mifr/subsurface
1
0
Fork 0
mirror of https://github.com/subsurface/subsurface.git synced 2024-11-28 05:00:20 +00:00
Code Issues Projects Releases Packages Wiki Activity
subsurface/Documentation/user-manual.txt
Amit Chaudhuri 29be221bd8 Reorganise view menus and file import. 
Move the view submenu to a top level location.

Alter the wording of File|Import to drop XML qualifier; we import more
formats than this.

Signed-off-by: Amit Chaudhuri <amit.k.chaudhuri@gmail.com>
Signed-off-by: Dirk Hohndel <dirk@hohndel.org>
2013-03-08 08:48:52 -08:00

1260 lines
56 KiB
Text
Raw Blame History

Subsurface 3.0.2 User Manual
============================
:author: Jacco_van_Koll,_Dirk_Hohndel,_Reinout_Hoornweg,_Linus_Torvalds,_Miika_Turkia,_Amit_Chaudhuri,_Jan_Schubert
:revnumber: v3.0.0
:revdate: March 2013
:revnumber: v3.0.2
:revdate: March 2013
:toc:
:icons:
:numbered:
:website: http://subsurface.hohndel.org
Scope of this document is the usage of the program.
For instructions on how to build the software and (if needed) its dependencies please consult the README file which is included with the source code.
Audience: Fun Divers, Tec Divers, Professional Divers
[[S_Introduction]]
Introduction:
-------------
Subsurface is an open source divelog program that runs on Windows, Mac
and Linux. It was started because of a lack of viable divelog
software on Linux. It then turned out that the resulting software was
fairly easily ported to Windows and Mac and today great effort is put
into making it a viable application on all three platforms.
The program is under active development and at this point it compares
favorably to many other programs in this market.
While the list of supported dive computers is very long, in this
manual the Suunto Vyper will be used for all examples.
[[S_Requirements]]
Requirements
------------
Before you are able to import information from your dive computer into
Subsurface, you need some preparation. Do you have the following:
1. Your Dive Computer - compatible with libdivecomputer (see list in <<AppendixA,Appendix A>>)
2. Communication interface - usually that means a cable to connect your dive computer to your PC/Laptop/Netbook; some dive computers use IRDA or Bluetooth as well
3. Working installation of Subsurface
4. If needed, the manual of your dive computer
Alternatively you can import your divelogs from a couple of other
divelog applications (JDiveLog, MacDive, Suunto Dive Manager,
divelogs.de). However,
native download from dive computer directly to Subsurface is
recommended.
[[S_StartUsing]]
Start Using the Program
-----------------------
When you start the program for the first time, it shows no information
at all. This is because the program doesn't have any information available.
If you have used the program before and saved the data, the program will
automatically load the already available divelog files.
There is a menu, containing 'File', 'Log', 'View', 'Filter', 'Planner' and 'Help'.
The screen is divided in 3 area's (shown below with test dives loaded):
- Area with 4 tabs: Dive Notes, Equipment, Dive Info, and Stats
- Area next to the 4 tabs which will contain the dive profile
- Area with the dives (usually called dive list) which can be sorted by number, date, etc.
image::images/main_window.png["The Main Window",align="center"]
[[S_DiveProfile]]
Dive Profile and Included information
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
The dive profile shown on the main screen is loaded with information.
However, great effort was taken to keep the profile simple, yet
informative.
The main information of the dive profile is the depth graph. On top of
the obvious information of the depth it shows also the ascent and
descent rate compared to the recommended speed of going up or down in
the water column. This information is given using different
colors. Dark red means ascent faster than 18m/60ft per minute or
decent faster than 30m/100ft per minute. Orange implies an ascent
speed range between 9m and 18m (between 30 and 60ft) per minute (or
descent between 18m and 30m (60ft - 100ft) per minute). Yellow and
light green represent even slower speeds and dark green represents
reasonably stable situations where the vertical speed is between +/-
1.5m or 5ft per minute.
The depth graph also includes depth readings for the peaks in the
graph. Thus you should see the depth of the deepest point and other
peaks. Average depth is marked with a horizontal red line.
The air consumption graph displays the tank pressure and its change
during the dive. The air consumption takes depth into account so that
even when manually entering the start and end pressures the graph is
not a straight line. Similarly to the depth graph the tank pressure
gives you information of the SAC rate when using air integrated dive
computer. Here the color coding is not relative to some absolute
values but relative to the average normalized air consumption during
the dive. So areas that are red or orange indicate times of increased
normalized air consumption while dark green reflects times when the
diver was using less gas than average. Please note that the color
coding is obviously only possible when a tank sensor is connected and
tank pressure readings during the dive are available.
Water temperature is displayed with its own blue line with degree
markings placed adjacent to significant changes.
It is also possible to zoom in the profile graph. This is done either
by using the scroll wheel / scroll gesture of your mouse or trackpad
or by holding down the left mouse button; the zoom area can be changed
by moving the mouse around the profile. There is also a toggle zoom
under the 'Log' menu that changes the scale of the dive to fill the
whole area, useful especially for free divers.
[[S_TecDiveProfile]]
Tec Information in Dive Profile
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
The dive profile can include Tec settings. Enabling these is described
in chapter <<S_SettingUpPreferences,Setting up Preferences>>. Basically
you can include graphs of accumulated pO2, pN2, pHe. These graphs are
added below the profile data. On top of the profile the currently used
gradient factors are shown (e.g. GF 35/75).
The graph can also include both the dive computer reported ceiling and
our calculated ceiling. Because of the differences in used algorithms it
is unlikely that both of these are the same. It is even quite common
that Subsurface calculates ceiling for non-decompression dives when the
dive computer was not in deco mode during the dive.
[[S_ImportNewDives]]
Import New Dives from your Dive Computer
---------------------------------------
Before you start fiddling around with your dive computer, note that
there are dive computers that consume more power when they are in the
PC-Communication mode. This could drain your battery. Therefor, ensure
if your computer is recharging when connecting to the USB port. The
Suunto Vyper does not recharge through the USB connection. Please
consult the manual of your dive computer if you are unsure if it will
be recharged when connected to the USB port.
Now it is time to hook up your dive computer to your PC:
- Make sure that your OS has the required drivers installed
* On Linux this means you need to have the correct kernel
module loaded. Most distributions will do this automatically
for you.
* On Windows, the OS should offer to download the correct
driver when you connect your dive computer to the USB port.
* On a Mac you at times have to manually hunt for the correct
driver. For example the correct driver for the Mares Puck
devices can be found as Mac_OSX_VCP_Driver.zip at
http://www.silabs.com/support/pages/support.aspx?ProductFamily=USB+Bridges
(see further hints in <<AppendixB,Appendix B>>)
- Connect your interface cable to a free USB port
- Put your dive computer into PC Communication mode. (For 'Suunto Vyper', press Mode - 1 Memory - 3 TR-PC)
(You should consult the manual of your specific dive computer for your brand and type)
- In Subsurface go to 'Log - Download From Dive Computer'
* Using the two drop down lists, choose your vendor and product. Here we choose 'Suunto' and 'Vyper' as is shown on the screenshot below.
* Select the device name under which your interface is connected from the drop down list.
* Click the 'OK' button.
image::images/download_dc.png["Download from Dive Computer",align="center"]
- Now watch how your data is retrieved from your dive computer!
Depending on your type of computer and/or number of dives, this
could take some time. Please be patient.
[[S_ImportUemis]]
Import New Dives from a Uemis Zurich
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Things are very similar when downloading dives from a Uemis Zurich
dive computer (which certainly is one of the ones that DO recharge when
connected to the USB port). The main difference is that you don't enter a
device name, but instead the location where the UEMISSDA file system is
mounted once you connect the dive computer.
On Windows this is a drive letter (often 'E:' or 'F:'), on a Mac this is
'/Volumes/UEMISSDA' and on Linux systems this differs depending on the
distribution that you use. On Fedora it usually is
'/var/run/media/<your_username>/UEMISSDA'. In all cases Subsurface
should suggest the correct location in the drop down list.
So once you have selected this as device name you can download the
dives from the Uemis Zurich. One technical issue with the Uemis Zurich
download implementation (this is a firmware limitation, not a
Subsurface issue) is that you cannot download more than about 40-50
dives without running out of memory on the SDA. This will usually only
happen the very first time you download dives from the Uemis Zurich -
normally when downloading at the end of a day or even after a dive
trip, the capacity is sufficient. If Subsurface displays and error
that the dive computer ran out of space the solution is straight
forward. Disconnect the SDA, turn it off and on again, and reconnect
it. You can now retry (or start a new download session) and the
download will continue where it stopped the last time you tried. You
may have to do this more than once, depending on how many dives you
have stored on your dive computer.
At this point Subsurface downloads most of the information that is
stored on the SDA, including information about dive spots and
equipment. Buddy information is not yet downloaded.
[[S_HowFindDeviceName]]
How to Find the Device Name for USB devices
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
When you connect your dive computer by using an USB connector, usually
Subsurface will propose a drop down list that contains the correct
device name (or mount point for the Uemis Zurich). In the rare cases
where this doesn't work here are some instructions on ways to find out
what your dive name is:
.On Windows:
Simply try COM1, COM2, etc. The drop down list should contain all connected COM devices.
.On MacOS:
The drop down box should find all connected dive computers.
.On Linux:
- Disconnect your USB cable of your dive computer
- Open a terminal
- Type the command: 'dmesg' and press enter
- Plug in your USB cable of your dive computer
- Type the command: 'dmesg' and press enter
Within your terminal you should see a message similar to this one:
usb 2-1.1: new full speed USB device number 14 using ehci_hcd
usbcore: registered new interface driver usbserial
USB Serial support registered for generic
usbcore: registered new interface driver usbserial_generic
usbserial: USB Serial Driver core
USB Serial support registered for FTDI USB Serial Device
ftdi_sio 2-1.1:1.0: FTDI USB Serial Device converter detected
usb 2-1.1: Detected FT232BM
usb 2-1.1: Number of endpoints 2
usb 2-1.1: Endpoint 1 MaxPacketSize 64
usb 2-1.1: Endpoint 2 MaxPacketSize 64
usb 2-1.1: Setting MaxPacketSize 64
usb 2-1.1: FTDI USB Serial Device converter now attached to ttyUSB3
usbcore: registered new interface driver ftdi_sio
ftdi_sio: v1.6.0:USB FTDI Serial Converters Driver
You see that in the third line from the bottom, the USB adapter is
detected and is connected to 'ttyUSB3'. Now you use this information in
the import settings as '/dev/ttyUSB3'. Your dive computer interface is
connected and you should be able to import your dives.
[[S_HowFindBluetoothDeviceName]]
Setting up bluetooth enabled devices
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
For dive computers communicating through bluetooth like the Heinrichs
Weikamp Frog or the Shearwater Predator and Petrel there is a
different procedure to get the devices name to communicate with
subsurface. In general it consists of these steps:
* enable bluetooth on your computer
* pairing the device
Please do not forget to set your divecomputer in Bluetooth or upload mode before
Paring and Downloading logs. If you use a Shearwater Predator/Petrel just select
'Dive Log+' -> 'Upload Log' and wait until you see the 'Wait PC' message.
.On Windows:
Bluetooth is most likely already enabled. For pairing the device choose
Control Panel->Bluetooth Devices->Add Wireless Device
This should bring up a dialog showing your dive computer (in Bluetooth mode) and
allowing to pair it. Choose "0000" as PIN set in your dive computer should work
in most cases, if not, refer to the manufacturer of your dive computer. The dive
computer should then show up in the list of Bluetooth devices and you may then
right click on it and choose Properties->COM Ports to get known of the ports
used for your dive computer. If there are several ports listed, use the one
saying "Outgoing" instead of "Incoming".
image::images/bluetooth_properties.png["Edit Dive Info",align="center"]
Downloading in Subsurface, the drop down list should contain this COM
port already, if not enter it manually.
Note: If you have issues downloading from your dive computer in other software
afterwards try to remove the pairing to get it working again (proven to work for
Shearwater Desktop).
.On MacOS:
Click on the Bluetooth symbol in the menu bar and select 'Set up
Bluetooth Device...'. Make sure that your dive computer is in upload
mode; it should then show up in the list of devices. Select it and go
through the pairing process. This step should only be needed once for
initial setup.
Once the pairing is completed the correct device will be shown in the
'Device or Mount Point' drop down in the Subsurface Download dialog.
.On Linux
Please make sure you have bluetooth enabled on your computer running Subsurface.
On most common distributions this should be true out of the box, if not then
depending on your system running initd or systemd this might be different and
also involve loading modules specific to your hardware. In case your system is
running systemd manually run 'sudo systemctl start bluetooth.service' to enable
it, in case of initd run something like 'sudo rc.config start bluetoothd' or
'sudo /etc/init.d/buetooth start'.
Pairing should be straight forward. Using Gnome3 for instance will show a
bluetooth icon in the upper right corner of your desktop where you select 'Set
up New Device'. This should show you a dialog where you are able to select your
dive computer (in bluetooth mode) and pair it. If you have issues with PIN
setting try manually setting '0000'.
You may also use a manual approach by using such commands:
* 'sudo hciconfig' - shows the bluetooth devices available on your
computer (not dive computer), most likely you will see a hci0, if not
try 'sudo hcitool -a' to see inactive devices and try to run 'sudo
hciconfig hci0 up' to bring them up
* 'sudo hcitool scanning'- use this to get a list of bluetooth enabled
client devices, watch out for your dive computer and remember the MAC
address shown there
* 'sudo bluez-simple-agent hci0 10:00:E8:C4:BE:C4' - this will pair
your dive computer with the bluetooth stack of your computer, copy/paste
the MAC address from the output of 'hcitool scanning'
Unforturnately on Linux binding to a communication device has to be done
manually by running:
* 'sudo rfcomm bind /dev/rfcomm0 10:00:E8:C4:BE:C4' - bind the dive
computer to a communication device in your computer, in case rfcomm is
already taken just use rfcomm1 or up, please copy/paste the MAC address
from the output of 'hcitool scanning', the MAC shown in here will not
work for you :-).
For downloading dives in subsurface you have then to specify '/dev/rfcomm0'
as device name to use.
Troubleshooting:
Using Bluetooth for downloading from dive computers on Linux seems to be tricky
some times. If you have issues please have a look to the following notes. Using
a Shearwater Predator you may be able to pair but then encounter issues when
downloading, showing errors like "Slip RX: unexp. SLIP END" on the Predator.
This might also be seen, when using other dive log software and operating
systems than Linux. We have no detailed idea about the source and how to fix
this, but it is reported to be solved sometimes by one of these steps:
* use the bluetooth dongle which came with the Shearwater Predator instead of
the built-in one of your computer
* switch to different bluetooth drivers for your hardware
* switch off WiFi while using Bluetooth
Please report issues and nonworking environments at
http://trac.hohndel.org[our bugtracker] or send an email to
mailto:subsurface@hohndel.org[our mailing list].
[[S_ViewingLogs]]
Viewing and Completing Your Logs
--------------------------------
When all data from your dive computer is transferred, you will see a
listing of your dives in Area 3.
An example:
On Sunday Oct 23, 2011 you made a dive.
In the log line of this dive, you see the following information:
[width="70%",cols="<20%,40%,40%",options="header"]
|===============================================================================
| Header | Value | Description of field
| # | 12 | Dive number
| Date | Sun, Oct 23, 2011 10:50 | Date and time of your dive
| * | | Your rating (none at this time)
| m | 12.8 | Your maximum depth in meters
| min | 31:20 | Your dive-time in minutes and seconds
| Deg. C | 13.0 | Lowest water temperature during your dive
| kg | | Weight carried (none at this time)
| Suit | | Exposure protection suit worn (none at this time)
| Cyl | | Your used cylinder (none at this time)
| O2% | air | What type of mixture
| SAC | | SAC (none at this time)
| Location | | Where you performed your dive (empty)
|===============================================================================
As you can see, some information is already there because it is
retrieved from your dive computer. Some information is waiting for
you to be added. By double clicking on this dive, you can view and
complete the log.
The different types of information shown in this list may differ depending on the settings. More
about that in <<S_SettingUpPreferences,Setting up Preferences>>.
[[S_EditDiveInfo]]
Edit the Dive Info
~~~~~~~~~~~~~~~~~~
When you double click on the divelog line as described in
<<S_ViewingLogs,Viewing and Completing Your Logs>>, an editor window
opens as shown in this screenshot:
image::images/edit_dive_info.png["Edit Dive Info",align="center"]
The purpose of the fields is described in the table below:
[width="90%",cols="<33%,67%",options="header"]
|===============================================================================
| Field | Description of field
| Location | An input where you can enter your new location, or you can choose with the pull-down previous locations
| GPS (WGS84 or GPS format) | An input where you can enter geographic coordinates of the dive site
| Pick on map | A button you can click on to display an interactive map on which you can select the location of the dive site
| Dive Master | An input where you can enter the name of your Dive Master, or you can choose with the pull-down a previous name
| Buddy | An input where you can enter the name of you Buddy, or you can choose with the pull-down a previous name
| Rating | A pull-down where you can rate your dive
| Suit | An input where you can track the exposure protection suit you were wearing
| Visibility | A pull-down where you can rate the visibility underwater
| Air Temp in deg. C | An input where you can enter the air temperature
| Notes | A free input where you can enter information about your dive. What you've seen, etc.
|===============================================================================
Now you can add information that is missing. Let's start with
completing the example:
In this example we use the following information:
[width="70%",cols="<33%,67%"]
|===============================================================================
| Location | Oostvoornse Meer
| Dive Master | S. de Vries
| Buddy | S. de Vries
| Rating | 3 stars
| Suit | 7mm wet
| Notes | First dive here. Good visibility. Did see the concrete poles, some crab and fish. Very nice and easy dive. +
Made movie with headcam.
|===============================================================================
Now don't press OK yet!
[[S_EditEquipmentInfo]]
Edit Equipment Info
~~~~~~~~~~~~~~~~~~~
You also want to edit your Cylinder information and in the
<<S_EditDiveInfo, previous chapter>>, this was not edited. There is
still another item to edit in the Dive Info screen: 'Cylinder'
[width="90%",cols="<33%,67%",options="header"]
|===============================================================================
| Field | Description of field
| Cylinder | A double-click field set. Here you can edit your Cylinder information
|===============================================================================
So, when you double click on the cylinder info or press the 'Edit' button, you get another
pop-up.
image::images/cylinder.png["Edit Cylinder",align="center"]
This pop-up window contains the following information:
[width="90%",cols="<33%,67%",options="header"]
|===============================================================================
| Field | Description of field
| Cylinder | Pull-down where you can choose your Cylinder, or add your own
| Size | The volume if not `filled'
| Pressure | The maximum pressure of this Cylinder
| Start Pressure _(optional)_ | What was the pressure starting the dive
| End Pressure _(optional)_ | What was the pressure ending the dive
| Gasmix _(optional)_ | What was the percentage O2 and He of the blend
|===============================================================================
Now we are going to enter the data:
[width="40%",cols="<34%,33%,33%",options="header"]
|===============================================================================
| Cylinder | Size | Pressure
| 15.0 l | 15.0 | 220
|===============================================================================
Now tick the option for Start & End pressure and enter the pressures:
[width="40%",cols="<50%,50%",options="header"]
|===============================================================================
| Start Pressure | End Pressure
| 180 | 60
|===============================================================================
Press 'OK'.
In very much the same way you can enter the weight you were carrying on
the dive. Subsurface tracks the following:
[width="90%",cols="<33%,67%",options="header"]
|===============================================================================
| Field | Description of field
| Type | Specific type of weight system, like weight belt, integrated pockets
| Weight | Amount of weight (by default in kg, but can be switched to use lbs)
|===============================================================================
Enter the following data:
[width="40%",cols="<50%,50%",options="header"]
|===============================================================================
| Type | Weight
| Integrated | 13kg
|===============================================================================
Press 'OK'.
Now your dive information for this dive is complete. You can now press
'OK' in the Dive Info screen and view the results.
[[S_ViewInfoStats]]
View Dive Info & Stats
----------------------
After adding all the information, you can use the tab 'Dive Info' and
the 'Stats tab'. These tabs will provide you with all the (statistical and
calculated) information regarding your dive.
The information contains:
**Dive Info:**
[width="90%",cols="<33%,67%",options="header"]
|===============================================================================
| Field | Description of field
| Date | Date and time of your dive
| Dive Time | Duration of your dive
| Surf Intv | Interval between previous dive and this dive
| Max Depth | Maximum depth of this dive
| Avg Depth | The average depth of this dive
| Visibility | The visibility under water
| Water Temp | Lowest temperature of the water
| Air Temp | The temperature of the air at the surface
| Air Press | The air pressure at the surface
| SAC | The amount of Surface Air Consumption liters per minute
| OTU | The Oxygen Toxicity Units of this dive
| O2/He | Amount of Oxygen/Helium
| Gas Used | The total volume of gas used during this dive
|===============================================================================
**Statistics:**
[width="90%",cols="<33%,67%",options="header"]
|===============================================================================
| Field | Description of field
| Dives | Number of dives covered (usually one, unless you select more dives)
| Max/Min/Avg Temp | Corresponding temperature of the dives covered
| Total time | Total time of the covered dives together, calculated
| Avg/Long/Short Time | The average / longest / shortest dive time of the covered dives, calculated
| Max/Min/Avg Depth | The maximum / minimum / average depth of the covered dives
| Max/Min/Avg SAC | Highest / lowest / average Surface Air Consumption of your covered dives
|===============================================================================
There is also a yearly statistics option that is reachable from the menu 'Log -
Yearly Statistics'. These statistics show you information on how many dives you
have done per year and how long you spent below surface in total (during each
year). You can also dig into a monthly level displaying the same information on
monthly basis. Following information is given for each year (and month when expanded):
[width="90%",cols="<33%,67%",options="header"]
|===============================================================================
| Field | Description of field
| Year > Month | Year and month that is shown
| # | Amount of dives during the year (or month) in question
| Duration Total | Duration of all dives added together
| Average | Average duration of a dive
| Shortest | Duration of the shortest dive
| Longest | Duration of the longest dive
| Depth Average | Average depth of the dives
| Minimum | This is the maximum depth of the shallowest dive
| Maximum | Greatest maximum depth of the deepest
| SAC Average | Average air consumption
| Minimum | Minimum air consumption on a single dive
| Maximum | Maximum air consumption on a single dive
| Temperature Average | The average temperature of the recorded minimum temperatures of the dives
| Minimum | The minimum temperature of the dives
| Maximum | The maximum (minimum) temperature of the recorded dives
|===============================================================================
[[S_SettingUpPreferences]]
Setting up Preferences
----------------------
Subsurface has the ability to modify the preferences you want. By
using menu 'File - Preferences' you will be presented a pop-up. The pop-up
has two tabs: 'General Settings' and 'Tec Settings' as shown below.
image::images/preferences.png["Preferences",align="center"]
The General Settings allow you to select units, columns to be shown, the
font used for the dive list and the default file that contains the dive data.
It is also posible to choose from a number of map providers.
The Tec Settings offer extra columns to show, settings for more graphs and
information to be shown in the dive profile and settings for GFlow and
GFhigh.
In General Settings you are free to choose what your preference are for the
units to be displayed, with other words, use Metric or Imperial.
You can set the following options with 'Units':
[width="90%",cols="<33%,67%",options="header"]
|===============================================================================
| Field | Units to be displayed
| Depth | Your diving depth in Meters or Feet
| Pressure | The pressure of your tank(s) in Bar/Ato or PSI (Pressure Square Inch)
| Volume | The volume of your tank(s) in Liter or CuFt (Cubic Feet) (At sea-level pressure)
| Temperature | The temperature of the water in Celsius or Fahrenheit
| Weight | The weight of your weight system in kg or lbs
|===============================================================================
In the main screen, you did see in Area 3, some information. With the
'Show Columns', you can enable/disable options you would like to show
there:
[width="90%",cols="<33%,67%",options="header"]
|===============================================================================
| Column type | Description
| Temp | Shows the temperature of your dive
| Cyl | Shows the cylinder(s) of your dive
| O2% | Shows the O2% of your dive
| SAC | Shows the SAC of your dive (Surface Air Consumption)
| Weight | Shows the total weight carried
| Suit | Shows the suit you were wearing
|===============================================================================
With 'Divelist Font', you can change the font used in the dive list,
And you can use 'Default XML Data File' to specify which file contains the
data the program will use by default.
The other tab holds the 'Tec Settings'
You can select more columns to be shown with 'Show Columns':
[width="90%",cols="<33%,67%",options="header"]
|===============================================================================
| Column type | Description
| OTU | The number of Oxygen Toxicity Units
| maxCNS |The maximum Central Nervous System oxygen toxicity
|===============================================================================
The 'Profile Setting' allow you to show extra information in the dive profile:
[width="90%",cols="<33%,67%",options="header"]
|===============================================================================
| Setting | Description
| Show pO2 graph | Show a graph of the oxygen partial pressure (with a threshold, default 1.6)
| Show pN2 graph | Show a graph of the nitrogen partial pressure (with a threshold, default 4.0)
| Show pHe graph | Show a graph of the helium partial pressure (with a threshold, default 13.0)
| Show MOD | Show the Maximum Operating Depth of the used gas-mix (for the given max. ppO2, default 1.6)
| Show EAD, END, EADD | Show Equivalent Air Depth (considering N2 and O2 narcotic), Equivalent Nitrogen Depth (considering just N2 narcotic) and Equivalent Air Density Depth
| Show dc reported ceiling in red | Show the ceiling as reported by the dive computer
| Show calculated ceiling | Show the ceiling as calculated by Subsurface
| 3m increments for calculated ceiling | The calculated ceiling is not continuous, but increments in 3m steps
| GFlow | Set the Low Gradient Factor (default 30)
| GFhigh | Set the High Gradient Factor (default 75)
|===============================================================================
I will give an example here:
I am a diver in The Netherlands, using the Metric System. Therefor, I
go to the menu File, choose Preferences here. In the Units section, I
use the following:
- Depth: Meter
- Pressure: Bar
- Volume: Liter
- Temperature: Celsius
- Weight: kg
I would like to see the:
- Temperature
- Show Cyl
- Show O2%
- Show SAC
Clicking 'OK' on the dialog stores these settings.
[[S_ImportingAlienDiveLogs]]
Importing Divelogs from other Software
--------------------------------------
Subsurface will import divelogs from a couple of other log software. We
support currently XML exports from DivingLog, divelogs.de and Suunto
DiveManager. Native format of JDiveLog and MacDive are imported as well.
When importing dives subsurface tries to detect multiple records for
the same dive and merges the information as best as it can. So as long
as there are no time zone issues (or other reasons that would cause the
beginning time of the dives to be substantially different) subsurface
will not create duplicate entries.
[[S_ImportingDivesJDiveLog]]
Importing Dives from JDiveLog
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Maybe you have been using JDiveLog and you have a lot of dives logged in
this program. You don't have to type all information by hand into
Subsurface, because you can import your divelogs from JDiveLog.
JDiveLog stores its information into files with the extension of .jlb.
These .jlb contain all the information that has been stored, except your
images in XML format.
By using the menu 'File - Import File(s)' you get a popup asking
for the file name. To import your JDiveLog file(s) do the following:
- Open 'File - Import File(s)' on the menu
- Browse your directories to the location where your *.jlb file is
- Select your existing *.jlb file and click 'open'
- Click the OK button in the popup
After a few moments, you see your existing logs in Subsurface. Now you can
edit your dives like explained in <<S_EditDiveInfo, chapter Editing the Dive Info>>.
Information that is imported from JDiveLog into the location field:
- Extended dive location information
Information that is merged into the location or notes field:
- Used amount of weight
- Used type of suit
- Used type of gloves
- Type of dive
- Dive activity
Alternatively, you can start subsurface with the --import command line
which will have the same effect:
subsurface MyDives.xml --import JDiveLogDives.jlb
will open your divelog (assuming that's called MyDives.xml) and then
import the dives from JdivelogDives.jlb. You can now save the combined
divelog back as MyDives.xml.
[[S_ImportingDivesSuunto]]
Importing dives from Suunto Divemanager 3.*
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Before you can start importing dives from Suunto Divemanager, you first
have to export the dives you want to import. Subsurface does not import
directly from the Suunto Divemanager log files. The following procedures
unpacking instructions for Linux and Windows.
Export from Suunto Divemanager
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
- Start Suunto Divemanager and login with the name containing the logs
- Do not start the import wizard to import dives from your computer.
- In the navigation tree on the left side of the program-window, select your dives.
- Within the list of dives, select the dives you would like to import later:
* To select certain dives: hold ctrl and point & click the dive
* To select all dives: Select the first dive, hold down shift and select the last dive
- With the dives marked, use the program menu 'File - Export'
- The export pop-up will show
- Within this pop-up, there is one field called Export Path.
* Click the button browse next to the field Export Path
** A file-manager like window pops up
** Navigate to the directory where you want to store the Divelog.SDE file
** Optional change the name of the file you want to save
** Click 'Save'
* You are back in the Export pop-up. Press the button 'Export'
- Your dives are now exported to the file Divelogs.SDE.
Reading Suunto Divemanager Export in Subsurface
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
The file Divelogs.SDE can now be opened (or imported) in
Subsurface. Different from earlier versions of Subsurface, no manual
unpacking of the .SDE file is needed anymore.
[[S_ImportingDivesSuuntoDM4]]
Importing dives from Suunto DM4
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
To import divelog from Suunto DM4, you need to locate the DM4 database
where the dives are stored. You can either look for the original
database or take a backup of the dives. Both methods are described here.
Locating the Suunto DM4 database
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
- Start Suunto DM4
- Select 'Help - About'
- Click 'Copy' after text 'Copy log folder path to clipboard'
- Now open Windows Explorer
- Paste the address to the path box at the top of the File Explorer
- The database is called DM4.db
Backing up Suunto DM4
^^^^^^^^^^^^^^^^^^^^^
- Start Suunto DM4
- Select 'File - Create backup'
- From the file menu select the location and name for the backup, we'll
use DM4 in here with the default suffix .bak
- Click 'Save'
- Your dives are now exported to the file DM4.bak
Reading Suunto DM4 backup in Subsurface
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
Importing the logs from DM4 does not require any special steps. You just
do the following:
- Open the following menu 'File - Import File(s)'
- Browse your directories to the location where your DM4 backup is
stored
- Select the backup file you want to import and click 'Open'
It is also possible to do the importing from command line just like with
JDiveLog (see <<S_ImportingDivesJDiveLog, chapter Importing Dives from JDiveLog>>):
subsurface MyDives.xml --import DM4.bak
[[S_ImportingMacDive]]
Importing Dives from MacDive
~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Importing logs from MacDive is as easy as it gets. Do the following
steps in Subsurface:
- Open the following menu 'File - Import File(s)'
- Browse your directories to the location where your MacDive logs are
stored
- Select the log file(s) you want to import and click 'open'
- Click the OK button in the popup
After a few moments, you see your existing logs in Subsurface. Now you can
edit your dives like explained in <<S_EditDiveInfo, chapter Editing the Dive Info>>.
We currently attempt to import all the relevant dive information
excluding the used equipment and diver name.
It is also possible to do the importing from command line just like with
JDiveLog (see <<S_ImportingDivesJDiveLog, chapter Importing Dives from JDiveLog>>):
subsurface MyDives.xml --import MacDiveDives.xml
[[S_ImportingDivelogsDe]]
Importing Dives from divelogs.de
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Before you can start importing dives from divelogs.de, you first
have to export the dives you want to import. The exported DLD file can
be imported to Subsurface either from command line or from GUI.
Export from divelogs.de
^^^^^^^^^^^^^^^^^^^^^^^
- Login to http://en.divelogs.de with your account
- Go to the 'Export Logbook' page
- Choose 'DLD Export of your logbook' and save the resulting yourUserName.DLD file
Import divelogs.de to Subsurface
^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
The import works similarly as importing any other divelogs. Just do the
following steps on Subsurface:
- Open the following menu 'File - Import File(s)'
- Browse your directories to the location where yourUserName.DLD is
- Select the log file and click OK
After a few moments, you see your existing logs in Subsurface. Now you can
edit your dives like explained in <<S_EditDiveInfo, chapter Editing the Dive Info>>.
The fields that are currently not imported are: weather, visibility and
boat.
It is also possible to do the importing from command line just like with
JDiveLog (see <<S_ImportingDivesJDiveLog, chapter Importing Dives from JDiveLog>>):
subsurface MyDives.xml --import yourUserName.DLD
[[S_ImportingDivinglog]]
Importing Dives from DivingLog 5.0
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Before you can start importing dives from DivingLog you first have to
export those dives. Unfortunately DivingLog XML files give us no
indication on the preferences set on your system. So in order for
Subsurface to be able to successfully import XML files from DivingLog
you first need to make sure that your copy of DivingLog is configured
to use the Metric system (you can easily change this in 'File -
Preferences - Units and Language' by clicking the 'Metric'
button). Then do the following:
- Open the 'File - Export - XML' menu
- Select the dives that you want to export
- Click on the export button and select the filename
- Rename the backup file to extension .db
This file can now be opened in Subsurface (as described in the previous sections).
[[S_Importingkenozooid]]
Importing Dives from kenozooid
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
kenozooid is using UDDF to store dives and is tested to work togehter with Subsurface.
Make sure you are not using compressed files when importing to Subsurface
or uncompress them manually before).
[[S_ImportingDR5]]
Importing Dives from DR5
~~~~~~~~~~~~~~~~~~~~~~~~
The Heinrichs Weikamp DR5 will save a single UDDF file for every dive which is available
through the filesystem when mounted as USB drive. Mark all the dives you'd like to
import or open, Subsurface is tested to work with DR5.
Note: The DR5 does not seem to store gradient factors nor deco information, so for
Subsurface it is not possible to display them. Use the inbuild deco overlay in Subsurface
to get deco displayed but please note that the deco calculated by Subsurface
will most likely differ from the one display at the DR5. Adjust the gradient
factors in the Tec Settings in Subsurface.
[[S_ImportingUDDF]]
Importing UDDF Dives
~~~~~~~~~~~~~~~~~~~~
Subsurface is supporting UDDF as import format in general. It may happen that
single attributes inside your file will not get processed properly.
Please report your findings for UDDF data from different sources than descibed
in this document at http://trac.hohndel.org[our bugtracker] or send an email to
mailto:subsurface@hohndel.org[our mailing list].
[[S_DivePlanning]]
Planning Dives
--------------
Subsurface supports planning of dives using open and closed circuit
equipment. This allows users to experiment with different plans and see
the effects of changing various parameters of the dives.
[WARNING]
Deco calculations with optionally displaying the ceiling is
done using a new implementation of the Buhlmann ZH16 algorithm with
gradient factors. Since the planner and our implementation of the
decompression algorithms are new and have received only a limited amount
of testing: +
**WE STRONGLY RECOMMEND NOT TO PLAN DIVES SIMPLY BASED ON THE
RESULTS GIVEN HERE.**
When you start the planner, a dialog appears as shown in the following
screen capture:
image::images/dive_planning.png["Dive Planning",align="center"]
In order to plan a dive some basic information needs to be entered:
- planned start time of the dive
- air consumption
- planned depths
- planned segment times
There is also other information available for those who
are familiar with dive planning or use closed circuit rebreathers.
[width="90%",cols="<25%,<75%"]
|===============================================================================
| Dive starts | Start time of the dive; '+60:00' means that the dive is 60 minutes in the future
| Surface Pressure | Air pressure on surface, default 1013 should suffice for most
| SAC during dive | Air consumption during the dive, use conservative value based on your own air consumption e.g. 20l/min
| SAC during decostop | Air consumption during decompression stop, e.g. 17 l/min
| GFlow | Gradient factor low value affects the ceiling calculation, leave to default if you are not familiar with GF
| GFhigh | Gradient factor high value affects the ceiling calculation, leave to default if you are not familiar GF
| **Ending Depth** | Depth where current segment ends; a different depth from the previous segment creates a transition segment for ascent or descent, keeping the same depth creates a segment at the given depth. By default the planner uses the measurement for length set in the preferences (meters for most users) - this can be overridden by explicitly specifying 'm' or 'ft'.
| **Segment Time** | Enter time in minutes; segment duration / relative time is indicated by a '+': '+3' or '+3:00' creates a segment that lasts 3 minutes, a bare number like '7' is used for a segment that ends 7 minutes after the start of the dive.
| **Gas Used** | Breathing gas mix used; the parser is reasonably flexible and understands terms like AIR, EAN32, 36% or 15/50 (compressed air, 32% nitrox, 36% nitrox or 15% O₂ / 50% He trimix, respectively); leaving this field empty indicates continued use of the previous gas, air by default
| **CC SetPoint** | SetPoint when diving with a closed circuit rebreather. Leave empty for open circuit dives with standard scuba equipment
|===============================================================================
The last four elements are repeated for each segment of a planned dive.
To illustrate the functionality let's plan a dive to 20 meters lasting 20
minutes at that depth and another 10 minutes at 10 meters. We'll only
concentrate on the dive profile here filling the segments.
[width="30%",cols="<33%,<33%,34%",options="header"]
|===============================================================================
| Ending Depth | Segment Time | Gas Used
| 20 | +3 | AIR
| 20 | +20 |
| 10 | +1:30 |
| 10 | +10 |
|===============================================================================
So we define the ending depth for the first segment to be 20 meters
(assuming metric preferences, you can also define the depth explicitly
to m or ft). We will take it easy and descent takes 3 minutes from
surface to the planned depth. Then we spend 20 minutes at 20m breathing
the same gas mixture as the previous step (used gas is left empty).
Ascent to 10 meters will take one and half minutes that is slower than
the fastest recommendation. However, as you can see in Subsurface's
calculations it is still marked with yellow, meaning somewhat
conservative speed (green would be conservative and red on the fast
side). After the defined 10 minutes at a constant depth of 10 meters we let
Subsurface calculate how we will surface.
If decompression is required these stops are taken into account and
can be easily visualized by setting the first depth to e.g. 40 meters
(somewhat dependent on the GF settings). For the ascent phase of the
dive calculation Subsurface assumes a typical 9m/min (30ft/min) ascent
speed.
If needed more segments can be added by clicking 'Add waypoint'.
To add the dive to the divelist simply click 'OK'. Double-clicking on
the planned dive will show the details, including a written diveplan in
the Notes.
The dive we defined earlier will present itself like this:
--------------------------
DISCLAIMER / WARNING: THIS IS A NEW IMPLEMENTATION OF THE BUHLMANN
ALGORITHM AND A DIVE PLANNER IMPLEMENTION BASED ON THAT WHICH HAS
RECEIVED ONLY A LIMITED AMOUNT OF TESTING. WE STRONGLY RECOMMEND NOT TO
PLAN DIVES SIMPLY BASED ON THE RESULTS GIVEN HERE.
Subsurface dive plan
based on GFlow = 30 and GFhigh = 80 <1>
Transition to 20 m in 3:00 min - runtime 3:00 on air <2>
Stay at 20 m for 20:00 min - runtime 23:00 on air <3>
Transition to 10.0 m in 1:30 min - runtime 24:30 on air
Stay at 10.0 m for 10:00 min - runtime 34:30 on air
Transition to 0.0 m in 1:06 min - runtime 35:36 on air <4>
Gas consumption:
1849l of air <5>
--------------------------
<1> This shows the values used for GFlow and GFhigh
<2> A 'transition' is a change in depth in a certain amount of time
<3> A 'stay' is a constant depth for a specified amount of time
<4> Note that the planner assumes you always want to end the dive at the surface.
The final segment to 0m with a sane ascent rate is automatically added.
<5> The planner tries to estimate the needed amount of gas based on the plan and SAC
Following image shows the resulting profile along with a glimpse of the
aforementioned dive plan:
image::images/planned_dive.png["Planned Dive",align="center"]
[[S_Webservice,Web Service and Companion App]]
Web Service and Companion App
-----------------------------
This part of Subsurface is a bit of 'work in progress'. We are
developing a companion application for Android that will allow you to
track dive sites from your GPS-enabled Android device; at the time of
the Subsurface 3.0 release the app wasn't ready to be submitted to the
Google Play store, but since it is mostly usable when built form
source we left the server side integration in Subsurface.
Assuming you have used the companion app to name and locate dive sites
you can use this menu item to connect to our back-end server and
download this data. Enter your userid (you got this when registering
with the web service) and click 'Download'. If the data was
successfully downloaded you can click apply and Subsurface will match
the time stamps of the downloaded location and site name information
with the dives in your log and will add the GPS locations and dive
site names to your dives.
[[S_Menu]]
The Menu and Sub-Menus
----------------------
Within Subsurface, there are several menu and sub-menu options. All of
those will be described here with their function.
The File Menu
~~~~~~~~~~~~~
The file menu is used for the following menu options:
- New:: Close your current divelog (saving if necessary) and start a new empty dive list
- Open:: Open your saved Subsurface xml file(s)
- Save:: Save your current divelogs or changes you made to your divelogs
- Save As:: Save your current divelogs or changes you made to your divelogs under a different name
- Close:: Close your current divelog, saving as necessary
- Import File(s):: Import your dives from files exported by other divelogs
- Print:: Print your current divelog profiles and information about the dive
- Preferences:: Set your preferences as described in <<S_SettingUpPreferences,chapter Setting up Preferences>>
- Quit:: Quit the program
The Log Menu
~~~~~~~~~~~~
Within the Log menu, you will find the following sub-items:
- Download From Dive Computer:: Allows you to download dive information from your dive computer
- Download From Web Service:: Allows you to download dive information from the webservice (see <<S_Webservice,chapter Web Service and Companion App>>)
- Edit Device Names:: Allows you to add device nicknames to dive computers
- Add Dive:: Manually add a dive that you cannot download from an existing computer
- Renumber:: This option provides you with a pop-up. Within this
pop-up you can choose what the first number of your dives should be
for this set of dives.
- Autogroup:: Toggle the auto group setting (see the discussion in the <<S_SettingUpPreferences,chapter Setting up Preferences>>)
- Toggle Zoom:: The dive profile tries to convey some first glance information about
the depth of a dive - so the vertical scaling of the profile always
show a minimum of 30m / 90ft. This can be changed to be only 10m / 30ft.
- Yearly Statistics:: Contrary to the Statistics in the main display, these are purely calendar based
- Dives Locations:: Show an interactive map with locations of the logged dives with GPS coordinates
The View Menu
~~~~~~~~~~~~~
The view menu allows you to choose between the following representations:
- List:: Show only the list of dives you have made
- Profile:: Show only the dive profile of the selected dive
- Info:: Show only the 3 tab information screen
- Three:: Show the 'default' 3 screen setup
- Prev DC Switch to the previous dive computer
- Next DC Switch to the next dive computer
The Filter Menu
~~~~~~~~~~~~~~~
This menu gives you the choice to enable or disable Events for the
selected divelog(s). At this time, you can enable or disable ascent.
When you enable ascent for your dives, within the dive profile, a yellow
marker with exclamation sign (!) will show on the points where you have
ascended.
The Planner Menu
~~~~~~~~~~~~~~~~
This menu opens up a dive planning dialog. The dive planning is described
in <<S_DivePlanning,chapter Planning Dives>>.
The Help Menu
~~~~~~~~~~~~~
The Help menu shows only the About, which contains the version and author
information and License button.
[[AppendixA]]
Appendix A: Supported Dive Computers
------------------------------------
The use of libdivecomputer provides the support for dive computers.
Within the 'File - import' dialog box you will see a list of
dive computer vendors and respective products. This list is covering a
compatible set. Please check your users manual to check if your
computer will be supported.
Supported dive computers::
Atomics Aquatics:::
* Cobalt
Cressi / Zeagle / Mares:::
* Edy, Nemo Sport
* N2iTiON3
Mares:::
* Nemo, Nemo Excel, Nemo Apneist, ...
* Puck, Puck Air, Nemo Air, Nemo Wide, ...
* Darwin, Darwin Air, M1, M2, Airlab
* Icon HD, Icon HD Net Ready, Nemo Wide 2
Oceanic / Aeris / Sherwood / Hollis / Genesis / Tusa (Pelagic):::
* VT Pro, Versa Pro, Pro Plus 2, Wisdom, Atmos 2, Atmos AI, Atmos Elite, ...
* Veo 250, Veo 180Nx, XR2, React Pro, DG02, Insight, ...
* Atom 2.0, VT3, Datamask, Geo, Geo 2.0, Veo 2.0, Veo 3.0, Pro Plus 2.1, Compumask, Elite T3, Epic, Manta, IQ-900 (Zen), IQ-950 (Zen Air), IQ-750 (Element II), ...
Heinrichs Weikamp:::
* OSTC, OSTC Mk.2, OSTC 2N
* Frog
Reefnet:::
* Sensus
* Sensus Pro
* Sensus Ultra
Shearwater:::
* Predator, Petrel
Suunto:::
* Solution
* Eon, Solution Alpha and Solution Nitrox/Vario
* Vyper, Cobra, Vytec, Vytec DS, D3, Spyder, Gekko, Mosquito, Stinger, Zoop
* Vyper2, Cobra2, Cobra3, Vyper Air and HelO2
* D9, D6, D4, D9tx, D6i and D4i
Uemis:::
* Zurich
Uwatec:::
* Aladin
* Memo Mouse
* Smart, Galileo (infraread)
Zeagle:::
* N2iTiON 3
[[AppendixB]]
Appendix B: Mac OSX Driver Installation
---------------------------------------
Working out which driver to use for a Mac when using a particular dive computer can
require some experimentation. The libdivecomputer website provides a useful point from
which to start: http://www.divesoftware.org/libdc/drivers.html. It lists a number of
sites for manufacturers of the serial to USB chips which provide the necessary conversions.
Here you have two alternatives. Either you try each of the major drivers in turn until
you find the right one, or you follow some further steps to try and identify the right
driver up front. To determine the required driver up front, first attach the USB download
cable for your dive computer. Next open a terminal window and run the command:
system_profiler SPUSBDataType > usb.txt
You should end up with a file (usb.txt in this example) which contains the VID/PID information
which can then be used with the URL above to narrow the field. Just open the text file and
compare the information with the table in the drivers section of the web page. This should
point you to the relevant driver manufacturer. Typically, you then need to navigate to the
relevant sub page for "drivers" and then the one for "VCP drivers." VCP stands for Virtual
Com Port. You want VCP rather than D2XX drivers, for example. Make sure to download the correct
version for your particular version of OS X.
Downloaded that driver to your Mac and install it in the usual way. Details on how to
install on OS X 10.8 differ from earlier versions due to the new security functions.
Put simply, unless the driver has been digitally signed in an approved way OS X will
block the installation. You can either make some changes to your system security settings
or manually override the block. The latter seems more sensible and only involves
control-clicking the installation package and answering some standard dialogs. The sequence
goes like this:
- download the driver .dmg package to your downloads folder
- right click the downloads folder and navigate to the new dmg package
- control-click the package: a dialog will open stating that the package has not been signed
and is from an unknown developer and asking whether you really want to proceed
- if happy, you accept the dialog and the package opens and may show you one or more versions
- select the relevant version, click the package installer and that should be it.
You can find a high-level explanation of the new security features from apple here:
https://www.apple.com/osx/what-is/security.html.
Until you have the correct driver installed, subsurface will not be able to connect to your
dive computer. If you try one VCP driver and it still doesn't work, try the next manufacturer
until it does. If you run out of drivers and still can't get things working perhaps
it is time to contact us via the subsurface mail lists.
Reference in a new issue View git blame Copy permalink