In this tutorial, you’ll create a script to adjust the health display bar based on the player character’s health. By the end of the tutorial, you’ll be able to do the following: Resize a UI element based on a variable. Make your script accessible without a reference using a static class member.

In this project, you will learn about the fundamental mathematics used in moving characters around in a game environment. You will follow along as geometry and trigonometry is used to develop methods that move and turn game characters. With these techniques you'll put together an auto-navigating character that represents the basis of the simple artificial intelligence used in developing non-player characters. In doing this you will discover the mathematics behind some of Unity's most used Vector and Angle manipulating methods.

In this project you will be working with NavMesh agents to recreate some very popular steering behaviours to create non-player characters that move around independently in a game environment and make choices about their movements based on the location and orientation of the player character.

Ragdolls are variants of animated objects whose bones are completely taken over by the force of physics. They’re most often used when a character is defeated, like in an action game when a player’s health depletes, or when you want a character’s movement to appear to be driven by physical forces. In this tutorial, we’ll create a Ragdoll using Unity’s built-in Create Ragdoll window. We'll use the Eva character in our examples, but you can use any character you want.

In this project you will be introduced to navigation meshes and learn to use them in a game environment to move characters between goals. You will develop AI algorithms that command characters to find the path between their current location and destination using the navigation mesh as the waypoint system. The waypoint mecanics in the previous section will be reworked to use a navigation mesh rather than predefined straight lines between points. This will make for more dynamic and intelligent appearing non-player characters.

In this challenge, you'll follow a project brief to create an interactive AR character that you can place on a tabletop.

In this unit students will be challenged to built an autopilot system to drive a character towards a goal and include turning in increments.

In this unit students will learn about the derivation of the cross product and discover why it is important to include in processes involving the rotation of characters.

The Project will feature the following elements: An AI character Scene geometry that features: Doors Stairs / Ramps Multiple NavMesh Areas (for off link use)

In this tutorial students will learn how to program an NPC to follow the player character around on a NavMesh and how to setup off mesh links to bridge gaps in the NavMesh.