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Get Project Case Study: Snake Game
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How to fill out the Project Case Study: Snake Game online
This guide provides a comprehensive overview of filling out the Project Case Study: Snake Game online. Whether you're a student or an instructor, this structured approach will help you navigate each section of the form effectively.
Follow the steps to complete your Project Case Study online.
- Click the ‘Get Form’ button to access the Project Case Study: Snake Game document. This will allow you to open the form in the appropriate online format.
- Begin by entering the year level band, specifying 9-10, as this project is designed for students within this educational range.
- In the description section, outline the purpose of the project. Include details about creating the Snake Game using a MakeyMakey controller, emphasizing skills in digital systems and Object-Oriented programming.
- List the necessary resources required for the project. Ensure to mention the MakeyMakey kit, a computer equipped with Python 3 and the Pygame library, and a free USB port.
- Document any prior student learning that is essential for this project. Indicate that a basic understanding of circuits and Object-Oriented programming concepts is useful for participants.
- Fill in the content descriptors and achievement standards, detailing the specific learning outcomes that will be addressed through the project.
- Complete the project outline by summarizing the objectives and methods for developing the Snake Game, emphasizing the problem-solving and design process.
- Mention any project extensions or reflections that could encourage deeper engagement or critical thinking about the project.
- Finally, save the completed form online. You may choose to download, print, or share your form based on your requirements.
Start filling out your Project Case Study online today for a structured and engaging learning experience!
Red nodes and pointers represent the state of the snake before the tail moves. Green nodes and pointers represent the new state of the snake after the head moves. The computer AI is based on a recursive search algorithm which finds the closest food and follows a path to it.
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