Download Ppjoy Joystick Driver 0.8.4.6 |LINK|
Marlon Gregg
This emulator is one of the best if you want to use old joysticks and gamepads. Some of them stem back to the 1990s when people only used gamepads to play games. And when nostalgia hits, you can plug in your controller and start playing your favorite games on your computer.
The drivers included allow you to use sega, playstation, NES gamepads, as well as older game consoles such as Atari by connecting them via the parallel port. The system detects what game system to adapt to, and allows the user to customize buttons to their preference for quick and easy play. It is stated to be similar to the Direct Pad Pro. PPjoy supports a virtual joystick interface which functions so that other applications can use the interface to generate joystick events through the application. There is also a keyboard-to-joystick application that uses this interface as well.
PPJoy was originally designed for joysticks/gamepads such as PlayStation, Sega, SNES (Super Nintendo) gamepads as well as those of older game consoles, like the Atari connected to the parallel port of your PC, but it also supports other devices connected via USB, MIDI or the virtual joystick interface.
The virtual driver interface allows you to emulate joystick input from other applications or other physical controllers. Windows will treat these devices just like any other joystick and they can be used in any game or application that accepts joystick input.
Use PPJoy (64bit version here) to create a virtual joystick, then use GlovePIE to run a script which maps the physical joystick controls to virtual ones which are interpreted correctly by Kerbal. The script needs to be running in the background while you are running Kerbal.
FAQ
Is PPJoy compatible with Windows 11/10?
Yes, the tool is compatible with Windows 11/10 and a wide range of other Windows versions.
Can I use PPJoy with older games?
Absolutely. The software is versatile and can work with older games that require joystick input.
Are there any known compatibility issues with specific hardware or software?
While PPJoy is generally compatible with most hardware and software, some rare cases may require additional troubleshooting. Check the PPJoy forums or community for specific solutions.
Is PPJoy still actively maintained and updated?
PPJoy is an open-source project, and its development depends on community contributions. While it may not receive regular updates, the community often provides support and improvements.
Does PPJoy introduce any input lag or performance issues?
The program is known for its low-latency performance, so input lag should not be a significant concern.
Alternatives
JoyToKey: While not a joystick emulator per se, JoyToKey allows you to map joystick inputs to keyboard and mouse controls effectively.
Xpadder: Xpadder is a paid alternative that offers advanced controller mapping features and compatibility with a wide range of games.
Pricing
One of the major advantages of PPJoy is that it's completely FREE to use, as it's an open-source project. This makes it an attractive option for budget-conscious users and hobbyists.
System Requirements
It has modest system requirements, and it should run on most Windows PCs without any issues. Generally, it's compatible with Windows XP and later versions.
PROS
Conclusion
In conclusion, PPJoy is a powerful and versatile joystick emulator that can be a valuable addition to your gaming setup or simulation projects. Its open-source nature, ease of use, low latency, and compatibility with various Windows versions make it a compelling choice for those looking to enhance their gaming experience.
While it may not have the flashiest interface and relies on community support for updates, its core functionality remains robust. If you're in need of a free and reliable joystick emulator, PPJoy is certainly worth a try, especially for enthusiasts and budget-conscious gamers.
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Many video game consoles have been launched over the last few decades, each one of which has had its own gamepad, and when you have accumulated old gamepads at home, it's a real pity not to be able to use them with the computer, because there are no drivers available to be able to make them work, but that can be solved thanks to PPJoy.
This pack of drivers has been especially designed to be able to use the PlayStation, Sega, SNES (Super Nintendo) gamepads as well as those of older game consoles, like the Atari, on a computer by connecting them to the parallel port.
So this was the problem: ArmA does not read the full range of a joystick axis. It will only read either the bottom half or the top half of any axis (as in Joystick slider + or Joystick slider -). This isn't a problem for the usual stick movements, like pitch up/down and roll left/right, because these are axes that always return to center, and each half of the range is assigned to it's respective direction.
This is a problem with throttles though, because ArmA is assuming that the bottom half of the throttle range should be the airbrakes, and that's not realistic. The brakes should be activated by another button or a separate axis if one is available, and the Thrust (analogue) action should be controlled by the entire travel of the joystick's throttle axis.
So that's where PPJoy comes in. It is a virtual joystick driver that lets you set up a virtual game controller as if you had it plugged into an USB port... except it's not.. it only exists in windows. (PPjoy is to your joystick what Daemon tools is for you DVD-RW unit)
So how does this happen? that's where GlovePIE does it's magic. We create a (really simple) script in it that tells it to write to the top half of a PPjoy device axis the value it is reading from the full range of your physical joystick throttle axis.
So create a new device, and give it the next available device number. This depends on how many joysticks you have plugged in (If you got 2 joysticks, you should create a PPjoy device with device number 3, since it's the next number available). All other settings are fine to leave as default. You can play with them later if you're feeling good about all this.
Now, most joysticks define their throttle as 'slider', but that varies from stick to stick... On the X52 Pro the throttle is the 'Z' axis, so you may need to do some searching to find your throttle axis (or whatever axis you're trying to get)
where someAxis is the joystick axis you want to try... on GlovePIE, everytime you press the . [period] key after Joystick, it gives you a list of all possible options... so you can try them until you find your throttle axis... Good candidates are .Z, .Rx, .slider, .roll, .pitch... try those as well as others to find your axis.
Now, here is why ArmA only reads half axes... normal joystick axes center at zero. Imagine the stick's X axis, the left/right movement is defined as -1 at full left, zero when centered, and 1 when deflected fully to the right...
So all joystick axes are centered at zero... but this is a problem when handling the throttle axis, since that is an axis without a center... it ranges freely from none to full, but is read as ranging from -1 to 1 anyway... so ArmA only reads either the positive or the negative range of it... Hence our contraption here to counter that.
So, now let's test if it worked. Open up Game Controllers on control panel again, and choose the PPjoy device, hit Properties, and go into the 'Test' tab. You should see the joystick axes there, along with some buttons...
You can also write debug = joystick#.z to check that this device really is receiving what you are giving it. Here '#' is the number of your PPjoy device, and 'z' is the same as ppjoy's 'analog' 2
Ok. so let's assume everything worked fine and move on. The next step is to map this PPjoy axis into ArmA as your throttle axis. This should be very straighforward... just go into the control settings in the game and for 'Thrust (Analogue)', move your throttle axis... you should see that both your physical joystick's throttle as well as the PPjoy axis were detected... that's both normal and good. Just delete the physical joystick mapping from there and let the thrust mapping be controlled by only the PPjoy device.
And it doesn't really matter if the axes on PPjoy don't match the ones on your physical joystick, since it's all the same after it's mapped in ArmA... (unless you have some serious OCD about these things :D )
I had calibration problems with driver, and the only fix based on the Saitek forums was to unplug the stick and delete some registry entries. I found that using the driver that ships with Vista works flawlessly, and I can even recalibrate at any time through the control panel.
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