This is sort of an experimental toolbox containing slice and volume
renderers for medical (DICOM) image data sets, using
LWJGL. There is a frontend app to test it all
out. For the time being, you need to download and unpack the lwjgl
native binaries manually and point the -Djava.library.path= in
build.gradle to it (the other dependencies will be fetched by Gradle
automatically). In app.properties, set dataset.basedir to a
directory containing subdirectories containing sets of DICOM images
(one set per subdirectory). Go
here for some sample
imagesets. After doing that, issue gradle run.
The UI is built on TWL. Right now there is a domain model for datasets, 2D/3D viewer components for slices and volumes with dynamically modifiable volume-world and world-camera/slice coordinate transformations, and a simple viewer plugin architecture for external parties that want to handle mouse events and/or draw onto the viewer surface in a defined Z order.
I'm actually planning to port this thing to JS/WebGL (possibly using C+emscripten for the visualization core) when I have time.
Sample screenshot:
