Get ready to dive into the exciting world of video game creation! You’re about to start building your very own game. But don’t worry, you won’t have to start from scratch. You’ll be using something called a game engine. This engine is like a powerful tool that helps you create amazing games more easily by handling a lot of the complex stuff for you.
A game engine is a software framework designed to help you develop video games. It takes care of things like graphics, physics, and sound, so you can focus on making your game fun and unique. Many popular games use engines to make development faster and more efficient.
In your game, you’ll be in charge of writing the logic. This means you’ll decide how the characters look, move, and interact with each other. The game engine will take care of showing your game on the screen, animating your characters, and keeping track of scores.
The first step in creating your game is to modify the variables. Variables are like containers that hold information, such as the title of your game, the background, and the images for your characters, known as sprites. To change a variable, click on edit, make your changes, then save and close. Finally, hit run to see your game come to life!
If your game doesn’t look or work as you expected, don’t worry! This is where troubleshooting, or debugging, comes in. Debugging is when you carefully check your code to find out why something isn’t working. Look at the function of the variable that isn’t behaving correctly. Did you change it the right way? Make sure everything is spelled correctly and in the right place.
Remember, the most important part is to have fun while learning how to change the variables in your game. Experiment with different ideas and see what you can create. Happy gaming!
Imagine your own video game! Write a short description of the game’s theme, main character, and objective. Think about what makes your game unique and how you can use a game engine to bring it to life. Share your concept with the class and get feedback.
Using a simple game engine, try modifying different variables such as character speed, background color, or score limits. Experiment with these changes and observe how they affect the game. Document each change and its impact on the gameplay.
Work in pairs to troubleshoot a pre-made game with intentional errors. Identify the issues by examining the code and use debugging techniques to fix them. Discuss the process and what you learned about debugging with your partner.
Design your own game character sprite using a digital art tool. Focus on creating a character that fits your game concept. Once completed, share your sprite with the class and explain how it contributes to your game’s story and mechanics.
Develop a simple game using the game engine and the concepts you’ve learned. Present your game to the class, highlighting the variables you modified and any challenges you faced. Allow classmates to play your game and provide feedback.
Here’s a sanitized version of the provided YouTube transcript:
—
Now you’re going to start creating your own video game. As with most video games, you won’t have to start from scratch. You’ll be building your game on top of some existing code called an engine, which will take care of a lot of the heavy lifting for you. Most modern video games are built on engines that allow programmers to create better games more efficiently.
You’ll be writing the logic that controls how all the characters in your game look, move, and interact with each other, while the game engine will handle displaying your creation on screen, animating your characters, and keeping track of your score.
In the first stage, you’re going to modify the variables in your game by adding your own title, background, and images for your sprites. Just click edit to modify the variable, then save and close to save your changes, and finally hit run to see your new game in action.
If something doesn’t look as expected, try troubleshooting your game. Troubleshooting, also known as debugging, is when a programmer systematically examines the code to determine the source of any unexpected results. You can troubleshoot your game by opening the function of the variable that didn’t behave as intended. Check: did you modify the variable correctly?
Have fun changing the variables of your game!
—
Subtitles by the Amara.org community.
Game – A software program designed for entertainment, where players interact with a virtual environment to achieve specific goals. – Example sentence: “We used a coding platform to create a simple game where players collect coins to score points.”
Engine – A software framework used to build and develop video games, providing essential tools and features. – Example sentence: “The game engine helped us create realistic environments and manage complex game mechanics easily.”
Variables – Storage locations in programming that hold data which can be changed during the execution of a program. – Example sentence: “We used variables to keep track of the player’s score and health in the game.”
Graphics – Visual elements displayed on the screen, including images, animations, and user interface components. – Example sentence: “The game’s graphics were impressive, with detailed backgrounds and smooth animations.”
Physics – The simulation of natural forces and movements in a game to make it more realistic. – Example sentence: “By adding physics to our game, we made the characters move more naturally when jumping and falling.”
Sound – Audio elements in a game, including music, sound effects, and voiceovers, that enhance the gaming experience. – Example sentence: “We added sound effects to our game to make it more engaging and immersive for players.”
Logic – The set of rules and conditions that determine how a game operates and responds to player actions. – Example sentence: “We programmed the game logic to ensure that enemies appear only after the player reaches a certain level.”
Characters – The virtual personas or entities that players control or interact with in a game. – Example sentence: “Each character in the game has unique abilities and skills that players can use to complete challenges.”
Debugging – The process of identifying and fixing errors or bugs in a computer program to ensure it runs smoothly. – Example sentence: “We spent the afternoon debugging our game to fix the issues that caused it to crash unexpectedly.”
Sprites – 2D images or animations integrated into a game to represent characters, objects, or other elements. – Example sentence: “We designed new sprites for our game to give the characters a fresh and vibrant look.”
