public Case(Grille grille, int x, int y, ObservableCollection <char> hypotheses)
{
X = x;
Y = y;
Grille = grille;
Hypotheses = hypotheses;
}
public Case(Case cell, Grille grille)
{
X = cell.X;
Y = cell.Y;
Hypotheses = new ObservableCollection <char>(cell.Hypotheses);
Grille = grille;
}
public void copy(Grille grille)
{
Content = grille.Content.Select((line, y) =>
line.Select((value, x) =>
new Case(value, this)
).ToArray()
).ToArray();
}
private Grille(Grille other)
{
PossibleValues = other.PossibleValues;
Content = other.Content
.Select((line, y) =>
line.Select((value, x) =>
new Case(value, this)
).ToArray()
).ToArray();
Name = other.Name;
CreationDate = other.CreationDate;
}
private Grille(Grille other)
{
PossibleValues = other.PossibleValues;
Content = other.Content
.Select((line, y) =>
line.Select((value, x) =>
new Case(value, this)
).ToArray()
).ToArray();
Name = other.Name;
CreationDate = other.CreationDate;
}
public void Remove(char c)
{
//Debug.WriteLine("({0},{1}) : ~{2}", X, Y, c);
if (Resolved)
{
//Debug.WriteLine("known...");
return;
}
Hypotheses.Remove(c);
//si retirer ça nous permet de résoudre, on le dit a la grille
if (Resolved)
{
//Debug.WriteLine("({0},{1}) -> {2}",X,Y,Value);
Grille.PropagerCertitudes(Value, X, Y);
}
}
private static string Stringify(Grille sudoku)
{
return(sudoku.Name + Environment.NewLine
+ sudoku.CreationDate + Environment.NewLine
+ sudoku.PossibleValues.Aggregate("", (c, n) => c + n) + Environment.NewLine
+ sudoku.Lines
.Select(line =>
line.Select(cell =>
cell.Resolved
? cell.Value.ToString()
: "."
)
)
.Aggregate("", (current, line) =>
current + (current == "" ? "" : Environment.NewLine)
+ line.Aggregate((currentLine, value) =>
currentLine + value
)
));
}
private static string Stringify(Grille sudoku)
{
return sudoku.Name + Environment.NewLine
+ sudoku.CreationDate + Environment.NewLine
+ sudoku.PossibleValues.Aggregate("",(c,n) => c + n) + Environment.NewLine
+ sudoku.Lines
.Select(line =>
line.Select(cell =>
cell.Resolved
? cell.Value.ToString()
: "."
)
)
.Aggregate("",(current, line) =>
current + (current == "" ? "" : Environment.NewLine)
+ line.Aggregate((currentLine, value) =>
currentLine + value
)
);
}
private void Resolve(Grille sudoku, bool thenDisplay = false)
{
var worker = new BackgroundWorker();
worker.DoWork += (s, ev) =>
{
var watch = Stopwatch.StartNew();
watch.Start();
sudoku.Resolve();
watch.Stop();
sudoku.SolvingTime = watch.ElapsedMilliseconds;
};
if (thenDisplay)
{
worker.RunWorkerCompleted += (s, ev) =>
{
updateView();
};
}
worker.RunWorkerAsync();
}
public void ForceBrute()
{
var cellsByHypotesisNumber = from c in Cells
where !c.Resolved
orderby c.Hypotheses.Count()
select c;
foreach (var cell in cellsByHypotesisNumber)
{
foreach (var choice in cell.Hypotheses)
{
var trial = new Grille(this);
var changed = trial.Cells.Single(c => c.X == cell.X && c.Y == cell.Y);
changed.Value = choice;
trial.Resolve();
if (trial.IsValid && trial.Resolved)
{
copy(trial);
}
}
}
}
private void Resolve(Grille sudoku,bool thenDisplay = false)
{
var worker = new BackgroundWorker();
worker.DoWork += (s, ev) =>
{
var watch = Stopwatch.StartNew();
watch.Start();
sudoku.Resolve();
watch.Stop();
sudoku.SolvingTime = watch.ElapsedMilliseconds;
};
if (thenDisplay)
{
worker.RunWorkerCompleted += (s, ev) =>
{
updateView();
};
}
worker.RunWorkerAsync();
}
public SudokuManagerViewModel(string title)
{
Title = title;
SelectedSudoku = null;
Sudokus = new ObservableCollection <Grille>();
}
public void ForceBrute()
{
var cellsByHypotesisNumber = from c in Cells
where !c.Resolved
orderby c.Hypotheses.Count()
select c;
foreach (var cell in cellsByHypotesisNumber)
{
foreach (var choice in cell.Hypotheses)
{
var trial = new Grille(this);
var changed = trial.Cells.Single(c => c.X == cell.X && c.Y == cell.Y);
changed.Value = choice;
trial.Resolve();
if (trial.IsValid && trial.Resolved)
copy(trial);
}
}
}
public void copy(Grille grille)
{
Content = grille.Content.Select((line,y) =>
line.Select((value,x) =>
new Case(value,this)
).ToArray()
).ToArray();
}