Frontier

The client is Matt Johnson (mjohnson@frontier.co.uk)

Also with Eddy Aston in 2017 <eashton@frontier.co.uk>

Project proposals for 2018:

-Simulation LOD-ing

Level-of-detail (LOD) optimisations have a long history in rendering. 3D meshes and textures are simplified as objects move away from the camera, avoiding wasteful computation where a user can no longer distinguish finer details. There is increasing use of LOD-ing in other areas such as animation and AI routines, allowong us to simulate large, active crowds with high frequency details in the foreground. Can we use similar techniques to simulate other systems which are otherwise too complex or large to be fully computed? Perhaps a global weather simulation interacting with person-sized physics objects, or a densely populated world with interactions ranging from person-to-person up to empire-to-empire. The challenge is in finding a generalised representation of the simulation at small scales which has a stable, consistent approximation at larger scales, allowing a user to zoom to any point and see deterministic results. Can you include user input to alter the simulation, and simulate that change at different scales and over time? You may wish to do this on constrained hardware such as a Raspberry Pi, where an otherwise simple simulation may be too complex and so the gains of LOD-ing are necessary.

Project proposals for 2017:

Creature Dash

In some video games over the years, and most notably of recent in No Man's Sky, attempts have been made to make procedural alien life forms, to give a sense of diversity and variety, yet avoiding the production difficulties of manually creating and animating such a vast range of potential life forms. A common thread in these products solutions has been to come up with a malleable connected graph that can represent a creature out of a small and finite number of given parameterised nodes.

The challenge is to build a platform which provides a number of parameterised 'primitive parts' which may be connected together by users in building block fashion to create automotive creatures with some kind of walk, or propellant movement cycle. The users may also use other provided simple building blocks to construct 'obstacle' courses to commit their creatures to, to explore their success in navigating them, and to see which creature finishes first. Innovations involving sensors, planning, navigation and movement are welcome, but must extend the modular parameterised system, rather than being specific to an individual creature. The only rule is there must be no user interaction with individual creatures during its progress on the course.

My version:

VR Algorave DJ

Why can't a DJ be more like an orchestra conductor, remixing instrumental sections and adding new expressive content, instead of simply selecting from a library of prerecorded tracks? In the future this will be possible, using a gesture controllers in virtual reality. We can provide a Myo gesture control armband. Your task is to create a VR space in which the DJs of the future will edit and configure algorave-style music synthesis programs. You can use APIs for the Sonic Pi music language from Cambridge's Sam Aaron as a back end to produce professional-standard musical results.

VR DJ

Virtual Reality is becoming an increasingly popular medium for computing applications, particularly in entertainment. There is currently a lot of undiscovered potential in VR, especially related to it's use in creativity and manipulation, rather than just in terms of 'experience'. This project aims to explore the more tactile and immediate possible uses for VR, to use a headset and application to create live, responsive audio/visual entertainment, through the use of virtual controls presented to the user, to allow them to mix audio, video and potentially other media presented to an audience in real-time.

VR Minigame BuildSpace

VR has become a serious contender in the field of video games and entertainment in the last few years. There is still limited applications for it in the this area which allow users to build and share their own games in a common virtual environment. Your task in this project will be to build on the backs of some existing technologies to develop such a space, allowing users to build operational games out of primitives, assets and rules, and potentially even collaborating to do so.

and slightly more high level

Plan -> VR

This project is about interpreting 2d building plans given in a commonly accepted format, and using this to produce a decorated and lit 3d environment from the plan, allowing walls and faces to be set with various materials, and so rendered as such from a palette of textures and models. The environments should be navigable via a convincing VR interface, potentially with the ability to manipulate and decorate them, from within