public void ReadProgress()
{
StreamReader streamReaderProgress = File.OpenText("progress.txt");
string header = streamReaderProgress.ReadLine();
_mapInput = new MapGeneratorInput();
_mapInput.Width = Convert.ToInt32(streamReaderProgress.ReadLine());
_mapInput.Height = Convert.ToInt32(streamReaderProgress.ReadLine());
_mapInput.FillRate = Convert.ToDouble(streamReaderProgress.ReadLine());
_mapInput.FillAlgorithm = Convert.ToInt32(streamReaderProgress.ReadLine());
_mapInput.H = Convert.ToDouble(streamReaderProgress.ReadLine());
_pathInput = new PathSearcherInput();
_pathInput.SearchAlgorithm = Convert.ToInt32(streamReaderProgress.ReadLine());
_pathInput.SearchType = Convert.ToInt32(streamReaderProgress.ReadLine());
_pathInput.Jump = Convert.ToInt32(streamReaderProgress.ReadLine());
_taskInput = new SearchTaskInput();
_taskInput.OuterIterations = Convert.ToInt32(streamReaderProgress.ReadLine());
_taskInput.InnerIterations = Convert.ToInt32(streamReaderProgress.ReadLine());
_taskInput.DisplayImage = Convert.ToBoolean(streamReaderProgress.ReadLine());
_taskInput.ThreadNum = Convert.ToInt32(streamReaderProgress.ReadLine());
_taskInput.SaveProgress = Convert.ToBoolean(streamReaderProgress.ReadLine());
_totalTime = Convert.ToInt64(streamReaderProgress.ReadLine());
_results = new Result[_taskInput.OuterIterations];
for (int i = 0; i < _taskInput.OuterIterations; i++)
{
_results[i] = new Result();
_results[i].Found = Convert.ToInt32(streamReaderProgress.ReadLine());
_results[i].Total = Convert.ToInt32(streamReaderProgress.ReadLine());
}
streamReaderProgress.Close();
}
public Task(SearchTaskInput taskInput, PathSearcherInput pathInput, MapGeneratorInput mapInput)
{
_taskInput = taskInput;
_pathInput = pathInput;
_mapInput = mapInput;
}
public FormSearchResults(SearchTaskInput taskInput, PathSearcherInput pathInput, MapGeneratorInput mapInput)
{
//
// Windows Form 設計工具支援的必要項
//
InitializeComponent();
// Input
_taskInput = taskInput;
_pathInput = pathInput;
_mapInput = mapInput;
// Write input values to textBoxOutput
textBoxOutput.AppendText(String.Format("Matrix: {0} x {1}, {2}\r\n", _mapInput.Width, _mapInput.Height, _mapInput.FillRate));
string fillAlgorithm = "Error";
switch (_mapInput.FillAlgorithm) // 0 = Fixed Count, 1 = Random Count, 2 = Fractal
{
case 0:
fillAlgorithm = "Fixed Count";
break;
case 1:
fillAlgorithm = "Random Count";
break;
case 2:
fillAlgorithm = "Fractal, H " + _mapInput.H.ToString();
break;
}
textBoxOutput.AppendText(String.Format("Fill: {0}\r\n", fillAlgorithm));
string pathAlgorithm = "Error";
/*
* switch (_pathInput.SearchAlgorithm) // 1 = Priority Queue Search, 2 = DepthFirstSearch
* {
* case 1:
* pathAlgorithm = "Priority Queue Search";
* break;
* case 2:
* pathAlgorithm = "Depth First Search";
* break;
* }
*/
switch (_pathInput.SearchType) // 1 = 4 way, 2 = 8 way
{
case 1:
pathAlgorithm = "4 way";
break;
case 2:
pathAlgorithm = "8 way";
break;
}
pathAlgorithm += ", Jump " + _pathInput.Jump.ToString();
textBoxOutput.AppendText(String.Format("Path: {0}\r\n", pathAlgorithm));
// Initialize progress display interface
progressBar.Maximum = _taskInput.InnerIterations * _taskInput.OuterIterations;
// Start task
_task = new Task(taskInput, pathInput, mapInput);
_task.Start();
// Enable UI progress timer
timerUpdateDisplay.Enabled = true;
if (_taskInput.SaveProgress)
{
timerSaveProgress.Enabled = true;
}
}