Themes:
Visualization of implicit surfaces representing molecules by a single distance based function
Visualization of implicit surfaces representing molecules by a single distance based function
Focuses on the illustrative visualization of physiological processes in the molecular scale to provide intuitive visual representation, which the user can observe and interact with.
| Release Date: |
August, 2014 |
| Status: | |
| Availability: | |
| Data type: | |
| Techniques: | 3D, Spatial representation |
| Software: | Package or library |
| Technology: | OpenGL |
| Platform: | Mac OSX, Windows |
| Requirements: | Unity editor, Graphics card with DX9 (shader model 2.0) capabilities |
Project development
Institution:
University of Bergen
The focus of the Physioillustration project is is to develop novel graphics data representations, visual representations, occlusion handling, visual guidance and storytel-ling, zooming, interaction and integration of physiological models and medical imaging. The visualization technology will be developed and evaluated on multiple scale levels, from molecular machines, up to the organ level. This work has been carried out within the PhysioIllustration research project (# 218023), which is funded by the Norwegian Research Council. Additionally, we would like to thank Helwig Hauser and Visualization group in Bergen for useful ideas and feedback.
Last updated on 2nd December, 2016
