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User manual spelling errors
I finaly got a a spelling checker that operates on asciidoc files. I am relieved that this only found about a dozen spelling errors in the whole text. Signed-off-by: Willem Ferguson <willemferguson@zoology.up.ac.za> Signed-off-by: Dirk Hohndel <dirk@hohndel.org>
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@ -443,7 +443,7 @@ Check the following:
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USB port? If not, consult
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USB port? If not, consult
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xref:_appendix_a_operating_system_specific_information_for_importing_dive_information_from_a_dive_computer[Appendix A]
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xref:_appendix_a_operating_system_specific_information_for_importing_dive_information_from_a_dive_computer[Appendix A]
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If the _Subsurface_ computer does not recognize the USB adaptor by
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If the _Subsurface_ computer does not recognize the USB adapter by
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showing an appropriate device name next to the Mount Point, then there is a
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showing an appropriate device name next to the Mount Point, then there is a
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possibility the cable or USB adaptor is faulty. A faulty cable is the most
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possibility the cable or USB adaptor is faulty. A faulty cable is the most
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common cause of communication failure between a dive computer and _Subsurface_.
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common cause of communication failure between a dive computer and _Subsurface_.
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@ -499,7 +499,7 @@ four steps:
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Select the Download dialogue by selecting
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Select the Download dialogue by selecting
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_Import -> Import from dive computer_ from the *Main Menu*. After checking the
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_Import -> Import from dive computer_ from the *Main Menu*. After checking the
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box labelled _"Choose Bluetooth download mode"_, the dialogue below appears.
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box labeled _"Choose Bluetooth download mode"_, the dialogue below appears.
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===== On Linux or MacOS:
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===== On Linux or MacOS:
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@ -507,8 +507,10 @@ image::images/DC_import_Bluetooth.jpg["FIGURE: Download Bluetooth",align="center
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Although the _Subsurface_ Bluetooth interface is intended to function without
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Although the _Subsurface_ Bluetooth interface is intended to function without
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Bluetooth pairing at the operating system level, it is always prudent to follow up
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Bluetooth pairing at the operating system level, it is always prudent to follow up
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initial Bluetooth pairing problems by pairing the Bluetooth dive computer with the _Subsurface_ computer using the operating system services of the desktop computer. Delete all
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initial Bluetooth pairing problems by pairing the Bluetooth dive computer with
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existing pairings and start by scanning for Bluetooth devices from an empty list (on the desktop) of Bluetooth devices. Once _Subsurface_ has recognised the Bluetooth dive
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the _Subsurface_ computer using the operating system services of the desktop computer. Delete all
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existing pairings and start by scanning for Bluetooth devices from an empty list
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(on the desktop) of Bluetooth devices. Once _Subsurface_ has recognised the Bluetooth dive
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computer, subsequent divelog downloads are likely to be simple.
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computer, subsequent divelog downloads are likely to be simple.
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On the _Linux_ or _MacOS_ platforms the name
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On the _Linux_ or _MacOS_ platforms the name
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@ -719,7 +721,7 @@ Double-click on the blue bar below the new dive location name. The blue bar disa
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the globe icon on the right-hand of the location name text box turns blue. In the Dive Map part of the _Subsurface_ window, a world map appears (image C above). Click on the
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the globe icon on the right-hand of the location name text box turns blue. In the Dive Map part of the _Subsurface_ window, a world map appears (image C above). Click on the
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blue globe icon to the right of the dive site name in the _Notes_ panel (image B above). This opens a window for entering the details of the new dive location (image A below).
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blue globe icon to the right of the dive site name in the _Notes_ panel (image B above). This opens a window for entering the details of the new dive location (image A below).
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The globe icon changes to indicate that the location data are being edited. The only important
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The globe icon changes to indicate that the location data are being edited. The only important
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data here are the geographic coordinates of the dive location.
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data here are the geographic coordinates of the dive location.
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image::images/Globe_image2.jpg["FIGURE:Location creation panel",align="center"]
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image::images/Globe_image2.jpg["FIGURE:Location creation panel",align="center"]
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@ -1158,7 +1160,7 @@ progress.
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Open the website at:
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Open the website at:
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_https://thetheoreticaldiver.org/rch-cgi-bin/smtk2ssrf.pl_
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_https://thetheoreticaldiver.org/rch-cgi-bin/smtk2ssrf.pl_
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This is a no-frills
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This is a no-frills
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web service for converting _SmartTrak_ dive logs to _Subsurface_. Select the browse button. This allows
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web service for converting _SmartTrak_ dive logs to _Subsurface_. Select the browse button. This allows
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@ -1323,11 +1325,11 @@ dive information for four dives using a comma as a field separator:
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The above data are not easily read by a human. Here is the same information in TAB-delimited format:
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The above data are not easily read by a human. Here is the same information in TAB-delimited format:
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Dive site Dive date Time Dive_duration Dive_depth Dive buddy
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Dive site Dive date Time Dive_duration Dive_depth Dive buddy
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Illovo Beach 2012-11-23 10:45 46:15 18.4 John Smith
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Illovo Beach 2012-11-23 10:45 46:15 18.4 John Smith
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Key Largo 2012-11-24 09:12 34:15 20.4 Jason McDonald
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Key Largo 2012-11-24 09:12 34:15 20.4 Jason McDonald
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Wismar Baltic 2012-12-01 10:13 35:27 15.4 Dieter Albrecht
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Wismar Baltic 2012-12-01 10:13 35:27 15.4 Dieter Albrecht
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Pulau Weh 2012-12-20 09:46 55:56 38.6 Karaeng Bontonompo
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Pulau Weh 2012-12-20 09:46 55:56 38.6 Karaeng Bontonompo
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It is clear why many people prefer the TAB-delimited format to the comma-delimited format. The
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It is clear why many people prefer the TAB-delimited format to the comma-delimited format. The
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disadvantage is that you cannot see
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disadvantage is that you cannot see
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@ -2069,7 +2071,7 @@ for more complete information. Use that software to download the dive data into
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a known directory. From the main menu of _Subsurface_, select _Import -> Import
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a known directory. From the main menu of _Subsurface_, select _Import -> Import
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log files_ to bring up the xref:Unified_import[universal import dialogue]. As
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log files_ to bring up the xref:Unified_import[universal import dialogue]. As
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explained in that section, the bottom right
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explained in that section, the bottom right
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hand of the import dialogue contains a dropdown list (labled _Filter:_) of appropriate devices
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hand of the import dialogue contains a dropdown list (labeled _Filter:_) of appropriate devices
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that currently include (Poseidon) MkVI or APD log viewer files. Import for other
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that currently include (Poseidon) MkVI or APD log viewer files. Import for other
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CCR equipment is under active development. Having selected the appropriate CCR format and
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CCR equipment is under active development. Having selected the appropriate CCR format and
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the directory where the original dive logs have been stored from the CCR dive
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the directory where the original dive logs have been stored from the CCR dive
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@ -2175,7 +2177,7 @@ Poseidon MkVI and APD equipment can be found in xref:_appendix_b_dive_computer_s
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The Dive Map has a number of buttons useful for manipulation several aspects of a dive. These are:
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The Dive Map has a number of buttons useful for manipulation several aspects of a dive. These are:
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[icon="images/icons/MapViewMode.jpg"]
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[icon="images/icons/MapViewMode.jpg"]
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[NOTE]
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[NOTE]
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Select this button to show the Dive Map as a satellite image or as a Google Maps
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Select this button to show the Dive Map as a satellite image or as a Google Maps
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representation.
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representation.
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@ -2345,11 +2347,11 @@ values are dependent on the composition of the breathing gas. The EAD
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is the depth of a hypothetical air dive that has the same partial
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is the depth of a hypothetical air dive that has the same partial
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pressure of nitrogen as the current depth of the nitrox dive at
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pressure of nitrogen as the current depth of the nitrox dive at
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hand. A nitrox dive leads to the same decompression obligation as an
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hand. A nitrox dive leads to the same decompression obligation as an
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air dive to the depth equalling the EAD. The END is the depth of a
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air dive to the depth equaling the EAD. The END is the depth of a
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hypothetical air dive that has the same sum of partial pressures of
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hypothetical air dive that has the same sum of partial pressures of
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the narcotic gases nitrogen and oxygen as the current trimix dive. A
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the narcotic gases nitrogen and oxygen as the current trimix dive. A
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trimix diver can expect the same narcotic effect as a diver breathing
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trimix diver can expect the same narcotic effect as a diver breathing
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air diving at a depth equalling the END.
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air diving at a depth equaling the END.
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Figure (*B*) above shows an information box with a nearly complete set of data.
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Figure (*B*) above shows an information box with a nearly complete set of data.
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@ -2460,7 +2462,7 @@ Show the partial pressure of *nitrogen* during the dive.
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[icon="images/icons/He.jpg"]
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[icon="images/icons/He.jpg"]
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[NOTE]
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[NOTE]
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Display of the partial pressure of *helium* during the dive.
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Display of the partial pressure of *helium* during the dive.
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This is only important to divers using Trimix, Helitrox or similar breathing gasses.
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This is only important to divers using Trimix, Helitrox or similar breathing gases.
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The *air consumption* graph displays the tank pressure and its change during the
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The *air consumption* graph displays the tank pressure and its change during the
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dive. The air consumption takes depth into account so that even when manually
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dive. The air consumption takes depth into account so that even when manually
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@ -2475,7 +2477,7 @@ indicate
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times of increased normalized air consumption while dark green reflects times
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times of increased normalized air consumption while dark green reflects times
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when the diver was using less gas than average.
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when the diver was using less gas than average.
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When in planner mode, the SAC is set to be constant during the bottom part
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When in planner mode, the SAC is set to be constant during the bottom part
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of the dive as well during decompression. Therefore, when planning a dive,
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of the dive as well during decompression. Therefore, when planning a dive,
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the color is a representation of the breathing gas density.
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the color is a representation of the breathing gas density.
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@ -2600,7 +2602,7 @@ for more details on the different elements of this graph.
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Image *B* shows a gradient of unique colours, spanning the whole range of inert gas pressures.
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Image *B* shows a gradient of unique colours, spanning the whole range of inert gas pressures.
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It is possible to map the height of each of the dark green vertical bars of *A* to a
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It is possible to map the height of each of the dark green vertical bars of *A* to a
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colour in *B*. For instance, the fastest (leftmost) dark green verical bar in *A* has
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colour in *B*. For instance, the fastest (leftmost) dark green vertical bar in *A* has
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a height corresponding to the medium green part of *B*. The height of this bar can therefore be summarised
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a height corresponding to the medium green part of *B*. The height of this bar can therefore be summarised
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using a medium green colour. Similarly, the highest dark green bar in *A* is as high
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using a medium green colour. Similarly, the highest dark green bar in *A* is as high
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as the yellow part of *B*. The 14 remaining tissue pressure bars in *A* can also be
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as the yellow part of *B*. The 14 remaining tissue pressure bars in *A* can also be
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@ -2731,7 +2733,7 @@ just before or after the dive, or of landscapes as seen from the boat.
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[icon="images/icons/inAndOutPhoto.png"]
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[icon="images/icons/inAndOutPhoto.png"]
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[NOTE]
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[NOTE]
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This dive has photographs taken both during the dive and immdiately before or after the dive.
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This dive has photographs taken both during the dive and immediately before or after the dive.
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[[S_Renumber]]
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[[S_Renumber]]
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=== Renumbering the dives
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=== Renumbering the dives
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@ -3619,7 +3621,7 @@ the nitrogen load incurred during previous dives.
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- Define the depth of the dive by dragging the waypoints (white dots) on the dive profile or
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- Define the depth of the dive by dragging the waypoints (white dots) on the dive profile or
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(even better) defining the appropriate depths using the table under _Dive planner points_ as
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(even better) defining the appropriate depths using the table under _Dive planner points_ as
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desribed under the previous heading. If
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described under the previous heading. If
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this is a multilevel dive, set the appropriate dive depths to represent the dive plan by adding
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this is a multilevel dive, set the appropriate dive depths to represent the dive plan by adding
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waypoints to the dive profile or by adding appropriate dive planner points to the _Dive Planner Points_
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waypoints to the dive profile or by adding appropriate dive planner points to the _Dive Planner Points_
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table. _Subsurface_ will automatically extend the bottom section of the dive to the maximum
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table. _Subsurface_ will automatically extend the bottom section of the dive to the maximum
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@ -3716,7 +3718,7 @@ the limit of the gas supply but that an appropriate reserve is kept
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for unforeseen circumstances.
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for unforeseen circumstances.
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For technical diving, this reserve can be up to 66% of the total available gas.
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For technical diving, this reserve can be up to 66% of the total available gas.
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In addition to calculating the total gas consumption for every cylinder the planner provides one way
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In addition to calculating the total gas consumption for every cylinder the planner provides one way
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of calculating the recommended volume of bottom gas which is needed for safe asscent to the
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of calculating the recommended volume of bottom gas which is needed for safe ascent to the
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first deco gas change depth or the surface. This procedure is called the "minimum gas" or "rock bottom"
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first deco gas change depth or the surface. This procedure is called the "minimum gas" or "rock bottom"
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consideration and it is used by various (but not all)
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consideration and it is used by various (but not all)
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technical diving organisations. See the text below for a detailed explanation.
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technical diving organisations. See the text below for a detailed explanation.
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The planner also estimates the *minimum gas* pressure required for safe ascent after an event that causes the dive
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The planner also estimates the *minimum gas* pressure required for safe ascent after an event that causes the dive
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to be aborted. The calculation assumes that in worst case an out of gas (OoG)
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to be aborted. The calculation assumes that in worst case an out of gas (OoG)
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situation occurs at the end of the planned bottom time at maximum depth. This OoG event forces
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situation occurs at the end of the planned bottom time at maximum depth. This OoG event forces
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the buddy team the share the gas of one diver and thet they require an additional period of time at maximum depth to solve the problem at hand.
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the buddy team the share the gas of one diver and that they require an additional period of time at maximum depth to solve the problem at hand.
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In addition the combined SAC of both divers is increased by an estimated factor compared to the SAC factor of a single diver under normal conditions.
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In addition the combined SAC of both divers is increased by an estimated factor compared to the SAC factor of a single diver under normal conditions.
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The result of the minimum gas calculation for the bottom gas is printed to the planner output. No automatic checks are performed based on this result.
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The result of the minimum gas calculation for the bottom gas is printed to the planner output. No automatic checks are performed based on this result.
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The feature only gives valid results for simple, rectengular shaped single
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The feature only gives valid results for simple, rectangular shaped single
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level dive profiles. For multi level dives one would need to check every leg of the profile independently.
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level dive profiles. For multi level dives one would need to check every leg of the profile independently.
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There are two selector boxes on the left of the _Dive plan details_:
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There are two selector boxes on the left of the _Dive plan details_:
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@ -3852,7 +3854,7 @@ This indicates:
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* The number of bars of back gas required for a safe ascent (90 bars in the example above).
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* The number of bars of back gas required for a safe ascent (90 bars in the example above).
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* The delta-value: number of bars of back gas available at the end of the bottom section of the dive, _over and above_ the minimum
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* The delta-value: number of bars of back gas available at the end of the bottom section of the dive, _over and above_ the minimum
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gas requirement (80 bars in the above example). A positive delta reflects a safe plan; a negative delta indicates insufficient gas for a
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gas requirement (80 bars in the above example). A positive delta reflects a safe plan; a negative delta indicates insufficient gas for a
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safe ascent.
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safe ascent.
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****
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****
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[icon="images/icons/warning2.png"]
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[icon="images/icons/warning2.png"]
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The parameters of the pSCR dive can be set by selecting _File -> Preferences -> Profile_
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The parameters of the pSCR dive can be set by selecting _File -> Preferences -> Profile_
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from the main menu, where the gas consumption calculation takes into account the pSCR dump
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from the main menu, where the gas consumption calculation takes into account the pSCR dump
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ratio (default 1:10) as well as the metabolic rate. The calculation also takes the oxygen drop
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ratio (default 1:10) as well as the metabolic rate. The calculation also takes the oxygen drop
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accross the mouthpiece of the rebreather into account. If the
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across the mouthpiece of the rebreather into account. If the
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pO~2~ drops below what is considered safe, a warning appears in the _Dive plan
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pO~2~ drops below what is considered safe, a warning appears in the _Dive plan
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details_. A typical pSCR cylinder setup is very similar to an open circuit dive;
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details_. A typical pSCR cylinder setup is very similar to an open circuit dive;
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one or more drive cilinders, possibly with different bottom and decompression
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one or more drive cylinders, possibly with different bottom and decompression
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gasses, including gas switches during the dive like in open circuit diving.
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gases, including gas switches during the dive like in open circuit diving.
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Therefore, the setup of the _Available gases_ and the _Dive planner points_ tables
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Therefore, the setup of the _Available gases_ and the _Dive planner points_ tables
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are very similar to that of a open circuit dive plan, described above. However, no oxygen setpoints
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are very similar to that of a open circuit dive plan, described above. However, no oxygen setpoints
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are specified for pSCR dives. Below is a dive plan for a pSCR dive. The dive is comparable
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are specified for pSCR dives. Below is a dive plan for a pSCR dive. The dive is comparable
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real-life dive from the _dive computer_.
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real-life dive from the _dive computer_.
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- In the _Dive List_, highlight the dive plan as well as the data for the real dive
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- In the _Dive List_, highlight the dive plan as well as the data for the real dive
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and merge the two dives, making use of the Dive List Context Menu
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and merge the two dives, making use of the Dive List Context Menu
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(available by righ-clicking a dive).
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(available by right-clicking a dive).
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The text version of the dive plan is appended to the Notes in the _Notes Tab_. With this
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The text version of the dive plan is appended to the Notes in the _Notes Tab_. With this
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merged dive highlighted in the _Dive List_, switch
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merged dive highlighted in the _Dive List_, switch
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between the planned profile and the real-life profile using the righ-arrow/left-arrow keyboard keys.
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between the planned profile and the real-life profile using the right-arrow/left-arrow keyboard keys.
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== Running _Subsurface_ from the command-line
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== Running _Subsurface_ from the command-line
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_Subsurface_ can be launched from the command-line to set some specialised settings or as
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_Subsurface_ can be launched from the command-line to set some specialised settings or as
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Reference in a new issue