subsurface/dives/abitofeverything.ssrf

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<divelog program='subsurface' version='3'>
<settings>
<divecomputerid model='Uwatec Galileo Sol' deviceid='00abcdef' nickname='Uwatec Galileo Sol (abcdef)'/>
<divecomputerid model='Heinrichs Weikamp OSTC 3' deviceid='01234567' nickname='Heinrichs Weikamp OSTC 3 (1234567)'/>
<divecomputerid model='Aeris A300CS' deviceid='2b012345' serial='035025'/>
<divecomputerid model='Heinrichs Weikamp OSTC 3' deviceid='4ee3d5e1' nickname='Heinrichs Weikamp OSTC 3 (4ee3d5e1)'/>
<divecomputerid model='Shearwater Petrel' deviceid='64cb6f5d' serial='39384572' firmware='28'/>
<divecomputerid model='Suunto Vyper' deviceid='7fffffff' serial='00522075' firmware='0.0.33'/>
<divecomputerid model='Uemis Zurich' deviceid='e04d0248' nickname='Uemis Zurich (e04d0248)'/>
<divecomputerid model='Uemis Zurich' deviceid='e050efc6' nickname='Uemis Zurich (e050efc6)'/>
<divecomputerid model='Suunto Vyper' deviceid='e9237b0a' nickname='Suunto Vyper (e9237b0a)'/>
<divecomputerid model='Reefnet Sensus Ultra' deviceid='fbad0400' nickname='Sensus'/>
<autogroup state='1' />
</settings>
<divesites>
<site uuid='3a3764b1' name='20th test dive - trimix'>
</site>
<site uuid='473e90be' name='Zenobia, Larnaca, Cyprus'>
</site>
<site uuid='47b3e28c' gps='47.934500 11.334500'>
</site>
<site uuid='53e3016d' name='18th test dive - trimix' gps='27.041458 33.907237'>
</site>
<site uuid='5b9847d4' name='9Ath test dive, with temperature in single sample'>
</site>
<site uuid='7953619c' name='19th test dive - trimix'>
</site>
<site uuid='96837d9f' name='Sund Rock, Hoodsport, WA, USA'>
</site>
<site uuid='97e7c4bb' name='Test dive with heart rate'>
</site>
<site uuid='a02c4543' name='Green Bay, Larnaca, Cyprus'>
</site>
<site uuid='b787a0cb' name='Yellow Corner' gps='7.132557 134.224213'>
<notes>additional name for site: Blue Corner </notes>
</site>
<site uuid='be6af78a' name='At Home'>
</site>
<site uuid='cd4447b3' name='irrelevant dive location'>
</site>
<site uuid='eea339da' name='Yellow House' gps='47.400200 -123.142299'>
</site>
<site uuid='eea339db' name='Virgin Blue Hole' gps='7.119175 134.235916'>
</site>
<site uuid='eea339dc' name='Fairy land' gps='7.101527 134.238541'>
</site>
<site uuid='eea339dd' name='Jake&apos;s Plane' gps='7.368914 134.448364'>
</site>
<site uuid='eea339de' name='Blue Corner' gps='7.132557 134.224213'>
</site>
<site uuid='eea339df' name='German Channel' gps='7.117953 134.270493'>
</site>
<site uuid='eea339e0' name='Cathedral' gps='7.340746 134.450729'>
</site>
<site uuid='eea339e1' name='Seia&apos;s Corner' gps='7.318844 134.216156'>
</site>
<site uuid='eea339e2' name='Ulong channel' gps='7.282885 134.245453'>
</site>
<site uuid='eea339e3' name='Helmet Wreck' gps='7.327889 134.465729'>
</site>
<site uuid='eea339e4' name='Blue Hole' gps='7.129938 134.225647'>
</site>
<site uuid='eea339e5' name='Blue Corner' gps='7.133800 134.221393'>
</site>
<site uuid='eea339e6' name='Divi Flamingo House Reef' gps='12.144870 -68.276528'>
</site>
<site uuid='eea339e7' name='Blue Corner' gps='7.132557 134.224213'>
<notes>multiple GPS locations for this dive site; also 7.132557 34.224213 </notes>
</site>
</divesites>
<dives>
<trip date='2010-12-05' time='11:26:00' location='Hoodsport, WA, USA'>
<dive number='5' divesiteid='96837d9f' date='2010-12-05' time='11:26:00' duration='16:00 min'>
<divemaster>Mike</divemaster>
<buddy>David</buddy>
<notes>fourth and final OWD dive</notes>
<suit>wet, 7mm, farmer John &amp; jacket</suit>
<cylinder size='13.399 l' workpressure='182.022 bar' description='LP85' />
<divecomputer>
<depth max='11.28 m' mean='5.793 m' />
<temperature air='8.0 C' water='8.0 C' />
<sample time='0:30 min' depth='0.0 m' />
<sample time='1:00 min' depth='5.49 m' />
<sample time='1:30 min' depth='6.1 m' />
<sample time='2:00 min' depth='6.1 m' />
<sample time='2:30 min' depth='6.1 m' />
<sample time='3:00 min' depth='6.1 m' />
<sample time='3:30 min' depth='6.4 m' />
<sample time='4:00 min' depth='0.0 m' />
<sample time='4:30 min' depth='0.0 m' />
<sample time='5:00 min' depth='0.0 m' />
<sample time='5:30 min' depth='0.0 m' />
<sample time='6:00 min' depth='0.0 m' />
<sample time='6:30 min' depth='0.0 m' />
<sample time='7:00 min' depth='0.0 m' />
<sample time='7:30 min' depth='0.0 m' />
<sample time='8:00 min' depth='0.0 m' />
<sample time='8:30 min' depth='0.0 m' />
<sample time='9:00 min' depth='0.0 m' />
<sample time='9:30 min' depth='0.0 m' />
<sample time='10:00 min' depth='0.0 m' />
<sample time='10:30 min' depth='0.0 m' />
<sample time='11:00 min' depth='0.0 m' />
<sample time='11:30 min' depth='0.0 m' />
<sample time='12:00 min' depth='0.0 m' />
<sample time='12:30 min' depth='0.0 m' />
<sample time='13:00 min' depth='0.0 m' />
<sample time='13:30 min' depth='0.0 m' />
<sample time='14:00 min' depth='5.18 m' />
<sample time='14:30 min' depth='5.18 m' />
<sample time='15:00 min' depth='4.57 m' />
<sample time='15:30 min' depth='6.1 m' />
<sample time='16:00 min' depth='6.71 m' />
<sample time='16:30 min' depth='7.32 m' />
<sample time='17:00 min' depth='7.01 m' />
<sample time='17:30 min' depth='7.32 m' />
<sample time='18:00 min' depth='8.53 m' />
<sample time='18:30 min' depth='11.28 m' />
<sample time='19:00 min' depth='11.28 m' />
<sample time='19:30 min' depth='10.67 m' />
<sample time='20:00 min' depth='9.45 m' />
<sample time='20:30 min' depth='8.23 m' />
<sample time='21:00 min' depth='7.32 m' />
<sample time='21:30 min' depth='4.88 m' />
<sample time='22:00 min' depth='4.57 m' />
<sample time='22:30 min' depth='3.35 m' />
<sample time='23:00 min' depth='3.35 m' />
<sample time='23:30 min' depth='3.05 m' />
<sample time='24:00 min' depth='3.35 m' />
<sample time='24:30 min' depth='3.05 m' />
<sample time='25:00 min' depth='3.66 m' />
<sample time='25:30 min' depth='3.66 m' />
<sample time='26:00 min' depth='0.0 m' />
</divecomputer>
</dive>
</trip>
<trip date='2011-01-01' time='17:00:00' location='9Ath test dive, with temperature in single sample'>
<dive number='9' divesiteid='5b9847d4' date='2011-01-01' time='17:00:00' duration='30:00 min'>
<notes>Test collapse of temperature axis due to max_temp == min_temp.</notes>
<cylinder size='9.987 l' workpressure='206.843 bar' description='AL72' o2='33.0%' start='200.0 bar' end='100.0 bar' />
<cylinder size='9.987 l' workpressure='206.843 bar' description='AL72' o2='50.0%' start='200.0 bar' end='100.0 bar' />
<divecomputer>
<depth max='30.0 m' mean='14.417 m' />
<temperature air='27.0 C' water='26.0 C' />
<event time='15:00 min' type='11' value='50' name='gaschange' cylinder='1' o2='50.0%' />
<sample time='1:00 min' depth='5.0 m' />
<sample time='2:00 min' depth='10.0 m' />
<sample time='3:00 min' depth='15.0 m' />
<sample time='4:00 min' depth='20.0 m' />
<sample time='5:00 min' depth='25.0 m' />
<sample time='6:00 min' depth='30.0 m' />
<sample time='7:00 min' depth='30.0 m' />
<sample time='8:00 min' depth='30.0 m' />
<sample time='9:00 min' depth='30.0 m' />
<sample time='10:00 min' depth='30.0 m' />
<sample time='11:00 min' depth='30.0 m' />
<sample time='12:00 min' depth='30.0 m' />
<sample time='13:00 min' depth='30.0 m' />
<sample time='14:00 min' depth='10.0 m' temp='26.0 C' />
<sample time='15:00 min' depth='15.0 m' />
<sample time='16:00 min' depth='5.0 m' />
<sample time='17:00 min' depth='10.0 m' />
<sample time='18:00 min' depth='10.0 m' />
<sample time='19:00 min' depth='10.0 m' />
<sample time='20:00 min' depth='10.0 m' />
<sample time='21:00 min' depth='10.0 m' />
<sample time='22:00 min' depth='5.0 m' />
<sample time='23:00 min' depth='5.0 m' />
<sample time='24:00 min' depth='5.0 m' />
<sample time='25:00 min' depth='5.0 m' />
<sample time='26:00 min' depth='5.0 m' />
<sample time='27:00 min' depth='5.0 m' />
<sample time='28:00 min' depth='5.0 m' />
<sample time='29:00 min' depth='2.5 m' />
<sample time='30:00 min' depth='0.0 m' />
</divecomputer>
</dive>
</trip>
<trip date='2011-10-21' time='12:58:49' location='Larnaca, Cyprus'>
<dive number='94' rating='5' divesiteid='473e90be' date='2011-10-21' time='12:58:49' duration='65:36 min'>
<divemaster>Jason</divemaster>
<buddy>Linus, Scott</buddy>
<notes>second dive on the Zenobia - this time with correct computer settings</notes>
<suit>wet, 5mm</suit>
<cylinder size='24.0 l' workpressure='200.0 bar' description='Twin85' o2='29.0%' />
<cylinder size='7.0 l' workpressure='202.6 bar' description='AL49' o2='51.0%' start='230.0 bar' end='160.0 bar' />
<divecomputer model='Uemis Zurich' deviceid='e04d0248' diveid='00000033'>
<depth max='36.01 m' mean='20.217 m' />
<temperature air='27.5 C' water='25.2 C' />
<surface pressure='1.031 bar' />
<event time='25:50 min' name='Tank Change Suggested' />
<event time='29:46 min' name='Tank Change Suggested' />
<event time='30:25 min' name='Tank Pressure Info' />
<event time='31:25 min' name='Tank Change Suggested' />
<event time='35:30 min' name='Tank Change Suggested' />
<event time='39:21 min' name='Tank Change Suggested' />
<event time='45:05 min' name='Dive Time Info' />
<event time='46:00 min' name='Tank Change Suggested' />
<event time='51:30 min' type='11' value='51' name='gaschange' cylinder='1' o2='51.0%' />
<sample time='0:06 min' depth='2.38 m' temp='27.5 C' pressure='196.14 bar' ndl='99:00 min' cns='1%' />
<sample time='0:11 min' depth='3.76 m' temp='27.1 C' pressure='196.04 bar' />
<sample time='0:16 min' depth='4.41 m' temp='26.8 C' pressure='195.93 bar' />
<sample time='0:21 min' depth='4.63 m' temp='26.5 C' pressure='195.75 bar' />
<sample time='0:26 min' depth='5.34 m' pressure='195.54 bar' />
<sample time='0:31 min' depth='5.57 m' temp='26.3 C' pressure='195.34 bar' />
<sample time='0:36 min' depth='5.98 m' pressure='194.86 bar' />
<sample time='0:41 min' depth='7.34 m' temp='26.2 C' pressure='194.98 bar' />
<sample time='0:46 min' depth='7.22 m' pressure='194.78 bar' />
<sample time='0:51 min' depth='7.27 m' temp='26.1 C' pressure='194.55 bar' />
<sample time='0:56 min' depth='8.09 m' pressure='194.31 bar' />
<sample time='1:01 min' depth='8.96 m' temp='26.0 C' pressure='193.83 bar' />
<sample time='1:06 min' depth='9.73 m' pressure='193.93 bar' />
<sample time='1:11 min' depth='10.09 m' pressure='193.77 bar' />
<sample time='1:16 min' depth='10.87 m' pressure='193.53 bar' />
<sample time='1:21 min' depth='11.8 m' temp='25.9 C' pressure='192.93 bar' />
<sample time='1:26 min' depth='12.62 m' pressure='192.66 bar' />
<sample time='1:31 min' depth='13.37 m' pressure='192.38 bar' />
<sample time='1:36 min' depth='14.0 m' pressure='192.09 bar' />
<sample time='1:40 min' depth='15.86 m' pressure='191.77 bar' />
<sample time='1:45 min' depth='17.22 m' pressure='191.84 bar' ndl='74:00 min' />
<sample time='1:51 min' depth='18.7 m' pressure='190.99 bar' ndl='53:00 min' />
<sample time='1:55 min' depth='19.31 m' pressure='191.05 bar' ndl='42:00 min' />
<sample time='2:00 min' depth='19.73 m' temp='25.8 C' pressure='190.52 bar' ndl='39:00 min' />
<sample time='2:05 min' depth='20.37 m' pressure='190.02 bar' ndl='37:00 min' />
<sample time='2:10 min' depth='21.33 m' temp='25.9 C' pressure='189.55 bar' ndl='34:00 min' cns='2%' />
<sample time='2:15 min' depth='22.27 m' pressure='189.18 bar' ndl='29:00 min' />
<sample time='2:20 min' depth='22.9 m' pressure='188.93 bar' ndl='25:00 min' />
<sample time='2:25 min' depth='22.91 m' temp='25.8 C' pressure='188.66 bar' ndl='23:00 min' />
<sample time='2:30 min' depth='23.17 m' temp='25.7 C' pressure='188.37 bar' />
<sample time='2:36 min' depth='23.72 m' pressure='188.08 bar' ndl='22:00 min' />
<sample time='2:41 min' depth='24.73 m' pressure='187.8 bar' ndl='20:00 min' />
<sample time='2:45 min' depth='25.86 m' pressure='187.56 bar' ndl='18:00 min' />
<sample time='2:50 min' depth='26.32 m' pressure='187.3 bar' ndl='16:00 min' />
<sample time='2:55 min' depth='26.42 m' pressure='186.98 bar' />
<sample time='3:00 min' depth='26.39 m' pressure='186.63 bar' ndl='15:00 min' />
<sample time='3:05 min' depth='26.37 m' pressure='186.01 bar' />
<sample time='3:11 min' depth='26.57 m' pressure='186.04 bar' />
<sample time='3:15 min' depth='26.74 m' pressure='185.85 bar' />
<sample time='3:20 min' depth='27.36 m' temp='25.6 C' pressure='185.69 bar' />
<sample time='3:25 min' depth='27.52 m' pressure='185.54 bar' ndl='14:00 min' />
<sample time='3:30 min' depth='27.88 m' pressure='185.24 bar' />
<sample time='3:35 min' depth='27.95 m' pressure='184.93 bar' ndl='13:00 min' />
<sample time='3:40 min' depth='27.52 m' pressure='184.6 bar' />
<sample time='3:45 min' depth='28.08 m' pressure='184.25 bar' />
<sample time='3:50 min' depth='28.84 m' pressure='184.03 bar' />
<sample time='3:56 min' depth='29.26 m' pressure='183.76 bar' ndl='12:00 min' />
<sample time='4:00 min' depth='29.71 m' pressure='183.31 bar' ndl='11:00 min' />
<sample time='4:05 min' depth='30.23 m' pressure='183.06 bar' />
<sample time='4:10 min' depth='30.53 m' temp='25.5 C' pressure='182.8 bar' ndl='10:00 min' />
<sample time='4:15 min' depth='30.78 m' temp='25.6 C' pressure='182.51 bar' />
<sample time='4:20 min' depth='31.52 m' pressure='182.53 bar' />
<sample time='4:25 min' depth='31.75 m' pressure='182.21 bar' ndl='9:00 min' />
<sample time='4:30 min' depth='31.63 m' temp='25.5 C' pressure='181.91 bar' />
<sample time='4:35 min' depth='31.56 m' pressure='181.68 bar' cns='3%' />
<sample time='4:40 min' depth='31.46 m' pressure='181.44 bar' />
<sample time='4:45 min' depth='31.58 m' pressure='181.22 bar' />
<sample time='4:50 min' depth='31.63 m' pressure='180.97 bar' />
<sample time='4:55 min' depth='31.8 m' pressure='180.66 bar' />
<sample time='5:00 min' depth='32.51 m' pressure='180.36 bar' />
<sample time='5:06 min' depth='32.22 m' pressure='180.04 bar' ndl='8:00 min' />
<sample time='5:10 min' depth='32.04 m' pressure='179.64 bar' />
<sample time='5:15 min' depth='32.12 m' pressure='178.88 bar' />
<sample time='5:20 min' depth='32.27 m' temp='25.4 C' pressure='178.52 bar' />
<sample time='5:25 min' depth='32.22 m' pressure='178.54 bar' />
<sample time='5:30 min' depth='32.16 m' pressure='178.22 bar' />
<sample time='5:35 min' depth='32.34 m' pressure='177.89 bar' />
<sample time='5:40 min' depth='32.45 m' pressure='177.57 bar' />
<sample time='5:45 min' depth='32.62 m' pressure='176.87 bar' ndl='7:00 min' />
<sample time='5:50 min' depth='32.59 m' pressure='176.88 bar' />
<sample time='5:55 min' depth='32.37 m' pressure='176.13 bar' />
<sample time='6:00 min' depth='32.32 m' pressure='176.14 bar' />
<sample time='6:05 min' depth='32.4 m' pressure='175.75 bar' />
<sample time='6:10 min' depth='32.62 m' pressure='175.35 bar' />
<sample time='6:15 min' depth='33.03 m' pressure='174.95 bar' />
<sample time='6:20 min' depth='33.56 m' pressure='174.52 bar' />
<sample time='6:25 min' depth='33.96 m' pressure='173.66 bar' ndl='6:00 min' />
<sample time='6:30 min' depth='33.77 m' pressure='173.67 bar' cns='4%' />
<sample time='6:35 min' depth='33.94 m' pressure='173.22 bar' />
<sample time='6:40 min' depth='34.1 m' pressure='172.79 bar' />
<sample time='6:45 min' depth='34.31 m' />
<sample time='6:50 min' depth='34.44 m' pressure='171.86 bar' />
<sample time='6:55 min' depth='34.69 m' pressure='171.43 bar' ndl='5:00 min' />
<sample time='7:00 min' depth='34.93 m' pressure='171.02 bar' />
<sample time='7:05 min' depth='35.32 m' pressure='170.68 bar' />
<sample time='7:10 min' depth='35.36 m' pressure='170.36 bar' />
<sample time='7:15 min' depth='35.49 m' pressure='170.04 bar' />
<sample time='7:20 min' depth='35.6 m' pressure='169.74 bar' ndl='4:00 min' />
<sample time='7:25 min' depth='35.54 m' temp='25.3 C' pressure='169.42 bar' />
<sample time='7:30 min' depth='35.34 m' pressure='169.08 bar' />
<sample time='7:35 min' depth='35.18 m' temp='25.4 C' pressure='168.71 bar' />
<sample time='7:40 min' depth='35.13 m' temp='25.3 C' pressure='168.34 bar' />
<sample time='7:45 min' depth='34.94 m' temp='25.4 C' pressure='168.0 bar' />
<sample time='7:50 min' depth='34.86 m' pressure='167.72 bar' />
<sample time='7:55 min' depth='34.76 m' pressure='167.47 bar' />
<sample time='8:00 min' depth='34.5 m' pressure='167.19 bar' />
<sample time='8:05 min' depth='34.11 m' pressure='166.99 bar' />
<sample time='8:10 min' depth='33.89 m' pressure='166.76 bar' />
<sample time='8:15 min' depth='33.65 m' pressure='166.52 bar' cns='5%' />
<sample time='8:20 min' depth='33.73 m' pressure='166.29 bar' />
<sample time='8:26 min' depth='33.75 m' pressure='165.99 bar' />
<sample time='8:30 min' depth='33.75 m' pressure='165.73 bar' />
<sample time='8:35 min' depth='33.77 m' temp='25.3 C' pressure='165.53 bar' />
<sample time='8:40 min' depth='33.81 m' pressure='165.4 bar' />
<sample time='8:45 min' depth='34.07 m' pressure='165.31 bar' />
<sample time='8:50 min' depth='33.97 m' />
<sample time='8:55 min' depth='33.79 m' pressure='164.94 bar' ndl='3:00 min' />
<sample time='9:00 min' depth='33.79 m' pressure='164.68 bar' />
<sample time='9:05 min' depth='33.81 m' pressure='164.41 bar' />
<sample time='9:10 min' depth='33.42 m' pressure='164.17 bar' />
<sample time='9:15 min' depth='33.56 m' pressure='164.0 bar' />
<sample time='9:20 min' depth='33.64 m' pressure='163.81 bar' />
<sample time='9:25 min' depth='33.84 m' pressure='163.61 bar' />
<sample time='9:30 min' depth='33.65 m' pressure='163.39 bar' />
<sample time='9:35 min' depth='33.44 m' pressure='163.21 bar' />
<sample time='9:40 min' depth='33.5 m' pressure='163.1 bar' />
<sample time='9:45 min' depth='33.57 m' pressure='163.0 bar' />
<sample time='9:50 min' depth='33.41 m' pressure='162.92 bar' />
<sample time='9:55 min' depth='33.32 m' pressure='162.74 bar' />
<sample time='10:01 min' depth='33.26 m' pressure='162.47 bar' cns='6%' />
<sample time='10:06 min' depth='33.15 m' pressure='162.26 bar' />
<sample time='10:10 min' depth='32.89 m' pressure='162.03 bar' />
<sample time='10:15 min' depth='33.07 m' pressure='161.91 bar' ndl='2:00 min' />
<sample time='10:21 min' depth='32.88 m' pressure='161.85 bar' />
<sample time='10:26 min' depth='32.82 m' pressure='161.55 bar' />
<sample time='10:30 min' depth='32.62 m' />
<sample time='10:35 min' depth='32.44 m' pressure='161.32 bar' />
<sample time='10:40 min' depth='32.63 m' pressure='161.04 bar' />
<sample time='10:45 min' depth='32.41 m' pressure='160.79 bar' />
<sample time='10:51 min' depth='31.93 m' pressure='160.54 bar' />
<sample time='10:55 min' depth='31.6 m' pressure='160.31 bar' />
<sample time='11:00 min' depth='31.27 m' pressure='160.07 bar' />
<sample time='11:05 min' depth='30.78 m' pressure='159.83 bar' />
<sample time='11:10 min' depth='30.37 m' pressure='159.6 bar' />
<sample time='11:15 min' depth='30.41 m' pressure='159.32 bar' />
<sample time='11:20 min' depth='30.48 m' pressure='159.11 bar' />
<sample time='11:25 min' depth='30.67 m' pressure='158.93 bar' />
<sample time='11:30 min' depth='30.61 m' pressure='158.79 bar' />
<sample time='11:35 min' depth='30.38 m' pressure='158.66 bar' />
<sample time='11:40 min' depth='30.16 m' pressure='158.49 bar' />
<sample time='11:45 min' depth='29.84 m' pressure='158.29 bar' />
<sample time='11:50 min' depth='29.83 m' pressure='158.1 bar' />
<sample time='11:55 min' depth='29.43 m' pressure='157.93 bar' ndl='1:00 min' />
<sample time='12:00 min' depth='29.2 m' pressure='157.76 bar' ndl='2:00 min' cns='7%' />
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</divecomputer>
</dive>
<dive number='95' rating='5' divesiteid='473e90be' date='2011-10-22' time='09:12:55' duration='68:31 min'>
<divemaster>Jason</divemaster>
<buddy>Linus</buddy>
<notes>Third dive on the Zenobia. The deepest of them all.</notes>
<suit>wet, 5mm</suit>
<cylinder size='24.0 l' workpressure='202.6 bar' description='Twin85' o2='28.0%' />
<cylinder size='7.0 l' workpressure='202.6 bar' description='Steel7l' o2='50.0%' start='210.0 bar' end='120.0 bar' />
<divecomputer model='Uemis Zurich' deviceid='e04d0248' diveid='00000034'>
<depth max='41.39 m' mean='20.654 m' />
<temperature air='26.3 C' water='25.0 C' />
<surface pressure='1.027 bar' />
<event time='18:50 min' name='Tank Pressure Info' />
<event time='30:40 min' name='RGT Warning' />
<event time='33:20 min' name='RGT Warning' />
<event time='34:40 min' name='RGT Warning' />
<event time='35:25 min' name='RGT Alert' />
<event time='37:40 min' name='RGT Alert' />
<event time='39:00 min' name='RGT Alert' />
<event time='40:20 min' name='Tank Change Suggested' />
<event time='43:25 min' type='11' value='50' name='gaschange' cylinder='1' o2='50.0%' />
<event time='45:05 min' name='Dive Time Info' />
<sample time='0:06 min' depth='2.59 m' temp='26.3 C' pressure='194.56 bar' ndl='99:00 min' />
<sample time='0:11 min' depth='3.92 m' temp='26.2 C' pressure='194.36 bar' />
<sample time='0:16 min' depth='4.96 m' temp='26.1 C' pressure='194.39 bar' />
<sample time='0:21 min' depth='6.01 m' temp='26.0 C' pressure='194.29 bar' />
<sample time='0:26 min' depth='6.15 m' temp='25.8 C' pressure='194.16 bar' />
<sample time='0:31 min' depth='5.39 m' pressure='194.2 bar' />
<sample time='0:36 min' depth='5.15 m' pressure='193.61 bar' />
<sample time='0:41 min' depth='5.48 m' pressure='193.47 bar' />
<sample time='0:46 min' depth='5.51 m' pressure='193.33 bar' />
<sample time='0:51 min' depth='5.86 m' pressure='193.36 bar' />
<sample time='0:56 min' depth='6.61 m' pressure='193.15 bar' />
<sample time='1:01 min' depth='7.57 m' pressure='193.03 bar' />
<sample time='1:06 min' depth='8.77 m' pressure='192.88 bar' />
<sample time='1:11 min' depth='10.29 m' temp='25.7 C' pressure='192.91 bar' />
<sample time='1:16 min' depth='11.58 m' pressure='192.5 bar' />
<sample time='1:21 min' depth='13.15 m' temp='25.6 C' pressure='192.29 bar' />
<sample time='1:26 min' depth='14.65 m' pressure='192.07 bar' />
<sample time='1:30 min' depth='16.49 m' temp='25.5 C' pressure='192.1 bar' />
<sample time='1:35 min' depth='18.43 m' pressure='191.41 bar' ndl='69:00 min' />
<sample time='1:40 min' depth='19.84 m' pressure='191.03 bar' ndl='47:00 min' />
<sample time='1:45 min' depth='20.91 m' temp='25.4 C' pressure='191.06 bar' ndl='39:00 min' />
<sample time='1:51 min' depth='22.37 m' pressure='190.23 bar' ndl='34:00 min' />
<sample time='1:56 min' depth='23.36 m' pressure='190.26 bar' ndl='30:00 min' />
<sample time='2:00 min' depth='23.47 m' pressure='189.28 bar' ndl='27:00 min' />
<sample time='2:05 min' depth='24.22 m' pressure='189.31 bar' />
<sample time='2:10 min' depth='25.0 m' pressure='188.75 bar' ndl='24:00 min' />
<sample time='2:15 min' depth='25.52 m' pressure='188.22 bar' ndl='22:00 min' />
<sample time='2:20 min' depth='25.89 m' pressure='187.11 bar' ndl='21:00 min' />
<sample time='2:25 min' depth='26.4 m' pressure='187.13 bar' ndl='20:00 min' />
<sample time='2:30 min' depth='26.9 m' pressure='185.87 bar' ndl='19:00 min' />
<sample time='2:35 min' depth='27.23 m' pressure='185.89 bar' ndl='18:00 min' />
<sample time='2:40 min' depth='27.65 m' pressure='184.87 bar' ndl='17:00 min' />
<sample time='2:45 min' depth='28.23 m' pressure='184.56 bar' />
<sample time='2:50 min' depth='28.43 m' pressure='184.27 bar' ndl='16:00 min' />
<sample time='2:55 min' depth='28.58 m' pressure='184.03 bar' ndl='15:00 min' />
<sample time='3:00 min' depth='28.4 m' pressure='183.75 bar' />
<sample time='3:05 min' depth='28.35 m' pressure='183.76 bar' cns='1%' />
<sample time='3:10 min' depth='28.88 m' pressure='183.26 bar' />
<sample time='3:15 min' depth='29.21 m' pressure='183.27 bar' />
<sample time='3:20 min' depth='29.86 m' temp='25.3 C' pressure='182.99 bar' ndl='14:00 min' />
<sample time='3:25 min' depth='30.84 m' temp='25.4 C' pressure='182.24 bar' ndl='13:00 min' />
<sample time='3:30 min' depth='31.13 m' temp='25.3 C' pressure='181.76 bar' ndl='12:00 min' />
<sample time='3:35 min' depth='31.62 m' pressure='181.77 bar' />
<sample time='3:40 min' depth='31.52 m' pressure='181.78 bar' />
<sample time='3:45 min' depth='31.48 m' pressure='181.8 bar' />
<sample time='3:50 min' depth='32.09 m' pressure='180.17 bar' />
<sample time='3:55 min' depth='33.02 m' pressure='179.12 bar' ndl='11:00 min' />
<sample time='4:00 min' depth='33.29 m' pressure='179.13 bar' ndl='10:00 min' />
<sample time='4:05 min' depth='33.12 m' pressure='178.24 bar' />
<sample time='4:10 min' depth='32.84 m' pressure='177.82 bar' />
<sample time='4:15 min' depth='33.13 m' pressure='177.44 bar' />
<sample time='4:20 min' depth='33.32 m' pressure='177.45 bar' />
<sample time='4:25 min' depth='33.93 m' pressure='176.64 bar' />
<sample time='4:30 min' depth='33.47 m' temp='25.2 C' pressure='176.21 bar' ndl='9:00 min' />
<sample time='4:35 min' depth='33.14 m' pressure='175.78 bar' />
<sample time='4:40 min' depth='33.61 m' temp='25.3 C' pressure='175.79 bar' ndl='10:00 min' />
<sample time='4:45 min' depth='34.48 m' pressure='175.36 bar' ndl='9:00 min' />
<sample time='4:50 min' depth='35.01 m' pressure='174.45 bar' />
<sample time='4:55 min' depth='35.1 m' temp='25.2 C' pressure='173.79 bar' ndl='8:00 min' />
<sample time='5:00 min' depth='35.07 m' temp='25.3 C' />
<sample time='5:05 min' depth='35.21 m' temp='25.2 C' pressure='173.8 bar' cns='2%' />
<sample time='5:10 min' depth='35.73 m' pressure='173.81 bar' />
<sample time='5:15 min' depth='36.69 m' pressure='171.67 bar' />
<sample time='5:20 min' depth='37.3 m' temp='25.3 C' pressure='171.22 bar' ndl='7:00 min' />
<sample time='5:25 min' depth='37.28 m' />
<sample time='5:30 min' depth='36.96 m' temp='25.2 C' pressure='170.38 bar' />
<sample time='5:35 min' depth='36.56 m' pressure='169.35 bar' />
<sample time='5:40 min' depth='36.13 m' />
<sample time='5:45 min' depth='35.63 m' pressure='168.33 bar' />
<sample time='5:50 min' depth='35.5 m' pressure='168.34 bar' />
<sample time='5:55 min' depth='35.45 m' pressure='167.98 bar' />
<sample time='6:00 min' depth='35.05 m' pressure='167.4 bar' />
<sample time='6:05 min' depth='35.17 m' />
<sample time='6:10 min' depth='35.23 m' pressure='166.86 bar' />
<sample time='6:15 min' depth='35.59 m' pressure='166.87 bar' />
<sample time='6:20 min' depth='35.44 m' pressure='166.59 bar' />
<sample time='6:25 min' depth='35.52 m' pressure='165.99 bar' />
<sample time='6:30 min' depth='35.53 m' pressure='165.73 bar' ndl='6:00 min' />
<sample time='6:35 min' depth='35.7 m' pressure='165.48 bar' />
<sample time='6:40 min' depth='36.07 m' pressure='165.33 bar' />
<sample time='6:46 min' depth='36.11 m' pressure='165.18 bar' />
<sample time='6:50 min' depth='36.25 m' pressure='165.06 bar' cns='3%' />
<sample time='6:55 min' depth='36.33 m' />
<sample time='7:00 min' depth='36.17 m' pressure='164.92 bar' />
<sample time='7:05 min' depth='35.76 m' pressure='164.44 bar' />
<sample time='7:10 min' depth='35.34 m' />
<sample time='7:15 min' depth='34.83 m' pressure='163.76 bar' />
<sample time='7:20 min' depth='34.49 m' pressure='163.42 bar' />
<sample time='7:25 min' depth='34.66 m' />
<sample time='7:30 min' depth='34.84 m' pressure='163.1 bar' />
<sample time='7:35 min' depth='35.05 m' pressure='162.84 bar' />
<sample time='7:40 min' depth='34.98 m' pressure='162.57 bar' ndl='5:00 min' />
<sample time='7:45 min' depth='34.81 m' />
<sample time='7:50 min' depth='34.54 m' pressure='161.59 bar' />
<sample time='7:55 min' depth='34.43 m' pressure='161.25 bar' />
<sample time='8:00 min' depth='34.56 m' pressure='160.91 bar' />
<sample time='8:05 min' depth='34.83 m' pressure='160.61 bar' />
<sample time='8:10 min' depth='35.14 m' pressure='160.35 bar' />
<sample time='8:15 min' depth='34.91 m' />
<sample time='8:20 min' depth='35.04 m' />
<sample time='8:25 min' depth='35.53 m' />
<sample time='8:30 min' depth='36.11 m' pressure='159.44 bar' ndl='4:00 min' />
<sample time='8:35 min' depth='36.95 m' pressure='158.99 bar' cns='4%' />
<sample time='8:40 min' depth='37.64 m' pressure='158.83 bar' />
<sample time='8:45 min' depth='38.22 m' />
<sample time='8:50 min' depth='38.64 m' pressure='158.66 bar' ndl='3:00 min' />
<sample time='8:55 min' depth='39.02 m' pressure='158.09 bar' />
<sample time='9:00 min' depth='39.48 m' />
<sample time='9:05 min' depth='39.74 m' temp='25.1 C' pressure='157.71 bar' />
<sample time='9:10 min' depth='39.89 m' temp='25.2 C' pressure='156.87 bar' />
<sample time='9:15 min' depth='39.85 m' temp='25.1 C' />
<sample time='9:20 min' depth='39.79 m' pressure='155.82 bar' />
<sample time='9:25 min' depth='39.95 m' ndl='2:00 min' />
<sample time='9:30 min' depth='39.86 m' pressure='154.83 bar' />
<sample time='9:35 min' depth='39.77 m' pressure='154.38 bar' />
<sample time='9:40 min' depth='39.81 m' pressure='154.39 bar' />
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<sample time='9:55 min' depth='40.12 m' pressure='153.44 bar' />
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<sample time='10:20 min' depth='39.7 m' />
<sample time='10:25 min' depth='39.93 m' pressure='150.33 bar' ndl='1:00 min' />
<sample time='10:30 min' depth='39.97 m' pressure='149.53 bar' />
<sample time='10:35 min' depth='39.96 m' />
<sample time='10:40 min' depth='39.91 m' pressure='149.12 bar' />
<sample time='10:45 min' depth='40.03 m' pressure='148.71 bar' />
<sample time='10:50 min' depth='39.9 m' pressure='147.8 bar' />
<sample time='10:55 min' depth='40.06 m' pressure='147.43 bar' />
<sample time='11:00 min' depth='40.0 m' pressure='147.02 bar' />
<sample time='11:05 min' depth='39.77 m' />
<sample time='11:10 min' depth='40.05 m' pressure='146.2 bar' />
<sample time='11:15 min' depth='40.06 m' />
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<sample time='11:40 min' depth='39.76 m' />
<sample time='11:45 min' depth='38.78 m' pressure='143.74 bar' />
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<sample time='12:10 min' depth='38.66 m' pressure='142.38 bar' />
<sample time='12:15 min' depth='38.77 m' />
<sample time='12:20 min' depth='39.25 m' pressure='142.14 bar' />
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<sample time='12:51 min' depth='40.84 m' temp='25.2 C' pressure='139.73 bar' />
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<sample time='14:55 min' depth='37.5 m' />
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<sample time='51:10 min' depth='2.89 m' />
<sample time='51:15 min' depth='3.15 m' />
<sample time='51:20 min' depth='3.12 m' />
<sample time='51:25 min' depth='3.22 m' />
<sample time='51:30 min' depth='3.49 m' />
<sample time='51:35 min' depth='3.39 m' />
<sample time='51:40 min' depth='3.41 m' />
<sample time='51:45 min' depth='3.19 m' />
<sample time='51:50 min' depth='3.14 m' />
<sample time='51:55 min' depth='3.27 m' />
<sample time='52:00 min' depth='3.4 m' ndl='8:00 min' />
<sample time='52:05 min' depth='3.24 m' ndl='0:00 min' in_deco='1' stoptime='8:00 min' stopdepth='3.01 m' />
<sample time='52:10 min' depth='3.19 m' />
<sample time='52:15 min' depth='3.24 m' />
<sample time='52:20 min' depth='3.3 m' temp='25.2 C' />
<sample time='52:25 min' depth='3.19 m' />
<sample time='52:30 min' depth='3.11 m' />
<sample time='52:35 min' depth='3.22 m' />
<sample time='52:40 min' depth='3.18 m' />
<sample time='52:45 min' depth='3.22 m' />
<sample time='52:50 min' depth='3.17 m' />
<sample time='52:55 min' depth='3.19 m' />
<sample time='53:00 min' depth='3.28 m' stoptime='7:00 min' />
<sample time='53:05 min' depth='3.36 m' temp='25.1 C' />
<sample time='53:10 min' depth='3.41 m' temp='25.2 C' />
<sample time='53:15 min' depth='3.32 m' />
<sample time='53:20 min' depth='3.31 m' temp='25.1 C' />
<sample time='53:25 min' depth='3.19 m' temp='25.2 C' />
<sample time='53:30 min' depth='3.18 m' />
<sample time='53:35 min' depth='3.35 m' />
<sample time='53:40 min' depth='3.34 m' ndl='7:00 min' in_deco='0' stoptime='0:00 min' stopdepth='0.0 m' />
<sample time='53:45 min' depth='3.34 m' temp='25.1 C' />
<sample time='53:50 min' depth='3.28 m' temp='25.2 C' />
<sample time='53:55 min' depth='3.41 m' />
<sample time='54:00 min' depth='3.42 m' ndl='6:00 min' />
<sample time='54:05 min' depth='3.22 m' />
<sample time='54:10 min' depth='3.29 m' temp='25.1 C' />
<sample time='54:15 min' depth='3.1 m' temp='25.2 C' />
<sample time='54:20 min' depth='3.25 m' temp='25.1 C' />
<sample time='54:25 min' depth='3.14 m' />
<sample time='54:30 min' depth='3.14 m' />
<sample time='54:35 min' depth='3.24 m' />
<sample time='54:40 min' depth='3.16 m' temp='25.2 C' />
<sample time='54:45 min' depth='3.2 m' />
<sample time='54:50 min' depth='3.28 m' />
<sample time='54:55 min' depth='3.2 m' />
<sample time='55:00 min' depth='3.24 m' temp='25.3 C' ndl='5:00 min' />
<sample time='55:05 min' depth='3.22 m' />
<sample time='55:10 min' depth='3.09 m' />
<sample time='55:15 min' depth='3.13 m' />
<sample time='55:20 min' depth='3.17 m' />
<sample time='55:25 min' depth='3.24 m' />
<sample time='55:30 min' depth='3.22 m' />
<sample time='55:35 min' depth='3.25 m' />
<sample time='55:40 min' depth='3.27 m' />
<sample time='55:45 min' depth='3.35 m' />
<sample time='55:50 min' depth='3.4 m' />
<sample time='55:55 min' depth='3.37 m' />
<sample time='56:00 min' depth='3.34 m' />
<sample time='56:05 min' depth='3.4 m' ndl='4:00 min' />
<sample time='56:10 min' depth='3.32 m' />
<sample time='56:15 min' depth='3.02 m' />
<sample time='56:20 min' depth='3.12 m' />
<sample time='56:25 min' depth='3.06 m' />
<sample time='56:30 min' depth='3.26 m' />
<sample time='56:35 min' depth='3.03 m' ndl='0:00 min' in_deco='1' stoptime='4:00 min' stopdepth='3.01 m' />
<sample time='56:40 min' depth='3.07 m' />
<sample time='56:45 min' depth='3.21 m' />
<sample time='56:50 min' depth='3.25 m' />
<sample time='56:55 min' depth='3.35 m' />
<sample time='57:00 min' depth='3.19 m' />
<sample time='57:05 min' depth='3.2 m' stoptime='3:00 min' />
<sample time='57:10 min' depth='3.13 m' />
<sample time='57:15 min' depth='3.21 m' />
<sample time='57:20 min' depth='3.25 m' />
<sample time='57:25 min' depth='3.35 m' cns='23%' />
<sample time='57:30 min' depth='3.36 m' />
<sample time='57:35 min' depth='3.4 m' />
<sample time='57:40 min' depth='3.41 m' />
<sample time='57:45 min' depth='3.33 m' />
<sample time='57:50 min' depth='3.37 m' />
<sample time='57:55 min' depth='3.41 m' />
<sample time='58:00 min' depth='3.36 m' />
<sample time='58:05 min' depth='3.44 m' stoptime='2:00 min' />
<sample time='58:10 min' depth='3.33 m' />
<sample time='58:15 min' depth='3.3 m' temp='25.2 C' />
<sample time='58:20 min' depth='3.51 m' />
<sample time='58:25 min' depth='3.48 m' />
<sample time='58:30 min' depth='3.17 m' />
<sample time='58:35 min' depth='2.96 m' />
<sample time='58:40 min' depth='2.96 m' />
<sample time='58:45 min' depth='2.94 m' />
<sample time='58:50 min' depth='3.02 m' />
<sample time='58:55 min' depth='2.9 m' />
<sample time='59:00 min' depth='3.24 m' />
<sample time='59:05 min' depth='3.06 m' stoptime='1:00 min' />
<sample time='59:10 min' depth='3.03 m' />
<sample time='59:15 min' depth='3.41 m' />
<sample time='59:20 min' depth='3.6 m' />
<sample time='59:25 min' depth='3.74 m' />
<sample time='59:30 min' depth='3.59 m' />
<sample time='59:35 min' depth='3.22 m' />
<sample time='59:40 min' depth='2.87 m' />
<sample time='59:45 min' depth='3.17 m' />
<sample time='59:50 min' depth='3.36 m' temp='25.3 C' />
<sample time='59:55 min' depth='3.35 m' />
<sample time='60:01 min' depth='3.3 m' temp='25.2 C' />
<sample time='60:06 min' depth='3.37 m' ndl='99:00 min' in_deco='0' stoptime='0:00 min' stopdepth='0.0 m' />
<sample time='60:11 min' depth='3.46 m' />
<sample time='60:16 min' depth='3.37 m' />
<sample time='60:21 min' depth='3.51 m' />
<sample time='60:26 min' depth='3.46 m' />
<sample time='60:31 min' depth='3.27 m' />
<sample time='60:36 min' depth='3.26 m' />
<sample time='60:41 min' depth='3.26 m' />
<sample time='60:46 min' depth='3.37 m' temp='25.1 C' />
<sample time='60:51 min' depth='3.42 m' />
<sample time='60:56 min' depth='3.33 m' />
<sample time='61:01 min' depth='3.49 m' temp='25.2 C' />
<sample time='61:06 min' depth='3.48 m' />
<sample time='61:11 min' depth='3.45 m' />
<sample time='61:16 min' depth='3.11 m' />
<sample time='61:21 min' depth='3.18 m' />
<sample time='61:26 min' depth='3.18 m' />
<sample time='61:31 min' depth='3.23 m' />
<sample time='61:36 min' depth='3.37 m' />
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<sample time='61:46 min' depth='3.19 m' />
<sample time='61:51 min' depth='2.92 m' />
<sample time='61:56 min' depth='3.1 m' />
<sample time='62:01 min' depth='3.15 m' />
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<sample time='62:16 min' depth='3.16 m' />
<sample time='62:21 min' depth='2.98 m' />
<sample time='62:26 min' depth='2.92 m' temp='25.3 C' />
<sample time='62:31 min' depth='2.82 m' />
<sample time='62:36 min' depth='2.83 m' />
<sample time='62:41 min' depth='2.8 m' />
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<sample time='63:31 min' depth='2.92 m' />
<sample time='63:36 min' depth='2.85 m' />
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<sample time='63:46 min' depth='2.77 m' />
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<sample time='63:56 min' depth='2.61 m' />
<sample time='64:01 min' depth='2.67 m' />
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<sample time='64:26 min' depth='2.82 m' />
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<sample time='64:41 min' depth='2.54 m' />
<sample time='64:46 min' depth='2.67 m' />
<sample time='64:51 min' depth='2.55 m' />
<sample time='64:56 min' depth='2.58 m' />
<sample time='65:01 min' depth='2.45 m' temp='25.4 C' />
<sample time='65:06 min' depth='2.1 m' temp='25.3 C' />
<sample time='65:11 min' depth='2.07 m' temp='25.4 C' />
<sample time='65:16 min' depth='2.2 m' />
<sample time='65:21 min' depth='2.14 m' />
<sample time='65:26 min' depth='1.97 m' temp='25.3 C' />
<sample time='65:31 min' depth='2.03 m' />
<sample time='65:36 min' depth='2.12 m' />
<sample time='65:41 min' depth='2.11 m' />
<sample time='65:46 min' depth='2.02 m' temp='25.4 C' />
<sample time='65:51 min' depth='1.96 m' />
<sample time='65:56 min' depth='2.05 m' />
<sample time='66:01 min' depth='2.07 m' cns='24%' />
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<sample time='66:11 min' depth='2.16 m' />
<sample time='66:16 min' depth='2.2 m' />
<sample time='66:21 min' depth='2.26 m' />
<sample time='66:26 min' depth='2.29 m' />
<sample time='66:31 min' depth='2.27 m' />
<sample time='66:36 min' depth='2.26 m' />
<sample time='66:41 min' depth='1.99 m' />
<sample time='66:46 min' depth='1.86 m' />
<sample time='66:51 min' depth='1.91 m' />
<sample time='66:56 min' depth='1.73 m' />
<sample time='67:01 min' depth='1.77 m' />
<sample time='67:06 min' depth='1.8 m' />
<sample time='67:11 min' depth='1.68 m' temp='25.5 C' />
<sample time='67:16 min' depth='1.65 m' />
<sample time='67:21 min' depth='1.5 m' temp='25.4 C' />
<sample time='67:26 min' depth='1.54 m' temp='25.5 C' />
<sample time='67:31 min' depth='1.56 m' />
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<sample time='67:41 min' depth='1.52 m' temp='25.4 C' />
<sample time='67:46 min' depth='1.45 m' />
<sample time='67:51 min' depth='1.44 m' />
<sample time='67:56 min' depth='1.66 m' />
<sample time='68:01 min' depth='1.54 m' />
<sample time='68:06 min' depth='1.36 m' temp='25.5 C' />
<sample time='68:11 min' depth='1.5 m' />
<sample time='68:16 min' depth='1.21 m' />
<sample time='68:21 min' depth='1.11 m' />
<sample time='68:26 min' depth='1.12 m' />
<sample time='68:31 min' depth='0.0 m' temp='25.4 C' />
<sample time='68:36 min' depth='0.0 m' />
<sample time='68:41 min' depth='0.0 m' temp='25.5 C' />
<sample time='68:46 min' depth='0.0 m' temp='25.4 C' />
<sample time='68:51 min' depth='0.0 m' />
<sample time='68:55 min' depth='0.0 m' />
<sample time='69:00 min' depth='0.0 m' />
</divecomputer>
</dive>
<dive number='96' rating='5' divesiteid='473e90be' date='2011-10-22' time='13:33:50' duration='69:56 min'>
<divemaster>Jason</divemaster>
<buddy>Linus</buddy>
<notes>Fourth dive on the Zenobia.</notes>
<suit>wet, 5mm</suit>
<cylinder size='24.0 l' workpressure='202.6 bar' description='Twin85' o2='28.0%' />
<cylinder size='6.982 l' workpressure='203.0 bar' description='Steel7l' o2='50.0%' start='210.0 bar' end='130.0 bar' />
<divecomputer model='Uemis Zurich' deviceid='e04d0248' diveid='00000035'>
<depth max='31.0 m' mean='16.695 m' />
<temperature air='27.0 C' water='25.0 C' />
<surface pressure='1.03 bar' />
<event time='23:50 min' name='Tank Pressure Info' />
<event time='44:55 min' type='11' value='50' name='gaschange' cylinder='1' o2='50.0%' />
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<sample time='0:41 min' depth='4.6 m' pressure='190.68 bar' />
<sample time='0:46 min' depth='5.3 m' pressure='190.76 bar' />
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<sample time='2:00 min' depth='19.8 m' temp='25.6 C' pressure='186.76 bar' ndl='37:00 min' />
<sample time='2:05 min' depth='20.43 m' pressure='186.81 bar' ndl='36:00 min' cns='6%' />
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<sample time='4:45 min' depth='26.23 m' pressure='175.95 bar' ndl='13:00 min' cns='7%' />
<sample time='4:50 min' depth='25.3 m' pressure='175.96 bar' ndl='14:00 min' />
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<sample time='5:55 min' depth='21.09 m' pressure='172.89 bar' ndl='27:00 min' />
<sample time='6:00 min' depth='22.22 m' pressure='172.9 bar' ndl='25:00 min' />
<sample time='6:05 min' depth='23.02 m' pressure='172.54 bar' ndl='20:00 min' />
<sample time='6:10 min' depth='23.59 m' pressure='172.55 bar' ndl='18:00 min' />
<sample time='6:15 min' depth='24.19 m' pressure='172.26 bar' ndl='17:00 min' />
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<sample time='6:25 min' depth='25.16 m' />
<sample time='6:30 min' depth='25.42 m' pressure='170.97 bar' ndl='14:00 min' />
<sample time='6:35 min' depth='25.97 m' temp='25.2 C' pressure='170.75 bar' ndl='13:00 min' />
<sample time='6:40 min' depth='26.27 m' pressure='170.76 bar' ndl='12:00 min' />
<sample time='6:45 min' depth='26.72 m' temp='25.3 C' pressure='170.03 bar' />
<sample time='6:50 min' depth='27.08 m' temp='25.2 C' ndl='11:00 min' />
<sample time='6:55 min' depth='27.33 m' pressure='169.68 bar' />
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<sample time='7:10 min' depth='27.68 m' pressure='168.48 bar' />
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<sample time='7:25 min' depth='28.82 m' pressure='167.27 bar' ndl='9:00 min' />
<sample time='7:30 min' depth='28.98 m' pressure='166.96 bar' />
<sample time='7:35 min' depth='29.24 m' />
<sample time='7:40 min' depth='29.61 m' pressure='166.68 bar' ndl='8:00 min' cns='8%' />
<sample time='7:45 min' depth='29.52 m' pressure='166.37 bar' />
<sample time='7:50 min' depth='29.28 m' pressure='165.64 bar' />
<sample time='7:55 min' depth='29.39 m' />
<sample time='8:00 min' depth='29.58 m' pressure='164.83 bar' />
<sample time='8:05 min' depth='29.69 m' />
<sample time='8:10 min' depth='29.96 m' pressure='164.2 bar' />
<sample time='8:15 min' depth='29.44 m' pressure='163.89 bar' ndl='7:00 min' />
<sample time='8:20 min' depth='29.37 m' ndl='8:00 min' />
<sample time='8:25 min' depth='29.08 m' temp='25.1 C' pressure='163.62 bar' ndl='7:00 min' />
<sample time='8:30 min' depth='29.01 m' pressure='163.35 bar' ndl='8:00 min' />
<sample time='8:35 min' depth='28.97 m' temp='25.2 C' pressure='163.06 bar' />
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<sample time='64:31 min' depth='1.91 m' />
<sample time='64:36 min' depth='1.92 m' />
<sample time='64:41 min' depth='1.62 m' />
<sample time='64:46 min' depth='1.71 m' />
<sample time='64:51 min' depth='1.79 m' />
<sample time='64:56 min' depth='1.84 m' />
<sample time='65:01 min' depth='1.88 m' />
<sample time='65:06 min' depth='1.88 m' />
<sample time='65:11 min' depth='1.82 m' />
<sample time='65:16 min' depth='1.76 m' />
<sample time='65:21 min' depth='1.85 m' />
<sample time='65:26 min' depth='1.88 m' />
<sample time='65:31 min' depth='1.86 m' />
<sample time='65:36 min' depth='1.78 m' />
<sample time='65:41 min' depth='1.83 m' />
<sample time='65:46 min' depth='1.8 m' />
<sample time='65:51 min' depth='1.71 m' />
<sample time='65:56 min' depth='1.69 m' />
<sample time='66:01 min' depth='1.81 m' />
<sample time='66:06 min' depth='1.85 m' />
<sample time='66:11 min' depth='1.85 m' />
<sample time='66:16 min' depth='1.68 m' />
<sample time='66:21 min' depth='1.62 m' />
<sample time='66:26 min' depth='1.68 m' />
<sample time='66:31 min' depth='1.68 m' cns='24%' />
<sample time='66:36 min' depth='1.82 m' />
<sample time='66:41 min' depth='1.71 m' />
<sample time='66:46 min' depth='1.64 m' />
<sample time='66:51 min' depth='1.62 m' />
<sample time='66:56 min' depth='1.58 m' />
<sample time='67:01 min' depth='1.47 m' />
<sample time='67:06 min' depth='1.59 m' temp='25.6 C' />
<sample time='67:11 min' depth='1.64 m' />
<sample time='67:16 min' depth='1.64 m' />
<sample time='67:21 min' depth='1.68 m' />
<sample time='67:26 min' depth='1.65 m' temp='25.5 C' />
<sample time='67:31 min' depth='1.72 m' temp='25.6 C' />
<sample time='67:36 min' depth='1.62 m' />
<sample time='67:41 min' depth='1.57 m' temp='25.5 C' />
<sample time='67:46 min' depth='1.6 m' />
<sample time='67:51 min' depth='1.57 m' />
<sample time='67:55 min' depth='1.65 m' />
<sample time='68:01 min' depth='1.73 m' />
<sample time='68:06 min' depth='1.72 m' />
<sample time='68:11 min' depth='1.58 m' temp='25.6 C' />
<sample time='68:16 min' depth='1.49 m' />
<sample time='68:21 min' depth='1.52 m' />
<sample time='68:26 min' depth='1.72 m' />
<sample time='68:31 min' depth='1.71 m' />
<sample time='68:36 min' depth='1.7 m' />
<sample time='68:41 min' depth='1.41 m' />
<sample time='68:46 min' depth='1.42 m' />
<sample time='68:51 min' depth='1.45 m' />
<sample time='68:56 min' depth='1.48 m' />
<sample time='69:01 min' depth='1.52 m' />
<sample time='69:06 min' depth='1.57 m' />
<sample time='69:11 min' depth='1.58 m' />
<sample time='69:16 min' depth='1.55 m' />
<sample time='69:21 min' depth='1.6 m' />
<sample time='69:26 min' depth='1.5 m' />
<sample time='69:31 min' depth='1.47 m' />
<sample time='69:36 min' depth='1.45 m' />
<sample time='69:41 min' depth='1.33 m' />
<sample time='69:46 min' depth='1.24 m' />
<sample time='69:51 min' depth='1.27 m' />
<sample time='69:56 min' depth='1.14 m' />
</divecomputer>
</dive>
</trip>
<trip date='2011-12-02' time='11:00:00' location='18th test dive - trimix'>
<dive number='18' divesiteid='53e3016d' date='2011-12-02' time='11:00:00' duration='29:30 min'>
<notes>Nothing of value, just getting something for the divelist</notes>
<cylinder size='12.0 l' workpressure='232.009 bar' description='12L 232 bar' start='227.527 bar' end='96.527 bar' />
<cylinder size='15.0 l' workpressure='232.009 bar' description='15L 232 bar' o2='18.0%' he='50.0%' start='227.527 bar' end='75.842 bar' />
<cylinder size='6.9 l' workpressure='206.843 bar' description='AL50' o2='50.0%' start='206.843 bar' end='68.948 bar' />
<divecomputer>
<depth max='70.0 m' mean='29.364 m' />
<temperature air='2.0 C' water='6.0 C' />
<event time='3:00 min' type='11' value='21' name='gaschange' cylinder='0' />
<event time='15:00 min' type='11' value='21' name='gaschange' cylinder='0' />
<event time='20:30 min' type='11' value='50' name='gaschange' cylinder='2' o2='50.0%' />
<sample time='3:00 min' depth='30.0 m' />
<sample time='7:00 min' depth='70.0 m' />
<sample time='11:00 min' depth='70.0 m' />
<sample time='15:00 min' depth='30.0 m' />
<sample time='20:30 min' depth='5.0 m' />
<sample time='29:30 min' depth='5.0 m' />
</divecomputer>
</dive>
<dive number='19' divesiteid='7953619c' date='2011-12-02' time='12:00:00' duration='29:30 min'>
<notes>Nothing of value, just getting something for the divelist</notes>
<cylinder size='12.0 l' workpressure='232.009 bar' description='12L 232 bar' o2='23.0%' start='200.0 bar' end='96.527 bar' />
<cylinder size='15.0 l' workpressure='232.009 bar' description='15L 232 bar' o2='21.0%' he='50.0%' start='232.0 bar' end='75.842 bar' />
<cylinder size='6.9 l' workpressure='206.843 bar' description='AL50' o2='50.0%' start='206.843 bar' end='68.948 bar' />
<divecomputer>
<depth max='70.0 m' mean='29.364 m' />
<temperature air='2.0 C' water='6.0 C' />
<event time='3:00 min' type='11' value='23' name='gaschange' cylinder='0' o2='23.0%' />
<event time='15:00 min' type='11' value='23' name='gaschange' cylinder='0' o2='23.0%' />
<event time='20:30 min' type='11' value='50' name='gaschange' cylinder='2' o2='50.0%' />
<sample time='0:00 min' depth='0.0 m' />
<sample time='3:00 min' depth='30.0 m' />
<sample time='7:00 min' depth='70.0 m' />
<sample time='11:00 min' depth='70.0 m' />
<sample time='15:00 min' depth='30.0 m' />
<sample time='20:30 min' depth='5.0 m' />
<sample time='29:30 min' depth='5.0 m' />
</divecomputer>
</dive>
<dive number='20' divesiteid='3a3764b1' date='2011-12-02' time='13:00:00' duration='29:30 min'>
<notes>Manly dive with two trimix plus deco (no air anywhere)</notes>
<cylinder size='12.0 l' workpressure='232.009 bar' description='12L 232 bar' o2='21.0%' he='30.0%' start='200.0 bar' end='96.527 bar' />
<cylinder size='15.0 l' workpressure='232.009 bar' description='15L 232 bar' o2='12.0%' he='70.0%' start='232.0 bar' end='75.842 bar' />
<cylinder size='6.9 l' workpressure='206.843 bar' description='AL50' o2='50.0%' start='206.843 bar' end='68.948 bar' />
<divecomputer>
<depth max='70.0 m' mean='29.364 m' />
<temperature air='2.0 C' water='6.0 C' />
<event time='3:00 min' type='25' value='1966101' name='gaschange' cylinder='0' o2='21.0%' he='30.0%' />
<event time='15:00 min' type='11' value='50' name='gaschange' cylinder='2' o2='50.0%' />
<event time='20:30 min' type='11' value='50' name='gaschange' cylinder='2' o2='50.0%' />
<sample time='0:00 min' depth='0.0 m' />
<sample time='3:00 min' depth='30.0 m' />
<sample time='7:00 min' depth='70.0 m' />
<sample time='11:00 min' depth='70.0 m' />
<sample time='15:00 min' depth='30.0 m' />
<sample time='20:30 min' depth='5.0 m' />
<sample time='29:30 min' depth='5.0 m' />
</divecomputer>
</dive>
</trip>
<trip date='2012-01-08' time='15:30:03'>
<dive number='1' divesiteid='47b3e28c' date='2012-01-08' time='15:30:03' duration='46:06 min'>
<notes>This is a dive with an image on a remote server.</notes>
<cylinder size='24.0 l' workpressure='232.0 bar' description='D12 232 bar' />
<divecomputer model='manually added dive' date='2014-01-09' time='14:22:03'>
<depth max='15.0 m' mean='13.698 m' />
<sample time='0:00 min' depth='0.0 m' />
<sample time='0:50 min' depth='15.0 m' />
<sample time='1:00 min' depth='15.0 m' />
<sample time='40:00 min' depth='15.0 m' />
<sample time='42:00 min' depth='5.0 m' />
<sample time='45:00 min' depth='5.0 m' />
<sample time='46:06 min' depth='0.0 m' />
</divecomputer>
<picture filename='http://euve10195.vserver.de/~robert/wreck.jpg' offset='+21:01 min'/>
</dive>
</trip>
<trip date='2013-06-01' time='12:24:09' location='Koror, Palau'>
<notes>Great dive trip</notes>
<dive number='224' rating='4' visibility='5' tags='boat' divesiteid='eea339dc' date='2013-06-01' time='12:24:09' duration='62:53 min'>
<divemaster>Steve</divemaster>
<buddy>Linus</buddy>
<notes>no notes</notes>
<suit>wet, 3mm</suit>
<cylinder size='11.328 l' workpressure='202.6 bar' description='AL80' o2='30.0%' />
<cylinder size='14.383 l' workpressure='237.318 bar' description='HP119' o2='37.0%' />
<cylinder size='14.383 l' workpressure='237.318 bar' description='HP119' o2='13.0%' he='45.0%' />
<cylinder size='14.383 l' workpressure='237.318 bar' description='HP119' o2='19.0%' he='19.0%' />
<cylinder size='14.383 l' workpressure='237.318 bar' description='HP119' />
<cylinder size='14.383 l' workpressure='237.318 bar' description='HP119' />
<cylinder o2='21.0%' he='30.0%' />
<cylinder o2='20.0%' he='50.0%' />
<weightsystem weight='4.536 kg' description='integrated' />
<divecomputer model='Uemis Zurich' deviceid='e04d0248' diveid='000000b5'>
<depth max='24.43 m' mean='12.119 m' />
<temperature air='31.0 C' water='30.6 C' />
<surface pressure='1.027 bar' />
<event time='52:01 min' name='Tank Pressure Info' />
<event time='62:09 min' name='RGT Warning' />
<sample time='0:05 min' depth='3.29 m' temp='31.0 C' pressure='189.57 bar' ndl='99:00 min' cns='5%' />
<sample time='0:09 min' depth='4.14 m' pressure='189.37 bar' />
<sample time='0:13 min' depth='4.82 m' temp='30.9 C' pressure='189.16 bar' />
<sample time='0:21 min' depth='5.55 m' pressure='188.76 bar' />
<sample time='0:25 min' depth='5.93 m' pressure='188.35 bar' />
<sample time='0:29 min' depth='6.61 m' pressure='187.95 bar' />
<sample time='0:33 min' depth='7.0 m' temp='30.8 C' pressure='187.54 bar' />
<sample time='0:41 min' depth='7.0 m' pressure='186.74 bar' />
<sample time='0:45 min' depth='7.15 m' pressure='186.75 bar' />
<sample time='0:49 min' depth='7.16 m' pressure='186.41 bar' />
<sample time='0:53 min' depth='7.19 m' pressure='186.17 bar' />
<sample time='1:01 min' depth='7.28 m' pressure='185.81 bar' />
<sample time='1:05 min' depth='7.59 m' />
<sample time='1:09 min' depth='7.48 m' pressure='185.71 bar' />
<sample time='1:13 min' depth='7.39 m' pressure='185.43 bar' />
<sample time='1:21 min' depth='7.16 m' pressure='185.24 bar' />
<sample time='1:25 min' depth='6.96 m' pressure='185.08 bar' />
<sample time='1:29 min' depth='6.76 m' pressure='184.85 bar' />
<sample time='1:33 min' depth='6.86 m' pressure='184.72 bar' />
<sample time='1:41 min' depth='6.55 m' temp='30.7 C' pressure='184.27 bar' />
<sample time='1:45 min' depth='6.43 m' temp='30.8 C' pressure='184.13 bar' />
<sample time='1:49 min' depth='6.47 m' />
<sample time='1:53 min' depth='6.45 m' />
<sample time='2:01 min' depth='6.55 m' temp='30.7 C' pressure='183.94 bar' />
<sample time='2:05 min' depth='6.6 m' pressure='183.61 bar' />
<sample time='2:09 min' depth='6.74 m' pressure='183.38 bar' />
<sample time='2:13 min' depth='7.05 m' pressure='183.16 bar' />
<sample time='2:21 min' depth='7.58 m' pressure='182.75 bar' />
<sample time='2:25 min' depth='7.69 m' pressure='182.54 bar' />
<sample time='2:29 min' depth='7.66 m' />
<sample time='2:33 min' depth='7.64 m' pressure='182.32 bar' />
<sample time='2:41 min' depth='7.78 m' pressure='181.82 bar' />
<sample time='2:45 min' depth='7.79 m' />
<sample time='2:49 min' depth='7.91 m' pressure='181.59 bar' />
<sample time='2:53 min' depth='7.98 m' pressure='181.35 bar' />
<sample time='3:01 min' depth='8.26 m' pressure='181.11 bar' />
<sample time='3:05 min' depth='8.27 m' />
<sample time='3:09 min' depth='8.39 m' />
<sample time='3:13 min' depth='8.55 m' pressure='180.76 bar' />
<sample time='3:21 min' depth='8.79 m' pressure='180.51 bar' />
<sample time='3:25 min' depth='8.93 m' pressure='180.52 bar' />
<sample time='3:29 min' depth='8.94 m' pressure='180.35 bar' />
<sample time='3:33 min' depth='8.73 m' pressure='180.36 bar' />
<sample time='3:41 min' depth='8.53 m' pressure='179.83 bar' />
<sample time='3:45 min' depth='8.78 m' pressure='179.65 bar' />
<sample time='3:49 min' depth='8.62 m' />
<sample time='3:53 min' depth='8.44 m' pressure='179.26 bar' />
<sample time='4:01 min' depth='8.23 m' pressure='178.7 bar' />
<sample time='4:05 min' depth='8.37 m' pressure='178.43 bar' />
<sample time='4:09 min' depth='8.61 m' />
<sample time='4:13 min' depth='8.6 m' pressure='178.03 bar' />
<sample time='4:21 min' depth='8.56 m' pressure='177.53 bar' />
<sample time='4:25 min' depth='8.45 m' />
<sample time='4:29 min' depth='8.33 m' pressure='177.3 bar' />
<sample time='4:33 min' depth='8.07 m' pressure='177.15 bar' />
<sample time='4:41 min' depth='7.94 m' pressure='176.69 bar' />
<sample time='4:45 min' depth='7.89 m' />
<sample time='4:49 min' depth='7.97 m' pressure='176.45 bar' />
<sample time='4:53 min' depth='8.48 m' pressure='176.46 bar' />
<sample time='5:01 min' depth='9.3 m' pressure='176.2 bar' />
<sample time='5:05 min' depth='9.38 m' pressure='176.21 bar' />
<sample time='5:09 min' depth='9.33 m' pressure='175.86 bar' />
<sample time='5:13 min' depth='9.27 m' pressure='175.58 bar' />
<sample time='5:21 min' depth='9.62 m' pressure='175.34 bar' />
<sample time='5:25 min' depth='9.69 m' />
<sample time='5:29 min' depth='10.07 m' pressure='175.0 bar' />
<sample time='5:33 min' depth='10.23 m' pressure='175.01 bar' />
<sample time='5:41 min' depth='10.81 m' pressure='174.67 bar' />
<sample time='5:45 min' depth='11.21 m' pressure='174.42 bar' />
<sample time='5:49 min' depth='11.45 m' pressure='174.18 bar' />
<sample time='5:53 min' depth='11.69 m' />
<sample time='6:01 min' depth='11.47 m' pressure='173.66 bar' />
<sample time='6:05 min' depth='11.51 m' temp='30.6 C' pressure='173.67 bar' />
<sample time='6:09 min' depth='11.62 m' />
<sample time='6:13 min' depth='11.63 m' temp='30.7 C' pressure='173.04 bar' />
<sample time='6:21 min' depth='11.69 m' temp='30.6 C' pressure='172.78 bar' />
<sample time='6:25 min' depth='11.67 m' temp='30.7 C' pressure='172.67 bar' />
<sample time='6:29 min' depth='11.55 m' />
<sample time='6:33 min' depth='11.61 m' />
<sample time='6:41 min' depth='11.66 m' pressure='172.5 bar' />
<sample time='6:45 min' depth='11.49 m' pressure='172.42 bar' />
<sample time='6:49 min' depth='11.25 m' />
<sample time='6:53 min' depth='11.19 m' pressure='172.17 bar' />
<sample time='7:01 min' depth='11.66 m' pressure='171.97 bar' />
<sample time='7:05 min' depth='11.71 m' />
<sample time='7:09 min' depth='12.07 m' pressure='171.42 bar' />
<sample time='7:13 min' depth='12.11 m' pressure='171.18 bar' />
<sample time='7:21 min' depth='12.27 m' temp='30.6 C' pressure='170.97 bar' />
<sample time='7:25 min' depth='12.53 m' />
<sample time='7:29 min' depth='12.7 m' pressure='170.54 bar' />
<sample time='7:33 min' depth='12.67 m' />
<sample time='7:41 min' depth='12.77 m' pressure='169.89 bar' />
<sample time='7:45 min' depth='12.68 m' />
<sample time='7:49 min' depth='12.68 m' pressure='169.62 bar' cns='6%' />
<sample time='7:53 min' depth='12.75 m' pressure='169.33 bar' />
<sample time='8:01 min' depth='13.07 m' />
<sample time='8:05 min' depth='13.29 m' pressure='168.81 bar' />
<sample time='8:09 min' depth='13.8 m' />
<sample time='8:13 min' depth='14.08 m' />
<sample time='8:21 min' depth='14.21 m' pressure='168.13 bar' />
<sample time='8:25 min' depth='14.14 m' pressure='167.84 bar' />
<sample time='8:29 min' depth='13.93 m' pressure='167.68 bar' />
<sample time='8:33 min' depth='13.85 m' temp='30.7 C' pressure='167.67 bar' />
<sample time='8:41 min' depth='13.55 m' temp='30.6 C' pressure='167.55 bar' />
<sample time='8:45 min' depth='13.21 m' />
<sample time='8:49 min' depth='12.77 m' />
<sample time='8:53 min' depth='12.48 m' temp='30.7 C' />
<sample time='9:01 min' depth='12.56 m' pressure='166.88 bar' />
<sample time='9:05 min' depth='12.19 m' temp='30.6 C' />
<sample time='9:09 min' depth='11.98 m' pressure='166.59 bar' />
<sample time='9:13 min' depth='11.77 m' />
<sample time='9:21 min' depth='12.0 m' pressure='165.93 bar' />
<sample time='9:25 min' depth='11.88 m' />
<sample time='9:29 min' depth='11.89 m' pressure='165.85 bar' />
<sample time='9:33 min' depth='11.76 m' pressure='165.74 bar' />
<sample time='9:41 min' depth='11.96 m' pressure='165.47 bar' />
<sample time='9:45 min' depth='11.97 m' />
<sample time='9:49 min' depth='12.11 m' pressure='165.28 bar' />
<sample time='9:53 min' depth='12.33 m' />
<sample time='10:01 min' depth='13.38 m' />
<sample time='10:05 min' depth='13.64 m' pressure='164.29 bar' />
<sample time='10:09 min' depth='13.79 m' />
<sample time='10:13 min' depth='13.86 m' pressure='164.02 bar' />
<sample time='10:21 min' depth='14.31 m' pressure='163.3 bar' />
<sample time='10:25 min' depth='14.32 m' temp='30.7 C' />
<sample time='10:29 min' depth='14.34 m' pressure='162.98 bar' />
<sample time='10:33 min' depth='14.25 m' temp='30.6 C' pressure='162.69 bar' />
<sample time='10:41 min' depth='14.19 m' pressure='162.33 bar' />
<sample time='10:45 min' depth='14.25 m' />
<sample time='10:49 min' depth='14.3 m' pressure='162.15 bar' />
<sample time='10:53 min' depth='13.94 m' temp='30.7 C' pressure='162.0 bar' />
<sample time='11:01 min' depth='13.99 m' temp='30.6 C' />
<sample time='11:05 min' depth='14.02 m' temp='30.7 C' pressure='161.54 bar' />
<sample time='11:09 min' depth='14.06 m' pressure='161.36 bar' />
<sample time='11:13 min' depth='13.98 m' pressure='161.05 bar' />
<sample time='11:21 min' depth='14.03 m' pressure='160.51 bar' />
<sample time='11:25 min' depth='14.05 m' />
<sample time='11:29 min' depth='13.91 m' />
<sample time='11:33 min' depth='13.91 m' pressure='159.96 bar' />
<sample time='11:41 min' depth='13.94 m' pressure='159.66 bar' />
<sample time='11:45 min' depth='13.89 m' pressure='159.42 bar' />
<sample time='11:49 min' depth='13.92 m' pressure='159.16 bar' />
<sample time='11:53 min' depth='13.82 m' />
<sample time='12:01 min' depth='14.0 m' pressure='158.7 bar' />
<sample time='12:05 min' depth='14.11 m' pressure='158.51 bar' />
<sample time='12:09 min' depth='13.98 m' pressure='158.32 bar' />
<sample time='12:13 min' depth='14.05 m' pressure='158.31 bar' />
<sample time='12:21 min' depth='14.01 m' pressure='157.63 bar' />
<sample time='12:25 min' depth='13.9 m' pressure='157.4 bar' />
<sample time='12:29 min' depth='13.8 m' />
<sample time='12:33 min' depth='13.91 m' />
<sample time='12:41 min' depth='13.8 m' pressure='156.57 bar' />
<sample time='12:45 min' depth='13.49 m' />
<sample time='12:49 min' depth='13.42 m' pressure='156.26 bar' />
<sample time='12:53 min' depth='13.31 m' pressure='155.98 bar' />
<sample time='13:01 min' depth='13.14 m' pressure='155.78 bar' />
<sample time='13:05 min' depth='13.13 m' temp='30.6 C' pressure='155.5 bar' />
<sample time='13:09 min' depth='13.11 m' />
<sample time='13:13 min' depth='13.02 m' pressure='155.05 bar' />
<sample time='13:21 min' depth='12.74 m' temp='30.7 C' pressure='154.83 bar' />
<sample time='13:25 min' depth='12.54 m' temp='30.6 C' pressure='154.65 bar' />
<sample time='13:29 min' depth='12.68 m' pressure='154.44 bar' />
<sample time='13:33 min' depth='12.95 m' temp='30.7 C' />
<sample time='13:41 min' depth='13.17 m' />
<sample time='13:45 min' depth='13.11 m' temp='30.6 C' pressure='154.07 bar' />
<sample time='13:49 min' depth='13.33 m' pressure='153.92 bar' />
<sample time='13:53 min' depth='13.54 m' />
<sample time='14:01 min' depth='13.81 m' pressure='153.71 bar' />
<sample time='14:05 min' depth='13.72 m' pressure='153.6 bar' />
<sample time='14:09 min' depth='13.84 m' pressure='153.62 bar' />
<sample time='14:13 min' depth='13.86 m' />
<sample time='14:21 min' depth='13.79 m' />
<sample time='14:25 min' depth='14.01 m' />
<sample time='14:29 min' depth='14.06 m' cns='7%' />
<sample time='14:33 min' depth='14.26 m' pressure='152.59 bar' />
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<divecomputer model='Heinrichs Weikamp OSTC 2N' deviceid='72f380f4' diveid='6d320075' date='2013-06-01' time='12:22:00' duration='63:10 min'>
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</divecomputer>
<divecomputer model='Shearwater Petrel' deviceid='64cb6f5d' diveid='9290f694' date='2013-06-01' time='12:23:41' duration='62:30 min'>
<depth max='24.384 m' mean='12.195 m' />
<temperature water='31.111 C' />
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</divecomputer>
</dive>
<dive number='232' rating='5' visibility='3' tags='boat' divesiteid='eea339e4' date='2013-06-04' time='10:04:18' duration='60:53 min'>
<divemaster>Robin</divemaster>
<buddy>Linus</buddy>
<suit>wet, 3mm</suit>
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<cylinder size='14.383 l' workpressure='237.318 bar' description='HP119' />
<cylinder size='14.383 l' workpressure='237.318 bar' description='HP119' />
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<cylinder o2='21.0%' he='30.0%' />
<cylinder o2='20.0%' he='50.0%' />
<weightsystem weight='2.722 kg' description='integrated' />
<divecomputer model='Uemis Zurich' deviceid='e04d0248' diveid='000000bd'>
<depth max='31.52 m' mean='15.702 m' />
<temperature air='31.7 C' water='30.5 C' />
<surface pressure='1.027 bar' />
<event time='36:25 min' name='Marker' />
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</divecomputer>
<divecomputer model='Heinrichs Weikamp OSTC 2N' deviceid='72f380f4' diveid='725b21a0' date='2013-06-04' time='10:02:00' duration='61:10 min'>
<depth max='31.27 m' mean='15.703 m' />
<temperature water='30.0 C' />
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<divecomputer model='Shearwater Petrel' deviceid='64cb6f5d' diveid='466e3c6a' date='2013-06-04' time='10:03:06' duration='61:00 min'>
<depth max='31.699 m' mean='15.849 m' />
<temperature water='30.556 C' />
<surface pressure='1.009 bar' />
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<sample time='43:10 min' depth='16.154 m' ndl='20:00 min' po2='0.78 bar' />
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<sample time='43:30 min' depth='16.337 m' po2='0.78 bar' />
<sample time='43:40 min' depth='16.52 m' po2='0.79 bar' />
<sample time='43:50 min' depth='16.215 m' ndl='17:00 min' po2='0.78 bar' />
<sample time='44:00 min' depth='15.697 m' ndl='16:00 min' po2='0.76 bar' />
<sample time='44:10 min' depth='15.057 m' ndl='22:00 min' po2='0.75 bar' />
<sample time='44:20 min' depth='13.777 m' ndl='23:00 min' po2='0.71 bar' />
<sample time='44:30 min' depth='13.777 m' ndl='35:00 min' />
<sample time='44:40 min' depth='13.746 m' ndl='32:00 min' />
<sample time='44:50 min' depth='13.99 m' ndl='30:00 min' />
<sample time='45:00 min' depth='14.173 m' po2='0.72 bar' />
<sample time='45:10 min' depth='14.448 m' ndl='24:00 min' po2='0.73 bar' />
<sample time='45:20 min' depth='14.661 m' ndl='27:00 min' />
<sample time='45:30 min' depth='15.149 m' ndl='21:00 min' po2='0.75 bar' />
<sample time='45:40 min' depth='15.118 m' ndl='20:00 min' />
<sample time='45:50 min' depth='14.539 m' ndl='22:00 min' po2='0.74 bar' />
<sample time='46:00 min' depth='14.539 m' ndl='23:00 min' po2='0.73 bar' />
<sample time='46:10 min' depth='14.143 m' ndl='26:00 min' po2='0.72 bar' />
<sample time='46:20 min' depth='13.838 m' ndl='28:00 min' po2='0.71 bar' />
<sample time='46:30 min' depth='14.234 m' ndl='30:00 min' po2='0.72 bar' />
<sample time='46:40 min' depth='14.356 m' ndl='26:00 min' />
<sample time='46:50 min' depth='14.387 m' ndl='23:00 min' po2='0.73 bar' />
<sample time='47:00 min' depth='14.234 m' ndl='24:00 min' po2='0.72 bar' />
<sample time='47:10 min' depth='13.96 m' ndl='26:00 min' po2='0.71 bar' />
<sample time='47:20 min' depth='13.625 m' ndl='28:00 min' po2='0.7 bar' />
<sample time='47:30 min' depth='13.868 m' po2='0.71 bar' />
<sample time='47:40 min' depth='13.564 m' ndl='27:00 min' po2='0.7 bar' />
<sample time='47:50 min' depth='13.076 m' ndl='37:00 min' po2='0.69 bar' />
<sample time='48:00 min' depth='13.167 m' ndl='43:00 min' />
<sample time='48:10 min' depth='13.32 m' ndl='36:00 min' />
<sample time='48:20 min' depth='13.076 m' ndl='42:00 min' />
<sample time='48:30 min' depth='13.076 m' ndl='41:00 min' />
<sample time='48:40 min' depth='13.442 m' ndl='35:00 min' po2='0.7 bar' />
<sample time='48:50 min' depth='13.045 m' ndl='41:00 min' po2='0.69 bar' />
<sample time='49:00 min' depth='12.984 m' ndl='45:00 min' po2='0.68 bar' />
<sample time='49:10 min' depth='12.802 m' ndl='47:00 min' />
<sample time='49:20 min' depth='11.979 m' ndl='46:00 min' po2='0.66 bar' />
<sample time='49:30 min' depth='11.582 m' ndl='92:00 min' po2='0.64 bar' />
<sample time='49:40 min' depth='11.796 m' ndl='96:00 min' po2='0.65 bar' />
<sample time='49:50 min' depth='12.009 m' ndl='83:00 min' po2='0.66 bar' />
<sample time='50:00 min' depth='11.918 m' ndl='80:00 min' po2='0.65 bar' />
<sample time='50:10 min' depth='12.619 m' ndl='57:00 min' po2='0.67 bar' />
<sample time='50:20 min' depth='13.289 m' ndl='38:00 min' po2='0.69 bar' />
<sample time='50:30 min' depth='14.6 m' ndl='22:00 min' po2='0.73 bar' />
<sample time='50:40 min' depth='14.722 m' ndl='20:00 min' />
<sample time='50:50 min' depth='15.057 m' ndl='18:00 min' po2='0.74 bar' />
<sample time='51:00 min' depth='15.636 m' ndl='15:00 min' po2='0.76 bar' />
<sample time='51:10 min' depth='16.002 m' po2='0.77 bar' />
<sample time='51:20 min' depth='15.728 m' ndl='14:00 min' />
<sample time='51:30 min' depth='15.575 m' po2='0.76 bar' />
<sample time='51:40 min' depth='14.966 m' ndl='16:00 min' po2='0.74 bar' />
<sample time='51:50 min' depth='14.051 m' ndl='22:00 min' po2='0.72 bar' />
<sample time='52:00 min' depth='12.741 m' ndl='41:00 min' po2='0.68 bar' />
<sample time='52:10 min' depth='11.948 m' po2='0.65 bar' />
<sample time='52:20 min' depth='11.156 m' ndl='85:00 min' po2='0.63 bar' />
<sample time='52:30 min' depth='10.241 m' ndl='99:00 min' po2='0.6 bar' />
<sample time='52:40 min' depth='10.18 m' />
<sample time='52:50 min' depth='8.9 m' po2='0.56 bar' />
<sample time='53:00 min' depth='8.352 m' po2='0.55 bar' />
<sample time='53:10 min' depth='8.534 m' />
<sample time='53:20 min' depth='7.285 m' po2='0.51 bar' />
<sample time='53:30 min' depth='6.919 m' po2='0.5 bar' />
<sample time='53:40 min' depth='7.254 m' po2='0.51 bar' />
<sample time='53:50 min' depth='8.077 m' po2='0.54 bar' />
<sample time='54:00 min' depth='8.291 m' />
<sample time='54:10 min' depth='7.925 m' />
<sample time='54:20 min' depth='7.803 m' po2='0.53 bar' />
<sample time='54:30 min' depth='7.102 m' po2='0.51 bar' />
<sample time='54:40 min' depth='6.919 m' />
<sample time='54:50 min' depth='6.736 m' po2='0.5 bar' />
<sample time='55:00 min' depth='7.254 m' po2='0.52 bar' />
<sample time='55:10 min' depth='8.23 m' po2='0.54 bar' />
<sample time='55:20 min' depth='7.925 m' />
<sample time='55:30 min' depth='8.047 m' />
<sample time='55:40 min' depth='7.864 m' po2='0.53 bar' />
<sample time='55:50 min' depth='7.498 m' po2='0.52 bar' />
<sample time='56:00 min' depth='6.675 m' po2='0.5 bar' />
<sample time='56:10 min' depth='6.645 m' />
<sample time='56:20 min' depth='6.523 m' po2='0.49 bar' />
<sample time='56:30 min' depth='6.279 m' />
<sample time='56:40 min' depth='6.035 m' temp='31.111 C' po2='0.48 bar' />
<sample time='56:50 min' depth='6.096 m' temp='30.556 C' />
<sample time='57:00 min' depth='5.73 m' po2='0.47 bar' />
<sample time='57:10 min' depth='5.883 m' />
<sample time='57:20 min' depth='5.395 m' po2='0.46 bar' />
<sample time='57:30 min' depth='5.395 m' />
<sample time='57:40 min' depth='5.273 m' po2='0.45 bar' />
<sample time='57:50 min' depth='5.06 m' temp='31.111 C' />
<sample time='58:00 min' depth='4.694 m' po2='0.44 bar' />
<sample time='58:10 min' depth='4.755 m' />
<sample time='58:20 min' depth='4.45 m' po2='0.43 bar' />
<sample time='58:30 min' depth='5.547 m' po2='0.46 bar' />
<sample time='58:40 min' depth='5.212 m' po2='0.45 bar' />
<sample time='58:50 min' depth='5.304 m' po2='0.46 bar' />
<sample time='59:00 min' depth='4.602 m' po2='0.44 bar' />
<sample time='59:10 min' depth='3.78 m' po2='0.41 bar' />
<sample time='59:20 min' depth='3.383 m' po2='0.4 bar' />
<sample time='59:30 min' depth='2.804 m' po2='0.38 bar' />
<sample time='59:40 min' depth='2.835 m' />
<sample time='59:50 min' depth='2.53 m' po2='0.37 bar' />
<sample time='60:00 min' depth='2.713 m' po2='0.38 bar' />
<sample time='60:10 min' depth='1.737 m' po2='0.35 bar' />
<sample time='60:20 min' depth='1.311 m' po2='0.34 bar' />
<sample time='60:30 min' depth='1.433 m' />
<sample time='60:40 min' depth='1.219 m' po2='0.33 bar' />
<sample time='60:50 min' depth='1.006 m' />
<sample time='61:00 min' depth='0.0 m' po2='0.32 bar' />
<sample time='61:10 min' depth='0.0 m' po2='0.3 bar' />
<sample time='61:20 min' depth='0.0 m' />
<sample time='61:30 min' depth='0.0 m' />
<sample time='61:40 min' depth='0.0 m' />
<sample time='61:50 min' depth='0.0 m' />
</divecomputer>
</dive>
<dive number='233' rating='5' visibility='3' tags='boat' divesiteid='eea339e5' date='2013-06-04' time='12:28:06' duration='59:00 min'>
<divemaster>Robin</divemaster>
<buddy>Linus</buddy>
<notes>What a difference compared to the first time we did this dive two days ago. Strong current. We were flying like kites. It was an amazing dive.
Awesome.</notes>
<suit>wet, 3mm</suit>
<cylinder size='11.328 l' workpressure='202.6 bar' description='AL80' o2='30.0%' />
<cylinder size='14.383 l' workpressure='237.318 bar' description='HP119' o2='37.0%' />
<cylinder size='14.383 l' workpressure='237.318 bar' description='HP119' o2='19.0%' he='19.0%' />
<cylinder size='14.383 l' workpressure='237.318 bar' description='HP119' />
<cylinder size='14.383 l' workpressure='237.318 bar' description='HP119' />
<cylinder size='14.383 l' workpressure='237.318 bar' description='HP119' o2='13.0%' he='45.0%' />
<cylinder o2='21.0%' he='30.0%' />
<cylinder o2='20.0%' he='50.0%' />
<weightsystem weight='2.722 kg' description='integrated' />
<divecomputer model='Uemis Zurich' deviceid='e04d0248' diveid='000000be'>
<depth max='28.17 m' mean='15.037 m' />
<temperature air='31.6 C' water='30.5 C' />
<surface pressure='1.028 bar' />
<event time='4:07 min' name='No Tank Data' />
<event time='54:28 min' name='Safety Stop Violation' />
<sample time='0:04 min' depth='2.58 m' temp='31.6 C' ndl='99:00 min' cns='6%' />
<sample time='0:08 min' depth='3.48 m' />
<sample time='0:16 min' depth='4.44 m' temp='31.1 C' />
<sample time='0:20 min' depth='4.58 m' />
<sample time='0:24 min' depth='5.01 m' temp='30.9 C' />
<sample time='0:28 min' depth='5.32 m' />
<sample time='0:36 min' depth='6.13 m' temp='30.7 C' />
<sample time='0:40 min' depth='6.44 m' />
<sample time='0:44 min' depth='6.69 m' />
<sample time='0:48 min' depth='6.95 m' temp='30.8 C' />
<sample time='0:55 min' depth='7.6 m' />
<sample time='1:00 min' depth='8.29 m' />
<sample time='1:04 min' depth='8.48 m' />
<sample time='1:08 min' depth='9.39 m' temp='30.7 C' />
<sample time='1:16 min' depth='10.05 m' />
<sample time='1:20 min' depth='10.22 m' temp='30.8 C' pressure='199.11 bar' />
<sample time='1:23 min' depth='10.5 m' pressure='199.13 bar' />
<sample time='1:28 min' depth='10.82 m' pressure='198.48 bar' />
<sample time='1:36 min' depth='11.63 m' temp='30.7 C' pressure='197.9 bar' />
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<sample time='1:44 min' depth='12.31 m' pressure='197.93 bar' />
<sample time='1:48 min' depth='12.46 m' pressure='197.95 bar' />
<sample time='1:56 min' depth='12.55 m' pressure='195.92 bar' />
<sample time='2:00 min' depth='12.69 m' pressure='195.93 bar' />
<sample time='2:04 min' depth='12.62 m' pressure='194.38 bar' />
<sample time='2:08 min' depth='12.71 m' pressure='194.39 bar' />
<sample time='2:16 min' depth='12.76 m' pressure='193.05 bar' />
<sample time='2:20 min' depth='12.59 m' temp='30.7 C' pressure='193.07 bar' />
<sample time='2:24 min' depth='12.74 m' temp='30.8 C' pressure='193.08 bar' />
<sample time='2:28 min' depth='12.76 m' pressure='193.09 bar' />
<sample time='2:36 min' depth='12.83 m' temp='30.7 C' pressure='192.14 bar' />
<sample time='2:40 min' depth='12.93 m' pressure='191.29 bar' />
<sample time='2:44 min' depth='12.74 m' pressure='191.3 bar' />
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<sample time='2:56 min' depth='13.59 m' pressure='190.36 bar' />
<sample time='3:00 min' depth='14.07 m' pressure='190.37 bar' />
<sample time='3:04 min' depth='14.43 m' pressure='190.38 bar' />
<sample time='3:08 min' depth='15.08 m' pressure='189.64 bar' />
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<sample time='3:20 min' depth='16.24 m' pressure='188.64 bar' />
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<sample time='3:28 min' depth='17.16 m' temp='30.8 C' ndl='80:00 min' />
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<sample time='3:39 min' depth='18.86 m' ndl='61:00 min' />
<sample time='3:44 min' depth='19.39 m' pressure='188.67 bar' ndl='57:00 min' cns='7%' />
<sample time='3:48 min' depth='19.74 m' ndl='52:00 min' />
<sample time='3:55 min' depth='20.88 m' pressure='188.68 bar' ndl='49:00 min' />
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<sample time='4:03 min' depth='21.66 m' pressure='188.69 bar' ndl='39:00 min' />
<sample time='4:07 min' depth='22.04 m' ndl='38:00 min' />
<sample time='4:15 min' depth='22.53 m' pressure='183.14 bar' ndl='36:00 min' />
<sample time='4:19 min' depth='22.69 m' ndl='34:00 min' />
<sample time='4:24 min' depth='22.93 m' ndl='33:00 min' />
<sample time='4:27 min' depth='23.3 m' pressure='183.15 bar' ndl='32:00 min' />
<sample time='4:35 min' depth='23.9 m' pressure='181.92 bar' ndl='31:00 min' />
<sample time='4:39 min' depth='24.39 m' ndl='29:00 min' />
<sample time='4:43 min' depth='24.72 m' pressure='180.57 bar' ndl='28:00 min' />
<sample time='4:49 min' depth='24.97 m' ndl='27:00 min' />
<sample time='4:56 min' depth='25.34 m' />
<sample time='5:00 min' depth='25.9 m' ndl='26:00 min' />
<sample time='5:04 min' depth='26.51 m' pressure='179.35 bar' ndl='25:00 min' />
<sample time='5:08 min' depth='26.7 m' pressure='178.89 bar' ndl='23:00 min' />
<sample time='5:15 min' depth='27.33 m' pressure='178.45 bar' />
<sample time='5:19 min' depth='27.17 m' pressure='178.07 bar' ndl='22:00 min' />
<sample time='5:23 min' depth='27.08 m' />
<sample time='5:27 min' depth='27.39 m' />
<sample time='5:35 min' depth='27.51 m' />
<sample time='5:39 min' depth='27.23 m' pressure='177.03 bar' ndl='21:00 min' />
<sample time='5:43 min' depth='27.54 m' temp='30.6 C' pressure='176.65 bar' ndl='22:00 min' />
<sample time='5:47 min' depth='27.28 m' pressure='176.32 bar' ndl='21:00 min' />
<sample time='5:55 min' depth='26.81 m' />
<sample time='5:59 min' depth='26.62 m' pressure='176.33 bar' ndl='22:00 min' />
<sample time='6:03 min' depth='26.32 m' />
<sample time='6:07 min' depth='26.32 m' pressure='176.34 bar' ndl='23:00 min' />
<sample time='6:15 min' depth='25.73 m' />
<sample time='6:19 min' depth='25.48 m' pressure='175.41 bar' ndl='24:00 min' cns='8%' />
<sample time='6:23 min' depth='25.33 m' pressure='175.42 bar' />
<sample time='6:27 min' depth='25.29 m' temp='30.7 C' pressure='174.83 bar' />
<sample time='6:35 min' depth='25.46 m' pressure='174.42 bar' />
<sample time='6:39 min' depth='25.32 m' temp='30.6 C' />
<sample time='6:43 min' depth='25.15 m' pressure='173.48 bar' />
<sample time='6:48 min' depth='24.75 m' />
<sample time='6:55 min' depth='23.44 m' pressure='172.8 bar' ndl='25:00 min' />
<sample time='6:59 min' depth='22.96 m' pressure='172.81 bar' ndl='28:00 min' />
<sample time='7:03 min' depth='22.71 m' pressure='172.45 bar' ndl='29:00 min' />
<sample time='7:07 min' depth='22.14 m' pressure='172.32 bar' ndl='30:00 min' />
<sample time='7:15 min' depth='21.95 m' pressure='172.04 bar' ndl='32:00 min' />
<sample time='7:19 min' depth='22.02 m' />
<sample time='7:23 min' depth='22.14 m' temp='30.7 C' pressure='171.33 bar' />
<sample time='7:27 min' depth='22.27 m' pressure='171.04 bar' />
<sample time='7:36 min' depth='22.44 m' ndl='31:00 min' />
<sample time='7:39 min' depth='22.26 m' ndl='30:00 min' />
<sample time='7:44 min' depth='21.85 m' temp='30.6 C' pressure='169.91 bar' ndl='31:00 min' />
<sample time='7:47 min' depth='21.94 m' ndl='32:00 min' />
<sample time='7:55 min' depth='21.26 m' pressure='169.56 bar' />
<sample time='7:59 min' depth='21.03 m' ndl='35:00 min' />
<sample time='8:03 min' depth='20.44 m' />
<sample time='8:08 min' depth='20.06 m' temp='30.7 C' pressure='169.02 bar' ndl='39:00 min' />
<sample time='8:15 min' depth='19.94 m' temp='30.6 C' pressure='168.78 bar' ndl='41:00 min' />
<sample time='8:20 min' depth='19.82 m' temp='30.7 C' />
<sample time='8:23 min' depth='19.41 m' pressure='168.41 bar' ndl='42:00 min' />
<sample time='8:27 min' depth='19.2 m' pressure='168.09 bar' ndl='45:00 min' />
<sample time='8:36 min' depth='19.01 m' temp='30.6 C' pressure='167.45 bar' ndl='47:00 min' />
<sample time='8:39 min' depth='18.99 m' pressure='167.46 bar' ndl='48:00 min' />
<sample time='8:44 min' depth='18.82 m' pressure='167.15 bar' />
<sample time='8:48 min' depth='18.95 m' ndl='49:00 min' />
<sample time='8:56 min' depth='18.27 m' ndl='48:00 min' />
<sample time='8:59 min' depth='18.19 m' pressure='167.16 bar' ndl='53:00 min' />
<sample time='9:03 min' depth='18.2 m' />
<sample time='9:08 min' depth='17.89 m' pressure='166.18 bar' />
<sample time='9:16 min' depth='17.88 m' pressure='166.19 bar' ndl='55:00 min' />
<sample time='9:20 min' depth='17.52 m' pressure='165.26 bar' />
<sample time='9:24 min' depth='17.02 m' ndl='58:00 min' />
<sample time='9:28 min' depth='16.34 m' ndl='63:00 min' />
<sample time='9:36 min' depth='15.31 m' ndl='72:00 min' />
<sample time='9:40 min' depth='15.05 m' pressure='164.8 bar' ndl='91:00 min' cns='9%' />
<sample time='9:44 min' depth='14.69 m' ndl='98:00 min' />
<sample time='9:48 min' depth='14.87 m' ndl='99:00 min' />
<sample time='9:55 min' depth='15.76 m' temp='30.5 C' />
<sample time='10:00 min' depth='16.29 m' pressure='164.81 bar' ndl='81:00 min' />
<sample time='10:03 min' depth='16.68 m' temp='30.6 C' ndl='72:00 min' />
<sample time='10:07 min' depth='17.05 m' ndl='67:00 min' />
<sample time='10:15 min' depth='17.88 m' pressure='162.94 bar' ndl='62:00 min' />
<sample time='10:19 min' depth='17.87 m' ndl='54:00 min' />
<sample time='10:24 min' depth='17.84 m' pressure='162.03 bar' />
<sample time='10:27 min' depth='17.89 m' pressure='161.46 bar' ndl='55:00 min' />
<sample time='10:36 min' depth='17.92 m' temp='30.7 C' pressure='160.99 bar' ndl='54:00 min' />
<sample time='10:39 min' depth='17.99 m' />
<sample time='10:43 min' depth='18.18 m' pressure='160.16 bar' ndl='53:00 min' />
<sample time='10:48 min' depth='18.43 m' pressure='160.15 bar' ndl='52:00 min' />
<sample time='10:55 min' depth='18.6 m' temp='30.6 C' pressure='159.48 bar' ndl='50:00 min' />
<sample time='10:59 min' depth='18.53 m' pressure='159.06 bar' ndl='49:00 min' />
<sample time='11:04 min' depth='18.07 m' pressure='158.71 bar' />
<sample time='11:08 min' depth='17.77 m' ndl='52:00 min' />
<sample time='11:15 min' depth='17.27 m' pressure='157.19 bar' ndl='54:00 min' />
<sample time='11:19 min' depth='17.14 m' pressure='156.58 bar' ndl='59:00 min' />
<sample time='11:24 min' depth='17.28 m' ndl='60:00 min' />
<sample time='11:27 min' depth='17.43 m' pressure='155.98 bar' ndl='59:00 min' />
<sample time='11:35 min' depth='17.27 m' pressure='155.52 bar' ndl='57:00 min' />
<sample time='11:39 min' depth='17.26 m' pressure='155.53 bar' ndl='58:00 min' />
<sample time='11:44 min' depth='17.34 m' ndl='59:00 min' />
<sample time='11:47 min' depth='17.33 m' ndl='58:00 min' />
<sample time='11:56 min' depth='17.05 m' />
<sample time='11:59 min' depth='16.82 m' ndl='60:00 min' />
<sample time='12:03 min' depth='16.81 m' ndl='63:00 min' />
<sample time='12:07 min' depth='17.02 m' />
<sample time='12:15 min' depth='16.82 m' pressure='152.71 bar' ndl='60:00 min' />
<sample time='12:20 min' depth='16.74 m' ndl='63:00 min' />
<sample time='12:23 min' depth='17.04 m' ndl='64:00 min' />
<sample time='12:27 min' depth='17.33 m' pressure='152.17 bar' ndl='60:00 min' />
<sample time='12:35 min' depth='17.3 m' ndl='57:00 min' />
<sample time='12:40 min' depth='17.18 m' />
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</divecomputer>
<divecomputer model='Heinrichs Weikamp OSTC 2N' deviceid='72f380f4' diveid='1fea84a2' date='2013-06-04' time='12:26:00' duration='59:20 min'>
<depth max='27.76 m' mean='14.927 m' />
<temperature water='29.6 C' />
<surface pressure='1.009 bar' />
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<sample time='0:40 min' depth='6.544 m' />
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</divecomputer>
<divecomputer model='Shearwater Petrel' deviceid='64cb6f5d' diveid='0b1b6b44' date='2013-06-04' time='12:26:48' duration='59:10 min'>
<depth max='28.042 m' mean='15.21 m' />
<temperature water='30.556 C' />
<surface pressure='1.011 bar' />
<water salinity='1020 g/l' />
<event time='0:10 min' type='25' value='30' name='gaschange' cylinder='0' o2='30.0%' />
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<sample time='50:20 min' depth='12.649 m' ndl='26:00 min' />
<sample time='50:30 min' depth='12.253 m' ndl='31:00 min' po2='0.66 bar' />
<sample time='50:40 min' depth='12.131 m' ndl='44:00 min' />
<sample time='50:50 min' depth='12.619 m' ndl='32:00 min' po2='0.67 bar' />
<sample time='51:00 min' depth='11.46 m' ndl='39:00 min' po2='0.64 bar' />
<sample time='51:10 min' depth='11.156 m' ndl='99:00 min' po2='0.63 bar' />
<sample time='51:20 min' depth='11.186 m' ndl='78:00 min' />
<sample time='51:30 min' depth='10.851 m' ndl='99:00 min' po2='0.62 bar' />
<sample time='51:40 min' depth='10.089 m' po2='0.6 bar' />
<sample time='51:50 min' depth='9.876 m' po2='0.59 bar' />
<sample time='52:00 min' depth='9.144 m' po2='0.57 bar' />
<sample time='52:10 min' depth='8.382 m' po2='0.55 bar' />
<sample time='52:20 min' depth='7.437 m' po2='0.52 bar' />
<sample time='52:30 min' depth='6.218 m' po2='0.48 bar' />
<sample time='52:40 min' depth='5.06 m' temp='31.111 C' po2='0.45 bar' />
<sample time='52:50 min' depth='5.06 m' />
<sample time='53:00 min' depth='4.877 m' po2='0.44 bar' />
<sample time='53:10 min' depth='5.304 m' po2='0.46 bar' />
<sample time='53:20 min' depth='5.791 m' po2='0.47 bar' />
<sample time='53:30 min' depth='4.907 m' po2='0.44 bar' />
<sample time='53:40 min' depth='4.42 m' po2='0.43 bar' />
<sample time='53:50 min' depth='5.029 m' po2='0.45 bar' />
<sample time='54:00 min' depth='4.999 m' />
<sample time='54:10 min' depth='4.663 m' po2='0.44 bar' />
<sample time='54:20 min' depth='3.993 m' po2='0.42 bar' />
<sample time='54:30 min' depth='4.724 m' po2='0.44 bar' />
<sample time='54:40 min' depth='4.907 m' />
<sample time='54:50 min' depth='4.968 m' po2='0.45 bar' />
<sample time='55:00 min' depth='4.968 m' />
<sample time='55:10 min' depth='4.45 m' po2='0.43 bar' />
<sample time='55:20 min' depth='4.389 m' />
<sample time='55:30 min' depth='4.694 m' po2='0.44 bar' />
<sample time='55:40 min' depth='5.517 m' po2='0.46 bar' />
<sample time='55:50 min' depth='5.121 m' po2='0.45 bar' />
<sample time='56:00 min' depth='5.029 m' />
<sample time='56:10 min' depth='4.542 m' po2='0.43 bar' />
<sample time='56:20 min' depth='4.115 m' po2='0.42 bar' />
<sample time='56:30 min' depth='4.084 m' />
<sample time='56:40 min' depth='4.054 m' />
<sample time='56:50 min' depth='3.719 m' po2='0.41 bar' />
<sample time='57:00 min' depth='4.115 m' po2='0.42 bar' />
<sample time='57:10 min' depth='3.719 m' po2='0.41 bar' />
<sample time='57:20 min' depth='3.566 m' po2='0.4 bar' />
<sample time='57:30 min' depth='2.774 m' po2='0.39 bar' />
<sample time='57:40 min' depth='3.231 m' />
<sample time='57:50 min' depth='2.042 m' po2='0.36 bar' />
<sample time='58:00 min' depth='1.859 m' />
<sample time='58:10 min' depth='1.859 m' po2='0.35 bar' />
<sample time='58:20 min' depth='1.92 m' po2='0.36 bar' />
<sample time='58:30 min' depth='1.676 m' po2='0.35 bar' />
<sample time='58:40 min' depth='1.433 m' po2='0.34 bar' />
<sample time='58:50 min' depth='1.372 m' />
<sample time='59:00 min' depth='1.189 m' />
<sample time='59:10 min' depth='0.0 m' po2='0.32 bar' />
<sample time='59:20 min' depth='0.0 m' po2='0.3 bar' />
<sample time='59:30 min' depth='0.0 m' />
<sample time='59:40 min' depth='0.0 m' />
<sample time='59:50 min' depth='0.0 m' />
<sample time='60:00 min' depth='0.0 m' />
</divecomputer>
</dive>
</trip>
<trip date='2013-12-28' time='06:56:12'>
<dive number='33' date='2013-12-28' time='06:56:12' duration='46:06 min'>
<notes>Dive with test events, can be used to test approximation of depth when exporting dives.</notes>
<cylinder size='11.094 l' workpressure='206.843 bar' description='AL80' o2='18.0%' he='60.0%' start='100.0 bar' end='60.0 bar' />
<cylinder size='6.934 l' workpressure='206.843 bar' description='AL50' o2='50.0%' start='200.0 bar' end='50.0 bar' />
<divecomputer model='manually added dive'>
<depth max='25.0 m' mean='17.901 m' />
<event time='0:00 min' type='25' value='36' name='gaschange' cylinder='1' o2='50.0%' />
<event time='0:35 min' type='23' value='110' name='heading' />
<event time='5:30 min' type='8' name='bookmark' />
<event time='6:35 min' type='8' name='bookmark' />
<event time='7:00 min' type='8' name='bookmark' />
<event time='15:00 min' type='25' value='32' name='gaschange' cylinder='0' o2='18.0%' he='60.0%' />
<event time='25:12 min' type='25' value='36' name='gaschange' cylinder='1' o2='50.0%' />
<event time='39:00 min' type='23' value='345' name='heading' />
<event time='41:10 min' type='25' value='36' name='gaschange' cylinder='1' o2='50.0%' />
<sample time='0:00 min' depth='0.0 m' />
<sample time='1:00 min' depth='15.0 m' />
<sample time='20:00 min' depth='25.0 m' />
<sample time='40:00 min' depth='15.0 m' />
<sample time='42:00 min' depth='5.0 m' />
<sample time='45:00 min' depth='5.0 m' />
<sample time='46:06 min' depth='0.0 m' />
</divecomputer>
</dive>
</trip>
<trip date='2014-03-15' time='21:44:06' location='At Home'>
<dive number='1' divesiteid='be6af78a' date='2014-03-15' time='21:44:06' duration='52:20 min'>
<notes>Simple test dive to show the pp graph (in this case O2 only) being drawn incorrectly due to multiple gas switches to a hyperoxic gas (thus triggering the pO2 threshold setting).
Fixed in commit aa0cd792bbe3e5c2dbaaaaff77688f4ee96c694c</notes>
<cylinder size='24.0 l' workpressure='232.0 bar' description='D12 232 bar' o2='32.0%' />
<cylinder size='5.547 l' workpressure='206.843 bar' description='AL40' o2='100.0%' />
<divecomputer model='manually added dive'>
<depth max='15.0 m' mean='9.908 m' />
<event time='12:00 min' type='25' value='100' name='gaschange' cylinder='1' o2='100.0%' />
<event time='19:00 min' type='25' value='32' name='gaschange' cylinder='0' o2='32.0%' />
<event time='38:00 min' type='25' value='100' name='gaschange' cylinder='1' o2='100.0%' />
<sample time='0:00 min' depth='0.0 m' />
<sample time='1:00 min' depth='15.0 m' />
<sample time='4:00 min' depth='15.0 m' />
<sample time='9:00 min' depth='7.0 m' />
<sample time='12:00 min' depth='7.0 m' />
<sample time='19:00 min' depth='15.0 m' />
<sample time='24:00 min' depth='15.0 m' />
<sample time='29:00 min' depth='15.0 m' />
<sample time='34:00 min' depth='7.0 m' />
<sample time='38:00 min' depth='5.0 m' />
<sample time='41:00 min' depth='7.0 m' />
<sample time='44:00 min' depth='9.0 m' />
<sample time='46:00 min' depth='5.0 m' />
<sample time='48:00 min' depth='4.0 m' />
<sample time='51:00 min' depth='6.0 m' />
<sample time='52:20 min' depth='0.0 m' />
</divecomputer>
</dive>
</trip>
<trip date='2014-04-01' time='07:00:00' location='Test dive with heart rate'>
<dive number='35' date='2014-04-01' time='07:00:00' duration='29:30 min'>
<notes>Pretend XML from CCR.</notes>
<divecomputer model='made up' deviceid='00001111' diveid='00001111' dctype='CCR' no_o2sensors='3'>
<depth max='70.0 m' mean='29.364 m' />
<sample time='0:00 min' depth='0.0 m' />
<sample time='3:00 min' depth='30.0 m' />
<sample time='7:00 min' depth='70.0 m' />
<sample time='11:00 min' depth='70.0 m' />
<sample time='15:00 min' depth='30.0 m' />
<sample time='20:30 min' depth='5.0 m' />
<sample time='29:30 min' depth='5.0 m' />
</divecomputer>
</dive>
<dive number='1' date='2014-04-02' time='10:00:00' duration='77:54 min'>
<notes>CCR dive</notes>
<cylinder size='2.0 l' workpressure='232.0 bar' description='Oxy2' o2='100.0%' start='190.0 bar' end='130.0 bar' use='oxygen' />
<cylinder size='2.0 l' workpressure='232.0 bar' description='Dil2' start='185.0 bar' end='130.0 bar' use='diluent' />
<divecomputer model='Heinrichs Weikamp OSTC 3' deviceid='01234567' diveid='76543210' dctype='CCR'>
<depth max='38.99 m' mean='17.72 m' />
<temperature water='4.3 C' />
<surface pressure='1.02 bar' />
<water salinity='1000 g/l' />
<event time='0:02 min' type='25' value='21' name='gaschange' cylinder='1' />
<sample time='0:02 min' depth='2.335 m' />
<sample time='0:04 min' depth='2.916 m' />
<sample time='0:06 min' depth='3.273 m' />
<sample time='0:08 min' depth='3.549 m' />
<sample time='0:10 min' depth='4.038 m' />
<sample time='0:12 min' depth='4.517 m' temp='10.0 C' ndl='240:00 min' />
<sample time='0:14 min' depth='5.139 m' />
<sample time='0:16 min' depth='5.68 m' />
<sample time='0:18 min' depth='6.088 m' />
<sample time='0:20 min' depth='6.547 m' />
<sample time='0:22 min' depth='6.863 m' />
<sample time='0:24 min' depth='6.965 m' />
<sample time='0:26 min' depth='6.995 m' />
<sample time='0:28 min' depth='7.046 m' />
<sample time='0:30 min' depth='6.985 m' />
<sample time='0:32 min' depth='6.954 m' />
<sample time='0:34 min' depth='6.995 m' />
<sample time='0:36 min' depth='6.965 m' />
<sample time='0:38 min' depth='6.965 m' />
<sample time='0:40 min' depth='7.199 m' />
<sample time='0:42 min' depth='7.271 m' />
<sample time='0:44 min' depth='7.25 m' />
<sample time='0:46 min' depth='7.301 m' />
<sample time='0:48 min' depth='7.148 m' />
<sample time='0:50 min' depth='7.036 m' />
<sample time='0:52 min' depth='7.067 m' />
<sample time='0:54 min' depth='6.954 m' />
<sample time='0:56 min' depth='6.995 m' />
<sample time='0:58 min' depth='6.995 m' />
<sample time='1:00 min' depth='7.056 m' />
<sample time='1:02 min' depth='7.128 m' />
<sample time='1:04 min' depth='7.158 m' />
<sample time='1:06 min' depth='7.067 m' />
<sample time='1:08 min' depth='6.689 m' />
<sample time='1:10 min' depth='6.822 m' />
<sample time='1:12 min' depth='6.791 m' />
<sample time='1:14 min' depth='6.893 m' />
<sample time='1:16 min' depth='6.883 m' />
<sample time='1:18 min' depth='6.883 m' />
<sample time='1:20 min' depth='6.944 m' />
<sample time='1:22 min' depth='6.751 m' />
<sample time='1:24 min' depth='6.781 m' />
<sample time='1:26 min' depth='6.781 m' />
<sample time='1:28 min' depth='6.751 m' />
<sample time='1:30 min' depth='6.74 m' />
<sample time='1:32 min' depth='6.812 m' />
<sample time='1:34 min' depth='6.842 m' />
<sample time='1:36 min' depth='6.893 m' />
<sample time='1:38 min' depth='7.005 m' />
<sample time='1:40 min' depth='7.026 m' />
<sample time='1:42 min' depth='6.995 m' />
<sample time='1:44 min' depth='7.026 m' />
<sample time='1:46 min' depth='7.077 m' />
<sample time='1:48 min' depth='7.148 m' />
<sample time='1:50 min' depth='7.107 m' />
<sample time='1:52 min' depth='7.056 m' />
<sample time='1:54 min' depth='7.036 m' />
<sample time='1:56 min' depth='7.036 m' />
<sample time='1:58 min' depth='7.189 m' />
<sample time='2:00 min' depth='7.536 m' />
<sample time='2:02 min' depth='7.729 m' />
<sample time='2:04 min' depth='8.015 m' />
<sample time='2:06 min' depth='8.219 m' />
<sample time='2:08 min' depth='8.423 m' />
<sample time='2:10 min' depth='8.239 m' />
<sample time='2:12 min' depth='8.851 m' />
<sample time='2:14 min' depth='9.228 m' />
<sample time='2:16 min' depth='9.585 m' />
<sample time='2:18 min' depth='10.003 m' />
<sample time='2:20 min' depth='10.371 m' />
<sample time='2:22 min' depth='10.88 m' />
<sample time='2:24 min' depth='11.247 m' temp='9.9 C' />
<sample time='2:26 min' depth='11.574 m' />
<sample time='2:28 min' depth='11.92 m' />
<sample time='2:30 min' depth='12.216 m' />
<sample time='2:32 min' depth='12.461 m' />
<sample time='2:34 min' depth='12.563 m' />
<sample time='2:36 min' depth='12.716 m' temp='10.0 C' ndl='199:00 min' />
<sample time='2:38 min' depth='13.022 m' />
<sample time='2:40 min' depth='13.44 m' />
<sample time='2:42 min' depth='13.889 m' />
<sample time='2:44 min' depth='14.327 m' />
<sample time='2:46 min' depth='14.755 m' />
<sample time='2:48 min' depth='15.031 m' temp='9.9 C' ndl='89:00 min' />
<sample time='2:50 min' depth='15.296 m' />
<sample time='2:52 min' depth='15.53 m' />
<sample time='2:54 min' depth='15.816 m' />
<sample time='2:56 min' depth='16.05 m' />
<sample time='2:58 min' depth='16.091 m' />
<sample time='3:00 min' depth='16.336 m' ndl='68:00 min' />
<sample time='3:02 min' depth='16.479 m' />
<sample time='3:04 min' depth='16.611 m' />
<sample time='3:06 min' depth='16.642 m' />
<sample time='3:08 min' depth='16.876 m' />
<sample time='3:10 min' depth='17.121 m' />
<sample time='3:12 min' depth='17.294 m' ndl='56:00 min' cns='1%' />
<sample time='3:14 min' depth='17.447 m' />
<sample time='3:16 min' depth='17.498 m' />
<sample time='3:18 min' depth='17.58 m' />
<sample time='3:20 min' depth='17.814 m' />
<sample time='3:22 min' depth='18.059 m' />
<sample time='3:24 min' depth='18.345 m' ndl='46:00 min' />
<sample time='3:26 min' depth='18.589 m' />
<sample time='3:28 min' depth='18.855 m' />
<sample time='3:30 min' depth='19.13 m' />
<sample time='3:32 min' depth='19.456 m' />
<sample time='3:34 min' depth='19.762 m' />
<sample time='3:36 min' depth='20.007 m' temp='9.8 C' ndl='36:00 min' />
<sample time='3:38 min' depth='20.221 m' />
<sample time='3:40 min' depth='20.292 m' />
<sample time='3:42 min' depth='20.252 m' />
<sample time='3:44 min' depth='20.394 m' />
<sample time='3:46 min' depth='20.496 m' />
<sample time='3:48 min' depth='20.557 m' temp='9.1 C' ndl='32:00 min' />
<sample time='3:50 min' depth='20.527 m' />
<sample time='3:52 min' depth='20.71 m' />
<sample time='3:54 min' depth='20.874 m' />
<sample time='3:56 min' depth='21.027 m' />
<sample time='3:58 min' depth='21.23 m' />
<sample time='4:00 min' depth='21.2 m' temp='8.4 C' ndl='29:00 min' />
<sample time='4:02 min' depth='21.19 m' />
<sample time='4:04 min' depth='21.159 m' />
<sample time='4:06 min' depth='21.057 m' />
<sample time='4:08 min' depth='21.047 m' />
<sample time='4:10 min' depth='21.088 m' />
<sample time='4:12 min' depth='21.292 m' temp='7.8 C' />
<sample time='4:14 min' depth='21.424 m' />
<sample time='4:16 min' depth='21.587 m' />
<sample time='4:18 min' depth='21.761 m' />
<sample time='4:20 min' depth='21.924 m' />
<sample time='4:22 min' depth='21.985 m' />
<sample time='4:24 min' depth='22.128 m' temp='7.4 C' ndl='26:00 min' />
<sample time='4:26 min' depth='22.281 m' />
<sample time='4:28 min' depth='22.566 m' />
<sample time='4:30 min' depth='22.811 m' />
<sample time='4:32 min' depth='23.127 m' />
<sample time='4:34 min' depth='23.413 m' />
<sample time='4:36 min' depth='23.77 m' temp='7.0 C' ndl='22:00 min' />
<sample time='4:38 min' depth='24.188 m' />
<sample time='4:40 min' depth='24.534 m' />
<sample time='4:42 min' depth='24.759 m' />
<sample time='4:44 min' depth='24.901 m' />
<sample time='4:46 min' depth='25.126 m' />
<sample time='4:48 min' depth='25.279 m' temp='6.6 C' ndl='18:00 min' />
<sample time='4:50 min' depth='25.503 m' />
<sample time='4:52 min' depth='25.646 m' />
<sample time='4:54 min' depth='25.799 m' />
<sample time='4:56 min' depth='26.044 m' />
<sample time='4:58 min' depth='26.268 m' />
<sample time='5:00 min' depth='26.472 m' temp='6.2 C' ndl='15:00 min' />
<sample time='5:02 min' depth='26.655 m' />
<sample time='5:04 min' depth='26.717 m' />
<sample time='5:06 min' depth='26.788 m' />
<sample time='5:08 min' depth='26.839 m' />
<sample time='5:10 min' depth='26.941 m' />
<sample time='5:12 min' depth='27.175 m' temp='5.8 C' ndl='14:00 min' />
<sample time='5:14 min' depth='27.441 m' />
<sample time='5:16 min' depth='27.716 m' />
<sample time='5:18 min' depth='28.032 m' />
<sample time='5:20 min' depth='28.307 m' />
<sample time='5:22 min' depth='28.491 m' />
<sample time='5:24 min' depth='28.705 m' temp='5.6 C' ndl='12:00 min' />
<sample time='5:26 min' depth='28.827 m' />
<sample time='5:28 min' depth='29.011 m' />
<sample time='5:30 min' depth='29.113 m' />
<sample time='5:32 min' depth='29.215 m' />
<sample time='5:34 min' depth='29.347 m' />
<sample time='5:36 min' depth='29.623 m' temp='5.3 C' ndl='11:00 min' />
<sample time='5:38 min' depth='29.776 m' />
<sample time='5:40 min' depth='29.888 m' />
<sample time='5:42 min' depth='30.01 m' />
<sample time='5:44 min' depth='30.122 m' />
<sample time='5:46 min' depth='30.306 m' />
<sample time='5:48 min' depth='30.52 m' temp='5.2 C' ndl='10:00 min' />
<sample time='5:50 min' depth='30.846 m' po2='1.2 bar' />
<sample time='5:52 min' depth='31.05 m' />
<sample time='5:54 min' depth='31.366 m' />
<sample time='5:56 min' depth='31.519 m' />
<sample time='5:58 min' depth='31.652 m' />
<sample time='6:00 min' depth='31.815 m' temp='5.0 C' ndl='12:00 min' />
<sample time='6:02 min' depth='32.111 m' />
<sample time='6:04 min' depth='32.192 m' />
<sample time='6:06 min' depth='32.437 m' />
<sample time='6:08 min' depth='32.59 m' />
<sample time='6:10 min' depth='32.702 m' />
<sample time='6:12 min' depth='32.835 m' temp='4.8 C' ndl='10:00 min' />
<sample time='6:14 min' depth='33.049 m' />
<sample time='6:16 min' depth='33.018 m' />
<sample time='6:18 min' depth='32.998 m' />
<sample time='6:20 min' depth='33.569 m' />
<sample time='6:22 min' depth='33.753 m' />
<sample time='6:24 min' depth='33.926 m' temp='4.7 C' ndl='9:00 min' />
<sample time='6:26 min' depth='34.038 m' />
<sample time='6:28 min' depth='34.181 m' />
<sample time='6:30 min' depth='34.232 m' />
<sample time='6:32 min' depth='34.375 m' />
<sample time='6:34 min' depth='34.364 m' />
<sample time='6:36 min' depth='34.497 m' temp='4.6 C' />
<sample time='6:38 min' depth='34.375 m' />
<sample time='6:40 min' depth='34.364 m' />
<sample time='6:42 min' depth='34.313 m' />
<sample time='6:44 min' depth='34.354 m' />
<sample time='6:46 min' depth='34.415 m' />
<sample time='6:48 min' depth='34.477 m' />
<sample time='6:50 min' depth='34.609 m' />
<sample time='6:52 min' depth='34.721 m' />
<sample time='6:54 min' depth='34.844 m' />
<sample time='6:56 min' depth='34.895 m' />
<sample time='6:58 min' depth='35.037 m' />
<sample time='7:00 min' depth='35.109 m' temp='4.5 C' ndl='8:00 min' />
<sample time='7:02 min' depth='35.16 m' />
<sample time='7:04 min' depth='35.18 m' />
<sample time='7:06 min' depth='35.17 m' />
<sample time='7:08 min' depth='35.16 m' />
<sample time='7:10 min' depth='35.17 m' />
<sample time='7:12 min' depth='35.058 m' cns='2%' />
<sample time='7:14 min' depth='34.997 m' />
<sample time='7:16 min' depth='35.017 m' />
<sample time='7:18 min' depth='34.905 m' />
<sample time='7:20 min' depth='34.803 m' />
<sample time='7:22 min' depth='34.681 m' />
<sample time='7:24 min' depth='34.589 m' />
<sample time='7:26 min' depth='34.436 m' />
<sample time='7:28 min' depth='34.181 m' />
<sample time='7:30 min' depth='34.018 m' />
<sample time='7:32 min' depth='33.844 m' />
<sample time='7:34 min' depth='33.681 m' />
<sample time='7:36 min' depth='33.416 m' ndl='9:00 min' />
<sample time='7:38 min' depth='33.039 m' />
<sample time='7:40 min' depth='32.825 m' />
<sample time='7:42 min' depth='32.56 m' />
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<sample time='76:38 min' depth='3.08 m' />
<sample time='76:40 min' depth='2.967 m' />
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<sample time='76:44 min' depth='2.753 m' />
<sample time='76:46 min' depth='2.661 m' />
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<sample time='77:24 min' depth='1.886 m' />
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<sample time='81:06 min' depth='0.224 m' />
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<sample time='81:20 min' depth='0.326 m' />
<sample time='81:22 min' depth='0.245 m' />
<sample time='81:24 min' depth='0.265 m' temp='10.1 C' />
<sample time='81:26 min' depth='0.224 m' />
<sample time='81:28 min' depth='0.235 m' />
<sample time='81:30 min' depth='0.224 m' />
<sample time='81:32 min' depth='0.214 m' />
<sample time='81:34 min' depth='0.235 m' />
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<sample time='81:40 min' depth='0.224 m' />
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<sample time='81:44 min' depth='0.235 m' />
<sample time='81:46 min' depth='0.224 m' />
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<sample time='81:50 min' depth='0.214 m' />
<sample time='81:52 min' depth='0.214 m' />
<sample time='81:54 min' depth='0.214 m' />
<sample time='81:56 min' depth='0.235 m' />
<sample time='81:58 min' depth='0.224 m' />
<sample time='82:00 min' depth='0.224 m' temp='10.0 C' />
<sample time='82:02 min' depth='0.235 m' />
<sample time='82:04 min' depth='0.235 m' />
<sample time='82:06 min' depth='0.224 m' />
<sample time='82:08 min' depth='0.214 m' />
<sample time='82:10 min' depth='0.235 m' />
<sample time='82:12 min' depth='0.224 m' temp='9.9 C' />
<sample time='82:14 min' depth='0.224 m' />
<sample time='82:16 min' depth='0.224 m' />
<sample time='82:18 min' depth='0.224 m' />
<sample time='82:20 min' depth='0.235 m' />
<sample time='82:22 min' depth='0.224 m' />
<sample time='82:24 min' depth='0.214 m' />
<sample time='82:26 min' depth='0.235 m' />
<sample time='82:28 min' depth='0.235 m' />
<sample time='82:30 min' depth='0.235 m' />
<sample time='82:32 min' depth='0.224 m' />
<sample time='82:34 min' depth='0.224 m' />
<sample time='82:36 min' depth='0.235 m' temp='9.8 C' />
<sample time='82:38 min' depth='0.224 m' />
<sample time='82:40 min' depth='0.214 m' />
<sample time='82:42 min' depth='0.214 m' />
<sample time='82:44 min' depth='0.224 m' />
<sample time='82:46 min' depth='0.224 m' />
<sample time='82:48 min' depth='0.245 m' temp='9.7 C' />
<sample time='82:50 min' depth='0.235 m' ndl='0:00 min' stoptime='0:00 min' cns='0%' po2='0.0 bar' />
</divecomputer>
</dive>
</trip>
<trip date='2014-09-21' time='14:25:00' location='Yellow House'>
<dive number='333' rating='4' visibility='3' tags='shore, teaching' divesiteid='eea339da' date='2014-09-21' time='14:25:00' duration='35:46 min'>
<divemaster>Don</divemaster>
<notes>The download from the A300CS is incorrect - it can't to trimix and I couldn't figure out how to switch it to the second tank</notes>
<suit>dry, Whites Fusion, Weezle</suit>
<cylinder size='28.778 l' workpressure='237.0 bar' description='Twin119' o2='18.0%' he='28.0%' />
<cylinder size='5.547 l' workpressure='206.843 bar' description='AL40' o2='46.0%' start='165.474 bar' end='96.527 bar' />
<cylinder o2='9.0%' he='70.0%' />
<cylinder o2='30.0%' he='40.0%' />
<cylinder o2='21.0%' he='30.0%' />
<cylinder o2='20.0%' he='50.0%' />
<weightsystem weight='4.536 kg' description='backplate weight' />
<weightsystem weight='0.907 kg' description='backplate' />
<divecomputer model='Aeris A300CS' deviceid='2b012345' diveid='b01cb57f'>
<depth max='44.444 m' mean='15.699 m' />
<temperature water='5.0 C' />
<event time='18:33 min' type='11' value='46' name='gaschange' cylinder='1' o2='46.0%' />
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<sample time='0:04 min' depth='2.286 m' temp='12.778 C' />
<sample time='0:06 min' depth='2.286 m' temp='13.333 C' />
<sample time='0:08 min' depth='2.153 m' pressure='161.475 bar' />
<sample time='0:10 min' depth='2.229 m' temp='12.778 C' />
<sample time='0:12 min' depth='2.229 m' temp='13.333 C' pressure='161.337 bar' />
<sample time='0:14 min' depth='2.286 m' />
<sample time='0:16 min' depth='2.362 m' temp='12.778 C' />
<sample time='0:18 min' depth='2.419 m' temp='13.333 C' />
<sample time='0:20 min' depth='2.419 m' temp='12.778 C' pressure='161.199 bar' />
<sample time='0:22 min' depth='2.419 m' temp='13.333 C' />
<sample time='0:24 min' depth='2.362 m' temp='12.778 C' />
<sample time='0:26 min' depth='2.419 m' />
<sample time='0:28 min' depth='2.419 m' />
<sample time='0:30 min' depth='2.61 m' pressure='161.062 bar' />
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<sample time='0:34 min' depth='2.877 m' pressure='160.924 bar' />
<sample time='0:36 min' depth='3.067 m' />
<sample time='0:38 min' depth='3.2 m' />
<sample time='0:40 min' depth='3.41 m' />
<sample time='0:42 min' depth='3.6 m' />
<sample time='0:44 min' depth='3.734 m' pressure='160.786 bar' />
<sample time='0:46 min' depth='3.924 m' />
<sample time='0:48 min' depth='4.248 m' />
<sample time='0:50 min' depth='4.515 m' temp='13.333 C' />
<sample time='0:52 min' depth='4.458 m' temp='12.778 C' />
<sample time='0:54 min' depth='4.248 m' />
<sample time='0:56 min' depth='4.191 m' />
<sample time='0:58 min' depth='4.134 m' />
<sample time='1:00 min' depth='4.134 m' pressure='160.234 bar' />
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<sample time='1:04 min' depth='3.867 m' temp='13.333 C' pressure='160.096 bar' />
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<sample time='1:08 min' depth='3.924 m' />
<sample time='1:10 min' depth='4.058 m' />
<sample time='1:12 min' depth='4.058 m' />
<sample time='1:14 min' depth='4.134 m' pressure='159.82 bar' />
<sample time='1:16 min' depth='4.058 m' />
<sample time='1:18 min' depth='4.248 m' />
<sample time='1:20 min' depth='4.382 m' />
<sample time='1:22 min' depth='4.515 m' />
<sample time='1:24 min' depth='4.591 m' pressure='159.683 bar' />
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<sample time='1:28 min' depth='4.839 m' temp='12.778 C' />
<sample time='1:30 min' depth='4.782 m' pressure='159.545 bar' />
<sample time='1:32 min' depth='4.915 m' />
<sample time='1:34 min' depth='4.972 m' pressure='159.407 bar' />
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<sample time='1:40 min' depth='5.105 m' pressure='159.269 bar' />
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<sample time='1:46 min' depth='5.429 m' />
<sample time='1:48 min' depth='5.505 m' />
<sample time='1:50 min' depth='5.639 m' pressure='159.131 bar' />
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<sample time='1:54 min' depth='5.829 m' />
<sample time='1:56 min' depth='5.906 m' />
<sample time='1:58 min' depth='6.096 m' />
<sample time='2:00 min' depth='6.286 m' pressure='158.717 bar' />
<sample time='2:02 min' depth='6.02 m' />
<sample time='2:04 min' depth='6.096 m' />
<sample time='2:06 min' depth='6.153 m' temp='12.222 C' />
<sample time='2:08 min' depth='6.096 m' temp='12.778 C' />
<sample time='2:10 min' depth='6.096 m' pressure='158.579 bar' />
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<sample time='2:14 min' depth='6.096 m' temp='12.778 C' pressure='158.442 bar' />
<sample time='2:16 min' depth='6.153 m' temp='12.222 C' />
<sample time='2:18 min' depth='6.286 m' />
<sample time='2:20 min' depth='6.229 m' pressure='158.304 bar' />
<sample time='2:22 min' depth='6.286 m' temp='12.778 C' />
<sample time='2:24 min' depth='6.363 m' />
<sample time='2:26 min' depth='6.496 m' pressure='158.166 bar' />
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<sample time='2:30 min' depth='6.363 m' temp='12.778 C' />
<sample time='2:32 min' depth='6.496 m' temp='12.222 C' />
<sample time='2:34 min' depth='6.42 m' />
<sample time='2:36 min' depth='6.42 m' temp='12.778 C' pressure='157.89 bar' />
<sample time='2:38 min' depth='6.496 m' />
<sample time='2:40 min' depth='6.687 m' temp='12.222 C' />
<sample time='2:42 min' depth='6.877 m' />
<sample time='2:44 min' depth='6.953 m' />
<sample time='2:46 min' depth='6.61 m' pressure='157.752 bar' />
<sample time='2:48 min' depth='6.82 m' />
<sample time='2:50 min' depth='6.82 m' pressure='157.476 bar' />
<sample time='2:52 min' depth='6.877 m' temp='12.778 C' />
<sample time='2:54 min' depth='7.01 m' temp='12.222 C' />
<sample time='2:56 min' depth='7.277 m' pressure='157.338 bar' />
<sample time='2:58 min' depth='7.41 m' />
<sample time='3:00 min' depth='7.468 m' pressure='157.2 bar' />
<sample time='3:02 min' depth='7.544 m' temp='11.667 C' />
<sample time='3:04 min' depth='7.601 m' temp='12.222 C' />
<sample time='3:06 min' depth='7.544 m' temp='11.667 C' pressure='157.063 bar' />
<sample time='3:08 min' depth='7.601 m' />
<sample time='3:10 min' depth='7.468 m' temp='12.222 C' pressure='156.925 bar' />
<sample time='3:12 min' depth='7.334 m' temp='11.667 C' />
<sample time='3:14 min' depth='7.277 m' temp='12.222 C' />
<sample time='3:16 min' depth='7.41 m' temp='11.667 C' />
<sample time='3:18 min' depth='7.468 m' />
<sample time='3:20 min' depth='7.334 m' pressure='156.649 bar' />
<sample time='3:22 min' depth='7.201 m' />
<sample time='3:24 min' depth='7.334 m' />
<sample time='3:26 min' depth='7.277 m' pressure='156.511 bar' />
<sample time='3:28 min' depth='7.201 m' />
<sample time='3:30 min' depth='7.334 m' pressure='156.235 bar' />
<sample time='3:32 min' depth='7.468 m' />
<sample time='3:34 min' depth='7.677 m' />
<sample time='3:36 min' depth='8.001 m' />
<sample time='3:38 min' depth='8.192 m' />
<sample time='3:40 min' depth='8.058 m' pressure='155.959 bar' />
<sample time='3:42 min' depth='8.134 m' />
<sample time='3:44 min' depth='8.192 m' />
<sample time='3:46 min' depth='8.058 m' pressure='155.684 bar' />
<sample time='3:48 min' depth='8.001 m' />
<sample time='3:50 min' depth='8.001 m' temp='11.111 C' />
<sample time='3:52 min' depth='7.925 m' />
<sample time='3:54 min' depth='8.001 m' />
<sample time='3:56 min' depth='8.192 m' pressure='155.546 bar' />
<sample time='3:58 min' depth='8.382 m' temp='11.667 C' />
<sample time='4:00 min' depth='8.382 m' />
<sample time='4:02 min' depth='8.382 m' temp='11.111 C' />
<sample time='4:04 min' depth='8.458 m' />
<sample time='4:06 min' depth='8.382 m' />
<sample time='4:08 min' depth='8.325 m' />
<sample time='4:10 min' depth='8.382 m' pressure='154.994 bar' />
<sample time='4:12 min' depth='8.515 m' temp='10.556 C' />
<sample time='4:14 min' depth='8.592 m' temp='11.111 C' />
<sample time='4:16 min' depth='8.782 m' temp='10.556 C' pressure='154.718 bar' />
<sample time='4:18 min' depth='8.973 m' temp='11.111 C' />
<sample time='4:20 min' depth='9.049 m' temp='10.556 C' />
<sample time='4:22 min' depth='9.182 m' temp='11.111 C' />
<sample time='4:24 min' depth='9.315 m' temp='10.556 C' />
<sample time='4:26 min' depth='9.506 m' temp='11.111 C' pressure='154.167 bar' />
<sample time='4:28 min' depth='9.639 m' temp='10.556 C' />
<sample time='4:30 min' depth='9.83 m' />
<sample time='4:32 min' depth='9.963 m' />
<sample time='4:34 min' depth='10.096 m' />
<sample time='4:36 min' depth='10.096 m' />
<sample time='4:38 min' depth='10.23 m' />
<sample time='4:40 min' depth='10.363 m' />
<sample time='4:42 min' depth='10.497 m' />
<sample time='4:44 min' depth='10.497 m' />
<sample time='4:46 min' depth='10.63 m' temp='10.0 C' pressure='153.339 bar' />
<sample time='4:48 min' depth='10.63 m' />
<sample time='4:50 min' depth='10.82 m' />
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</divecomputer>
<divecomputer model='Shearwater Petrel' deviceid='64cb6f5d' diveid='d3684ef9' date='2014-09-21' time='14:23:40' duration='36:30 min'>
<depth max='45.415 m' mean='15.902 m' />
<temperature water='10.0 C' />
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<extradata key='Serial' value='38067562' />
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<sample time='37:10 min' depth='0.0 m' />
<sample time='37:20 min' depth='0.0 m' stoptime='0:00 min' />
</divecomputer>
</dive>
</trip>
<trip date='2020-05-03' time='14:24:14'>
<dive number='334' date='2020-05-03' time='14:24:14' duration='57:36 min'>
<notes>&lt;div&gt;&lt;b&gt;DISCLAIMER / WARNING: THIS IMPLEMENTATION OF THE BUHLMANN ALGORITHM AND A DIVE PLANNER IMPLEMENTATION BASED ON THAT HAS RECEIVED ONLY A LIMITED AMOUNT OF TESTING. WE STRONGLY RECOMMEND NOT TO PLAN DIVES SIMPLY BASED ON THE RESULTS GIVEN HERE.&lt;/b&gt;&lt;br/&gt;
&lt;/div&gt;
&lt;div&gt;
&lt;b&gt;Subsurface (4.9.3.1545) dive plan&lt;/b&gt; created on 03/05/2020&lt;br/&gt;
Runtime: 58min&lt;br/&gt;
&lt;/div&gt;
&lt;table&gt;
&lt;thead&gt;
&lt;tr&gt;&lt;th&gt;&lt;/th&gt;&lt;th&gt;depth&lt;/th&gt;&lt;th style='padding-left: 10px;'&gt;duration&lt;/th&gt;&lt;th style='padding-left: 10px;'&gt;runtime&lt;/th&gt;&lt;th style='padding-left: 10px; float: left;'&gt;gas&lt;/th&gt;&lt;/tr&gt;
&lt;/thead&gt;
&lt;tbody style='float: left;'&gt;
&lt;tr&gt;&lt;td style='padding-left: 10px; float: right;'&gt;&amp;#10136;&lt;/td&gt;&lt;td style='padding-left: 10px; float: right;'&gt; 60m&lt;/td&gt;&lt;td style='padding-left: 10px; float: right;'&gt; 3min&lt;/td&gt;&lt;td style='padding-left: 10px; float: right;'&gt; 3min&lt;/td&gt;&lt;td style='padding-left: 10px; color: red; float: left;'&gt;&lt;b&gt;(18/45) &lt;/b&gt;&lt;/td&gt;&lt;/tr&gt;
&lt;tr&gt;&lt;td style='padding-left: 10px; float: right;'&gt;&amp;#10137;&lt;/td&gt;&lt;td style='padding-left: 10px; float: right;'&gt; 60m&lt;/td&gt;&lt;td style='padding-left: 10px; float: right;'&gt; 17min&lt;/td&gt;&lt;td style='padding-left: 10px; float: right;'&gt; 20min&lt;/td&gt;&lt;td&gt;&amp;nbsp;&lt;/td&gt;&lt;/tr&gt;
&lt;tr&gt;&lt;td style='padding-left: 10px; float: right;'&gt;&amp;#10138;&lt;/td&gt;&lt;td style='padding-left: 10px; float: right;'&gt; 24m&lt;/td&gt;&lt;td style='padding-left: 10px; float: right;'&gt; 4min&lt;/td&gt;&lt;td style='padding-left: 10px; float: right;'&gt; 24min&lt;/td&gt;&lt;td&gt;&amp;nbsp;&lt;/td&gt;&lt;/tr&gt;
&lt;tr&gt;&lt;td style='padding-left: 10px; float: right;'&gt;-&lt;/td&gt;&lt;td style='padding-left: 10px; float: right;'&gt; 21m&lt;/td&gt;&lt;td style='padding-left: 10px; float: right;'&gt; 1min&lt;/td&gt;&lt;td style='padding-left: 10px; float: right;'&gt; 25min&lt;/td&gt;&lt;td style='padding-left: 10px; color: red; float: left;'&gt;&lt;b&gt;EAN50 &lt;/b&gt;&lt;/td&gt;&lt;/tr&gt;
&lt;tr&gt;&lt;td style='padding-left: 10px; float: right;'&gt;-&lt;/td&gt;&lt;td style='padding-left: 10px; float: right;'&gt; 18m&lt;/td&gt;&lt;td style='padding-left: 10px; float: right;'&gt; 2min&lt;/td&gt;&lt;td style='padding-left: 10px; float: right;'&gt; 27min&lt;/td&gt;&lt;td&gt;&amp;nbsp;&lt;/td&gt;&lt;/tr&gt;
&lt;tr&gt;&lt;td style='padding-left: 10px; float: right;'&gt;-&lt;/td&gt;&lt;td style='padding-left: 10px; float: right;'&gt; 15m&lt;/td&gt;&lt;td style='padding-left: 10px; float: right;'&gt; 2min&lt;/td&gt;&lt;td style='padding-left: 10px; float: right;'&gt; 29min&lt;/td&gt;&lt;td&gt;&amp;nbsp;&lt;/td&gt;&lt;/tr&gt;
&lt;tr&gt;&lt;td style='padding-left: 10px; float: right;'&gt;-&lt;/td&gt;&lt;td style='padding-left: 10px; float: right;'&gt; 12m&lt;/td&gt;&lt;td style='padding-left: 10px; float: right;'&gt; 2min&lt;/td&gt;&lt;td style='padding-left: 10px; float: right;'&gt; 31min&lt;/td&gt;&lt;td&gt;&amp;nbsp;&lt;/td&gt;&lt;/tr&gt;
&lt;tr&gt;&lt;td style='padding-left: 10px; float: right;'&gt;-&lt;/td&gt;&lt;td style='padding-left: 10px; float: right;'&gt; 9m&lt;/td&gt;&lt;td style='padding-left: 10px; float: right;'&gt; 5min&lt;/td&gt;&lt;td style='padding-left: 10px; float: right;'&gt; 36min&lt;/td&gt;&lt;td&gt;&amp;nbsp;&lt;/td&gt;&lt;/tr&gt;
&lt;tr&gt;&lt;td style='padding-left: 10px; float: right;'&gt;-&lt;/td&gt;&lt;td style='padding-left: 10px; float: right;'&gt; 6m&lt;/td&gt;&lt;td style='padding-left: 10px; float: right;'&gt; 21min&lt;/td&gt;&lt;td style='padding-left: 10px; float: right;'&gt; 57min&lt;/td&gt;&lt;td&gt;&amp;nbsp;&lt;/td&gt;&lt;/tr&gt;
&lt;tr&gt;&lt;td style='padding-left: 10px; float: right;'&gt;&amp;#10138;&lt;/td&gt;&lt;td style='padding-left: 10px; float: right;'&gt; 0m&lt;/td&gt;&lt;td style='padding-left: 10px; float: right;'&gt; 1min&lt;/td&gt;&lt;td style='padding-left: 10px; float: right;'&gt; 58min&lt;/td&gt;&lt;td&gt;&amp;nbsp;&lt;/td&gt;&lt;/tr&gt;
&lt;/tbody&gt;
&lt;/table&gt;
&lt;br/&gt;
&lt;div&gt;
CNS: 21%&lt;br/&gt;
OTU: 57&lt;br/&gt;
&lt;/div&gt;
&lt;div&gt;
Deco model: Bühlmann ZHL-16C with GFLow = 50% and GFHigh = 89%&lt;br/&gt;
ATM pressure: 1.013mbar (0m)&lt;br/&gt;
&lt;/div&gt;
&lt;div&gt;
Gas consumption (based on SAC 20|16/min):&lt;br/&gt;
2.931/226bar of &lt;span style='color: red;'&gt;&lt;b&gt;(18/45)&lt;/b&gt;&lt;/span&gt; (336/25bar in planned ascent)&lt;br/&gt;
&amp;nbsp;&amp;mdash; &lt;span style='color: red;'&gt;Warning: &lt;/span&gt; this is more gas than available in the specified cylinder!&lt;br/&gt;
980 of &lt;span style='color: red;'&gt;&lt;b&gt;EAN50&lt;/b&gt;&lt;/span&gt; (980 during planned ascent)&lt;br/&gt;
&lt;/div&gt;
&lt;div&gt;Isobaric counterdiffusion information:&lt;table&gt;&lt;tr&gt;&lt;td align='left'&gt;&lt;b&gt;runtime&lt;/b&gt;&lt;/td&gt;&lt;td align='center'&gt;&lt;b&gt;gaschange&lt;/b&gt;&lt;/td&gt;&lt;td style='padding-left: 15px;'&gt;&lt;b&gt;&amp;#916;He&lt;/b&gt;&lt;/td&gt;&lt;td style='padding-left: 20px;'&gt;&lt;b&gt;&amp;#916;N&amp;#8322;&lt;/b&gt;&lt;/td&gt;&lt;td style='padding-left: 10px;'&gt;&lt;b&gt;max &amp;#916;N&amp;#8322;&lt;/b&gt;&lt;/td&gt;&lt;/tr&gt;&lt;tr&gt;&lt;td rowspan='2' style= 'vertical-align:top;'&gt; 24min&lt;/td&gt;&lt;td rowspan=2 style= 'vertical-align:top;'&gt;(18/45)&amp;#10137;EAN50&lt;/td&gt;&lt;td style='padding-left: 10px;'&gt;-45,0%&lt;/td&gt;&lt;td style= 'padding-left: 15px; color:red;'&gt;+13,0%&lt;/td&gt;&lt;td style='padding-left: 15px;'&gt; +9,0%&lt;/td&gt;&lt;/tr&gt;&lt;tr&gt;&lt;td style='padding-left: 10px;'&gt;-1,41bar&lt;/td&gt;&lt;td style='padding-left: 15px; color:red;'&gt;+0,41bar&lt;/td&gt;&lt;td style='padding-left: 15px;'&gt;+0,28bar&lt;/td&gt;&lt;/tr&gt;&lt;/tbody&gt;&lt;/table&gt;
&lt;span style='color: red;'&gt;Warning:&lt;/span&gt; Isobaric counterdiffusion conditions exceeded&lt;br/&gt;&lt;/div&gt;</notes>
<cylinder size='13.399 l' workpressure='182.022 bar' description='LP85' o2='18.0%' he='45.0%' start='182.022 bar' depth='78.0 m' />
<cylinder o2='50.0%' depth='21.0 m' />
<divecomputer model='planned dive' last-manual-time='20:00 min'>
<depth max='60.0 m' mean='26.878 m' />
<surface pressure='1.013 bar' />
<event time='24:19 min' type='11' value='50' name='gaschange' cylinder='1' o2='50.0%' />
<sample time='0:00 min' depth='0.0 m' pressure='182.022 bar' />
<sample time='3:20 min' depth='60.0 m' pressure='161.228 bar' />
<sample time='20:00 min' depth='60.0 m' pressure='-19.063 bar' />
<sample time='23:36 min' depth='24.0 m' pressure='-41.372 bar' />
<sample time='24:00 min' depth='24.0 m' pressure='-42.993 bar' />
<sample time='24:18 min' depth='21.0 m' pressure='-44.155 bar' />
<sample time='24:19 min' depth='21.0 m' />
<sample time='25:18 min' depth='21.0 m' />
<sample time='25:36 min' depth='18.0 m' />
<sample time='27:00 min' depth='18.0 m' />
<sample time='27:18 min' depth='15.0 m' />
<sample time='29:00 min' depth='15.0 m' />
<sample time='29:18 min' depth='12.0 m' />
<sample time='31:00 min' depth='12.0 m' />
<sample time='31:18 min' depth='9.0 m' />
<sample time='36:00 min' depth='9.0 m' />
<sample time='36:18 min' depth='6.0 m' />
<sample time='57:00 min' depth='6.0 m' />
<sample time='57:36 min' depth='0.0 m' />
</divecomputer>
</dive>
</trip>
</dives>
</divelog>