get_mesh_ui_pair

Calculates the union and intersection of a single pair of 3D mesh objects.

Calculates distance-based and volume-overlap-based
agreement measures for triangular 3D meshes. These include
the Hausdorff distance, the average surface distance, the
Dice similarity coefficient, and the Jaccard similarity
coefficient as documented in Stockinger et al. (2021)
<doi:10.1186/s13014-021-01965-5>. Overall agreement for
a set of meshes is calculated as the aggregate agreement
for all pairwise comparisons. Based on algorithms
provided by the 'VCGLIB' <http://vcg.isti.cnr.it/vcglib/>
and 'CGAL' <https://www.cgal.org/> libraries.
Includes web-based graphical user interface.

Daniel Wollschlaeger

MeshAgreement

Agreement Measures for 3D Meshes

Heiko Karle

get_mesh_ui_pair function

<dl> <dt>x</dt>
<dd><code>list</code> of two mesh objects as generated by <code>get_mesh_pairs</code>.</dd> <dt>boov</dt>
<dd><code>logical</code>. Use package <code>MeshesUnion</code> / <code>MeshesIntersection</code> instead of the corresponding <code>cgalMesh</code> methods for calculating union/intersection volumes. Depending on the meshes, this may have better performance.</dd></dl>

Arguments

Union and intersection for a single pair of 3D meshes — get_mesh_ui_pair

<dl>

 <dt>x</dt>
<dd><code>list</code> of two mesh objects as generated by <code>get_mesh_pairs</code>.</dd>

 <dt>boov</dt>
<dd><code>logical</code>. Use package <code>MeshesUnion</code> / <code>MeshesIntersection</code> instead of the corresponding <code>cgalMesh</code> methods for calculating union/intersection volumes. Depending on the meshes, this may have better performance.</dd>

</dl>

get_mesh_ui_pair: Union and intersection for a single pair of 3D meshes

Description

Usage

Value

Arguments

Details

References

See Also

Examples