public bool InNode(Gravitybody body)
{
Vector3 body_p = body.gameObject.transform.position;
body_p = body_p - center;
body_p = new Vector3(Mathf.Abs(body_p.x), Mathf.Abs(body_p.y), Mathf.Abs(body_p.z));
return(body_p.x <= half_dim.x && body_p.y <= half_dim.y && body_p.z <= half_dim.z);
}
private void AddGravityBody()
{
GameObject gbobject = Instantiate(gravitybodyPrefab);
Gravitybody gbody = gbobject.GetComponent <Gravitybody>();
if (gbody != null)
{
gbody.mass = (maxMass - minMass) * Random.value + minMass;
gbody.velocity = new Vector3(
(maxStartVelocity.x - minStartVelocity.x) * Random.value + minStartVelocity.x,
(maxStartVelocity.y - minStartVelocity.y) * Random.value + minStartVelocity.y,
(maxStartVelocity.z - minStartVelocity.z) * Random.value + minStartVelocity.z);
gbody.transform.position = new Vector3(
(maxStartPosition.x - minStartPosition.x) * Random.value + minStartPosition.x,
(maxStartPosition.y - minStartPosition.y) * Random.value + minStartPosition.y,
(maxStartPosition.z - minStartPosition.z) * Random.value + minStartPosition.z);
gbody.gravityBodyManager = this;
gbodystructure.AddGravityBody(gbody);
}
}
public abstract List <Gravitybody> GetGravityBodies(Gravitybody body);
public abstract void AddGravityBody(Gravitybody body);
public List <Gravitybody> GetAffectingBodies(Gravitybody body)
{
return(gbodystructure.GetGravityBodies(body));
}
public override List <Gravitybody> GetGravityBodies(Gravitybody body)
{
return(gbodies);
}
public override void AddGravityBody(Gravitybody body)
{
gbodies.Add(body);
}
public void AddBody(Gravitybody body)
{
}
