Ambivu 3D Workstation

Stable release|

4.1.1 / December 4, 2010; 15 years ago (2010-12-04)

Written in| C++, Qt (framework), OpenGL, GLSL
Operating system| Cross-platform
Type| Volume rendering, Interactive visualization
Website| AmbiVU - 3D DICOM Viewer

AmbiVU 3D is a commercial medical imaging workstation that is compliant with the DICOM imaging and communications format.[1][2] It is designed for high speed volume rendering of MRI, CT, PET, PET-CT and dual PET-CT datasets.

AmbiVU 3D is available as a stand-alone application for Windows and Mac OS X.

## Contents

* 1 Features
* 2 See also
* 3 References
* 4 External links

## Features

I/O, Reporting and integration

* DICOM import/export
* Built-in mini-PACs
* Integration via DICOM push, HL7 messaging, command-line interface

2D manipulation

* Orthogonal and curved Multi-planar reformatting
* Typical hanging protocols
* Typical image manipulation controls (zoom, pan, brightness/contrast, magnifier)
* Palettes
* Common annotation tools for measuring angles, distances, surfaces, volumes
* Image processing filters (Edge detect, smooth etc.)

Advanced visualization

* Volume rendering, isosurface rendering, maximum intensity projection (MIP) and Ambient occlusion performed on the GPU using OpenGL and GLSL
* Orthogonal and camera-based cut planes, with the ability to remove just the tissue
* Thick-plate reconstruction
* Fly-through camera modes
* PET-CT mode
* Virtual colonoscopy mode
* Dedicated mammography mode

## See also

* List of freeware health software
* Volume rendering

## References

1. ↑ Auntminnie webpage
2. ↑ dcm4che.org

## External links

* Ambivu3D website
* Ambivu3D tutorial videos

* v
* t
* e

Visualization of technical information

Fields|

* Biological data visualization
* Chemical imaging
* Crime mapping
* Data visualization
* Educational visualization
* Flow visualization
* Geovisualization
* Information visualization
* Mathematical visualization
* Medical imaging
* Molecular graphics
* Product visualization
* Scientific visualization
* Software visualization
* Technical drawing
* User interface design
* Visual culture
* Volume visualization

Image types|

* Chart
* Diagram
* Engineering drawing
* Graph of a function
* Ideogram
* Map
* Photograph
* Pictogram
* Plot
* Schematic
* Skeletal formula
* Statistical graphics
* Table
* Technical drawings
* Technical illustration
* User interface

People|

* Jacques Bertin
* Stuart Card
* Thomas A. DeFanti
* Michael Friendly
* George Furnas
* Pat Hanrahan
* Nigel Holmes
* Christopher R. Johnson
* Gordon Kindlmann
* August Kekulé
* Manuel Lima
* Alan MacEachren
* Jock D. Mackinlay
* Michael Maltz
* Bruce H. McCormick
* Miriah Meyer
* Charles Joseph Minard
* Rudolf Modley
* Gaspard Monge
* Tamara Munzner
* Otto Neurath
* Florence Nightingale
* Hanspeter Pfister
* Clifford A. Pickover
* William Playfair
* Karl Wilhelm Pohlke
* Adolphe Quetelet
* George G. Robertson
* Arthur H. Robinson
* Lawrence J. Rosenblum
* Ben Shneiderman
* Fraser Stoddart
* Edward Tufte
* Fernanda Viégas
* Ade Olufeko
* Howard Wainer
* Martin Wattenberg
* Bang Wong

Related topics|

* Cartography
* Chartjunk
* Computer graphics
* in computer science
* Graph drawing
* Graphic design
* Graphic organizer
* Imaging science
* Information graphics
* Information science
* Mathematics and art
* Mental visualisation
* Misleading graph
* Neuroimaging
* Patent drawing
* Scientific modelling
* Spatial analysis
* Visual analytics
* Visual perception
* Volume cartography
* Volume rendering

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