06 4.2148e-01 1.5793e-01 3.7400e-03 6.1771e-03 1.9938e-01 12 8 8 10 0 0 88.19 24.51 1.21 -0.00108 -0.00543 13 2 1 4 0 3832.950 26.62 20.00 24.51 30.64 11.2 1062.10 -137 130 -338 -314 -94 -41 -337 -146 62 -176 351 -329 -13 -210 -362 123 439 -304 330 -230 95 -496 -2 -18 -342 -133 5 265 57 86 53 386 -92 25 -116 -157 305 -88 -451 -143 166 62 234 -85 175 175 129 201 -168 -33 275 173 -199 100 134 478 -207 54 -16 7 -13 55 -21 282 282 81 257 64 256 473 437 -69 171 28 268 181 234 127 -22 -320 85 532 515 -62 385 85 -48 165 -228 -166 151 -382 -149 132 46 47 51 -116 -45 -274 -48 34 -101 -136 -2 -427 237 321 -30 408 -110 198 -107 -291 189 -470 -66 -221 -163 14 -341 -221 -120 -171 -157 -179 158 230 -410 124 47 -372 49 -181 155 12 -88 -395 -345 -445 -5 309 -184 -28 82 -280 -43 220 63 -50 189 -26 -135 101 -71 175 150 22 255 -164 24 -451 -178 186 46 78 58 -190 -122 -90 161 -408 -18 -359 -119 -108 -177 195 -139 -125 109 -172 60 138 570 -139 -115 -123 -21 214 333 0 98 -221 -114 280 -111 -79 -8 262 -510 19 443 -66 -107 -34 -216 -199 -98 -76 -60 118 -214 -109 273 -110 134 174 -18 -288 -418 221 -320 4 168 281 -335 213 -238 203 490 -345 -55 21 79 55 -488 1 -123 33 419 -43 -107 88 -94 259 182 -43 351 233 -403 43 281 247 -170 115 -282 61 74 11 -86 172 -370 -56 31 -450 83 -187 189 -95 368 -185 -60 310 30 -128 101 281 89 126 225 90 59 154 -105 632 -734 19 103 190 -182 77 -407 -62 -103 128 194 81 290 -68 -127 463 -99 -15 108 238 120 -90 16 59 -41 -264 -6 14 58 94 42 -87 -210 241 95 254 306 575 -145 -180 144 89 312 -385 -117 72 51 -307 138 111 -165 220 -58 -109 144 222 -64 -117 186 221 -139 107 -78 -69 -58 -203 -181 -168 220 -155 374 -105 338 90 72 -140 -34 -176 -76 233 -436 -205 -344 153 -327 180 -94 -264 138 -196 -413 459 -60 68 -113 -180 -99 10 -440 -203 39 -73 -214 -355 117 160 306 -115 113 378 9 275 110 239 -71 7 -3 -195 82 183 -299 -120 -108 -251 -341 -135 -66 -40 -5 109 328 32 190 -66 259 -161 23 162 74 -139 310 -275 330 -79 178 110 -370 -79 233 182 -152 148 -27 -241 -129 12 152 -229 -213 -141 9 57 272 148 195 -26 -151 35 18 102 180 30 -53 54 55 85 145 107 1 -29 -236 177 164 -196 91 -68 -10 -296 13 6 -18 14 -82 77 -105 -183 -96 -142 -123 -6 48 1 -133 -81 142 47 -20 -319 519 -349 78 134 -102 80 -188 72 23 -24 224 180 -280 -92 202 -97 30 -88 -172 43 37 -269 -152 210 178 137 -202 -204 143 144 -304 112 -155 171 110 102 237 -67 293 -154 280 -268 -183 -40 28 -12 -356 324 213 505 -387 -115 112 -288 -257 -75 -33 -277 -126 55 -157 312 -293 -12 -186 -322 109 394 -274 294 -208 86 -449 -2 -15 -286 -110 4 231 52 80 49 353 -79 21 -94 -127 258 -81 -435 -136 154 56 205 -74 155 155 112 170 -147 -28 234 157 -181 90 121 425 -183 50 -14 6 -12 51 -20 270 269 78 258 65 263 479 434 -67 169 27 245 156 191 102 -18 -285 81 527 518 -63 395 85 -49 171 -237 -170 153 -383 -149 134 47 47 51 -120 -45 -274 -48 33 -101 -143 -2 -455 248 322 -30 406 -110 194 -108 -295 189 -465 -64 -224 -163 14 -338 -224 -125 -181 -167 -189 163 234 -414 121 45 -349 47 -177 147 12 -86 -384 -336 -434 -4 292 -175 -26 79 -282 -44 222 62 -48 173 -23 -121 92 -67 170 151 23 267 -173 26 -478 -185 189 46 77 58 -199 -122 -91 152 -350 -15 -303 -107 -105 -172 198 -137 -120 102 -162 57 136 541 -136 -113 -118 -20 201 308 0 93 -204 -107 261 -102 -75 -7 243 -469 19 438 -64 -101 -30 -190 -168 -81 -65 -53 108 -200 -102 253 -101 121 157 -16 -247 -365 192 -269 3 145 241 -287 168 -176 141 331 -238 -39 15 53 36 -321 1 -91 27 368 -42 -106 90 -96 252 171 -37 285 191 -354 40 270 243 -169 112 -269 58 64 9 -66 133 -307 -50 28 -427 80 -178 174 -86 326 -167 -57 295 29 -125 100 281 91 129 227 89 57 148 -101 588 -677 17 95 178 -174 72 -356 -52 -84 105 159 71 261 -62 -117 428 -93 -14 100 220 111 -86 15 52 -37 -235 -6 14 55 91 41 -84 -198 224 89 247 304 569 -143 -174 138 87 303 -377 -114 70 49 -289 130 106 -155 210 -55 -102 133 215 -61 -113 180 213 -134 101 -74 -63 -52 -180 -161 -151 199 -143 352 -101 316 85 70 -131 -33 -172 -75 234 -445 -207 -340 153 -323 176 -94 -261 139 -196 -407 463 -60 69 -115 -183 -102 10 -463 -215 42 -75 -225 -379 124 170 323 -127 123 406 10 290 116 253 -76 7 -3 -205 84 182 -304 -120 -107 -250 -344 -136 -67 -42 -5 119 363 36 210 -72 282 -174 25 170 78 -146 325 -292 351 -85 194 123 -422 -90 263 203 -168 163 -30 -272 -146 14 171 -260 -244 -162 11 66 311 167 217 -29 -169 39 20 119 210 35 -61 62 63 97 165 121 1 -33 -271 204 191 -232 109 -82 -12 -356 16 7 -21 16 -98 91 -126 -219 -116 -171 -148 -7 58 1 -161 -98 169 56 -24 -375 632 -427 96 164 -126 98 -226 84 27 -28 266 218 -342 -113 245 -119 36 -105 -207 51 43 -324 -178 238 199 154 -234 -231 164 167 -356 131 -180 196 125 115 271 -77 340 -180 326 -312 -212 -46 32 -14 -415 375 244 567 -430
SQ 20230716T181741.1Z 8597.762281 413 1 1.40 2 26.65 227.50 30.21 252.64 0.00 1 0.00 1 0 33 1.812e-03 1.792e-03 1.910e-03 1.888e-03 3.423539e+03 4.024356e+02 2.995534e+02 3.578712e+02 3.819495e+02 289.18 -2.00 20.00 -2.00 444.80 0.00e+00 -5.880270e-05 2.064556e-04 5.167470e-06 1.549052e-05 1.983978e-04 289.18 -2.00 20.00 -2.00 454.38 0.00e+00 9.460161e-05 2.111055e-05 7.484728e-06 1.107590e-05 2.033300e-05 289.18 -2.00 20.00 -2.00 434.31 0.00e+00 3.016123e+05 2.703871e+05 4.282026e+04 2.113317e+05 2.622926e+05 271.09 -2.00 11.23 -2.00 457.61 0.00e+00 1.742899e-01 5.483568e-02 2.183855e-03 8.535417e-03 5.723624e-02 232.91 -2.00 3.52 -2.00 453.71 0.00e+00 -7.556651e-06 6.824510e-06 4.483543e-07 1.056378e-06 6.935143e-06 289.18 -2.00 20.00 -2.00 455.21 0.00e+00 1.118 0.000 397.00 473.00 4 5.0451e+00 2.0657e-03 2.8663e-03 3.8179e-04 1.9107e-03 4.4324e-02 2.3440e-03 5.9749e-04 2.2947e-04 2.2606e-03 -2.1060e-03 1.3866e-03 8.2257e-05 1.2663e-04 1.3257e-03 -1.7220e-03 4.5957e-04 1.7966e-05 3.1901e-05 4.4198e-04 8.8279e-04 2.3541e-04 8.8325e-06 1.4567e-05 2.2175e-04 9.5361e-03 1.3839e-02 1.3543e-03 3.9907e-05 7.6080e-05 1.1381e-03 -3.8362e-05 2.0637e-05 4.5974e-07 5.6719e-07 1.9321e-05 -5.0249e-05 2.7476e-05 6.1262e-07 6.6320e-07 2.6157e-05 -9.2279e-04 3.0326e-06 1.5783e-01 1.8823e-01 3.2951e-03 5.7851e-03 1.7070e-01 12 9 9 12 1 1 999.00 24.51 1.31 -0.00092 0.00251 2 22 1 4 0 410.030 26.62 20.00 24.51 31.74 11.1 1068.31 -60 -96 249 22 -330 -35 95 -252 -52 62 -53 272 -112 -169 82 491 -126 53 179 -49 154 -488 174 121 -388 339 135 73 0 79 157 -196 35 -18 291 -308 -64 -123 -338 -57 43 -167 -100 -39 103 42 37 27 350 433 -4 -177 231 -361 32 172 -163 -154 243 -43 77 -119 57 251 -166 -23 -93 -157 181 50 -408 484 70 76 -6 241 -314 -42 25 230 -166 176 -315 -232 -87 149 59 -157 -68 -288 -21 -139 119 -57 176 9 12 182 -175 -16 -149 -261 -21 437 204 -147 6 335 51 -26 -61 -88 161 -96 109 71 -56 -16 333 34 -1 -72 -22 255 -89 -244 -144 6 -137 200 78 -134 -1 -167 -128 -220 11 -119 -186 71 195 -123 157 -29 295 -30 -140 228 45 51 -10 -14 -146 -59 -52 -32 126 327 -142 -162 62 -25 -258 44 31 -93 -114 -216 10 -91 0 -380 417 231 -272 -61 195 402 43 -162 315 173 180 135 -254 189 232 -149 -25 -77 -149 189 -33 -26 -116 -121 -329 182 156 -213 29 -158 525 -197 -29 213 150 31 132 171 11 17 -47 -247 -155 60 -95 -169 33 370 -13 -20 299 -296 48 -249 75 21 -279 -35 153 -5 -7 -35 11 86 59 68 -73 78 -7 57 444 89 215 25 -156 -171 268 -77 -263 -194 -309 13 343 160 228 -71 -363 -217 -84 -270 -8 175 -276 32 21 486 -187 -134 -180 -14 -439 -20 -88 336 -245 -215 -90 3 182 -367 -187 -74 195 -111 26 326 275 -183 108 22 -8 -92 4 103 -209 -6 -177 141 -89 80 -209 244 88 35 71 -259 -72 127 -180 170 -106 0 214 -351 78 144 67 190 280 362 60 -98 -269 -254 -234 94 -3 353 29 51 -103 92 -61 43 86 152 -198 1 -269 -393 -5 -64 421 402 -333 31 206 52 30 -31 -296 247 -78 -132 196 -5 -501 170 -204 -305 -73 177 227 269 118 97 -6 165 315 -312 -46 -188 371 -203 -178 -70 -45 -4 -61 406 93 198 6 -85 11 -223 -174 254 -29 -26 174 -119 169 -72 208 -25 53 -343 -128 -41 271 -8 254 -22 219 -16 282 -127 175 -40 48 232 -267 -98 57 -308 -132 -125 91 212 -207 -129 -38 -411 180 19 9 -90 83 101 87 151 84 161 154 -99 -335 -108 -32 -40 13 -150 111 14 58 -244 -119 72 -40 88 -94 133 -100 -98 63 217 223 -127 -282 -294 -49 -50 28 119 -137 7 -45 -224 330 88 -128 -129 150 -11 -146 17 -122 256 -18 59 25 181 26 0 86 157 -141 96 -20 61 -131 -262 101 25 -307 -155 -9 105 43 146 -55 60 220 -68 -108 -122 -40 223 -119 81 -174 191 262 -308 -3 57 -150 148 189 -81 53 189 -55 -37 96 -19 97 6 -201 3 -82 -83 270 117 339 47 -146 2 -39 -153 61 26 -399 -53 -86 223 19 -287 -31 84 -230 -47 57 -49 249 -102 -155 75 449 -118 49 165 -45 144 -456 160 109 -342 294 120 67 0 76 152 -187 32 -16 254 -269 -58 -114 -328 -55 41 -157 -93 -36 96 40 34 25 314 382 -4 -166 216 -343 30 162 -152 -143 227 -40 73 -116 56 249 -164 -22 -95 -160 185 51 -412 482 68 73 -6 218 -278 -37 22 216 -160 172 -314 -232 -88 150 61 -162 -70 -292 -22 -141 120 -58 179 9 12 181 -176 -15 -147 -259 -21 440 210 -155 6 340 51 -26 -60 -88 164 -99 110 71 -56 -16 328 34 -1 -74 -23 267 -92 -256 -148 6 -140 198 77 -130 -1 -161 -126 -216 11 -117 -183 70 190 -121 155 -28 287 -30 -143 230 45 49 -9 -13 -139 -56 -49 -32 126 329 -145 -166 64 -25 -261 44 31 -92 -115 -219 10 -91 0 -346 368 210 -254 -59 193 396 42 -157 301 165 175 132 -249 189 231 -147 -25 -74 -141 181 -32 -25 -114 -118 -316 174 146 -201 28 -156 519 -198 -28 201 136 27 116 152 10 16 -45 -237 -150 57 -90 -159 30 336 -12 -18 273 -270 44 -229 67 18 -229 -28 121 -4 -6 -28 8 66 45 54 -61 68 -6 55 450 92 220 25 -151 -158 237 -69 -241 -184 -307 13 340 158 223 -67 -328 -187 -71 -234 -7 164 -264 31 21 473 -181 -127 -168 -13 -423 -19 -87 329 -244 -213 -91 3 181 -363 -185 -72 187 -107 25 311 259 -176 105 21 -7 -81 3 90 -188 -6 -164 132 -84 76 -198 235 86 34 69 -249 -68 119 -167 158 -97 0 207 -346 77 143 65 182 270 356 60 -97 -269 -250 -228 92 -3 348 28 50 -98 88 -58 42 84 150 -195 1 -258 -380 -5 -64 414 401 -332 30 198 50 28 -29 -277 227 -73 -126 186 -4 -488 164 -198 -297 -72 178 228 274 119 99 -6 163 305 -304 -45 -188 376 -205 -177 -70 -45 -4 -62 407 94 198 6 -87 12 -230 -182 268 -30 -27 183 -125 178 -76 214 -26 55 -354 -133 -43 284 -8 262 -22 218 -16 279 -127 176 -39 48 237 -275 -104 60 -326 -141 -133 96 221 -217 -133 -39 -425 185 20 10 -95 90 109 95 166 92 173 167 -108 -366 -116 -35 -44 14 -163 122 15 65 -268 -131 78 -42 95 -101 143 -110 -110 70 240 245 -139 -307 -321 -53 -55 31 130 -150 8 -50 -253 374 99 -145 -145 170 -12 -165 20 -139 290 -20 68 29 207 30 0 98 180 -162 110 -23 70 -148 -294 114 28 -342 -173 -10 119 48 159 -61 67 243 -76 -122 -138 -45 252 -134 92 -200 217 293 -345 -3 62 -159 158 205 -89 59 209 -61 -41 106 -21 107 6 -224 3 -91 -93 300 130 372 52 -161 2 -43 -170 66 28 -432
SQ 20230716T182633.4Z 8597.768442 416 1 19.02 2 27.91 231.07 31.77 254.81 0.00 1 0.00 1 0 33 2.435e-03 2.398e-03 2.008e-03 1.965e-03 4.632196e+03 4.231820e+02 3.989754e+02 3.579016e+02 5.130457e+02 289.18 -2.00 20.00 -2.00 445.36 0.00e+00 8.330259e-05 2.167459e-04 6.824779e-06 1.558144e-05 2.666368e-04 289.18 -2.00 20.00 -2.00 454.99 0.00e+00 1.395718e-04 2.205243e-05 1.058651e-05 1.106825e-05 2.732256e-05 289.18 -2.00 20.00 -2.00 435.15 0.00e+00 1.360771e+05 2.814211e+05 5.629415e+04 2.112377e+05 3.521660e+05 271.09 -2.00 11.23 -2.00 458.13 0.00e+00 6.902182e-02 5.566780e-02 2.978555e-03 8.466481e-03 7.690504e-02 232.91 -2.00 3.52 -2.00 454.32 0.00e+00 -6.982935e-06 6.962860e-06 5.830896e-07 1.057591e-06 9.317447e-06 289.18 -2.00 20.00 -2.00 455.73 0.00e+00 1.131 0.000 397.00 473.00 4 7.7286e+00 2.1876e-03 2.9180e-03 3.8005e-04 2.5715e-03 3.2546e-02 2.4641e-03 6.0622e-04 2.3121e-04 3.0462e-03 -6.9502e-03 1.4593e-03 8.5774e-05 1.2776e-04 1.7838e-03 -1.5555e-03 4.8204e-04 2.2181e-05 3.1897e-05 5.9371e-04 1.4952e-03 2.4864e-04 1.1379e-05 1.4734e-05 2.9813e-04 6.5741e-04 3.2832e-03 1.4414e-03 5.9459e-05 7.9365e-05 1.5436e-03 -2.5873e-04 2.1846e-05 6.3254e-07 5.2574e-07 2.5922e-05 -8.9614e-05 2.9082e-05 8.6406e-07 6.4420e-07 3.5068e-05 -8.7396e-04 6.0930e-05 5.2116e-01 2.0062e-01 4.5858e-03 5.9680e-03 2.2906e-01 12 9 9 12 1 1 94.45 24.50 1.34 -0.00087 0.00106 4 2 1 4 0 3771.440 26.73 19.99 24.50 32.67 11.1 1073.89 348 -78 -220 122 -280 52 -355 65 315 169 210 -137 -308 19 -381 -62 53 -135 214 -115 -106 -309 550 -475 -50 -269 -192 332 92 -411 84 39 263 -286 -8 -181 -294 23 -623 150 444 334 -43 -90 220 29 158 -398 150 -360 398 -35 118 -464 388 20 -151 61 67 84 -110 -177 77 301 123 419 165 216 109 520 -108 312 -344 435 -81 -80 52 526 341 -124 21 400 144 -43 -94 -270 233 258 -45 10 464 -154 94 -11 -47 -303 81 -75 -366 148 -35 -10 -193 -293 -325 -223 202 -71 -63 264 -129 142 -287 -114 216 -351 18 48 60 27 -245 -192 -113 -181 -25 -89 98 -169 -626 -75 -39 97 435 -177 311 395 -44 19 312 177 285 7 224 -196 17 162 268 -477 196 134 5 -90 -182 -242 72 184 -100 5 151 -519 -314 264 107 309 546 41 -537 -330 225 92 108 -364 -131 -628 98 -61 -240 324 -208 -28 91 161 78 285 532 -368 -465 -234 -193 107 -63 -173 -114 -406 -354 324 381 -211 341 132 -33 -250 81 86 82 -2 -348 113 220 405 -155 2 -166 254 -272 -421 -296 11 201 165 -11 182 57 144 -72 101 -541 -694 249 65 339 -306 -103 4 -159 -203 -296 203 212 304 215 93 -13 320 -102 140 196 190 -416 -109 -258 -122 -206 64 -193 -249 -33 194 -648 -355 -21 34 -453 -360 290 85 -403 -170 305 243 311 197 -53 344 -785 -140 -74 -11 135 120 -97 282 293 0 507 137 -354 -35 336 -302 142 51 217 93 48 277 -557 85 525 382 -17 -35 -56 218 -51 456 81 184 -89 -412 330 113 -70 148 0 327 198 -158 289 -196 342 82 275 22 528 52 -113 195 26 12 -531 143 -310 -120 -169 -267 -65 156 -290 -149 204 -228 273 15 92 301 160 221 -304 -181 -164 395 -16 -340 -382 110 232 -111 331 -64 -127 -39 -104 -44 241 211 121 -289 -169 -227 -153 245 61 -98 47 -534 -404 29 336 122 362 243 150 -177 48 39 -209 -139 -115 -207 -138 84 -182 -118 -169 129 135 -79 121 -77 151 -45 270 -207 307 -51 86 -341 163 -150 -140 97 10 -22 -241 245 464 144 -195 -226 134 -169 -81 164 45 -414 183 -196 263 -220 366 -197 9 -73 403 370 114 106 47 -342 -632 -138 -15 150 -83 50 -310 103 10 190 -277 100 -207 -195 -65 74 247 87 -127 -325 -237 43 10 16 566 -336 -324 354 122 147 -8 -31 65 -39 196 -49 -130 61 -109 105 18 -306 11 201 97 135 103 -183 -321 -115 287 -2 21 137 199 -135 -169 130 90 -119 -99 -14 -270 -257 -208 -86 -167 -32 176 230 235 -28 -462 560 204 -103 -285 388 319 -134 247 -306 -24 293 63 150 -192 203 -175 -39 118 -401 381 -145 18 317 -118 36 -69 -193 -593 224 -39 219 113 293 -68 -188 100 -227 42 -293 56 279 150 188 -123 -273 17 -341 -56 48 -122 192 -105 -98 -281 480 -418 -42 -224 -167 291 85 -388 79 36 228 -242 -6 -147 -252 21 -578 143 414 303 -38 -79 195 26 138 -356 131 -312 357 -32 108 -421 352 18 -134 57 61 77 -100 -168 74 290 118 410 166 224 113 530 -109 303 -328 418 -75 -69 45 445 296 -111 21 381 140 -42 -93 -273 239 271 -47 10 473 -156 95 -11 -48 -308 81 -75 -359 141 -35 -10 -187 -296 -343 -230 213 -72 -62 252 -124 141 -294 -117 219 -351 18 46 58 26 -246 -197 -114 -186 -25 -90 103 -175 -641 -75 -37 92 405 -167 298 387 -43 19 307 174 277 7 215 -190 17 164 266 -471 198 130 5 -83 -166 -225 69 182 -98 5 154 -532 -324 270 108 305 530 40 -532 -335 228 90 104 -317 -114 -538 89 -59 -240 320 -200 -26 87 154 73 272 516 -368 -467 -230 -185 99 -57 -159 -106 -383 -341 309 356 -194 306 119 -31 -248 78 87 79 -2 -310 97 185 353 -139 2 -159 244 -260 -398 -277 10 182 144 -10 162 49 125 -64 88 -474 -564 196 48 245 -225 -77 3 -115 -143 -208 147 168 256 195 89 -13 323 -103 141 182 168 -350 -92 -233 -114 -204 63 -189 -243 -33 179 -578 -288 -17 29 -386 -319 272 83 -387 -167 290 226 285 183 -51 324 -753 -136 -72 -11 137 121 -97 279 284 0 479 127 -337 -33 319 -282 134 48 196 81 40 233 -475 77 487 345 -16 -32 -53 207 -49 437 78 174 -82 -366 302 104 -63 138 0 316 193 -152 282 -190 334 80 273 22 518 51 -109 189 25 12 -521 138 -295 -113 -159 -256 -63 150 -278 -145 196 -222 269 14 90 292 155 218 -291 -168 -148 363 -14 -307 -349 101 219 -107 324 -63 -125 -39 -104 -43 240 214 124 -295 -169 -229 -151 240 61 -97 47 -539 -401 30 339 123 368 248 154 -178 48 40 -216 -145 -122 -223 -149 90 -194 -126 -179 134 145 -84 128 -82 162 -48 288 -219 316 -51 87 -339 161 -150 -140 98 10 -23 -247 257 493 154 -208 -239 140 -183 -86 172 47 -436 192 -207 280 -238 399 -221 10 -83 454 412 126 117 52 -385 -716 -155 -17 169 -95 58 -354 115 11 212 -308 111 -231 -221 -75 86 286 101 -146 -371 -270 49 11 18 640 -385 -371 406 141 172 -10 -38 78 -47 232 -58 -153 72 -130 124 21 -366 14 240 117 161 124 -220 -387 -138 341 -3 24 160 230 -157 -197 151 105 -139 -113 -15 -301 -288 -237 -99 -193 -37 203 266 275 -33 -555 664 239 -118 -317 434 354 -150 270 -345 -28 339 73 175 -223 232 -199 -44 134 -463 441 -170 21 367 -136 42 -80 -225 -694 259 -44 247 125