void Start()
{
part.setInverseMassWithMass(0.5f);
part.affectedByGravity(true);
part.checkGravity();
testReg.add(part, grav);
_gobject = Instantiate(gobject, pos.convertToVector3(), Quaternion.identity, gameObject.transform) as GameObject;
}
// Use this for initialization
void Start()
{
part1.setPosition(transform.position.x, transform.position.y, transform.position.z);
part2.setPosition(transform.position.x, transform.position.y + 1.5f, transform.position.z); //same position as green ball but not the positon of green ball
//part1.setMass (25);
part1.setInverseMassWithMass(0.5f);
print("Part1 inverse mass: " + part1.getInverseMass());
part1.affectedByGravity(true);
//setGravity (0, -1, 0);
//part1.setVelocity (12, 10, -1);
//part1.setAcceleration (0, 20, 0);
part1.checkGravity();
//part1.setAcceleration ((float)gravity.getComponentX(), (float)gravity.getComponentY(), (float)gravity.getComponentZ());
/*
* You could mess around with creating fireworks later page 84 in millington though not in the current form
*/
}
//static ParticleDrag drag = new ParticleDrag (0.01f,0.01f);
void Start()
{
part1.setPosition(GameObject.Find("Particle1").transform.position.x, GameObject.Find("Particle1").transform.position.y, GameObject.Find("Particle1").transform.position.z);
part2.setPosition(GameObject.Find("Particle2").transform.position.x, GameObject.Find("Particle2").transform.position.y, GameObject.Find("Particle2").transform.position.z);
//print ("Positions set");
part1.setInverseMassWithMass(0.5f);
part1.affectedByGravity(true);
part1.checkGravity();
part2.setInverseMassWithMass(0.5f);
part2.affectedByGravity(true);
part2.checkGravity();
MyForceReg.add(part1, gravity1);
MyForceReg.add(part2, gravity2);
//MyForceReg.add (part1, drag);
//MyForceReg.add (part2, drag);
}
