internal void PartsInRange(out List<Part> partsInRange, out List<float> anglesFromTo, out List<float> distances)
{
// collect aircrafts that are near enough to have parts which could be targets
List<Aircraft> aircraftsInRange = new List<Aircraft>();
foreach (var aircraft in (MyPart.Aircraft.Team == Team.PlayerTeam ? ((PlayLayer)MyPart.Layer).ActiveAircrafts : ((PlayLayer)MyPart.Layer).PlayerAircrafts)) // a bit dirty since technically NPC allies to the player could exist (someday), which would not be contained in PlayerAircrafts, but which would still (maybe) be part of the player team
{
// check if it is considered an enemy
if (!MyPart.Aircraft.Team.IsEnemy(aircraft.Team) || aircraft.MyState.Equals(Aircraft.State.SHOT_DOWN))
continue;
// check if in attention arc
if (Collisions.CollideArcBoundingBox(MyPart.PositionWorldspace, AttentionRange, MyPart.TotalNullRotation, AttentionAngle, aircraft.BoundingBoxTransformedToWorld))
aircraftsInRange.Add(aircraft);
}
partsInRange = new List<Part>();
anglesFromTo = new List<float>();
distances = new List<float>();
foreach (var aircraft in aircraftsInRange)
{
foreach (var part in aircraft.TotalParts)
{
if (part.MyState == Part.State.DESTROYED) continue;
// using the position as criterium is a bit dirty and could be improved on by using the bounding box instead (at the cost of performance)
CCPoint vectorMyPartPart = part.PositionWorldspace - MyPart.PositionWorldspace;
float distance = vectorMyPartPart.Length;
if (distance <= AttentionRange)
{
var angleFromTo = Constants.AngleFromToDeg(MyPart.TotalRotation - MyPart.RotationFromNull, Constants.DxDyToCCDegrees(vectorMyPartPart.X, vectorMyPartPart.Y));
if ((float)Math.Abs(angleFromTo) <= AttentionAngle)
{
partsInRange.Add(part);
anglesFromTo.Add(Constants.AngleFromToDeg(MyPart.TotalRotation, Constants.DxDyToCCDegrees(vectorMyPartPart.X, vectorMyPartPart.Y)));
distances.Add(distance);
}
}
}
}
}