Difference between revisions of "Projects:GenusZeroSlicer3Module"
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Back to [[NA-MIC_Collaborations|NA-MIC_Collaborations]] | Back to [[NA-MIC_Collaborations|NA-MIC_Collaborations]] | ||
| − | ''' | + | '''Objectives''' |
Implement a Slicer 3 module to perform topology correction of voxel data to ensure a genus zero surface when extracting an iso-surface from the voxel data using marching cubes. This is useful for rendering purposes as well as an initial step for shape analysis methods relying on surfaces with spherical topology (i.e., genus 0, one connected component). | Implement a Slicer 3 module to perform topology correction of voxel data to ensure a genus zero surface when extracting an iso-surface from the voxel data using marching cubes. This is useful for rendering purposes as well as an initial step for shape analysis methods relying on surfaces with spherical topology (i.e., genus 0, one connected component). | ||
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Finished the Slicer 3 module based on previous work by Steve Haker and Michael Rabes. A full ITK implementation is currently in progress (Michael Rabes). | Finished the Slicer 3 module based on previous work by Steve Haker and Michael Rabes. A full ITK implementation is currently in progress (Michael Rabes). | ||
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| + | [[Image:GenusZeroGUI.png|left|thumb|300px|Automatically generated GUI of the thickness Slicer 3 module.]] | ||
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| + | ''References'' | ||
'''Key Investigators''' | '''Key Investigators''' | ||
| − | * Steve Haker, Michael Rabes, Marc Niethammer, Sylvain Bouix, Steve Pieper | + | * Harvard: Steve Haker, Michael Rabes, Marc Niethammer, Sylvain Bouix, Steve Pieper |
| − | '' | + | '''Links''' |
| − | + | Project Week Results: [[Media:2007_Project_Half_Week_GenusZeroImageFilter.ppt|Jan 2007]] | |
| − | [[ | ||
Revision as of 13:30, 4 September 2007
Home < Projects:GenusZeroSlicer3ModuleGenus Zero Slicer 3 Module
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Objectives
Implement a Slicer 3 module to perform topology correction of voxel data to ensure a genus zero surface when extracting an iso-surface from the voxel data using marching cubes. This is useful for rendering purposes as well as an initial step for shape analysis methods relying on surfaces with spherical topology (i.e., genus 0, one connected component).
Progress
Finished the Slicer 3 module based on previous work by Steve Haker and Michael Rabes. A full ITK implementation is currently in progress (Michael Rabes).
References
Key Investigators
- Harvard: Steve Haker, Michael Rabes, Marc Niethammer, Sylvain Bouix, Steve Pieper
Links
Project Week Results: Jan 2007
