sphereMesh

Provides some utilities for 3D meshes: clipping of a mesh to
the volume bounded by another mesh, decomposition into convex parts,
distance between a mesh and a point, Hausdorff distance between two
meshes, triangulation, geodesic distance, Boolean operations
(intersection, union, difference), Minkowski sum, subdivision
algorithms, random sampling on a mesh, volume, area, and centroid.
Also provides two algorithms for surface reconstruction from a cloud
of points. Meshes are represented by R6 classes. All algorithms are
performed by the 'C++' library 'CGAL' (<https://www.cgal.org/>).

Stc3<a9>phane Laurent

cgalMeshes

R6 Based Utilities for 3D Meshes using 'CGAL'

Stéphane Laurent

sphereMesh function

<dl><dt>x, y, z</dt>
<dd>coordinates of the center</dd>
<dt>r</dt>
<dd>radius</dd>
<dt>iterations</dt>
<dd>number of iterations (the mesh is obtained by iteratively 
subdividing the faces of an icosahedron)</dd></dl>

Arguments

Sphere mesh — sphereMesh

<dl>

<dt>x, y, z</dt>
<dd>coordinates of the center</dd>


<dt>r</dt>
<dd>radius</dd>


<dt>iterations</dt>
<dd>number of iterations (the mesh is obtained by iteratively 
subdividing the faces of an icosahedron)</dd>

</dl>

sphereMesh: Sphere mesh

Description

Usage

Value

Arguments