Using high-resolution displays for high-resolution cardiac data.
The ability to perform fast, accurate, high-resolution visualization is fundamental to improving our understanding of anatomical data. As the volumes of data increase from improvements in scanning technology, the methods applied to visualization must evolve. In this paper, we address the interactive display of data from high-resolution magnetic resonance imaging scanning of a rabbit heart and subsequent histological imaging. We describe a visualization environment involving a tiled liquid crystal display panel display wall and associated software, which provides an interactive and intuitive user interface. The oView software is an OpenGL application that is written for the VR Juggler environment. This environment abstracts displays and devices away from the application itself, aiding portability between different systems, from desktop PCs to multi-tiled display walls. Portability between display walls has been demonstrated through its use on walls at the universities of both Leeds and Oxford. We discuss important factors to be considered for interactive two-dimensional display of large three-dimensional datasets, including the use of intuitive input devices and level of detail aspects.
Goodyer
Christopher
C
School of Computing, University of Leeds, Leeds LS2 9JT, UK. ceg@comp.leeds.ac.uk
Hodrien
John
J
Wood
Jason
J
Kohl
Peter
P
Brodlie
Ken
K
D006321:Heart; D008279:Magnetic Resonance Imaging; D012984:Software; D014584:User-Computer Interface