From: Subject: CSSE 120 Homework Date: Sun, 10 Jan 2010 03:45:32 -0500 MIME-Version: 1.0 Content-Type: multipart/related; type="text/html"; boundary="----=_NextPart_000_0000_01CA91A7.5C3F78F0" X-MimeOLE: Produced By Microsoft MimeOLE V6.00.2900.5579 This is a multi-part message in MIME format. ------=_NextPart_000_0000_01CA91A7.5C3F78F0 Content-Type: text/html; charset="utf-8" Content-Transfer-Encoding: quoted-printable Content-Location: http://www.rose-hulman.edu/class/csse/csse120/201010/Homework/hw12.html =EF=BB=BF CSSE 120 = Homework

CSSE 120 -- Intro. to Software Development

Homework 12

  1. Complete the assigned reading for the next session (Zelle sections = 9.1-=20 9.6).=20

    Read it very carefully to understand the top-down = design=20 process. Come to class prepared with questions on anything you do not=20 understand. For Session 14, we will assume that you have read and = understood=20 whatever you do not ask about; we will spend most of the class time = developing=20 another (and more complex) example to reinforce and extend what you = learned by=20 reading.

  2. (44 pts) Complete the Angel quiz over the reading assignment. = Because of=20 the way we are handling this material in class, this quiz will be a = little bit=20 more detailed than most of the ANGEL quizzes have been. You'll find = the quiz=20 on the course Angel = page, under=20 Lessons =E2=86=92 Homework =E2=86=92 Homework 12 =E2=86=92 = Simulation and Design
  3. (60 pts total) You must do this assignment = using=20 Eclipse and the Session12 project that you checked = out in=20 class. Within that project, open the file = NestedLoopsPatterns.py. It=20 contains a template for the rest of this assignment.
  4. (2 points) You will write the function = rectangleOfStars=20 together in class. Make sure you understand how it works. Ask for help = if=20 you're confused.
  5. (5 points) Based on rectangleOfStars, fill in code for the = function=20 triangleOfStars. This prints out a triangle-shaped = grid of=20 stars. For example, the code: 
    triangleOfStars(6)
    should produce the output: 
    *
**
***
****
*****
******

    After testing and debugging this function, commit your work to your = Subversion repository. Do this by right-clicking on your Session12 = in=20 Eclipse and choosing Team =E2=86=92 Commit.... Be sure to = enter in a sensible=20 log message as the course staff will review the messages.

  6. (5 points) Now make a function called=20 triangleSameNumEachRow. This function will be like=20 triangleOfStars, except each row shows its number, rather than = asterisks. For=20 example, the code: 
    triangleSameNumEachRow(7)
    should produce the output: 
    1
22
333
4444
55555
666666
7777777

    After testing and debugging this function, commit your work to your = Subversion repository. Be sure to enter in a sensible log message as = the=20 course staff will review the messages.

  7. (5 points) The next function, = triangleAllNumsEachRow, is=20 like triangleSameNumEachRow, except that each character is its = position from=20 the left, instead of from the top. For example: = 
    triangleAllNumsEachRow(6)
    should produce the output: 
    1
12
123
1234
12345
123456

    After testing and debugging this function, commit your work to your = Subversion repository using a sensible log message.

  8. (7 points) The next function, = triangleNumsRightJustified,=20 is like triangleSameNumEachRow (from problem 6, = not=20 the previous problem), except that the triangle is = right-justified.=20 For example: 
    triangleNumsRightJustified(8)
    should produce the output: 
           1
      22
     333
    4444
   55555
  666666
 7777777
88888888

    After testing and debugging this function, commit your work to your = Subversion repository using a sensible log message.

  9. (10 points) The next function, = triangleNumsCentered, is=20 like triangleNumsRightJustified, except that the triangle is = centered=20 and includes spaces. For example: 
    triangleNumsCentered(9)
    should produce the output: 
            1=20
       2 2=20
      3 3 3=20
     4 4 4 4=20
    5 5 5 5 5=20
   6 6 6 6 6 6=20
  7 7 7 7 7 7 7=20
 8 8 8 8 8 8 8 8=20
9 9 9 9 9 9 9 9 9=20

    After testing and debugging this function, commit your work to your = Subversion repository using a sensible log message.

  10. (5 points) The next function, = numbersConstantForward,=20 takes three arguments: the number of rows, a maximum number to = display, and a=20 number of occurrences. The function displays a block of numbers. Each = row=20 should be identical and consist of the given number of occurrences of = each=20 number from 1 to the maximum number. For example: = 
    numbersConstantForward(4, 7, 3)
    should produce the output: 
    111222333444555666777
111222333444555666777
111222333444555666777
111222333444555666777

    After testing and debugging this function, commit your work to your = Subversion repository using a sensible log message.

  11. (6 points) The next function, = numbersConstantBackward, is=20 just like numbersConstantForward, except the numbers go from the = maximum=20 number down to one. For example: 
    numbersConstantBackward(4, 7, 3)
    should produce the output: 
    777666555444333222111
777666555444333222111
777666555444333222111
777666555444333222111

    After testing and debugging this function, commit your work to your = Subversion repository using a sensible log message.

  12. (5 points) The next function, = numbersIncreasingForward,=20 also produces a block of numbers. But it takes just two arguments: the = number=20 of rows to print and the maximum number, n, to reach. Each = row should=20 be identical and consist of a single 1, a pair of 2's, and so on, up = to n=20 occurrences of the number n. For example: = 
    numbersIncreasingForward(5, 6)
    should produce the output: 
    122333444455555666666
122333444455555666666
122333444455555666666
122333444455555666666
122333444455555666666

    After testing and debugging this function, commit your work to your = Subversion repository using a sensible log message.

  13. (10 points) The final function, = triangularPyramid, uses=20 nested loops with graphics, rather than printing text. The function = takes a=20 single argument, n, giving the height of a pyramid made of = triangles.=20 It should create an appropriately sized graphics window and draw a = pyramid of=20 triangles in the window. Each triangle should be the same size, with a = single=20 upright triangle in the top row, two in the second, and so on down to = n=20 upright triangles in the bottom row. (Hint: you don't need to = draw the=20 upside-down triangles explicitly.) You can choose how narrow you want = your=20 triangles to be, I chose the height to be half the width of the = triangle. For=20 example: 
    triangularPyramid(9)

    could produce the output (color and thick lines optional):

    =20

    Include a getMouse() call at the end of your function so the = graphics window is displayed long enough to be seen.

  14. BONUS: (5 points) Decorate your pyramid with flags or = poles. Hang=20 them using loop patterns, of course. You could even hang photos = (zellegraphics=20 accepts GIF format only) on the poles.
  15. Submit your code by committing the final version to your = Subversion=20 repository.
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