void OnTriggerEnter2D(Collider2D collider)
{
if (collider is BoxCollider2D && collider.GetComponent <CreepScript>() != null && collider.GetComponent <CreepScript>().WayPointTarget == transform)
{
UtilityFunctions.DebugMessage("Finding waypoint through collider - " + collider.name);
Transform wayPointTarget = collider.GetComponent <CreepScript>().WayPointTarget;
Transform target = collider.GetComponent <CreepScript>().Target;
wayPointTarget = PathingScript.FindClosestWayPointToSelfAndTarget(transform, wayPointTarget, target);
collider.GetComponent <CreepScript>().WayPointTarget = wayPointTarget ?? target;
}
}
void Start()
{
powerUsed = 0.0f;
rb = gameObject.GetComponent <Rigidbody>() as Rigidbody;
finished = true;
upt = GameObject.Find("Canvas").GetComponent <UIPowerTracker>() as UIPowerTracker;
weather = GameObject.Find("Weather").GetComponent <Weather>() as Weather;
pathingScript = gameObject.GetComponent <PathingScript>() as PathingScript;
currentStart = weather.zonesByID[startingZoneID];
currentEnd = weather.zonesByID[baseDestinationZoneID];
path = new List <Zone>();
pathProgress = 0;
}
// Update is called once per frame
void Update()
{
if (WayPointTarget == null)
{
UtilityFunctions.DebugMessage("Finding waypoint through update");
WayPointTarget = PathingScript.FindClosestWayPointToSelfAndTarget(transform, WayPointTarget, Target);
if (WayPointTarget == null)
{
WayPointTarget = Target;
}
}
if (!Afflictions.Any(x => x.AfflictionType == AfflictionTypes.Stun))
{
if (IsFighting && FightingTarget != null)
{
if ((UtilityFunctions.UseUnitZPosition(transform, transform.position) - UtilityFunctions.UseUnitZPosition(transform, FightingTarget.position)).sqrMagnitude > DistanceBetweenMeleeFighters)
{
UtilityFunctions.DebugMessage("Moving towards melee target.");
IsMovingTowardFighter = true;
float unitSpeedAdjustment = GetUnitSpeedAdjustment();
float newUnitSpeed = unitSpeedAdjustment * UnitSpeed;
transform.position += (UseUnitZPosition(FightingTarget.position) - transform.position).normalized * Time.deltaTime * newUnitSpeed;
}
else
{
IsMovingTowardFighter = false;
Attack();
}
}
else if (IsFighting)
{
IsMovingTowardFighter = false;
IsFighting = false;
}
else
{
float unitSpeedAdjustment = GetUnitSpeedAdjustment();
float newUnitSpeed = unitSpeedAdjustment * UnitSpeed;
transform.position += (UseUnitZPosition(WayPointTarget.transform.position) - transform.position).normalized * Time.deltaTime * newUnitSpeed;
}
}
Afflictions.RemoveAll(x => x.EndTime <= Time.time);
}
void Start()
{
// Get all paths
var paths = PathingScript.BuildAIPaths();
// Find all intersections of paths, remove duplicates
List <ActualVector> collisionPaths = new List <ActualVector>();
foreach (var path in paths)
{
for (var index = 0; index < path.Count; index++)
{
if (index != 0)
{
Vector3 nodePath = UtilityFunctions.UseUnitZPosition(transform, path[index]) - UtilityFunctions.UseUnitZPosition(transform, path[index - 1]);
RaycastHit2D[] hits = Physics2D.RaycastAll(UtilityFunctions.UseUnitZPosition(transform, path[index - 1]), nodePath, nodePath.magnitude);
if (hits.Any(x => x.collider == transform.GetComponent <Collider2D>()) || transform.GetComponent <Collider2D>().OverlapPoint(path[index - 1]))
{
var collisionPoint1 = hits.Any(x => x.collider == transform.GetComponent <Collider2D>()) ? hits.First(y => y.collider == transform.GetComponent <Collider2D>()).point : (Vector2?)null;
if (!collisionPaths.Any(x => x.IsEqual(path[index - 1], nodePath, nodePath.magnitude, collisionPoint1)))
{
collisionPaths.Add(new ActualVector
{
Origin = path[index - 1],
Direction = nodePath,
Magnitude = nodePath.magnitude,
CollisionPoint1 = collisionPoint1,
StartsInsideCollider = transform.GetComponent <Collider2D>().OverlapPoint(path[index - 1]),
EndsInsideCollider = transform.GetComponent <Collider2D>().OverlapPoint(path[index])
});
}
}
}
}
}
// refine vectors to only inside the collider
for (var pathIndex = 0; pathIndex < collisionPaths.Count; pathIndex++)
{
// if outside collider, set origin to collider, shorten magnitude
if (!collisionPaths[pathIndex].StartsInsideCollider)
{
var newVector = collisionPaths[pathIndex].Direction - (collisionPaths[pathIndex].CollisionPoint1.GetValueOrDefault() - collisionPaths[pathIndex].Origin);
collisionPaths[pathIndex].Origin = collisionPaths[pathIndex].CollisionPoint1.GetValueOrDefault();
collisionPaths[pathIndex].Direction = newVector;
collisionPaths[pathIndex].Magnitude = newVector.magnitude;
}
// if vector leaving collider, cut off
if (!collisionPaths[pathIndex].EndsInsideCollider)
{
var endPoint = collisionPaths[pathIndex].Direction + collisionPaths[pathIndex].Origin;
var oppositeDirectection = collisionPaths[pathIndex].Direction * -1;
RaycastHit2D[] hits = Physics2D.RaycastAll(UtilityFunctions.UseUnitZPosition(transform, endPoint), oppositeDirectection, oppositeDirectection.magnitude);
var collision = hits.First(x => x.collider == transform.GetComponent <Collider2D>()).point;
collisionPaths[pathIndex].Direction = collision - collisionPaths[pathIndex].Origin;
collisionPaths[pathIndex].Magnitude = (collision - collisionPaths[pathIndex].Origin).magnitude;
}
}
CollisionPaths = collisionPaths;
}
