Unorthoducks

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The incredible 'Augmented Reality Zombie Duck Shooting Game'

see demo

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Intro

Unorthoducks is an augmented reality game developed using Unity by Alexander Blair, Alison Woodman, Michael Brown and Toby Hamand.

It was developed as part of the final two week project at Makers Academy bootcamp.

Download

Android

Download the .apk file from our WeTransfer page

Download Android File Transfer

To load it onto your phone (it's a little bit fiddly, but worth it!):

Visit Settings > About phone. Click on 'Build number' 7 times to 'become a developer'

Visit Settings > Developer options. Enable 'USB debugging'

Visit Settings > Security and enable 'Unknown sources'

You may need to download a file manager app on your phone. ES File Explorer works well

Connect phone to computer with USB

Open Android File Transfer on computer and drag the downloaded .apk file into your phone's downloads file

Open .apk file from ES File Explorer (or equivalent) and click install

You'll need the image target which you can download here

Aim of the game

Protect your ducks by shooting the green zombie ducks!

Zombie ducks spawn from the caves

To shoot, press anywhere on the screen

Increasing difficlity each round with zombies spawning more quickly

Bonus points every round for each surviving duck!

The game finishes when all of your ducks have been zombified

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Tech Stack

• Unity 3D
• Vuforia
• C#
• Unity TestRunner with NUnit
• Adobe Illustrator
• GarageBand

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About these technologies

Unity is a cross-platform game engine that enables Programmers to develop video games for PC, Consoles, Mobile devices, Tablets and Websites.
Unity provides a multi platform game development tool with customisable and ready to use editor, graphical pipelines to DirectX and OpenGL, advanced physics engine, 2D and 3d physics, C# and JavaScript scripting, built in code editor.

Vuforia is an Augmented Reality Software Development Kit (SDK) for mobile devices that enables the creation of Augmented Reality applications. It uses Computer Vision technology to recognize and track planar images (Image Targets) and simple 3D objects, such as boxes, in real-time.

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