This repository uses Basilisk for simulating Karman vortex street phenomena. Follow these steps for installation:

$ wget http:https://basilisk.fr/basilisk/basilisk.tar.gz
$ tar zx basilisk.tar.gz
$ cd basilisk/src

On Linux:

$ cp config.gcc config

On macOS

$ cp config.osx config

$ make ast && make qcc
$ cp qcc "$HOME/.local/bin/"

See deploy/README.md.

Two-dimensional

Usage: cylinder [-h] [-i] [-v] -r  -l  -p  -e 
Options:
  -h     Display this help message
  -v     Verbose
  -i     Enable PPM image dumping
  -r      the Reynolds number (a decimal number)
  -l     Minimum resolution level (positive integer)
  -m     Maximum resolution level (positive integer)
  -o               a prefix for the output files
  -p          the dump period (positive integer)
  -e             end time of the simulation (decimal number)

Example usage:
  ./cylinder -v -i -r 100 -l 7 -m 10 -p 100 -e 2 -o h

and three-dimensional

Usage: cylinder [-h] [-v] [-a] [-F] [-r  -l  -m  -o  -p  -e  -f  -S cylinder|sphere -z  [-b ] [-d ]

Options:
  -h          Display this help message
  -v          Verbose
  -F          Output the full field
  -a          Use adoptation
  -b  Periodic boundary (ft|f|t: front (f), top (t) or both, default is symmetric boundary)
  -r     Reynolds number
  -t     dt
  -l     Minimum resolution level (positive integer)
  -m     Maximum resolution level (positive integer)
  -o  Prefix for the output files
  -p     Dump period (positive integer)
  -e     End time of the simulation (decimal number)
  -f    Output force file
  -S  Specify shape (cylinder|sphere)
  -d    Restart simulation from the dump file
  -z     Domain size

  npe: 1
Example usage:
  ./cylinder -v -r 100 -l 7 -m 10 -p 100 -e 2 -z 2.5 -S sphere
  ./cylinder -v -r 100 -l 7 -m 10 -p 100 -e 2 -f force.dat -z 2.5 -S cylinder -o h -b t