mirror of
https://github.com/subsurface/subsurface.git
synced 2024-11-27 20:58:47 +00:00
Fix divinglog import temperature truncation
The code incorrectly divided the temperature by 10 as an integer, causing unnecessary precision loss due to truncation. Fix it, and update the test results for the now improved temperature import. Signed-off-by: Linus Torvalds <torvalds@linux-foundation.org> Signed-off-by: Dirk Hohndel <dirk@hohndel.org>
This commit is contained in:
Linus Torvalds
Dirk Hohndel
parent
03b10383c9
commit
d5a0184f71
2 changed files with 64 additions and 64 deletions
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@ -3294,7 +3294,7 @@ extern int divinglog_profile(void *handle, int columns, char **data, char **colu
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int tank = atoi_n(ptr2+7, 1);
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int rbt = atoi_n(ptr2+8, 3) * 60;
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cur_sample->temperature.mkelvin = C_to_mkelvin(temp / 10);
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cur_sample->temperature.mkelvin = C_to_mkelvin(temp / 10.0f);
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cur_sample->pressure[0].mbar = pressure * 100;
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if (oldcyl != tank) {
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struct gasmix *mix = &cur_dive->cylinder[tank].gasmix;
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@ -45,10 +45,10 @@
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<cylinder o2='25.0%' he='26.0%' />
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<cylinder o2='50.0%' he='6.0%' />
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<cylinder o2='100.0%' />
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<divetemperature air='11.0 C'/>
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<divetemperature air='11.0 C' water='5.0 C'/>
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<divecomputer model='OSTC'>
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<depth max='81.5 m' mean='22.379 m' />
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<temperature water='5.0 C' />
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<temperature water='5.1 C' />
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<event time='0:00 min' type='25' value='393266' name='gaschange' cylinder='0' o2='50.0%' he='6.0%' />
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<event time='10:30 min' type='25' value='3604496' name='gaschange' cylinder='1' o2='16.0%' he='55.0%' />
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<event time='15:50 min' type='25' value='1703961' name='gaschange' cylinder='2' o2='25.0%' he='26.0%' />
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@ -56,7 +56,7 @@
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<event time='40:10 min' type='25' value='1703961' name='gaschange' cylinder='2' o2='25.0%' he='26.0%' />
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<event time='49:20 min' type='25' value='393266' name='gaschange' cylinder='0' o2='50.0%' he='6.0%' />
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<event time='72:00 min' type='11' value='100' name='gaschange' cylinder='6' o2='100.0%' />
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<sample time='0:00 min' depth='2.68 m' temp='11.0 C' ndl='240:00 min' />
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<sample time='0:00 min' depth='2.68 m' temp='11.1 C' ndl='240:00 min' />
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<sample time='0:10 min' depth='3.46 m' />
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<sample time='0:20 min' depth='4.17 m' />
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<sample time='0:30 min' depth='3.74 m' />
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@ -67,103 +67,103 @@
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<sample time='1:20 min' depth='5.78 m' />
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<sample time='1:30 min' depth='6.5 m' />
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<sample time='1:40 min' depth='7.19 m' />
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<sample time='1:50 min' depth='7.66 m' temp='10.0 C' />
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<sample time='1:50 min' depth='7.66 m' temp='10.2 C' />
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<sample time='2:00 min' depth='7.73 m' />
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<sample time='2:10 min' depth='7.9 m' />
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<sample time='2:20 min' depth='7.8 m' />
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<sample time='2:30 min' depth='7.68 m' />
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<sample time='2:40 min' depth='7.31 m' />
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<sample time='2:50 min' depth='7.35 m' temp='9.0 C' />
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<sample time='2:50 min' depth='7.35 m' temp='9.6 C' />
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<sample time='3:00 min' depth='7.59 m' />
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<sample time='3:10 min' depth='7.84 m' />
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<sample time='3:20 min' depth='8.08 m' />
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<sample time='3:30 min' depth='8.24 m' />
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<sample time='3:40 min' depth='8.44 m' />
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<sample time='3:50 min' depth='8.51 m' cns='1%' />
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<sample time='3:50 min' depth='8.51 m' temp='9.2 C' cns='1%' />
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<sample time='4:00 min' depth='8.71 m' />
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<sample time='4:10 min' depth='9.23 m' />
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<sample time='4:20 min' depth='9.57 m' />
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<sample time='4:30 min' depth='9.95 m' />
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<sample time='4:40 min' depth='9.96 m' />
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<sample time='4:50 min' depth='9.92 m' temp='8.0 C' />
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<sample time='4:50 min' depth='9.92 m' temp='8.9 C' />
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<sample time='5:00 min' depth='10.0 m' />
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<sample time='5:10 min' depth='10.35 m' />
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<sample time='5:20 min' depth='10.43 m' />
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<sample time='5:30 min' depth='10.57 m' />
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<sample time='5:40 min' depth='10.76 m' />
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<sample time='5:50 min' depth='11.45 m' cns='2%' />
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<sample time='5:50 min' depth='11.45 m' temp='8.6 C' cns='2%' />
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<sample time='6:00 min' depth='11.7 m' />
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<sample time='6:10 min' depth='11.84 m' />
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<sample time='6:20 min' depth='11.95 m' />
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<sample time='6:30 min' depth='12.47 m' />
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<sample time='6:40 min' depth='12.66 m' />
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<sample time='6:50 min' depth='13.01 m' />
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<sample time='6:50 min' depth='13.01 m' temp='8.2 C' />
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<sample time='7:00 min' depth='13.09 m' />
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<sample time='7:10 min' depth='13.52 m' />
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<sample time='7:20 min' depth='14.08 m' />
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<sample time='7:30 min' depth='14.32 m' />
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<sample time='7:40 min' depth='15.0 m' />
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<sample time='7:50 min' depth='15.15 m' temp='7.0 C' />
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<sample time='7:50 min' depth='15.15 m' temp='7.7 C' />
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<sample time='8:00 min' depth='15.7 m' />
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<sample time='8:10 min' depth='15.47 m' />
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<sample time='8:20 min' depth='16.18 m' />
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<sample time='8:30 min' depth='16.61 m' />
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<sample time='8:40 min' depth='17.09 m' />
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<sample time='8:50 min' depth='17.75 m' />
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<sample time='8:50 min' depth='17.75 m' temp='7.0 C' />
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<sample time='9:00 min' depth='18.21 m' />
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<sample time='9:10 min' depth='18.65 m' />
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<sample time='9:20 min' depth='19.03 m' />
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<sample time='9:30 min' depth='19.31 m' />
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<sample time='9:40 min' depth='19.88 m' />
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<sample time='9:50 min' depth='19.84 m' temp='6.0 C' cns='4%' />
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<sample time='9:50 min' depth='19.84 m' temp='6.6 C' cns='4%' />
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<sample time='10:00 min' depth='20.19 m' />
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<sample time='10:10 min' depth='20.63 m' />
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<sample time='10:20 min' depth='21.17 m' />
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<sample time='10:30 min' depth='21.48 m' />
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<sample time='10:40 min' depth='21.66 m' />
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<sample time='10:50 min' depth='21.87 m' ndl='10:00 min' />
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<sample time='10:50 min' depth='21.87 m' temp='6.3 C' ndl='10:00 min' />
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<sample time='11:00 min' depth='22.01 m' />
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<sample time='11:10 min' depth='22.06 m' />
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<sample time='11:20 min' depth='21.9 m' />
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<sample time='11:30 min' depth='22.16 m' />
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<sample time='11:40 min' depth='22.26 m' />
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<sample time='11:50 min' depth='22.75 m' temp='5.0 C' ndl='9:00 min' />
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<sample time='11:50 min' depth='22.75 m' temp='5.9 C' ndl='9:00 min' />
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<sample time='12:00 min' depth='22.41 m' />
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<sample time='12:10 min' depth='22.4 m' />
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<sample time='12:20 min' depth='22.41 m' />
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<sample time='12:30 min' depth='22.2 m' />
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<sample time='12:40 min' depth='22.4 m' />
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<sample time='12:50 min' depth='22.7 m' ndl='8:00 min' />
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<sample time='12:50 min' depth='22.7 m' temp='5.7 C' ndl='8:00 min' />
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<sample time='13:00 min' depth='22.93 m' />
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<sample time='13:10 min' depth='22.56 m' />
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<sample time='13:20 min' depth='22.69 m' />
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<sample time='13:30 min' depth='23.0 m' />
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<sample time='13:40 min' depth='23.7 m' />
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<sample time='13:50 min' depth='23.51 m' ndl='6:00 min' cns='5%' />
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<sample time='13:50 min' depth='23.51 m' temp='5.6 C' ndl='6:00 min' cns='5%' />
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<sample time='14:00 min' depth='23.1 m' />
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<sample time='14:10 min' depth='23.33 m' />
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<sample time='14:20 min' depth='22.58 m' />
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<sample time='14:30 min' depth='22.04 m' />
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<sample time='14:40 min' depth='22.36 m' />
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<sample time='14:50 min' depth='22.21 m' />
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<sample time='14:50 min' depth='22.21 m' temp='5.5 C' />
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<sample time='15:00 min' depth='21.95 m' />
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<sample time='15:10 min' depth='21.3 m' />
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<sample time='15:20 min' depth='21.26 m' />
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<sample time='15:30 min' depth='21.14 m' />
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<sample time='15:40 min' depth='21.21 m' />
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<sample time='15:50 min' depth='21.66 m' ndl='18:00 min' />
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<sample time='15:50 min' depth='21.66 m' temp='5.4 C' ndl='18:00 min' />
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<sample time='16:00 min' depth='22.33 m' />
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<sample time='16:10 min' depth='22.39 m' />
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<sample time='16:20 min' depth='22.62 m' />
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<sample time='16:30 min' depth='22.96 m' />
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<sample time='16:40 min' depth='23.97 m' />
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<sample time='16:50 min' depth='24.88 m' ndl='11:00 min' />
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<sample time='16:50 min' depth='24.88 m' temp='5.3 C' ndl='11:00 min' />
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<sample time='17:00 min' depth='25.78 m' />
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<sample time='17:10 min' depth='26.66 m' />
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<sample time='17:20 min' depth='27.43 m' />
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<sample time='17:30 min' depth='27.81 m' />
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<sample time='17:40 min' depth='28.32 m' />
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<sample time='17:50 min' depth='29.01 m' ndl='6:00 min' />
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<sample time='17:50 min' depth='29.01 m' temp='5.2 C' ndl='6:00 min' />
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<sample time='18:00 min' depth='29.63 m' />
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<sample time='18:10 min' depth='30.61 m' />
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<sample time='18:20 min' depth='31.92 m' />
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@ -187,7 +187,7 @@
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<sample time='21:20 min' depth='58.94 m' />
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<sample time='21:30 min' depth='61.03 m' />
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<sample time='21:40 min' depth='62.84 m' />
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<sample time='21:50 min' depth='64.2 m' stopdepth='21.0 m' cns='7%' />
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<sample time='21:50 min' depth='64.2 m' temp='5.3 C' stopdepth='21.0 m' cns='7%' />
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<sample time='22:00 min' depth='66.32 m' />
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<sample time='22:10 min' depth='68.55 m' />
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<sample time='22:20 min' depth='70.44 m' />
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@ -205,7 +205,7 @@
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<sample time='24:20 min' depth='78.09 m' />
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<sample time='24:30 min' depth='78.2 m' />
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<sample time='24:40 min' depth='78.39 m' />
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<sample time='24:50 min' depth='78.66 m' stopdepth='30.0 m' />
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<sample time='24:50 min' depth='78.66 m' temp='5.2 C' stopdepth='30.0 m' />
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<sample time='25:00 min' depth='78.75 m' />
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<sample time='25:10 min' depth='78.92 m' />
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<sample time='25:20 min' depth='78.73 m' />
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@ -229,25 +229,25 @@
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<sample time='28:20 min' depth='78.35 m' />
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<sample time='28:30 min' depth='78.45 m' />
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<sample time='28:40 min' depth='78.18 m' />
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<sample time='28:50 min' depth='77.78 m' stopdepth='36.0 m' />
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<sample time='28:50 min' depth='77.78 m' temp='5.1 C' stopdepth='36.0 m' />
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<sample time='29:00 min' depth='77.78 m' />
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<sample time='29:10 min' depth='76.76 m' />
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<sample time='29:20 min' depth='75.75 m' />
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<sample time='29:30 min' depth='74.95 m' />
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<sample time='29:40 min' depth='74.33 m' />
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<sample time='29:50 min' depth='74.1 m' cns='12%' />
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<sample time='29:50 min' depth='74.1 m' temp='5.2 C' cns='12%' />
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<sample time='30:00 min' depth='73.76 m' />
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<sample time='30:10 min' depth='73.1 m' />
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<sample time='30:20 min' depth='71.91 m' />
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<sample time='30:30 min' depth='70.79 m' />
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<sample time='30:40 min' depth='69.68 m' />
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<sample time='30:50 min' depth='69.23 m' />
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<sample time='30:50 min' depth='69.23 m' temp='5.3 C' />
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<sample time='31:00 min' depth='68.51 m' />
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<sample time='31:10 min' depth='68.6 m' />
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<sample time='31:20 min' depth='68.43 m' />
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<sample time='31:30 min' depth='67.49 m' />
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<sample time='31:40 min' depth='66.86 m' />
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<sample time='31:50 min' depth='65.99 m' cns='13%' />
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<sample time='31:50 min' depth='65.99 m' temp='5.4 C' cns='13%' />
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<sample time='32:00 min' depth='65.48 m' />
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<sample time='32:10 min' depth='65.02 m' />
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<sample time='32:20 min' depth='64.73 m' />
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@ -259,7 +259,7 @@
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<sample time='33:20 min' depth='60.05 m' />
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<sample time='33:30 min' depth='58.42 m' />
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<sample time='33:40 min' depth='58.14 m' />
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<sample time='33:50 min' depth='56.7 m' cns='14%' />
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<sample time='33:50 min' depth='56.7 m' temp='5.5 C' cns='14%' />
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<sample time='34:00 min' depth='56.22 m' />
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<sample time='34:10 min' depth='55.46 m' />
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<sample time='34:20 min' depth='55.09 m' />
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@ -271,7 +271,7 @@
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<sample time='35:20 min' depth='50.37 m' />
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<sample time='35:30 min' depth='49.57 m' />
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<sample time='35:40 min' depth='48.71 m' />
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<sample time='35:50 min' depth='47.76 m' />
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<sample time='35:50 min' depth='47.76 m' temp='5.6 C' />
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<sample time='36:00 min' depth='47.4 m' />
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<sample time='36:10 min' depth='47.14 m' />
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<sample time='36:20 min' depth='46.89 m' />
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@ -307,7 +307,7 @@
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<sample time='41:20 min' depth='27.86 m' />
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<sample time='41:30 min' depth='27.68 m' />
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<sample time='41:40 min' depth='27.38 m' />
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<sample time='41:50 min' depth='26.92 m' stopdepth='27.0 m' cns='16%' />
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<sample time='41:50 min' depth='26.92 m' temp='5.7 C' stopdepth='27.0 m' cns='16%' />
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<sample time='42:00 min' depth='26.64 m' />
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<sample time='42:10 min' depth='26.45 m' />
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<sample time='42:20 min' depth='26.05 m' />
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@ -325,7 +325,7 @@
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<sample time='44:20 min' depth='23.04 m' />
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<sample time='44:30 min' depth='22.78 m' />
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<sample time='44:40 min' depth='22.37 m' />
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<sample time='44:50 min' depth='22.51 m' stoptime='1:00 min' />
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<sample time='44:50 min' depth='22.51 m' temp='5.8 C' stoptime='1:00 min' />
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<sample time='45:00 min' depth='22.71 m' />
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<sample time='45:10 min' depth='22.43 m' />
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<sample time='45:20 min' depth='22.59 m' />
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@ -367,7 +367,7 @@
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<sample time='51:20 min' depth='20.2 m' />
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<sample time='51:30 min' depth='20.27 m' />
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<sample time='51:40 min' depth='20.22 m' />
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<sample time='51:50 min' depth='20.64 m' stoptime='1:00 min' cns='19%' />
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<sample time='51:50 min' depth='20.64 m' temp='5.7 C' stoptime='1:00 min' cns='19%' />
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<sample time='52:00 min' depth='20.75 m' />
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<sample time='52:10 min' depth='20.5 m' />
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<sample time='52:20 min' depth='20.31 m' />
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@ -379,7 +379,7 @@
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<sample time='53:20 min' depth='18.66 m' />
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<sample time='53:30 min' depth='17.98 m' />
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<sample time='53:40 min' depth='17.9 m' />
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<sample time='53:50 min' depth='17.35 m' stoptime='4:00 min' cns='21%' />
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<sample time='53:50 min' depth='17.35 m' temp='5.8 C' stoptime='4:00 min' cns='21%' />
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<sample time='54:00 min' depth='17.29 m' />
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<sample time='54:10 min' depth='16.96 m' />
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<sample time='54:20 min' depth='15.98 m' />
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@ -391,7 +391,7 @@
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<sample time='55:20 min' depth='15.54 m' />
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<sample time='55:30 min' depth='14.99 m' />
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<sample time='55:40 min' depth='14.76 m' />
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<sample time='55:50 min' depth='14.54 m' stoptime='2:00 min' cns='22%' />
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<sample time='55:50 min' depth='14.54 m' temp='5.9 C' stoptime='2:00 min' cns='22%' />
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<sample time='56:00 min' depth='13.85 m' />
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<sample time='56:10 min' depth='13.54 m' />
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<sample time='56:20 min' depth='13.36 m' />
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@ -403,31 +403,31 @@
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<sample time='57:20 min' depth='12.25 m' />
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<sample time='57:30 min' depth='12.35 m' />
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<sample time='57:40 min' depth='12.58 m' />
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<sample time='57:50 min' depth='12.91 m' stoptime='8:00 min' stopdepth='9.0 m' cns='23%' />
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<sample time='57:50 min' depth='12.91 m' temp='6.2 C' stoptime='8:00 min' stopdepth='9.0 m' cns='23%' />
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<sample time='58:00 min' depth='12.96 m' />
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<sample time='58:10 min' depth='12.64 m' />
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<sample time='58:20 min' depth='12.76 m' />
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<sample time='58:30 min' depth='12.73 m' />
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<sample time='58:40 min' depth='12.59 m' />
|
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<sample time='58:50 min' depth='12.2 m' stoptime='7:00 min' />
|
||||
<sample time='58:50 min' depth='12.2 m' temp='6.4 C' stoptime='7:00 min' />
|
||||
<sample time='59:00 min' depth='12.05 m' />
|
||||
<sample time='59:10 min' depth='11.82 m' />
|
||||
<sample time='59:20 min' depth='11.48 m' />
|
||||
<sample time='59:30 min' depth='11.65 m' />
|
||||
<sample time='59:40 min' depth='11.42 m' />
|
||||
<sample time='59:50 min' depth='11.57 m' stoptime='6:00 min' cns='24%' />
|
||||
<sample time='59:50 min' depth='11.57 m' temp='6.6 C' stoptime='6:00 min' cns='24%' />
|
||||
<sample time='60:00 min' depth='11.47 m' />
|
||||
<sample time='60:10 min' depth='11.14 m' />
|
||||
<sample time='60:20 min' depth='10.78 m' />
|
||||
<sample time='60:30 min' depth='10.56 m' />
|
||||
<sample time='60:40 min' depth='10.3 m' />
|
||||
<sample time='60:50 min' depth='10.33 m' stoptime='5:00 min' />
|
||||
<sample time='60:50 min' depth='10.33 m' temp='6.7 C' stoptime='5:00 min' />
|
||||
<sample time='61:00 min' depth='10.45 m' />
|
||||
<sample time='61:10 min' depth='10.19 m' />
|
||||
<sample time='61:20 min' depth='9.95 m' />
|
||||
<sample time='61:30 min' depth='9.8 m' />
|
||||
<sample time='61:40 min' depth='9.75 m' />
|
||||
<sample time='61:50 min' depth='9.49 m' stoptime='4:00 min' />
|
||||
<sample time='61:50 min' depth='9.49 m' temp='6.9 C' stoptime='4:00 min' />
|
||||
<sample time='62:00 min' depth='9.61 m' />
|
||||
<sample time='62:10 min' depth='9.44 m' />
|
||||
<sample time='62:20 min' depth='9.3 m' />
|
||||
|
|
@ -439,7 +439,7 @@
|
|||
<sample time='63:20 min' depth='9.55 m' />
|
||||
<sample time='63:30 min' depth='9.51 m' />
|
||||
<sample time='63:40 min' depth='9.45 m' />
|
||||
<sample time='63:50 min' depth='9.42 m' stoptime='2:00 min' cns='25%' />
|
||||
<sample time='63:50 min' depth='9.42 m' temp='7.1 C' stoptime='2:00 min' cns='25%' />
|
||||
<sample time='64:00 min' depth='9.46 m' />
|
||||
<sample time='64:10 min' depth='9.51 m' />
|
||||
<sample time='64:20 min' depth='9.52 m' />
|
||||
|
|
@ -457,43 +457,43 @@
|
|||
<sample time='66:20 min' depth='8.65 m' />
|
||||
<sample time='66:30 min' depth='8.33 m' />
|
||||
<sample time='66:40 min' depth='7.98 m' />
|
||||
<sample time='66:50 min' depth='7.87 m' stoptime='8:00 min' />
|
||||
<sample time='66:50 min' depth='7.87 m' temp='7.2 C' stoptime='8:00 min' />
|
||||
<sample time='67:00 min' depth='7.63 m' />
|
||||
<sample time='67:10 min' depth='7.88 m' />
|
||||
<sample time='67:20 min' depth='7.78 m' />
|
||||
<sample time='67:30 min' depth='7.39 m' />
|
||||
<sample time='67:40 min' depth='7.3 m' />
|
||||
<sample time='67:50 min' depth='7.33 m' stoptime='7:00 min' />
|
||||
<sample time='67:50 min' depth='7.33 m' temp='7.3 C' stoptime='7:00 min' />
|
||||
<sample time='68:00 min' depth='7.16 m' />
|
||||
<sample time='68:10 min' depth='7.18 m' />
|
||||
<sample time='68:20 min' depth='7.37 m' />
|
||||
<sample time='68:30 min' depth='7.22 m' />
|
||||
<sample time='68:40 min' depth='7.54 m' />
|
||||
<sample time='68:50 min' depth='7.23 m' />
|
||||
<sample time='68:50 min' depth='7.23 m' temp='7.4 C' />
|
||||
<sample time='69:00 min' depth='7.24 m' />
|
||||
<sample time='69:10 min' depth='7.26 m' />
|
||||
<sample time='69:20 min' depth='7.06 m' />
|
||||
<sample time='69:30 min' depth='7.3 m' />
|
||||
<sample time='69:40 min' depth='6.95 m' />
|
||||
<sample time='69:50 min' depth='7.2 m' stoptime='6:00 min' cns='27%' />
|
||||
<sample time='69:50 min' depth='7.2 m' temp='7.5 C' stoptime='6:00 min' cns='27%' />
|
||||
<sample time='70:00 min' depth='6.79 m' />
|
||||
<sample time='70:10 min' depth='6.54 m' />
|
||||
<sample time='70:20 min' depth='6.77 m' />
|
||||
<sample time='70:30 min' depth='6.34 m' />
|
||||
<sample time='70:40 min' depth='6.39 m' />
|
||||
<sample time='70:50 min' depth='6.26 m' stoptime='5:00 min' />
|
||||
<sample time='70:50 min' depth='6.26 m' temp='7.6 C' stoptime='5:00 min' />
|
||||
<sample time='71:00 min' depth='6.28 m' />
|
||||
<sample time='71:10 min' depth='6.27 m' />
|
||||
<sample time='71:20 min' depth='6.29 m' />
|
||||
<sample time='71:30 min' depth='5.92 m' />
|
||||
<sample time='71:40 min' depth='5.7 m' />
|
||||
<sample time='71:50 min' depth='5.84 m' />
|
||||
<sample time='71:50 min' depth='5.84 m' temp='7.8 C' />
|
||||
<sample time='72:00 min' depth='5.89 m' />
|
||||
<sample time='72:10 min' depth='6.07 m' />
|
||||
<sample time='72:20 min' depth='5.76 m' />
|
||||
<sample time='72:30 min' depth='5.77 m' />
|
||||
<sample time='72:40 min' depth='5.83 m' />
|
||||
<sample time='72:50 min' depth='5.87 m' stoptime='4:00 min' />
|
||||
<sample time='72:50 min' depth='5.87 m' temp='7.9 C' stoptime='4:00 min' />
|
||||
<sample time='73:00 min' depth='5.88 m' />
|
||||
<sample time='73:10 min' depth='5.84 m' />
|
||||
<sample time='73:20 min' depth='5.73 m' />
|
||||
|
|
@ -511,13 +511,13 @@
|
|||
<sample time='75:20 min' depth='6.16 m' />
|
||||
<sample time='75:30 min' depth='6.12 m' />
|
||||
<sample time='75:40 min' depth='6.21 m' />
|
||||
<sample time='75:50 min' depth='6.4 m' stoptime='1:00 min' cns='33%' />
|
||||
<sample time='75:50 min' depth='6.4 m' temp='8.1 C' stoptime='1:00 min' cns='33%' />
|
||||
<sample time='76:00 min' depth='5.83 m' />
|
||||
<sample time='76:10 min' depth='5.74 m' />
|
||||
<sample time='76:20 min' depth='6.0 m' />
|
||||
<sample time='76:30 min' depth='5.96 m' />
|
||||
<sample time='76:40 min' depth='6.17 m' />
|
||||
<sample time='76:50 min' depth='5.99 m' stoptime='16:00 min' stopdepth='3.0 m' />
|
||||
<sample time='76:50 min' depth='5.99 m' temp='8.2 C' stoptime='16:00 min' stopdepth='3.0 m' />
|
||||
<sample time='77:00 min' depth='6.0 m' />
|
||||
<sample time='77:10 min' depth='6.17 m' />
|
||||
<sample time='77:20 min' depth='5.92 m' />
|
||||
|
|
@ -535,13 +535,13 @@
|
|||
<sample time='79:20 min' depth='4.51 m' />
|
||||
<sample time='79:30 min' depth='4.61 m' />
|
||||
<sample time='79:40 min' depth='4.73 m' />
|
||||
<sample time='79:50 min' depth='4.63 m' stoptime='13:00 min' cns='37%' />
|
||||
<sample time='79:50 min' depth='4.63 m' temp='8.3 C' stoptime='13:00 min' cns='37%' />
|
||||
<sample time='80:00 min' depth='4.68 m' />
|
||||
<sample time='80:10 min' depth='4.63 m' />
|
||||
<sample time='80:20 min' depth='4.49 m' />
|
||||
<sample time='80:30 min' depth='4.44 m' />
|
||||
<sample time='80:40 min' depth='4.43 m' />
|
||||
<sample time='80:50 min' depth='4.53 m' stoptime='12:00 min' />
|
||||
<sample time='80:50 min' depth='4.53 m' temp='8.5 C' stoptime='12:00 min' />
|
||||
<sample time='81:00 min' depth='4.69 m' />
|
||||
<sample time='81:10 min' depth='4.55 m' />
|
||||
<sample time='81:20 min' depth='4.6 m' />
|
||||
|
|
@ -553,19 +553,19 @@
|
|||
<sample time='82:20 min' depth='4.12 m' />
|
||||
<sample time='82:30 min' depth='4.03 m' />
|
||||
<sample time='82:40 min' depth='3.72 m' />
|
||||
<sample time='82:50 min' depth='3.58 m' stoptime='10:00 min' />
|
||||
<sample time='82:50 min' depth='3.58 m' temp='8.6 C' stoptime='10:00 min' />
|
||||
<sample time='83:00 min' depth='3.7 m' />
|
||||
<sample time='83:10 min' depth='3.8 m' />
|
||||
<sample time='83:20 min' depth='3.42 m' />
|
||||
<sample time='83:30 min' depth='3.31 m' />
|
||||
<sample time='83:40 min' depth='3.44 m' />
|
||||
<sample time='83:50 min' depth='3.79 m' stoptime='9:00 min' cns='40%' />
|
||||
<sample time='83:50 min' depth='3.79 m' temp='8.7 C' stoptime='9:00 min' cns='40%' />
|
||||
<sample time='84:00 min' depth='3.89 m' />
|
||||
<sample time='84:10 min' depth='3.82 m' />
|
||||
<sample time='84:20 min' depth='3.62 m' />
|
||||
<sample time='84:30 min' depth='3.7 m' />
|
||||
<sample time='84:40 min' depth='3.48 m' />
|
||||
<sample time='84:50 min' depth='3.51 m' stoptime='8:00 min' />
|
||||
<sample time='84:50 min' depth='3.51 m' temp='8.8 C' stoptime='8:00 min' />
|
||||
<sample time='85:00 min' depth='3.68 m' />
|
||||
<sample time='85:10 min' depth='3.52 m' />
|
||||
<sample time='85:20 min' depth='3.98 m' />
|
||||
|
|
@ -577,7 +577,7 @@
|
|||
<sample time='86:20 min' depth='3.54 m' />
|
||||
<sample time='86:30 min' depth='3.58 m' />
|
||||
<sample time='86:40 min' depth='3.42 m' />
|
||||
<sample time='86:50 min' depth='3.94 m' stoptime='6:00 min' />
|
||||
<sample time='86:50 min' depth='3.94 m' temp='8.9 C' stoptime='6:00 min' />
|
||||
<sample time='87:00 min' depth='4.09 m' />
|
||||
<sample time='87:10 min' depth='4.14 m' />
|
||||
<sample time='87:20 min' depth='4.01 m' />
|
||||
|
|
@ -631,7 +631,7 @@
|
|||
<sample time='95:20 min' depth='4.14 m' />
|
||||
<sample time='95:30 min' depth='3.99 m' />
|
||||
<sample time='95:40 min' depth='3.8 m' />
|
||||
<sample time='95:50 min' depth='3.5 m' cns='48%' />
|
||||
<sample time='95:50 min' depth='3.5 m' temp='9.1 C' cns='48%' />
|
||||
<sample time='96:00 min' depth='3.37 m' />
|
||||
<sample time='96:10 min' depth='3.39 m' />
|
||||
<sample time='96:20 min' depth='2.94 m' />
|
||||
|
|
@ -643,13 +643,13 @@
|
|||
<sample time='97:20 min' depth='1.99 m' />
|
||||
<sample time='97:30 min' depth='1.88 m' />
|
||||
<sample time='97:40 min' depth='1.18 m' />
|
||||
<sample time='97:50 min' depth='1.47 m' cns='49%' />
|
||||
<sample time='97:50 min' depth='1.47 m' temp='9.2 C' cns='49%' />
|
||||
<sample time='98:00 min' depth='1.12 m' />
|
||||
<sample time='98:10 min' depth='1.17 m' />
|
||||
<sample time='98:20 min' depth='1.04 m' />
|
||||
<sample time='98:30 min' depth='0.85 m' />
|
||||
<sample time='98:40 min' depth='0.48 m' />
|
||||
<sample time='98:50 min' depth='0.0 m' />
|
||||
<sample time='98:50 min' depth='0.0 m' temp='9.4 C' />
|
||||
<sample time='99:00 min' depth='0.0 m' />
|
||||
<sample time='99:10 min' depth='0.03 m' />
|
||||
<sample time='99:20 min' depth='0.0 m' />
|
||||
|
|
@ -661,25 +661,25 @@
|
|||
<sample time='100:20 min' depth='0.0 m' />
|
||||
<sample time='100:30 min' depth='0.0 m' />
|
||||
<sample time='100:40 min' depth='0.0 m' />
|
||||
<sample time='100:50 min' depth='0.0 m' />
|
||||
<sample time='100:50 min' depth='0.0 m' temp='10.2 C' />
|
||||
<sample time='101:00 min' depth='0.0 m' />
|
||||
<sample time='101:10 min' depth='0.0 m' />
|
||||
<sample time='101:20 min' depth='0.0 m' />
|
||||
<sample time='101:30 min' depth='0.0 m' />
|
||||
<sample time='101:40 min' depth='0.0 m' />
|
||||
<sample time='101:50 min' depth='0.0 m' />
|
||||
<sample time='101:50 min' depth='0.0 m' temp='10.4 C' />
|
||||
<sample time='102:00 min' depth='0.0 m' />
|
||||
<sample time='102:10 min' depth='0.06 m' />
|
||||
<sample time='102:20 min' depth='0.01 m' />
|
||||
<sample time='102:30 min' depth='0.02 m' />
|
||||
<sample time='102:40 min' depth='0.0 m' />
|
||||
<sample time='102:50 min' depth='0.1 m' />
|
||||
<sample time='102:50 min' depth='0.1 m' temp='10.6 C' />
|
||||
<sample time='103:00 min' depth='0.17 m' />
|
||||
<sample time='103:10 min' depth='0.02 m' />
|
||||
<sample time='103:20 min' depth='0.09 m' />
|
||||
<sample time='103:30 min' depth='0.02 m' />
|
||||
<sample time='103:40 min' depth='0.4 m' />
|
||||
<sample time='103:50 min' depth='0.22 m' cns='51%' />
|
||||
<sample time='103:50 min' depth='0.22 m' temp='10.8 C' cns='51%' />
|
||||
<sample time='104:00 min' depth='0.02 m' />
|
||||
<sample time='104:10 min' depth='0.01 m' />
|
||||
<sample time='104:20 min' depth='0.02 m' />
|
||||
|
|
@ -721,7 +721,7 @@
|
|||
<sample time='110:20 min' depth='0.0 m' />
|
||||
<sample time='110:30 min' depth='0.0 m' />
|
||||
<sample time='110:40 min' depth='0.0 m' />
|
||||
<sample time='110:50 min' depth='0.0 m' />
|
||||
<sample time='110:50 min' depth='0.0 m' temp='10.9 C' />
|
||||
<sample time='111:00 min' depth='0.0 m' />
|
||||
<sample time='111:10 min' depth='0.0 m' />
|
||||
<sample time='111:20 min' depth='0.0 m' />
|
||||
|
|
@ -733,7 +733,7 @@
|
|||
<sample time='112:20 min' depth='0.0 m' />
|
||||
<sample time='112:30 min' depth='0.0 m' />
|
||||
<sample time='112:40 min' depth='0.0 m' />
|
||||
<sample time='112:50 min' depth='0.0 m' />
|
||||
<sample time='112:50 min' depth='0.0 m' temp='11.1 C' />
|
||||
<sample time='113:00 min' depth='0.0 m' />
|
||||
<sample time='113:10 min' depth='0.0 m' />
|
||||
<sample time='113:20 min' depth='0.0 m' />
|
||||
|
|
|
|||
Loading…
Reference in a new issue