private static float DistanceToNearestPlayer(Charakter charakter, Point near)
{
Vector3 hilf1 = new Vector3(charakter.LogicalPosition.X - (charakter.LogicalPosition.Y - (charakter.LogicalPosition.Y & 1)) / 2, -(charakter.LogicalPosition.X - (charakter.LogicalPosition.Y - (charakter.LogicalPosition.Y & 1)) / 2) - charakter.LogicalPosition.Y, charakter.LogicalPosition.Y);
Vector3 hilf2 = new Vector3(near.X - (near.Y - (near.Y & 1)) / 2, -(near.X - (near.Y - (near.Y & 1)) / 2) - near.Y, near.Y);
float hilf3 = Math.Max(Math.Abs(hilf1.X - hilf2.X), Math.Abs(hilf1.Y - hilf2.Y));
hilf3 = Math.Max(hilf3, Math.Abs(hilf1.Z - hilf2.Z));
return(hilf3);
}
private static Point NearestPlayerCharacter(Charakter character)
{
Vector3 hilf = HexMap._board[character.LogicalPosition.X, character.LogicalPosition.Y].Position;
Point nearest = character.LogicalPosition;
float bestdistance = float.MaxValue;
foreach (Charakter player in HexMap.playableCharacter)
{
Vector3 hilf2 = HexMap._board[player.LogicalPosition.X, player.LogicalPosition.Y].Position;
if ((hilf - hilf2).Length() < bestdistance)
{
bestdistance = (hilf - hilf2).Length();
nearest = player.LogicalPosition;
}
}
return(nearest);
}
