Difference between revisions of "NRRD"
From Web3D.org
(initial text from Nick Polys slideset, Web3D 2013 tutorial) |
(links to NRRD site, VT site, and X3D examples) |
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==NRRD== | ==NRRD== | ||
| − | Nearly Raw Raster Data (NRRD) is a data format and toolset for describing volume | + | Nearly Raw Raster Data (NRRD) is a data format and toolset for describing volume dat |
| − | + | The [http://teem.sourceforge.net/nrrd NRRD] website includes extensive details, examples, conversion utilities, resources, and references. | |
NRRD and the corresponding teem software library facilitates the pre-processing tasks (cropping, quantizing, resampling) of volume data. It also helps with the basic analysis tasks which help to understand the structure of a dataset (histograms, maximum intensity projections, connected components). | NRRD and the corresponding teem software library facilitates the pre-processing tasks (cropping, quantizing, resampling) of volume data. It also helps with the basic analysis tasks which help to understand the structure of a dataset (histograms, maximum intensity projections, connected components). | ||
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| + | Example X3D scenes utilizing NRRD have been prepared by [https://snoid.sv.vt.edu/medical/X3DVolumes Virginia Tech (VT) Visionarium] research group and are published as part of the [http://www.web3d.org/x3d/content/examples/Basic/VolumeRendering/ X3D Basic Examples: Volume Visualization] scene archive. | ||
Revision as of 16:30, 5 September 2013
NRRD
Nearly Raw Raster Data (NRRD) is a data format and toolset for describing volume dat
The NRRD website includes extensive details, examples, conversion utilities, resources, and references.
NRRD and the corresponding teem software library facilitates the pre-processing tasks (cropping, quantizing, resampling) of volume data. It also helps with the basic analysis tasks which help to understand the structure of a dataset (histograms, maximum intensity projections, connected components).
Example X3D scenes utilizing NRRD have been prepared by Virginia Tech (VT) Visionarium research group and are published as part of the X3D Basic Examples: Volume Visualization scene archive.
