Yue

Yes, I'm working on that, the vehicle now has no engine programming or tire steering, but I think I can drive the car.

Ok, no problem, solved here. Door Joint Slider, Collision Rigibody Trigger. The player when standing next to the vehicle, driver's seat, and pressing the E key, gets in and out of the vehicle.

I've added an empty script to the brush, but it still doesn't work, moving the vehicle breaks the collision and no longer works.

TEMP 2019-11-19 22-13-45.mp4 No work to move vehicle.

Solved Here. Sorry, no solved here.

How can I put that invisible brush but continue to detect the collision trigger, to set when the player gets into the car?

3 minutes to get this image capture. xD Prototype Vehicle.

The lag is terrible in the map editor, and to launch the executable, so the development becomes very tedious, because I have hangups, is that Windows does things in the background and everything stops and the worst of all is that leadwerks crashes. Maybe you should think of something simpler, a game of simple cubes something really very simple.

Update First Post, file Script Vehicle. I already have the vehicle's rear transmission. The next step is to work on the front transmission, which includes wheel steering, spring and wheel motor.

Wheels Back Ok. The lag is really discouraging, I don't think it'll get very far again. But you always learn a lot along the way when you try again and again.

To this resolution I have to work from now on, if I try in another superior one, several times the maps and the scripts have been damaged when being loaded.

One question: What does the Generate Shape function do?

Working on the suspension of the vehicle, the prototype looks, well, a hard suspension. -- Constructor Vehicle. function this:Start() self.jointFL = Joint:Slider(self.bell0:GetPosition(false).x,self.bell0:GetPosition(false).y,self.bell0:GetPosition(false).z,0,1,0, self.chassis, self.bell0) self.jointFL:EnableLimits() self.jointFL:SetLimits(-0.1,0.1) self.jointFL:SetSpring(100) self.jointFR = Joint:Slider(self.bell1:GetPosition(false).x,self.bell1:GetPosition(false).y,self.bell1:GetPosition(false).z,0,1,0, self.chassis, self.bell1) self.jointFR:EnableLimits() self.jointFR:SetLimits(-0.1,0.1) self.jointFR:SetSpring(100) self.jointBL = Joint:Slider(self.bell2:GetPosition(false).x,self.bell2:GetPosition(false).y,self.bell2:GetPosition(false).z,0,1,0, self.chassis, self.bell2) self.jointBL:EnableLimits() self.jointBL:SetLimits(-0.1,0.1) self.jointBL:SetSpring(100) self.jointBR = Joint:Slider(self.bell3:GetPosition(false).x,self.bell3:GetPosition(false).y,self.bell3:GetPosition(false).z,0,1,0, self.chassis, self.bell3) self.jointBR:EnableLimits() self.jointBR:SetLimits(-0.1,0.1) self.jointBR:SetSpring(100) end Test Spring Vehicle 4 Wheels.mp4

Ok, solved here. -- Constructor Vehicle. function this:Start() self.jointFL = Joint:Slider(self.bell0:GetPosition(false).x,self.bell0:GetPosition(false).y,self.bell0:GetPosition(false).z,0,1,0, self.chassis, self.bell0) self.jointFL:EnableLimits() self.jointFL:SetLimits(0,0) --self.jointFL:SetSpring(-1) self.jointFR = Joint:Slider(self.bell1:GetPosition(false).x,self.bell1:GetPosition(false).y,self.bell1:GetPosition(false).z,0,1,0, self.chassis, self.bell1) self.jointFR:EnableLimits() self.jointFR:SetLimits(0,0) --self.jointFR:SetSpring(0) self.jointBL = Joint:Slider(self.bell2:GetPosition(false).x,self.bell2:GetPosition(false).y,self.bell2:GetPosition(false).z,0,1,0, self.chassis, self.bell2) self.jointBL:EnableLimits() self.jointBL:SetLimits(0,0) --self.jointBL:SetSpring(0) self.jointBR = Joint:Slider(self.bell3:GetPosition(false).x,self.bell3:GetPosition(false).y,self.bell3:GetPosition(false).z,0,1,0, self.chassis, self.bell3) self.jointBR:EnableLimits() self.jointBR:SetLimits(0,0) --self.jointBR:SetSpring(0) end

I have a chassis with a mass of 50 units. Four bells each of 1 unit mass. And this script. self.jointFL = Joint:Slider(0,0,0,0,1,0, self.chassis, self.bell0) self.jointFL:EnableLimits() self.jointFL:SetLimits(0,0) self.jointFL:SetSpring(-1) self.jointFR = Joint:Slider(0,0,0,0,1,0, self.chassis, self.bell1) self.jointFR:EnableLimits() self.jointFR:SetLimits(0,0) --self.jointFR:SetSpring(0) self.jointBL = Joint:Slider(0,0,0,0,1,0, self.chassis, self.bell2) self.jointBL:EnableLimits() self.jointBL:SetLimits(0,0) --self.jointBL:SetSpring(0) self.jointBR = Joint:Slider(0,0,0,0,1,0, self.chassis, self.bell3) self.jointBR:EnableLimits() self.jointBR:SetLimits(0,0) --self.jointBR:SetSpring(0) The result is not what you imagined, some possible help. I need to create a hard suspension, not a buggy suspension.

The mechanic on Mars

Vehicle analysis. As you will have two vehicles, this vehicle is something special, because in its four wheels has four bells, then in the back the two bells will have two spring unions that stick to the chassis, in turn the tires are attached to each bell with a hinge union. On the front transmission I do not yet have it very clear, initially must be think a hinge union to turn the bell and then the spring union, I have to think better this. Any suggestion is welcome.

The script for the vehicle has been started. Initially four wheels, although it is necessary to go thinking about 6 wheels, this one serves us as base to go developing the system. Vehicle.lua

It looks great, and that's the average number of polygons I've established, between 5,000 and 6,000.

Yeah, it's a good idea, a bigger one to transport supplies.

For some reason I am motivated to create a test prototype for a vehicle. So we already have our temporary model for when a more robust and elegant model arrives. The idea is that the player can get into the vehicle and walk the surface of Mars.

The only difficulty I've had in my vehicle prototypes is that it affects my performance a lot, I think it's because of my low computing power, vehicle rocks, they lower the fps a lot, but it would be good to try again. It would be to make a simple prototype to see if it works better.

This is a movie, I don't remember the name, I remember that in some time I looked for some vehicle similar to this one, but it was impossible. Those jobs are always paid.