Editing which cylinder a sensor is attached to

[Michael Andreen]

On Sunday 20 February 2022 11:56:49 CET Attilla de Groot wrote:
> If you have a mac OS build with it, i’d be happy to try. I’m not so good at compiling it myself.

I can really only build for myself on Linux.
 
> I had another sidemount dive this morning though with two deco stages. I didn’t actually breath from my deco stages, but I thought doing the change on my computer would be useful for this excercise. I have included an export just after importing it and one where I have corrected the XML manually with how I think it should look. After import I see the that the following things are incorrect:
> 
> - Wrong number of cylinders (3 instead of 4)
> - Cylinder content is mapped to the wrong one (my secondary SM cylinder instead of first)
> - Transmitter values have been correct this time, but I have seen that go wrong in the past (e.g when using a travel gas at the beginning of the dive)..
> 
> After correction though, the graph still shows one of my transmitter values after the first change. If I have one transmitter when diving with a D12+stages, this doesn’t happen. So I think this is specifically to sidemount. I’m not sure how to fix this part manually. In my opinion it shouldn’t show a line for usage for either of my SM cylinders when breathing another gas.

So I had a look at this profile. Nice and warm in Netherlands, I've had 5 degrees at 30 m and 2 or 3 degrees at 5 m recently. =)

Even without my patch it's possible to fixup this dive with just the GUI, by changing the 2nd cylinder to 21/4, the 3rd to 50%, adding a 4th with 80% and then changing the gas change events to match the new cylinder configuration. See changeevent file.

The difference with my patch is that you can do the fixup by adding a new 21/4 cylinder and then move sensor 1 to it. The end result looks fairly similar in both cases, just a question of how many steps you need to go through. See changesensors file.

My change is just about changing which cylinder a sensor is attached to, and I don't really know how any of the visualization works. It looks like there is a special case that plots the pressure for all cylinders that aren't marked as use, e.g. they aren't involved in any implicit or explicit gas change events. And in this case I guess it ends at 29:32 because that's the last pressure reading before surfacing. There isn't anything in the data to indicate that two cylinders are used in side mount configuration. You could add extra events to switch between the two 21/4 cylinders, see the added events file.

/Michael

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<divelog program='subsurface' version='3'>
<settings>
<fingerprint model='41ef6c17' serial='5677bfef' deviceid='bbd14b39' diveid='1c32d8ab' data='62120893'/>
<fingerprint model='56d79d84' serial='c8ca11d3' deviceid='93bea6a4' diveid='e78b651a' data='4332344a333434362e666974000000000000000000000000'/>
<fingerprint model='7ae0fae1' serial='01d473df' deviceid='91be1c96' diveid='c37f8c08' data='120f2fe6070204'/>
</settings>
<divesites>
</divesites>
<dives>
<dive number='294' sac='21.853 l/min' otu='7' cns='1%' date='2022-02-20' time='09:23:31' duration='32:08 min'>
  <cylinder size='11.094 l' workpressure='206.843 bar' description='AL80' o2='21.0%' he='4.0%' end='151.271 bar' depth='67.339 m' />
  <cylinder size='11.094 l' workpressure='206.843 bar' description='AL80' o2='21.0%' he='4.0%' end='109.0 bar' depth='22.294 m' />
  <cylinder size='11.094 l' workpressure='206.843 bar' description='AL80' o2='50.0%' start='185.0 bar' end='175.0 bar' depth='10.061 m' />
  <cylinder size='7.0 l' workpressure='200.0 bar' description='ALU7' o2='80.0%' start='185.0 bar' end='180.0 bar' depth='67.9 m' />
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  <temperature water='7.0 C' />
  <surface pressure='0.994 bar' />
  <water salinity='1000 g/l' />
  <extradata key='Logversion' value='13(PNF)' />
  <extradata key='Serial' value='5677bfef' />
  <extradata key='FW Version' value='19' />
  <extradata key='Deco model' value='GF 55/85' />
  <extradata key='Battery type' value='3.7V Li-Ion' />
  <extradata key='Battery at end' value='4.1 V' />
  <extradata key='T1 battery' value='normal' />
  <extradata key='T2 battery' value='normal' />
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  <event time='25:10 min' type='11' value='50' name='gaschange' cylinder='2' o2='50.0%' />
  <event time='31:02 min' type='11' value='80' name='gaschange' cylinder='3' o2='80.0%' />
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  <sample time='36:18 min' depth='0.0 m' />
  <sample time='36:20 min' depth='0.0 m' rbt='216:00 min' />
  <sample time='36:22 min' depth='0.0 m' rbt='218:00 min' />
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  <sample time='36:40 min' depth='0.0 m' />
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  <sample time='36:50 min' depth='0.0 m' />
  <sample time='36:52 min' depth='0.0 m' />
  <sample time='36:54 min' depth='0.0 m' />
  <sample time='36:56 min' depth='0.0 m' />
  <sample time='36:58 min' depth='0.0 m' />
  <sample time='37:00 min' depth='0.0 m' />
  <sample time='37:02 min' depth='0.0 m' />
  <sample time='37:04 min' depth='0.0 m' />
  <sample time='37:06 min' depth='0.0 m' />
  </divecomputer>
</dive>
</dives>
</divelog>
-------------- next part --------------
<divelog program='subsurface' version='3'>
<settings>
<fingerprint model='41ef6c17' serial='5677bfef' deviceid='bbd14b39' diveid='1c32d8ab' data='62120893'/>
<fingerprint model='56d79d84' serial='c8ca11d3' deviceid='93bea6a4' diveid='e78b651a' data='4332344a333434362e666974000000000000000000000000'/>
<fingerprint model='7ae0fae1' serial='01d473df' deviceid='91be1c96' diveid='c37f8c08' data='120f2fe6070204'/>
</settings>
<divesites>
</divesites>
<dives>
<dive number='294' sac='21.949 l/min' otu='7' cns='1%' date='2022-02-20' time='09:23:31' duration='32:08 min'>
  <cylinder size='11.094 l' workpressure='206.843 bar' description='AL80' o2='21.0%' he='4.0%' end='151.271 bar' depth='67.339 m' />
  <cylinder size='11.094 l' workpressure='206.843 bar' description='AL80' o2='50.0%' start='185.0 bar' end='175.0 bar' depth='22.294 m' />
  <cylinder size='7.0 l' workpressure='200.0 bar' description='ALU7' o2='80.0%' start='185.0 bar' end='180.0 bar' depth='10.061 m' />
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  <extradata key='Serial' value='5677bfef' />
  <extradata key='FW Version' value='19' />
  <extradata key='Deco model' value='GF 55/85' />
  <extradata key='Battery type' value='3.7V Li-Ion' />
  <extradata key='Battery at end' value='4.1 V' />
  <extradata key='T1 battery' value='normal' />
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  <sample time='3:24 min' depth='7.3 m' pressure3='166.439 bar' />
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  <sample time='28:32 min' depth='5.2 m' pressure0='161.337 bar' />
  <sample time='28:34 min' depth='5.2 m' rbt='55:00 min' />
  <sample time='28:36 min' depth='5.3 m' pressure0='161.062 bar' />
  <sample time='28:38 min' depth='5.3 m' />
  <sample time='28:40 min' depth='5.2 m' rbt='56:00 min' />
  <sample time='28:42 min' depth='5.3 m' pressure0='160.786 bar' />
  <sample time='28:44 min' depth='5.2 m' />
  <sample time='28:46 min' depth='5.2 m' pressure0='160.51 bar' rbt='55:00 min' />
  <sample time='28:48 min' depth='5.3 m' pressure3='108.386 bar' />
  <sample time='28:50 min' depth='5.1 m' rbt='54:00 min' />
  <sample time='28:52 min' depth='5.2 m' pressure0='160.234 bar' pressure3='108.523 bar' rbt='55:00 min' />
  <sample time='28:54 min' depth='5.2 m' />
  <sample time='28:56 min' depth='5.2 m' pressure0='159.958 bar' rbt='56:00 min' />
  <sample time='28:58 min' depth='5.2 m' />
  <sample time='29:00 min' depth='5.2 m' />
  <sample time='29:02 min' depth='5.3 m' pressure0='159.545 bar' rbt='55:00 min' />
  <sample time='29:04 min' depth='5.3 m' rbt='54:00 min' />
  <sample time='29:06 min' depth='5.3 m' />
  <sample time='29:08 min' depth='5.3 m' />
  <sample time='29:10 min' depth='5.3 m' />
  <sample time='29:12 min' depth='5.4 m' pressure0='159.269 bar' />
  <sample time='29:14 min' depth='5.4 m' />
  <sample time='29:16 min' depth='5.4 m' pressure0='158.993 bar' />
  <sample time='29:18 min' depth='5.5 m' />
  <sample time='29:20 min' depth='5.3 m' />
  <sample time='29:22 min' depth='5.4 m' pressure0='158.717 bar' />
  <sample time='29:24 min' depth='5.4 m' pressure3='108.386 bar' />
  <sample time='29:26 min' depth='5.4 m' pressure0='158.579 bar' />
  <sample time='29:28 min' depth='5.4 m' />
  <sample time='29:30 min' depth='5.3 m' pressure3='108.523 bar' />
  <sample time='29:32 min' depth='5.2 m' pressure0='158.166 bar' rbt='55:00 min' />
  <sample time='29:34 min' depth='5.3 m' rbt='56:00 min' />
  <sample time='29:36 min' depth='5.3 m' rbt='57:00 min' />
  <sample time='29:38 min' depth='5.1 m' rbt='58:00 min' />
  <sample time='29:40 min' depth='5.1 m' rbt='59:00 min' />
  <sample time='29:42 min' depth='5.1 m' pressure0='157.89 bar' />
  <sample time='29:44 min' depth='5.0 m' rbt='60:00 min' />
  <sample time='29:46 min' depth='5.0 m' pressure0='157.752 bar' />
  <sample time='29:48 min' depth='5.1 m' />
  <sample time='29:50 min' depth='5.0 m' rbt='59:00 min' />
  <sample time='29:52 min' depth='5.0 m' pressure0='157.476 bar' />
  <sample time='29:54 min' depth='5.0 m' rbt='58:00 min' />
  <sample time='29:56 min' depth='5.1 m' pressure0='157.2 bar' rbt='59:00 min' />
  <sample time='29:58 min' depth='5.0 m' />
  <sample time='30:00 min' depth='5.0 m' />
  <sample time='30:02 min' depth='5.1 m' pressure0='157.063 bar' />
  <sample time='30:04 min' depth='5.1 m' />
  <sample time='30:06 min' depth='5.1 m' pressure0='156.787 bar' />
  <sample time='30:08 min' depth='5.0 m' />
  <sample time='30:10 min' depth='4.9 m' />
  <sample time='30:12 min' depth='4.7 m' pressure0='156.511 bar' rbt='58:00 min' />
  <sample time='30:14 min' depth='4.7 m' />
  <sample time='30:16 min' depth='4.7 m' pressure0='156.373 bar' />
  <sample time='30:18 min' depth='4.7 m' />
  <sample time='30:20 min' depth='4.8 m' />
  <sample time='30:22 min' depth='4.7 m' pressure0='155.959 bar' rbt='57:00 min' />
  <sample time='30:24 min' depth='4.6 m' />
  <sample time='30:26 min' depth='4.5 m' pressure0='155.822 bar' />
  <sample time='30:28 min' depth='4.3 m' rbt='58:00 min' />
  <sample time='30:30 min' depth='4.2 m' rbt='59:00 min' />
  <sample time='30:32 min' depth='4.1 m' rbt='61:00 min' />
  <sample time='30:34 min' depth='3.9 m' rbt='63:00 min' />
  <sample time='30:36 min' depth='4.0 m' rbt='64:00 min' />
  <sample time='30:38 min' depth='3.8 m' rbt='65:00 min' />
  <sample time='30:40 min' depth='3.5 m' />
  <sample time='30:42 min' depth='3.4 m' pressure0='155.408 bar' rbt='66:00 min' />
  <sample time='30:44 min' depth='3.2 m' rbt='67:00 min' />
  <sample time='30:46 min' depth='3.0 m' pressure0='155.132 bar' rbt='69:00 min' />
  <sample time='30:48 min' depth='2.7 m' rbt='70:00 min' />
  <sample time='30:50 min' depth='2.6 m' rbt='71:00 min' />
  <sample time='30:52 min' depth='2.4 m' pressure0='154.856 bar' rbt='72:00 min' />
  <sample time='30:54 min' depth='2.2 m' />
  <sample time='30:56 min' depth='2.2 m' pressure0='155.132 bar' rbt='74:00 min' />
  <sample time='30:58 min' depth='2.0 m' rbt='77:00 min' />
  <sample time='31:00 min' depth='2.1 m' rbt='79:00 min' />
  <sample time='31:02 min' depth='2.1 m' pressure0='154.718 bar' rbt='81:00 min' />
  <sample time='31:04 min' depth='2.1 m' rbt='83:00 min' />
  <sample time='31:06 min' depth='2.0 m' pressure0='154.443 bar' rbt='82:00 min' />
  <sample time='31:08 min' depth='2.0 m' rbt='81:00 min' />
  <sample time='31:10 min' depth='2.0 m' rbt='80:00 min' />
  <sample time='31:12 min' depth='1.9 m' pressure0='154.167 bar' rbt='79:00 min' />
  <sample time='31:14 min' depth='1.8 m' rbt='78:00 min' />
  <sample time='31:16 min' depth='1.8 m' pressure0='154.443 bar' rbt='79:00 min' />
  <sample time='31:18 min' depth='1.8 m' rbt='81:00 min' />
  <sample time='31:20 min' depth='1.8 m' rbt='83:00 min' />
  <sample time='31:22 min' depth='1.7 m' pressure0='154.167 bar' rbt='85:00 min' />
  <sample time='31:24 min' depth='1.6 m' rbt='87:00 min' />
  <sample time='31:26 min' depth='1.6 m' pressure0='153.891 bar' />
  <sample time='31:28 min' depth='1.7 m' rbt='86:00 min' />
  <sample time='31:30 min' depth='1.7 m' rbt='85:00 min' />
  <sample time='31:32 min' depth='1.6 m' pressure0='153.615 bar' rbt='84:00 min' />
  <sample time='31:34 min' depth='1.6 m' />
  <sample time='31:36 min' depth='1.5 m' pressure0='153.339 bar' />
  <sample time='31:38 min' depth='1.5 m' rbt='83:00 min' />
  <sample time='31:40 min' depth='1.4 m' rbt='82:00 min' />
  <sample time='31:42 min' depth='1.3 m' pressure0='153.202 bar' />
  <sample time='31:44 min' depth='1.4 m' rbt='81:00 min' />
  <sample time='31:46 min' depth='1.4 m' pressure0='153.064 bar' />
  <sample time='31:48 min' depth='1.4 m' rbt='82:00 min' />
  <sample time='31:50 min' depth='1.6 m' rbt='81:00 min' />
  <sample time='31:52 min' depth='1.6 m' rbt='82:00 min' />
  <sample time='31:54 min' depth='1.6 m' />
  <sample time='31:56 min' depth='1.6 m' pressure0='152.788 bar' />
  <sample time='31:58 min' depth='1.5 m' rbt='83:00 min' />
  <sample time='32:00 min' depth='1.4 m' />
  <sample time='32:02 min' depth='1.3 m' rbt='84:00 min' />
  <sample time='32:04 min' depth='1.0 m' rbt='85:00 min' />
  <sample time='32:06 min' depth='0.9 m' rbt='87:00 min' />
  <sample time='32:08 min' depth='0.4 m' rbt='90:00 min' />
  <sample time='32:10 min' depth='0.0 m' rbt='94:00 min' />
  <sample time='32:12 min' depth='0.0 m' pressure0='152.236 bar' rbt='95:00 min' />
  <sample time='32:14 min' depth='0.0 m' rbt='96:00 min' />
  <sample time='32:16 min' depth='0.0 m' pressure0='151.409 bar' rbt='94:00 min' />
  <sample time='32:18 min' depth='0.0 m' rbt='89:00 min' />
  <sample time='32:20 min' depth='0.0 m' rbt='85:00 min' />
  <sample time='32:22 min' depth='0.0 m' rbt='83:00 min' />
  <sample time='32:24 min' depth='0.0 m' rbt='81:00 min' />
  <sample time='32:26 min' depth='0.0 m' pressure0='151.547 bar' rbt='83:00 min' />
  <sample time='32:28 min' depth='0.0 m' rbt='85:00 min' />
  <sample time='32:30 min' depth='0.0 m' rbt='86:00 min' />
  <sample time='32:32 min' depth='0.0 m' pressure0='151.685 bar' rbt='88:00 min' />
  <sample time='32:34 min' depth='0.4 m' rbt='89:00 min' />
  <sample time='32:36 min' depth='0.3 m' pressure0='151.823 bar' rbt='90:00 min' />
  <sample time='32:38 min' depth='0.0 m' rbt='92:00 min' />
  <sample time='32:40 min' depth='0.3 m' rbt='94:00 min' />
  <sample time='32:42 min' depth='0.0 m' rbt='96:00 min' />
  <sample time='32:44 min' depth='0.3 m' rbt='98:00 min' />
  <sample time='32:46 min' depth='0.3 m' rbt='99:00 min' />
  <sample time='32:48 min' depth='0.3 m' rbt='100:00 min' />
  <sample time='32:50 min' depth='0.4 m' />
  <sample time='32:52 min' depth='0.0 m' pressure0='152.098 bar' rbt='107:00 min' />
  <sample time='32:54 min' depth='0.0 m' rbt='113:00 min' />
  <sample time='32:56 min' depth='0.0 m' rbt='118:00 min' />
  <sample time='32:58 min' depth='0.0 m' rbt='122:00 min' />
  <sample time='33:00 min' depth='0.0 m' rbt='123:00 min' />
  <sample time='33:02 min' depth='0.0 m' rbt='124:00 min' />
  <sample time='33:04 min' depth='0.0 m' rbt='125:00 min' />
  <sample time='33:06 min' depth='0.0 m' pressure0='152.236 bar' rbt='131:00 min' />
  <sample time='33:08 min' depth='0.0 m' rbt='141:00 min' />
  <sample time='33:10 min' depth='0.0 m' rbt='148:00 min' />
  <sample time='33:12 min' depth='0.0 m' pressure0='152.374 bar' rbt='161:00 min' />
  <sample time='33:14 min' depth='0.3 m' rbt='174:00 min' />
  <sample time='33:16 min' depth='0.0 m' rbt='179:00 min' />
  <sample time='33:18 min' depth='0.0 m' rbt='180:00 min' />
  <sample time='33:20 min' depth='0.0 m' rbt='178:00 min' />
  <sample time='33:22 min' depth='0.0 m' pressure0='152.512 bar' rbt='182:00 min' />
  <sample time='33:24 min' depth='0.0 m' rbt='185:00 min' />
  <sample time='33:26 min' depth='0.0 m' rbt='200:00 min' />
  <sample time='33:28 min' depth='0.0 m' rbt='219:00 min' />
  <sample time='33:30 min' depth='0.0 m' rbt='232:00 min' />
  <sample time='33:32 min' depth='0.0 m' rbt='239:00 min' />
  <sample time='33:34 min' depth='0.0 m' />
  <sample time='33:36 min' depth='0.0 m' />
  <sample time='33:38 min' depth='0.0 m' />
  <sample time='33:40 min' depth='0.0 m' />
  <sample time='33:42 min' depth='0.0 m' pressure0='152.65 bar' />
  <sample time='33:44 min' depth='0.0 m' />
  <sample time='33:46 min' depth='0.4 m' pressure0='152.788 bar' rbt='0:00 min' />
  <sample time='33:48 min' depth='0.5 m' />
  <sample time='33:50 min' depth='0.5 m' />
  <sample time='33:52 min' depth='0.0 m' />
  <sample time='33:54 min' depth='0.5 m' />
  <sample time='33:56 min' depth='0.5 m' pressure0='152.65 bar' />
  <sample time='33:58 min' depth='0.4 m' />
  <sample time='34:00 min' depth='0.0 m' />
  <sample time='34:02 min' depth='0.0 m' />
  <sample time='34:04 min' depth='0.0 m' />
  <sample time='34:06 min' depth='0.0 m' pressure0='152.788 bar' />
  <sample time='34:08 min' depth='0.0 m' />
  <sample time='34:10 min' depth='0.0 m' />
  <sample time='34:12 min' depth='0.0 m' />
  <sample time='34:14 min' depth='0.0 m' />
  <sample time='34:16 min' depth='0.0 m' />
  <sample time='34:18 min' depth='0.0 m' />
  <sample time='34:20 min' depth='0.0 m' />
  <sample time='34:22 min' depth='0.0 m' />
  <sample time='34:24 min' depth='0.4 m' />
  <sample time='34:26 min' depth='0.3 m' />
  <sample time='34:28 min' depth='0.0 m' />
  <sample time='34:30 min' depth='0.0 m' />
  <sample time='34:32 min' depth='0.0 m' />
  <sample time='34:34 min' depth='0.0 m' />
  <sample time='34:36 min' depth='0.0 m' pressure0='152.926 bar' />
  <sample time='34:38 min' depth='0.0 m' />
  <sample time='34:40 min' depth='0.0 m' pressure3='108.661 bar' />
  <sample time='34:42 min' depth='0.4 m' />
  <sample time='34:44 min' depth='0.0 m' />
  <sample time='34:46 min' depth='0.0 m' pressure0='153.064 bar' />
  <sample time='34:48 min' depth='0.0 m' />
  <sample time='34:50 min' depth='0.0 m' />
  <sample time='34:52 min' depth='0.0 m' pressure3='108.523 bar' />
  <sample time='34:54 min' depth='0.0 m' />
  <sample time='34:56 min' depth='0.0 m' />
  <sample time='34:58 min' depth='0.0 m' />
  <sample time='35:00 min' depth='0.0 m' />
  <sample time='35:02 min' depth='0.0 m' />
  <sample time='35:04 min' depth='0.4 m' />
  <sample time='35:06 min' depth='0.0 m' pressure0='151.133 bar' />
  <sample time='35:08 min' depth='0.0 m' />
  <sample time='35:10 min' depth='0.0 m' />
  <sample time='35:12 min' depth='0.0 m' pressure0='150.857 bar' />
  <sample time='35:14 min' depth='0.0 m' rbt='239:00 min' />
  <sample time='35:16 min' depth='0.0 m' pressure0='151.133 bar' />
  <sample time='35:18 min' depth='0.0 m' />
  <sample time='35:20 min' depth='0.0 m' />
  <sample time='35:22 min' depth='0.0 m' />
  <sample time='35:24 min' depth='0.0 m' />
  <sample time='35:26 min' depth='0.0 m' />
  <sample time='35:28 min' depth='0.0 m' pressure3='108.661 bar' />
  <sample time='35:30 min' depth='0.3 m' rbt='236:00 min' />
  <sample time='35:32 min' depth='0.0 m' />
  <sample time='35:34 min' depth='0.4 m' rbt='235:00 min' />
  <sample time='35:36 min' depth='0.4 m' />
  <sample time='35:38 min' depth='0.4 m' rbt='234:00 min' />
  <sample time='35:40 min' depth='0.3 m' rbt='233:00 min' />
  <sample time='35:42 min' depth='0.0 m' pressure0='151.271 bar' rbt='234:00 min' />
  <sample time='35:44 min' depth='0.0 m' rbt='235:00 min' />
  <sample time='35:46 min' depth='0.0 m' />
  <sample time='35:48 min' depth='0.0 m' rbt='232:00 min' />
  <sample time='35:50 min' depth='0.0 m' rbt='227:00 min' />
  <sample time='35:52 min' depth='0.4 m' rbt='221:00 min' />
  <sample time='35:54 min' depth='0.3 m' rbt='216:00 min' />
  <sample time='35:56 min' depth='0.0 m' rbt='215:00 min' />
  <sample time='35:58 min' depth='0.4 m' rbt='214:00 min' />
  <sample time='36:00 min' depth='0.4 m' rbt='213:00 min' />
  <sample time='36:02 min' depth='0.3 m' />
  <sample time='36:04 min' depth='0.0 m' rbt='214:00 min' />
  <sample time='36:06 min' depth='0.0 m' rbt='215:00 min' />
  <sample time='36:08 min' depth='0.0 m' rbt='217:00 min' />
  <sample time='36:10 min' depth='0.0 m' rbt='218:00 min' />
  <sample time='36:12 min' depth='0.5 m' rbt='217:00 min' />
  <sample time='36:14 min' depth='0.3 m' rbt='215:00 min' />
  <sample time='36:16 min' depth='0.0 m' />
  <sample time='36:18 min' depth='0.0 m' />
  <sample time='36:20 min' depth='0.0 m' rbt='216:00 min' />
  <sample time='36:22 min' depth='0.0 m' rbt='218:00 min' />
  <sample time='36:24 min' depth='0.0 m' rbt='219:00 min' />
  <sample time='36:26 min' depth='0.0 m' />
  <sample time='36:28 min' depth='0.0 m' />
  <sample time='36:30 min' depth='0.0 m' />
  <sample time='36:32 min' depth='0.0 m' />
  <sample time='36:34 min' depth='0.0 m' />
  <sample time='36:36 min' depth='0.0 m' />
  <sample time='36:38 min' depth='0.0 m' />
  <sample time='36:40 min' depth='0.0 m' />
  <sample time='36:42 min' depth='0.0 m' />
  <sample time='36:44 min' depth='0.0 m' />
  <sample time='36:46 min' depth='0.0 m' />
  <sample time='36:48 min' depth='0.0 m' />
  <sample time='36:50 min' depth='0.0 m' />
  <sample time='36:52 min' depth='0.0 m' />
  <sample time='36:54 min' depth='0.0 m' />
  <sample time='36:56 min' depth='0.0 m' />
  <sample time='36:58 min' depth='0.0 m' />
  <sample time='37:00 min' depth='0.0 m' />
  <sample time='37:02 min' depth='0.0 m' />
  <sample time='37:04 min' depth='0.0 m' />
  <sample time='37:06 min' depth='0.0 m' />
  </divecomputer>
</dive>
</dives>
</divelog>
-------------- next part --------------
<divelog program='subsurface' version='3'>
<settings>
<fingerprint model='41ef6c17' serial='5677bfef' deviceid='bbd14b39' diveid='1c32d8ab' data='62120893'/>
<fingerprint model='56d79d84' serial='c8ca11d3' deviceid='93bea6a4' diveid='e78b651a' data='4332344a333434362e666974000000000000000000000000'/>
<fingerprint model='7ae0fae1' serial='01d473df' deviceid='91be1c96' diveid='c37f8c08' data='120f2fe6070204'/>
</settings>
<divesites>
</divesites>
<dives>
<dive number='294' sac='21.949 l/min' otu='7' cns='1%' date='2022-02-20' time='09:23:31' duration='32:08 min'>
  <cylinder size='11.094 l' workpressure='206.843 bar' description='AL80' o2='21.0%' he='4.0%' end='151.271 bar' depth='67.339 m' />
  <cylinder size='11.094 l' workpressure='206.843 bar' description='AL80' o2='50.0%' start='185.0 bar' end='175.0 bar' depth='22.294 m' />
  <cylinder size='7.0 l' workpressure='200.0 bar' description='ALU7' o2='80.0%' start='185.0 bar' end='180.0 bar' depth='10.061 m' />
  <cylinder size='11.094 l' workpressure='206.843 bar' description='AL80' o2='21.0%' he='4.0%' depth='67.9 m' />
  <divecomputer model='Shearwater Teric' deviceid='bbd14b39' diveid='1c32d8ab'>
  <depth max='11.0 m' mean='6.998 m' />
  <temperature water='7.0 C' />
  <surface pressure='0.994 bar' />
  <water salinity='1000 g/l' />
  <extradata key='Logversion' value='13(PNF)' />
  <extradata key='Serial' value='5677bfef' />
  <extradata key='FW Version' value='19' />
  <extradata key='Deco model' value='GF 55/85' />
  <extradata key='Battery type' value='3.7V Li-Ion' />
  <extradata key='Battery at end' value='4.1 V' />
  <extradata key='T1 battery' value='normal' />
  <extradata key='T2 battery' value='normal' />
  <event time='0:02 min' type='25' flags='1' name='gaschange' cylinder='0' o2='21.0%' he='4.0%' />
  <event time='0:06 min' type='25' value='262165' name='gaschange' cylinder='3' o2='21.0%' he='4.0%' />
  <event time='23:00 min' type='25' value='262165' name='gaschange' cylinder='0' o2='21.0%' he='4.0%' />
  <event time='25:10 min' type='25' flags='2' name='gaschange' cylinder='1' o2='50.0%' />
  <event time='31:02 min' type='25' flags='3' name='gaschange' cylinder='2' o2='80.0%' />
  <sample time='0:02 min' depth='1.0 m' temp='8.0 C' pressure0='184.504 bar' pressure3='177.471 bar' />
  <sample time='0:04 min' depth='1.1 m' pressure0='184.642 bar' />
  <sample time='0:06 min' depth='1.4 m' />
  <sample time='0:08 min' depth='1.7 m' pressure3='177.057 bar' />
  <sample time='0:10 min' depth='1.9 m' />
  <sample time='0:12 min' depth='1.6 m' pressure3='176.506 bar' ndl='99:00 min' />
  <sample time='0:14 min' depth='1.7 m' />
  <sample time='0:16 min' depth='1.8 m' />
  <sample time='0:18 min' depth='1.7 m' pressure3='176.23 bar' />
  <sample time='0:20 min' depth='1.7 m' />
  <sample time='0:22 min' depth='1.7 m' pressure0='184.228 bar' pressure3='175.954 bar' />
  <sample time='0:24 min' depth='1.8 m' />
  <sample time='0:26 min' depth='1.8 m' />
  <sample time='0:28 min' depth='1.9 m' pressure3='175.541 bar' />
  <sample time='0:30 min' depth='1.7 m' />
  <sample time='0:32 min' depth='1.7 m' pressure3='175.127 bar' />
  <sample time='0:34 min' depth='1.7 m' />
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