Development_plan.txt

Number rep of a chess board
===========================
64Ro 63Kt 62Bi 61Qu 60Ki 59Bi 58Kt 57Ro     BLACK 
56Pa 55Pa 54Pa 53Pa 52Pa 51Pa 50Pa 49Pa
48   47   46   45   44   43   42   41 
40   39   38   37   36   35   34   33 
32   31   30   29   28   27   26   25 
24   23   22   21   20   19   18   17 
16Pa 15Pa 14Pa 13Pa 12Pa 11Pa 10Pa 9Pa
8Ro  7Kt  6Bi  5Qu  4Ki  3Bi  2Kt  1Ro      WHITE

Objects used

Move
======
form 
to
pieces_type
isMovePossible(); //use move mask

piece_bag
=========
white_rack
black_rack
get(piece_type);
put(piece, color_rack);

Board (inside chessboard)
==========================
    map;
    death_bag;
    en_passant //the map value of the piece
    turn;
    piece_map;

    init();
    isCheck();
    getPiece(int position);
    piece_type(int position)
    isCheckMate();
    isStalemate();
    remove(); //remove a piece from board
    reset();
    whosTurn();
    whiteBitMask();
    BlackBitMask();
    can_castle(castle_type);
    move(move_object);

piece constant interface
========================

board constant interface
========================
    
pieces
=======
color
position
validate(to, Board) 
getType(); //return constant
    for pawn enpassant & move twice
    for rook and king, if castle candidate
    move(piece_name, from, to);
piece::bit_mask()


Java model
===========
    board_model
    game_state
    White_player
    black_player

controller
==========

view
=====

Engine
=======
Constructor(board)
Min_max();
get_move();

Later features
==============
FEN -> playerable functionality
Logger and Undo() functionality
setPosition from logger();
set a rack to cache bit for white and black();
Make engine interface();
Let all class use a particular chess constant and use the constant reference in other classes
Rerrange all the functions later on
synchronize map of pieces and pieces position