// Should be used as the default behaviour.
public static void PositionAndShoot(GameObject player, GameObject ball, GameObject goal)
{
/* First a position of the goal is found, then player is rotated to face the ball.
* Next distance from the player to the point from which he would be able to shoot is found.
* Then the player is moved closer to it or uses a sword to shot at the goal. */
AIMovementBehaviour.LookAt(player, ball);
Vector2 goalDirection = AIDirectionBehaviour.FindPositionOf(ball, goal, 0.9f); // The point where player should position itself
if (AICalculate.CalculateLengthBetween(player, ball.transform.position.x, ball.transform.position.y) < 2) // If player is close to the ball
{
if (AICalculate.CalculateLengthBetween(player, goalDirection.x, goalDirection.y) > 0.3)
{
PositionInFrontOf(player, ball, goal);
}
else
{
AIBasicBehaviour.UseSword(player);
}
}
else
{
AIMovementBehaviour.MoveForward(player);
}
}
public new void RunTwoPosition()
{
/* OGoal | Player | Ball | AI | AIGoal
*/
if (AICheckBehaviour.FarFromBall(player, ball))
{
AIBasicBehaviour.Sprint(player, 1);
if (aIController.lineOfSight.CheckIfBallSpotted())
{
AIMovementBehaviour.LookAt(player, ball);
AIBasicBehaviour.UseGun(player);
AIMovementBehaviour.MoveTowards(player, ball);
}
else
{
AIGlobalBehaviour.PositionAndShoot(player, ball, goal);
}
}
else
{
if (AICheckBehaviour.CheckIfBallApproaching(player, ball))
{
AIBasicBehaviour.UseShield(player);
}
AIGlobalBehaviour.PositionAndShoot(player, ball, goal);
}
}
public static void ShootInTheMiddle(GameObject player, GameObject ball, GameObject goal)
{
/* Same as ShootAtGoal method but this time the player kicks the towards the middle of
* the football pitch.
*/
Vector2 goalDirection = AIDirectionBehaviour.FindPositionOf(ball, goal, 0.9f);
AIMovementBehaviour.LookAt(player, ball);
if (AICalculate.CalculateLengthBetween(player, ball.transform.position.x, ball.transform.position.y) < 2) // If player is close to the ball
{
if (AICalculate.CalculateLengthBetween(player, goalDirection.x, goalDirection.y) > 0.3)
{
PositionInFrontOf(player, ball, goal);
}
else
{
AIMovementBehaviour.LookAt(player, player.transform.position.x, player.GetComponent <PlayerController>().globalSettings.stateBoundary);
AIBasicBehaviour.UseSword(player);
}
}
else
{
AIMovementBehaviour.MoveForward(player);
}
}
public new void RunOnePosition()
{
/* OGoal | AI | Ball | Player | AIGoal
*/
if (AICheckBehaviour.FarFromBall(player, ball))
{
if (AICheckBehaviour.CheckOpponentsHealth(opponent))
{
AIMovementBehaviour.LookAt(player, opponent);
AIBasicBehaviour.UseGun(player);
}
else if (AICheckBehaviour.CheckIfCloseToPickup(GetActivePickups(), player))
{
AIMovementBehaviour.LookAt(player, AICheckBehaviour.GetClosestPickup(GetActivePickups(), GetActiveCount(), player));
AIMovementBehaviour.MoveForward(player);
}
else
{
AIGlobalBehaviour.PositionAndShoot(player, ball, aIController.lineOfSight.GetAvailablePoint());
}
}
else
{
AIGlobalBehaviour.PositionAndShoot(player, ball, aIController.lineOfSight.GetAvailablePoint());
}
}
public new void RunTwoPosition()
{
/* OGoal | Player | Ball | AI | AIGoal
*/
if (AICheckBehaviour.FarFromBall(player, ball))
{
if (AICheckBehaviour.CheckIfCloseToOpponent(player, opponent))
{
AIMovementBehaviour.LookAt(player, opponent);
AIBasicBehaviour.UseSword(player);
AIMovementBehaviour.MoveTowards(player, ball);
}
else if (AICheckBehaviour.CheckOpponentsHealth(opponent))
{
AIMovementBehaviour.LookAt(player, opponent);
AIBasicBehaviour.UseGun(player);
AIMovementBehaviour.MoveTowards(player, ball);
}
else
{
AIMovementBehaviour.LookAt(player, ball);
AIBasicBehaviour.UseGun(player);
AIMovementBehaviour.MoveTowards(player, ball);
}
}
else
{
if (AICheckBehaviour.CheckIfBallApproaching(player, ball))
{
AIBasicBehaviour.UseShield(player);
}
AIGlobalBehaviour.PositionAndShoot(player, ball, goal);
}
}
private void changeMovmentType(AIMovementType mType)
{
moveType = mType;
switch (moveType)
{
case AIMovementType.Still:
destroyCurrentMoveBehavior(null);
break;
case AIMovementType.Strafe:
destroyCurrentMoveBehavior(typeof(Strafe));
if (currentMoveBehavior == null) // add component if not already there
{
currentMoveBehavior = transform.GetOrAddComponent <Strafe>();
}
break;
case AIMovementType.Rush:
break;
case AIMovementType.GoTo:
break;
default:
break;
}
}
public new void RunOnePosition()
{
/* OGoal | AI | Ball | Player | AIGoal
*/
if (AICheckBehaviour.FarFromBall(player, ball))
{
AIBasicBehaviour.Sprint(player, 1);
if (AICheckBehaviour.CheckIfCloseToPickup(GetActivePickups(), player))
{
AIMovementBehaviour.LookAt(player, AICheckBehaviour.GetClosestPickup(GetActivePickups(), GetActiveCount(), player));
AIMovementBehaviour.MoveForward(player);
}
else
{
AIMovementBehaviour.LookAt(player, opponent);
AIBasicBehaviour.UseGun(player);
AIMovementBehaviour.MoveTowards(player, ball);
}
}
else
{
AIBasicBehaviour.Sprint(player, 1);
AIGlobalBehaviour.PositionAndShoot(player, ball, goal);
}
}
public new void RunThreePosition()
{
/* OGoal | Player, AI | Ball | AIGoal
*/
if (AICheckBehaviour.FarFromBall(player, ball))
{
AIBasicBehaviour.Sprint(player, 1);
if (AICheckBehaviour.CheckIfCloseToOpponent(player, opponent))
{
AIMovementBehaviour.LookAt(player, opponent);
AIBasicBehaviour.UseSword(player);
AIMovementBehaviour.MoveTowards(player, ball);
}
else if (AICheckBehaviour.CheckOpponentsHealth(opponent))
{
AIMovementBehaviour.LookAt(player, opponent);
AIBasicBehaviour.UseGun(player);
AIMovementBehaviour.MoveTowards(player, ball);
}
else
{
AIGlobalBehaviour.PositionAndShoot(player, ball, goal);
}
}
else
{
AIBasicBehaviour.Sprint(player, 1);
// Move towards the ball as fast as possible.
AIGlobalBehaviour.PositionAndShoot(player, ball, goal);
}
}
public static void PositionInFrontOf(GameObject player, GameObject ball, GameObject goal)
{
/* This method position the player in front of the given object.
* It is mainly used to position the player in front of the ball in such a way that the ball is
* between the player and the goal.
*/
Vector2 coordinates = AICalculate.FindPointBetween(player, ball, goal);
/* Now we know what is the position of the point that the player will move towards.
* Next we need to move the player towards that point.
* MoveTowards does not require the player character to look in the
* certain direction so looking and moving can be done separately.
*/
AIMovementBehaviour.MoveTowards(player, coordinates.x, coordinates.y);
}
public new void RunZeroPosition()
{
/* OGoal | Ball | Player, AI | AIGoal
*/
if (AICheckBehaviour.FarFromBall(player, ball))
{
AIBasicBehaviour.Sprint(player, 1);
AIMovementBehaviour.LookAt(player, ball);
AIBasicBehaviour.UseGun(player);
AIGlobalBehaviour.PositionAndShoot(player, ball, goal);
}
else
{
if (AICheckBehaviour.CheckIfBallApproaching(player, ball))
{
AIBasicBehaviour.UseShield(player);
}
AIGlobalBehaviour.PositionAndShoot(player, ball, goal);
}
}
public new void RunZeroPosition()
{
/* OGoal | Ball | Player, AI | AIGoal
*/
if (AICheckBehaviour.FarFromBall(player, ball))
{
if (aIController.lineOfSight.CheckIfBallSpotted())
{
AIMovementBehaviour.LookAt(player, ball);
AIBasicBehaviour.UseGun(player);
}
}
if (aIController.lineOfSight.CheckIfWallSpotted())
{
AIGlobalBehaviour.ShootInTheMiddle(player, ball, goal);
}
else
{
AIGlobalBehaviour.PositionAndShoot(player, ball, aIController.lineOfSight.GetAvailablePoint());
}
}
public new void RunZeroPosition()
{
/* OGoal | Ball | Player, AI | AIGoal
*/
if (AICheckBehaviour.FarFromBall(player, ball))
{ // If far from ball
if (aIController.lineOfSight.CheckIfWallSpotted())
{
AIGlobalBehaviour.ShootInTheMiddle(player, ball, goal);
}
else
{
AIGlobalBehaviour.PositionAndShoot(player, ball, aIController.lineOfSight.GetAvailablePoint());
}
}
else
{
// If close to a pickup - move towards it
if (aIController.lineOfSight.CheckIfBallSpotted())
{
AIMovementBehaviour.LookAt(player, ball);
AIBasicBehaviour.UseGun(player);
AIMovementBehaviour.MoveTowards(player, ball);
}
else if (AICheckBehaviour.CheckIfCloseToPickup(GetActivePickups(), player))
{
AIMovementBehaviour.LookAt(player, AICheckBehaviour.GetClosestPickup(GetActivePickups(), GetActiveCount(), player));
AIMovementBehaviour.MoveForward(player);
}
else
{
AIGlobalBehaviour.PositionAndShoot(player, ball, aIController.lineOfSight.GetAvailablePoint());
}
}
}
public new void RunThreePosition()
{
/* OGoal | Player, AI | Ball | AIGoal
*/
if (AICheckBehaviour.FarFromBall(player, ball))
{
if (AICheckBehaviour.CheckIfCloseToOpponent(player, opponent))
{
AIMovementBehaviour.LookAt(player, opponent);
AIBasicBehaviour.UseSword(player);
}
AIBasicBehaviour.Sprint(player, 1);
AIMovementBehaviour.LookAt(player, opponent);
AIBasicBehaviour.UseGun(player);
AIGlobalBehaviour.PositionAndShoot(player, ball, goal);
}
else
{
AIBasicBehaviour.Sprint(player, 1);
AIGlobalBehaviour.PositionAndShoot(player, ball, goal);
}
}
override public void OnStateEnter(Animator animator, AnimatorStateInfo stateInfo, int layerIndex)
{
AIBehaviour = animator.GetComponent <AIMovementBehaviour>();
MobileBehaviour = animator.GetComponent <BaseMobileBehaviour>();
MobileHealth = animator.GetComponent <HealthBehaviour>();
var playerObj = GameObject.FindGameObjectWithTag("Player");
if (playerObj != null)
{
PlayerBehaviour = playerObj.GetComponent <PlayerBehaviour>();
DeltaVector = MobileBehaviour.transform.position - PlayerBehaviour.transform.position;
}
if (MobileBehaviour.WeaponBehaviour != null)
{
animator.SetBool("IsRanged", MobileBehaviour.WeaponBehaviour.IsRanged);
animator.SetFloat("AttackDistance", MobileBehaviour.WeaponBehaviour.AttackDistance);
}
animator.SetFloat("Health", MobileHealth.Health);
animator.SetFloat("ChaseDistance", MobileBehaviour.ChaseDistance);
animator.SetFloat("FleeBelowHealth", MobileBehaviour.FleeBelowHealth);
animator.SetFloat("FleeDistance", MobileBehaviour.FleeDistance);
}
public MobileMovementInput(AIMovementBehaviour mobileAI)
{
MobileAI = mobileAI;
}
public static void UseSword(GameObject player)
{
AIMovementBehaviour.MoveBackward(player);
GetController(player).UseSword();
}
public HumanMovementInput(AIMovementBehaviour aiBehaviour) : base(aiBehaviour)
{
}
