Lets explore drawing lines using the mouse in Unity. We’ll approach this in two parts. The first is to figure out how to cast a line from our camera where our mouse is.

Testing code is important. It ensures that the code you just wrote works, but more importantly it serves as documentation about exactly what your code does and ensures that after months of maintenance and changes that the code you haven’t touched in months still does what you think.

Docker for Windows/Mac has recently introduced built in Kubernetes support. With no prior experience using Kubernetes on Docker let’s see if we can setup and deploy a simple ASP.

Side Effects are one of those things we don’t always consider when writing code. Sometime even basic maintenance can introduce them.

Sometimes things bounce. We’re going to put together a simple example of how to make projectiles do just that!

There are a number of ways to represent color in text. One of the more common versions is to use hex codes to represent the value.

We have a shield shader, but how do we get it to interact with the world. More plainly: how can we shoot our shield?

Lets riff on how to draw force directed graphs in Unity. A force directed graph is a directed graph that is drawn and positioned by having each node apply force to every other node.

Ever wanted to give .NET a try? See what all this C# stuff is about? try.dot.net is a website where you can write and run code from your browser.

I’ve been exploring different ways of locomotion since starting to work with the HTC Vive. This new project is an extension of that.

You use Unity’s Gizmos all the time for debugging and your app. What if you want those lines in play mode?

A 6 Degree of Freedom controller is capable of six types of movement. It can move along the X, Y and Z axis but also has Yaw, Pitch and Roll.

Unit Testing. Turns out someone actually thinks it’s a good idea if all this code we write actually works.

Extending Bezier Curves. Turns out you can recursively define them with relatively little work. In this video we’ll implement Bezier Curves using a recursive algorithm so we can support any number of points from 1 to thousands.

Volumetric Lighting is cool! But it’s complex and expensive. What if we could do it, or at least come close without the expensive calculations?

Jump and BOOM! Lets make a game for the #dreamhackjam. More information about the DreamHack Jam: http://jams.gamejolt.io/dreamhackjam Jump Bang source: https://github.

Jump and BOOM! Lets make a game for the #dreamhackjam. More information about the DreamHack Jam: http://jams.gamejolt.io/dreamhackjam Jump Bang source: https://github.

Jump and BOOM! Lets make a game for the #dreamhackjam. More information about the DreamHack Jam: http://jams.gamejolt.io/dreamhackjam Jump Bang source: https://github.

Jump and BOOM! Lets make a game for the #dreamhackjam. More information about the DreamHack Jam: http://jams.gamejolt.io/dreamhackjam Jump Bang source: https://github.

Lets explore how we might build a trie data structure. A trie is a tree that is used to represent strings (or really any enumerable type) in a way that allows it to be easily searched in a way where it can provide potential answers given a prefix.