void Start()
{
if (Camera == null)
{
Camera = Camera.main;
}
body = GetComponent <CustomRigidBody>();
}
public void DropFly()
{
//Fly will start dropping when notified
CustomRigidBody rb = this.GetComponent <CustomRigidBody> ();
rb.useGravity = true;
rb.useWind = false;
rb.bounceOnImpact = true;
}
public void OnCollide(SCollisionInfo collInfo)
{
CustomRigidBody rb = collInfo.otherObj.GetComponent <CustomRigidBody> ();
if (rb != null)
{
rb.SetWindVelocity(m_currentWind);
}
}
// Projectile force is non verlet due to the fact, we are not acting acceleration to it, we want a steady speed. We will cause initial speed at first,
// and let newtons 2nd law act for a steady speed with no acceleration aka no wind resistance
public void Euler()
{
CustomRigidBody P = this;
float Vx = P.angVelocity.x;
float Vz = P.angVelocity.z;
float Vy = P.angVelocity.y; // slows down the velocity, but the gravity is still not actiing on it
Vector3 newAngVelocity = new Vector3(Vx, Vy, Vz);
// distance = change in velocity * change in time, the distance is being travelled in linearly without any hinderance
P.position = P.position + P.angVelocity * Time.deltaTime; // assuming a constant velocity and no wind resistance
P.transform.position = (P.position); // use delta time for the gravity effect
}
// Add reaction the the turkey on the ball. increase the newforcey to see better results
public void addballforce(CustomRigidBody c)
{
float newforcex = c.forcex;
float newforcey = c.forcey;
newforcex = newforcex * 5f; // lower the x
newforcey = newforcey * 5f;;
float f = (c.oldposition.y / (c.transform.position.y + c.oldposition.y));
// if falling from above
// if (c.transform.position.y - c.oldposition.y <=0)
// {
//applyforce(new Vector3(-newforcex, -newforcey, 0));
// }
// if (c.transform.position.y - c.oldposition.y > 0)
// {
acc = new Vector3(acc.x, 0, 0);
applyforce(new Vector3(-newforcex, -newforcey, 0));
// }
}
// Use this for initialization
void Start()
{
frisbee = GameObject.Find("RecordingFrisbee");
frisbeeScript = frisbee.GetComponent <CustomRigidBody> ();
firstThrow = true;
}
