Real Head Motion for ACC is here!

Nice app, but i encountered a problem. Inceasing "Pitch Filter" actually inceases the amount of horizon lock - not the pitch dampening. The amount of pitch dampening seems to be fixed at 100% for me. This actually makes me kinda dizzy from the camera swinging up and down (following the track surface "horizon") on Kyalami

edit:


rhm settings:

 

That's as per the original RHM for AC - more pitch filter gives you more lock to horizon. I have 0.5 for the Min Angle next to Pitch Filter, where you have 2.00. The larger you make the Min Angle, the more the view moves up and down as you go up and down slopes.

This the original RHMAC description of the setting: "Pitch/Roll Min Angle : the angle when the head start to catchup the car orientation, before that it stay lock to world horizon."

See my own settings in the 1st post.

 

I figured min angle sets the pitch offset. It's working fine now, thanks!

 

What’s the difference with the embedded LWW option?

 

RHM is much more configurable and, in my opinion, gives a more natural head movement than the in-game option.

 

Forgot to say Thanks for this, wonderful app that I have enjoyed alot

 

Interesting app.

Would it be possible to enter ACC executable path, and have the app start it by itself? That would remove the need to start two things all the time.

 

See 1st post for a new version.

I have added an option "Run ACC When RHM Starts". When ticked, RHM will automatically run ACC when RHM starts (you have to restart RHM for this to take effect).

 

Cool, thanks. I might just change my ACC shortcut towards RHM then, and its super integrated ..

 

I used this in AC with great success, what a wonderful addon, but in ACC the up and down motion of seems to be very jerky, I am not sure why this is, all acc setting are at 0

Edit: It seems to be fine when the game is tabbed out, I was looking a the debug, I am not sure why this is, switching between fullscreen and windowed doesnt help either

 

Thanks a lot @WallyM for having ported this for ACC.

 

Definitely a must have app for non VR drivers.
Thank you @WallyM !

 

Trying trackhat, and tobeys eye tracking before (not what I expected in term of smoothness) I was skeptical first, now I don't wanna miss it, so far best stuff!
Thx Mr. WallyM!

 

Brilliant, transformed my enjoyment on a 2.5m wide projector. Couldn’t get the right balance between too much look-to-horizon and not enough with the stock controls, this hits the sweet spot for me. Thanks.

 

Great program! Good alternative to trackir. I use it for a long time (earlier with AC). My only little wish is the camera movement (not roll and pitch) from G-forces.

 

Can someone post settings so the camera acts more like in iracing? Still to much jolting en shaking for me. iRacing only sim I dont get motion sickness.

 

You can take a look here. My last post, I posted a picture of my settings. Maybe it'll help you out.

https://www.assettocorsa.net/forum/...-for-these-tired-old-eyes.62847/#post-1126356

 

Thanks to Wally for the software, I unzipped the file and ran the executable. I then opened the config file as follows:

One time ACC setup
1. Edit ...\Documents\Assetto Corsa Competizione\Config\cameraSettings.json and set "enableTrackIR": 1
2. In your view settings on-track, set Lock To Horizon and Look With Wheel to 0.

When opened the cameraSettings.json file, enableTrackIR was already set to 1. There was no Lock To Horizon and Look With Wheel settings. I saw horizonlock already set to 0 and lookwithSteerGain at 0. I ran the program and made the settings like the ones MABR showed. I then opened ACC, went into a practice session, clicked on Drive, turned the wheel left and right and nothing happened. Any suggestions on how to troubleshoot my setup?

 

If I understand you correctly, do you want to automatically look into the curve while steering? Then you have to activate "Steer Look Ahead LR". In my settings it's at zero. Since my brain can't handle it at all.

 

with such an app we can imagine lot of improvements or new features, for instance we can imagine a way to automatically look at the mirrors using the stick of a wheel (upper, left, right, down)
upper = look at the rear mirror
left = look at the left mirror, and so on...
because the seat in the car is not always located at the same place it should be possible to define the rotX, rotY, rotZ, and FOV required to look at a mirror (for upper, left and right separately).