Rush Python Assignment(Please talk to me only if you're good at python)

import random BOARD_SIZE = 24 HALF_BOARD = 12 BOARD_START = 0 CHECKERS_QTY = 15 WHITE = 'w' BLACK = 'b' CELL_NUMBER = 0 QTY = 1 COLOR = 2 def get_score(): return random.randint(1, 6) def print_score(): print(get_score()) def input_player_name(number): return input("What is the " + number + " player name?\n") def input_second_player_name(player1_name): while True: player2_name = input_player_name('second') if player1_name != player2_name: return player2_name def create_board(): return [[i, 0, " "] for i in range(BOARD_SIZE, 0, -1)] def init_board(board): board[BOARD_START][QTY] = CHECKERS_QTY board[BOARD_START][COLOR] = WHITE board[HALF_BOARD][QTY] = CHECKERS_QTY board[HALF_BOARD][COLOR] = BLACK def print_half_board(board): for cell in board[HALF_BOARD:BOARD_SIZE]: if cell[QTY] != 0: print( '{0:4s}'.format(str(cell[QTY]) + cell[COLOR]), end=" " ) else: print('{0:4s}'.format('_'), end=' ') def print_board_numbers(board): for cell in board[HALF_BOARD:BOARD_SIZE]: print('{0:4d}'.format(cell[CELL_NUMBER]), end=" ") def print_board(board): """ Visualize board """ print_board_numbers(board[::-1]) print('\n') print(" ", end="") print_half_board(board[::-1]) print("\n\n\n") print(" ", end="") print_half_board(board) print('\n') print_board_numbers(board) print('\n') def get_first_turn(): while True: player_1_score = get_score() player_2_score = get_score() if player_1_score > player_2_score: return 0 elif player_1_score < player_2_score: return 1 def roll_dices(): dice_results = [get_score() for _ in range(2)] if dice_results[0] == dice_results[1]: dice_results *= 2 return dice_results def get_checkers_position(board, color): return [index for index, cell in enumerate(board) if cell[COLOR] == color] def move_white(pos, dice): return pos - dice def move_black(pos, dice): new_pos = pos - dice if new_pos <= 0: new_pos += BOARD_SIZE return new_pos def inverse_color(color): if color == BLACK: return WHITE else: return BLACK def change_player(): global current_player if current_player == players[0]: current_player = players[1] return current_player else: current_player = players[0] return current_player def check_move_possibility(dices, color): print("dice_res: ", dices) possible_positions = [] for dice in dices: for pos in get_checkers_position(board, color): if color == BLACK: new_pos = move_black(pos, dice) else: new_pos = move_white(pos, dice) possible_positions.append(new_pos) if board[new_pos][COLOR] != inverse_color(color): print("Checker can be moved to position", new_pos) else: print("Checker can't be moved to position ", new_pos, "because here is enemy's checker") return possible_positions def get_players_color(player): return WHITE if player == players[0] else BLACK def enter_number_of_field(current_player): check_move_possibility(dice_res, get_players_color(current_player)) while True: try: field_number = int(input('please, enter the number of the field ' 'from which ' 'you will start the turn (1-24): ')) if field_number not in range(1, BOARD_SIZE + 1): raise ValueError return field_number except ValueError: print('ValueError, try again...') def enter_the_number_of_dice(dices): while True: try: number_of_dice = int(input('please, enter the number to which you want ' 'to move the check (1,6): ')) if number_of_dice not in dices: raise ValueError return number_of_dice except ValueError: print('ValueError, try again...') def check_checkers_in_house(board, color): sum_ = 0 for cell in board: if cell[COLOR] == color: sum_ += cell[QTY] return sum_ == CHECKERS_QTY board = create_board() init_board(board) print_board(board) players = [] players.append(input_player_name('first')) players.append(input_second_player_name(players[0])) current_player = players[get_first_turn()] print(current_player, " goes first") dice_res = roll_dices() field_and_number = [ enter_number_of_field(current_player), enter_the_number_of_dice(dice_res) ] print(field_and_number) WHITE_CHECKERS_HOUSE = board[18:] BLACK_CHECKERS_HOUSE = board[6:12] check_checkers_in_house(WHITE_CHECKERS_HOUSE, BLACK) check_checkers_in_house(BLACK_CHECKERS_HOUSE, WHITE)