I'm in an interesting situation right now. I just uploaded my latest test build with Qt5 on Windows (the 4.1-303 file). On my Windows box this works great, unless "something" happens and it crashes. In an hour of manually bisecting my own .XML file I was able to distill it down to the attached partial dive. If I remove any one sample from this dive, the Windows binary I just posted works fine with it. But as attached, it crashes Subsurface on Windows.
Needless to say, the xml file can of course be opened on Linux without any issues. Also, the Qt5 angle is irrelevant, and apparently even some older builds of mine showed that same problem. I grew a little frustrated installing and uninstalling various builds, so I'm not 100% sure when exactly this happend. My biggest problem is that I cannot produce debug builds for Windows - this fails with my cross build environment. So I'm really at a loss how to debug this. Any ideas? Can other people reproduce the crash with the attached xml file? Lubomir, when you build natively, do you see this as well? Help :-/ /D
<divelog program='subsurface' version='2'> <dives> <dive number='202' rating='4' visibility='3' date='2012-12-29' time='09:53:45' duration='45:46 min'> <cylinder size='32.94 l' workpressure='165.474 bar' description='AL190' o2='21.0%' he='30.0%' /> <divecomputer model='Uemis Zurich' deviceid='e04d0248' diveid='0000009f'> <sample time='0:06 min' depth='1.33 m' temp='7.6 C' pressure='162.07 bar' ndl='99:00 min' /> <sample time='0:11 min' depth='1.39 m' temp='7.7 C' pressure='161.87 bar' /> <sample time='0:16 min' depth='1.49 m' /> <sample time='0:21 min' depth='1.24 m' temp='7.8 C' pressure='161.86 bar' /> <sample time='0:26 min' depth='1.27 m' temp='8.0 C' pressure='161.47 bar' /> <sample time='0:31 min' depth='1.54 m' pressure='161.36 bar' /> <sample time='0:36 min' depth='1.85 m' temp='8.1 C' pressure='161.23 bar' /> <sample time='0:41 min' depth='1.86 m' pressure='161.21 bar' /> <sample time='0:46 min' depth='1.93 m' temp='8.3 C' pressure='160.97 bar' /> <sample time='0:51 min' depth='2.1 m' temp='8.4 C' pressure='160.83 bar' /> <sample time='0:56 min' depth='2.16 m' temp='8.5 C' pressure='160.71 bar' /> <sample time='1:01 min' depth='2.37 m' pressure='160.58 bar' /> <sample time='1:06 min' depth='2.66 m' pressure='160.47 bar' /> <sample time='1:11 min' depth='3.02 m' pressure='160.37 bar' /> <sample time='1:16 min' depth='2.73 m' temp='8.6 C' pressure='160.17 bar' /> <sample time='1:21 min' depth='2.78 m' temp='8.7 C' pressure='160.01 bar' /> <sample time='1:26 min' depth='2.81 m' pressure='159.98 bar' /> <sample time='1:31 min' depth='3.26 m' temp='8.6 C' pressure='159.8 bar' /> <sample time='1:36 min' depth='3.55 m' temp='8.7 C' pressure='159.51 bar' /> <sample time='1:41 min' depth='3.73 m' temp='8.8 C' pressure='159.48 bar' /> <sample time='1:46 min' depth='4.01 m' pressure='159.33 bar' /> <sample time='1:51 min' depth='4.27 m' pressure='159.19 bar' /> <sample time='1:56 min' depth='4.56 m' temp='8.9 C' pressure='158.9 bar' /> <sample time='2:01 min' depth='4.93 m' pressure='158.88 bar' /> <sample time='2:06 min' depth='5.22 m' pressure='158.68 bar' /> <sample time='2:11 min' depth='5.43 m' pressure='158.57 bar' /> <sample time='2:16 min' depth='5.63 m' temp='9.0 C' pressure='158.54 bar' /> <sample time='2:21 min' depth='5.8 m' temp='9.3 C' pressure='158.34 bar' /> <sample time='2:26 min' depth='6.09 m' temp='9.4 C' pressure='158.24 bar' /> <sample time='2:31 min' depth='6.46 m' pressure='158.13 bar' /> <sample time='2:36 min' depth='6.64 m' pressure='157.99 bar' /> <sample time='2:41 min' depth='6.87 m' temp='9.5 C' pressure='157.96 bar' /> <sample time='2:46 min' depth='7.22 m' pressure='157.72 bar' /> <sample time='2:51 min' depth='7.65 m' pressure='157.68 bar' /> <sample time='2:56 min' depth='7.64 m' pressure='157.65 bar' /> <sample time='3:01 min' depth='7.77 m' pressure='157.3 bar' /> <sample time='3:06 min' depth='7.93 m' pressure='157.16 bar' /> <sample time='3:11 min' depth='8.17 m' temp='9.6 C' pressure='157.05 bar' /> <sample time='3:16 min' depth='8.43 m' pressure='156.93 bar' /> <sample time='3:21 min' depth='8.75 m' temp='9.7 C' pressure='156.9 bar' /> <sample time='3:26 min' depth='8.91 m' pressure='156.65 bar' /> <sample time='3:31 min' depth='9.1 m' temp='9.8 C' pressure='156.62 bar' /> <sample time='3:36 min' depth='9.43 m' pressure='156.37 bar' /> <sample time='3:41 min' depth='9.59 m' pressure='156.2 bar' /> <sample time='3:46 min' depth='9.81 m' pressure='156.17 bar' /> <sample time='3:51 min' depth='10.12 m' pressure='155.96 bar' /> <sample time='3:56 min' depth='10.21 m' pressure='155.83 bar' /> <sample time='4:01 min' depth='10.47 m' temp='9.9 C' pressure='155.68 bar' /> <sample time='4:06 min' depth='10.47 m' temp='10.0 C' pressure='155.5 bar' /> <sample time='4:11 min' depth='10.73 m' pressure='155.37 bar' /> <sample time='4:16 min' depth='10.96 m' temp='10.1 C' pressure='155.17 bar' /> <sample time='4:21 min' depth='11.1 m' pressure='155.14 bar' /> <sample time='4:26 min' depth='11.25 m' pressure='154.83 bar' /> <sample time='4:31 min' depth='11.33 m' pressure='154.6 bar' /> <sample time='4:36 min' depth='11.6 m' pressure='154.45 bar' /> <sample time='4:41 min' depth='11.68 m' pressure='154.43 bar' /> <sample time='4:46 min' depth='11.7 m' pressure='154.22 bar' /> <sample time='4:51 min' depth='11.83 m' pressure='154.06 bar' /> <sample time='4:56 min' depth='11.94 m' pressure='153.86 bar' /> <sample time='5:01 min' depth='12.08 m' pressure='153.63 bar' /> <sample time='5:06 min' depth='12.25 m' pressure='153.25 bar' /> <sample time='5:11 min' depth='12.46 m' pressure='153.09 bar' /> <sample time='5:16 min' depth='12.63 m' pressure='153.07 bar' /> <sample time='5:21 min' depth='12.99 m' pressure='152.68 bar' /> <sample time='5:26 min' depth='13.48 m' temp='10.2 C' pressure='152.45 bar' /> <sample time='5:31 min' depth='13.79 m' pressure='152.18 bar' /> <sample time='5:36 min' depth='14.08 m' pressure='151.98 bar' ndl='96:00 min' /> <sample time='5:41 min' depth='14.19 m' pressure='151.97 bar' ndl='82:00 min' /> <sample time='5:45 min' depth='14.48 m' pressure='151.75 bar' ndl='78:00 min' /> <sample time='5:50 min' depth='14.85 m' pressure='151.53 bar' ndl='70:00 min' /> <sample time='5:55 min' depth='15.07 m' pressure='151.37 bar' ndl='63:00 min' /> <sample time='6:00 min' depth='15.13 m' temp='10.3 C' pressure='151.01 bar' ndl='59:00 min' /> <sample time='6:06 min' depth='15.53 m' pressure='151.0 bar' ndl='58:00 min' /> <sample time='6:11 min' depth='15.63 m' pressure='150.85 bar' ndl='53:00 min' /> <sample time='6:16 min' depth='15.96 m' pressure='150.4 bar' ndl='52:00 min' /> <sample time='6:20 min' depth='16.19 m' pressure='150.16 bar' ndl='49:00 min' /> <sample time='6:25 min' depth='16.4 m' temp='10.4 C' pressure='150.14 bar' ndl='47:00 min' /> <sample time='6:30 min' depth='16.72 m' pressure='149.72 bar' ndl='45:00 min' /> <sample time='6:35 min' depth='16.8 m' pressure='149.7 bar' ndl='43:00 min' /> <sample time='6:40 min' depth='17.05 m' pressure='149.34 bar' ndl='42:00 min' /> <sample time='6:45 min' depth='17.15 m' pressure='149.14 bar' ndl='40:00 min' /> <sample time='6:50 min' depth='17.37 m' pressure='148.93 bar' /> <sample time='6:56 min' depth='18.08 m' pressure='148.92 bar' ndl='38:00 min' /> <sample time='7:00 min' depth='18.32 m' pressure='148.73 bar' ndl='35:00 min' /> <sample time='7:06 min' depth='18.77 m' pressure='148.72 bar' ndl='34:00 min' /> <sample time='7:11 min' depth='19.01 m' temp='10.5 C' pressure='148.23 bar' ndl='32:00 min' /> <sample time='7:15 min' depth='19.37 m' pressure='147.7 bar' ndl='31:00 min' /> <sample time='7:20 min' depth='19.81 m' pressure='147.45 bar' ndl='30:00 min' /> <sample time='7:25 min' depth='20.08 m' pressure='147.24 bar' ndl='28:00 min' /> <sample time='7:30 min' depth='20.64 m' pressure='147.23 bar' /> <sample time='7:35 min' depth='20.71 m' pressure='147.22 bar' ndl='26:00 min' /> <sample time='7:40 min' depth='20.91 m' pressure='146.68 bar' /> <sample time='7:46 min' depth='21.68 m' pressure='146.67 bar' ndl='25:00 min' /> <sample time='7:51 min' depth='22.12 m' pressure='146.22 bar' ndl='23:00 min' /> <sample time='7:55 min' depth='22.34 m' pressure='145.95 bar' ndl='22:00 min' /> <sample time='8:00 min' depth='22.69 m' temp='10.6 C' pressure='145.73 bar' /> <sample time='8:06 min' depth='22.84 m' pressure='145.5 bar' ndl='21:00 min' /> <sample time='8:10 min' depth='23.2 m' temp='10.5 C' /> <sample time='8:15 min' depth='23.52 m' pressure='145.31 bar' ndl='20:00 min' /> <sample time='8:20 min' depth='23.95 m' temp='10.6 C' pressure='145.3 bar' ndl='19:00 min' /> <sample time='8:25 min' depth='24.58 m' pressure='144.78 bar' ndl='18:00 min' /> <sample time='8:30 min' depth='25.03 m' pressure='144.54 bar' ndl='17:00 min' /> <sample time='8:35 min' depth='25.15 m' pressure='143.91 bar' ndl='16:00 min' /> <sample time='8:40 min' depth='25.2 m' pressure='143.55 bar' ndl='15:00 min' /> <sample time='8:45 min' depth='25.48 m' pressure='143.54 bar' /> <sample time='8:50 min' depth='26.01 m' pressure='142.8 bar' /> <sample time='8:55 min' depth='26.65 m' pressure='142.79 bar' ndl='14:00 min' /> <sample time='9:00 min' depth='27.12 m' pressure='142.47 bar' ndl='13:00 min' /> <sample time='9:05 min' depth='27.65 m' pressure='142.16 bar' ndl='12:00 min' /> <sample time='9:10 min' depth='28.32 m' pressure='141.85 bar' /> <sample time='9:15 min' depth='28.77 m' pressure='141.34 bar' ndl='11:00 min' /> <sample time='9:20 min' depth='29.44 m' pressure='141.03 bar' /> <sample time='9:25 min' depth='29.94 m' ndl='10:00 min' /> <sample time='9:30 min' depth='30.29 m' pressure='140.68 bar' /> <sample time='9:35 min' depth='30.9 m' pressure='139.92 bar' ndl='9:00 min' /> <sample time='9:40 min' depth='31.57 m' /> <sample time='9:45 min' depth='32.08 m' temp='10.7 C' pressure='139.91 bar' ndl='8:00 min' /> <sample time='9:50 min' depth='32.65 m' /> <sample time='9:55 min' depth='33.12 m' pressure='139.9 bar' /> <sample time='10:00 min' depth='33.9 m' pressure='139.89 bar' ndl='7:00 min' /> <sample time='10:05 min' depth='34.51 m' /> <sample time='10:10 min' depth='35.36 m' pressure='139.88 bar' /> <sample time='10:15 min' depth='36.21 m' ndl='6:00 min' /> <sample time='10:20 min' depth='36.93 m' pressure='136.7 bar' /> <sample time='10:25 min' depth='37.6 m' pressure='136.36 bar' ndl='5:00 min' /> <sample time='10:30 min' depth='38.17 m' /> <sample time='10:35 min' depth='38.71 m' pressure='135.96 bar' /> <sample time='10:40 min' depth='39.09 m' pressure='135.29 bar' /> <sample time='10:45 min' depth='39.42 m' temp='10.8 C' pressure='134.88 bar' /> <sample time='10:50 min' depth='39.51 m' ndl='4:00 min' /> <sample time='10:55 min' depth='40.07 m' pressure='134.02 bar' /> <sample time='11:00 min' depth='40.56 m' pressure='133.54 bar' /> <sample time='11:05 min' depth='40.68 m' pressure='133.53 bar' /> <sample time='11:10 min' depth='40.9 m' pressure='132.68 bar' /> <sample time='11:15 min' depth='41.34 m' pressure='132.67 bar' /> <sample time='11:20 min' depth='41.97 m' pressure='131.93 bar' ndl='3:00 min' cns='1%' /> <sample time='11:25 min' depth='42.42 m' pressure='131.59 bar' /> <sample time='11:30 min' depth='42.94 m' /> <sample time='11:35 min' depth='43.62 m' /> <sample time='11:40 min' depth='44.27 m' pressure='131.58 bar' /> <sample time='11:45 min' depth='44.74 m' pressure='130.24 bar' ndl='2:00 min' /> <sample time='11:50 min' depth='45.0 m' /> <sample time='11:55 min' depth='45.37 m' /> <sample time='12:00 min' depth='45.93 m' pressure='128.65 bar' /> <sample time='12:05 min' depth='46.46 m' pressure='127.78 bar' /> <sample time='12:10 min' depth='47.1 m' pressure='127.39 bar' /> <sample time='12:15 min' depth='47.63 m' /> <sample time='12:20 min' depth='48.15 m' ndl='1:00 min' /> <sample time='12:25 min' depth='48.68 m' pressure='126.24 bar' /> <sample time='12:30 min' depth='49.38 m' /> <sample time='12:35 min' depth='49.82 m' /> <sample time='12:40 min' depth='50.16 m' /> <sample time='12:45 min' depth='50.51 m' /> <sample time='12:50 min' depth='50.87 m' /> <sample time='12:55 min' depth='51.22 m' temp='10.9 C' pressure='126.23 bar' /> <sample time='13:00 min' depth='51.61 m' /> <sample time='13:05 min' depth='52.04 m' pressure='126.22 bar' ndl='0:00 min' /> <sample time='13:10 min' depth='52.4 m' /> <sample time='13:15 min' depth='52.44 m' cns='2%' /> <sample time='13:20 min' depth='52.31 m' /> <sample time='13:25 min' depth='52.25 m' pressure='120.59 bar' /> <sample time='13:30 min' depth='51.76 m' pressure='120.58 bar' /> <sample time='13:35 min' depth='51.28 m' pressure='120.2 bar' /> <sample time='13:40 min' depth='51.17 m' pressure='119.51 bar' /> <sample time='13:45 min' depth='51.04 m' /> <sample time='13:50 min' depth='51.04 m' pressure='119.2 bar' /> <sample time='13:56 min' depth='51.37 m' pressure='118.51 bar' /> <sample time='14:00 min' depth='51.48 m' pressure='118.5 bar' stoptime='1:00 min' stopdepth='3.06 m' /> <sample time='14:05 min' depth='51.64 m' pressure='118.14 bar' /> <sample time='14:10 min' depth='51.96 m' pressure='117.72 bar' stoptime='2:00 min' stopdepth='6.12 m' /> <sample time='14:16 min' depth='52.07 m' pressure='117.33 bar' stopdepth='9.17 m' /> <sample time='14:20 min' depth='52.19 m' pressure='116.91 bar' /> <sample time='14:25 min' depth='52.42 m' pressure='116.07 bar' /> <sample time='14:30 min' depth='52.59 m' pressure='116.06 bar' /> <sample time='14:35 min' depth='52.8 m' /> <sample time='14:40 min' depth='52.74 m' pressure='115.2 bar' /> <sample time='14:46 min' depth='52.8 m' pressure='114.8 bar' /> <sample time='14:50 min' depth='53.01 m' pressure='114.41 bar' /> <sample time='14:56 min' depth='53.32 m' pressure='113.65 bar' cns='3%' /> <sample time='15:01 min' depth='53.84 m' /> <sample time='15:05 min' depth='54.3 m' pressure='113.26 bar' /> <sample time='15:10 min' depth='54.35 m' pressure='112.79 bar' stopdepth='12.24 m' /> <sample time='15:16 min' depth='54.12 m' pressure='112.24 bar' /> <sample time='15:20 min' depth='53.79 m' pressure='111.19 bar' /> <sample time='15:25 min' depth='53.51 m' /> <sample time='15:31 min' depth='53.16 m' pressure='110.8 bar' /> <sample time='15:35 min' depth='52.88 m' pressure='110.48 bar' /> <sample time='15:40 min' depth='52.57 m' pressure='110.14 bar' /> <sample time='15:46 min' depth='52.13 m' pressure='109.31 bar' /> <sample time='15:50 min' depth='51.95 m' /> <sample time='15:55 min' depth='51.98 m' pressure='108.92 bar' /> <sample time='16:00 min' depth='52.16 m' pressure='108.59 bar' /> <sample time='16:05 min' depth='52.55 m' pressure='108.03 bar' /> <sample time='16:10 min' depth='52.41 m' /> <sample time='16:15 min' depth='52.44 m' pressure='107.73 bar' /> <sample time='16:20 min' depth='52.06 m' pressure='107.39 bar' /> <sample time='16:26 min' depth='52.26 m' pressure='107.02 bar' /> <sample time='16:31 min' depth='52.07 m' pressure='106.69 bar' /> <sample time='16:35 min' depth='51.89 m' pressure='106.05 bar' cns='4%' /> <sample time='16:40 min' depth='51.77 m' /> <sample time='16:45 min' depth='51.41 m' pressure='105.44 bar' /> <sample time='16:50 min' depth='51.26 m' /> <sample time='16:56 min' depth='50.85 m' pressure='105.18 bar' /> <sample time='17:00 min' depth='50.56 m' pressure='104.93 bar' /> <sample time='17:05 min' depth='50.67 m' pressure='104.31 bar' /> <sample time='17:10 min' depth='50.58 m' pressure='103.97 bar' /> <sample time='17:15 min' depth='50.33 m' pressure='103.54 bar' /> <sample time='17:20 min' depth='50.21 m' /> <sample time='17:26 min' depth='49.98 m' pressure='103.15 bar' /> <sample time='17:30 min' depth='49.49 m' pressure='102.34 bar' /> <sample time='17:35 min' depth='49.13 m' pressure='102.07 bar' /> <sample time='17:41 min' depth='49.18 m' pressure='101.78 bar' /> <sample time='17:45 min' depth='49.26 m' /> <sample time='17:50 min' depth='49.17 m' pressure='101.49 bar' /> <sample time='17:56 min' depth='49.0 m' /> <sample time='18:00 min' depth='49.21 m' pressure='100.77 bar' stopdepth='15.3 m' /> <sample time='18:05 min' depth='49.13 m' pressure='100.38 bar' /> <sample time='18:10 min' depth='48.92 m' pressure='99.94 bar' /> <sample time='18:15 min' depth='48.52 m' pressure='99.57 bar' /> <sample time='18:20 min' depth='48.44 m' pressure='99.17 bar' /> <sample time='18:25 min' depth='48.36 m' pressure='98.53 bar' cns='5%' /> <sample time='18:30 min' depth='48.56 m' /> <sample time='18:35 min' depth='48.39 m' pressure='98.23 bar' /> <sample time='18:41 min' depth='47.94 m' pressure='97.51 bar' /> <sample time='18:45 min' depth='47.72 m' pressure='97.1 bar' /> <sample time='18:51 min' depth='47.2 m' /> <sample time='18:55 min' depth='46.75 m' pressure='96.61 bar' /> <sample time='19:00 min' depth='46.03 m' pressure='96.22 bar' /> <sample time='19:06 min' depth='45.23 m' pressure='95.8 bar' /> <sample time='19:10 min' depth='44.59 m' pressure='95.49 bar' /> <sample time='19:15 min' depth='44.0 m' pressure='95.14 bar' /> <sample time='19:21 min' depth='43.46 m' pressure='94.43 bar' /> <sample time='19:25 min' depth='42.99 m' /> <sample time='19:30 min' depth='42.35 m' pressure='94.06 bar' /> <sample time='19:35 min' depth='41.84 m' pressure='93.68 bar' /> <sample time='19:40 min' depth='41.33 m' pressure='93.35 bar' /> <sample time='19:45 min' depth='40.75 m' pressure='92.96 bar' /> <sample time='19:51 min' depth='40.16 m' pressure='92.54 bar' /> <sample time='19:55 min' depth='39.66 m' pressure='92.18 bar' /> <sample time='20:00 min' depth='39.04 m' pressure='91.77 bar' /> <sample time='20:05 min' depth='38.33 m' pressure='91.43 bar' /> <sample time='20:11 min' depth='38.48 m' temp='10.8 C' pressure='91.1 bar' /> <sample time='20:15 min' depth='39.12 m' temp='10.9 C' pressure='90.78 bar' /> <sample time='20:21 min' depth='38.96 m' pressure='90.11 bar' /> <sample time='20:25 min' depth='39.1 m' /> <sample time='20:30 min' depth='38.6 m' temp='10.8 C' pressure='89.76 bar' /> <sample time='20:36 min' depth='38.24 m' pressure='89.05 bar' /> <sample time='20:40 min' depth='37.9 m' pressure='89.06 bar' cns='6%' /> <sample time='20:45 min' depth='37.31 m' pressure='88.81 bar' /> <sample time='20:51 min' depth='36.65 m' pressure='88.25 bar' /> <sample time='20:56 min' depth='35.96 m' /> <sample time='21:00 min' depth='35.19 m' pressure='87.94 bar' /> <sample time='21:05 min' depth='34.73 m' pressure='87.59 bar' stopdepth='18.36 m' /> <sample time='21:11 min' depth='34.04 m' pressure='87.33 bar' /> <sample time='21:16 min' depth='33.54 m' pressure='86.77 bar' /> <sample time='21:20 min' depth='33.12 m' /> <sample time='21:25 min' depth='32.52 m' pressure='86.49 bar' /> <sample time='21:31 min' depth='32.13 m' pressure='86.16 bar' /> <sample time='21:35 min' depth='31.65 m' pressure='85.49 bar' /> <sample time='21:40 min' depth='31.12 m' pressure='85.22 bar' /> <sample time='21:45 min' depth='30.67 m' pressure='84.92 bar' /> <sample time='21:51 min' depth='30.27 m' /> <sample time='21:55 min' depth='29.82 m' pressure='84.38 bar' /> <sample time='22:00 min' depth='29.24 m' /> <sample time='22:06 min' depth='28.6 m' pressure='83.65 bar' /> <sample time='22:11 min' depth='28.24 m' pressure='83.4 bar' /> <sample time='22:15 min' depth='27.87 m' /> <sample time='22:20 min' depth='27.21 m' pressure='83.27 bar' /> <sample time='22:26 min' depth='26.53 m' pressure='83.3 bar' /> <sample time='22:30 min' depth='26.2 m' stopdepth='24.48 m' /> <sample time='22:35 min' depth='25.59 m' /> <sample time='22:40 min' depth='25.7 m' /> <sample time='22:45 min' depth='25.96 m' /> <sample time='22:50 min' depth='26.36 m' /> <sample time='22:55 min' depth='26.49 m' /> <sample time='23:00 min' depth='26.29 m' cns='7%' /> <sample time='23:05 min' depth='26.08 m' /> <sample time='23:10 min' depth='25.61 m' /> <sample time='23:15 min' depth='25.82 m' /> <sample time='23:20 min' depth='26.28 m' /> <sample time='23:25 min' depth='26.5 m' /> <sample time='23:30 min' depth='26.51 m' stoptime='1:00 min' /> <sample time='23:35 min' depth='26.56 m' /> <sample time='23:40 min' depth='26.44 m' /> <sample time='23:45 min' depth='26.25 m' /> <sample time='23:50 min' depth='26.18 m' /> <sample time='23:55 min' depth='25.99 m' /> <sample time='24:00 min' depth='25.78 m' /> <sample time='24:05 min' depth='25.71 m' cns='8%' /> <sample time='24:10 min' depth='25.99 m' /> <sample time='24:15 min' depth='26.01 m' /> <sample time='24:20 min' depth='25.7 m' /> <sample time='24:25 min' depth='25.23 m' /> <sample time='24:30 min' depth='24.59 m' stoptime='2:00 min' stopdepth='15.3 m' /> <sample time='24:35 min' depth='23.99 m' /> <sample time='24:40 min' depth='23.77 m' /> <sample time='24:45 min' depth='23.28 m' /> <sample time='24:50 min' depth='22.88 m' /> <sample time='24:55 min' depth='22.51 m' /> <sample time='25:00 min' depth='21.93 m' /> <sample time='25:05 min' depth='21.33 m' /> <sample time='25:10 min' depth='21.11 m' /> <sample time='25:15 min' depth='20.64 m' temp='10.7 C' /> <sample time='25:20 min' depth='20.29 m' /> <sample time='25:25 min' depth='19.8 m' /> <sample time='25:30 min' depth='19.36 m' /> <sample time='25:35 min' depth='18.93 m' cns='9%' /> <sample time='25:40 min' depth='18.38 m' /> <sample time='25:45 min' depth='17.91 m' /> <sample time='25:50 min' depth='17.46 m' /> <sample time='25:55 min' depth='16.46 m' /> <sample time='26:01 min' depth='15.82 m' /> <sample time='26:05 min' depth='15.96 m' /> <sample time='26:10 min' depth='16.19 m' /> <sample time='26:15 min' depth='16.31 m' /> <sample time='26:20 min' depth='16.16 m' /> <sample time='26:25 min' depth='16.08 m' /> <sample time='26:30 min' depth='16.31 m' /> <sample time='26:35 min' depth='16.53 m' /> <sample time='26:40 min' depth='16.39 m' /> <sample time='26:45 min' depth='16.52 m' temp='10.8 C' /> <sample time='26:50 min' depth='16.83 m' temp='10.7 C' stoptime='1:00 min' /> <sample time='26:55 min' depth='16.86 m' temp='10.8 C' /> <sample time='27:00 min' depth='16.87 m' temp='10.7 C' /> <sample time='27:05 min' depth='16.78 m' /> <sample time='27:10 min' depth='16.6 m' temp='10.8 C' /> <sample time='27:15 min' depth='16.37 m' temp='10.7 C' /> <sample time='27:20 min' depth='16.24 m' /> <sample time='27:25 min' depth='16.08 m' temp='10.8 C' /> <sample time='27:30 min' depth='16.03 m' /> <sample time='27:35 min' depth='15.83 m' temp='10.7 C' /> <sample time='27:40 min' depth='15.9 m' /> <sample time='27:45 min' depth='16.07 m' /> <sample time='27:50 min' depth='16.19 m' stoptime='8:00 min' stopdepth='3.06 m' /> <sample time='27:55 min' depth='16.06 m' /> <sample time='28:00 min' depth='15.51 m' cns='10%' /> <sample time='28:05 min' depth='15.02 m' /> <sample time='28:10 min' depth='14.68 m' /> <sample time='28:15 min' depth='14.08 m' /> <sample time='28:20 min' depth='13.34 m' /> <sample time='28:25 min' depth='12.7 m' /> <sample time='28:30 min' depth='12.24 m' /> <sample time='28:35 min' depth='11.91 m' /> <sample time='28:40 min' depth='11.56 m' /> <sample time='28:45 min' depth='11.09 m' /> <sample time='28:50 min' depth='10.29 m' temp='10.6 C' /> <sample time='28:55 min' depth='9.98 m' temp='10.5 C' /> <sample time='29:00 min' depth='9.86 m' /> <sample time='29:05 min' depth='9.75 m' /> <sample time='29:10 min' depth='9.64 m' temp='10.4 C' stoptime='7:00 min' /> <sample time='29:15 min' depth='9.51 m' /> <sample time='29:20 min' depth='9.3 m' /> <sample time='29:25 min' depth='9.26 m' /> <sample time='29:30 min' depth='9.14 m' /> <sample time='29:35 min' depth='8.63 m' /> <sample time='29:40 min' depth='8.39 m' /> <sample time='29:45 min' depth='8.24 m' /> <sample time='29:50 min' depth='7.9 m' /> <sample time='29:55 min' depth='7.8 m' temp='10.3 C' /> <sample time='30:00 min' depth='7.36 m' temp='10.1 C' /> <sample time='30:05 min' depth='7.43 m' ndl='6:00 min' stoptime='0:00 min' stopdepth='0.0 m' /> <sample time='30:10 min' depth='7.87 m' ndl='5:00 min' /> <sample time='30:15 min' depth='8.17 m' temp='10.0 C' /> <sample time='30:20 min' depth='8.47 m' /> <sample time='30:26 min' depth='8.45 m' temp='10.1 C' /> <sample time='30:31 min' depth='8.61 m' temp='10.2 C' cns='11%' /> <sample time='30:35 min' depth='8.53 m' /> <sample time='30:40 min' depth='8.49 m' /> <sample time='30:45 min' depth='8.37 m' temp='10.3 C' /> <sample time='30:50 min' depth='8.72 m' /> <sample time='30:56 min' depth='9.2 m' ndl='0:00 min' stoptime='4:00 min' stopdepth='6.12 m' /> <sample time='31:01 min' depth='9.02 m' ndl='4:00 min' stoptime='0:00 min' stopdepth='0.0 m' /> <sample time='31:05 min' depth='9.05 m' cns='12%' /> <sample time='31:10 min' depth='8.73 m' /> <sample time='31:15 min' depth='8.43 m' temp='10.4 C' /> <sample time='31:20 min' depth='7.97 m' /> <sample time='31:25 min' depth='7.63 m' temp='10.3 C' /> <sample time='31:30 min' depth='7.21 m' temp='10.2 C' /> <sample time='31:35 min' depth='6.73 m' /> <sample time='31:40 min' depth='6.25 m' temp='10.0 C' /> <sample time='31:45 min' depth='6.34 m' /> <sample time='31:50 min' depth='6.23 m' temp='9.9 C' /> <sample time='31:55 min' depth='6.12 m' /> <sample time='32:00 min' depth='6.23 m' /> <sample time='32:05 min' depth='6.46 m' /> <sample time='32:10 min' depth='6.55 m' ndl='3:00 min' /> <sample time='32:15 min' depth='6.65 m' cns='13%' /> <sample time='32:20 min' depth='6.86 m' /> <sample time='32:25 min' depth='7.07 m' /> <sample time='32:30 min' depth='7.08 m' /> <sample time='32:35 min' depth='7.3 m' /> <sample time='32:40 min' depth='7.34 m' /> <sample time='32:45 min' depth='7.61 m' /> <sample time='32:50 min' depth='7.55 m' temp='10.0 C' /> <sample time='32:55 min' depth='7.44 m' /> <sample time='33:00 min' depth='7.59 m' ndl='2:00 min' /> <sample time='33:05 min' depth='7.65 m' /> <sample time='33:10 min' depth='7.77 m' /> <sample time='33:15 min' depth='7.49 m' /> <sample time='33:20 min' depth='7.62 m' /> <sample time='33:25 min' depth='7.55 m' /> <sample time='33:30 min' depth='7.45 m' /> <sample time='33:35 min' depth='7.32 m' cns='14%' /> <sample time='33:40 min' depth='7.31 m' temp='10.1 C' /> <sample time='33:45 min' depth='7.4 m' /> <sample time='33:50 min' depth='7.57 m' /> <sample time='33:55 min' depth='7.32 m' /> <sample time='34:00 min' depth='7.18 m' /> <sample time='34:05 min' depth='7.32 m' temp='10.0 C' /> <sample time='34:10 min' depth='7.53 m' ndl='1:00 min' /> <sample time='34:15 min' depth='7.28 m' /> <sample time='34:20 min' depth='7.45 m' /> <sample time='34:25 min' depth='7.47 m' /> <sample time='34:30 min' depth='7.37 m' /> <sample time='34:35 min' depth='7.52 m' /> <sample time='34:40 min' depth='7.17 m' /> <sample time='34:45 min' depth='7.03 m' /> <sample time='34:50 min' depth='7.21 m' /> <sample time='34:55 min' depth='7.28 m' cns='15%' /> <sample time='35:00 min' depth='7.24 m' /> <sample time='35:06 min' depth='7.25 m' /> <sample time='35:11 min' depth='7.32 m' stoptime='3:00 min' stopdepth='4.58 m' /> <sample time='35:16 min' depth='7.29 m' /> <sample time='35:21 min' depth='7.2 m' temp='9.9 C' /> <sample time='35:26 min' depth='7.15 m' /> <sample time='35:31 min' depth='6.97 m' /> <sample time='35:36 min' depth='6.93 m' /> <sample time='35:41 min' depth='6.68 m' pressure='84.47 bar' /> <sample time='35:46 min' depth='6.53 m' pressure='84.23 bar' /> <sample time='35:50 min' depth='6.13 m' /> <sample time='35:56 min' depth='5.84 m' temp='9.8 C' pressure='84.13 bar' stoptime='2:00 min' /> <sample time='36:01 min' depth='5.68 m' pressure='84.03 bar' /> <sample time='36:06 min' depth='5.5 m' temp='9.7 C' pressure='83.91 bar' /> <sample time='36:11 min' depth='5.2 m' temp='9.5 C' pressure='83.77 bar' /> <sample time='36:16 min' depth='5.1 m' temp='9.4 C' pressure='83.64 bar' /> <sample time='36:21 min' depth='4.86 m' pressure='83.5 bar' /> <sample time='36:26 min' depth='4.92 m' temp='9.2 C' pressure='83.51 bar' /> <sample time='36:31 min' depth='5.1 m' pressure='83.24 bar' /> <sample time='36:36 min' depth='4.95 m' temp='9.1 C' pressure='83.09 bar' /> <sample time='36:41 min' depth='4.75 m' temp='9.2 C' pressure='82.99 bar' /> <sample time='36:46 min' depth='4.91 m' pressure='82.89 bar' /> <sample time='36:51 min' depth='4.84 m' pressure='82.66 bar' /> <sample time='36:56 min' depth='4.78 m' pressure='82.67 bar' /> <sample time='37:01 min' depth='5.01 m' pressure='82.55 bar' /> <sample time='37:06 min' depth='5.25 m' temp='9.3 C' pressure='82.43 bar' stoptime='1:00 min' /> <sample time='37:11 min' depth='5.27 m' pressure='82.29 bar' /> <sample time='37:16 min' depth='5.25 m' pressure='82.18 bar' /> <sample time='37:21 min' depth='5.02 m' temp='9.2 C' pressure='82.07 bar' /> <sample time='37:26 min' depth='4.97 m' temp='9.3 C' pressure='81.96 bar' /> <sample time='37:31 min' depth='4.99 m' pressure='81.85 bar' /> <sample time='37:36 min' depth='4.79 m' temp='9.2 C' pressure='81.75 bar' /> <sample time='37:41 min' depth='4.66 m' temp='9.3 C' pressure='81.63 bar' /> <sample time='37:46 min' depth='4.31 m' pressure='81.52 bar' /> <sample time='37:51 min' depth='4.45 m' temp='9.2 C' pressure='81.4 bar' /> <sample time='37:56 min' depth='4.97 m' temp='9.3 C' pressure='81.3 bar' /> <sample time='38:01 min' depth='5.12 m' pressure='81.2 bar' /> <sample time='38:06 min' depth='5.07 m' temp='9.2 C' /> <sample time='38:11 min' depth='5.05 m' pressure='80.95 bar' ndl='99:00 min' stoptime='0:00 min' stopdepth='0.0 m' /> <sample time='38:16 min' depth='5.06 m' pressure='80.81 bar' /> <sample time='38:21 min' depth='5.05 m' temp='9.3 C' pressure='80.69 bar' /> <sample time='38:26 min' depth='5.04 m' pressure='80.59 bar' /> <sample time='38:31 min' depth='4.78 m' temp='9.2 C' pressure='80.41 bar' /> <sample time='38:36 min' depth='4.65 m' temp='9.3 C' /> <sample time='38:41 min' depth='4.73 m' /> <sample time='38:46 min' depth='4.9 m' pressure='80.28 bar' /> <sample time='38:51 min' depth='4.58 m' temp='9.2 C' pressure='80.19 bar' /> <sample time='38:56 min' depth='4.97 m' temp='9.1 C' pressure='80.15 bar' /> <sample time='39:01 min' depth='5.06 m' temp='9.2 C' pressure='80.07 bar' /> <sample time='39:06 min' depth='5.21 m' pressure='79.98 bar' /> <sample time='39:11 min' depth='5.22 m' pressure='79.9 bar' /> <sample time='39:16 min' depth='5.4 m' pressure='79.72 bar' /> <sample time='39:21 min' depth='5.42 m' /> <sample time='39:26 min' depth='5.48 m' pressure='79.51 bar' /> <sample time='39:31 min' depth='5.43 m' pressure='79.43 bar' /> <sample time='39:36 min' depth='5.62 m' pressure='79.35 bar' /> <sample time='39:41 min' depth='5.49 m' /> <sample time='39:46 min' depth='5.62 m' pressure='79.26 bar' /> <sample time='39:51 min' depth='5.71 m' pressure='79.18 bar' /> <sample time='39:56 min' depth='5.62 m' pressure='79.1 bar' /> <sample time='40:01 min' depth='5.7 m' pressure='79.01 bar' /> <sample time='40:06 min' depth='5.26 m' pressure='78.94 bar' /> <sample time='40:11 min' depth='4.97 m' pressure='78.85 bar' /> <sample time='40:16 min' depth='5.13 m' pressure='78.73 bar' /> <sample time='40:21 min' depth='5.19 m' /> <sample time='40:26 min' depth='5.31 m' pressure='78.66 bar' cns='14%' /> </divecomputer> </dive> </dives> </divelog>
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