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Diffstat (limited to 'include/chess_ai.hpp')
| -rw-r--r-- | include/chess_ai.hpp | 240 |
1 files changed, 0 insertions, 240 deletions
diff --git a/include/chess_ai.hpp b/include/chess_ai.hpp deleted file mode 100644 index 06cbd43..0000000 --- a/include/chess_ai.hpp +++ /dev/null @@ -1,240 +0,0 @@ -#ifndef CHESS_AI_HPP -#define CHESS_AI_HPP - -#define CHESS_BOARD_SIZE 8 - -#include <iostream> -#include <vector> -#include <string> - -namespace chess_ai { - - // Describes the different types of chess pieces there are on the board - enum piece_type : unsigned; - - // Describes the colour of the pieces - enum piece_colour : unsigned; - - // just describes if the board is full or empty - enum board_state : unsigned; - - // defines the errors that can happen when moving a piece - enum move_error : unsigned; - - // The chess board that will be played on - class chess_board; - - // Any chess piece in the game - class chess_piece; - - // typedefs for iterators to access elements easier - - typedef std::vector<std::vector<chess_ai::chess_piece> >:: - iterator vector_iterator; - - typedef std::vector<chess_ai::chess_piece>::iterator square_iterator; - - enum piece_type : unsigned { - // A pawn can only move forward twice on the first move, otherwise only - // once. It only take pieces that are on the diagonals in front of it, - // or through en passant. - // They are chess_initially placed as a line in front of the other pieces. - pawn, - - // A rook can only move vertically or horizontally and they are placed - // in the corners of the board. - rook, - - // A knight can only move to 8 locations around it which are specified - // by moving twice horizontally or vertically in a row and once - // diagonally. These are placed next to the rook. - knight, - - // A Bishop can only move diagonally and are placed next to the knight - bishop, - - // The queen combines the bishop and the rook and is placed on either - // d1 or d8 - queen, - - // The king moves like the queen but only for one square and is placed - // on e1 or e8 - king, - - // empty square - empty - }; - - enum piece_colour : unsigned { - // Looking at the board white will be at the bottom - white, - // Black will be at the top - black, - // no colour - none - }; - - enum board_state : unsigned { - // The starting position of the board with all pieces in the right - // position - initial, - // While the game is going this will be the state - playing, - // When the game is over - finished, - // When the board is completely empty - clear - }; - - enum move_error : unsigned { - // when king is in check there are limited possibilities - move_error_KingInCheckAfterMove, - // when there is a friendly piece in the way - move_error_FriendlyPieceOnDestination, - // when there is an enemy piece blocking the way - move_error_EnemyPieceOnDestination, - // illegal move for chose piece - move_error_IllegalMove, - - // when the move is successful - move_Success, - // when a move leads to a check - move_Check, - // when a move leads to a checkmate - move_Checkmate, - }; - - class chess_board { - public: - - // Create an empty chess board - chess_board(); - - // Create a chess board depending on the state - chess_board(board_state state); - - // destructor to clean up the variables - ~chess_board(); - - // prints the current board state - void print_board(); - - // returns the piece at the location - chess_piece at(unsigned x, unsigned y); - - // Set a piece somewhere on the board replacing anything that was there - // previously - void set_piece(chess_piece piece); - - // set piece directly on board - void set_piece(piece_type type, piece_colour colour, unsigned x, - unsigned y); - - // removes a piece from the board at location - void remove_piece(chess_piece piece); - - // remove piece at a specific location only - void remove_piece(unsigned x, unsigned y); - - // move a piece according to the chess rules - move_error move_piece(chess_piece piece); - - // move piece using only x and y (for pawns) - move_error move_piece(unsigned x, unsigned y); - - // moves a piece to an x, y coordinate - move_error move_piece(chess_piece piece, unsigned x, unsigned y); - - // move piece with x and y as original and final destination - move_error move_piece(unsigned orig_x, unsigned orig_y, - unsigned dest_x, unsigned dest_y); - - // move piece and return a piece that has been captured - move_error move_piece(unsigned orig_x, unsigned orig_y, - unsigned dest_x, unsigned dest_y, chess_piece& taken_piece); - - // iterate through the list and return the pointer to change - square_iterator& iterate_board(square_iterator& it, unsigned x, - unsigned y); - - - private: - - // initialises vector - void init_board_vector(); - - // moves the pawn and tests all the cases that it should. - move_error move_pawn(square_iterator it, square_iterator new_it, - chess_piece& taken_piece); - - // The size of the chess board is a constant and hence defined by a - // preprocessed define statement. - const unsigned SIZE; - - // The actual board where the values of the pieces will be changed. - std::vector<std::vector<chess_piece> > grid; - }; - - class chess_piece { - friend class chess_board; - public: - - // Initialises the chess piece to an empty square on the board - chess_piece() : type(empty), colour(none), x(0), y(0) {} - - // Otherwise initialise the chess piece to a king or queen where the - // location is alreay known - chess_piece(piece_type type, piece_colour colour); - - // Finally initialise the chess piece to a specified piece - chess_piece(piece_type type, piece_colour colour, unsigned x, - unsigned y); - - // destructor to clean up the variables - ~chess_piece(); - - // overload == operator - friend bool operator==(const chess_piece& p1, const chess_piece& p2) { - if(p1.type == p2.type && p1.colour == p2.colour && p1.x == p2.x && - p1.y == p2.y) { - - return true; - } - return false; - } - - // Set the type of the chess_piece - void set_type(piece_type type); - - // set the colour of the piece - void set_colour(piece_colour colour); - - // set the x coordinate of the piece - void set_x(unsigned x); - - // set the y coordinate of the piece - void set_y(unsigned y); - - // set the different values - void set(piece_type type, piece_colour colour, unsigned x, unsigned y); - - // return a printable version of the square - std::string str(); - - private: - - // Type of the chess piece, eg. bishop or queen - piece_type type; - - // Colour of the chess piece - piece_colour colour; - - // x location of the chess piece - unsigned x; - - // y location of the chess piece - unsigned y; - }; -} - -#endif |