Scriptable Rendering Pipelines allow developers to write how Unity renders a frame in C#. Developers can use the built-in pipelines, develop their own pipelines, or customize an existing pipeline to meet a project’s needs. In this tutorial, you will learn about the different Scriptable Render Pipelines.

In this project you will work through a series of tutorials to build an architectural visualization of a kitchen. You will use ProBuilder and PolyBrush to quickly gray box a kitchen before using the FBX Exporter to export the asset from Unity to Maya or 3DS Max.

By default, any objects that have reflectivity in a scene will reflect the currently assigned Skybox. If the scene is sparsely populated, it’s easy to assume this effect is appropriate; however, the illusion of true reflectivity falls apart once other objects are placed in proximity to the reflected object. Without special configuration, other objects will not reflect in the surface. In this tutorial, you will learn to create this special configuration.

Three perspectives on marketing your video game. First, Emmy Jonassen, a.k.a., the Indie Game Girl, gives a talk on zero budget game marketing. Next, Unity PR experts Darren Williams, Dan Adams and Tracy Erickson go over some of the key principles.

All High Definition Rendering Pipeline (HDRP) Light types have an Emission component that defines the emissive behavior of the light. With this component, you can set the color, intensity, range, and whether the light uses a cookie. Most lights share the same properties, except Directional Lights, which don’t have an adjustable range. In this workflow, we’ll go over the Emission component and how each property affects the lights.

This Learn Project is a case study focusing on a top grossing Made With Unity game developed in its entirety by a single person; David Wehle's The First Tree.

One of Unity’s many great features is the simplification of the publishing process. Unity supports over 25 different publishing platforms, including mobile, console, and desktop among others. Once your project is complete, it’s only a matter of a few clicks to publish a project. In this tutorial, you will learn to publish for PC/Mac.

Unity’s High Definition Render Pipeline (HDRP) Lighting allows you to enhance your project’s visual appeal with ease. It uses a hybrid of Deferred and Forward Rendering Paths along with Tile and Cluster Renderers that allow the lighting to scale better than if you’re just using Unity’s built-in Rendering. In this tutorial, you will learn about HDRP and using it to light scenes.

This document serves as a reference to help you prepare to work with a Real-Time pipeline. Before beginning a new production, carefully determine your pipeline management tools and best practices for your team’s project organization. This will help you track your files throughout your project and ensure your file versions are correct and up-to-date.

Area lights in the High Definition Rendering Pipeline (HDRP) are rendered in real-time unlike the previous pipelines, there is no baking involved. They now benefit from the HDRP unitified lighting, which means that all objects within the scene should receive the same lighting and there is no longer a distinction between opaque, transparent, or volumetric materials. All of this results in a more coherent look within your scene in regards to your lighting.