public BaseSimpleCSP(Vector2Int[] operators, Vector2Int BoardSize, BaseGuessor Guessor, float MineDensity, int MaxSolvingLength) : base(operators, BoardSize, Guessor)
{
ClosedHiddenNeighbores = new Dictionary <Vector2Int, List <Vector2Int> >(BoardSize.x);
HiddenClosedRelations = new Dictionary <Vector2Int, List <Vector2Int> >(BoardSize.x);
uncoverMaxValue = MineDensity;
this.MaxSolvingLength = MaxSolvingLength;
}
public BaseMinesweeperSolver(Vector2Int[] operators, Vector2Int BoardSize, BaseGuessor Guessor)
{
Open = new Dictionary <Vector2Int, float>(BoardSize.x);
Closed = new Dictionary <Vector2Int, int>(BoardSize.x);
Flaged = new HashSet <Vector2Int>();
Safe = new HashSet <Vector2Int>();
Mine = new HashSet <Vector2Int>();
this.Operators = operators;
this.BoardSize = BoardSize;
//tiles that are no longer valueable
InvalidTiles = new bool[BoardSize.x, BoardSize.y];
this.Guessor = Guessor;
this.Guessor.bms = this;
}
public AlgorithmFrame(Vector2Int[] operators, Vector2Int BoardSize, BaseGuessor Guessor) : base(operators, BoardSize, Guessor)
{
}
public DSSP_ButRandomBorderGuess(Vector2Int[] operators, Vector2Int BoardSize, BaseGuessor Guessor, bool guessmine) : base(operators, BoardSize, Guessor)
{
this.guessmine = guessmine;
openGuessor = new OpenGuessor(this);
}
public DSSP(Vector2Int[] operators, Vector2Int BoardSize, BaseGuessor Guessor) : base(operators, BoardSize, Guessor)
{
}
public SimpleBackTrackCSP(Vector2Int[] operators, Vector2Int BoardSize, BaseGuessor Guessor, float MineDensity, int MaxSolvingLength) : base(operators, BoardSize, Guessor, MineDensity, MaxSolvingLength)
{
bruteforce = new BackTrack(Closed, HiddenClosedRelations, ClosedHiddenNeighbores);
}
public MineGuessingDSSP(Vector2Int[] operators, Vector2Int BoardSize, BaseGuessor Guessor, float uncoverMaxValue) : base(operators, BoardSize, Guessor, 0, 0)
{
ClosedHiddenNeighbores = new Dictionary <Vector2Int, List <Vector2Int> >(BoardSize.x);
HiddenClosedRelations = new Dictionary <Vector2Int, List <Vector2Int> >(BoardSize.x);
this.uncoverMaxValue = uncoverMaxValue;
}