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Subcommand: random tree
Create a random tree with a given numer of leaf nodes.
Usage: gappa simulate random-tree [options]
Input | |
---|---|
--leaf-count |
Required. UINT=0 Number of leaf nodes (taxa) to create. |
Output | |
--out-dir |
TEXT=. Directory to write output files to. |
--file-prefix |
TEXT File prefix for output files. Most gappa commands use the command name as the base name for file output. This option amends the base name, to distinguish runs with different data. |
--file-suffix |
TEXT File suffix for output files. Most gappa commands use the command name as the base name for file output. This option amends the base name, to distinguish runs with different data. |
--compress |
FLAG If set, compress the output files using gzip. Output file extensions are automatically extended by .gz . |
Global Options | |
--allow-file-overwriting |
FLAG Allow to overwrite existing output files instead of aborting the command. |
--verbose |
FLAG Produce more verbose output. |
--threads |
UINT Number of threads to use for calculations. |
--log-file |
TEXT Write all output to a log file, in addition to standard output to the terminal. |
The command creates a random tree with a given number of leaf nodes (taxa).
The taxa are named with simple letter combinations, going a, ..., z, aa, ..., az, ba, ...
,
and are randomly distributed over the tree.
The branch lengths are randomly chosen in the unit interval.
The output file is random-tree.newick
, potentially using the --file-prefix
and --file-suffix
if provided.
When using this method, please do not forget to cite
Lucas Czech, Pierre Barbera, Alexandros Stamatakis. Genesis and Gappa: Processing, Analyzing and Visualizing Phylogenetic (Placement) Data. Bioinformatics, 2020. doi:10.1093/bioinformatics/btaa070
Module analyze
- correlation
- dispersion
- edgepca
- imbalance-kmeans
- krd
- phylogenetic-kmeans
- placement-factorization
- squash
Module edit
Module examine
Module prepare
Module simulate
Module tools