public void setQuantity(String name, int num) {
for (Food food : foods) {
if (food.choice.equals(name)) {
food.amount = num;
}
}
}
public void msgNewOrder(WaiterAgent w, int tableNum, String order) {
print("msgNewOrder() from Waiter " + w.getName());
long timeFinish = -1;
if (findFood(order).amount > 0) {
timeFinish =
(System.currentTimeMillis() + (long) ((menu.menuItems.get(order)) * Constants.SECOND));
int previousInventoryAmount = inventory.get(order);
inventory.put(order, previousInventoryAmount - 1);
print("Number of items of type " + order + " left: " + inventory.get(order));
Order incomingOrder = new Order(w, tableNum, order, timeFinish);
orders.add(incomingOrder);
Food f = findFood(order);
f.amount--;
if (f.amount <= f.low) {
marketOrders.add(new MarketOrder(f.choice, f.capacity - f.amount));
f.ordered = true;
}
} else {
Order incomingOrder = new Order(w, tableNum, order, timeFinish);
incomingOrder.state = OrderState.UnableToBeSupplied;
menu.menuList.remove(order);
orders.add(incomingOrder);
Food f = findFood(order);
marketOrders.add(new MarketOrder(f.choice, f.capacity - f.amount));
}
stateChanged();
}
/**
* eat food decrease hunger meter and increase in satiability
*
* @param food
*/
public void eat(Food food) {
// eat Meal or Snack; modifies happinessMeter and hungerMeter
this.happinessMeter += food.getTastiness();
this.hungerMeter -= food.getSatiability();
this.size += food.getFat();
if (this.hungerMeter <= 0) {
this.hungerMeter = 0;
}
}
/*
Order(Cook cook, Food f, int amount) {
c = cook;
food = f;
f.orderamt = amount;
s = OrderState.pending;
}*/
Order(ItalianCook cook, Food f, int amount, int left) {
c = cook;
food = f;
f.orderamt = amount;
leftover = left;
s = OrderState.pending;
}
public void msgHereIsOrder(String choice, int amount, int id) {
print("Received a delivery of " + amount + " " + choice + "'s from the market!");
for (int i = 0; i < marketOrders.size(); i++) {
MarketOrder mo = marketOrders.get(i);
if (mo.id == id && mo.amount == amount) {
Food f = findFood(mo.food);
f.amount = amount;
print("removing a market order whee");
marketOrders.remove(mo);
} else if (mo.food == choice && mo.amount != 0) {
Food f = findFood(mo.food);
f.amount = amount + mo.amount;
mo.amount -= amount;
}
}
}
public void update() {
// System.out.println("updating creature");
// nothing to update if dead
if (!isAlive()) {
return;
}
// mark as dead if health <= 0
if (health <= 0) {
alive = false;
return;
}
if (mateWait > 0) {
mateWait--;
}
Creature child;
Food food;
LinkedList<Food> flist = world.getFoodList();
interactList = getCreaturesInRange(interactionRange);
double healAmt;
// heal injuries, rate proportional to energy
// if (health < maxHealth) {
// healAmt = baseHealRate * (energy / baseEnergy);
// health += (healAmt > maxHealRate) ? maxHealRate : healAmt;
// // cap max health
// if (health > maxHealth) {
// health = maxHealth;
// }
// }
age++;
controller.update();
doAction(controller.chooseAction());
// System.out.println("checking for food to eat...");
food = (Food) findNearestInList(flist);
if (distTo(food) <= 2) {
addEnergy(food.bite());
} else {
subEnergy(energyLossRate);
}
if (energy <= 0) {
subHealth(starveRate);
}
// mate if energy above threshold
if (energy > mateThreshold) {
for (Creature c : interactList) {
if (isWillingToMateWith(c)) {
child = mateWith(c);
if (child != null) {
world.insertChild(child);
}
break;
}
}
}
if (age > oldAge) {
subHealth((age - oldAge) * world.r.nextDouble());
}
// System.out.println("creature finished updating");
}
public String toString() {
return food.toString();
}