Classes, objects, and methods.

Problem 0: a card game (see the PDF file)
You may start with this skeleton. Remember that pass is just a do-nothing
instruction; it is present just so Python thinks you have a
syntactically-correct function definition for each method.
"""

import random

class Card(object):

def __init__(self, rank, suit):
   """
   Create a card with the given rank and suit.
   """
   self.rank = rank
   self.suit = suit

def __str__(self):
   # You need to write a good __str__ function.
   rankNames = {1: 'A', 2: '2', 3: '3', 4: '4', 5: '5', 6: '6', 7: '7', 8: '8', 9: '9', 10: '10', 11: 'J', 12: 'Q', 13: 'K'}
   suitNames = {1: 'Spades', 2: 'Hearts', 3: 'Diamonds', 4: 'Clubs'}
   return rankNames[self.rank] + '-' + suitNames[self.suit]

class Game(object):

def __init__(self):
   """
   Initialize a game with a shuffled 52-card deck and empy hand
   for the player.
   """
   self.start()

def start(self):
   #initialize the game the way you would usually do with init. The point
   #is to be able to call this method if the user wants to play again
   #in youe 'play' method below.
   self.shuffled_deck = []
   for rank in range(1,14):
         for suit in range(1,5):
            self.shuffled_deck.append(Card(rank, suit))
   random.shuffle(self.shuffled_deck)
   self.hand = []

def __str__(self):
   return str(map(str, self.hand))

def deal_card(self):
   """
   Move a card from the shuffled deck to the player's hand.
   """
   if len(self.shuffled_deck) > 0:
         self.hand.append(self.shuffled_deck.pop(0))

def score(self):
   """
   The score of the player's hand is the sum of the ranks of the cards
   in the hand, where Ace = 1 and Jack = Queen = King = 10.
   """
   handScore = 0
   for c in self.hand:
         if c.rank <= 10:
            handScore += c.rank
         else:
            handScore += 10
   return handScore

def status(self):
   """
   Return:
      -1: player has lost (game over).
      0: player has neither won nor lost (game not over).
      1: player has won (game over).
   """
   if self.score() < 18:
         return 0
   elif self.score() <= 21:
         return 1
   else:
         return -1


def play(self):
   """
   Play the game, reporting on its progress to the user and allowing the user
   to play another game for as long as s/he wishes.
   """
   while True:
         raw_input("Hit <Enter> to start playing the game.")
         self.start()
         while self.status() == 0:
            raw_input("Hit <Enter> for another card.")
            self.deal_card()
            print("Your hand: " + str(self))
            print("Your current score is " + str(self.score()) + ".")
         if self.status() == 1:
            print("You win!")
         else:
            print("You lose!")
         while True:
            again = raw_input("Play again? ").lower()
            if len(again) > 0:
               if again[0] == 'n':
                     return
               elif again[0] == 'y':
                     break


#To play a game uncomment the following:

g = Game()
g.play()

##****************************************
# problem 1: class Car
#****************************************

"""
Define a class called Car that
creates objects with
-- an x-position
-- a y position
-- an orientation (a float denoting an angle
let the angle be in radians (but if you really want degrees
use math.degrees(x) to convert x radians to degrees)
-- a speed (float) in miles per hour
Then define methods:
-- move(self,x,y): that moves the car to the point (x,y)
-- accel(self,factor): that adds factor to the speed (this accelerating or decelerating)
-- go(self,hrs): that moves the car where it would go in hrs hours. It has a speed and an orientation.
so it knows where to go!
-- __str__ should give a nice string that informs of the speed and orientation and location
-- rotate(self,ang) which adds ang to current angle
"""

class Car:

def __init__(self, x, y, angle, speed):
   self.x = x
   self.y = y
   self.angle = angle
   self.speed = speed

Question 1: List the dataset(s) you chose for this project from the...