Difference between revisions of "Image-to-Mesh Conversion"

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CBC3D is a framework that directly converts segmented multi-labeled image data into adaptive multi-tissue tetrahedral or mixed element meshes that conform to the physical image boundaries.
 
CBC3D is a framework that directly converts segmented multi-labeled image data into adaptive multi-tissue tetrahedral or mixed element meshes that conform to the physical image boundaries.
  
The generated tetrahedral meshes of the Lumen-LVIS Stent:
+
The generated tetrahedral meshes of the Lumen-LVIS stent:
  
 
[[File:WarpedBCC.png|400px]]
 
[[File:WarpedBCC.png|400px]]
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[[File:WarpedBCC2.png|400px]]
 
[[File:WarpedBCC2.png|400px]]
  
The generated tetrahedral meshes of the low density Enterprise Stent:
+
The generated tetrahedral meshes of the low density Enterprise stent:
  
The generated tetrahedral meshes of the high density Stent:
+
The generated tetrahedral meshes of the high density stent:
 +
 
 +
The generated tetrahedral meshes of the high density pipeline stent:

Revision as of 13:13, 31 March 2018

CBC3D is a framework that directly converts segmented multi-labeled image data into adaptive multi-tissue tetrahedral or mixed element meshes that conform to the physical image boundaries.

The generated tetrahedral meshes of the Lumen-LVIS stent:

WarpedBCC.png Smoothed stent.png WarpedBCC2.png

The generated tetrahedral meshes of the low density Enterprise stent:

The generated tetrahedral meshes of the high density stent:

The generated tetrahedral meshes of the high density pipeline stent: