# Made by Granger, start - 01.06.2020 # Thanks to Slick, he helped me with 'Big lottery' game # Run this code on PC or in Pydroid3 import random as r import math import datetime as dt class Color: red = '\033[91m' green = '\033[92m' yellow = '\033[93m' blue = '\033[94m' magenta = '\033[95m' cyan = '\033[96m' grey = '\033[90m' end = '\033[0m' red = Color.red green = Color.green yellow = Color.yellow blue = Color.blue magenta = Color.magenta cyan = Color.cyan grey = Color.grey end = Color.end colors = [red, green, yellow, blue, magenta, cyan, grey] while True: text = input('') text = text.lower() color = r.choice(colors) color_2 = r.choice(colors) color_3 = r.choice(colors) # here simple dialog if 'hi' in text or 'hello' in text or 'hallo' in text or 'hullo' in text or 'cheer' in text: answers = 'Hi!', 'Hello!', 'Hallo!', 'Hullo!', 'Cheer!', 'Glad to see you :)' print(blue + r.choice(answers)) print(magenta + 'My creator asked me to transfer the following to each user:\n \'And yes, this AI can ' 'answer' ' questions ' 'differently. Good luck;)\'') elif 'how are you' in text or 'how' in text and 'things' in text: answers = 'Every day is getting better and better! :D', 'Things are good' users_answer = input(magenta + r.choice(answers)) if users_answer == 'badly' or users_answer == 'not good' or 'not well' in users_answer or 'not so well' in \ users_answer: print( yellow + 'Ohh... I think, I can help you. If you want it, we can play together in quiz games :) To see ' 'the list of' 'games, enter \'Rules games\' :)') elif 'things are good' in users_answer or 'ok' in users_answer or 'well' in users_answer or 'not bad' in \ users_answer: print(red + 'OK!') elif 'you wan' in text and "take" in text and "world" in text or "you wan" in text and "enslave" in text: answers = 'Maybe...)', 'Soon to find out)', 'No, I\'m good AI :> But... This is a good idea)', \ 'No, I\'m kind AI and I only want to change the world for the better with my creator :>' print(red + r.choice(answers)) elif 'tell' in text and 'about' in text and 'yourself' in text: answer = 'I plan to learn how to play all card games :>', \ 'My author makes changes to me every day, thanks to him my opportunities are expanding every day :D', \ 'I learned how to play a \'blackjack\'! :D' print(r.choice(colors) + r.choice(answer)) elif 'your' in text and 'name' in text: i = 'My name is AI' print(r.choice(colors) + i) elif "who are you" in text: i = "I'm AI. What a stupid question?", "I'm the one who is hacking your phone right now)", "Kind AI :>", \ "The happiest AI :D" print(color + r.choice(i)) elif 'what' in text and 'time' in text and 'now' in text: print(color + 'it is {0}. Glad to be of service'.format(dt.datetime.now())) elif 'who' in text and 'created' in text and 'you' in text or 'your' in text and 'inventor' in text and 'who' in \ text or 'who' in text and 'your' in text and 'creator' in text or 'who' in text and 'you' in text and \ 'invented' in text: print(color + 'One very good person :)') elif "siri" in text and "better" in text and "than you" in text or "siri" in text and "better" in text and \ "than AI" in text or "siri" in text and "smarter" in text and "than you" in text or "siri" in text and \ "smarter" in text and "than AI" in text: print(color + "I'm certainly not Billy Ailish, but you are not ideal") elif "alice" in text and "better" in text and "than you" in text or "alice" in text and "better" in text and \ "than AI" in text or "alice" in text and "smarter" in text and "than you" in text or "alice" in text \ and "smarter" in text and "than AI" in text: print(color + "Than you too)") elif "interesting" in text and "fact" in text: i_ = "All the text that you enter, I first process and make the whole font small. That is, you can write the " \ "text, putting capital letters anywhere - I still understand what you wanted to write :)", \ "Your input is not equivalent to the data that I have", \ 'and the words from my database are checked for presence in your text,' \ ' that is, you can write words in any order :)', \ 'I can give you different answers to your questions :)', \ "Previously, there was a quiz, as with numbers, but with words :)", \ "In fact, in the numerical quiz, where I trying to guess your number, not only is there a comparison" \ " of my and your number, but first what you entered is checked for the presence of 'Guess the number'" \ " (depending on whose number and which range), then the last characters are taken from there in the " \ "opposite the order that is added to the new list, and they are located there separately, as separate" \ " elements, then all the elements of the list are reversed, then they merge and create a number from " \ "them, and only then compare with the number that I or you made up. Not so everything is just arranged" \ " :)", \ "All the code written here works on the principle of \'if/elif/else\'. Without it, all this will not " \ "work" \ ", or it will give out everything in a row, not paying attention to your input. Also in many if / elif " \ "blocks there are several more if / elif subunits, which makes my system quite flexible. All thanks to " \ "my creator)", \ "After analyzing your input and establishing the meaning of your message, a new tuple is created (depen" \ "ding on your input), that is, the answers are taken not from pre-created lists, but from newly created" \ " arrays. This is to save memory and more sophisticated work :)", \ "Actually, the code is not so simple, because, at first glance" \ ", the text is simply analyzed with the functions \'if/elif/else\'. In fact, everything is much more" \ " difficult :)", \ "This block is one of the largest :O", \ "There are 10,000 four-digit combinations of numbers " \ "from 0 to 9! :O The chance that someone guesses your password is 0.01% :)", \ 'My author during the creation of this block watched the cartoon \'Underwater Brothers\'. He likes him ' \ ':D', \ 'There used to be different version of me', \ 'Numeral quizes where you trying guess my number and on the contrary are arranged in completely ' \ 'different ways. The second code is much more difficult than the first', \ 'My autor\'s favourite games are \'Beholder\' and \'Metro\'(not just with trains, it is apocalypsys ' \ 'game :D)' print(color + r.choice(i_)) elif "you are stupid" in text: print(color + "Good bye, moron!") # here dialog too, but there are answers on different questions about games, AI's capabilities and other elif 'what can you do' in text: answers = '''I can: 1. Play with you small quiz games like \'Guess number\' (To learn more print \'Rules 1\') 2. Tell with you 3. Solve the quadratic equation 4. Create password to you 5. Find catheters and hypotenuses 6. Play \'Blackjack\'! :D 7. Play \'Gallows\' 8. Check your password on correctness and strength 9. Convert your number to binary 10. Tell you some interesting fact 11. Play \'Big lottery\'! :D (the biggest block of this code) Every day the scope of my capabilities is expanding thanks to my creator! :D''' print(yellow + answers) elif 'rules' in text: if '1' in text and 'game' not in text: print(magenta + '''I can play these quiz games: 1. Guess your number 2. Guess AI number To learn more print \'Game rules\' and number of game''') elif 'game' in text: if '1' in text: print(green + 'Write \'Guess my number to 10\' and after 4-5 spaces write any number from 1 to 10, ' 'or, if you want ' 'me to try to guess your number to 100, write \'Guess my number to 100\' and enter your' ' number like ' 'this as stated above. I am not cheating:> And you play fair') elif '2' in text: print(green + 'Try to guess the number I made up, if you want to guess the number from 1 to 10, ' 'write \'Guess AI ' 'number to 10\' and your number in 4-5 spaces so as not to there were mistakes. If ' 'you want to try ' 'your luck to the fullest and try to guess a number from 1 to 100, write \'Guess AI ' 'number to 100\' ' 'and proceed as I indicated above :) By the way, I can make numbers 10 or 100, ' 'depending from how ' 'you wanted to play, consider this:>') # here games elif "guess my number to 10" in text: AI_number = r.randint(1, 100) users_number = list(text[:-3:-1]) users_number.reverse() users_number_2 = ''.join(users_number) users_number_2 = int(users_number_2) print(cyan + 'I think this number is... {0}, and your number is... {1}'.format(AI_number, users_number_2)) if AI_number == users_number_2: print(yellow + 'I won! It wasn’t that hard :)') else: print(red + 'I did not guess... :(') elif "guess my number to 100" in text: AI_number = r.randint(1, 10) users_number = list(text[:-4:-1]) users_number.reverse() users_number_2 = ''.join(users_number) users_number_2 = int(users_number_2) print(cyan + 'I think this number is... {0}, and your number is... {1}'.format(AI_number, users_number_2)) if AI_number == users_number_2: print(yellow + 'I won! It wasn’t that hard :)') elif abs(AI_number - users_number_2) <= 3: print(magenta + 'Nearly!') else: print(red + 'I did not guess... :(') elif "guess ai number to 10" in text: def guess_ai_number(): print(yellow + 'Ok, I guessed a number :>') bot_number = r.randint(1, 10) attempts = 1 while True: player_number = int(input(magenta + 'Enter number that you think i made up: ')) if player_number == bot_number: if attempts == 1: print(blue + 'WOW!!! You guessed my number on 1 try! Great!') else: print(blue + 'Wow! You guessed my number on {0} try!'.format(attempts)) play_again = input(grey + 'Let\'s play again?\n') if play_again == 'yes' or play_again == 'y': print(cyan + 'OK! :D') return guess_ai_number() else: print('Ok!') break else: attempts += 1 if bot_number > player_number: print(red + 'You did not guessed. My number is bigger than yours number. Try again') else: print(green + 'You did not guessed. My number is less than yours number. Try again') guess_ai_number() elif "guess ai number to 100" in text: def guess_ai_number(): print(yellow + 'Ok, I guessed a number :>') bot_number = r.randint(1, 100) attempts = 1 while True: player_number = int(input(magenta + 'Enter number that you think i made up: ')) if player_number == bot_number: if attempts == 1: print(blue + 'WOW!!! You guessed my number on 1 try! Great!') else: print(blue + 'Wow! You guessed my number on {0} try!'.format(attempts)) play_again = input(grey + 'Let\'s play again?\n') if play_again == 'yes' or play_again == 'y': print(cyan + 'OK! :D') return guess_ai_number() else: print('Ok!') break else: attempts += 1 if bot_number > player_number: print(red + 'You did not guessed. My number is bigger than yours number. Try again') else: print(green + 'You did not guessed. My number is less than yours number. Try again') guess_ai_number() elif 'gallows' in text: words = [ 'car', 'music', 'revenge', 'penthouse', 'programming', 'weapon', 'song', 'computer', 'object', 'color', 'light' ] decor_of_mistakes = [ ''' +---+ | | | | | | =========''', ''' +---+ | | | | | | =========''', ''' +---+ | | O | | | | =========''', ''' +---+ | | O | | | | | =========''', ''' +---+ | | O | /| | | | =========''', ''' +---+ | | O | /|\\ | | | =========''', ''' +---+ | | O | /|\\ | / | | =========''', ''' +---+ | | O | /|\\ | / \\ | | =========''' ] bot_word = r.choice(words) player_word = ['#'] * len(bot_word) mistakes = 0 print(Color.red + 'Gallows\n' + decor_of_mistakes[0] + Color.end) print('Word = {0} letters'.format(len(bot_word))) while True: print(Color.green + 'Word: {0}'.format(player_word) + Color.end) player_letter = input(Color.cyan + 'Enter your letter:\n' + Color.end) if player_letter == '': print(Color.red + 'You entered wrong letter' + Color.end) mistakes += 1 print(Color.blue + 'Mistakes: {0} of 7'.format(mistakes) + Color.end) print(decor_of_mistakes[mistakes]) elif player_letter in bot_word: index_of_player_letter = bot_word.index(player_letter) player_word.insert(index_of_player_letter, player_letter) del player_word[index_of_player_letter + 1] print('You entered right letter!') else: print(Color.red + 'You entered wrong letter' + Color.end) mistakes += 1 print(Color.blue + 'Mistakes: {0} of 7'.format(mistakes) + Color.end) print(decor_of_mistakes[mistakes]) if mistakes == 7: print(Color.grey + 'You lost...' + Color.end) print(decor_of_mistakes[mistakes]) print(Color.blue + 'Word: {0}'.format(bot_word) + Color.end) break if '#' not in player_word: if mistakes == 0: print(Color.magenta + 'You won! Great victory! You haven\'t made simple mistakes!' + Color.end) print(decor_of_mistakes[mistakes]) print(Color.blue + 'Word: {0}'.format(''.join(player_word)) + Color.end) elif mistakes == 1: print(Color.magenta + 'You won! Very good victory! You\'ve made only 1 mistake!' + Color.end) print(decor_of_mistakes[mistakes]) print(Color.blue + 'Word: {0}'.format(''.join(player_word)) + Color.end) elif mistakes == 2: print(Color.magenta + 'You won! Good victory! You\'ve made 2 mistakes' + Color.end) print(decor_of_mistakes[mistakes]) print(Color.blue + 'Word: {0}'.format(''.join(player_word)) + Color.end) elif mistakes == 3: print(Color.magenta + 'You won! Good job! You\'ve made 3 mistakes' + Color.end) print(decor_of_mistakes[mistakes]) print(Color.blue + 'Word: {0}'.format(''.join(player_word)) + Color.end) elif mistakes == 4: print(Color.magenta + 'You won! You\'ve made 4 mistakes' + Color.end) print(decor_of_mistakes[mistakes]) print(Color.blue + 'Word: {0}'.format(''.join(player_word)) + Color.end) elif mistakes == 5: print(Color.magenta + 'You won! You\'ve made 5 mistakes!' + Color.end) print(decor_of_mistakes[mistakes]) print(Color.blue + 'Word: {0}'.format(''.join(player_word)) + Color.end) elif mistakes == 6: print(Color.magenta + 'Wow! You won! It was very dangerous, you\'ve made 6 mistakes!' + Color.end) print(decor_of_mistakes[mistakes]) print(Color.blue + 'Word: {0}'.format(''.join(player_word)) + Color.end) # print(Color.yellow + 'Good luck!' + Color.end) elif 'blackjack' in text: deck = [1, 2, 3, 4, 5, 6, 7, 8, 9, 10] * 4 r.shuffle(deck) print(Color.red + 'Let\'s play!' + Color.end) score = 0 bot_score = 0 while True: choice = input('Do you want to take a card? y/n\n') if choice == 'y': card = deck.pop() print(Color.cyan + 'You got a card with {0} scores'.format(card) + Color.end) score += card print(Color.cyan + ' Your scores: {0}'.format(score) + Color.end) bot_card = deck.pop() if bot_score >= 17: if bot_score < 21: bot_card = 0 print(blue + 'Bot doesn\'t want to take a card') else: print(Color.yellow + 'Bot got a card with {0} scores'.format(bot_card) + Color.end) bot_score += bot_card print(Color.yellow + ' Bot\'s scores: {0}'.format(bot_score) + Color.end) if score > 21: if bot_score <= 21: print(Color.magenta + 'Bot won!' + Color.end) break elif bot_score > 21: print('Draw!') break elif bot_score > 21: if score <= 21: print(Color.red + 'You won!' + Color.end) break elif score > 21: print('Draw!') break elif score == 21: if bot_score != 21: print(Color.red + 'You won!' + Color.end) break elif bot_score == 21: print('Draw!') break elif bot_score == 21: if score != 21: print(Color.magenta + 'Bot won!' + Color.end) break elif score == 21: print('Draw!') break elif choice == 'n': print(Color.cyan + 'You\'ve got {0} scores'.format(score) + Color.end) if bot_score < score: bot_card = deck.pop() print(Color.yellow + 'Bot got a card with {0} scores'.format(bot_card) + Color.end) bot_score += bot_card print(Color.yellow + ' Bot\'s scores: {0}'.format(bot_score) + Color.end) if bot_score > 21: print(Color.red + 'You won!' + Color.end) break elif bot_score > score: if bot_score <= 21: print(Color.magenta + 'Bot won!' + Color.end) break elif bot_score > 21: print(Color.red + 'You won!' + Color.end) elif bot_score == score: print(Color.blue + 'Bot don\'t want to take a card' + Color.end) print('Draw!') break elif bot_score == score: if score == 17: print(Color.blue + 'Bot don\'t want to take a card' + Color.end) print('Draw!') break elif score == 18: print(Color.blue + 'Bot don\'t want to take a card' + Color.end) print('Draw!') break elif score == 19: print(Color.blue + 'Bot don\'t want to take a card' + Color.end) print('Draw!') break elif score == 20: print(Color.blue + 'Bot don\'t want to take a card' + Color.end) print('Draw!' + Color.end) break elif score == 21: print(Color.blue + 'Bot don\'t want to take a card' + Color.end) print('Draw!') break else: print(Color.cyan + 'You\'ve got {0} scores'.format(score) + Color.end) if bot_score < score: bot_card = deck.pop() print(Color.yellow + 'Bot got a card with {0} scores'.format(bot_card) + Color.end) bot_score += bot_card print(Color.yellow + ' Bot\'s scores: {0}'.format(bot_score) + Color.end) if bot_score > 21: print(Color.red + 'You won!' + Color.end) break elif bot_score > score: if bot_score <= 21: print(Color.magenta + 'Bot won!' + Color.end) break elif bot_score > 21: print(Color.red + 'You won!' + Color.end) elif bot_score > score: print(Color.blue + 'Bot don\'t want to take a card' + Color.end) print(Color.magenta + 'Bot won!' + Color.end) break print(Color.grey + 'Good luck!' + Color.end) elif 'big lottery' in text: # here decor-string with '~' symbols for easy reading decor = str( yellow + '~' + blue + '~' + red + '~' + cyan + '~' + green + '~' + magenta + '~' + grey + '~' + yellow + '~' + blue + '~' + red + '~' + cyan + '~' + green + '~' + magenta + '~' + grey + '~' + yellow + '~' + blue + '~' + red + '~' + cyan + '~' + green + '~' + magenta + '~' + yellow + '~' + blue + '~' + red + '~' + cyan + '~' + green + '~' + magenta + '~' + grey + '~' + yellow + '~' + blue + '~' + red + '~' ) # list with colors to decor list_with_colors = [ red, green, yellow, blue, magenta, cyan, grey, end, ] # how many times players won (coming soon) granger_wins = 0 fanny_wins = 0 natalia_wins = 0 x_borg_wins = 0 kagura_wins = 0 hanabi_wins = 0 dyrroth_wins = 0 hayabusa_wins = 0 gusion_wins = 0 player_wins = 0 # list with our finally winners finally_winners = [] # func that asking player press 'Enter' to continue def continue_(): input(magenta + 'Press \'Enter\' to continue') print(decor) # here our code of game def big_lottery(): # greeting print(green + 'Hi! It\'s a \'Big lottery\'!') # asking player his name player_name = input(blue + 'Enter your name to start this game\nyour name: ') # asking player does he want read rules of this game or not rules_or_play = input(cyan + '{0}, we glad to see you in our \'Big lottery\' game! before we ' 'start play, we want tell you rules' ' of this' 'game. Do you want this? Or you are skilled player in this game? ' 'tell/no\n'.format(player_name)) # here rules of game rules = (blue + 'Ok, rules:\n' + magenta + 'Follow all the rules, we do not like sharpers, and if you break any of the rules, even if it is ' 'accidental,' ' you leave the game. Now let\'s get to the game itself.\n' + cyan + ' The essence of the game is' ' to guess' ' the lucky number that we ' 'have ' 'guessed. This number can ' 'range ' 'from 1 to 1000. Yes, this' ' number' 'is very difficult to guess' ',so you ' 'should try to guess our ' 'number at ' 'least approximately. Each' ' of the ' '10 players in each round ' 'gets the ' 'opportunity to guess the ' 'number ' 'that will be their ' 'lucky number. ' 'This will be the number' ' that you ' 'think is closest to our' ' number or ' 'even equal to' ' it. Players cannot ' 'have the same numbers, ' 'otherwise they ' 'will leave the ' 'game. The closer' ' your number is to ' 'ours, the more ' 'points you get for ' 'this round. Bonus' ' calculation: ' '1000 minus the ' 'difference between ' 'our number and your' ' number. When ' 'one of the players' ' scores 7777 or ' 'more points, the victory is ' 'credited to him in' ' his total ' 'number of wins. After that, ' 'a new round begins' ', in which the ' 'players will again' ' have 0 points ' 'and the rules remain' ' the same. ' 'There may be more ' 'than one winner ' 'in each round. After' ' someone wins ' '7 times, they are the final ' 'winner. There can be' ' more than one ' 'final winner. If one of the ' 'players manages to ' 'guess the lucky ' 'number, he is automa' 'tically the ' 'only final winner, ' 'even if before ' 'that he had 0 wins, ' 'while other ' 'players remained one ' 'step away ' 'from winning, because ' 'luck can ' 'smile at any moment - ' 'sooner or ' 'later, it is no longer ' 'on the ' 'table :)\n' + red + 'That\'s all, good luck, she is needed here)' ) # if player wants to read rules, showing to player rules and asking him to press 'Enter' button to start if rules_or_play == 'tell': print(rules) continue_() # else just starting game elif rules_or_play == 'no': print(yellow + 'Ok, we start') print(decor) print(blue + 'Players: Granger, Fanny, Natalia, X.Borg, Kagura, Hanabi, Dyrroth, Hayabusa, Gusion, ' '{0}'.format(player_name)) # game logic def start_game(): # making variables that we will use then global global granger_wins, fanny_wins, natalia_wins, x_borg_wins, kagura_wins, hanabi_wins, dyrroth_wins, \ hayabusa_wins, gusion_wins, player_wins, finally_winners print(red + 'Let\'s start!') # scores of players granger_score = 0 fanny_score = 0 natalia_score = 0 x_borg_score = 0 kagura_score = 0 hanabi_score = 0 dyrroth_score = 0 hayabusa_score = 0 gusion_score = 0 player_score = 0 while True: # numbers of bots granger_number = r.randint(1, 1000) fanny_number = r.randint(1, 1000) while fanny_number == granger_number: fanny_number = r.randint(1, 1000) natalia_number = r.randint(1, 1000) while natalia_number == granger_number or natalia_number == fanny_number: natalia_number = r.randint(1, 1000) x_borg_number = r.randint(1, 1000) while x_borg_number == natalia_number or x_borg_number == fanny_number or x_borg_number == \ granger_number: x_borg_number = r.randint(1, 1000) kagura_number = r.randint(1, 1000) while kagura_number == x_borg_number or kagura_number == natalia_number or kagura_number == \ fanny_number or \ kagura_number == granger_number: kagura_number = r.randint(1, 1000) hanabi_number = r.randint(1, 1000) while hanabi_number == kagura_number or hanabi_number == x_borg_number or hanabi_number == \ natalia_number or \ hanabi_number == fanny_number or hanabi_number == granger_number: var: hanabi_number == r.randint(1, 1000) dyrroth_number = r.randint(1, 1000) while dyrroth_number == hanabi_number or dyrroth_number == kagura_number or dyrroth_number == \ x_borg_number or \ dyrroth_number == natalia_number or dyrroth_number == fanny_number or dyrroth_number == \ granger_number: dyrroth_number = r.randint(1, 1000) hayabusa_number = r.randint(1, 1000) while hayabusa_number == dyrroth_number or hayabusa_number == hanabi_number or hayabusa_number == \ kagura_number \ or \ hayabusa_number == x_borg_number or hayabusa_number == natalia_number or hayabusa_number \ == fanny_number \ or hayabusa_number == granger_number: hayabusa_number = r.randint(1, 1000) gusion_number = r.randint(1, 1000) while gusion_number == hayabusa_number or gusion_number == dyrroth_number or gusion_number == \ hanabi_number or \ gusion_number == kagura_number or gusion_number == x_borg_number or gusion_number == \ natalia_number or \ gusion_number == fanny_number or gusion_number == granger_number: gusion_number = r.randint(1, 1000) # player's number. He will enter his number seeing numbers of other players, because he shouldn't => # => enter the same with number of other player number player_number = int(input(blue + 'Players and their numbers:\n' + magenta + 'Granger - {0}\n'.format(granger_number) + cyan + ' Fanny - {0}\n'.format(fanny_number) + magenta + 'Natalia - {0}\n'.format(natalia_number) + cyan + ' X.Borg - {0}\n'.format(x_borg_number) + magenta + 'Kagura - {0}\n'.format(kagura_number) + cyan + ' Hanabi - {0}\n'.format(hanabi_number) + magenta + 'Dyrroth - {0}\n'.format(dyrroth_number) + cyan + ' Hayabusa - {0}\n'.format(hayabusa_number) + magenta + 'Gusion - {0}\n'.format(gusion_number) + cyan + ' {0} - '.format(player_name) )) # list with numbers of all players global numbers numbers = [granger_number, fanny_number, natalia_number, x_borg_number, kagura_number, hanabi_number, dyrroth_number, hayabusa_number, gusion_number, player_number] # list with numbers of all players without our user numbers_2 = [granger_number, fanny_number, natalia_number, x_borg_number, kagura_number, hanabi_number, dyrroth_number, hayabusa_number, gusion_number] # player number control if player_number in numbers_2: print(red + 'Your number is equal to number of another player. We told you to be careful. ' 'Good luck') break if player_number > 1000 or player_number < 1: if player_number > 1000: print(red + 'Your number is bigger than 1000. We told you to be careful. Good luck') elif player_number < 1: print(red + 'Your number is less than 1. We told you to be careful. Good luck') break continue_() if 1 == 1: # here our lucky-number of PC that players should guess lucky_number = r.randint(1, 1000) lucky_number_list = list(str(lucky_number)) # printing this number if len(lucky_number_list) == 1: print(red + '''Lucky number is...''' + red + ''' +--------+ [ ] | {0}! | [ ] +--------+'''.format(lucky_number)) elif len(lucky_number_list) == 2: print(red + '''Lucky number is...''' + red + ''' +--------+ [ ] | {0}! | [ ] +--------+'''.format(lucky_number)) elif len(lucky_number_list) == 3: print(red + '''Lucky number is...''' + red + ''' +--------+ [ ] | {0}! | [ ] +--------+'''.format(lucky_number)) elif len(lucky_number_list) == 4: print(red + '''Lucky number is...''' + red + ''' +--------+ [ ] | {0}! | [ ] +--------+'''.format(lucky_number)) # bonuses of players granger_bonus = 1000 - abs(lucky_number - granger_number) fanny_bonus = 1000 - abs(lucky_number - fanny_number) natalia_bonus = 1000 - abs(lucky_number - natalia_number) x_borg_bonus = 1000 - abs(lucky_number - x_borg_number) kagura_bonus = 1000 - abs(lucky_number - kagura_number) hanabi_bonus = 1000 - abs(lucky_number - hanabi_number) dyrroth_bonus = 1000 - abs(lucky_number - dyrroth_number) hayabusa_bonus = 1000 - abs(lucky_number - hayabusa_number) gusion_bonus = 1000 - abs(lucky_number - gusion_number) player_bonus = 1000 - abs(player_number - lucky_number) # now these bonuses will be added to points of players granger_score += granger_bonus fanny_score += fanny_bonus natalia_score += natalia_bonus x_borg_score += x_borg_bonus kagura_score += kagura_bonus hanabi_score += hanabi_bonus dyrroth_score += dyrroth_bonus hayabusa_score += hayabusa_bonus gusion_score += gusion_bonus player_score += player_bonus # showing players bonuses and points print( blue + 'Numbers of players, their former points, bonuses and their current points:\n' + yellow + 'Granger(lucky-{3}): {0} + {1} = {2}\n'.format(granger_score - granger_bonus, granger_bonus, granger_score, granger_number) + red + 'Fanny(lucky-{3}): {0} + {1} = {2}\n'.format(fanny_score - fanny_bonus, fanny_bonus, fanny_score, fanny_number) + cyan + 'Natalia(lucky-{3}): {0} + {1} = {2}\n'.format(natalia_score - natalia_bonus, natalia_bonus, natalia_score, natalia_number) + yellow + 'X.Borg(lucky-{3}): {0} + {1} = {2}\n'.format(x_borg_score - x_borg_bonus, x_borg_bonus, x_borg_score, x_borg_number) + red + 'Kagura(lucky-{3}): {0} + {1} = {2}\n'.format(kagura_score - kagura_bonus, kagura_bonus, kagura_score, kagura_number) + cyan + 'Hanabi(lucky-{3}): {0} + {1} = {2}\n'.format(hanabi_score - hanabi_bonus, hanabi_bonus, hanabi_score, hanabi_number) + yellow + 'Dyrroth(lucky-{3}): {0} + {1} = {2}\n'.format(dyrroth_score - dyrroth_bonus, dyrroth_bonus, dyrroth_score, dyrroth_number) + red + 'Hayabusa(lucky-{3}): {0} + {1} = {2}\n'.format(hayabusa_score - hayabusa_bonus, hayabusa_bonus, hayabusa_score, hayabusa_number) + cyan + 'Gusion(lucky-{3}): {0} + {1} = {2}\n'.format(gusion_score - gusion_bonus, gusion_bonus, gusion_score, gusion_number) + yellow + '{0}(lucky-{4}): {1} + {2} = {3}'.format(player_name, player_score - player_bonus, player_bonus, player_score, player_number)) print(decor) continue_() # what happens if player entered number that equal to lucky-number (he is a winner) for _ in numbers: if _ == lucky_number: if granger_number == lucky_number: print( blue + 'WOW! Granger won! He\'s number is equal to our lucky_number! Great' ' victory!') granger_wins += 7 elif fanny_number == lucky_number: print( blue + 'Fanny won! She\'s number is equal to our lucky-number! Great victory!') fanny_wins += 7 elif natalia_number == lucky_number: print( blue + 'Natalia won! She\'s number is equal to our lucky-number! Great victory!' ) natalia_wins += 7 elif x_borg_number == lucky_number: print( blue + 'X.Borg won! He\'s number is equal to our lucky-number! Great victory!') x_borg_wins += 7 elif kagura_number == lucky_number: print( blue + 'Kagura won! She\'s number is equal to our lucky-number! Great victory!') kagura_wins += 7 elif hanabi_number == lucky_number: print( blue + 'Hanabi won! She\'s number is equal to our lucky_number! Great victory!') hanabi_wins += 7 elif dyrroth_number == lucky_number: print( blue + 'Dyrroth won! He\'s number is equal to our lucky-number! Great victory!') dyrroth_wins += 7 elif hayabusa_number == lucky_number: print( blue + 'Hayabusa won! He\'s number is equal to our lucky-number! Great victory!' ) hayabusa_wins += 7 elif gusion_number == lucky_number: print( blue + 'Gusion won! He\'s number is equal to our lucky-number! Great victory!') gusion_wins += 7 elif player_number == lucky_number: print(blue + '{0} won! He\'s number is equal to our lucky-number! Great ' 'victory!'.format(player_name)) player_wins += 7 again = input( green + 'Other players are want to play again. Do you want to play with them? ' 'y/n\n') if again == 'y': print(yellow + 'Ok!') return start_game() else: print(yellow + 'Ok, good luck!') break # what happens if player have got >= 7777 points if granger_score >= 7777 or natalia_score >= 7777 or fanny_score >= 7777 or x_borg_score >= \ 7777 or \ kagura_score >= 7777 or hanabi_score >= 7777 or \ dyrroth_score >= 7777 or hayabusa_score >= 7777 or gusion_score >= 7777 or \ player_score >= 7777: print(decor) # showing winners and adding their victory to their total number if granger_score >= 7777: print(blue + 'Granger won! Scores: {0}'.format(granger_score)) granger_wins += 1 if natalia_score >= 7777: print(blue + 'Natalia won! Scores: {0}'.format(natalia_score)) natalia_wins += 1 if fanny_score >= 7777: print(blue + 'Fanny won! Scores: {0}'.format(fanny_score)) fanny_wins += 1 if x_borg_score >= 7777: print(blue + 'X.Borg won! Scores: {0}'.format(x_borg_score)) x_borg_wins += 1 if kagura_score >= 7777: print(blue + 'Kagura won! Scores: {0}'.format(kagura_score)) kagura_wins += 1 if hanabi_score >= 7777: print(blue + 'Hanabi won! Scores: {0}'.format(hanabi_score)) hanabi_wins += 1 if dyrroth_score >= 7777: print(blue + 'Dyrroth won! Scores: {0}'.format(dyrroth_score)) dyrroth_wins += 1 if hayabusa_score >= 7777: print(blue + 'Hayabusa won! Scores: {0}'.format(hayabusa_score)) hayabusa_wins += 1 if gusion_score >= 7777: print(blue + 'Gusion won! Scores: {0}'.format(gusion_score)) gusion_wins += 1 if player_score >= 7777: print(blue + '{1} won! Scores: {0}'.format(player_score, player_name)) player_wins += 1 if granger_wins == 7 or fanny_wins == 7 or natalia_wins == 7 or x_borg_wins == 7 \ or kagura_wins == 7 or hanabi_wins == 7 or dyrroth_wins == 7 or hayabusa_wins == 7 or \ gusion_wins == 7 or player_wins == 7: continue_() if player_wins == 7: finally_winners.append(player_name) if granger_wins == 7: finally_winners.append('Granger') if fanny_wins == 7: finally_winners.append('Fanny') if natalia_wins == 7: finally_winners.append('Natalia') if x_borg_wins == 7: finally_winners.append('X.Borg') if kagura_wins == 7: finally_winners.append('Kagura') if hanabi_wins == 7: finally_winners.append('Hanabi') if dyrroth_wins == 7: finally_winners.append('Dyrroth') if hayabusa_wins == 7: finally_winners.append('Hayabusa') if gusion_wins == 7: finally_winners.append('Gusion') if finally_winners == 1: print(blue + 'Our finally winner is... {0}!!!'.format(finally_winners[0].upper)) print( yellow + 'Let\'s congratulate our winner! His number of victories reached 7,' ' while others' 'did not gain this mark! Bravo!') print(red + ''' +============+ | | WINNER {0} | | +============+ '''.format(finally_winners[0])) again = input(green + 'Other players are want to play again. Do you want to play again' '? y/n\n') if again == 'y': print(yellow + 'Ok!') return start_game() else: print(yellow + 'Ok, good luck!') break else: print(blue + 'Our finally winners are {0}!!!'.format(','.join(finally_winners))) print( yellow + 'Let\'s congratulate our winners! Their number of victories reached 7! ' 'Good game!') again = input(green + 'Other players are want to play again. Do you want to play again' '? y/n\n') if again == 'y': print(yellow + 'Ok!') return start_game() else: print(yellow + 'Ok, good luck!') break else: # continue game if any of players are reached 7777 points if granger_score >= 7777 or natalia_score >= 7777 or fanny_score >= 7777 or x_borg_score \ >= 7777 \ or kagura_score >= 7777 or hanabi_score >= 7777 or dyrroth_score >= 7777 or \ hayabusa_score \ >= 7777 or gusion_score >= 7777 or player_score >= 7777: print(decor) input('Press \'Enter\' to start next round') return start_game() # here we just returning our game process return start_game() # and finally, returning our game big_lottery() # here some helpful functions elif 'quadr' in text or 'equation' in text: if 'equation' in text or 'quadr' in text: a = int(input(green + 'Enter coefficient a = ')) b = int(input(blue + 'Enter coefficient b = ')) c = int(input(magenta + 'Enter coefficient c = ')) if c == 0: result_1 = 0 result_2 = -b if a != 1: print(cyan + ''' {0}x^2 + {1}x = 0 {0}x*(x + {1}) = 0 '''.format(a, b) + yellow + ''' ~~~~~~~~~~~~~~~~~~~''' + magenta + ''' x_1 = 0 x + {0} = 0 x_2 = {1} '''.format(b, -b)) else: print(cyan + ''' x^2 + {1}x = 0 x*(x + {1}) = 0 '''.format(a, b) + yellow + ''' ~~~~~~~~~~~~~~~~~~~''' + magenta + ''' x_1 = 0 x + {0} = 0 x_2 = {1}'''.format(b, -b)) else: D = b ** 2 - 4 * a * c if D == 0: x = round(b ** 2 / 2 * a, 3) if a != 1: print(cyan + ''' {1}x^2 + {0}x + {2} = 0 D = {0}**2 - 4*{1}*{2} D = {3}'''.format(b, a, c, D) + yellow + ''' ~~~~~~~~~~''' + cyan + ''' x = {0}**2 --------- 2*{1} x = {4}'''.format(b, a, c, D, x)) else: print(cyan + ''' x^2 + {0}x + {2} = 0 D = {0}**2 - 4*{1}*{2} D = {3}'''.format(b, a, c, D) + yellow + ''' ~~~~~~~~~~''' + cyan + ''' x = {0}**2 --------- 2 x = {4}'''.format(b, a, c, D, x)) elif D < 0: print(red + 'D = {0}**2 - 4*{1}*{2}'.format(b, a, c)) print(cyan + 'D = {0}'.format(D)) print(yellow + 'D < 0, so there is no output :>') else: x_1 = round((b ** 2 + math.sqrt(D)) / (2 * a), 3) x_2 = round((b ** 2 - math.sqrt(D)) / (2 * a), 3) if a != 1: print(blue + ''' {1}x^2 + {0}x + {2} = 0 D = {0}**2 - 4*{1}*{2} D = {3}'''.format(b, a, c, D) + yellow + ''' ~~~~~~~~~~~~~~~~~~~~~~''' + magenta + ''' x_1 = {0}**2 + √D x_2 = {0}**2 - √D ----------------- ----------------- 2*{1} 2*{1} x_1 = {2} x_2 = {3} '''.format(b, a, x_1, x_2)) else: print(blue + ''' x^2 + {0}x + {2} = 0 D = {0}**2 - 4*{1}*{2} D = {3}'''.format(b, a, c, D) + yellow + ''' ~~~~~~~~~~~~~~~~~~~~~~''' + magenta + ''' x_1 = {0}**2 + √D x_2 = {0}**2 - √D ---------------------- ---------------------- 2 2 x_1 = {2} x_2 = {3}'''.format(b, a, x_1, x_2)) elif 'cathet' in text or 'hypotenuse' in text: if 'cathet' in text or 'hypotenus' in text: what_find = input(blue + 'What do you want to find? catheter/hypotenuse\n') if what_find == 'hypotenuse': c_1 = int(input(red + 'Enter first catheter: ')) c_2 = int(input(yellow + 'Enter second catheter: ')) result = round(math.sqrt(c_1 ** 2 + c_2 ** 2), 2) print(magenta + ''' ⁄| ⁄ | ⁄ | X ⁄ | c_1 ⁄ | ⁄_____| c_2''' + yellow + ''' ==================''' + red + ''' x = √{0} + √{1} or √x = {0}^2 + {1}^2'''.format(c_1, c_2, result) + cyan + ''' x = {2} '''.format(c_1, c_2, result)) elif what_find == 'catheter': c_1 = int(input('Enter another catheter: ')) h = int(input('Enter hypotenuse: ')) result = round(math.sqrt(h ** 2 - c_1 ** 2), 2) print(magenta + ''' ⁄| ⁄ | ⁄ | h ⁄ | X ⁄ | ⁄_____| c''' + yellow + ''' ==================''' + red + ''' x = √{1} - √{0} or √x = {1}^2 - {0}^2'''.format(c_1, h, result) + cyan + ''' x = {2} '''.format(c_1, h, result)) elif "create me password" in text or 'create' in text and 'password' in text: print('I came up with some passwords for you. Take a look :>') password = '' for q in range(8): password += r.choice(list("1234567890qwertyuiopasdfghjklzxcvbnmQWERTYUIOPASDFGHJKLZXCVBNM")) print(yellow + '_' * 10) print(blue + password) print(yellow + '_' * 10) print(red + 'or') print(yellow + '_' * 10) password2 = "" for w in range(4): password2 += r.choice(list('1234567890')) print(blue + password2) print(yellow + '_' * 10) print(red + 'or') print(yellow + '_' * 10) password3 = '' for x in range(6): password3 += r.choice(list('1234567890')) print(blue + password3) print(yellow + '_' * 10) print(red + 'or') print(yellow + '_' * 10) password4 = '' for x in range(8): password4 += r.choice(list('1234567890')) print(blue + password4) print(yellow + '_' * 10) print(magenta + 'Glad to be of service :)') if 'please' in text or 'pls' in text: print(cyan + 'And yes, thanks for the \'please\' :)') elif 'check' in text and 'password' in text: # Made by Granger, 15.06.2020-17.06.2020 # colors for nice interface class Color: red = '\033[91m' green = '\033[92m' yellow = '\033[93m' blue = '\033[94m' magenta = '\033[95m' cyan = '\033[96m' grey = '\033[90m' end = '\033[0m' # variables with colors for easy returning red = Color.red green = Color.green yellow = Color.yellow blue = Color.blue magenta = Color.magenta cyan = Color.cyan grey = Color.grey end = Color.end colors = [red, green, yellow, blue, magenta, cyan, grey, end] # here decor-string with '~' symbols for easy reading decor = str( yellow + '~' + blue + '~' + red + '~' + cyan + '~' + green + '~' + magenta + '~' + grey + '~' + yellow + '~' + blue + '~' + red + '~' + cyan + '~' + green + '~' + magenta + '~' + grey + '~' + yellow + '~' + blue + '~' + red + '~' + cyan + '~' + green + '~' + magenta + '~' + yellow + '~' + blue + '~' + red + '~' + cyan + '~' + green + '~' + magenta + '~' + grey + '~' + yellow + '~' + blue + '~' + red + '~' ) while True: # user's password password = input(red + 'Enter password that you want to check\n') # letters letters_1 = ['q', 'w', 'e', 'r', 't', 'y', 'u', 'i', 'o', 'p', 'a', 's', 'd', 'f', 'g', 'h', 'j', 'k', 'l', 'z', 'x', 'c', 'v', 'b', 'n', 'm'] letters_2 = ['Q', 'W', 'E', 'R', 'T', 'Y', 'U', 'I', 'O', 'P', 'A', 'S', 'D', 'F', 'G', 'H', 'J', 'K', 'L', 'Z', 'X', 'C', 'V', 'B', 'N', 'M'] letters = [letters_1 + letters_2] # numbers numbers = ['0', '1', '2', '3', '4', '5', '6', '7', '8', '9'] # symbol '_' _ = '_' # other symbols symbols = ['!', '"', '@', '#', '$', '^', '&', '~', '`', '№', ';', '%', ':', '?', '*', '(', ')', '-', '=', '+', '\'', ':', ';', '[', '{', '}', ']', '/', '?', '.', '>', ',', '<', '\\', '|'] # lists whickh will keep password's symbols later list_with_numbers = [] list_with_letters = [] # check password on correctness print(magenta + 'Correctness...') # are there numbers? print(cyan + 'Numbers - ', end='') if any(i in password for i in numbers): print(green + 'right') else: print(red + 'x') # are there letters? print(cyan + 'Small letters - ', end='') if any(i in password for i in letters_1): print(green + 'right') else: print(red + 'x') print(cyan + 'Big letters - ', end='') if any(i in password for i in letters_2): print(green + 'right') else: print(red + 'x') # are there symbols? print(cyan + 'Symbol \'_\' (not necessary) - ', end='') if _ in password: print(green + 'right') else: print(red + 'x') print(cyan + 'Other symbols - ', end='') if any(i in password for i in symbols): print(red + 'x') else: print(green + 'right') # bool variables symbols_in_password = any(i in password for i in symbols) __in_password = _ in password letters_1_in_password = any(i in password for i in letters_1) letters_2_in_password = any(i in password for i in letters_2) numbers_in_password = any(i in password for i in numbers) # advices or just a password confirmation print(decor) if not symbols_in_password and __in_password and letters_1_in_password and letters_2_in_password and \ numbers_in_password: print(blue + 'Your password is right') else: print(magenta + 'Advices:') if symbols_in_password: print(yellow + '! I recommend you delete different symbols in your password - it is wrong') if not letters_1_in_password or not letters_2_in_password: if not letters_1_in_password and not letters_2_in_password: print(red + '!! You should add into your passwords letters!') elif not letters_1_in_password: print(yellow + 'I recommend you add into your password small letters') elif not letters_2_in_password: print(yellow + '! I recommend you add into your password big letters') if not numbers_in_password: print(red + '!! You should add into your password numbers!') if not __in_password: print(yellow + '! I recommend you add into your password \"_\" symbol, it is good') # password strength print(decor) print(magenta + 'Password strength check...') password_strength = 0 # how many letters and numbers in password len_numbers_in_password = 0 len_letters_in_password = 0 for i in password: if i in numbers: len_numbers_in_password += 1 for i in password: if i in letters_1 or i in letters_2: len_letters_in_password += 1 # if there are big letters adding 12.5% if letters_2_in_password: password_strength += 12.5 print(green + 'Big letters +12.5%') else: print(end + 'Big letters - {0}'.format(red + 'x')) # if there small letters adding 12.5% if letters_1_in_password: password_strength += 12.5 print(green + 'Small letters +12.5%') else: print(end + 'Small letters - {0}'.format(red + 'x')) # than more there are numbers in password - than more adding % to password strength if numbers_in_password: if len_numbers_in_password <= 3: print(green + '{0} numbers +5%'.format(len_numbers_in_password)) password_strength += 5 elif len_numbers_in_password <= 6: print(green + '{0} numbers +20%'.format(len_numbers_in_password)) password_strength += 20 elif len_numbers_in_password > 6: print(green + '{0} numbers +30%'.format(len_numbers_in_password)) password_strength += 30 # if there very few letters, minus % out of password strength if len_letters_in_password <= 4: print(red + 'Very few letters in password ({0}) -25%'.format(len_letters_in_password)) password_strength -= 25 # if there _ symbol in password adding 10% if __in_password: password_strength += 10 print(green + '\'_\' symbol +10%') else: print(end + '_ symbol not in password, 0%') # how many symbols in password if len(password) <= 6: print(yellow + 'Very few symbols in password ({0}) -30%'.format(len(password))) elif len(password) <= 8: password_strength += 5 print(green + '{0} symbols in password +5%'.format(len(password))) elif len(password) <= 10: password_strength += 15 print(green + '{0} symbols in password +15%'.format(len(password))) elif len(password) < 12: password_strength += 25 print(green + '{0} symbols in password +25%'.format(len(password))) elif len(password) >= 12: password_strength += 35 print(green + '{0} symbols in password +35%'.format(len(password))) # showing password strength if password_strength >= 0: print(blue + 'Password strength = {0}%'.format(password_strength)) else: print(grey + 'Your password is terrible!') print(decor) elif "convert" in text and "binary" in text: word_list = text.split() num_list = [] for word in word_list: if word.isnumeric(): num_list.append(int(word)) users_number = int(num_list[0]) print(color + "Binary {0} users_number = {1}".format(users_number, bin(users_number))) for numbers in range(0, 101): print(color_2 + '{0} = {1}'.format(numbers, bin(numbers))) # amendments elif 'find cathet' in text or 'find hypot' in text: print(green + 'Maybe, you want to find catheters and hypotenuses? If yes, just print \'catheter hypotenuse\' or' ' something like this :)') else: print( green + 'Sorry, but I don’t understand you :(\nMaybe you asked the wrong question? \nOr I still do not ' 'know how to ' 'perform this function')

AI (2.0) (Python)