public AIChaseNode()
{
// move closer
AITargetDecisionNode leftTargetNode = new AITargetDecisionNode(-1, 0, 1000000);
// if the user is on the left, go left
double[] v = new double[2]; v[0] = -10000; v[1] = 0;
AISetVelocityNode goLeftNode1 = new AISetVelocityNode(v);
leftTargetNode.setLeftChild(goLeftNode1);
// else
// if the user is on the left, go right
v = new double[2]; v[0] = 10000; v[1] = 0;
AISetVelocityNode goRightNode1 = new AISetVelocityNode(v);
leftTargetNode.setRightChild(goRightNode1);
// since we're not in range, switch to a new weapon if it's been out of range for a while
AITickDecisionNode weaponSwitchCounter = new AITickDecisionNode(1);
goLeftNode1.setNextNode(weaponSwitchCounter);
goRightNode1.setNextNode(weaponSwitchCounter);
AISelectWeaponNode selectWeaponNode1 = new AISelectWeaponNode();
weaponSwitchCounter.setLeftChild(selectWeaponNode1);
this.setFirstNode(leftTargetNode);
}
public AISmartSwitchNode()
{
// check whether the current weapon has any ammo
AIAmmoDecisionNode ammoNode1 = new AIAmmoDecisionNode();
// if we do have ammo, check whether we can save some cooldown time by switching weapons now
AIFreeSwitchDecisionNode switchNode1 = new AIFreeSwitchDecisionNode();
ammoNode1.setLeftChild(switchNode1);
// if either event happens, then switch weapons
AISelectWeaponNode selectWeaponNode2 = new AISelectWeaponNode();
ammoNode1.setRightChild(selectWeaponNode2);
switchNode1.setLeftChild(selectWeaponNode2);
// else, if we don't want to switch
// remember the first node
this.setFirstNode(ammoNode1);
}
