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CalGTProb network_ident geneTreeList [-a taxa map] [-b threshold] [-bl] [-o] [-p (rel,abs)] [-r maxRounds] [-t maxTryPerBr] [-i improveThreshold] [-l maxBL] [-x numRuns] [-pl numProcessors] [-m ac|mul] [result outputFileresultOutputFile]

network_ident

The name of the network. See details.

mandatory

geneTreeList

Comma delimited list of gene tree identifiers or comma delimited list of sets of gene tree identifiers. See details.

mandatory

-m ac or mulSpecify the algorithm used for computation (see reference). The default value is ac.optional

-a taxa map

Gene tree / species tree taxa association.

optional

-b thresholdSpecifies gene trees bootstrap threshold. Edges in the gene trees that have support lower than threshold will be contracted.optional
-blThe branch lengths of the input gene trees need to be considered in the computationoptional
-oThe network has only topologies, so the branch lengths and inheritance probabilities of it need to be optimized.optimal

-p (rel, abs)

The original stopping criterion of Brent’s algorithm. Default value is (0.01, 0.001).

optional

-r maxRound

Maximum number of rounds to optimize branch lengths for a network topology. Default value is 100.

optional

-t maxTryPerBr

Maximum number of trial per branch in one round to optimize branch lengths for a network topology. Default value is 100.

optional

-i improveThreshold

Minimum threshold of improvement to continue the next round of optimization of branch lengths. Default value is 0.001.

optional

-l maxBL

Maximum branch lengths considered. Default value is 6.

optional

-x numRuns 

The number of runs of optimizing branch lengths and inheritance probabilities. Default value is 5. 

optional

-pl numProcessors 

Number of processors if you want the computation to be done in parallel. Default value is 1.

optional

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