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Many researchers have been studying computer graphics simulations of natural phenomena. One important area in these studies is the animation of water droplets, whose applications include drive simula- tors. Because of the complexity of shape and motion, the animation of water droplets requires long calculation time. This paper proposes a method for real-time animations of water droplets running down on a glass plate, using graphics hardware. The proposed method takes into account depth of field eects, and makes it possible to change the focal point interactively depending on a point in the center of the scene being observed.

A Method for Real-Time Rendering of Water Droplets Taking into Account Interactive Depth of Field Effects