toytree 3.0.3

tree manipulation, plotting, and evolutionary analysis library

Toytree

Tree plotting with Toytree in Python

Welcome to toytree, a minimalist tree manipulation and plotting library for use inside jupyter notebooks. Toytree combines a popular tree data structure based on the ete3 library with modern plotting tools based on the toyplot plotting library. The goal of toytree is to provide a light-weight Python equivalent to commonly used tree manipulation and plotting libraries in R, and in doing so, to promote further development of phylogenetic methods in Python. Toytree generates rich interactive figures (SVG+HTML+JS) that can be embedded in jupyter-notebooks or webpages, or rendered in SVG, PDF, or PNG for publications.

Current release info

Name	Downloads	Version	Platforms

Installing toytree

Toytree can be installed using conda or pip (conda preferred):

conda install toytree -c conda-forge

It is possible to list all of the versions of toytree available on your platform with:

conda search toytree --channel conda-forge

Documentation

See the full documentation to learn more about plotting options, analysis methods, and other features of toytree. You can try out toytree in the cloud before installing by visiting the toytree binder.

Mock Example

# import toyplot and load a newick file from a public URL
import toytree
tre = toytree.tree("https://eaton-lab.org/data/Cyathophora.tre")

# root the tree using a wildcard string matching and draw a tree figure.
rtre = tre.root('~prz')
rtre.draw(width=400, tip_labels_align=True);

# or chain a few functions together
tre.root('~prz').drop_tips("~tham").ladderize().draw();

# extensive styling options are available
rtre.draw(
    tip_labels_colors='pink',
    node_labels='support',
    node_sizes=15,
    node_colors="cyan",
    edge_style={
        "stroke": "darkgrey", 
        "stroke-width": 3,
    },
)