Hello Robert, Hello All, example files plus description...
Am 14.02.2015 um 20:57 schrieb Robert C. Helling: > >> On 14 Feb 2015, at 18:43, Stefan Fuchs <[email protected] >> <mailto:[email protected]>> wrote: >> >> I meanwhile found out that the missing gas change information in the >> calculated plan has also s.th <http://s.th>. to do with an "injected" >> waypoint which I didn't enter but which appears in some cases. >> I do the following: >> - I have a dive in the planner mode with three gases: Tx21/35, >> EAN50@21m and Oxy@6m >> - Waypoints are: >> 52m 5 Tx21/35 >> 52m 15 Tx21/35 >> 40m 16 Tx21/35 >> 40m 30 Tx21/35 >> 21m 32 Tx21/35 >> 21m 34 Tx21/35 >> 21m 37 EAN50 >> - The result I get at the first moment is good. I have a calculated >> dive plan which shows the gas change to EAN50@21m and to Oxy@6m. >> - Now I save the dive >> - Now when I replan the dive the waypoint list has one more entry: >> 52m 5 Tx21/35 >> 52m 15 Tx21/35 >> 40m 16 Tx21/35 >> 40m 30 Tx21/35 >> 21m 32 Tx21/35 >> 21m 34 Tx21/35 >> *21m 34 Tx21/35* <--- This one added by the tool >> 21m 37 EAN50 >> - The calculated dive plan is still ok save the fact that it doesn't >> show the gas change to EAN50@21m any more >> - When I delete the additional 21m 34 entry again manually the >> result is perfect again but the "injected" entry will appear again >> and again when replanning the dive > > Would you mind mailing me the saved dive? That dive is a bit uncommon, > with the repeated depth of 21m and the gas change only later. That > might confuse the logic that decides which waypoints to show and which > to suppress which is already a bit convoluted, to quote from the source: > > if ((dp->depth == lastdepth && dp->depth != nextdp->depth) || > plan_display_transitions || dp->entered || !dp->next || (gaschange && > dp->next && dp->depth != nextdp->depth)) { > May I ask why in the first place you entered any waypoints beyond the 40m > ones? The 21m stop would have been handled by the planner (with the gas > change right at the beginning)? Please find Dive1.xml attached. I saw the question coming why I'm doing this ;-) First of all Subsurface up to now has no option to give a time needed for the gas change. So I would like to tell the tool that I need about 2min for the gas change. Then even with tools having this option I also prefer to stay after gas change for about 3min at 21m before continuing to ascent and I prefer to put this in the plan. In fact you benefit from this for the following deco stops. Honestly I know that maybe no one else is doing this and maybe it's even somehow stupid but for me it has also the advantage that such a plan is getting much closer to what I finally really can dive. With a plan with no plateau at 21m at all I would be always behind the plan after gas change at 21m. > >> >> >>>> - When I save a planned dive with two gas changes e.g. to EAN50 and >>>> OXY, in the profile view the two gas changes exchange there >>>> position. You can even watch the two bottles walking to the other >>>> position. >>> >>> This I cannot reproduce. Please be more specific how to reproduce >>> that behaviour. >> Yeah, this in fact is the most funny issue I found! ;-) Maybe I >> should do a video of this one?! >> What happens is: >> - I have a dive in the planner mode with three gases: Tx21/35, >> EAN50@21m and Oxy@6m >> - Waypoints are: >> 52m 5 >> 52m 15 >> 40m 16 >> 40m 30 >> - The calculated plan looks perfect with gas changes at 21m and 6m >> - Now I save the plan with the "Speichern" button >> - Now I can really in the profile view watch the cute little tanks >> for gas change to EAN50 and Oxy walking to each others position > > Are you starting from an empty dive list? When I do I cannot reproduce > this. Maybe it’s again something with preexisting dives. If you start > from an existing dive, would you mind to mail me that as well? With file Dive1.xml I can reproduce the "walking tanks" by doing the following: - Open file - Replan dive - Remove all waypoints which were not from user input but from calculation (all waypoints with <21m and the two waypoints at 21m with 0min) - Save --> Tanks for gas change EAN50 and Oxy will "walk" to each others position > >> I already started to type this when Joakims mail arrived which mostly >> explains my finding because yes, I'm using a OSTC 2N and these >> "zombie gases" may have been in the gas list of the OSTC. >> Nevertheless I decided to not delete my description. Maybe it would >> be worthwhile to fix Subsurface in a way to not copy the unused gases >> from dive computer to gases for planning while at the same moment not >> showing them in the list from first moment. > > I think at some point I sent a patch to that effect but other people > argued that the list of all gases should be what the user wants. I > cannot recall the rationale. I would like the patch ;-) > > >> What happens on my side is the following: >> - I select a "real" dive in my logbook where I only used one gas EAN32 > > Could you send that dive as well? I cannot reproduce this without. Please see Dive2.xml BTW: When exporting the XML I found also a small issue there. In the file dialog for the export if I give a filename w/o extension like "Dive2" then the export file is named "Dive2.xml,". I assume the trailing comma is a mistake. Viele Grüße Stefan -- Stefan Fuchs Banzhaldenstr. 66 70469 Stuttgart Tel.: 0711/4116289 Mobil: 0172/8922025 E-Mail: [email protected] <mailto:[email protected]>
<divelog program='subsurface' version='2'> <settings> <divecomputerid model='Heinrichs Weikamp OSTC 2N' deviceid='56a2571c' nickname='Heinrichs Weikamp OSTC 2N (56a2571c)'/> <divecomputerid model='Heinrichs Weikamp OSTC 2N' deviceid='7a9178f0' nickname='Heinrichs Weikamp OSTC 2N (7a9178f0)'/> <divecomputerid model='Heinrichs Weikamp OSTC 2N' deviceid='defac417' serial='5347' firmware='3.0'/> </settings> <dives> <dive number='633' date='2015-03-15' time='15:00:18' duration='60:54 min'> <notes><div><b>HAFTUNGSAUSSCHLUSS / WARNUNG: DIES IST EINE NEUE IMPLEMENTATION DES BÃHLMANN-ALGORITHMUS UND EINES DARAUF BASIERENDEN TAUCHPLANERS, DIE NUR EINGESCHRÃNKT GETESTET WURDE. WIR RATEN DRINGENST, KEINE TAUCHGÃNGE DURCHZUFÃHREN, DIE NUR AUF DEN HIER ERSTELLTEN DATEN BERUHEN.<b></div><br><div><b>Subsurface Tauchplan</b><br>basierend auf GF niedrig = 30 und GF hoch = 75</div><br><div><table><thead><tr><th>Tiefe</th><th style='padding-left: 10px;'>Laufzeit</th><th style='padding-left: 10px; float: left;'>Gas</th></tr></thead><tbody style='float: left;'><tr><td style='padding-left: 10px; float: right;'> 52m</td><td style='padding-left: 10px; float: right;'> 5min</td><td style='padding-left: 10px; color: red; float: left;'><b>(21/35)</b></td></tr><tr><td style='padding-left: 10px; float: right;'> 52m</td><td style='padding-left: 10px; float: right;'> 15min</td><td>&nbsp;</td></tr><tr><td style='padding-left: 10px; float: right;'> 40m</td><td style='padding-left: 10px; float: right;'> 16min</td><td>&nbsp;</td></tr><tr><td style='padding-left: 10px; float: right;'> 40m</td><td style='padding-left: 10px; float: right;'> 30min</td><td>&nbsp;</td></tr><tr><td style='padding-left: 10px; float: right;'> 21m</td><td style='padding-left: 10px; float: right;'> 32min</td><td>&nbsp;</td></tr><tr><td style='padding-left: 10px; float: right;'> 21m</td><td style='padding-left: 10px; float: right;'> 34min</td></tr><tr><td style='padding-left: 10px; float: right;'> 21m</td><td style='padding-left: 10px; float: right;'> 37min</td><td style='padding-left: 10px; color: red; float: left;'><b>EAN50</b></td></tr><tr><td style='padding-left: 10px; float: right;'> 9m</td><td style='padding-left: 10px; float: right;'> 44min</td><td>&nbsp;</td></tr><tr><td style='padding-left: 10px; float: right;'> 6m</td><td style='padding-left: 10px; float: right;'> 55min</td><td style='padding-left: 10px; color: red; float: left;'><b>Sauerstoff</b></td></tr><tr><td style='padding-left: 10px; float: right;'> 0m</td><td style='padding-left: 10px; float: right;'> 61min</td><td>&nbsp;</td></tr></tbody></table></div><div><br>CND: 48%<br>OTU: 87</div><div><br>Gasverbrauch:<br>3052â/127bar (21/35) (0â/0bar im berechneten Aufstieg)<br>410â/37bar EAN50 (243â/22bar im berechneten Aufstieg)<br>362â/52bar Sauerstoff (362â/52bar im berechneten Aufstieg)<br><span style='color: red;'>Warnung: </span> hoher pOâ Wert 1.55 auf 37:00 mit Gas EAN50 in Tiefe 21 m<br></div></notes> <cylinder size='24.0 l' workpressure='210.0 bar' description='D12 232 bar' o2='21.0%' he='35.0%' end='82.835 bar' /> <cylinder size='11.094 l' workpressure='180.0 bar' description='AL80' o2='50.0%' start='180.0 bar' end='143.087 bar' /> <cylinder size='7.0 l' workpressure='160.0 bar' description='AL7l' o2='100.0%' start='160.0 bar' end='108.241 bar' /> <divecomputer model='planned dive'> <depth max='52.0 m' mean='26.068 m' /> <event time='34:01 min' type='11' value='50' name='gaschange' cylinder='1' o2='50.0%' /> <event time='44:37 min' type='11' value='100' name='gaschange' cylinder='2' o2='100.0%' /> <sample time='0:00 min' depth='0.0 m' pressure='210.0 bar' /> <sample time='5:00 min' depth='52.0 m' pressure='196.526 bar' /> <sample time='15:00 min' depth='52.0 m' pressure='150.127 bar' /> <sample time='16:00 min' depth='40.0 m' pressure='145.936 bar' /> <sample time='30:00 min' depth='40.0 m' pressure='93.54 bar' /> <sample time='32:00 min' depth='21.0 m' pressure='87.477 bar' /> <sample time='34:00 min' depth='21.0 m' pressure='82.835 bar' /> <sample time='34:01 min' depth='21.0 m' /> <sample time='37:00 min' depth='21.0 m' pressure='165.02 bar' /> <sample time='37:03 min' depth='21.0 m' pressure='164.811 bar' /> <sample time='37:15 min' depth='19.008 m' pressure='164.002 bar' /> <sample time='40:36 min' depth='9.0 m' pressure='153.146 bar' /> <sample time='43:36 min' depth='9.0 m' pressure='145.45 bar' /> <sample time='44:36 min' depth='6.0 m' pressure='143.087 bar' /> <sample time='44:37 min' depth='6.0 m' /> <sample time='44:39 min' depth='6.0 m' pressure='159.886 bar' /> <sample time='54:39 min' depth='6.0 m' pressure='125.639 bar' /> <sample time='60:54 min' depth='0.0 m' pressure='108.241 bar' /> </divecomputer> </dive> </dives> </divelog>
<divelog program='subsurface' version='2'> <settings> <divecomputerid model='Heinrichs Weikamp OSTC 2N' deviceid='56a2571c' nickname='Heinrichs Weikamp OSTC 2N (56a2571c)'/> <divecomputerid model='Heinrichs Weikamp OSTC 2N' deviceid='7a9178f0' nickname='Heinrichs Weikamp OSTC 2N (7a9178f0)'/> <divecomputerid model='Heinrichs Weikamp OSTC 2N' deviceid='defac417' serial='5347' firmware='3.0'/> </settings> <dives> <dive number='631' rating='4' visibility='4' date='2014-12-28' time='11:37:00' duration='52:20 min'> <location gps='48.873053 8.148227'>Plittersdorf</location> <divemaster>Stefan Fuchs</divemaster> <buddy>Reiner Schmidt, Wolf</buddy> <suit>Trockentauchanzug</suit> <cylinder size='17.0 l' workpressure='232.0 bar' description='D8.5 232 bar' o2='32.0%' /> <cylinder size='24.0 l' workpressure='232.0 bar' description='D12 232 bar' o2='50.0%' /> <cylinder size='24.0 l' workpressure='232.0 bar' description='D12 232 bar' o2='100.0%' /> <cylinder size='24.0 l' workpressure='232.0 bar' description='D12 232 bar' o2='33.0%' /> <cylinder size='24.0 l' workpressure='232.0 bar' description='D12 232 bar' /> <cylinder size='24.0 l' workpressure='232.0 bar' description='D12 232 bar' o2='50.0%' he='15.0%' /> <weightsystem weight='5.0 kg' description='backplate weight' /> <divecomputer model='Heinrichs Weikamp OSTC 2N' deviceid='defac417' diveid='e7cc8f17'> <depth max='23.02 m' mean='12.058 m' /> <temperature air='0.0 C' water='7.3 C' /> <surface pressure='1.004 bar' /> <water salinity='1020 g/l' /> <extradata key='Battery at end' value='4.16' /> <extradata key='Desat time' value='6:41' /> <extradata key='FW Version' value='3.0' /> <extradata key='Serial' value='5347' /> <event time='0:10 min' type='25' value='32' name='gaschange' /> <sample time='0:10 min' depth='1.76 m' /> <sample time='0:20 min' depth='2.429 m' /> <sample time='0:30 min' depth='2.399 m' /> <sample time='0:40 min' depth='2.849 m' /> <sample time='0:50 min' depth='3.419 m' /> <sample time='1:00 min' depth='3.929 m' temp='7.5 C' ndl='240:00 min' /> <sample time='1:10 min' depth='3.989 m' /> <sample time='1:20 min' depth='4.079 m' /> <sample time='1:30 min' depth='4.669 m' /> <sample time='1:40 min' depth='5.139 m' /> <sample time='1:50 min' depth='5.379 m' /> <sample time='2:00 min' depth='5.548 m' temp='7.6 C' /> <sample time='2:10 min' depth='6.348 m' /> <sample time='2:20 min' depth='7.058 m' /> <sample time='2:30 min' depth='7.478 m' /> <sample time='2:40 min' depth='8.318 m' /> <sample time='2:50 min' depth='8.648 m' /> <sample time='3:00 min' depth='9.107 m' temp='7.7 C' /> <sample time='3:10 min' depth='9.587 m' /> <sample time='3:20 min' depth='10.247 m' /> <sample time='3:30 min' depth='10.537 m' /> <sample time='3:40 min' depth='10.907 m' /> <sample time='3:50 min' depth='11.797 m' /> <sample time='4:00 min' depth='12.147 m' /> <sample time='4:10 min' depth='12.836 m' /> <sample time='4:20 min' depth='13.726 m' /> <sample time='4:30 min' depth='14.296 m' /> <sample time='4:40 min' depth='15.126 m' /> <sample time='4:50 min' depth='16.046 m' /> <sample time='5:00 min' depth='16.026 m' temp='7.6 C' ndl='89:00 min' /> <sample time='5:10 min' depth='16.345 m' /> <sample time='5:20 min' depth='17.095 m' /> <sample time='5:30 min' depth='17.585 m' /> <sample time='5:40 min' depth='17.885 m' /> <sample time='5:50 min' depth='18.065 m' /> <sample time='6:00 min' depth='18.545 m' ndl='61:00 min' cns='1%' /> <sample time='6:10 min' depth='19.005 m' /> <sample time='6:20 min' depth='19.045 m' /> <sample time='6:30 min' depth='19.085 m' /> <sample time='6:40 min' depth='19.505 m' /> <sample time='6:50 min' depth='19.755 m' /> <sample time='7:00 min' depth='20.154 m' ndl='48:00 min' /> <sample time='7:10 min' depth='20.434 m' /> <sample time='7:20 min' depth='20.744 m' /> <sample time='7:30 min' depth='21.004 m' /> <sample time='7:40 min' depth='21.244 m' /> <sample time='7:50 min' depth='21.364 m' /> <sample time='8:00 min' depth='21.464 m' ndl='39:00 min' /> <sample time='8:10 min' depth='21.604 m' /> <sample time='8:20 min' depth='21.984 m' /> <sample time='8:30 min' depth='22.064 m' /> <sample time='8:40 min' depth='22.244 m' /> <sample time='8:50 min' depth='22.244 m' /> <sample time='9:00 min' depth='22.244 m' ndl='35:00 min' /> <sample time='9:10 min' depth='22.284 m' /> <sample time='9:20 min' depth='22.544 m' /> <sample time='9:30 min' depth='22.394 m' /> <sample time='9:40 min' depth='22.544 m' /> <sample time='9:50 min' depth='22.744 m' /> <sample time='10:00 min' depth='22.494 m' ndl='33:00 min' cns='2%' /> <sample time='10:10 min' depth='22.314 m' /> <sample time='10:20 min' depth='22.134 m' /> <sample time='10:30 min' depth='21.664 m' /> <sample time='10:40 min' depth='21.594 m' /> <sample time='10:50 min' depth='22.034 m' /> <sample time='11:00 min' depth='22.604 m' ndl='32:00 min' /> <sample time='11:10 min' depth='22.834 m' /> <sample time='11:20 min' depth='22.754 m' /> <sample time='11:30 min' depth='22.924 m' /> <sample time='11:40 min' depth='22.904 m' /> <sample time='11:50 min' depth='22.304 m' /> <sample time='12:00 min' depth='21.204 m' ndl='37:00 min' cns='3%' /> <sample time='12:10 min' depth='20.714 m' /> <sample time='12:20 min' depth='20.804 m' /> <sample time='12:30 min' depth='20.734 m' /> <sample time='12:40 min' depth='21.274 m' /> <sample time='12:50 min' depth='21.444 m' /> <sample time='13:00 min' depth='21.794 m' ndl='33:00 min' /> <sample time='13:10 min' depth='21.904 m' /> <sample time='13:20 min' depth='22.064 m' /> <sample time='13:30 min' depth='22.084 m' /> <sample time='13:40 min' depth='22.114 m' /> <sample time='13:50 min' depth='22.184 m' /> <sample time='14:00 min' depth='22.114 m' ndl='31:00 min' /> <sample time='14:10 min' depth='22.204 m' /> <sample time='14:20 min' depth='21.944 m' /> <sample time='14:30 min' depth='22.024 m' /> <sample time='14:40 min' depth='22.084 m' /> <sample time='14:50 min' depth='21.244 m' /> <sample time='15:00 min' depth='21.754 m' /> <sample time='15:10 min' depth='21.954 m' /> <sample time='15:20 min' depth='22.254 m' /> <sample time='15:30 min' depth='22.344 m' /> <sample time='15:40 min' depth='22.394 m' /> <sample time='15:50 min' depth='22.074 m' /> <sample time='16:00 min' depth='22.084 m' ndl='29:00 min' cns='4%' /> <sample time='16:10 min' depth='21.754 m' /> <sample time='16:20 min' depth='21.464 m' /> <sample time='16:30 min' depth='20.974 m' /> <sample time='16:40 min' depth='20.624 m' /> <sample time='16:50 min' depth='20.344 m' /> <sample time='17:00 min' depth='20.504 m' ndl='35:00 min' /> <sample time='17:10 min' depth='20.704 m' /> <sample time='17:20 min' depth='20.764 m' /> <sample time='17:30 min' depth='20.554 m' /> <sample time='17:40 min' depth='20.634 m' /> <sample time='17:50 min' depth='20.174 m' /> <sample time='18:00 min' depth='20.564 m' ndl='34:00 min' cns='5%' /> <sample time='18:10 min' depth='20.514 m' /> <sample time='18:20 min' depth='20.464 m' /> <sample time='18:30 min' depth='20.244 m' /> <sample time='18:40 min' depth='20.644 m' /> <sample time='18:50 min' depth='20.404 m' /> <sample time='19:00 min' depth='20.214 m' ndl='35:00 min' /> <sample time='19:10 min' depth='20.284 m' /> <sample time='19:20 min' depth='20.294 m' /> <sample time='19:30 min' depth='20.024 m' /> <sample time='19:40 min' depth='19.954 m' /> <sample time='19:50 min' depth='19.924 m' /> <sample time='20:00 min' depth='20.024 m' ndl='36:00 min' /> <sample time='20:10 min' depth='19.665 m' /> <sample time='20:20 min' depth='19.475 m' /> <sample time='20:30 min' depth='19.045 m' /> <sample time='20:40 min' depth='18.405 m' /> <sample time='20:50 min' depth='18.655 m' /> <sample time='21:00 min' depth='18.365 m' ndl='46:00 min' /> <sample time='21:10 min' depth='17.725 m' /> <sample time='21:20 min' depth='17.535 m' /> <sample time='21:30 min' depth='16.355 m' /> <sample time='21:40 min' depth='16.515 m' /> <sample time='21:50 min' depth='15.616 m' /> <sample time='22:00 min' depth='14.436 m' ndl='97:00 min' cns='6%' /> <sample time='22:10 min' depth='14.256 m' /> <sample time='22:20 min' depth='14.636 m' /> <sample time='22:30 min' depth='14.916 m' /> <sample time='22:40 min' depth='14.906 m' /> <sample time='22:50 min' depth='14.876 m' /> <sample time='23:00 min' depth='14.316 m' ndl='101:00 min' /> <sample time='23:10 min' depth='14.656 m' /> <sample time='23:20 min' depth='14.376 m' /> <sample time='23:30 min' depth='14.356 m' /> <sample time='23:40 min' depth='14.316 m' /> <sample time='23:50 min' depth='14.296 m' /> <sample time='24:00 min' depth='14.506 m' temp='7.7 C' ndl='95:00 min' /> <sample time='24:10 min' depth='14.316 m' /> <sample time='24:20 min' depth='14.306 m' /> <sample time='24:30 min' depth='14.426 m' /> <sample time='24:40 min' depth='14.516 m' /> <sample time='24:50 min' depth='15.016 m' /> <sample time='25:00 min' depth='15.076 m' temp='7.6 C' ndl='80:00 min' /> <sample time='25:10 min' depth='15.096 m' /> <sample time='25:20 min' depth='15.026 m' /> <sample time='25:30 min' depth='15.586 m' /> <sample time='25:40 min' depth='15.816 m' /> <sample time='25:50 min' depth='16.305 m' /> <sample time='26:00 min' depth='15.966 m' temp='7.7 C' ndl='64:00 min' cns='7%' /> <sample time='26:10 min' depth='15.906 m' /> <sample time='26:20 min' depth='15.726 m' /> <sample time='26:30 min' depth='14.866 m' /> <sample time='26:40 min' depth='14.716 m' /> <sample time='26:50 min' depth='13.806 m' /> <sample time='27:00 min' depth='13.006 m' temp='7.6 C' ndl='146:00 min' /> <sample time='27:10 min' depth='12.317 m' /> <sample time='27:20 min' depth='12.387 m' /> <sample time='27:30 min' depth='12.237 m' /> <sample time='27:40 min' depth='12.357 m' /> <sample time='27:50 min' depth='12.307 m' /> <sample time='28:00 min' depth='12.037 m' temp='7.7 C' ndl='220:00 min' /> <sample time='28:10 min' depth='11.477 m' /> <sample time='28:20 min' depth='10.747 m' /> <sample time='28:30 min' depth='9.937 m' /> <sample time='28:40 min' depth='10.137 m' /> <sample time='28:50 min' depth='9.777 m' /> <sample time='29:00 min' depth='10.167 m' ndl='240:00 min' /> <sample time='29:10 min' depth='9.887 m' /> <sample time='29:20 min' depth='9.737 m' /> <sample time='29:30 min' depth='9.737 m' /> <sample time='29:40 min' depth='9.567 m' /> <sample time='29:50 min' depth='9.327 m' /> <sample time='30:00 min' depth='9.347 m' /> <sample time='30:10 min' depth='9.017 m' /> <sample time='30:20 min' depth='9.107 m' /> <sample time='30:30 min' depth='9.127 m' /> <sample time='30:40 min' depth='8.618 m' /> <sample time='30:50 min' depth='8.748 m' /> <sample time='31:00 min' depth='8.658 m' temp='7.8 C' /> <sample time='31:10 min' depth='8.328 m' /> <sample time='31:20 min' depth='8.418 m' /> <sample time='31:30 min' depth='8.558 m' /> <sample time='31:40 min' depth='7.288 m' /> <sample time='31:50 min' depth='7.308 m' /> <sample time='32:00 min' depth='7.638 m' cns='8%' /> <sample time='32:10 min' depth='7.998 m' /> <sample time='32:20 min' depth='7.798 m' /> <sample time='32:30 min' depth='7.178 m' /> <sample time='32:40 min' depth='6.828 m' /> <sample time='32:50 min' depth='6.798 m' /> <sample time='33:00 min' depth='6.698 m' /> <sample time='33:10 min' depth='6.868 m' /> <sample time='33:20 min' depth='6.718 m' /> <sample time='33:30 min' depth='6.678 m' /> <sample time='33:40 min' depth='7.148 m' /> <sample time='33:50 min' depth='7.388 m' /> <sample time='34:00 min' depth='7.598 m' /> <sample time='34:10 min' depth='8.038 m' /> <sample time='34:20 min' depth='8.218 m' /> <sample time='34:30 min' depth='8.078 m' /> <sample time='34:40 min' depth='8.118 m' /> <sample time='34:50 min' depth='8.558 m' /> <sample time='35:00 min' depth='9.037 m' /> <sample time='35:10 min' depth='8.928 m' /> <sample time='35:20 min' depth='8.958 m' /> <sample time='35:30 min' depth='8.838 m' /> <sample time='35:40 min' depth='8.698 m' /> <sample time='35:50 min' depth='8.338 m' /> <sample time='36:00 min' depth='7.828 m' /> <sample time='36:10 min' depth='7.538 m' /> <sample time='36:20 min' depth='7.378 m' /> <sample time='36:30 min' depth='6.818 m' /> <sample time='36:40 min' depth='6.638 m' /> <sample time='36:50 min' depth='6.718 m' /> <sample time='37:00 min' depth='6.678 m' /> <sample time='37:10 min' depth='6.828 m' /> <sample time='37:20 min' depth='6.888 m' /> <sample time='37:30 min' depth='6.628 m' /> <sample time='37:40 min' depth='6.448 m' /> <sample time='37:50 min' depth='6.728 m' /> <sample time='38:00 min' depth='6.588 m' /> <sample time='38:10 min' depth='6.358 m' /> <sample time='38:20 min' depth='6.368 m' /> <sample time='38:30 min' depth='6.448 m' /> <sample time='38:40 min' depth='6.348 m' /> <sample time='38:50 min' depth='6.148 m' /> <sample time='39:00 min' depth='6.158 m' /> <sample time='39:10 min' depth='6.218 m' /> <sample time='39:20 min' depth='6.218 m' /> <sample time='39:30 min' depth='6.508 m' /> <sample time='39:40 min' depth='6.538 m' /> <sample time='39:50 min' depth='6.458 m' /> <sample time='40:00 min' depth='6.378 m' cns='9%' /> <sample time='40:10 min' depth='6.308 m' /> <sample time='40:20 min' depth='6.408 m' /> <sample time='40:30 min' depth='6.308 m' /> <sample time='40:40 min' depth='6.238 m' /> <sample time='40:50 min' depth='6.348 m' /> <sample time='41:00 min' depth='5.938 m' /> <sample time='41:10 min' depth='6.528 m' /> <sample time='41:20 min' depth='7.038 m' /> <sample time='41:30 min' depth='6.768 m' /> <sample time='41:40 min' depth='6.948 m' /> <sample time='41:50 min' depth='6.278 m' /> <sample time='42:00 min' depth='6.018 m' /> <sample time='42:10 min' depth='5.708 m' /> <sample time='42:20 min' depth='5.638 m' /> <sample time='42:30 min' depth='5.648 m' /> <sample time='42:40 min' depth='5.668 m' /> <sample time='42:50 min' depth='5.808 m' /> <sample time='43:00 min' depth='6.208 m' /> <sample time='43:10 min' depth='6.758 m' /> <sample time='43:20 min' depth='7.148 m' /> <sample time='43:30 min' depth='7.248 m' /> <sample time='43:40 min' depth='7.008 m' /> <sample time='43:50 min' depth='6.988 m' /> <sample time='44:00 min' depth='6.618 m' /> <sample time='44:10 min' depth='6.258 m' /> <sample time='44:20 min' depth='6.258 m' /> <sample time='44:30 min' depth='6.018 m' /> <sample time='44:40 min' depth='6.328 m' /> <sample time='44:50 min' depth='6.258 m' /> <sample time='45:00 min' depth='6.378 m' /> <sample time='45:10 min' depth='6.628 m' /> <sample time='45:20 min' depth='6.718 m' /> <sample time='45:30 min' depth='6.618 m' /> <sample time='45:40 min' depth='6.618 m' /> <sample time='45:50 min' depth='6.688 m' /> <sample time='46:00 min' depth='6.478 m' /> <sample time='46:10 min' depth='6.158 m' /> <sample time='46:20 min' depth='5.748 m' /> <sample time='46:30 min' depth='5.708 m' /> <sample time='46:40 min' depth='5.808 m' /> <sample time='46:50 min' depth='5.528 m' /> <sample time='47:00 min' depth='5.199 m' temp='7.9 C' /> <sample time='47:10 min' depth='4.819 m' /> <sample time='47:20 min' depth='4.249 m' /> <sample time='47:30 min' depth='3.639 m' /> <sample time='47:40 min' depth='3.469 m' /> <sample time='47:50 min' depth='3.569 m' /> <sample time='48:00 min' depth='3.409 m' temp='7.8 C' /> <sample time='48:10 min' depth='3.569 m' /> <sample time='48:20 min' depth='3.639 m' /> <sample time='48:30 min' depth='3.309 m' /> <sample time='48:40 min' depth='3.099 m' /> <sample time='48:50 min' depth='3.509 m' /> <sample time='49:00 min' depth='3.189 m' /> <sample time='49:10 min' depth='2.749 m' /> <sample time='49:20 min' depth='2.239 m' /> <sample time='49:30 min' depth='2.029 m' /> <sample time='49:40 min' depth='2.169 m' /> <sample time='49:50 min' depth='2.519 m' /> <sample time='50:00 min' depth='2.649 m' temp='7.9 C' /> <sample time='50:10 min' depth='2.609 m' /> <sample time='50:20 min' depth='2.389 m' /> <sample time='50:30 min' depth='2.509 m' /> <sample time='50:40 min' depth='2.299 m' /> <sample time='50:50 min' depth='2.269 m' /> <sample time='51:00 min' depth='2.189 m' temp='7.8 C' /> <sample time='51:10 min' depth='1.899 m' /> <sample time='51:20 min' depth='1.869 m' /> <sample time='51:30 min' depth='1.59 m' /> <sample time='51:40 min' depth='1.33 m' /> <sample time='51:50 min' depth='0.88 m' /> <sample time='52:00 min' depth='0.87 m' /> <sample time='52:10 min' depth='0.92 m' /> <sample time='52:20 min' depth='0.04 m' /> <sample time='52:30 min' depth='0.03 m' /> <sample time='52:40 min' depth='0.09 m' /> <sample time='52:50 min' depth='0.11 m' /> <sample time='53:00 min' depth='0.01 m' temp='7.9 C' /> <sample time='53:10 min' depth='0.03 m' /> <sample time='53:20 min' depth='0.03 m' /> <sample time='53:30 min' depth='0.54 m' /> <sample time='53:40 min' depth='0.02 m' /> <sample time='53:50 min' depth='0.03 m' /> <sample time='54:00 min' depth='0.12 m' /> <sample time='54:10 min' depth='0.05 m' /> <sample time='54:20 min' depth='0.02 m' /> <sample time='54:30 min' depth='0.04 m' /> <sample time='54:40 min' depth='0.03 m' /> <sample time='54:50 min' depth='0.04 m' /> <sample time='55:00 min' depth='0.02 m' /> <sample time='55:10 min' depth='0.04 m' /> <sample time='55:20 min' depth='0.02 m' /> <sample time='55:30 min' depth='0.02 m' /> <sample time='55:40 min' depth='0.04 m' /> <sample time='55:50 min' depth='0.04 m' /> <sample time='56:00 min' depth='0.04 m' temp='7.7 C' /> <sample time='56:10 min' depth='0.02 m' ndl='0:00 min' cns='0%' /> </divecomputer> </dive> </dives> </divelog>
_______________________________________________ subsurface mailing list [email protected] http://lists.subsurface-divelog.org/cgi-bin/mailman/listinfo/subsurface
