Python グラフィックスを学んで Munch Munch ゲームを作る (Python グラフィックス II)

Using previously learned Python skills, students will develop an arcade-style game where the main character (Munch) will chase after food.  Munch must stay on the screen or he loses a life, but he'll go faster every time he eats a piece of food!  Lose 5 lives and it's GAME OVER!
Each class is structured as follows:
-Introduction/Review - some theory about Python that is needed for the class (for example, if-statements)
-Apply theory to the graphical environment with a warm-up activity (for example, making a simple button that can be clicked)
-Learn a new graphical concept (for example, interaction with the mouse)
-Apply the graphical concept to the project that the group is working on
-Work on the main project

Prerequisite Python skills:
-variables
-basic understanding of coordinates**
-if-statements/logical operators (and, or, not)
-random numbers
Also, students need to be able to type using the full keyboard to keep up in class (recommended 20 WPM).  Students will be coding in class, so they need to have Processing installed (download from http://processing.org).

**If students have not taken this teacher's Python Graphics I course, they should check in with the teacher first to ensure that they have sufficient understanding of this concept.

I encourage students to code and ask questions, and I will check for understanding as we code together.  Students are encouraged to stretch themselves to learn new skills, but I also scaffold learning to support all students.

Skills covered:
-Basic game design/game states
-Mastery of complex if-statements
-Basic understanding of functions
-Keyboard and mouse input and interaction
-Basic use of loops
-Use of images, fonts, and sounds
-File reading and writing

Approximate Weekly Plan
Day 1: Introduction to the Game/Game Design
-Set up game environment (game states)
-Create splash screen
-Get Munch on the screen and moving with the keyboard
-Reset when off the screen
-Lives
-Game Over Screen for homework

Day 2: 
-Collision detection
-Get food on screen and moving randomly when collision happens
-Points 
-Speed up

Day 3:
-Fixing bugs
-Adding graphics
-Loops
-Tidy up interface by turning lives into an image, etc.

Day 4:
-High score (File input/output)
-Sound
-Fixing any last bugs/adding enhancements
-Show and tell our games