BEAST v2.7.8 Documentation: starbeast3.genekernel.GTKPrior

BEASTObject that performs calculations based on the State.
Probabilistic representation that can produce a log probability for instance for running an MCMC chain.

Logable: yes, this can be used in a log.

Inputs:

pointer, kernel, geneKernelSize, indicator, speciesTree, ploidy, sampling, speciesTreePrior, populationModel, taxonset, pointerPrior

 

pointer
type: starbeast3.genekernel.GTKPointerTree***
Gene trees which point to the kernel trees
Optional input

 

kernel
type: starbeast3.genekernel.GeneTreeKernel
The gene tree kernel which contains a set of trees
Required input

 

geneKernelSize
type: beast.base.inference.parameter.IntegerParameter
The parameter governing the gene kernel size
Required input

 

indicator
type: beast.base.inference.parameter.IntegerParameter
A parameter which points each observed gene tree to one in the kernel
Required input

 

speciesTree
type: starbeast3.tree.SpeciesTree
species tree containing the associated gene tree
Required input

 

ploidy
type: java.lang.Double
ploidy (copy number) for this gene, typically a whole number or half (default 2 for autosomal_nuclear)
Optional input. Default: 2.0

 

sampling
type: java.lang.Boolean
Set to true if using this class for simulating sequences
Optional input. Default: false

 

speciesTreePrior
type: starbeast3.evolution.speciation.SpeciesTreePrior
defines population function and its parameters
Optional input

 

populationModel
type: starbeast3.evolution.speciation.PopulationModel
Population model used to infer the multispecies coalescent probability for this gene
Optional input

 

taxonset
type: beast.base.evolution.alignment.TaxonSet
set of taxa mapping lineages to species
Optional input

 

pointerPrior
type: java.lang.Boolean
If true, only tree pointers have prior density (except for illegal kernal trees which are rejected). If false,only kernel trees have prior density.
Optional input. Default: true