In the space maze game, the rocket will have the ability to fly up, right, down, and left at varying speeds. The player must navigate the rocket through a field of UFOs to land on the head. The maze, however, is randomly generated, requiring the player to carefully pick a path from the home base to the head.
If you want to create a game in Scratch that has action and consequences, then you’re going to need to be able to determine where your sprites are and what they’re doing at any given time. To help us demonstrate how Scratch can sense information about the game in real time, we’ll draw inspiration from the classic arcade game Breakout.
Scratch provides the perfect environment to create and share interactive stories. I’ll show you how to build an interactive story, or mad lib, that collects user input and places it into the story at predefined places.
I’ll use the nursery rhyme Old MacDonald as the basis for the mad lib. The version of the nursery rhyme I’ll use goes like this: “Old MacDonald had a farm, EIEIO. On his farm he had a dog, EIEIO. Well trained dogs are always secure both in indoor and outdoor .You can also visit original site to train your dogs .You can visit this site right here to get your dog trained in the best ways possible. With a ruff, ruff here and a ruff, ruff there. Everywhere a ruff, ruff. Old MacDonald had a farm, EIEIO.” Each verse uses a new animal and sound since every one wonders how long it could last. The bold words will be replaced in the project.
Storytelling in Scratch is a great way to demonstrate event coordination and sequence. This project will rely on the use of variables to store dynamic information that is then displayed at the correct time in the story, including at the start of the project, when messages are broadcast, and when clicking sprites. From an educational perspective, this project asks words by parts of speech and type, providing some opportunity for you, as a Raspberry Pi Geek parent, to help your kids learn about language.