Advanced 3D applications – fast and easy in routine use
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| Volume Rendering Technique (VRT) and Object Editor | |
| Fully integrated into the familiar 3D workflow and user interface | |
| Ready-to.use from day one |
3D visualization of volume data
| Projection onto an arbitrarily oriented plane | |
| Density, opacity and refraction information is used to generate views that optimally meet required clinical objectives | |
| Optimal display quality and differentiation of different organs through the control of color, opacity and shading | |
| Interactive window adjustment for VRT images using the middle mouse button | |
| Interactive light source for optimization of visual appearance. Individual adjustment of various light source parameters | |
| Best image quality even at high zoom factors | |
| Predefined settings for many clinical objectives and anatomic regions are easily selected from an image gallery | |
| Presets can be linked to the DICOM series description to automatically ensure standardized quality in clinical routine | |
| Clip planes can be used to scroll quickly and easily through the volume | |
| Easy interaction with the patented SmartSelect® controls | |
| Real-time rendering performance with optional VolumePro graphics accelerator |
Easy elimination of obstructing information
| Easy volume confinement with clip-box or variable editing slab | |
| Fast object creation with threshold operations and region growing | |
| Object volumes are automatically calculated and displayed | |
| Multiple editor objects can be displayed in different colors | |
| Complete object subtraction with dilatation and erosion functions for CT bone removal | |
| Remaining volume dataset after object subtraction can be displayed with all 3D representations, e.g., VRT, MIP or SSD | |
| Save and reload of editor objects is possible |