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Project:

Duration:

Clients:

Software:

Languages:

Primary Role(s):

Team-size:

Minor Immersive Media (VR application)

18 Weeks

Metropool, Xsens 

Unity

C#

Team/Project Lead, Lead Designer

6

During the Minor "Immersive Media" students will be assigned to one project with a random group. These projects are submitted by companies, who are part of the creative industry. The goal of these projects is to explore new technologies and create an endproduct.

In my case I was assigned to a project, which was submitted by Xsens and Metropool. They asked us to create a prototype for an algorithm, which creates precise finger and hand motions by only using an audio input of an instrument. This algorithm should then be combined with the motion capture data of a Xsens-suit to create a fully animated musician and a believable performance.

Our client from Metropool also requested a virtual representation of a Metropool stage, which can be explored with a VR headset and has the possibility to become a full product.

Role and Contribution

During the project I was chosen as the team leader and lead designer, which meant to prepare meetings with the clients and other professionals to gather the required knowledge. Additionally I tracked the overall progress of the team to finish tasks on time and to help team members in case problems came up.

In addition to my organizational tasks, I as the only designer within the group, had the task of creating concepts for the looks and interactions within the application. This meant to closely work together with the artists regarding the environment by creating concepts and to work together with the developers on the functionality inside of the application. I prepared builds for the tests, decided how to react to the test results and what should be prioritized during development.

Designing the Virtual Environment

The virtual environment had to fulfill two requirements. It was requested to be a virtual representation of a Metropool stage and should be explorable with a VR headset. To create a design that fulfills these requirements and can be expanded on to become a full product I first conducted target group research and analyzed other virtual performance applications. I then used the results to create product designs and presented them to the client.

User Interface design

The interface for the player changed multiple times during the project, the reason being changes or discoveries made while working on the algorithm. The first design of the interface featured the option to play as a musician or audience member. Settings to enter the capsule or leave the game were at this stage all part of a canvas, which was instantiated in front of the player on button press. To present and test the interface, I created an Adobe XD prototype, which can be tested here.

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First audience interface (in game)

Later on, the musician-part of the interface was cut, since our focus shifted to the audience experience. Nonetheless, the main idea of a canvas being instantiated stayed and now also featured the option to start and stop a performance. I also prepared an Adobe XD prototype for this, which can be tested here.

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Advanced audience interface

While testing we discovered that users did not like that all options are hidden inside of this canvas and they would prefer canvases inside of the venue. This would reduce the amount of steps players need to make to start a performance. So, I moved most of the options into the venue. These changes were preferred by the testers.

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Simplified audience interface

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New performance interface

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New capsule interface

VR Interactions

I also worked on the interaction within the application. So, I had to find a way to move the "Capsules" without causing motion sickness and additional interactions for waiting times.

Additional Contributions