Table of Contents
Working plan: June 2009-October 2009
The
MBAT team has identified several features for delivery by October 2009 (
Society for Neuro Science Annual Meeting: Oct. 17-21)). The following list are goals for the workspaces. Priorities have not yet been assigned and it is not expected that all goals will be met.
User Documentation
- Tutorial videos
- User Manual pdf
Saving
- Save/cache to local file
Viewer workspace:
- synchronized cross-hair
- Layer controls: expand/collapse all
- Layer controls: slider fix
- Multi-resolution image layering (different resolutions for label image and template image).
- Atlas coloring
- by label (paint by number)
- by voxel
- Set image origin and orientation (generic mechanism which can support Waxholm Space (WHS))
- Dynamic loading of multi-resolution data (eg: zoomify).
- Auto arrange (tile) viewer panes.
- Oblique view/arbitrary plane of section through an image volume.
- Image painting (segmentation)
Plugin API:
- inter-plugin communication
- ABA rendering plugin
- GENSAT rendering plugin
Hierarchy display
- Implement tree view.
- Add search hierarchy (research feasibility)
- Look into other libraries, methods and layouts for graph display.
User customization:
- "My MBAT" preferences such as:
- unload plugins
- workspaces
- tool plugins per workspace
- MBAT login security
- orientation
- transformations
- coordinate system
Registration workspace:
- Rigid body alignment
- FLIRT
- Generic Pipeline plugin
- Pipeline team create integrated UI to plugin MBAT workspace
- Distribution (LONI License) concerns for Pipeline.jar
- provide link to LONI download site
Analysis Plugin API
- ImageJ image processing evaluation
Search Workspace:
- Design but not included in Oct release
- UMD server to XML (use ontology)
- Query term plugin API
- Boolean logic for keyword search (and/or)
Editors:
- Atlas assembly (eg: open .ilf, label image and image data-> save .atlas file or select files to assemble to write .atlas)
- Hierarchy editor (.ilf) similar to the BrainGraph editor.
Partner Requests
- Java WebStart? (UCSD)
- SmartAtlas?/ArcIMS plugin (UCSD)
Working plan: October 2009 -
Viewer workspace
- Annotation tools
- Analysis Tools
- measure
- angle
- ROI/VOI
- polygon selection
- painting
- automatic (ie: region growing)
- ROI/VOI stats
- Coordinate axis
- Radiological v. Neurological (MIPAV)
- Arbirary assignment (Slicer)
- compare a VOI stat over time/data sets (ie: growth over development)
- Volume Rendering
Use Cases
Create/annotate/upload
- Stage 1:
- Search gene
- Download images
- Discovery: any anatomical structures with same set of gene expression?
- annotate/re-annotate/tag image(s)
- create a) hierarchical graphs, b) anatomical tree
- (goal: assemble info together)
- link to ontology(-ies)
- Stage 2:
- curate the save info/annotated images
- compare with existing data set/experiment
- save results in some sort of xml format
- submit to another datasource (processed data)