private static void TrySolve(Definition.Sudoku playingSudoku, bool showGUI)
{
SudokuConsole.Print(playingSudoku);
Console.WriteLine();
//show sudoku with GUI
if (showGUI)
{
playerGUIController = new GUI.SudokuPlayerController(null, playingSudoku);
}
bool solved;
TimeSpan interval;
using (var solver = new Core.SudokuSolver(playingSudoku))
{
DateTime beforeNow = DateTime.Now;
solved = solver.TrySolve();
interval = DateTime.Now - beforeNow;
}
string resultInfo = solved ?
"Solved" :
"Cannot solve this sudoku with current knowledge";
Console.WriteLine("{0} in {1:0} ms", resultInfo, interval.TotalMilliseconds);
if (!solved)
{
Console.WriteLine("{0} seats remainder",
new SudokuElementEnumerable(playingSudoku).SeatCount());
}
bool reallySolved = solved && playingSudoku.Validate();
if (!reallySolved)
{
if (solved)
{
Console.WriteLine("じゃないよ！");
}
}
SudokuConsole.Print(playingSudoku);
Console.WriteLine();
if (showGUI)
{
playerGUIController.Show();
}
}
/// <summary>
/// build sudoku from completed sudoku then try to resolve
/// </summary>
/// <param name="seed">known seeds to generate a completed sudoku</param>
/// <param name="showGUI">whether to show GUI. turned on this will make solve time more longer</param>
public static void BuildAndResolve(int seed, bool showGUI)
{
//create the only one instance of Sudoku
var sudoku = new Definition.Sudoku();
//build completed Sudoku with one of known seeds
if (new Core.CompletedSudokuBuilder(seed).Build(sudoku))
{
Console.WriteLine("Built");
}
else
{
SudokuConsole.WaitLine();
return;
}
SudokuConsole.Print(sudoku);
var builder = new Core.SudokuBuilder(sudoku.Copy(),
//DateTime.Now.Millisecond);
0); //use fixed seed so each level build same sudoku
Console.WriteLine("press Enter to start");
SudokuConsole.WaitLine();
Console.Clear();
int startLevel = 125;
int lastLevel = 53; //last 53
for (int i = startLevel; i < lastLevel; i++)
{
BuildSudokuAndTrySolve(builder, i, showGUI);
Console.WriteLine("press Enter to next");
SudokuConsole.WaitLine();
Console.Clear();
}
BuildSudokuAndTrySolve(builder, lastLevel, showGUI);
}
private static void BuildSudokuAndTrySolve(Core.SudokuBuilder builder, int level, bool showGUI)
{
var originSudoku = builder.Source;
//create a Soduku to play from completed Sudoku with difficult level
var playingSudoku = builder.Build(new Core.DifficultLevel(level)); //last: 35
SudokuConsole.Print(playingSudoku);
Console.WriteLine();
//show sudoku with GUI
var playerGUIController = SudokuBuildAndResolve.playerGUIController;
if (showGUI)
{
if (playerGUIController != null)
{
playerGUIController.Close();
}
playerGUIController = new GUI.SudokuPlayerController(originSudoku, playingSudoku);
SudokuBuildAndResolve.playerGUIController = playerGUIController;
}
bool solved;
TimeSpan interval;
using (var solver = new Core.SudokuSolver(playingSudoku))
{
DateTime beforeNow = DateTime.Now;
solved = solver.TrySolve();
interval = DateTime.Now - beforeNow;
}
string resultInfo = solved ?
"Solved" :
"Cannot solve this sudoku with current knowledge";
Console.WriteLine("{0} in {1:0} ms", resultInfo, interval.TotalMilliseconds);
if (!solved)
{
Console.WriteLine("{0} seats remainder",
new SudokuElementEnumerable(playingSudoku).SeatCount());
}
bool reallySolved = solved && playingSudoku.Validate();
if (!reallySolved)
{
if (solved)
{
Console.WriteLine("じゃないよ！");
}
SudokuConsole.Print(playingSudoku);
}
else
{
if (!originSudoku.ValueEquals(playingSudoku))
{
Console.WriteLine("in a different way");
}
}
Console.WriteLine();
if (showGUI)
{
playerGUIController.Show();
}
}
