public AIBehaviorTree(AIGetToTargetActions aiToTarget, AIWeaponActions aiWA, ILivingEntity entity, ProjectileDetector projectileDetector)
{
this.aiToTarget = aiToTarget;
this.aiWeapon = aiWA;
this.entity = entity;
this.projectileDetector = projectileDetector;
}
public void SetupAI(AISettings settings)
{
aiEnabled = false;
this.maxLP = settings.MaxLP;
this.minimumDistance = settings.MinDistance;
GetComponent <AIWeaponController>().accuracy = settings.Accuracy;
GetComponent <AIWeaponController>().cooldown = settings.CoolDown;
GetComponent <AIWeaponController>().maxExtraCooldown = settings.MaxExtraCooldown;
GetComponent <AIWeaponController>().shootDistance = settings.ShootDistance;
GetComponent <AIWeaponController>().Setup();
if (target == null)
{
GameObject go = GameObject.FindGameObjectWithTag(enemyTag);
if (go != null)
{
target = go.transform;
}
}
lp = maxLP;
this.transform.position = new Vector3(RoundedMath.Mult(Mathf.RoundToInt(this.transform.position.x / boxFactor), boxFactor), this.transform.position.y);
aiMovement = GetComponent <AIMovement>();
aiWeaponController = GetComponent <AIWeaponController>();
ea = new EnvironmentAnalyser();
aiMemory = new AIMemory(windowSizeX, windowSizeY, this.transform.position, ea, this, boxFactor);
generalSolver = new GeneralSolver(aiMemory);
aiMemory.MaxAreaWidth = settings.MaxAreaWidth;
aiToTarget = new AIGetToTargetActions(aiMemory, generalSolver, aiMovement, this.transform, target, this, minimumDistance, this);
aiWeaponActions = new AIWeaponActions(aiWeaponController);
projectileDetector = new ProjectileDetector(this.transform, 10, projectileLayer);
aiBehaviorTree = new AIBehaviorTree(aiToTarget, aiWeaponActions, this, projectileDetector);
if (aiType == AIType.AGGRESSIVE)
{
aiBehaviorTree.CreateAndStartAggrassiveAI();
}
if (aiType == AIType.DEFENSIVE)
{
aiBehaviorTree.CreateAndStartDefensiveAI();
}
aiEnabled = true;
}
