Garmin gas change bug and some corner cases.

Michael Andreen harv at ruin.nu
Wed Nov 17 09:08:20 PST 2021


On Wednesday 17 November 2021 16:42:35 CET Dirk Hohndel wrote:
> Hi Michael,
> 
> Can you share a FIT file with such a gas change with myself and Linus
> (copied)? I've seen your PR and it looks reasonable, but I'd love to be
> able to have an actual FIT file to look at :)

Shared the FIT file through google drive with you.
 
> 
> So that's a bit challenging as parts of the code will have no concept
> of which tank is which when you are switching from 'air' to 'air'.
> IIRC the Suunto doesn't track tanks, it only tracks gases.
> The easiest hack around that is to have one tank as air (O2=21) and one
> as EAN22 - now we can tell them apart (and one percent in O2 content
> makes no reasonable difference anywhere). Not perfect, but solves that
> problem.

Yea, that's one of the options I've contemplated. For the Garmin it seems to 
be fine after the patch though.

> 
> > However, when I try to merge the dives, the transmitter pressure for both 
> > computers are linked to the first cylinder. Assuming I have the garmin as 
the 
> > first dive computer, is there some way to change the suunto transmitter 
> > pressure to apply to the 2nd cylinder? There doesn't seem to be any 
explicit 
> > association between pressure data in a sample and a cylinder. I tried to 
add a 
> > dummy pressure in front in the xml file, but that didn't seem to do 
anything.
> > 
> again, the suggestion above will fix this problem as well
> 

How would this solve the issue? For the Suunto, won't the transmitter pressure 
still be linked to the first cylinder? Let's say I import this from garmin:

First cylinder: gas air.
Second cylinder: ean22.

The garmin transmitter is linked to the first cylinder and the gas switches 
looks fine in this log.

If I then add the Suunto data, won't the transmitter still be linked to the 
first cylinder and then gas switches to the second cylinder will make the 
pressure graph switch from the correct transmitter value to calculated values? 
That's how it behaves currently me. (Of course I forgot to change the clock on 
the Suunto so had to manually merge after the import)

I've attached a log of how it looks. Cylinder 1 has the garmin transmitter and 
Cylinder 2 has the suunto transmitter.

The garmin log looks reasonable, of course it doesn't have the real pressure 
information for cylinder 2, but that's fine.

The suunto log shows it's own transmitter for cylinder 1 and when gas switches 
to cylinder 2 it switches to calculated values. What I would like to have here 
is calculated values for cylinder 1 and the suunto transmitter values for 
cylinder 2.

/Michael
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<divelog program='subsurface' version='3'>
<settings>
</settings>
<divesites>
</divesites>
<dives>
<dive number='1' sac='21.950 l/min' divesiteid='fde38cb3' date='2021-11-14' time='13:01:48' duration='80:54 min'>
  <cylinder size='12.0 l' workpressure='232.0 bar' description='12? 232 bar' depth='65.697 m' />
  <cylinder size='11.094 l' workpressure='206.843 bar' description='AL80' o2='22.0%' start='195.0 bar' end='73.0 bar' depth='65.697 m' />
  <divetemperature water='8.0 C'/>
  <divecomputer model='Garmin Descent Mk2/Mk2i' deviceid='93bea6a4' diveid='b6705762'>
  <depth max='3.502 m' mean='2.613 m' />
  <temperature water='8.0 C' />
  <water salinity='1025 g/l' />
  <extradata key='Deco model' value='Buhlmann ZHL-16C 50/70' />
  <extradata key='Serial' value='3368686035' />
  <extradata key='Firmware' value='8.40' />
  <extradata key='Sensor 1' value='b546a15a' />
  <event time='19:57 min' type='25' flags='3' name='gaschange' cylinder='1' o2='22.0%' />
  <event time='20:39 min' type='25' flags='1' name='gaschange' cylinder='0' />
  <event time='23:11 min' type='25' flags='3' name='gaschange' cylinder='1' o2='22.0%' />
  <event time='29:34 min' type='25' flags='1' name='gaschange' cylinder='0' />
  <event time='45:56 min' type='25' flags='3' name='gaschange' cylinder='1' o2='22.0%' />
  <event time='63:32 min' type='25' flags='1' name='gaschange' cylinder='0' />
  <event time='85:36 min' type='26' flags='4' name='Surface' />
  <event time='85:39 min' type='26' flags='4' name='Alert timed out' />
  <sample time='0:00 min' depth='1.364 m' temp='10.0 C' />
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  <sample time='84:13 min' depth='0.023 m' heartbeat='144' />
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  <sample time='84:15 min' depth='0.025 m' />
  <sample time='84:16 min' depth='0.026 m' pressure='118.84 bar' />
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  <sample time='84:46 min' depth='0.026 m' pressure='118.89 bar' heartbeat='141' />
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  <sample time='84:50 min' depth='0.021 m' />
  <sample time='84:51 min' depth='0.02 m' pressure='118.87 bar' />
  <sample time='84:52 min' depth='0.018 m' pressure='118.89 bar' />
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  <sample time='85:04 min' depth='0.027 m' heartbeat='136' />
  <sample time='85:05 min' depth='0.023 m' heartbeat='135' />
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  <sample time='85:25 min' depth='0.026 m' pressure='118.92 bar' heartbeat='130' />
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  <sample time='85:43 min' depth='0.03 m' heartbeat='130' />
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  <sample time='85:45 min' depth='0.018 m' heartbeat='132' />
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  <sample time='85:47 min' depth='0.03 m' pressure='118.97 bar' heartbeat='134' />
  <sample time='85:48 min' depth='0.029 m' pressure='118.92 bar' />
  <sample time='85:49 min' depth='0.028 m' />
  <sample time='85:50 min' depth='0.027 m' />
  <sample time='85:51 min' depth='0.026 m' pressure='118.89 bar' />
  <sample time='85:52 min' depth='0.026 m' heartbeat='132' />
  <sample time='85:53 min' depth='0.03 m' heartbeat='131' />
  <sample time='85:54 min' depth='0.025 m' pressure='118.97 bar' heartbeat='130' />
  <sample time='85:55 min' depth='0.031 m' heartbeat='132' />
  <sample time='85:56 min' depth='0.024 m' pressure='118.97 bar' heartbeat='131' />
  <sample time='85:57 min' depth='0.024 m' />
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  <divecomputer model='Suunto Vyper Air' deviceid='91be1c96' diveid='225e47a0' date='2021-11-14' time='14:01:45' duration='80:40 min'>
  <depth max='3.52 m' mean='2.644 m' />
  <temperature water='9.0 C' />
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  <event time='0:00 min' type='20' flags='1' name='pO?' />
  <event time='19:00 min' type='25' flags='1' name='gaschange' cylinder='0' />
  <event time='19:06 min' type='20' flags='2' name='pO?' />
  <event time='19:10 min' type='25' flags='1' name='gaschange' cylinder='0' />
  <event time='19:18 min' type='20' flags='1' name='pO?' />
  <event time='20:10 min' type='25' flags='1' name='gaschange' cylinder='0' />
  <event time='23:20 min' type='11' value='21' name='gaschange' cylinder='1' o2='22.0%' />
  <event time='23:21 min' type='20' flags='2' name='pO?' />
  <event time='29:40 min' type='25' flags='1' name='gaschange' cylinder='0' />
  <event time='29:42 min' type='20' flags='1' name='pO?' />
  <event time='46:00 min' type='11' value='21' name='gaschange' cylinder='1' o2='22.0%' />
  <event time='46:03 min' type='20' flags='2' name='pO?' />
  <event time='61:42 min' type='9' name='surface' />
  <event time='61:46 min' type='20' flags='1' name='pO?' />
  <event time='63:40 min' type='11' value='21' name='gaschange' cylinder='0' />
  <event time='70:38 min' type='20' flags='2' name='pO?' />
  <event time='70:38 min' type='9' name='surface' />
  <event time='70:39 min' type='20' flags='1' name='pO?' />
  <event time='73:10 min' type='20' flags='2' name='pO?' />
  <event time='73:10 min' type='9' name='surface' />
  <event time='73:13 min' type='20' flags='1' name='pO?' />
  <event time='73:50 min' type='20' flags='2' name='pO?' />
  <event time='73:51 min' type='20' flags='1' name='pO?' />
  <event time='74:21 min' type='20' flags='2' name='pO?' />
  <event time='74:22 min' type='20' flags='1' name='pO?' />
  <event time='75:43 min' type='20' flags='2' name='pO?' />
  <event time='75:43 min' type='9' name='surface' />
  <event time='75:45 min' type='20' flags='1' name='pO?' />
  <event time='75:50 min' type='20' flags='2' name='pO?' />
  <event time='75:51 min' type='20' flags='1' name='pO?' />
  <event time='80:12 min' type='20' flags='2' name='pO?' />
  <event time='80:12 min' type='9' name='surface' />
  <event time='80:19 min' type='20' flags='1' name='pO?' />
  <event time='80:33 min' type='20' flags='2' name='pO?' />
  <event time='80:37 min' type='20' flags='1' name='pO?' />
  <event time='80:39 min' type='20' flags='2' name='pO?' />
  <event time='80:44 min' type='20' flags='1' name='pO?' />
  <event time='80:46 min' type='20' flags='2' name='pO?' />
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  <sample time='5:00 min' depth='3.12 m' />
  <sample time='5:10 min' depth='3.3 m' />
  <sample time='5:20 min' depth='3.17 m' pressure='196.72 bar' />
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  <sample time='5:40 min' depth='3.27 m' pressure='196.78 bar' />
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  <sample time='6:30 min' depth='3.2 m' pressure='196.66 bar' />
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  <sample time='6:50 min' depth='3.28 m' />
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  <sample time='9:00 min' depth='3.39 m' pressure='196.68 bar' />
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  <sample time='10:00 min' depth='2.82 m' />
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  <sample time='11:00 min' depth='3.31 m' />
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  <sample time='12:00 min' depth='2.88 m' pressure='197.23 bar' />
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  <sample time='13:00 min' depth='3.2 m' pressure='195.7 bar' />
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  <sample time='13:20 min' depth='3.03 m' pressure='194.44 bar' />
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  <sample time='13:50 min' depth='3.47 m' pressure='193.16 bar' />
  <sample time='14:00 min' depth='2.95 m' pressure='192.83 bar' />
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  <sample time='14:20 min' depth='3.28 m' pressure='191.45 bar' />
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  <sample time='14:50 min' depth='3.13 m' pressure='189.99 bar' />
  <sample time='15:00 min' depth='3.04 m' pressure='189.55 bar' />
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  <sample time='68:20 min' depth='1.55 m' pressure='117.3 bar' />
  <sample time='68:30 min' depth='1.64 m' />
  <sample time='68:40 min' depth='1.64 m' />
  <sample time='68:50 min' depth='1.68 m' pressure='113.23 bar' />
  <sample time='69:00 min' depth='1.7 m' pressure='108.63 bar' />
  <sample time='69:10 min' depth='1.59 m' pressure='108.01 bar' />
  <sample time='69:20 min' depth='1.65 m' pressure='107.36 bar' />
  <sample time='69:30 min' depth='1.69 m' pressure='106.12 bar' />
  <sample time='69:40 min' depth='1.43 m' pressure='105.53 bar' />
  <sample time='69:50 min' depth='1.62 m' pressure='105.52 bar' />
  <sample time='70:00 min' depth='1.64 m' pressure='103.73 bar' />
  <sample time='70:10 min' depth='1.64 m' pressure='102.47 bar' />
  <sample time='70:20 min' depth='1.66 m' pressure='100.88 bar' />
  <sample time='70:30 min' depth='1.45 m' pressure='100.68 bar' />
  <sample time='70:40 min' depth='1.28 m' pressure='100.69 bar' />
  <sample time='70:50 min' depth='1.42 m' pressure='100.66 bar' />
  <sample time='71:00 min' depth='1.43 m' pressure='99.88 bar' />
  <sample time='71:10 min' depth='1.53 m' pressure='99.38 bar' />
  <sample time='71:20 min' depth='1.39 m' pressure='98.42 bar' />
  <sample time='71:30 min' depth='1.52 m' pressure='96.73 bar' />
  <sample time='71:40 min' depth='1.54 m' pressure='96.34 bar' />
  <sample time='71:50 min' depth='1.51 m' pressure='95.27 bar' />
  <sample time='72:00 min' depth='1.56 m' pressure='92.13 bar' />
  <sample time='72:10 min' depth='1.52 m' pressure='91.74 bar' />
  <sample time='72:20 min' depth='1.52 m' pressure='89.58 bar' />
  <sample time='72:30 min' depth='1.63 m' pressure='87.12 bar' />
  <sample time='72:40 min' depth='1.53 m' pressure='84.46 bar' />
  <sample time='72:50 min' depth='1.69 m' pressure='80.96 bar' />
  <sample time='73:00 min' depth='1.59 m' pressure='81.21 bar' />
  <sample time='73:10 min' depth='1.17 m' pressure='79.71 bar' />
  <sample time='73:20 min' depth='1.63 m' pressure='79.32 bar' />
  <sample time='73:30 min' depth='1.64 m' pressure='80.13 bar' />
  <sample time='73:40 min' depth='1.34 m' pressure='80.52 bar' />
  <sample time='73:50 min' depth='1.19 m' pressure='80.79 bar' />
  <sample time='74:00 min' depth='1.55 m' pressure='80.99 bar' />
  <sample time='74:10 min' depth='1.45 m' pressure='80.01 bar' />
  <sample time='74:20 min' depth='1.23 m' pressure='79.59 bar' />
  <sample time='74:30 min' depth='1.68 m' pressure='79.54 bar' />
  <sample time='74:40 min' depth='1.46 m' pressure='79.5 bar' />
  <sample time='74:50 min' depth='1.27 m' pressure='79.26 bar' />
  <sample time='75:00 min' depth='1.68 m' pressure='78.92 bar' />
  <sample time='75:10 min' depth='1.57 m' pressure='78.41 bar' />
  <sample time='75:20 min' depth='1.55 m' pressure='78.39 bar' />
  <sample time='75:30 min' depth='1.52 m' pressure='78.64 bar' />
  <sample time='75:40 min' depth='1.26 m' pressure='78.83 bar' />
  <sample time='75:50 min' depth='1.19 m' pressure='78.85 bar' />
  <sample time='76:00 min' depth='1.8 m' pressure='79.09 bar' />
  <sample time='76:10 min' depth='1.55 m' pressure='76.42 bar' />
  <sample time='76:20 min' depth='1.33 m' pressure='76.55 bar' />
  <sample time='76:30 min' depth='1.56 m' />
  <sample time='76:40 min' depth='1.33 m' />
  <sample time='76:50 min' depth='1.75 m' />
  <sample time='77:00 min' depth='1.71 m' />
  <sample time='77:10 min' depth='1.25 m' />
  <sample time='77:20 min' depth='1.94 m' pressure='72.97 bar' />
  <sample time='77:30 min' depth='2.12 m' pressure='72.78 bar' />
  <sample time='77:40 min' depth='2.12 m' pressure='72.76 bar' />
  <sample time='77:50 min' depth='1.86 m' />
  <sample time='78:00 min' depth='1.76 m' />
  <sample time='78:10 min' depth='1.26 m' />
  <sample time='78:20 min' depth='2.03 m' />
  <sample time='78:30 min' depth='1.84 m' />
  <sample time='78:40 min' depth='1.68 m' />
  <sample time='78:50 min' depth='1.8 m' />
  <sample time='79:00 min' depth='1.89 m' />
  <sample time='79:10 min' depth='1.74 m' />
  <sample time='79:20 min' depth='1.7 m' />
  <sample time='79:30 min' depth='1.75 m' />
  <sample time='79:40 min' depth='1.45 m' />
  <sample time='79:50 min' depth='1.61 m' />
  <sample time='80:00 min' depth='1.5 m' />
  <sample time='80:10 min' depth='1.37 m' />
  <sample time='80:20 min' depth='1.24 m' />
  <sample time='80:30 min' depth='1.3 m' pressure='72.78 bar' />
  <sample time='80:40 min' depth='1.18 m' pressure='72.76 bar' />
  </divecomputer>
</dive>
</dives>
</divelog>


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