XCSoar

kobo-motif-2

  1. Starting with XCSoar
  2. Adding Maps, Waypoint & Airspace files to your Kobo
  3. Creating Maps
  4. Creating Waypoint files
  5. Creating Airspace files
  6. Creating temporary NOTAM airspace files
  7. Installing or upgrading XCSoar
  8. User defined Menus (XCI files)
1. Starting with XCSoar

The de-facto website is at XCSoar.org  where you find a host of information, including the full/downloadable 200 page manual, the software downloads and much other stuff.

An instrument supplied by Get High Stay High will have a good/generic configuration that gives a screen looking like below, with a ‘swipe’ rightwards revealing a full map (no info boxes) and a further swipe revealing an airspace cross section view.

5-1-sample-config-annotated

If you are starting from scratch, and want to expedite getting started, two quick options are:

  1. Install XCSoar and ‘copy’ a suitable config (e.g. as above)
  2. Get an SD Card with everything pre-installed and ready to use

For help with either of the above at zero cost (with a short user guide to get acqainted in minutes) just use the CONTACT US page.

.

2. Adding Maps, Waypoint & Airspace files to your Kobo

You first need to obtain a new map, airspace or waypoint file and have them available on your computer. Some good sources are covered in the sections 3, 4 & 5 below.

To get new files onto your Kobo, first connect the Kobo to your computer as follows :

  • Turn the Kobo on
  • Connect the USB lead between computer and Kobo
  • Press SYSTEM and then EXPORT USB STORAGE (not USB-OTG)
  • You should then hear the USB connected ‘ping’ , and you can now view the KoboeReader drive using a tool like windows explorer or equivalent (as in picture below, see the D: drive)

a-xcsoardata

To upload a file, simply drag/drop the file you want to upload into any location under the directory XCSoarData. To make file management easier, it is recommended you create separate sub-directories (e.g.  x.Maps, y.Airspace, and z.Waypoints) as annotated in the screen shot above.

The IGC log files (created automatically each flight) will be stored in the LOGS directory. To use one, simply copy/save any IGC file to your computer. You can use Tom Payne’s browser based tool XCPlanner to draw a trace of your flight;  just drag/drop your IGC anywhere onto the map.

When finished, simply press OK on the Kobo (to end the USB  connection and close the dialogue on the Kobo) and then CLOSE  takes you back to the XCSoar menu. Note that the connection is all controlled from the Kobo (earlier releases of XCSoar were sensitive and required a clean EJECT from the computer end using an old/defunct function known as NICKEL)

.

3. Creating Maps

Maps can be obtained from the XCSoar.org  website and there are two methods:

  • Download one of the pre-generated maps
  • Use the Map generation tool to generate a map for any location

Either of the above options will give you a ready-to-use map with a filetype of .xcm, e.g. Portugal.xcm 

The map generator screen looks like below (you also have to specify  map name, and level of detail you required). The example orange box drawn over Portugal was drawn with the mouse, and indicates the bounds of the map to be created when Generate is pressed. Try to make maps no larger than (say) the UK or France, as countries of this size will generate a reasonably large file size of around 70Mb, i.e. trying to map the whole of the Europe continent probably won’t work!

5-3a-map-generator

.

4. Creating Waypoint files

Whilst Waypoints can be created manually using XCsoar, it is far easier to create a selection of waypoints on your computer, save them to a file, and then transfer the file to XCSoar. XCSoar can handle many waypoint formats;  the .cup (seeyou) format is very popular and will be used here.

Tom Payne’s browser based tool XCPlanner is an excellent tool for creating waypoints. Once started in your browser (click the link above) a map is presented and two default waypoints displayed (as red ‘star’ shapes). Further waypoints can be added using a right hand click, and waypoints can be repositioned using the left hand mouse control.

b-xcplanner

In the example above, 6 waypoints were created, and clicking  Download in the right hand menu opened up the Save dialogue box. If later you want to edit the waypoint file (e.g. to modify the rather mundane waypoint names T01, T02, etc to something more readable) then the Seeyou format (.cup) is probably the best format to choose.

Below is an example .Cup file being edited in Notepad  (Notepad is a text editor that comes free with Windows). The Name and Style parameters are the 1st and 6th, annotated as below. For example, you could change the waypoint Name T01006 to Westbury, which is far more user friendly. Changing the waypoint Style (currently null) to 2 will make XCSoar display that waypoint as a 4mm circular blob  instead of a near invisible ‘cross’.

c-editcup

If you want to change the Style on a large number of waypoints, you can perform a global change as follows;

  • Select EDIT then REPLACE
  • In Find What, enter five comma’s, e.g. ,,,,,
  • In Replace With, enter ,2,,,, (same number of comma’s with the new style inserted)
  • Pressing REPLACE ALL then changes all occurrences

d-wp-edit

.

5. Creating Airspace files

The most useful resource for airspace files for many popular worldwide locations is Soaringweb.org.

The airspace files are typically maintained by volunteers, and the website is organised by region and then country to help you locate what you need. Once you have clicked on an airspace file and it opens in your browser, you will need to save it to your computer as a .txt (text) so that when loaded to your Kobo it is recognised as an airspace file.

Note that the UK is slightly different, and instead of a hand-crafted file, we have a downloadable program called ASSELECT (still obtained from Soaringweb.org, as encircled in the picture below) which you use to generate an airspace file. This program has kindly been produced by Geoff Brown, who diligently processes each monthly AIP (a part automated, part manual process) to ensure we can produce up-to-date files. Rather than us having to monotonously generate a new airspace file every 28 days, it is better to check Geoff’s useful ‘Update History‘ (encircled below) to see if there are any material changes that affect you – quite often there are no significant changes.

5-5a-soaringwebasselect

Once you start ASSELECT on your computer (and agree to the disclaimer), the window looks like below. There are 6 tabs; the ‘Fixed Sectors‘ tab (as shown below) give you the opportunity to include/exclude/modify uncontrolled airspace to suit your needs (obviously all controlled airspace is included). The other 5 tabs give you a similar opportunity to include/exclude various features and concessions such as Wave boxes, LOA’s, etc. When you are ready, selected the Openair format, and pressing OK will generate your airspace file.

5-5b-asselect

.

6. Creating temporary NOTAM airspace files

You will probably only need this if (i) you live in a country with regular/temporary NOTAM  changes, and (ii) you fly cross country hence will need to be aware of such temporary airspace. Here in the south UK I have found approx. one in five  summertime XC days that have significant notams which warrant the creation of a daily NOTAM airspace file.

For some years now Dave Massie has maintained/developed the superb website notaminfo.com and many pilots will be familiar with the visual user interface (see example below). The website now covers 20 countries, mainly European ones.

5-6a-notaminfo-visual

Last year Dave kindly added a NOTAM EXPORT page (note there is no button, you need to be signed in and then add /EXPORT to the URL, e.g. http://notaminfo.com/export). The export function  allows a parametrised filtering of NOTAMS which can then be exported to a daily NOTAM file. There is good help/guidance on the notaminfo website. Once you have created a notam airspace file, you can add it to XCSoar, and include it for your one days flying that the NOTAMs apply to (XCSoar allows 2 airspace files to be included). The EXPORT screen looks like this:

5-6b-notaminfo-export

.

7. Installing or upgrading XCSoar

Whilst the upgrading of phones, tablets and computers can often be fraught with techniness and potential to mess up, upgrading XCSoar is very simple. It is a similar process for a first time install or subsequent upgrade to a newer version. If upgrading to a newer version, your files (e.g. Maps, airspace, waypoints, logs) and your configuration will not be changed. When it comes to ‘new’ features, as a guide:

  • New and non-configurable features will simply ‘appear’ (e.g. improved rendering)
  • New configurable features may need turning on within the menus (e.g. a new option to show ‘airpsace labels’)

Step 1 – Download the latest version of XCSoar for the Kobo from the XCSoar Website (example screen below), and save it to your computer. The download file will be called KoboRoot.Tgz.

5-7a-getxcsoarjpg

Step 2 – Connect you Kobo to the computer as follows:

  • If you already have XCSoar you can use the use SYSTEM – EXPORT USB STORAGE method as described in section 2, Getting Maps, Waypoint and Airspace files onto your Kobo.
  • If its a new Kobo (without XCSoar), you’ll need to connect via the native Kobo dialogue that prompts you to connect to your computer (not via Wifi) when you plug the USB cable in.

Step 3 – Drag/drop the KoboRoot.Tgz file into the Kobo directory named .Kobo Important: Note the ‘dot’ prefix, as there is another directory named Kobo without a dot prefix!

5-7b-dragdroptgz

Step 4 – Disconnect the Kobo; if its a new Kobo you will need to EJECT the drive from the PC before unplugging the USB cable, or if you used SYSTEM – EXPORT USB STORAGE to connect then you can press OK to close the dialogue on the Kobo. After this, you should see the LED near the on/off switch flicker, and the software will then first install,  then the unit will restart and show the XCSoar menu (it takes a few minutes). Sometimes it doesn’t happen automatically, in which case turn the unit off, leave for 10 seconds then turn on, after which the install/restart process will happen.

.

8. User defined Menus (XCI files)

During 2016 XCSoar introduced functionality to tailor XCSoar menus and add buttons that can be instructed to perform various functions (known as XCI files, or XCSoar Initialisation). The example that follows is a simple menu to allow Kobo/XCSoar unit to control a few simple aspects of a Bluefly GPS/Vario.

Context: Most users simply turn their Bluefly on and use the GPS and Altitude data that is streamed into the Kobo/XCSoar unit. However, the Bluefly hardware (which has its own autonomous processor) has around 30 different commands that can be used to change characteristics such as volume, audio up/down thresholds, the style of audio beep, etc.

This menu is created by

  • Adding the XCI file to the XCSoarData directory (a copy of the content of this XCI file is listed/annotated further below)
  • Selecting this new file from Menu-Config-System-Look-Language,input-Events
  • Close (to save), then restart XCSoar

On pressing the M (menu) button on the XCsoar screen, the following menu is presented, and the button in the bottom left labelled BLUEFLY is a new Bluefly-related menu that the XCI file added.

Pressing the BLUEFLY button presents the following screen:

First, try pressing the TestBeep button, which will beep to confirm the connection to the Bluefly is all good: note that the Bluefly must be turned ON, and XCSoar must be in FLY (not SIM) mode.

Vol Up and Vol Down turns the volume up/down; after each press the sound level is confirmed by the Bluelfy

With all other options a press of the button will change the firmware without any visible/audible result. For example, pressing Sink1ms sets the audio/down threshold to 1ms (200fpm), and pressing Sink2ms sets the audio/down threshold to 2ms (400fpm). The only way to check this has taken effect is to fly in sink, or to clasp your instrument and run down the stairs fast (1ms is achievable, but 2ms would probably be a health & saftey risk).

LXMode and BFMode will both change the output mode and output frequency. BFMode outputs data at 50Hz and will require the Bluefly driver to be used (chosen in device settings), and LXMode outputs data at 5Hz and will require the LX driver. Note that with the wrong driver selected, the GPS data still gets used, but the barometric data doesn’t. Some of the more recent and high resolution Kobo’s seem to perform better in LXMode, probably because the reduced data input allows the kobo to better cope with the overhead of managing a high definition screen.

Toggoff will set a Bluefly parameter called Togglethreshold to 10. In summary, when you now use the Bluefly push button to mute the audio, the Bluefly won’t now “un-mute” automatically when then Bluefly detects movement (you will want it like this if the Bluefly isn’t your primary vario).

Any of the 30 or so Bluefly settings can be changed (too much detail for this tutorial here). To get an idea of what can be changed, see the range of commands in the hardware settings manual at http://www.blueflyvario.com/support/.

The data within the XCI file used in the example above looks like below. The first block of data (turqouise) creates the new menu option called Bluefly, and the subsequent blocks each define an option within the Bluefly menu, e.g. Vol Up, Vol Down, etc. The Bluefly commands are the 3 character strings in red.

Fully sunlight readable navigation aids for pilots of Sailplanes, Paragliders, Hangliders and Microlights