Lets write a custom snow covered surface shader in Unity that can procedurally generate snow and place it on top of any object in our scene.

Zenject is a Dependency Injection Container Framework built for .NET that is also compatible with Unity. Lets learn some of the basics of how to get Zenject setup and start injecting components.

C#’s Yield operator allows you to define enumerable sets which can be dynamically generated and are lazily evaluated. This enables a number of fun things that would be difficult otherwise such as infinite lists.

Lets take a look at how to customize a bash shell. We’ll be making our shell print a table flip whenever the last command failed.

Lets get started building MC Clone a new plugin/mod for minecraft servers running spigot that will allow players to create duplicate parts of the world with different settings.

Gradle is a build tool for Java and other JDK based projects that uses a series of tasks to compile, test and run your projects.

Lets explore how you can compile a Java file from scratch without an IDE or other tool. All you will need to be able to do this is the Java Development Kit (JDK).

Debuggers are a great way to find out what is actually going on in your code. They allow you to pause, inspect and modify the state of your program at any time.

Lets explore how to build diffuse lighting onto our meshes. This is intended as somewhat of an introduction to some of the magic behind shaders.

A World of Zero YouTube outro.

There are two ways to handle input in your VR games built with Unity. Right now we have used Unity’s Input system to allow us to create Axis and Buttons which can be retrieved using the normal Input.

Lets Build Asteroids VR! Specifically lets focus on rotation controls and other movement options like a grappling hook (and potentially more with time permitting).

In order to better track and debug in Asteroids VR I’d like to be able to track how fast the player is moving at any point in time.

Lets Build Asteroids VR this Weekend! Asteroids VR is a recreation of the classic Asteroids style of game with a twist.

In previous videos we’ve built a pixel shader that renders circles instead of the traditional squares. You can rotate the pixels so that the circles can be oriented at any angle to one another.

I wanted to try something new and sort of experiment with a few concepts that build upon our circle pixel shader.

In the past two episodes we’ve created a pixelating shader that divides an image into a lower resolution grid of pixels and a second shader which renders a circle inside of a 1x1 area.

In the last video we made our circular pixel shader work. It now draws a grid of different colored circles based on the input from the shaders texture.

How do you start a new .NET Core project from the command line? How do you learn how to use the commands and figure out what is available for you?

Last time we built a grid of pixels for our circular pixel shader. In this video, part 2, we’re going to be figuring out how to draw a circle.