Clive the Cat is a Sokoban-style game. Clive wants his food dish — but first he must navigate through his maze-like crypt, figure out how to open doors, and find ways to pass around various obstacles — even a fox! In this project, you’ll develop several visual scripts to add a new level to the Clive the Cat game. Along the way, you’ll learn intermediate and advanced techniques in Visual Scripting including super units, events, and State Machines. If you are unfamiliar with the user interface of Visual Scripting (formerly called Bolt), you can begin with the Introduction to Visual Scripting, even if you have never programmed before.

The Visual Environment component allows you to override a Volume’s settings for the sky (including sky type and whether its ambience is static or dynamic) and fog. In this workflow, we’ll create and confgure a Visual Environment Override.

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.

This guide looks at the fundamental steps for setting up a good baseline for believable visuals. The advice in this guide is provided by the Spotlight Team at Unity. The Spotlight Team help developers and content creators achieve the desired look and quality for their projects. They hear stories from across the industry, and can identify the common issues that customers face. Questions that often arise when making a Scene are “How do we build to a fairly realistic standard visual?” and “How do we make a Scene in Unity that looks believable?”. Light, texture, scale, and material all need to work together to make digital content look real. With massive amounts of features, functions, options, properties, systems and variables to tweak, you could ask “Where do I start?” and “In what order do I proceed?”. This guide aims to answer these questions.

The Spotlight Tunnel Sample Scene and this article aims to look at the fundamentals of setting up a good baseline for believable visuals. Given the project’s art contents, we will be exploring how to make a scene in Unity that will look believable. Light, texture, scale, and material need to all work together to make the digital content look ‘right’ with all the features available. To make things simple for content creators to learn, we’ll be exploring only Unity specific features and some general context for common Digital Content Creation software.

Visual scripting in Unity empowers creators to create dynamic behaviors or interaction logic with a visual, graph-based system, instead of writing traditional lines of code. In this session, you will learn the windows and tools in Unity’s Visual Scripting user interface and, If you are new to programming, you will learn the basics of programming along the way.

Learn to use Visual Studio as your Integrated Development Environment (IDE) for Unity, including initial installation and setup, editing game code, and debugging.

In this tutorial, you will explore the role of Volumetric Fog in creating cinematic visuals for a high fidelity experience. This tutorial is part of Buried Memories: High Fidelity Game Visuals.

With Unity’s Visual Effect Graph, you can integrate Shaders from Shader Graph into your effects. Although currently an experimental feature, it provides new opportunities for enhancing the look and feel of your effects without doing any Shader coding. In this tutorial, you will learn how to create Shaders in Shader Graph that are compatible with the Visual Effect Graph, explore how properties can be integrated into your effects, and use these properties to drive your Shader effects. To demonstrate this, this tutorial uses a fireworks example effect.

In this project, you will explore the High Definition Render Pipeline (HDRP) and learn how to manipulate lighting tools to help you create high-quality visuals. This project follows-on from the lessons learned in Up and Running with HDRP and focuses on enhancing visuals using lighting techniques, including using light probes, reflection probes, and light baking.