This phase of Unity's Tanks project demonstrates how to create and display the health of the player's tank.

This second part of Unity's Tanks project demonstrates how to implement and configure the tank object, and to enable user control.

The first tutorial of the Tanks project covers setting up the basic game scene using the assets provided.

This segment of the Unity Tanks project demonstrates how to balance the audio implemented in the game, creating a dynamic mix where our sound effects duck the volume of our music.

Part 3 of the Unity Tanks project teaches you how to create a Camera which pans and zooms to keep all tanks onscreen at once.

Tanks is back and better than ever! Originally created in 2015 for Unity 5, Tanks has been completely revamped with new worlds, additional features, and of course, more tanks! You’ll start with an empty Unity scene; then, one step at a time, you’ll create a fully polished game, published online with desktop and mobile controls. If you’re a complete beginner to Unity, you can follow along with the Tanks project step-by-step to learn the basics of the Unity Engine. If you’re more experienced, you can dive deeper into the Unity project, add custom features, and take it to the next level. To give this new version of Tanks a try, check out the demo on Unity Play . You’ll be able to choose your own tank and battle against AI-controlled tanks, or if you have a friend nearby, try playing together!

In this tutorial students will learn about the parabola formed by projectile motion and use physics calculations to start programming an automatic attacking tank. Next, students will complete the programming of the AI tank by adding Unity physics back on the shells and automatically controlling when the tank shoots through code.

This section of the Unity Tanks project demonstrates how to create the shell projectiles and implement the firing of shells along with their explosion effects.

In this lecture students will implement a waypoint path following code for the tank NPC.

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.