)
if math.fabs(logic.car["speed"])<2.0: s = 1.5
else: s = 3.0 / logic.car["speed"]##Gearbox##
gearList = [-3.417, 3.417, 1.950, 1.357, 1.054, 0.854]
final_gear = 3.939
gear_select = gearList [ logic.car["gear"] ]
##RPM calculation##
rpm = logic.car["speed"] / (0.1037 / (gear_select * final_gear))
##Torque calculation##
pt_rev = 5000
if gas == 1:
if rpm < pt_rev : torque = 10 + (rpm * 0.001)
else : torque = 15 - (rpm - pt_rev) * 0.002
else:
torque = rpm * -0.0005
##Power calculation##
if rpm > 7500 :
power = 0
elif speed < 10 :
power = 21.7
else:
power = rpm * torque * 0.001485
I like the Porsche Center
Here's a sound check for my turn indicators.
Sound check 2:
Update: New physics model! With the old model, steering was the same no matter the speed of the car. With this new code, steering is relative to the speed:
Code:if math.fabs(logic.car["speed"])<2.0: s = 1.5 else: s = 3.0 / logic.car["speed"]
If speed is less than 2.0, steering will be 1.5. Else steering will be 3.0 / speed.
The formula may need to be tweaked to give a somewhat realistic feel, but it's a good start.
Another update: I think I may have a solution for making an engine and a gearbox. I've got it figured out on paper (the coding is still work in progress):
Code:##Gearbox## gearList = [-3.417, 3.417, 1.950, 1.357, 1.054, 0.854] final_gear = 3.939 gear_select = logic.car["gear"] ##RPM calculation## rpm = logic.car["speed"] / (0.1037 / (gearList[gear_select] * final_gear)) ##Torque calculation## pt_rev = 5000 if rpm < pt_rev : torque = 10 + (rpm * 0.001) else : torque = 15 - (rpm - pt_rev) * 0.002 ##Power calculation## if rpm > 7500 : power = 0 elseif speed < 10 : power = 21.7 else: power = rpm * torque * 0.001485
And I think I know how to implement engine braking: negative torque
Well, as long as they haven't payed for anything I think the amount of rage will be tolerable
Just tested my powertrain code in a code simulator, and it works!
View attachment 295093
Update: This is getting less and less 3D and more and more programming, but I've just figured out how to make analogue accelerator and brake pedals
I wonder if my DFGT is compatible with Blender... probably not.
This needs it's own thread, it's definitely interesting enough!Well, as long as they haven't payed for anything I think the amount of rage will be tolerable
Just tested my powertrain code in a code simulator, and it works!
View attachment 295093
Update: This is getting less and less 3D and more and more programming, but I've just figured out how to make analogue accelerator and brake pedals
I wonder if my DFGT is compatible with Blender... probably not.
I couldn't sleep last night because I kept thinking of how to code different functions! I'm working on a clutch script right now.
If you need sounds buddy i have a few here, from supra's to fiesta xr2's pick your poison
if you want that
Much better than the sound of me rubbing my hands I came off the accelerator and turned at high speed and got into a little slide. When I got back on the accelerator it got out of the slide.
A Peugeot 205 would be awesome
Here's a new video. I tweaked the variables to try and make the physics more realistic. Top speed is now just above 200 km/h.
And here it is with the Peugeot body.
Update: Ha! I just got oversteer
Update 2: Everything is working as intended. Except for when the speed is negative, i.e. the car goes reverse. For some reason it make the rpm number a complex number, which can't be compared to floating numbers. So it looks like I'll have to come up with some exception scripts for when the speed is negative.
Update 3: Instead of making exceptions scripts for every single calculation I just told the computer that if it thinks that the speed is less than 0 then it's actually wrong and the "true" speed is in fact 0. It solved the issue, but I imagine that it's going to be an obstacle when I want to add a reverse gear.
Update 4: Added a condition that makes gear changes undoable unless the clutch is at least 50% disengaged.
The issue is that I don't see the tyre code, because it's part of the vehicle simulation which is built into the bullet physics engine and not part of the python code than I'm writing. I guess I could code my own vehicle simulation script, but that's going to take a while.
Speaking of tyre model, I made a new mesh for the tyres and wheels, 106 Rallye style
View attachment 296308
Yes, they are ten times more detailed than the rest of the car.
Yeah that could be a issue if you haven't got access to the tyre code. had to tweek the cat i didnt apply any shaders to body or engine. so now its ready to rig. what do you use to capture mate video mate?
edit: help if i added the picture
I think this was the project I used to get my TR4 in Unity, the car will turn quite sharply but that can be toned down easily enough, it's a modified version of a project that can be found in the asset store. Good job on the car it looks higher poly than the wireframe suggests.
@eran0004 Thanks bro just downloaded it did u get small 4cyl sounds, before kaz hires you as a sound enginer
Just upload few clips
Here's the car with the Lupo sound. Sounds a bit like a cat, but it's better than the old sound
video is private lol were not worthy
@Peasantslayer i did try that the first day i had unity, didn't rate it much seemed like it was driving around a pivot on the rear bumper. but it was the 1st day so can always try it again since i know unity a little better not much better mind.
Edit: actually i think it may be a modified version of the demostration bundle but using the same track. i'll check it out
