backLog |
Backtransforms coefficient estimates from logistic regression |
error.bars |
Plots error bars on a barplot |
lrTest |
Calculates likelihood ratio test |
mark.dist |
Summarising distributions of (exam/coursework/etc.) marks for (UK) university teaching |
modSel.fitMk |
Model selection table for categorical trait evolution models fit in the fitMk function in the package phytools, based on information theoretical measures. |
modSel.geiger |
Model selection table for phenotypic evolution models fit in the package geiger, based on information theoretical measures. |
modSel.phylolm |
Model selection table for phylogenetic (logistic) regressions fit in the phylolm and phyloglm functions in the package phylolm, based on information theoretical measures. |
modSel.rayDISC |
Model selection table for evolutionary pathway models fit in the package corHMM, based on information theoretical measures. |
modSelTab |
Model selection table based on information theoretical measures. |
nodeDist |
Plotting and/or retrieving distribution of divergence times of a pair of species from a set of phylogenetic trees. |
pir |
Calculates phylogenetic imbalance ratio (PIR) |
plotTrait |
Provides a visualisation of up to three-dimensional trait space (not accounting for phylogeny) for data exploration |
prune2data |
Prunes a phylogenetic tree to match a vector (e.g. of species names in a dataset) |
richYuleInputs |
Generates the inputs necessary to run richness.yule.test() in ape |
sample.data |
Sample data for windex |
sample.tree |
Phylogenetic tree to accompany sample.data |
se |
Calculates standard error |
test.windex |
Tests for particularly strong convergent evolution given topological constraints |
treecheck |
Checks a set of phylogenetic trees to confirm they are ultrametric and binary. |
treedatacheck |
Checks a set of phylogenetic trees to confirm they are ultrametric and binary and that tip labels match a list of names. |
windex |
Calculates Wheatsheaf index with 95% confidence intervals |
windex.sim.test |
Tests for presence of convergent evolution (over and above that expected from Brownian motion) |