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‎1 Python/labs/Connect Four Mob.md‎

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Connect Four
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[Connect Four](https://en.wikipedia.org/wiki/Connect_Four) is a board game.
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Players take turns placing tokens of their color into a vertical grid.
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They drop to the bottom, and if anyone has four of their color in a straight line, they've won!
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Define a module that simulates a Connect Four game.
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This will consist of the following classes:
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`Player`:
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- Properties
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- `name`
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- `color`
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`Game`:
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- Properties
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- `board`: 7x6 board representation
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- Methods
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- `get_height(position)`: returns int of how many pieces occupy a column
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- `move(player, position)`: adds a player token to a column after figuring out the current height of the column
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- `calc_winner()`: returns true if a match (four in a row) is found
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- `is_full()`: returns true if all board positions are occupied
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- `is_game_over()`: returns true if the game is over (a winner is found or the board is full)
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Create a program that simulates the _just playing moves_ of an existing Connect Four game.
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Do not concern yourself with figuring out who has won.
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It will read a file that contains a history of the moves in a game.
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Assume the playing board is made of columns numbered 1 through 7.
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The file will have one line for each move (players alternate).
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The number in that line is the column the current player placed a token in.
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Use the following [example move file](./connect_four/connect-four-moves.txt).
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Save it in something like `connect-four-moves.txt`
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This moves file recreates [this game](https://en.wikipedia.org/wiki/File:Connect_Four.gif).
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* Think about how to figure out how far that token will fall in a given column.
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* Think about how to place a token in a column.
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* Think about how to concisely store the tokens that have been dropped in the board.
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* Read in moves from the file.
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* After each move, print out a representation of the board.
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You can use `R` and `Y` to represent the pieces.
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## Version 2
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* Once all moves are done, also print out what player, if any, won.
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## Version 3
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* Make game playable

‎code/justin/lab10_version1.py‎

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'''
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Justin Young
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Lab 10
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Version1&2
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'''
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import time
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from time import time, ctime
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from time import mktime
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t = time()
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class ATM:
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transactions = ''
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def __init__(self, money):
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self.money = money
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def check_balance(self):
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self.transactions += f'User checked balance of {self.money} @{ctime(t)}\n'
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return self.money
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def deposit(self, amount):
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self.money += amount
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self.transactions += f'User deposited {amount} @{ctime(t)}\n'
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return self.money
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def check_withdrawal(self, amount):
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if self.money < amount:
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self.transactions += f'User had insufficient funds to withdraw {amount} @{ctime(t)}\n'
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return False
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else:
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return True
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def withdraw(self, amount):
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self.money -= amount
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self.transactions += f'User withdrew {amount} @{ctime(t)}\n'
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return self.money
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def calc_interest(self):
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birth = (1983, 11, 23, 15, 58, 32, 2, 327, 0)
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b = mktime(birth)
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a = t - b
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years = (a / 86400) / 365
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c = self.money * 0.001 * years
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c = round(c, 2)
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self.transactions += f'Interest {c} calculated @{ctime(t)}\n'
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return c
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def print_transactions(self):
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return self.transactions
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atm = ATM(150.00) # create an instance of our class
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print('Welcome to the ATM')
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while True:
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command = input('Enter a command: ')
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if command == 'balance':
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balance = atm.check_balance() # call the check_balance() method
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print(f'Your balance is ${balance}')
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elif command == 'deposit':
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amount = float(input('How much would you like to deposit? '))
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atm.deposit(amount) # call the deposit(amount) method
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print(f'Deposited ${amount}')
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elif command == 'withdraw':
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amount = float(input('How much would you like '))
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if atm.check_withdrawal(amount): # call the check_withdrawal(amount) method
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atm.withdraw(amount) # call the withdraw(amount) method
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print(f'Withdrew ${amount}')
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else:
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print('Insufficient funds')
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elif command == 'transactions':
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print(atm.print_transactions())
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elif command == 'interest':
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amount = atm.calc_interest() # call the calc_interest() method
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atm.deposit(amount)
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print(f'Accumulated ${amount} in interest')
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elif command == 'help':
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print('Available commands:')
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print('balance - get the current balance')
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print('deposit - deposit money')
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print('withdraw - withdraw money')
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print('transactions - check prior user transactions')
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print('interest - accumulate interest')
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print('exit - exit the program')
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elif command == 'exit':
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break
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else:
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print('Command not recognized')

‎code/matt/python/lab09-quotes.py‎

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#Matt Nichols
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#Lab09
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#Version 1
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import requests
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import pprint
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r = requests.get("https://favqs.com/api/qotd")
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#Getting the authors name
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author = r.json()['quote']['author']
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print(f'Author: {author}')
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#Getting the quote itself
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quote = r.json()['quote']['body']
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print(f'Quote: {quote}')
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#For aesthectics
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lines_for_looks = ("----------------------------------")
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print(lines_for_looks)
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#Version 1 completed
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#Version 2 below
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#For aesthectics
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lines_for_looks = ("----------------------------------")
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#Function for allowing the user to go to the next page IF desired
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def do_keep_going():
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while True:
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user_input = input("Would you like to continue to the next page of quotes?\nEnter 'yes' to continue OR 'no' to exit: ")
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if user_input == "no":
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return user_input
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if user_input == "yes":
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return user_input
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print(f"{lines_for_looks}\nSorry, {user_input} was NOT readable. Ensure you type 'yes' OR 'no' ")
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#Function for allowing the user to view how many quotes are on the next page
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def do_view():
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while True:
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user_input = input("Would you like to view the quotes?\nEnter 'yes' to continue OR 'no' to exit: ")
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if user_input == "no":
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return user_input
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if user_input == "yes":
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return user_input
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print(f"{lines_for_looks}\nSorry, {user_input} was NOT readable. Ensure you type 'yes' OR 'no' ")
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#Greeting
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print("Hello and Welcome, User! ")
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#'''Keyword''' for my params allowing the user to enter what tags they want to read
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keyword = input("Enter a keyword to search for quotes: ")
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#'''page''' for them to start on page one and to continue IF wanted
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page = 1
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#requesting a response from the following down below
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r = requests.get(f'https://favqs.com/api/quotes',
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params={'page': page, 'filter': keyword},
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headers={'Authorization': 'Token token="855df50978dc9afd6bf86579913c9f8b"'})
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#The variable '''quotes''' is allowing us to fall into a deeper level with the url and pull what we desire from the following dictionary 'qoutes'
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quotes = r.json()['quotes']
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#The variable '''last_page''' allows us to use a boolean value for our while loop and continue on to the next page if optional
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last_page = r.json()['last_page']
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while True:
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#Tells the user how many quotes are on the next page
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print(lines_for_looks)
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print(f'There are {len(quotes)} quotes that appear on Page{page} with this keyword')
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print(lines_for_looks)
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view = do_view()
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if view == 'no':
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break
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#prints the auther and quote
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for q in quotes:
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print(f"Author: {q['author']}")
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print(f"Quote: {q['body']}")
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print(lines_for_looks)
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#Pulling the '''last_page''' variable in
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#IF it's the last page it will break
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if last_page == True:
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print("That's all the quotes from this keyword")
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break
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#If it's NOT the last page it will give them the option to continue OR exit
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if last_page == False:
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keep_going = do_keep_going()
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if keep_going == 'no':
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break
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elif keep_going == 'yes':
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#Pulling in one of the values of are query
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page = page + 1
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#We have to print this out again or it will continue to print out the same results
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#This is due to the variable '''r''' being a contant and out of the while loop
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r = requests.get(f'https://favqs.com/api/quotes',
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params={'page': page, 'filter': keyword},
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headers={'Authorization': 'Token token="855df50978dc9afd6bf86579913c9f8b"'})
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quotes
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print("Thanks for your time")
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#Version 2 completed
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# print(r)
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# pprint.pprint(r.text)
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# print("------")
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# pprint.pprint(r.json())

‎code/muki/lab04b.py‎

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# Lab 04 BlackJack
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'''
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Lab 4: Blackjack Advice
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Let's write a python program to give basic blackjack playing advice during a game by asking the player for cards.
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First, ask the user for three playing cards (A, 2, 3, 4, 5, 6, 7, 8, 9, 10, J, Q, or K).
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Then, figure out the point value of each card individually. Number cards are worth their number, all face cards are worth 10.
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At this point, assume aces are worth 1. Use the following rules to determine the advice:
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Less than 17, advise to "Hit"
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Greater than or equal to 17, but less than 21, advise to "Stay"
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Exactly 21, advise "Blackjack!"
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Over 21, advise "Already Busted"
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Print out the current total point value and the advice.
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What's your first card? Q
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What's your second card? 2
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What's your third card? 3
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15 Hit
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What's your first card? K
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What's your second card? 5
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What's your third card? 5
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20 Stay
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What's your first card? Q
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What's your second card? J
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What's your third card? A
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21 Blackjack!
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'''
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card_values = {
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'A':'1',
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'a':'1',
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'2':'2',
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'3':'3',
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'4':'4',
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'5':'5',
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'6':'6',
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'7':'7',
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'8':'8',
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'9':'9',
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'10':'10',
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'J':'10',
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'j':'10',
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'Q':'10',
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'k':'10',
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'K':'10',
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}
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# for key in card_values:
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# print(key)
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# print(card_values)
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card1 = input(f'What is your first card?\t')
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card2 = input('What is your second card?\t')
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total = int(card_values[card1]) + int(card_values[card2])
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while total < 17:
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print(f'{total} Hit!')
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ncard = input('What is the next card?\t')
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total = total + int(card_values[ncard])
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if total >= 17 and total < 21:
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print(f'{total} Stay')
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if total == 21:
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print(f'{total} Blackjack!')
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if total > 21:
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print(f'Bust! Loser...')
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while total < 17:
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print(f'{total} Hit!')
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card4 = input('What is the next card?\t')
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total = total + int(card_values[ncard])
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if total >= 17 and total < 21:
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print(f'{total} Stay')
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if total == 21:
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print(f'{total} Blackjack!')
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if total > 21:
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print(f'Bust! Loser...')

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