#=================================================================================================== # Intermediate Listing for Float #10100, Dive #38 #=================================================================================================== # Created: 2020-03-31T23:02:23Z # Local Path: "/data1/alamo/data/list/10100/lis10100-0038.txt" #--------------------------------------------------------------------------------------------------- # Dive Data Completeness #--------------------------------------------------------------------------------------------------- # Dive Complete: yes # Complete Profile Data: yes # Contiguous MOMSNs: yes # Contiguous PIDs: yes # Sensor Gains & Offsets Known: yes # Valid Position: yes #--------------------------------------------------------------------------------------------------- # XMTPS Software Version #--------------------------------------------------------------------------------------------------- # xmessage-version xmtps-version build-configuration build-date/time XSV 2.2 0.6.2928b RELEASE 2020-03-31T15:09-04:00 #--------------------------------------------------------------------------------------------------- # Listing Details #--------------------------------------------------------------------------------------------------- # SN dive DAC-ID IMEI WMO-ID LIS 10100 38 -001 000000004131490 -000001 #=================================================================================================== # Iridium Short-Burst Data (SBD) Message(s) #=================================================================================================== # SN dive size IMEI MOMSN MTMSN PID date/time position CEP # (b) (km) SBD 10100 38 206 000000004131490 318 0 8 2017-01-26T23:38:50Z +99.99999+999.99999 999999 SBD 10100 38 340 000000004131490 319 0 7 2017-01-26T23:39:11Z +99.99999+999.99999 999999 SBD 10100 38 331 000000004131490 320 0 6 2017-01-26T23:39:33Z +99.99999+999.99999 999999 SBD 10100 38 294 000000004131490 321 0 5 2017-01-26T23:39:50Z +99.99999+999.99999 999999 SBD 10100 38 281 000000004131490 322 0 4 2017-01-26T23:40:06Z +99.99999+999.99999 999999 SBD 10100 38 340 000000004131490 323 0 3 2017-01-26T23:40:23Z +99.99999+999.99999 999999 SBD 10100 38 303 000000004131490 324 0 2 2017-01-26T23:40:39Z +99.99999+999.99999 999999 SBD 10100 38 340 000000004131490 325 0 1 2017-01-26T23:40:58Z +99.99999+999.99999 999999 SBD 10100 38 264 000000004131490 326 0 0 2017-01-26T23:41:42Z +99.99999+999.99999 999999 #=================================================================================================== # Position Data #=================================================================================================== #--------------------------------------------------------------------------------------------------- # GPS #--------------------------------------------------------------------------------------------------- # SN dive idx date/time position TTF nSat SNR SNR SNR HDOP stat # (sec) (min) (avg) (max) GPS 10100 38 1 2017-01-25T16:33:00Z -77.37563-162.16941 10 4 32 38 45 2.2 0 GPS 10100 38 2 2017-01-26T23:15:00Z -77.46218-161.97247 40 7 34 39 47 2.2 0 #--------------------------------------------------------------------------------------------------- # Iridium Position #--------------------------------------------------------------------------------------------------- # SN dive weighted-avg-time weighted-avg-pos nPos variance stdError satTime # (km^2) (km) (sec) IRI 10100 38 2017-01-26T23:40:08Z +99.99999+999.99999 9 999999.00 353.55 172 #=================================================================================================== # Dive Data #=================================================================================================== #--------------------------------------------------------------------------------------------------- # Argo Data #--------------------------------------------------------------------------------------------------- # SN dive xVer typ midx missPhase profPres parkPres maxAscT maxDesc2ParkT maxDesc2ProfT # (dBar) (dBar) (min) (min) (sec) A 10100 38 2.2 3 0 1 800 300 17 244 6000 # # SN dive xVer typ midx tarParkT nSeek seekIntervalT tarAscRate maxSurfT # (min) (cm/sec) (sec) A 10100 38 2.2 3 1 228 0 1800 8 1245 # # SN dive xVer typ midx start-of-descent start-of-drift A 10100 38 2.2 3 2 2017-01-25T16:33:37Z 2017-01-25T22:09:14Z # # SN dive xVer typ midx start-of-ascent start-of-surface A 10100 38 2.2 3 3 2017-01-26T19:00:55Z 2017-01-26T23:07:40Z # # SN dive xVer typ midx pGain pOff tGain tOff sGain sOff # (1/dBar) (dBar) (1/degC) (degC) (1/PSU) (PSU) A 10100 38 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 10100 38 2.2 3 5 25 10 1000 5 1000 1 #--------------------------------------------------------------------------------------------------- # Pressure Correction #--------------------------------------------------------------------------------------------------- # SN dive midx nSam nDive valid presOffset # (dBar) PRC 10100 38 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 10100 38 0 64 2017-01-25T16:33:40Z f 10100 38 0 0 +0 0.080 -9.999 -9.999 1 # start of descent f 10100 38 0 1 +209 10.040 -9.999 -9.999 10 # descending f 10100 38 0 2 +262 20.280 -9.999 -9.999 10 # descending f 10100 38 0 3 +312 30.040 -9.999 -9.999 10 # descending f 10100 38 0 4 +365 40.720 -9.999 -9.999 10 # descending f 10100 38 0 5 +414 50.800 -9.999 -9.999 10 # descending f 10100 38 0 6 +460 60.040 -9.999 -9.999 10 # descending f 10100 38 0 7 +509 70.000 -9.999 -9.999 10 # descending f 10100 38 0 8 +562 80.800 -9.999 -9.999 10 # descending f 10100 38 0 9 +612 90.480 -9.999 -9.999 10 # descending f 10100 38 0 10 +665 100.720 -9.999 -9.999 10 # descending f 10100 38 0 11 +714 110.320 -9.999 -9.999 10 # descending f 10100 38 0 12 +768 120.720 -9.999 -9.999 10 # descending f 10100 38 0 13 +817 130.280 -9.999 -9.999 10 # descending f 10100 38 0 14 +870 140.640 -9.999 -9.999 10 # descending f 10100 38 0 15 +920 150.320 -9.999 -9.999 10 # descending f 10100 38 0 16 +969 160.040 -9.999 -9.999 10 # descending f 10100 38 0 17 +1022 170.520 -9.999 -9.999 10 # descending f 10100 38 0 18 +1072 180.120 -9.999 -9.999 10 # descending f 10100 38 0 19 +1125 190.280 -9.999 -9.999 10 # descending f 10100 38 0 20 +1178 200.440 -9.999 -9.999 10 # descending f 10100 38 0 21 +1232 210.680 -9.999 -9.999 10 # descending f 10100 38 0 22 +1285 220.720 -9.999 -9.999 10 # descending f 10100 38 0 23 +1339 230.720 -9.999 -9.999 10 # descending f 10100 38 0 24 +1392 240.760 -9.999 -9.999 10 # descending f 10100 38 0 25 +1445 250.640 -9.999 -9.999 10 # descending f 10100 38 0 26 +1499 260.440 -9.999 -9.999 10 # descending f 10100 38 0 27 +1556 270.680 -9.999 -9.999 10 # descending f 10100 38 0 28 +1610 280.240 -9.999 -9.999 10 # descending f 10100 38 0 29 +1667 290.600 -9.999 -9.999 10 # descending f 10100 38 0 30 +1721 300.320 -9.999 -9.999 10 # descending f 10100 38 0 31 +1727 301.440 -9.999 -9.999 2 # first descent pump f 10100 38 0 32 +1775 310.000 -9.999 -9.999 10 # descending f 10100 38 0 33 +1841 320.280 -9.999 -9.999 10 # descending f 10100 38 0 34 +1919 330.120 -9.999 -9.999 10 # descending f 10100 38 0 35 +2176 340.040 -9.999 -9.999 10 # descending f 10100 38 0 36 +2697 350.040 -9.999 -9.999 10 # descending f 10100 38 0 37 +3169 360.040 -9.999 -9.999 10 # descending f 10100 38 0 38 +3747 370.000 -9.999 -9.999 10 # descending f 10100 38 0 39 +4350 378.480 -9.999 -9.999 10 # descending f 10100 38 0 40 +4953 385.240 -9.999 -9.999 10 # descending f 10100 38 0 41 +5556 389.520 -9.999 -9.999 10 # descending f 10100 38 0 42 +6159 391.920 -9.999 -9.999 10 # descending f 10100 38 0 43 +6762 392.520 -9.999 -9.999 10 # descending f 10100 38 0 44 +7365 392.040 -9.999 -9.999 10 # descending f 10100 38 0 45 +7967 391.040 -9.999 -9.999 10 # descending f 10100 38 0 46 +8570 391.000 -9.999 -9.999 10 # descending f 10100 38 0 47 +9173 390.640 -9.999 -9.999 10 # descending f 10100 38 0 48 +9776 389.960 -9.999 -9.999 10 # descending f 10100 38 0 49 +10379 389.600 -9.999 -9.999 10 # descending f 10100 38 0 50 +10982 390.240 -9.999 -9.999 10 # descending f 10100 38 0 51 +11585 391.120 -9.999 -9.999 10 # descending f 10100 38 0 52 +12188 390.800 -9.999 -9.999 10 # descending f 10100 38 0 53 +12791 389.880 -9.999 -9.999 10 # descending f 10100 38 0 54 +12803 389.880 -9.999 -9.999 3 # seek to drift pres f 10100 38 0 55 +13391 389.360 -9.999 -9.999 10 # descending f 10100 38 0 56 +13994 389.480 -9.999 -9.999 10 # descending f 10100 38 0 57 +14597 390.840 -9.999 -9.999 10 # descending f 10100 38 0 58 +14646 391.040 -9.999 -9.999 3 # seek to drift pres f 10100 38 0 59 +15197 393.760 -9.999 -9.999 10 # descending f 10100 38 0 60 +15800 396.600 -9.999 -9.999 10 # descending f 10100 38 0 61 +16403 398.520 -9.999 -9.999 10 # descending f 10100 38 0 62 +16489 398.680 -9.999 -9.999 3 # seek to drift pres f 10100 38 0 63 +17003 397.920 -9.999 -9.999 10 # descending #--------------------------------------------------------------------------------------------------- # SN dive idx nSam time pres temp saln phaseCode phaseCodeName # (start-time/+sec) (dBar) (degC) (PSU) F 10100 38 1 6 2017-01-25T21:27:06Z f 10100 38 1 0 +0 394.400 -9.999 -9.999 10 # descending f 10100 38 1 1 +603 390.920 -9.999 -9.999 10 # descending f 10100 38 1 2 +1206 389.760 -9.999 -9.999 10 # descending f 10100 38 1 3 +1809 390.800 -9.999 -9.999 10 # descending f 10100 38 1 4 +2412 392.760 -9.999 -9.999 10 # descending f 10100 38 1 5 +2527 393.080 -9.999 -9.999 10 # descending #--------------------------------------------------------------------------------------------------- # Drift Data #--------------------------------------------------------------------------------------------------- # SN dive numSamples D 10100 38 84 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) d 10100 38 0 393.120 -1.785 34.416 d 10100 38 1 394.120 -1.792 34.414 d 10100 38 2 392.360 -1.792 34.415 d 10100 38 3 391.480 -1.785 34.416 d 10100 38 4 394.360 -1.784 34.416 d 10100 38 5 396.640 -1.780 34.415 d 10100 38 6 395.560 -1.755 34.414 d 10100 38 7 393.480 -1.762 34.414 d 10100 38 8 393.280 -1.757 34.413 d 10100 38 9 394.000 -1.756 34.414 d 10100 38 10 393.360 -1.762 34.414 d 10100 38 11 392.360 -1.754 34.411 d 10100 38 12 393.720 -1.750 34.415 d 10100 38 13 394.600 -1.762 34.414 d 10100 38 14 393.760 -1.763 34.413 d 10100 38 15 392.080 -1.759 34.412 d 10100 38 16 390.040 -1.766 34.403 d 10100 38 17 394.280 -1.804 34.416 d 10100 38 18 396.720 -1.816 34.408 d 10100 38 19 395.360 -1.819 34.413 d 10100 38 20 394.480 -1.818 34.414 d 10100 38 21 393.920 -1.827 34.414 d 10100 38 22 395.160 -1.845 34.415 d 10100 38 23 396.920 -1.845 34.414 d 10100 38 24 399.800 -1.845 34.414 d 10100 38 25 400.960 -1.789 34.414 d 10100 38 26 396.160 -1.789 34.414 d 10100 38 27 394.280 -1.801 34.422 d 10100 38 28 396.200 -1.799 34.416 d 10100 38 29 398.600 -1.802 34.413 d 10100 38 30 400.320 -1.761 34.414 d 10100 38 31 396.640 -1.771 34.412 d 10100 38 32 392.000 -1.770 34.411 d 10100 38 33 390.400 -1.770 34.416 d 10100 38 34 393.440 -1.785 34.416 d 10100 38 35 396.600 -1.798 34.414 d 10100 38 36 397.800 -1.790 34.413 d 10100 38 37 396.680 -1.766 34.414 d 10100 38 38 394.280 -1.763 34.413 d 10100 38 39 394.520 -1.763 34.413 d 10100 38 40 394.440 -1.774 34.418 d 10100 38 41 393.600 -1.787 34.414 d 10100 38 42 393.720 -1.781 34.416 d 10100 38 43 394.680 -1.779 34.415 d 10100 38 44 395.320 -1.790 34.418 d 10100 38 45 394.440 -1.788 34.416 d 10100 38 46 392.640 -1.786 34.415 d 10100 38 47 395.320 -1.786 34.416 d 10100 38 48 397.280 -1.780 34.415 d 10100 38 49 395.720 -1.764 34.413 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) d 10100 38 50 394.960 -1.765 34.414 d 10100 38 51 395.920 -1.763 34.414 d 10100 38 52 397.440 -1.767 34.413 d 10100 38 53 395.480 -1.770 34.413 d 10100 38 54 393.120 -1.767 34.413 d 10100 38 55 391.000 -1.788 34.412 d 10100 38 56 391.160 -1.792 34.415 d 10100 38 57 395.960 -1.824 34.409 d 10100 38 58 399.400 -1.803 34.414 d 10100 38 59 399.520 -1.790 34.414 d 10100 38 60 394.520 -1.771 34.412 d 10100 38 61 392.520 -1.784 34.416 d 10100 38 62 395.240 -1.792 34.415 d 10100 38 63 397.680 -1.796 34.414 d 10100 38 64 396.960 -1.790 34.414 d 10100 38 65 396.800 -1.779 34.413 d 10100 38 66 396.800 -1.766 34.412 d 10100 38 67 395.480 -1.766 34.412 d 10100 38 68 393.600 -1.775 34.414 d 10100 38 69 394.320 -1.783 34.415 d 10100 38 70 396.160 -1.787 34.416 d 10100 38 71 396.120 -1.786 34.414 d 10100 38 72 396.280 -1.790 34.414 d 10100 38 73 396.160 -1.793 34.413 d 10100 38 74 396.400 -1.796 34.415 d 10100 38 75 396.480 -1.794 34.414 d 10100 38 76 396.520 -1.794 34.414 d 10100 38 77 415.040 -1.838 34.419 d 10100 38 78 486.440 -1.857 34.431 d 10100 38 79 553.200 -1.862 34.445 d 10100 38 80 620.800 -1.860 34.470 d 10100 38 81 647.840 -1.862 34.480 d 10100 38 82 647.800 -1.862 34.481 d 10100 38 83 647.800 -1.863 34.483 #--------------------------------------------------------------------------------------------------- # Profile Data (Binned) #--------------------------------------------------------------------------------------------------- # SN dive numSamples PRO 10100 38 324 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 10100 38 0 2.440 0.063 34.121 pro 10100 38 1 4.000 0.037 34.123 pro 10100 38 2 6.000 0.018 34.126 pro 10100 38 3 7.960 0.004 34.129 pro 10100 38 4 9.960 -0.003 34.131 pro 10100 38 5 11.960 -0.020 34.132 pro 10100 38 6 14.000 -0.031 34.132 pro 10100 38 7 16.000 -0.035 34.132 pro 10100 38 8 18.000 -0.042 34.132 pro 10100 38 9 20.000 -0.048 34.133 pro 10100 38 10 22.000 -0.054 34.133 pro 10100 38 11 24.000 -0.056 34.133 pro 10100 38 12 26.000 -0.060 34.133 pro 10100 38 13 28.000 -0.065 34.133 pro 10100 38 14 30.000 -0.069 34.132 pro 10100 38 15 32.000 -0.072 34.132 pro 10100 38 16 34.000 -0.131 34.139 pro 10100 38 17 36.040 -0.171 34.143 pro 10100 38 18 38.000 -0.216 34.145 pro 10100 38 19 40.040 -0.308 34.150 pro 10100 38 20 42.040 -0.409 34.153 pro 10100 38 21 44.000 -0.477 34.155 pro 10100 38 22 46.040 -0.495 34.155 pro 10100 38 23 48.000 -0.517 34.155 pro 10100 38 24 50.000 -0.541 34.155 pro 10100 38 25 52.000 -0.554 34.155 pro 10100 38 26 54.040 -0.574 34.155 pro 10100 38 27 56.000 -0.593 34.155 pro 10100 38 28 58.040 -0.676 34.157 pro 10100 38 29 60.000 -0.768 34.156 pro 10100 38 30 62.000 -1.114 34.171 pro 10100 38 31 64.000 -1.512 34.189 pro 10100 38 32 66.000 -1.630 34.196 pro 10100 38 33 68.000 -1.691 34.203 pro 10100 38 34 70.000 -1.693 34.206 pro 10100 38 35 72.000 -1.698 34.209 pro 10100 38 36 74.000 -1.694 34.212 pro 10100 38 37 76.000 -1.693 34.213 pro 10100 38 38 78.000 -1.700 34.215 pro 10100 38 39 80.000 -1.715 34.218 pro 10100 38 40 82.000 -1.721 34.220 pro 10100 38 41 84.000 -1.724 34.222 pro 10100 38 42 85.960 -1.725 34.223 pro 10100 38 43 87.960 -1.731 34.224 pro 10100 38 44 90.000 -1.736 34.225 pro 10100 38 45 92.000 -1.740 34.226 pro 10100 38 46 94.000 -1.740 34.228 pro 10100 38 47 96.000 -1.740 34.229 pro 10100 38 48 98.040 -1.739 34.231 pro 10100 38 49 100.000 -1.739 34.232 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 10100 38 50 102.000 -1.739 34.232 pro 10100 38 51 104.040 -1.747 34.234 pro 10100 38 52 106.240 -1.756 34.237 pro 10100 38 53 108.000 -1.755 34.237 pro 10100 38 54 110.000 -1.751 34.238 pro 10100 38 55 112.000 -1.751 34.238 pro 10100 38 56 114.000 -1.751 34.238 pro 10100 38 57 116.000 -1.751 34.238 pro 10100 38 58 118.000 -1.753 34.239 pro 10100 38 59 120.000 -1.754 34.240 pro 10100 38 60 122.000 -1.754 34.240 pro 10100 38 61 124.000 -1.756 34.241 pro 10100 38 62 126.000 -1.757 34.243 pro 10100 38 63 128.000 -1.757 34.243 pro 10100 38 64 130.000 -1.758 34.244 pro 10100 38 65 132.000 -1.762 34.246 pro 10100 38 66 134.000 -1.764 34.248 pro 10100 38 67 136.000 -1.761 34.249 pro 10100 38 68 138.000 -1.757 34.249 pro 10100 38 69 140.000 -1.754 34.250 pro 10100 38 70 142.000 -1.751 34.251 pro 10100 38 71 144.000 -1.740 34.254 pro 10100 38 72 146.000 -1.735 34.255 pro 10100 38 73 148.000 -1.723 34.258 pro 10100 38 74 150.000 -1.717 34.259 pro 10100 38 75 152.000 -1.710 34.262 pro 10100 38 76 154.000 -1.686 34.267 pro 10100 38 77 156.000 -1.679 34.269 pro 10100 38 78 158.000 -1.667 34.273 pro 10100 38 79 160.000 -1.652 34.277 pro 10100 38 80 162.000 -1.638 34.282 pro 10100 38 81 164.000 -1.622 34.290 pro 10100 38 82 165.960 -1.617 34.293 pro 10100 38 83 168.000 -1.611 34.297 pro 10100 38 84 170.000 -1.611 34.301 pro 10100 38 85 172.000 -1.618 34.304 pro 10100 38 86 174.000 -1.622 34.305 pro 10100 38 87 176.000 -1.628 34.308 pro 10100 38 88 178.000 -1.641 34.314 pro 10100 38 89 180.000 -1.640 34.316 pro 10100 38 90 182.000 -1.656 34.317 pro 10100 38 91 184.000 -1.667 34.318 pro 10100 38 92 186.000 -1.686 34.318 pro 10100 38 93 188.000 -1.692 34.319 pro 10100 38 94 190.040 -1.695 34.323 pro 10100 38 95 192.040 -1.692 34.327 pro 10100 38 96 194.040 -1.698 34.332 pro 10100 38 97 196.040 -1.717 34.336 pro 10100 38 98 198.000 -1.730 34.338 pro 10100 38 99 200.000 -1.752 34.342 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 10100 38 100 202.000 -1.768 34.346 pro 10100 38 101 204.000 -1.769 34.346 pro 10100 38 102 206.000 -1.770 34.346 pro 10100 38 103 208.000 -1.772 34.347 pro 10100 38 104 210.000 -1.773 34.347 pro 10100 38 105 212.000 -1.773 34.347 pro 10100 38 106 214.040 -1.785 34.350 pro 10100 38 107 216.040 -1.794 34.352 pro 10100 38 108 218.040 -1.798 34.353 pro 10100 38 109 220.040 -1.801 34.353 pro 10100 38 110 222.000 -1.802 34.354 pro 10100 38 111 224.000 -1.801 34.358 pro 10100 38 112 226.000 -1.796 34.359 pro 10100 38 113 228.000 -1.796 34.360 pro 10100 38 114 230.000 -1.797 34.361 pro 10100 38 115 232.000 -1.797 34.362 pro 10100 38 116 234.000 -1.798 34.364 pro 10100 38 117 236.000 -1.802 34.366 pro 10100 38 118 238.000 -1.804 34.368 pro 10100 38 119 240.000 -1.804 34.369 pro 10100 38 120 242.000 -1.804 34.369 pro 10100 38 121 244.000 -1.807 34.370 pro 10100 38 122 246.040 -1.810 34.371 pro 10100 38 123 248.000 -1.818 34.372 pro 10100 38 124 250.000 -1.823 34.374 pro 10100 38 125 252.000 -1.825 34.375 pro 10100 38 126 254.000 -1.825 34.376 pro 10100 38 127 256.000 -1.825 34.376 pro 10100 38 128 258.000 -1.825 34.376 pro 10100 38 129 260.000 -1.826 34.377 pro 10100 38 130 262.000 -1.826 34.378 pro 10100 38 131 264.000 -1.825 34.379 pro 10100 38 132 266.000 -1.825 34.379 pro 10100 38 133 268.000 -1.826 34.379 pro 10100 38 134 270.000 -1.827 34.379 pro 10100 38 135 272.000 -1.829 34.380 pro 10100 38 136 274.000 -1.830 34.381 pro 10100 38 137 276.000 -1.830 34.382 pro 10100 38 138 278.000 -1.830 34.382 pro 10100 38 139 280.000 -1.831 34.383 pro 10100 38 140 282.000 -1.833 34.383 pro 10100 38 141 284.000 -1.834 34.383 pro 10100 38 142 286.120 -1.836 34.384 pro 10100 38 143 288.000 -1.838 34.384 pro 10100 38 144 290.000 -1.838 34.384 pro 10100 38 145 292.000 -1.838 34.384 pro 10100 38 146 294.000 -1.838 34.385 pro 10100 38 147 296.000 -1.838 34.385 pro 10100 38 148 298.000 -1.838 34.385 pro 10100 38 149 300.000 -1.839 34.386 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 10100 38 150 302.000 -1.839 34.386 pro 10100 38 151 304.000 -1.840 34.387 pro 10100 38 152 306.000 -1.841 34.387 pro 10100 38 153 308.000 -1.841 34.387 pro 10100 38 154 310.000 -1.841 34.388 pro 10100 38 155 312.000 -1.841 34.388 pro 10100 38 156 314.000 -1.842 34.389 pro 10100 38 157 316.000 -1.842 34.389 pro 10100 38 158 318.000 -1.842 34.389 pro 10100 38 159 320.000 -1.843 34.389 pro 10100 38 160 322.000 -1.843 34.390 pro 10100 38 161 324.000 -1.843 34.390 pro 10100 38 162 326.040 -1.842 34.390 pro 10100 38 163 328.000 -1.841 34.390 pro 10100 38 164 330.000 -1.840 34.390 pro 10100 38 165 332.000 -1.841 34.390 pro 10100 38 166 334.000 -1.841 34.391 pro 10100 38 167 336.000 -1.842 34.391 pro 10100 38 168 338.000 -1.841 34.391 pro 10100 38 169 340.000 -1.839 34.392 pro 10100 38 170 342.000 -1.830 34.392 pro 10100 38 171 344.040 -1.816 34.394 pro 10100 38 172 346.000 -1.815 34.393 pro 10100 38 173 348.000 -1.817 34.394 pro 10100 38 174 350.000 -1.810 34.395 pro 10100 38 175 352.000 -1.813 34.396 pro 10100 38 176 354.000 -1.819 34.397 pro 10100 38 177 356.000 -1.820 34.398 pro 10100 38 178 358.000 -1.823 34.399 pro 10100 38 179 360.000 -1.824 34.399 pro 10100 38 180 362.000 -1.824 34.400 pro 10100 38 181 364.000 -1.821 34.401 pro 10100 38 182 366.000 -1.797 34.403 pro 10100 38 183 368.000 -1.792 34.404 pro 10100 38 184 370.000 -1.795 34.404 pro 10100 38 185 372.000 -1.790 34.405 pro 10100 38 186 374.000 -1.772 34.407 pro 10100 38 187 376.000 -1.734 34.410 pro 10100 38 188 378.000 -1.731 34.411 pro 10100 38 189 380.000 -1.738 34.411 pro 10100 38 190 382.000 -1.745 34.411 pro 10100 38 191 384.000 -1.754 34.412 pro 10100 38 192 386.000 -1.755 34.412 pro 10100 38 193 388.000 -1.752 34.412 pro 10100 38 194 390.000 -1.747 34.413 pro 10100 38 195 392.040 -1.757 34.414 pro 10100 38 196 394.000 -1.764 34.415 pro 10100 38 197 396.000 -1.763 34.415 pro 10100 38 198 397.960 -1.761 34.415 pro 10100 38 199 400.000 -1.761 34.416 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 10100 38 200 402.000 -1.761 34.416 pro 10100 38 201 404.000 -1.761 34.417 pro 10100 38 202 406.000 -1.761 34.418 pro 10100 38 203 408.000 -1.760 34.418 pro 10100 38 204 410.040 -1.760 34.419 pro 10100 38 205 412.000 -1.760 34.420 pro 10100 38 206 414.000 -1.759 34.420 pro 10100 38 207 416.040 -1.755 34.421 pro 10100 38 208 418.000 -1.754 34.422 pro 10100 38 209 420.000 -1.763 34.423 pro 10100 38 210 422.000 -1.781 34.422 pro 10100 38 211 424.000 -1.805 34.422 pro 10100 38 212 426.000 -1.813 34.421 pro 10100 38 213 428.000 -1.824 34.421 pro 10100 38 214 430.000 -1.832 34.421 pro 10100 38 215 432.000 -1.837 34.421 pro 10100 38 216 434.000 -1.849 34.421 pro 10100 38 217 436.040 -1.851 34.422 pro 10100 38 218 438.040 -1.852 34.422 pro 10100 38 219 440.000 -1.852 34.423 pro 10100 38 220 442.000 -1.853 34.424 pro 10100 38 221 444.000 -1.853 34.424 pro 10100 38 222 446.000 -1.853 34.424 pro 10100 38 223 448.000 -1.853 34.424 pro 10100 38 224 449.960 -1.854 34.425 pro 10100 38 225 451.960 -1.853 34.425 pro 10100 38 226 454.000 -1.851 34.426 pro 10100 38 227 456.000 -1.852 34.427 pro 10100 38 228 458.000 -1.853 34.428 pro 10100 38 229 460.000 -1.853 34.428 pro 10100 38 230 462.000 -1.854 34.428 pro 10100 38 231 464.000 -1.855 34.429 pro 10100 38 232 466.000 -1.855 34.430 pro 10100 38 233 468.040 -1.856 34.430 pro 10100 38 234 470.000 -1.856 34.431 pro 10100 38 235 472.000 -1.856 34.431 pro 10100 38 236 474.000 -1.856 34.431 pro 10100 38 237 476.000 -1.856 34.431 pro 10100 38 238 478.000 -1.857 34.431 pro 10100 38 239 480.000 -1.859 34.433 pro 10100 38 240 482.000 -1.860 34.433 pro 10100 38 241 484.000 -1.860 34.433 pro 10100 38 242 486.000 -1.860 34.433 pro 10100 38 243 488.000 -1.860 34.433 pro 10100 38 244 490.000 -1.861 34.434 pro 10100 38 245 492.000 -1.861 34.434 pro 10100 38 246 494.040 -1.860 34.435 pro 10100 38 247 496.040 -1.861 34.435 pro 10100 38 248 498.000 -1.863 34.436 pro 10100 38 249 500.000 -1.863 34.436 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 10100 38 250 502.000 -1.864 34.436 pro 10100 38 251 504.000 -1.864 34.437 pro 10100 38 252 506.040 -1.863 34.438 pro 10100 38 253 508.040 -1.863 34.438 pro 10100 38 254 510.000 -1.863 34.438 pro 10100 38 255 512.000 -1.863 34.438 pro 10100 38 256 514.000 -1.863 34.439 pro 10100 38 257 516.000 -1.863 34.439 pro 10100 38 258 518.040 -1.863 34.439 pro 10100 38 259 520.000 -1.863 34.440 pro 10100 38 260 522.000 -1.863 34.440 pro 10100 38 261 524.040 -1.863 34.440 pro 10100 38 262 526.040 -1.863 34.440 pro 10100 38 263 528.000 -1.863 34.441 pro 10100 38 264 530.040 -1.863 34.441 pro 10100 38 265 532.000 -1.863 34.442 pro 10100 38 266 534.000 -1.863 34.443 pro 10100 38 267 536.040 -1.863 34.443 pro 10100 38 268 538.040 -1.863 34.443 pro 10100 38 269 540.000 -1.863 34.444 pro 10100 38 270 542.000 -1.863 34.444 pro 10100 38 271 544.000 -1.863 34.445 pro 10100 38 272 546.040 -1.862 34.446 pro 10100 38 273 548.040 -1.861 34.447 pro 10100 38 274 550.000 -1.861 34.447 pro 10100 38 275 552.000 -1.861 34.448 pro 10100 38 276 554.040 -1.860 34.448 pro 10100 38 277 556.040 -1.861 34.449 pro 10100 38 278 558.000 -1.861 34.449 pro 10100 38 279 560.000 -1.861 34.449 pro 10100 38 280 562.000 -1.860 34.450 pro 10100 38 281 563.960 -1.860 34.450 pro 10100 38 282 566.000 -1.860 34.450 pro 10100 38 283 568.000 -1.860 34.451 pro 10100 38 284 570.000 -1.861 34.451 pro 10100 38 285 572.040 -1.861 34.452 pro 10100 38 286 574.040 -1.860 34.453 pro 10100 38 287 576.040 -1.860 34.454 pro 10100 38 288 578.040 -1.860 34.454 pro 10100 38 289 580.000 -1.860 34.455 pro 10100 38 290 582.000 -1.860 34.456 pro 10100 38 291 584.000 -1.860 34.457 pro 10100 38 292 585.960 -1.860 34.457 pro 10100 38 293 588.000 -1.860 34.458 pro 10100 38 294 590.000 -1.860 34.459 pro 10100 38 295 592.000 -1.859 34.459 pro 10100 38 296 594.000 -1.859 34.460 pro 10100 38 297 595.960 -1.859 34.461 pro 10100 38 298 597.960 -1.859 34.462 pro 10100 38 299 600.000 -1.859 34.464 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 10100 38 300 602.000 -1.860 34.465 pro 10100 38 301 604.000 -1.860 34.466 pro 10100 38 302 606.000 -1.860 34.467 pro 10100 38 303 608.000 -1.860 34.467 pro 10100 38 304 610.000 -1.860 34.468 pro 10100 38 305 612.000 -1.861 34.469 pro 10100 38 306 614.000 -1.861 34.469 pro 10100 38 307 616.000 -1.861 34.470 pro 10100 38 308 618.000 -1.862 34.472 pro 10100 38 309 620.040 -1.862 34.474 pro 10100 38 310 622.000 -1.862 34.476 pro 10100 38 311 624.040 -1.863 34.479 pro 10100 38 312 626.040 -1.863 34.479 pro 10100 38 313 628.000 -1.863 34.479 pro 10100 38 314 630.000 -1.863 34.480 pro 10100 38 315 632.040 -1.863 34.480 pro 10100 38 316 634.040 -1.863 34.481 pro 10100 38 317 636.000 -1.863 34.481 pro 10100 38 318 638.040 -1.863 34.482 pro 10100 38 319 640.040 -1.863 34.483 pro 10100 38 320 642.000 -1.864 34.484 pro 10100 38 321 644.040 -1.864 34.485 pro 10100 38 322 646.160 -1.864 34.485 pro 10100 38 323 647.360 -1.864 34.485 #--------------------------------------------------------------------------------------------------- # Valve Data #--------------------------------------------------------------------------------------------------- # SN dive idx nSam pres valveTime vac0 vac1 # (dBar) (sec) (inHg) (inHg) VLV 10100 38 0 2 vlv 10100 38 0 0 -0.04 1720 655.35 6.11 vlv 10100 38 0 1 396.52 302 655.35 6.32 #--------------------------------------------------------------------------------------------------- # Pump Data #--------------------------------------------------------------------------------------------------- # SN dive idx nSam pres pumpT pumpV pumpI vac0 vac1 # (dBar) (sec) (V) (A) (inHg) (inHg) PMP 10100 38 0 11 pmp 10100 38 0 0 301.44 271 12.29 0.382 655.35 6.40 pmp 10100 38 0 1 647.76 12 12.11 0.563 655.35 6.31 pmp 10100 38 0 2 647.36 13 12.01 0.558 655.35 6.32 pmp 10100 38 0 3 647.36 13 11.99 0.528 655.35 6.33 pmp 10100 38 0 4 647.32 13 11.92 0.539 655.35 6.35 pmp 10100 38 0 5 647.24 13 11.98 0.519 655.35 6.36 pmp 10100 38 0 6 287.32 13 12.46 0.428 655.35 6.41 pmp 10100 38 0 7 106.76 13 12.69 0.351 655.35 6.44 pmp 10100 38 0 8 0.12 145 12.56 0.284 655.35 6.54 pmp 10100 38 0 9 0.08 146 12.64 0.269 655.35 6.70 pmp 10100 38 0 10 -0.08 20 12.65 0.266 655.35 6.72 #--------------------------------------------------------------------------------------------------- # Rise Time-Series Data #--------------------------------------------------------------------------------------------------- # SN dive idx nSam time pres temp saln phaseCode phaseCodeName # (start-time/+sec) (dBar) (degC) (PSU) R 10100 38 0 64 2017-01-26T19:00:58Z r 10100 38 0 0 +0 647.760 -9.999 -9.999 7 # start of ascent r 10100 38 0 1 +260 637.960 -9.999 -9.999 13 # ascending r 10100 38 0 2 +397 627.640 -9.999 -9.999 13 # ascending r 10100 38 0 3 +528 617.760 -9.999 -9.999 13 # ascending r 10100 38 0 4 +665 607.600 -9.999 -9.999 13 # ascending r 10100 38 0 5 +796 597.960 -9.999 -9.999 13 # ascending r 10100 38 0 6 +940 587.560 -9.999 -9.999 13 # ascending r 10100 38 0 7 +1077 577.800 -9.999 -9.999 13 # ascending r 10100 38 0 8 +1221 567.720 -9.999 -9.999 13 # ascending r 10100 38 0 9 +1364 557.880 -9.999 -9.999 13 # ascending r 10100 38 0 10 +1521 547.680 -9.999 -9.999 13 # ascending r 10100 38 0 11 +1684 537.920 -9.999 -9.999 13 # ascending r 10100 38 0 12 +1861 527.680 -9.999 -9.999 13 # ascending r 10100 38 0 13 +2037 517.760 -9.999 -9.999 13 # ascending r 10100 38 0 14 +2220 507.800 -9.999 -9.999 13 # ascending r 10100 38 0 15 +2403 498.000 -9.999 -9.999 13 # ascending r 10100 38 0 16 +2599 487.920 -9.999 -9.999 13 # ascending r 10100 38 0 17 +2795 477.920 -9.999 -9.999 13 # ascending r 10100 38 0 18 +2991 467.840 -9.999 -9.999 13 # ascending r 10100 38 0 19 +3187 457.800 -9.999 -9.999 13 # ascending r 10100 38 0 20 +3376 447.840 -9.999 -9.999 13 # ascending r 10100 38 0 21 +3566 437.840 -9.999 -9.999 13 # ascending r 10100 38 0 22 +3762 427.840 -9.999 -9.999 13 # ascending r 10100 38 0 23 +3964 417.880 -9.999 -9.999 13 # ascending r 10100 38 0 24 +4173 407.880 -9.999 -9.999 13 # ascending r 10100 38 0 25 +4395 397.720 -9.999 -9.999 13 # ascending r 10100 38 0 26 +4637 387.800 -9.999 -9.999 13 # ascending r 10100 38 0 27 +4905 377.840 -9.999 -9.999 13 # ascending r 10100 38 0 28 +5192 367.840 -9.999 -9.999 13 # ascending r 10100 38 0 29 +5493 357.960 -9.999 -9.999 13 # ascending r 10100 38 0 30 +5800 347.840 -9.999 -9.999 13 # ascending r 10100 38 0 31 +6107 337.920 -9.999 -9.999 13 # ascending r 10100 38 0 32 +6407 327.880 -9.999 -9.999 13 # ascending r 10100 38 0 33 +6701 317.840 -9.999 -9.999 13 # ascending r 10100 38 0 34 +6995 307.840 -9.999 -9.999 13 # ascending r 10100 38 0 35 +7309 297.800 -9.999 -9.999 13 # ascending r 10100 38 0 36 +7668 287.960 -9.999 -9.999 13 # ascending r 10100 38 0 37 +7865 277.680 -9.999 -9.999 13 # ascending r 10100 38 0 38 +8028 268.000 -9.999 -9.999 13 # ascending r 10100 38 0 39 +8211 257.680 -9.999 -9.999 13 # ascending r 10100 38 0 40 +8394 247.840 -9.999 -9.999 13 # ascending r 10100 38 0 41 +8597 237.880 -9.999 -9.999 13 # ascending r 10100 38 0 42 +8806 227.880 -9.999 -9.999 13 # ascending r 10100 38 0 43 +9008 217.880 -9.999 -9.999 13 # ascending r 10100 38 0 44 +9198 207.840 -9.999 -9.999 13 # ascending r 10100 38 0 45 +9381 197.680 -9.999 -9.999 13 # ascending r 10100 38 0 46 +9564 187.800 -9.999 -9.999 13 # ascending r 10100 38 0 47 +9773 177.880 -9.999 -9.999 13 # ascending r 10100 38 0 48 +10014 167.800 -9.999 -9.999 13 # ascending r 10100 38 0 49 +10302 157.960 -9.999 -9.999 13 # ascending r 10100 38 0 50 +10642 147.880 -9.999 -9.999 13 # ascending r 10100 38 0 51 +11001 137.880 -9.999 -9.999 13 # ascending r 10100 38 0 52 +11347 127.960 -9.999 -9.999 13 # ascending r 10100 38 0 53 +11661 117.960 -9.999 -9.999 13 # ascending r 10100 38 0 54 +12007 107.920 -9.999 -9.999 13 # ascending r 10100 38 0 55 +12230 97.640 -9.999 -9.999 13 # ascending r 10100 38 0 56 +12412 87.680 -9.999 -9.999 13 # ascending r 10100 38 0 57 +12621 77.920 -9.999 -9.999 13 # ascending r 10100 38 0 58 +12876 67.920 -9.999 -9.999 13 # ascending r 10100 38 0 59 +13157 57.880 -9.999 -9.999 13 # ascending r 10100 38 0 60 +13373 47.720 -9.999 -9.999 13 # ascending r 10100 38 0 61 +13569 37.840 -9.999 -9.999 13 # ascending r 10100 38 0 62 +13765 27.640 -9.999 -9.999 13 # ascending r 10100 38 0 63 +13960 17.880 -9.999 -9.999 13 # ascending #--------------------------------------------------------------------------------------------------- # SN dive idx nSam time pres temp saln phaseCode phaseCodeName # (start-time/+sec) (dBar) (degC) (PSU) R 10100 38 1 2 2017-01-26T22:57:07Z r 10100 38 1 0 +0 7.720 -9.999 -9.999 13 # ascending r 10100 38 1 1 +632 0.040 -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 10100 38 0 12 2017-01-26T23:07:40Z sfc 10100 38 0 0 +24 0.040 -0.106 -9.999 14 # surface sfc 10100 38 0 1 +399 0.040 -0.529 -9.999 14 # surface sfc 10100 38 0 2 +525 0.000 -1.338 -9.999 14 # surface sfc 10100 38 0 3 +587 0.040 -0.779 -9.999 14 # surface sfc 10100 38 0 4 +648 0.080 -0.956 -9.999 14 # surface sfc 10100 38 0 5 +710 -0.040 -0.895 -9.999 14 # surface sfc 10100 38 0 6 +771 0.040 -0.811 -9.999 14 # surface sfc 10100 38 0 7 +833 0.080 -0.637 -9.999 14 # surface sfc 10100 38 0 8 +894 -0.040 -0.652 -9.999 14 # surface sfc 10100 38 0 9 +956 0.080 -1.483 -9.999 14 # surface sfc 10100 38 0 10 +1018 0.040 -1.776 -9.999 14 # surface sfc 10100 38 0 11 +1069 0.080 -1.330 -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 10100 38 0 12 1 -0.040 0.037 0.080 0.043 #=================================================================================================== # Engineering Data #=================================================================================================== #--------------------------------------------------------------------------------------------------- # Engineering (Descent) #--------------------------------------------------------------------------------------------------- # SN dive midx engVer start-of-descent vac0 vac1 seeks seekPumpAdjT # (inHg) (inHg) (+sec) E07 10100 38 0 0x11 2017-01-25T16:33:37Z 6.76 6.37 3 +12 # --- Valve Position Measurements ------------------------------------------------------------------ # SN dive midx OilValveOpenPosSurf OilValveClosePosFallPump AirValveMidPosSurf # (V) (V) (V) E07 10100 38 1 1.886 0.877 0.841 #--------------------------------------------------------------------------------------------------- # Engineering (Park/Drift) #--------------------------------------------------------------------------------------------------- # SN dive midx engVer start-of-drift vac0 vac1 seeks seekPumpAdjT # (inHg) (inHg) (+sec) E08 10100 38 0 0x11 2017-01-25T22:09:14Z 6.37 6.30 0 +0 # --- Drift Sensor Averages ------------------------------------------------------------------------ # SN dive midx pres pres temp temp saln saln # (dBar) (counts) (degC) (counts) (PSU) (counts) E08 10100 38 1 -9.999 0 -5.000 0 -9.999 0 #--------------------------------------------------------------------------------------------------- # Engineering (Ascent) #--------------------------------------------------------------------------------------------------- # SN dive midx engVer start-of-ascent vac0 vac1 # (inHg) (inHg) E09 10100 38 0 0x11 2017-01-26T19:00:55Z 6.30 6.70 #--------------------------------------------------------------------------------------------------- # Engineering (Ice) #--------------------------------------------------------------------------------------------------- # SN dive midx engVer mode # E0C 10100 38 0 0x10 0 # --- Status --------------------------------------------------------------------------------------- # SN dive midx ice-status urgency surfAttempts numStoredSBD lastXmit # (sec) E0C 10100 38 1 5 0 0 2 109938 # SN dive midx minPres testTemp testSalinity # (dBar) (degC) (PSU) E0C 10100 38 2 0.000 0 2 #--------------------------------------------------------------------------------------------------- # Engineering (Surface) #--------------------------------------------------------------------------------------------------- # SN dive midx engVer start-of-surface vac0 vac1 nSBD nPrevAttempt # (inHg) (inHg) E0A 10100 38 0 0x12 2017-01-26T23:07:40Z 6.70 6.83 9 1 # --- Air Pump & Bladder --------------------------------------------------------------------------- # SN dive midx APCur APRunT AirBladMxP # (A) (sec) (PSI) E0A 10100 38 1 0.000 369 7.236 # --- Air Valve Position --------------------------------------------------------------------------- # SN dive midx AVOpenStart AVMidEnd ACVpenCal AVMidCal AVCloseCal # (V) (V) (V) (V) (V) E0A 10100 38 2 1.305 0.841 1.197 0.649 0.101 # --- Oil Valve Position --------------------------------------------------------------------------- # SN dive midx OVOpenAirPmp OVCloseEnd OVOpenCal OVClosCal # (V) (V) (V) (V) E0A 10100 38 3 1.885 0.871 1.795 0.903 # --- Surface Pressure ----------------------------------------------------------------------------- # SN dive midx presOffset # (dBar) E0A 10100 38 4 0.250 # --- Errors --------------------------------------------------------------------------------------- # SN dive midx nErr # e0A 10100 38 5 0 #=================================================================================================== # Mission Configuration #=================================================================================================== # SN dive idx SWVer mis 10100 38 0 0x03026100 # SN dive idx midx MSN DTD MDS APT XAS # (dBar) (dBar) mis 10100 38 0 0 37 300 1200 1 2 # --- Start-of-Mission Trigger --------------------------------------------------------------------- # SN dive idx midx MTD MTT # (dBar) (sec) mis 10100 38 0 1 10 30.000 # --- Diagnostic Dive ------------------------------------------------------------------------------ # SN dive idx midx DDP DDS DDF # (dBar) (sec) (sec) mis 10100 38 0 2 100 3600 300 # --- Built-In Test (BIT) -------------------------------------------------------------------------- # SN dive idx midx PNB PNC PXC # (V) (psi) (psi) mis 10100 38 0 3 9.00 3.00 7.00 # --- Calibration ---------------------------------------------------------------------------------- # SN dive idx midx PBL PBH PP0 PP1 PVL PVH # (LSB/12V) (LSB/14V) (LSB/0A) (LSB/1A) (LSB/12V) (LSB/14V) mis 10100 38 0 4 43668 50958 0 25960 1790 2089 # SN dive idx midx PV0 PV5 PC0 PC1 # (LSB/0inHg) (LSB/5inHg) (LSB/0A) (LSB/1A) mis 10100 38 0 5 61614 32000 0 16600 # --- Profile Configuration ------------------------------------------------------------------------ # SN dive idx midx CPS CST CSP CPB1 CPB2 CPB3 # (sec) (dBar) (dBar) (dBar) mis 10100 38 0 6 1 0 1.000 2000 1000 300 # SN dive idx midx CPN1 CPN2 CPN3 CPP1 CPP2 CPP3 # (dBar) (dBar) (dBar) (sec) (sec) (sec) mis 10100 38 0 7 1.0 0.2 0.2 0.010 0.002 0.002 # SN dive idx midx CTF CTL CTU # (dBar) (dBar) (dBar) mis 10100 38 0 8 2 0 2 # --- Descent - General ---------------------------------------------------------------------------- # SN dive idx midx DNS DTD PFR PFC # (dBar) (mL/min) (mL/dBar) mis 10100 38 0 9 37 300 19 16 # --- Descent - Stage 1 (start) -------------------------------------------------------------------- # SN dive idx midx DSD DST # (dBar) (sec) mis 10100 38 0 10 300 7200 # --- Descent - Stage 2 (fall) --------------------------------------------------------------------- # SN dive idx midx DFT DDD DDT DSI # (sec) (dBar) (sec) (sec) mis 10100 38 0 11 271 10 46080 1.000 # --- Descent - Stage 3 (calibration) -------------------------------------------------------------- # SN dive idx midx DCT DCM DAL DCA DSW DUC # (sec) (sec) mis 10100 38 0 12 10800 1 1 3 1800 100 # SN dive idx midx DPT DUT DVT DCX DCP DCF # (sec) (sec) (sec) (sec) (sec) (sec) mis 10100 38 0 13 5 5 30 1020 5 5 # --- Drift/Park - General ------------------------------------------------------------------------- # SN dive idx midx PNS PTO PTH PSA PSI PFM # (sec) (sec) mis 10100 38 0 14 37 68400 0x00000000 1 900.000 1 # SN dive idx midx PFD PDT # (dBar) (sec) mis 10100 38 0 15 800 900 # --- Drift/Park - Seek ---------------------------------------------------------------------------- # SN dive idx midx PSM PST PSD PSV PSW # (sec) (dBar) (sec) (sec) mis 10100 38 0 16 0 3600 100 30 1300 # --- Ascent/Profile ------------------------------------------------------------------------------- # SN dive idx midx ASN ARR APM APN APF ASI # (m/sec) (sec) (sec) (sec) (sec) mis 10100 38 0 17 37 0.08 1020 10 10 1.000 # SN dive idx midx ASD ADD ADT ARC AHR AHD # (dBar) (dBar) (sec) (?) (m/sec) (dBar) mis 10100 38 0 18 2 10 600 1400 1.000 10 # --- Ascent - Ice-Detection ----------------------------------------------------------------------- # SN dive idx midx ICM IMM ICN ICX ICT ICS # (dBar) (dBar) (degC) (sec) mis 10100 38 0 19 1 0x03F0 20 40 -1.65 30 # SN dive idx midx ISP ISM IST ISO ICF ICW # (PSU) (sec) mis 10100 38 0 20 0 255 0.20 180 0x00000000 0x00000000 # --- Ascent - Ice-Detection (Summer) -------------------------------------------------------------- # SN dive idx midx ISS0 ICA0 ICR0 ICD0 ICO0 ICG0 # (min) (dBar) (sec) mis 10100 38 0 21 2 5 60 100 1 0 # SN dive idx midx IUE0 ICB IMT0 ILT0 # (%) (sec) mis 10100 38 0 22 0 1 70 180 # --- Ascent - Ice-Detection (Winter) -------------------------------------------------------------- # SN dive idx midx ISS1 ICA1 ICR1 ICD1 ICO1 ICG1 # (min) (dBar) (sec) mis 10100 38 0 23 2 5 60 100 1 0 # SN dive idx midx IUE1 ICB1 IMT1 ILT1 # (%) (sec) mis 10100 38 0 24 0 1 70 180 # --- Surface -------------------------------------------------------------------------------------- # SN dive idx midx SFN SGT SET SDT SSA SSI # (min) (min) (?) (sec) mis 10100 38 0 25 37 15 15 0 0 1.000 # SN dive idx midx SDS SPT # (sec) (sec) mis 10100 38 0 26 60 65535 # --- Surface - Air Pump --------------------------------------------------------------------------- # SN dive idx midx SAM SAX SAN SAO SAP # (psi) (psi) (sec) (sec) mis 10100 38 0 27 1 7.500 6.500 360 65535 # --- Surface - Wave-Field Measurement ------------------------------------------------------------- # SN dive idx midx MAM MAT ACA ACG ACR # (sec) (g/FSR) (°/sec/FSR) (Hz) mis 10100 38 0 28 0 65535 2 250 4 # --- Surface - Abort/Beacon Mode ------------------------------------------------------------------ # SN dive idx midx SBM SBT # (sec) mis 10100 38 0 29 0 300 #=================================================================================================== # SBD Message Hex Data #=================================================================================================== # SN dive size MOMSN MTMSN PID # (b) SHX 10100 38 206 318 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 10100 38 318 0 8 0x0000 (0000) | 0x 58 00 C7 27 74 00 26 08 60 20 7D A0 1E 6A 01 0F # | X . . ' t . & . ` } . . j . . shx 10100 38 318 1 8 0x0010 (0016) | 0x 04 CD 01 7E 02 80 70 40 3C 00 0C 04 BB 02 33 02 # | . . . ~ . . p @ < . . . . . 3 . shx 10100 38 318 2 8 0x0020 (0032) | 0x 77 D0 40 32 00 0D 04 B1 02 2E 02 78 D0 40 32 00 # | w . @ 2 . . . . . . . x . @ 2 . shx 10100 38 318 3 8 0x0030 (0048) | 0x 0D 04 AF 02 10 02 79 D0 40 31 00 0D 04 A8 02 1B # | . . . . . . y . @ 1 . . . . . . shx 10100 38 318 4 8 0x0040 (0064) | 0x 02 7B D0 40 2F 00 0D 04 AE 02 07 02 7C D0 1D 09 # | . { . @ / . . . . . . . | . . . shx 10100 38 318 5 8 0x0050 (0080) | 0x 00 0D 04 DE 01 AC 02 81 D0 0B 67 00 0D 04 F5 01 # | . . . . . . . . . . g . . . . . shx 10100 38 318 6 8 0x0060 (0096) | 0x 5F 02 84 D0 00 FD 00 91 04 E8 01 1C 02 8E D0 00 # | _ . . . . . . . . . . . . . . . shx 10100 38 318 7 8 0x0070 (0112) | 0x FC 00 92 04 F0 01 0D 02 9E E0 00 F8 00 14 04 F1 # | . . . . . . . . . . . . . . . . shx 10100 38 318 8 8 0x0080 (0128) | 0x 01 0A 02 A0 3B EB 00 13 00 10 00 F9 06 B8 02 63 # | . . . . ; . . . . . . . . . . c shx 10100 38 318 9 8 0x0090 (0144) | 0x C0 27 B3 01 2E 02 78 3B EA 00 32 12 20 1D 3D BC # | . ' . . . . x ; . . 2 . . = . shx 10100 38 318 10 8 0x00A0 (0160) | 0x 02 9E 02 AB 00 00 4E 41 00 00 00 09 00 01 00 00 # | . . . . . . N A . . . . . . . . shx 10100 38 318 11 8 0x00B0 (0176) | 0x 01 71 1C 44 05 19 03 49 07 5D 03 67 04 AD 00 65 # | . q . D . . . I . ] . g . . . e shx 10100 38 318 12 8 0x00C0 (0192) | 0x 02 89 07 03 03 87 00 FA 00 3B 24 31 33 3E # | . . . . . . . . . ; $ 1 3 > #--------------------------------------------------------------------------------------------------- # SN dive size MOMSN MTMSN PID # (b) SHX 10100 38 340 319 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 10100 38 319 0 7 0x0000 (0000) | 0x 58 01 4D 27 74 00 26 07 D0 01 48 00 03 02 61 00 # | X . M ' t . & . . . H . . . a . shx 10100 38 319 1 7 0x0010 (0016) | 0x 00 25 01 2C 04 B0 01 00 02 01 00 00 02 00 00 00 # | . % . , . . . . . . . . . . . . shx 10100 38 319 2 7 0x0020 (0032) | 0x 02 00 00 03 E8 07 D0 03 E8 01 2C 00 0A 00 02 00 # | . . . . . . . . . . , . . . . . shx 10100 38 319 3 7 0x0030 (0048) | 0x 02 00 0A 00 02 00 02 00 0A 00 00 75 30 00 02 62 # | . . . . . . . . . . . u 0 . . b shx 10100 38 319 4 7 0x0040 (0064) | 0x 00 02 00 FA 00 04 03 84 01 2C 02 BC AA 94 C7 0E # | . . . . . . . . . , . . . . . . shx 10100 38 319 5 7 0x0050 (0080) | 0x 00 00 65 68 06 FE 08 29 F0 AE 7D 00 00 00 40 D8 # | . . e h . . . ) . . } . . . @ . shx 10100 38 319 6 7 0x0060 (0096) | 0x 01 03 F0 00 05 00 05 00 01 00 01 00 46 00 46 00 # | . . . . . . . . . . . . F . F . shx 10100 38 319 7 7 0x0070 (0112) | 0x B4 00 B4 00 14 00 28 FF 5B 00 1E 02 02 01 00 14 # | . . . . . . ( . [ . . . . . . . shx 10100 38 319 8 7 0x0080 (0128) | 0x 00 B4 00 00 00 00 64 00 64 00 00 00 3C 00 00 00 # | . . . . . . d . d . . . < . . . shx 10100 38 319 9 7 0x0090 (0144) | 0x 3C 00 00 01 00 0A 04 B0 00 1E 04 B0 00 01 00 01 # | < . . . . . . . . . . . . . . . shx 10100 38 319 10 7 0x00A0 (0160) | 0x 00 00 00 00 00 00 00 00 20 19 E8 5B 00 25 00 14 # | . . . . . . . . . . [ . % . . shx 10100 38 319 11 7 0x00B0 (0176) | 0x 01 2C 1C 20 01 2C 00 00 00 00 03 E8 00 0A 02 58 # | . , . . , . . . . . . . . . X shx 10100 38 319 12 7 0x00C0 (0192) | 0x 01 0F 01 01 2A 30 03 00 03 00 00 03 FC 00 05 00 # | . . . . * 0 . . . . . . . . . . shx 10100 38 319 13 7 0x00D0 (0208) | 0x 05 00 32 00 00 07 08 00 64 00 05 00 05 00 05 00 # | . . 2 . . . . . d . . . . . . . shx 10100 38 319 14 7 0x00E0 (0224) | 0x 1E 00 13 00 10 00 64 0E 10 20 1A 37 18 00 25 00 # | . . . . . . d . . . 7 . . % . shx 10100 38 319 15 7 0x00F0 (0240) | 0x 01 0B 30 00 00 00 00 01 00 0D BB A0 01 17 70 03 # | . . 0 . . . . . . . . . . . p . shx 10100 38 319 16 7 0x0100 (0256) | 0x 20 01 2C 03 84 00 00 64 0E 10 00 1E 05 14 20 1B # | . , . . . . d . . . . . . . shx 10100 38 319 17 7 0x0110 (0272) | 0x 5C 75 00 25 00 08 03 FC 00 0A 00 0A 00 00 03 E8 # | \ u . % . . . . . . . . . . . . shx 10100 38 319 18 7 0x0120 (0288) | 0x 00 02 00 0A 02 58 05 78 03 E8 00 0A 20 1B 87 87 # | . . . . . X . x . . . . . . . shx 10100 38 319 19 7 0x0130 (0304) | 0x 00 25 00 00 00 0F 00 0F 00 01 2C 00 00 00 00 00 # | . % . . . . . . . . , . . . . . shx 10100 38 319 20 7 0x0140 (0320) | 0x 00 00 00 03 E8 00 3C 01 1D 4C 19 64 01 68 02 3B # | . . . . . . < . . L . d . h . ; shx 10100 38 319 21 7 0x0150 (0336) | 0x 24 37 39 3E # | $ 7 9 > #--------------------------------------------------------------------------------------------------- # SN dive size MOMSN MTMSN PID # (b) SHX 10100 38 331 320 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 10100 38 320 0 6 0x0000 (0000) | 0x 58 01 44 27 74 00 26 06 30 10 C2 00 01 44 00 89 # | X . D ' t . & . 0 . . . . D . . shx 10100 38 320 1 6 0x0010 (0016) | 0x 31 00 00 02 28 92 49 24 92 49 24 92 00 00 00 00 # | 1 . . . ( . I $ . I $ . . . . . shx 10100 38 320 2 6 0x0020 (0032) | 0x 10 FF F0 01 F0 00 F1 7D FE 03 FE FF FE 00 00 00 # | . . . . . . . } . . . . . . . . shx 10100 38 320 3 6 0x0030 (0048) | 0x 00 00 02 FD 10 03 F5 00 C0 0E 11 F0 F0 00 1F 1F # | . . . . . . . . . . . . . . . . shx 10100 38 320 4 6 0x0040 (0064) | 0x F2 1D 1F 00 10 F1 1E 11 0F F1 02 E2 E2 2D 20 13 # | . . . . . . . . . . . . . - . shx 10100 38 320 5 6 0x0050 (0080) | 0x B1 0F E2 3C F0 F1 30 1F E2 0C 01 F0 3F FF 13 D0 # | . . . < . . 0 . . . . . ? . . . shx 10100 38 320 6 6 0x0060 (0096) | 0x 00 10 0F F1 00 1F 0F 01 00 F0 01 00 F1 F0 1F 00 # | . . . . . . . . . . . . . . . . shx 10100 38 320 7 6 0x0070 (0112) | 0x 1F 01 F1 F0 1F 1F 00 1F 00 00 1F 01 F2 D2 00 00 # | . . . . . . . . . . . . . . . . shx 10100 38 320 8 6 0x0080 (0128) | 0x 0F 10 1F F1 11 EF 01 F0 10 0F 01 F1 0F 10 F1 00 # | . . . . . . . . . . . . . . . . shx 10100 38 320 9 6 0x0090 (0144) | 0x E1 F1 00 01 F1 0F 00 1F 10 0F 01 0F 1F 00 02 E0 # | . . . . . . . . . . . . . . . . shx 10100 38 320 10 6 0x00A0 (0160) | 0x 00 1F 1F 1F 01 0F 00 1F 01 F0 01 F1 0F 01 F1 00 # | . . . . . . . . . . . . . . . . shx 10100 38 320 11 6 0x00B0 (0176) | 0x F1 F1 F0 1F 01 F1 00 F1 00 F1 0F 10 01 F0 0F 10 # | . . . . . . . . . . . . . . . . shx 10100 38 320 12 6 0x00C0 (0192) | 0x F1 10 01 D0 1F 1F 10 00 F0 3B 80 20 74 20 1D 3D # | . . . . . . . . . ; . t . = shx 10100 38 320 13 6 0x00D0 (0208) | 0x BC 00 18 E0 00 FB 13 1E 03 E8 01 8F E0 00 FB 11 # | . . . . . . . . . . . . . . . . shx 10100 38 320 14 6 0x00E0 (0224) | 0x 77 03 E8 02 0D E0 00 FA 0E 4E 03 E8 02 4B E0 00 # | w . . . . . . . . N . . . K . . shx 10100 38 320 15 6 0x00F0 (0240) | 0x FB 10 7D 03 E8 02 88 E0 00 FC 0F CC 03 E8 02 C6 # | . . } . . . . . . . . . . . . . shx 10100 38 320 16 6 0x0100 (0256) | 0x E0 00 F9 10 09 03 E8 03 03 E0 00 FB 10 5D 03 E8 # | . . . . . . . . . . . . . ] . . shx 10100 38 320 17 6 0x0110 (0272) | 0x 03 41 E0 00 FC 11 0B 03 E8 03 7E E0 00 F9 10 FC # | . A . . . . . . . . ~ . . . . . shx 10100 38 320 18 6 0x0120 (0288) | 0x 03 E8 03 BC E0 00 FC 0D BD 03 E8 03 FA E0 00 FB # | . . . . . . . . . . . . . . . . shx 10100 38 320 19 6 0x0130 (0304) | 0x 0C 98 03 E8 04 2D E0 00 FC 0E 56 03 E8 3B D1 00 # | . . . . . - . . . . V . . ; . . shx 10100 38 320 20 6 0x0140 (0320) | 0x 09 58 02 58 00 14 3B 24 34 35 3E # | . X . X . . ; $ 4 5 > #--------------------------------------------------------------------------------------------------- # SN dive size MOMSN MTMSN PID # (b) SHX 10100 38 294 321 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 10100 38 321 0 5 0x0000 (0000) | 0x 58 01 1F 27 74 00 26 05 20 11 1A 00 01 44 00 13 # | X . . ' t . & . . . . . D . . shx 10100 38 321 1 5 0x0010 (0016) | 0x C7 FF FF E6 4D 24 91 25 24 89 24 92 00 00 00 00 # | . . . . M $ . % $ . $ . . . . . shx 10100 38 321 2 5 0x0020 (0032) | 0x 07 05 07 F6 06 07 FD 01 00 04 FE FF 01 01 C8 13 # | . . . . . . . . . . . . . . . . shx 10100 38 321 3 5 0x0030 (0048) | 0x FF BF D1 FF 70 21 03 2F FC FF E0 0B FF 90 01 FC # | . . . . p ! . / . . . . . . . . shx 10100 38 321 4 5 0x0040 (0064) | 0x 0F F7 F0 2F CC 11 80 39 3B FD 09 FD F8 F8 09 03 # | . . . / . . . 9 ; . . . . . . . shx 10100 38 321 5 5 0x0050 (0080) | 0x 02 FB 01 01 04 00 01 FF 00 F8 FF 0A 03 FC 00 00 # | . . . . . . . . . . . . . . . . shx 10100 38 321 6 5 0x0060 (0096) | 0x FE 01 01 FE 01 01 FF FD 02 05 01 FF 00 08 FA 07 # | . . . . . . . . . . . . . . . . shx 10100 38 321 7 5 0x0070 (0112) | 0x FA 01 11 EF 05 03 FF 02 F5 01 FA F9 03 FE F9 0E # | . . . . . . . . . . . . . . . . shx 10100 38 321 8 5 0x0080 (0128) | 0x EF 05 F8 0D 03 06 F7 F3 06 F7 06 0F 00 FF 01 01 # | . . . . . . . . . . . . . . . . shx 10100 38 321 9 5 0x0090 (0144) | 0x F4 03 05 01 02 02 04 FB F1 FD 22 0D 0B 33 20 0F # | . . . . . . . . . . " . . 3 . shx 10100 38 321 10 5 0x00A0 (0160) | 0x 11 FF 0F 11 0F F1 F0 20 00 0F 1F 01 00 F1 0F 10 # | . . . . . . . . . . . . . . . shx 10100 38 321 11 5 0x00B0 (0176) | 0x 01 00 00 FE 01 FF 02 01 07 05 F3 FD 09 F6 FD 05 # | . . . . . . . . . . . . . . . . shx 10100 38 321 12 5 0x00C0 (0192) | 0x FE 02 01 03 15 ED F8 08 0D 14 DD F6 00 FE 08 04 # | . . . . . . . . . . . . . . . . shx 10100 38 321 13 5 0x00D0 (0208) | 0x 02 F1 03 08 01 FE 00 00 00 01 FF 00 01 03 FD F6 # | . . . . . . . . . . . . . . . . shx 10100 38 321 14 5 0x00E0 (0224) | 0x F7 FA 10 FD 03 03 F9 0A 01 01 FF 01 00 00 FF 02 # | . . . . . . . . . . . . . . . . shx 10100 38 321 15 5 0x00F0 (0240) | 0x 1D 01 F0 1F 10 00 FF 11 00 F1 1E F2 F1 1F 00 00 # | . . . . . . . . . . . . . . . . shx 10100 38 321 16 5 0x0100 (0256) | 0x 00 00 00 00 00 00 00 10 F0 1E 10 1F 00 F1 1F 00 # | . . . . . . . . . . . . . . . . shx 10100 38 321 17 5 0x0110 (0272) | 0x 00 00 01 F0 00 F1 00 0F 10 F1 0F 10 00 00 00 F1 # | . . . . . . . . . . . . . . . . shx 10100 38 321 18 5 0x0120 (0288) | 0x 00 3B 24 3C 35 3E # | . ; $ < 5 > #--------------------------------------------------------------------------------------------------- # SN dive size MOMSN MTMSN PID # (b) SHX 10100 38 281 322 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 10100 38 322 0 4 0x0000 (0000) | 0x 58 01 12 27 74 00 26 04 10 10 CB 00 01 44 00 01 # | X . . ' t . & . . . . . . D . . shx 10100 38 322 1 4 0x0010 (0016) | 0x 37 00 00 27 44 A2 49 24 92 49 24 94 00 00 00 00 # | 7 . . ' D . I $ . I $ . . . . . shx 10100 38 322 2 4 0x0020 (0032) | 0x 0B FF 01 00 01 FF 00 00 00 00 00 00 00 00 00 01 # | . . . . . . . . . . . . . . . . shx 10100 38 322 3 4 0x0030 (0048) | 0x E2 FF 2E 10 1E 2E 10 00 00 00 00 00 F1 1F 00 1E # | . . . . . . . . . . . . . . . . shx 10100 38 322 4 4 0x0040 (0064) | 0x 01 01 04 F5 06 00 00 00 00 00 00 00 00 00 00 00 # | . . . . . . . . . . . . . . . . shx 10100 38 322 5 4 0x0050 (0080) | 0x 00 00 00 00 00 00 00 00 F2 F0 00 00 00 00 1F 00 # | . . . . . . . . . . . . . . . . shx 10100 38 322 6 4 0x0060 (0096) | 0x F1 00 00 00 1F 00 F1 00 00 00 00 00 1E 10 00 00 # | . . . . . . . . . . . . . . . . shx 10100 38 322 7 4 0x0070 (0112) | 0x 00 00 00 00 00 00 3A 30 00 00 00 00 00 00 00 00 # | . . . . . . : 0 . . . . . . . . shx 10100 38 322 8 4 0x0080 (0128) | 0x 1E 10 00 00 01 E1 00 00 00 00 00 00 00 00 00 00 # | . . . . . . . . . . . . . . . . shx 10100 38 322 9 4 0x0090 (0144) | 0x 01 E1 F2 F0 00 1E 11 E1 00 00 00 01 FF 10 00 F1 # | . . . . . . . . . . . . . . . . shx 10100 38 322 10 4 0x00A0 (0160) | 0x 1F 00 00 01 E1 00 00 00 00 00 1F F1 00 1F F1 00 # | . . . . . . . . . . . . . . . . shx 10100 38 322 11 4 0x00B0 (0176) | 0x 1E 11 FF 2E 11 FF 10 1F F1 1F F1 0F 2F 01 F0 0F # | . . . . . . . . . . . . / . . . shx 10100 38 322 12 4 0x00C0 (0192) | 0x 10 F2 F0 0F 11 F0 00 00 00 01 E2 FF 11 FF 2F F2 # | . . . . . . . . . . . . . . / . shx 10100 38 322 13 4 0x00D0 (0208) | 0x 02 E9 3B F0 00 42 22 03 20 01 2C 00 11 00 F4 17 # | . . ; . . B " . . , . . . . . shx 10100 38 322 14 4 0x00E0 (0224) | 0x 70 00 E4 20 1B 8F E1 20 1B DE 8A 20 1D 03 E7 20 # | p . . . . . . . . . . . shx 10100 38 322 15 4 0x00F0 (0240) | 0x 1D 3D BC 03 08 00 03 04 DD 07 08 00 19 00 0A 03 # | . = . . . . . . . . . . . . . . shx 10100 38 322 16 4 0x0100 (0256) | 0x E8 00 05 03 E8 00 01 00 19 00 0A 03 E8 00 05 03 # | . . . . . . . . . . . . . . . . shx 10100 38 322 17 4 0x0110 (0272) | 0x E8 00 01 01 3B 24 30 37 3E # | . . . . ; $ 0 7 > #--------------------------------------------------------------------------------------------------- # SN dive size MOMSN MTMSN PID # (b) SHX 10100 38 340 323 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 10100 38 323 0 3 0x0000 (0000) | 0x 58 01 4D 27 74 00 26 03 50 11 48 20 1D 03 EA 00 # | X . M ' t . & . P . H . . . . shx 10100 38 323 1 3 0x0010 (0016) | 0x 00 70 40 3C 01 04 D0 3F 47 01 8D D0 3E 45 02 10 # | . p @ < . . . ? G . . . > E . . shx 10100 38 323 2 3 0x0020 (0032) | 0x D0 3D 4E 02 99 D0 3C 50 03 1C D0 3B 5F 03 AC D0 # | . = N . . . < P . . . ; _ . . . shx 10100 38 323 3 3 0x0030 (0048) | 0x 3A 5B 04 35 D0 39 67 04 C5 D0 38 6B 05 54 D0 37 # | : [ . 5 . 9 g . . . 8 k . T . 7 shx 10100 38 323 4 3 0x0040 (0064) | 0x 75 05 F1 D0 36 76 06 94 D0 35 82 07 45 D0 34 82 # | u . . . 6 v . . . 5 . . E . 4 . shx 10100 38 323 5 3 0x0050 (0080) | 0x 07 F5 D0 33 8A 08 AC D0 32 91 09 63 D0 31 9C 0A # | . . . 3 . . . . 2 . . c . 1 . . shx 10100 38 323 6 3 0x0060 (0096) | 0x 27 D0 30 A0 0A EB D0 2F A6 0B AF D0 2E AA 0C 73 # | ' . 0 . . . . / . . . . . . . s shx 10100 38 323 7 3 0x0070 (0112) | 0x D0 2D AF 0D 30 D0 2C B6 0D EE D0 2B BC 0E B2 D0 # | . - . . 0 . , . . . . + . . . . shx 10100 38 323 8 3 0x0080 (0128) | 0x 2A C2 0F 7C D0 29 C9 10 4D D0 28 CF 11 2B D0 27 # | * . . | . ) . . M . ( . . + . ' shx 10100 38 323 9 3 0x0090 (0144) | 0x D1 12 1D D0 26 D9 13 29 D0 25 E0 14 48 D0 24 E6 # | . . . . & . . ) . % . . H . $ . shx 10100 38 323 10 3 0x00A0 (0160) | 0x 15 75 D0 23 EF 16 A8 D0 22 F2 17 DB D0 21 FA 19 # | . u . # . . . . " . . . . ! . . shx 10100 38 323 11 3 0x00B0 (0176) | 0x 07 D0 20 FF 1A 2D D0 20 04 1B 53 D0 1F 0A 1C 8D # | . . . . - . . . S . . . . . shx 10100 38 323 12 3 0x00C0 (0192) | 0x D0 1E 0F 1D F4 D0 1D 19 1E B9 D0 1C 18 1F 5C D0 # | . . . . . . . . . . . . . . \ . shx 10100 38 323 13 3 0x00D0 (0208) | 0x 1B 26 20 13 D0 1A 24 20 CA D0 19 2E 21 95 D0 18 # | . & . . . $ . . . . ! . . . shx 10100 38 323 14 3 0x00E0 (0224) | 0x 35 22 66 D0 17 3B 23 30 D0 16 41 23 EE D0 15 46 # | 5 " f . . ; # 0 . . A # . . . F shx 10100 38 323 15 3 0x00F0 (0240) | 0x 24 A5 D0 14 48 25 5C D0 13 51 26 2D D0 12 59 27 # | $ . . . H % \ . . Q & - . . Y ' shx 10100 38 323 16 3 0x0100 (0256) | 0x 1E D0 11 5D 28 3E D0 10 67 29 92 D0 0F 6B 2A F9 # | . . . ] ( > . . g ) . . . k * . shx 10100 38 323 17 3 0x0110 (0272) | 0x D0 0E 71 2C 53 D0 0D 79 2D 8D D0 0C 7F 2E E7 D0 # | . . q , S . . y - . . . . . . . shx 10100 38 323 18 3 0x0120 (0288) | 0x 0B 84 2F C6 D0 0A 83 30 7C D0 09 8A 31 4D D0 08 # | . . / . . . . 0 | . . . 1 M . . shx 10100 38 323 19 3 0x0130 (0304) | 0x 96 32 4C D0 07 9C 33 65 D0 06 A1 34 3D D0 05 A3 # | . 2 L . . . 3 e . . . 4 = . . . shx 10100 38 323 20 3 0x0140 (0320) | 0x 35 01 D0 04 AC 35 C5 D0 03 AD 36 88 D0 02 B9 3B # | 5 . . . . 5 . . . . 6 . . . . ; shx 10100 38 323 21 3 0x0150 (0336) | 0x 24 38 39 3E # | $ 8 9 > #--------------------------------------------------------------------------------------------------- # SN dive size MOMSN MTMSN PID # (b) SHX 10100 38 303 324 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 10100 38 324 0 2 0x0000 (0000) | 0x 58 01 28 27 74 00 26 02 A8 10 6A 00 00 54 00 0C # | X . ( ' t . & . . . j . . T . . shx 10100 38 324 1 2 0x0010 (0016) | 0x 8F FF FF F9 49 24 40 00 00 00 00 00 00 00 00 00 # | . . . . I $ @ . . . . . . . . . shx 10100 38 324 2 2 0x0020 (0032) | 0x 07 07 FA 03 15 E0 0C FC F9 0E FC F0 0B 05 F5 E1 # | . . . . . . . . . . . . . . . . shx 10100 38 324 3 2 0x0030 (0048) | 0x 1A 09 04 F6 F7 12 00 38 C8 F4 0E FB 2C CD 0B FF # | . . . . . . . 8 . . . . , . . . shx 10100 38 324 4 2 0x0040 (0064) | 0x F1 02 15 10 EB FD F5 FE 13 FC F3 0D 00 FE 06 0A # | . . . . . . . . . . . . . . . . shx 10100 38 324 5 2 0x0050 (0080) | 0x EF 03 FA 01 06 E8 11 E4 35 F8 06 E0 05 04 0A 05 # | . . . . . . . . 5 . . . . . . . shx 10100 38 324 6 2 0x0060 (0096) | 0x 02 F3 F7 01 04 05 FB 01 00 05 FE D4 19 0E 07 FC # | . . . . . . . . . . . . . . . . shx 10100 38 324 7 2 0x0070 (0112) | 0x 2F 3B B8 10 6B 00 00 54 00 8A 58 FF FF FE 49 24 # | / ; . . k . . T . . X . . . I $ shx 10100 38 324 8 2 0x0080 (0128) | 0x 80 00 00 00 00 00 00 00 00 00 03 00 FF FF 00 01 # | . . . . . . . . . . . . . . . . shx 10100 38 324 9 2 0x0090 (0144) | 0x FF 02 FF FD 07 FB 00 00 F8 16 EB 0D FC FF 01 FE # | . . . . . . . . . . . . . . . . shx 10100 38 324 10 2 0x00A0 (0160) | 0x 01 00 00 08 F2 03 04 FD 01 06 FB FE 01 02 FE 01 # | . . . . . . . . . . . . . . . . shx 10100 38 324 11 2 0x00B0 (0176) | 0x 05 F7 06 FD 04 FB 01 02 FE FF 03 FF FF 01 00 FF # | . . . . . . . . . . . . . . . . shx 10100 38 324 12 2 0x00C0 (0192) | 0x 04 F7 0B FB FE 06 FB 00 01 FF 00 01 02 FF 00 FD # | . . . . . . . . . . . . . . . . shx 10100 38 324 13 2 0x00D0 (0208) | 0x 02 FF 03 FD 01 05 07 02 0B F1 F7 01 3B 51 10 12 # | . . . . . . . . . . . . ; Q . . shx 10100 38 324 14 2 0x00E0 (0224) | 0x 20 1D 3B 43 00 00 D0 01 BB 02 78 80 00 FB 3B E9 # | . ; C . . . . . . x . . . ; . shx 10100 38 324 15 2 0x00F0 (0240) | 0x 00 0D 11 20 1D 03 E7 02 76 02 9E 3B EC 00 17 10 # | . . . . . . . v . . ; . . . . shx 10100 38 324 16 2 0x0100 (0256) | 0x 00 05 00 00 00 02 00 01 AD 72 00 FA 00 00 03 E8 # | . . . . . . . . . r . . . . . . shx 10100 38 324 17 2 0x0110 (0272) | 0x 00 00 3B 02 00 18 FE D1 D4 35 7B 9F 74 F6 4D 07 # | . . ; . . . . . . 5 { . t . M . shx 10100 38 324 18 2 0x0120 (0288) | 0x 8D 04 17 0F 04 07 22 27 2F 16 3B 24 31 33 3E # | . . . . . . " ' / . ; $ 1 3 > #--------------------------------------------------------------------------------------------------- # SN dive size MOMSN MTMSN PID # (b) SHX 10100 38 340 325 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 10100 38 325 0 1 0x0000 (0000) | 0x 58 01 4D 27 74 00 26 01 40 11 48 20 1B 8F E4 00 # | X . M ' t . & . @ . H . . . . shx 10100 38 325 1 1 0x0010 (0016) | 0x 00 10 00 FC 00 D1 A0 01 F5 01 06 A0 02 F5 01 38 # | . . . . . . . . . . . . . . . 8 shx 10100 38 325 2 1 0x0020 (0032) | 0x A0 03 E9 01 6D A0 04 F4 01 9E A0 05 F0 01 CC A0 # | . . . . m . . . . . . . . . . . shx 10100 38 325 3 1 0x0030 (0048) | 0x 06 D7 01 FD A0 07 D0 02 32 A0 08 DE 02 64 A0 09 # | . . . . . . . . 2 . . . . d . . shx 10100 38 325 4 1 0x0040 (0064) | 0x D0 02 99 A0 0A D0 02 CA A0 0B C0 03 00 A0 0C C4 # | . . . . . . . . . . . . . . . . shx 10100 38 325 5 1 0x0050 (0080) | 0x 03 31 A0 0D B3 03 66 A0 0E B6 03 98 A0 0F A8 03 # | . 1 . . . . f . . . . . . . . . shx 10100 38 325 6 1 0x0060 (0096) | 0x C9 A0 10 9B 03 FE A0 11 A1 04 30 A0 12 91 04 65 # | . . . . . . . . . . 0 . . . . e shx 10100 38 325 7 1 0x0070 (0112) | 0x A0 13 8F 04 9A A0 14 8D 04 D0 A0 15 8D 05 05 A0 # | . . . . . . . . . . . . . . . . shx 10100 38 325 8 1 0x0080 (0128) | 0x 16 88 05 3B A0 17 82 05 70 A0 18 7D 05 A5 A0 19 # | . . . ; . . . . p . . } . . . . shx 10100 38 325 9 1 0x0090 (0144) | 0x 74 05 DB A0 1A 69 06 14 A0 1B 69 06 4A A0 1C 58 # | t . . . . i . . . . i . J . . X shx 10100 38 325 10 1 0x00A0 (0160) | 0x 06 83 A0 1D 5B 06 B9 A0 1E 4E 06 BF 20 1E 6A 06 # | . . . . [ . . . . N . . . j . shx 10100 38 325 11 1 0x00B0 (0176) | 0x EF A0 1F 40 07 31 A0 20 41 07 7F A0 21 37 08 80 # | . . . @ . 1 . A . . . ! 7 . . shx 10100 38 325 12 1 0x00C0 (0192) | 0x A0 22 2F 0A 89 A0 23 29 0C 61 A0 24 23 0E A3 A0 # | . " / . . . # ) . a . $ # . . . shx 10100 38 325 13 1 0x00D0 (0208) | 0x 25 1C 10 FE A0 25 F0 13 59 A0 26 99 15 B4 A0 27 # | % . . . . % . . Y . & . . . . ' shx 10100 38 325 14 1 0x00E0 (0224) | 0x 04 18 0F A0 27 40 1A 6A A0 27 4F 1C C5 A0 27 43 # | . . . . ' @ . j . ' O . . . ' C shx 10100 38 325 15 1 0x00F0 (0240) | 0x 1F 1F A0 27 2A 21 7A A0 27 29 23 D5 A0 27 20 26 # | . . . ' * ! z . ' ) # . . ' & shx 10100 38 325 16 1 0x0100 (0256) | 0x 30 A0 27 0F 28 8B A0 27 06 2A E6 A0 27 16 2D 41 # | 0 . ' . ( . . ' . * . . ' . - A shx 10100 38 325 17 1 0x0110 (0272) | 0x A0 27 2C 2F 9C A0 27 24 31 F7 A0 27 0D 32 03 30 # | . ' , / . . ' $ 1 . . ' . 2 . 0 shx 10100 38 325 18 1 0x0120 (0288) | 0x 27 0D 34 4F A0 27 00 36 AA A0 27 03 39 05 A0 27 # | ' . 4 O . ' . 6 . . ' . 9 . . ' shx 10100 38 325 19 1 0x0130 (0304) | 0x 25 39 36 30 27 2A 3B 5D A0 27 6E 3D B8 A0 27 B5 # | % 9 6 0 ' * ; ] . ' n = . . ' . shx 10100 38 325 20 1 0x0140 (0320) | 0x 40 13 A0 27 E5 40 69 30 27 E9 42 6B A0 27 D6 3B # | @ . . ' . @ i 0 ' . B k . ' . ; shx 10100 38 325 21 1 0x0150 (0336) | 0x 24 35 3F 3E # | $ 5 ? > #--------------------------------------------------------------------------------------------------- # SN dive size MOMSN MTMSN PID # (b) SHX 10100 38 264 326 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 10100 38 326 0 0 0x0000 (0000) | 0x 58 01 01 27 74 00 26 00 01 00 18 FE D1 E1 6A 4C # | X . . ' t . & . . . . . . . j L shx 10100 38 326 1 0 0x0010 (0016) | 0x 9F 56 E9 50 07 8D 03 10 21 01 04 20 26 2D 16 3B # | . V . P . . . . ! . . & - . ; shx 10100 38 326 2 0 0x0020 (0032) | 0x 41 10 26 20 1B D4 AA 00 00 A0 27 7E 02 5B A0 27 # | A . & . . . . . . ' ~ . [ . ' shx 10100 38 326 3 0 0x0030 (0048) | 0x 27 04 B6 A0 27 0A 07 11 A0 27 24 09 6C A0 27 55 # | ' . . . ' . . . . ' $ . l . ' U shx 10100 38 326 4 0 0x0040 (0064) | 0x 09 DF A0 27 5D 3B E7 00 16 11 20 1B 8F E1 02 A4 # | . . . ' ] ; . . . . . . . . . shx 10100 38 326 5 0 0x0050 (0080) | 0x 02 7D 07 5E 03 6D 03 49 03 00 0C 3B E8 00 1C 11 # | . } . ^ . m . I . . . ; . . . . shx 10100 38 326 6 0 0x0060 (0096) | 0x 20 1B DE 8A 02 7D 02 76 00 00 00 00 00 00 00 00 # | . . . . } . v . . . . . . . . shx 10100 38 326 7 0 0x0070 (0112) | 0x 00 20 1C EB 3A 27 B4 3B 98 10 8C 00 00 54 00 27 # | . . . : ' . ; . . . . . T . ' shx 10100 38 326 8 0 0x0080 (0128) | 0x 5E 00 00 19 6D 36 C0 00 00 00 00 00 00 00 00 00 # | ^ . . . m 6 . . . . . . . . . . shx 10100 38 326 9 0 0x0090 (0144) | 0x FB B0 16 05 EF F1 FA CF E7 02 F0 17 FD EF F7 03 # | . . . . . . . . . . . . . . . . shx 10100 38 326 10 0 0x00A0 (0160) | 0x BF F4 FD 5F EB FF 70 9D FD 3F A1 00 C0 08 02 D0 # | . . . _ . . p . . ? . . . . . . shx 10100 38 326 11 0 0x00B0 (0176) | 0x 0D 01 CF D5 F6 B0 49 05 F0 0C FE FF 79 FE 80 4C # | . . . . . . I . . . . . y . . L shx 10100 38 326 12 0 0x00C0 (0192) | 0x 74 03 CF C6 E0 42 F8 ED 18 15 F8 DA E9 70 EE A8 # | t . . . . B . . . . . . . p . . shx 10100 38 326 13 0 0x00D0 (0208) | 0x 01 40 2B 00 EF A9 FF 60 06 03 90 74 FD EF AD F8 # | . @ + . . . . ` . . . t . . . . shx 10100 38 326 14 0 0x00E0 (0224) | 0x 00 4B 07 6F F9 FB 10 0E 00 4F DF FF 20 41 01 CF # | . K . o . . . . . O . . A . . shx 10100 38 326 15 0 0x00F0 (0240) | 0x D1 00 5F F9 00 9F FC FF F1 CE 52 AF 8C 01 5C 0A # | . . _ . . . . . . . R . . . \ . shx 10100 38 326 16 0 0x0100 (0256) | 0x D5 B0 01 3B 24 38 35 3E # | . . . ; $ 8 5 > #---------------------------------------------------------------------------------------------------