def calculator():
print(logo)
num1 = float(input("What's the first number?: "))
for symbol in operations:
print(symbol)
should_continue = True
while should_continue:
operation_symbol = input("Pick an operation: ")
num2 = float(input("What's the next number?: "))
calculation_function = operations[operation_symbol]
answer = calculation_function(num1, num2)
print(f"{num1} {operation_symbol} {num2} = {answer}")
choice = input(
f"Type 'y' to continue calculating with {answer}, or type 'n' to start a new calculation, or type 'exit' to exit: "
)
if choice == 'y':
num1 = answer
elif choice == 'n':
should_continue = False
clear()
calculator()
elif choice == 'exit':
return
def game():
print(logo)
score = 0
game_should_continue = True
account_a = get_random_account()
account_b = get_random_account()
while game_should_continue:
account_a = account_b
account_b = get_random_account()
while account_a == account_b:
account_b = get_random_account()
print(
f"Compare A: {account_a['name']}, a { account_a['description']}, from { account_a['country']}.")
print(vs)
print(
f"Against B: {account_b['name']}, a { account_b['description']}, from { account_b['country']}.")
while True:
guess = input("Who has more followers? Type 'A' or 'B': ").lower()
if guess in ['a', 'b']:
break
print('Not a valid input')
a_follower_count = account_a["follower_count"]
b_follower_count = account_b["follower_count"]
is_correct = check_answer(guess, a_follower_count, b_follower_count)
clear()
print(logo)
if is_correct:
score += 1
print(f"You're right! Current score: {score}.")
else:
game_should_continue = False
print(f"Sorry, that's wrong. Final score: {score}")
def play():
# setup variables
score = 0
is_start = True
lost_game = False
while True:
replit.clear()
print(art.logo)
if is_start == False:
print(f"You're right! Current score: {score}.")
a, b = load_people()
print(
f"Compare A: {a['name']}, a {a['description']}, from {a['country']}"
)
print(art.vs)
print(
f"Compare B: {b['name']}, a {b['description']}, from {b['country']}"
)
answer = input("Who has more followers? Type 'A' or 'B': ")
# check answer
if a['follower_count'] > b['follower_count'] and answer == "A":
score += 1
is_start = False
continue
elif a['follower_count'] > b['follower_count'] and answer == "B":
break
elif a['follower_count'] < b['follower_count'] and answer == "A":
break
else:
score += 1
is_start = False
continue
print(f"Sorry, that's wrong. Final score: {score}")
def game():
print(logo)
score = 0
continue_game = True
option_a = get_random_account()
option_b = get_random_account()
while continue_game:
option_a = option_b
option_b = get_random_account()
while option_a == option_b:
option_b = get_random_account()
print(f"Compare A: {format_account_data(option_a)}")
print(vs)
print(f"Compare B: {format_account_data(option_b)}")
user_guess = input(
"\nWhich one has more instagram followers? Type 'A' or 'B': "
).lower()
a_follower_count = option_a["follower_count"]
b_follower_count = option_b["follower_count"]
is_correct = check_answer(user_guess, a_follower_count,
b_follower_count)
clear()
print(logo)
if is_correct:
score += 1
print(f"You are correct. Current score: {score}.")
else:
continue_game = False
print(f"Oops! That's wrong. Final score: {score}.")
def higherFollowersNumberGame():
clear()
print(logo)
print("Welcome to the Instagram followers higher lower game.")
randomDictEntry1 = randomInt()
usersScore = 0
currentlyPlaying = True
while currentlyPlaying:
#Player keeps choosing who he thinks has more followers
#Computer displays entries and calculates if user is righta
randomDictEntry2 = randomInt()
if randomDictEntry1 == randomDictEntry2:
randomDictEntry2 = randomInt()
if usersScore > 0:
print(f"That's right. Your current score is {usersScore}.")
winnerFollowers = printDictData(randomDictEntry1, randomDictEntry2)
usersChoice = ""
usersChoice = input(
"Who has more followers? Type 'A' or 'B': ").lower()
if usersChoice == 'a' and winnerFollowers == 0 or usersChoice == 'b' and winnerFollowers == 1:
#continue playing
randomDictEntry1 = randomDictEntry2
usersScore += 1
clear()
print(logo)
else:
#game is lost
print("I'm sorry, you lost")
currentlyPlaying = False
def pick_number():
turns_remaining = difficulty(players_difficulty)
game_over = False
while not game_over:
print(f"You have {turns_remaining} remaining.")
guess_number = int(input("Make a guess: "))
if turns_remaining == 0:
print("Ran out of guesses you lose!")
game_over = True
if guess_number == computers_number:
print(f"You win! The number was {computers_number}.")
game_over = True
else:
turns_remaining -= 1
compare(guess_number, computers_number)
if turns_remaining == 0:
print(
f"You ran out of guesses. The number was {computers_number}"
)
game_over = True
if input("Want to play again? Type 'y' or 'n': ") == 'y':
clear()
print(logo)
pick_number()
def calculator():
""" a calculator function"""
clear()
print(logo)
print('type c anytime to clear\n')
result = input("Enter the first number\n")
result = num_check(result)
while True:
operator = operator_check()
operation = operations[operator]
num2 = input("\nEnter the next number\n")
num2 = num_check(num2)
num1 = result
result = operation(result, num2)
# removing trailing zero if results in a single zero decimal
if (result * 10) % 10 == 0:
result = int(result)
print(
f"""\n____________________________\n\n{num1} {operator} {num2} = {result}\n____________________________"""
)
def reset():
print('''
MAIN MENU
=========
-> For instructions on how to play, type 'I'
-> To play immediately, type 'P')
''')
choice = input('Type here: ').upper()
if choice == 'I':
#Prints Instructions
print(open('instructions.txt', 'r').read())
input('Press [enter] when ready to play.')
elif choice != 'P':
replit.clear()
reset()
puz = generate_puzzle()
play(puz)
def configmenu(data):
replit.clear()
print(
colorText(
'[[' + defaultcolor +
']]________ \n___ __ \___________ ______ ______\n__ /_/ / _ \_ __ `/ __ `/__ /\n_ ____// __/ /_/ // /_/ /__ /_\n/_/ \___/_\__, / \__,_/ _____/\n /____/ \n\nAuthor : @Coroxx on GitHub\nVersion : 1.0\n'
))
choice = input(
colorText(
'[[' + defaultcolor +
']]\n[1] Add a new configuration\n[2] Modify a configuration\n[3] Delete a configuration\n\n[0] Back\n\n[?] Choice : '
))
if choice == '0':
hub()
elif choice == '1':
newconfig()
elif choice == '2':
configmodify(data)
elif choice == '3':
configdelete(data)
else:
print(colorText('[[red]]\n[!] Incorrect choice !'))
time.sleep(1)
configmenu(data)
def calculator():
num1 = float(input("What's the number?\n"))
for element in operations:
print(element)
gameOn = True
while gameOn:
oper_symbol = input("Which operation would you like to use?\n")
num2 = float(input("What is the number? \n"))
symbol_picked = operations[oper_symbol]
answer = symbol_picked(num1, num2)
print(f"{num1}{oper_symbol}{num2} = {answer}")
continueValue = input(
f"Type 'y' to continue calculator with {answer}, or type 'n' to exit: \n"
)
if continueValue == "y":
num1 = answer
else:
clear()
gameOn = False
calculator()
def CheckNRIC():
global NRIC
replit.clear()
NRIC = str(input("Input NRIC here: "))
NRIC = NRIC.upper()
if len(NRIC) != 9:
print("Invalid NRIC Number!")
time.sleep(2.5)
replit.clear()
CheckNRIC()
elif NRIC[-1].isdigit() or NRIC[0].isdigit():
print("Invalid NRIC Number!")
time.sleep(2.5)
replit.clear()
CheckNRIC()
elif not NRIC[1:8].isdigit():
print("Invalid NRIC Number!E")
time.sleep(2.5)
replit.clear()
CheckNRIC()
def game():
global BET
global BALANCE
global ROUNDS
choice = random.randint(0, 5)
number_chosen = start()
if choice == number_chosen:
print(f"You win the correct number was {choice}")
BALANCE += BET
print(f"\nCurrent balance is ${BALANCE}\n")
elif choice != number_chosen:
print(f"One more attempt")
new_number = int(input(f"Pick one more number between 1 and 5 : "))
ROUNDS += 1
if new_number == choice:
print(f"You win the correct number was {choice}")
BALANCE += BET
print(f"\nCurrent balance is ${BALANCE}\n")
else:
print(f"You lose the correct number was {choice}")
BALANCE -= BET
print(f"\nCurrent balance is ${BALANCE}\n")
while BALANCE < 10000 and BALANCE > 0:
go_again = input("Press return or enter to Contiue ")
clear()
game()
while BALANCE >= 10000:
do_checkout = input(
f"Do you want to check out current balance is ${BALANCE}? 'y' to check out / 'n' to contiune : "
)
while do_checkout != "y":
clear()
game()
while BALANCE <= 0:
tries = float(f"{0.}{ROUNDS}")
go_again = input(
f"You guessed a total of {ROUNDS} tries and lost $2500, \npress Enter or Return to try again"
)
BALANCE = 2500
ROUNDS = 0
clear()
game()
def place_order(profit):
trigger_order = False
while trigger_order != True:
print("\nWhat would you like to order?")
print(" - Latte\n - Cappuccino\n - Espresso")
order = input("_____________________________\n").lower()
if order == "cappuccino" or order == "latte" or order == "espresso":
clear()
trigger_order = True
elif order == "report":
clear()
status_report(profit)
else:
clear()
print("INVALID INPUT!")
return order
def Rerun():
Confirm = str(input("\nRerun the code?[Y or N] : "))
if Confirm.startswith('Y') or Confirm.startswith('y'):
if Opinion == "Y" or "y":
replit.clear()
RunAll()
elif Opinion == "N" or "n":
replit.clear()
RunLess()
elif Confirm.startswith('N') or Confirm.startswith('n'):
replit.clear()
exit()
else:
print("Invalid Input!")
time.sleep(1.5)
Options()
def menu():
plr.exit_menu = False
while not plr.exit_menu:
replit.clear()
print('-- MENU --')
print('[Inventory]\n[Stats]\n[Exit]\n')
entry = input('> ').lower()
if entry == '' or entry == 'exit':
plr.exit_menu = True
else:
try:
replit.clear()
menu_options[entry](plr)
except KeyError:
input('Invalid command.')
replit.clear()
def play():
replit.clear()
blankBoard = [['-','-','-'],['-','-','-'],['-','-','-']]
win = False
tie = False
player = 1
printMatrix(blankBoard)
while win == False and tie == False:
if player == 1:
print('X turn')
row = int(raw_input('Row 1, 2 or 3? '))
if row > 3 or row < 1 or row == '':
row = int(raw_input('Invalid row. Row 1, 2 or 3? '))
column = int(raw_input('Column 1, 2 or 3? '))
if column > 3 or column < 1 or column == '':
column = int(raw_input('Invalid column. Column 1, 2 or 3? '))
if blankBoard[(row-1)][(column-1)] == '-':
blankBoard[(row-1)][(column-1)] = 'X'
player = 2
elif blankBoard[(row-1)][(column-1)] != '-':
print('Spot already taken')
player = 1
replit.clear()
printMatrix(blankBoard)
win = checkWin(blankBoard)
tie = checkTie(blankBoard)
else:
print('O turn')
row = int(raw_input('Row 1, 2 or 3? '))
if row > 3 or row < 1 or row == '':
row = int(raw_input('Invalid row. Row 1, 2 or 3? '))
column = int(raw_input('Column 1, 2 or 3? '))
if column > 3 or column < 1 or column == '':
column = int(raw_input('Invalid column. Column 1, 2 or 3? '))
if blankBoard[(row-1)][(column-1)] == '-':
blankBoard[(row-1)][(column-1)] = 'O'
player = 1
elif blankBoard[(row-1)][(column-1)] != '-':
print('Spot already taken')
player = 2
replit.clear()
printMatrix(blankBoard)
win = checkWin(blankBoard)
if win == True:
print blankBoard[(row-1)][(column-1)] + ' wins!'
elif tie == True:
print('Tie game')
def intro():
global player, name, password, money, sales, unity, pro101
print("\n")
print("welcome to biz sim! Are you new to the game?")
new = input("> ")
if new == "yes":
clear()
print("\n")
print("ok, great! We need to set up a account for you.")
print("Please enter your name:")
player = input("> ")
print("now enter the name of your new business:")
name = input("> ")
print("and now, what will your business produce:")
product = input("> ")
pro101 = Product(product, 10, 1000, 100)
print("and finally, we need a password for your account.")
password = input("> ")
money = 1000
clear()
print("\n")
print("Thank you for playing! Please enjoy!")
saving()
main()
elif new == "no":
print("ok, please enter your name:")
player = input("> ")
print("And now enter your business name:")
name = input("> ")
loading()
print("ok, what is your password?")
ptry = input("> ")
if ptry == password:
clear()
print("access granted. Welcome, " + player)
sleep(1)
main()
else:
print("password incorret. Please try again.")
elif new == "Kiritsigu":
player = "Emiya"
name = "Unlimited blade works"
loading()
main()
else:
print("error! Try again.")
def game(selection_one, selection_two):
global score
print(art.logo)
print(score_check())
print(display_selection_one(selection_one))
print(art.vs)
print(display_selection_two(selection_two))
user_choice = (input("Who has more followers? Type 'A' or 'B': "))
if user_choice == 'A':
if selection_one['follower_count'] > selection_two['follower_count']:
clear()
score += 1
new_selection = new_selection_choice(selection_two)
game(selection_two, new_selection)
else:
clear()
print(art.logo)
print("You lose!")
elif user_choice == 'B':
if selection_one['follower_count'] < selection_two['follower_count']:
clear()
score += 1
new_selection = new_selection_choice(selection_two)
game(selection_two, new_selection)
else:
clear()
print(art.logo)
print("You lose!")
def CheckValid():
y = 0
a = 0
b = 1
x = 0
ST = ['J', 'Z', 'I', 'H', 'G', 'F', 'E', 'D', 'C', 'B', 'A']
FG = ['X', 'W', 'U', 'T', 'R', 'Q', 'P', 'N', 'M', 'L', 'K']
NRICint = NRIC[1:-1]
NRICweight = "2765432"
while x != 7:
y = y + (int(NRICweight[a:b])) * (int(NRICint[a:b]))
a += 1
b += 1
x += 1
if NRIC.startswith('S') or NRIC.startswith('F'):
y = y % 11
elif NRIC.startswith('T') or NRIC.startswith('G'):
y += 4
y = y % 11
if NRIC.startswith('S') or NRIC.startswith('T'):
if ST[y] == NRIC[-1]:
print("This NRIC is a Valid NRIC")
else:
print("This NRIC is a Invalid NRIC!")
time.sleep(2.5)
replit.clear()
Rerun()
elif NRIC.startswith('F') or NRIC.startswith('G'):
if FG[y] == NRIC[-1]:
print("This NRIC is a Valid NRIC")
else:
print("This NRIC is a Invalid NRIC!")
time.sleep(2.5)
replit.clear()
Rerun()
else:
print("Invalid NRIC!")
time.sleep(2.5)
replit.clear()
Rerun()
def learn(scene_name, learn_time):
learn_first_time_intro = "Great, let's learn! Look around here and tell me a word in English.\nWhat do you want to learn the Blackfoot word for? Type it in English, or type done to finish. "
learn_intro = "What do you want to learn the Blackfoot word for? "
translations = open("translation.csv")
scene_words = {}
for line in translations:
data = line.split(",")
if data[0] == scene_name:
scene_words[data[1]] = data[2].replace('\n', '')
keep_learning = True
while keep_learning:
if learn_time == 0:
eng_input = input(learn_first_time_intro +
learn_intro).lower().strip("!?,. ")
learn_time += 1
else:
eng_input = input(learn_intro).lower().strip("!?,. ")
valid_word = False
for key, value in scene_words.items():
if eng_input == key:
valid_word = True
bf_output = value
print(bf_output)
audio.play_file("sounds/" + key + ".wav")
sleep(3)
elif eng_input == "done":
replit.clear()
keep_learning = False
if valid_word:
replit.clear()
return learn(scene_name, learn_time)
elif not valid_word and keep_learning:
print("Sorry, I don't know that one. Try another word!")
sleep(2)
replit.clear()
def play_game():
print(logo)
print("Welcome to game Higher or Lower!")
should_continue = True
score = 0
accountA = random_account()
accountB = random_account()
# while combine first round and next round(first round also change a to b)
while should_continue:
accountA == accountB
accountB = random_account()
# check accountA differs B
if accountB == accountA:
accountB = random_account()
print(f"Compare A: {print_format(accountA)}")
print(vs)
print(f"Against B: {print_format(accountB)}")
# user guess
guess = input("\nWho has more followers? Type'A' or 'B'.\n").upper()
# check if answer is_correct = true
is_correct = check_answer(guess, accountA, accountB)
# next situation, clear.if correct, continue, score +1. if wrong, restart or exit.
clear()
print(logo)
if is_correct:
score += 1
print(f"You are right! Current score :{score}\n")
else:
should_continue = False
print(
f"Your score is :{score}\n Come onnnn, u can do better.\n Keep trying"
)
if input("type 'y' to have another round, type 'n' to exit."
).lower() == 'y':
clear()
play_game()
else:
clear()
print("Good Bye.")
def game():
score = 0
first = pickCelebrity(gameData)
second = pickCelebrity(gameData, first['name'])
game_continue = True
replit.clear()
while game_continue:
print(logo)
# Print out score
if score > 0:
print(f"You're roght! Current score: {score}")
print(
f"Compare A: {first['name']}, {first['description']}, from {first['country']}"
)
print(vs)
print(
f"Compare B: {second['name']}, {second['description']}, from {second['country']}"
)
guess = input("Who has more followers? Type 'A' or 'B': ")
result = checkFollowers(guess, first['follower_count'],
second['follower_count'])
if result:
score += 1
first = second
second = pickCelebrity(gameData, first['name'])
replit.clear()
else:
game_continue = False
replit.clear()
print(logo)
print(f"Sorry, that's wrong. Final score: {score}")
from art import logo
from replit import clear
print(logo)
if (input("can i clear the screen\n") == 'yes'):
clear()
#HINT: You can call clear() to clear the output in the console.
def clear():
replit.clear()
import time
paulh = ["MailA: hello", "MailB: hi", "MailC: yep", "MailD: nothing here"]
bob3 = [
"MailA: yep", "MailB: still nothing", "MailC: unlucky",
"MailD: empty user here"
]
hoolianJayzam = ["MailA: nah dawg nothing here still"]
notAHacker = ["MailA: Payment for Services"]
MailA = [
"to paul: hello.", "to bob3: hello.", "to hollian: nope", "fishy stuff"
]
MailB = ["another one to paul: hi", "hi bob, nothing here"]
MailC = ["paul, le nope", "you lost dude"]
MailD = ["paul, your an idiot.", "bob ur empty"]
users = [paulh, bob3, hoolianJayzam, notAHacker]
replit.clear()
username = input(colored("to start the game, enter a username", "cyan"))
password = input(colored("and enter a password as well", "cyan"))
c("Welcome to CypherLink, " + username, "green")
c("cl.software state: v01", "green")
c("type cl.help to begin", "green")
userconnect = username
def play():
global userconnect, paulh, users
Mail = "ABCD"
command = input(colored("~cl.local." + userconnect + "~", "red"))
if command == "cl.help":
c("commands:\ncl.help\nrc-check\nrc-connect\nfList", "green")
elif command == "rcheck":
def blackjack(play_count):
def total_sum(player):
total_score = sum(player)
return total_score
def check_ace(player):
if sum(player) > 21:
if 11 in player:
position = player.index(11)
player[position] = 1
def is_blackjack(player):
if sum(player) == 21:
return True
else:
return False
def is_burst(player):
if sum(player) > 21:
return True
else:
return False
def print_scores():
print(
f"Computer cards are {computer} . Total is {total_sum(computer)}")
print(f"Your cards are {user} . Total is {total_sum(user)}")
def you_win():
print_scores()
print("You win")
def computer_win():
print_scores()
print("Computer wins")
def in_play_proc():
nonlocal user_in_play_flg
nonlocal comp_in_play_flg
print(f"Computer's 1st card is {computer[0]}")
print(f"Your cards are {user} . Total is {total_sum(user)}")
#ユーザのターン
if user_in_play_flg == True:
if input("Do you draw another card? 'y' or 'n': ") == "y":
card = random.choice(cards)
user.append(card)
check_ace(user)
print(f"Your cards are {user} . Total is {total_sum(user)}")
if is_blackjack(user) or is_burst(user):
user_in_play_flg = False
comp_in_play_flg = False
else: #ユーザがひかなかったとき
user_in_play_flg = False
#コンピュータのターン
if sum(computer) <= 16: #コンピュータがもう1枚ひいたとき
print("computer draws one more card.")
card = random.choice(cards)
computer.append(card)
check_ace(computer)
if is_blackjack(computer)or is_burst(computer):
user_in_play_flg = False
comp_in_play_flg = False
else: #コンピュータがひかなかったとき
print("computer does not draw.")
comp_in_play_flg = False
def disp_result():
print("-----game set.-----game result is...")
#コンピュータがブラックジャックの場合
if is_blackjack(computer):
computer_win()
#コンピュータがバーストの場合
elif is_burst(computer):
you_win()
#ユーザがブラックジャックの場合
elif is_blackjack(user):
you_win()
#ユーザがバーストの場合
elif is_burst(user):
computer_win()
#上のいづれでもない場合
else:
computer_score = sum(computer)
user_score = sum(user)
if computer_score > user_score:
computer_win()
elif computer_score == user_score:
print_scores()
print("It's a draw")
elif computer_score < user_score:
you_win()
clear()
print(logo)
user_in_play_flg = True
comp_in_play_flg = True
user = []
computer = []
cards = [11, 2, 3, 4, 5, 6, 7, 8, 9, 10, 10, 10, 10]
print("play count=" + str(play_count))
# 初回の手札を決める
for i in range(0, 2):
card = random.choice(cards)
computer.append(card)
card = random.choice(cards)
user.append(card)
# コンピュータが勝っていたら
if is_blackjack(computer):
user_in_play_flg = False
comp_in_play_flg = False
# ユーザが勝っていたら
if is_blackjack(user):
user_in_play_flg = False
comp_in_play_flg = False
# 初配で勝敗が決まらなかったとき
while user_in_play_flg or comp_in_play_flg:
in_play_proc()
#勝敗を判定するとき
disp_result()
#もう１ゲームやるか
if input("Do you want to play again? 'y' or 'n': ") == "y":
return "continue"
else:
return "end"
print("２０２０ ｜ ＠Ｃｍｌｏｈｒ")
print("-------------------")
user_bids = {}
bidding_end = False
def the_high_bidder(bidding_log):
high_bid = 0
won = ""
for bidder in bidding_log:
user_bids = bidding_log[bidder]
if user_bids > high_bid:
high_bid = user_bids
won = bidder
print("------------------------------------------------------")
print(f"The highest bidder is {won} with a bid of ${high_bid}!")
while not bidding_end:
name = input("What is your name?\n>> ")
bid = int(input("How much would you like to bid?\n>> $"))
user_bids[name] = bid
add_bidders = input("Any other bidders, Y or N?\n>> ").lower()
if add_bidders == "n":
bidding_finished = True
the_high_bidder(user_bids)
break
elif add_bidders == "y":
clear() #imported repl.it clear
end_of_game = False
lives = 6
chosen_word = random.choice(word_list)
#testing code
#print(f"The choosen word is: {chosen_word}")
length = len(chosen_word)
for _ in range(length):
display += "_"
while not end_of_game:
guess = input("Guess a letter: ").lower()
clear() #Clear the screen after each guess
#Formating
print(f"{' '.join(display)}")
if guess not in chosen_word:
print(f"\nYou guessed {guess}, that's no in the word. You loose a life!")
if guess in display:
print(f"\nYou have already guessed {guess}.")
#Check if the letter the user guessed is one of the letters in the chosen_word.
for position in range(length):
letter = chosen_word[position]
if letter in guess:
display[position] = letter
def cls():
if windows:
clear()
else:
replit.clear()
def retorno_estimativa_pib():
op_voltar = str(input("\nUse qualquer tecla para volar ao menu...\n"))
if len(op_voltar) >= 0:
replit.clear()
menu()