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We present the i>CAVEStudy system that enables scientists to interactively steer a simulation from a virtual reality (VR) environment. No modification to the source code is necessary. i>CAVEStudy allows interactive and immersive analysis of a simulation running on a remote computer. Using a high-level description of the simulation, the system generates the communication layer (based on CAVERNSoft) needed to control the execution and to gather data at runtime. We describe three case-studies implemented with i>CAVEStudy: soccer simulation, diode laser simulation, and molecular dynamics. In addition, we briefly describe a new technique of virtual measuring which closes the loop between simulation, immersive visualization, interaction in simulation domain and steering, giving the scientist deeper insight into the simulated phenomenon. |
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