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planarity(1) General Commands Manual planarity(1) NAME planarity - The Edge Addition Planarity Suite SYNOPSIS Getting help planarity -h|-help [-menu] planarity -i|-info Menu-driven mode planarity Batch modes planarity -s [-q] COMMAND INPUT OUTPUT [COMPLEMENT] planarity -r [-q] COMMAND K N [OUTPUT] planarity -rm [-q] N OUTPUT [COMPLEMENT] planarity -rn [-q] N OUTPUT [COMPLEMENT] planarity -x [-q] -(gam) INPUT OUTPUT planarity -t [-q] COMMAND INPUT OUTPUT DESCRIPTION Invokes the Edge Addition Planarity Suite command-line tool, either in interactive mode or in batch mode. Without a parameter, the tool presents a menu-driven interactive inter- face. When a parameter is given, it runs in batch mode and returns 0 or 1 for a successful result and -1 on error. OPTIONS -h, -help [-menu] Display some help, with -menu triggering even more detailed out- put. -i, -info Display version, copyright, license, and reference articles in- formation. -q Quiet mode optional modifier, see below which options accept it. -s [-q] COMMAND INPUT OUTPUT [COMPLEMENT] Run the COMMAND (see below) on a specific graph given in the IN- PUT file, with output in the primary OUTPUT file and complemen- tary information, if any, in the secondary COMPLEMENT file (e.g. an ASCII art rendition for the planar graph drawing command). The return value is 0 if the specific graph is embeddable (e.g. it is planar or doesn't contain a homeomorphic subgraph) and 1 if it isn't embeddable (e.g. non planar or does contain a homeo- morphic subgraph). -r [-q] COMMAND K N [OUTPUT] Run the COMMAND (see below) on K random graphs with N vertices. Optionally, write all generated graphs to .g6 OUTPUT. -rm [-q] N OUTPUT [COMPLEMENT] Generate a random maximal planar graph with N vertices, then output its planar embedding in the primary OUTPUT file and op- tionally the generated graph in the COMPLEMENT file. -rn [-q] N OUTPUT [COMPLEMENT] Generate a random nonplanar graph (maximal planar plus one edge) with N vertices, then output a Kuratowski subgraph of the gener- ated graph in the primary OUTPUT file and optionally the gner- ated graph in the COMPLEMENT file. [-q] -(gam) INPUT OUTPUT Transform single graph in INPUT file (any supported format) to .g6 (g), adjacency list (a), or adjacency matrix (m) format and output to OUTPUT file. [-q] COMMAND INPUT OUTPUT Run the COMMAND (see below) on graphs in .g6 encoded INPUT file, then output summary statistics to OUTPUT file. COMMANDS Determine which algorithm implementation to run: -p Planar embedding and Kuratowski subgraph isolation -d Planar graph drawing by visibility representation (and optional ASCII art rendition) -o Outerplanar embedding and obstruction isolation -2 Search for subgraph homeomorphic to K_{2,3} -3 Search for subgraph homeomorphic to K_{3,3} -4 Search for subgraph homeomorphic to K_4 EXAMPLES planarity -s -q -p infile.txt embedding.out [obstruction.out] Process infile.txt in quiet mode (-q), putting planar embedding in embedding.out or (optionally) a Kuratowski subgraph in ob- struction.out. Process returns 0=planar, 1=nonplanar, -1=error planarity -s -q -d infile.txt embedding.out [drawing.out] If graph in infile.txt is planar, then put embedding in embed- ding.out and (optionally) an ASCII art drawing in drawing.out. Process returns 0=planar, 1=nonplanar, -1=error SEE ALSO The full inline help: planarity -h -menu The project homepage: https://github.com/graph-algorithms/edge-addi- tion-planarity-suite planarity(1)
NAME | SYNOPSIS | DESCRIPTION | OPTIONS | COMMANDS | EXAMPLES | SEE ALSO
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