Commit 28445994 authored by Paul Schütze's avatar Paul Schütze Committed by Simon Spannagel
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Apply 3 suggestion(s) to 2 file(s)

parent cde780c6

tools/mesh_converter/MeshConverter.cpp

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@@ -405,7 +405,7 @@ int main(int argc, char** argv) { 
                        continue;

                    }



                    // If we have too many neighbors, we could dcay to using lower-dimension interpolation:

                    // If we have too many neighbors, we could decay to using lower-dimension interpolation:

                    if(allow_decay && radius > initial_radius && results.size() > 100) {

                        LOG_ONCE(WARNING) << "Large number of neighbors found, this hints to a quasi-co"

                                          << (dimension == 3 ? "planar" : "linear") << " situation" << std::endl

tools/mesh_converter/README.md

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@@ -13,8 +13,8 @@ closest-neighbor mode and interpolation mode: 
### Simple Closest-Neighbor Search



In this mode, selected by setting the parameter `interpolate = false`, no interpolation of field values is performed, but for

every output mesh point, the values from the closest neighbor of the input mesh is taken. In most cases this approach should

produce reasonably precise results with a granularity similar to the respective adaptive mesh granularity in the respective

every output mesh point, the values from the closest neighbor of the input mesh are taken. In most cases this approach should

produces reasonably precise results with a granularity similar to the respective adaptive mesh granularity in the respective

region. The tool uses the Octree `findNeighbor` algorithm \[[@octree]\] to find the closest neighbor to the query point.



### Barycentric Interpolation Method