ozermehmett/ozerm-chess-engine-with-python

Chess Engine

This is a simple chess engine implemented in Python. It provides basic functionalities for playing chess, including move generation, check detection, and castling.

Installation

You can install the package using pip:

pip install chess-engine-ozerm

Functions

square_under_attack(row, col)

Determines if an enemy can attack the square at the given row and column.

Parameters:

• row (int): The row index of the square.
• col (int): The column index of the square.

Returns:

• True if the square is under attack, False otherwise.

get_all_possible_moves()

Generates all possible moves for the current position without considering checks.

Returns:

• A list of all possible moves.

check_for_pins_and_checks()

Checks for pins and checks on the board.

Returns:

• A tuple (in_check, pins, checks) where
  • in_check (bool): Indicates if the current side is in check.
  • pins (list): List of pinned squares and their pinning direction.
  • checks (list): List of squares where the enemy is applying a check.

get_pawn_moves(row, col, moves)

Generates all possible moves for a pawn located at the given row and column.

Parameters:

• row (int): The row index of the pawn.
• col (int): The column index of the pawn.
• moves (list): List to store the generated moves.

get_rook_moves(row, col, moves)

Generates all possible moves for a rook located at the given row and column.

Parameters:

• row (int): The row index of the rook.
• col (int): The column index of the rook.
• moves (list): List to store the generated moves.

get_knight_moves(row, col, moves)

Generates all possible moves for a knight located at the given row and column.

Parameters:

• row (int): The row index of the knight.
• col (int): The column index of the knight.
• moves (list): List to store the generated moves.

get_bishop_moves(row, col, moves)

Generates all possible moves for a bishop located at the given row and column.

Parameters:

• row (int): The row index of the bishop.
• col (int): The column index of the bishop.
• moves (list): List to store the generated moves.

get_queen_moves(row, col, moves)

Generates all possible moves for a queen located at the given row and column.

Parameters:

• row (int): The row index of the queen.
• col (int): The column index of the queen.
• moves (list): List to store the generated moves.

get_king_moves(row, col, moves)

Generates all possible moves for a king located at the given row and column.

Parameters:

• row (int): The row index of the king.
• col (int): The column index of the king.
• moves (list): List to store the generated moves.

get_castle_moves(row, col, moves)

Generates all valid castle moves for the king located at the given row and column.

Parameters:

• row (int): The row index of the king.
• col (int): The column index of the king.
• moves (list): List to store the generated moves.

get_king_side_castle_moves(row, col, moves)

Generates valid king-side castle moves for the king located at the given row and column.

Parameters:

• row (int): The row index of the king.
• col (int): The column index of the king.
• moves (list): List to store the generated moves.

get_queen_side_castle_moves(row, col, moves)

Generates valid queen-side castle moves for the king located at the given row and column.

Parameters:

• row (int): The row index of the king.
• col (int): The column index of the king.
• moves (list): List to store the generated moves.

CastleRights

A class representing castling rights for both players.

Attributes:

• wks (bool): White king-side castling rights.
• bks (bool): Black king-side castling rights.
• wqs (bool): White queen-side castling rights.
• bqs (bool): Black queen-side castling rights.

Move

A class representing a chess move, including methods for obtaining chess notation.

Attributes:

• start_row (int): The row index of the starting square.
• start_col (int): The column index of the starting square.
• end_row (int): The row index of the ending square.
• end_col (int): The column index of the ending square.
• piece_moved (str): The piece moved.
• piece_captured (str): The piece captured.
• is_pawn_promotion (bool): Indicates if the move is a pawn promotion.
• is_enpassant_move (bool): Indicates if the move is an en passant capture.
• is_castle_move (bool): Indicates if the move is a castling move.

Methods:

• get_chess_notation(): Returns the real chess notation for the move.
• __str__(): Returns a string representation of the move.

Example Usage

# Example Usage of the Chess Engine
from chess_engine_ozerm import ChessEngine

# Initialize the chess engine
chess_engine = ChessEngine.GameState()

# Get all possible moves for the current position
all_moves = chess_engine.get_all_possible_moves()

# Print the moves
for move in all_moves:
    print(move.get_chess_notation())