public void SolveComplete()
{
var totalFailures = 0;
var totalSteps = 0;
var methodSteps = 0;
var validatorSteps = 0;
var timer = new Stopwatch();
timer.Start();
Console.WriteLine(CurrentBoard.SerialiseBoardToPuzzleString());
Helpers.WriteBreak();
while (!CurrentBoard.PuzzleSolved)
{
var solvableCells = CurrentBoard.BoardCells.Where(x => !x.SolvedCell).ToList();
foreach (var cell in solvableCells)
{
var validatorSuccess = false;
var methodSuccess = false;
foreach (var validator in BoardValidators.OrderBy(x => x.ValidatorDifficulty))
{
validatorSuccess = validator.ValidatePotentialCellValues(cell, CurrentBoard, out _);
if (!validatorSuccess)
{
totalFailures++;
}
validatorSteps++;
totalSteps++;
}
if (!validatorSuccess)
{
foreach (var method in SolverMethods.OrderBy(x => x.MethodDifficulty))
{
methodSuccess = method.ApplyMethod(cell, CurrentBoard, out _);
if (!methodSuccess)
{
totalFailures++;
}
methodSteps++;
totalSteps++;
}
}
}
CurrentBoard.PuzzleSolved = !solvableCells.Any(x => !x.SolvedCell);
}
timer.Stop();
CurrentBoard.PrintBoard();
Helpers.WriteBreak();
Console.WriteLine($"Completed Puzzle String");
Console.WriteLine(CurrentBoard.SerialiseBoardToPuzzleString());
Helpers.WriteBreak();
Console.WriteLine($"Puzzle Solved in {timer.Elapsed}\nTotal Steps Taken (Validators & Solve Methods) {totalSteps}" +
$"\nTotal Validator Steps Taken {validatorSteps}" +
$"\nTotal Method Steps Taken {methodSteps}" +
$"\nTotal Actions Taken (Validators & Solve Methods w/ Legal Move Available) {totalSteps-totalFailures}");
}
public void Solve(PseudoBoard board)
{
var currentFailures = 0;
var totalFailures = 0;
var totalSteps = 0;
var methodSteps = 0;
var validatorSteps = 0;
var timer = new Stopwatch();
timer.Start();
while (!board.PuzzleSolved)
{
var solvableCells = board.BoardCells.Where(x => !x.SolvedCell).ToList();
foreach (var cell in solvableCells)
{
var validatorSuccess = false;
var methodSuccess = false;
foreach (var validator in BoardValidators.OrderBy(x => x.ValidatorDifficulty))
{
validatorSuccess = validator.ValidatePotentialCellValues(cell, board);
if (!validatorSuccess)
{
currentFailures++;
totalFailures++;
}
else
{
currentFailures = 0;
}
validatorSteps++;
totalSteps++;
}
if (!validatorSuccess)
{
foreach (var method in SolverMethods.OrderBy(x => x.MethodDifficulty))
{
methodSuccess = method.ApplyMethod(cell, board);
if (!methodSuccess)
{
currentFailures++;
totalFailures++;
}
else
{
currentFailures = 0;
}
methodSteps++;
totalSteps++;
}
}
}
board.PuzzleSolved = solvableCells.All(x => x.SolvedCell);
}
timer.Stop();
board.PrintBoard();
Console.WriteLine();
Console.WriteLine($"Puzzle Solved in {timer.Elapsed}\nTotal Steps Taken (Validators & Solve Methods) {totalSteps}" +
$"\nTotal Validator Steps Taken {validatorSteps}" +
$"\nTotal Method Steps Taken {methodSteps}" +
$"\nTotal Actions Taken (Validators & Solve Methods w/ Legal Move Available) {totalSteps-totalFailures}");
}
