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CASE #4

Read Chapters 15 through 17 of “Think Python: How to Think Like a
Computer Scientist” from
http://www.greenteapress.com/thinkPython/html/index.html.
Or get the pdf file of the book from the same link.

  1. Finish running all the examples in Chapters 15 through 19 of “Think Python: How to Think Like a Computer Scientist” by yourself in Python shell interactive command mode or IDLE editor window. Collect all output of your running examples and submit them in one text file named “CSC111-Case4-Examples-YourFirstNameLastname”
  2. Finish coding the following exercises in Python, run them, and collect the running results into a file named “CSC111-Case4-Exercises-YourFirstNameLastName” and submit it.
    1. Exercise 16.1
    2. Exercise 16.2
    3. Exercise 16.4
    4. Exercise 16.7
    5. Exercise 17.2
    6. Exercise 17.3
    7. Exercise 17.4
    8. Exercise 17.7

    Note: When you program the exercises you can name them whatever you want, such as ex3-1.py or count-nums.py but the submitted file should provide name of the exercise, source code, and running results.

  3. Finally, write a summary document named “CSC111-Case4Summary-YourFirstNameLastName” to report what you have learned from this SLP assignment and any other learning experience.

 

ex16-1.py

def print_time(time):
    print('%.2d:%.2d:%.2d' % (time.hour, time.minute, time.second))

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ex16-2.py

def is_after(t1, t2):
    return (t1.hour < t2.hour) or \
           (t1.hour == t2.hour and t1.minute < t2.minute) or \
           (t1.hour == t2.hour and t1.minute == t2.minute and t1.second < t2.second)

 

ex16-4.py

def increment(time, seconds):
    newTime = Time()
    newTime.hour = time.hour
    newTime.minute = time.minute
    newTime.second = time.second

    newTime.second += seconds
    if newTime.second >= 60:
        newTime.second -= 60
        newTime.minute += 1

    if newTime.minute >= 60:
        newTime.minute -= 60
        newTime.hour += 1

    return newTime

 

ex16-7.py

import time
import datetime
from datetime import date, timedelta

print 'current date: ', date.today()
print 'day of the week: ', date.today().weekday()

year = int(input('year of birthday: '))
month = int(input('month of birthday: '))
day = int(input('day of birthday: '))

print 'age: ', date.today().year - year

if datetime.date(date.today().year, month, day) > date.today():
    span = datetime.date(date.today().year, month, day) - date.today()
    print 'There will be %d days until next birthday' % span.days
else: 
    span = datetime.date(date.today().year + 1, month, day) - date.today()
    print 'There will be %d days until next birthday' % span.days

 

ex17-2.py

class Point:
    def __init__(self, x, y):
        self.x = x
        self.y = y

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ex17-3.py

class Point:
    def __init__(self, x, y):
        self.x = x
        self.y = y
    def __str__(self):
        return '(%d, %d)' %(self.x, self.y)

p = Point(1, 2)
print p

 

ex17-4.py

class Point:
    def __init__(self, x, y):
        self.x = x
        self.y = y
    def __str__(self):
        return '(%d, %d)' %(self.x, self.y)

    def __add__(self, p):
        x = self.x + p.x
        y = self.y + p.y
        return Point(x, y)

p = Point(1, 2)
p1 = Point(2, 3)
print p + p1

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ex17-7.py

class Kangaroo(object):
    """a Kangaroo is a marsupial"""

    def __init__(self, contents=None):
        """initialize the pouch contents; the default value is
        an empty list"""
        if contents == None:
            contents = []
        self.pouch_contents = contents

    def __str__(self):
        """return a string representaion of this Kangaroo and
        the contents of the pouch, with one item per line"""
        t = [ object.__str__(self) + ' with pouch contents:' ]
        for obj in self.pouch_contents:
            s = '    ' + object.__str__(obj)
            t.append(s)
        return '\n'.join(t)

    def put_in_pouch(self, item):
        """add a new item to the pouch contents"""
        self.pouch_contents.append(item)

kanga = Kangaroo()
roo = Kangaroo()
kanga.put_in_pouch('wallet')
kanga.put_in_pouch('car keys')
kanga.put_in_pouch(roo)

print kanga
print ''
print roo

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SLP #4

Read Chapter 18 and Chapter 19 of “Think Python: How to Think Like a
Computer Scientist” from
http://www.greenteapress.com/thinkPython/html/index.html.
Or get the pdf file of the book from the same link.

  1. Finish running all the examples in Chapter 18 and Chapter 19 of “Think Python: How to Think Like a Computer Scientist” by yourself in Python shell interactive command mode or IDLE editor window. Collect all output of your running examples and submit them in one text file named “CSC111-SLP4-Examples-YourFirstNameLastname”
  2. Finish coding the following exercises in Python, run them, and collect the running results into a file named “CSC111-SLP4-Exercises-YourFirstNameLastName” and submit it.
    1. Exercise 18.1
    2. Exercise 18.2
    3. Exercise 19.1
    4. Exercise 19.2
    5. Exercise 19.3
    6. Exercise 19.4

    Note: When you program the exercises you can name them whatever you want, such as ex3-1.py or count-nums.py but the submitted file should provide name of the exercise, source code, and running results.

  3. Finally, write a summary document named as “CSC111-SLP4Summary-YourFirstNameLastName” to report what you have learned from this Case Assignment and any other learning experience.

 

ex18-1.py

class Time:
    def __cmp__(self, other):
        t1 = self.hour, self.minute, self.second
        t2 = other.hour, other.minute, other.second
        return cmp(t1, t2)

 

ex18-2.py

class Card(object):
    """Represents a standard playing card."""

    def __init__(self, suit=0, rank=2):
        self.suit = suit
        self.rank = rank

    suit_names = ['Clubs', 'Diamonds', 'Hearts', 'Spades']
    rank_names = [None, 'Ace', '2', '3', '4', '5', '6', '7', 
              '8', '9', '10', 'Jack', 'Queen', 'King']

    def __str__(self):
        return '%s of %s' % (Card.rank_names[self.rank],
                             Card.suit_names[self.suit])

    def __cmp__(self, other):
        # check the suits
        if self.suit > other.suit: return 1
        if self.suit < other.suit: return -1

        # suits are the same... check ranks
        if self.rank > other.rank: return 1
        if self.rank < other.rank: return -1

        # ranks are the same... it's a tie
        return 0

import random
class Deck:
    def __init__(self):
        self.cards = []
        for suit in range(4):
            for rank in range(1, 14):
                card = Card(suit, rank)
                self.cards.append(card)
    def __str__(self):
        res = []
        for card in self.cards:
            res.append(str(card))
        return '\n'.join(res)
    def shuffle(self):
        random.shuffle(self.cards)
    def sort(self):
        self.cards.sort()

deck = Deck()
deck.shuffle()
deck.sort()
print deck

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ex19-1.py

from swampy.Gui import *

g = Gui()
g.title('')

def callback1():
    g.bu(text='Now press me.', command=callback2)

def callback2():
    g.la(text='Nice job.')

g.bu(text='Press me.', command=callback1)

g.mainloop()

 

ex19-2.py

from swampy.Gui import *

g = Gui()
g.title('')

def callback1():
    canvas.config(bg='white')
    item = canvas.circle([0,0], 100, fill='red')

g.bu(text='Press me.', command=callback1)

g.mainloop()

 

ex19-3.py

from swampy.Gui import *

g = Gui()
g.title('circle demo')
canvas = g.ca(width=500, height=500, bg='white')
circle = None

def callback1():
    """called when the user presses 'Create circle' """
    global circle
    circle = canvas.circle([0,0], 100)

def callback2():
    """called when the user presses 'Change color' """

    # if the circle hasn't been created yet, do nothing
    if circle == None:
        return

    # get the text from the entry and try to change the circle's color
    color = entry.get()
    try:
        circle.config(fill=color)
    except TclError, message:
        # probably an unknown color name
        print message


# create the widgets
g.bu(text='Create circle', command=callback1)
entry = g.en()
g.bu(text='Change color', command=callback2)

g.mainloop()

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ex19-4.py

import os, sys
from Gui import *
import Image as PIL      # to avoid name conflict with Tkinter
import ImageTk

class ImageBrowser(Gui):
    """An image browser that scans the files in a given directory and
    displays any images that can be read by PIL.
    """
    def __init__(self):
        Gui.__init__(self)

        # clicking on the image breaks out of mainloop
        self.button = self.bu(command=self.quit, relief=FLAT)

    def image_loop(self, dirname='.'):
        """loop through the files in (dirname), displaying
        images and skipping files PIL can't read.
        """
        files = os.listdir(dirname)
        for file in files:
            try:
                self.show_image(file)
                print file
                self.mainloop()
            except IOError:
                continue
            except:
                break

    def show_image(self, filename):
        """Use PIL to read the file and ImageTk to convert
        to a PhotoImage, which Tk can display.
        """
        image = PIL.open(filename)
        self.tkpi = ImageTk.PhotoImage(image)
        self.button.config(image=self.tkpi)

def main(script, dirname='.'):
    g = ImageBrowser()
    g.image_loop(dirname)

main(*sys.argv)

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CS 1300 Assignment 3

Objectives:

  • Design an algorithm (a set of steps for solving a particular problem).
  • Be able to use a for loop to repeat code Getting Started

Start IDLE and create a new Python program file named: FirstnameLastnameAssignment3.py, e.g., SallyWhiteAssignment3.py. Note: In order to receive full credit, all code must have meaningful comments.

  1. Part 1 – Display the current 16 GOP Presidential Candidates using a for loop (4 points) In your Python program file, write code to display the current 16 GOP Presidential Canditates in a list using a for loop.1 Beginning Comments
    Add a comment at the top of the file that states the following:
    Part 1 – Display 16 GOP Presidential Candidates2 Output of GOP Presidential Candidates
    As of August 2015 there are seventeen GOP presidential hopefuls. Print out the entire
    list using a for loop. The candidates are: Jeb Bush, Ben Carson, Chris Christie, Ted
    Cruz, Carly Fiorina, Jim Gilmore, Lindsey Graham, Mike Huckabee, Bobby Jindal, John
    Kasich, George Pataki, Rand Paul, Rick Perry, Marco Rubio, Rick Santorum, Donald J.
    Trump, and Scott Walker. Note, you must use a for loop.

    Example output for Part 1:

The sixteen candidates are:
Jeb Bush
Ben Carson
Chris Christie
Ted Cruz
Carly Fiorina
Jim Gilmore
Lindsey Graham
Mike Huckabee
Bobby Jindal
John Kasich
George Pataki
Rand Paul
Rick Perry
Marco Rubio
Rick Santorum
Donald J. Trump
Scott Walker
  2. Part 2 – Print total and average flight costs for the Code Evangelist at Pear, Inc. (8 points) Add code to your Python program file, after the code for Part 1, that:
  3. prompts the user for the number of cities to which you will fly in a given year, then
  4. uses a for loop to prompt the user for the number of trips taken within one year, and
  5. finally, calculates and displays the total cost incurred by Pear, Inc. and the average cost of each flight.1 Beginning Comments
    Add a comment after the code for part 1:
    Part 2 – Determine total and average airline flight cost for a specified number of
    cities visited by the code evangelist at Pear, Inc.2 General algorithm for the program
    The algorithm is as follows:
    1. Prompt the user for the number of cities to which the code evangelist will fly in the
    coming year and assign it to a variable
    2. Convert the variable in step 1 to an integer.
    3. Create a variable that will hold the total cost of the plane tickets and assign it a value of 0
    4. Create a for loop that will loop the number of times specified by the user. The loop body
    will
    1. Prompt the user for the cost of each flight. Please note the following:
    1. Specify which flight number you are looking for 0, 1, 2, …
    2. Remember in order to concatenate/add a number to a string you must
    convert it to a string.
    3. All costs will be specified in integer values.
    2. Convert the cost entered to an integer
    3. Add the cost of the flight to the total cost
    5. After the for loop calculate the average cost of the flights.
    6. Print out the total cost of all trips
    7. Print out the average cost per flight

Save and execute the program and verify it works correctly. Example output of part 2 is below:

How many trips were taken? 5
Cost of flight 0? 510
Cost of flight 1? 434
Cost of flight 2? 1237
Cost of flight 3? 564
Cost of flight 4? 798
Total cost incurred for 5 trips is $3543
Average cost per flight is $708.6
  1. Part 3 – Turtle graphics figure (8 points) Add code to your Python program file, after the code for Part 2 that draws a figure using turtle graphics. The requirements for this figure are as follows:
    1. Beginning comments
      Add a comment after the code for part 2:
      Part 3 – Drawing a figure
    2. Specifications
      You may draw any figure you want, e.g., a house, a star, trees etc. Whatever figure you draw must have at least two triangles in it and each time you draw a triangle the sides must be drawn using a for loop.

Use you first name as the variable name for your turtle object. For example, in the Lab 3 exercises, the variable name that held the turtle object in the Turtle hex trot was alex . The variable name for Sally White would be sally .
If you only draw two triangles and there is not a recognizable figure you will not receive full points for Part 3.
Submission
Make sure your Python file is named FirstnameLastnameAssignment3.py, e.g.,
SallyWhiteAssignment3.py and submit the file in Moodle by the due date.

Grading

  • Part 1 – 4 points
  • Part 2 – 8 points
  • Part 3 – 8 points

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assignment3.py

#Part 1 - Display 16 GOP Presidential Candidates

# create a list for the 16 GOP presidential Candidates
gop = ['Jeb Bush', 'Ben Carson', 'Chris Christie', 'Ted Cruz', 'Carly Fiorina', 'Jim Gilmore', 
       'Lindsey Graham', 'Mike Huckabee', 'Bobby Jindal', 'John Kasich', 'George Pataki', 
       'Rand Paul', 'Rick Perry', 'Marco Rubio', 'Rick Santorum', 'Donald J. Trump', 'Scott Walker']
for i in range(len(gop)):   #display 16 GOP presidential Candidates using a for loop
    print(gop[i])


#Part 2 - Determine total and average airline flight cost for a specified number of
#cities visited by the code evangelist at Pear, Inc.

#prompts the user for the number of cities to which you will fly in a given year
# and Convert the variable to an integer
numTrips = int(input('How many trips were taken? '))

# variable that used to hold the total cost of the plane tickets and assign it a value of 0
totalCost = 0

#Create a for loop that will loop the number of times specified by the user
for i in range(numTrips):
    cost = int(input('Cost of flight %d? ' % i))  #get the cost for a single trip
    totalCost = totalCost + cost      # add the single cost to totalCost

#calculate the average cost of the flights.
avgCost = totalCost / numTrips
#Print out the total cost of all trips
print('\nTotal cost incurred for %d trips is $%d' % (numTrips, totalCost))
#Print out the average cost per flight
print('Average cost per flight is $%.2f' % avgCost)


#Part 3 - Drawing a figure
import turtle
window = turtle.Screen()  #initialize the screen  
timothy = turtle.Turtle()       # get the turtle object
timothy.hideturtle()            # hide the cursor

# draw a five-point star
timothy.forward(100)  
for i in range(4):
    timothy.right(144)  
    timothy.forward(100)

window.exitonclick()      #click 'X' to close the window

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