@Override
public void update(int delta) {
if (viewingCompletedDay) {
viewingDayTime += delta;
if (viewingDayTime >= 4000) {
advanceDay();
}
return;
}
tickProgress += delta;
if (tickProgress >= ticksPerHour) {
advanceHour();
tickProgress = 0;
}
// 1. update office world
officeWorld.updateEntities(delta);
// update paperwork
paperworkLeft -= (getNumWorkerAlive() * EMPLOYEE_WORK_RATE);
if (paperworkLeft < 0) {
paperworkLeft = 0;
}
// imp spawning
currImpAttackTime += delta;
if (currImpAttackTime > impWaitTimeCurrent
&& getNumWorkerAlive() != 0) { // there must be workers alive to spawn an imp on one
// make an imp randomly attack
// make a random worker fall asleep
if (Math.random() > 0.5) { // 50% chance to spawn at time limit
// randomly chose a non-dead worker
int whichOne = 0;
int iterations = 0; // prevent infinite loop
do {
whichOne = (int) (Math.random() * workers.length);
iterations++;
} while (iterations >= 50
&& // safe lock to stop the loop after 100 times.
workers[whichOne].getState() != Employee.WORKING
&& !workers[whichOne].isBeingAttackedByImp());
if (!workers[whichOne].isBeingAttackedByImp()
&& workers[whichOne].getState() == Employee.WORKING
&& iterations < 50) { // only spawn an imp if iterations did not go out too far
// define the task and add it to the list of tasks to be updated
HitImpTask impTask = new HitImpTask(this, workers[whichOne]);
ImpAttackTaskObject impTaskObject =
new ImpAttackTaskObject(
officeWorld,
workers[whichOne].getX(),
getAssetManager().getImage("emptyImage"),
camera,
impTask);
impTaskObjects.add(impTaskObject); // add to the list to keep track of it
// spawn a "wake up" task object near them
officeWorld.addEntity(impTaskObject);
SoundPlayer.getSoundPlayer().playImpApproaching();
// System.out.println("An imp started to attack an employee: whichOne: " + whichOne
// + ", worker being attacked already: " + workers[whichOne].isBeingAttackedByImp());
workers[whichOne].setBeingAttackedByImp(true);
}
}
currImpAttackTime = 0;
}
if (nextTaskIndex < toDoList.size() && toDoList.get(nextTaskIndex).isComplete()) {
nextTaskIndex++;
}
for (int j = 0; j < toDoList.size(); j++) {
toDoList.get(j).update(delta);
}
// 3. ?? update the input ??
// Input does not need to be updated
// Update the camera
// The camera sets its position itself
camera.setXLocation((int) (demonPlayer.getX() + (demonPlayer.getWidth() / 2) - 400));
// Cool parallax scrolling
parallaxOffset =
(int)
((float)
(demonPlayer.getX()
/ ((float) (Camera.getCameraMax() - demonPlayer.getWidth())
- Camera.getCameraMin()))
* 800);
// Update flying imp
if (showImp) {
impXLoc += 30;
if (impXLoc > 850) {
showImp = false;
}
}
// startShowingImp();
OfficeTaskObject intersects = null;
for (int i = 0; i < officeWorld.getEntities().size(); i++) {
OfficeObject obj = officeWorld.getEntities().get(i);
if (obj instanceof OfficeTaskObject) {
OfficeTaskObject task = (OfficeTaskObject) obj;
if (task instanceof ChangeEmployeeStateTaskObject || task instanceof ImpAttackTaskObject) {
// if a wake employee, interview, or kill imp task is completed, then its deleted on
// completion.
if (task.getAssociatedTask().isComplete()) {
// remove object
if (activeTask == task.getAssociatedTask()) {
activeTask = null;
}
obj.setParent(null);
officeWorld.getEntities().remove(obj);
// remove the imp task from the list of imp tasks.
if (task instanceof ImpAttackTaskObject) {
ImpAttackTaskObject iat = (ImpAttackTaskObject) task;
if (impTaskObjects.contains(iat)) {
impTaskObjects.remove(iat);
}
}
continue; // go to the next iteration.
}
}
if (task.collidesWith(demonPlayer)) {
intersects = task;
}
}
}
if (intersects != null) {
activeTask = intersects.getAssociatedTask();
} else {
activeTask = null;
}
gui.update(-1, -1);
}
