#=================================================================================================== # Intermediate Listing for Float #9061, Dive #380 #=================================================================================================== # Created: 2022-05-11T17:23:51Z # Local Path: "/data1/alamo/data/list/9061/lis9061-0380.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 0.6.3067b RELEASE 2022-01-04T20:44+00:00 #--------------------------------------------------------------------------------------------------- # Listing Details #--------------------------------------------------------------------------------------------------- # SN dive DAC-ID IMEI WMO-ID LIS 9061 380 6013 000000000293540 4902041 #=================================================================================================== # Iridium Short-Burst Data (SBD) Message(s) #=================================================================================================== # SN dive size IMEI MOMSN MTMSN PID date/time position CEP # (b) (km) SBD 9061 380 199 000000000293540 4571 0 7 2017-02-05T10:37:58Z +25.11316-72.29314 169 SBD 9061 380 340 000000000293540 4572 0 6 2017-02-05T10:38:20Z +25.09735-73.50972 30 SBD 9061 380 306 000000000293540 4573 0 5 2017-02-05T10:38:45Z +25.09735-73.50972 24 SBD 9061 380 325 000000000293540 4574 0 4 2017-02-05T10:39:32Z +25.14521-72.41865 142 SBD 9061 380 339 000000000293540 4575 0 3 2017-02-05T10:39:54Z +25.11036-73.62390 11 SBD 9061 380 317 000000000293540 4576 0 2 2017-02-05T10:40:21Z +25.14307-73.62390 9 SBD 9061 380 340 000000000293540 4577 0 1 2017-02-05T10:40:46Z +25.14984-72.45650 130 SBD 9061 380 295 000000000293540 4578 0 0 2017-02-05T10:41:04Z +25.14984-72.45650 130 #=================================================================================================== # Position Data #=================================================================================================== #--------------------------------------------------------------------------------------------------- # GPS #--------------------------------------------------------------------------------------------------- # SN dive idx date/time position TTF nSat SNR SNR SNR HDOP stat # (sec) (min) (avg) (max) GPS 9061 380 1 2017-02-04T22:37:00Z +25.12919-73.52881 10 5 25 38 46 1.4 0 GPS 9061 380 2 2017-02-05T10:32:00Z +25.13144-73.55908 220 4 34 42 50 1.8 0 #--------------------------------------------------------------------------------------------------- # Iridium Position #--------------------------------------------------------------------------------------------------- # SN dive weighted-avg-time weighted-avg-pos nPos variance stdError satTime # (km^2) (km) (sec) IRI 9061 380 2017-02-05T10:39:58Z +25.12614-73.59983 8 13.90 1.41 186 #=================================================================================================== # Dive Data #=================================================================================================== #--------------------------------------------------------------------------------------------------- # Argo Data #--------------------------------------------------------------------------------------------------- # SN dive xVer typ midx missPhase profPres parkPres maxAscT maxDesc2ParkT maxDesc2ProfT # (dBar) (dBar) (min) (min) (sec) A 9061 380 2.2 3 0 1 0 500 17 300 3600 # # SN dive xVer typ midx tarParkT nSeek seekIntervalT tarAscRate maxSurfT # (min) (cm/sec) (sec) A 9061 380 2.2 3 1 0 0 3600 10 830 # # SN dive xVer typ midx start-of-descent start-of-drift A 9061 380 2.2 3 2 2017-02-04T22:37:52Z 2017-02-05T04:53:59Z # # SN dive xVer typ midx start-of-ascent start-of-surface A 9061 380 2.2 3 3 2017-02-05T09:03:57Z 2017-02-05T10:22:25Z # # SN dive xVer typ midx pGain pOff tGain tOff sGain sOff # (1/dBar) (dBar) (1/degC) (degC) (1/PSU) (PSU) A 9061 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 9061 380 2.2 3 5 100 10 1000 5 1000 1 #--------------------------------------------------------------------------------------------------- # Pressure Correction #--------------------------------------------------------------------------------------------------- # SN dive midx nSam nDive valid presOffset # (dBar) PRC 9061 380 0 115 4 1 0.337 #--------------------------------------------------------------------------------------------------- # Fall Time-Series Data #--------------------------------------------------------------------------------------------------- # SN dive idx nSam time pres temp saln phaseCode phaseCodeName # (start-time/+sec) (dBar) (degC) (PSU) F 9061 380 0 64 2017-02-04T22:37:53Z f 9061 380 0 0 +0 0.143 -9.999 -9.999 1 # start of descent f 9061 380 0 1 +229 9.703 -9.999 -9.999 10 # descending f 9061 380 0 2 +297 19.783 -9.999 -9.999 10 # descending f 9061 380 0 3 +374 29.743 -9.999 -9.999 10 # descending f 9061 380 0 4 +451 39.703 -9.999 -9.999 10 # descending f 9061 380 0 5 +526 49.823 -9.999 -9.999 10 # descending f 9061 380 0 6 +600 59.823 -9.999 -9.999 10 # descending f 9061 380 0 7 +677 69.703 -9.999 -9.999 10 # descending f 9061 380 0 8 +756 79.663 -9.999 -9.999 10 # descending f 9061 380 0 9 +837 89.743 -9.999 -9.999 10 # descending f 9061 380 0 10 +920 99.823 -9.999 -9.999 10 # descending f 9061 380 0 11 +924 100.223 -9.999 -9.999 2 # first descent pump f 9061 380 0 12 +1011 109.823 -9.999 -9.999 10 # descending f 9061 380 0 13 +1103 119.663 -9.999 -9.999 10 # descending f 9061 380 0 14 +1199 129.703 -9.999 -9.999 10 # descending f 9061 380 0 15 +1297 139.783 -9.999 -9.999 10 # descending f 9061 380 0 16 +1396 149.703 -9.999 -9.999 10 # descending f 9061 380 0 17 +1502 159.743 -9.999 -9.999 10 # descending f 9061 380 0 18 +1611 169.703 -9.999 -9.999 10 # descending f 9061 380 0 19 +1727 179.783 -9.999 -9.999 10 # descending f 9061 380 0 20 +1849 189.703 -9.999 -9.999 10 # descending f 9061 380 0 21 +1979 199.663 -9.999 -9.999 10 # descending f 9061 380 0 22 +2113 209.703 -9.999 -9.999 10 # descending f 9061 380 0 23 +2248 219.743 -9.999 -9.999 10 # descending f 9061 380 0 24 +2385 229.703 -9.999 -9.999 10 # descending f 9061 380 0 25 +2522 239.703 -9.999 -9.999 10 # descending f 9061 380 0 26 +2657 249.703 -9.999 -9.999 10 # descending f 9061 380 0 27 +2798 259.703 -9.999 -9.999 10 # descending f 9061 380 0 28 +2950 269.743 -9.999 -9.999 10 # descending f 9061 380 0 29 +3111 279.703 -9.999 -9.999 10 # descending f 9061 380 0 30 +3274 289.743 -9.999 -9.999 10 # descending f 9061 380 0 31 +3435 299.703 -9.999 -9.999 10 # descending f 9061 380 0 32 +3600 309.743 -9.999 -9.999 10 # descending f 9061 380 0 33 +3769 319.703 -9.999 -9.999 10 # descending f 9061 380 0 34 +3948 329.703 -9.999 -9.999 10 # descending f 9061 380 0 35 +4145 339.663 -9.999 -9.999 10 # descending f 9061 380 0 36 +4361 349.703 -9.999 -9.999 10 # descending f 9061 380 0 37 +4590 359.703 -9.999 -9.999 10 # descending f 9061 380 0 38 +4813 369.703 -9.999 -9.999 10 # descending f 9061 380 0 39 +5034 379.743 -9.999 -9.999 10 # descending f 9061 380 0 40 +5255 389.663 -9.999 -9.999 10 # descending f 9061 380 0 41 +5499 399.703 -9.999 -9.999 10 # descending f 9061 380 0 42 +5778 409.703 -9.999 -9.999 10 # descending f 9061 380 0 43 +6075 419.663 -9.999 -9.999 10 # descending f 9061 380 0 44 +6375 429.663 -9.999 -9.999 10 # descending f 9061 380 0 45 +6654 439.663 -9.999 -9.999 10 # descending f 9061 380 0 46 +6926 449.703 -9.999 -9.999 10 # descending f 9061 380 0 47 +7204 459.663 -9.999 -9.999 10 # descending f 9061 380 0 48 +7537 469.703 -9.999 -9.999 10 # descending f 9061 380 0 49 +8065 479.663 -9.999 -9.999 10 # descending f 9061 380 0 50 +8639 489.663 -9.999 -9.999 10 # descending f 9061 380 0 51 +9239 496.143 -9.999 -9.999 10 # descending f 9061 380 0 52 +9839 498.423 -9.999 -9.999 10 # descending f 9061 380 0 53 +10440 500.743 -9.999 -9.999 10 # descending f 9061 380 0 54 +11041 503.623 -9.999 -9.999 10 # descending f 9061 380 0 55 +11642 503.903 -9.999 -9.999 10 # descending f 9061 380 0 56 +12243 503.383 -9.999 -9.999 10 # descending f 9061 380 0 57 +12844 501.983 -9.999 -9.999 10 # descending f 9061 380 0 58 +13444 502.343 -9.999 -9.999 10 # descending f 9061 380 0 59 +14045 501.983 -9.999 -9.999 10 # descending f 9061 380 0 60 +14646 502.383 -9.999 -9.999 10 # descending f 9061 380 0 61 +15247 503.943 -9.999 -9.999 10 # descending f 9061 380 0 62 +15847 503.783 -9.999 -9.999 3 # seek to drift pres f 9061 380 0 63 +16448 507.943 -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 9061 380 1 11 2017-02-05T03:22:02Z f 9061 380 1 0 +0 507.143 -9.999 -9.999 3 # seek to drift pres f 9061 380 1 1 +600 506.703 -9.999 -9.999 3 # seek to drift pres f 9061 380 1 2 +1201 508.303 -9.999 -9.999 3 # seek to drift pres f 9061 380 1 3 +1802 504.343 -9.999 -9.999 3 # seek to drift pres f 9061 380 1 4 +2403 507.103 -9.999 -9.999 3 # seek to drift pres f 9061 380 1 5 +3004 507.623 -9.999 -9.999 3 # seek to drift pres f 9061 380 1 6 +3603 505.583 -9.999 -9.999 3 # seek to drift pres f 9061 380 1 7 +4205 506.743 -9.999 -9.999 3 # seek to drift pres f 9061 380 1 8 +4806 505.103 -9.999 -9.999 3 # seek to drift pres f 9061 380 1 9 +5407 505.903 -9.999 -9.999 3 # seek to drift pres f 9061 380 1 10 +5516 506.303 -9.999 -9.999 10 # descending #--------------------------------------------------------------------------------------------------- # Drift Data #--------------------------------------------------------------------------------------------------- # SN dive numSamples D 9061 380 12 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) d 9061 380 0 506.303 16.088 -9.999 d 9061 380 1 504.543 16.091 -9.999 d 9061 380 2 508.423 16.085 -9.999 d 9061 380 3 505.743 16.095 -9.999 d 9061 380 4 506.743 16.076 -9.999 d 9061 380 5 506.503 16.064 -9.999 d 9061 380 6 506.423 16.084 -9.999 d 9061 380 7 509.383 16.179 -9.999 d 9061 380 8 508.663 16.111 -9.999 d 9061 380 9 506.183 16.104 -9.999 d 9061 380 10 504.343 16.077 -9.999 d 9061 380 11 506.063 16.049 -9.999 #--------------------------------------------------------------------------------------------------- # Profile Data (Binned) #--------------------------------------------------------------------------------------------------- # SN dive numSamples PRO 9061 380 375 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 9061 380 0 507.703 16.051 -9.999 pro 9061 380 1 506.903 16.052 -9.999 pro 9061 380 2 504.703 16.060 -9.999 pro 9061 380 3 502.703 16.085 -9.999 pro 9061 380 4 500.663 16.164 -9.999 pro 9061 380 5 498.623 16.222 -9.999 pro 9061 380 6 496.663 16.234 -9.999 pro 9061 380 7 494.663 16.266 -9.999 pro 9061 380 8 492.663 16.317 -9.999 pro 9061 380 9 490.703 16.355 -9.999 pro 9061 380 10 488.663 16.383 -9.999 pro 9061 380 11 486.703 16.432 -9.999 pro 9061 380 12 484.703 16.499 -9.999 pro 9061 380 13 482.703 16.548 -9.999 pro 9061 380 14 480.663 16.574 -9.999 pro 9061 380 15 478.623 16.603 -9.999 pro 9061 380 16 476.623 16.638 -9.999 pro 9061 380 17 474.623 16.660 -9.999 pro 9061 380 18 472.703 16.674 -9.999 pro 9061 380 19 470.703 16.692 -9.999 pro 9061 380 20 468.623 16.753 -9.999 pro 9061 380 21 466.663 16.770 -9.999 pro 9061 380 22 464.663 16.808 -9.999 pro 9061 380 23 462.663 16.864 -9.999 pro 9061 380 24 460.703 16.875 -9.999 pro 9061 380 25 458.663 16.905 -9.999 pro 9061 380 26 456.663 16.948 -9.999 pro 9061 380 27 454.663 16.992 -9.999 pro 9061 380 28 452.623 17.021 -9.999 pro 9061 380 29 450.663 17.052 -9.999 pro 9061 380 30 448.703 17.115 -9.999 pro 9061 380 31 446.663 17.169 -9.999 pro 9061 380 32 444.623 17.202 -9.999 pro 9061 380 33 442.663 17.231 -9.999 pro 9061 380 34 440.663 17.263 -9.999 pro 9061 380 35 438.623 17.275 -9.999 pro 9061 380 36 436.663 17.283 -9.999 pro 9061 380 37 434.663 17.311 -9.999 pro 9061 380 38 432.663 17.381 -9.999 pro 9061 380 39 430.663 17.423 -9.999 pro 9061 380 40 428.663 17.479 -9.999 pro 9061 380 41 426.663 17.507 -9.999 pro 9061 380 42 424.663 17.524 -9.999 pro 9061 380 43 422.703 17.554 -9.999 pro 9061 380 44 420.703 17.599 -9.999 pro 9061 380 45 418.663 17.607 -9.999 pro 9061 380 46 416.663 17.614 -9.999 pro 9061 380 47 414.663 17.639 -9.999 pro 9061 380 48 412.663 17.671 -9.999 pro 9061 380 49 410.623 17.690 -9.999 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 9061 380 50 408.663 17.704 -9.999 pro 9061 380 51 406.703 17.719 -9.999 pro 9061 380 52 404.663 17.751 -9.999 pro 9061 380 53 402.663 17.781 -9.999 pro 9061 380 54 400.703 17.801 -9.999 pro 9061 380 55 398.663 17.821 -9.999 pro 9061 380 56 396.623 17.851 -9.999 pro 9061 380 57 394.663 17.884 -9.999 pro 9061 380 58 392.703 17.898 -9.999 pro 9061 380 59 390.663 17.909 -9.999 pro 9061 380 60 388.663 17.923 -9.999 pro 9061 380 61 386.623 17.940 -9.999 pro 9061 380 62 384.663 17.961 -9.999 pro 9061 380 63 382.663 18.006 -9.999 pro 9061 380 64 380.663 18.037 -9.999 pro 9061 380 65 378.663 18.061 -9.999 pro 9061 380 66 376.663 18.089 -9.999 pro 9061 380 67 374.663 18.113 -9.999 pro 9061 380 68 372.663 18.134 -9.999 pro 9061 380 69 370.623 18.138 -9.999 pro 9061 380 70 368.623 18.143 -9.999 pro 9061 380 71 366.663 18.155 -9.999 pro 9061 380 72 364.703 18.187 -9.999 pro 9061 380 73 362.663 18.219 -9.999 pro 9061 380 74 360.663 18.250 -9.999 pro 9061 380 75 358.663 18.270 -9.999 pro 9061 380 76 356.663 18.297 -9.999 pro 9061 380 77 354.663 18.310 -9.999 pro 9061 380 78 352.623 18.333 -9.999 pro 9061 380 79 350.663 18.344 -9.999 pro 9061 380 80 348.703 18.368 -9.999 pro 9061 380 81 346.743 18.410 -9.999 pro 9061 380 82 344.703 18.429 -9.999 pro 9061 380 83 342.663 18.434 -9.999 pro 9061 380 84 340.663 18.446 -9.999 pro 9061 380 85 338.703 18.460 -9.999 pro 9061 380 86 336.663 18.476 -9.999 pro 9061 380 87 334.663 18.510 -9.999 pro 9061 380 88 332.663 18.528 -9.999 pro 9061 380 89 330.663 18.530 -9.999 pro 9061 380 90 328.663 18.546 -9.999 pro 9061 380 91 326.663 18.571 -9.999 pro 9061 380 92 324.663 18.600 -9.999 pro 9061 380 93 322.663 18.624 -9.999 pro 9061 380 94 320.703 18.639 -9.999 pro 9061 380 95 318.703 18.654 -9.999 pro 9061 380 96 316.663 18.672 -9.999 pro 9061 380 97 314.663 18.676 -9.999 pro 9061 380 98 312.703 18.707 -9.999 pro 9061 380 99 310.663 18.729 -9.999 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 9061 380 100 308.663 18.742 -9.999 pro 9061 380 101 306.663 18.750 -9.999 pro 9061 380 102 304.623 18.781 -9.999 pro 9061 380 103 302.623 18.807 -9.999 pro 9061 380 104 300.663 18.823 -9.999 pro 9061 380 105 298.623 18.845 -9.999 pro 9061 380 106 296.623 18.874 -9.999 pro 9061 380 107 294.663 18.897 -9.999 pro 9061 380 108 292.663 18.931 -9.999 pro 9061 380 109 290.663 18.951 -9.999 pro 9061 380 110 288.663 18.975 -9.999 pro 9061 380 111 286.663 18.993 -9.999 pro 9061 380 112 284.663 19.027 -9.999 pro 9061 380 113 282.663 19.062 -9.999 pro 9061 380 114 280.703 19.082 -9.999 pro 9061 380 115 278.663 19.091 -9.999 pro 9061 380 116 276.703 19.114 -9.999 pro 9061 380 117 274.663 19.156 -9.999 pro 9061 380 118 272.663 19.197 -9.999 pro 9061 380 119 270.663 19.249 -9.999 pro 9061 380 120 268.663 19.302 -9.999 pro 9061 380 121 266.663 19.330 -9.999 pro 9061 380 122 264.703 19.337 -9.999 pro 9061 380 123 262.703 19.350 -9.999 pro 9061 380 124 260.663 19.369 -9.999 pro 9061 380 125 258.703 19.420 -9.999 pro 9061 380 126 256.663 19.459 -9.999 pro 9061 380 127 254.623 19.484 -9.999 pro 9061 380 128 252.623 19.515 -9.999 pro 9061 380 129 250.623 19.531 -9.999 pro 9061 380 130 248.663 19.541 -9.999 pro 9061 380 131 246.703 19.574 -9.999 pro 9061 380 132 244.703 19.596 -9.999 pro 9061 380 133 242.703 19.631 -9.999 pro 9061 380 134 240.663 19.664 -9.999 pro 9061 380 135 239.143 19.695 -9.999 pro 9061 380 136 238.143 19.716 -9.999 pro 9061 380 137 237.143 19.727 -9.999 pro 9061 380 138 236.143 19.730 -9.999 pro 9061 380 139 235.143 19.730 -9.999 pro 9061 380 140 234.103 19.732 -9.999 pro 9061 380 141 233.143 19.765 -9.999 pro 9061 380 142 232.143 19.822 -9.999 pro 9061 380 143 231.183 19.888 -9.999 pro 9061 380 144 230.183 19.932 -9.999 pro 9061 380 145 229.143 19.935 -9.999 pro 9061 380 146 228.143 19.945 -9.999 pro 9061 380 147 227.183 19.959 -9.999 pro 9061 380 148 226.183 19.976 -9.999 pro 9061 380 149 225.223 20.041 -9.999 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 9061 380 150 224.183 20.078 -9.999 pro 9061 380 151 223.143 20.105 -9.999 pro 9061 380 152 222.143 20.126 -9.999 pro 9061 380 153 221.183 20.152 -9.999 pro 9061 380 154 220.183 20.166 -9.999 pro 9061 380 155 219.183 20.175 -9.999 pro 9061 380 156 218.183 20.175 -9.999 pro 9061 380 157 217.183 20.180 -9.999 pro 9061 380 158 216.183 20.190 -9.999 pro 9061 380 159 215.183 20.247 -9.999 pro 9061 380 160 214.183 20.273 -9.999 pro 9061 380 161 213.183 20.306 -9.999 pro 9061 380 162 212.183 20.321 -9.999 pro 9061 380 163 211.183 20.335 -9.999 pro 9061 380 164 210.183 20.353 -9.999 pro 9061 380 165 209.143 20.362 -9.999 pro 9061 380 166 208.143 20.378 -9.999 pro 9061 380 167 207.143 20.386 -9.999 pro 9061 380 168 206.143 20.387 -9.999 pro 9061 380 169 205.143 20.387 -9.999 pro 9061 380 170 204.143 20.388 -9.999 pro 9061 380 171 203.103 20.394 -9.999 pro 9061 380 172 202.143 20.431 -9.999 pro 9061 380 173 201.143 20.453 -9.999 pro 9061 380 174 200.183 20.462 -9.999 pro 9061 380 175 199.143 20.491 -9.999 pro 9061 380 176 198.143 20.579 -9.999 pro 9061 380 177 197.183 20.655 -9.999 pro 9061 380 178 196.143 20.679 -9.999 pro 9061 380 179 195.183 20.709 -9.999 pro 9061 380 180 194.183 20.761 -9.999 pro 9061 380 181 193.143 20.785 -9.999 pro 9061 380 182 192.183 20.798 -9.999 pro 9061 380 183 191.183 20.808 -9.999 pro 9061 380 184 190.143 20.838 -9.999 pro 9061 380 185 189.143 20.874 -9.999 pro 9061 380 186 188.143 20.924 -9.999 pro 9061 380 187 187.183 20.959 -9.999 pro 9061 380 188 186.183 20.980 -9.999 pro 9061 380 189 185.183 21.004 -9.999 pro 9061 380 190 184.183 21.037 -9.999 pro 9061 380 191 183.143 21.083 -9.999 pro 9061 380 192 182.143 21.140 -9.999 pro 9061 380 193 181.143 21.194 -9.999 pro 9061 380 194 180.183 21.252 -9.999 pro 9061 380 195 179.183 21.284 -9.999 pro 9061 380 196 178.223 21.346 -9.999 pro 9061 380 197 177.183 21.477 -9.999 pro 9061 380 198 176.183 21.570 -9.999 pro 9061 380 199 175.183 21.588 -9.999 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 9061 380 200 174.183 21.593 -9.999 pro 9061 380 201 173.143 21.615 -9.999 pro 9061 380 202 172.183 21.630 -9.999 pro 9061 380 203 171.183 21.647 -9.999 pro 9061 380 204 170.183 21.662 -9.999 pro 9061 380 205 169.183 21.696 -9.999 pro 9061 380 206 168.143 21.776 -9.999 pro 9061 380 207 167.143 21.823 -9.999 pro 9061 380 208 166.143 21.834 -9.999 pro 9061 380 209 165.183 21.887 -9.999 pro 9061 380 210 164.183 21.956 -9.999 pro 9061 380 211 163.143 22.049 -9.999 pro 9061 380 212 162.103 22.140 -9.999 pro 9061 380 213 161.103 22.247 -9.999 pro 9061 380 214 160.143 22.327 -9.999 pro 9061 380 215 159.143 22.416 -9.999 pro 9061 380 216 158.183 22.462 -9.999 pro 9061 380 217 157.183 22.482 -9.999 pro 9061 380 218 156.183 22.528 -9.999 pro 9061 380 219 155.143 22.610 -9.999 pro 9061 380 220 154.183 22.655 -9.999 pro 9061 380 221 153.183 22.703 -9.999 pro 9061 380 222 152.143 22.757 -9.999 pro 9061 380 223 151.143 22.776 -9.999 pro 9061 380 224 150.143 22.814 -9.999 pro 9061 380 225 149.183 22.879 -9.999 pro 9061 380 226 148.183 22.922 -9.999 pro 9061 380 227 147.143 23.024 -9.999 pro 9061 380 228 146.143 23.099 -9.999 pro 9061 380 229 145.143 23.128 -9.999 pro 9061 380 230 144.183 23.151 -9.999 pro 9061 380 231 143.183 23.166 -9.999 pro 9061 380 232 142.183 23.186 -9.999 pro 9061 380 233 141.183 23.218 -9.999 pro 9061 380 234 140.183 23.251 -9.999 pro 9061 380 235 139.183 23.301 -9.999 pro 9061 380 236 138.183 23.331 -9.999 pro 9061 380 237 137.143 23.372 -9.999 pro 9061 380 238 136.143 23.392 -9.999 pro 9061 380 239 135.183 23.407 -9.999 pro 9061 380 240 134.183 23.438 -9.999 pro 9061 380 241 133.143 23.513 -9.999 pro 9061 380 242 132.143 23.571 -9.999 pro 9061 380 243 131.143 23.628 -9.999 pro 9061 380 244 130.183 23.658 -9.999 pro 9061 380 245 129.183 23.701 -9.999 pro 9061 380 246 128.143 23.730 -9.999 pro 9061 380 247 127.143 23.766 -9.999 pro 9061 380 248 126.183 23.768 -9.999 pro 9061 380 249 125.183 23.771 -9.999 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 9061 380 250 124.183 23.776 -9.999 pro 9061 380 251 123.183 23.781 -9.999 pro 9061 380 252 122.183 23.790 -9.999 pro 9061 380 253 121.183 23.791 -9.999 pro 9061 380 254 120.183 23.794 -9.999 pro 9061 380 255 119.183 23.801 -9.999 pro 9061 380 256 118.183 23.807 -9.999 pro 9061 380 257 117.183 23.811 -9.999 pro 9061 380 258 116.183 23.819 -9.999 pro 9061 380 259 115.183 23.828 -9.999 pro 9061 380 260 114.183 23.837 -9.999 pro 9061 380 261 113.143 23.849 -9.999 pro 9061 380 262 112.183 23.865 -9.999 pro 9061 380 263 111.183 23.876 -9.999 pro 9061 380 264 110.183 23.899 -9.999 pro 9061 380 265 109.183 23.916 -9.999 pro 9061 380 266 108.143 23.949 -9.999 pro 9061 380 267 107.143 23.954 -9.999 pro 9061 380 268 106.143 23.961 -9.999 pro 9061 380 269 105.183 23.964 -9.999 pro 9061 380 270 104.183 23.965 -9.999 pro 9061 380 271 103.143 23.979 -9.999 pro 9061 380 272 102.143 23.984 -9.999 pro 9061 380 273 101.143 23.985 -9.999 pro 9061 380 274 100.183 23.989 -9.999 pro 9061 380 275 99.223 23.992 -9.999 pro 9061 380 276 98.183 24.002 -9.999 pro 9061 380 277 97.183 24.007 -9.999 pro 9061 380 278 96.183 24.013 -9.999 pro 9061 380 279 95.183 24.024 -9.999 pro 9061 380 280 94.143 24.030 -9.999 pro 9061 380 281 93.143 24.037 -9.999 pro 9061 380 282 92.143 24.045 -9.999 pro 9061 380 283 91.143 24.059 -9.999 pro 9061 380 284 90.143 24.059 -9.999 pro 9061 380 285 89.143 24.052 -9.999 pro 9061 380 286 88.143 24.056 -9.999 pro 9061 380 287 87.143 24.069 -9.999 pro 9061 380 288 86.143 24.082 -9.999 pro 9061 380 289 85.143 24.097 -9.999 pro 9061 380 290 84.143 24.113 -9.999 pro 9061 380 291 83.143 24.124 -9.999 pro 9061 380 292 82.183 24.142 -9.999 pro 9061 380 293 81.183 24.160 -9.999 pro 9061 380 294 80.103 24.180 -9.999 pro 9061 380 295 79.143 24.203 -9.999 pro 9061 380 296 78.183 24.215 -9.999 pro 9061 380 297 77.183 24.224 -9.999 pro 9061 380 298 76.143 24.242 -9.999 pro 9061 380 299 75.143 24.256 -9.999 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 9061 380 300 74.183 24.264 -9.999 pro 9061 380 301 73.223 24.274 -9.999 pro 9061 380 302 72.183 24.282 -9.999 pro 9061 380 303 71.183 24.291 -9.999 pro 9061 380 304 70.223 24.297 -9.999 pro 9061 380 305 69.183 24.307 -9.999 pro 9061 380 306 68.143 24.330 -9.999 pro 9061 380 307 67.183 24.347 -9.999 pro 9061 380 308 66.183 24.359 -9.999 pro 9061 380 309 65.183 24.365 -9.999 pro 9061 380 310 64.183 24.368 -9.999 pro 9061 380 311 63.143 24.381 -9.999 pro 9061 380 312 62.143 24.385 -9.999 pro 9061 380 313 61.143 24.387 -9.999 pro 9061 380 314 60.103 24.397 -9.999 pro 9061 380 315 59.143 24.456 -9.999 pro 9061 380 316 58.183 24.487 -9.999 pro 9061 380 317 57.183 24.483 -9.999 pro 9061 380 318 56.183 24.480 -9.999 pro 9061 380 319 55.183 24.509 -9.999 pro 9061 380 320 54.183 24.548 -9.999 pro 9061 380 321 53.183 24.563 -9.999 pro 9061 380 322 52.183 24.565 -9.999 pro 9061 380 323 51.183 24.563 -9.999 pro 9061 380 324 50.183 24.561 -9.999 pro 9061 380 325 49.143 24.557 -9.999 pro 9061 380 326 48.143 24.556 -9.999 pro 9061 380 327 47.183 24.561 -9.999 pro 9061 380 328 46.183 24.560 -9.999 pro 9061 380 329 45.183 24.563 -9.999 pro 9061 380 330 44.183 24.571 -9.999 pro 9061 380 331 43.183 24.571 -9.999 pro 9061 380 332 42.183 24.571 -9.999 pro 9061 380 333 41.143 24.571 -9.999 pro 9061 380 334 40.143 24.570 -9.999 pro 9061 380 335 39.183 24.570 -9.999 pro 9061 380 336 38.223 24.571 -9.999 pro 9061 380 337 37.183 24.572 -9.999 pro 9061 380 338 36.143 24.572 -9.999 pro 9061 380 339 35.143 24.572 -9.999 pro 9061 380 340 34.183 24.572 -9.999 pro 9061 380 341 33.183 24.572 -9.999 pro 9061 380 342 32.183 24.571 -9.999 pro 9061 380 343 31.143 24.571 -9.999 pro 9061 380 344 30.143 24.571 -9.999 pro 9061 380 345 29.183 24.570 -9.999 pro 9061 380 346 28.183 24.570 -9.999 pro 9061 380 347 27.103 24.570 -9.999 pro 9061 380 348 26.143 24.570 -9.999 pro 9061 380 349 25.143 24.569 -9.999 #--------------------------------------------------------------------------------------------------- # SN dive sampleIdx pres temp saln # (dBar) (degC) (PSU) pro 9061 380 350 24.183 24.570 -9.999 pro 9061 380 351 23.183 24.570 -9.999 pro 9061 380 352 22.143 24.569 -9.999 pro 9061 380 353 21.103 24.569 -9.999 pro 9061 380 354 20.143 24.570 -9.999 pro 9061 380 355 19.143 24.569 -9.999 pro 9061 380 356 18.143 24.569 -9.999 pro 9061 380 357 17.183 24.569 -9.999 pro 9061 380 358 16.183 24.569 -9.999 pro 9061 380 359 15.143 24.569 -9.999 pro 9061 380 360 14.183 24.562 -9.999 pro 9061 380 361 13.183 24.561 -9.999 pro 9061 380 362 12.183 24.559 -9.999 pro 9061 380 363 11.183 24.559 -9.999 pro 9061 380 364 10.143 24.559 -9.999 pro 9061 380 365 9.143 24.559 -9.999 pro 9061 380 366 8.183 24.560 -9.999 pro 9061 380 367 7.223 24.560 -9.999 pro 9061 380 368 6.223 24.563 -9.999 pro 9061 380 369 5.223 24.557 -9.999 pro 9061 380 370 4.143 24.556 -9.999 pro 9061 380 371 3.143 24.553 -9.999 pro 9061 380 372 2.223 24.547 -9.999 pro 9061 380 373 1.143 24.545 -9.999 pro 9061 380 374 0.303 24.538 -9.999 #--------------------------------------------------------------------------------------------------- # Valve Data #--------------------------------------------------------------------------------------------------- # SN dive idx nSam pres valveTime vac0 vac1 # (dBar) (sec) (inHg) (inHg) VLV 9061 380 0 1 vlv 9061 380 0 0 0.02 923 655.35 4.36 #--------------------------------------------------------------------------------------------------- # Pump Data #--------------------------------------------------------------------------------------------------- # SN dive idx nSam pres pumpT pumpV pumpI vac0 vac1 # (dBar) (sec) (V) (A) (inHg) (inHg) PMP 9061 380 0 11 pmp 9061 380 0 0 100.22 6 13.53 0.230 655.35 4.37 pmp 9061 380 0 1 507.70 10 12.91 0.410 655.35 4.72 pmp 9061 380 0 2 507.34 10 12.79 0.392 655.35 4.73 pmp 9061 380 0 3 506.18 11 12.83 0.385 655.35 4.75 pmp 9061 380 0 4 347.26 10 13.13 0.331 655.35 4.68 pmp 9061 380 0 5 198.30 10 13.31 0.260 655.35 4.62 pmp 9061 380 0 6 157.66 10 13.34 0.258 655.35 4.57 pmp 9061 380 0 7 93.86 10 13.44 0.233 655.35 4.52 pmp 9061 380 0 8 10.26 10 13.57 0.187 655.35 4.53 pmp 9061 380 0 9 2.34 9 13.52 0.192 655.35 4.54 pmp 9061 380 0 10 0.02 21 13.44 0.188 655.35 4.57 #--------------------------------------------------------------------------------------------------- # Rise Time-Series Data #--------------------------------------------------------------------------------------------------- # SN dive idx nSam time pres temp saln phaseCode phaseCodeName # (start-time/+sec) (dBar) (degC) (PSU) R 9061 380 0 52 2017-02-05T09:03:58Z r 9061 380 0 0 +0 507.703 -9.999 -9.999 7 # start of ascent r 9061 380 0 1 +111 498.543 -9.999 -9.999 13 # ascending r 9061 380 0 2 +195 488.663 -9.999 -9.999 13 # ascending r 9061 380 0 3 +283 478.503 -9.999 -9.999 13 # ascending r 9061 380 0 4 +371 468.503 -9.999 -9.999 13 # ascending r 9061 380 0 5 +460 458.543 -9.999 -9.999 13 # ascending r 9061 380 0 6 +553 448.623 -9.999 -9.999 13 # ascending r 9061 380 0 7 +650 438.503 -9.999 -9.999 13 # ascending r 9061 380 0 8 +746 428.623 -9.999 -9.999 13 # ascending r 9061 380 0 9 +843 418.663 -9.999 -9.999 13 # ascending r 9061 380 0 10 +942 408.623 -9.999 -9.999 13 # ascending r 9061 380 0 11 +1041 398.583 -9.999 -9.999 13 # ascending r 9061 380 0 12 +1140 388.503 -9.999 -9.999 13 # ascending r 9061 380 0 13 +1238 378.543 -9.999 -9.999 13 # ascending r 9061 380 0 14 +1335 368.543 -9.999 -9.999 13 # ascending r 9061 380 0 15 +1432 358.583 -9.999 -9.999 13 # ascending r 9061 380 0 16 +1531 348.543 -9.999 -9.999 13 # ascending r 9061 380 0 17 +1618 338.583 -9.999 -9.999 13 # ascending r 9061 380 0 18 +1701 328.663 -9.999 -9.999 13 # ascending r 9061 380 0 19 +1787 318.543 -9.999 -9.999 13 # ascending r 9061 380 0 20 +1873 308.583 -9.999 -9.999 13 # ascending r 9061 380 0 21 +1964 298.503 -9.999 -9.999 13 # ascending r 9061 380 0 22 +2054 288.663 -9.999 -9.999 13 # ascending r 9061 380 0 23 +2148 278.503 -9.999 -9.999 13 # ascending r 9061 380 0 24 +2241 268.663 -9.999 -9.999 13 # ascending r 9061 380 0 25 +2335 258.543 -9.999 -9.999 13 # ascending r 9061 380 0 26 +2424 248.623 -9.999 -9.999 13 # ascending r 9061 380 0 27 +2514 238.623 -9.999 -9.999 13 # ascending r 9061 380 0 28 +2605 228.583 -9.999 -9.999 13 # ascending r 9061 380 0 29 +2697 218.623 -9.999 -9.999 13 # ascending r 9061 380 0 30 +2796 208.583 -9.999 -9.999 13 # ascending r 9061 380 0 31 +2897 198.583 -9.999 -9.999 13 # ascending r 9061 380 0 32 +2988 188.543 -9.999 -9.999 13 # ascending r 9061 380 0 33 +3079 178.503 -9.999 -9.999 13 # ascending r 9061 380 0 34 +3173 168.543 -9.999 -9.999 13 # ascending r 9061 380 0 35 +3272 158.543 -9.999 -9.999 13 # ascending r 9061 380 0 36 +3364 148.663 -9.999 -9.999 13 # ascending r 9061 380 0 37 +3456 138.543 -9.999 -9.999 13 # ascending r 9061 380 0 38 +3551 128.543 -9.999 -9.999 13 # ascending r 9061 380 0 39 +3646 118.543 -9.999 -9.999 13 # ascending r 9061 380 0 40 +3742 108.583 -9.999 -9.999 13 # ascending r 9061 380 0 41 +3841 98.623 -9.999 -9.999 13 # ascending r 9061 380 0 42 +3936 88.583 -9.999 -9.999 13 # ascending r 9061 380 0 43 +4022 78.663 -9.999 -9.999 13 # ascending r 9061 380 0 44 +4111 68.583 -9.999 -9.999 13 # ascending r 9061 380 0 45 +4201 58.583 -9.999 -9.999 13 # ascending r 9061 380 0 46 +4290 48.543 -9.999 -9.999 13 # ascending r 9061 380 0 47 +4384 38.663 -9.999 -9.999 13 # ascending r 9061 380 0 48 +4470 28.503 -9.999 -9.999 13 # ascending r 9061 380 0 49 +4552 18.583 -9.999 -9.999 13 # ascending r 9061 380 0 50 +4645 8.543 -9.999 -9.999 13 # ascending r 9061 380 0 51 +4706 1.463 -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 9061 380 0 31 2017-02-05T10:22:25Z sfc 9061 380 0 0 +22 -0.007 24.282 -9.999 14 # surface sfc 9061 380 0 1 +388 0.143 24.376 -9.999 14 # surface sfc 9061 380 0 2 +639 0.113 23.981 -9.999 14 # surface sfc 9061 380 0 3 +645 -0.017 23.881 -9.999 14 # surface sfc 9061 380 0 4 +651 0.023 23.427 -9.999 14 # surface sfc 9061 380 0 5 +657 0.103 24.462 -9.999 14 # surface sfc 9061 380 0 6 +664 -0.047 24.336 -9.999 14 # surface sfc 9061 380 0 7 +670 0.023 23.500 -9.999 14 # surface sfc 9061 380 0 8 +676 -0.017 23.777 -9.999 14 # surface sfc 9061 380 0 9 +683 -0.017 24.072 -9.999 14 # surface sfc 9061 380 0 10 +689 -0.007 24.122 -9.999 14 # surface sfc 9061 380 0 11 +695 0.013 24.168 -9.999 14 # surface sfc 9061 380 0 12 +701 0.023 24.329 -9.999 14 # surface sfc 9061 380 0 13 +708 -0.027 23.951 -9.999 14 # surface sfc 9061 380 0 14 +714 0.013 23.872 -9.999 14 # surface sfc 9061 380 0 15 +720 -0.037 24.132 -9.999 14 # surface sfc 9061 380 0 16 +726 -0.037 24.097 -9.999 14 # surface sfc 9061 380 0 17 +733 -0.057 24.397 -9.999 14 # surface sfc 9061 380 0 18 +739 0.183 24.486 -9.999 14 # surface sfc 9061 380 0 19 +745 -0.017 24.266 -9.999 14 # surface sfc 9061 380 0 20 +751 -0.027 24.013 -9.999 14 # surface sfc 9061 380 0 21 +758 0.233 24.434 -9.999 14 # surface sfc 9061 380 0 22 +764 0.013 23.870 -9.999 14 # surface sfc 9061 380 0 23 +770 0.043 24.232 -9.999 14 # surface sfc 9061 380 0 24 +777 0.033 23.699 -9.999 14 # surface sfc 9061 380 0 25 +783 -0.047 24.547 -9.999 14 # surface sfc 9061 380 0 26 +789 -0.057 24.530 -9.999 14 # surface sfc 9061 380 0 27 +795 0.023 24.473 -9.999 14 # surface sfc 9061 380 0 28 +802 -0.017 23.873 -9.999 14 # surface sfc 9061 380 0 29 +808 -0.047 24.441 -9.999 14 # surface sfc 9061 380 0 30 +813 -0.027 24.466 -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 9061 380 0 28 1 -0.057 0.002 0.143 0.175 #=================================================================================================== # Engineering Data #=================================================================================================== #--------------------------------------------------------------------------------------------------- # Engineering (Descent) #--------------------------------------------------------------------------------------------------- # SN dive midx engVer start-of-descent vac0 vac1 seeks seekPumpAdjT # (inHg) (inHg) (+sec) E07 09061 380 0 0x11 2017-02-04T22:37:52Z 5.87 4.70 1 +0 # --- Valve Position Measurements ------------------------------------------------------------------ # SN dive midx OilValveOpenPosSurf OilValveClosePosFallPump AirValveMidPosSurf # (V) (V) (V) E07 09061 380 1 1.829 0.742 0.646 #--------------------------------------------------------------------------------------------------- # Engineering (Park/Drift) #--------------------------------------------------------------------------------------------------- # SN dive midx engVer start-of-drift vac0 vac1 seeks seekPumpAdjT # (inHg) (inHg) (+sec) E08 09061 380 0 0x11 2017-02-05T04:53:59Z 4.69 4.70 2 +0 # --- Drift Sensor Averages ------------------------------------------------------------------------ # SN dive midx pres pres temp temp saln saln # (dBar) (counts) (degC) (counts) (PSU) (counts) E08 09061 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 9061 380 0 0x11 2017-02-05T09:03:57Z 4.70 4.54 #--------------------------------------------------------------------------------------------------- # Engineering (Surface) #--------------------------------------------------------------------------------------------------- # SN dive midx engVer start-of-surface vac0 vac1 nSBD nPrevAttempt # (inHg) (inHg) E0A 09061 380 0 0x12 2017-02-05T10:22:25Z 4.54 5.89 8 2 # --- Air Pump & Bladder --------------------------------------------------------------------------- # SN dive midx APCur APRunT AirBladMxP # (A) (sec) (PSI) E0A 09061 380 1 0.000 364 7.039 # --- Air Valve Position --------------------------------------------------------------------------- # SN dive midx AVOpenStart AVMidEnd ACVpenCal AVMidCal AVCloseCal # (V) (V) (V) (V) (V) E0A 09061 380 2 1.216 0.646 1.149 0.621 0.093 # --- Oil Valve Position --------------------------------------------------------------------------- # SN dive midx OVOpenAirPmp OVCloseEnd OVOpenCal OVClosCal # (V) (V) (V) (V) E0A 09061 380 3 1.830 0.735 1.746 0.847 # --- Surface Pressure ----------------------------------------------------------------------------- # SN dive midx presOffset # (dBar) E0A 09061 380 4 0.000 # --- Errors --------------------------------------------------------------------------------------- # SN dive midx nErr # e0A 09061 380 5 0 #=================================================================================================== # Mission Configuration #=================================================================================================== # SN dive idx SWVer mis 9061 380 0 0x03006500 # SN dive idx midx MSN DTD MDS APT XAS # (dBar) (dBar) mis 9061 380 0 0 379 500 1200 1 2 # --- Start-of-Mission Trigger --------------------------------------------------------------------- # SN dive idx midx MTD MTT # (dBar) (sec) mis 9061 380 0 1 50 30.000 # --- Diagnostic Dive ------------------------------------------------------------------------------ # SN dive idx midx DDP DDS DDF # (dBar) (sec) (sec) mis 9061 380 0 2 100 3600 300 # --- Built-In Test (BIT) -------------------------------------------------------------------------- # SN dive idx midx PNB PNC PXC # (V) (psi) (psi) mis 9061 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 9061 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 9061 380 0 5 61614 32000 0 16600 # --- Profile Configuration ------------------------------------------------------------------------ # SN dive idx midx CPS CST CSP CPB1 CPB2 CPB3 # (sec) (dBar) (dBar) (dBar) mis 9061 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 9061 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 9061 380 0 8 2 0 2 # --- Descent - General ---------------------------------------------------------------------------- # SN dive idx midx DNS DTD PFR PFC # (dBar) (mL/min) (mL/dBar) mis 9061 380 0 9 379 500 19 16 # --- Descent - Stage 1 (start) -------------------------------------------------------------------- # SN dive idx midx DSD DST # (dBar) (sec) mis 9061 380 0 10 100 3600 # --- Descent - Stage 2 (fall) --------------------------------------------------------------------- # SN dive idx midx DFT DDD DDT DSI # (sec) (dBar) (sec) (sec) mis 9061 380 0 11 6 10 0 1.000 # --- Descent - Stage 3 (calibration) -------------------------------------------------------------- # SN dive idx midx DCT DCM DAL DCA DSW DUC # (sec) (sec) mis 9061 380 0 12 14400 1 1 1 3600 50 # SN dive idx midx DPT DUT DVT DCX DCP DCF # (sec) (sec) (sec) (sec) (sec) (sec) mis 9061 380 0 13 5 5 30 1020 1 1 # --- Drift/Park - General ------------------------------------------------------------------------- # SN dive idx midx PNS PTO PTH PSA PSI PFM # (sec) (sec) mis 9061 380 0 14 379 0 0x00200200 1 600.000 0 # SN dive idx midx PFD PDT # (dBar) (sec) mis 9061 380 0 15 0 900 # --- Drift/Park - Seek ---------------------------------------------------------------------------- # SN dive idx midx PSM PST PSD PSV PSW # (sec) (dBar) (sec) (sec) mis 9061 380 0 16 1 3600 100 30 1300 # --- Ascent/Profile ------------------------------------------------------------------------------- # SN dive idx midx ASN ARR APM APN APF ASI # (m/sec) (sec) (sec) (sec) (sec) mis 9061 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 9061 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 9061 380 0 19 0 0x0000 20 40 -1.65 30 # SN dive idx midx ISP ISM IST ISO ICF ICW # (PSU) (sec) mis 9061 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 9061 380 0 21 2 10 120 100 0 0 # SN dive idx midx IUE0 ICB IMT0 ILT0 # (%) (sec) mis 9061 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 9061 380 0 23 2 10 120 100 0 0 # SN dive idx midx IUE1 ICB1 IMT1 ILT1 # (%) (sec) mis 9061 380 0 24 0 1 70 180 # --- Surface -------------------------------------------------------------------------------------- # SN dive idx midx SFN SGT SET SDT SSA SSI # (min) (min) (?) (sec) mis 9061 380 0 25 379 20 10 0 0 1.000 # SN dive idx midx SDS SPT # (sec) (sec) mis 9061 380 0 26 6 65535 # --- Surface - Air Pump --------------------------------------------------------------------------- # SN dive idx midx SAM SAX SAN SAO SAP # (psi) (psi) (sec) (sec) mis 9061 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 9061 380 0 28 0 65535 2 250 4 # --- Surface - Abort/Beacon Mode ------------------------------------------------------------------ # SN dive idx midx SBM SBT # (sec) mis 9061 380 0 29 0 300 #=================================================================================================== # SBD Message Hex Data #=================================================================================================== # SN dive size MOMSN MTMSN PID # (b) SHX 9061 380 199 4571 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 9061 380 4571 0 7 0x0000 (0000) | 0x 58 00 C0 23 65 01 7C 07 60 20 7D A0 0A CC 00 06 # | X . . # e . | . ` } . . . . . shx 9061 380 4571 1 7 0x0010 (0016) | 0x 05 49 00 E6 01 B5 70 32 97 00 0A 05 0B 01 9A 01 # | . I . . . . p 2 . . . . . . . . shx 9061 380 4571 2 7 0x0020 (0032) | 0x D8 D0 32 8E 00 0A 04 FF 01 88 01 D9 D0 32 71 00 # | . . 2 . . . . . . . . . . 2 q . shx 9061 380 4571 3 7 0x0030 (0048) | 0x 0B 05 03 01 81 01 DB D0 22 EC 00 0A 05 21 01 4B # | . . . . . . . . " . . . . ! . K shx 9061 380 4571 4 7 0x0040 (0064) | 0x 01 D4 D0 14 60 00 0A 05 33 01 04 01 CE D0 10 68 # | . . . . ` . . . 3 . . . . . . h shx 9061 380 4571 5 7 0x0050 (0080) | 0x 00 0A 05 36 01 02 01 C9 D0 0A 2D 00 0A 05 40 00 # | . . . 6 . . . . . . - . . . @ . shx 9061 380 4571 6 7 0x0060 (0096) | 0x E9 01 C4 D0 02 03 00 0A 05 4D 00 BB 01 C5 D0 01 # | . . . . . . . . . M . . . . . . shx 9061 380 4571 7 7 0x0070 (0112) | 0x 3D 00 09 05 48 00 C0 01 C6 E0 01 03 00 15 05 40 # | = . . . H . . . . . . . . . . @ shx 9061 380 4571 8 7 0x0080 (0128) | 0x 00 BC 01 C9 3B EB 00 0C 00 10 01 03 03 9B 01 B4 # | . . . . ; . . . . . . . . . . . shx 9061 380 4571 9 7 0x0090 (0144) | 0x 3B EA 00 32 12 20 29 B9 61 01 C6 02 4D FF FF 64 # | ; . . 2 . ) . a . . . M . . d shx 9061 380 4571 10 7 0x00A0 (0160) | 0x 69 73 61 00 08 00 02 00 00 01 6C 1B 7F 04 C0 02 # | i s a . . . . . . . l . . . . . shx 9061 380 4571 11 7 0x00B0 (0176) | 0x 86 07 26 02 DF 04 7D 00 5D 02 6D 06 D2 03 4F 00 # | . . & . . . } . ] . m . . . O . shx 9061 380 4571 12 7 0x00C0 (0192) | 0x 00 00 3B 24 3B 31 3E # | . . ; $ ; 1 > #--------------------------------------------------------------------------------------------------- # SN dive size MOMSN MTMSN PID # (b) SHX 9061 380 340 4572 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 9061 380 4572 0 6 0x0000 (0000) | 0x 58 01 4D 23 65 01 7C 06 D0 01 48 00 03 00 65 00 # | X . M # e . | . . . H . . . e . shx 9061 380 4572 1 6 0x0010 (0016) | 0x 01 7B 01 F4 04 B0 01 02 01 00 00 02 00 00 00 02 # | . { . . . . . . . . . . . . . . shx 9061 380 4572 2 6 0x0020 (0032) | 0x 00 00 03 E8 07 D0 03 E8 00 FA 00 14 00 14 00 0A # | . . . . . . . . . . . . . . . . shx 9061 380 4572 3 6 0x0030 (0048) | 0x 03 E8 03 E8 03 E8 00 32 00 00 75 30 00 02 62 00 # | . . . . . . . 2 . . u 0 . . b . shx 9061 380 4572 4 6 0x0040 (0064) | 0x 02 00 FA 00 04 03 84 01 2C 02 BC AA 94 C7 0E 00 # | . . . . . . . . , . . . . . . . shx 9061 380 4572 5 6 0x0050 (0080) | 0x 00 65 68 06 FE 08 29 F0 AE 7D 00 00 00 40 D8 00 # | . e h . . . ) . . } . . . @ . . shx 9061 380 4572 6 6 0x0060 (0096) | 0x 00 00 00 0A 00 0A 00 01 00 01 00 46 00 46 00 B4 # | . . . . . . . . . . . F . F . . shx 9061 380 4572 7 6 0x0070 (0112) | 0x 00 B4 00 14 00 28 FF 5B 00 1E 02 02 00 14 02 58 # | . . . . . ( . [ . . . . . . . X shx 9061 380 4572 8 6 0x0080 (0128) | 0x 00 00 00 00 64 00 64 00 00 00 78 00 00 00 78 00 # | . . . . d . d . . . x . . . x . shx 9061 380 4572 9 6 0x0090 (0144) | 0x 00 01 00 0A 04 B0 00 1E 04 B0 00 00 00 00 00 00 # | . . . . . . . . . . . . . . . . shx 9061 380 4572 10 6 0x00A0 (0160) | 0x 00 00 00 00 00 00 20 28 6B 2A 01 7B 00 14 00 64 # | . . . . . . ( k * . { . . . d shx 9061 380 4572 11 6 0x00B0 (0176) | 0x 0E 10 01 2C 00 00 00 00 03 E8 00 0A 02 58 00 06 # | . . . , . . . . . . . . . X . . shx 9061 380 4572 12 6 0x00C0 (0192) | 0x 01 01 38 40 01 00 03 00 00 03 FC 00 01 00 01 00 # | . . 8 @ . . . . . . . . . . . . shx 9061 380 4572 13 6 0x00D0 (0208) | 0x C8 00 00 0E 10 00 32 00 05 00 05 00 05 00 1E 00 # | . . . . . . 2 . . . . . . . . . shx 9061 380 4572 14 6 0x00E0 (0224) | 0x 13 00 10 00 64 0E 10 20 28 C3 65 01 7B 00 00 00 # | . . . . d . . ( . e . { . . . shx 9061 380 4572 15 6 0x00F0 (0240) | 0x 00 00 20 02 00 01 00 09 27 C0 00 0E 10 00 00 00 # | . . . . . . . ' . . . . . . . shx 9061 380 4572 16 6 0x0100 (0256) | 0x 00 03 84 01 00 64 0E 10 00 1E 05 14 20 28 FD FB # | . . . . . d . . . . . . ( . . shx 9061 380 4572 17 6 0x0110 (0272) | 0x 01 7B 00 0A 03 FC 00 0A 00 0A 00 00 03 E8 00 02 # | . { . . . . . . . . . . . . . . shx 9061 380 4572 18 6 0x0120 (0288) | 0x 00 0A 02 58 05 78 03 E8 00 0A 20 29 0F E7 01 7B # | . . . X . x . . . . ) . . . { shx 9061 380 4572 19 6 0x0130 (0304) | 0x FF F6 00 14 00 0A 00 01 2C 00 00 00 00 00 00 00 # | . . . . . . . . , . . . . . . . shx 9061 380 4572 20 6 0x0140 (0320) | 0x 00 03 E8 00 06 01 1D 4C 19 64 01 68 02 58 00 3B # | . . . . . . . L . d . h . X . ; shx 9061 380 4572 21 6 0x0150 (0336) | 0x 24 30 3C 3E # | $ 0 < > #--------------------------------------------------------------------------------------------------- # SN dive size MOMSN MTMSN PID # (b) SHX 9061 380 306 4573 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 9061 380 4573 0 5 0x0000 (0000) | 0x 58 01 2B 23 65 01 7C 05 80 21 1F 20 29 B9 61 00 # | X . + # e . | . . ! . ) . a . shx 9061 380 4573 1 5 0x0010 (0016) | 0x 16 E0 04 09 72 62 FF FF 01 84 E0 04 18 72 C0 FF # | . . . . r b . . . . . . . r . . shx 9061 380 4573 2 5 0x0020 (0032) | 0x FF 02 7F E0 04 15 71 35 FF FF 02 85 E0 04 08 70 # | . . . . . . q 5 . . . . . . . p shx 9061 380 4573 3 5 0x0030 (0048) | 0x D1 FF FF 02 8B E0 04 0C 6F 0B FF FF 02 91 E0 04 # | . . . . . . . . o . . . . . . . shx 9061 380 4573 4 5 0x0040 (0064) | 0x 14 73 16 FF FF 02 98 E0 04 05 72 98 FF FF 02 9E # | . s . . . . . . . . r . . . . . shx 9061 380 4573 5 5 0x0050 (0080) | 0x E0 04 0C 6F 54 FF FF 02 A4 E0 04 08 70 69 FF FF # | . . . o T . . . . . . . p i . . shx 9061 380 4573 6 5 0x0060 (0096) | 0x 02 AB E0 04 08 71 90 FF FF 02 B1 E0 04 09 71 C2 # | . . . . . q . . . . . . . . q . shx 9061 380 4573 7 5 0x0070 (0112) | 0x FF FF 02 B7 E0 04 0B 71 F0 FF FF 02 BD E0 04 0C # | . . . . . . . q . . . . . . . . shx 9061 380 4573 8 5 0x0080 (0128) | 0x 72 91 FF FF 02 C4 E0 04 07 71 17 FF FF 02 CA E0 # | r . . . . . . . . q . . . . . . shx 9061 380 4573 9 5 0x0090 (0144) | 0x 04 0B 70 C8 FF FF 02 D0 E0 04 06 71 CC FF FF 02 # | . . p . . . . . . . . q . . . . shx 9061 380 4573 10 5 0x00A0 (0160) | 0x D6 E0 04 06 71 A9 FF FF 02 DD E0 04 04 72 D5 FF # | . . . . q . . . . . . . . r . . shx 9061 380 4573 11 5 0x00B0 (0176) | 0x FF 02 E3 E0 04 1C 73 2E FF FF 02 E9 E0 04 08 72 # | . . . . . . s . . . . . . . . r shx 9061 380 4573 12 5 0x00C0 (0192) | 0x 52 FF FF 02 EF E0 04 07 71 55 FF FF 02 F6 E0 04 # | R . . . . . . . q U . . . . . . shx 9061 380 4573 13 5 0x00D0 (0208) | 0x 21 72 FA FF FF 02 FC E0 04 0B 70 C6 FF FF 03 02 # | ! r . . . . . . . . p . . . . . shx 9061 380 4573 14 5 0x00E0 (0224) | 0x E0 04 0E 72 30 FF FF 03 09 E0 04 0D 70 1B FF FF # | . . . r 0 . . . . . . . p . . . shx 9061 380 4573 15 5 0x00F0 (0240) | 0x 03 0F E0 04 05 73 6B FF FF 03 15 E0 04 04 73 5A # | . . . . . s k . . . . . . . s Z shx 9061 380 4573 16 5 0x0100 (0256) | 0x FF FF 03 1B E0 04 0C 73 21 FF FF 03 22 E0 04 08 # | . . . . . . . s ! . . . " . . . shx 9061 380 4573 17 5 0x0110 (0272) | 0x 70 C9 FF FF 03 28 E0 04 05 73 01 FF FF 03 2D E0 # | p . . . . ( . . . s . . . . - . shx 9061 380 4573 18 5 0x0120 (0288) | 0x 04 07 73 1A FF FF 3B D1 00 07 B4 00 14 3B 24 3A # | . . s . . . ; . . . . . . ; $ : shx 9061 380 4573 19 5 0x0130 (0304) | 0x 36 3E # | 6 > #--------------------------------------------------------------------------------------------------- # SN dive size MOMSN MTMSN PID # (b) SHX 9061 380 325 4574 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 9061 380 4574 0 4 0x0000 (0000) | 0x 58 01 3E 23 65 01 7C 04 20 11 39 00 01 22 00 52 # | X . > # e . | . . 9 . . " . R shx 9061 380 4574 1 4 0x0010 (0016) | 0x 3B 00 00 01 49 24 92 49 24 92 48 00 00 00 00 00 # | ; . . . I $ . I $ . H . . . . . shx 9061 380 4574 2 4 0x0020 (0032) | 0x 07 11 36 EB D2 14 13 F3 F6 15 12 EE E9 03 06 F3 # | . . 6 . . . . . . . . . . . . . shx 9061 380 4574 3 4 0x0030 (0048) | 0x F8 04 2B D4 15 12 D3 13 0D 01 F1 02 20 F7 EB FC # | . . + . . . . . . . . . . . . shx 9061 380 4574 4 4 0x0040 (0064) | 0x 03 EC FC 14 2A E4 0E E4 F5 0D 0F DB FF 12 07 F3 # | . . . . * . . . . . . . . . . . shx 9061 380 4574 5 4 0x0050 (0080) | 0x FB 01 11 FE F6 00 0A 03 ED FD 03 03 04 18 F2 F9 # | . . . . . . . . . . . . . . . . shx 9061 380 4574 6 4 0x0060 (0096) | 0x 04 FC FD EF 01 07 14 00 FF F5 07 F2 0A F4 0D 12 # | . . . . . . . . . . . . . . . . shx 9061 380 4574 7 4 0x0070 (0112) | 0x E9 F2 07 02 02 12 F0 F0 0E 09 04 FB F7 00 03 F2 # | . . . . . . . . . . . . . . . . shx 9061 380 4574 8 4 0x0080 (0128) | 0x 1B F7 F7 FB 17 FB F6 06 07 FA 0B F2 04 FA 10 01 # | . . . . . . . . . . . . . . . . shx 9061 380 4574 9 4 0x0090 (0144) | 0x F1 F5 0E 13 FF 0B 01 E7 EB 06 06 20 F4 F2 06 F1 # | . . . . . . . . . . . . . . . shx 9061 380 4574 10 4 0x00A0 (0160) | 0x FA 17 F5 0D FE FE F6 F6 F8 FD 02 1F 18 09 EA D7 # | . . . . . . . . . . . . . . . . shx 9061 380 4574 11 4 0x00B0 (0176) | 0x 07 04 03 30 E4 F6 FA 05 F4 FB F7 05 05 2F E1 07 # | . . . 0 . . . . . . . . . / . . shx 9061 380 4574 12 4 0x00C0 (0192) | 0x EE FF 04 F7 07 F8 F9 FF 01 05 1F F1 F3 14 3B F4 # | . . . . . . . . . . . . . . ; . shx 9061 380 4574 13 4 0x00D0 (0208) | 0x CC 06 16 E4 F5 FD 14 06 0E F1 F2 03 09 0D 0B FD # | . . . . . . . . . . . . . . . . shx 9061 380 4574 14 4 0x00E0 (0224) | 0x 04 E6 1E 45 DA B5 F3 11 F9 02 FE 13 2E DF DC 2A # | . . . E . . . . . . . . . . . * shx 9061 380 4574 15 4 0x00F0 (0240) | 0x 10 18 FE 10 E5 09 D5 E6 1A 24 DB 03 06 DD 13 1B # | . . . . . . . . . $ . . . . . . shx 9061 380 4574 16 4 0x0100 (0256) | 0x EA 3B E5 D2 FA F8 05 0C 01 11 EC 0B EB FB 10 2C # | . ; . . . . . . . . . . . . . , shx 9061 380 4574 17 4 0x0110 (0272) | 0x EF FF E5 0D F2 07 DE 01 02 00 04 F8 02 04 FF FE # | . . . . . . . . . . . . . . . . shx 9061 380 4574 18 4 0x0120 (0288) | 0x 04 01 00 03 04 FB 0C FA 10 E4 02 FC FE 0D F7 FC # | . . . . . . . . . . . . . . . . shx 9061 380 4574 19 4 0x0130 (0304) | 0x 03 FF 07 FB 01 05 FB 01 01 06 F2 F9 0B 09 00 02 # | . . . . . . . . . . . . . . . . shx 9061 380 4574 20 4 0x0140 (0320) | 0x 3B 24 34 3A 3E # | ; $ 4 : > #--------------------------------------------------------------------------------------------------- # SN dive size MOMSN MTMSN PID # (b) SHX 9061 380 339 4575 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 9061 380 4575 0 3 0x0000 (0000) | 0x 58 01 4C 23 65 01 7C 03 10 10 E4 00 01 77 00 32 # | X . L # e . | . . . . . . w . 2 shx 9061 380 4575 1 3 0x0010 (0016) | 0x 97 FF FF EC 44 92 49 44 92 49 24 92 49 00 00 00 # | . . . . D . I D . I $ . I . . . shx 9061 380 4575 2 3 0x0020 (0032) | 0x DD 05 FF 00 02 FF 00 01 FE 02 FF 00 FF 00 01 00 # | . . . . . . . . . . . . . . . . shx 9061 380 4575 3 3 0x0030 (0048) | 0x 2E E3 F0 1E 10 F2 0E 02 FF 2F 00 00 01 FF 10 0F # | . . . . . . . . . / . . . . . . shx 9061 380 4575 4 3 0x0040 (0064) | 0x 20 E1 1E 02 0E 1F 2F 00 00 0F 11 0E 10 00 F2 00 # | . . . . . / . . . . . . . . . shx 9061 380 4575 5 3 0x0050 (0080) | 0x E0 11 E1 00 00 00 1F F1 1E 10 F1 1E 11 F0 00 00 # | . . . . . . . . . . . . . . . . shx 9061 380 4575 6 3 0x0060 (0096) | 0x 1E 2E 10 00 1F F2 E0 10 01 00 FF 00 FF 0D 0D 00 # | . . . . . . . . . . . . . . . . shx 9061 380 4575 7 3 0x0070 (0112) | 0x 00 00 FF 02 FF 01 FF FF 11 F1 E0 11 F0 00 00 00 # | . . . . . . . . . . . . . . . . shx 9061 380 4575 8 3 0x0080 (0128) | 0x 00 0F 10 00 0F 2F 1E 11 E2 FF 2F F1 01 F0 0F 10 # | . . . . . / . . . . / . . . . . shx 9061 380 4575 9 3 0x0090 (0144) | 0x 1F 1E 10 0F 2F 00 F1 01 FF 01 1F 1F 0F 2F F1 01 # | . . . . / . . . . . . . . / . . shx 9061 380 4575 10 3 0x00A0 (0160) | 0x FF 10 1F 00 00 0F 11 FF 10 1F F1 1F 00 00 00 00 # | . . . . . . . . . . . . . . . . shx 9061 380 4575 11 3 0x00B0 (0176) | 0x 00 0F 2F 00 F1 01 FF 10 10 E1 00 F1 00 00 00 00 # | . . / . . . . . . . . . . . . . shx 9061 380 4575 12 3 0x00C0 (0192) | 0x 00 1F E3 0F F1 10 E1 1E 02 F0 0F 10 F2 0F 00 00 # | . . . . . . . . . . . . . . . . shx 9061 380 4575 13 3 0x00D0 (0208) | 0x 00 0F 11 F0 00 0F 11 0E 01 1F 0F 11 FE 3F 1F F0 # | . . . . . . . . . . . . . ? . . shx 9061 380 4575 14 3 0x00E0 (0224) | 0x 2F 01 FF 2F 00 F1 10 F0 E2 2C 60 3B 21 10 63 12 # | / . . / . . . . . , ` ; ! . c . shx 9061 380 4575 15 3 0x00F0 (0240) | 0x 00 56 00 71 A9 00 00 10 49 14 40 00 00 00 00 00 # | . V . q . . . . I . @ . . . . . shx 9061 380 4575 16 3 0x0100 (0256) | 0x 00 00 00 00 FB 07 00 02 03 F5 FD 09 FC FA 02 FE # | . . . . . . . . . . . . . . . . shx 9061 380 4575 17 3 0x0110 (0272) | 0x 01 FD 04 0D FA FB FA FD 0A F7 FE 08 31 E4 DD 01 # | . . . . . . . . . . . . 1 . . . shx 9061 380 4575 18 3 0x0120 (0288) | 0x 20 0A E8 F3 FC 00 FE 03 06 FA 04 05 F8 00 00 FF # | . . . . . . . . . . . . . . . shx 9061 380 4575 19 3 0x0130 (0304) | 0x 01 01 00 FF 00 0F 10 F1 00 F2 FF 11 FE 01 00 00 # | . . . . . . . . . . . . . . . . shx 9061 380 4575 20 3 0x0140 (0320) | 0x 00 F9 06 FF 02 00 00 01 FF 03 F7 05 ED 4B 3B 24 # | . . . . . . . . . . . . . K ; $ shx 9061 380 4575 21 3 0x0150 (0336) | 0x 3E 3E 3E # | > > > #--------------------------------------------------------------------------------------------------- # SN dive size MOMSN MTMSN PID # (b) SHX 9061 380 317 4576 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 9061 380 4576 0 2 0x0000 (0000) | 0x 58 01 36 23 65 01 7C 02 50 11 0C 20 29 A6 FE 00 # | X . 6 # e . | . P . . ) . . . shx 9061 380 4576 1 2 0x0010 (0016) | 0x 00 70 32 97 00 6F D0 31 B2 00 C3 D0 30 BB 01 1B # | . p 2 . . o . 1 . . . . 0 . . . shx 9061 380 4576 2 2 0x0020 (0032) | 0x D0 2F BD 01 73 D0 2E C3 01 CC D0 2D CA 02 29 D0 # | . / . . s . . . . . . - . . ) . shx 9061 380 4576 3 2 0x0030 (0048) | 0x 2C D2 02 8A D0 2B D5 02 EA D0 2A DE 03 4B D0 29 # | , . . . . + . . . . * . . K . ) shx 9061 380 4576 4 2 0x0040 (0064) | 0x E5 03 AE D0 28 EA 04 11 D0 27 EF 04 74 D0 26 F3 # | . . . . ( . . . . ' . . t . & . shx 9061 380 4576 5 2 0x0050 (0080) | 0x 04 D6 D0 25 FA 05 37 D0 25 00 05 98 D0 24 07 05 # | . . . % . . 7 . % . . . . $ . . shx 9061 380 4576 6 2 0x0060 (0096) | 0x FB D0 23 0C 06 52 D0 22 13 06 A5 D0 21 1B 06 FB # | . . # . . R . " . . . . ! . . . shx 9061 380 4576 7 2 0x0070 (0112) | 0x D0 20 1E 07 51 D0 1F 25 07 AC D0 1E 29 08 06 D0 # | . . . Q . . % . . . . ) . . . shx 9061 380 4576 8 2 0x0080 (0128) | 0x 1D 33 08 64 D0 1C 35 08 C1 D0 1B 3F 09 1F D0 1A # | . 3 . d . . 5 . . . . ? . . . . shx 9061 380 4576 9 2 0x0090 (0144) | 0x 42 09 78 D0 19 4A 09 D2 D0 18 50 0A 2D D0 17 55 # | B . x . . J . . . . P . - . . U shx 9061 380 4576 10 2 0x00A0 (0160) | 0x 0A 89 D0 16 5C 0A EC D0 15 61 0B 51 D0 14 67 0B # | . . . . \ . . . . a . Q . . g . shx 9061 380 4576 11 2 0x00B0 (0176) | 0x AC D0 13 6C 0C 07 D0 12 71 0C 65 D0 11 78 0C C8 # | . . . l . . . . q . e . . x . . shx 9061 380 4576 12 2 0x00C0 (0192) | 0x D0 10 7E 0D 24 D0 0F 87 0D 80 D0 0E 8A 0D DF D0 # | . . ~ . $ . . . . . . . . . . . shx 9061 380 4576 13 2 0x00D0 (0208) | 0x 0D 90 0E 3E D0 0C 96 0E 9E D0 0B 9D 0F 01 D0 0A # | . . . > . . . . . . . . . . . . shx 9061 380 4576 14 2 0x00E0 (0224) | 0x A4 0F 60 D0 09 A9 0F B6 D0 08 B1 10 0F D0 07 B5 # | . . ` . . . . . . . . . . . . . shx 9061 380 4576 15 2 0x00F0 (0240) | 0x 10 69 D0 06 BB 10 C2 D0 05 C0 11 20 D0 04 C9 11 # | . i . . . . . . . . . . . . . shx 9061 380 4576 16 2 0x0100 (0256) | 0x 76 D0 03 CB 11 C8 D0 02 D3 12 25 D0 01 D8 12 62 # | v . . . . . . . . . % . . . . b shx 9061 380 4576 17 2 0x0110 (0272) | 0x 80 01 27 3B E9 00 0D 11 20 29 A6 FD 01 D6 01 C6 # | . . ' ; . . . . ) . . . . . . shx 9061 380 4576 18 2 0x0120 (0288) | 0x 3B 02 00 18 FE 0E FA C0 F7 D4 27 C6 60 07 8F 00 # | ; . . . . . . . . . ' . ` . . . shx 9061 380 4576 19 2 0x0130 (0304) | 0x 0A 20 16 04 22 2A 32 12 3B 24 3A 35 3E # | . . . " * 2 . ; $ : 5 > #--------------------------------------------------------------------------------------------------- # SN dive size MOMSN MTMSN PID # (b) SHX 9061 380 340 4577 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 9061 380 4577 0 1 0x0000 (0000) | 0x 58 01 4D 23 65 01 7C 01 40 11 48 20 29 14 41 00 # | X . M # e . | . @ . H ) . A . shx 9061 380 4577 1 1 0x0010 (0016) | 0x 00 10 01 06 00 E5 A0 01 F5 01 29 A0 02 F1 01 76 # | . . . . . . . . . . ) . . . . v shx 9061 380 4577 2 1 0x0020 (0032) | 0x A0 03 EA 01 C3 A0 04 E3 02 0E A0 05 E0 02 58 A0 # | . . . . . . . . . . . . . . X . shx 9061 380 4577 3 1 0x0030 (0048) | 0x 06 DA 02 A5 A0 07 D1 02 F4 A0 08 CA 03 45 A0 09 # | . . . . . . . . . . . . . E . . shx 9061 380 4577 4 1 0x0040 (0064) | 0x C6 03 98 A0 0A C2 03 9C 20 0A CC 03 F3 A0 0B BC # | . . . . . . . . . . . . . . . shx 9061 380 4577 5 1 0x0050 (0080) | 0x 04 4F A0 0C B2 04 AF A0 0D AD 05 11 A0 0E A9 05 # | . O . . . . . . . . . . . . . . shx 9061 380 4577 6 1 0x0060 (0096) | 0x 74 A0 0F A1 05 DE A0 10 9C 06 4B A0 11 95 06 BF # | t . . . . . . . . . K . . . . . shx 9061 380 4577 7 1 0x0070 (0112) | 0x A0 12 91 07 39 A0 13 89 07 BB A0 14 82 08 41 A0 # | . . . . 9 . . . . . . . . . A . shx 9061 380 4577 8 1 0x0080 (0128) | 0x 15 7D 08 C8 A0 16 78 09 51 A0 17 71 09 DA A0 18 # | . } . . . . x . Q . . q . . . . shx 9061 380 4577 9 1 0x0090 (0144) | 0x 6B 0A 61 A0 19 65 0A EE A0 1A 5F 0B 86 A0 1B 5A # | k . a . . e . . . . _ . . . . Z shx 9061 380 4577 10 1 0x00A0 (0160) | 0x 0C 27 A0 1C 53 0C CA A0 1D 4E 0D 6B A0 1E 47 0E # | . ' . . S . . . . N . k . . G . shx 9061 380 4577 11 1 0x00B0 (0176) | 0x 10 A0 1F 42 0E B9 A0 20 3B 0F 6C A0 21 35 10 31 # | . . . B . . . ; . l . ! 5 . 1 shx 9061 380 4577 12 1 0x00C0 (0192) | 0x A0 22 2E 11 09 A0 23 29 11 EE A0 24 23 12 CD A0 # | . " . . . . # ) . . . $ # . . . shx 9061 380 4577 13 1 0x00D0 (0208) | 0x 25 1D 13 AA A0 26 18 14 87 A0 27 10 15 7B A0 28 # | % . . . . & . . . . ' . . { . ( shx 9061 380 4577 14 1 0x00E0 (0224) | 0x 0B 16 92 A0 29 05 17 BB A0 29 FE 18 E7 A0 2A F8 # | . . . . ) . . . . ) . . . . * . shx 9061 380 4577 15 1 0x00F0 (0240) | 0x 19 FE A0 2B F2 1B 0E A0 2C ED 1C 24 A0 2D E6 1D # | . . . + . . . . , . . $ . - . . shx 9061 380 4577 16 1 0x0100 (0256) | 0x 71 A0 2E E1 1F 81 A0 2F DA 21 BF A0 30 D4 24 17 # | q . . . . . . / . ! . . 0 . $ . shx 9061 380 4577 17 1 0x0110 (0272) | 0x A0 31 76 26 6F A0 31 AF 28 C8 A0 31 E9 2B 21 A0 # | . 1 v & o . 1 . ( . . 1 . + ! . shx 9061 380 4577 18 1 0x0120 (0288) | 0x 32 31 2D 7A A0 32 38 2F D3 A0 32 2B 32 2C A0 32 # | 2 1 - z . 2 8 / . . 2 + 2 , . 2 shx 9061 380 4577 19 1 0x0130 (0304) | 0x 08 34 84 A0 32 11 36 DD A0 32 08 39 36 A0 32 12 # | . 4 . . 2 . 6 . . 2 . 9 6 . 2 . shx 9061 380 4577 20 1 0x0140 (0320) | 0x 3B 8F A0 32 39 3D E7 30 32 35 40 40 30 32 9D 3B # | ; . . 2 9 = . 0 2 5 @ @ 0 2 . ; shx 9061 380 4577 21 1 0x0150 (0336) | 0x 24 3F 3E 3E # | $ ? > > #--------------------------------------------------------------------------------------------------- # SN dive size MOMSN MTMSN PID # (b) SHX 9061 380 295 4578 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 9061 380 4578 0 0 0x0000 (0000) | 0x 58 01 20 23 65 01 7C 00 01 00 18 FE 0E FA 69 11 # | X . # e . | . . . . . . . i . shx 9061 380 4578 1 0 0x0010 (0016) | 0x D4 2C 64 DC 07 8E 06 16 25 01 05 19 26 2E 0E 3B # | . , d . . . . . % . . . & . . ; shx 9061 380 4578 2 0 0x0020 (0032) | 0x 41 10 3F 20 29 56 DA 00 00 30 32 89 02 58 30 32 # | A . ? ) V . . . 0 2 . . X 0 2 shx 9061 380 4578 3 0 0x0030 (0048) | 0x 7E 04 B1 30 32 A6 07 0A 30 32 43 09 63 30 32 88 # | ~ . . 0 2 . . . 0 2 C . c 0 2 . shx 9061 380 4578 4 0 0x0040 (0064) | 0x 0B BC 30 32 95 0E 13 30 32 62 10 6D 30 32 7F 12 # | . . 0 2 . . . 0 2 b . m 0 2 . . shx 9061 380 4578 5 0 0x0050 (0080) | 0x C6 30 32 56 15 1F 30 32 6A 15 8C A0 32 74 3B E7 # | . 0 2 V . . 0 2 j . . . 2 t ; . shx 9061 380 4578 6 0 0x0060 (0096) | 0x 00 16 11 20 29 14 40 02 4B 01 D6 07 25 02 E6 02 # | . . . ) . @ . K . . . % . . . shx 9061 380 4578 7 0 0x0070 (0112) | 0x 86 01 00 00 3B E8 00 1C 11 20 29 6C 67 01 D5 01 # | . . . . ; . . . . ) l g . . . shx 9061 380 4578 8 0 0x0080 (0128) | 0x D6 00 00 00 00 00 00 02 00 00 00 00 00 00 00 FA # | . . . . . . . . . . . . . . . . shx 9061 380 4578 9 0 0x0090 (0144) | 0x 3B 98 10 28 00 00 0C 00 32 74 FF FF D4 60 00 00 # | ; . . ( . . . . 2 t . . . ` . . shx 9061 380 4578 10 0 0x00A0 (0160) | 0x 00 00 00 00 00 00 00 00 00 08 DF 5C 05 CF E1 00 # | . . . . . . . . . . . \ . . . . shx 9061 380 4578 11 0 0x00B0 (0176) | 0x 40 4C FA 4F D4 01 00 59 3B A8 10 28 00 00 0C 00 # | @ L . O . . . Y ; . . ( . . . . shx 9061 380 4578 12 0 0x00C0 (0192) | 0x 52 60 00 00 03 60 00 00 00 00 00 00 00 00 00 00 # | R ` . . . ` . . . . . . . . . . shx 9061 380 4578 13 0 0x00D0 (0208) | 0x 00 FF 70 10 FE 30 07 02 00 4B F5 D0 3D FE CF FF # | . . p . . 0 . . . K . . = . . . shx 9061 380 4578 14 0 0x00E0 (0224) | 0x 3B F0 00 42 22 00 00 01 F4 00 11 01 2C 0E 10 00 # | ; . . B " . . . . . . . , . . . shx 9061 380 4578 15 0 0x00F0 (0240) | 0x 00 20 29 14 40 20 29 6C 67 20 29 A6 FD 20 29 B9 # | . ) . @ ) l g ) . . ) . shx 9061 380 4578 16 0 0x0100 (0256) | 0x 61 03 0A 00 01 03 3E 0E 10 00 19 00 0A 03 E8 00 # | a . . . . . > . . . . . . . . . shx 9061 380 4578 17 0 0x0110 (0272) | 0x 05 03 E8 00 01 00 64 00 0A 03 E8 00 05 03 E8 00 # | . . . . . . d . . . . . . . . . shx 9061 380 4578 18 0 0x0120 (0288) | 0x 01 01 3B 24 3E 33 3E # | . . ; $ > 3 > #---------------------------------------------------------------------------------------------------