The objective of this project was to create a display that generates the illusion of objects sat on a tabletop. This was achieved using head tracking and rendering using an anamorphic projection in 3D. Using gestures made it then possible to interact with these objects. This formed the basis of my final year project dissertation.
I have been playing around with UE4 and have created a personal project recreating the Game of Thrones board game. While I cant publish it, I thought you may still like to see it.
I hope in the near future to release a game concept of my own. It uses replicated physics, publishing the objects transform. Physics is being simulated on the server.
The pieces also have rotations applied over time to ensure they face the correct direction.
This is a project that I worked on at National Instruments. The software component would convert any image into a line drawing. This line drawing was then encoded to motor positions that turned the wheels on an Etch A Sketch.
During my time at National Instruments I and three others designed and built an automated unit testing rig for Wii remote controls. The idea behind it was to demonstrate the NI SMU product range. Allowing multiplexed measurement of devices. The suite was also capable of testing many other aspects of the Wii Remote, including the infrared camera.
There were a lot of design processes involved, allowing me to brush up on my CAD skills. A lot of space management was needed to contain the two break out boards and LED power management.
I was really excited with how it turned out, but I only wish I had more time to improve the perspex mounting :/
The best project to come out of the Applications Engineering department
To being the design process I began by creating sketches of how I wanted to make the box look. Following this I decided to create a 3D model of these sketches using CAD (computer aided design) software SolidWorks®. CAD meant we knew the unit was both functional and attractive prior to the building process, reducing the cost of development. These 3D models also allowed for the required parts to be cut to size by a third party. This included the aluminium X-frame skeleton and acrylic shell (shown below).