public void onTick(long ticks) { // Every second if (ticks % 20 == 0) { for (Map.Entry<Timer, Long> entry : timers.entrySet()) { if (entry.getKey().shouldKill()) { timers.remove(entry.getKey()); continue; } long entryTime = entry.getValue(); if (entryTime > 1) { // Decrement current time entry.setValue(--entryTime); } else { Timer timer = entry.getKey(); // Run the timer method try { if (timer.getMethodObject() == null) { Method m = TimeEvents.class.getMethod(timer.getEventMethod()); m.invoke(timeEvents); } else { Method m = timer.getMethodObject().getClass().getMethod(timer.getEventMethod()); m.invoke(timer.getMethodObject()); } } catch (NoSuchMethodException e) { TeamJug.errorMessage("The method " + timer.getEventMethod() + " does not exist!"); e.printStackTrace(); } catch (InvocationTargetException e) { e.printStackTrace(); } catch (IllegalAccessException e) { e.printStackTrace(); } if (timer.isRecurring()) { // Reset time entry.setValue(timer.getTime()); } else { timers.remove(timer); } } } } }
public void tick() { timer.tick(); if (timer.getTime() == 0) { game.state = Game.STATE.LOSE; } }
public void addTimer(Timer timer) { long time = timer.getTime(); timers.put(timer, time); }
/** * Perform one evolution step with the given evolution {@code start} object New phenotypes are * created with the fitness function and fitness scaler defined by this <em>engine</em> * * <p><em>This method is thread-safe.</em> * * @since 3.1 * @see #evolve(org.jenetics.Population, long) * @param start the evolution start object * @return the evolution result * @throws java.lang.NullPointerException if the given evolution {@code start} is {@code null} */ public EvolutionResult<G, C> evolve(final EvolutionStart<G, C> start) { final Timer timer = Timer.of().start(); final Population<G, C> startPopulation = start.getPopulation(); // Initial evaluation of the population. final Timer evaluateTimer = Timer.of(_clock).start(); evaluate(startPopulation); evaluateTimer.stop(); // Select the offspring population. final CompletableFuture<TimedResult<Population<G, C>>> offspring = _executor.async(() -> selectOffspring(startPopulation), _clock); // Select the survivor population. final CompletableFuture<TimedResult<Population<G, C>>> survivors = _executor.async(() -> selectSurvivors(startPopulation), _clock); // Altering the offspring population. final CompletableFuture<TimedResult<AlterResult<G, C>>> alteredOffspring = _executor.thenApply(offspring, p -> alter(p.result, start.getGeneration()), _clock); // Filter and replace invalid and to old survivor individuals. final CompletableFuture<TimedResult<FilterResult<G, C>>> filteredSurvivors = _executor.thenApply(survivors, pop -> filter(pop.result, start.getGeneration()), _clock); // Filter and replace invalid and to old offspring individuals. final CompletableFuture<TimedResult<FilterResult<G, C>>> filteredOffspring = _executor.thenApply( alteredOffspring, pop -> filter(pop.result.population, start.getGeneration()), _clock); // Combining survivors and offspring to the new population. final CompletableFuture<Population<G, C>> population = filteredSurvivors.thenCombineAsync( filteredOffspring, (s, o) -> { final Population<G, C> pop = s.result.population; pop.addAll(o.result.population); return pop; }, _executor.get()); // Evaluate the fitness-function and wait for result. final Population<G, C> pop = population.join(); final TimedResult<Population<G, C>> result = TimedResult.of(() -> evaluate(pop), _clock).get(); final EvolutionDurations durations = EvolutionDurations.of( offspring.join().duration, survivors.join().duration, alteredOffspring.join().duration, filteredOffspring.join().duration, filteredSurvivors.join().duration, result.duration.plus(evaluateTimer.getTime()), timer.stop().getTime()); final int killCount = filteredOffspring.join().result.killCount + filteredSurvivors.join().result.killCount; final int invalidCount = filteredOffspring.join().result.invalidCount + filteredSurvivors.join().result.invalidCount; return EvolutionResult.of( _optimize, result.result, start.getGeneration(), durations, killCount, invalidCount, alteredOffspring.join().result.alterCount); }