View source: R/Conduct.SOWH_1.R
Conduct.SOWH_1 | R Documentation |
This function returns a list containing p-values of the SOWH_1 STAR test
Conduct.SOWH_1( handle.SpeciesTree_1, handle.InputGeneTrees, numeric.NumberOfReps, string.PathDir )
handle.SpeciesTree_1 |
Phylogenetic tree defining the first species topology |
numeric.NumberOfReps |
Number of bootstrap replicates to analyze |
string.PathDir |
String defining the path to a parent directory used for conduct SOWH_1 STAR test |
handle.GeneTrees |
Phylo object containing a list of the input gene trees |
List Returns a list containing (1) vector.Null_BS_Delta_Stat, (2) numeric.pValue, and (3) numeric.Delta_Observed
#' ################ # Load depends # ################ library(SpeciesTopoTestR) library(ape) ################################# # Generate example species trees # ################################# handle.SpeciesTreeX1 <- read.tree(text = "(A:1.0,(B:0.5,(C:1.0,D:1.0):1.5):0.5);") handle.SpeciesTreeX1$edge.length <- handle.SpeciesTreeX1$edge.length * 0.01 handle.SpeciesTreeX2 <- read.tree(text = "(C:1.0,(B:0.5,(A:1.0,D:1.0):1.5):0.5);") ################################################# # Simlate a set of gene trees for species tree1 # ################################################# handle.Simulated_GeneTrees <- Simulate.GeneTrees_From_SpeciesTree3(handle.SpeciesTree = handle.SpeciesTreeX1, string.PathDir = '~/Desktop/', numeric.NumberOfGeneTrees = 10) ################################ # Conduct SH_2 STAR test for S # ################################ Conduct.SOWH_1(handle.SpeciesTree_1 = handle.SpeciesTreeX2, handle.InputGeneTrees = handle.Simulated_GeneTrees, numeric.NumberOfReps = 100, string.PathDir = '~/Desktop/')
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