BackGammon analyzer.

User of class need to maintain the match setup using setScore, setCube and crawford.

• BackGammon(void)


• void setScore(uint xAway, uint oAway)

Set match score to xAway-oAway away.
• void setCube(uint cube, bool xOwns)

Set cube to cube, with X as owner is xOwns, O otherwise.
• void crawford(bool on)

Set game as CRAWFORD .

• void findBestMove(

  MoveDesc&    moveDesc, const int    dice [2], Board&    board, bool    xOnPlay, uint*    resign = 0, float    noise = 0.0, uint    nPlies = 0)


Find Best move.
• bool offerDouble(Board const& board, bool xOnPlay)

Should player (side 1 of board) double?
• bool acceptDouble(Board const& board, bool xOnPlay)

Should player take or drop?


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Should player accept a resignation?

Player resigning is X if xSide, O otherwise.

nPoints is 1/2/3 for type of resignation.

• bool resigns(Board const& board, uint nPoints, bool xSide) const

Variant 1: player resigned after making a move
• bool resignsBeforeRoll(Board const& board, uint nPoints, bool xSide) const

Variant 2: player resigned before rolling.

• bool partialMoveLegal(

  Board const&    board, const int    dice [2], MoveDesc const&    move, uint    side)


Check legality of partial move.

• static bool legal(

  Board&    board, const int    dice [2], MoveDesc const&    move, uint    xSide)


Check move legality.
• int gameOver(Board const& board)

Game over?
• bool mayDouble(bool xSide) const

Can side xSide double.
• MatchState const& state(void) const

Current match state.