aldous.test | Visualizing balance via scatter diagrams |
all.equal.treeshape | Compare two objects of class treeshape |
as.phylo.treeshape | Conversion among tree objects |
as.treeshape | Conversion among tree objects |
as.treeshape.phylo | Conversion among tree objects |
aux_lik | Probability of the sampled node position |
a_N | Computes a_n |
bind.trees | Binds two tree together |
build_tree | Internal BetaAlphaEta function |
carnivora.treeshape | Phylogeny of carnivores. |
change_int | Internal function |
change_int_eta | Internal function |
cladesize | Compute the number of children of a randomly chosen node |
colless | Compute the Colless' shape statistic on tree data |
colless.test | Perform a test on the Yule or PDA hypothesis based on the Colless or the Sackin statistic |
cutreeshape | Cut objects of class "treeshape" |
cytochromc | Phylogeny of the cytochrome C family. |
depth | Gets the node depths of the tree |
enhance | Internal function |
enhance_eta | Internal function |
get_extinction_list | Gives the tips of the phylogeny in their extinction order |
get_PD_sample | Computes the proportion of conserved PD |
get_tree_beta | Beta parameter as a function of the proportion of remaining tips |
hivtree.treeshape | Phylogenetic Tree of 193 HIV-1 Sequences |
insert | Insert an element in a vector |
lambda.epsilon | Computes lambda_epsilon |
lambda_N | Computation of lambda_epsilon |
likelihood.test | Test the Yule model vs PDA (uniform) model. |
maxlik.betasplit | Maximum likelihood of beta in the Beta-splitting model |
mcmc_alpha | Inference of the alpha parameter |
mcmc_eta | Inference of the alpha and eta parameters |
nodes_depths_ordonnes | Gets the node depths of the tree |
plot.treeshape | Plot phylogenetic treeshapes. |
primates | Phylogeny of the primates. |
rbactrian | Proposal for the mcmc functions |
rhodopsin | Phylogeny of rhodopsin proteins. |
rtreeshape | Generate a list of random binary trees according to a given model |
sackin | Compute the Sackin's index of a tree |
sackin.test | Perform a test on the Yule or PDA hypothesis based on the Colless or the Sackin statistic |
shape.statistic | Computes the log of the likelihood ratio (yule/pda) |
shift.test | Testing diversification rate variation in phylogenetic trees |
simulate.R | Simulate R knowing K=k |
simulate.R.K | Simulate (R,K) |
simulate.Tau.X | Simulate (Tau, X_Tau-) |
simulate.Yi | Simulates the random variables Y_i |
simulate_kingman | Ranked topology with Kingman's coalescent depths |
simulate_tree | Simulates ranked topology |
simulate_yule | Ranked topology with Birth-death process depths |
smaller.clade.spectrum | Compute the smaller clade spectrum of a tree. |
spectrum.treeshape | Compute the spectrum of a tree |
split | Computes the splits at each node of a tree |
subtree.test | Test the Yule or PDA hypothesis |
summary.treeshape | Print a summary of an object of class "treeshape" |
tipsubtree | Extract a subtree that contains pre-specified tip names or labels |
transform | Internal function |
transform_eta | Internal function |
treeshape | Builds an object of class treeshape |
universal.treeshape | Universal phylogenetic tree of life |
yule_lengths | Internal BetaAlphaEta function |