Anamorphic fluid: exploring spatial organization and movements of images in a simulated fluid environment

In this paper, we propose a method to generate a simulated physical virtual environment in which a collection of images projected on a large screen are continuously moved around in response to spectators' movements and actions captured by a sensing device. The innovative feature of the project is the application of forces generated by a fluid physical model to spatially reposition each image in the virtual environment according to their position in relation to the source of the sensed forces.