mirror of
https://github.com/subsurface/subsurface.git
synced 2024-11-30 22:20:21 +00:00
62e95fdc86
We do _not_ read them back, since they are calculated values, although I guess we could aim to do that too at some point in case we have an import from somewhere else that has these values but not the profile (or gas use) to actually calculate them. Fix test-cases that are checked by TestParse (but nothing else) to match. Requested-by: Miika Turkia <miika.turkia@gmail.com> Signed-off-by: Linus Torvalds <torvalds@linux-foundation.org>
109 lines
5.2 KiB
XML
109 lines
5.2 KiB
XML
<divelog program='subsurface' version='3'>
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<settings>
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</settings>
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<divesites>
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</divesites>
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<dives>
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<dive otu='3' cns='1%' date='2009-10-10' time='05:32:41' duration='7:32 min'>
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<divecomputer model='DC text' deviceid='ffffffff'>
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<depth max='40.0 m' mean='22.32 m' />
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<temperature water='1.0 C' />
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<sample time='0:01 min' depth='1.0 m' temp='1.0 C' ndl='0:01 min' />
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<sample time='0:00 min' depth='1.0 m' temp='5.0 C' ndl='0:02 min' />
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<sample time='0:01 min' depth='1.2 m' temp='25.0 C' ndl='3:20 min' />
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<sample time='0:06 min' depth='2.7 m' />
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<sample time='0:11 min' depth='4.2 m' />
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<sample time='0:16 min' depth='5.7 m' />
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<sample time='0:21 min' depth='7.2 m' />
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<sample time='0:26 min' depth='8.7 m' />
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<sample time='0:31 min' depth='10.2 m' />
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<sample time='0:36 min' depth='11.4 m' ndl='2:12 min' />
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<sample time='0:41 min' depth='12.7 m' ndl='1:33 min' />
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<sample time='0:46 min' depth='13.9 m' ndl='1:14 min' />
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<sample time='0:51 min' depth='15.2 m' ndl='1:00 min' />
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<sample time='0:56 min' depth='16.4 m' ndl='0:48 min' />
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<sample time='1:01 min' depth='17.7 m' ndl='0:40 min' />
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<sample time='1:06 min' depth='18.9 m' ndl='0:32 min' />
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<sample time='1:11 min' depth='20.1 m' ndl='0:27 min' />
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<sample time='1:16 min' depth='21.0 m' ndl='0:24 min' />
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<sample time='1:21 min' depth='21.8 m' ndl='0:21 min' />
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<sample time='1:26 min' depth='22.6 m' ndl='0:19 min' />
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<sample time='1:31 min' depth='23.5 m' ndl='0:17 min' />
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<sample time='1:36 min' depth='24.3 m' ndl='0:16 min' />
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<sample time='1:41 min' depth='25.1 m' ndl='0:14 min' />
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<sample time='1:46 min' depth='26.0 m' ndl='0:13 min' />
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<sample time='1:51 min' depth='26.8 m' ndl='0:12 min' />
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<sample time='1:56 min' depth='27.6 m' ndl='0:11 min' />
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<sample time='2:01 min' depth='28.5 m' />
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<sample time='2:06 min' depth='29.3 m' ndl='0:10 min' />
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<sample time='2:11 min' depth='30.1 m' ndl='0:09 min' />
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<sample time='2:16 min' depth='30.7 m' />
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<sample time='2:21 min' depth='31.3 m' ndl='0:08 min' />
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<sample time='2:26 min' depth='31.9 m' />
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<sample time='2:31 min' depth='32.4 m' ndl='0:07 min' />
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<sample time='2:36 min' depth='33.0 m' />
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<sample time='2:41 min' depth='33.6 m' ndl='0:06 min' />
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<sample time='2:46 min' depth='34.2 m' />
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<sample time='2:51 min' depth='34.8 m' />
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<sample time='2:56 min' depth='35.4 m' ndl='0:05 min' />
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<sample time='3:01 min' depth='35.9 m' />
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<sample time='3:06 min' depth='36.5 m' />
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<sample time='3:11 min' depth='37.1 m' ndl='0:04 min' />
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<sample time='3:16 min' depth='37.7 m' />
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<sample time='3:21 min' depth='38.3 m' />
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<sample time='3:26 min' depth='38.9 m' />
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<sample time='3:31 min' depth='39.4 m' />
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<sample time='3:36 min' depth='40.0 m' ndl='0:03 min' />
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<sample time='3:41 min' depth='39.3 m' />
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<sample time='3:46 min' depth='38.4 m' />
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<sample time='3:51 min' depth='37.6 m' ndl='0:04 min' />
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<sample time='3:56 min' depth='36.8 m' />
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<sample time='4:01 min' depth='35.9 m' />
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<sample time='4:06 min' depth='35.1 m' />
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<sample time='4:11 min' depth='34.3 m' />
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<sample time='4:16 min' depth='33.4 m' />
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<sample time='4:21 min' depth='32.6 m' ndl='0:05 min' />
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<sample time='4:26 min' depth='31.8 m' />
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<sample time='4:31 min' depth='30.9 m' />
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<sample time='4:36 min' depth='30.1 m' ndl='0:06 min' />
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<sample time='4:41 min' depth='29.3 m' ndl='0:07 min' />
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<sample time='4:46 min' depth='28.4 m' />
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<sample time='4:51 min' depth='27.6 m' />
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<sample time='4:56 min' depth='26.8 m' ndl='0:08 min' />
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<sample time='5:01 min' depth='25.9 m' />
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<sample time='5:06 min' depth='25.1 m' ndl='0:09 min' />
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<sample time='5:11 min' depth='24.3 m' temp='26.0 C' ndl='0:10 min' />
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<sample time='5:16 min' depth='23.4 m' ndl='0:11 min' />
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<sample time='5:21 min' depth='22.6 m' ndl='0:12 min' />
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<sample time='5:26 min' depth='21.8 m' ndl='0:14 min' />
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<sample time='5:31 min' depth='20.9 m' ndl='0:16 min' />
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<sample time='5:36 min' depth='20.1 m' ndl='0:19 min' />
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<sample time='5:41 min' depth='19.3 m' ndl='0:21 min' />
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<sample time='5:46 min' depth='18.4 m' ndl='0:24 min' />
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<sample time='5:51 min' depth='17.6 m' ndl='0:29 min' />
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<sample time='5:56 min' depth='16.8 m' ndl='0:33 min' />
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<sample time='6:01 min' depth='15.9 m' ndl='0:39 min' />
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<sample time='6:06 min' depth='15.1 m' ndl='0:46 min' />
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<sample time='6:11 min' depth='14.3 m' ndl='0:54 min' />
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<sample time='6:16 min' depth='13.4 m' ndl='1:03 min' />
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<sample time='6:21 min' depth='12.6 m' ndl='1:14 min' />
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<sample time='6:26 min' depth='11.8 m' ndl='1:30 min' />
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<sample time='6:31 min' depth='10.9 m' ndl='2:00 min' />
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<sample time='6:36 min' depth='10.1 m' ndl='2:38 min' />
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<sample time='6:41 min' depth='9.3 m' ndl='3:20 min' />
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<sample time='6:46 min' depth='8.4 m' />
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<sample time='6:51 min' depth='7.6 m' />
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<sample time='6:56 min' depth='6.8 m' />
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<sample time='7:01 min' depth='5.9 m' />
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<sample time='7:06 min' depth='5.1 m' />
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<sample time='7:11 min' depth='4.3 m' />
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<sample time='7:16 min' depth='3.4 m' />
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<sample time='7:21 min' depth='2.6 m' />
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<sample time='7:26 min' depth='1.8 m' />
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<sample time='7:31 min' depth='0.9 m' />
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<sample time='7:32 min' depth='0.1 m' />
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<sample time='7:32 min' depth='0.0 m' />
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</divecomputer>
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</dive>
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</dives>
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</divelog>
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