private void HandlePlayerShooting()
{
//if (!_command.AttackPressed) return;
var ents = playerShipMatcher.GetMatches();
foreach (var ent in ents)
{
if (playerCommand.AttackPressed)
{
ZenLogger.LogGame("Attack triggered");
ExecuteAttack(ent);
}
}
}
private void MoveTowardPosition(AIShipComp nc, Vector3 moveToPosition)
{
//ZenGizmosDebug.Instance.targetPosition = moveToPosition;
var pc = nc.GetComponent <PositionComp>().transform;
var sc = nc.GetComponent <ShipComp>();
pc.rotation =
//ZenMath.QuaternionUtil.SlerpLookAtTarget(pc, moveVector, 5f /*Rotation speed*/* Time.deltaTime);
ZenMath.QuaternionUtil.SlerpLookAtTarget(pc, moveToPosition, 0.5f /*Rotation speed*/ * Time.deltaTime);
//float faceAngle = Vector3.Dot(pc.forward, moveVector.normalized);
Debug.DrawLine(pc.position, moveToPosition, Color.yellow);
//if (faceAngle > 0.75) // only accelerate if pointing in the right general direction
//{
// nc.GetComponent<RigidbodyComp>().rigidbody.AddForce(
// pc.forward *
// nc.GetComponent<ShipComp>().CurrentAcceleration * 60f *
// Time.deltaTime);
//}
var rb = nc.GetComponent <RigidbodyComp>().rigidbody;
//calc force
Vector3 force = CalculateForce(
pc.position,
rb.velocity,
moveToPosition,
Vector3.zero); // #TODO: Change this zero to a next waypoint direction velocity
//rb.AddForce(force, ForceMode.VelocityChange);
Vector3 v = (force / rb.mass) * Time.deltaTime * sc.CurrentAcceleration / 60f;
Vector3 totalVelocity = rb.velocity + v;
Vector3 limitedV = Vector3.ClampMagnitude(totalVelocity, sc.CurrentMaxSpeed);
rb.velocity = limitedV;
//float maxspeed = nc.GetComponent<ShipComp>().CurrentMaxSpeed;
//getting close to target
if ((pc.position - moveToPosition).sqrMagnitude < 50.1f)
{
//Debug.Log("Close to target");
nc.Navigation.HasReachedTarget = true;
}
else
{
ZenLogger.LogGame($"Travel distance: {(pc.position - moveToPosition).sqrMagnitude}");
}
}
