public Solver(List <PuzzleConstraint> constraints)
{
SolverMethods.Add(new HiddenSingle());
SolverMethods.Add(new IntersectionRemoval());
foreach (var constraint in constraints)
{
switch (constraint)
{
case PuzzleConstraint.NormalSudoku:
BoardValidators.Add(new ColumnUnique());
BoardValidators.Add(new RowUnique());
BoardValidators.Add(new BoxUnique());
break;
case PuzzleConstraint.KnightsMove:
BoardValidators.Add(new KnightUnique());
break;
case PuzzleConstraint.KingsMove:
BoardValidators.Add(new KingUnique());
break;
default:
throw new ArgumentOutOfRangeException();
}
}
}
public PseudoSolver(List <PuzzleConstraint> constraints, PseudoBoard board)
{
CurrentStep = new SolverStep
{
SolverStepId = 1,
StepComment = "Starting Board State",
BoardState = new SolverState
{
BoardCells = board.BoardCells,
SolvedState = false
}
};
CurrentBoard = board;
SolverMethods.Add(new HiddenSingle());
SolverMethods.Add(new ConjugatePair());
foreach (var constraint in constraints)
{
switch (constraint)
{
case PuzzleConstraint.BoxUnique:
BoardValidators.Add(new BoxUnique());
break;
case PuzzleConstraint.ColumnUnique:
BoardValidators.Add(new ColumnUnique());
break;
case PuzzleConstraint.RowUnique:
BoardValidators.Add(new RowUnique());
break;
case PuzzleConstraint.KnightUnique:
BoardValidators.Add(new KnightUnique());
break;
case PuzzleConstraint.KingUnique:
BoardValidators.Add(new KingUnique());
break;
default:
throw new ArgumentOutOfRangeException();
}
}
}