hyperiax 2.0.1

Tree traversals using JAX

Hyperiax: Tree traversals using JAX

Introduction

Hyperiax is a framework for tree traversal and computations on large-scale tree. Its primary purpose is to facilitate efficient message passing and operation execution on large trees. Hyperiax uses JAX for fast execution and automatic differentiation. Hyperiax is currently developed and maintained by CCEM, UCPH actively.

Initially, Hyperiax was designed specifically for phylogenetic analysis of biological shape data, particularly enabling statistical inference with continuous time stochastic processes along the edges of the trees. For this purpose, is integrated with JAXGeometry, a computational differential geometry toolbox implemented in JAX. However, Hyperiax's messaging system and operations are general, which means that they can be easily adapted for use in other contexts. With minor modifications, Hyperiax can be used for any application where fast tree-level computations are necessary. Included examples cover such cases with inference in Gaussian graphical models, phylogenetic mean computation, and recursive shape matching in binary trees.

Installation

# Install Hyperiax directly using pip
pip install hyperiax

# Install Hyperiax from the repository, for the newest version
pip install git+https://github.com/ComputationalEvolutionaryMorphometry/hyperiax.git

# Install Hyperiax for development
git clone [e-mail]:ComputationalEvolutionaryMorphometry/hyperiax.git
# or (if you haven't set up ssh)
git clone https://github.com/ComputationalEvolutionaryMorphometry/hyperiax.git
# and then install by
pip install -e hyperiax[dev]
# and optionally
pip install -e hyperiax[examples]
# to install the dependencies for all the example notebooks

Documentation

• Usage: See Usage for different examples of Hyperiax.
• Full API Documentation: See Hyperiax API

Todo

Contribution

Contributions, issues and feature requests are all welcome! Please refer to the contributing guidelines before you want to contribute to the project.

Contact

If you experience problems or have technical questions, please open an issue. For questions related to the Hyperiax project or CCEM, please contact Stefan Sommer.