This repository contains the code for generating high order meshes for multiscale geometries where the input geometry is defined through a watertight second order triangulation, and the output is stored in the go3 format (See here for a description of how the geometry is stored in the go3 format)
The code currently has no dependencies and the easiest way to run the code is through the MATLAB app (matlab/Smoother2.mlapp).
If you don't have matlab, you can alternatively run the makefile in the
parent directory. Running the make file runs the test script
examples/test_surfsmooth.f90. You can smooth your own mesh, by setting
the string 'nombre' on line 92, and the output file name by setting the
string 'filename'. As in the matlab app, you can also tweak various
parameters of the algorithm above line 92. The output of running the
program is 'nrefine' go3 files whose names will be
filename_o(#norder_smooth)_r(#refinement number). Refinement 0 has the
same number of triangles as the input msh, and every subsequent
refinement has 4 times as many triangles as the previous refinement.
Note that when switching from running the code in matlab to fortran or vice vrsa, it is essential to run make clean in the parent directory before the switch.
Tutorials: