Hello there, fellow pilots,
As time progresses, more and more players join the IL-2 communityhave difficulties setting up head-tracking. One of the more common issues I come across is the installation and configuration of a head-tracking clip/hat and head-tracking software.
To help these new players, I took it upon myself to write a clear and elaborate guide that will help anyone setup a new head-tracking system with the use of Opentrack. I will keep the topics separated by chapter to keep a clear distinction between the different elements.
Keep in mind that this is purely based on my experience and that of those I talked to. Your experience may differ!
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Abbreviations
Before we start, here are a few things that are useful to know the meaning off.
- DoF: Degrees of Freedom. How many axes of movement are recognized.
- Tracking Clip: a clip that connects to your headset with 3 IR lights.
- Tracking Hat: a baseball cap with 3 IR lights.
- IR filter: an infrared filter that removes all light except for IR light.
- DIY: Do It Yourself.
- Curves: see explanation in the “How head-tracking works” section.
- Point of rotation: The point around which your head rotates.
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How head-tracking works
To understand head-tracking, you need to understand 3 things: the hardware, the head movement and the curves.
Hardware
Headtracking can be done with several systems. I will discuss the most common and most reliable method in flight sims: an infra-red camera with infra-red LEDs mounted to via a clip or hat.
The camera: Most cameras have a filter that will remove infra-red light out of the picture as this will cause unwanted brightening of the picture. However, for head-tracking, we want the opposite. By only using infra-red light, we can easily track a small infra-red LED light without the interference of other colours.The infra-red light is not visible to the human eye but is easily visible to a camera.
The most common camera used is a PS3-Eye camera. This camera needs to be modified so that it will only detect infra-red light (Unless you buy the PS3 Eye from TrackHat or DelanClip. They are premodified).
Infra-red LED’s: On the Tracking Clip/Hat, you will find three infra-red LED’s. These LED’s emit only an infra-red light. These 3 lights are positioned in a specific orientation so that when you move your head, their relative position will change. This relative position is then used by the program to figure out how your head moves.
Head movement
You can move your head in 6 different ways, so you have 6 degrees of freedom (6 DoF). The following different movements are possible (without the movement of the eyes)
- Yaw: Rotating your head from side to side. (just like an aircraft)
- Pitch: Rotating your head up and down (again just like an aircraft)
- Roll: Rolling your head from side to side (and again just like an aircraft)
- X: Horizontal sideways movement
- Y: Vertical movement (up and down)
- Z: Zoom (Forwards/backwards movement)
These movements are translated by a head-tracking program like Opentrack into movement of your head on the screen. This is done with the use of curves.
Curves
When dealing with head-tracking, a glaringly obvious problem will present itself. To look towards the sides, backwards, and up or down, you need to turn your head. However, your monitor does not move with you when moving your head. This means that when you look back, you can’t see your monitor anymore. To solve this problem, a multiplier is used. For instance, when you move your head 5 degrees right, the game will move your head 30 degrees right in-game.
These multipliers can be tweaked to your liking. You might like a dead zone in the middle; a zone where your small movement will lead to no movement in-game at all (useful for looking down the sights).
The great advantage of these multipliers is that they can be tweaked to get different effects. For instance, if I want small movement when looking forward but large movement when looking back, then you can use curves. These curves are fully adjustable and should be set to your liking.
Keep in mind that it will take a little bit of time to get used to these curves. However, you get used to them quite quickly and then you won’t even notice it is there. It will feel natural.
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Why should you get a head-tracking system?
Headtracking may seem a bit daunting in the beginning. There are many reasons why you should get into head-tracking. I will list a few of them below and discuss them.
Advantages during a flight
These are probably the most important reasons why you should get a tracking setup. Hence why I placed it first.
The main reason most people have given is the ability to scan the sky for opponents and tracking your opponents during a fight. I totally agree with this. The fluid movement of the head and the ability to focus on and follow your target give you a huge advantage over someone who does not have head-tracking.
During a flight with a wingman, you can keep easy track of your wingman and find him again easily when you lose track of him.
I also found that it helps with navigation. It is much easier to find ground objects that will help you determine your position.
Lastly, I found that it helps with reading the instruments in the cockpit. I exclusively fly with the instruments and not with the tech messages on the side. Without head-tracking, it is much harder to look at the different instruments as you can’t really look at one specifically.
Headtracking is quite cheap
Although there are expensive options like VR and TrackIR, there are also several cheapoptions. TrackHat and DelanClip, for instance, provide a complete setup for only 35-40 euro. A DIY system can be made for as little as 10 euro! If you are willing to make it yourself.
Head-tracking is easy to set up
If you follow this thread, it will be easy, and you are good to go in no time. Once it is set up, you will probably never have to look at it again.
What games use head-tracking
It works with several games. The ones that I know about are:
- IL-2 Great Battles
- War Thunder
- Arma 2
- Arma 3
- Rise of Flight
- DCS
- IL-2 Cliffs of Dover
- Flight simulator X
- Euro Truck Simulator 1
- Euro Truck Simulator 2
- Star Citizens
- Assetto Corsa
- Dirt Rally
- Richard Burns Rally
- Project Cars
- Farming Simulator
There are much more so let me know if you know a game I need to add.
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Different head-tracking systems
There are several options to choose from. The following options are the ones I have come across that are the best for Flight Sims:
TrackHat, this isa good price/value option. The cheapest complete starters set is 37 pounds. In this starter set, you get a modified PS3 eye camera, cabled TrackHat clip, instruction manual and all software is provided. All elements can also be bought separately. The TrackHat Clip is durable and will last you a good while. This product is reported to be very easy to setup with good customer support.
DelanClip, not used as much as the TrackHat but does seem to be a good alternative to TrackHat. A bit cheaper then TrackHat but has the wiring exposed.
Do It Yourself Tracker with PS3 cam and Opentrack:this is by far the cheapest setup. Investing some of your own time, you can get a fully operational setup for as little as 10 euro. (prices will vary from place to place). It will take some knowledge and research to build your own tracking clip and modify a PS3 camera. The advantages speak for themselves though. Cheapest of all options, highly stable, reliable Opentrack software, and 100% customisable. This setup is (if setup correctly) much more stable than TrackIR.
TrackIR 5: TrackIR was the pioneer in the head-tracking industry but has become terrible price/value deal. There are equally good or better options for a lower price. However, the curves are easy to setup and are very smooth during use. This product is by no means bad. It works well and is quite easy to set up. It is just incredibly expensive compared to the competition.
Tracking Clip or Tracking Hat
Which you choose is up to you. From experience (yes, I used both), I can say that it depends on whether you use headphones or not.
With headphones, a clip, mounted on the side, is easier. It is smaller and does not block your vision at all. I do not recommend using a tracking hat with headphones as it can create an uncomfortable feeling (your experience maydiffer). The cap can also (depending on your curves) block your view when looking down.
If you don’t use headphones, then it is much easier to use a Tracking Hat as there is nothing to mount a clip too.
Tracking accuracy is not of importance when choosing one of these. They will give you the same performance.
Wired or wireless Tracking Clip/Hat
This is a personal choice. I have written the advantaged and disadvantages below. It is up to you to choose which you prefer.
Wired, advantages
- Never stops working
- Always reliable output
- Often cheaper
Wired, disadvantages
- Cable could get in the way
- Not complete freedom of movement as the cable might restrict some movement
- Takes up a USB slot.
Wireless, advantages
- No annoying cable
- No restriction on freedom of movement
Wireless, disadvantages
- Battery could be heavy (depending on what battery you use)
- Battery runs out (incredibly annoying if it happens during flight)
- Requires recharging
- Battery might not last forever
Although both have their advantages and disadvantages, it is up to you to decide which to choose. I can, however, give you my experience since I have used both (both DIY).
I find the cable a large improvement over the battery. The reliability is the largest selling point for me. Combined with a headset that has a cable, I simply don’t notice the cable during flight. The restriction posed by using a cable is also not really a big deal since I have enough slack in the cable to compensate.
I found the batteries annoying as they would constantly die. I used a homemade system with 1 9V rechargeable battery. Even though I had 2 batteries that I could swap quite quickly, they did always die at the worst possible time. During dogfights or when starting a bombing run are the most annoying.
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Where to get your hardware and software
In this guide, I will walk you through the steps to set up an Opentrack setup as this is currently the best software (and it is free). The coolest part about Opentrack is that it will work with pretty much any setup and product. Below I have listed some of the best options and where to get the hardware and software.
Hardware
The easiest method is to buy a complete head-tracking setup. This will guarantee you a working product and does not require any modification by you.
- Make sure to get a Tracking Clip or Hat AND a PS3 Eye camera.
- You can get all TrackHat hardware here: https://www.trackhat.org/
- You can buy the DelanClip here: http://www.delanengineering.com/
- I might make a guide on how to make your own tracking system, but for now, this will do just fine.
Installing the hardware
Installation is quite easy. However, here are a few points you need to pay attention to.
- Tracking Clip: Attach the clip to the side of your headset. Which side is up to you.
- You will notice one long arm on your clip. This long arm should be the lower arm.
- It is best not to place the clip horizontal on top of the headset sinceopentrack is not designed for that.
- Tracking Hat: Put it on your head but NOT backwards!
- Camera: the camera is best placed on top of the monitor. Opentrack is designed to work with this and should, therefore, work best when placed there.
- Trackhat: When using a Tracking Hat, it is best to place the camera in the middle of your monitor. This will give you the most freedom of movement in all directions.
- Trackclip: since the clip is offset to the side, you might want to do the same with your camera. Place your camera in line with your tracking clip. It is not really necessary but it might avoid some freedom of movement issues later on.
Software
- The Opentrack software can be found here: https://github.com/opentrack/opentrack/releases
- There are other options like FaceTrackNoIR and Freetrack. However, I found Opentrack the most reliable and it is the only free head-tracking software that is still updated on a regular basis.
- TrackHat has its own modified version of Opentrack called“TrackHat Opentrack”.
- !!! Do not use the TrackHatversion of Opentrack! Based on issues brought fourth by you guys, I learned that it contains several problematic bugs that the original Opentrack does not have! !!!
- For the PS3 Eye camera, you will need to install the CL-Eye Platform Drivers from Code Laboratories: https://mega.nz/#!QkAjnBwD!-ULu08uFwGK5hl7ugbFZfuAw2hIdFpwVtn-jewThrN8
Installing the software
The only software you need to install is the Opentrack and the CL-eye drivers. The installation of both software is straightforward and should not need any explanation.
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Setting up your Opentrack
We have finally reached the point where we can set up your head-tracking system. The easiest method is to go through each screen one by one.
I will use various images to point out what I am talking about.
- Red outlines in the images show you what settings you really should use. Using other settings might not work.
- Blue outlines show you what you can change depending on your setup or liking.
- Orange outlines show unimportant stuff that you don’t have to worry about. Just leave it as is.
CL-Eye Test (Only for PS3-Eye)
Before you start with Opentrack. You need to set the camera to its correct settings. To do this, open the program CL-Eye Test. This program allows you to test the camera and change some recording settings.
In the program, click on "Options" and go to "Video Capture Filter". Set the sliders as follows:
- Set the "Gain" Slider all the way to the left.
- Set the "Exposure" slider all the way to the right.
- Set the "White Balance" sliders all the way to the right.
- Make sure the “Auto” Boxes and "Colour bar" box are unchecked.
If you find that the settings don’t work well for you, feel free to play around a bit with the different sliders to get the best result.
Hit “OK” when you are done. Now close CL Eye Test as you won't be needing it anymore. (except for small tweaks).
Now you can open Opentrack.
Main screen
This screen is the one you will see the most. This shows you all relevant information when using the head-tracking software.
The start and stop buttons do exactly what you think they do. No need for further explanation.
The “Raw Tracker Data” shows you the raw input data from your head movement. (Note, this number is rounded off)
The “game data” shows you the values that are sent to the game. These values are set by your “mapping (curves)” (will explain that in the section Mapping) (Note, this number is rounded off)
You will need to set the following settings:
- Input: PointTracker 1.1
- Output: Freetrack 2.0 Enhanced
- Filter: Accela
“Profile” gives you the option to create a new profile. Do this before you set up your new mapping and options settings. You can have as many setups as you like. In general, you need one for each game since one game might handle the data differently from another.
Input
Click on the little hammer on the right of the drop-down menu to go to the PointTracker Settings window. Here you can set up your camera and your tracking clip/hat.
- Camera Settings: You want to set these as displayed in the image if you use the PS3 Eye. This will give you the smoothest result. If you use a different camera, you will have to adjust these settings according to your camera’s specifications.
- Diagonal field of view should be set to either 56 (red dot) or 75 (blue dot) for the PS3-Eye Camera.
- Point Extraction: Here you can set the threshold between which a point is used or not. You will have to play with this to set it correctly for your unique room and setup.
- The “Threshold” option lets you set how bright a dot must be in order to be picked up.
- “Min size” Lets you set the smallest size a dot can be to be used. If the dot is smaller: it is not used.
- “Max size” Lets you set the largest size a dot can be to be used. If the dot is larger: it is not used.
- I suggest disabling “Automatic threshold”. Does not work all that well. It is better to find your own settings.
- TIP: Set the Point Extraction on a sunny day. That way you can set it up to work both in daylight and night-time.
- Model Clip: here you can set the dimensions of your clip. Make sure to measure these from your tracking clip.
- Note: the values in the images are my custom settings. Yours will differ!
- Model Cap: Same as Model Clip but for when you use a Hat.
- Model Position: this is a crucial thing to set up. Your head-tracking clip/hat is offset from your point of rotation. This means that it will translate your movement incorrect if you move your head. To fix this, you must calibrate your system. Simply click the start calibration button (head-tracking must be started before you can click Start calibration) and move your head around a bit. Stop the calibration and it will have found a point that is quite close to your point of rotation.
- Note: it is highly unlikely that finds the exact point but that won’t really be an issue. If you want a better result, you can adjust it manually.
- The directions for manual calibration (from your point of view when looking at the monitor):
- X 0 Y 0 Z 0 is chosen as one of the 3 LED's. This could differ per user.
- X + is to the right, - is to the left
- Y + is above, - is below
- Z + is behind, - is in front
Output
Set this to Freetrack 2.0 Enhanced and leave it alone. No need to change the settings.
Filter
The filter takes your raw data and smoothens it a bit so that you don’t get any annoying jittering when looking around. I use the standard Accela settings. If you want to smoothen it a bit more. I suggest only moving the “general - Smoothing” by a few milliseconds. Any smoothening will introduce a slight delay. If set low enough (say 2ms), you won’t really notice this delay.
Leave the other settings as they are.
Note: As of version 2.3.10, the "General" and "Rotation nonlinearity" have been removed. They are not really needed anyway. The other settings should work fine unchanged.
Options
Note: I use a slightly older version of Opentrack (I use 2.3.1.5). Your options menu might have some features added or removed!
In the options, you can set how your Head-tracker works.
Shortcuts
Here you can set up your preferred shortcuts to start and stop your head-tracking. I am not going over each individually but I will provide you with the important binds.
- Center: This will recenter your system and take your current head position as the new "looking straight forward".
- Toggle: will "pause" the system and lock your head position. Press it again and you will go back to tracking again.
- Zero: Locks your head in the centered forward facing position. If you use "Neck displacement" in the Relative translations tab, then you can still move left, right, up, down, forward, and backwards but all forms of rotation are locked.
- Toggle tracking: thisdoes the same as "Start tracking" and "Stop tracking" but on a single button or button combination.
- Restart tracking: It stops and then restarts your tracking.
Camera
- Camera angle has been removed from the current versions. You should not have to worry about this. But for those that might need it (only in older versions of Opentrack?
- Camera Angle compensates for an offset camera. If your camera is to the side, this will let you set the values so that moving towards the middle of the screen will also result in your in-game head moving to the middle of the screen.
- Custom center pose allows you to set a custom “forward” view. I advise you leave this alone. You really don’t need it.
- Centering method allows you to set what type of tracking technology is used. Leave this on Absolute as this is how camera head-tracking works.
Output
Here you can set how your head movement is translated. In general, you should leave most as they are. My personal setup has Roll disabled since it gives a bit more of a realistic feel. What settings you use is up to your personal preference.
- CSV Data Logging: leave this off. It is only useful if you have problems with tracking. In all other situations, it is just annoying.
Relative translation
- Relative translation allows you to change how head movement is translated when you look to the side or to the rear. For instance: when you look behind you and you want to move your head to the right, then you will have to move your head to the right. Leaving this off will mean you have to move your head to the left in order to move to the right when looking back.
- Neck displacement will offset your eyes based on where your point of rotation is. With this off, your head movement in-game is basically as if your eyes are a single dot at the same place of your point of rotation. That is not what happens in real life. With these settings, you can set the horizontal and vertical distance of your eyes from your point of rotation.
- Note: this is different for each person. Set your own values.
Game detection
Here you can add games and link them to different profiles. Opentrack will then activate your desired profile when you start a game.
To set this up:
- Click on the + sign.
- Click on the “…” button right of the newly added line.
- Find the .exe file of the game. (For IL-2 Grand Battles it is IL-2.exe).
- Press the drop-down below "Profiles" and select the profile you want to open with that game.
- Check the checkbox at the bottom labeled "Start profiles from..."
- Hit "OK" and you are done.
Mapping
This is probably the most important part to set up to your liking. These settings will determine how your head movement will be translated in-game. Let me talk you through the basics.
- Yaw, Pitch, Roll, X, Y, Z in the top indicate which of the axis you are changing.
- Max rotation: This sets how far you can rotate your head in degrees. Usually, 30 or 45 is enough. It is not very likely that you will rotate your head more than 45 degrees.
- Max translation: This sets how far you can move your head. (forward, backwards, side to side, etc.) I have mine set to 10 or 15 cm.
- Horizontal axis: the horizontal axis in the diagram displays how many degrees or cm you have moved your head in the real world.
- Vertical axis: the vertical axis displays what angle the program will send to the game.
- Indicator dot: the indicator dot is a grey moving dot that will show you where you are looking at that very moment.
- Curve dot: the curve dots are grey dots you place on the line to change the path of the line (curve).
- Asymmetric mapping: Asymmetric mapping lets you create different curves for when looking one way or the other in the same plane. This is most useful for when looking up or down.
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How do you set your “curves”?
I use this method for all axis. If you follow these steps you will have all axis setup in no time. For this explanation, I use the Yaw axis, but it works for all axis.
- Create a new profile: Click on “Profile” on the main screen and click on “Create new copied config”. Add a name you like. This will copy your profile. This is useful since you will preserve your old settings. If you mess up. You can simply restart with your previous profile.
- Start your head-tracking: you must have it on to see the indicator dot move on the mapping curve.
- Open the Mapping Properties: click on the “Mapping” button on the main screen.
- Finding the Maximum point: Rotate your head to the right so that you look straight at the edge of your monitor. Now carefully look at where the indicator dot is based on the horizontal axis. This point above the horizontal axis is your maximum point.
- Setting the maximum point: set the maximum point by clicking anywhere in the blue box. A grey curve dot will appear, and the curve will change. Now click and hold the dot so you can drag it to the top of the blue box right above the maximum point you found in step 2.
- You now have a linear translation. This will give you the most realistic effect, but it can feel a bit twitchy when looking through the sights.
- Setting a dead zone: (optional) to set the dead zone, click anywhere in the blue box but to the left of the maximum point. Now drag this dead zone point all the way to the bottom left so that you only see a small horizontal line. If you want a larger dead zone, drag the dead zone point a bit to the right.
- Creating a curve: (optional) If you don’t want a linear translation. You can create a curve. The image below shows a curve very close to mine (mine has no dead zone). With a curve, you can change how your head movement is translated. The curve shown below does the following: small head movements in real life (in a generally forward direction) translate to small head movements in-game. However, when looking backwards (Looking towards the side of your screen), a small head movement will translate to large head movement in-game. You can create these curves by adding more curve dots and placing them where you like. It is completely up to you how you want these curves.
- Tip: make the curve as smooth as possible. Sudden bumps are very noticeable and feel unnatural.
- Asymmetric mapping: (optional) To set up the asymmetric mapping, click the checkbox. The bottom diagram will now become blue and can be edited. Change it to your liking following the steps 3 through 7.
- Test your setup: Click on “OK” in the bottom right to save these settings. Open the game you want this head-tracking profile for and test if you like it. You can make changes to the curves while you are in-game and test them right away. No need to close the game or the "Mapping properties" window.
- Setting the other axis: simply click on the next Yaw, Pitch, Roll, etc. tab in the Mapping properties and redo steps 3 through 9.
These steps should guide you smoothly through the process of setting up your curves. It might take some tweaking to get something you like.
If you don’t know where to start, I have added my profile below. Simply copy the file “IL-2 Smooth.ini” and past it in Documents/Opentrack-2.3
My profile:http://www.mediafire.com/file/yxsub8v2yj4kn3z/IL-2 Smooth.ini
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Basic troubleshooting
Of course, using a new program requires some trial and error. Luckily, you don't have to go through this process all alone. Here are a few common problems and how to solve them.
Loss of correct tracking
There are several ways that Opentrack could lose track of your LED's. The most common way is where one or more of the LED's gets covered up or falls outside of the camera's field of view. Usually, Opentrack will reacquire the lost LED('s) and track normally. However, sometimes Opentrack reads the LED's wrong and your tracking will no longer match your head movement. To fix this try the following steps. They should fix your problem.
- Try to recenter your headtracking. Use the "Center" shortcut key to do this.
- If that does not work. Try to restart tracking. This can be done either by using the "Restart tracking" shortcut key or by manually stopping and restarting Opentrack.
It is possible that light from another source (sun, lamp, reflection, etc.) is interfering with your LED's during use of Opentrack. In this case, follow the steps of "Opentrack is not picking up the LED's".
Opentrack is not picking up the LED's
The LED's on your tracking clip or hat are not the only objects in this world that can produce infrared light. This light is all around us and almost every light course will emit it. For Opentrack to find your LED's, you will need to be sure that opentrack and your surrounding is setup correctly. These steps will guide you through the process.
- Close CL Eye test before you open the Opentrack Program. Only one program can use the camera at a time. Thus, if you have the camera feed open in CL Eye, you cant use it in Opentrack.
- Make sure no direct sunlight is entering your room. Close your curtains and try to leave no gaps. You don't need to darken your room completely but just make sure that any light entering your room has to go through a curtain or some other form of fabric.
- Remove any small light source that is in the field of view of your camera. Either move them out of the field of view of your camera or turn them off during use of Opentrack. Large lights can be left in the background since they can be filtered out with the next step but make sure this light does not end up behind one your LED's when moving your head.
- Remove any reflective items or make sure they don't reflect light from another source. It is possible that an object or mirror in the background is reflecting enough light to interfere with Opentrack. Either remove these objects, the light source they reflect from or cover them up with something non-reflective.
- Ensure that your "Point extraction" is set correctly. You can find out how to do this by scrolling up to the section "Setting up your Opentrack" --> "Main screen" --> "Input". Make sure to set it so that the large lights in the background are not picked up. This is best done during a sunny day. This will ensure that your tracking works both during the day and the night.
Calibration button is greyed out
Calibrating your Opentrack can only be done when Opentrack is tracking your movement. Start opentrack and try to calibrate again. For manual instructions; go to the section"Setting up your Opentrack" --> "Main screen" --> "Input"
Tracking is inverted
It could happen that Opentrack is translating your head movement wrong. For instance,you move your head up but in Opentrack your view goes down. Or you roll your head left but it rolls right instead. This is easily fixed. On the main screen click on "Options" and go to "Output". Check the Invert box behind the axis that is inverted.
Headtracking does not work in IL-2
(But headtracking does workin other games)
1. Check the "Important notes" below and make sure your "Run as admin" is set up propperly. (If that fixes the problem: Skip 2 and 3)
2. Go into your IL-2 instalation folder and go to "data".Find a file called "startup.cfg" and open it with notepad. Find a section called [KEY = input] and set "old_trackir = 0" to "old_trackir = 1" save it and close. Restart IL-2.(If that fixes the problem: Skip 3)
3. Still doesn't work? Close IL-2 and open the file "startup.cfg" again. Set "old_trackir = 1" back to "old_trackir = 0" save it and close. Restart IL-2 again. It should work now.
Headmovement is wonky in IL-2 but not in Opentrack
It can happen that the IL-2 key bindings are interfering with your head movment in-game. If you have such issues, go to your ingame keymapping andreset the keymapping for all headmovement to default.
If you have run into different issues and found a solution. Let me know and perhaps I can add it to this section.
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Important notes
Run as Administrator: Opentrack will only work if you run it the same as your game. This means that Opentrack will only work if: Neither Opentrack nor the game is run in admin mode. Or, both are run in admin mode.
If you have any questions, problems or if you would like to add something: let me know with a message below.
To those that already use head-tracking: please share your experience below.
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Credits
Author:
Francisco -BlackHellHound1- Bindraban
Proofread:
Bismarck
Experience on head-tracking setups:
Boris_CRO
Evarno
Herne
M_(voided)
Asgar
Braino
Operation Ivy
Przybysz86
Amergin Amonnen
DerSheriff
Testing:
Francisco
Przybysz86
Additions to the text:
Boris_CRO
DanTDBV
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Edited by BlackHellHound1
Added a few more games that Opentrack can work with
