#=================================================================================================== # Intermediate Listing for Float #11012, Dive #410 #=================================================================================================== # Created: 2022-05-11T18:03:49Z # Local Path: "/data1/alamo/data/list/11012/lis11012-0410.txt" #--------------------------------------------------------------------------------------------------- # Dive Data Completeness #--------------------------------------------------------------------------------------------------- # Dive Complete: no # Complete Profile Data: yes # Contiguous MOMSNs: yes # Contiguous PIDs: yes # Sensor Gains & Offsets Known: yes # Valid Position: no #--------------------------------------------------------------------------------------------------- # XMTPS Software Version #--------------------------------------------------------------------------------------------------- # xmessage-version xmtps-version build-configuration build-date/time XSV 2.2 0.6.3067b RELEASE 2022-01-04T20:44+00:00 #--------------------------------------------------------------------------------------------------- # Listing Details #--------------------------------------------------------------------------------------------------- # SN dive DAC-ID IMEI WMO-ID LIS 11012 410 -001 000000004230110 -000001 #=================================================================================================== # Iridium Short-Burst Data (SBD) Message(s) #=================================================================================================== # SN dive size IMEI MOMSN MTMSN PID date/time position CEP # (b) (km) SBD 11012 410 281 000000004230110 5374 0 12 2019-08-14T16:49:51Z +75.41320-162.96004 7 SBD 11012 410 340 000000004230110 5375 0 11 2019-08-14T16:50:06Z +75.41320-162.96004 8 SBD 11012 410 231 000000004230110 5376 0 10 2019-08-14T16:50:22Z +75.42332-163.09618 9 SBD 11012 410 308 000000004230110 5377 0 9 2019-08-14T16:50:38Z +75.41320-162.96004 10 SBD 11012 410 333 000000004230110 5378 0 8 2019-08-14T16:51:50Z +75.44637-162.91824 19 SBD 11012 410 329 000000004230110 5379 0 7 2019-08-14T16:52:18Z +75.44637-162.91824 15 SBD 11012 410 333 000000004230110 5380 0 6 2019-08-14T16:52:34Z +75.44637-162.91824 14 SBD 11012 410 334 000000004230110 5381 0 5 2019-08-14T16:52:51Z +75.44637-162.91824 12 SBD 11012 410 301 000000004230110 5382 0 4 2019-08-14T16:53:09Z +75.45652-163.05468 10 SBD 11012 410 332 000000004230110 5383 0 3 2019-08-14T16:54:28Z +75.45652-163.05468 5 SBD 11012 410 322 000000004230110 5384 0 2 2019-08-14T16:55:12Z +75.43337-163.23251 3 SBD 11012 410 340 000000004230110 5385 0 1 2019-08-14T16:55:27Z +75.43337-163.23251 3 SBD 11012 410 331 000000004230110 5386 0 0 2019-08-14T16:55:44Z +75.42332-163.09618 3 #=================================================================================================== # Position Data #=================================================================================================== #--------------------------------------------------------------------------------------------------- # GPS #--------------------------------------------------------------------------------------------------- # SN dive idx date/time position TTF nSat SNR SNR SNR HDOP stat # (sec) (min) (avg) (max) GPS 11012 410 1 0000-00-00T00:00:00Z +99.99999+999.99999 0 0 0 0 0 0.0 0 GPS 11012 410 2 0000-00-00T00:00:00Z +99.99999+999.99999 0 0 0 0 0 0.0 0 #--------------------------------------------------------------------------------------------------- # Iridium Position #--------------------------------------------------------------------------------------------------- # SN dive weighted-avg-time weighted-avg-pos nPos variance stdError satTime # (km^2) (km) (sec) IRI 11012 410 2019-08-14T16:54:31Z +75.43172-163.13637 13 11.45 0.98 353 #=================================================================================================== # Dive Data #=================================================================================================== #--------------------------------------------------------------------------------------------------- # Argo Data #--------------------------------------------------------------------------------------------------- # SN dive xVer typ midx missPhase profPres parkPres maxAscT maxDesc2ParkT maxDesc2ProfT # (dBar) (dBar) (min) (min) (sec) A 11012 410 2.2 3 0 1 100 1000 40 572 1 # # SN dive xVer typ midx tarParkT nSeek seekIntervalT tarAscRate maxSurfT # (min) (cm/sec) (sec) A 11012 410 2.2 3 1 1272 0 14400 10 1550 # # SN dive xVer typ midx start-of-descent start-of-drift A 11012 410 2.2 3 2 2019-02-22T22:48:09Z 2019-02-23T23:56:29Z # # SN dive xVer typ midx start-of-ascent start-of-surface A 11012 410 2.2 3 3 2019-02-28T10:06:34Z 2019-02-28T13:07:18Z # # SN dive xVer typ midx pGain pOff tGain tOff sGain sOff # (1/dBar) (dBar) (1/degC) (degC) (1/PSU) (PSU) A 11012 410 2.2 3 4 25 10 1000 5 1000 1 # # SN dive xVer typ midx pGainSurf pOffSurf tGainSurf tOffSurf sGainSurf sOffSurf # (1/dBar) (dBar) (1/degC) (degC) (1/PSU) (PSU) A 11012 410 2.2 3 5 100 10 1000 5 1000 1 #--------------------------------------------------------------------------------------------------- # Pressure Correction #--------------------------------------------------------------------------------------------------- # SN dive midx nSam nDive valid presOffset # (dBar) PRC 11012 410 0 -1 -1 0 0.000 #--------------------------------------------------------------------------------------------------- # Fall Time-Series Data #--------------------------------------------------------------------------------------------------- # SN dive idx nSam time pres temp saln phaseCode phaseCodeName # (start-time/+sec) (dBar) (degC) (PSU) F 11012 410 0 64 2019-02-22T22:48:12Z f 11012 410 0 0 +0 0.000 -9.999 -9.999 1 # start of descent f 11012 410 0 1 +184 20.160 -9.999 -9.999 10 # descending f 11012 410 0 2 +190 21.400 -9.999 -9.999 2 # first descent pump f 11012 410 0 3 +292 40.720 -9.999 -9.999 10 # descending f 11012 410 0 4 +414 60.240 -9.999 -9.999 10 # descending f 11012 410 0 5 +551 80.120 -9.999 -9.999 10 # descending f 11012 410 0 6 +696 100.160 -9.999 -9.999 10 # descending f 11012 410 0 7 +843 120.280 -9.999 -9.999 10 # descending f 11012 410 0 8 +993 140.400 -9.999 -9.999 10 # descending f 11012 410 0 9 +1147 160.080 -9.999 -9.999 10 # descending f 11012 410 0 10 +1310 180.200 -9.999 -9.999 10 # descending f 11012 410 0 11 +1471 200.080 -9.999 -9.999 10 # descending f 11012 410 0 12 +1643 220.320 -9.999 -9.999 10 # descending f 11012 410 0 13 +1826 240.000 -9.999 -9.999 10 # descending f 11012 410 0 14 +2025 260.120 -9.999 -9.999 10 # descending f 11012 410 0 15 +2239 280.000 -9.999 -9.999 10 # descending f 11012 410 0 16 +2460 300.040 -9.999 -9.999 10 # descending f 11012 410 0 17 +2687 320.160 -9.999 -9.999 10 # descending f 11012 410 0 18 +2915 340.080 -9.999 -9.999 10 # descending f 11012 410 0 19 +3155 360.120 -9.999 -9.999 10 # descending f 11012 410 0 20 +3401 380.240 -9.999 -9.999 10 # descending f 11012 410 0 21 +3651 400.240 -9.999 -9.999 10 # descending f 11012 410 0 22 +3904 420.200 -9.999 -9.999 10 # descending f 11012 410 0 23 +4160 440.080 -9.999 -9.999 10 # descending f 11012 410 0 24 +4429 460.080 -9.999 -9.999 10 # descending f 11012 410 0 25 +4708 480.120 -9.999 -9.999 10 # descending f 11012 410 0 26 +4996 500.160 -9.999 -9.999 10 # descending f 11012 410 0 27 +5294 520.120 -9.999 -9.999 10 # descending f 11012 410 0 28 +5588 540.040 -9.999 -9.999 10 # descending f 11012 410 0 29 +5879 560.160 -9.999 -9.999 10 # descending f 11012 410 0 30 +6184 580.120 -9.999 -9.999 10 # descending f 11012 410 0 31 +6485 600.000 -9.999 -9.999 10 # descending f 11012 410 0 32 +6795 620.080 -9.999 -9.999 10 # descending f 11012 410 0 33 +7119 640.160 -9.999 -9.999 10 # descending f 11012 410 0 34 +7435 660.000 -9.999 -9.999 10 # descending f 11012 410 0 35 +7778 680.080 -9.999 -9.999 10 # descending f 11012 410 0 36 +8137 700.000 -9.999 -9.999 10 # descending f 11012 410 0 37 +8505 720.080 -9.999 -9.999 10 # descending f 11012 410 0 38 +8899 740.000 -9.999 -9.999 10 # descending f 11012 410 0 39 +9305 760.000 -9.999 -9.999 10 # descending f 11012 410 0 40 +9725 780.160 -9.999 -9.999 10 # descending f 11012 410 0 41 +10160 800.040 -9.999 -9.999 10 # descending f 11012 410 0 42 +10618 820.120 -9.999 -9.999 10 # descending f 11012 410 0 43 +11088 840.040 -9.999 -9.999 10 # descending f 11012 410 0 44 +11604 860.040 -9.999 -9.999 10 # descending f 11012 410 0 45 +12161 880.040 -9.999 -9.999 10 # descending f 11012 410 0 46 +12753 900.040 -9.999 -9.999 10 # descending f 11012 410 0 47 +13451 920.000 -9.999 -9.999 10 # descending f 11012 410 0 48 +14257 940.080 -9.999 -9.999 10 # descending f 11012 410 0 49 +15179 960.000 -9.999 -9.999 10 # descending f 11012 410 0 50 +16437 980.000 -9.999 -9.999 10 # descending f 11012 410 0 51 +18239 993.560 -9.999 -9.999 10 # descending f 11012 410 0 52 +20041 995.120 -9.999 -9.999 10 # descending f 11012 410 0 53 +21843 995.320 -9.999 -9.999 10 # descending f 11012 410 0 54 +23646 994.600 -9.999 -9.999 10 # descending f 11012 410 0 55 +25448 994.360 -9.999 -9.999 10 # descending f 11012 410 0 56 +27250 995.840 -9.999 -9.999 10 # descending f 11012 410 0 57 +29052 995.680 -9.999 -9.999 10 # descending f 11012 410 0 58 +30854 995.520 -9.999 -9.999 10 # descending f 11012 410 0 59 +32656 995.600 -9.999 -9.999 10 # descending f 11012 410 0 60 +32768 995.640 -9.999 -9.999 3 # seek to drift pres f 11012 410 0 61 +34458 996.240 -9.999 -9.999 10 # descending f 11012 410 0 62 +36260 995.800 -9.999 -9.999 10 # descending f 11012 410 0 63 +38062 995.560 -9.999 -9.999 10 # descending #--------------------------------------------------------------------------------------------------- # SN dive idx nSam time pres temp saln phaseCode phaseCodeName # (start-time/+sec) (dBar) (degC) (PSU) F 11012 410 1 32 2019-02-23T09:52:36Z f 11012 410 1 0 +0 995.680 -9.999 -9.999 10 # descending f 11012 410 1 1 +1802 995.960 -9.999 -9.999 10 # descending f 11012 410 1 2 +3605 996.480 -9.999 -9.999 10 # descending f 11012 410 1 3 +5407 996.600 -9.999 -9.999 10 # descending f 11012 410 1 4 +7209 996.840 -9.999 -9.999 10 # descending f 11012 410 1 5 +7346 996.920 -9.999 -9.999 3 # seek to drift pres f 11012 410 1 6 +9011 997.360 -9.999 -9.999 10 # descending f 11012 410 1 7 +10813 996.760 -9.999 -9.999 10 # descending f 11012 410 1 8 +12615 996.000 -9.999 -9.999 10 # descending f 11012 410 1 9 +14417 995.720 -9.999 -9.999 10 # descending f 11012 410 1 10 +16219 997.960 -9.999 -9.999 10 # descending f 11012 410 1 11 +18021 997.560 -9.999 -9.999 10 # descending f 11012 410 1 12 +19823 997.280 -9.999 -9.999 10 # descending f 11012 410 1 13 +21625 997.960 -9.999 -9.999 10 # descending f 11012 410 1 14 +21789 998.000 -9.999 -9.999 3 # seek to drift pres f 11012 410 1 15 +23428 998.200 -9.999 -9.999 10 # descending f 11012 410 1 16 +25230 997.720 -9.999 -9.999 10 # descending f 11012 410 1 17 +27032 998.080 -9.999 -9.999 10 # descending f 11012 410 1 18 +28834 999.600 -9.999 -9.999 10 # descending f 11012 410 1 19 +30636 998.320 -9.999 -9.999 10 # descending f 11012 410 1 20 +32438 998.000 -9.999 -9.999 10 # descending f 11012 410 1 21 +34240 998.440 -9.999 -9.999 10 # descending f 11012 410 1 22 +36042 998.600 -9.999 -9.999 10 # descending f 11012 410 1 23 +37844 998.920 -9.999 -9.999 10 # descending f 11012 410 1 24 +39646 998.720 -9.999 -9.999 10 # descending f 11012 410 1 25 +41449 999.000 -9.999 -9.999 10 # descending f 11012 410 1 26 +43251 999.360 -9.999 -9.999 10 # descending f 11012 410 1 27 +45053 999.320 -9.999 -9.999 10 # descending f 11012 410 1 28 +46855 998.760 -9.999 -9.999 10 # descending f 11012 410 1 29 +48657 999.360 -9.999 -9.999 10 # descending f 11012 410 1 30 +50459 999.080 -9.999 -9.999 10 # descending f 11012 410 1 31 +50632 999.040 -9.999 -9.999 10 # descending #--------------------------------------------------------------------------------------------------- # Drift Data #--------------------------------------------------------------------------------------------------- # SN dive numSamples D 11012 410 106 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) d 11012 410 0 999.080 0.043 34.878 d 11012 410 1 1000.120 0.041 34.877 d 11012 410 2 1001.800 0.049 34.876 d 11012 410 3 1001.200 0.050 34.877 d 11012 410 4 999.520 0.051 34.877 d 11012 410 5 1001.000 0.054 34.877 d 11012 410 6 1000.960 0.063 34.876 d 11012 410 7 999.040 0.060 34.876 d 11012 410 8 1002.480 0.063 34.876 d 11012 410 9 1001.680 0.061 34.876 d 11012 410 10 1002.480 0.061 34.876 d 11012 410 11 1001.480 0.060 34.876 d 11012 410 12 1002.200 0.057 34.876 d 11012 410 13 1003.080 0.054 34.877 d 11012 410 14 1002.080 0.056 34.876 d 11012 410 15 1003.400 0.051 34.876 d 11012 410 16 1003.400 0.052 34.877 d 11012 410 17 1002.720 0.053 34.877 d 11012 410 18 1001.040 0.049 34.877 d 11012 410 19 1001.520 0.045 34.877 d 11012 410 20 1011.400 0.043 34.877 d 11012 410 21 1002.680 0.043 34.877 d 11012 410 22 1003.240 0.043 34.877 d 11012 410 23 1005.720 0.043 34.877 d 11012 410 24 1003.240 0.043 34.877 d 11012 410 25 1006.960 0.041 34.878 d 11012 410 26 1003.800 0.045 34.878 d 11012 410 27 1002.960 0.041 34.877 d 11012 410 28 1004.560 0.039 34.877 d 11012 410 29 1004.880 0.039 34.877 d 11012 410 30 1001.160 0.037 34.878 d 11012 410 31 999.040 0.037 34.877 d 11012 410 32 998.360 0.034 34.878 d 11012 410 33 998.800 0.033 34.878 d 11012 410 34 998.920 0.035 34.877 d 11012 410 35 999.160 0.038 34.878 d 11012 410 36 999.640 0.040 34.877 d 11012 410 37 1000.160 0.042 34.877 d 11012 410 38 1004.680 0.046 34.878 d 11012 410 39 1010.920 0.062 34.876 d 11012 410 40 1011.400 0.060 34.877 d 11012 410 41 1008.360 0.060 34.876 d 11012 410 42 1008.240 0.058 34.877 d 11012 410 43 1008.080 0.059 34.877 d 11012 410 44 1009.600 0.058 34.876 d 11012 410 45 1009.400 0.057 34.877 d 11012 410 46 1011.080 0.058 34.877 d 11012 410 47 1005.120 0.056 34.877 d 11012 410 48 994.720 0.049 34.877 d 11012 410 49 990.200 0.048 34.877 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) d 11012 410 50 992.760 0.049 34.877 d 11012 410 51 1007.880 0.052 34.878 d 11012 410 52 1020.600 0.055 34.876 d 11012 410 53 1026.080 0.051 34.877 d 11012 410 54 1025.680 0.048 34.877 d 11012 410 55 1029.880 0.049 34.876 d 11012 410 56 1036.480 0.048 34.877 d 11012 410 57 1040.840 0.046 34.878 d 11012 410 58 1024.000 0.039 34.877 d 11012 410 59 1034.560 0.029 34.878 d 11012 410 60 1035.200 0.030 34.878 d 11012 410 61 1046.960 0.035 34.878 d 11012 410 62 1048.560 0.042 34.877 d 11012 410 63 1037.200 0.038 34.878 d 11012 410 64 1022.280 0.030 34.878 d 11012 410 65 1005.360 0.029 34.878 d 11012 410 66 1001.960 0.024 34.879 d 11012 410 67 1001.920 0.014 34.878 d 11012 410 68 1001.920 -0.004 34.879 d 11012 410 69 1001.960 -0.015 34.881 d 11012 410 70 1001.960 -0.020 34.880 d 11012 410 71 1002.000 -0.020 34.882 d 11012 410 72 1002.000 -0.018 34.881 d 11012 410 73 1002.000 0.006 34.880 d 11012 410 74 1002.040 0.025 34.878 d 11012 410 75 1002.000 0.031 34.877 d 11012 410 76 1002.000 0.048 34.877 d 11012 410 77 1002.040 0.044 34.877 d 11012 410 78 1010.480 0.049 34.875 d 11012 410 79 1038.560 0.060 34.877 d 11012 410 80 1047.880 0.046 34.879 d 11012 410 81 1048.320 0.017 34.877 d 11012 410 82 1046.840 0.032 34.878 d 11012 410 83 1045.520 0.038 34.878 d 11012 410 84 1045.520 0.033 34.879 d 11012 410 85 1045.480 0.029 34.878 d 11012 410 86 1045.480 0.029 34.878 d 11012 410 87 1045.520 0.031 34.877 d 11012 410 88 1045.480 -0.029 34.882 d 11012 410 89 1045.600 -0.016 34.881 d 11012 410 90 1045.560 -0.007 34.880 d 11012 410 91 1046.200 -0.001 34.879 d 11012 410 92 1055.720 0.000 34.879 d 11012 410 93 1057.120 -0.005 34.880 d 11012 410 94 1046.680 -0.025 34.881 d 11012 410 95 1048.160 -0.033 34.881 d 11012 410 96 1069.000 -0.007 34.880 d 11012 410 97 1061.440 -0.007 34.881 d 11012 410 98 1065.800 0.005 34.880 d 11012 410 99 1066.920 0.012 34.879 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) d 11012 410 100 1060.240 0.015 34.879 d 11012 410 101 1065.560 0.016 34.879 d 11012 410 102 1066.080 0.017 34.879 d 11012 410 103 1066.600 0.021 34.878 d 11012 410 104 1061.360 0.024 34.878 d 11012 410 105 1069.120 0.020 34.879 #--------------------------------------------------------------------------------------------------- # Profile Data (Binned) #--------------------------------------------------------------------------------------------------- # SN dive numSamples PRO 11012 410 683 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 11012 410 0 1.080 -1.477 27.967 pro 11012 410 1 2.040 -1.475 27.967 pro 11012 410 2 2.960 -1.475 27.967 pro 11012 410 3 3.880 -1.474 27.968 pro 11012 410 4 4.960 -1.474 27.968 pro 11012 410 5 5.960 -1.474 27.967 pro 11012 410 6 7.000 -1.474 27.968 pro 11012 410 7 7.960 -1.473 27.968 pro 11012 410 8 9.040 -1.471 27.969 pro 11012 410 9 10.040 -1.470 27.971 pro 11012 410 10 10.960 -1.470 27.970 pro 11012 410 11 11.920 -1.470 27.971 pro 11012 410 12 12.920 -1.469 27.971 pro 11012 410 13 14.000 -1.469 27.972 pro 11012 410 14 15.040 -1.469 27.973 pro 11012 410 15 16.040 -1.469 27.973 pro 11012 410 16 17.000 -1.469 27.974 pro 11012 410 17 18.000 -1.466 27.977 pro 11012 410 18 19.040 -1.464 27.983 pro 11012 410 19 20.040 -1.459 27.990 pro 11012 410 20 21.080 -1.456 27.999 pro 11012 410 21 22.040 -1.450 28.008 pro 11012 410 22 23.040 -1.387 28.101 pro 11012 410 23 24.000 -1.303 28.290 pro 11012 410 24 24.960 -1.237 28.409 pro 11012 410 25 25.960 -1.135 28.622 pro 11012 410 26 26.960 -1.053 28.788 pro 11012 410 27 27.960 -0.959 28.941 pro 11012 410 28 28.960 -0.877 29.063 pro 11012 410 29 29.960 -0.826 29.121 pro 11012 410 30 30.920 -0.790 29.154 pro 11012 410 31 31.960 -0.772 29.196 pro 11012 410 32 33.000 -0.733 29.210 pro 11012 410 33 34.000 -0.680 29.264 pro 11012 410 34 35.000 -0.671 29.302 pro 11012 410 35 36.000 -0.620 29.339 pro 11012 410 36 37.000 -0.537 29.388 pro 11012 410 37 38.040 -0.451 29.468 pro 11012 410 38 39.040 -0.423 29.500 pro 11012 410 39 40.000 -0.381 29.520 pro 11012 410 40 41.000 -0.267 29.590 pro 11012 410 41 42.040 -0.151 29.663 pro 11012 410 42 43.040 0.026 29.757 pro 11012 410 43 44.040 0.134 29.826 pro 11012 410 44 44.960 0.393 29.879 pro 11012 410 45 46.040 0.670 30.083 pro 11012 410 46 47.000 0.737 30.133 pro 11012 410 47 47.960 0.813 30.182 pro 11012 410 48 49.000 0.863 30.244 pro 11012 410 49 49.960 0.952 30.301 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 11012 410 50 50.960 1.105 30.389 pro 11012 410 51 51.960 1.200 30.433 pro 11012 410 52 53.000 1.179 30.511 pro 11012 410 53 54.000 0.900 30.627 pro 11012 410 54 55.000 0.684 30.663 pro 11012 410 55 55.960 0.580 30.713 pro 11012 410 56 56.960 0.528 30.749 pro 11012 410 57 58.000 0.475 30.762 pro 11012 410 58 59.000 0.360 30.816 pro 11012 410 59 60.040 0.302 30.836 pro 11012 410 60 61.000 0.290 30.841 pro 11012 410 61 61.960 0.265 30.850 pro 11012 410 62 62.960 0.214 30.884 pro 11012 410 63 63.960 0.174 30.904 pro 11012 410 64 65.000 0.136 30.919 pro 11012 410 65 66.080 0.034 30.934 pro 11012 410 66 67.040 0.005 30.945 pro 11012 410 67 68.000 0.011 30.969 pro 11012 410 68 68.960 0.008 31.009 pro 11012 410 69 70.000 0.025 31.046 pro 11012 410 70 71.000 0.001 31.087 pro 11012 410 71 72.000 -0.012 31.132 pro 11012 410 72 73.040 -0.045 31.172 pro 11012 410 73 74.080 -0.144 31.218 pro 11012 410 74 75.040 -0.211 31.270 pro 11012 410 75 76.000 -0.237 31.325 pro 11012 410 76 77.000 -0.293 31.373 pro 11012 410 77 77.960 -0.320 31.418 pro 11012 410 78 78.960 -0.335 31.485 pro 11012 410 79 80.040 -0.368 31.525 pro 11012 410 80 81.080 -0.378 31.536 pro 11012 410 81 82.040 -0.381 31.539 pro 11012 410 82 83.000 -0.438 31.581 pro 11012 410 83 84.000 -0.470 31.626 pro 11012 410 84 84.920 -0.527 31.655 pro 11012 410 85 86.000 -0.557 31.684 pro 11012 410 86 87.080 -0.574 31.708 pro 11012 410 87 88.040 -0.596 31.738 pro 11012 410 88 89.040 -0.634 31.756 pro 11012 410 89 90.000 -0.688 31.775 pro 11012 410 90 91.000 -0.674 31.796 pro 11012 410 91 92.000 -0.680 31.819 pro 11012 410 92 93.000 -0.694 31.833 pro 11012 410 93 94.000 -0.703 31.858 pro 11012 410 94 95.040 -0.718 31.878 pro 11012 410 95 96.040 -0.739 31.890 pro 11012 410 96 97.040 -0.754 31.899 pro 11012 410 97 98.080 -0.783 31.914 pro 11012 410 98 99.040 -0.818 31.937 pro 11012 410 99 100.000 -0.858 31.960 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 11012 410 100 100.960 -0.830 31.971 pro 11012 410 101 101.960 -0.844 31.992 pro 11012 410 102 103.000 -0.878 32.011 pro 11012 410 103 104.040 -0.888 32.016 pro 11012 410 104 105.000 -0.894 32.021 pro 11012 410 105 105.960 -0.910 32.036 pro 11012 410 106 107.040 -0.942 32.056 pro 11012 410 107 108.080 -0.973 32.077 pro 11012 410 108 109.040 -0.982 32.086 pro 11012 410 109 110.080 -0.975 32.100 pro 11012 410 110 111.080 -0.979 32.113 pro 11012 410 111 111.960 -1.001 32.129 pro 11012 410 112 112.960 -1.017 32.134 pro 11012 410 113 113.960 -1.025 32.144 pro 11012 410 114 114.920 -1.031 32.150 pro 11012 410 115 115.960 -1.036 32.158 pro 11012 410 116 116.960 -1.040 32.168 pro 11012 410 117 117.960 -1.048 32.188 pro 11012 410 118 119.000 -1.054 32.195 pro 11012 410 119 120.000 -1.052 32.202 pro 11012 410 120 121.040 -1.085 32.219 pro 11012 410 121 122.040 -1.117 32.222 pro 11012 410 122 123.000 -1.124 32.231 pro 11012 410 123 123.960 -1.159 32.247 pro 11012 410 124 124.920 -1.184 32.253 pro 11012 410 125 125.960 -1.176 32.276 pro 11012 410 126 127.000 -1.198 32.295 pro 11012 410 127 128.080 -1.202 32.314 pro 11012 410 128 129.040 -1.210 32.323 pro 11012 410 129 129.960 -1.227 32.336 pro 11012 410 130 130.960 -1.238 32.348 pro 11012 410 131 132.000 -1.264 32.360 pro 11012 410 132 133.000 -1.246 32.379 pro 11012 410 133 133.960 -1.266 32.387 pro 11012 410 134 135.000 -1.202 32.388 pro 11012 410 135 136.040 -1.139 32.413 pro 11012 410 136 137.040 -1.093 32.442 pro 11012 410 137 138.000 -1.064 32.453 pro 11012 410 138 139.000 -1.028 32.471 pro 11012 410 139 140.000 -1.001 32.488 pro 11012 410 140 141.000 -0.952 32.491 pro 11012 410 141 142.000 -0.902 32.503 pro 11012 410 142 143.040 -0.855 32.512 pro 11012 410 143 144.040 -0.828 32.521 pro 11012 410 144 145.000 -0.823 32.534 pro 11012 410 145 146.040 -0.809 32.552 pro 11012 410 146 146.960 -0.813 32.554 pro 11012 410 147 148.000 -0.772 32.558 pro 11012 410 148 149.080 -0.725 32.578 pro 11012 410 149 149.960 -0.698 32.593 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 11012 410 150 151.000 -0.768 32.606 pro 11012 410 151 152.080 -0.877 32.628 pro 11012 410 152 153.040 -0.924 32.606 pro 11012 410 153 153.920 -0.867 32.609 pro 11012 410 154 155.000 -0.920 32.626 pro 11012 410 155 156.040 -0.927 32.628 pro 11012 410 156 157.040 -0.958 32.642 pro 11012 410 157 158.040 -1.075 32.658 pro 11012 410 158 159.040 -1.159 32.659 pro 11012 410 159 160.000 -1.232 32.666 pro 11012 410 160 161.000 -1.274 32.671 pro 11012 410 161 162.000 -1.301 32.677 pro 11012 410 162 162.960 -1.328 32.685 pro 11012 410 163 163.960 -1.340 32.691 pro 11012 410 164 165.000 -1.341 32.698 pro 11012 410 165 166.080 -1.344 32.707 pro 11012 410 166 167.080 -1.356 32.726 pro 11012 410 167 168.040 -1.363 32.734 pro 11012 410 168 169.040 -1.370 32.739 pro 11012 410 169 170.040 -1.380 32.741 pro 11012 410 170 171.000 -1.380 32.747 pro 11012 410 171 171.960 -1.384 32.751 pro 11012 410 172 172.960 -1.390 32.758 pro 11012 410 173 174.040 -1.409 32.768 pro 11012 410 174 175.080 -1.410 32.773 pro 11012 410 175 176.040 -1.392 32.789 pro 11012 410 176 177.040 -1.402 32.806 pro 11012 410 177 177.960 -1.415 32.817 pro 11012 410 178 179.000 -1.418 32.827 pro 11012 410 179 180.080 -1.429 32.842 pro 11012 410 180 181.120 -1.432 32.866 pro 11012 410 181 182.040 -1.430 32.880 pro 11012 410 182 183.040 -1.432 32.885 pro 11012 410 183 184.040 -1.433 32.896 pro 11012 410 184 184.960 -1.434 32.912 pro 11012 410 185 185.960 -1.436 32.926 pro 11012 410 186 187.000 -1.437 32.933 pro 11012 410 187 188.000 -1.436 32.941 pro 11012 410 188 189.040 -1.436 32.949 pro 11012 410 189 190.000 -1.434 32.961 pro 11012 410 190 191.000 -1.430 32.982 pro 11012 410 191 192.000 -1.427 32.994 pro 11012 410 192 193.000 -1.427 33.012 pro 11012 410 193 194.000 -1.427 33.020 pro 11012 410 194 195.040 -1.426 33.031 pro 11012 410 195 196.040 -1.424 33.043 pro 11012 410 196 196.960 -1.423 33.047 pro 11012 410 197 198.000 -1.422 33.051 pro 11012 410 198 199.040 -1.420 33.062 pro 11012 410 199 200.000 -1.418 33.083 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 11012 410 200 201.000 -1.406 33.116 pro 11012 410 201 202.040 -1.401 33.137 pro 11012 410 202 202.960 -1.399 33.159 pro 11012 410 203 203.960 -1.397 33.178 pro 11012 410 204 205.000 -1.393 33.199 pro 11012 410 205 206.040 -1.388 33.209 pro 11012 410 206 207.040 -1.379 33.229 pro 11012 410 207 208.000 -1.364 33.246 pro 11012 410 208 208.960 -1.357 33.268 pro 11012 410 209 210.000 -1.351 33.283 pro 11012 410 210 211.000 -1.343 33.304 pro 11012 410 211 211.960 -1.339 33.318 pro 11012 410 212 213.000 -1.331 33.334 pro 11012 410 213 214.080 -1.320 33.362 pro 11012 410 214 215.000 -1.311 33.380 pro 11012 410 215 215.960 -1.295 33.416 pro 11012 410 216 216.960 -1.278 33.446 pro 11012 410 217 218.000 -1.265 33.465 pro 11012 410 218 219.080 -1.245 33.494 pro 11012 410 219 220.080 -1.230 33.527 pro 11012 410 220 221.040 -1.222 33.542 pro 11012 410 221 221.960 -1.209 33.562 pro 11012 410 222 223.000 -1.194 33.586 pro 11012 410 223 223.960 -1.187 33.612 pro 11012 410 224 224.960 -1.177 33.629 pro 11012 410 225 226.040 -1.156 33.648 pro 11012 410 226 227.080 -1.141 33.670 pro 11012 410 227 228.040 -1.112 33.699 pro 11012 410 228 229.000 -1.090 33.732 pro 11012 410 229 230.040 -1.070 33.760 pro 11012 410 230 230.960 -1.055 33.790 pro 11012 410 231 231.960 -1.032 33.817 pro 11012 410 232 232.960 -1.011 33.842 pro 11012 410 233 233.960 -0.991 33.872 pro 11012 410 234 234.960 -0.972 33.889 pro 11012 410 235 236.000 -0.940 33.921 pro 11012 410 236 236.960 -0.922 33.945 pro 11012 410 237 237.960 -0.911 33.958 pro 11012 410 238 238.960 -0.901 33.966 pro 11012 410 239 239.960 -0.891 33.976 pro 11012 410 240 240.960 -0.873 33.995 pro 11012 410 241 241.920 -0.859 34.006 pro 11012 410 242 242.960 -0.835 34.022 pro 11012 410 243 244.000 -0.805 34.045 pro 11012 410 244 245.040 -0.768 34.069 pro 11012 410 245 246.080 -0.742 34.096 pro 11012 410 246 247.080 -0.708 34.115 pro 11012 410 247 248.040 -0.676 34.144 pro 11012 410 248 249.000 -0.670 34.159 pro 11012 410 249 250.000 -0.647 34.171 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 11012 410 250 251.000 -0.631 34.186 pro 11012 410 251 251.920 -0.621 34.199 pro 11012 410 252 253.000 -0.613 34.209 pro 11012 410 253 254.080 -0.595 34.222 pro 11012 410 254 255.000 -0.580 34.240 pro 11012 410 255 255.960 -0.574 34.248 pro 11012 410 256 256.960 -0.564 34.256 pro 11012 410 257 257.920 -0.552 34.266 pro 11012 410 258 258.920 -0.541 34.275 pro 11012 410 259 259.960 -0.525 34.284 pro 11012 410 260 261.000 -0.519 34.297 pro 11012 410 261 262.000 -0.572 34.316 pro 11012 410 262 262.960 -0.565 34.300 pro 11012 410 263 263.960 -0.522 34.321 pro 11012 410 264 265.040 -0.500 34.332 pro 11012 410 265 266.120 -0.534 34.345 pro 11012 410 266 267.080 -0.488 34.340 pro 11012 410 267 268.040 -0.412 34.362 pro 11012 410 268 269.040 -0.391 34.374 pro 11012 410 269 270.040 -0.373 34.379 pro 11012 410 270 271.000 -0.361 34.390 pro 11012 410 271 272.000 -0.354 34.395 pro 11012 410 272 273.000 -0.342 34.410 pro 11012 410 273 274.040 -0.338 34.416 pro 11012 410 274 275.080 -0.333 34.421 pro 11012 410 275 276.080 -0.315 34.423 pro 11012 410 276 277.040 -0.283 34.434 pro 11012 410 277 278.080 -0.273 34.442 pro 11012 410 278 279.080 -0.282 34.450 pro 11012 410 279 280.040 -0.272 34.457 pro 11012 410 280 280.960 -0.283 34.464 pro 11012 410 281 282.000 -0.276 34.466 pro 11012 410 282 283.000 -0.259 34.473 pro 11012 410 283 284.000 -0.252 34.483 pro 11012 410 284 284.960 -0.246 34.490 pro 11012 410 285 285.960 -0.239 34.497 pro 11012 410 286 287.000 -0.202 34.495 pro 11012 410 287 288.000 -0.110 34.510 pro 11012 410 288 288.960 -0.067 34.526 pro 11012 410 289 290.000 -0.047 34.530 pro 11012 410 290 291.000 -0.029 34.540 pro 11012 410 291 292.000 -0.019 34.545 pro 11012 410 292 293.000 0.001 34.554 pro 11012 410 293 294.040 0.038 34.561 pro 11012 410 294 295.000 0.057 34.568 pro 11012 410 295 296.040 0.071 34.573 pro 11012 410 296 297.120 0.083 34.578 pro 11012 410 297 298.120 0.098 34.583 pro 11012 410 298 299.120 0.114 34.591 pro 11012 410 299 300.080 0.123 34.596 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 11012 410 300 301.960 0.143 34.603 pro 11012 410 301 304.040 0.156 34.610 pro 11012 410 302 306.040 0.171 34.616 pro 11012 410 303 307.960 0.186 34.622 pro 11012 410 304 309.960 0.204 34.627 pro 11012 410 305 312.040 0.218 34.634 pro 11012 410 306 314.040 0.244 34.642 pro 11012 410 307 316.000 0.261 34.651 pro 11012 410 308 317.920 0.275 34.656 pro 11012 410 309 320.000 0.296 34.663 pro 11012 410 310 322.000 0.323 34.673 pro 11012 410 311 324.000 0.340 34.680 pro 11012 410 312 326.040 0.358 34.686 pro 11012 410 313 328.040 0.382 34.694 pro 11012 410 314 330.040 0.398 34.701 pro 11012 410 315 332.040 0.413 34.706 pro 11012 410 316 334.040 0.430 34.711 pro 11012 410 317 336.040 0.444 34.716 pro 11012 410 318 338.040 0.457 34.721 pro 11012 410 319 340.080 0.481 34.725 pro 11012 410 320 342.000 0.498 34.732 pro 11012 410 321 343.960 0.510 34.736 pro 11012 410 322 346.000 0.524 34.741 pro 11012 410 323 347.960 0.528 34.743 pro 11012 410 324 349.960 0.544 34.747 pro 11012 410 325 352.000 0.550 34.751 pro 11012 410 326 353.960 0.551 34.751 pro 11012 410 327 355.960 0.562 34.754 pro 11012 410 328 358.000 0.572 34.757 pro 11012 410 329 360.000 0.594 34.760 pro 11012 410 330 361.920 0.603 34.764 pro 11012 410 331 363.960 0.610 34.766 pro 11012 410 332 366.000 0.617 34.768 pro 11012 410 333 368.000 0.624 34.770 pro 11012 410 334 370.000 0.637 34.774 pro 11012 410 335 372.000 0.646 34.777 pro 11012 410 336 374.000 0.659 34.779 pro 11012 410 337 376.000 0.663 34.782 pro 11012 410 338 378.000 0.672 34.783 pro 11012 410 339 380.040 0.679 34.786 pro 11012 410 340 382.040 0.689 34.788 pro 11012 410 341 384.040 0.698 34.791 pro 11012 410 342 386.000 0.706 34.793 pro 11012 410 343 387.920 0.713 34.796 pro 11012 410 344 389.960 0.716 34.798 pro 11012 410 345 392.040 0.723 34.799 pro 11012 410 346 394.040 0.733 34.802 pro 11012 410 347 396.000 0.738 34.803 pro 11012 410 348 398.000 0.742 34.805 pro 11012 410 349 399.960 0.746 34.807 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 11012 410 350 401.960 0.755 34.809 pro 11012 410 351 404.040 0.756 34.810 pro 11012 410 352 406.080 0.763 34.812 pro 11012 410 353 407.960 0.767 34.813 pro 11012 410 354 409.960 0.773 34.814 pro 11012 410 355 412.000 0.774 34.816 pro 11012 410 356 414.040 0.778 34.817 pro 11012 410 357 416.000 0.782 34.818 pro 11012 410 358 417.960 0.785 34.820 pro 11012 410 359 420.000 0.790 34.822 pro 11012 410 360 422.000 0.794 34.824 pro 11012 410 361 423.920 0.798 34.824 pro 11012 410 362 426.000 0.800 34.825 pro 11012 410 363 428.000 0.804 34.826 pro 11012 410 364 429.960 0.805 34.828 pro 11012 410 365 431.960 0.810 34.829 pro 11012 410 366 433.960 0.813 34.831 pro 11012 410 367 436.000 0.816 34.831 pro 11012 410 368 438.000 0.817 34.832 pro 11012 410 369 440.000 0.816 34.832 pro 11012 410 370 441.920 0.815 34.834 pro 11012 410 371 443.920 0.813 34.834 pro 11012 410 372 445.920 0.816 34.835 pro 11012 410 373 447.960 0.813 34.836 pro 11012 410 374 450.040 0.816 34.836 pro 11012 410 375 452.000 0.819 34.839 pro 11012 410 376 454.000 0.815 34.837 pro 11012 410 377 456.000 0.827 34.840 pro 11012 410 378 457.960 0.827 34.841 pro 11012 410 379 459.960 0.824 34.840 pro 11012 410 380 462.040 0.826 34.841 pro 11012 410 381 464.000 0.827 34.842 pro 11012 410 382 465.960 0.817 34.842 pro 11012 410 383 468.000 0.809 34.841 pro 11012 410 384 469.920 0.807 34.841 pro 11012 410 385 471.960 0.803 34.842 pro 11012 410 386 474.000 0.793 34.843 pro 11012 410 387 475.960 0.792 34.843 pro 11012 410 388 478.000 0.792 34.845 pro 11012 410 389 480.000 0.787 34.845 pro 11012 410 390 482.000 0.784 34.845 pro 11012 410 391 484.040 0.783 34.846 pro 11012 410 392 486.000 0.777 34.846 pro 11012 410 393 487.960 0.773 34.846 pro 11012 410 394 490.000 0.774 34.846 pro 11012 410 395 491.960 0.773 34.848 pro 11012 410 396 493.920 0.769 34.848 pro 11012 410 397 496.000 0.769 34.847 pro 11012 410 398 498.040 0.786 34.849 pro 11012 410 399 500.000 0.788 34.851 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 11012 410 400 502.000 0.786 34.851 pro 11012 410 401 504.000 0.777 34.852 pro 11012 410 402 505.960 0.773 34.850 pro 11012 410 403 508.040 0.780 34.853 pro 11012 410 404 510.000 0.756 34.852 pro 11012 410 405 511.960 0.751 34.851 pro 11012 410 406 514.000 0.752 34.852 pro 11012 410 407 516.040 0.744 34.852 pro 11012 410 408 518.000 0.744 34.851 pro 11012 410 409 519.960 0.744 34.853 pro 11012 410 410 522.000 0.724 34.853 pro 11012 410 411 524.000 0.725 34.852 pro 11012 410 412 526.000 0.725 34.853 pro 11012 410 413 527.960 0.719 34.854 pro 11012 410 414 529.960 0.712 34.853 pro 11012 410 415 531.920 0.705 34.854 pro 11012 410 416 533.960 0.690 34.853 pro 11012 410 417 536.040 0.681 34.853 pro 11012 410 418 537.960 0.677 34.853 pro 11012 410 419 539.960 0.673 34.853 pro 11012 410 420 542.040 0.675 34.853 pro 11012 410 421 544.000 0.677 34.855 pro 11012 410 422 545.960 0.678 34.856 pro 11012 410 423 547.960 0.675 34.857 pro 11012 410 424 550.000 0.675 34.857 pro 11012 410 425 552.000 0.671 34.858 pro 11012 410 426 553.960 0.670 34.858 pro 11012 410 427 555.960 0.669 34.857 pro 11012 410 428 558.000 0.680 34.860 pro 11012 410 429 560.000 0.671 34.860 pro 11012 410 430 562.040 0.669 34.859 pro 11012 410 431 564.040 0.663 34.861 pro 11012 410 432 566.000 0.643 34.859 pro 11012 410 433 567.920 0.654 34.860 pro 11012 410 434 569.960 0.646 34.861 pro 11012 410 435 571.920 0.633 34.861 pro 11012 410 436 573.880 0.624 34.860 pro 11012 410 437 575.880 0.622 34.860 pro 11012 410 438 577.920 0.622 34.861 pro 11012 410 439 579.920 0.618 34.861 pro 11012 410 440 582.000 0.615 34.862 pro 11012 410 441 584.080 0.614 34.862 pro 11012 410 442 586.000 0.616 34.862 pro 11012 410 443 587.960 0.621 34.864 pro 11012 410 444 589.920 0.619 34.864 pro 11012 410 445 591.920 0.616 34.864 pro 11012 410 446 593.960 0.610 34.864 pro 11012 410 447 596.000 0.605 34.864 pro 11012 410 448 598.040 0.599 34.863 pro 11012 410 449 600.080 0.598 34.863 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 11012 410 450 602.040 0.590 34.864 pro 11012 410 451 603.960 0.586 34.864 pro 11012 410 452 605.960 0.581 34.864 pro 11012 410 453 607.960 0.578 34.864 pro 11012 410 454 610.000 0.579 34.864 pro 11012 410 455 612.040 0.576 34.864 pro 11012 410 456 613.960 0.567 34.864 pro 11012 410 457 615.960 0.565 34.864 pro 11012 410 458 618.000 0.564 34.865 pro 11012 410 459 620.040 0.556 34.864 pro 11012 410 460 621.960 0.556 34.864 pro 11012 410 461 623.960 0.554 34.865 pro 11012 410 462 625.960 0.553 34.865 pro 11012 410 463 627.960 0.547 34.865 pro 11012 410 464 630.000 0.542 34.864 pro 11012 410 465 632.000 0.541 34.864 pro 11012 410 466 634.000 0.540 34.865 pro 11012 410 467 635.960 0.536 34.866 pro 11012 410 468 638.000 0.532 34.865 pro 11012 410 469 640.000 0.531 34.866 pro 11012 410 470 642.000 0.528 34.866 pro 11012 410 471 644.040 0.526 34.866 pro 11012 410 472 646.000 0.523 34.866 pro 11012 410 473 648.040 0.522 34.866 pro 11012 410 474 650.000 0.512 34.866 pro 11012 410 475 651.960 0.505 34.866 pro 11012 410 476 654.040 0.500 34.866 pro 11012 410 477 656.040 0.491 34.866 pro 11012 410 478 657.960 0.481 34.866 pro 11012 410 479 660.000 0.482 34.865 pro 11012 410 480 662.080 0.480 34.866 pro 11012 410 481 664.000 0.475 34.866 pro 11012 410 482 666.000 0.473 34.866 pro 11012 410 483 668.000 0.469 34.866 pro 11012 410 484 670.040 0.458 34.867 pro 11012 410 485 672.040 0.443 34.866 pro 11012 410 486 674.040 0.441 34.865 pro 11012 410 487 676.000 0.442 34.865 pro 11012 410 488 678.000 0.438 34.866 pro 11012 410 489 680.040 0.432 34.866 pro 11012 410 490 682.000 0.424 34.865 pro 11012 410 491 683.960 0.423 34.865 pro 11012 410 492 685.920 0.422 34.866 pro 11012 410 493 687.920 0.414 34.866 pro 11012 410 494 690.000 0.411 34.865 pro 11012 410 495 692.080 0.409 34.866 pro 11012 410 496 694.040 0.396 34.866 pro 11012 410 497 696.000 0.399 34.865 pro 11012 410 498 697.960 0.391 34.866 pro 11012 410 499 699.960 0.387 34.865 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 11012 410 500 702.000 0.385 34.865 pro 11012 410 501 703.960 0.378 34.865 pro 11012 410 502 705.960 0.376 34.865 pro 11012 410 503 708.000 0.372 34.865 pro 11012 410 504 709.960 0.366 34.865 pro 11012 410 505 712.040 0.366 34.865 pro 11012 410 506 713.960 0.365 34.866 pro 11012 410 507 716.000 0.363 34.866 pro 11012 410 508 718.000 0.362 34.866 pro 11012 410 509 720.080 0.357 34.866 pro 11012 410 510 722.040 0.350 34.866 pro 11012 410 511 724.000 0.345 34.866 pro 11012 410 512 726.040 0.342 34.866 pro 11012 410 513 728.040 0.343 34.867 pro 11012 410 514 730.080 0.341 34.867 pro 11012 410 515 732.000 0.339 34.867 pro 11012 410 516 733.960 0.335 34.867 pro 11012 410 517 736.000 0.333 34.867 pro 11012 410 518 738.040 0.333 34.867 pro 11012 410 519 740.000 0.332 34.867 pro 11012 410 520 741.960 0.331 34.867 pro 11012 410 521 743.960 0.331 34.867 pro 11012 410 522 746.040 0.332 34.867 pro 11012 410 523 748.000 0.332 34.868 pro 11012 410 524 749.920 0.332 34.868 pro 11012 410 525 751.960 0.333 34.869 pro 11012 410 526 754.040 0.332 34.869 pro 11012 410 527 756.080 0.332 34.869 pro 11012 410 528 758.040 0.331 34.870 pro 11012 410 529 760.000 0.330 34.870 pro 11012 410 530 762.000 0.329 34.870 pro 11012 410 531 763.960 0.328 34.870 pro 11012 410 532 766.000 0.325 34.870 pro 11012 410 533 768.040 0.318 34.870 pro 11012 410 534 770.040 0.314 34.870 pro 11012 410 535 771.960 0.310 34.870 pro 11012 410 536 773.960 0.305 34.870 pro 11012 410 537 776.000 0.301 34.869 pro 11012 410 538 778.080 0.297 34.869 pro 11012 410 539 780.080 0.290 34.869 pro 11012 410 540 782.000 0.288 34.869 pro 11012 410 541 783.960 0.283 34.869 pro 11012 410 542 786.000 0.280 34.869 pro 11012 410 543 787.960 0.278 34.869 pro 11012 410 544 790.040 0.276 34.869 pro 11012 410 545 792.040 0.276 34.869 pro 11012 410 546 794.080 0.275 34.869 pro 11012 410 547 796.000 0.274 34.869 pro 11012 410 548 797.960 0.271 34.869 pro 11012 410 549 799.960 0.270 34.869 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 11012 410 550 802.040 0.267 34.869 pro 11012 410 551 804.040 0.264 34.869 pro 11012 410 552 806.000 0.260 34.869 pro 11012 410 553 808.000 0.257 34.870 pro 11012 410 554 810.040 0.254 34.870 pro 11012 410 555 812.040 0.252 34.870 pro 11012 410 556 814.040 0.251 34.870 pro 11012 410 557 816.040 0.251 34.870 pro 11012 410 558 818.080 0.246 34.870 pro 11012 410 559 820.080 0.245 34.870 pro 11012 410 560 822.000 0.242 34.870 pro 11012 410 561 824.000 0.240 34.870 pro 11012 410 562 825.960 0.232 34.870 pro 11012 410 563 828.000 0.231 34.870 pro 11012 410 564 829.960 0.228 34.870 pro 11012 410 565 831.920 0.221 34.870 pro 11012 410 566 834.000 0.220 34.870 pro 11012 410 567 836.000 0.218 34.870 pro 11012 410 568 837.960 0.216 34.870 pro 11012 410 569 840.040 0.213 34.870 pro 11012 410 570 842.040 0.211 34.870 pro 11012 410 571 844.000 0.211 34.870 pro 11012 410 572 845.960 0.210 34.870 pro 11012 410 573 847.960 0.206 34.871 pro 11012 410 574 850.000 0.200 34.870 pro 11012 410 575 852.000 0.199 34.870 pro 11012 410 576 854.000 0.197 34.871 pro 11012 410 577 856.040 0.196 34.870 pro 11012 410 578 858.040 0.196 34.870 pro 11012 410 579 860.040 0.195 34.871 pro 11012 410 580 862.080 0.195 34.871 pro 11012 410 581 864.080 0.194 34.871 pro 11012 410 582 866.000 0.194 34.871 pro 11012 410 583 868.000 0.194 34.870 pro 11012 410 584 870.000 0.193 34.870 pro 11012 410 585 872.000 0.193 34.870 pro 11012 410 586 874.040 0.192 34.871 pro 11012 410 587 876.080 0.189 34.871 pro 11012 410 588 878.080 0.186 34.871 pro 11012 410 589 880.000 0.181 34.871 pro 11012 410 590 882.000 0.177 34.871 pro 11012 410 591 883.960 0.175 34.871 pro 11012 410 592 885.960 0.174 34.871 pro 11012 410 593 887.960 0.169 34.871 pro 11012 410 594 890.000 0.166 34.871 pro 11012 410 595 892.040 0.161 34.871 pro 11012 410 596 894.000 0.159 34.871 pro 11012 410 597 895.960 0.158 34.872 pro 11012 410 598 897.960 0.158 34.871 pro 11012 410 599 900.040 0.154 34.872 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 11012 410 600 902.080 0.150 34.872 pro 11012 410 601 904.040 0.148 34.872 pro 11012 410 602 906.000 0.148 34.872 pro 11012 410 603 907.960 0.148 34.872 pro 11012 410 604 909.960 0.145 34.873 pro 11012 410 605 911.960 0.140 34.873 pro 11012 410 606 913.960 0.140 34.873 pro 11012 410 607 916.040 0.139 34.873 pro 11012 410 608 918.080 0.139 34.873 pro 11012 410 609 920.040 0.139 34.873 pro 11012 410 610 922.000 0.138 34.873 pro 11012 410 611 924.000 0.135 34.874 pro 11012 410 612 926.000 0.132 34.874 pro 11012 410 613 928.000 0.128 34.873 pro 11012 410 614 930.000 0.122 34.874 pro 11012 410 615 931.960 0.116 34.874 pro 11012 410 616 934.000 0.109 34.874 pro 11012 410 617 936.000 0.102 34.875 pro 11012 410 618 937.960 0.097 34.875 pro 11012 410 619 940.000 0.088 34.875 pro 11012 410 620 942.000 0.086 34.875 pro 11012 410 621 944.000 0.086 34.875 pro 11012 410 622 946.040 0.084 34.875 pro 11012 410 623 948.000 0.083 34.875 pro 11012 410 624 950.000 0.079 34.876 pro 11012 410 625 952.040 0.070 34.877 pro 11012 410 626 954.040 0.070 34.876 pro 11012 410 627 956.000 0.072 34.876 pro 11012 410 628 958.000 0.071 34.876 pro 11012 410 629 960.000 0.068 34.876 pro 11012 410 630 962.040 0.068 34.876 pro 11012 410 631 964.080 0.064 34.876 pro 11012 410 632 966.040 0.064 34.876 pro 11012 410 633 968.000 0.062 34.876 pro 11012 410 634 970.000 0.060 34.876 pro 11012 410 635 972.040 0.059 34.876 pro 11012 410 636 974.080 0.058 34.876 pro 11012 410 637 976.040 0.058 34.877 pro 11012 410 638 978.000 0.058 34.876 pro 11012 410 639 980.000 0.057 34.877 pro 11012 410 640 982.000 0.056 34.876 pro 11012 410 641 984.040 0.056 34.877 pro 11012 410 642 986.040 0.055 34.877 pro 11012 410 643 988.000 0.054 34.877 pro 11012 410 644 990.040 0.054 34.877 pro 11012 410 645 992.040 0.054 34.877 pro 11012 410 646 994.040 0.051 34.877 pro 11012 410 647 996.000 0.051 34.877 pro 11012 410 648 998.000 0.051 34.877 pro 11012 410 649 1000.000 0.051 34.877 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 11012 410 650 1001.960 0.049 34.877 pro 11012 410 651 1003.960 0.048 34.877 pro 11012 410 652 1006.040 0.046 34.877 pro 11012 410 653 1008.040 0.043 34.877 pro 11012 410 654 1010.000 0.042 34.877 pro 11012 410 655 1012.000 0.042 34.877 pro 11012 410 656 1014.040 0.041 34.877 pro 11012 410 657 1016.000 0.041 34.877 pro 11012 410 658 1018.040 0.040 34.877 pro 11012 410 659 1020.040 0.040 34.877 pro 11012 410 660 1022.040 0.041 34.877 pro 11012 410 661 1024.000 0.040 34.877 pro 11012 410 662 1025.960 0.039 34.877 pro 11012 410 663 1027.960 0.039 34.877 pro 11012 410 664 1029.960 0.038 34.877 pro 11012 410 665 1032.000 0.037 34.877 pro 11012 410 666 1034.040 0.037 34.877 pro 11012 410 667 1036.000 0.037 34.877 pro 11012 410 668 1038.000 0.037 34.877 pro 11012 410 669 1039.960 0.036 34.877 pro 11012 410 670 1042.000 0.036 34.877 pro 11012 410 671 1043.960 0.036 34.878 pro 11012 410 672 1045.960 0.036 34.877 pro 11012 410 673 1048.000 0.036 34.877 pro 11012 410 674 1050.000 0.034 34.878 pro 11012 410 675 1052.080 0.031 34.878 pro 11012 410 676 1054.040 0.027 34.878 pro 11012 410 677 1056.000 0.025 34.878 pro 11012 410 678 1058.000 0.023 34.878 pro 11012 410 679 1060.000 0.022 34.878 pro 11012 410 680 1062.000 0.020 34.878 pro 11012 410 681 1064.080 0.020 34.878 pro 11012 410 682 1065.920 0.021 34.878 #--------------------------------------------------------------------------------------------------- # Valve Data #--------------------------------------------------------------------------------------------------- # SN dive idx nSam pres valveTime vac0 vac1 # (dBar) (sec) (inHg) (inHg) VLV 11012 410 0 1 vlv 11012 410 0 0 -0.04 184 655.35 6.19 #--------------------------------------------------------------------------------------------------- # Pump Data #--------------------------------------------------------------------------------------------------- # SN dive idx nSam pres pumpT pumpV pumpI vac0 vac1 # (dBar) (sec) (V) (A) (inHg) (inHg) PMP 11012 410 0 23 pmp 11012 410 0 0 21.40 173 11.77 0.286 655.35 6.26 pmp 11012 410 0 1 1066.20 30 11.64 0.708 655.35 6.14 pmp 11012 410 0 2 1064.96 31 11.67 0.660 655.35 6.17 pmp 11012 410 0 3 1060.40 31 11.70 0.658 655.35 6.20 pmp 11012 410 0 4 1055.44 31 11.72 0.661 655.35 6.22 pmp 11012 410 0 5 988.04 31 11.59 0.630 655.35 6.24 pmp 11012 410 0 6 903.24 31 11.64 0.616 655.35 6.26 pmp 11012 410 0 7 539.84 30 11.72 0.490 655.35 6.29 pmp 11012 410 0 8 404.24 31 11.69 0.424 655.35 6.32 pmp 11012 410 0 9 323.60 31 11.70 0.405 655.35 6.37 pmp 11012 410 0 10 266.36 30 11.67 0.402 655.35 6.41 pmp 11012 410 0 11 247.84 31 11.71 0.365 655.35 6.44 pmp 11012 410 0 12 209.08 31 11.69 0.369 655.35 6.49 pmp 11012 410 0 13 191.72 31 11.76 0.351 655.35 6.51 pmp 11012 410 0 14 139.08 31 11.68 0.350 655.35 6.53 pmp 11012 410 0 15 92.36 31 11.74 0.308 655.35 6.55 pmp 11012 410 0 16 76.80 31 11.78 0.325 655.35 6.56 pmp 11012 410 0 17 48.92 31 11.74 0.310 655.35 6.54 pmp 11012 410 0 18 43.48 31 11.74 0.299 655.35 6.57 pmp 11012 410 0 19 38.00 31 11.81 0.292 655.35 6.61 pmp 11012 410 0 20 25.28 31 11.73 0.273 655.35 6.65 pmp 11012 410 0 21 20.08 31 11.77 0.280 655.35 6.69 pmp 11012 410 0 22 -0.04 240 11.84 0.241 655.35 6.87 #--------------------------------------------------------------------------------------------------- # Rise Time-Series Data #--------------------------------------------------------------------------------------------------- # SN dive idx nSam time pres temp saln phaseCode phaseCodeName # (start-time/+sec) (dBar) (degC) (PSU) R 11012 410 0 55 2019-02-28T10:06:37Z r 11012 410 0 0 +0 1066.200 -9.999 -9.999 7 # start of ascent r 11012 410 0 1 +293 1046.880 -9.999 -9.999 13 # ascending r 11012 410 0 2 +483 1026.400 -9.999 -9.999 13 # ascending r 11012 410 0 3 +678 1006.840 -9.999 -9.999 13 # ascending r 11012 410 0 4 +893 986.760 -9.999 -9.999 13 # ascending r 11012 410 0 5 +1095 966.440 -9.999 -9.999 13 # ascending r 11012 410 0 6 +1296 946.600 -9.999 -9.999 13 # ascending r 11012 410 0 7 +1504 926.760 -9.999 -9.999 13 # ascending r 11012 410 0 8 +1712 906.760 -9.999 -9.999 13 # ascending r 11012 410 0 9 +1908 886.320 -9.999 -9.999 13 # ascending r 11012 410 0 10 +2085 866.240 -9.999 -9.999 13 # ascending r 11012 410 0 11 +2257 846.880 -9.999 -9.999 13 # ascending r 11012 410 0 12 +2440 826.800 -9.999 -9.999 13 # ascending r 11012 410 0 13 +2630 806.560 -9.999 -9.999 13 # ascending r 11012 410 0 14 +2819 786.480 -9.999 -9.999 13 # ascending r 11012 410 0 15 +3009 766.760 -9.999 -9.999 13 # ascending r 11012 410 0 16 +3198 746.920 -9.999 -9.999 13 # ascending r 11012 410 0 17 +3394 726.560 -9.999 -9.999 13 # ascending r 11012 410 0 18 +3589 706.800 -9.999 -9.999 13 # ascending r 11012 410 0 19 +3791 686.720 -9.999 -9.999 13 # ascending r 11012 410 0 20 +3993 667.000 -9.999 -9.999 13 # ascending r 11012 410 0 21 +4201 646.520 -9.999 -9.999 13 # ascending r 11012 410 0 22 +4402 626.920 -9.999 -9.999 13 # ascending r 11012 410 0 23 +4610 606.600 -9.999 -9.999 13 # ascending r 11012 410 0 24 +4818 586.560 -9.999 -9.999 13 # ascending r 11012 410 0 25 +5032 566.600 -9.999 -9.999 13 # ascending r 11012 410 0 26 +5252 546.640 -9.999 -9.999 13 # ascending r 11012 410 0 27 +5460 526.680 -9.999 -9.999 13 # ascending r 11012 410 0 28 +5650 506.920 -9.999 -9.999 13 # ascending r 11012 410 0 29 +5845 486.760 -9.999 -9.999 13 # ascending r 11012 410 0 30 +6041 466.840 -9.999 -9.999 13 # ascending r 11012 410 0 31 +6243 446.640 -9.999 -9.999 13 # ascending r 11012 410 0 32 +6445 426.720 -9.999 -9.999 13 # ascending r 11012 410 0 33 +6652 406.880 -9.999 -9.999 13 # ascending r 11012 410 0 34 +6855 386.240 -9.999 -9.999 13 # ascending r 11012 410 0 35 +7044 366.960 -9.999 -9.999 13 # ascending r 11012 410 0 36 +7246 346.600 -9.999 -9.999 13 # ascending r 11012 410 0 37 +7454 326.800 -9.999 -9.999 13 # ascending r 11012 410 0 38 +7662 306.920 -9.999 -9.999 13 # ascending r 11012 410 0 39 +7858 286.920 -9.999 -9.999 13 # ascending r 11012 410 0 40 +8059 266.640 -9.999 -9.999 13 # ascending r 11012 410 0 41 +8262 246.680 -9.999 -9.999 13 # ascending r 11012 410 0 42 +8452 226.760 -9.999 -9.999 13 # ascending r 11012 410 0 43 +8654 206.760 -9.999 -9.999 13 # ascending r 11012 410 0 44 +8856 186.960 -9.999 -9.999 13 # ascending r 11012 410 0 45 +9045 166.920 -9.999 -9.999 13 # ascending r 11012 410 0 46 +9241 146.840 -9.999 -9.999 13 # ascending r 11012 410 0 47 +9443 126.720 -9.999 -9.999 13 # ascending r 11012 410 0 48 +9639 106.440 -9.999 -9.999 13 # ascending r 11012 410 0 49 +9847 86.760 -9.999 -9.999 13 # ascending r 11012 410 0 50 +10062 66.880 -9.999 -9.999 13 # ascending r 11012 410 0 51 +10288 46.760 -9.999 -9.999 13 # ascending r 11012 410 0 52 +10528 26.800 -9.999 -9.999 13 # ascending r 11012 410 0 53 +10773 6.880 -9.999 -9.999 13 # ascending r 11012 410 0 54 +10840 -0.080 -9.999 -9.999 8 # end of ascent #--------------------------------------------------------------------------------------------------- # Surface Time-Series Data #--------------------------------------------------------------------------------------------------- # SN dive idx nSam time pres temp saln phaseCode phaseCodeName # (start-time/+sec) (dBar) (degC) (PSU) SFC 11012 410 0 32 2019-02-28T13:07:18Z sfc 11012 410 0 0 +244 -0.080 -1.479 -9.999 14 # surface sfc 11012 410 0 1 +1338 -0.490 -1.485 -9.999 14 # surface sfc 11012 410 0 2 +2265 -0.490 -1.508 -9.999 14 # surface sfc 11012 410 0 3 +2275 -0.480 -1.503 -9.999 14 # surface sfc 11012 410 0 4 +2286 -0.490 -1.489 -9.999 14 # surface sfc 11012 410 0 5 +2296 -0.490 -1.487 -9.999 14 # surface sfc 11012 410 0 6 +2306 -0.480 -1.488 -9.999 14 # surface sfc 11012 410 0 7 +2317 -0.500 -1.486 -9.999 14 # surface sfc 11012 410 0 8 +2327 -0.500 -1.487 -9.999 14 # surface sfc 11012 410 0 9 +2337 -0.490 -1.489 -9.999 14 # surface sfc 11012 410 0 10 +2348 -0.480 -1.492 -9.999 14 # surface sfc 11012 410 0 11 +2358 -0.500 -1.490 -9.999 14 # surface sfc 11012 410 0 12 +2368 -0.490 -1.489 -9.999 14 # surface sfc 11012 410 0 13 +2379 -0.490 -1.487 -9.999 14 # surface sfc 11012 410 0 14 +2389 -0.480 -1.486 -9.999 14 # surface sfc 11012 410 0 15 +2399 -0.470 -1.486 -9.999 14 # surface sfc 11012 410 0 16 +2409 -0.500 -1.487 -9.999 14 # surface sfc 11012 410 0 17 +2420 -0.490 -1.487 -9.999 14 # surface sfc 11012 410 0 18 +2430 -0.480 -1.487 -9.999 14 # surface sfc 11012 410 0 19 +2440 -0.490 -1.488 -9.999 14 # surface sfc 11012 410 0 20 +2451 -0.500 -1.489 -9.999 14 # surface sfc 11012 410 0 21 +2461 -0.500 -1.496 -9.999 14 # surface sfc 11012 410 0 22 +2471 -0.500 -1.496 -9.999 14 # surface sfc 11012 410 0 23 +2482 -0.480 -1.497 -9.999 14 # surface sfc 11012 410 0 24 +2492 -0.510 -1.502 -9.999 14 # surface sfc 11012 410 0 25 +2502 -0.490 -1.501 -9.999 14 # surface sfc 11012 410 0 26 +2513 -0.480 -1.498 -9.999 14 # surface sfc 11012 410 0 27 +2523 -0.490 -1.499 -9.999 14 # surface sfc 11012 410 0 28 +2533 -0.490 -1.498 -9.999 14 # surface sfc 11012 410 0 29 +2543 -0.490 -1.499 -9.999 14 # surface sfc 11012 410 0 30 +2554 -0.500 -1.496 -9.999 14 # surface sfc 11012 410 0 31 +2559 -0.490 -1.495 -9.999 14 # surface #--------------------------------------------------------------------------------------------------- # Surface Time-Series Data - Derived Fields #--------------------------------------------------------------------------------------------------- # SN dive midx nSam presValid presMin presMean presMax presVar # (dBar) (dBar) (dBar) (dBar^2) SFD 11012 410 0 31 1 -0.510 -0.490 -0.470 0.007 #=================================================================================================== # Engineering Data #=================================================================================================== #--------------------------------------------------------------------------------------------------- # Engineering (Descent) #--------------------------------------------------------------------------------------------------- # SN dive midx engVer start-of-descent vac0 vac1 seeks seekPumpAdjT # (inHg) (inHg) (+sec) E07 11012 410 0 0x11 2019-02-22T22:48:09Z 6.83 6.14 3 +0 # --- Valve Position Measurements ------------------------------------------------------------------ # SN dive midx OilValveOpenPosSurf OilValveClosePosFallPump AirValveMidPosSurf # (V) (V) (V) E07 11012 410 1 1.695 0.731 0.707 #--------------------------------------------------------------------------------------------------- # Engineering (Park/Drift) #--------------------------------------------------------------------------------------------------- # SN dive midx engVer start-of-drift vac0 vac1 seeks seekPumpAdjT # (inHg) (inHg) (+sec) E08 11012 410 0 0x11 2019-02-23T23:56:29Z 6.13 6.13 0 +0 # --- Drift Sensor Averages ------------------------------------------------------------------------ # SN dive midx pres pres temp temp saln saln # (dBar) (counts) (degC) (counts) (PSU) (counts) E08 11012 410 1 -9.999 0 -5.000 0 -9.999 0 #--------------------------------------------------------------------------------------------------- # Engineering (Ascent) #--------------------------------------------------------------------------------------------------- # SN dive midx engVer start-of-ascent vac0 vac1 # (inHg) (inHg) E09 11012 410 0 0x11 2019-02-28T10:06:34Z 6.13 6.70 #--------------------------------------------------------------------------------------------------- # Engineering (Surface) #--------------------------------------------------------------------------------------------------- # SN dive midx engVer start-of-surface vac0 vac1 nSBD nPrevAttempt # (inHg) (inHg) E0A 11012 410 0 0x13 2019-02-28T13:07:18Z 6.70 6.90 13 120 # --- Air Pump & Bladder --------------------------------------------------------------------------- # SN dive midx APCur APRunT AirBladMxP # (A) (sec) (PSI) E0A 11012 410 1 0.000 1088 7.282 # --- Air Valve Position --------------------------------------------------------------------------- # SN dive midx AVOpenStart AVMidEnd ACVpenCal AVMidCal AVCloseCal # (V) (V) (V) (V) (V) E0A 11012 410 2 1.208 0.704 1.136 0.644 0.152 # --- Oil Valve Position --------------------------------------------------------------------------- # SN dive midx OVOpenAirPmp OVCloseEnd OVOpenCal OVClosCal # (V) (V) (V) (V) E0A 11012 410 3 1.696 0.727 1.656 0.772 # --- Surface Pressure ----------------------------------------------------------------------------- # SN dive midx presOffset # (dBar) E0A 11012 410 4 -1.360 # --- Profile - First Sample ----------------------------------------------------------------------- # SN dive midx firstPres firstPres firstTemp firstTemp firstSaln firstSaln # (dBar) (counts) (degC) (counts) (PSU) (counts) E0A 11012 410 5 1066.080 26902 0.022 5022 34.878 35878 # --- Profile - Last Sample ------------------------------------------------------------------------ # SN dive midx lastPres lastPres lastTemp lastTemp lastSaln lastSaln # (dBar) (counts) (degC) (counts) (PSU) (counts) E0A 11012 410 6 0.560 264 -1.477 3523 27.967 28967 # --- Profile - Meta ------------------------------------------------------------------------------- # SN dive midx numBins numEmptyBins numRawSamples E0A 11012 410 7 684 10821 0 # --- Real-Time Clock------------------------------------------------------------------------------- # SN dive midx gpsOffset # (sec) E0A 11012 410 8 0 # --- Errors --------------------------------------------------------------------------------------- # SN dive midx nErr # E0A 11012 410 9 1 # SN dive idx date-time err-code e0A 11012 410 0 2019-02-28T13:44:46Z 0x00000C16 #=================================================================================================== # Mission Configuration #=================================================================================================== # SN dive CfgMsgVer FWVer sensor-type sensor-type-name # MIS 11012 410 0x15 0x05006100 1 # SBE # --- General -------------------------------------------------------------------------------------- # SN dive idx param value units desc # -- ---- --- ----- ----- ----- ---- m 11012 410 0 MSN 409 [-] # dive cycle number m 11012 410 1 APT 1 [-] # auto-transmit mission parameters m 11012 410 2 BTM 1 [-] # bluetooth mode m 11012 410 3 MDS 2100 [dBar] # maximum depth m 11012 410 4 XAS 2 [-] # profile data encoding method # --- Built-In Test (BIT) -------------------------------------------------------------------------- # SN dive idx param value units desc # -- ---- --- ----- ----- ----- ---- m 11012 410 5 PNB 9.00 [V] # battery voltage threshold m 11012 410 6 PNC 3.00 [PSI] # minimum air bladder pressure m 11012 410 7 PXC 7.00 [PSI] # maximum air bladder pressure # --- Calibration Coefficients --------------------------------------------------------------------- # SN dive idx param value units desc # -- ---- --- ----- ----- ----- ---- m 11012 410 8 PBL 43668 [LSB@12V] # battery voltage m 11012 410 9 PBH 50958 [LSB@14V] # battery voltage m 11012 410 10 PP0 0 [LSB@0A] # pump current m 11012 410 11 PP1 25960 [LSB@1A] # pump current m 11012 410 12 PVL 1790 [LSB@12V] # regulator voltage m 11012 410 13 PVH 2089 [LSB@14V] # regulator voltage m 11012 410 14 PV0 61614 [LSB@0inHg] # internal vacuum m 11012 410 15 PV5 32000 [LSB@5inHg] # internal vacuum m 11012 410 16 PC0 0 [LSB@0A] # regulator current m 11012 410 17 PC1 16600 [LSB@1A] # regulator current # --- Start-of-Mission Trigger --------------------------------------------------------------------- # SN dive idx param value units desc # -- ---- --- ----- ----- ----- ---- m 11012 410 18 MTD 10 [dBar] # pressure threshold m 11012 410 19 MTS 7776000 [sec] # start-of-mission timeout m 11012 410 20 MTT 300.000 [sec] # sample interval # --- Diagnostic Dive ------------------------------------------------------------------------------ # SN dive idx param value units desc # -- ---- --- ----- ----- ----- ---- m 11012 410 21 DDB 0 [-] # bypass mode m 11012 410 22 DDC 0 [sec] # m 11012 410 23 DDP 50 [dBar] # target pressure m 11012 410 24 DDS 1800 [sec] # descent timeout m 11012 410 25 DDF 300 [sec] # pump duration # --- Mission Phase -------------------------------------------------------------------------------- # SN dive idx param value units desc # -- ---- --- ----- ----- ----- ---- m 11012 410 26 MPS 1 [-] # current phase m 11012 410 27 MPC 0 [cycles] # current phase cycle number m 11012 410 28 MNM0 1 [cycles] # no. dive cycles, phase 0 m 11012 410 29 MNM1 5 [cycles] # no. dive cycles, phase 1 m 11012 410 30 MNM2 1 [cycles] # no. dive cycles, phase 2 m 11012 410 31 MNS0 1 [-] # next mission phase, phase 0 m 11012 410 32 MNS1 0 [-] # next mission phase, phase 1 m 11012 410 33 MNS2 2 [-] # next mission phase, phase 2 # --- Profile -------------------------------------------------------------------------------------- # SN dive idx param value units desc # -- ---- --- ----- ----- ----- ---- m 11012 410 34 CPS 1 [-] # profiling mode m 11012 410 35 CST 0 [-] # sampling mode m 11012 410 36 CSP 1.000 [sec] # continuous sampling period m 11012 410 37 CTC 0 [-] # aux. temperature channel mode m 11012 410 38 CTF 1 [dBar] # profile cut-off pressure # --- Profile - Binning Configuration -------------------------------------------------------------- # SN dive idx param value units desc # -- ---- --- ----- ----- ----- ---- m 11012 410 39 CPB1 2000 [dBar] # interval 1 pressure boundary m 11012 410 40 CPB2 1000 [dBar] # interval 2 pressure boundary m 11012 410 41 CPB3 300 [dBar] # interval 3 pressure boundary m 11012 410 42 CPN1 2 [dBar] # interval 1 bin size m 11012 410 43 CPN2 2 [dBar] # interval 2 bin size m 11012 410 44 CPN3 1 [dBar] # interval 3 bin size m 11012 410 45 CPP1 2 [dBar] # interval 1 sample interval m 11012 410 46 CPP2 2 [dBar] # interval 2 sample interval m 11012 410 47 CPP3 1 [dBar] # interval 3 sample interval # --- Profile - Raw Sampling ----------------------------------------------------------------------- # SN dive idx param value units desc # -- ---- --- ----- ----- ----- ---- m 11012 410 48 CRD 50 [dBar] # threshold pressure m 11012 410 49 CRS 0 [samples] # maximum samples # --- Profile - Surface Offset Correction ---------------------------------------------------------- # SN dive idx param value units desc # -- ---- --- ----- ----- ----- ---- m 11012 410 50 CTL 0 [dBar] # lower limit m 11012 410 51 CTU 2 [dBar] # upper limit # --- Pump Characteristics ------------------------------------------------------------------------- # SN dive idx param value units desc # -- ---- --- ----- ----- ----- ---- m 11012 410 52 PFR 19 [mL/min] # flow rate m 11012 410 53 PFC 16 [uL/dBar] # pressure correction # --- Descent - General ---------------------------------------------------------------------------- # SN dive idx param value units desc # -- ---- --- ----- ----- ----- ---- m 11012 410 54 DNS 409 [-] # m 11012 410 55 DSI 1.000 [sec] # sleep interval m 11012 410 56 DTD0 1000 [dBar] # target drift/park pressure, phase 0 m 11012 410 57 DTD1 1000 [dBar] # target drift/park pressure, phase 1 m 11012 410 58 DTD2 300 [dBar] # target drift/park pressure, phase 2 m 11012 410 59 DCR 0 [sec] # m 11012 410 60 DPD 5 [sec] # m 11012 410 61 DRA 20 [m/s] # m 11012 410 62 DRT 20 [sec] # # --- Descent - Fall Time-Series ------------------------------------------------------------------- # SN dive idx param value units desc # -- ---- --- ----- ----- ----- ---- m 11012 410 63 DDD 20 [dBar] # maximum pressure interval m 11012 410 64 DDT 1800 [sec] # maximum time interval # --- Descent - Stage 1 (Descent to First-Pump Pressure) ------------------------------------------- # SN dive idx param value units desc # -- ---- --- ----- ----- ----- ---- m 11012 410 65 DSD0 20 [dBar] # first pump pressure, phase 0 m 11012 410 66 DSD1 20 [dBar] # first pump pressure, phase 1 m 11012 410 67 DSD2 10 [dBar] # first pump pressure, phase 2 m 11012 410 68 DST0 1800 [sec] # first pump timeout, phase 0 m 11012 410 69 DST1 1800 [sec] # first pump timeout, phase 1 m 11012 410 70 DST2 1800 [sec] # first pump timeout, phase 2 # --- Descent - Stage 2 (First Descent Pump) ------------------------------------------------------- # SN dive idx param value units desc # -- ---- --- ----- ----- ----- ---- m 11012 410 71 DFT0 186 [sec] # first pump duration, phase 0 m 11012 410 72 DFT1 171 [sec] # first pump duration, phase 1 m 11012 410 73 DFT2 315 [sec] # first pump duration, phase 2 m 11012 410 74 DCT0 32400 [sec] # wait duration after first pump, phase 0 m 11012 410 75 DCT1 32400 [sec] # wait duration after first pump, phase 1 m 11012 410 76 DCT2 3600 [sec] # wait duration after first pump, phase 2 # --- Descent - Stage 3 (Seek to Drift/Park Pressure) ---------------------------------------------- # SN dive idx param value units desc # -- ---- --- ----- ----- ----- ---- m 11012 410 77 DCM 1 [-] # seek mode m 11012 410 78 DAL 1 [-] # seek algorithm m 11012 410 79 DCA 3 [seeks] # maximum seeks m 11012 410 80 DCF 1 [sec] # minimum valve time m 11012 410 81 DCP 1 [sec] # minimum pump time m 11012 410 82 DCX 1020 [sec] # maximum pump time m 11012 410 83 DPT 10 [sec] # 100m pump time m 11012 410 84 DUT 10 [sec] # 100m valve time m 11012 410 85 DSW 14400 [sec] # seek interval m 11012 410 86 DUC 50 [%] # dampening factor m 11012 410 87 DVT 30 [sec] # velocity measurement delay m 11012 410 88 DVD 5 [dBar] # pump time update, min. pres. delta m 11012 410 89 DVW 900 [sec] # pump time update delay duration # --- Drift/Park - General ------------------------------------------------------------------------- # SN dive idx param value units desc # -- ---- --- ----- ----- ----- ---- m 11012 410 90 PNS 409 [-] # m 11012 410 91 PSI 600.000 [sec] # sleep interval m 11012 410 92 PSA 1 [-] # m 11012 410 93 PDT 3600 [sec] # sample interval # --- Drift/Park - Seek to Drift/Park Pressure ----------------------------------------------------- # SN dive idx param value units desc # -- ---- --- ----- ----- ----- ---- m 11012 410 94 PSM 0 [-] # seek mode m 11012 410 95 PST 10800 [sec] # seek interval m 11012 410 96 PSD 200 [dBar] # minimum seek adjustment m 11012 410 97 PSV 30 [sec] # velocity measurement delay m 11012 410 98 PSW 600 [sec] # wait duration after seek # --- Drift/Park - Start of Profile Trigger -------------------------------------------------------- # SN dive idx param value units desc # -- ---- --- ----- ----- ----- ---- m 11012 410 99 PTD 0 [-] # m 11012 410 100 PTH0 0 [-] # hour-of-day trigger mask, phase 0 m 11012 410 101 PTH1 0 [-] # hour-of-day trigger mask, phase 1 m 11012 410 102 PTH2 2097664 [-] # hour-of-day trigger mask, phase 2 m 11012 410 103 PTO0 345600 [sec] # drift/park duration trigger, phase 0 m 11012 410 104 PTO1 381600 [sec] # drift/park duration trigger, phase 1 m 11012 410 105 PTO2 0 [sec] # drift/park duration trigger, phase 2 # --- Drift/Park - Fall to Profile Pressure -------------------------------------------------------- # SN dive idx param value units desc # -- ---- --- ----- ----- ----- ---- m 11012 410 106 PFM0 1 [-] # fall mode, phase 0 m 11012 410 107 PFM1 0 [-] # fall mode, phase 1 m 11012 410 108 PFM2 0 [-] # fall mode, phase 2 m 11012 410 109 PFD0 2000 [dBar] # target profile pressure, phase 0 m 11012 410 110 PFD1 100 [dBar] # target profile pressure, phase 1 m 11012 410 111 PFD2 100 [dBar] # target profile pressure, phase 2 m 11012 410 112 PFT0 36000 [sec] # fall timeout, phase 0 m 11012 410 113 PFT1 1 [sec] # fall timeout, phase 1 m 11012 410 114 PFT2 1 [sec] # fall timeout, phase 2 m 11012 410 115 PFV0 120 [sec] # valve open duration, phase 0 m 11012 410 116 PFV1 1 [sec] # valve open duration, phase 1 m 11012 410 117 PFV2 1 [sec] # valve open duration, phase 2 # --- Ascent/Profile - General --------------------------------------------------------------------- # SN dive idx param value units desc # -- ---- --- ----- ----- ----- ---- m 11012 410 118 ASN 409 [-] # m 11012 410 119 ASI 1.000 [sec] # sleep interval m 11012 410 120 ARR 0.10 [m/s] # target ascent rate m 11012 410 121 APM 2400 [sec] # maximum pump duration m 11012 410 122 APN 30 [sec] # pump on duration m 11012 410 123 APF 30 [sec] # pump off duration m 11012 410 124 ASD 1 [dBar] # surface pressure threshold m 11012 410 125 ARC 4.5 [sec] # sample delay correction m 11012 410 126 AHD 10 [dBar] # pressure halt threshold m 11012 410 127 AHR 1.000 [m/s] # rise rate halt threshold # --- Ascent/Profile - Rise Time-Series ------------------------------------------------------------ # SN dive idx param value units desc # -- ---- --- ----- ----- ----- ---- m 11012 410 128 ADD 20 [dBar] # maximum pressure interval m 11012 410 129 ADT 1800 [sec] # maximum time interval # --- Ascent/Profile - Ice-Detection --------------------------------------------------------------- # SN dive idx param value units desc # -- ---- --- ----- ----- ----- ---- m 11012 410 130 ICM 0 [-] # ice-detection mode m 11012 410 131 IMM 0 [-] # month mask m 11012 410 132 ICN 10 [dBar] # temperature test lower pressure boundary m 11012 410 133 ICX 30 [dBar] # temperature test upper pressure boundary m 11012 410 134 ICT -1.40 [degC] # threshold temperature m 11012 410 135 ICS 10 [sec] # temperature test sample interval m 11012 410 136 ISP 0 [-] # multiple surfacing profile mode m 11012 410 137 ISM 1 [-] # surfacing criteria mode m 11012 410 138 IST 0.20 [PSU] # surfacing salinity threshold m 11012 410 139 ISO 300 [sec] # surfacing attempt duration m 11012 410 140 ICF 0 [-] # ice-free month mask m 11012 410 141 ICW 0 [-] # iced-over month mask # --- Ascent/Profile - Ice-Detection (Summer) ------------------------------------------------------ # SN dive idx param value units desc # -- ---- --- ----- ----- ----- ---- m 11012 410 142 ISS0 2 [-] # multiple surfacing mode m 11012 410 143 ICA0 3 [attempts] # maximum surfacing attempts m 11012 410 144 ICR0 10 [min] # hold pressure duration m 11012 410 145 ICD0 100 [dBar] # turnaround hold pressure m 11012 410 146 ICO0 180 [sec] # turnaround valve duration m 11012 410 147 ICG0 0 [-] # turnaround seek mode m 11012 410 148 IUE0 0 [-] # urgency mode exit criteria m 11012 410 149 ICB0 0 [cycles] # multiple surfacing cycle interval m 11012 410 150 IMT0 50 [%] # storage urgency threshold m 11012 410 151 ILT0 180 [days] # last comms urgency threshold # --- Ascent/Profile - Ice-Detection (Winter) ------------------------------------------------------ # SN dive idx param value units desc # -- ---- --- ----- ----- ----- ---- m 11012 410 152 ISS1 2 [-] # multiple surfacing mode m 11012 410 153 ICA1 3 [attempts] # maximum surfacing attempts m 11012 410 154 ICR1 10 [min] # hold pressure duration m 11012 410 155 ICD1 100 [dBar] # turnaround hold pressure m 11012 410 156 ICO1 180 [sec] # turnaround valve duration m 11012 410 157 ICG1 0 [-] # turnaround seek mode m 11012 410 158 IUE1 0 [-] # urgency mode exit criteria m 11012 410 159 ICB1 0 [cycles] # multiple surfacing cycle interval m 11012 410 160 IMT1 50 [%] # storage urgency threshold m 11012 410 161 ILT1 180 [days] # last comms urgency threshold # --- Surface - General ---------------------------------------------------------------------------- # SN dive idx param value units desc # -- ---- --- ----- ----- ----- ---- m 11012 410 162 SFN 409 [-] # m 11012 410 163 SSI 1.000 [sec] # sleep interval m 11012 410 164 SDC 0 [dBar] # surface pressure adjustment m 11012 410 165 SDT 0 [-] # m 11012 410 166 SSA 0 [-] # m 11012 410 167 SSP 240 [sec] # oil pump run duration at surface # --- Surface - Air Pump --------------------------------------------------------------------------- # SN dive idx param value units desc # -- ---- --- ----- ----- ----- ---- m 11012 410 168 SAM 1 [-] # air pump mode m 11012 410 169 SAN 6.500 [PSI] # minimum air bladder pressure m 11012 410 170 SAX 7.500 [PSI] # maximum air bladder pressure m 11012 410 171 SAO 1080 [sec] # air pump duration m 11012 410 172 SAP 1200 [sec] # maximum air pump duration # --- Surface - Sampling --------------------------------------------------------------------------- # SN dive idx param value units desc # -- ---- --- ----- ----- ----- ---- m 11012 410 173 SDS 10 [sec] # sample interval m 11012 410 174 SPT 300 [sec] # sampling duration # --- Surface - Sat./Comm. ------------------------------------------------------------------------- # SN dive idx param value units desc # -- ---- --- ----- ----- ----- ---- m 11012 410 175 SGT 15 [min] # maximum GPS duration m 11012 410 176 SET 20 [min] # maximum Iridium duration # --- Surface - Wave-Field Measurement ------------------------------------------------------------- # SN dive idx param value units desc # -- ---- --- ----- ----- ----- ---- m 11012 410 177 MAM 0 [-] # measurement mode mask m 11012 410 178 MAP 600 [sec] # measurement duration m 11012 410 179 MAT1 1 [intervals] # measurement intervals m 11012 410 180 MAT2 300 [sec] # measurement interval duration m 11012 410 181 ACA 2 [g/FSR] # accelerometer sensitivity m 11012 410 182 ACG 250 [dps/FSR] # gyroscope sensitivity m 11012 410 183 ACR 4 [Hz] # sample rate # --- Surface - Abort/Beacon Mode ------------------------------------------------------------------ # SN dive idx param value units desc # -- ---- --- ----- ----- ----- ---- m 11012 410 184 SBM 0 [-] # beacon mode m 11012 410 185 SBT 300 [sec] # beacon interval #=================================================================================================== # SBD Message Hex Data #=================================================================================================== # SN dive size MOMSN MTMSN PID # (b) SHX 11012 410 281 5374 0 12 #--------------------------------------------------------------------------------------------------- # SN dive MOMSN idx PID | 0x 0 1 2 3 4 5 6 7 8 9 A B C D E F # | 00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 # - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - shx 11012 410 5374 0 12 0x0000 (0000) | 0x 58 01 12 2B 04 01 9A 0C 60 21 01 A0 03 11 00 AD # | X . . + . . . . ` ! . . . . . . shx 11012 410 5374 1 12 0x0010 (0016) | 0x 04 99 01 1E 02 72 70 69 19 00 1E 04 8C 02 C4 02 # | . . . . . r p i . . . . . . . . shx 11012 410 5374 2 12 0x0020 (0032) | 0x 66 D0 68 FA 00 1F 04 8F 02 94 02 69 D0 68 88 00 # | f . h . . . . . . . . i . h . . shx 11012 410 5374 3 12 0x0030 (0048) | 0x 1F 04 92 02 92 02 6C D0 68 0C 00 1F 04 94 02 95 # | . . . . . . l . h . . . . . . . shx 11012 410 5374 4 12 0x0040 (0064) | 0x 02 6E D0 61 77 00 1F 04 87 02 76 02 70 D0 59 2F # | . n . a w . . . . . v . p . Y / shx 11012 410 5374 5 12 0x0050 (0080) | 0x 00 1F 04 8C 02 68 02 72 D0 35 B2 00 1E 04 94 01 # | . . . . . h . r . 5 . . . . . . shx 11012 410 5374 6 12 0x0060 (0096) | 0x EA 02 75 D0 28 74 00 1F 04 91 01 A8 02 78 D0 20 # | . . u . ( t . . . . . . . x . shx 11012 410 5374 7 12 0x0070 (0112) | 0x 94 00 1F 04 92 01 95 02 7D D0 1A FD 00 1E 04 8F # | . . . . . . . . } . . . . . . . shx 11012 410 5374 8 12 0x0080 (0128) | 0x 01 92 02 81 D0 19 2E 00 1F 04 93 01 6D 02 84 D0 # | . . . . . . . . . . . . m . . . shx 11012 410 5374 9 12 0x0090 (0144) | 0x 15 65 00 1F 04 91 01 71 02 89 D0 13 B3 00 1F 04 # | . e . . . . . q . . . . . . . . shx 11012 410 5374 10 12 0x00A0 (0160) | 0x 98 01 5F 02 8B D0 0E 8F 00 1F 04 90 01 5E 02 8D # | . . _ . . . . . . . . . . ^ . . shx 11012 410 5374 11 12 0x00B0 (0176) | 0x D0 09 FF 00 1F 04 96 01 34 02 8F D0 08 7A 00 1F # | . . . . . . . . 4 . . . . z . . shx 11012 410 5374 12 12 0x00C0 (0192) | 0x 04 9A 01 45 02 90 D0 05 C1 00 1F 04 96 01 36 02 # | . . . E . . . . . . . . . . 6 . shx 11012 410 5374 13 12 0x00D0 (0208) | 0x 8E D0 05 39 00 1F 04 96 01 2B 02 91 D0 04 B0 00 # | . . . 9 . . . . . + . . . . . . shx 11012 410 5374 14 12 0x00E0 (0224) | 0x 1F 04 9D 01 24 02 95 D0 03 72 00 1F 04 95 01 11 # | . . . . $ . . . . r . . . . . . shx 11012 410 5374 15 12 0x00F0 (0240) | 0x 02 99 D0 02 F0 00 1F 04 99 01 18 02 9D E0 00 F9 # | . . . . . . . . . . . . . . . . shx 11012 410 5374 16 12 0x0100 (0256) | 0x 00 F0 04 A0 00 F1 02 AF 3B EB 00 0C 00 10 00 F9 # | . . . . . . . . ; . . . . . . . shx 11012 410 5374 17 12 0x0110 (0272) | 0x 00 B8 02 6B 3B 24 31 3B 3E # | . . . k ; $ 1 ; > #--------------------------------------------------------------------------------------------------- # SN dive size MOMSN MTMSN PID # (b) SHX 11012 410 340 5375 0 11 #--------------------------------------------------------------------------------------------------- # SN dive MOMSN idx PID | 0x 0 1 2 3 4 5 6 7 8 9 A B C D E F # | 00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 # - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - shx 11012 410 5375 0 11 0x0000 (0000) | 0x 58 01 4D 2B 04 01 9A 0B D0 01 48 00 05 00 61 00 # | X . M + . . . . . . H . . . a . shx 11012 410 5375 1 11 0x0010 (0016) | 0x 15 01 01 99 01 00 00 00 01 00 05 00 01 01 00 02 # | . . . . . . . . . . . . . . . . shx 11012 410 5375 2 11 0x0020 (0032) | 0x 03 E8 03 E8 01 2C 08 34 01 01 00 02 01 00 00 01 # | . . . . . , . 4 . . . . . . . . shx 11012 410 5375 3 11 0x0030 (0048) | 0x 00 00 00 02 00 00 00 03 E8 07 D0 03 E8 01 2C 00 # | . . . . . . . . . . . . . . , . shx 11012 410 5375 4 11 0x0040 (0064) | 0x 02 00 02 00 01 00 02 00 02 00 01 00 32 00 00 00 # | . . . . . . . . . . . . 2 . . . shx 11012 410 5375 5 11 0x0050 (0080) | 0x 0A 00 04 93 E0 00 76 A7 00 00 00 01 01 2C 02 58 # | . . . . . . v . . . . . . , . X shx 11012 410 5375 6 11 0x0060 (0096) | 0x 00 02 00 FA 00 04 03 84 01 2C 02 BC AA 94 C7 0E # | . . . . . . . . . , . . . . . . shx 11012 410 5375 7 11 0x0070 (0112) | 0x 00 00 65 68 06 FE 08 29 F0 AE 7D 00 00 00 40 D8 # | . . e h . . . ) . . } . . . @ . shx 11012 410 5375 8 11 0x0080 (0128) | 0x 00 00 00 00 03 00 03 00 00 00 00 00 32 00 32 00 # | . . . . . . . . . . . . 2 . 2 . shx 11012 410 5375 9 11 0x0090 (0144) | 0x B4 00 B4 00 0A 00 1E FF 74 00 0A 02 02 01 00 14 # | . . . . . . . . t . . . . . . . shx 11012 410 5375 10 11 0x00A0 (0160) | 0x 01 2C 00 00 00 00 64 00 64 00 00 00 0A 00 00 00 # | . , . . . . d . d . . . . . . . shx 11012 410 5375 11 11 0x00B0 (0176) | 0x 0A 00 00 01 00 0A 04 B0 00 1E 04 B0 00 B4 00 B4 # | . . . . . . . . . . . . . . . . shx 11012 410 5375 12 11 0x00C0 (0192) | 0x 00 00 00 00 00 00 00 00 01 99 00 14 00 14 00 14 # | . . . . . . . . . . . . . . . . shx 11012 410 5375 13 11 0x00D0 (0208) | 0x 00 0A 07 08 07 08 07 08 01 2C 00 00 00 00 03 E8 # | . . . . . . . . . , . . . . . . shx 11012 410 5375 14 11 0x00E0 (0224) | 0x 00 14 07 08 00 BA 00 AB 01 3B 01 01 7E 90 7E 90 # | . . . . . . . . . ; . . ~ . ~ . shx 11012 410 5375 15 11 0x00F0 (0240) | 0x 0E 10 03 00 03 00 00 03 FC 00 01 00 01 00 C8 00 # | . . . . . . . . . . . . . . . . shx 11012 410 5375 16 11 0x0100 (0256) | 0x 00 38 40 00 32 00 0A 00 0A 00 05 00 1E 00 05 03 # | . 8 @ . 2 . . . . . . . . . . . shx 11012 410 5375 17 11 0x0110 (0272) | 0x 84 00 13 00 10 00 32 07 08 01 99 00 05 46 00 00 # | . . . . . . 2 . . . . . . F . . shx 11012 410 5375 18 11 0x0120 (0288) | 0x 05 D2 A0 00 00 00 00 00 00 00 00 00 00 00 00 00 # | . . . . . . . . . . . . . . . . shx 11012 410 5375 19 11 0x0130 (0304) | 0x 20 02 00 00 00 00 00 01 00 09 27 C0 01 00 00 8C # | . . . . . . . . . ' . . . . . shx 11012 410 5375 20 11 0x0140 (0320) | 0x A0 00 01 00 01 07 D0 00 64 00 64 00 78 00 01 3B # | . . . . . . . . d . d . x . . ; shx 11012 410 5375 21 11 0x0150 (0336) | 0x 24 33 3A 3E # | $ 3 : > #--------------------------------------------------------------------------------------------------- # SN dive size MOMSN MTMSN PID # (b) SHX 11012 410 231 5376 0 10 #--------------------------------------------------------------------------------------------------- # SN dive MOMSN idx PID | 0x 0 1 2 3 4 5 6 7 8 9 A B C D E F # | 00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 # - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - shx 11012 410 5376 0 10 0x0000 (0000) | 0x 58 00 E0 2B 04 01 9A 0A F0 00 42 22 00 64 03 E8 # | X . . + . . . . . . B " . d . . shx 11012 410 5376 1 10 0x0010 (0016) | 0x 00 28 02 3C 00 01 04 F8 24 03 38 A9 24 04 9A 2D # | . ( . < . . . . $ . 8 . $ . . - shx 11012 410 5376 2 10 0x0020 (0032) | 0x 24 0A 6F 2A 24 0A 99 86 03 0A 00 03 06 0E 38 40 # | $ . o * $ . . . . . . . . . 8 @ shx 11012 410 5376 3 10 0x0030 (0048) | 0x 00 19 00 0A 03 E8 00 05 03 E8 00 01 00 64 00 0A # | . . . . . . . . . . . . . d . . shx 11012 410 5376 4 10 0x0040 (0064) | 0x 03 E8 00 05 03 E8 00 01 01 3B D1 00 4F 00 01 0E # | . . . . . . . . . ; . . O . . . shx 11012 410 5376 5 10 0x0050 (0080) | 0x 10 00 00 C8 2A 30 00 1E 02 58 01 99 00 0A 09 60 # | . . . . * 0 . . . X . . . . . ` shx 11012 410 5376 6 10 0x0060 (0096) | 0x 00 1E 00 1E 00 00 03 E8 00 01 00 14 07 08 11 94 # | . . . . . . . . . . . . . . . . shx 11012 410 5376 7 10 0x0070 (0112) | 0x 03 E8 00 0A 01 99 00 00 00 0F 00 14 00 01 2C 00 # | . . . . . . . . . . . . . . , . shx 11012 410 5376 8 10 0x0080 (0128) | 0x 00 00 00 00 00 00 00 03 E8 00 0A 01 1D 4C 19 64 # | . . . . . . . . . . . . . L . d shx 11012 410 5376 9 10 0x0090 (0144) | 0x 04 38 04 B0 01 2C 00 F0 3B EA 00 4A 13 24 0A 99 # | . 8 . . . , . . ; . . J . $ . . shx 11012 410 5376 10 10 0x00A0 (0160) | 0x 86 00 0D 00 78 02 9E 02 B2 00 00 4E 41 00 00 69 # | . . . . x . . . . . . N A . . i shx 11012 410 5376 11 10 0x00B0 (0176) | 0x 16 13 9E 8C 26 01 08 0D C3 71 27 02 AC 2A 45 00 # | . . . . & . . . . q ' . . * E . shx 11012 410 5376 12 10 0x00C0 (0192) | 0x 00 00 00 04 40 1C 72 04 B8 02 C0 06 A0 02 D7 04 # | . . . . @ . r . . . . . . . . . shx 11012 410 5376 13 10 0x00D0 (0208) | 0x 70 00 98 02 84 06 78 03 04 FA B0 01 24 0A A2 4E # | p . . . . . x . . . . . $ . . N shx 11012 410 5376 14 10 0x00E0 (0224) | 0x 0C 16 3B 24 38 3F 3E # | . . ; $ 8 ? > #--------------------------------------------------------------------------------------------------- # SN dive size MOMSN MTMSN PID # (b) SHX 11012 410 308 5377 0 9 #--------------------------------------------------------------------------------------------------- # SN dive MOMSN idx PID | 0x 0 1 2 3 4 5 6 7 8 9 A B C D E F # | 00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 # - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - shx 11012 410 5377 0 9 0x0000 (0000) | 0x 58 01 2D 2B 04 01 9A 09 80 21 28 24 0A 99 86 00 # | X . - + . . . . . ! ( $ . . . . shx 11012 410 5377 1 9 0x0010 (0016) | 0x F4 E0 03 E0 0D C1 03 E8 05 3A E0 03 B7 0D BB 03 # | . . . . . . . . . : . . . . . . shx 11012 410 5377 2 9 0x0020 (0032) | 0x E8 08 D9 E0 03 B7 0D A4 03 E8 08 E3 E0 03 B8 0D # | . . . . . . . . . . . . . . . . shx 11012 410 5377 3 9 0x0030 (0048) | 0x A9 03 E8 08 EE E0 03 B7 0D B7 03 E8 08 F8 E0 03 # | . . . . . . . . . . . . . . . . shx 11012 410 5377 4 9 0x0040 (0064) | 0x B7 0D B9 03 E8 09 02 E0 03 B8 0D B8 03 E8 09 0D # | . . . . . . . . . . . . . . . . shx 11012 410 5377 5 9 0x0050 (0080) | 0x E0 03 B6 0D BA 03 E8 09 17 E0 03 B6 0D B9 03 E8 # | . . . . . . . . . . . . . . . . shx 11012 410 5377 6 9 0x0060 (0096) | 0x 09 21 E0 03 B7 0D B7 03 E8 09 2C E0 03 B8 0D B4 # | . ! . . . . . . . . , . . . . . shx 11012 410 5377 7 9 0x0070 (0112) | 0x 03 E8 09 36 E0 03 B6 0D B6 03 E8 09 40 E0 03 B7 # | . . . 6 . . . . . . . . @ . . . shx 11012 410 5377 8 9 0x0080 (0128) | 0x 0D B7 03 E8 09 4B E0 03 B7 0D B9 03 E8 09 55 E0 # | . . . . . K . . . . . . . . U . shx 11012 410 5377 9 9 0x0090 (0144) | 0x 03 B8 0D BA 03 E8 09 5F E0 03 B9 0D BA 03 E8 09 # | . . . . . . . _ . . . . . . . . shx 11012 410 5377 10 9 0x00A0 (0160) | 0x 69 E0 03 B6 0D B9 03 E8 09 74 E0 03 B7 0D B9 03 # | i . . . . . . . . t . . . . . . shx 11012 410 5377 11 9 0x00B0 (0176) | 0x E8 09 7E E0 03 B8 0D B9 03 E8 09 88 E0 03 B7 0D # | . . ~ . . . . . . . . . . . . . shx 11012 410 5377 12 9 0x00C0 (0192) | 0x B8 03 E8 09 93 E0 03 B6 0D B7 03 E8 09 9D E0 03 # | . . . . . . . . . . . . . . . . shx 11012 410 5377 13 9 0x00D0 (0208) | 0x B6 0D B0 03 E8 09 A7 E0 03 B6 0D B0 03 E8 09 B2 # | . . . . . . . . . . . . . . . . shx 11012 410 5377 14 9 0x00E0 (0224) | 0x E0 03 B8 0D AF 03 E8 09 BC E0 03 B5 0D AA 03 E8 # | . . . . . . . . . . . . . . . . shx 11012 410 5377 15 9 0x00F0 (0240) | 0x 09 C6 E0 03 B7 0D AB 03 E8 09 D1 E0 03 B8 0D AE # | . . . . . . . . . . . . . . . . shx 11012 410 5377 16 9 0x0100 (0256) | 0x 03 E8 09 DB E0 03 B7 0D AD 03 E8 09 E5 E0 03 B7 # | . . . . . . . . . . . . . . . . shx 11012 410 5377 17 9 0x0110 (0272) | 0x 0D AE 03 E8 09 EF E0 03 B7 0D AD 03 E8 09 FA E0 # | . . . . . . . . . . . . . . . . shx 11012 410 5377 18 9 0x0120 (0288) | 0x 03 B6 0D B0 03 E8 09 FF E0 03 B7 0D B1 03 E8 3B # | . . . . . . . . . . . . . . . ; shx 11012 410 5377 19 9 0x0130 (0304) | 0x 24 3B 3E 3E # | $ ; > > #--------------------------------------------------------------------------------------------------- # SN dive size MOMSN MTMSN PID # (b) SHX 11012 410 333 5378 0 8 #--------------------------------------------------------------------------------------------------- # SN dive MOMSN idx PID | 0x 0 1 2 3 4 5 6 7 8 9 A B C D E F # | 00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 # - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - shx 11012 410 5378 0 8 0x0000 (0000) | 0x 58 01 46 2B 04 01 9A 08 30 11 41 00 01 32 00 71 # | X . F + . . . . 0 . A . . 2 . q shx 11012 410 5378 1 8 0x0010 (0016) | 0x 27 00 00 00 29 A4 92 49 24 92 48 80 00 00 00 00 # | ' . . . ) . . I $ . H . . . . . shx 11012 410 5378 2 8 0x0020 (0032) | 0x 01 FF 2F 11 D2 F1 0F 12 03 01 02 00 54 60 BA 5E # | . . / . . . . . . . . . T ` . ^ shx 11012 410 5378 3 8 0x0030 (0048) | 0x D1 F3 E1 C0 E7 09 E4 28 FF 0F FF 00 C0 1F FD 0F # | . . . . . . . ( . . . . . . . . shx 11012 410 5378 4 8 0x0040 (0064) | 0x F4 03 20 03 01 5F E7 FF 00 97 F6 6F FF 00 DF FB # | . . . . _ . . . . . o . . . . shx 11012 410 5378 5 8 0x0050 (0080) | 0x 1F D4 22 26 B0 0E F2 E9 29 DE F1 04 19 F2 FB 00 # | . . " & . . . . ) . . . . . . . shx 11012 410 5378 6 8 0x0060 (0096) | 0x FC 0D 10 FD 04 04 FB 06 06 03 F9 FD 16 E5 E3 F8 # | . . . . . . . . . . . . . . . . shx 11012 410 5378 7 8 0x0070 (0112) | 0x 27 03 F0 00 FB 06 F4 01 02 02 F7 0B FB F8 FD 06 # | ' . . . . . . . . . . . . . . . shx 11012 410 5378 8 8 0x0080 (0128) | 0x 08 00 F4 0A FE F2 00 0A 05 01 F4 05 FF 03 F5 05 # | . . . . . . . . . . . . . . . . shx 11012 410 5378 9 8 0x0090 (0144) | 0x FC 02 02 0A F3 00 0A F2 06 07 F6 11 FC 00 F6 04 # | . . . . . . . . . . . . . . . . shx 11012 410 5378 10 8 0x00A0 (0160) | 0x FF 00 07 F5 F9 18 04 EE 07 FF F2 09 FD 00 04 05 # | . . . . . . . . . . . . . . . . shx 11012 410 5378 11 8 0x00B0 (0176) | 0x F0 02 10 FB FE 09 D4 19 0E F1 0C 02 F1 06 FE 01 # | . . . . . . . . . . . . . . . . shx 11012 410 5378 12 8 0x00C0 (0192) | 0x 02 FE 01 02 0A F5 FD FD 04 FE 03 03 FB 0B 01 FA # | . . . . . . . . . . . . . . . . shx 11012 410 5378 13 8 0x00D0 (0208) | 0x FF 05 09 F6 F7 06 05 FE F9 01 00 04 09 F7 06 F6 # | . . . . . . . . . . . . . . . . shx 11012 410 5378 14 8 0x00E0 (0224) | 0x 03 01 F8 00 07 0A 0C F4 01 FD 02 F5 0A FD 05 F9 # | . . . . . . . . . . . . . . . . shx 11012 410 5378 15 8 0x00F0 (0240) | 0x 06 F9 02 0C F6 12 FA F5 0A 04 EE 05 04 02 F7 02 # | . . . . . . . . . . . . . . . . shx 11012 410 5378 16 8 0x0100 (0256) | 0x 03 07 04 FB 02 FD FE 05 F3 0F F8 F5 FB 02 09 F8 # | . . . . . . . . . . . . . . . . shx 11012 410 5378 17 8 0x0110 (0272) | 0x 05 07 01 03 F8 0A F2 FD 03 FE FD 03 05 F6 00 02 # | . . . . . . . . . . . . . . . . shx 11012 410 5378 18 8 0x0120 (0288) | 0x FF 00 04 06 DD 25 F6 02 EE 1B F6 F9 06 FA 0A F7 # | . . . . . % . . . . . . . . . . shx 11012 410 5378 19 8 0x0130 (0304) | 0x FF FD 09 FD 00 FF 00 FB 05 03 FD 00 F7 11 01 F4 # | . . . . . . . . . . . . . . . . shx 11012 410 5378 20 8 0x0140 (0320) | 0x 6B 4E 0E 00 3D 20 F0 F2 3B 24 37 34 3E # | k N . . = . . ; $ 7 4 > #--------------------------------------------------------------------------------------------------- # SN dive size MOMSN MTMSN PID # (b) SHX 11012 410 329 5379 0 7 #--------------------------------------------------------------------------------------------------- # SN dive MOMSN idx PID | 0x 0 1 2 3 4 5 6 7 8 9 A B C D E F # | 00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 # - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - shx 11012 410 5379 0 7 0x0000 (0000) | 0x 58 01 42 2B 04 01 9A 07 21 11 3D 12 01 8A 00 13 # | X . B + . . . . ! . = . . . . . shx 11012 410 5379 1 7 0x0010 (0016) | 0x 59 00 00 12 49 22 92 45 24 49 24 94 49 20 00 00 # | Y . . . I " . E $ I $ . I . . shx 11012 410 5379 2 7 0x0020 (0032) | 0x F8 0A 11 EE FB FE 03 01 F9 0B F9 02 00 03 FC 0C # | . . . . . . . . . . . . . . . . shx 11012 410 5379 3 7 0x0030 (0048) | 0x F7 FD 07 06 F6 01 06 F8 FF 02 FD FF 0B F9 FB 02 # | . . . . . . . . . . . . . . . . shx 11012 410 5379 4 7 0x0040 (0064) | 0x F6 0C F6 FB 0A FF 0C F3 FE 00 00 06 FC 04 F7 05 # | . . . . . . . . . . . . . . . . shx 11012 410 5379 5 7 0x0050 (0080) | 0x FE 03 FF FF FF FC 04 03 FB FF 00 05 F8 06 FD 02 # | . . . . . . . . . . . . . . . . shx 11012 410 5379 6 7 0x0060 (0096) | 0x B3 0F 2F 0E 2D 4E 0E E0 FF 05 FA 06 00 F9 10 F4 # | . . / . - N . . . . . . . . . . shx 11012 410 5379 7 7 0x0070 (0112) | 0x FD 05 FF F5 02 06 FE FA 09 01 FB 02 02 FB 02 05 # | . . . . . . . . . . . . . . . . shx 11012 410 5379 8 7 0x0080 (0128) | 0x FE FD 04 11 F1 FC F9 05 0B E1 13 06 F7 08 00 EC # | . . . . . . . . . . . . . . . . shx 11012 410 5379 9 7 0x0090 (0144) | 0x 15 FF FA FF 00 F8 06 05 00 06 00 FF FC 03 FC 03 # | . . . . . . . . . . . . . . . . shx 11012 410 5379 10 7 0x00A0 (0160) | 0x 00 0C EC 07 FC F2 1F ED B4 72 C1 23 39 FD 1F 59 # | . . . . . . . . . r . # 9 . . Y shx 11012 410 5379 11 7 0x00B0 (0176) | 0x 04 FF 02 04 FC FA 07 01 F9 08 FE 01 FB 01 04 00 # | . . . . . . . . . . . . . . . . shx 11012 410 5379 12 7 0x00C0 (0192) | 0x FD 00 03 FE 01 FF 02 F7 03 02 FC FF 0B FD FD 03 # | . . . . . . . . . . . . . . . . shx 11012 410 5379 13 7 0x00D0 (0208) | 0x FE F9 FC 0D 03 FB FE FE 07 00 F9 05 01 F5 10 F5 # | . . . . . . . . . . . . . . . . shx 11012 410 5379 14 7 0x00E0 (0224) | 0x 42 B5 EE 6F F1 CE 22 4D 0E 22 F0 11 F0 1E 1F 00 # | B . . o . . " M . " . . . . . . shx 11012 410 5379 15 7 0x00F0 (0240) | 0x 0E C3 0F 10 D5 D2 10 2F 0E 2E 0F 10 11 1B 4E 1A # | . . . . . . . / . . . . . . N . shx 11012 410 5379 16 7 0x0100 (0256) | 0x 7E C6 F0 F1 2F DE 5F 11 F1 F1 0F 1F E0 E1 21 C2 # | ~ . . . / . _ . . . . . . . ! . shx 11012 410 5379 17 7 0x0110 (0272) | 0x E3 11 C0 22 0D E5 F1 0F FE 00 FF FE 00 FF 00 02 # | . . . " . . . . . . . . . . . . shx 11012 410 5379 18 7 0x0120 (0288) | 0x FC 07 02 FE 01 FD FB 09 2D E3 C4 E0 10 10 F0 1F # | . . . . . . . . - . . . . . . . shx 11012 410 5379 19 7 0x0130 (0304) | 0x 01 0D 30 0E 1F F2 1F 1F 11 E0 1F 01 00 F1 00 0E # | . . 0 . . . . . . . . . . . . . shx 11012 410 5379 20 7 0x0140 (0320) | 0x FF 20 1F 21 3B 24 3B 3F 3E # | . . ! ; $ ; ? > #--------------------------------------------------------------------------------------------------- # SN dive size MOMSN MTMSN PID # (b) SHX 11012 410 333 5380 0 6 #--------------------------------------------------------------------------------------------------- # SN dive MOMSN idx PID | 0x 0 1 2 3 4 5 6 7 8 9 A B C D E F # | 00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 # - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - shx 11012 410 5380 0 6 0x0000 (0000) | 0x 58 01 46 2B 04 01 9A 06 20 11 41 00 01 22 00 0D # | X . F + . . . . . A . . " . . shx 11012 410 5380 1 6 0x0010 (0016) | 0x C3 00 00 02 29 B4 92 49 24 92 48 00 00 00 00 00 # | . . . . ) . . I $ . H . . . . . shx 11012 410 5380 2 6 0x0020 (0032) | 0x E1 F0 01 1F F0 1F 00 03 FF 03 FE 03 39 15 EE 24 # | . . . . . . . . . . . . 9 . . $ shx 11012 410 5380 3 6 0x0030 (0048) | 0x EC 0C F4 E1 F1 EE 15 0E FD 40 2A 02 00 03 FC 60 # | . . . . . . . . . @ * . . . . ` shx 11012 410 5380 4 6 0x0040 (0064) | 0x 0E 04 80 02 03 DF BB 09 70 12 F2 E0 09 FE 60 27 # | . . . . . . . . p . . . . . ` ' shx 11012 410 5380 5 6 0x0050 (0080) | 0x 04 0F C6 F8 CE FE 03 F0 70 03 4F FF FC 20 39 02 # | . . . . . . . . p . O . . 9 . shx 11012 410 5380 6 6 0x0060 (0096) | 0x EF F3 FE 60 0B 00 2F C0 49 23 F7 14 D7 0B EC BE # | . . . ` . . / . I # . . . . . . shx 11012 410 5380 7 6 0x0070 (0112) | 0x 20 29 E2 1D 0C EE 17 07 CA 19 E7 1B 0D FB F0 F0 # | ) . . . . . . . . . . . . . . shx 11012 410 5380 8 6 0x0080 (0128) | 0x 44 EC F8 05 FA FA 06 F2 FA FB 44 D6 EC 18 04 F6 # | D . . . . . . . . . D . . . . . shx 11012 410 5380 9 6 0x0090 (0144) | 0x F0 01 16 10 F5 EE 06 08 02 01 01 FC 02 08 DD 01 # | . . . . . . . . . . . . . . . . shx 11012 410 5380 10 6 0x00A0 (0160) | 0x 19 E4 0A 21 E2 12 FC F7 06 F1 2C DA 54 FF EF EF # | . . . ! . . . . . . , . T . . . shx 11012 410 5380 11 6 0x00B0 (0176) | 0x 07 F7 16 01 FD EC EA 09 EE 2D 06 EC 9F D9 3E 68 # | . . . . . . . . . - . . . . > h shx 11012 410 5380 12 6 0x00C0 (0192) | 0x 92 2E E8 AA 21 0B 1F 0F 00 0F 0B FE F7 05 00 FD # | . . . . ! . . . . . . . . . . . shx 11012 410 5380 13 6 0x00D0 (0208) | 0x 0A FC FE F3 12 13 E4 FD 0A F8 08 05 FC 01 00 FF # | . . . . . . . . . . . . . . . . shx 11012 410 5380 14 6 0x00E0 (0224) | 0x 01 02 FF 02 02 FF FD 00 01 01 FF 00 01 00 0A F9 # | . . . . . . . . . . . . . . . . shx 11012 410 5380 15 6 0x00F0 (0240) | 0x FD 00 02 01 04 06 F8 FF 02 FC 04 03 FE 07 01 FC # | . . . . . . . . . . . . . . . . shx 11012 410 5380 16 6 0x0100 (0256) | 0x 07 FB F9 05 02 F8 03 0B FA 0E F9 FE FB 08 FE FF # | . . . . . . . . . . . . . . . . shx 11012 410 5380 17 6 0x0110 (0272) | 0x FF 0D F2 F9 FF 00 08 FC 0A 06 07 F5 08 FE E6 11 # | . . . . . . . . . . . . . . . . shx 11012 410 5380 18 6 0x0120 (0288) | 0x F9 FA FE 0A FD F7 04 02 FF 05 F6 C5 3C 24 EB C8 # | . . . . . . . . . . . . < $ . . shx 11012 410 5380 19 6 0x0130 (0304) | 0x 50 1E C9 FD FA FB 05 F8 01 0D 0E EA ED 13 EB 12 # | P . . . . . . . . . . . . . . . shx 11012 410 5380 20 6 0x0140 (0320) | 0x 0A F6 FF 01 1E 37 CF E9 3B 24 33 3C 3E # | . . . . . 7 . . ; $ 3 < > #--------------------------------------------------------------------------------------------------- # SN dive size MOMSN MTMSN PID # (b) SHX 11012 410 334 5381 0 5 #--------------------------------------------------------------------------------------------------- # SN dive MOMSN idx PID | 0x 0 1 2 3 4 5 6 7 8 9 A B C D E F # | 00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 # - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - shx 11012 410 5381 0 5 0x0000 (0000) | 0x 58 01 47 2B 04 01 9A 05 11 10 6D 20 00 AA 00 48 # | X . G + . . . . . . m . . . H shx 11012 410 5381 1 5 0x0010 (0016) | 0x 13 00 00 33 24 92 49 24 80 00 00 00 00 00 00 00 # | . . . 3 $ . I $ . . . . . . . . shx 11012 410 5381 2 5 0x0020 (0032) | 0x D1 20 E0 12 DF 31 FE 01 F2 0F E2 11 EE 12 E3 E1 # | . . . . 1 . . . . . . . . . . shx 11012 410 5381 3 5 0x0030 (0048) | 0x D1 12 EF 11 F0 01 FE 2F 2E 03 EF 3E F0 11 F0 1F # | . . . . . . . / . . . > . . . . shx 11012 410 5381 4 5 0x0040 (0064) | 0x 01 FE 20 01 0F E2 F1 01 0E 01 2F E0 01 00 2F E0 # | . . . . . . . . . / . . . / . shx 11012 410 5381 5 5 0x0050 (0080) | 0x 10 00 F2 FF 2F 01 E1 1F F1 01 0E 01 10 E0 10 1F # | . . . . / . . . . . . . . . . . shx 11012 410 5381 6 5 0x0060 (0096) | 0x F2 F0 F1 0F 12 EF 11 E2 F0 F0 10 10 E1 F2 E1 1F # | . . . . . . . . . . . . . . . . shx 11012 410 5381 7 5 0x0070 (0112) | 0x 2D 01 00 2A 3B 31 10 D5 13 01 7A 00 8B 32 00 00 # | - . . * ; 1 . . . . z . . 2 . . shx 11012 410 5381 8 5 0x0080 (0128) | 0x 08 24 92 49 24 92 49 24 92 49 00 00 00 1C 23 DF # | . $ . I $ . I $ . I . . . . # . shx 11012 410 5381 9 5 0x0090 (0144) | 0x 2F E0 00 F3 D1 D2 0C 30 01 E0 02 FF 1E 2F 1F 1F # | / . . . . . . 0 . . . . . / . . shx 11012 410 5381 10 5 0x00A0 (0160) | 0x F2 E1 00 F1 F0 1F 01 00 E1 01 F1 E1 F2 E1 0F 3B # | . . . . . . . . . . . . . . . ; shx 11012 410 5381 11 5 0x00B0 (0176) | 0x 5E E2 0F F1 10 F2 E0 1F 00 2E F3 0E 1D 5C 02 FF # | ^ . . . . . . . . . . . . \ . . shx 11012 410 5381 12 5 0x00C0 (0192) | 0x 3E F2 0E 2E 10 00 2F 0F 1F F4 DF 3C 30 FF 11 F1 # | > . . . . . / . . . . < 0 . . . shx 11012 410 5381 13 5 0x00D0 (0208) | 0x F0 2E 00 0F 11 F0 00 00 01 E1 1F 0F 11 0E 2F 00 # | . . . . . . . . . . . . . . / . shx 11012 410 5381 14 5 0x00E0 (0224) | 0x 00 00 00 F2 F0 01 E0 11 FF 11 FF 2F F2 E1 00 00 # | . . . . . . . . . . . / . . . . shx 11012 410 5381 15 5 0x00F0 (0240) | 0x 01 F0 00 00 1F 00 00 00 00 1F 1F 01 F0 00 00 00 # | . . . . . . . . . . . . . . . . shx 11012 410 5381 16 5 0x0100 (0256) | 0x F1 00 00 00 00 00 00 00 1F 00 00 00 00 00 00 00 # | . . . . . . . . . . . . . . . . shx 11012 410 5381 17 5 0x0110 (0272) | 0x 00 00 1E 11 E1 1F 00 F1 01 F0 00 00 00 00 1E 2F # | . . . . . . . . . . . . . . . / shx 11012 410 5381 18 5 0x0120 (0288) | 0x 00 01 F0 00 00 1F F2 F0 1F 00 00 01 0E 10 00 00 # | . . . . . . . . . . . . . . . . shx 11012 410 5381 19 5 0x0130 (0304) | 0x 00 00 1E 2E 2F 00 00 00 00 00 00 00 00 00 00 00 # | . . . . / . . . . . . . . . . . shx 11012 410 5381 20 5 0x0140 (0320) | 0x 00 00 00 1E 11 F0 00 00 00 3B 24 36 3C 3E # | . . . . . . . . . ; $ 6 < > #--------------------------------------------------------------------------------------------------- # SN dive size MOMSN MTMSN PID # (b) SHX 11012 410 301 5382 0 4 #--------------------------------------------------------------------------------------------------- # SN dive MOMSN idx PID | 0x 0 1 2 3 4 5 6 7 8 9 A B C D E F # | 00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 # - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - shx 11012 410 5382 0 4 0x0000 (0000) | 0x 58 01 26 2B 04 01 9A 04 10 11 21 00 02 02 00 01 # | X . & + . . . . . . ! . . . . . shx 11012 410 5382 1 4 0x0010 (0016) | 0x 15 00 00 18 24 92 49 24 92 49 25 12 49 24 92 49 # | . . . . $ . I $ . I % . I $ . I shx 11012 410 5382 2 4 0x0020 (0032) | 0x F0 4E 1E 3E E1 12 FF F1 1F 1E 1F 01 00 00 F2 0F # | . N . > . . . . . . . . . . . . shx 11012 410 5382 3 4 0x0030 (0048) | 0x 00 01 FF 11 F0 E4 D0 2E 10 1F 0F 11 F1 E0 10 11 # | . . . . . . . . . . . . . . . . shx 11012 410 5382 4 4 0x0040 (0064) | 0x D0 02 F0 10 E0 1F 12 FE 01 E4 0D 1F 10 00 1F 01 # | . . . . . . . . . . . . . . . . shx 11012 410 5382 5 4 0x0050 (0080) | 0x E0 01 10 E0 3F E2 FD 30 F2 F0 1F 1F F0 02 01 DF # | . . . . ? . . 0 . . . . . . . . shx 11012 410 5382 6 4 0x0060 (0096) | 0x 21 FF 20 FF 10 00 1F F2 D3 1B 41 DE 5F F0 0F 10 # | ! . . . . . . . . A . _ . . . shx 11012 410 5382 7 4 0x0070 (0112) | 0x F1 11 EF 10 F0 12 FE 1E 31 FD 20 E2 1F 1E 10 00 # | . . . . . . . . 1 . . . . . . shx 11012 410 5382 8 4 0x0080 (0128) | 0x 1F E3 0E 11 D2 10 FF 02 FF 21 C1 11 1E FF 3E 12 # | . . . . . . . . . ! . . . . > . shx 11012 410 5382 9 4 0x0090 (0144) | 0x FE 02 D2 00 01 E1 00 0F 20 00 FF 01 0E 40 C1 1F # | . . . . . . . . . . . . @ . . shx 11012 410 5382 10 4 0x00A0 (0160) | 0x 11 0F F1 20 D0 10 F1 01 0F F2 FF F3 F0 F1 1F F2 # | . . . . . . . . . . . . . . . shx 11012 410 5382 11 4 0x00B0 (0176) | 0x FF 00 00 01 FE 02 01 FE 00 FF 17 05 FE FE 02 02 # | . . . . . . . . . . . . . . . . shx 11012 410 5382 12 4 0x00C0 (0192) | 0x EF F4 E0 1F 00 00 01 D1 2E 11 E1 1F E3 0F 00 00 # | . . . . . . . . . . . . . . . . shx 11012 410 5382 13 4 0x00D0 (0208) | 0x 01 F0 FF 31 EF 1F 12 FC 31 0E 02 FE 4E F1 01 F0 # | . . . 1 . . . . 1 . . . N . . . shx 11012 410 5382 14 4 0x00E0 (0224) | 0x E2 01 1D 10 F1 2D 02 D3 0E 2F 01 E0 2E 03 FE 10 # | . . . . . - . . . / . . . . . . shx 11012 410 5382 15 4 0x00F0 (0240) | 0x F3 D0 20 E0 2F 0F 1F 21 C2 2D 01 1F F1 1F 1F FF # | . . . / . . ! . - . . . . . . shx 11012 410 5382 16 4 0x0100 (0256) | 0x 3E 01 1F 20 C1 01 10 00 EF 20 10 D2 10 D2 00 1F # | > . . . . . . . . . . . . . shx 11012 410 5382 17 4 0x0110 (0272) | 0x 0F 2F 01 E2 E0 3E E3 1C 20 1F 0F 11 E0 01 20 D0 # | . / . . . > . . . . . . . . shx 11012 410 5382 18 4 0x0120 (0288) | 0x 01 1E 11 E3 C3 F2 D0 2F 3B 24 37 3E 3E # | . . . . . . . / ; $ 7 > > #--------------------------------------------------------------------------------------------------- # SN dive size MOMSN MTMSN PID # (b) SHX 11012 410 332 5383 0 3 #--------------------------------------------------------------------------------------------------- # SN dive MOMSN idx PID | 0x 0 1 2 3 4 5 6 7 8 9 A B C D E F # | 00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 # - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - shx 11012 410 5383 0 3 0x0000 (0000) | 0x 58 01 45 2B 04 01 9A 03 50 11 1B 24 0A 6F 2D 00 # | X . E + . . . . P . . $ . o - . shx 11012 410 5383 1 3 0x0010 (0016) | 0x 00 70 69 19 01 25 D0 67 36 01 E3 D0 65 36 02 A6 # | . p i . . % . g 6 . . . e 6 . . shx 11012 410 5383 2 3 0x0020 (0032) | 0x D0 63 4D 03 7D D0 61 57 04 47 D0 5F 5B 05 10 D0 # | . c M . } . a W . G . _ [ . . . shx 11012 410 5383 3 3 0x0030 (0048) | 0x 5D 6B 05 E0 D0 5B 7B 06 B0 D0 59 87 07 74 D0 57 # | ] k . . . [ { . . . Y . . t . W shx 11012 410 5383 4 3 0x0040 (0064) | 0x 88 08 25 D0 55 92 08 D1 D0 53 AE 09 88 D0 51 B8 # | . . % . U . . . . S . . . . Q . shx 11012 410 5383 5 3 0x0050 (0080) | 0x 0A 46 D0 4F BE 0B 03 D0 4D C8 0B C1 D0 4B DB 0C # | . F . O . . . . M . . . . K . . shx 11012 410 5383 6 3 0x0060 (0096) | 0x 7E D0 49 EB 0D 42 D0 47 EE 0E 05 D0 46 00 0E CF # | ~ . I . . B . G . . . . F . . . shx 11012 410 5383 7 3 0x0070 (0112) | 0x D0 44 0A 0F 99 D0 42 1D 10 69 D0 40 1D 11 32 D0 # | . D . . . . B . . i . @ . . 2 . shx 11012 410 5383 8 3 0x0080 (0128) | 0x 3E 33 12 02 D0 3C 37 12 D2 D0 3A 42 13 A8 D0 38 # | > 3 . . . < 7 . . . : B . . . 8 shx 11012 410 5383 9 3 0x0090 (0144) | 0x 4F 14 84 D0 36 5C 15 54 D0 34 69 16 12 D0 32 7B # | O . . . 6 \ . T . 4 i . . . 2 { shx 11012 410 5383 10 3 0x00A0 (0160) | 0x 16 D5 D0 30 83 17 99 D0 2E 91 18 63 D0 2C 98 19 # | . . . 0 . . . . . . . c . , . . shx 11012 410 5383 11 3 0x00B0 (0176) | 0x 2D D0 2A A6 19 FC D0 28 B6 1A C7 D0 26 B2 1B 84 # | - . * . . . . ( . . . . & . . . shx 11012 410 5383 12 3 0x00C0 (0192) | 0x D0 24 D0 1C 4E D0 22 D3 1D 1E D0 20 E4 1D EE D0 # | . $ . . N . " . . . . . . . . shx 11012 410 5383 13 3 0x00D0 (0208) | 0x 1E F3 1E B2 D0 1C FF 1F 7B D0 1B 04 20 46 D0 19 # | . . . . . . . . { . . . F . . shx 11012 410 5383 14 3 0x00E0 (0224) | 0x 11 21 04 D0 17 1F 21 CE D0 15 2B 22 98 D0 13 3C # | . ! . . . . ! . . . + " . . . < shx 11012 410 5383 15 3 0x00F0 (0240) | 0x 23 55 D0 11 47 24 19 D0 0F 51 24 E3 D0 0D 5A 25 # | # U . . G $ . . . Q $ . . . Z % shx 11012 410 5383 16 3 0x0100 (0256) | 0x A7 D0 0B 5F 26 77 D0 09 73 27 4E D0 07 82 28 30 # | . . . _ & w . . s ' N . . . ( 0 shx 11012 410 5383 17 3 0x0110 (0272) | 0x D0 05 8B 29 20 D0 03 98 2A 15 D0 01 A6 2A 58 80 # | . . . ) . . . * . . . . * X . shx 11012 410 5383 18 3 0x0120 (0288) | 0x 00 F8 3B E9 00 0D 11 24 0A 6F 2A 02 65 02 9E 3B # | . . ; . . . . $ . o * . e . . ; shx 11012 410 5383 19 3 0x0130 (0304) | 0x 02 00 18 00 3B 9A C9 FF 77 35 93 FF 00 00 04 0D # | . . . . ; . . . w 5 . . . . . . shx 11012 410 5383 20 3 0x0140 (0320) | 0x 2C 00 00 00 00 00 00 3B 24 33 3F 3E # | , . . . . . . ; $ 3 ? > #--------------------------------------------------------------------------------------------------- # SN dive size MOMSN MTMSN PID # (b) SHX 11012 410 322 5384 0 2 #--------------------------------------------------------------------------------------------------- # SN dive MOMSN idx PID | 0x 0 1 2 3 4 5 6 7 8 9 A B C D E F # | 00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 # - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - shx 11012 410 5384 0 2 0x0000 (0000) | 0x 58 01 3B 2B 04 01 9A 02 98 10 B5 00 00 6A 00 62 # | X . ; + . . . . . . . . . j . b shx 11012 410 5384 1 2 0x0010 (0016) | 0x 8B 00 00 1A 6D B6 D8 00 00 00 00 00 00 00 00 00 # | . . . . m . . . . . . . . . . . shx 11012 410 5384 2 2 0x0020 (0032) | 0x 01 0F C7 FE 50 4F FD AF D1 08 6F 96 02 8F D3 02 # | . . . . P O . . . . o . . . . . shx 11012 410 5384 3 2 0x0030 (0048) | 0x B0 04 FD 10 3A FD FF EF FE 70 36 0E BE 2F 0E 80 # | . . . . : . . . . p 6 . . / . . shx 11012 410 5384 4 2 0x0040 (0064) | 0x 30 F8 40 9B F5 40 3A 03 DF E0 F9 B0 28 02 40 1C # | 0 . @ . . @ : . . . . . ( . @ . shx 11012 410 5384 5 2 0x0050 (0080) | 0x FF 80 03 00 60 01 06 40 2B F7 0F A8 04 9F FF 02 # | . . . . ` . . @ + . . . . . . . shx 11012 410 5384 6 2 0x0060 (0096) | 0x AF D5 02 FF 41 F9 10 93 0B 11 3A FC 4F 4B F6 D0 # | . . . . A . . . . . : . O K . . shx 11012 410 5384 7 2 0x0070 (0112) | 0x 73 03 CF C8 DE E2 AD F0 81 16 F0 2E BC FA 7F CE # | s . . . . . . . . . . . . . . . shx 11012 410 5384 8 2 0x0080 (0128) | 0x 15 20 54 00 10 01 FF F0 01 FF F0 00 00 1F FE 00 # | . T . . . . . . . . . . . . . shx 11012 410 5384 9 2 0x0090 (0144) | 0x 10 01 0D 21 EB E2 BF 22 FD 00 04 02 1F FF 00 10 # | . . . ! . . . " . . . . . . . . shx 11012 410 5384 10 2 0x00A0 (0160) | 0x 01 FF E0 04 FF C0 11 0D EF 35 ED 81 2A 1E 4D 3A # | . . . . . . . . . 5 . . * . M : shx 11012 410 5384 11 2 0x00B0 (0176) | 0x 12 AF AF F3 D1 2C F8 80 00 F7 01 45 3B A8 10 81 # | . . . . . , . . . . . E ; . . . shx 11012 410 5384 12 2 0x00C0 (0192) | 0x 00 00 6A 00 13 B3 FF FF FE 49 24 90 00 00 00 00 # | . . j . . . . . . I $ . . . . . shx 11012 410 5384 13 2 0x00D0 (0208) | 0x 00 00 00 00 00 0A F9 00 02 06 F4 06 FB 02 FF FE # | . . . . . . . . . . . . . . . . shx 11012 410 5384 14 2 0x00E0 (0224) | 0x 00 05 F9 06 00 FB 00 02 02 00 00 00 FE 06 F8 02 # | . . . . . . . . . . . . . . . . shx 11012 410 5384 15 2 0x00F0 (0240) | 0x 02 FE 02 FD 02 03 01 FF 00 02 0C EE 02 FE 03 FE # | . . . . . . . . . . . . . . . . shx 11012 410 5384 16 2 0x0100 (0256) | 0x 00 02 FD FB 06 02 02 00 F9 01 04 FE FF FB FD 0B # | . . . . . . . . . . . . . . . . shx 11012 410 5384 17 2 0x0110 (0272) | 0x 04 02 F5 FC 07 FC FB F8 07 06 05 02 16 FB F3 0B # | . . . . . . . . . . . . . . . . shx 11012 410 5384 18 2 0x0120 (0288) | 0x EB 09 06 E7 F1 2C F7 F5 01 04 02 C2 49 FC FD FB # | . . . . . , . . . . . . I . . . shx 11012 410 5384 19 2 0x0130 (0304) | 0x FA F1 0C 22 E6 0C FB FC FE 00 03 FF F9 3B 24 3A # | . . . " . . . . . . . . . ; $ : shx 11012 410 5384 20 2 0x0140 (0320) | 0x 30 3E # | 0 > #--------------------------------------------------------------------------------------------------- # SN dive size MOMSN MTMSN PID # (b) SHX 11012 410 340 5385 0 1 #--------------------------------------------------------------------------------------------------- # SN dive MOMSN idx PID | 0x 0 1 2 3 4 5 6 7 8 9 A B C D E F # | 00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 # - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - shx 11012 410 5385 0 1 0x0000 (0000) | 0x 58 01 4D 2B 04 01 9A 01 40 11 48 24 03 38 AC 00 # | X . M + . . . . @ . H $ . 8 . . shx 11012 410 5385 1 1 0x0010 (0016) | 0x 00 10 00 FA 00 B8 A0 02 F2 00 BE 20 03 11 01 24 # | . . . . . . . . . . . . . . $ shx 11012 410 5385 2 1 0x0020 (0032) | 0x A0 04 F4 01 9E A0 06 DC 02 27 A0 08 CD 02 B8 A0 # | . . . . . . . . . ' . . . . . . shx 11012 410 5385 3 1 0x0030 (0048) | 0x 0A C2 03 4B A0 0C B9 03 E1 A0 0E B0 04 7B A0 10 # | . . . K . . . . . . . . . { . . shx 11012 410 5385 4 1 0x0040 (0064) | 0x 9C 05 1E A0 12 93 05 BF A0 14 84 06 6B A0 16 7E # | . . . . . . . . . . . . k . . ~ shx 11012 410 5385 5 1 0x0050 (0080) | 0x 07 22 A0 18 6A 07 E9 A0 1A 61 08 BF A0 1C 52 09 # | . " . . j . . . . a . . . . R . shx 11012 410 5385 6 1 0x0060 (0096) | 0x 9C A0 1E 47 0A 7F A0 20 3E 0B 63 A0 22 30 0C 53 # | . . . G . . . > . c . " 0 . S shx 11012 410 5385 7 1 0x0070 (0112) | 0x A0 24 25 0D 49 A0 26 1C 0E 43 A0 28 10 0F 40 A0 # | . $ % . I . & . . C . ( . . @ . shx 11012 410 5385 8 1 0x0080 (0128) | 0x 2A 03 10 40 A0 2B F4 11 4D A0 2D E8 12 64 A0 2F # | * . . @ . + . . M . - . . d . / shx 11012 410 5385 9 1 0x0090 (0144) | 0x DD 13 84 A0 31 D2 14 AE A0 33 C5 15 D4 A0 35 B7 # | . . . . 1 . . . . 3 . . . . 5 . shx 11012 410 5385 10 1 0x00A0 (0160) | 0x 16 F7 A0 37 AE 18 28 A0 39 A1 19 55 A0 3B 92 1A # | . . . 7 . . ( . 9 . . U . ; . . shx 11012 410 5385 11 1 0x00B0 (0176) | 0x 8B A0 3D 88 1B CF A0 3F 7E 1D 0B A0 41 6E 1E 62 # | . . = . . . . ? ~ . . . A n . b shx 11012 410 5385 12 1 0x00C0 (0192) | 0x A0 43 64 1F C9 A0 45 56 21 39 A0 47 4C 22 C3 A0 # | . C d . . . E V ! 9 . G L " . . shx 11012 410 5385 13 1 0x00D0 (0208) | 0x 49 3E 24 59 A0 4B 32 25 FD A0 4D 2A 27 B0 A0 4F # | I > $ Y . K 2 % . . M * ' . . O shx 11012 410 5385 14 1 0x00E0 (0224) | 0x 1B 29 7A A0 51 11 2B 50 A0 53 03 2D 54 A0 54 F7 # | . ) z . Q . + P . S . - T . T . shx 11012 410 5385 15 1 0x00F0 (0240) | 0x 2F 81 A0 56 EB 31 D1 A0 58 DF 34 8B A0 5A D2 37 # | / . . V . 1 . . X . 4 . . Z . 7 shx 11012 410 5385 16 1 0x0100 (0256) | 0x B1 A0 5C C8 3B 4B A0 5E BA 40 35 A0 60 AE 47 3F # | . . \ . ; K . ^ . @ 5 . ` . G ? shx 11012 410 5385 17 1 0x0110 (0272) | 0x A0 62 01 4E 49 A0 62 28 55 53 A0 62 2D 5C 5E A0 # | . b . N I . b ( U S . b - \ ^ . shx 11012 410 5385 18 1 0x0120 (0288) | 0x 62 1B 63 68 A0 62 15 6A 72 A0 62 3A 71 7C A0 62 # | b . c h . b . j r . b : q | . b shx 11012 410 5385 19 1 0x0130 (0304) | 0x 36 78 86 A0 62 32 7F 90 A0 62 34 80 00 30 62 35 # | 6 x . . b 2 . . . b 4 . . 0 b 5 shx 11012 410 5385 20 1 0x0140 (0320) | 0x 86 9A A0 62 44 8D A4 A0 62 39 94 AE A0 62 33 3B # | . . . b D . . . b 9 . . . b 3 ; shx 11012 410 5385 21 1 0x0150 (0336) | 0x 24 39 39 3E # | $ 9 9 > #--------------------------------------------------------------------------------------------------- # SN dive size MOMSN MTMSN PID # (b) SHX 11012 410 331 5386 0 0 #--------------------------------------------------------------------------------------------------- # SN dive MOMSN idx PID | 0x 0 1 2 3 4 5 6 7 8 9 A B C D E F # | 00 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 # - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - shx 11012 410 5386 0 0 0x0000 (0000) | 0x 58 01 44 2B 04 01 9A 00 01 00 18 00 3B 9A C9 FF # | X . D + . . . . . . . . ; . . . shx 11012 410 5386 1 0 0x0010 (0016) | 0x 77 35 93 FF 00 00 05 16 30 00 00 00 00 00 00 3B # | w 5 . . . . . . 0 . . . . . . ; shx 11012 410 5386 2 0 0x0020 (0032) | 0x 41 10 A8 24 03 D4 64 00 00 A0 62 36 07 0A A0 62 # | A . . $ . . d . . . b 6 . . . b shx 11012 410 5386 3 0 0x0030 (0048) | 0x 3D 0E 15 A0 62 4A 15 1F A0 62 4D 1C 29 A0 62 53 # | = . . . b J . . . b M . ) . b S shx 11012 410 5386 4 0 0x0040 (0064) | 0x 1C B2 30 62 55 23 33 A0 62 60 2A 3D A0 62 51 31 # | . . 0 b U # 3 . b ` * = . b Q 1 shx 11012 410 5386 5 0 0x0050 (0080) | 0x 47 A0 62 3E 38 51 A0 62 37 3F 5B A0 62 6F 46 65 # | G . b > 8 Q . b 7 ? [ . b o F e shx 11012 410 5386 6 0 0x0060 (0096) | 0x A0 62 65 4D 6F A0 62 5E 54 79 A0 62 6F 55 1D 30 # | . b e M o . b ^ T y . b o U . 0 shx 11012 410 5386 7 0 0x0070 (0112) | 0x 62 70 5B 84 A0 62 75 62 8E A0 62 69 69 98 A0 62 # | b p [ . . b u b . . b i i . . b shx 11012 410 5386 8 0 0x0080 (0128) | 0x 72 70 A2 A0 62 98 77 AC A0 62 78 7E B6 A0 62 70 # | r p . . b . w . . b x ~ . . b p shx 11012 410 5386 9 0 0x0090 (0144) | 0x 85 C0 A0 62 7B 8C CA A0 62 7F 93 D4 A0 62 87 9A # | . . . b { . . . b . . . . b . . shx 11012 410 5386 10 0 0x00A0 (0160) | 0x DE A0 62 82 A1 E9 A0 62 89 A8 F3 A0 62 92 AF FD # | . . b . . . . b . . . . b . . . shx 11012 410 5386 11 0 0x00B0 (0176) | 0x A0 62 91 B7 07 A0 62 83 BE 11 A0 62 92 C5 1B A0 # | . b . . . . b . . . . b . . . . shx 11012 410 5386 12 0 0x00C0 (0192) | 0x 62 8B C5 C8 A0 62 8A 3B E7 00 16 11 24 03 38 A9 # | b . . . . b . ; . . . . $ . 8 . shx 11012 410 5386 13 0 0x00D0 (0208) | 0x 02 AB 02 66 06 9F 02 DB 02 C3 03 00 00 3B E8 00 # | . . . f . . . . . . . . . ; . . shx 11012 410 5386 14 0 0x00E0 (0224) | 0x 1C 11 24 04 9A 2D 02 65 02 65 00 00 00 00 00 00 # | . . $ . . - . e . e . . . . . . shx 11012 410 5386 15 0 0x00F0 (0240) | 0x 00 00 00 00 00 00 00 00 FA 3B B8 10 4D 00 00 6A # | . . . . . . . . . ; . . M . . j shx 11012 410 5386 16 0 0x0100 (0256) | 0x 00 8C 26 FF FF FF 24 92 48 00 00 00 00 00 00 00 # | . . & . . . $ . H . . . . . . . shx 11012 410 5386 17 0 0x0110 (0272) | 0x 00 00 02 F0 F1 00 00 01 E1 1F 00 00 00 01 FF 10 # | . . . . . . . . . . . . . . . . shx 11012 410 5386 18 0 0x0120 (0288) | 0x 1E 2F F2 E1 1D 3E 2F F2 F0 00 01 D3 FF 20 E2 F0 # | . / . . . > / . . . . . . . . shx 11012 410 5386 19 0 0x0130 (0304) | 0x F2 F0 1E 21 D3 D0 F1 10 E4 0C 3F 1E 1F 6A 00 11 # | . . . ! . . . . . . ? . . j . . shx 11012 410 5386 20 0 0x0140 (0320) | 0x 0F F2 E0 10 0F 11 3B 24 37 3D 3E # | . . . . . . ; $ 7 = > #---------------------------------------------------------------------------------------------------