/* Returns all player from the team who have another vertical direction to the target */
public List<Player> PlayersWithOtherVerticalDirection(Point targetPoint, int verticalDirection, Team team)
{
Pathfinding pathfinding = new Pathfinding();
List<Player> validPlayers = new List<Player>();
foreach (Player player in team.Players)
{
int movementDirection = pathfinding.CalculateVerticalDirection(player.Location, targetPoint);
if (movementDirection != verticalDirection)
{
validPlayers.Add(player);
}
}
return validPlayers;
}
/// <summary>
/// For the case that the own team controls the ball and the player stands close to the enemy's goal.
/// </summary>
/// <param name="player"></param>
/// <returns></returns>
public virtual PlayerAction ActionGoalClose(Player player)
{
Pathfinding pathfinding = new Pathfinding();
Goal enemyTeamGoal = GameAI.GetEnemyTeam(GameAI.PlayersTeam(player)).TeamGoal;
Point ballNextRoundLocation = GameAI.BallNextRoundLocation();
int ballDistanceToEnemyGoal = Math.Abs(enemyTeamGoal.XCoordinate - ballNextRoundLocation.X);
Point targetPoint = player.Location;
targetPoint.Y = enemyTeamGoal.MiddlePoint.Y + pathfinding.CalculateVerticalDirection(player.Location, enemyTeamGoal.MiddlePoint) * 3;
if (ballDistanceToEnemyGoal > player.MaxSpeed * 2)
{
targetPoint.X = ballNextRoundLocation.X + (pathfinding.CalculateHorizontalDirection(player.Location, enemyTeamGoal.MiddlePoint) * 5);
}
Point freePoint = SearchFreeTargetPoint(player, RunRoom(GameAI.PlayersTeam(player)), targetPoint, 5, 3);
return new PlayerAction(null, freePoint, ActionType.Run);
}