Homework #3:

1. The task involved defining functions of shapes to then design a collection of the shapes in a line and in a grid. First, a variety of shapes were designed using basic commands and loops.A for loop was designed to draw the shapes in a line. Next, Then, another document, scene1.py was created to draw two buildings in turtle. Next, scene2.py was created to draw a series of buildings to create a cityscape. The code was formatted to draw a grid. Linea Rooke's defined shapes were included in a line of shapes. Various extensions were included.
2. Grid algorithim: If ten divided by i has no remainder, pick the turtle up, move to a proportionally higher point, and put the turtle down.
3. The algorithm works because the as the function processes the information entered for "a" (i=i+1), it keeps checking if i/10 has no remainder. i will always have a remainder until i=10. So, when the computer executes the function using the tenth piece of data, it follows the command and picks the turtle up, moves it to a new location, puts the turtle down, and continues execution again until it reaches the twentieth piece of data, when it picks up the turtle again and the cycle continues.
4. Any extensions I completed are included in my three scenes. I created many of my own shapes and added colors. I have many more than six shapes in all of my scenes.
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