Search for: All records

In collaboration with scientists, engineers, sociologists and designers, we have developed virtual worlds for the visualization and interaction with dynamic systems. This allows participants to interact with three-dimensional structures that constantly change and adapt through time. Participants can use simple building blocks to manipulate three-dimensional structures in real-time, allowing them to interact with systems that constantly change and adapt over time. This paper analyses the source and role of change in dynamic systems using virtual reality; particularly the role of constraints and transformations that can generate real-time adaptations of a virtual system. We propose a new design process that allows participants to collaborate with virtual agents. The goal of this process is to create accurate dynamic three-dimensional systems that can self-adapt under constraints and evolve into new spatial configurations as a result of adaptation. The collaboration between participants and virtual agents offers new perspectives on user interaction, dynamic three-dimensional manipulations and about the evolution of a virtual architecture inside a virtual world.