IEnumerator Exit()
{
StopParticle();
LaserCollider.enabled = false;
LaserLine.enabled = false;
float timer = 0;
isAlive = false;
Movement = IdleMovement;
Vector3 startPosRight = LaserRight.transform.position;
float sizeRight = LaserRight.GetComponent <SpriteRenderer>().size.x / 2;
Vector3 startPosLeft = LaserLeft.transform.position;
float sizeLeft = LaserLeft.GetComponent <SpriteRenderer>().size.x / 2;
while (timer < ExitTimer)
{
LaserLeft.transform.position = Vector3.Lerp(startPosLeft, startPosLeft - new Vector3(sizeLeft, 0, 0), timer / ExitTimer);
LaserRight.transform.position = Vector3.Lerp(startPosRight, startPosRight - new Vector3(-sizeRight, 0, 0), timer / ExitTimer);
timer += TimeManager.instance.deltaTime;
yield return(null);
}
LaserLeft.transform.position = startPosLeft - new Vector3(sizeLeft, 0, 0);
LaserRight.transform.position = startPosRight - new Vector3(-sizeRight, 0, 0);
spawner.OnEnemyDeath(this);
}
public int Move(eMovement movement)
{
// dieFaces.cCur.Move()
switch (movement)
{
case Down:
// make sure and do these assignments in order!
// (to avoid reassigning freshly assigned variables: a = b; c = a;
_top = _facing;
_facing = Bottom;
_bottom = 7 - _top;
initializeSides();
break;
case Up:
int ttop = _top;
_top = 7 - _facing;
_bottom = _facing;
_facing = ttop;
initializeSides();
break;
case Left:
//int side = _sides[0];
//int facingIndex = _sides.IndexOf(_facing);
//if (facingIndex < (NUMSIDES))
//{
// _facing = _sides[facingIndex];
//}
//else
// _facing = _sides[0];
int facingIndex = _sides.IndexOf(_facing);
rotate(_sides, eMovement.Right);
// rotate
_facing = _sides[facingIndex];
break;
case Right:
//int last = _sides.Count - 1;
//int side = _sides[last];
facingIndex = _sides.IndexOf(_facing);
//_sides.RemoveAt(last);
//_sides.Insert(0, side);
rotate(_sides, eMovement.Left);
_facing = _sides[facingIndex];
//facingIndex = _sides.IndexOf(_facing);
//rotate(_sides, eMovement.Left);
//// rotate
//_facing = _sides[facingIndex];
break;
default:
Console.Write($"Unhandled case: {movement.ToString()}");
break;
}
return(_facing);
}
// Use this for initialization
void Start()
{
Movement = IdleMovement;
LaserCollider = GetComponent <BoxCollider2D>();
LaserCollider.enabled = false;
LaserLine.enabled = false;
StopParticle();
}
void rotate(List <int> ls, eMovement movement)
{
if (movement == eMovement.Right)
{
int len = ls.Count - 1;
int lastValue = ls[len];
ls.RemoveAt(len);
ls.Insert(0, lastValue);
}
else if (movement == eMovement.Left)
{
int firstValue = ls[0];
ls.RemoveAt(0);
ls.Add(firstValue);
}
}
IEnumerator WarmUp()
{
float timer = 0;
LaserLine.SetPosition(0, LaserLeft.GetChild(0).transform.position);
LaserLine.SetPosition(1, LaserRight.GetChild(0).transform.position);
while (timer < FireWarmUpTimer)
{
LaserLine.startWidth = LaserLine.startWidth = Mathf.Lerp(LASER_MIN_WIDTH, LASER_MAX_WIDTH, timer / FireWarmUpTimer);
LaserLine.endWidth = LaserLine.startWidth = Mathf.Lerp(LASER_MIN_WIDTH, LASER_MAX_WIDTH, timer / FireWarmUpTimer);
timer += TimeManager.instance.deltaTime;
yield return(null);
}
LaserLine.startWidth = LaserLine.endWidth = LASER_MAX_WIDTH;
Movement = GetComponent <EnemyType>().Movement;
isAlive = true;
LaserCollider.enabled = true;
LaserLine.enabled = true;
StartParticle();
}
