Difference between revisions of "2013 Project Week:RtBeamGeometry"
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<h3>Progress</h3> | <h3>Progress</h3> | ||
* Sample phantom datasets uploaded in SlicerRT repository | * Sample phantom datasets uploaded in SlicerRT repository | ||
| − | * Beam-related DICOM tags extracted and stored | + | * Beam-related DICOM tags extracted and stored (DicomRtImport DICOM plugin) |
| − | * Beam source position | + | * Created Beam Visualizer module that |
| − | * | + | ** Computes source position according to the loaded parameters and added as fiducial point |
| + | ** Generates geometry model and places it in the right location | ||
</div> | </div> | ||
Latest revision as of 15:22, 11 January 2013
Home < 2013 Project Week:RtBeamGeometry
Beams loaded for prostate phantom dataset
Key Investigators
- Queen's: Csaba Pinter
- MGH: Greg Sharp
Objective
The goal is to extend the SlicerRT DICOM RT import module to be able to import beam geometries
Approach, Plan
- Acquire sample DICOM-RT dataset containing one beam
- Have a fiducial at each control point (source, isocenter, etc.): the user
can manipulate (move around) these points or we can lock the fiducials to prevent accidental editing
- Develop a custom module that observes these fiducials (source, isocenter,
etc.) and creates/updates a model based on these fiducial positions
Progress
- Sample phantom datasets uploaded in SlicerRT repository
- Beam-related DICOM tags extracted and stored (DicomRtImport DICOM plugin)
- Created Beam Visualizer module that
- Computes source position according to the loaded parameters and added as fiducial point
- Generates geometry model and places it in the right location
Delivery Mechanism
This work will be delivered to the NA-MIC Kit as a Slicer module, as part of the SlicerRT extension
