#=================================================================================================== # Intermediate Listing for Float #9041, Dive #380 #=================================================================================================== # Created: 2022-05-11T17:18:40Z # Local Path: "/data1/alamo/data/list/9041/lis9041-0380.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 9041 380 6045 000000001811080 4902269 #=================================================================================================== # Iridium Short-Burst Data (SBD) Message(s) #=================================================================================================== # SN dive size IMEI MOMSN MTMSN PID date/time position CEP # (b) (km) SBD 9041 380 243 000000001811080 3492 0 8 2016-12-28T11:05:46Z +13.13945-65.69654 3 SBD 9041 380 340 000000001811080 3493 0 7 2016-12-28T11:06:06Z +13.14284-65.73018 2 SBD 9041 380 288 000000001811080 3494 0 6 2016-12-28T11:08:26Z +13.17806-65.73018 3 SBD 9041 380 208 000000001811080 3495 0 5 2016-12-28T11:08:46Z +13.18218-65.68134 4 SBD 9041 380 325 000000001811080 3496 0 4 2016-12-28T11:11:26Z +13.10423-65.69654 7 SBD 9041 380 242 000000001811080 3497 0 3 2016-12-28T11:11:55Z +13.13945-65.69654 6 SBD 9041 380 322 000000001811080 3498 0 2 2016-12-28T11:12:23Z +13.10423-65.69654 5 SBD 9041 380 340 000000001811080 3499 0 1 2016-12-28T11:14:18Z +13.14284-65.73018 3 SBD 9041 380 217 000000001811080 3500 0 0 2016-12-28T11:14:34Z +13.14284-65.73018 2 #=================================================================================================== # Position Data #=================================================================================================== #--------------------------------------------------------------------------------------------------- # GPS #--------------------------------------------------------------------------------------------------- # SN dive idx date/time position TTF nSat SNR SNR SNR HDOP stat # (sec) (min) (avg) (max) GPS 9041 380 1 2016-12-27T23:35:00Z +13.14969-65.65593 220 5 38 42 45 1.4 0 GPS 9041 380 2 0000-00-00T00:00:00Z +99.99999+999.99999 180 0 255 0 0 0.0 0 #--------------------------------------------------------------------------------------------------- # Iridium Position #--------------------------------------------------------------------------------------------------- # SN dive weighted-avg-time weighted-avg-pos nPos variance stdError satTime # (km^2) (km) (sec) IRI 9041 380 2016-12-28T11:10:06Z +13.14647-65.72026 9 3.35 0.65 528 #=================================================================================================== # Dive Data #=================================================================================================== #--------------------------------------------------------------------------------------------------- # Argo Data #--------------------------------------------------------------------------------------------------- # SN dive xVer typ midx missPhase profPres parkPres maxAscT maxDesc2ParkT maxDesc2ProfT # (dBar) (dBar) (min) (min) (sec) A 9041 380 2.2 3 0 1 0 500 17 360 3600 # # SN dive xVer typ midx tarParkT nSeek seekIntervalT tarAscRate maxSurfT # (min) (cm/sec) (sec) A 9041 380 2.2 3 1 0 0 3600 10 830 # # SN dive xVer typ midx start-of-descent start-of-drift A 9041 380 2.2 3 2 2016-12-27T23:35:37Z 2016-12-28T06:38:40Z # # SN dive xVer typ midx start-of-ascent start-of-surface A 9041 380 2.2 3 3 2016-12-28T09:08:40Z 2016-12-28T10:35:09Z # # SN dive xVer typ midx pGain pOff tGain tOff sGain sOff # (1/dBar) (dBar) (1/degC) (degC) (1/PSU) (PSU) A 9041 380 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 9041 380 2.2 3 5 100 10 1000 5 1000 1 #--------------------------------------------------------------------------------------------------- # Pressure Correction #--------------------------------------------------------------------------------------------------- # SN dive midx nSam nDive valid presOffset # (dBar) PRC 9041 380 0 55 2 1 0.294 #--------------------------------------------------------------------------------------------------- # Fall Time-Series Data #--------------------------------------------------------------------------------------------------- # SN dive idx nSam time pres temp saln phaseCode phaseCodeName # (start-time/+sec) (dBar) (degC) (PSU) F 9041 380 0 64 2016-12-27T23:35:38Z f 9041 380 0 0 +0 0.106 -9.999 -9.999 1 # start of descent f 9041 380 0 1 +143 9.906 -9.999 -9.999 10 # descending f 9041 380 0 2 +146 10.506 -9.999 -9.999 2 # first descent pump f 9041 380 0 3 +204 19.946 -9.999 -9.999 10 # descending f 9041 380 0 4 +274 29.866 -9.999 -9.999 10 # descending f 9041 380 0 5 +340 39.746 -9.999 -9.999 10 # descending f 9041 380 0 6 +407 49.866 -9.999 -9.999 10 # descending f 9041 380 0 7 +482 59.906 -9.999 -9.999 10 # descending f 9041 380 0 8 +558 69.786 -9.999 -9.999 10 # descending f 9041 380 0 9 +642 79.826 -9.999 -9.999 10 # descending f 9041 380 0 10 +726 89.786 -9.999 -9.999 10 # descending f 9041 380 0 11 +811 99.746 -9.999 -9.999 10 # descending f 9041 380 0 12 +898 109.826 -9.999 -9.999 10 # descending f 9041 380 0 13 +991 119.826 -9.999 -9.999 10 # descending f 9041 380 0 14 +1088 129.826 -9.999 -9.999 10 # descending f 9041 380 0 15 +1186 139.746 -9.999 -9.999 10 # descending f 9041 380 0 16 +1289 149.706 -9.999 -9.999 10 # descending f 9041 380 0 17 +1399 159.826 -9.999 -9.999 10 # descending f 9041 380 0 18 +1520 169.826 -9.999 -9.999 10 # descending f 9041 380 0 19 +1647 179.786 -9.999 -9.999 10 # descending f 9041 380 0 20 +1790 189.746 -9.999 -9.999 10 # descending f 9041 380 0 21 +1940 199.786 -9.999 -9.999 10 # descending f 9041 380 0 22 +2110 209.746 -9.999 -9.999 10 # descending f 9041 380 0 23 +2289 219.706 -9.999 -9.999 10 # descending f 9041 380 0 24 +2476 229.746 -9.999 -9.999 10 # descending f 9041 380 0 25 +2663 239.746 -9.999 -9.999 10 # descending f 9041 380 0 26 +2844 249.746 -9.999 -9.999 10 # descending f 9041 380 0 27 +3033 259.786 -9.999 -9.999 10 # descending f 9041 380 0 28 +3228 269.746 -9.999 -9.999 10 # descending f 9041 380 0 29 +3446 279.746 -9.999 -9.999 10 # descending f 9041 380 0 30 +3691 289.746 -9.999 -9.999 10 # descending f 9041 380 0 31 +3925 299.746 -9.999 -9.999 10 # descending f 9041 380 0 32 +4180 309.706 -9.999 -9.999 10 # descending f 9041 380 0 33 +4443 319.746 -9.999 -9.999 10 # descending f 9041 380 0 34 +4702 329.746 -9.999 -9.999 10 # descending f 9041 380 0 35 +4944 339.786 -9.999 -9.999 10 # descending f 9041 380 0 36 +5203 349.746 -9.999 -9.999 10 # descending f 9041 380 0 37 +5509 359.706 -9.999 -9.999 10 # descending f 9041 380 0 38 +5861 369.746 -9.999 -9.999 10 # descending f 9041 380 0 39 +6162 379.786 -9.999 -9.999 10 # descending f 9041 380 0 40 +6449 389.746 -9.999 -9.999 10 # descending f 9041 380 0 41 +6849 399.706 -9.999 -9.999 10 # descending f 9041 380 0 42 +7387 409.706 -9.999 -9.999 10 # descending f 9041 380 0 43 +7805 419.746 -9.999 -9.999 10 # descending f 9041 380 0 44 +8135 429.746 -9.999 -9.999 10 # descending f 9041 380 0 45 +8472 439.746 -9.999 -9.999 10 # descending f 9041 380 0 46 +8876 449.746 -9.999 -9.999 10 # descending f 9041 380 0 47 +9381 459.706 -9.999 -9.999 10 # descending f 9041 380 0 48 +9926 469.746 -9.999 -9.999 10 # descending f 9041 380 0 49 +10442 479.706 -9.999 -9.999 10 # descending f 9041 380 0 50 +11012 489.706 -9.999 -9.999 10 # descending f 9041 380 0 51 +11613 495.306 -9.999 -9.999 10 # descending f 9041 380 0 52 +12214 498.706 -9.999 -9.999 10 # descending f 9041 380 0 53 +12814 504.506 -9.999 -9.999 10 # descending f 9041 380 0 54 +13414 506.386 -9.999 -9.999 10 # descending f 9041 380 0 55 +14014 508.626 -9.999 -9.999 10 # descending f 9041 380 0 56 +14614 511.026 -9.999 -9.999 10 # descending f 9041 380 0 57 +15214 512.266 -9.999 -9.999 10 # descending f 9041 380 0 58 +15815 518.146 -9.999 -9.999 10 # descending f 9041 380 0 59 +16415 525.146 -9.999 -9.999 10 # descending f 9041 380 0 60 +17015 528.946 -9.999 -9.999 10 # descending f 9041 380 0 61 +17615 521.946 -9.999 -9.999 10 # descending f 9041 380 0 62 +18216 517.306 -9.999 -9.999 3 # seek to drift pres f 9041 380 0 63 +18817 516.106 -9.999 -9.999 3 # seek to drift pres #--------------------------------------------------------------------------------------------------- # SN dive idx nSam time pres temp saln phaseCode phaseCodeName # (start-time/+sec) (dBar) (degC) (PSU) F 9041 380 1 11 2016-12-28T04:59:15Z f 9041 380 1 0 +0 514.826 -9.999 -9.999 3 # seek to drift pres f 9041 380 1 1 +600 513.146 -9.999 -9.999 3 # seek to drift pres f 9041 380 1 2 +1200 514.946 -9.999 -9.999 3 # seek to drift pres f 9041 380 1 3 +1800 516.026 -9.999 -9.999 3 # seek to drift pres f 9041 380 1 4 +2401 513.266 -9.999 -9.999 3 # seek to drift pres f 9041 380 1 5 +3001 513.146 -9.999 -9.999 3 # seek to drift pres f 9041 380 1 6 +3601 514.786 -9.999 -9.999 3 # seek to drift pres f 9041 380 1 7 +4201 514.346 -9.999 -9.999 3 # seek to drift pres f 9041 380 1 8 +4801 514.026 -9.999 -9.999 3 # seek to drift pres f 9041 380 1 9 +5401 515.186 -9.999 -9.999 3 # seek to drift pres f 9041 380 1 10 +5964 516.506 -9.999 -9.999 10 # descending #--------------------------------------------------------------------------------------------------- # Drift Data #--------------------------------------------------------------------------------------------------- # SN dive numSamples D 9041 380 8 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) d 9041 380 0 516.506 8.671 -9.999 d 9041 380 1 513.186 8.678 -9.999 d 9041 380 2 515.826 8.669 -9.999 d 9041 380 3 514.186 8.671 -9.999 d 9041 380 4 517.786 8.670 -9.999 d 9041 380 5 518.146 8.671 -9.999 d 9041 380 6 523.826 8.737 -9.999 d 9041 380 7 520.906 8.933 -9.999 #--------------------------------------------------------------------------------------------------- # Profile Data (Binned) #--------------------------------------------------------------------------------------------------- # SN dive numSamples PRO 9041 380 380 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 9041 380 0 517.986 8.983 -9.999 pro 9041 380 1 516.826 9.025 -9.999 pro 9041 380 2 514.746 9.064 -9.999 pro 9041 380 3 512.706 9.081 -9.999 pro 9041 380 4 510.706 9.090 -9.999 pro 9041 380 5 508.666 9.077 -9.999 pro 9041 380 6 506.666 9.145 -9.999 pro 9041 380 7 504.666 9.141 -9.999 pro 9041 380 8 502.666 9.135 -9.999 pro 9041 380 9 500.666 9.135 -9.999 pro 9041 380 10 498.666 9.217 -9.999 pro 9041 380 11 496.666 9.282 -9.999 pro 9041 380 12 494.666 9.322 -9.999 pro 9041 380 13 492.706 9.325 -9.999 pro 9041 380 14 490.706 9.332 -9.999 pro 9041 380 15 488.666 9.357 -9.999 pro 9041 380 16 486.666 9.390 -9.999 pro 9041 380 17 484.666 9.450 -9.999 pro 9041 380 18 482.666 9.526 -9.999 pro 9041 380 19 480.706 9.554 -9.999 pro 9041 380 20 478.746 9.579 -9.999 pro 9041 380 21 476.706 9.598 -9.999 pro 9041 380 22 474.706 9.625 -9.999 pro 9041 380 23 472.706 9.646 -9.999 pro 9041 380 24 470.666 9.693 -9.999 pro 9041 380 25 468.666 9.766 -9.999 pro 9041 380 26 466.706 9.782 -9.999 pro 9041 380 27 464.706 9.785 -9.999 pro 9041 380 28 462.706 9.806 -9.999 pro 9041 380 29 460.666 9.857 -9.999 pro 9041 380 30 458.706 9.893 -9.999 pro 9041 380 31 456.746 9.929 -9.999 pro 9041 380 32 454.746 9.962 -9.999 pro 9041 380 33 452.746 9.990 -9.999 pro 9041 380 34 450.706 10.026 -9.999 pro 9041 380 35 448.666 10.042 -9.999 pro 9041 380 36 446.706 10.079 -9.999 pro 9041 380 37 444.746 10.167 -9.999 pro 9041 380 38 442.706 10.242 -9.999 pro 9041 380 39 440.706 10.279 -9.999 pro 9041 380 40 438.666 10.286 -9.999 pro 9041 380 41 436.706 10.361 -9.999 pro 9041 380 42 434.746 10.397 -9.999 pro 9041 380 43 432.746 10.420 -9.999 pro 9041 380 44 430.706 10.462 -9.999 pro 9041 380 45 428.666 10.540 -9.999 pro 9041 380 46 426.666 10.594 -9.999 pro 9041 380 47 424.666 10.624 -9.999 pro 9041 380 48 422.706 10.703 -9.999 pro 9041 380 49 420.666 10.748 -9.999 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 9041 380 50 418.666 10.759 -9.999 pro 9041 380 51 416.666 10.789 -9.999 pro 9041 380 52 414.666 10.840 -9.999 pro 9041 380 53 412.666 10.885 -9.999 pro 9041 380 54 410.666 10.919 -9.999 pro 9041 380 55 408.666 10.977 -9.999 pro 9041 380 56 406.706 11.025 -9.999 pro 9041 380 57 404.746 11.115 -9.999 pro 9041 380 58 402.706 11.202 -9.999 pro 9041 380 59 400.706 11.231 -9.999 pro 9041 380 60 398.706 11.260 -9.999 pro 9041 380 61 396.706 11.356 -9.999 pro 9041 380 62 394.746 11.412 -9.999 pro 9041 380 63 392.746 11.461 -9.999 pro 9041 380 64 390.706 11.505 -9.999 pro 9041 380 65 388.706 11.600 -9.999 pro 9041 380 66 386.706 11.640 -9.999 pro 9041 380 67 384.666 11.691 -9.999 pro 9041 380 68 382.706 11.754 -9.999 pro 9041 380 69 380.706 11.813 -9.999 pro 9041 380 70 378.666 11.894 -9.999 pro 9041 380 71 376.666 11.922 -9.999 pro 9041 380 72 374.666 11.921 -9.999 pro 9041 380 73 372.706 11.923 -9.999 pro 9041 380 74 370.706 11.985 -9.999 pro 9041 380 75 368.746 12.047 -9.999 pro 9041 380 76 366.706 12.102 -9.999 pro 9041 380 77 364.666 12.234 -9.999 pro 9041 380 78 362.666 12.265 -9.999 pro 9041 380 79 360.706 12.340 -9.999 pro 9041 380 80 358.666 12.418 -9.999 pro 9041 380 81 356.746 12.543 -9.999 pro 9041 380 82 354.746 12.581 -9.999 pro 9041 380 83 352.706 12.598 -9.999 pro 9041 380 84 350.706 12.670 -9.999 pro 9041 380 85 348.706 12.776 -9.999 pro 9041 380 86 346.706 12.861 -9.999 pro 9041 380 87 344.706 12.868 -9.999 pro 9041 380 88 342.746 12.873 -9.999 pro 9041 380 89 340.706 12.892 -9.999 pro 9041 380 90 338.666 12.956 -9.999 pro 9041 380 91 336.706 13.017 -9.999 pro 9041 380 92 334.706 13.142 -9.999 pro 9041 380 93 332.706 13.209 -9.999 pro 9041 380 94 330.746 13.230 -9.999 pro 9041 380 95 328.706 13.262 -9.999 pro 9041 380 96 326.666 13.398 -9.999 pro 9041 380 97 324.706 13.506 -9.999 pro 9041 380 98 322.706 13.613 -9.999 pro 9041 380 99 320.706 13.761 -9.999 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 9041 380 100 318.746 13.878 -9.999 pro 9041 380 101 316.706 14.002 -9.999 pro 9041 380 102 314.706 14.092 -9.999 pro 9041 380 103 312.706 14.144 -9.999 pro 9041 380 104 310.666 14.168 -9.999 pro 9041 380 105 308.706 14.186 -9.999 pro 9041 380 106 306.746 14.215 -9.999 pro 9041 380 107 304.746 14.311 -9.999 pro 9041 380 108 302.706 14.356 -9.999 pro 9041 380 109 300.666 14.434 -9.999 pro 9041 380 110 298.666 14.554 -9.999 pro 9041 380 111 296.706 14.630 -9.999 pro 9041 380 112 294.746 14.743 -9.999 pro 9041 380 113 292.706 14.793 -9.999 pro 9041 380 114 290.706 14.894 -9.999 pro 9041 380 115 288.706 14.978 -9.999 pro 9041 380 116 286.706 15.034 -9.999 pro 9041 380 117 284.706 15.124 -9.999 pro 9041 380 118 282.706 15.247 -9.999 pro 9041 380 119 280.706 15.393 -9.999 pro 9041 380 120 278.706 15.459 -9.999 pro 9041 380 121 276.746 15.520 -9.999 pro 9041 380 122 274.666 15.651 -9.999 pro 9041 380 123 272.706 15.722 -9.999 pro 9041 380 124 270.706 15.792 -9.999 pro 9041 380 125 268.706 15.837 -9.999 pro 9041 380 126 266.706 15.878 -9.999 pro 9041 380 127 264.706 15.926 -9.999 pro 9041 380 128 262.706 15.967 -9.999 pro 9041 380 129 260.706 16.206 -9.999 pro 9041 380 130 258.666 16.366 -9.999 pro 9041 380 131 256.666 16.435 -9.999 pro 9041 380 132 254.706 16.444 -9.999 pro 9041 380 133 252.706 16.460 -9.999 pro 9041 380 134 250.706 16.517 -9.999 pro 9041 380 135 248.706 16.569 -9.999 pro 9041 380 136 246.666 16.603 -9.999 pro 9041 380 137 244.666 16.705 -9.999 pro 9041 380 138 242.706 16.815 -9.999 pro 9041 380 139 240.746 16.941 -9.999 pro 9041 380 140 239.186 16.963 -9.999 pro 9041 380 141 238.186 16.979 -9.999 pro 9041 380 142 237.186 17.005 -9.999 pro 9041 380 143 236.226 17.077 -9.999 pro 9041 380 144 235.186 17.156 -9.999 pro 9041 380 145 234.186 17.237 -9.999 pro 9041 380 146 233.226 17.305 -9.999 pro 9041 380 147 232.266 17.353 -9.999 pro 9041 380 148 231.226 17.387 -9.999 pro 9041 380 149 230.186 17.400 -9.999 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 9041 380 150 229.186 17.437 -9.999 pro 9041 380 151 228.226 17.519 -9.999 pro 9041 380 152 227.226 17.668 -9.999 pro 9041 380 153 226.226 17.846 -9.999 pro 9041 380 154 225.226 17.919 -9.999 pro 9041 380 155 224.226 18.066 -9.999 pro 9041 380 156 223.226 18.135 -9.999 pro 9041 380 157 222.186 18.144 -9.999 pro 9041 380 158 221.186 18.181 -9.999 pro 9041 380 159 220.226 18.247 -9.999 pro 9041 380 160 219.226 18.352 -9.999 pro 9041 380 161 218.226 18.380 -9.999 pro 9041 380 162 217.226 18.408 -9.999 pro 9041 380 163 216.186 18.527 -9.999 pro 9041 380 164 215.226 18.595 -9.999 pro 9041 380 165 214.226 18.655 -9.999 pro 9041 380 166 213.226 18.698 -9.999 pro 9041 380 167 212.226 18.772 -9.999 pro 9041 380 168 211.226 18.836 -9.999 pro 9041 380 169 210.186 18.850 -9.999 pro 9041 380 170 209.186 18.906 -9.999 pro 9041 380 171 208.226 18.991 -9.999 pro 9041 380 172 207.226 19.110 -9.999 pro 9041 380 173 206.226 19.184 -9.999 pro 9041 380 174 205.266 19.192 -9.999 pro 9041 380 175 204.226 19.209 -9.999 pro 9041 380 176 203.146 19.246 -9.999 pro 9041 380 177 202.186 19.282 -9.999 pro 9041 380 178 201.186 19.356 -9.999 pro 9041 380 179 200.186 19.499 -9.999 pro 9041 380 180 199.186 19.614 -9.999 pro 9041 380 181 198.226 19.641 -9.999 pro 9041 380 182 197.226 19.689 -9.999 pro 9041 380 183 196.186 19.881 -9.999 pro 9041 380 184 195.186 19.909 -9.999 pro 9041 380 185 194.186 19.924 -9.999 pro 9041 380 186 193.186 19.952 -9.999 pro 9041 380 187 192.186 19.968 -9.999 pro 9041 380 188 191.226 20.045 -9.999 pro 9041 380 189 190.226 20.130 -9.999 pro 9041 380 190 189.226 20.162 -9.999 pro 9041 380 191 188.226 20.154 -9.999 pro 9041 380 192 187.226 20.126 -9.999 pro 9041 380 193 186.226 20.263 -9.999 pro 9041 380 194 185.226 20.367 -9.999 pro 9041 380 195 184.186 20.447 -9.999 pro 9041 380 196 183.186 20.520 -9.999 pro 9041 380 197 182.186 20.614 -9.999 pro 9041 380 198 181.186 20.721 -9.999 pro 9041 380 199 180.186 20.798 -9.999 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 9041 380 200 179.226 20.860 -9.999 pro 9041 380 201 178.226 20.961 -9.999 pro 9041 380 202 177.186 21.037 -9.999 pro 9041 380 203 176.226 21.051 -9.999 pro 9041 380 204 175.226 21.062 -9.999 pro 9041 380 205 174.226 21.114 -9.999 pro 9041 380 206 173.226 21.165 -9.999 pro 9041 380 207 172.226 21.258 -9.999 pro 9041 380 208 171.226 21.332 -9.999 pro 9041 380 209 170.186 21.345 -9.999 pro 9041 380 210 169.226 21.349 -9.999 pro 9041 380 211 168.226 21.351 -9.999 pro 9041 380 212 167.186 21.354 -9.999 pro 9041 380 213 166.226 21.362 -9.999 pro 9041 380 214 165.186 21.397 -9.999 pro 9041 380 215 164.186 21.510 -9.999 pro 9041 380 216 163.226 21.743 -9.999 pro 9041 380 217 162.226 21.852 -9.999 pro 9041 380 218 161.226 21.983 -9.999 pro 9041 380 219 160.226 22.194 -9.999 pro 9041 380 220 159.226 22.388 -9.999 pro 9041 380 221 158.226 22.477 -9.999 pro 9041 380 222 157.226 22.561 -9.999 pro 9041 380 223 156.186 22.640 -9.999 pro 9041 380 224 155.186 22.697 -9.999 pro 9041 380 225 154.226 22.765 -9.999 pro 9041 380 226 153.226 22.896 -9.999 pro 9041 380 227 152.186 23.037 -9.999 pro 9041 380 228 151.186 23.109 -9.999 pro 9041 380 229 150.226 23.184 -9.999 pro 9041 380 230 149.226 23.228 -9.999 pro 9041 380 231 148.186 23.284 -9.999 pro 9041 380 232 147.186 23.352 -9.999 pro 9041 380 233 146.186 23.365 -9.999 pro 9041 380 234 145.186 23.385 -9.999 pro 9041 380 235 144.226 23.432 -9.999 pro 9041 380 236 143.226 23.496 -9.999 pro 9041 380 237 142.226 23.594 -9.999 pro 9041 380 238 141.226 23.626 -9.999 pro 9041 380 239 140.226 23.633 -9.999 pro 9041 380 240 139.226 23.643 -9.999 pro 9041 380 241 138.186 23.651 -9.999 pro 9041 380 242 137.226 23.654 -9.999 pro 9041 380 243 136.226 23.655 -9.999 pro 9041 380 244 135.226 23.657 -9.999 pro 9041 380 245 134.226 23.669 -9.999 pro 9041 380 246 133.186 23.672 -9.999 pro 9041 380 247 132.146 23.679 -9.999 pro 9041 380 248 131.186 23.734 -9.999 pro 9041 380 249 130.226 23.819 -9.999 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 9041 380 250 129.226 23.872 -9.999 pro 9041 380 251 128.226 23.916 -9.999 pro 9041 380 252 127.226 23.971 -9.999 pro 9041 380 253 126.226 24.011 -9.999 pro 9041 380 254 125.186 24.043 -9.999 pro 9041 380 255 124.186 24.075 -9.999 pro 9041 380 256 123.226 24.110 -9.999 pro 9041 380 257 122.226 24.128 -9.999 pro 9041 380 258 121.226 24.142 -9.999 pro 9041 380 259 120.186 24.179 -9.999 pro 9041 380 260 119.186 24.255 -9.999 pro 9041 380 261 118.226 24.309 -9.999 pro 9041 380 262 117.226 24.362 -9.999 pro 9041 380 263 116.226 24.410 -9.999 pro 9041 380 264 115.226 24.439 -9.999 pro 9041 380 265 114.226 24.512 -9.999 pro 9041 380 266 113.186 24.571 -9.999 pro 9041 380 267 112.186 24.591 -9.999 pro 9041 380 268 111.186 24.612 -9.999 pro 9041 380 269 110.186 24.638 -9.999 pro 9041 380 270 109.226 24.685 -9.999 pro 9041 380 271 108.186 24.772 -9.999 pro 9041 380 272 107.186 24.813 -9.999 pro 9041 380 273 106.226 24.855 -9.999 pro 9041 380 274 105.186 24.875 -9.999 pro 9041 380 275 104.226 24.926 -9.999 pro 9041 380 276 103.266 25.001 -9.999 pro 9041 380 277 102.226 25.066 -9.999 pro 9041 380 278 101.186 25.077 -9.999 pro 9041 380 279 100.186 25.085 -9.999 pro 9041 380 280 99.186 25.098 -9.999 pro 9041 380 281 98.186 25.105 -9.999 pro 9041 380 282 97.226 25.121 -9.999 pro 9041 380 283 96.226 25.152 -9.999 pro 9041 380 284 95.226 25.165 -9.999 pro 9041 380 285 94.186 25.238 -9.999 pro 9041 380 286 93.186 25.272 -9.999 pro 9041 380 287 92.226 25.300 -9.999 pro 9041 380 288 91.186 25.334 -9.999 pro 9041 380 289 90.186 25.383 -9.999 pro 9041 380 290 89.226 25.439 -9.999 pro 9041 380 291 88.226 25.469 -9.999 pro 9041 380 292 87.226 25.499 -9.999 pro 9041 380 293 86.186 25.522 -9.999 pro 9041 380 294 85.186 25.555 -9.999 pro 9041 380 295 84.226 25.565 -9.999 pro 9041 380 296 83.266 25.571 -9.999 pro 9041 380 297 82.266 25.599 -9.999 pro 9041 380 298 81.266 25.643 -9.999 pro 9041 380 299 80.226 25.677 -9.999 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 9041 380 300 79.186 25.723 -9.999 pro 9041 380 301 78.226 25.750 -9.999 pro 9041 380 302 77.186 25.778 -9.999 pro 9041 380 303 76.186 25.805 -9.999 pro 9041 380 304 75.226 25.825 -9.999 pro 9041 380 305 74.226 25.876 -9.999 pro 9041 380 306 73.226 25.985 -9.999 pro 9041 380 307 72.226 26.061 -9.999 pro 9041 380 308 71.186 26.155 -9.999 pro 9041 380 309 70.226 26.276 -9.999 pro 9041 380 310 69.226 26.377 -9.999 pro 9041 380 311 68.226 26.594 -9.999 pro 9041 380 312 67.186 26.716 -9.999 pro 9041 380 313 66.226 26.754 -9.999 pro 9041 380 314 65.226 26.852 -9.999 pro 9041 380 315 64.226 26.996 -9.999 pro 9041 380 316 63.226 27.095 -9.999 pro 9041 380 317 62.186 27.177 -9.999 pro 9041 380 318 61.186 27.235 -9.999 pro 9041 380 319 60.226 27.297 -9.999 pro 9041 380 320 59.226 27.381 -9.999 pro 9041 380 321 58.226 27.418 -9.999 pro 9041 380 322 57.186 27.556 -9.999 pro 9041 380 323 56.186 27.644 -9.999 pro 9041 380 324 55.186 27.687 -9.999 pro 9041 380 325 54.226 27.717 -9.999 pro 9041 380 326 53.226 27.752 -9.999 pro 9041 380 327 52.226 27.777 -9.999 pro 9041 380 328 51.226 27.810 -9.999 pro 9041 380 329 50.226 27.826 -9.999 pro 9041 380 330 49.226 27.835 -9.999 pro 9041 380 331 48.186 27.851 -9.999 pro 9041 380 332 47.186 27.946 -9.999 pro 9041 380 333 46.186 28.041 -9.999 pro 9041 380 334 45.186 28.095 -9.999 pro 9041 380 335 44.226 28.110 -9.999 pro 9041 380 336 43.226 28.132 -9.999 pro 9041 380 337 42.226 28.199 -9.999 pro 9041 380 338 41.186 28.172 -9.999 pro 9041 380 339 40.186 28.038 -9.999 pro 9041 380 340 39.186 27.867 -9.999 pro 9041 380 341 38.186 27.839 -9.999 pro 9041 380 342 37.186 27.833 -9.999 pro 9041 380 343 36.186 27.832 -9.999 pro 9041 380 344 35.146 27.833 -9.999 pro 9041 380 345 34.186 27.832 -9.999 pro 9041 380 346 33.226 27.832 -9.999 pro 9041 380 347 32.226 27.831 -9.999 pro 9041 380 348 31.186 27.829 -9.999 pro 9041 380 349 30.186 27.831 -9.999 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 9041 380 350 29.186 27.830 -9.999 pro 9041 380 351 28.186 27.830 -9.999 pro 9041 380 352 27.266 27.831 -9.999 pro 9041 380 353 26.266 27.833 -9.999 pro 9041 380 354 25.226 27.832 -9.999 pro 9041 380 355 24.226 27.833 -9.999 pro 9041 380 356 23.266 27.834 -9.999 pro 9041 380 357 22.226 27.835 -9.999 pro 9041 380 358 21.226 27.835 -9.999 pro 9041 380 359 20.226 27.834 -9.999 pro 9041 380 360 19.226 27.834 -9.999 pro 9041 380 361 18.266 27.834 -9.999 pro 9041 380 362 17.226 27.834 -9.999 pro 9041 380 363 16.226 27.833 -9.999 pro 9041 380 364 15.226 27.833 -9.999 pro 9041 380 365 14.186 27.834 -9.999 pro 9041 380 366 13.186 27.835 -9.999 pro 9041 380 367 12.186 27.834 -9.999 pro 9041 380 368 11.186 27.834 -9.999 pro 9041 380 369 10.266 27.834 -9.999 pro 9041 380 370 9.266 27.834 -9.999 pro 9041 380 371 8.226 27.835 -9.999 pro 9041 380 372 7.266 27.836 -9.999 pro 9041 380 373 6.226 27.836 -9.999 pro 9041 380 374 5.186 27.835 -9.999 pro 9041 380 375 4.226 27.831 -9.999 pro 9041 380 376 3.186 27.830 -9.999 pro 9041 380 377 2.146 27.833 -9.999 pro 9041 380 378 1.106 27.834 -9.999 pro 9041 380 379 0.146 27.801 -9.999 #--------------------------------------------------------------------------------------------------- # Valve Data #--------------------------------------------------------------------------------------------------- # SN dive idx nSam pres valveTime vac0 vac1 # (dBar) (sec) (inHg) (inHg) VLV 9041 380 0 1 vlv 9041 380 0 0 0.11 146 655.35 4.77 #--------------------------------------------------------------------------------------------------- # Pump Data #--------------------------------------------------------------------------------------------------- # SN dive idx nSam pres pumpT pumpV pumpI vac0 vac1 # (dBar) (sec) (V) (A) (inHg) (inHg) PMP 9041 380 0 15 pmp 9041 380 0 0 10.51 2 13.80 0.154 655.35 4.77 pmp 9041 380 0 1 518.11 11 12.59 0.396 655.35 5.63 pmp 9041 380 0 2 517.75 11 12.56 0.378 655.35 5.63 pmp 9041 380 0 3 516.59 11 12.52 0.389 655.35 5.65 pmp 9041 380 0 4 357.79 10 12.79 0.329 655.35 5.54 pmp 9041 380 0 5 207.71 10 13.09 0.275 655.35 5.32 pmp 9041 380 0 6 158.15 10 13.21 0.244 655.35 5.21 pmp 9041 380 0 7 118.35 10 13.31 0.232 655.35 5.15 pmp 9041 380 0 8 93.79 10 13.37 0.211 655.35 5.13 pmp 9041 380 0 9 70.39 10 13.41 0.208 655.35 5.11 pmp 9041 380 0 10 55.75 10 13.46 0.195 655.35 5.08 pmp 9041 380 0 11 41.47 11 13.50 0.192 655.35 5.06 pmp 9041 380 0 12 39.75 10 13.42 0.186 655.35 5.08 pmp 9041 380 0 13 37.79 10 13.40 0.184 655.35 5.10 pmp 9041 380 0 14 0.11 20 13.52 0.159 655.35 5.14 #--------------------------------------------------------------------------------------------------- # Rise Time-Series Data #--------------------------------------------------------------------------------------------------- # SN dive idx nSam time pres temp saln phaseCode phaseCodeName # (start-time/+sec) (dBar) (degC) (PSU) R 9041 380 0 53 2016-12-28T09:08:41Z r 9041 380 0 0 +0 518.106 -9.999 -9.999 7 # start of ascent r 9041 380 0 1 +126 508.706 -9.999 -9.999 13 # ascending r 9041 380 0 2 +228 498.586 -9.999 -9.999 13 # ascending r 9041 380 0 3 +326 488.666 -9.999 -9.999 13 # ascending r 9041 380 0 4 +426 478.586 -9.999 -9.999 13 # ascending r 9041 380 0 5 +526 468.546 -9.999 -9.999 13 # ascending r 9041 380 0 6 +625 458.586 -9.999 -9.999 13 # ascending r 9041 380 0 7 +723 448.666 -9.999 -9.999 13 # ascending r 9041 380 0 8 +823 438.586 -9.999 -9.999 13 # ascending r 9041 380 0 9 +923 428.546 -9.999 -9.999 13 # ascending r 9041 380 0 10 +1023 418.586 -9.999 -9.999 13 # ascending r 9041 380 0 11 +1123 408.586 -9.999 -9.999 13 # ascending r 9041 380 0 12 +1225 398.586 -9.999 -9.999 13 # ascending r 9041 380 0 13 +1326 388.546 -9.999 -9.999 13 # ascending r 9041 380 0 14 +1430 378.586 -9.999 -9.999 13 # ascending r 9041 380 0 15 +1535 368.626 -9.999 -9.999 13 # ascending r 9041 380 0 16 +1640 358.706 -9.999 -9.999 13 # ascending r 9041 380 0 17 +1735 348.626 -9.999 -9.999 13 # ascending r 9041 380 0 18 +1827 338.626 -9.999 -9.999 13 # ascending r 9041 380 0 19 +1920 328.586 -9.999 -9.999 13 # ascending r 9041 380 0 20 +2015 318.586 -9.999 -9.999 13 # ascending r 9041 380 0 21 +2112 308.546 -9.999 -9.999 13 # ascending r 9041 380 0 22 +2210 298.666 -9.999 -9.999 13 # ascending r 9041 380 0 23 +2310 288.586 -9.999 -9.999 13 # ascending r 9041 380 0 24 +2412 278.626 -9.999 -9.999 13 # ascending r 9041 380 0 25 +2517 268.546 -9.999 -9.999 13 # ascending r 9041 380 0 26 +2620 258.706 -9.999 -9.999 13 # ascending r 9041 380 0 27 +2727 248.546 -9.999 -9.999 13 # ascending r 9041 380 0 28 +2830 238.626 -9.999 -9.999 13 # ascending r 9041 380 0 29 +2932 228.706 -9.999 -9.999 13 # ascending r 9041 380 0 30 +3037 218.706 -9.999 -9.999 13 # ascending r 9041 380 0 31 +3144 208.626 -9.999 -9.999 13 # ascending r 9041 380 0 32 +3239 198.586 -9.999 -9.999 13 # ascending r 9041 380 0 33 +3331 188.586 -9.999 -9.999 13 # ascending r 9041 380 0 34 +3428 178.666 -9.999 -9.999 13 # ascending r 9041 380 0 35 +3531 168.626 -9.999 -9.999 13 # ascending r 9041 380 0 36 +3638 158.586 -9.999 -9.999 13 # ascending r 9041 380 0 37 +3735 148.626 -9.999 -9.999 13 # ascending r 9041 380 0 38 +3832 138.666 -9.999 -9.999 13 # ascending r 9041 380 0 39 +3933 128.586 -9.999 -9.999 13 # ascending r 9041 380 0 40 +4038 118.666 -9.999 -9.999 13 # ascending r 9041 380 0 41 +4132 108.706 -9.999 -9.999 13 # ascending r 9041 380 0 42 +4232 98.706 -9.999 -9.999 13 # ascending r 9041 380 0 43 +4340 88.666 -9.999 -9.999 13 # ascending r 9041 380 0 44 +4441 78.586 -9.999 -9.999 13 # ascending r 9041 380 0 45 +4549 68.666 -9.999 -9.999 13 # ascending r 9041 380 0 46 +4652 58.666 -9.999 -9.999 13 # ascending r 9041 380 0 47 +4759 48.626 -9.999 -9.999 13 # ascending r 9041 380 0 48 +4871 38.666 -9.999 -9.999 13 # ascending r 9041 380 0 49 +4971 28.506 -9.999 -9.999 13 # ascending r 9041 380 0 50 +5051 18.666 -9.999 -9.999 13 # ascending r 9041 380 0 51 +5128 8.626 -9.999 -9.999 13 # ascending r 9041 380 0 52 +5187 1.546 -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 9041 380 0 29 2016-12-28T10:35:09Z sfc 9041 380 0 0 +22 -0.104 27.570 -9.999 14 # surface sfc 9041 380 0 1 +387 -0.034 27.776 -9.999 14 # surface sfc 9041 380 0 2 +1620 -0.074 27.803 -9.999 14 # surface sfc 9041 380 0 3 +1627 -0.084 27.790 -9.999 14 # surface sfc 9041 380 0 4 +1633 0.016 27.799 -9.999 14 # surface sfc 9041 380 0 5 +1640 -0.014 27.730 -9.999 14 # surface sfc 9041 380 0 6 +1647 -0.054 27.717 -9.999 14 # surface sfc 9041 380 0 7 +1653 -0.064 27.783 -9.999 14 # surface sfc 9041 380 0 8 +1660 -0.044 27.560 -9.999 14 # surface sfc 9041 380 0 9 +1667 0.036 27.804 -9.999 14 # surface sfc 9041 380 0 10 +1673 -0.044 27.806 -9.999 14 # surface sfc 9041 380 0 11 +1680 -0.054 27.802 -9.999 14 # surface sfc 9041 380 0 12 +1687 0.036 27.804 -9.999 14 # surface sfc 9041 380 0 13 +1693 -0.024 27.791 -9.999 14 # surface sfc 9041 380 0 14 +1700 -0.064 27.794 -9.999 14 # surface sfc 9041 380 0 15 +1707 -0.024 27.802 -9.999 14 # surface sfc 9041 380 0 16 +1713 0.096 27.784 -9.999 14 # surface sfc 9041 380 0 17 +1720 -0.064 27.778 -9.999 14 # surface sfc 9041 380 0 18 +1727 -0.074 27.729 -9.999 14 # surface sfc 9041 380 0 19 +1733 -0.064 27.779 -9.999 14 # surface sfc 9041 380 0 20 +1740 0.106 27.777 -9.999 14 # surface sfc 9041 380 0 21 +1747 0.176 27.802 -9.999 14 # surface sfc 9041 380 0 22 +1753 -0.054 27.778 -9.999 14 # surface sfc 9041 380 0 23 +1760 0.016 27.801 -9.999 14 # surface sfc 9041 380 0 24 +1767 0.006 27.740 -9.999 14 # surface sfc 9041 380 0 25 +1773 0.066 27.802 -9.999 14 # surface sfc 9041 380 0 26 +1780 -0.074 27.782 -9.999 14 # surface sfc 9041 380 0 27 +1786 0.016 27.603 -9.999 14 # surface sfc 9041 380 0 28 +1793 0.076 27.800 -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 9041 380 0 28 1 -0.104 -0.019 0.106 0.319 #=================================================================================================== # Engineering Data #=================================================================================================== #--------------------------------------------------------------------------------------------------- # Engineering (Descent) #--------------------------------------------------------------------------------------------------- # SN dive midx engVer start-of-descent vac0 vac1 seeks seekPumpAdjT # (inHg) (inHg) (+sec) E07 09041 380 0 0x11 2016-12-27T23:35:37Z 5.03 5.62 1 +0 # --- Valve Position Measurements ------------------------------------------------------------------ # SN dive midx OilValveOpenPosSurf OilValveClosePosFallPump AirValveMidPosSurf # (V) (V) (V) E07 09041 380 1 1.803 0.663 0.716 #--------------------------------------------------------------------------------------------------- # Engineering (Park/Drift) #--------------------------------------------------------------------------------------------------- # SN dive midx engVer start-of-drift vac0 vac1 seeks seekPumpAdjT # (inHg) (inHg) (+sec) E08 09041 380 0 0x11 2016-12-28T06:38:40Z 5.62 5.61 1 +0 # --- Drift Sensor Averages ------------------------------------------------------------------------ # SN dive midx pres pres temp temp saln saln # (dBar) (counts) (degC) (counts) (PSU) (counts) E08 09041 380 1 -9.999 0 -5.000 0 -9.999 0 #--------------------------------------------------------------------------------------------------- # Engineering (Ascent) #--------------------------------------------------------------------------------------------------- # SN dive midx engVer start-of-ascent vac0 vac1 # (inHg) (inHg) E09 9041 380 0 0x11 2016-12-28T09:08:40Z 5.61 5.11 #--------------------------------------------------------------------------------------------------- # Engineering (Surface) #--------------------------------------------------------------------------------------------------- # SN dive midx engVer start-of-surface vac0 vac1 nSBD nPrevAttempt # (inHg) (inHg) E0A 09041 380 0 0x12 2016-12-28T10:35:09Z 5.11 5.07 9 11 # --- Air Pump & Bladder --------------------------------------------------------------------------- # SN dive midx APCur APRunT AirBladMxP # (A) (sec) (PSI) E0A 09041 380 1 0.000 0 0.159 # --- Air Valve Position --------------------------------------------------------------------------- # SN dive midx AVOpenStart AVMidEnd ACVpenCal AVMidCal AVCloseCal # (V) (V) (V) (V) (V) E0A 09041 380 2 1.195 0.717 1.128 0.615 0.102 # --- Oil Valve Position --------------------------------------------------------------------------- # SN dive midx OVOpenAirPmp OVCloseEnd OVOpenCal OVClosCal # (V) (V) (V) (V) E0A 09041 380 3 0.000 0.664 1.712 0.705 # --- Surface Pressure ----------------------------------------------------------------------------- # SN dive midx presOffset # (dBar) E0A 09041 380 4 0.000 # --- Errors --------------------------------------------------------------------------------------- # SN dive midx nErr # e0A 09041 380 5 0 #=================================================================================================== # Mission Configuration #=================================================================================================== # SN dive idx SWVer mis 9041 380 0 0x03006500 # SN dive idx midx MSN DTD MDS APT XAS # (dBar) (dBar) mis 9041 380 0 0 379 500 1200 1 2 # --- Start-of-Mission Trigger --------------------------------------------------------------------- # SN dive idx midx MTD MTT # (dBar) (sec) mis 9041 380 0 1 50 30.000 # --- Diagnostic Dive ------------------------------------------------------------------------------ # SN dive idx midx DDP DDS DDF # (dBar) (sec) (sec) mis 9041 380 0 2 100 3600 300 # --- Built-In Test (BIT) -------------------------------------------------------------------------- # SN dive idx midx PNB PNC PXC # (V) (psi) (psi) mis 9041 380 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 9041 380 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 9041 380 0 5 61614 32000 0 16600 # --- Profile Configuration ------------------------------------------------------------------------ # SN dive idx midx CPS CST CSP CPB1 CPB2 CPB3 # (sec) (dBar) (dBar) (dBar) mis 9041 380 0 6 1 0 1.000 2000 1000 250 # SN dive idx midx CPN1 CPN2 CPN3 CPP1 CPP2 CPP3 # (dBar) (dBar) (dBar) (sec) (sec) (sec) mis 9041 380 0 7 2.0 2.0 1.0 1.000 1.000 1.000 # SN dive idx midx CTF CTL CTU # (dBar) (dBar) (dBar) mis 9041 380 0 8 2 0 2 # --- Descent - General ---------------------------------------------------------------------------- # SN dive idx midx DNS DTD PFR PFC # (dBar) (mL/min) (mL/dBar) mis 9041 380 0 9 379 500 19 16 # --- Descent - Stage 1 (start) -------------------------------------------------------------------- # SN dive idx midx DSD DST # (dBar) (sec) mis 9041 380 0 10 10 1800 # --- Descent - Stage 2 (fall) --------------------------------------------------------------------- # SN dive idx midx DFT DDD DDT DSI # (sec) (dBar) (sec) (sec) mis 9041 380 0 11 2 10 0 1.000 # --- Descent - Stage 3 (calibration) -------------------------------------------------------------- # SN dive idx midx DCT DCM DAL DCA DSW DUC # (sec) (sec) mis 9041 380 0 12 18000 1 1 1 3600 50 # SN dive idx midx DPT DUT DVT DCX DCP DCF # (sec) (sec) (sec) (sec) (sec) (sec) mis 9041 380 0 13 5 5 30 1020 2 1 # --- Drift/Park - General ------------------------------------------------------------------------- # SN dive idx midx PNS PTO PTH PSA PSI PFM # (sec) (sec) mis 9041 380 0 14 379 0 0x00200200 1 600.000 0 # SN dive idx midx PFD PDT # (dBar) (sec) mis 9041 380 0 15 0 900 # --- Drift/Park - Seek ---------------------------------------------------------------------------- # SN dive idx midx PSM PST PSD PSV PSW # (sec) (dBar) (sec) (sec) mis 9041 380 0 16 1 3600 100 30 300 # --- Ascent/Profile ------------------------------------------------------------------------------- # SN dive idx midx ASN ARR APM APN APF ASI # (m/sec) (sec) (sec) (sec) (sec) mis 9041 380 0 17 379 0.10 1020 10 10 1.000 # SN dive idx midx ASD ADD ADT ARC AHR AHD # (dBar) (dBar) (sec) (?) (m/sec) (dBar) mis 9041 380 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 9041 380 0 19 0 0x0000 20 40 -1.65 30 # SN dive idx midx ISP ISM IST ISO ICF ICW # (PSU) (sec) mis 9041 380 0 20 0 255 0.20 600 0x00000000 0x00000000 # --- Ascent - Ice-Detection (Summer) -------------------------------------------------------------- # SN dive idx midx ISS0 ICA0 ICR0 ICD0 ICO0 ICG0 # (min) (dBar) (sec) mis 9041 380 0 21 2 10 120 100 0 0 # SN dive idx midx IUE0 ICB IMT0 ILT0 # (%) (sec) mis 9041 380 0 22 0 1 70 180 # --- Ascent - Ice-Detection (Winter) -------------------------------------------------------------- # SN dive idx midx ISS1 ICA1 ICR1 ICD1 ICO1 ICG1 # (min) (dBar) (sec) mis 9041 380 0 23 2 10 120 100 0 0 # SN dive idx midx IUE1 ICB1 IMT1 ILT1 # (%) (sec) mis 9041 380 0 24 0 1 70 180 # --- Surface -------------------------------------------------------------------------------------- # SN dive idx midx SFN SGT SET SDT SSA SSI # (min) (min) (?) (sec) mis 9041 380 0 25 379 20 10 0 0 1.000 # SN dive idx midx SDS SPT # (sec) (sec) mis 9041 380 0 26 6 65535 # --- Surface - Air Pump --------------------------------------------------------------------------- # SN dive idx midx SAM SAX SAN SAO SAP # (psi) (psi) (sec) (sec) mis 9041 380 0 27 1 7.500 6.500 360 600 # --- Surface - Wave-Field Measurement ------------------------------------------------------------- # SN dive idx midx MAM MAT ACA ACG ACR # (sec) (g/FSR) (°/sec/FSR) (Hz) mis 9041 380 0 28 0 65535 2 250 4 # --- Surface - Abort/Beacon Mode ------------------------------------------------------------------ # SN dive idx midx SBM SBT # (sec) mis 9041 380 0 29 0 300 #=================================================================================================== # SBD Message Hex Data #=================================================================================================== # SN dive size MOMSN MTMSN PID # (b) SHX 9041 380 243 3492 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 9041 380 3492 0 8 0x0000 (0000) | 0x 58 00 EC 23 51 01 7C 08 60 20 A9 A0 02 08 00 02 # | X . . # Q . | . ` . . . . . . shx 9041 380 3492 1 8 0x0010 (0016) | 0x 05 64 00 9A 01 DD 70 33 9A 00 0B 04 EB 01 8C 02 # | . d . . . . p 3 . . . . . . . . shx 9041 380 3492 2 8 0x0020 (0032) | 0x 33 D0 33 91 00 0B 04 E8 01 7A 02 33 D0 33 74 00 # | 3 . 3 . . . . . . z . 3 . 3 t . shx 9041 380 3492 3 8 0x0030 (0048) | 0x 0B 04 E4 01 85 02 35 D0 23 F2 00 0A 04 FF 01 49 # | . . . . . . 5 . # . . . . . . I shx 9041 380 3492 4 8 0x0040 (0064) | 0x 02 2A D0 15 4A 00 0A 05 1D 01 13 02 14 D0 10 73 # | . * . . J . . . . . . . . . . s shx 9041 380 3492 5 8 0x0050 (0080) | 0x 00 0A 05 29 00 F4 02 09 D0 0C 90 00 0A 05 33 00 # | . . . ) . . . . . . . . . . 3 . shx 9041 380 3492 6 8 0x0060 (0096) | 0x E8 02 03 D0 0A 2A 00 0A 05 39 00 D3 02 01 D0 07 # | . . . . . * . . . 9 . . . . . . shx 9041 380 3492 7 8 0x0070 (0112) | 0x E1 00 0A 05 3D 00 D0 01 FF D0 06 73 00 0A 05 42 # | . . . . = . . . . . . s . . . B shx 9041 380 3492 8 8 0x0080 (0128) | 0x 00 C3 01 FC D0 05 0E 00 0B 05 46 00 C0 01 FA D0 # | . . . . . . . . . . F . . . . . shx 9041 380 3492 9 8 0x0090 (0144) | 0x 04 E3 00 0A 05 3E 00 BA 01 FC D0 04 B2 00 0A 05 # | . . . . . > . . . . . . . . . . shx 9041 380 3492 10 8 0x00A0 (0160) | 0x 3C 00 B8 01 FE E0 01 04 00 14 05 48 00 9F 02 02 # | < . . . . . . . . . . H . . . . shx 9041 380 3492 11 8 0x00B0 (0176) | 0x 3B EB 00 0C 00 10 01 04 00 92 01 DD 3B EA 00 32 # | ; . . . . . . . . . . . ; . . 2 shx 9041 380 3492 12 8 0x00C0 (0192) | 0x 12 1F F6 51 DD 01 FF 01 FB 00 0F 64 69 73 61 00 # | . . . Q . . . . . . . d i s a . shx 9041 380 3492 13 8 0x00D0 (0208) | 0x 09 00 0B 00 00 00 00 00 9F 04 AB 02 CD 00 00 02 # | . . . . . . . . . . . . . . . . shx 9041 380 3492 14 8 0x00E0 (0224) | 0x 98 04 68 00 66 02 67 06 B0 02 C1 00 00 00 3B 24 # | . . h . f . g . . . . . . . ; $ shx 9041 380 3492 15 8 0x00F0 (0240) | 0x 39 39 3E # | 9 9 > #--------------------------------------------------------------------------------------------------- # SN dive size MOMSN MTMSN PID # (b) SHX 9041 380 340 3493 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 9041 380 3493 0 7 0x0000 (0000) | 0x 58 01 4D 23 51 01 7C 07 D0 01 48 00 03 00 65 00 # | X . M # Q . | . . . H . . . e . shx 9041 380 3493 1 7 0x0010 (0016) | 0x 01 7B 01 F4 04 B0 01 02 01 00 00 02 00 00 00 02 # | . { . . . . . . . . . . . . . . shx 9041 380 3493 2 7 0x0020 (0032) | 0x 00 00 03 E8 07 D0 03 E8 00 FA 00 14 00 14 00 0A # | . . . . . . . . . . . . . . . . shx 9041 380 3493 3 7 0x0030 (0048) | 0x 03 E8 03 E8 03 E8 00 32 00 00 75 30 00 02 62 00 # | . . . . . . . 2 . . u 0 . . b . shx 9041 380 3493 4 7 0x0040 (0064) | 0x 02 00 FA 00 04 03 84 01 2C 02 BC AA 94 C7 0E 00 # | . . . . . . . . , . . . . . . . shx 9041 380 3493 5 7 0x0050 (0080) | 0x 00 65 68 06 FE 08 29 F0 AE 7D 00 00 00 40 D8 00 # | . e h . . . ) . . } . . . @ . . shx 9041 380 3493 6 7 0x0060 (0096) | 0x 00 00 00 0A 00 0A 00 01 00 01 00 46 00 46 00 B4 # | . . . . . . . . . . . F . F . . shx 9041 380 3493 7 7 0x0070 (0112) | 0x 00 B4 00 14 00 28 FF 5B 00 1E 02 02 00 14 02 58 # | . . . . . ( . [ . . . . . . . X shx 9041 380 3493 8 7 0x0080 (0128) | 0x 00 00 00 00 64 00 64 00 00 00 78 00 00 00 78 00 # | . . . . d . d . . . x . . . x . shx 9041 380 3493 9 7 0x0090 (0144) | 0x 00 01 00 0A 04 B0 00 1E 04 B0 00 00 00 00 00 00 # | . . . . . . . . . . . . . . . . shx 9041 380 3493 10 7 0x00A0 (0160) | 0x 00 00 00 00 00 00 1F F5 09 5C 01 7B 00 14 00 0A # | . . . . . . . . . \ . { . . . . shx 9041 380 3493 11 7 0x00B0 (0176) | 0x 07 08 01 2C 00 00 00 00 03 E8 00 0A 02 58 00 02 # | . . . , . . . . . . . . . X . . shx 9041 380 3493 12 7 0x00C0 (0192) | 0x 01 01 46 50 01 00 03 00 00 03 FC 00 02 00 01 00 # | . . F P . . . . . . . . . . . . shx 9041 380 3493 13 7 0x00D0 (0208) | 0x C8 00 00 0E 10 00 32 00 05 00 05 00 05 00 1E 00 # | . . . . . . 2 . . . . . . . . . shx 9041 380 3493 14 7 0x00E0 (0224) | 0x 13 00 10 00 64 0E 10 1F F5 6C 5C 01 7B 00 00 00 # | . . . . d . . . . l \ . { . . . shx 9041 380 3493 15 7 0x00F0 (0240) | 0x 00 00 20 02 00 01 00 09 27 C0 00 0E 10 00 00 00 # | . . . . . . . ' . . . . . . . shx 9041 380 3493 16 7 0x0100 (0256) | 0x 00 03 84 01 00 64 0E 10 00 1E 01 2C 1F F5 96 8D # | . . . . . d . . . . . , . . . . shx 9041 380 3493 17 7 0x0110 (0272) | 0x 01 7B 00 0A 03 FC 00 0A 00 0A 00 00 03 E8 00 02 # | . { . . . . . . . . . . . . . . shx 9041 380 3493 18 7 0x0120 (0288) | 0x 00 0A 02 58 05 78 03 E8 00 0A 1F F5 AA 8C 01 7B # | . . . X . x . . . . . . . . . { shx 9041 380 3493 19 7 0x0130 (0304) | 0x FF F6 00 14 00 0A 00 01 2C 00 00 00 00 00 00 00 # | . . . . . . . . , . . . . . . . shx 9041 380 3493 20 7 0x0140 (0320) | 0x 00 03 E8 00 06 01 1D 4C 19 64 01 68 02 58 00 3B # | . . . . . . . L . d . h . X . ; shx 9041 380 3493 21 7 0x0150 (0336) | 0x 24 3C 39 3E # | $ < 9 > #--------------------------------------------------------------------------------------------------- # SN dive size MOMSN MTMSN PID # (b) SHX 9041 380 288 3494 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 9041 380 3494 0 6 0x0000 (0000) | 0x 58 01 19 23 51 01 7C 06 80 21 0D 1F F6 51 DD 00 # | X . . # Q . | . . ! . . . Q . . shx 9041 380 3494 1 6 0x0010 (0016) | 0x 16 E0 03 FB 7F 3A FF FF 01 83 E0 04 02 80 08 FF # | . . . . . : . . . . . . . . . . shx 9041 380 3494 2 6 0x0020 (0032) | 0x FF 06 54 E0 03 FE 80 23 FF FF 06 5B E0 03 FD 80 # | . . T . . . . # . . . [ . . . . shx 9041 380 3494 3 6 0x0030 (0048) | 0x 16 FF FF 06 61 E0 04 07 80 1F FF FF 06 68 E0 04 # | . . . . a . . . . . . . . h . . shx 9041 380 3494 4 6 0x0040 (0064) | 0x 04 7F DA FF FF 06 6F E0 04 00 7F CD FF FF 06 75 # | . . . . . . o . . . . . . . . u shx 9041 380 3494 5 6 0x0050 (0080) | 0x E0 03 FF 80 0F FF FF 06 7C E0 04 01 7F 30 FF FF # | . . . . . . . . | . . . . 0 . . shx 9041 380 3494 6 6 0x0060 (0096) | 0x 06 83 E0 04 09 80 24 FF FF 06 89 E0 04 01 80 26 # | . . . . . . $ . . . . . . . . & shx 9041 380 3494 7 6 0x0070 (0112) | 0x FF FF 06 90 E0 04 00 80 22 FF FF 06 97 E0 04 09 # | . . . . . . . . " . . . . . . . shx 9041 380 3494 8 6 0x0080 (0128) | 0x 80 24 FF FF 06 9D E0 04 03 80 17 FF FF 06 A4 E0 # | . $ . . . . . . . . . . . . . . shx 9041 380 3494 9 6 0x0090 (0144) | 0x 03 FF 80 1A FF FF 06 AB E0 04 03 80 22 FF FF 06 # | . . . . . . . . . . . . " . . . shx 9041 380 3494 10 6 0x00A0 (0160) | 0x B1 E0 04 0F 80 10 FF FF 06 B8 E0 03 FF 80 0A FF # | . . . . . . . . . . . . . . . . shx 9041 380 3494 11 6 0x00B0 (0176) | 0x FF 06 BF E0 03 FE 7F D9 FF FF 06 C5 E0 03 FF 80 # | . . . . . . . . . . . . . . . . shx 9041 380 3494 12 6 0x00C0 (0192) | 0x 0B FF FF 06 CC E0 04 10 80 09 FF FF 06 D3 E0 04 # | . . . . . . . . . . . . . . . . shx 9041 380 3494 13 6 0x00D0 (0208) | 0x 17 80 22 FF FF 06 D9 E0 04 00 80 0A FF FF 06 E0 # | . . " . . . . . . . . . . . . . shx 9041 380 3494 14 6 0x00E0 (0224) | 0x E0 04 07 80 21 FF FF 06 E7 E0 04 06 7F E4 FF FF # | . . . . ! . . . . . . . . . . . shx 9041 380 3494 15 6 0x00F0 (0240) | 0x 06 ED E0 04 0C 80 22 FF FF 06 F4 E0 03 FE 80 0E # | . . . . . . " . . . . . . . . . shx 9041 380 3494 16 6 0x0100 (0256) | 0x FF FF 06 FA E0 04 07 7F 5B FF FF 07 01 E0 04 0D # | . . . . . . . . [ . . . . . . . shx 9041 380 3494 17 6 0x0110 (0272) | 0x 80 20 FF FF 3B D1 00 07 B4 00 14 3B 24 37 34 3E # | . . . ; . . . . . . ; $ 7 4 > #--------------------------------------------------------------------------------------------------- # SN dive size MOMSN MTMSN PID # (b) SHX 9041 380 208 3495 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 9041 380 3495 0 5 0x0000 (0000) | 0x 58 00 C9 23 51 01 7C 05 21 10 82 11 00 6B 00 74 # | X . . # Q . | . ! . . . . k . t shx 9041 380 3495 1 5 0x0010 (0016) | 0x 9F 00 00 14 49 26 50 00 00 00 00 00 00 00 00 00 # | . . . . I & P . . . . . . . . . shx 9041 380 3495 2 5 0x0020 (0032) | 0x 1F 18 F6 CA FD 05 FA 09 0F EE 3C D9 FA 06 0F 07 # | . . . . . . . . . . < . . . . . shx 9041 380 3495 3 5 0x0030 (0048) | 0x E6 00 F9 0A E9 FC 16 10 F6 0C ED 01 FF F9 1F 3A # | . . . . . . . . . . . . . . . : shx 9041 380 3495 4 5 0x0040 (0064) | 0x DF 12 1B EC 74 A1 AC 3C 2E D3 EF E8 04 16 D1 65 # | . . . . t . . < . . . . . . . e shx 9041 380 3495 5 5 0x0050 (0080) | 0x CE D3 F3 05 F6 08 EF F9 07 4F 00 D7 D9 07 2D A2 # | . . . . . . . . . O . . . . - . shx 9041 380 3495 6 5 0x0060 (0096) | 0x F9 5F DB 08 F0 16 00 50 02 FF E0 01 FF FF FF 00 # | . _ . . . . . P . . . . . . . . shx 9041 380 3495 7 5 0x0070 (0112) | 0x 4F FD 00 10 01 00 1F FD 20 0F F1 00 F1 10 E1 00 # | O . . . . . . . . . . . . . . shx 9041 380 3495 8 5 0x0080 (0128) | 0x 01 00 FF FF FD 03 04 FE DE 3B F0 00 42 22 00 00 # | . . . . . . . . . ; . . B " . . shx 9041 380 3495 9 5 0x0090 (0144) | 0x 01 F4 00 11 01 68 0E 10 00 00 1F F5 B7 49 1F F6 # | . . . . . h . . . . . . . I . . shx 9041 380 3495 10 5 0x00A0 (0160) | 0x 1A 70 1F F6 3D 98 1F F6 51 DD 03 0A 00 01 03 3E # | . p . . = . . . Q . . . . . . > shx 9041 380 3495 11 5 0x00B0 (0176) | 0x 0E 10 00 19 00 0A 03 E8 00 05 03 E8 00 01 00 64 # | . . . . . . . . . . . . . . . d shx 9041 380 3495 12 5 0x00C0 (0192) | 0x 00 0A 03 E8 00 05 03 E8 00 01 01 3B 24 3B 35 3E # | . . . . . . . . . . . ; $ ; 5 > #--------------------------------------------------------------------------------------------------- # SN dive size MOMSN MTMSN PID # (b) SHX 9041 380 325 3496 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 9041 380 3496 0 4 0x0000 (0000) | 0x 58 01 3E 23 51 01 7C 04 20 11 39 00 01 12 00 36 # | X . > # Q . | . . 9 . . . . 6 shx 9041 380 3496 1 4 0x0010 (0016) | 0x 9F 00 00 2A 49 24 93 49 34 92 40 00 00 00 00 00 # | . . . * I $ . I 4 . @ . . . . . shx 9041 380 3496 2 4 0x0020 (0032) | 0x FD EA F8 EA 51 B8 FE 06 52 EF E7 DB 04 12 08 1B # | . . . . Q . . . R . . . . . . . shx 9041 380 3496 3 4 0x0030 (0048) | 0x 10 D0 FD FA 08 FA 1A 1A C7 F3 12 1E F1 00 FD FB # | . . . . . . . . . . . . . . . . shx 9041 380 3496 4 4 0x0040 (0064) | 0x 08 EC 15 33 F3 DA E2 44 D9 F3 13 24 E8 E8 31 DE # | . . . 3 . . . D . . . $ . . 1 . shx 9041 380 3496 5 4 0x0050 (0080) | 0x DE 13 15 FA F5 18 F6 2A FD C6 00 43 D8 F9 FB 33 # | . . . . . . . * . . . C . . . 3 shx 9041 380 3496 6 4 0x0060 (0096) | 0x C9 0B 0C FC 16 CB E3 03 3C 00 F9 4D 9B 2C 03 2F # | . . . . . . . . < . . M . , . / shx 9041 380 3496 7 4 0x0070 (0112) | 0x A9 EB 37 22 EB B2 FE 0E 2D FD 40 C6 D2 0B 68 E4 # | . . 7 " . . . . - . @ . . . h . shx 9041 380 3496 8 4 0x0080 (0128) | 0x FF 29 E1 07 DE DA E4 FA 0B 43 CD 21 2A D4 25 C1 # | . ) . . . . . . . C . ! * . % . shx 9041 380 3496 9 4 0x0090 (0144) | 0x 03 3F EF FE 40 22 02 10 17 FB 0F FB 04 6F C4 FF # | . ? . . @ " . . . . . . . o . . shx 9041 380 3496 10 4 0x00A0 (0160) | 0x FF E7 FF C0 07 FF 90 C6 B1 A5 C4 07 29 FB EE 44 # | . . . . . . . . . . . . ) . . D shx 9041 380 3496 11 4 0x00B0 (0176) | 0x 08 10 98 FA 0A 2E 07 02 F3 EC F2 EB 18 2D 43 1D # | . . . . . . . . . . . . . - C . shx 9041 380 3496 12 4 0x00C0 (0192) | 0x 97 4A B2 C4 1C 1D 27 B3 00 5B CD F8 EF 1F F6 CE # | . J . . . . ' . . [ . . . . . . shx 9041 380 3496 13 4 0x00D0 (0208) | 0x 2A 1D 22 D3 BE 09 14 FF 02 60 45 FE 4F A8 01 50 # | * . " . . . . . . ` E . O . . P shx 9041 380 3496 14 4 0x00E0 (0224) | 0x 90 F5 CF F3 00 DF F4 03 D0 08 FC BF D8 FE C0 A5 # | . . . . . . . . . . . . . . . . shx 9041 380 3496 15 4 0x00F0 (0240) | 0x DF E8 F9 15 0D E2 F1 27 E7 C2 FD 29 FF 2A ED C3 # | . . . . . . . ' . . . ) . * . . shx 9041 380 3496 16 4 0x0100 (0256) | 0x F7 FE 01 05 1B 4E 78 84 16 50 EF 97 FB FB EA 0B # | . . . . . N x . . P . . . . . . shx 9041 380 3496 17 4 0x0110 (0272) | 0x 3F 0A BB 03 E1 0C 0C C9 07 1B 11 22 BE E7 03 FE # | ? . . . . . . . . . . " . . . . shx 9041 380 3496 18 4 0x0120 (0288) | 0x FB FE 01 0A F7 04 30 1E E0 F7 0B F1 F8 00 03 EF # | . . . . . . 0 . . . . . . . . . shx 9041 380 3496 19 4 0x0130 (0304) | 0x FC 17 27 EA FF FB ED 2C F2 D9 01 05 15 28 D2 01 # | . . ' . . . . , . . . . . ( . . shx 9041 380 3496 20 4 0x0140 (0320) | 0x 3B 24 33 3E 3E # | ; $ 3 > > #--------------------------------------------------------------------------------------------------- # SN dive size MOMSN MTMSN PID # (b) SHX 9041 380 242 3497 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 9041 380 3497 0 3 0x0000 (0000) | 0x 58 00 EB 23 51 01 7C 03 10 10 E6 00 01 7C 00 33 # | X . . # Q . | . . . . . . | . 3 shx 9041 380 3497 1 3 0x0010 (0016) | 0x 97 FF FF E3 44 92 49 44 92 49 24 92 49 00 00 00 # | . . . . D . I D . I $ . I . . . shx 9041 380 3497 2 3 0x0020 (0032) | 0x E9 01 01 FF 01 00 00 00 00 00 00 01 FF FF 01 00 # | . . . . . . . . . . . . . . . . shx 9041 380 3497 3 3 0x0030 (0048) | 0x 01 0E 10 F1 1F 0F 20 F0 F0 20 E1 F2 0F F0 10 1E # | . . . . . . . . . . . . . . shx 9041 380 3497 4 3 0x0040 (0064) | 0x 10 00 00 10 E1 00 1F F1 0F 2F F1 01 F1 E0 11 E3 # | . . . . . . . . . / . . . . . . shx 9041 380 3497 5 3 0x0050 (0080) | 0x EF 10 00 1E 02 F0 1E 02 F0 1E 10 F2 0F F0 11 0E # | . . . . . . . . . . . . . . . . shx 9041 380 3497 6 3 0x0060 (0096) | 0x 10 00 00 01 D3 F0 00 00 FF 01 01 FF 00 00 FF 01 # | . . . . . . . . . . . . . . . . shx 9041 380 3497 7 3 0x0070 (0112) | 0x 01 00 0A 0E 00 01 FE 01 10 E0 11 F0 00 0F 11 F0 # | . . . . . . . . . . . . . . . . shx 9041 380 3497 8 3 0x0080 (0128) | 0x 0F 2F 00 0F 11 F0 1E F3 F0 01 FF 10 00 1F 00 00 # | . / . . . . . . . . . . . . . . shx 9041 380 3497 9 3 0x0090 (0144) | 0x 0F 10 00 1F F2 F0 00 0F 2F F2 E1 1F 00 00 0F 11 # | . . . . . . . . / . . . . . . . shx 9041 380 3497 10 3 0x00A0 (0160) | 0x FF 11 FF 10 01 F0 00 0F 2F 00 F0 20 F0 00 F1 1F # | . . . . . . . . / . . . . . . shx 9041 380 3497 11 3 0x00B0 (0176) | 0x 0F 11 F0 00 F1 00 1E 11 E2 0E 01 00 1F 0F 11 E1 # | . . . . . . . . . . . . . . . . shx 9041 380 3497 12 3 0x00C0 (0192) | 0x 1F 0F 11 0F 0F 02 E1 1F 00 F2 F0 F2 F0 0F 11 F0 # | . . . . . . . . . . . . . . . . shx 9041 380 3497 13 3 0x00D0 (0208) | 0x F1 01 F0 00 0F 10 01 F0 F1 00 00 F2 0F F1 00 2E # | . . . . . . . . . . . . . . . . shx 9041 380 3497 14 3 0x00E0 (0224) | 0x F1 1E 10 01 E1 0F 10 02 EF 2E 02 E0 02 3B 24 35 # | . . . . . . . . . . . . . ; $ 5 shx 9041 380 3497 15 3 0x00F0 (0240) | 0x 3D 3E # | = > #--------------------------------------------------------------------------------------------------- # SN dive size MOMSN MTMSN PID # (b) SHX 9041 380 322 3498 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 9041 380 3498 0 2 0x0000 (0000) | 0x 58 01 3B 23 51 01 7C 02 50 11 11 1F F6 3D 99 00 # | X . ; # Q . | . P . . . . = . . shx 9041 380 3498 1 2 0x0010 (0016) | 0x 00 70 33 9A 00 7E D0 32 AF 00 E4 D0 31 B2 01 46 # | . p 3 . . ~ . 2 . . . . 1 . . F shx 9041 380 3498 2 2 0x0020 (0032) | 0x D0 30 BA 01 AA D0 2F BE 02 0E D0 2E C3 02 71 D0 # | . 0 . . . . / . . . . . . . q . shx 9041 380 3498 3 2 0x0030 (0048) | 0x 2D CA 02 D3 D0 2C D2 03 37 D0 2B D6 03 9B D0 2A # | - . . . . , . . 7 . + . . . . * shx 9041 380 3498 4 2 0x0040 (0064) | 0x DB 03 FF D0 29 E2 04 63 D0 28 E8 04 C9 D0 27 EE # | . . . . ) . . c . ( . . . . ' . shx 9041 380 3498 5 2 0x0050 (0080) | 0x 05 2E D0 26 F3 05 96 D0 25 FA 05 FF D0 25 01 06 # | . . . & . . . . % . . . . % . . shx 9041 380 3498 6 2 0x0060 (0096) | 0x 68 D0 24 09 06 C7 D0 23 0D 07 23 D0 22 13 07 80 # | h . $ . . . . # . . # . " . . . shx 9041 380 3498 7 2 0x0070 (0112) | 0x D0 21 18 07 DF D0 20 1E 08 40 D0 1F 23 08 A2 D0 # | . ! . . . . . . @ . . # . . . shx 9041 380 3498 8 2 0x0080 (0128) | 0x 1E 2C 09 06 D0 1D 30 09 6C D0 1C 37 09 D5 D0 1B # | . , . . . . 0 . l . . 7 . . . . shx 9041 380 3498 9 2 0x0090 (0144) | 0x 3B 0A 3C D0 1A 45 0A A7 D0 19 47 0B 0E D0 18 4F # | ; . < . . E . . . . G . . . . O shx 9041 380 3498 10 2 0x00A0 (0160) | 0x 0B 74 D0 17 57 0B DD D0 16 5D 0C 48 D0 15 61 0C # | . t . . W . . . . ] . H . . a . shx 9041 380 3498 11 2 0x00B0 (0176) | 0x A7 D0 14 66 0D 03 D0 13 6C 0D 64 D0 12 74 0D CB # | . . . f . . . . l . d . . t . . shx 9041 380 3498 12 2 0x00C0 (0192) | 0x D0 11 79 0E 36 D0 10 7E 0E 97 D0 0F 85 0E F8 D0 # | . . y . 6 . . ~ . . . . . . . . shx 9041 380 3498 13 2 0x00D0 (0208) | 0x 0E 8C 0F 5D D0 0D 90 0F C6 D0 0C 98 10 24 D0 0B # | . . . ] . . . . . . . . . $ . . shx 9041 380 3498 14 2 0x00E0 (0224) | 0x 9F 10 88 D0 0A A5 10 F4 D0 09 AA 11 59 D0 08 AE # | . . . . . . . . . . . . Y . . . shx 9041 380 3498 15 2 0x00F0 (0240) | 0x 11 C5 D0 07 B6 12 2C D0 06 BC 12 97 D0 05 C1 13 # | . . . . . . , . . . . . . . . . shx 9041 380 3498 16 2 0x0100 (0256) | 0x 07 D0 04 C8 13 6B D0 03 CA 13 BB D0 02 D4 14 08 # | . . . . . k . . . . . . . . . . shx 9041 380 3498 17 2 0x0110 (0272) | 0x D0 01 D9 14 43 80 01 28 3B E9 00 0D 11 1F F6 3D # | . . . . C . . ( ; . . . . . . = shx 9041 380 3498 18 2 0x0120 (0288) | 0x 98 02 31 01 FF 3B 02 00 18 02 3B 9A C9 FF 77 35 # | . . 1 . . ; . . . . ; . . . w 5 shx 9041 380 3498 19 2 0x0130 (0304) | 0x 93 FF 00 00 03 0B 02 12 00 FF 00 00 00 3B 24 32 # | . . . . . . . . . . . . . ; $ 2 shx 9041 380 3498 20 2 0x0140 (0320) | 0x 33 3E # | 3 > #--------------------------------------------------------------------------------------------------- # SN dive size MOMSN MTMSN PID # (b) SHX 9041 380 340 3499 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 9041 380 3499 0 1 0x0000 (0000) | 0x 58 01 4D 23 51 01 7C 01 40 11 48 1F F5 B7 4A 00 # | X . M # Q . | . @ . H . . . J . shx 9041 380 3499 1 1 0x0010 (0016) | 0x 00 10 01 04 00 8F A0 01 F9 00 92 20 02 08 00 CC # | . . . . . . . . . . . . . . . shx 9041 380 3499 2 1 0x0020 (0032) | 0x A0 02 F4 01 12 A0 03 EC 01 54 A0 04 E3 01 97 A0 # | . . . . . . . . . T . . . . . . shx 9041 380 3499 3 1 0x0030 (0048) | 0x 05 E0 01 E2 A0 06 DB 02 2E A0 07 D2 02 82 A0 08 # | . . . . . . . . . . . . . . . . shx 9041 380 3499 4 1 0x0040 (0064) | 0x CD 02 D6 A0 09 C6 03 2B A0 0A BF 03 82 A0 0B BB # | . . . . . . . + . . . . . . . . shx 9041 380 3499 5 1 0x0050 (0080) | 0x 03 DF A0 0C B5 04 40 A0 0D AF 04 A2 A0 0E A7 05 # | . . . . . . @ . . . . . . . . . shx 9041 380 3499 6 1 0x0060 (0096) | 0x 09 A0 0F A0 05 77 A0 10 9D 05 F0 A0 11 97 06 6F # | . . . . . w . . . . . . . . . o shx 9041 380 3499 7 1 0x0070 (0112) | 0x A0 12 90 06 FE A0 13 89 07 94 A0 14 84 08 3E A0 # | . . . . . . . . . . . . . . > . shx 9041 380 3499 8 1 0x0080 (0128) | 0x 15 7D 08 F1 A0 16 76 09 AC A0 17 71 0A 67 A0 18 # | . } . . . . v . . . . q . g . . shx 9041 380 3499 9 1 0x0090 (0144) | 0x 6B 0B 1C A0 19 65 0B D9 A0 1A 60 0C 9C A0 1B 59 # | k . . . . e . . . . ` . . . . Y shx 9041 380 3499 10 1 0x00A0 (0160) | 0x 0D 76 A0 1C 53 0E 6B A0 1D 4D 0F 55 A0 1E 47 10 # | . v . . S . k . . M . U . . G . shx 9041 380 3499 11 1 0x00B0 (0176) | 0x 54 A0 1F 40 11 5B A0 20 3B 12 5E A0 21 35 13 50 # | T . . @ . [ . ; . ^ . ! 5 . P shx 9041 380 3499 12 1 0x00C0 (0192) | 0x A0 22 30 14 53 A0 23 29 15 85 A0 24 22 16 E5 A0 # | . " 0 . S . # ) . . . $ " . . . shx 9041 380 3499 13 1 0x00D0 (0208) | 0x 25 1D 18 12 A0 26 18 19 31 A0 27 11 1A C1 A0 28 # | % . . . . & . . 1 . ' . . . . ( shx 9041 380 3499 14 1 0x00E0 (0224) | 0x 0A 1C DB A0 29 04 1E 7D A0 29 FF 1F C7 A0 2A F9 # | . . . . ) . . } . ) . . . . * . shx 9041 380 3499 15 1 0x00F0 (0240) | 0x 21 18 A0 2B F3 22 AC A0 2C ED 24 A5 A0 2D E6 26 # | ! . . + . " . . , . $ . . - . & shx 9041 380 3499 16 1 0x0100 (0256) | 0x C6 A0 2E E1 28 CA A0 2F DA 2B 04 A0 30 D4 2D 5D # | . . . . ( . . / . + . . 0 . - ] shx 9041 380 3499 17 1 0x0110 (0272) | 0x A0 31 60 2F B6 A0 31 B5 32 0E A0 32 46 34 66 A0 # | . 1 ` / . . 1 . 2 . . 2 F 4 f . shx 9041 380 3499 18 1 0x0120 (0288) | 0x 32 75 36 BE A0 32 AD 39 16 A0 32 E9 3B 6E A0 33 # | 2 u 6 . . 2 . 9 . . 2 . ; n . 3 shx 9041 380 3499 19 1 0x0130 (0304) | 0x 08 3D C7 A0 33 9B 40 1F A0 34 4A 42 77 A0 34 A9 # | . = . . 3 . @ . . 4 J B w . 4 . shx 9041 380 3499 20 1 0x0140 (0320) | 0x 44 CF A0 33 FA 47 28 30 33 86 49 81 30 33 68 3B # | D . . 3 . G ( 0 3 . I . 0 3 h ; shx 9041 380 3499 21 1 0x0150 (0336) | 0x 24 30 3E 3E # | $ 0 > > #--------------------------------------------------------------------------------------------------- # SN dive size MOMSN MTMSN PID # (b) SHX 9041 380 217 3500 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 9041 380 3500 0 0 0x0000 (0000) | 0x 58 00 D2 23 51 01 7C 00 01 00 18 FE 07 D6 7B AC # | X . . # Q . | . . . . . . . { . shx 9041 380 3500 1 0 0x0010 (0016) | 0x D8 DD B3 11 07 89 02 17 23 16 05 26 2A 2D 0E 3B # | . . . . . . . . # . . & * - . ; shx 9041 380 3500 2 0 0x0020 (0032) | 0x 41 10 3F 1F F6 03 23 00 00 30 33 48 02 58 30 33 # | A . ? . . . # . . 0 3 H . X 0 3 shx 9041 380 3500 3 0 0x0030 (0048) | 0x 1E 04 B0 30 33 4B 07 08 30 33 66 09 61 30 33 21 # | . . . 0 3 K . . 0 3 f . a 0 3 ! shx 9041 380 3500 4 0 0x0040 (0064) | 0x 0B B9 30 33 1E 0E 11 30 33 47 10 69 30 33 3C 12 # | . . 0 3 . . . 0 3 G . i 0 3 < . shx 9041 380 3500 5 0 0x0050 (0080) | 0x C1 30 33 34 15 19 30 33 51 17 4C A0 33 72 3B E7 # | . 0 3 4 . . 0 3 Q . L . 3 r ; . shx 9041 380 3500 6 0 0x0060 (0096) | 0x 00 16 11 1F F5 B7 49 01 F7 02 32 07 0B 02 97 02 # | . . . . . . I . . . 2 . . . . . shx 9041 380 3500 7 0 0x0070 (0112) | 0x CC 01 00 00 3B E8 00 1C 11 1F F6 1A 70 02 32 02 # | . . . . ; . . . . . . . p . 2 . shx 9041 380 3500 8 0 0x0080 (0128) | 0x 31 00 00 00 00 00 00 01 00 00 00 00 00 00 00 FA # | 1 . . . . . . . . . . . . . . . shx 9041 380 3500 9 0 0x0090 (0144) | 0x 3B 98 10 22 00 00 08 00 33 72 FF FF AD 60 00 00 # | ; . . " . . . . 3 r . . . ` . . shx 9041 380 3500 10 0 0x00A0 (0160) | 0x 00 00 00 00 00 00 00 00 00 09 5F 95 08 3F AF 08 # | . . . . . . . . . . _ . . ? . . shx 9041 380 3500 11 0 0x00B0 (0176) | 0x 5F 29 3B A8 10 22 00 00 08 00 35 67 00 00 07 60 # | _ ) ; . . " . . . . 5 g . . . ` shx 9041 380 3500 12 0 0x00C0 (0192) | 0x 00 00 00 00 00 00 00 00 00 00 00 FF 00 0B FF D0 # | . . . . . . . . . . . . . . . . shx 9041 380 3500 13 0 0x00D0 (0208) | 0x 02 04 10 82 3B 24 34 3F 3E # | . . . . ; $ 4 ? > #---------------------------------------------------------------------------------------------------