Changelog
Contents
Changelog#
Version 0.4.0#
Released on: 2022/08/09
doi: https://doi.org/10.5281/zenodo.6779998
Warning
Boule v0.4.0 is the last release that is compatible with Python 3.6.
Backwards incompatible changes:
Refactor the
Sphere
class to not inherit fromEllipsoid
. Breaks backwards compatibility due to the removal of inherited methods and attributes (#129)Make all package modules private by adding a leading
_
to their name (#119)Rename the
Ellipsoid.emm
attribute toEllipsoid._emm
to make it private (#123)Remove the
boule.test
function (#116)
Deprecations:
Deprecate the coordinate conversion methods which have been ported to the pymap3d library v2.9.0 (#126)
New features:
Add the
volume
property toEllipsoid
(#132)Add missing attributes to
Ellipsoid
for pymap3 compatibility (#121)Add the
TriaxialEllipsoid
class with geometric parameters (#72)Add a normal gravitation method to
Sphere
(#73)
Documentation:
Add a logo for Boule (#125)
Refactor the documentation tutorials to shift the focus to how to do things with Boule and point to other pages for more of the theory (#130)
Refactor documentation of
TriaxialEllipsoid
(#128)Refactor the documentation of
Ellipsoid
(#127)Fix formatting for code to pip install from GitHub (#118)
Fix license link and compatibility warning in the README (#117)
Use jupyter-sphinx instead of sphinx-gallery and update the documentation front page (#112)
Point to our organization wide guides in the documentation (#108)
Add an example calculating global gravity disturbances (#102)
Update Sphinx version to 4.5.0 (#103)
Maintenance:
Convert the README to Markdown (#113)
Specify oldest supported version of each dependency (#111)
Move to
pyproject.toml/setup.cfg
withbuild
instead ofsetup.py
(#110)Replace pylint with flake8 and some extensions (#109)
Rename the git “master” branch to “main” (#107)
Update code style to Black 22.3.0 (#104)
Replace Google Analytics with Plausible for page visit statistics (#99)
This release contains contributions from:
Agustina Pesce
Chris Dinneen
Leonardo Uieda
Santiago Soler
Version 0.3.1#
Released on: 2021/10/19
Bug fix:
Package the missing
requirements.txt
file in source distributions (#96)
This release contains contributions from:
Leonardo Uieda
Version 0.3.0#
Released on: 2021/10/18
Highlights:
Add support for Python 3.9 and 3.10 (#87)
Add reference
Sphere
class for bodies with zero flattening (#42)Add spheroids for Venus (#68), Mercury, and the Earth’s Moon (#71)
Enhancements:
Warn users if normal gravity is being computed on internal point (#83)
Add option to return normal gravity in SI units (#69)
Add parameter validation for the
Sphere
class (#56)Add parameter validation for the
Ellipsoid
class (#45)Make parameter validation methods private (#55)
Tests normal gravity against Somigliana equation (#51)
Fix normal gravity equation of
Sphere
(#52)Fix missing centrifugal term for spheres at the equator (#48)
Documentation:
Update documentation theme to sphinx-book-theme (#92)
Add tutorial for geodetic to geocentric coordinate transformations (#84)
Improvements to docstrings of Ellipsoid and Sphere (#49)
Maintenance:
Add Mariana Gomez to
AUTHORS.md
(#90)Add Chris Dinneen to
AUTHORS.md
(#74)Only run CI for Python 3.6 and 3.10 now that it’s out (#89)
Update
setuptools_scm
configuration to save aboule/_version.py
file instead of relying onpkg_resources
to get the version number (#91)Use the OSI version of item 3 in the license (#70)
Add license and copyright notice to every
.py
file (#67)Refactor GitHub Actions workflows to separate building the docs (#65)
Replace versioneer with setuptools-scm (#61)
Remove configuration files for unused CI (#60)
Replace Travis and Azure with GitHub Actions (#57)
Add conda-forge badge to the README (#40)
Format the
doc/conf.py
file with Black (#41)
This release contains contributions from:
Chris Dinneen
Mariana Gomez
Hugo van Kemenade
Lu Li
Santiago Soler
Leonardo Uieda
Version 0.2.0#
Released on: 2020/07/10
Add the
Ellipsoid.geocentric_radius
method to calculate the distance from the center of the ellipsoid to its surface as a function of latitude (geodetic or geocentric). (#37)Add the
Ellipsoid.prime_vertical_radius
method for computing the prime vertical radius (usually represented by N in equations) as a function of geodetic latitude. (#35)Fix typo in README contributing section (#32)
This release contains contributions from:
Leonardo Uieda
Rowan Cockett
Santiago Soler
Version 0.1.1#
Released on: 2020/01/10
This release contains only a documentation fix: include install instructions for conda and pip. No functionality has been changed (hence, no DOI was issued).
Version 0.1.0#
Released on: 2020/01/10
First release of Boule including basic functionality:
Definition of the
Ellipsoid
class: based on the semi-major axis, flattening, geocentric gravitational constant, and angular velocity. Other quantities are derived from these 4.Computation of normal gravity and coordinate conversions between geodetic and geocentric.
Ellipsoid realizations for the Earth (WGS84 and GRS80) and Mars.
Version 0.0.1#
Released on: 2019/11/06
This release is a placeholder that serves as a marker for the start of this project. It is used to register the project on PyPI and test the continuous integration deployment process.