In this project, you will be introduced to some of the fundamental principles in the field of physics and how they are used to move objects around in the game environment. The relationships between time, velocity and acceleration will be investigated and then applied in the creation of an automated shooting tank that calculates the angle of it's turret based on parabolic mathematics and the position of an enemy.

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.

Unity AI comes packed with tools ready to help you build your next Unity project. This course will dive into the Unity AI suite of tools, explain how they were trained on Unity’s own data, and how you can make use of them in your next project. First, we’ll examine Muse, which supports a variety of content creation pipelines, including scripting, textures and sprites, behavior trees, and even animation. Then, we'll focus on Sentis, which enables complex behaviors that run locally on the Unity Runtime Platform. By the end of this course, you will be able to harness the powerful tools Unity AI has to offer. Use Muse Chat to create and troubleshoot Unity content. Use Muse Animate to create short animations for characters. Use Muse Behavior to create simple behaviors of agents in a scene. Understand the basics of Sentis and how to get started.

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

Unity Muse enables creators of all skill levels to prototype games and real-time 3D experiences lightning fast with simple text-based prompts. In this project, you'll learn about these Muse capabilities: Chat: A generative and conversational AI that can answer your Unity questions, generate code, and point you to the right resources. Sprite: A 2D asset generator that provides you with ready-to-use sprites without the need for searching or purchasing new assets. Texture: A generator of texture maps and materials for your 3D projects that will help you stylize your applications. Animate: An AI that brings humanoid characters to life using prompts, no animation skills required. At the end of this project, you'll create a simple game prototype using Muse. Then, you'll be ready to use Muse regularly to answer your Unity questions and to generate your own assets. Watch this space for tutorials on more Muse features as they become available! Note: Unity Muse is $30/month, with a 30-day free trial, which includes a growing set of features that enhance game creation, and access to prereleases. For more information, go to the Muse page on unity.com.

In this tutorial we will add in the patrolling state and then build an AI class for it

In this tutorial students will learn about graphs and why they are a fundamental data structure in AI for controlling behaviours, navigation, animations and much more.

Learn how to create AI pathfinding using the Unity NavMesh components! This video was produced by Brackeys.

In this lecture students will learn how to add the waypoints and edges to the graph and begin programming the AI code for their NPC.

This tutorial introduces the AI technique of Goal-Orientated Action Planning or GOAP. It demonstrates how a powerful behaviour planner can be created by decoupling actions and goals.