Bloom gives the illusion of an extremely bright light and is a great way to enhance add visual ambiance to your Scene.

In this tutorial you will look at where the post-processing profile is stored in the Unity Reflect Viewer Prefab and how to adjust it to fit your needs.

Post-processing is just like applying filters to a photo you take with your phone. This can make your scene look more beautiful and interesting. In this mission, you will use post-processing to achieve a particular look and feel in a scene. By the time you complete this learning experience, you will be able to: Evaluate whether post-processing is an appropriate tool for a given goal. Implement a particular visual style in a project by configuring a post-processing profile. About this learning experience This project is a standalone learning experience which uses content developed for the Creative Core pathway. You’ll find everything you need to get started with post-processing in Unity, but you may also notice references to the guided learning journey for that pathway. If you decide that you’d like to complete the whole Creative Core pathway, you can start at any time. You’ll receive credit for any tutorials that you have already completed when you do.

Grain can be used to emulate imaging technology, or shape the atmosphere of a scene. In this tutorial, you’ll learn how to apply and adjust Grain as a Post Processing Effect.

In this project, you will learn how to add and customize post processing effects in Unity. The techniques you learn in this Learn Live can be applied to any Unity project to enhance the look and feel of a project.

Tonemapping is the process of mapping color values from high dynamic range (HDR) to low dynamic range (LDR). In Unity, this means that for most platforms, the arbitrary 16-bit floating-point color values will be mapped to traditional 8-bit values.

Deferred Fog uses information from the Z Buffer to gradually envelop your scene in Fog as it gets farther from the Camera. This can be used for especially thick atmospheres like steamy jungles or underwater temples, or to obscure monsters in a horror game. It's also a classic technique used to hide the Camera's Far plane, and the sudden appearance of geometry, on early 3D-capable computers and consoles, where a long draw distance wasn't feasible.

Lens Distortion can be used for simple effects like creating a fisheye lens for instant replay in skateboarding games or emulating different cinema lenses.

Auto Exposure allows the Camera to adjust for changes in brightness in a Scene in much the same way as a human eye or a digital camera. Auto Exposure uses Compute Shaders, and requires Shader Model 5.

Chromatic Aberration makes your scene appear as though it were recorded through a lens that is unable to converge light at the edges. This is common in low-end lenses, and is a quick and easy effective way to give your scene that “shot on glass” look.