stuck in deco calculations
Dirk Hohndel
dirk at hohndel.org
Sat Sep 19 22:46:23 PDT 2015
Sorry, had an invalid address for Robert...
On Sat, Sep 19, 2015 at 10:29:22PM -0700, Dirk Hohndel wrote:
> So I tested the Uemis download with force and retry and a couple of
> iterations of that... it all looked good. And then I accepted the download
> and Subsurface hung. Attached a debugger and it's clearly hung in deco
> calculations. Specifically, and that's what's puzzling me, in
> calc_crushing_pressure(). Since we don't use vpm-b for displaying the
> ceiling of recorded dives, I of course wonder why this code is ever called
> - and it is, unconditionally, in add_segment().
>
> Robert, any comment on this?
>
> I'd love to try and save a test file that allows one to reproduce the
> issue, except that I can't seem to get to a point where I could save the
> dive file. The deco computation appears to finish eventually, only to get
> started again :-(
>
> As I tried to debug this more in the running process, looking around I
> notice that I'm in calculate_deco_information() with a time_stepsize of -9
> (hmm, that's fascinating) and a depth of -2147483648... that's not good.
>
> Digging deeper shows me that have two consecutive plot entries where the
> first one has a time stamp that's larger than the second one which messes
> up everything else.
>
> I'll continue to try to trick Subsurface in the debugger to let me save
> the data file. This one is annoying :-(
I managed to save this and can reproduce the problem, but I don't
understand it.
A silly patch like this prevents the hang, but I really want to understand
why we end up with two consecutive entries that have non-monotonous time
stamps...
diff --git a/profile.c b/profile.c
index 158517e2deae..b676dc5b002f 100644
--- a/profile.c
+++ b/profile.c
@@ -849,6 +849,12 @@ void calculate_deco_information(struct dive *dive, struct divecomputer *dc, stru
(prefs.gflow - prefs.gfhigh) +
prefs.gfhigh) *
(100.0 - AMB_PERCENTAGE) / 100.0 + AMB_PERCENTAGE;
+ if (t0 > t1) {
+ fprintf(stderr, "non-monotonous dive stamps %d %d\n", t0, t1);
+ int xchg = t1;
+ t1 = t0;
+ t0 = xchg;
+ }
if (t0 != t1 && t1 - t0 < time_stepsize)
time_stepsize = t1 - t0;
for (j = t0 + time_stepsize; j <= t1; j += time_stepsize) {
Attached is an XML file with just the one dive. Switching to the second
dive computer triggers the problem for me.
If you look at the XML it's clear that forcing the download from the Uemis
again caused a weird merge - Linus pointed out that something fishy was
happening there.
But regardless how much I stare at this, I can't see why we have entries
for 2005 and then 1996, so 33:25 and then 33:16.
The Uemis contains a sample at 33:25, but none at 33:16. And this happens
when switching to the Atomics. So... hu???
Clearly I'm missing something. Can someone else try to poke at this?
Yes, we need to fix the merge issue, but this second problem should be
unrelated because what I have here is (I think) a valid XML file...
/D
-------------- next part --------------
<divelog program='subsurface' version='3'>
<settings>
<divecomputerid model='Atomic Aquatics Cobalt' deviceid='00588cfe' serial='0914-0521'/>
<divecomputerid model='Uemis Zurich' deviceid='e050efc6' nickname='Uemis Zurich (e050efc6)'/>
<autogroup state='1' />
</settings>
<divesites>
<site uuid='4478d442' name='Yellow House' gps='47.400200 -123.142298'>
<geo cat='2' origin='0' value='United States'/>
<geo cat='3' origin='0' value='Washington'/>
<geo cat='5' origin='0' value='Hoodsport'/>
<geo cat='6' origin='3' value='Hoodsport'/>
<geo cat='1' origin='0' value='Unk'/>
</site>
</divesites>
<dives>
<dive number='93' rating='3' visibility='3' tags='shore' divesiteid='4478d442' date='2015-06-24' time='11:12:52' duration='33:28 min'>
<buddy>Ethan</buddy>
<notes>Some notes</notes>
<suit>(dry, Whites Fusion, Weezle) or (wetsuit 2-3mm)</suit>
<cylinder size='16.851 l' workpressure='202.6 bar' description='AL119' />
<cylinder size='11.097 l' workpressure='206.843 bar' description='unknown' o2='32.0%' />
<cylinder size='11.097 l' workpressure='206.843 bar' description='unknown' o2='36.0%' />
<weightsystem weight='14.515 kg' description='integrated' />
<divecomputer model='Uemis Zurich' deviceid='e050efc6' diveid='0000005f'>
<depth max='31.88 m' mean='12.326 m' />
<temperature air='20.8 C' water='11.1 C' />
<surface pressure='1.017 bar' />
<extradata key='FW Version' value='1.21' />
<extradata key='Serial' value='e050efc6' />
<extradata key='main battery after dive' value='3' />
<extradata key='no fly time' value='13:47' />
<extradata key='no dive time' value='0:00' />
<extradata key='desat time' value='22:55' />
<extradata key='allowed altitude' value='7268' />
<event time='11:56 min' name='Tank change suggested' />
<event time='26:08 min' name='Tank pressure info' />
<sample time='0:05 min' depth='1.15 m' temp='20.8 C' pressure='188.97 bar' ndl='99:00 min' />
<sample time='0:08 min' depth='1.16 m' temp='20.7 C' pressure='188.76 bar' />
<sample time='0:13 min' depth='1.26 m' temp='20.5 C' pressure='188.53 bar' />
<sample time='0:21 min' depth='1.45 m' temp='20.4 C' pressure='188.27 bar' />
<sample time='0:24 min' depth='1.44 m' pressure='188.28 bar' />
<sample time='0:29 min' depth='1.62 m' temp='20.3 C' pressure='187.91 bar' />
<sample time='0:32 min' depth='1.75 m' pressure='187.93 bar' />
<sample time='0:37 min' depth='1.72 m' pressure='187.83 bar' />
<sample time='0:44 min' depth='1.73 m' pressure='187.48 bar' />
<sample time='0:48 min' depth='1.77 m' pressure='187.26 bar' />
<sample time='0:53 min' depth='1.97 m' pressure='186.99 bar' />
<sample time='1:01 min' depth='2.21 m' pressure='186.75 bar' />
<sample time='1:04 min' depth='2.6 m' pressure='186.5 bar' />
<sample time='1:09 min' depth='2.72 m' pressure='186.23 bar' />
<sample time='1:12 min' depth='2.95 m' pressure='186.25 bar' />
<sample time='1:17 min' depth='3.25 m' temp='20.4 C' pressure='185.62 bar' />
<sample time='1:25 min' depth='3.84 m' temp='20.3 C' pressure='185.26 bar' />
<sample time='1:28 min' depth='3.91 m' pressure='184.95 bar' />
<sample time='1:33 min' depth='4.03 m' temp='20.1 C' pressure='184.72 bar' />
<sample time='1:41 min' depth='4.94 m' temp='19.9 C' pressure='184.53 bar' />
<sample time='1:44 min' depth='5.06 m' temp='19.7 C' pressure='184.32 bar' />
<sample time='1:49 min' depth='5.38 m' temp='19.3 C' pressure='184.37 bar' />
<sample time='1:52 min' depth='5.39 m' pressure='184.12 bar' />
<sample time='1:57 min' depth='5.75 m' temp='19.1 C' pressure='183.69 bar' />
<sample time='2:05 min' depth='6.32 m' temp='18.6 C' pressure='182.99 bar' />
<sample time='2:08 min' depth='6.43 m' temp='17.4 C' pressure='183.12 bar' />
<sample time='2:13 min' depth='6.49 m' pressure='182.59 bar' />
<sample time='2:21 min' depth='6.92 m' temp='16.0 C' pressure='182.45 bar' />
<sample time='2:24 min' depth='7.01 m' pressure='182.24 bar' />
<sample time='2:29 min' depth='7.34 m' temp='15.0 C' pressure='182.46 bar' />
<sample time='2:32 min' depth='7.44 m' pressure='182.3 bar' />
<sample time='2:37 min' depth='7.8 m' temp='14.5 C' pressure='182.11 bar' />
<sample time='2:45 min' depth='8.36 m' temp='14.3 C' pressure='181.33 bar' />
<sample time='2:48 min' depth='8.48 m' temp='14.1 C' pressure='181.54 bar' />
<sample time='2:53 min' depth='8.56 m' temp='13.3 C' pressure='180.6 bar' />
<sample time='3:01 min' depth='9.37 m' temp='12.8 C' pressure='180.31 bar' />
<sample time='3:04 min' depth='9.25 m' pressure='179.94 bar' />
<sample time='3:09 min' depth='9.15 m' pressure='179.51 bar' />
<sample time='3:12 min' depth='9.05 m' pressure='179.71 bar' />
<sample time='3:17 min' depth='8.79 m' pressure='178.84 bar' />
<sample time='3:25 min' depth='9.5 m' temp='13.1 C' pressure='178.49 bar' />
<sample time='3:28 min' depth='9.95 m' pressure='178.27 bar' />
<sample time='3:33 min' depth='10.15 m' temp='12.9 C' pressure='177.92 bar' />
<sample time='3:41 min' depth='10.7 m' temp='12.7 C' pressure='177.55 bar' />
<sample time='3:44 min' depth='10.81 m' pressure='177.17 bar' />
<sample time='3:49 min' depth='11.27 m' pressure='176.79 bar' />
<sample time='3:52 min' depth='11.44 m' temp='12.6 C' pressure='176.93 bar' />
<sample time='3:57 min' depth='11.88 m' temp='12.4 C' pressure='176.15 bar' />
<sample time='4:05 min' depth='12.4 m' pressure='175.84 bar' />
<sample time='4:08 min' depth='12.38 m' pressure='175.28 bar' />
<sample time='4:13 min' depth='12.65 m' temp='12.2 C' pressure='175.41 bar' />
<sample time='4:21 min' depth='12.94 m' pressure='174.22 bar' />
<sample time='4:24 min' depth='13.13 m' pressure='173.64 bar' />
<sample time='4:29 min' depth='13.39 m' pressure='173.28 bar' />
<sample time='4:32 min' depth='13.56 m' pressure='172.99 bar' />
<sample time='4:37 min' depth='13.91 m' pressure='173.08 bar' />
<sample time='4:44 min' depth='14.55 m' temp='12.1 C' pressure='172.27 bar' />
<sample time='4:48 min' depth='14.77 m' pressure='172.36 bar' ndl='84:00 min' />
<sample time='4:53 min' depth='14.96 m' pressure='171.92 bar' ndl='77:00 min' />
<sample time='5:00 min' depth='15.74 m' temp='12.0 C' pressure='170.87 bar' ndl='72:00 min' />
<sample time='5:04 min' depth='16.08 m' pressure='170.29 bar' ndl='58:00 min' />
<sample time='5:08 min' depth='16.42 m' temp='12.1 C' pressure='169.81 bar' ndl='53:00 min' />
<sample time='5:11 min' depth='16.98 m' pressure='169.4 bar' ndl='50:00 min' />
<sample time='5:16 min' depth='17.19 m' pressure='169.45 bar' ndl='45:00 min' />
<sample time='5:24 min' depth='17.23 m' pressure='168.44 bar' ndl='44:00 min' />
<sample time='5:27 min' depth='17.5 m' pressure='168.06 bar' ndl='43:00 min' />
<sample time='5:32 min' depth='17.73 m' temp='12.0 C' pressure='167.65 bar' ndl='41:00 min' />
<sample time='5:41 min' depth='18.63 m' temp='11.9 C' pressure='167.41 bar' ndl='40:00 min' />
<sample time='5:44 min' depth='18.94 m' pressure='167.08 bar' ndl='35:00 min' />
<sample time='5:48 min' depth='19.23 m' temp='11.8 C' pressure='166.53 bar' ndl='34:00 min' />
<sample time='5:51 min' depth='19.62 m' temp='11.7 C' pressure='166.59 bar' ndl='33:00 min' />
<sample time='5:56 min' depth='20.27 m' pressure='166.05 bar' ndl='31:00 min' />
<sample time='6:04 min' depth='20.89 m' pressure='164.76 bar' ndl='29:00 min' />
<sample time='6:07 min' depth='21.09 m' pressure='164.29 bar' ndl='27:00 min' />
<sample time='6:12 min' depth='21.68 m' pressure='163.86 bar' />
<sample time='6:20 min' depth='22.65 m' pressure='163.38 bar' ndl='25:00 min' />
<sample time='6:23 min' depth='22.9 m' temp='11.6 C' pressure='163.43 bar' ndl='23:00 min' />
<sample time='6:28 min' depth='23.3 m' pressure='162.83 bar' />
<sample time='6:31 min' depth='23.63 m' pressure='161.44 bar' ndl='22:00 min' />
<sample time='6:36 min' depth='24.37 m' pressure='161.48 bar' ndl='21:00 min' />
<sample time='6:44 min' depth='25.12 m' temp='11.5 C' pressure='160.83 bar' ndl='20:00 min' />
<sample time='6:47 min' depth='25.47 m' pressure='160.36 bar' ndl='19:00 min' />
<sample time='6:52 min' depth='25.53 m' pressure='159.29 bar' ndl='18:00 min' />
<sample time='7:00 min' depth='26.26 m' temp='11.6 C' pressure='158.85 bar' />
<sample time='7:03 min' depth='26.56 m' pressure='158.37 bar' ndl='16:00 min' />
<sample time='7:08 min' depth='27.31 m' temp='11.5 C' pressure='157.92 bar' />
<sample time='7:11 min' depth='27.56 m' pressure='157.94 bar' ndl='15:00 min' />
<sample time='7:16 min' depth='28.47 m' pressure='156.55 bar' ndl='14:00 min' />
<sample time='7:24 min' depth='29.26 m' pressure='155.81 bar' ndl='13:00 min' />
<sample time='7:27 min' depth='29.86 m' pressure='155.13 bar' ndl='12:00 min' />
<sample time='7:32 min' depth='30.56 m' pressure='154.47 bar' />
<sample time='7:40 min' depth='31.14 m' temp='11.4 C' pressure='153.73 bar' ndl='11:00 min' />
<sample time='7:43 min' depth='30.9 m' pressure='153.02 bar' />
<sample time='7:48 min' depth='31.27 m' temp='11.3 C' pressure='153.05 bar' />
<sample time='7:51 min' depth='31.16 m' pressure='152.4 bar' ndl='10:00 min' />
<sample time='7:56 min' depth='31.35 m' pressure='151.77 bar' />
<sample time='8:04 min' depth='31.23 m' pressure='151.33 bar' />
<sample time='8:07 min' depth='31.07 m' pressure='150.93 bar' />
<sample time='8:12 min' depth='30.93 m' temp='11.4 C' pressure='150.45 bar' />
<sample time='8:20 min' depth='30.93 m' pressure='149.89 bar' />
<sample time='8:23 min' depth='31.15 m' pressure='149.7 bar' />
<sample time='8:28 min' depth='31.16 m' pressure='149.71 bar' />
<sample time='8:31 min' depth='31.08 m' temp='11.3 C' pressure='149.72 bar' />
<sample time='8:36 min' depth='31.02 m' pressure='149.02 bar' />
<sample time='8:44 min' depth='31.16 m' pressure='148.38 bar' />
<sample time='8:47 min' depth='31.0 m' pressure='148.11 bar' />
<sample time='8:52 min' depth='31.16 m' pressure='148.12 bar' />
<sample time='9:00 min' depth='31.09 m' pressure='147.01 bar' ndl='9:00 min' />
<sample time='9:03 min' depth='31.18 m' temp='11.2 C' pressure='147.02 bar' />
<sample time='9:08 min' depth='31.09 m' pressure='146.74 bar' />
<sample time='9:11 min' depth='31.02 m' pressure='146.41 bar' />
<sample time='9:16 min' depth='30.66 m' pressure='146.43 bar' />
<sample time='9:24 min' depth='29.97 m' pressure='145.89 bar' />
<sample time='9:27 min' depth='29.7 m' pressure='145.56 bar' ndl='10:00 min' />
<sample time='9:32 min' depth='29.32 m' temp='11.1 C' pressure='145.25 bar' />
<sample time='9:40 min' depth='28.88 m' pressure='144.94 bar' />
<sample time='9:43 min' depth='28.65 m' pressure='144.95 bar' />
<sample time='9:48 min' depth='28.45 m' pressure='144.28 bar' />
<sample time='9:51 min' depth='28.09 m' pressure='144.29 bar' ndl='11:00 min' />
<sample time='9:56 min' depth='27.44 m' pressure='143.88 bar' />
<sample time='10:04 min' depth='26.6 m' pressure='143.37 bar' />
<sample time='10:07 min' depth='26.37 m' pressure='143.0 bar' ndl='12:00 min' />
<sample time='10:12 min' depth='26.25 m' pressure='142.92 bar' />
<sample time='10:20 min' depth='25.69 m' pressure='142.51 bar' ndl='13:00 min' />
<sample time='10:23 min' depth='25.41 m' pressure='142.31 bar' />
<sample time='10:28 min' depth='24.69 m' pressure='142.01 bar' ndl='14:00 min' />
<sample time='10:32 min' depth='24.31 m' pressure='141.69 bar' ndl='15:00 min' />
<sample time='10:36 min' depth='24.63 m' temp='11.2 C' />
<sample time='10:44 min' depth='24.17 m' temp='11.1 C' pressure='141.26 bar' />
<sample time='10:47 min' depth='24.08 m' />
<sample time='10:52 min' depth='23.84 m' temp='11.2 C' pressure='141.06 bar' />
<sample time='11:00 min' depth='23.51 m' temp='11.1 C' pressure='140.33 bar' ndl='16:00 min' />
<sample time='11:03 min' depth='23.39 m' pressure='139.92 bar' />
<sample time='11:08 min' depth='23.03 m' pressure='139.93 bar' />
<sample time='11:11 min' depth='22.97 m' pressure='139.18 bar' />
<sample time='11:16 min' depth='22.49 m' pressure='139.19 bar' />
<sample time='11:24 min' depth='22.15 m' pressure='138.6 bar' ndl='17:00 min' />
<sample time='11:27 min' depth='21.57 m' pressure='138.61 bar' ndl='18:00 min' />
<sample time='11:32 min' depth='21.66 m' pressure='138.31 bar' />
<sample time='11:40 min' depth='21.17 m' pressure='137.84 bar' />
<sample time='11:43 min' depth='20.94 m' pressure='137.48 bar' ndl='19:00 min' />
<sample time='11:48 min' depth='20.65 m' pressure='137.18 bar' />
<sample time='11:51 min' depth='20.61 m' ndl='20:00 min' />
<sample time='11:56 min' depth='19.77 m' pressure='136.89 bar' />
<sample time='12:04 min' depth='20.19 m' temp='11.2 C' pressure='136.62 bar' ndl='22:00 min' />
<sample time='12:07 min' depth='20.25 m' pressure='136.48 bar' ndl='21:00 min' />
<sample time='12:12 min' depth='20.1 m' pressure='136.2 bar' />
<sample time='12:20 min' depth='19.82 m' pressure='134.94 bar' />
<sample time='12:23 min' depth='19.71 m' ndl='22:00 min' />
<sample time='12:28 min' depth='19.53 m' temp='11.1 C' pressure='134.58 bar' />
<sample time='12:31 min' depth='19.39 m' pressure='134.59 bar' />
<sample time='12:36 min' depth='19.02 m' pressure='134.26 bar' />
<sample time='12:44 min' depth='18.46 m' temp='11.2 C' pressure='133.77 bar' ndl='24:00 min' />
<sample time='12:47 min' depth='18.44 m' pressure='133.66 bar' ndl='25:00 min' />
<sample time='12:52 min' depth='18.53 m' pressure='133.48 bar' />
<sample time='13:00 min' depth='18.32 m' pressure='133.15 bar' />
<sample time='13:03 min' depth='18.3 m' pressure='132.92 bar' ndl='26:00 min' />
<sample time='13:08 min' depth='18.02 m' pressure='132.54 bar' />
<sample time='13:11 min' depth='17.9 m' pressure='132.19 bar' ndl='27:00 min' />
<sample time='13:16 min' depth='17.39 m' />
<sample time='13:24 min' depth='17.08 m' pressure='131.57 bar' ndl='30:00 min' />
<sample time='13:27 min' depth='16.92 m' ndl='31:00 min' />
<sample time='13:32 min' depth='16.75 m' pressure='130.95 bar' ndl='32:00 min' />
<sample time='13:40 min' depth='16.6 m' pressure='130.64 bar' ndl='33:00 min' />
<sample time='13:44 min' depth='16.45 m' ndl='34:00 min' />
<sample time='13:49 min' depth='15.81 m' pressure='130.2 bar' ndl='35:00 min' />
<sample time='13:52 min' depth='15.63 m' ndl='41:00 min' />
<sample time='13:56 min' depth='15.81 m' pressure='130.02 bar' ndl='43:00 min' />
<sample time='14:04 min' depth='16.05 m' pressure='129.91 bar' ndl='41:00 min' />
<sample time='14:07 min' depth='16.17 m' pressure='129.62 bar' ndl='38:00 min' />
<sample time='14:12 min' depth='16.19 m' pressure='129.06 bar' ndl='37:00 min' />
<sample time='14:21 min' depth='15.82 m' pressure='128.67 bar' />
<sample time='14:24 min' depth='15.75 m' ndl='40:00 min' />
<sample time='14:28 min' depth='15.83 m' pressure='128.09 bar' ndl='41:00 min' />
<sample time='14:31 min' depth='15.81 m' ndl='40:00 min' />
<sample time='14:36 min' depth='15.36 m' pressure='127.84 bar' />
<sample time='14:44 min' depth='15.63 m' pressure='127.45 bar' ndl='45:00 min' />
<sample time='14:48 min' depth='15.56 m' pressure='127.19 bar' ndl='42:00 min' />
<sample time='14:53 min' depth='15.36 m' ndl='43:00 min' />
<sample time='15:01 min' depth='15.06 m' pressure='126.74 bar' ndl='45:00 min' />
<sample time='15:03 min' depth='14.9 m' temp='11.3 C' ndl='47:00 min' />
<sample time='15:08 min' depth='14.65 m' pressure='126.35 bar' ndl='48:00 min' />
<sample time='15:11 min' depth='14.49 m' pressure='126.06 bar' ndl='51:00 min' />
<sample time='15:16 min' depth='14.15 m' temp='11.4 C' pressure='125.47 bar' ndl='52:00 min' />
<sample time='15:24 min' depth='13.93 m' pressure='125.23 bar' ndl='55:00 min' />
<sample time='15:28 min' depth='14.3 m' ndl='58:00 min' />
<sample time='15:33 min' depth='14.28 m' pressure='125.11 bar' ndl='54:00 min' />
<sample time='15:40 min' depth='14.1 m' temp='11.5 C' pressure='124.66 bar' />
<sample time='15:43 min' depth='14.1 m' pressure='124.41 bar' ndl='55:00 min' />
<sample time='15:48 min' depth='14.03 m' pressure='124.06 bar' />
<sample time='15:52 min' depth='13.96 m' pressure='123.78 bar' ndl='56:00 min' />
<sample time='15:57 min' depth='13.88 m' ndl='57:00 min' />
<sample time='16:05 min' depth='13.92 m' pressure='123.19 bar' ndl='58:00 min' />
<sample time='16:07 min' depth='13.94 m' pressure='122.87 bar' ndl='57:00 min' />
<sample time='16:12 min' depth='14.12 m' />
<sample time='16:20 min' depth='14.04 m' pressure='122.29 bar' ndl='55:00 min' />
<sample time='16:24 min' depth='13.96 m' pressure='122.04 bar' ndl='56:00 min' />
<sample time='16:29 min' depth='13.89 m' temp='11.4 C' pressure='121.87 bar' />
<sample time='16:32 min' depth='13.93 m' pressure='121.75 bar' ndl='57:00 min' />
<sample time='16:37 min' depth='13.8 m' ndl='56:00 min' />
<sample time='16:44 min' depth='13.71 m' pressure='121.47 bar' ndl='58:00 min' />
<sample time='16:47 min' depth='13.58 m' pressure='121.46 bar' ndl='59:00 min' />
<sample time='16:53 min' depth='13.52 m' pressure='121.25 bar' ndl='60:00 min' />
<sample time='17:01 min' depth='13.47 m' pressure='120.77 bar' ndl='61:00 min' />
<sample time='17:03 min' depth='13.45 m' pressure='120.57 bar' ndl='62:00 min' />
<sample time='17:09 min' depth='13.56 m' pressure='120.44 bar' />
<sample time='17:11 min' depth='13.43 m' temp='11.5 C' pressure='120.43 bar' ndl='60:00 min' />
<sample time='17:16 min' depth='13.58 m' pressure='120.26 bar' ndl='62:00 min' />
<sample time='17:25 min' depth='13.64 m' pressure='119.7 bar' ndl='59:00 min' />
<sample time='17:27 min' depth='13.44 m' pressure='119.36 bar' />
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</divecomputer>
<divecomputer model='Atomic Aquatics Cobalt' deviceid='00588cfe' diveid='bb663a9c' date='2015-06-24' time='11:10:00' duration='32:30 min'>
<depth max='32.104 m' mean='13.058 m' />
<temperature air='20.556 C' water='12.222 C' />
<extradata key='Serial' value='0914-0521' />
<extradata key='Program Version' value='22.90' />
<extradata key='Boot Version' value='0.02' />
<extradata key='NoFly Time' value='24:00' />
<event time='0:15 min' type='25' value='21' name='gaschange' />
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<sample time='7:15 min' depth='28.433 m' temp='13.889 C' pressure='155.477 bar' ndl='14:00 min' />
<sample time='7:30 min' depth='30.452 m' pressure='152.719 bar' ndl='12:00 min' />
<sample time='7:45 min' depth='31.805 m' pressure='151.96 bar' ndl='11:00 min' />
<sample time='8:00 min' depth='32.004 m' pressure='149.34 bar' />
<sample time='8:15 min' depth='31.775 m' temp='13.333 C' pressure='150.03 bar' />
<sample time='8:30 min' depth='31.547 m' pressure='149.134 bar' ndl='10:00 min' />
<sample time='8:45 min' depth='31.805 m' pressure='148.444 bar' />
<sample time='9:00 min' depth='31.895 m' pressure='147.203 bar' />
<sample time='9:15 min' depth='31.527 m' pressure='146.651 bar' />
<sample time='9:30 min' depth='30.452 m' temp='12.778 C' pressure='145.066 bar' />
<sample time='9:45 min' depth='29.457 m' pressure='144.031 bar' ndl='11:00 min' />
<sample time='10:00 min' depth='28.035 m' pressure='142.721 bar' />
<sample time='10:15 min' depth='26.821 m' pressure='143.342 bar' ndl='13:00 min' />
<sample time='10:30 min' depth='25.657 m' pressure='142.653 bar' />
<sample time='10:45 min' depth='24.971 m' pressure='140.929 bar' ndl='15:00 min' />
<sample time='11:00 min' depth='24.324 m' pressure='138.654 bar' ndl='16:00 min' />
<sample time='11:15 min' depth='23.488 m' pressure='139.067 bar' ndl='17:00 min' />
<sample time='11:30 min' depth='22.593 m' pressure='138.791 bar' ndl='19:00 min' />
<sample time='11:45 min' depth='21.678 m' temp='12.222 C' pressure='137.481 bar' ndl='20:00 min' />
<sample time='12:00 min' depth='20.802 m' pressure='136.585 bar' ndl='22:00 min' />
<sample time='12:15 min' depth='20.802 m' pressure='134.93 bar' ndl='23:00 min' />
<sample time='12:30 min' depth='20.156 m' pressure='134.586 bar' />
<sample time='12:45 min' depth='19.409 m' pressure='133.069 bar' ndl='25:00 min' />
<sample time='13:00 min' depth='19.121 m' pressure='132.931 bar' ndl='27:00 min' />
<sample time='13:15 min' depth='18.375 m' pressure='131.69 bar' ndl='28:00 min' />
<sample time='13:30 min' depth='17.579 m' pressure='130.518 bar' ndl='31:00 min' />
<sample time='13:45 min' depth='17.012 m' pressure='131.69 bar' ndl='33:00 min' />
<sample time='14:00 min' depth='16.504 m' pressure='130.518 bar' ndl='35:00 min' />
<sample time='14:15 min' depth='16.763 m' pressure='129.69 bar' />
<sample time='14:30 min' depth='16.445 m' pressure='128.656 bar' />
<sample time='14:45 min' depth='16.276 m' pressure='127.208 bar' ndl='36:00 min' />
<sample time='15:00 min' depth='15.778 m' pressure='127.001 bar' />
<sample time='15:15 min' depth='15.102 m' pressure='126.864 bar' ndl='41:00 min' />
<sample time='15:30 min' depth='14.883 m' pressure='125.898 bar' ndl='43:00 min' />
<sample time='15:45 min' depth='14.704 m' pressure='124.381 bar' />
<sample time='16:00 min' depth='14.515 m' pressure='123.899 bar' ndl='45:00 min' />
<sample time='16:15 min' depth='14.505 m' pressure='123.209 bar' ndl='46:00 min' />
<sample time='16:30 min' depth='14.425 m' pressure='123.14 bar' />
<sample time='16:45 min' depth='14.107 m' pressure='121.21 bar' ndl='47:00 min' />
<sample time='17:00 min' depth='14.087 m' pressure='122.037 bar' ndl='48:00 min' />
<sample time='17:15 min' depth='13.918 m' pressure='121.072 bar' ndl='49:00 min' />
<sample time='17:30 min' depth='13.858 m' pressure='120.314 bar' />
<sample time='17:45 min' depth='13.58 m' pressure='119.279 bar' ndl='51:00 min' />
<sample time='18:00 min' depth='13.53 m' pressure='118.659 bar' ndl='52:00 min' />
<sample time='18:15 min' depth='13.43 m' pressure='117.556 bar' />
<sample time='18:30 min' depth='13.291 m' pressure='117.694 bar' ndl='54:00 min' />
<sample time='18:45 min' depth='13.172 m' pressure='117.349 bar' ndl='55:00 min' />
<sample time='19:00 min' depth='12.853 m' pressure='116.452 bar' ndl='59:00 min' />
<sample time='19:15 min' depth='12.843 m' pressure='116.108 bar' ndl='60:00 min' />
<sample time='19:30 min' depth='12.684 m' pressure='115.556 bar' ndl='63:00 min' />
<sample time='19:45 min' depth='12.266 m' pressure='115.005 bar' ndl='65:00 min' />
<sample time='20:00 min' depth='12.058 m' pressure='113.695 bar' ndl='70:00 min' />
<sample time='20:15 min' depth='11.66 m' pressure='113.763 bar' ndl='86:00 min' />
<sample time='20:30 min' depth='11.311 m' pressure='112.936 bar' ndl='93:00 min' />
<sample time='20:45 min' depth='10.874 m' pressure='111.626 bar' ndl='110:00 min' />
<sample time='21:00 min' depth='10.197 m' pressure='111.971 bar' ndl='151:00 min' />
<sample time='21:15 min' depth='9.829 m' pressure='110.868 bar' ndl='199:00 min' />
<sample time='21:30 min' depth='9.73 m' />
<sample time='21:45 min' depth='9.441 m' pressure='110.385 bar' />
<sample time='22:00 min' depth='9.063 m' pressure='109.558 bar' />
<sample time='22:15 min' depth='8.576 m' pressure='109.075 bar' />
<sample time='22:30 min' depth='8.009 m' pressure='108.592 bar' />
<sample time='22:45 min' depth='7.64 m' pressure='107.42 bar' />
<sample time='23:00 min' depth='7.491 m' pressure='107.351 bar' />
<sample time='23:15 min' depth='7.64 m' pressure='106.179 bar' />
<sample time='23:30 min' depth='7.8 m' pressure='107.145 bar' />
<sample time='23:45 min' depth='7.113 m' pressure='105.903 bar' />
<sample time='24:00 min' depth='7.551 m' pressure='105.49 bar' />
<sample time='24:15 min' depth='7.392 m' temp='12.778 C' pressure='105.835 bar' />
<sample time='24:30 min' depth='7.173 m' pressure='105.421 bar' />
<sample time='24:45 min' depth='6.984 m' pressure='104.525 bar' />
<sample time='25:00 min' depth='6.705 m' pressure='104.593 bar' />
<sample time='25:15 min' depth='6.755 m' />
<sample time='25:30 min' depth='6.675 m' pressure='103.146 bar' />
<sample time='25:45 min' depth='6.387 m' pressure='103.904 bar' />
<sample time='26:00 min' depth='5.959 m' temp='13.333 C' pressure='103.766 bar' />
<sample time='26:15 min' depth='5.88 m' pressure='103.559 bar' />
<sample time='26:30 min' depth='5.342 m' pressure='102.87 bar' />
<sample time='26:45 min' depth='5.362 m' pressure='102.249 bar' />
<sample time='27:00 min' depth='5.501 m' temp='13.889 C' pressure='102.318 bar' />
<sample time='27:15 min' depth='5.621 m' pressure='101.973 bar' />
<sample time='27:30 min' depth='5.571 m' temp='14.444 C' pressure='101.146 bar' />
<sample time='27:45 min' depth='5.73 m' pressure='100.663 bar' />
<sample time='28:00 min' depth='5.83 m' temp='15.0 C' pressure='99.836 bar' />
<sample time='28:15 min' depth='5.611 m' pressure='100.388 bar' />
<sample time='28:30 min' depth='5.243 m' pressure='98.802 bar' />
<sample time='28:45 min' depth='5.283 m' temp='15.556 C' pressure='98.388 bar' />
<sample time='29:00 min' depth='5.402 m' pressure='97.837 bar' />
<sample time='29:15 min' depth='5.243 m' pressure='98.319 bar' />
<sample time='29:30 min' depth='5.114 m' temp='16.111 C' pressure='98.112 bar' />
<sample time='29:45 min' depth='4.706 m' pressure='97.63 bar' />
<sample time='30:00 min' depth='4.129 m' pressure='97.216 bar' />
<sample time='30:15 min' depth='4.218 m' temp='16.667 C' pressure='96.389 bar' />
<sample time='30:30 min' depth='4.268 m' pressure='96.251 bar' />
<sample time='30:45 min' depth='4.367 m' pressure='95.906 bar' />
<sample time='31:00 min' depth='4.457 m' temp='17.222 C' pressure='95.768 bar' />
<sample time='31:15 min' depth='4.178 m' />
<sample time='31:30 min' depth='3.392 m' pressure='95.286 bar' />
<sample time='31:45 min' depth='2.815 m' pressure='94.803 bar' />
<sample time='32:00 min' depth='2.258 m' temp='17.778 C' pressure='94.596 bar' />
<sample time='32:15 min' depth='1.691 m' pressure='93.7 bar' />
<sample time='32:30 min' depth='1.114 m' pressure='94.32 bar' />
<sample time='32:45 min' depth='0.517 m' pressure='94.182 bar' />
<sample time='33:00 min' depth='0.507 m' temp='18.333 C' />
<sample time='33:15 min' depth='0.517 m' pressure='94.32 bar' />
<sample time='33:30 min' depth='0.557 m' pressure='94.596 bar' />
<sample time='33:45 min' depth='0.537 m' pressure='94.458 bar' />
<sample time='34:00 min' depth='0.527 m' temp='18.889 C' pressure='94.527 bar' />
<sample time='34:15 min' depth='0.478 m' pressure='94.596 bar' />
</divecomputer>
</dive>
</dives>
</divelog>
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