| mvSLOUCH-package | Multivariate Ornstein-Uhlenbeck type stochastic differential equation models for phylogenetic comparative data. |
| BrownianMotionModel | Estimate parameters under a Brownian motion model of evolution |
| drawPhylProcess | Plots the realization of a process evolving on a phylogenetic tree |
| estimate.evolutionary.model | Wrapper function to find best (out of BM, OU, OUOU, OUBM) fitting evolutionary model and estimate its parameters. |
| fitch.mvsl | Unordered Fitch parsimony reconstruction of discrete character states |
| generate.model.setups | Generate a list of model setups for the function 'estimate.evolutionary.model'. |
| mvSLOUCH | Multivariate Ornstein-Uhlenbeck type stochastic differential equation models for phylogenetic comparative data. |
| mvslouchModel | Estimate parameters under a (multivariate) OUBM model of evolution |
| ouchModel | Estimate parameters under a (multivariate) OU model of evolution |
| OU_phylreg | Performs a phylogenetic regression under a given OU model of evolution |
| OU_RSS | Calculates the RSS under a (multivariate) phylogenetic OU model of evolution |
| OU_xVz | Performs a vector matrix vector multiplcation under a (multivariate) phylogenetic OU model of evolution |
| parametric.bootstrap | Parametric bootstrap for confidence intervals |
| phyltree_paths | Extract path information from a phylogenetic tree |
| plot.clustered_phylo | Plots a clustered_phylo object. |
| simulate_clustered_phylogeny | Simulate a phylogenetic tree with a specified number of clades. |
| simulBMProcPhylTree | Simulate data on a phylogeny under a (multivariate) Brownian motion model |
| simulMVSLOUCHProcPhylTree | Simulate data on a phylogeny under a (multivariate) OUBM model |
| simulOUCHProcPhylTree | Simulate data on a phylogeny under a (multivariate) OU model |
| SummarizeBM | Summarize parameters estimated under a Brownian motion model |
| SummarizeMVSLOUCH | Summarize parameters estimated under a multivariate OUBM motion model |
| SummarizeOUCH | Summarize parameters estimated under a (multivariate) OU motion model |