Dive into scripting, in this course we will cover the fundamentals of C#.

Learn about programming for game development, from the very beginning with these easy to follow video tutorials.

Editor Scripting can help you customize and extend the Unity editor to make it easier to use on your projects. This tutorial covers the basics of editor scripting, including building custom inspectors, gizmos, and other Editor windows.

This project contains essential knowledge for intermediate level scripting with these video tutorials.

Start here to learn Visual Scripting, whether you are new to Unity or an experienced Unity programmer. In this project, you will learn the windows and tools in Unity’s Visual Scripting user interface. If you are new to programming, you will learn the basics of programming along the way. Everything you need to know before starting this project is in the Unity Essentials Pathway.

Editor Scripting is a very powerful feature. It allows developers to create tools and extend the Unity Editor to perform custom tasks that could aid in the development of your project. In this tutorial, you will learn about the different ways you can extend the Unity Editor.

In this recorded training session from November 2014, we demonstrate how to add sound effects to your game that are triggered by game events, using C# scripting. We also review the main audio components of Unity: Audio Listeners, Audio Sources and Audio Clips.

The Unity Editor enables you with the tools to work with scripts in the C# programming language. You can easily incorporate and attach custom script components onto GameObjects, which can control their functionality in any manner of customization. In this tutorial, you will learn how to script with basic C# commands to trigger and control audio sound effects in your Scene, as well as customize certain audio properties such as incorporating conditional statements and elements of randomization. You will learn how to use C# scripting to trigger and customize GameObject and sound features including: Scripting a character controller to shoot cube projectiles. Scripting a sound effect to play when shooting projectiles. Scripting a smashing sound to play, when blocks are hit. Scripting variances in pitch, by incorporating randomness. Scripting a conditional statement to play different sound clips, depending on how hard the blocks are hit. By the end of the tutorial, you will have a solid understanding of how scripting with audio works, and how easy it is to create customized audio events.

Challenge Overview: Use the skills you learned in the Sumo Battle prototype in a completely different context: the soccer field. Just like in the prototype, you will control a ball by rotating the camera around it and applying a forward force, but instead of knocking them off the edge, your goal is to knock them into the opposing net while they try to get into your net. Just like in the Sumo Battle, after every round a new wave will spawn with more enemy balls, putting your defense to the test. However, almost nothing in this project is functioning! It’s your job to get it working correctly. As you do so, you will combine what you have learned about test scripts, exploratory testing, and bug reporting and practice all three throughout the challenge. Challenge Outcome: Enemies move towards your net, but you can hit them to deflect them away Powerups apply a temporary strength boost, then disappear after 5 seconds When there are no more enemy balls, a new wave spawns with 1 more enemy

Unity’s Touch system for mobile development can monitor several properties of touches, allowing a wide variety of control systems for both games and applications. Touches are tracked individually, each associated with the finger that made it, and carry with them several data elements. In this tutorial, you will learn about Unity's Touch system and how to use it in mobile development.