VRC Tourers and we t weather

Hi all,

Wondering if anyone else has come arcoss this. If I run a sim race with the two different types of thew VRC Tourers mod cars (Normal and CSP) if I put on rain half way through the race some of the cars will struggle to drive around the track and pit for new wet tires while others continue to drive at the same speed.

Is this the mod having the ability for this to happen or is this a CSP/CM/SOL thing which should be applicable to all cars?
 
No, Racer63. I hoped he'll find the answer by himself, but obviously he isnt.

The answer is even given in the question!
If I run a sim race with the two different types of thew VRC Tourers mod cars (Normal and CSP)
The "CSP-version" has forced rain physics while the "normal version" doesnt. So the AI with the "normal version" will drive as if there is no rain, while the "CSP-version" will struggle and pit for wets.
 
Hi all,

Wondering if anyone else has come arcoss this. If I run a sim race with the two different types of thew VRC Tourers mod cars (Normal and CSP) if I put on rain half way through the race some of the cars will struggle to drive around the track and pit for new wet tires while others continue to drive at the same speed.

Is this the mod having the ability for this to happen or is this a CSP/CM/SOL thing which should be applicable to all cars?

Why would you expect the non-CSP version to work properly with CSP added features?
 
No, Racer63. I hoped he'll find the answer by himself, but obviously he isnt.

The answer is even given in the question!

The "CSP-version" has forced rain physics while the "normal version" doesnt. So the AI with the "normal version" will drive as if there is no rain, while the "CSP-version" will struggle and pit for wets.
Yep get that part, trying to understand the "how".
 
I dont, trying to understand the difference between the two.

Thanks for your help champ.

Angry react if you like, but the answer is pretty obvious. One is designed to work with CSP features and the other is not—pretty obvious by one being labeled CSP and the other not. I can't grasp why you'd expect the non-CSP one to use CSP features? If you didn't expect it to, then why are you asking why it doesn't?

I'm not being flippant here or trying to make you feel dumb, I just genuinely can't follow your thought process.
 
Yep get that part, trying to understand the "how".
Unpack data.acd of both a CSP- and a NonCSP-version and compare the files, for example brakes.ini, car.ini and tyres.ini. You'll notice the implemented additions for cPhysics with the CSP-version.

If you want to understand how this works I recommend to read about all this stuff at the wiki of CSP. :)

 
Angry react if you like, but the answer is pretty obvious. One is designed to work with CSP features and the other is not—pretty obvious by one being labeled CSP and the other not. I can't grasp why you'd expect the non-CSP one to use CSP features? If you didn't expect it to, then why are you asking why it doesn't?

I'm not being flippant here or trying to make you feel dumb, I just genuinely can't follow your thought process.
No angry reaction here. Apologies if I didnt word my question perfectly.

I understand that the CSP and non-CSP are 2 different versions and that the CSP version has different physics to the non-CSP version.

What I was trying to understand was HOW the CSP versions physics worked and could it be transfered to other cars.

I found an answer anyway so all good.
 
Unpack data.acd of both a CSP- and a NonCSP-version and compare the files, for example brakes.ini, car.ini and tyres.ini. You'll notice the implemented additions for cPhysics with the CSP-version.

If you want to understand how this works I recommend to read about all this stuff at the wiki of CSP. :)

Thanks for the helpful response.
 
No angry reaction here. Apologies if I didnt word my question perfectly.

I understand that the CSP and non-CSP are 2 different versions and that the CSP version has different physics to the non-CSP version.

What I was trying to understand was HOW the CSP versions physics worked and could it be transfered to other cars.

I found an answer anyway so all good.

Ahh okay, now I get ya. Sorry if it came across aggressive. I was genuinely confused if I had missed something—I'm a professional industrial designer and users almost always use their products in ways that aren't expected so the more I can do to learn how people act, the better I can be at my job.
 

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