public bool RecalculateAttackPosition()
{
if (Target != null && TargetUnit != null && !TargetUnit.IsDead && GetDistanceTo(Target) < CollisionRadius && GetDistanceTo(TargetUnit.X, TargetUnit.Y) <= Stats.Range.Total)//If we are already where we should be, do not move.
{
return(false);
}
var objects = _game.ObjectManager.GetObjects();
List <CirclePoly> UsedPositions = new List <CirclePoly>();
var isCurrentlyOverlapping = false;
var thisCollisionCircle = new CirclePoly(((Target)Target)?.GetPosition() ?? GetPosition(), CollisionRadius + 10);
foreach (var gameObject in objects)
{
var unit = gameObject.Value as AttackableUnit;
if (unit == null ||
unit.NetId == NetId ||
unit.IsDead ||
unit.Team != Team ||
unit.GetDistanceTo(TargetUnit) > DETECT_RANGE
)
{
continue;
}
var targetCollisionCircle = new CirclePoly(((Target)unit.Target)?.GetPosition() ?? unit.GetPosition(), unit.CollisionRadius + 10);
if (targetCollisionCircle.CheckForOverLaps(thisCollisionCircle))
{
isCurrentlyOverlapping = true;
}
UsedPositions.Add(targetCollisionCircle);
}
if (isCurrentlyOverlapping)
{
var targetCircle = new CirclePoly(((Target)TargetUnit.Target)?.GetPosition() ?? TargetUnit.GetPosition(), Stats.Range.Total, 72);
//Find optimal position...
foreach (var point in targetCircle.Points.OrderBy(x => GetDistanceTo(X, Y)))
{
if (_game.Map.NavGrid.IsWalkable(point))
{
var positionUsed = false;
foreach (var circlePoly in UsedPositions)
{
if (circlePoly.CheckForOverLaps(new CirclePoly(point, CollisionRadius + 10, 20)))
{
positionUsed = true;
}
}
if (!positionUsed)
{
SetWaypoints(new List <Vector2> {
GetPosition(), point
});
return(true);
}
}
}
}
return(false);
}
//Accessors.
//Overload
public override void mutate(int mutationflags, float mutationstrength)
{
CirclePoly.mutate(mutationflags & ~cShape.MF_VERTCOUNT, mutationstrength);
setAccentPoly();
int red, green, blue;
//Pick bright colors that I can add 64 to and still be in range.
red = Framework.randomOb.random(64, 255 - 64);
green = Framework.randomOb.random(64, 255 - 64);
blue = Framework.randomOb.random(64, 255 - 64);
FillColor = Color.FromArgb(red, green, blue);
}
internal override void UpdatePolygon()
{
Circle = new CirclePoly(this.EndPosition, this.SData.Radius);
this.UpdatePath();
}
internal override void UpdatePolygon()
{
Circle = new CirclePoly(this.EndPosition, 80);
this.UpdatePath();
}
