/**
* This will match a mobile opponent (an actor that doesn't yet have a destination) and a
* stationary opponent (an actor that has a destination). The current usage context for this is
* when multiple actors are attackking the stationaryActor.
**/
private void MatchOpponents(Actor mobileActor, Actor stationaryActor, bool prevLocCacheRequired = false)
{
mobileActor.target = stationaryActor;
stationaryActor.target = mobileActor;
//We want to offset the y position of the stacked mobile actor
int randSeed = Random.Range (1, 2) == 1 ? -1 : 1;
stanceOffSetY *= randSeed;
//We want to offset the x position of the stacked mobile actor
float stanceOffSetXLocal = stanceOffSetX * stationaryActor.transform.localScale.x;
Vector3 newVector = new Vector3 ((stationaryActor.endMarker.x + stanceOffSetXLocal), stationaryActor.endMarker.y+stanceOffSetY, stationaryActor.endMarker.z );
Vector3? cachedPrevious = null;
if (prevLocCacheRequired) {
cachedPrevious = mobileActor.prevLoc;
}
mobileActor.NewLocation (newVector);
if (prevLocCacheRequired) {
mobileActor.prevLoc = cachedPrevious.Value;
}
}
private void MatchOpponents(Actor player, Actor enemy, Vector3 coordinate)
{
Vector3 enemyCoordinate = new Vector3(coordinate.x -stanceOffSetX, coordinate.y, coordinate.z);
Vector3 playerCoordinate = new Vector3(coordinate.x +stanceOffSetX, coordinate.y, coordinate.z);
player.NewLocation(playerCoordinate);
enemy.NewLocation(enemyCoordinate);
player.target = enemy;
enemy.target = player;
}
