
See how to create and render the church scene in real time using Unity, as a teaser for the lighting in Unity course.
Explore lighting in Unity by setting up a new 3D project, importing assets, configuring color space, and starting with a dark scene to learn contrast, shadows, and light direction.
Learn the four light types in Unity: point, spot, directional, and area. Add and position them, understand scene lighting versus flat camera lighting, and note baking considerations.
Apply basic lighting settings in Unity by adjusting color, range, and intensity for point lights, and configuring spotlights with range and spot angle, plus directional light color and intensity.
Explore additional light settings in Unity, including cookies, halo, lens flare, render mode, and culling mask, while using layers to control illumination on objects.
Learn to enable and tune shadows in Unity to add depth, using soft shadows, shadow strength, shadow resolution options, and bias and normal bias controls to reduce artifacts.
Learn to balance performance and visual fidelity in Unity by adjusting quality settings, shadow types, resolution, distance, cascades, and soft shadows.
Explore global illumination concepts in Unity, comparing real-time, baked, and mixed lights, and learn how indirect lighting contributes to realistic scenes through environment lighting and GI settings.
Open the lighting window to adjust the scene's skybox, sun source, and environment lighting. Explore real-time and baked global illumination, light maps, and reflections to enhance Unity scene realism.
Bake lights in Unity to create baked and real-time global illumination, using emissive materials, adjusting light types, marking static objects, and generating light maps for realistic reflections.
Explore how Unity uses baked and real-time reflection probes with skybox and cube maps to capture surrounding geometry and enhance reflections on objects.
Add a baked reflection probe to the church scene to capture static geometry and create realistic reflections with a cube map.
learn how Amazon materials self-illuminate surfaces, glow as visible light sources, and light nearby geometry using emission and color with real-time global illumination.
Learn how light probes bake indirect lighting in Unity, letting moving objects receive balanced illumination by blending probe data from a light probe group across the scene.
Create a new Unity project, import the apartment assets, and configure and apply the skybox as the lighting starting point per the design document and concept art.
Create and configure a skybox using a cube map to illuminate a Unity scene, import assets, generate lighting, and apply a dedicated skybox material in lighting settings.
Master creating and configuring lights in Unity to deliver high flooding lighting for moving objects, using skybox, sunlight through windows, and bounce lighting, while optimizing with light maps.
Set up linear color space and bake global illumination, as the skybox affects lighting, then place light probes to uniformly cover the room for static and non-static objects.
Add and configure directional and area lights in Unity to achieve balanced, sunlit scenes; adjust shadows, bias, mixed light, and use light probes for indirect lighting.
Fix scene reflections by adding and configuring a reflection probe in Unity, so surfaces reflect their surroundings rather than only the sky box for more natural lighting.
Enable inbound reflections, add a reflection probe inside apartment bounding volume to capture objects with a cube map, switch from baked to real-time, and enable box projection for accurate reflections.
*NEW* Added Much Awaited Challenges and Solutions that will help students build upon their skills that may help them find employment in roles with titles such as Unity Gameplay Programmer, Unity Artist, 3D Artist, 3D Generalist, Level Designer, and Environmental Artist -- Extended Content
Making AAA quality visuals is not as hard as you think. you don't need to be great at 3D math, programming or art.
It all starts with knowing the basics of the game engine you are using. In Unity to make games look high quality, it is necessary to understand how it's subsystems like Lighting work.
In this course, we will cover Unity's entire Lighting Pipeline that will help you create more cinematic and immersive games. This course doesn't require you to have any programming or 3D art experience. All you need to know is the basics of the Unity editor.
We will kick start by covering the basics of lighting, with a complete dark church scene and as we move further we will add the different type of lights to our scene and continue to learn more advanced lighting concepts such as
ADVANCED LIGHT PROPERTIES like cookies, halos, culling, light flares.
SHADOWS - cover advanced shadow settings such as shadow cascades, shadow distance and much more.
DIRECT AND INDIRECT LIGHTING
GLOBAL ILLUMINATION AND LIGHT MAPPING - will discuss the concept, cover both baked and real-time GI.
QUALITY SETTINGS
REFLECTIONS by understanding reflection probes
LIGHT PROBES
And much more!
We will be using a beautiful church scene and as we move through the course you are expected to follow along with us so that you will get a practical knowledge of the Unity's lighting setup. we encourage and expect you to practice all the techniques side by side as we move on. Remember to get good at something it is important to practice it, and If you feel stuck feel free to re-watch the videos or ask a question in the forum section. Our team will try it's best to answer all your questions.
This course is perfect for developers working on games that require deep knowledge about Unity's Lighting System. Anyone using the Unity engine will benefit since we comprehensively cover how to correctly use many of its more advanced lighting sub-systems.
This course is designed in a short, concise and direct manner. So that you can gain most out of this course without wasting much of your time.
Why Learn Game Development with Unity?
The gaming industry is a $100 billion industry worldwide. By 2020, that number is expected to near $120 billion. With Unity 5 being the most widely used engine to develop games across multiple platforms, there has never been a better time to get into the field. As you will learn, the types of games you can create with Unity and C# are limitless. Game development makes a great hobby, allowing you to learn a new skill and play your game with family and friends. It is also an exciting and rewarding career, where plenty of successful developers, have learned the fundamentals of game development through courses like this, and not in the traditional classroom setting. Every great game starts somewhere, so why not make it yours? While people often find coding or making games intimidating, this Unity course utilizes a unique teaching method which will allow you to gain a thorough understanding of concepts while you develop your own games. Thanks to the Unity community, you’ll be able to connect with other developers, work together on new projects, and make some incredible games!
If you have a few gaps in your experience, don’t worry. That’s what this course is for! You’ll have the opportunity to gain practice and learn best practices from an expert Unity instructor.
Join us on this adventure today! We’ll see you inside the course.
Note :- This course comes with 30 day money back guarantee and lifetime access + support from us.