One group is chosen as the winner for each lecture exercise. Since many groups can have correct answers, other criteria are also used for picking the winning group. These include use of meaningful variable names, meaningful prompts and output, use of whitespace and adherance to 201 coding standards. Even handwriting can be used to break a tie.
Each member of a winning group will receive 1 point of extra credit on the next exam.
If there is a tie between a group that has won previously and one that has not, the new group will be declared the winner.
| Lecture | Students | Winning Code |
|---|---|---|
| Class Exercise Lec 08 5/11/10 |
Will Gossard Josh Mayne |
SQUARE = 2 CUBE_SIDES = 6 CUBE = 3 class Cube: def __init__(self, length): self.length = length # Accessors def getLength(self): return self.length def surfaceArea(self): area = CUBE_SIDES * self.length ** SQUARE return area def volume(self): vol = self.length ** CUBE return vol |
| Class Exercise Lec 01 5/10/10 |
David Ring Kameron Pyron |
# Exercise: Defining New Classes # File: cube.py # Names: David Ring & Kameron Pyron # Date: 5/10/10 # Description: This class defines a cube object using # the length of a side as its sole parameter. # It has methods to access side and return # volume and surface area. class Cube: def __init__(self, side): self.side = side def getSide(self): return self.side def volume(self): return self.side ** 3 def surfaceArea(self): return 6 * self.side ** 2 |