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Compute the number of connected components of space filling curves
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cburstedde/conncomp
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README ====== This project implements the program compute_cc which calculates the number of connected components of the tetrahedral or cubical Morton curve for a given refinement level in 2D or 3D. INSTALLATION ============ This program depends on the t8code library commit 807f9488d97d35f t8code can be found at https://github.com/holke/t8code or at https://github.com/cburstedde/t8code.git. Install t8code as an external library in a folder. Edit the entries BASE_DIR and T8_DIR in the file ./exec/compile. $ cd ./exec $ source compile The source call is necessary to export the correct t8code library. In subsequent calls, only ./compile is necessary. USAGE ===== The program exec/compute_cc accepts two options: -d [num] num is either 2 or 3 and specifies the dimension (triangle or tetrahedra) -l [num] num is a non-negative integer and specifies the uniform refinement level -c Switch from simplicial to cubical Morton curve. The program is parallelized with MPI. To run a parallel version with p processes, call $ mpirun -np p ./compute_cc -d [num] -l [num] TODO ==== Configure the project with autotools or cmake to automate the installation process.
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