void Start()
{
singleton = this;
Damage.damageInitialize();
Map_generator = GetComponent <Map_generator>();
Map_generator.map_generate();
}
/// <summary>
/// Display destination arrow
/// </summary>
void setDestineArrow()
{
destinPosition = Game_watcher.getDestinationPos();
thisPosition = transform.position;
//Calculate the intersection b/w cam-to-destine line and the screen bounds
if (destinPosition.z > topCamViewBound)
{
intersection(CONSTANTS.DIRECTION.UP);
}
else if (destinPosition.z < lowerCamViewBound)
{
intersection(CONSTANTS.DIRECTION.DOWN);
}
if (destinPosition.x > rightCamViewBound)
{
intersection(CONSTANTS.DIRECTION.RIGHT);
}
else if (destinPosition.x < leftCamViewBound)
{
intersection(CONSTANTS.DIRECTION.LEFT);
}
//Destination inside camera view
if (destinPosition.z <= topCamViewBound && destinPosition.z >= lowerCamViewBound && destinPosition.x <= rightCamViewBound && destinPosition.x >= leftCamViewBound)
{
trackArrow.transform.rotation = Quaternion.Euler(90, Game_watcher.getDestinationDir(), 0);
trackArrow.transform.position = Game_watcher.getDestinationPos();
}
//Destination outside camera view
else
{
Vector3 diff = destinPosition - thisPosition;
trackArrow.transform.rotation = Quaternion.Euler(90, -180 * Mathf.Atan2(diff.z, diff.x) / Mathf.PI, 0);
trackArrow.transform.position = screen_intersect;
}
}
void setPlayerRandomPos()
{
int avenue = Random.Range(0, vertical_roads.Count - 1);
int street = Random.Range(0, horizontal_roads.Count - 1);
tempVec.x = (vertical_roads[avenue].upper + vertical_roads[avenue].lower) / 2;
tempVec.z = (horizontal_roads[street].upper + horizontal_roads[street].lower) / 2;
spawnLocation = tempVec;
Game_watcher.setPlayerPos(tempVec);
}
private void OnTriggerEnter(Collider other)
{
Game_watcher.OnReachDestination(Map_generator.getDistanceTravelled());
}
