Untitled

import chess

games: list(str) = [] #TODO: insert games in FEN format
k_values: list(int) = [1, 5, 10, 20] #TODO: define the exact values
depths: list(int) = [2, 4, 6, 8] #TODO> define the exact values


#right now, the simulator runs all the games. maybe we'll change in the future
class Simulator:
    def __init__(self):
        self.games = games
        self.k_values = k_values
        self.depths = depths

    def run(self):


        """
        pseudo-code:

        0.for game in self.games:

        1 foreach k in k_values:

        1.1.foreach depth in depths: (means, we run all possible configurations of depth + k)

        1.1.1. while game is not over:
        1.1.1.1. white plays MINMAX-K(K, depth), black plays classic(depth)
        1.1.1.2. board = curr_board <--- next_move (either white / black)
        1.1.2. save result - 'A'
        1.1.3. reset game to original position

        1.1.4. while game is not over:
        1.1.4.1. white plays classic(depth),  black plays MINMAX-K(K, depth)
        1.1.4.2. board = curr_board <--- next_move (either white / black)
        1.1.5. save result - 'B'

        1.1.6 report 'A' + 'B'

        """

        for game_fen in self.games:
            for K in self.k_values:
                for depth in self.depths:
                    board = chess.Board(game_fen)

                    #white plays MINMAX-K, black plays classic
                    
                    while(!board.is_game_over()):
                        board = white.next_move() # next move of MINMAX-K(K, depth)
                        board = black.next_move() # next_move of alpha-beta(depth)