OsiriX 3.0a1

OsiriX is able to receive DICOM images (STORE SCP - Service Class Provider) from your PACS network. It is compatible with DICOM files and PACS networks.
OsiriX is a DICOM viewer application for Mac OS X computers
OsiriX has been specifically designed for image fusion, cardiac CT, multi-series MRI exams and 3D reconstructions. It supports 5D viewers for PET-CT series and Cardiac-CT exams.
Please read the Quick Manual to learn how to do image fusion, use the 4D viewer and do 3D reconstructions. This alpha version is incomplete and doesnt include many features, but it will allow you to discover what is OsiriX. This first version has been developed in less than 4 months... Many, many new features will come! Please, send any comments, bug reports and ideas to improve OsiriX!
Main features:
- DICOM Listener to receive images from your PACS.
- Support multiple buttons mouse, including scroll wheel.
- Massively optimized for Altivec (a.k.a Velocity Engine) for G4 and G5 computers.
- Multi-threaded for full support of multi-processors Macs
- Code and memory alignment optimized for G5 computers
- Optimized for OpenGL, fully and really use your graphic board!
- Realtime convolution filters 3x3 and 5x5
- Support custom Color Look Up Tables (CLUT)
- Realtime and multi-threading files loading and conversion
- Realtime zoom & rotation with linear interpolation
- WYSIWYG Quicktime export (size, zoom, rotation, frame rate)
- All series are loaded as volumetric data (no processing/memory required for 3D views)
- All pixels are converted as float for best performance & quality
- 3D MPR
- 2D MPR
- 3D Surface Rendering
- 3D Maximum Intensity Projection
- 3D Volume Rendering
- DICOM Files support: mono 8 & 16bits, RGB, YBR, Palettes, JPEG lossless & lossy
- Image Fusion: PET-CT, MRI-MRI, CT-CT, MRI-CT, ...
- PDF Files support with multi-pages
- Multimedia file formats support: JPEG, TIFF, Photoshop, PNG, ...
- 4D Viewer
- 2D thick slab: altivec optimized
- X-Grid/MPI support for MIP, Volume Rendering and Surface Rendering
the slice interval with thick slab in MPR-2D