//---------------------[[buildDecision: ]]----------------------------------//
/**
* DecisionTree():
*
* builds the choice that this AI has when certian events happen in game.
* the AI can choose to stay still if no enemy is near by. else if there is check to see if
* that player is to close to the AI, if so Move away. Else attack the player.
*
* return: nothing.
*/
public void DecisionTree()
{
decisionTree inRange = new decisionTree();
inRange.buildDecision(enemySpottedAndShoot);
decisionTree ply2Close = new decisionTree();
ply2Close.buildDecision(plyToClose);
decisionTree attack = new decisionTree();
attack.buildAction(Attack);
decisionTree move = new decisionTree();
move.buildAction(Move);
decisionTree idle = new decisionTree();
idle.buildAction(this.idle);
//--------[[build the tree: ]]-----------//
inRange.Right(ply2Close);
ply2Close.Right(move);
ply2Close.Left(attack);
inRange.Left(idle);
this.rootOfTree = inRange;
}
public decisionTree()
{
this.action = null;
this.decision = null;
this.leftNode = null;
this.rightNode = null;
}
//---------------------[[buildDecision: ]]----------------------------------//
/**
* DecisionTree():
* the decision tree controls and managers this AI.
*
* return: nothing.
*/
public void DecisionTree()
{
//--------------[[Decisions to build:]]-------------------//
decisionTree powerType = new decisionTree();
powerType.buildDecision(changePowerLVL);
decisionTree needCast = new decisionTree();
needCast.buildDecision(NeedToCast);
decisionTree inRange = new decisionTree();
inRange.buildDecision(enemySpottedAndShoot);
decisionTree forceCast = new decisionTree();
forceCast.buildDecision(forceCastSpell);
//-------------------[[actions to build:]]---------------------------//
decisionTree changeType = new decisionTree();
changeType.buildAction(this.changeType);
decisionTree cast = new decisionTree();
cast.buildAction(this.castSpell);
decisionTree basicAtck = new decisionTree();
basicAtck.buildAction(this.basicAtk);
decisionTree castSpellAtRandom = new decisionTree();
castSpellAtRandom.buildAction(this.castSpellAtRandom);
//--------[[build the tree: ]]-----------//
powerType.Right(changeType);
powerType.Left(needCast);
needCast.Right(cast);
needCast.Left(inRange);
inRange.Right(forceCast);
inRange.Left(castSpellAtRandom);
forceCast.Right(castSpellAtRandom);
forceCast.Left(basicAtck);
rootOfTree = powerType;
}
/**
* void buildDecisionTree():
*
* This functions builds the entire AIS decision tree, what ever we want the ai to do we must make a node for it.
* Each action should have a decision leading behind it. The node of the decision tree has something called a
* delegate within it. So if the node you are building has a decision assign that decision function to the deleagate.
*
* return: Nothing
*
*/
public void buildDecisionTree()
{
decisionTree inRangeNode = new decisionTree(); // create the root of our tree.
inRangeNode.buildDecision(enemySpotted); // the root of this tree is a Decision it is if the enemy is spotted or not.
decisionTree MoveTowardsEnemy = new decisionTree(); //the second node is a action.
MoveTowardsEnemy.buildAction(Movement); // assign the node to a action within the Tree.
decisionTree idle = new decisionTree(); // the third node is a Action.
idle.buildAction(this.idle); // assign the node to a action.
inRangeNode.Left(idle); // the root is now in need of its children. Assign the false choice to idle.
inRangeNode.Right(MoveTowardsEnemy); // true choice is to move towards the enemy.
rootOfTree = inRangeNode; // set the root.
}
/**
* void Right:
* param: RightNode: The right node of the parent called
*
* sets the right Node of the this parent.
*
* return Nothing
*
*/
public void Right(decisionTree rightNode)
{
this.rightNode = rightNode;
}
/**
* void left:
* param: LeftNode: The left node of the parent called
*
* sets the left Node of the this parent.
*
* return Nothing
*
*/
public void Left(decisionTree leftNode)
{
this.leftNode = leftNode;
}
