// Returns attack postion of target in world
public static Vector2?ChooseTargetVector(TeamType teamType, float range, Rectangle bb, Guid interiorId)
{
foreach (var otherTeam in BoundingBoxLocations.BoundingBoxLocationMap.Keys)
{
if (AttackMapping.AttackMappings[teamType][otherTeam])
{
Vector2?shotCords = null;
if (BoundingBoxLocations.BoundingBoxLocationMap[otherTeam].Any())
{
float minVMag = float.MaxValue;
foreach (var target in BoundingBoxLocations.BoundingBoxLocationMap[otherTeam])
{
float vmag = PhysicsUtility.VectorMagnitude(target.targetLoc.X, bb.X, target.targetLoc.Y, bb.Y);
if (vmag < minVMag && interiorId == target.interiorId)
{
minVMag = vmag;
shotCords = target.targetLoc;
}
}
if (minVMag <= range)
{
return(shotCords);
}
}
else
{
return(null);
}
}
}
return(null);
}
// Returns tile point of target (pass the pathType on which you desire to find a target - i.e. ships don't build paths to land tiles) and the distance between target and this bb
public static Tuple <Point?, float> ChooseTargetPoint(TeamType teamType, float range, Rectangle bb, Guid interiorId, PathType pathType)
{
foreach (var otherTeam in BoundingBoxLocations.BoundingBoxLocationMap.Keys)
{
if (AttackMapping.AttackMappings[teamType][otherTeam])
{
Point?targetTilePoint = null;
if (BoundingBoxLocations.BoundingBoxLocationMap[otherTeam].Any())
{
float minVMag = float.MaxValue;
foreach (var target in BoundingBoxLocations.BoundingBoxLocationMap[otherTeam])
{
if (target.pathType != pathType)
{
continue;
}
float vmag = PhysicsUtility.VectorMagnitude(target.targetLoc.X, bb.X, target.targetLoc.Y, bb.Y);
if (vmag < minVMag && interiorId == target.interiorId)
{
minVMag = vmag;
targetTilePoint = target.mapCordPoint;
}
}
if (minVMag <= range)
{
return(new Tuple <Point?, float>(targetTilePoint, minVMag));
}
}
else
{
return(null);
}
}
}
return(null);
}