Proteus
2D/3D/4D Diagnostic Imaging Visualiztion
• Opens DICOM/NII files, including multiframe and time-series.
• Intuitive, flexible, and easy to use graphical interface. Adapt the visualization to suit your preferences and needs
• Provides the means to simultaneously load and independently render multiple input volumes of different file types, modalities, data dimensions, or physical dimensions.
• Powerful rendering modes: 2D volume slicing at canonical or arbitrary orientations, volumetric accumulation, MIP, or thresholded isosurface. Mix rendering modes between panes, or across multiple input volumes.
• Independently translate, rotate, swap axes, and/or scale any input volume, or .User-adjustable algorithms provide intelligent automated event detection, and event sets may be further processed to create event review sets.
• GLSL (OpenGL Shader Language) used to raycast volume traversal from every display pixel, super-sampling volumes at sub-voxel precision, resulting in accurate data accumulation and precise rendering. Voxel data can be rendered as finely as individual prisms, or filtered trilinearly or by 3D cubic B-spline. Available color treatments are greyscale, modulation, or CLUT. All volumes independently treated for windowing and gamma.
Flexible User Interface
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Independent Input Volumes
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Powerful Rendering Options
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Individual Volume Transforms
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The gallery below has several large images of the applicaton. See the captions under the images for some context and detail. Click either side of the image to go to the next or previous gallery image
1, 2, 3, or 4 configurable viewpanes. Each has competely independent rendering settings.
Rendering modes are: (TL) 2D slice, rendered in spectral CLUT, with 3D cubic B-spline filtering; (TR) volumetric accumulation, rendered with color modulation; (BL) MIP (maximum intensity projection, color modulated; (BR) raycast thresolded isosurface with hemispheric lighting
Rendering modes are: (TL) 2D slice, rendered in spectral CLUT, with 3D cubic B-spline filtering; (TR) volumetric accumulation, rendered with color modulation; (BL) MIP (maximum intensity projection, color modulated; (BR) raycast thresolded isosurface with colored hemispheric lighting
Thresholded volumetric raycasting, color by spectrum CLUT
(BR, TL, TR) Typical 3-canonical-views array of 2D slices, and (BR) an intensity-indexed oblique view of the un-thresholded image volume. CT abdomen
Typical 3-canonical-view array of 2D slices, and (BL) the geometry view of the mage volume and slicing planes. CT brain, intracranial EEG electrode implantaton
