Extensions to the volume rendering component in the upcoming X3Dv4

Web3D Consortium member Vicomtech has been working to support volume rendering in the Web platform without requiring the use of any browser plug-in. As a contributor to the X3DOM open source library it is helping to transition the X3D standard into the Web HTML5 ecosystem.

The X3D Medical Working Group and Vicomtech are collaborating in order to extend the capabilities of the current X3D volume rendering component towards the next iteration of the standard: X3D v4. 

Vicomtech has been working to support volume rendering in the Web platform without requiring the use of any browser plug-in. As a contributor to the X3DOM open source library it is helping to transition the X3D standard into the Web HTML5 ecosystem.

Based on the feedback from the community and the medical working group, the proposed ImageTextureAtlas and MPRVolumeRenderingStyle nodes are gaining traction for their inclusion in the next revision of the standard.

Medical scans acquired either from Computed Tomography (CT) or Magnetic Resonance Imaging (MRI) are stored as a series of 2D images along an axis, e.g.: axial plane. This set of images, as a whole, represents the scan of a 3D volume.

On one hand, the ImageTextureAtlas node is a structure that allows to store the set of 2D images that composes the 3D volume in a web compatible manner. It has been used in several demos and examples during a long period of time, since this feature makes possible the ubiquitous visualization of volume rendering content in any modern web browser.

On the other hand, the Multi Planar Reconstruction (MPR) is a visualization tool of general use in the medical domain. It can be employed in medical diagnosis from bone fracture or displacement assessment to pre-operative planning of endovascular treatment of aortic disease.

When the set of scans is available (3D volume), the original plane direction of each 2D image can be converted into another plane such as coronal, sagital or oblique.  This allows doctors to see the internals of the 3D volume from a perspective that would not be possible if only the base images would be viewed independently. 

Please visit the X3DOM examples web page https://www.x3dom.org/examples/ to see these extensions, and is available in the upcoming X3DOM release.

Press Release: 
No
Release Date: 
Fri, 2019-07-12