We will develop a front-end, which is able to visualise simulation results
with fast change of viewing parameters. The render engine will be hybrid and
capable of displaying voxel volumes and objects defined by geometric primitives
(i.e. surfaces).
It will also allow the visualisation of conductivity and
diffusion tensors as well as vector fields and iso-lines interpolated in
force and electromagnetical potential fields. Changes of time-dependent
variables are visualised with high update rates.
The render engine will
take advantage of the underlying hardware architecture, especially of a
parallel processing environment and/or special purpose graphical display
boards. Export filters to standard animation and graphic formats will be
implemented, to make data available to the medical, clinical
and engineering communities for presentation, publication and further
investigation with external software tools. The MPI of Cognitive Neuroscience
has a strong background
in the field of scientific visualisation and processing of medical image
data. For more information please visit the
