public void Pause(Text buttonText)
{
SimulationDriver mainModule = GameObject.Find("CrustMesh").GetComponent <SimulationDriver>();
if (paused)
{
//Show "playing" UI
buttonText.text = "Pause";
reEnergiseBtn.gameObject.SetActive(false);
randDirectionBtn.gameObject.SetActive(false);
seaLvlInputField.gameObject.SetActive(false);
volFreqInputField.gameObject.SetActive(false);
mainModule.PauseOrPlay(false, seaLvlInputField.text, volFreqInputField.text);
}
else
{
//Show "paused" UI
buttonText.text = "Play";
reEnergiseBtn.gameObject.SetActive(true);
randDirectionBtn.gameObject.SetActive(true);
seaLvlInputField.gameObject.SetActive(true);
volFreqInputField.gameObject.SetActive(true);
mainModule.PauseOrPlay(true);
}
paused = !paused;
}
private static Dictionary <int, long> ScoreSimulation(int gamesCount)
{
var rewards = new List <Reward> {
Reward.Hundred,
Reward.Twenty,
Reward.Twenty,
Reward.Five,
Reward.Five,
Reward.Five,
Reward.Five,
Reward.Five,
Reward.GameOver,
Reward.GameOver,
Reward.GameOver,
Reward.ExtraLife
};
var additionalRewards = new List <AdditionalReward> {
AdditionalReward.Twenty,
AdditionalReward.Ten,
AdditionalReward.Five,
AdditionalReward.SecondChance
};
var simulationDriver = new SimulationDriver(gamesCount, rewards, additionalRewards);
double average = simulationDriver.Run(500_000, (i, avg) => Console.WriteLine($"Played {i} games, average score: {avg}"));
Console.WriteLine($"Average score: {average}");
return(simulationDriver.ScoreStatistics);
}
/// <summary>
/// Scenario 2 is like scenario 1, but with very slow, fast drilling robots
/// </summary>
private static void scenario2()
{
Parallel.For(0, numRuns, (i) =>
{
BatteryQualityGenerator g = new BatteryQualityGenerator();
SimulationDriver sim = new SimulationDriver()
{
stopCondition = (state) =>
{
return(state.time >= 3600 * 24 * 365); //One year
}
};
var robots = new List <Robot>
{
new Robot(ThreadSafeRandom.NextNormalInt(5, 1), g.GetNext()),
new Robot(ThreadSafeRandom.NextNormalInt(5, 1), g.GetNext()),
new Robot(ThreadSafeRandom.NextNormalInt(5, 1), g.GetNext()),
new Robot(ThreadSafeRandom.NextNormalInt(5, 1), g.GetNext())
};
robots.ForEach(r => { r.AvgMiningTime = 4; r.StdDevMiningTime = 1; });
var sites = new List <MiningSite>
{
new MiningSite(100),
new MiningSite(110),
new MiningSite(80),
new MiningSite(100)
};
State starting = new State()
{
baseStation = new BaseStation(4),
robots = robots,
sites = sites
};
sim.world = starting;
robots.ForEach(r =>
{
sim.world.eventQueue.Enqueue(new AttemptChargingEnqueueEvent(r, starting.baseStation, 0), 0);
});
sim.Run();
Console.WriteLine(starting.baseStation.oreMined);
});
}
public void Save()
{
SimulationDriver mainModule = GameObject.Find("CrustMesh").GetComponent <SimulationDriver>();
mainModule.SaveMap();
}
public void Randomise()
{
SimulationDriver mainModule = GameObject.Find("CrustMesh").GetComponent <SimulationDriver>();
mainModule.RandomisePlateMovements();
}
public void ReEnergise()
{
SimulationDriver mainModule = GameObject.Find("CrustMesh").GetComponent <SimulationDriver>();
mainModule.ReEnergisePlates();
}
