Expert guides

The Expert Guides in this section are written by Unity’s area experts in their own words. Here, Unity developers provide detailed insights into features and topics relevant to using Unity and how to get the most out of it.

Some of these documents were blog posts written specificially by developers who want to get their knowledge into your hands directly. Because their length and format differs from the the User Manual’s normal style, we provide them to you as downloadable PDFs or Google documents.

Guías

Create High-Quality Light Fixtures in Unity
Author: Pierre Donzallaz, Senior Lighting & Rendering Artist
Date: 2019–01–10
Checked with Unity version: 2018.3
Synopsis: This expert guide presents several advanced techniques to create high-quality light fixtures in Unity, using 2D and cubemap light cookies, and taking advantage of the advanced shaders available in Unity’s High Definition Render Pipeline. You can use these workflows in projects such as games, architectural visualizations, films, and simulations.

Collaborate - Keep The User Safe
Author: Hollie Figueroa, Software Test Engineer for Collaborate
Date: 2017–07–19
Checked with Unity version: 2017.1
Synopsis: Collaborate is the cloud based, client-server pairing that exists between the Unity Editor and the Unity-owned servers. This guide runs you through the process of getting up and running with Collaborate, and gives advice on best practices and considerations for parallel development with Unity.

Materials Authoring Guidelines : Dark Dielectric Materials
Author: Laurent Harduin, Senior Lighting Artist
Date: 2017–07–04
Checked with Unity version: 2017.1
Synopsis: This guide provides tips and calibrated albedo color measurements for authoring manufactured (non-natural) materials in the context of Unity’s physically-based shading system.

Photogrammetry using a Rotating Surface
Author: Sébastien Lachambre, Senior Technical Artist - Rendering Research
Date: 2018–11–29
Checked with Unity version: 2018.3
Synopsis: This guide shows you how to use a rotating surface to rapidly produce photorealistic Assets from a composition of objects. Using this technique, you can make large models of real-life small objects. For example, to create a life-like model of some large rocks, you can use photogrammetry to capture small rocks on a rotating surface, and then increase the scale for the model.

De-Lighting in Unity
Author: Cyril Jover, Senior Technical Artist - Rendering Research
Date: 2017–10–20
Checked with Unity version: 2017.1
Synopsis: Photogrammetry is becoming more and more popular in the CG industry. Being able to use a regular camera as a powerful 3D scanner is now an essential tool when creating realistic 3D assets. However, when you generate raw textures in this way, they often contain a lot of lighting information that you should remove to obtain the true base color for rendering. This document shows you how to solve this problem using the Unity De-Lighting Tool.

Unity Photogrammetry Workflow
Author: Sébastien Lachambre, Senior Technical Artist - Rendering Research
Date: 2017–06–23
Checked with Unity version: 2017.1
Synopsis: This document is aimed at game studios. It describes a photogrammetry workflow dedicated to authoring game assets on an affordable budget. While it is possible to create extremely high quality assets for non-game use using photogrammetry, this documents focuses on using photogrammetry for game development. It describes how to get the best results within the typical time and budget constraints of game development.

High Dynamic Range Imaging (HDRI)
Author: Sébastien Lagarde, Developer - Rendering Research
Date: 2017–03–09
Checked with Unity version: 5.5
Synopsis: This extensive guide details many aspects of capturing and using HDRIs. Sébastien Lagarde explains the implementation and calibration of HDRIs in Unity, to help you achieve accurate real world environmental lighting.

Using Enlighten with Unity
Author: Kasper Engelstoft, Developer - Lighting Team
Date: 2017–01–17
Checked with Unity version: 5.5
Synopsis: This guide details how Unity uses Enlighten for computing global illumination (GI). Kasper Englestoft explains the workflow and the equations Unity uses to calculate lighting, and the benefits of using it.

Monitor Calibration
Author: Laurent Harduin, Senior Lighting Artist
Date: 2016–10–28
Checked with Unity version: 5.5
Synopsis: Monitor Calibration ensures you get true and consistent colors and luminance on your monitor. It is an often overlooked development practice that is essential when working with a team of artists or developers. This guide takes you through the process of calibrating your monitor step-by-step.

Particle System Modules FAQ
Author: Karl Jones, Developer - Sustained Engineering
Date: 2016–04–20
Synopsis: Karl talks through scripting access to the particle system modules, and explains what goes on under the hood when you access and edit particle system properties in your code. (originally posted on the Unity blog)

Windows Performance Analysis
Author: Tautvydas Zilys, Developer - Windows Team
Date: 2016–06–15
Synopsis: This extensive set of guides from Tautvydas explains how to use Event Tracing for Windows to analyze your Windows-based games, including both standalone players and Universal Windows Platform players running on all PCs and devices, as well as in the Unity Editor. Example files used in this expert guide: Unity+CPU+MF+DotNet+DXGI Unity+CPU+MF+DXGI VirtualAlloc

Realtime GI on desktops and consoles
Author: Jesper Mortensen, Graphics Engineer - GI & Lighting Lead
Date: 2015–11–05
Checked with Unity version: 5
Synopsis: Jesper goes into detail about the techniques used to produce The Courtyard, a demo that puts the precomputed realtime global illumination (GI) features in Unity 5 to good use. (originally posted on the Unity blog)

• 2019–01–10 Page amended with editorial review

• Update to De-Lighting Tool document in Unity [2017.3]

• Expert guide on creating Assets using photogrammetry added in 2018.3 NewIn20183

• Expert guide "Create High-Quality Light Fixtures in Unity" added in 2018.3 NewIn20183