old_board.h File Reference

Former board representation. More...

#include "board.h"

Go to the source code of this file.

Classes

class PieceArray

Array-like structure to hold pieces. More...

class OB_Board

Board representation. More...

class OB_SimplePlayout

Simple random playout for old board. More...

Defines

#define OB_EMPTY_SQUARE   0x0U

#define OB_EMPTY   0x0U

#define OB_OFF_BOARD_SQUARE   0x9FU

#define OB_GOLD   0x10U

#define OB_SILVER   0x8U

#define OB_PIECE_OFF_BOARD   0x7U

#define OB_PIECE_ELEPHANT   0x6U

#define OB_PIECE_CAMEL   0x5U

#define OB_PIECE_HORSE   0x4U

#define OB_PIECE_DOG   0x3U

#define OB_PIECE_CAT   0x2U

#define OB_PIECE_RABBIT   0x1U

#define OB_PIECE_EMPTY   0x0U

#define OB_PIECE_MASK   0x7U

#define OB_OWNER_MASK   0x18U

#define OB_NORTH   10

#define OB_SOUTH   -10

#define OB_EAST   1

#define OB_WEST   -1

#define TOP_ROW   8

#define BOTTOM_ROW   1

#define LEFT_COL   1

#define RIGHT_COL   8

#define OB_OWNER(square)   (square & OB_OWNER_MASK)

#define OB_PIECE(square)   (square & OB_PIECE_MASK)

#define OB_OPP(player)   ((16 - player) + 8)

#define PLAYER_TO_INDEX(player)   (player == OB_GOLD ? 0 : 1 )

#define INDEX_TO_PLAYER(index)   (uint) (16-8*index)

#define OB_SQUARE_DISTANCE(s1, s2)   (abs(s1/10 - s2/10) + abs(s1%10 - s2%10))

#define OB_IS_TRAP(index)   (index == 33 || index == 36 || index == 63 || index == 66 )

#define OB_IS_PLAYER(square)   (OB_OWNER(square) == OB_GOLD || OB_OWNER(square) == OB_SILVER )

#define OB_PIECE_NUM   7

#define OB_SQUARE_NUM   100

#define FLAG_BOARD_EMPTY   -1

Typedefs

typedef uint ob_player_t

typedef int ob_square_t

typedef uint ob_piece_t

typedef int FlagBoard [OB_SQUARE_NUM]

typedef uint board_t [OB_SQUARE_NUM]

typedef pair< ob_player_t,
ob_piece_t > PiecePair

Variables

const int direction [4]

const int rabbitForward [2]

const int rabbitWinRow [2]

const int trap [4]

Detailed Description

Former board representation.

Board representation using the integer board mechanism. This module is obsolete but still used in test suite to verify functionality of current board module.


Classes
class	PieceArray
	Array-like structure to hold pieces. More...
class	OB_Board
	Board representation. More...
class	OB_SimplePlayout
	Simple random playout for old board. More...
Defines
#define	OB_EMPTY_SQUARE 0x0U
#define	OB_EMPTY 0x0U
#define	OB_OFF_BOARD_SQUARE 0x9FU
#define	OB_GOLD 0x10U
#define	OB_SILVER 0x8U
#define	OB_PIECE_OFF_BOARD 0x7U
#define	OB_PIECE_ELEPHANT 0x6U
#define	OB_PIECE_CAMEL 0x5U
#define	OB_PIECE_HORSE 0x4U
#define	OB_PIECE_DOG 0x3U
#define	OB_PIECE_CAT 0x2U
#define	OB_PIECE_RABBIT 0x1U
#define	OB_PIECE_EMPTY 0x0U
#define	OB_PIECE_MASK 0x7U
#define	OB_OWNER_MASK 0x18U
#define	OB_NORTH 10
#define	OB_SOUTH -10
#define	OB_EAST 1
#define	OB_WEST -1
#define	TOP_ROW 8
#define	BOTTOM_ROW 1
#define	LEFT_COL 1
#define	RIGHT_COL 8
#define	OB_OWNER(square) (square & OB_OWNER_MASK)
#define	OB_PIECE(square) (square & OB_PIECE_MASK)
#define	OB_OPP(player) ((16 - player) + 8)
#define	PLAYER_TO_INDEX(player) (player == OB_GOLD ? 0 : 1 )
#define	INDEX_TO_PLAYER(index) (uint) (16-8*index)
#define	OB_SQUARE_DISTANCE(s1, s2) (abs(s1/10 - s2/10) + abs(s1%10 - s2%10))
#define	OB_IS_TRAP(index) (index == 33 \|\| index == 36 \|\| index == 63 \|\| index == 66 )
#define	OB_IS_PLAYER(square) (OB_OWNER(square) == OB_GOLD \|\| OB_OWNER(square) == OB_SILVER )
#define	OB_PIECE_NUM 7
#define	OB_SQUARE_NUM 100
#define	FLAG_BOARD_EMPTY -1
Typedefs
typedef uint	ob_player_t
typedef int	ob_square_t
typedef uint	ob_piece_t
typedef int	FlagBoard [OB_SQUARE_NUM]
typedef uint	board_t [OB_SQUARE_NUM]
typedef pair< ob_player_t, ob_piece_t >	PiecePair
Variables
const int	direction [4]
const int	rabbitForward [2]
const int	rabbitWinRow [2]
const int	trap [4]