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{
PosX [0]
PosY [0]
PosZ [0]
Dx [0]
Dy [0]
Dz [0]
Mass [1]
Scale [1]
ALPHA [255]
MyBodyId [-1]
SenId1 [-1]
RocketId [-1]
KeyReleased [true]
Depth [0.0]
TORQUE_REAR [0]
Body
{
Body0 [0]
Body1 [0]
Body2 [0]
Body3 [0]
Body4 [0]
Body5 [0]
Body6 [0]
Body7 [0]
Body8 [0]
Body9 [0]
Body10 [0]
Body11 [0]
Body12 [0]
Body13 [0]
Body14 [0]
Body15 [0]
Body16 [0]
Body17 [0]
Body18 [0]
Body19 [0]
Body20 [0]
}
Init[ () //Is excecuted only once.
{
Console(true);
PosX = 0;
PosY = -340;
PosZ = 0;
DefineMaterial(1, 10, 0.5);
Body[0] = CreateRigidBody("Body0", "chassis.act",8,8,8, 255, PosX, PosY, PosZ, 0,0,0, 0,0,0 , true, ALPHA, "Box 133 40 74", 1, 0,0,0,0, Mass/4);
Dx = GetBodyBBox(Body[0], 0);
Dy = GetBodyBBox(Body[0], 1);
Dz = GetBodyBBox(Body[0], 2);
Body[1] = CreateRigidBody("Body1", "tyre.act", 8,8,8, 255, PosX+Dx*0.3, PosY-Dy*0.45, PosZ+Dz*0.35,0,0,0, 0,0,0, true, ALPHA, "Sphere 0", 0, 0,0,0,0, Mass/4);
Body[2] = CreateRigidBody("Body1", "tyre.act", 8,8,8, 255, PosX+Dx*0.3, PosY-Dy*0.45, PosZ-Dz*0.35,0,0,0, 0,0,0, true, ALPHA, "Sphere 0", 0, 0,0,0,0, Mass/4);
Body[3] = CreateRigidBody("Body1", "tyre.act", 8,8,8, 255, PosX-Dx*0.3, PosY-Dy*0.45, PosZ+Dz*0.35,0,0,0, 0,0,0, true, ALPHA, "Sphere 0", 0, 0,0,0,0, Mass/4);
Body[4] = CreateRigidBody("Body1", "tyre.act", 8,8,8, 255, PosX-Dx*0.3, PosY-Dy*0.45, PosZ-Dz*0.35,0,0,0, 0,0,0, true, ALPHA, "Sphere 0", 0, 0,0,0,0, Mass/4);
CreateHingeJoint(Body[0], Body[1], PosX+Dx*0.3, PosY-Dy*0.45, PosZ+Dz*0.35, -180, 180, -180, 180, Dz*0.25, -1, 0, 0);
CreateHingeJoint(Body[0], Body[2], PosX+Dx*0.3, PosY-Dy*0.45, PosZ-Dz*0.35, -180, 180, -180, 180, Dz*0.25, -1, 0, 0);
CreateHingeJoint(Body[0], Body[3], PosX-Dx*0.3, PosY-Dy*0.45, PosZ+Dz*0.35, -180, 180, -180, 180, Dz*0.25, -1, 0, 0);
CreateHingeJoint(Body[0], Body[4], PosX-Dx*0.3, PosY-Dy*0.45, PosZ-Dz*0.35, -180, 180, -180, 180, Dz*0.25, -1, 0, 0);
} ]
Start[ ()
{
Console(true);
ShowPhysicsBBox(false);
debug(self.leftmousekey_pressed);
debug(TORQUE_REAR);
Dx = GetBodyBBox(Body[0], 0);
Dy = GetBodyBBox(Body[0], 1);
Dz = GetBodyBBox(Body[0], 2);
debug(Dx);
debug(Dy);
debug(Dz);
//SetTorque(Body[1], 0, 0, TORQUE_REAR, true);
//SetTorque(Body[2], 0, 0, TORQUE_REAR, true);
SetTorque(Body[3], 0, 0, TORQUE_REAR, true);
SetTorque(Body[4], 0, 0, TORQUE_REAR, true);
if(self.leftmousekey_pressed=true)
{
TORQUE_REAR=TORQUE_REAR+10;
}
else
{
TORQUE_REAR=TORQUE_REAR-40;
}
if(self.rightmousekey_pressed)
{
SetTorque(Body[3], 0, 0, 0, true);
SetTorque(Body[4], 0, 0, 0, true);
}
else
{
if(TORQUE_REAR<=0)
{
TORQUE_REAR=0;
}
if(TORQUE_REAR>500)
{
TORQUE_REAR=500;
}
}
} ]
}Here, there is the download of two mini-demo that use this script.
http://realityfactory.altervista.org/do ... r_test.zip
1) Down the Hill. Look the car go down accordingly with the gravity force (no torque on wheels) to see how the hinge joint works. THE WHEELS ROTATE!
2) Car_Test. "LeftClick" to apply a torque on the front wheels. Any idea on how to turn the wheels in the examples, Nout, and make it work like a real car? This is the main question of my previous posts.
The car chassis has a buggy rotation problems. Are these the Y-Axis rotation problems that you solved in the next release? Does the physic development proceed in the desired way? Are you plannig an upgrade (exe + headers)?
Download: http://realityfactory.altervista.org/do ... r_test.zip
Physics and moving lights, I think I might delay making my game a little longer till your demo is out with the physics and the car capabilities. I'm glad your working on rf now after gekido and the original rf team started working on beyond virtual and got busy. I'm not saying no one else is but you know what I mean. 