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Water is one of the most important natural phenomena to be rendered in c omputer graphics. Although ocean waves animation has been well studied in Computer graphics, only few studies have been done for underwater animation. In this paper, we present a new real-time method for animation of suspend ed particles and seaweeds in underwater scenes. One of the main advantages of this method, compared to other ap proaches, is the real-time animation of submerged objects by taking into account some natural underwater forc es that govern their movements, such as forces generated by water surface in deep and shallow waters as well as u nderwater currents. Taking into account forces generated by ocean surface is an original approach in Computer Graphics. In addition, real-time animation of complex underwater scenes composed of a great number of partic les and seaweeds can be performed by the use of appropriate levels of details.

Real-Time Animation of Particles and Seaweeds in Underwater Scenes