public Simulator(SimulationParameters parameters, ILevelGenerator levelGenerator, IAiFactory aiFactory, Int32 initialLevelSeed)
{
Parameters = parameters ?? throw new ArgumentNullException(nameof(parameters));
LevelGenerator = levelGenerator ?? throw new ArgumentNullException(nameof(levelGenerator));
AiFactory = aiFactory ?? throw new ArgumentNullException(nameof(aiFactory));
_lastLevelSeed = initialLevelSeed - 1;
}
private async void SimulateButton_Click(object sender, EventArgs e)
{
if (!running)
{
running = true;
}
else
{
return;
}
if (!Int32.TryParse(RunCount.Text, out Int32 runCount))
{
return;
}
if (_workManager == null)
{
_workManager = new WorkManager(SimulationParameters.Default);
}
List <IAiFactory> selectedAis = _aiFactories.Where(t => AiList.SelectedItems.ContainsKey(t.Name)).ToList();
ILevelGenerator selectedLevelGenerator = _levelGenerators[LevelGeneratorName.Text];
var progress = new Progress <Int32>(UpdateProgress);
_completedCount = 0;
_stopwatch.Reset();
UpdateStatus();
Timer.Start();
_stopwatch.Start();
(var results, var worstSim, var worstAi) = await _workManager.Simulate(selectedAis, selectedLevelGenerator, runCount, progress);
_stopwatch.Stop();
Timer.Stop();
UpdateStatus();
_renderSim = worstSim;
_renderAiFactory = worstAi;
if (_renderSim != null && _renderSim.HasError)
{
MessageBox.Show("ERROR");
}
foreach (var aiFactory in results.Keys)
{
var stat = results[aiFactory];
if (Results.Rows.Count == 0)
{
DataGridViewRow row = new DataGridViewRow();
Results.Rows.Add(row);
}
(var meanMoves, var meanPower, var meanSamples, var sampleStdDev) = stat;
Results.Rows[0].SetValues(aiFactory.Name, meanMoves.ToString("F2"), meanPower.ToString("F2"), meanSamples.ToString("F2"), sampleStdDev.ToString("F2"));
}
running = false;
}
// Start is called before the first frame update
void Start()
{
playerObject = Instantiate(playerPrefab);
enemyObject = Instantiate(enemyPrefab);
_inputHandler = new InputHandler();
_inputHandler.InputInit();
_player = new Player(playerObject);
_powerUpPool = new ObjectPool <PowerUp>();
_levelGeneration = new LevelGeneration(_player, _powerUpPool) as ILevelGenerator;
_score = new PointCounter();
powerUpManager = new PowerUpManager();
//powerUpManager.createRandomPowerUp(Instantiate(PowerUpPrefab).transform);
_enemyStateMachine = new EnemyFSM();
_enemyStateMachine.AddState(EnemyStateType.Idle, new IdleState());
_enemyStateMachine.AddState(EnemyStateType.Attack, new AttackState());
_levelGeneration = new LevelGeneration() as ILevelGenerator;
_randomCoordinate = new RandomCoordinate(_levelGeneration);
_pathfinder = new Pathfinder2(_levelGeneration);
}
internal IObservable <Unit> Simulate(IReadOnlyList <IAiFactory> aiFactories, ILevelGenerator levelGenerator, Int32 runCount)
{
return(Observable.StartAsync(() =>
{
return SimulateAsync(aiFactories, levelGenerator, runCount);
}));
}
public void GenerateLevel()
{
// levelGenerator = new SimpleGenerator(10, enemyPool, enemySpawnPoint);
_levelGenerator = new SimpleGenerator();
_levelSettings = _levelGenerator.Generate();
// spawn Ball
SpawnBall();
}
void Awake()
{
RocketLauncher = new RocketLaunchSystem(this);
RocketTypes = GetComponent <RocketTypeManager>();
levelGenerator = GetComponent <LevelGenerator>();
PlanetMaterials = GetComponent <MaterialsStore>();
UI_Controller = GetComponent <UIController>();
PrepareGameProcess();
}
public void Generate(ILevelGenerator levelGenerator, ICrystalGenerator crystalGenerator)
{
this.levelGenerator = levelGenerator;
this.crystalGenerator = crystalGenerator;
Clear();
levelGenerator.Clear();
GenerateNext();
}
private void Awake()
{
algorithm = new LevelGeneratorAlgorithm();
rotators = new List <ArrowHintRotator>();
items = new List <ItemAnimator>();
colors = new List <Color> {
Color.red, Color.green, Color.blue, Color.yellow, Color.white, Color.magenta
};
sphereRadius = spherePrefab.GetComponent <SphereCollider>().radius;
}
public void Generate(ILevelGenerator levelGenerator, ICrystalGenerator crystalGenerator)
{
this.levelGenerator = levelGenerator;
this.crystalGenerator = crystalGenerator;
//Чистим предыдущий уровень
Clear();
levelGenerator.Clear();
GenerateNext();
}
/// <summary>
/// setup brick by lase level settings
/// </summary>
public void RestartLastLevel()
{
// levelGenerator = new SimpleGenerator(10, enemyPool, enemySpawnPoint);
if (_levelGenerator == null)
{
_levelGenerator = new SimpleGenerator();
}
_levelGenerator.ResetLevel(_levelSettings);
// reset settings in Ball or spawn a new one
SpawnBall();
}
public BeginGameState(IRoot root,
ILevelGenerator levelGenerator,
ITurnSystem turnSystem,
IMatchSystem matchSystem,
IGameplayController gameplayController,
IScoreSystem scoreSystem)
{
this.root = root;
this.levelGenerator = levelGenerator;
this.turnSystem = turnSystem;
this.matchSystem = matchSystem;
this.gameplayController = gameplayController;
this.scoreSystem = scoreSystem;
}
public GameMaker(int rowCount, int rowWidth, int groundFrom, int groundTo, GameObject player,
ILevelGenerator levelGenerator, IGameRules gameRules, IWorldCreator worldCreator)
{
_rowCount = rowCount;
_rowWidth = rowWidth;
_groundFrom = groundFrom;
_groundTo = groundTo;
_worldCreator = worldCreator;
_player = player;
_levelGenerator = levelGenerator;
_gameRules = gameRules;
Debug.Log("New game, GameMaker constructor.");
}
public bool TryGenerateNextLevel()
{
if (_levelGenerators.Count <= 0)
{
return(false);
}
_currentLevel = _levelGenerators.Dequeue();
_bricksOnLevel = _currentLevel.GenerateLevel();
foreach (var brick in _bricksOnLevel)
{
brick.BrickDestroyed += OnBrickDestroy;
}
return(true);
}
// Start is called before the first frame update
void Start()
{
_winScreen.gameObject.SetActive(false);
_playerObject = Instantiate(_playerPrefab);
_inputHandler = new InputHandler();
_inputHandler.InputInit();
_player = new Player(_playerObject);
_powerUpPool = new ObjectPool <PowerUp>();
_levelGeneration = new LevelGeneration(_player, _powerUpPool) as ILevelGenerator;
_score = new PointCounter();
_powerUpManager = new PowerUpManager();
_enemyStateMachine = new EnemyFSM();
_enemyStateMachine.AddState(EnemyStateType.Idle, new IdleState());
_enemyStateMachine.AddState(EnemyStateType.Attack, new AttackState());
_randomCoordinate = new RandomCoordinate(_levelGeneration);
_pathfinder = new Pathfinder2(_levelGeneration);
}
internal async Task SimulateAsync(IReadOnlyList <IAiFactory> aiFactories, ILevelGenerator levelGenerator, Int32 runCount)
{
SimulationParameters parameters = SimulationParameters.Default;
Int32 initialLevelSeed = LevelSeed;
var tasks = new List <Task>(aiFactories.Count);
var results = new Dictionary <IAiFactory, List <CompletedSimulation> >(aiFactories.Count);
foreach (var aiFactory in aiFactories)
{
var simulator = new Simulator(parameters, levelGenerator, aiFactory, initialLevelSeed);
results[aiFactory] = new List <CompletedSimulation>(runCount);
tasks.Add(simulator.SimulateAsync(runCount, sim => results[aiFactory].Add(sim)));
}
await Task.WhenAll(tasks);
foreach (var ai in aiFactories)
{
Simulations.AddRange(results[ai].Select(sim => new SimulationRowViewModel(ai, sim)));
}
LevelSeed += runCount;
}
public ProtoLevel(SimulationParameters parameters, ILevelGenerator levelGenerator, Int32 seed)
{
Parameters = parameters ?? throw new ArgumentNullException(nameof(parameters));
LevelGenerator = levelGenerator ?? throw new ArgumentNullException(nameof(levelGenerator));
Seed = seed;
}
public Pathfinder2(ILevelGenerator para)
{
_iLevelGenerator = para;
//_pathNode.coordinateNode = pathCoordinate;
}
public OpenCheckingGenerator(ILevelGenerator wrappedGenerator, Int32 minimumContiguousTiles)
{
_wrappedGenerator = wrappedGenerator ?? throw new ArgumentNullException(nameof(wrappedGenerator));
MinimumContiguousTiles = minimumContiguousTiles >= 0 ? minimumContiguousTiles : throw new ArgumentOutOfRangeException(nameof(minimumContiguousTiles));
}
internal async Task <(Dictionary <IAiFactory, (Double meanMoves, Double meanPower, Double meanSamples, Double sampleStdDev)> aggregates, CompletedSimulation worstSim, IAiFactory worstAi)> Simulate(IList <IAiFactory> aiFactories, ILevelGenerator levelGenerator, Int32 runCount, IProgress <Int32> progress)
{
var aggregates = new Dictionary <IAiFactory, (Double meanMoves, Double meanPower, Double meanSamples, Double sampleStdDev)>();
Int32 initialLevelSeed = NextLevelSeed;
CompletedSimulation worstSim = null;
IAiFactory worstAi = null;
foreach (var aiFactory in aiFactories)
{
var simulator = new Simulator(Parameters, levelGenerator, aiFactory, initialLevelSeed);
using Completer completer = Completer.Create(Path.Combine(OutputDirectory, $"RoverSim-{aiFactory.Name}.csv"), progress);
await simulator.SimulateAsync(runCount, completer.Consume);
NextLevelSeed = simulator.NextLevelSeed;
aggregates[aiFactory] = completer.GetAggregates();
worstSim = Completer.ChooseWorst(worstSim, completer.WorstSim);
if (worstSim == completer.WorstSim)
{
worstAi = aiFactory;
}
}
return(aggregates, worstSim, worstAi);
}
/// <summary>
/// Applies a ILevelGenerators's generate function to a NodeGrid
/// </summary>
/// <param name="generator">A instantiated level generator (ILevelGenerator) object</param>
public void ApplyGenerator(ILevelGenerator generator)
{
generator.Generate(this);
}
public RandomCoordinate(ILevelGenerator para)
{
_ILevelGenerator = para;
}