public IEnumerator MoveToWayPoint(int currActionNum)
{
int savedActionNum = currActionNum;
movementList[savedActionNum].isCoroutine = true;
moveInfo.currWayPoint = 0;
while (savedActionNum == currActionNum)
{
Movement currMoveThisAct = movementList[savedActionNum];
int currWayIndex = moveInfo.currWayPoint;
if (currWayIndex < currMoveThisAct.wayPointList.Count)
{
Movement.WayPoint currWayPoint = currMoveThisAct.wayPointList[currWayIndex];
if (currWayPoint.startDelay != 0)
{
rgBody.velocity = Vector3.zero;
yield return(new WaitForSeconds(currWayPoint.startDelay));
currWayPoint.startDelay = 0;
}
moveInfo.target = currWayPoint.targetTrans.position;
moveInfo.moveDirection = moveInfo.target - transform.position;
moveInfo.velocity = rgBody.velocity;
if (moveInfo.moveDirection.magnitude < 0.5f)
{
moveInfo.currWayPoint++;
}
else
{
moveInfo.velocity = moveInfo.moveDirection.normalized * currWayPoint.speed;
}
}
else
{
if (currMoveThisAct.isRepeat)
{
moveInfo.currWayPoint = 0;
}
else
{
moveInfo.velocity = Vector3.zero;
}
}
rgBody.velocity = moveInfo.velocity;
yield return(null);
}
rgBody.velocity = Vector3.zero;
movementList[savedActionNum].isCoroutine = false;
}
public void SetMovement(Transform spawnPos, Movement movement)
{
if (movement.type == Movement.Type.WAY_POINT)
{
spawnPosTrans = spawnPos;
if (movementList.Count == 0)
{
movementList.Add(new Movement());
Movement currMovement = movementList[0];
currMovement.type = Movement.Type.WAY_POINT;
currMovement.wayPointParent = movement.wayPointParent;
currMovement.constantSpeed = movement.constantSpeed;
currMovement.isRepeat = movement.isRepeat;
currMovement.isConstantSpeed = movement.isConstantSpeed;
for (int i = 0; i < movement.wayPointParent.childCount; i++)
{
if (currMovement.wayPointList.Count - 1 < i)
{
currMovement.wayPointList.Add(new Movement.WayPoint());
}
Movement.WayPoint currWaypoint = movementList[0].wayPointList[i];
currWaypoint.targetTrans = movement.wayPointParent.GetChild(i);
currWaypoint.speed = movement.wayPointList[i].speed;
currWaypoint.startDelay = movement.wayPointList[i].startDelay;
if (currMovement.isConstantSpeed)
{
currWaypoint.speed = movement.constantSpeed;
}
}
}
}
else if (movement.type == Movement.Type.SINE_WAVE)
{
if (movementList.Count == 0)
{
movementList.Add(new Movement());
Movement currMovement = movementList[0];
currMovement.type = Movement.Type.SINE_WAVE;
currMovement.sinewave.direction = movement.sinewave.direction;
currMovement.sinewave.speed = movement.sinewave.speed;
currMovement.sinewave.frequency = movement.sinewave.frequency;
currMovement.sinewave.magnitude = movement.sinewave.magnitude;
currMovement.sinewave.magExpandMult = movement.sinewave.magExpandMult;
currMovement.sinewave.isStartLeft = movement.sinewave.isStartLeft;
currMovement.sinewave.startPos = (Vector2)spawnPos.position;
currMovement.sinewave.curveAxis = GetCurveAxis(currMovement.sinewave.direction, currMovement.sinewave.isStartLeft);
mPrevPos = transform.position;
}
}
else if (movement.type == Movement.Type.IN_AND_OUT)
{
movementList.Add(new Movement());
Movement currMovement = movementList[0];
currMovement.type = Movement.Type.IN_AND_OUT;
currMovement.inOut.direction = movement.inOut.direction;
currMovement.inOut.speed = movement.inOut.speed;
currMovement.inOut.time = movement.inOut.time;
currMovement.inOut.waitBeforeGoingOut = movement.inOut.waitBeforeGoingOut;
}
}
