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How to use _intersect method in lisa

Best Python code snippet using lisa_python

tic_tac_toe.py

Source:tic_tac_toe.py

1# TIC-TAC-TOE GAME CLASS2import random3def render_template(table):4    print('\t.____.____.____.')5    print(6        f'\t| {table[0][0]}  | {table[0][1]}  |  {table[0][2]} |')7    print('\t|____|____|____|')8    print(9        f'\t| {table[1][0]}  | {table[1][1]}  |  {table[1][2]} |')10    print('\t|____|____|____|')11    print(12        f'\t| {table[2][0]}  | {table[2][1]}  |  {table[2][2]} |')13    print('\t|____|____|____|')14def winning_check(board):15    # ROW CHECK OPEN16    if board[0][0] == board[0][1] == board[0][2]:17        return True18    elif board[1][0] == board[1][1] == board[1][2]:19        return True20    elif board[2][0] == board[2][1] == board[2][2]:21        return True22    # ROW CHECK CLOSE23    # COLUMN CHECK OPEN24    elif board[0][0] == board[1][0] == board[2][0]:25        return True26    elif board[0][1] == board[1][1] == board[2][1]:27        return True28    elif board[0][2] == board[1][2] == board[2][2]:29        return True30    # COLUMN CHECK CLOSE31    # DIAGONAL CHECK OPEN32    elif board[0][0] == board[1][1] == board[2][2]:33        return True34    elif board[0][2] == board[1][1] == board[2][0]:35        return True36    return False37class T3Game:38    random_set = [{1, 2, 3}, {4, 5, 6}, {7, 8, 9}, {1, 4, 7}, {2, 5, 8}, {3, 6, 9}, {1, 5, 9}, {3, 5, 7}]39    def __init__(self, player_name, moves, board, score, win_check, player_id, my_play_history=None, mode=None):40        self.player_name = player_name41        self.moves = moves42        self.board = board43        self.score = score44        self.my_play_history = my_play_history45        self.win_check = win_check46        self.player_id = player_id47        self.mode = mode48    def movement(self):49        if self.player_name != 'Frontbot':50            while True:51                try:52                    player_number = int(input('Enter No. to play: '))53                    if player_number not in self.moves:54                        print(f"Oops! Enter value among {', '.join(map(lambda num: str(num), self.moves))}")55                        continue56                except ValueError:57                    print(f'Oops: Enter a real number')58                    continue59                else:60                    self.moves.remove(player_number)61                    return self.update_board(player_number, self.board)62        elif self.mode.lower() == 'hard':63            self.hard_mode()64        else:65            self.easy_mode()66    def hard_mode(self):67        random.shuffle(self.random_set)68        for item in self.random_set:69            _intersect = list(item & set(my_list))70            if len(_intersect) == 1:71                x, y = item - set(my_list)72                if x in self.my_play_history and y in self.my_play_history:73                    self.moves.remove(_intersect[0])74                    self.my_play_history.append(_intersect[0])75                    return self.update_board(_intersect[0], self.board)76        for item in self.random_set:77            _intersect = list(item & set(my_list))78            if len(_intersect) == 1:79                x, y = item - set(my_list)80                if x not in self.my_play_history and y not in self.my_play_history:81                    self.moves.remove(_intersect[0])82                    self.my_play_history.append(_intersect[0])83                    return self.update_board(_intersect[0], self.board)84            elif len(_intersect) == 2:85                x = item - set(my_list)86                if x in self.my_play_history:87                    y, z = _intersect88                    if y in my_list and z in my_list:89                        player_number = random.choice(_intersect)90                        self.moves.remove(player_number)91                        self.my_play_history.append(player_number)92                        return self.update_board(player_number, self.board)93            else:94                continue95        self.easy_mode()96    def easy_mode(self):97        player_number = random.choice(self.moves)98        self.moves.remove(player_number)99        self.my_play_history.append(player_number)100        return self.update_board(player_number, self.board)101    def update_board(self, value, board):102        for row in board:103            for item in range(3):104                if row[item] == value:105                    row[item] = self.player_id106                    break107    def check_status(self):108        if self.win_check(self.board):109            print(f'{self.player_name} won!')110            self.score[self.player_name] += 1111            return True112        return False113while True:114    player1_name = input('Enter your name to play against Frontbot: ')115    try:116        if player1_name.lower() == 'frontbot':117            raise ValueError('Oops! Frontbot is my name. Enter your name.')118    except ValueError as err:119        print(err)120        continue121    else:122        break123player2_name = 'Frontbot'124record = {player1_name: 0, player2_name: 0, 'draw': 0}125trial = True126counter = random.choice([1, 0])127while trial:128    template = [129        [1, 2, 3],130        [4, 5, 6],131        [7, 8, 9]132    ]133    turn = 9134    frontbot_play_history = []135    my_list = [1, 2, 3, 4, 5, 6, 7, 8, 9]136    player1 = T3Game(player1_name, my_list, template, record, winning_check, player_id='X')137    player2 = T3Game(player2_name, my_list, template, record, winning_check, player_id='O',138                     my_play_history=frontbot_play_history, mode='hard', )139    player = [player1, player2]140    counter += 1141    a = counter % 2142    b = 1 - a143    while turn:144        if turn % 2 == 0:145            render_template(template)146            print(player[a].movement())147            turn -= 1148            if player[a].check_status():149                break150            elif turn == 0:151                record['draw'] += 1152        else:153            render_template(template)154            print(player[b].movement())155            turn -= 1156            if player[b].check_status():157                break158            elif turn == 0:159                record['draw'] += 1160    render_template(template)161    print(record)162    while True:163        play_again = input('do you want to play again?\nEnter Y to continue or N to stop: ')164        if play_again.lower() == 'y' or play_again.lower() == 'yes':165            trial = True166            break167        elif play_again.lower() == 'n' or play_again.lower() == 'no':168            trial = False169            break170        else:171            print('Invalid input!')...

print_grid.py

Source:print_grid.py

1#!/usr/bin/env python32"""3Tim Meese4Au2018-Py210B5Print Grid Exercise6"""7_star = '*'8_line = '-'9_intersect = '+'10_vertline = '|'11_space = ' '12def print_grid(n):13    global _star, _line, _intersect, _vertline, _space14    outlines = []15    cur_row = 016    cur_col = 017    if n < 11:18        n = n * 2 + 119    for j in range(n):20        grid = ''21        cur_col = 022        for i in range(n):23            if (cur_row % (n // 2)) == 0 and (cur_col % (n // 2)) == 0:24                grid += _intersect25            elif (cur_row % (n // 2)) == 0:26                grid += _line27            elif (cur_col % (n // 2) == 0):28                grid += _vertline29            else:30                grid += _space31            cur_col += 132        cur_row += 133        outlines.append(grid)34    for line in outlines:35        print(line)36def print_grid2(num_columns, column_width):37    global _star, _line, _intersect, _vertline, _space38    outlines = []39    cur_row = 040    cur_col = 041    for j in range(num_columns*column_width+1):42        grid = ''43        cur_col = 044        for i in range(num_columns*column_width+1):45            if (cur_row % column_width) == 0 and (cur_col % column_width) == 0:46                grid += _intersect47            elif (cur_row % column_width) == 0:48                grid += _line49            elif (cur_col % column_width) == 0:50                grid += _vertline51            else:52                grid += _space53            cur_col += 154        cur_row += 155        outlines.append(grid)56    for line in outlines:57        print(line)58if __name__ == "__main__":59    print('\n\nprint_grid(15)\n\n')60    print_grid(15)61    print('\n\nprint_grid(13)\n\n')62    print_grid(11)63    print('\n\nprint_grid(3)\n\n')64    print_grid(3)65    print('\n\nprint_grid2(3, 4)\n\n')66    print_grid2(3, 4)67    print('\n\nprint_grid2(5, 3)\n\n')...

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