File name: Pandora236s1_NewLondonCT_20230716_L2Fit_fnvs5c4d20220606p1-8.txt
File generation date: 20230717T045723.6Z
Data description: Level 2 spectral fitting results file
Data file version: fnvs5c4p1-8
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 3.937e-04 3.603e-04 1.940e-04 1.860e-04 6.390343e+03 3.891504e+01 5.356619e+02 3.577616e+02 8.250102e+01 289.17 -2.00 20.00 -2.00 446.51 0.00e+00 2.829953e-05 2.092418e-05 4.317698e-06 1.626906e-05 4.275787e-05 289.17 -2.00 20.00 -2.00 455.84 0.00e+00 1.481593e-04 1.703640e-06 1.074595e-06 9.064103e-06 3.630776e-06 230.51 -2.00 2.17 -2.00 437.50 0.00e+00 6.015556e+05 2.596641e+04 6.978058e+04 2.111914e+05 5.687654e+04 271.09 -2.00 11.23 -2.00 458.50 0.00e+00 3.577511e-01 5.049297e-03 2.049592e-03 8.470264e-03 1.237951e-02 232.92 -2.00 3.52 -2.00 455.12 0.00e+00 3.955766e-06 6.389334e-07 7.592968e-07 1.059976e-06 1.509409e-06 289.17 -2.00 20.00 -2.00 456.26 0.00e+00 2.460 0.000 397.00 473.00 4 2.5263e+00 2.0281e-04 6.2633e-03 3.7878e-04 4.0336e-04 -1.4172e-02 2.4459e-04 1.3120e-03 2.4553e-04 5.0182e-04 2.5104e-04 1.3787e-04 1.8009e-04 1.3160e-04 2.8098e-04 -2.5915e-04 4.6927e-05 3.0376e-05 3.3310e-05 9.6037e-05 -4.1607e-04 2.4268e-05 1.3620e-05 1.5535e-05 4.8099e-05 8.6288e-02 -4.4254e-03 1.3078e-04 3.5646e-05 8.1131e-05 2.3829e-04 5.8179e-06 2.0353e-06 9.1311e-07 5.4120e-07 4.1992e-06 3.0752e-05 2.7959e-06 1.3037e-06 6.0313e-07 5.6816e-06 3.5146e-03 -4.7991e-05 2.4935e-01 1.9372e-02 4.0036e-03 6.4030e-03 3.7110e-02 10 0 0 10 0 0 99.96 24.54 1.29 0.00351 0.00103 508 88 1 4 0 22.810 26.73 19.99 24.54 30.13 11.1 1057.86 -50 -33 -2 -24 22 -18 -94 -21 -14 23 -13 15 -32 -13 -16 -27 -20 -8 -36 -54 -31 -3 -28 -12 -39 -114 -79 -67 -48 -18 -2 30 -15 8 6 -3 -6 -28 12 18 11 32 16 -8 -12 -10 -34 -33 -29 -13 21 -48 25 20 16 21 21 -21 36 -7 22 16 55 59 37 99 79 88 63 81 85 76 48 70 69 108 148 157 109 94 121 80 60 51 49 74 54 51 71 81 83 72 24 11 39 19 3 -15 -9 10 6 -10 1 12 34 5 16 18 -61 11 -24 -45 -12 -65 -62 -41 -58 -56 -42 -17 -50 -41 -71 -108 -87 -140 -136 -99 -54 -53 -54 -29 -87 -45 -90 -97 -82 -83 -34 -52 -52 -20 -1 -13 0 19 -23 -28 -38 -72 -14 -65 -49 -29 -42 5 7 24 42 41 10 -21 -11 -21 -23 -34 9 -6 39 10 0 17 9 22 -4 -7 -18 1 5 -3 -1 -31 6 -38 58 23 -11 11 -5 -4 -18 -30 -29 -18 0 -23 -32 -12 14 12 8 37 34 9 -15 -31 7 -21 -16 34 -20 -30 -8 -33 1 -23 -30 -24 18 -22 -4 -7 15 -38 42 -18 -30 -23 12 23 59 3 -32 -13 -84 -35 -29 -47 -8 -7 -1 23 25 39 83 29 29 22 12 35 -12 27 66 58 72 73 96 74 101 125 137 145 140 100 93 65 32 4 29 14 6 -22 -27 -20 0 28 -1 15 11 14 19 -21 -18 44 2 8 -15 -13 -7 -29 10 -22 -12 -3 -20 -29 -70 -60 -83 -78 -63 -59 -39 2 -27 -20 -8 -25 4 -63 14 -29 -37 -7 -11 10 -14 22 43 46 33 18 21 -20 -14 -19 -9 21 79 23 37 45 15 -5 -29 -24 -37 3 -33 -35 2 7 8 22 -5 55 24 3 -9 -19 31 -20 2 -7 -48 16 -16 8 -5 -16 14 -9 47 -13 -9 -28 -9 -36 12 -17 -7 4 -22 -7 -23 -24 -1 16 -5 -25 10 4 -10 31 -27 -26 8 7 40 3 -7 15 -17 5 -13 2 -30 -23 -9 -6 -10 -27 21 -21 -26 -3 -18 -17 -7 -47 -32 -9 -12 19 -45 -34 6 3 24 23 -7 -2 33 7 -14 2 -20 -6 7 44 35 22 18 27 4 -6 31 48 -3 -3 37 3 36 10 5 3 -4 -9 -18 -3 2 -1 8 0 0 10 27 21 5 8 0 -4 5 -14 -42 -22 -21 -5 -33 11 -2 -4 -5 9 16 -10 -20 38 28 2 13 30 12 -4 0 -2 8 0 -11 16 3 -9 -22 -52 -37 -44 -30 8 -9 -16 -23 -25 5 -11 -35 -29 -3 5 11 21 5 20 -3 9 6 -8 20 -25 -21 -25 2 4 7 47 4 22 16 32 27 5 -19 -23 -6 18 -2 16 0 -19 -2 -3 -14 20 16 3 7 -36 -25 -1 -18 16 -13 -71 -16 -11 18 -10 12 -25 -10 -12 -21 -16 -6 -28 -43 -25 -3 -21 -10 -29 -84 -61 -52 -39 -15 -1 25 -12 6 4 -3 -4 -23 10 15 9 26 13 -6 -10 -8 -27 -26 -23 -11 16 -40 21 16 13 17 17 -17 28 -6 18 14 49 52 32 89 73 79 57 72 78 69 42 60 59 87 113 119 85 79 103 71 54 46 45 70 50 47 66 74 75 68 23 10 36 18 3 -15 -9 9 6 -9 1 11 32 5 15 17 -56 10 -22 -43 -11 -60 -57 -37 -54 -52 -39 -16 -45 -39 -68 -106 -86 -137 -131 -94 -50 -48 -51 -26 -79 -41 -80 -88 -75 -75 -31 -47 -47 -18 -1 -12 0 18 -22 -27 -36 -65 -12 -58 -44 -25 -38 5 7 22 39 40 9 -20 -10 -19 -22 -33 8 -5 37 9 0 14 7 19 -4 -6 -17 1 4 -3 -1 -28 6 -35 54 22 -10 11 -5 -4 -17 -27 -26 -16 0 -22 -29 -10 13 10 8 35 33 9 -14 -27 6 -18 -13 29 -17 -28 -8 -31 1 -21 -27 -22 16 -19 -4 -6 14 -33 36 -16 -26 -18 9 17 43 2 -24 -9 -61 -25 -21 -34 -6 -6 -1 22 24 39 83 29 27 20 10 30 -10 25 65 56 70 71 95 68 90 102 113 117 120 89 88 62 31 4 28 13 5 -20 -25 -19 0 28 -1 15 11 14 19 -21 -18 43 2 7 -14 -12 -7 -28 9 -21 -11 -2 -17 -26 -62 -56 -76 -73 -59 -56 -38 2 -26 -19 -7 -24 4 -57 13 -26 -34 -7 -10 10 -14 22 42 45 33 18 22 -21 -15 -19 -8 21 80 24 36 45 15 -5 -28 -23 -36 3 -32 -34 2 7 8 22 -5 56 24 3 -8 -19 30 -19 2 -6 -46 16 -16 8 -5 -15 14 -9 48 -13 -9 -29 -10 -37 13 -17 -7 4 -23 -7 -24 -25 -1 17 -6 -26 10 4 -11 33 -29 -28 9 7 43 3 -8 16 -19 6 -14 2 -33 -25 -10 -7 -12 -30 23 -23 -28 -3 -20 -17 -8 -49 -33 -10 -12 20 -48 -37 6 4 27 25 -8 -2 37 7 -15 2 -22 -6 8 51 41 25 21 31 5 -7 36 56 -4 -3 45 3 43 12 6 4 -5 -10 -21 -4 2 -1 9 0 0 12 32 25 6 9 0 -5 6 -17 -51 -25 -25 -6 -40 13 -2 -5 -6 11 19 -12 -25 47 34 2 17 37 15 -5 0 -3 10 -1 -14 20 3 -11 -27 -63 -45 -54 -37 9 -11 -20 -28 -31 6 -13 -44 -35 -3 6 13 25 7 26 -4 11 7 -9 25 -30 -25 -29 3 5 9 58 5 27 20 39 32 6 -23 -28 -7 23 -3 20 0 -23 -2 -4 -17 24 20 4 8
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 1.180e-03 1.126e-03 1.344e-03 1.252e-03 6.677332e+03 2.681758e+02 5.447599e+02 3.575776e+02 2.472591e+02 289.17 -2.00 20.00 -2.00 447.18 0.00e+00 -1.465325e-04 1.426505e-04 4.139974e-06 1.669795e-05 1.283279e-04 289.17 -2.00 20.00 -2.00 456.72 0.00e+00 1.432538e-04 1.157095e-05 1.013184e-06 9.066032e-06 1.088391e-05 230.51 -2.00 2.17 -2.00 438.89 0.00e+00 1.020595e+06 1.774245e+05 6.664701e+04 2.109525e+05 1.704482e+05 271.09 -2.00 11.23 -2.00 459.29 0.00e+00 2.710923e-01 3.305872e-02 2.702430e-03 8.146203e-03 3.712559e-02 232.92 -2.00 3.52 -2.00 456.02 0.00e+00 -1.038517e-05 4.224155e-06 7.488523e-07 1.064609e-06 4.524885e-06 289.17 -2.00 20.00 -2.00 457.06 0.00e+00 2.457 0.000 397.00 473.00 4 5.0859e+00 1.4156e-03 6.2545e-03 3.7506e-04 1.2095e-03 2.3461e-02 1.6545e-03 1.3103e-03 2.5014e-04 1.4944e-03 -2.0628e-03 9.4972e-04 1.8042e-04 1.3516e-04 8.4771e-04 -9.2955e-04 3.1984e-04 3.0979e-05 3.3699e-05 2.8790e-04 3.9322e-04 1.6834e-04 1.5346e-05 1.5602e-05 1.4431e-04 6.6259e-03 1.5400e-03 9.7151e-04 4.2168e-05 8.8006e-05 7.2160e-04 -4.7998e-05 1.4003e-05 9.2983e-07 4.9637e-07 1.2583e-05 1.6403e-05 1.9054e-05 1.3424e-06 5.6090e-07 1.7032e-05 2.4870e-04 6.5895e-07 2.8345e-01 1.3627e-01 4.6577e-03 6.6554e-03 1.1111e-01 11 8 0 10 0 0 99.90 24.54 1.04 0.00025 -0.00220 508 88 1 4 0 22.810 26.73 19.99 24.54 30.13 11.1 1057.86 -203 -168 86 128 127 11 -203 -257 -42 48 -56 15 53 -200 89 150 -205 -22 -181 -349 -18 227 118 -33 113 -489 -6 -21 -76 104 87 -109 42 199 82 160 147 -25 170 72 -189 228 -36 105 161 0 240 -57 -72 89 82 19 22 -126 -6 107 25 -73 20 -78 133 -171 -81 -30 -23 149 70 -26 -94 87 -56 73 -68 -27 -63 -124 -187 -52 57 -24 59 293 240 -10 -51 0 69 80 242 466 176 67 144 106 110 -24 -33 44 -87 82 96 -82 34 -131 131 -31 204 -153 -226 -156 -193 -146 -20 -98 -182 -95 58 20 -35 2 81 -54 37 -25 -48 -90 -132 103 -50 -33 -112 46 -291 -11 -16 -111 -32 63 19 -161 -116 -123 81 46 4 152 -2 90 60 -122 -6 -73 -30 -52 95 -41 38 92 -102 -72 107 116 -12 -40 137 -180 72 -88 200 -284 95 71 49 -76 -77 -54 -193 -22 -149 5 -154 62 16 -100 340 56 -98 73 -278 -63 -31 93 -29 -58 -124 -120 -41 -301 2 59 -15 64 205 101 -5 140 16 133 70 27 144 124 -68 -94 12 73 -43 -9 202 108 24 -111 -61 -132 68 0 88 -119 130 69 200 121 -134 7 -112 11 -145 -9 -97 26 152 -87 -14 -260 115 -34 -35 3 -333 -103 -24 -7 -15 125 -80 32 135 -75 51 226 -219 -213 -145 122 8 -17 -149 -79 62 -20 -1 -72 1 -137 -17 -72 15 -56 116 88 98 -148 6 95 147 18 -44 -14 28 12 145 29 -61 0 37 -139 -18 -73 13 -169 120 193 2 205 48 137 -56 -52 140 -212 162 159 190 72 256 0 59 -117 111 55 233 15 -99 -196 -68 -64 -41 54 19 -50 93 181 -72 46 -123 194 -17 362 7 82 41 -61 -26 36 -13 174 84 -25 -58 -251 -99 -265 -177 73 55 -68 147 196 -264 -109 -41 -5 180 -172 200 -279 -147 -229 311 47 84 122 40 -56 -40 -100 5 18 -37 -154 -14 57 25 68 86 200 -38 -210 -124 22 23 -76 40 17 -151 136 -66 -33 2 -86 1 -68 -101 84 209 -52 -75 -138 257 0 -36 22 28 15 -102 -8 -63 -23 61 25 -80 79 -114 205 -13 -3 -69 78 43 -129 111 127 -93 -56 -41 198 228 7 -64 -33 -9 -36 153 78 29 -135 -235 -15 6 42 -39 55 -104 -69 53 6 -20 -21 -114 -88 -81 92 127 -145 -100 61 -60 98 139 114 -16 2 -38 79 49 51 -56 96 -99 -74 93 70 32 -95 -133 15 -60 -31 -13 47 -3 -73 -35 -112 -186 -56 -3 167 8 84 268 -3 -10 40 76 29 -101 -18 19 -41 -219 -178 -65 46 30 -12 82 -26 264 -36 79 129 -143 55 8 2 -113 65 -41 194 27 -82 -6 89 17 -84 -61 -53 -106 41 -41 -44 64 -12 163 -141 -120 60 87 85 7 -138 -184 -31 35 -41 11 39 -148 66 112 -155 -16 -136 -266 -14 171 86 -23 76 -326 -4 -16 -59 82 69 -85 31 135 53 112 109 -20 132 60 -154 181 -28 80 125 0 182 -43 -53 64 61 15 18 -100 -5 84 19 -57 15 -60 106 -143 -70 -25 -19 129 62 -24 -86 79 -50 63 -58 -22 -49 -91 -131 -36 40 -19 48 249 208 -9 -45 0 64 75 227 430 162 61 131 98 101 -22 -30 40 -77 71 82 -70 30 -120 125 -31 196 -141 -200 -136 -170 -133 -19 -92 -169 -87 52 17 -31 2 75 -51 35 -25 -47 -89 -127 97 -47 -30 -100 40 -252 -10 -14 -101 -29 57 18 -148 -105 -110 72 41 4 143 -2 86 57 -111 -5 -63 -26 -45 85 -38 37 91 -101 -72 108 116 -12 -39 131 -172 70 -81 185 -256 86 58 38 -61 -66 -47 -176 -20 -131 4 -130 52 13 -88 305 51 -90 66 -246 -54 -26 79 -25 -51 -111 -107 -36 -257 2 49 -13 59 194 94 -4 119 13 102 53 21 121 108 -61 -84 11 65 -38 -7 172 89 19 -89 -49 -109 57 0 69 -87 88 45 125 76 -87 4 -70 7 -88 -5 -67 20 131 -83 -15 -255 112 -34 -32 2 -267 -83 -21 -7 -14 119 -76 30 123 -69 43 176 -164 -163 -119 108 7 -16 -140 -73 55 -17 -1 -63 1 -127 -15 -68 15 -54 115 87 97 -144 6 89 137 17 -39 -13 25 11 135 26 -53 0 28 -107 -14 -63 11 -153 109 176 2 194 46 131 -54 -49 127 -187 142 139 169 67 249 0 60 -117 109 53 227 15 -102 -203 -70 -65 -41 54 18 -48 89 171 -67 42 -113 182 -16 353 6 78 39 -58 -26 36 -13 172 83 -24 -54 -229 -88 -232 -155 64 50 -62 137 187 -257 -106 -39 -5 177 -174 206 -292 -155 -241 318 47 82 119 40 -58 -42 -103 6 18 -38 -156 -14 59 26 71 90 212 -41 -229 -137 24 26 -85 45 19 -166 147 -76 -37 3 -99 1 -78 -116 95 231 -56 -78 -142 262 0 -37 23 29 16 -113 -9 -72 -26 71 28 -91 89 -127 223 -14 -3 -75 86 48 -145 127 148 -110 -66 -52 247 281 8 -80 -42 -11 -46 194 99 38 -174 -302 -18 7 51 -46 66 -126 -84 66 8 -25 -26 -142 -108 -99 114 156 -179 -123 76 -75 123 175 145 -20 3 -49 102 64 66 -72 124 -128 -96 121 91 41 -124 -174 20 -79 -40 -17 62 -5 -103 -49 -154 -256 -77 -5 231 11 116 361 -4 -13 53 102 40 -139 -25 26 -57 -284 -234 -86 61 39 -16 108 -33 334 -46 96 160 -183 71 11 3 -145 83 -51 242 34 -105 -8 115 22 -108 -79 -67 -136 53 -53 -57 82 -15 200
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 7.384e-04 7.054e-04 7.654e-04 7.156e-04 6.527410e+03 1.538453e+02 5.399391e+02 3.579353e+02 1.546873e+02 289.17 -2.00 20.00 -2.00 447.28 0.00e+00 -1.146881e-04 8.211245e-05 3.802114e-06 1.655670e-05 8.028786e-05 289.17 -2.00 20.00 -2.00 456.64 0.00e+00 1.393875e-04 6.606710e-06 1.000574e-06 9.062098e-06 6.808681e-06 230.51 -2.00 2.17 -2.00 438.70 0.00e+00 1.112163e+06 1.009298e+05 6.812618e+04 2.110356e+05 1.066321e+05 271.09 -2.00 11.23 -2.00 459.27 0.00e+00 2.692679e-01 1.881910e-02 2.610797e-03 8.325133e-03 2.322473e-02 232.92 -2.00 3.52 -2.00 455.95 0.00e+00 -8.001743e-06 2.396335e-06 7.133005e-07 1.063499e-06 2.830608e-06 289.17 -2.00 20.00 -2.00 456.99 0.00e+00 2.453 0.000 397.00 473.00 4 4.4467e+00 8.1240e-04 6.2456e-03 3.7667e-04 7.5651e-04 2.0041e-02 9.5090e-04 1.3081e-03 2.4878e-04 9.3557e-04 -1.8852e-03 5.4556e-04 1.7999e-04 1.3492e-04 5.3014e-04 -8.7979e-04 1.8406e-04 3.2156e-05 3.3335e-05 1.8012e-04 3.0547e-04 9.5762e-05 1.7067e-05 1.5800e-05 9.0265e-05 1.2569e-02 1.4250e-03 5.4958e-04 3.9641e-05 8.7902e-05 4.5091e-04 -3.4020e-05 8.0355e-06 9.7675e-07 5.0880e-07 7.8721e-06 8.8126e-06 1.0903e-05 1.4274e-06 5.8962e-07 1.0654e-05 7.8643e-04 -4.9041e-06 1.8370e-01 7.7663e-02 4.0811e-03 6.6296e-03 6.9537e-02 10 0 0 10 0 0 99.93 24.54 1.14 0.00079 -0.00071 508 88 1 4 0 22.810 26.73 19.99 24.54 30.13 11.1 1057.86 -101 30 16 88 -22 -52 -164 -100 -25 86 -61 -82 -62 -141 -5 -10 -162 -10 -123 -191 -12 136 24 99 73 -246 -79 -20 -63 100 138 -36 56 98 33 22 -17 3 -1 87 -12 172 -52 50 74 -110 15 -96 -127 -19 97 10 11 -11 37 62 62 72 27 -54 143 -90 2 27 53 172 150 -30 51 69 50 63 36 78 -4 -7 15 -20 28 -96 112 113 109 93 -41 47 -6 118 64 221 59 28 0 106 13 36 -30 -13 -55 38 85 -5 -17 -14 72 16 29 19 -189 -97 -21 -89 49 -111 -70 -95 -9 90 -12 2 -32 3 30 -10 -113 -99 -128 -39 -79 -5 -62 23 -199 -16 84 -86 -121 -28 -87 -72 -100 24 23 -22 -45 122 -112 -31 -98 -169 -87 -62 -32 41 102 -63 75 81 -61 -47 44 45 14 -30 81 75 -64 -63 83 15 138 -28 30 -172 35 -21 15 -25 -97 -78 -68 -51 -13 -43 58 74 10 14 -134 -21 58 36 -24 25 3 -131 -30 -74 -70 17 9 -26 38 84 79 90 -103 112 58 104 72 71 97 1 0 11 -62 88 123 112 37 -195 43 -36 -60 -33 102 -123 111 -6 56 -6 -26 103 -100 -26 -233 77 -26 -59 95 -133 87 34 161 -45 23 22 -176 -51 -45 88 20 -64 -30 43 28 -1 -93 13 -72 -12 -38 57 -7 80 -106 54 80 -5 -76 30 -94 -130 52 -15 145 -12 86 -103 2 -88 -38 47 38 31 -26 9 -47 -23 -35 -1 -24 76 91 10 -111 6 -63 -202 85 6 -5 105 28 38 60 -33 54 -108 56 156 4 18 75 -48 -24 -27 148 128 137 55 28 -52 8 -108 -14 -31 69 -77 21 186 -77 98 42 82 -32 114 42 12 61 -66 15 69 -106 114 -62 -4 12 -170 64 -78 -23 -19 43 -17 50 12 -22 -202 -51 29 71 -35 -56 -66 -71 -204 84 -35 -7 39 13 -74 42 -1 64 -24 17 -35 -9 5 73 -16 -22 47 22 -126 9 -17 -100 -35 83 2 36 28 16 -108 6 -25 51 -9 -54 9 112 45 61 -19 104 23 -4 1 27 46 41 35 -79 -100 11 -10 -14 2 -4 144 44 24 -1 47 30 19 72 52 -60 -20 -30 57 138 8 30 -29 -37 -15 63 -13 -44 -91 -104 -44 68 -48 39 43 -74 41 -35 -19 -91 -12 -47 -43 -91 93 -6 -25 62 51 -27 62 97 60 19 41 13 -42 47 8 3 62 4 -114 110 7 13 47 -52 -54 -48 -28 -26 -4 -59 -67 -54 -150 -24 -30 10 40 -61 -24 52 41 17 45 34 -55 -113 -95 51 -53 -72 -141 -111 -41 54 -7 101 99 149 -13 28 123 -27 12 80 20 -1 55 -48 67 -75 13 36 49 111 -15 14 -80 -94 -70 -1 18 9 82 39 -71 22 11 60 -15 -35 -113 -72 -19 64 -46 -61 -46 -105 -4 -8 -124 -8 -93 -146 -9 103 18 70 49 -166 -55 -15 -49 79 110 -28 41 67 22 15 -13 2 0 68 -9 137 -41 39 58 -87 11 -72 -94 -14 74 8 9 -9 30 50 49 56 21 -42 115 -76 1 23 45 150 136 -28 47 64 45 55 31 65 -3 -5 11 -14 20 -74 93 97 95 82 -37 43 -6 112 61 207 55 26 0 99 12 33 -27 -12 -49 33 73 -4 -15 -13 69 16 28 18 -169 -86 -19 -82 46 -105 -66 -87 -8 81 -11 2 -30 3 29 -10 -113 -98 -125 -38 -75 -4 -56 21 -174 -14 75 -79 -112 -26 -80 -67 -91 22 21 -20 -42 117 -110 -30 -93 -155 -76 -54 -27 36 92 -54 67 75 -57 -44 42 43 13 -28 73 67 -59 -59 78 13 117 -23 24 -140 28 -18 14 -23 -87 -67 -58 -44 -11 -39 53 69 9 13 -120 -18 49 31 -21 22 3 -118 -27 -64 -59 14 8 -25 37 79 72 77 -83 87 44 82 61 63 88 1 0 10 -55 77 107 93 30 -159 35 -30 -51 -28 81 -91 76 -4 36 -4 -17 66 -63 -16 -144 49 -18 -46 83 -120 83 33 159 -42 20 19 -143 -41 -39 78 19 -62 -29 41 26 -1 -75 10 -55 -9 -31 48 -6 74 -100 50 73 -4 -67 26 -87 -122 50 -15 141 -12 87 -104 2 -87 -37 45 36 29 -24 8 -43 -22 -33 -1 -20 61 71 8 -91 5 -57 -184 78 6 -4 101 25 34 55 -31 50 -97 50 139 4 17 70 -46 -23 -25 138 117 127 53 28 -52 8 -104 -13 -29 67 -75 20 178 -72 91 39 78 -31 113 41 11 59 -64 15 69 -108 114 -63 -4 11 -157 58 -69 -21 -17 40 -15 47 12 -22 -200 -50 29 71 -36 -59 -70 -76 -217 88 -36 -7 38 13 -78 44 -1 66 -25 17 -36 -10 5 76 -17 -24 51 24 -139 10 -19 -114 -39 94 2 40 31 18 -117 6 -27 56 -10 -59 10 118 47 65 -20 108 24 -4 1 29 51 46 40 -92 -118 13 -11 -16 2 -4 159 49 27 -1 52 34 21 83 61 -72 -24 -36 67 162 10 36 -35 -44 -18 76 -16 -54 -111 -126 -52 79 -59 47 52 -91 51 -45 -25 -116 -16 -59 -54 -113 116 -8 -32 78 64 -34 79 124 78 25 54 18 -56 62 10 4 82 5 -149 145 10 17 63 -69 -72 -64 -37 -34 -6 -78 -89 -71 -196 -31 -39 13 53 -80 -32 66 52 21 56 43 -71 -147 -123 66 -69 -95 -188 -150 -55 71 -9 126 119 179 -16 34 155 -35 16 105 27 -1 71 -61 85 -97 16 47 64 147 -20 18 -105 -123 -91 -2 24 12 104 49
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 7.563e-03 7.106e-03 9.114e-03 8.509e-03 6.073302e+03 1.838663e+03 5.343537e+02 3.577018e+02 1.584257e+03 289.17 -2.00 20.00 -2.00 447.08 0.00e+00 -1.132176e-03 9.687459e-04 2.948505e-06 1.651545e-05 8.218207e-04 289.17 -2.00 20.00 -2.00 456.69 0.00e+00 8.806342e-05 7.886967e-05 5.657675e-07 9.062506e-06 6.974413e-05 230.51 -2.00 2.17 -2.00 438.43 0.00e+00 2.663916e+06 1.220204e+06 7.598541e+04 2.108878e+05 1.092293e+06 271.09 -2.00 11.23 -2.00 459.43 0.00e+00 2.107806e-01 2.241562e-01 4.135056e-03 8.210407e-03 2.379857e-01 232.92 -2.00 3.52 -2.00 456.00 0.00e+00 -4.272518e-05 2.874437e-05 6.668846e-07 1.063743e-06 2.900176e-05 289.17 -2.00 20.00 -2.00 457.12 0.00e+00 2.450 0.000 397.00 473.00 4 7.1160e+00 9.7726e-03 6.2368e-03 3.7443e-04 7.7161e-03 7.5563e-02 1.1114e-02 1.3043e-03 2.4492e-04 9.4755e-03 -1.6283e-03 6.5037e-03 1.7570e-04 1.3513e-04 5.4607e-03 -2.4159e-03 2.1758e-03 5.0144e-05 3.3648e-05 1.8474e-03 2.0581e-03 1.1463e-03 3.3110e-05 1.5696e-05 9.2653e-04 8.4408e-04 4.3770e-02 7.0867e-03 4.6464e-05 8.4458e-05 4.4722e-03 -1.1973e-04 1.0036e-04 9.1910e-07 4.7658e-07 8.0624e-05 8.7653e-05 1.3530e-04 1.2431e-06 5.7431e-07 1.0919e-04 -2.5441e-03 2.4725e-05 3.4681e+00 9.1561e-01 4.6885e-03 6.4824e-03 7.0153e-01 12 8 8 10 0 0 97.33 24.54 0.37 -0.00254 -0.01262 508 88 1 4 0 22.810 26.73 19.99 24.54 30.13 11.1 1057.86 -500 359 1086 621 412 -88 -67 -814 -173 563 -417 -180 85 -1545 1005 358 -1225 168 -1013 -1571 -741 1602 156 546 243 -669 -464 531 -944 1474 201 -438 1236 787 281 475 1575 248 812 646 -158 2300 -1055 158 -31 -773 947 -414 -933 19 -78 -46 -1063 -616 -934 401 -493 -615 -13 -703 924 -1674 -1099 -574 -467 1125 943 -558 -319 -73 -412 289 -870 236 -322 16 -1988 -1127 -592 -659 -459 1466 863 620 -490 19 347 306 916 2432 1000 35 123 269 -140 -440 -475 1332 -273 -258 -273 -297 -20 -112 1008 564 643 -522 -1885 -629 -1259 -827 -32 -385 240 -344 300 1368 329 111 49 553 318 -250 950 343 -260 959 757 -90 -597 290 -876 684 141 -338 -652 -460 132 -583 -788 438 358 -15 473 1337 -769 1450 -434 -914 31 -17 -910 198 320 -159 315 981 166 -328 349 682 77 -436 248 201 -653 -500 1100 -977 1717 1331 176 -882 41 -674 -794 -206 -1471 -586 -808 -12 324 -494 844 295 -122 410 -1556 -735 1147 136 98 756 -1690 -846 -1075 -1160 895 813 555 -328 -37 -42 -426 462 -651 424 1054 1125 1865 -201 1307 -543 469 250 -167 963 1689 980 -729 -1357 -587 -1973 -1499 -473 -17 -747 1172 264 434 -205 -1346 1469 -1606 -733 -1860 1497 574 -322 1087 -465 60 -941 1208 -577 24 562 -2134 -450 -359 22 -61 236 -246 768 605 -306 -864 240 -1174 -646 -17 -109 -274 1237 -1170 120 753 -68 219 -233 1007 -1416 1547 -555 602 -493 1033 197 148 -687 23 270 1658 729 -154 -386 -390 -486 157 30 -673 616 -1243 59 -933 -1226 -624 -1630 449 353 8 676 576 845 -7 -738 713 -877 297 538 700 502 1044 151 -41 -306 805 1367 1635 -59 -777 -748 371 -397 190 -625 471 -1143 817 1220 -977 137 -830 470 -549 1379 -584 410 665 436 -828 754 -1643 1329 -480 -372 -674 -2003 96 -900 -177 574 654 -136 955 922 -1006 -1543 99 575 1794 -632 313 -1184 550 -1433 1573 -130 222 715 11 502 -763 103 950 8 593 -653 47 -455 481 332 335 563 -49 -2036 369 420 396 434 671 917 228 740 403 53 -419 -757 869 -521 -701 911 -178 -741 -624 -475 938 -927 -26 18 131 247 -777 -364 -703 -200 189 604 -496 -201 48 1448 104 -228 -1129 129 -305 -520 701 782 -375 -478 80 665 1379 272 -175 -231 114 -759 704 -17 -327 -1010 -1175 -280 512 -516 57 26 -945 -584 382 393 -686 -344 -102 -367 -1009 1134 657 -813 147 80 -584 168 1228 407 463 313 -138 449 -397 329 -133 -34 340 -484 647 504 130 -71 -925 -333 -856 423 337 550 -49 -384 507 -721 -1038 -214 573 439 -265 557 1053 -219 116 -309 -175 -191 -120 -79 233 277 -652 -210 1 692 277 447 938 -375 851 -766 692 968 -579 357 267 -428 -441 169 40 696 -595 -424 -336 163 473 -1140 -275 -757 -544 -129 39 360 49 87 853 -349 256 757 418 275 -59 -46 -587 -128 415 -313 -134 63 -1169 742 267 -942 127 -803 -1264 -595 1239 118 395 169 -465 -336 403 -764 1191 165 -357 930 551 191 333 1142 198 675 536 -130 1785 -824 120 -24 -606 714 -310 -690 13 -59 -37 -860 -492 -754 316 -386 -480 -11 -567 760 -1478 -986 -514 -418 1006 871 -537 -307 -69 -385 260 -770 201 -262 12 -1461 -810 -434 -519 -390 1273 769 558 -452 18 332 299 886 2286 946 33 116 256 -133 -418 -449 1224 -251 -231 -241 -263 -18 -106 984 566 636 -502 -1766 -572 -1156 -779 -31 -373 229 -324 277 1236 298 102 46 533 316 -254 961 346 -258 932 725 -84 -551 260 -783 604 128 -316 -615 -431 124 -550 -736 399 327 -13 421 1225 -739 1348 -404 -823 26 -14 -766 168 280 -144 296 942 163 -325 345 669 74 -418 233 188 -626 -492 1064 -937 1490 1052 134 -700 35 -621 -769 -198 -1388 -530 -724 -10 292 -444 763 275 -114 375 -1415 -637 959 116 84 659 -1547 -764 -954 -1007 750 686 485 -304 -36 -40 -390 392 -524 325 788 872 1537 -177 1161 -495 420 221 -147 830 1422 802 -588 -1103 -479 -1654 -1272 -393 -14 -545 778 167 266 -128 -866 908 -999 -442 -1132 913 387 -237 889 -428 59 -963 1203 -560 22 455 -1682 -351 -298 20 -58 231 -242 743 568 -273 -711 179 -851 -475 -14 -92 -248 1147 -1138 113 687 -62 194 -210 895 -1318 1412 -526 571 -479 1010 195 144 -669 22 251 1506 655 -137 -342 -349 -443 144 27 -570 477 -949 44 -745 -1046 -548 -1469 399 316 7 626 540 791 -7 -689 634 -767 255 462 608 458 992 145 -40 -291 743 1243 1499 -57 -771 -743 361 -383 181 -603 452 -1116 782 1155 -928 127 -757 429 -519 1299 -560 382 613 406 -791 723 -1632 1274 -465 -355 -622 -1816 83 -773 -151 491 566 -121 859 847 -958 -1481 93 542 1693 -624 313 -1221 562 -1485 1546 -131 219 699 11 516 -807 108 969 8 599 -669 48 -469 495 346 353 598 -53 -2276 407 470 445 486 748 1013 252 803 435 57 -451 -823 966 -588 -789 997 -192 -782 -640 -477 922 -934 -26 19 135 259 -843 -402 -793 -234 219 690 -569 -228 53 1569 114 -251 -1257 142 -342 -591 801 911 -450 -578 99 804 1641 327 -212 -284 140 -942 862 -21 -410 -1281 -1480 -342 610 -610 68 31 -1158 -723 475 494 -875 -435 -128 -457 -1260 1389 808 -1016 182 100 -736 211 1542 522 600 410 -182 587 -520 426 -173 -44 441 -633 873 684 178 -97 -1280 -459 -1186 579 462 751 -66 -525 681 -973 -1397 -286 759 584 -355 737 1363 -282 149 -398 -229 -252 -160 -105 309 368 -886 -288 1 942 373 585 1182 -467 1035 -918 834 1192 -740 458 345 -555 -568 214 51 867 -756 -544 -434 211 607 -1483 -352 -974 -700 -166 50 459 62 109 1035
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 5.503e-03 6.731e-03 6.280e-03 7.118051e+03 1.361913e+03 5.794007e+02 3.577931e+02 1.229142e+03 289.17 -2.00 20.00 -2.00 447.12 0.00e+00 -7.448331e-04 7.186626e-04 3.810981e-06 1.673936e-05 6.382881e-04 289.17 -2.00 20.00 -2.00 456.71 0.00e+00 9.229311e-05 5.823849e-05 8.387941e-07 9.064854e-06 5.412491e-05 230.51 -2.00 2.17 -2.00 438.57 0.00e+00 2.049683e+06 8.956131e+05 7.141284e+04 2.109857e+05 8.474984e+05 271.09 -2.00 11.23 -2.00 459.36 0.00e+00 2.230147e-01 1.647052e-01 3.586758e-03 8.211408e-03 1.847013e-01 232.92 -2.00 3.52 -2.00 456.02 0.00e+00 -3.341676e-05 2.129537e-05 8.157309e-07 1.062541e-06 2.250536e-05 289.17 -2.00 20.00 -2.00 457.12 0.00e+00 2.447 0.000 397.00 473.00 4 6.8010e+00 7.2097e-03 6.2282e-03 3.7548e-04 5.9903e-03 6.8286e-02 8.2458e-03 1.3051e-03 2.4856e-04 7.3641e-03 -3.0959e-03 4.8165e-03 1.8045e-04 1.3645e-04 4.2374e-03 -2.2582e-03 1.6085e-03 4.3137e-05 3.3913e-05 1.4333e-03 1.7162e-03 8.4379e-04 2.7853e-05 1.5599e-05 7.1844e-04 1.1628e-03 3.4395e-02 5.1607e-03 4.4066e-05 8.6388e-05 3.4952e-03 -8.8372e-05 7.2426e-05 1.0542e-06 4.8252e-07 6.2566e-05 6.1396e-05 9.7888e-05 1.4890e-06 5.8119e-07 8.4740e-05 -4.3194e-03 5.0608e-05 1.8998e+00 6.8194e-01 4.4118e-03 6.4815e-03 5.4798e-01 12 8 8 10 0 0 94.45 24.54 0.58 -0.00432 -0.01148 508 88 1 4 0 22.810 26.73 19.99 24.54 30.21 11.1 1058.46 -764 378 847 797 -476 -450 -966 -801 -82 -131 -443 -990 103 -955 362 283 -1076 166 -828 -1453 151 1627 -232 679 494 -539 -229 1469 -612 1316 205 -616 900 1041 653 755 855 45 1165 8 236 1169 575 308 235 -220 1037 -324 -1263 -23 105 -53 -100 -824 -669 262 -559 -365 366 -445 402 -1073 -607 -434 -93 696 845 -91 -256 -385 -346 -145 -372 515 -558 -484 -1001 -741 -709 -812 -756 1183 327 95 -184 776 -66 733 249 1843 533 131 255 275 -176 209 113 541 -228 -160 391 -138 295 -311 798 -441 192 -431 -1429 -1009 -660 -724 26 -174 -270 -10 -252 1157 482 -181 240 566 755 152 143 10 -195 266 335 48 -51 667 -1246 552 209 -187 -476 451 70 -748 -926 208 385 265 176 1009 -71 896 -142 -887 12 -353 -579 371 87 -365 294 309 -251 -1010 -21 227 -59 -113 577 196 178 -348 549 -473 1501 1317 143 34 77 -358 -839 -193 -709 -223 -992 -286 1013 -788 1034 -23 165 597 -1387 -1125 749 130 52 -240 -803 -404 -591 -942 221 642 -410 54 -566 -437 651 564 -982 78 -149 860 1303 -404 430 -1149 492 732 -69 261 781 1124 -204 -1440 -658 -1097 -539 -445 297 -1143 614 32 547 -238 -377 502 -1158 -134 305 844 50 -133 932 -812 357 -930 952 -351 123 -508 -1296 -301 -371 -200 273 532 -210 377 671 -141 -279 216 -1326 -84 -836 298 298 776 -902 264 219 -33 407 256 1043 -1170 827 333 924 -300 1068 -222 463 -470 154 404 944 -20 -559 -446 -83 -521 -357 -87 -511 345 -47 241 -862 -629 -561 -998 589 80 142 722 447 346 3 -214 922 -661 608 1260 682 139 1213 -261 118 -365 386 -71 350 186 -541 -1174 -17 86 10 -17 846 -645 261 411 -489 -195 -301 648 -568 1680 66 325 477 47 -486 264 -1096 1107 -630 -67 -1105 -869 241 -798 -258 14 87 -90 906 804 -406 -1759 109 -334 1098 -1009 69 -408 428 -1205 888 -273 124 409 -523 343 -206 832 545 153 448 -480 488 44 611 185 265 556 162 -727 75 -285 425 -475 451 485 303 143 200 -337 62 -209 627 -266 101 478 448 -476 -230 -482 890 -991 -118 -188 86 -547 -418 -243 -591 -216 516 -85 44 -115 92 737 -53 108 -365 458 -41 -335 205 636 -869 -9 125 618 1113 529 -427 -348 180 -712 575 163 -208 -487 -459 -446 641 -849 225 109 -356 -725 36 65 -532 -67 -592 -228 -562 888 328 -603 -216 144 -495 -198 976 671 325 255 -77 -135 -46 665 -221 -145 35 -205 310 445 -88 252 -506 -37 -495 24 150 86 67 -367 84 -671 -481 -204 5 778 -170 454 1118 -104 459 -136 -152 -76 -663 -53 175 89 111 -507 -71 437 114 -91 378 -282 293 -663 426 424 -986 430 186 239 -416 86 -386 501 -70 -160 13 -9 604 -988 -141 -507 -115 212 -25 367 -132 357 678 -521 263 576 544 -325 -305 -673 -586 -61 -99 -337 -756 77 -727 273 214 -838 127 -639 -1141 118 1231 -173 479 334 -365 -162 1081 -483 1041 165 -491 695 742 451 518 615 36 951 7 189 902 434 230 179 -169 769 -238 -964 -17 81 -44 -83 -678 -554 213 -451 -293 287 -354 329 -933 -537 -383 -82 618 773 -86 -244 -363 -320 -130 -324 431 -450 -365 -721 -525 -516 -635 -638 1022 290 85 -168 713 -62 705 240 1724 501 122 237 260 -166 195 105 496 -207 -141 339 -121 263 -292 773 -442 188 -410 -1315 -909 -596 -674 24 -166 -256 -9 -231 1036 432 -165 224 539 740 153 144 10 -192 258 319 45 -46 588 -1105 484 188 -173 -444 415 64 -698 -857 188 347 241 162 956 -69 862 -135 -822 10 -306 -500 324 75 -327 272 294 -242 -987 -21 220 -56 -106 530 179 167 -336 526 -444 1284 1022 107 26 64 -324 -800 -183 -652 -198 -875 -250 892 -726 953 -22 157 556 -1285 -998 641 113 46 -216 -744 -371 -533 -834 190 554 -370 51 -555 -423 602 489 -809 61 -115 683 1104 -350 377 -1030 430 629 -59 221 648 896 -160 -1144 -525 -891 -443 -362 227 -820 401 21 344 -152 -235 308 -703 -82 186 507 33 -99 775 -760 352 -963 963 -344 111 -421 -1023 -237 -311 -181 263 525 -209 371 639 -128 -231 162 -974 -62 -666 256 261 703 -850 242 195 -29 350 223 933 -1093 764 315 876 -293 1050 -221 452 -459 146 378 869 -18 -502 -399 -75 -478 -332 -79 -436 270 -35 183 -693 -538 -497 -899 526 72 130 672 405 314 3 -199 823 -580 525 1079 596 128 1112 -250 114 -347 357 -65 324 179 -535 -1170 -17 82 10 -16 806 -625 250 391 -461 -181 -281 610 -554 1566 62 300 437 43 -459 252 -1073 1054 -607 -63 -1057 -803 215 -706 -228 12 78 -82 842 734 -382 -1680 106 -327 1077 -1032 72 -431 452 -1286 907 -275 122 400 -527 353 -216 861 557 156 453 -490 495 45 626 193 279 589 174 -800 83 -320 476 -536 503 537 333 156 216 -362 66 -225 702 -301 113 529 484 -504 -236 -485 879 -1005 -119 -192 89 -581 -455 -270 -669 -245 577 -94 49 -132 104 814 -58 120 -408 512 -46 -385 238 751 -1062 -11 151 729 1294 618 -507 -417 216 -901 719 205 -266 -626 -585 -558 776 -1027 266 128 -426 -883 44 80 -666 -84 -732 -278 -687 1070 398 -738 -277 184 -640 -256 1264 882 434 344 -104 -182 -62 881 -296 -194 47 -276 416 597 -119 341 -690 -50 -675 33 203 117 91 -496 112 -893 -636 -269 6 1021 -226 594 1429 -132 577 -172 -196 -99 -879 -70 229 117 148 -689 -96 590 152 -118 473 -346 353 -815 528 540 -1301 567 247 317 -551 112 -501 642 -91 -210 17 -12 796 -1317 -185 -638 -144 267 -32 460 -164 436 808
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 4.139e-03 4.052e-03 3.609e-03 3.532e-03 7.355844e+03 7.549051e+02 5.828252e+02 3.577615e+02 8.668078e+02 289.17 -2.00 20.00 -2.00 445.49 0.00e+00 3.846996e-04 3.907310e-04 6.057679e-06 1.588741e-05 4.523343e-04 289.17 -2.00 20.00 -2.00 455.03 0.00e+00 1.245105e-04 3.246118e-05 9.775518e-07 9.085595e-06 3.817086e-05 230.50 -2.00 2.17 -2.00 435.54 0.00e+00 8.793613e+05 5.013745e+05 6.620213e+04 2.112401e+05 5.977968e+05 271.09 -2.00 11.23 -2.00 458.04 0.00e+00 1.979801e-01 9.947513e-02 3.229160e-03 8.494968e-03 1.303090e-01 232.92 -2.00 3.52 -2.00 454.34 0.00e+00 -5.750607e-07 1.253183e-05 9.724970e-07 1.057976e-06 1.586835e-05 289.17 -2.00 20.00 -2.00 455.69 0.00e+00 2.289 0.000 397.00 473.00 4 7.2627e+00 3.8008e-03 5.8274e-03 3.7788e-04 4.2371e-03 5.4534e-02 4.4878e-03 1.2262e-03 2.3578e-04 5.2165e-03 -7.1402e-03 2.6082e-03 1.7651e-04 1.2932e-04 3.0068e-03 -2.1971e-03 8.7178e-04 2.8118e-05 3.2717e-05 1.0110e-03 -3.1418e-04 4.4788e-04 1.4228e-05 1.4856e-05 5.0593e-04 7.7097e-04 9.5848e-03 2.5451e-03 3.5077e-05 7.8525e-05 2.5716e-03 3.2146e-05 3.8939e-05 1.0601e-06 5.5029e-07 4.4140e-05 1.0624e-04 5.2549e-05 1.4419e-06 6.4674e-07 5.9742e-05 3.9542e-04 -7.0419e-06 8.0410e-01 3.5807e-01 3.7392e-03 6.2870e-03 3.8912e-01 12 9 9 12 1 1 999.00 24.54 1.29 0.00040 -0.00793 1 3 1 4 0 3258.910 26.73 20.00 24.54 30.74 11.0 1060.68 -48 230 -260 -492 -103 425 461 193 447 109 37 -103 -666 63 48 -172 80 -126 -359 13 246 -19 -299 -686 -1118 -257 -533 -362 182 55 352 245 1146 -596 416 290 704 -722 -176 -228 261 -60 180 404 -295 21 0 30 116 221 441 -547 -43 552 -187 -55 450 145 308 633 -33 231 -139 657 484 196 -148 480 363 241 235 -1 -359 345 -440 -986 11 -127 -229 -95 -527 -407 -206 220 116 367 300 37 -401 -10 47 -730 -162 -4 218 -86 -355 44 291 -259 -823 125 117 120 -372 206 -79 675 324 -242 374 -328 -41 10 -449 937 -359 -359 100 342 -619 -48 154 275 -155 -519 -933 -390 -186 -514 205 257 207 174 -127 546 346 -337 -135 314 -374 364 225 550 -332 -186 382 -85 447 -481 -190 -246 -580 225 -8 302 230 64 256 784 -368 -398 121 88 215 -239 -346 -72 663 456 -122 -154 -346 -234 -670 293 -80 158 316 -10 546 -323 70 4 282 101 -109 -1 486 477 54 366 -381 250 -594 68 265 -265 415 748 -662 11 -468 -311 -357 -186 -717 638 287 26 -359 477 291 469 383 104 -651 -252 277 954 -190 115 428 -187 -202 -679 -457 303 764 85 -551 -597 -283 53 -870 -4 410 -67 1113 -200 996 -69 -160 -152 692 -517 1328 -470 -179 -788 -693 362 -443 899 13 -442 -377 796 186 -1451 193 -456 -17 -493 -15 -182 -68 -292 23 165 360 75 111 -3340 -352 -173 -142 -146 625 500 -221 -6 215 94 -54 893 -338 952 -349 -112 397 450 -267 501 -119 512 -543 214 729 -121 118 -262 -258 231 -268 624 -510 329 -132 -626 -201 294 -331 -128 -698 878 106 56 881 -50 -65 308 234 -165 -374 -383 -4 -123 143 -134 706 -466 316 -276 579 -74 195 76 -20 38 -382 431 137 -494 -38 874 -338 496 -241 -775 -58 223 212 250 -233 -10 -147 0 -41 40 280 267 15 -366 371 -94 -795 -120 47 -223 -4 80 -336 29 -517 -333 -569 380 23 219 -570 221 -18 242 -285 -53 412 144 446 150 -398 24 -365 -84 341 389 301 957 -292 291 190 58 73 -129 226 255 -77 293 233 -61 -1045 639 -70 171 1 274 271 84 160 -219 531 -337 -233 119 -283 -591 -144 384 -331 95 761 166 -103 370 58 -171 23 355 -816 -216 -58 -713 517 -322 80 205 -161 -474 -335 340 248 46 -228 -315 -82 566 -134 -702 7 -117 -542 235 301 -24 -164 -362 433 252 -152 199 433 110 325 -48 -16 -230 1 -176 194 -205 169 -206 15 -39 -74 -8 -85 55 -294 16 791 -147 -124 206 217 -151 120 -463 -235 107 -273 -201 205 -195 -250 -65 -183 -416 259 402 183 -178 -434 1039 -108 -578 -227 222 -251 257 138 -115 771 -292 44 399 20 128 -218 -125 382 -46 650 -268 -135 -271 62 -542 -70 -552 -179 -181 372 866 24 -39 193 -215 -403 -83 339 375 161 382 94 32 -90 -576 54 41 -150 70 -111 -316 11 219 -16 -262 -579 -931 -211 -445 -311 163 51 323 221 991 -500 343 239 588 -648 -159 -210 234 -52 158 349 -261 18 0 27 99 186 384 -497 -39 492 -169 -49 395 128 273 563 -30 218 -130 611 450 186 -145 467 355 240 229 -1 -342 317 -399 -870 9 -107 -193 -84 -486 -391 -200 214 111 359 301 37 -401 -10 47 -727 -160 -4 217 -85 -351 43 278 -250 -787 118 114 118 -375 211 -80 670 309 -235 363 -322 -41 10 -438 910 -349 -345 95 328 -615 -47 156 283 -156 -534 -946 -389 -182 -506 196 240 196 162 -121 528 337 -330 -132 306 -363 346 215 526 -324 -183 384 -85 435 -467 -177 -225 -529 207 -8 289 229 64 257 786 -375 -405 121 86 207 -230 -339 -72 662 442 -114 -138 -297 -206 -616 283 -79 155 300 -9 508 -303 66 4 274 100 -106 -1 461 446 50 342 -362 233 -573 65 247 -250 383 691 -625 10 -466 -306 -348 -174 -649 549 244 23 -332 445 278 449 364 98 -612 -234 252 854 -167 101 379 -169 -185 -621 -395 254 610 64 -423 -451 -217 40 -666 -3 302 -52 871 -172 903 -66 -160 -156 704 -509 1249 -423 -155 -697 -635 346 -433 888 13 -440 -364 751 166 -1239 160 -380 -15 -452 -14 -174 -67 -282 22 155 332 70 105 -3340 -345 -171 -140 -146 631 505 -222 -6 209 92 -52 844 -317 899 -328 -107 384 427 -244 442 -102 439 -481 195 684 -113 111 -249 -243 221 -260 602 -495 312 -124 -575 -183 266 -306 -121 -678 864 106 55 861 -49 -63 307 233 -165 -370 -381 -4 -122 142 -131 683 -454 307 -265 555 -71 191 74 -19 37 -371 418 135 -489 -38 858 -334 488 -231 -741 -54 208 198 230 -218 -9 -140 0 -41 39 275 263 15 -368 378 -95 -821 -122 48 -221 -4 79 -334 30 -539 -345 -580 380 24 219 -577 223 -19 249 -298 -55 435 151 473 162 -433 26 -395 -90 361 416 318 998 -308 307 202 61 77 -135 237 265 -78 296 235 -62 -1058 656 -71 178 1 292 293 92 173 -236 578 -366 -249 125 -298 -625 -152 415 -355 102 830 186 -115 414 66 -192 25 391 -918 -244 -66 -812 582 -367 92 236 -185 -534 -378 374 277 51 -252 -353 -93 645 -154 -809 8 -131 -611 269 345 -27 -189 -420 499 293 -175 230 507 130 385 -57 -19 -270 2 -207 228 -241 199 -244 17 -46 -88 -10 -102 66 -351 19 929 -174 -145 245 256 -179 142 -539 -274 126 -318 -230 232 -223 -290 -76 -216 -494 304 474 214 -211 -521 1221 -126 -678 -257 249 -281 288 154 -133 898 -339 52 462 23 146 -254 -145 444 -53 750 -314 -157 -314 71 -626 -80 -643 -208 -210 423 990 27
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 2.699e-03 2.622e-03 1.872e-03 1.821e-03 1.175634e+04 4.013899e+02 9.654049e+02 3.577664e+02 5.644024e+02 289.18 -2.00 20.00 -2.00 445.33 0.00e+00 3.973401e-04 2.015684e-04 7.733216e-06 1.583542e-05 2.958289e-04 289.18 -2.00 20.00 -2.00 455.16 0.00e+00 6.116495e-05 1.688913e-05 6.988723e-07 9.086037e-06 2.488289e-05 230.39 -2.00 2.17 -2.00 435.25 0.00e+00 1.309286e+06 2.632648e+05 1.218217e+05 2.112052e+05 3.897481e+05 271.09 -2.00 11.23 -2.00 458.31 0.00e+00 1.554999e-01 5.111926e-02 3.383548e-03 8.477788e-03 8.504757e-02 232.91 -2.00 3.52 -2.00 454.49 0.00e+00 -1.086630e-05 6.444666e-06 1.388284e-06 1.058263e-06 1.034804e-05 289.18 -2.00 20.00 -2.00 455.91 0.00e+00 1.068 0.000 397.00 473.00 4 8.2093e+00 2.0013e-03 2.7266e-03 3.7469e-04 2.7754e-03 4.0830e-02 2.2833e-03 6.0550e-04 2.3333e-04 3.3724e-03 -1.2826e-02 1.3653e-03 1.1875e-04 1.3033e-04 1.9887e-03 -2.2073e-03 4.4857e-04 4.4369e-05 3.2346e-05 6.5829e-04 2.0008e-03 2.3206e-04 2.4062e-05 1.4639e-05 3.3064e-04 4.1568e-04 -4.4944e-03 1.3635e-03 7.5970e-05 8.2522e-05 1.7468e-03 1.9166e-05 2.0533e-05 1.5691e-06 5.2409e-07 2.8783e-05 3.4166e-05 2.6955e-05 2.0998e-06 6.4018e-07 3.8973e-05 -2.7641e-03 2.0885e-05 7.1490e-01 1.8798e-01 7.1653e-03 5.8430e-03 2.5384e-01 12 8 8 10 0 0 98.81 24.50 1.18 -0.00276 -0.00525 13 2 1 4 0 3991.040 26.62 19.99 24.50 29.39 11.1 1053.52 -74 437 24 -176 -29 95 -398 -187 194 -24 338 -721 51 -151 -709 -332 99 3 -44 117 -303 -95 87 -30 -332 99 -406 28 -18 -216 160 -121 -169 185 103 -298 246 310 165 244 592 -122 243 9 394 103 -135 121 101 -290 13 12 23 287 171 323 -16 112 -129 260 140 -479 444 477 325 671 316 -32 192 436 700 -118 -101 131 -140 -568 -47 127 -64 34 145 -72 122 90 382 598 202 216 -42 9 145 -234 -24 -212 -257 -204 173 -190 -208 -369 -414 177 -140 -153 -110 -132 213 -201 -551 287 -54 -191 -470 -521 312 -238 204 -218 -297 -551 -406 -138 -107 -97 -157 -524 -63 -317 -644 -280 152 -172 40 -85 -406 38 244 -148 -201 -74 138 176 -39 476 39 -346 -250 -134 535 308 687 -226 -66 -185 229 179 24 324 370 309 23 -153 -224 86 190 161 -257 -130 -130 23 -216 137 -197 -161 -110 74 -16 93 -312 -190 286 184 -51 -416 127 279 -22 -132 -260 415 351 -50 184 -173 46 222 258 -372 51 170 50 341 231 195 -218 330 -87 -170 71 -310 36 -134 127 459 106 363 205 -97 469 254 287 393 185 286 160 24 64 171 134 212 295 252 -357 -256 -726 -84 -777 -290 309 106 399 95 361 -12 273 247 836 156 68 -32 251 -75 -78 92 -233 -291 -64 283 -335 -248 -237 -399 -342 -162 -734 -94 -79 -252 261 51 -71 -202 -442 -2518 -361 -39 326 593 -27 -133 -253 -121 97 441 608 135 -340 21 -182 301 -63 -25 -42 -616 72 -137 230 -395 73 183 -10 -10 -39 214 152 405 -154 -205 -227 245 50 -41 130 492 -195 -262 363 161 526 -93 -305 24 182 -27 -108 -56 160 -32 248 -214 -215 152 126 -204 -283 7 297 143 319 71 5 128 198 133 -52 603 -39 -48 -443 61 190 -31 -253 -251 -148 -56 -39 149 116 9 263 -160 88 -115 129 -68 -149 -87 222 -317 15 223 -101 162 -283 -146 -316 -112 -448 71 194 -33 -62 -2 -234 -96 -66 -364 58 -59 72 206 32 -200 -137 -275 313 413 251 201 323 -561 321 -17 -211 102 -289 194 291 72 -291 173 443 332 249 -106 579 -361 33 -254 -23 47 62 183 -6 -138 -204 92 80 34 327 -125 -173 -130 379 -118 -161 -105 -313 43 -124 66 344 92 234 -80 -57 -74 243 -217 31 34 7 -8 -207 17 -13 -330 -298 -66 -164 102 65 116 61 139 -166 283 -173 -54 -63 325 -94 -58 32 12 -119 -26 -162 -96 -72 105 58 27 -122 140 365 165 -259 -137 -38 146 -218 128 305 -208 -234 90 -65 -22 -205 29 138 -5 -67 -6 27 -16 -295 -38 195 -9 -350 471 -191 -131 144 95 160 35 91 97 43 38 71 203 -13 196 -216 -134 49 -210 262 -67 -171 244 -171 75 -358 117 4 -124 226 69 -85 -60 365 20 -147 -24 78 -334 -156 165 -20 291 -624 46 -136 -645 -303 91 3 -40 108 -281 -87 77 -25 -270 80 -342 25 -17 -205 152 -113 -149 151 86 -248 213 276 153 225 532 -113 219 8 356 93 -120 105 86 -245 11 11 21 263 157 294 -14 100 -114 231 129 -464 435 467 318 664 324 -34 202 452 709 -117 -97 122 -125 -507 -39 106 -55 31 134 -70 119 89 380 606 210 229 -44 9 150 -240 -25 -220 -266 -210 176 -192 -206 -358 -396 169 -137 -156 -118 -144 227 -207 -545 278 -53 -192 -486 -540 318 -240 201 -214 -289 -545 -410 -143 -114 -105 -170 -564 -66 -330 -663 -279 147 -164 38 -81 -394 38 241 -147 -199 -73 135 170 -38 461 39 -354 -262 -139 539 300 639 -209 -61 -173 220 177 25 324 372 312 23 -156 -225 85 194 155 -252 -131 -131 23 -208 119 -164 -138 -101 70 -16 92 -297 -175 259 166 -47 -397 123 276 -22 -128 -247 376 313 -46 168 -161 44 210 239 -339 45 152 46 331 232 192 -209 296 -74 -138 60 -257 32 -124 119 433 99 335 188 -89 419 219 240 328 157 245 140 21 52 130 100 150 203 175 -255 -180 -501 -57 -522 -201 220 84 355 89 358 -12 278 240 790 135 56 -27 222 -68 -75 91 -232 -288 -61 254 -293 -198 -182 -314 -286 -139 -676 -89 -77 -242 241 46 -64 -183 -417 -2469 -350 -39 322 592 -27 -130 -257 -122 95 426 580 126 -314 19 -168 283 -60 -24 -37 -502 56 -108 189 -347 66 167 -9 -9 -35 195 141 374 -142 -186 -210 219 45 -37 117 440 -184 -254 353 154 490 -86 -287 23 180 -27 -105 -54 151 -31 237 -206 -207 145 118 -190 -265 7 288 135 298 65 5 123 184 126 -50 572 -37 -44 -420 56 169 -27 -223 -224 -133 -51 -36 142 113 8 254 -156 87 -111 126 -68 -150 -87 216 -317 14 218 -101 166 -282 -144 -324 -114 -453 71 196 -33 -64 -2 -244 -101 -71 -393 63 -65 80 228 35 -219 -149 -297 331 434 264 212 343 -601 339 -17 -217 101 -294 192 287 71 -293 174 451 345 265 -116 639 -404 36 -279 -25 51 66 192 -7 -145 -215 98 85 37 357 -139 -197 -149 428 -132 -178 -115 -349 49 -139 74 386 104 266 -92 -68 -87 279 -246 35 38 8 -9 -240 20 -15 -387 -346 -75 -187 116 75 132 70 159 -191 327 -203 -64 -75 391 -114 -70 39 15 -142 -31 -193 -115 -87 126 70 33 -148 169 439 199 -313 -165 -46 175 -259 150 355 -242 -274 106 -76 -25 -249 34 162 -6 -81 -7 32 -19 -343 -45 229 -11 -422 561 -225 -159 169 108 180 40 105 109 49 44 83 237 -15 224 -246 -152 56 -242 304 -78 -199 282 -198 87 -413 135 5 -143 257 78 -94
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 6.241399e+03 4.003694e+02 5.087075e+02 3.576444e+02 5.109527e+02 289.18 -2.00 20.00 -2.00 445.49 0.00e+00 1.014231e-04 2.056880e-04 5.197472e-06 1.572652e-05 2.671711e-04 289.18 -2.00 20.00 -2.00 455.29 0.00e+00 7.081225e-05 1.723229e-05 5.781626e-07 9.085532e-06 2.249760e-05 230.35 -2.00 2.17 -2.00 435.46 0.00e+00 9.906807e+05 2.678319e+05 6.193200e+04 2.111037e+05 3.523915e+05 271.09 -2.00 11.23 -2.00 458.43 0.00e+00 1.228788e-01 5.192350e-02 2.524243e-03 8.496187e-03 7.689790e-02 232.91 -2.00 3.52 -2.00 454.61 0.00e+00 -1.202069e-05 6.585468e-06 7.507430e-07 1.058723e-06 9.356148e-06 289.18 -2.00 20.00 -2.00 455.99 0.00e+00 1.094 0.000 397.00 473.00 4 8.2871e+00 2.0491e-03 2.7858e-03 3.7491e-04 2.5045e-03 3.9781e-02 2.3339e-03 5.9433e-04 2.3277e-04 3.0492e-03 -9.2282e-03 1.3906e-03 9.5223e-05 1.2961e-04 1.7928e-03 -1.9507e-03 4.5785e-04 2.2097e-05 3.2003e-05 5.9507e-04 1.7231e-03 2.3774e-04 1.1697e-05 1.4766e-05 2.9883e-04 3.8031e-04 3.5266e-03 1.4063e-03 3.8053e-05 8.0544e-05 1.5537e-03 -2.2927e-05 2.0905e-05 8.7759e-07 5.1839e-07 2.6022e-05 -4.6019e-05 2.7516e-05 1.1684e-06 6.3546e-07 3.5234e-05 -2.0992e-03 1.7048e-05 4.3345e-01 1.9275e-01 3.6815e-03 5.7196e-03 2.2974e-01 12 8 8 10 0 0 97.73 24.51 1.32 -0.00210 0.00131 15 3 1 4 0 3433.340 26.62 20.00 24.51 29.78 11.2 1056.95 12 -161 -71 797 -345 -624 -220 -67 315 -218 155 -396 -309 -477 -40 -344 232 96 94 368 -565 -58 -192 -303 -465 -502 -146 118 -45 245 106 526 29 16 577 -29 83 -136 168 220 288 45 240 12 117 509 182 282 -216 112 302 229 -59 45 -8 -94 106 33 -202 45 -363 177 6 -14 -57 270 -4 -220 143 354 97 -304 -17 111 112 -111 -368 372 -621 152 60 117 122 657 607 570 41 69 -3 49 68 80 -143 67 8 -36 429 0 127 -125 -57 205 108 -117 100 29 63 89 -200 55 -269 -188 -450 -225 -119 -98 -434 -26 543 -143 -380 -253 37 -56 -83 -356 -15 -250 -244 -180 -88 279 200 -127 37 -185 221 169 22 -454 -152 -136 -267 -71 186 -114 63 -149 -48 -110 -169 145 -73 -568 43 -363 -231 -216 309 103 -156 164 -255 208 247 288 -246 191 -566 -132 -296 -188 -5 53 -506 216 3 219 246 -5 -212 242 12 -217 309 -37 125 -122 556 -233 61 -128 -83 418 -265 268 -12 -104 151 95 -7 -217 -56 280 81 -129 -171 40 503 -265 21 -283 221 56 214 -247 -130 334 -267 -54 59 324 195 390 -188 -241 -57 -386 -161 297 424 -102 -293 -574 195 507 -610 -179 307 -135 476 -160 253 -36 188 13 626 -53 170 225 325 130 -156 263 -246 -25 -87 342 -193 -264 -419 289 -176 -175 309 99 5 -817 324 -4 385 -270 96 -11 -135 95 -119 176 -12 217 185 366 -238 191 -272 467 18 -122 186 130 11 125 -494 146 281 -74 14 -635 387 -34 -188 95 13 -51 -68 -8 467 -107 -196 -265 -274 -112 -558 58 158 342 -272 -92 -109 405 134 194 -3 -51 51 40 389 -226 176 -137 -111 312 273 -9 -446 -324 495 365 -35 -109 -319 198 140 -266 -78 49 -188 150 -57 50 -26 322 429 -464 -364 -88 273 -325 77 246 198 51 -199 -331 233 -123 173 -145 10 4 -133 517 -542 133 129 105 -402 108 3 42 85 -298 -235 -17 95 -249 -93 -195 86 -199 230 -98 67 -346 167 -106 -157 445 67 -130 99 71 159 102 61 284 -270 128 -62 -278 -312 -61 132 -11 53 185 -28 -137 -318 -308 395 -90 245 -363 -258 -294 223 -63 130 42 368 -57 -56 -230 176 334 -61 79 42 -79 -31 -441 216 -20 86 -122 170 -386 279 352 150 -101 210 50 13 -61 -242 375 -309 206 -185 45 -101 170 374 242 -68 379 288 -480 -219 152 79 281 25 -353 -156 17 93 -514 -82 126 -116 -33 -91 -104 182 -4 -410 16 332 31 -335 -8 166 -240 -72 -101 -157 322 -211 -33 -4 198 158 87 -13 136 -124 16 -261 -13 -93 452 132 -260 -53 205 46 -136 -63 -11 365 -30 -45 -54 159 -147 -34 -95 26 -290 350 -42 6 -39 68 181 -8 65 -406 142 170 99 -183 9 -134 -58 650 -280 -506 -182 -55 267 -187 133 -340 -275 -428 -35 -311 211 87 85 335 -521 -53 -169 -254 -374 -401 -122 104 -41 230 100 484 25 13 469 -23 71 -127 154 201 270 41 213 10 104 454 159 240 -182 93 260 209 -54 41 -8 -85 94 30 -177 40 -332 168 6 -14 -55 265 -4 -229 149 363 97 -298 -16 102 104 -97 -305 302 -523 136 58 112 119 637 596 571 42 73 -3 50 69 81 -145 68 8 -36 430 0 124 -120 -56 203 104 -118 105 31 67 90 -195 53 -260 -187 -461 -230 -121 -97 -427 -25 519 -139 -380 -260 39 -60 -89 -381 -16 -258 -248 -178 -85 263 186 -119 35 -182 217 165 22 -448 -148 -131 -258 -68 180 -115 65 -153 -49 -106 -157 132 -66 -527 41 -359 -237 -216 311 104 -159 167 -256 214 250 290 -241 191 -572 -129 -282 -162 -4 45 -461 203 3 214 232 -5 -202 230 11 -206 298 -37 123 -118 523 -212 54 -116 -76 386 -252 253 -12 -94 135 85 -7 -212 -56 277 78 -116 -144 34 418 -219 19 -263 209 53 201 -230 -119 303 -240 -46 50 271 165 334 -165 -209 -47 -295 -120 208 289 -71 -207 -404 132 335 -406 -123 229 -108 423 -151 253 -37 194 13 567 -46 140 186 287 119 -153 262 -247 -24 -84 309 -169 -211 -323 226 -147 -152 283 94 5 -793 301 -3 346 -246 91 -11 -131 94 -119 171 -12 214 181 352 -227 187 -264 440 17 -113 173 124 11 118 -438 119 221 -58 12 -564 352 -32 -168 85 12 -47 -64 -8 434 -99 -175 -229 -236 -101 -487 53 150 334 -270 -89 -104 380 127 190 -3 -51 51 39 376 -221 173 -135 -105 291 261 -9 -408 -301 467 351 -34 -103 -299 186 133 -260 -76 48 -183 144 -52 45 -23 287 383 -423 -321 -79 249 -304 73 232 187 49 -192 -327 233 -125 177 -148 10 4 -127 489 -528 133 131 106 -401 107 3 41 84 -296 -234 -17 97 -256 -96 -205 91 -215 248 -106 72 -370 176 -111 -170 474 72 -140 106 77 171 109 64 286 -266 123 -62 -281 -318 -63 137 -11 55 195 -30 -148 -342 -329 435 -99 263 -388 -274 -313 237 -67 140 46 408 -65 -65 -267 202 376 -69 88 47 -90 -36 -505 246 -23 100 -143 196 -439 323 400 169 -113 238 57 15 -72 -287 440 -362 238 -213 51 -117 196 431 280 -79 442 339 -576 -266 184 97 341 31 -426 -188 20 112 -623 -99 153 -141 -41 -111 -127 222 -5 -502 20 401 38 -403 -9 196 -284 -85 -120 -187 379 -245 -39 -5 235 191 102 -16 160 -145 18 -313 -16 -113 544 157 -303 -63 235 52 -156 -70 -13 424 -36 -53 -63 187 -171 -40 -109 30 -340 412 -50 7 -46 79 211 -9 77 -480 166 197 113 -206
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 2.120e-03 2.083e-03 1.571e-03 1.528e-03 5.161692e+03 3.286752e+02 4.102438e+02 3.577428e+02 4.439671e+02 289.18 -2.00 20.00 -2.00 445.40 0.00e+00 3.613818e-04 1.688994e-04 5.413375e-06 1.589048e-05 2.322340e-04 289.18 -2.00 20.00 -2.00 455.21 0.00e+00 8.226624e-05 1.414678e-05 7.277855e-07 9.083437e-06 1.954329e-05 230.34 -2.00 2.17 -2.00 435.34 0.00e+00 7.826986e+05 2.194396e+05 4.841840e+04 2.111812e+05 3.061283e+05 271.09 -2.00 11.23 -2.00 458.31 0.00e+00 7.844776e-02 4.289466e-02 2.713976e-03 8.442237e-03 6.680548e-02 232.91 -2.00 3.52 -2.00 454.53 0.00e+00 -6.664224e-06 5.410096e-06 6.622662e-07 1.059051e-06 8.127112e-06 289.18 -2.00 20.00 -2.00 455.94 0.00e+00 1.105 0.000 397.00 473.00 4 7.9446e+00 1.6777e-03 2.8147e-03 3.7470e-04 2.1769e-03 3.8312e-02 1.9177e-03 5.9908e-04 2.3410e-04 2.6503e-03 -1.1252e-02 1.1434e-03 9.4713e-05 1.3009e-04 1.5589e-03 -2.3010e-03 3.7532e-04 1.6738e-05 3.2468e-05 5.1704e-04 1.6112e-03 1.9439e-04 8.1610e-06 1.4495e-05 2.5957e-04 5.3561e-04 -1.5660e-03 1.1521e-03 2.8575e-05 8.2655e-05 1.3581e-03 2.8164e-05 1.7038e-05 7.3121e-07 5.2336e-07 2.2607e-05 5.8298e-05 2.2515e-05 9.7020e-07 6.4138e-07 3.0606e-05 -1.0754e-03 2.4802e-06 4.1581e-01 1.5794e-01 2.7390e-03 6.0886e-03 1.9947e-01 12 8 8 10 0 0 88.19 24.51 1.21 -0.00108 -0.00541 13 2 1 4 0 3832.950 26.62 20.00 24.51 30.64 11.2 1062.10 -134 133 -335 -311 -91 -39 -335 -145 63 -176 352 -327 -12 -208 -362 122 438 -307 327 -233 92 -500 -5 -21 -345 -134 5 266 57 86 53 387 -90 27 -115 -159 303 -91 -456 -147 163 61 233 -86 174 173 127 199 -170 -35 274 172 -202 97 130 475 -209 53 -16 7 -13 54 -21 282 284 85 263 70 261 477 440 -67 173 31 272 186 239 131 -18 -317 87 534 516 -61 386 85 -49 163 -230 -169 148 -385 -152 129 44 46 52 -113 -41 -271 -46 36 -99 -134 2 -422 242 325 -27 409 -110 197 -107 -291 190 -468 -63 -219 -161 15 -341 -223 -123 -174 -161 -183 153 225 -416 118 41 -379 41 -187 149 7 -91 -396 -344 -444 -3 311 -181 -25 85 -278 -41 221 62 -51 188 -27 -136 99 -74 171 145 18 253 -165 25 -449 -174 190 50 81 60 -188 -121 -87 165 -403 -13 -354 -114 -104 -175 195 -140 -126 108 -173 59 137 569 -141 -117 -124 -22 213 333 1 99 -221 -114 280 -111 -80 -8 261 -510 19 442 -67 -108 -35 -219 -202 -101 -79 -63 115 -217 -112 271 -111 133 174 -19 -289 -418 221 -320 3 166 280 -337 212 -239 203 490 -346 -55 22 79 55 -487 2 -122 34 421 -41 -105 90 -92 262 186 -39 355 237 -400 45 284 250 -168 118 -278 65 78 15 -83 176 -367 -54 31 -453 78 -194 181 -103 362 -187 -60 312 32 -127 102 283 91 129 228 92 60 156 -103 635 -731 21 105 192 -180 78 -406 -61 -103 128 195 82 290 -69 -127 463 -99 -15 109 238 120 -91 15 58 -43 -267 -10 10 53 90 38 -91 -215 236 89 248 300 569 -150 -182 145 92 316 -382 -115 73 51 -309 136 110 -166 220 -58 -108 144 223 -63 -116 188 223 -136 111 -74 -65 -55 -199 -177 -164 222 -153 375 -106 337 89 71 -140 -35 -178 -78 230 -440 -209 -349 148 -331 180 -91 -258 145 -190 -408 465 -55 73 -109 -176 -96 13 -437 -201 41 -72 -214 -355 117 161 307 -114 115 379 9 274 109 237 -74 3 -8 -200 77 179 -303 -124 -112 -256 -347 -140 -71 -45 -8 107 326 31 189 -67 258 -162 23 164 78 -134 316 -268 336 -74 182 114 -366 -75 236 185 -151 148 -27 -243 -131 10 149 -233 -217 -145 5 53 269 146 193 -27 -151 35 18 102 180 29 -55 51 52 81 140 102 -4 -34 -240 173 161 -199 90 -69 -9 -294 16 9 -15 16 -80 78 -104 -182 -95 -139 -120 -2 52 4 -131 -80 143 49 -17 -314 525 -343 83 138 -100 81 -188 71 23 -23 226 182 -277 -91 203 -97 31 -87 -171 44 38 -268 -152 209 176 134 -205 -207 140 141 -306 110 -156 169 108 99 234 -69 291 -155 280 -269 -184 -39 29 -10 -354 326 214 504 -389 -112 115 -285 -255 -73 -31 -275 -125 55 -156 313 -291 -10 -185 -322 109 393 -275 291 -211 83 -452 -4 -17 -288 -111 4 231 52 80 50 354 -78 22 -94 -128 256 -85 -439 -140 151 55 205 -75 153 153 111 168 -149 -30 233 155 -183 87 118 422 -185 49 -15 6 -11 51 -21 270 271 82 263 71 269 483 437 -65 171 30 248 160 195 106 -15 -282 84 529 519 -62 396 84 -50 170 -239 -173 150 -386 -152 131 45 46 52 -118 -42 -270 -45 35 -100 -141 2 -451 253 325 -28 406 -110 193 -108 -295 190 -462 -61 -222 -162 15 -338 -226 -128 -185 -172 -193 158 229 -419 115 39 -355 40 -183 141 7 -89 -386 -336 -433 -3 294 -173 -24 81 -279 -42 223 62 -49 172 -24 -122 90 -70 167 147 19 264 -174 27 -475 -181 193 50 81 61 -197 -120 -89 155 -346 -11 -298 -103 -102 -170 198 -138 -120 102 -163 57 135 540 -138 -115 -119 -20 201 308 1 94 -203 -107 261 -102 -75 -8 243 -469 18 437 -66 -103 -31 -191 -170 -84 -68 -56 105 -203 -105 251 -102 120 156 -17 -247 -366 192 -270 3 144 239 -289 167 -177 141 330 -238 -39 15 53 36 -321 1 -91 28 370 -40 -104 92 -94 254 175 -33 289 194 -352 43 272 246 -166 115 -266 61 67 12 -63 136 -305 -48 28 -429 75 -184 166 -93 322 -169 -56 296 30 -124 101 282 93 131 230 91 59 150 -99 590 -675 19 97 180 -172 73 -355 -52 -84 105 160 72 261 -63 -117 427 -93 -14 101 221 111 -86 14 52 -38 -238 -9 9 50 87 37 -88 -202 219 84 241 297 563 -148 -177 139 89 307 -373 -112 70 48 -290 128 105 -156 209 -55 -101 133 216 -60 -112 182 215 -130 105 -70 -60 -49 -176 -158 -148 201 -142 352 -102 315 83 69 -132 -34 -173 -77 231 -448 -212 -345 148 -326 176 -92 -256 145 -190 -401 469 -55 73 -111 -179 -98 13 -460 -212 43 -75 -225 -379 124 171 324 -125 125 407 9 289 115 251 -79 3 -8 -211 79 178 -308 -124 -111 -255 -349 -142 -73 -47 -9 116 361 34 209 -74 281 -175 25 172 81 -141 332 -285 357 -80 199 127 -418 -86 267 205 -167 163 -30 -273 -148 11 167 -264 -248 -167 6 62 307 164 215 -30 -170 40 21 119 210 33 -64 58 59 92 159 116 -4 -39 -276 200 187 -235 107 -82 -11 -353 19 11 -18 20 -95 93 -124 -218 -114 -168 -144 -2 63 5 -159 -96 171 58 -20 -370 638 -420 102 169 -123 99 -226 84 27 -27 269 221 -339 -111 246 -118 36 -104 -206 52 44 -323 -177 237 197 151 -238 -235 161 164 -359 129 -182 194 122 112 267 -80 338 -181 325 -313 -212 -45 33 -12 -413 376 244 566 -432
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 3.372790e+03 3.997765e+02 2.944061e+02 3.578072e+02 3.797047e+02 289.18 -2.00 20.00 -2.00 444.80 0.00e+00 -6.924947e-05 2.062565e-04 2.535547e-06 1.559593e-05 1.982240e-04 289.18 -2.00 20.00 -2.00 454.38 0.00e+00 7.719578e-05 1.733039e-05 5.437914e-07 9.090155e-06 1.670760e-05 230.34 -2.00 2.17 -2.00 434.31 0.00e+00 3.257308e+05 2.696918e+05 4.100731e+04 2.113018e+05 2.617003e+05 271.09 -2.00 11.23 -2.00 457.61 0.00e+00 1.792841e-01 5.465722e-02 7.040052e-04 8.546642e-03 5.710311e-02 232.91 -2.00 3.52 -2.00 453.71 0.00e+00 -7.940640e-06 6.835674e-06 4.032991e-07 1.055963e-06 6.948352e-06 289.18 -2.00 20.00 -2.00 455.21 0.00e+00 1.118 0.000 397.00 473.00 4 5.0458e+00 2.0111e-03 2.8475e-03 3.7738e-04 1.8560e-03 4.4322e-02 2.3440e-03 5.9740e-04 2.2948e-04 2.2609e-03 -2.0958e-03 1.3865e-03 8.2028e-05 1.2683e-04 1.3257e-03 -1.7053e-03 4.5938e-04 1.6372e-05 3.2181e-05 4.4185e-04 8.9513e-04 2.3542e-04 6.9281e-06 1.4436e-05 2.2178e-04 9.5361e-03 1.3763e-02 1.3546e-03 2.1415e-05 7.4805e-05 1.1390e-03 -3.8333e-05 2.0635e-05 4.5233e-07 5.6698e-07 1.9325e-05 -5.0505e-05 2.7476e-05 5.9365e-07 6.6670e-07 2.6163e-05 -9.2279e-04 3.0326e-06 1.5213e-01 1.8824e-01 2.0599e-03 5.6853e-03 1.7076e-01 12 9 9 12 1 1 999.00 24.51 1.31 -0.00092 0.00253 2 22 1 4 0 410.030 26.62 20.00 24.51 31.74 11.1 1068.31 -57 -93 252 25 -328 -33 97 -251 -52 62 -52 273 -111 -168 82 490 -127 51 177 -51 151 -491 171 118 -390 338 135 74 1 79 158 -195 36 -17 291 -309 -67 -126 -342 -62 40 -169 -101 -40 102 41 35 25 348 431 -5 -178 229 -364 29 169 -164 -155 243 -43 77 -119 57 251 -164 -19 -88 -151 186 54 -405 486 72 78 -3 245 -310 -38 28 234 -163 178 -314 -231 -86 149 58 -159 -70 -291 -24 -143 116 -59 174 8 12 184 -172 -12 -147 -260 -20 439 207 -143 10 339 53 -26 -61 -89 160 -96 110 74 -53 -14 335 35 -1 -73 -24 252 -93 -249 -149 1 -142 195 72 -140 -7 -173 -133 -224 8 -120 -185 72 196 -121 159 -26 297 -28 -138 229 45 50 -11 -15 -147 -60 -54 -36 122 324 -145 -163 63 -22 -254 48 35 -90 -112 -214 12 -89 3 -376 421 235 -267 -57 197 403 42 -163 315 173 179 134 -256 188 230 -151 -26 -77 -149 190 -32 -26 -116 -121 -329 182 155 -213 29 -158 525 -198 -31 211 148 28 129 168 8 14 -49 -249 -157 58 -96 -170 32 369 -14 -20 299 -296 47 -251 73 19 -281 -36 152 -6 -8 -35 11 86 59 69 -73 79 -5 59 446 92 217 28 -152 -167 271 -73 -260 -191 -307 15 345 163 232 -67 -360 -213 -81 -267 -5 177 -276 30 16 480 -195 -142 -185 -16 -438 -18 -87 337 -244 -214 -88 6 184 -365 -186 -73 197 -108 29 328 278 -181 110 24 -7 -92 4 104 -208 -5 -177 140 -90 79 -209 244 88 35 71 -260 -72 126 -181 167 -109 -4 209 -355 74 140 63 186 274 357 54 -103 -274 -256 -233 96 0 356 31 52 -103 90 -63 42 86 152 -198 1 -268 -393 -5 -63 423 405 -330 34 210 56 33 -28 -293 250 -75 -130 196 -5 -502 169 -205 -306 -74 176 225 266 114 93 -11 160 312 -313 -43 -183 377 -197 -173 -65 -41 1 -57 409 96 201 8 -83 13 -222 -174 254 -28 -25 175 -118 170 -72 207 -26 52 -345 -130 -44 267 -12 249 -26 216 -20 278 -131 170 -45 43 227 -270 -101 55 -310 -133 -126 90 211 -207 -128 -35 -407 185 25 15 -85 88 105 91 155 88 164 155 -99 -335 -109 -33 -42 10 -153 107 10 55 -247 -123 70 -42 87 -95 133 -99 -98 62 216 221 -130 -285 -298 -53 -54 23 115 -140 4 -47 -226 328 88 -127 -127 152 -8 -143 20 -120 258 -16 61 27 183 30 3 89 160 -139 97 -19 63 -128 -258 106 30 -302 -152 -7 106 43 145 -55 61 222 -65 -105 -121 -39 224 -119 82 -173 192 263 -307 -2 57 -152 145 185 -84 50 187 -57 -38 95 -21 94 3 -204 0 -84 -84 270 117 339 48 -145 4 -37 -152 61 25 -401 -50 -83 225 22 -285 -29 86 -228 -47 57 -48 250 -101 -154 75 449 -119 48 163 -48 141 -459 157 106 -344 293 120 68 1 76 152 -186 33 -15 254 -270 -60 -118 -333 -59 38 -158 -94 -37 95 38 32 23 312 380 -5 -167 214 -346 27 159 -154 -144 227 -40 73 -116 56 249 -163 -18 -89 -154 189 54 -410 485 70 76 -3 222 -275 -33 25 219 -158 174 -314 -232 -87 150 60 -164 -72 -295 -25 -144 117 -61 178 8 12 183 -172 -12 -145 -258 -20 442 213 -151 10 344 53 -25 -61 -89 164 -98 112 73 -53 -14 329 35 -1 -75 -25 264 -96 -261 -152 1 -145 193 71 -136 -7 -167 -132 -221 8 -118 -183 71 191 -119 157 -26 290 -28 -141 230 45 48 -10 -14 -140 -57 -52 -35 122 326 -147 -167 65 -23 -258 48 35 -89 -112 -217 12 -89 3 -343 372 214 -250 -56 195 397 41 -158 300 165 174 131 -250 187 229 -148 -25 -74 -141 181 -31 -25 -114 -118 -316 173 146 -202 28 -156 518 -199 -30 200 134 25 114 149 8 13 -47 -240 -153 56 -91 -160 30 336 -12 -18 273 -270 44 -230 65 16 -230 -28 121 -5 -6 -28 9 66 45 54 -60 70 -4 58 452 94 222 28 -147 -154 241 -66 -238 -181 -304 15 342 161 226 -64 -325 -184 -68 -231 -5 165 -264 29 16 466 -189 -134 -173 -15 -422 -18 -86 330 -243 -212 -89 6 183 -361 -184 -70 189 -104 27 313 261 -174 107 23 -6 -81 3 91 -187 -5 -164 131 -85 75 -198 235 86 34 69 -249 -69 118 -169 155 -101 -4 203 -350 73 139 61 178 265 350 55 -102 -274 -252 -228 94 0 351 30 51 -99 87 -60 41 83 150 -195 1 -257 -379 -4 -63 415 403 -329 33 202 53 31 -26 -274 230 -70 -124 187 -5 -489 163 -199 -298 -73 177 226 272 115 95 -11 159 302 -304 -43 -184 382 -200 -172 -66 -41 1 -57 411 97 201 9 -85 13 -230 -182 268 -30 -27 184 -124 180 -75 214 -27 54 -356 -135 -46 280 -13 258 -26 215 -20 275 -131 171 -44 43 232 -279 -106 58 -327 -142 -134 95 220 -217 -132 -36 -420 191 26 16 -90 94 113 99 170 96 176 168 -107 -366 -117 -36 -46 11 -167 118 11 61 -272 -134 75 -44 94 -101 144 -109 -109 69 239 242 -142 -311 -325 -58 -60 26 125 -154 4 -53 -255 372 98 -144 -143 173 -9 -162 23 -136 292 -18 69 31 210 34 4 102 184 -160 111 -22 72 -145 -289 120 34 -337 -170 -8 120 48 159 -60 68 245 -73 -119 -136 -44 252 -134 93 -198 218 294 -344 -3 61 -161 154 202 -92 55 207 -63 -43 104 -23 104 3 -227 1 -93 -94 299 129 372 52 -160 4 -41 -168 67 27 -434
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 2.434e-03 2.397e-03 2.008e-03 1.965e-03 4.560381e+03 4.203587e+02 3.917728e+02 3.578407e+02 5.098469e+02 289.18 -2.00 20.00 -2.00 445.36 0.00e+00 6.880283e-05 2.165516e-04 3.094489e-06 1.568013e-05 2.663007e-04 289.18 -2.00 20.00 -2.00 454.99 0.00e+00 1.145868e-04 1.809618e-05 7.794497e-07 9.080973e-06 2.244325e-05 230.34 -2.00 2.17 -2.00 435.15 0.00e+00 1.701326e+05 2.806854e+05 5.367564e+04 2.112092e+05 3.512422e+05 271.09 -2.00 11.23 -2.00 458.13 0.00e+00 7.611162e-02 5.547384e-02 6.836761e-04 8.478455e-03 7.669743e-02 232.91 -2.00 3.52 -2.00 454.32 0.00e+00 -7.564709e-06 6.974057e-06 5.059822e-07 1.057249e-06 9.331731e-06 289.18 -2.00 20.00 -2.00 455.73 0.00e+00 1.131 0.000 397.00 473.00 4 7.7297e+00 2.1319e-03 2.8805e-03 3.7581e-04 2.4973e-03 3.2537e-02 2.4643e-03 6.0606e-04 2.3120e-04 3.0456e-03 -6.9397e-03 1.4592e-03 8.5505e-05 1.2793e-04 1.7832e-03 -1.5321e-03 4.8186e-04 1.9581e-05 3.2163e-05 5.9331e-04 1.5133e-03 2.4867e-04 7.9964e-06 1.4609e-05 2.9806e-04 6.5741e-04 3.1685e-03 1.4418e-03 2.9960e-05 7.8136e-05 1.5444e-03 -2.5867e-04 2.1843e-05 6.2163e-07 5.2571e-07 2.5917e-05 -9.0016e-05 2.9080e-05 8.3052e-07 6.4748e-07 3.5064e-05 -8.7396e-04 6.0930e-05 5.1310e-01 2.0064e-01 2.8448e-03 5.8781e-03 2.2905e-01 12 9 9 12 1 1 94.45 24.50 1.34 -0.00087 0.00110 4 2 1 4 0 3771.440 26.73 19.99 24.50 32.67 11.1 1073.89 352 -74 -216 125 -277 55 -352 67 316 169 211 -136 -306 20 -380 -63 51 -138 211 -119 -111 -313 546 -478 -52 -270 -192 333 93 -410 85 40 265 -284 -7 -182 -298 18 -630 143 439 332 -44 -91 218 27 156 -401 147 -362 397 -37 115 -468 384 16 -153 60 67 84 -109 -177 76 301 125 425 172 224 115 525 -104 315 -341 439 -76 -73 58 532 346 -120 24 402 145 -42 -93 -270 232 256 -48 6 460 -159 90 -15 -49 -304 82 -72 -361 152 -33 -9 -192 -290 -321 -218 208 -66 -60 265 -129 142 -288 -113 218 -348 22 51 63 29 -245 -193 -116 -185 -30 -94 92 -176 -632 -83 -47 87 426 -186 303 389 -48 18 313 179 287 10 227 -192 22 166 271 -476 196 132 3 -92 -183 -244 68 179 -106 0 148 -520 -313 268 113 315 552 46 -534 -327 227 95 113 -359 -124 -621 104 -56 -238 325 -209 -29 90 160 76 282 529 -371 -468 -237 -194 106 -63 -172 -113 -404 -353 324 381 -211 341 132 -32 -250 81 85 80 -4 -350 110 216 401 -160 -3 -170 250 -276 -424 -298 10 200 164 -11 183 57 143 -73 99 -543 -696 248 64 339 -306 -104 4 -159 -203 -296 203 213 306 218 97 -10 323 -99 144 202 196 -410 -103 -253 -117 -202 67 -189 -245 -28 200 -643 -350 -16 39 -449 -357 291 82 -410 -181 293 231 303 194 -53 346 -783 -139 -73 -10 138 123 -93 285 296 3 511 141 -349 -31 340 -298 146 54 220 94 49 278 -556 86 524 381 -19 -37 -58 217 -51 455 80 183 -91 -413 328 110 -75 142 -6 321 193 -163 284 -202 335 75 268 14 521 49 -113 198 31 17 -528 144 -310 -122 -171 -269 -66 156 -289 -148 204 -227 274 15 94 303 164 225 -299 -176 -159 399 -11 -335 -378 112 234 -110 330 -65 -128 -40 -105 -46 238 207 116 -296 -178 -235 -159 243 64 -91 55 -526 -396 36 342 128 369 249 155 -173 52 42 -207 -138 -115 -208 -138 85 -179 -116 -167 131 135 -80 119 -80 147 -50 264 -214 300 -57 80 -346 157 -157 -147 90 3 -28 -245 242 462 143 -196 -227 132 -170 -81 166 50 -407 191 -187 271 -213 372 -191 15 -67 408 374 117 107 47 -343 -634 -141 -19 145 -89 44 -316 97 5 186 -281 98 -208 -195 -65 74 246 85 -130 -329 -242 38 3 8 559 -343 -330 349 117 143 -10 -32 67 -36 200 -44 -125 66 -106 108 20 -303 14 204 102 140 108 -180 -319 -115 288 0 25 143 205 -128 -163 134 93 -118 -99 -14 -270 -256 -206 -83 -163 -29 178 230 236 -27 -460 562 206 -102 -285 386 316 -139 241 -311 -29 289 59 147 -194 200 -179 -44 114 -404 379 -147 18 317 -118 37 -67 -191 -590 227 -38 218 111 297 -64 -185 103 -224 44 -291 57 279 150 189 -121 -272 18 -341 -56 47 -124 189 -109 -102 -285 476 -421 -44 -225 -167 292 85 -387 80 37 230 -241 -6 -148 -255 16 -585 137 410 301 -39 -80 194 24 136 -359 129 -314 356 -33 105 -425 348 14 -136 56 61 77 -99 -168 73 290 120 415 174 232 120 535 -105 306 -325 422 -70 -63 50 450 301 -107 23 382 141 -41 -92 -273 238 269 -50 6 469 -160 91 -15 -50 -309 82 -72 -355 145 -32 -9 -186 -294 -339 -224 220 -67 -58 253 -124 141 -295 -116 221 -348 22 50 60 28 -245 -198 -117 -190 -31 -96 96 -182 -648 -82 -46 83 396 -175 291 381 -47 18 307 176 279 10 218 -186 21 168 269 -471 197 128 3 -84 -167 -227 65 177 -104 0 150 -534 -322 274 114 311 536 45 -529 -333 230 93 108 -312 -108 -533 95 -54 -237 321 -201 -27 86 153 71 270 514 -372 -471 -233 -186 98 -57 -158 -104 -382 -341 309 356 -194 306 119 -30 -247 78 86 78 -4 -313 94 181 349 -144 -2 -163 240 -264 -400 -278 9 181 144 -10 162 49 125 -65 87 -476 -565 195 48 245 -225 -77 3 -115 -143 -208 147 168 257 197 92 -10 326 -100 145 187 174 -345 -87 -228 -110 -201 66 -186 -239 -28 184 -574 -284 -13 33 -383 -317 272 80 -394 -178 277 215 277 180 -51 326 -752 -135 -71 -10 140 125 -93 282 287 3 482 131 -332 -29 323 -278 137 51 198 82 41 234 -474 78 487 344 -18 -34 -54 206 -49 437 77 173 -83 -368 300 100 -67 133 -6 310 188 -157 277 -196 327 73 266 14 512 48 -108 192 30 16 -519 139 -296 -115 -161 -258 -64 150 -277 -145 197 -221 269 15 92 294 158 222 -287 -163 -144 367 -10 -303 -345 104 221 -107 323 -64 -126 -39 -105 -45 237 210 118 -302 -177 -237 -157 238 64 -91 56 -531 -393 37 346 130 374 254 159 -173 52 43 -214 -144 -122 -223 -149 91 -192 -123 -176 136 145 -85 126 -85 158 -53 282 -226 309 -57 81 -345 155 -156 -147 90 3 -29 -252 253 490 153 -209 -241 139 -185 -86 174 52 -429 200 -198 288 -230 407 -214 17 -77 460 416 129 118 52 -386 -718 -159 -22 164 -102 51 -361 109 6 208 -312 108 -232 -220 -74 86 285 99 -150 -375 -275 43 4 10 631 -392 -378 400 136 168 -12 -38 80 -43 237 -52 -148 78 -125 128 24 -363 17 245 122 168 129 -216 -384 -137 342 0 29 167 238 -149 -190 157 108 -137 -113 -16 -301 -287 -234 -95 -189 -34 205 267 276 -32 -553 666 241 -116 -316 432 350 -156 264 -351 -34 334 69 172 -226 229 -204 -49 129 -467 439 -172 21 366 -136 43 -78 -222 -691 262 -43 246 122