v2.0.1

This is a bug-fix release and does not introduce any backwards-incompatible changes.

Breaking changes

This release is not believed to introduce any breaking changes.

Pull requests

This release contains the following PRs:

• github!5: Minor bug fixes.

v2.0.0

Minke 2

Version 2.0.0 is a major feature version, and represents the start of efforts to modernise the codebase.
We have added initial support for running minke using the asimov automation tool, and some initial support for interaction via a commandline interface.
We have started to refactor the package to work more closely with the astropy and gwpy packages in order to support useful features such as physical units for quantities.
Additionally, we have added support for a wider variety of waveform types than was previously possible in minke, and we now provide initial support for making injections of compact binary (CBC) waveforms.

What's Changed

• Make minke 2.0.0 by @transientlunatic in #4

Full Changelog: v1.1.9...v2.0.0

minke 2.0.0 alpha 1

This is an alpha release for minke 2.0.0 which will add a large number of new features and quality of life improvements to minke, including the ability to make injections using CBC waveforms.

Full Changelog: v1.1.7...v2.0.0a1

v1.1.7

Updated NR waveform support.

Loch Awe

This release brings a number of updates and new features, including improved handling of hardware injection frames and an improved method of software frame production.

Luce Bay

Adds support for a number of new waveform families, hardware injections, and limited XML file editing.

Hardware injection test

This release adds one major new provisional feature in the form of the ability to produce hardware injections using the Minke infrastructure.

A simple example script which can produce hardware injection ASCII files is provided in the scripts folder of the repository.

Anniversary Update

This release represents version 1.0.0 of Minke, which has reached feature completeness for the required all-sky searches to be performed in the 10th engineering run (ER10) of the advanced LIGO detectors.