public void init(ref Vector3 position, ref Quaternion rotation)
{
base.init();
rigidbody_.init(ref position, ref rotation);
collider_ = MyCollider.createBullet();
MyCollider.initSphereBullet(collider_, ref position, 0.25f /* radius */);
MyCollider.disableForBullet(collider_, true);
is_held_ = true;
start_ = 0;
beam_id_ = Beam.Instance.spawn(0.25f /* width */, Beam.Type.Bullet);
}
public void init(ref Vector3 position, ref Quaternion rotation, float speed, double update_time)
{
base.init();
rigidbody_.init(ref position, ref rotation);
var dir = rotation * CV.Vector3Forward;
var velocity = dir * speed;
rigidbody_.setVelocity(velocity);
collider_ = MyCollider.createBullet();
MyCollider.initSphereBullet(collider_, ref position, 0.5f /* radius */);
start_ = update_time;
beam_id_ = Beam.Instance.spawn(0.75f /* width */, Beam.Type.Bullet);
}
public void init(ref Vector3 position, ref Quaternion rotation, float speed, float update_time)
{
base.init(ref position, ref rotation);
var dir = rotation * Vector3.forward;
var velocity = dir * speed;
rigidbody_.setVelocity(velocity);
collider_ = MyCollider.createBullet();
MyCollider.initSphereBullet(collider_, ref position, 1f /* radius */);
start_ = update_time;
beam_id_ = Beam.Instance.spawn(0.75f /* width */, Beam.Type.Bullet);
// beam_id_ = Beam2.Instance.spawn(ref rigidbody_.transform_.position_,
// ref dir,
// 1.0f /* length */,
// speed,
// ref col,
// 0.75f /* width */);
}
