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Kimplul
large dead zone in the center
I got a very large dead zone in the center. I created a file /etc/udev/rules.d/99-joydev.rules. What value should be changed to --deadzone 0?
--deadzone 0 should apply to all axes, if there's still a deadzone it's likely something in game. To answer your question though, the X axis is the wheel.
In the oversteer program, the steering wheel rotation is displayed correctly. I have jstest-gtk installed, and it shows a large dead zone in the center
Yep, Oversteer uses the evdev subsystem, which is the subsystem whose deadzone is set to zero by the udev rule. jstest-gtk uses the older joydev subsystem, which is at this point obsolete and I'm not aware of any games that use it.
You can read up on the older interface and how to handle its deadzones here: https://wiki.archlinux.org/title/Gamepad#Joystick_API_deadzones
Hi, I have the same problem, a large dead zone in the center and the correct rotation in the oversteer program, but the thing is that is happen in wine with lutris even with thrustmaster driver install and thethe dead zone set to 0 with the registry key. I can see it in the wine control panel and it's the same thing in the game. It's the same thing on steam. I don't understand how other persons can play games with a thrustmaster wheel with wine. I'm on Nobara 36. I don't think that Wine and steam using joydev subsystem. Can somebody help me. Thanks in advance.
Wine uses SDL2, which uses the evdev subsystem, you're correct.
Could you specify which wheel you're using and in which mode it is, and which games have this dead zone? All Steam games?
Hi, Thank you for responding. I'm using the t300rs gt edition in ps3 normal mode. The only game that works for me is RaceRoom Racing Experience on steam. I managed to go into the control panel of the steam proton wine of the game and I see that the wheel rotation is correct. My question is where I have to look to find a config file or something like that, to be able to do the same in the wine-ge-custom in lutris https://github.com/GloriousEggroll/wine-ge-custom. The game I mainly want to play in lutris with my wheel is Richard Burns Rally. Thanks in advice.
I managed to go into the control panel of the steam proton wine of the game and I see that the wheel rotation is correct.
Do you mean that Proton's control panel shows the wheel rotation without a deadzone only in RRRE? If that's the case, it seems like there is some configuration parameter or something messing up your game prefixes, but I don't know what that would be or why only RRRE is stepping around the issue.
My question is where I have to look to find a config file or something like that, to be able to do the same in the wine-ge-custom in lutris
Generally speaking there are two deadzones, one provided by the subsystem, in Wine's case that's evdev and then there's the game's own deadzone. If the game uses some Windows internal deadzone Wine can provide it, which is where the Wine deadzone registry key comes in, but it seems to be pretty rarely needed.
Other than those things, I'm not aware of any config files for deadzones, sorry.
I had the same issue with the dead center playing on Lutris. Disabling Luris Runtime solved that issue for me. This can be done for each game setting by selecting a game > Configure > System options > Enable the toggle (Disable Lutris Runtime).
Dear Kimplul hello! How can you make your driver work not only in udev, but also with joydev? P.S. this is very necessary!
How can you make your driver work not only in udev, but also with joydev?
If you're asking about the deadzone, this command seems to remove the deadzone completely:
jscal -s 6,1,1,32767,32767,16384,16384,1,3,448,574,1394469,1394469,1,3,448,574,1394469,1394469,1,3,448,574,1394469,1394469,1,0,0,0,536870912,536870912,1,0,0,0,536870912,536870912 /dev/input/js0
Bit of a mouthful, but essentially jscal has to translate the wheel's internal value representation to something the joydev subsystem expects. Modifying the output of jscal -p /dev/input/js0 gives us the command above.
Don't try to manually calibrate the wheel with jstest-gtk, it seems to assume the driver does this automatically and caps the wheel's rotation to only left turns. In theory I could add in a linear filter for the X-axis in the driver itself, but seeing that the joydev subsystem is deprecated I don't really see a need for it. The evdev subsystem works.
Otherwise, if you mean that the wheel doesn't work at all with joydev, something else is broken.
P.S. this is very necessary!
Why, if you don't mind me asking?
I can't get the T300 to work properly with GIMX in any way
From a quick look around the GIMX website, it looks like you would need a config file for the T300. I couldn't find one on their forums, have you tried making one yourself?
I made the configuration file, the steering wheel is working, there is a force feedback, the problem is only in a larger dead zone, about 90 degrees
I took a look around gimx-config, seems there is a tab Joystick corrections with broken-line correction parameters. This implies they're the same as what jscal uses, which in the command I sent earlier would be 32767,32767,16384,16384, though I don't know if they're intended to be identical. The gimx documentation doesn't mention this tab for some reason.
Unbelievable! It works! Is it necessary to save it somehow? After all, every time the steering wheel is connected, it can be js 0, and the next time it is js 1?
Could you clarify if the jscal command works or the Joystick corrections tab in gimx?
Either way, the jscal command should be applied every time on reboot, yes. Essentially just set up a udev rule. Instructions here:
https://wiki.archlinux.org/title/Gamepad#Joystick_API_deadzones
As a sidenote, I'm somewhat surprised if gimx actually uses the joydev subsystem, as it seems to query /dev/input/event files as well. I don't understand why it would want to use the deprecated subsystem over evdev.
I will try to create a rule using your link. P.S. Thank you so much! You've helped me a lot. You are very cool!
Kimplul, need help, I can't create a udev rule udevadm info -q property --property ID_VENDOR_ID --value /dev/input/jsX I substitute my values udevadm info -q property --property 044f --value /dev/input/js0 And I get this: info: unrecognized option '--property' What am I doing wrong?
I substitute my values udevadm info -q property --property 044f --value /dev/input/js0
You're not supposed to put the output of the previous command there, rather use ID_VENDOR_ID and ID_MODEL_ID as they are in the examples. Anycase, sorry, I could've posted the file content directly last time but I was in a hurry to class, here's an example that seems to work:
/etc/udev/rules.d/85-jscal-custom-calibration.rules
SUBSYSTEM=="input", ATTRS{idVendor}=="044f", ATTRS{idProduct}=="b66e", RUN+="/usr/bin/jscal -s 6,1,1,32767,32767,16384,16384,1,3,448,574,1394469,1394469,1,3,448,574,1394469,1394469,1,3,448,574,1394469,1394469,1,0,0,0,536870912,536870912,1,0,0,0,536870912,536870912 /dev/input/js%n"
The exact name of the file is largely irrelevant, if you already have a udev file for the wheel you can add it in there, after the evdev rule. So, for example currently I have
/etc/udev/rules.d/99-joydev.rules
SUBSYSTEM=="input", ATTRS{idVendor}=="044f", ATTRS{idProduct}=="b66e", RUN+="/usr/bin/evdev-joystick --evdev %E{DEVNAME} --deadzone 0"
SUBSYSTEM=="input", ATTRS{idVendor}=="044f", ATTRS{idProduct}=="b66e", RUN+="/usr/bin/jscal -s 6,1,1,32767,32767,16384,16384,1,3,448,574,1394469,1394469,1,3,448,574,1394469,1394469,1,3,448,574,1394469,1394469,1,0,0,0,536870912,536870912,1,0,0,0,536870912,536870912 /dev/input/js%n"
which removes the deadzone in both evdev and joydev. I suppose I could add this to the README.