public LucPacMCTS() : base("LucPacMCTS")
{
_greenBlock = Image.FromFile("green_block.png");
_redBlock = Image.FromFile("red_block.png");
_blueBlock = Image.FromFile("blue_block.png");
LucPac._greenBlock = _greenBlock = Image.FromFile("green_block.png");
LucPac._redBlock = Image.FromFile("red_block.png");
LucPac._blueBlock = Image.FromFile("blue_block.png");
_instance = this;
// Create the session ID that will be used for testing
this._testSessionId = GenerateSessionID();
this._testStats.SessionID = _testSessionId;
// Create the directory that the data is going to be stored in
_testDataFolder = Directory.CreateDirectory(Environment.CurrentDirectory + string.Format("/{0}", _testSessionId));
_testImagesFolder = _testDataFolder.CreateSubdirectory("images");
_testLogFolder = _testDataFolder.CreateSubdirectory("logs");
_stopWatch.Start();
this.Milliseconds = 0;
this.LastLifeMilliseconds = 0;
this.LastRoundMilliseconds = 0;
this.GameStartTimestamp = DateTime.Now; // For determining how long it took to complete level.
this.LifeStartTimestamp = GameStartTimestamp;
}
/// <summary>
/// Save a given game state to an image
/// </summary>
/// <param name="pGameState">The game state that we wish to render it to</param>
/// <param name="pController">The controller that we are obtaining information from</param>
/// <param name="pImageName">The name of the image once we write it to disk</param>
/// <param name="pRenderMCTS">Whether or not we render the tree for the MCTS agent</param>
public static void SaveStateAsImage(GameState pGameState, LucPacMCTS pController, string pImageName, bool pRenderMCTS)
{
// Clone the image that we are going to be rendering to
Image _newimage = (Image)Visualizer.RenderingImage.Clone();
Graphics _drawingObject = Graphics.FromImage(_newimage);
_drawingObject.DrawImage(_redBlock, new Point(50, 50));
// Draw the map, pacman and the ghosts to the image
pGameState.Map.Draw(_drawingObject);
pGameState.Pacman.Draw(_drawingObject, Visualizer.RenderingSprites);
foreach (var item in pGameState.Ghosts)
{
item.Draw(_drawingObject, Visualizer.RenderingSprites);
}
// Determine whether or not the tree root is valid before
// continuing
if (pController.TreeRoot != null)
{
_drawingObject.DrawImage(_greenBlock, new Point());
// Draw the output accordingly.
pController.TreeRoot.Draw(_drawingObject);
_drawingObject.DrawImage(_redBlock, new Point(pController.TreeRoot.PathNode.CenterX, pController.TreeRoot.PathNode.CenterY));
}
string _filename = "";
if (pImageName != "")
{
_filename = pImageName;
}
else
{
_filename = "screengrab";
}
// Save the image out so that we can observe it
_newimage.Save(string.Format("{2}\\{0}_{1}_{3}.bmp", DateTime.Now.ToString("ddMMyyyyHHmmssff"), _filename, pController._testImagesFolder.FullName, pController._testStats.TotalGames));
_newimage.Dispose();
}
public LucPacMCTS() : base("LucPacMCTS")
{
instance = this;
// Create the session ID that will be used for testing
this.m_TestSessionID = GenerateSessionID();
this.m_TestStats.SessionID = m_TestSessionID;
// Create the directory that the data is going to be stored in
//m_TestDataFolder = Directory.CreateDirectory(Environment.CurrentDirectory + string.Format("/{0}", m_TestSessionID));
//m_TestImagesFolder = m_TestDataFolder.CreateSubdirectory("images");
//m_TestLogFolder = m_TestDataFolder.CreateSubdirectory("logs");
m_Stopwatch.Start();
this.m_MS = 0;
this.m_LastLifeMS = 0;
this.m_LastRoundMS = 0;
m_GameStart = DateTime.Now; // For determining how long it took to complete level.
m_LifeStart = m_GameStart;
}
