CSC111 lab5 Solutions

Stick Figure

# newstick.py
# Draws sticks on the screen
 
def head():
    print
    print "   o     "
 
def body():
    print "  /|\\   "
 
def legs():
    print " _/ \\_  "
    print
 
def roundBody():
    print "  /O\\    " 
 
def longLegs():
    print "  / \\   "
    print "_/   \\_ "
    print
 
def skinnyStickFigure():
    head();
    body();
    legs();
 
def roundLongFigure():
    head();
    roundBody()
    longLegs()

def main():
    skinnyStickFigure()
    roundLongFigure()
main()

Birthday

# happyBirthday.py
# D. Thiebaut

def hbday():
    print "Happy birthday to you!"

def dear( name ):
    print "Happy birthday, Dear", name

def singSong( name ):
    for i in range( 3 ):
        hbday()
    dear( name )
    hbday()
    print "\n\n"

def main():
    singSong( "Alex" )

    for ch in 'abcdefghijklmnopqrstuvwxyz':
        singSong( "111c-a" + ch )

main()

Recipes

# recipe.py
# 

def separatorLine():
     print  30 * '-' + 'oOo' + 30 * '-'

def printLines( recipe ):
    separatorLine()
    for line in recipe[0:1]:
        print line
    separatorLine()
    for line in recipe[1:]:
        print line
    separatorLine()
    print "\n\n"

def main():
    recipe1 = ["Smoked Salmon Tortellini with Bechamel Sauce",
               "2 packages tortellini",
               "1 bay leaf",
               "2 whole cloves",
               "1 pinch nutmeg",
               "1 chopped red bell pepper",
               "1/2 lb fresh asparagus",
               "10 ounces fresh mushrooms" ]
    recipe2 = [ "Bechamel Sauce", "1/4 cup butter", "2 tbsp flour", "1/4 cup milk"]

    printLines( recipe1 )
    printLines( recipe2 )

main()

Taxi Cab

Here is Megan's Taxi Cab:

.

# taxi.py                                                                                                             
# 111c-au                                                                                                             
# Megan Caska                                                                                                         
# Edited by D. Thiebaut
#
from graphics import *
 
def main():
    win = GraphWin( "Taxi", 800,600)

    # body of car
    rect = Rectangle(Point (225, 250), Point(575, 350))
    rect.setFill('yellow')
    rect.draw(win)

    # top of car 
    rect2 = Rectangle(Point (300, 175), Point (500, 250))
    rect2.setFill('yellow')
    rect2.draw(win)

    # left window
    rect3 =Rectangle(Point(310, 180), Point( 390, 240 ) )
    rect3.setFill('white')
    rect3.draw(win)

    # right window
    rect4 =Rectangle( Point(410, 180), Point( 492, 242) )
    rect4.setFill('white')
    rect4.draw(win)
    center = Point(400, 300)

    # label in middle of body of car
    label = Text (center, "TAXI")
    label.draw(win)

    # wheels
    ccenter1 = Point(300, 350)
    ccenter2 = Point(500, 350)    
    wheel1 = Circle(ccenter1, 50)
    wheel1.setFill('black')
    wheel1.draw(win)
    wheel2 = Circle(ccenter2, 50)
    wheel2.setFill('black')
    wheel2.draw(win)

    # keep window up until user presses Enter key
    raw_input( "Press Enter to continue..." )
    win.close()
 
main()
 

.

And here's Shannon's

<souce lang="python">

1. taxi.py
2. Shannon
3. Edited by D. Thiebaut

from graphics import *

def main():

   # create window
   win = GraphWin("Taxi")

   # create all the points needed
   a = Point(60, 125)
   b = Point(100, 100)
   c = Point(140, 125)
   d = Point(60, 75)
   e = Point(140, 25)
   f = Point(20, 125)
   g = Point(180, 75)
   h = Point(62, 73)
   i = Point(99, 27)
   j = Point(101, 73)
   k = Point(138, 27)

   # create all the rectangles
   rect1 = Rectangle(d, e)
   rect2 = Rectangle(f,g)
   rect3 = Rectangle(h,i)
   rect4 = Rectangle(j,k)

   # create the two wheels
   circ1 = Circle(a, 25)
   circ2 = Circle(c, 25)

   # fill with the appropriate color
   rect1.setFill('yellow')
   rect2.setFill('yellow')
   rect3.setFill('blue')
   rect4.setFill('blue')
   circ1.setFill('black')
   circ2.setFill('black')

   # draw them in the right order.
   rect1.draw(win)
   rect2.draw(win)
   rect3.draw(win)
   rect4.draw(win)
   circ1.draw(win)
   circ2.draw(win)
   label = Text(b, 'taxi')
   label.draw(win)

   # wait for user to close window
   raw_input( "Press Enter to finish" )
   win.close()

main()

</source>