To use the highly parallel AP1000 computer in visual computing, we dev
eloped video hardware having a 400 Mbytes/s peak transfer rate and the
ability to display HDTV images generated by processors at 30 frames/s
, and parallel disk hardware that uses a 3.5-inch disk drive for each
cell, providing a large capacity and high aggregate transfer speed. We
also developed parallel visualization software CaVis, implementing it
with a pipeline of task programs, each of which represents a visualiz
ation phase. We applied this to the visual simulation of molecular dyn
amics, global climates, and ray tracing.