Regions of interest can be exported as meshes either normally, with sampling, or confined within a cubic structure, as shown in the following illustration. Meshes may be more efficient for visualization and can provide additional parameters for further analysis (see Working with Meshes).
Mesh types
Description | |
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Normal mesh |
Surfaces are tessellated or broken down logically into a series of small triangles or facets. You should note that each voxel value within the region of interest is analyzed when it is exported without sampling. Modifying the values for any axis will generate a mesh representing less vertices. Sampling… Determines the sampling rate along each axis to generate the mesh. each voxel value is analyzed when the sampling rate is set at 1. At a sampling rate of 4, one of every four pixels will be sampled. The use of simplified models is one way to enable real-time, interactive visualization of large, complex meshes. |
Cubic mesh |
Surfaces are tessellated or broken down logically into a series of small triangles or facets confined with a cubic structure. You should note that smooth and rounded edges can be lost when regions of interest are exported in this format. |
When processing is complete, the exported mesh appears on the Data Properties and Settings panel (see Mesh Properties and Settings for information about meshes).
The Export as Sampled Mesh dialog appears.
Select the sampling values for the X, Y, and Z axes and then click the OK button.
When processing is complete, the exported mesh appears on the Data Properties and Settings panel (see Mesh Properties and Settings for information about meshes).
The cubic mesh is created and added to the Data Properties and Settings panel (see Mesh Properties and Settings for more information about meshes).