v1.5.3

Added support for units : microTeslas, nanoTeslas and Gauss and updated documentation.

Full Changelog: v1.5.2...v1.5.3

v1.5.2

• Fixed bug in dipolarity calculations
• Added additional spectral diagnostics

Full Changelog: v1.5.1...v1.5.2

v1.5.1

• Fixed bug in potential extrapolation
• Added new test for all three extrapolated components against @mattkjames7 's JupiterMag at twice the planetary radius.

Full Changelog: v1.5...v1.5.1

v1.5

New features:

• Parameters vmin and vmax for minimum and maximum of color-scale in all plotting functions
• Function orbit_path to get field components along a trajectory
• extrapolate now provides arrays as objects in Planet class
   
  Bug fixes:
• plot_filt now correctly generates titles

Full Changelog: v1.4.3...v1.5

v1.4.3

What's Changed

• New auto tests to test parts of the code
• Updated documentation with mathematical details
• Bug fixes
• Updated version of JOSS paper

Full Changelog: v1.4...v1.4.3

v1.4 : Support for multiple field models

This release constitutes adding of new features:

• Support for multiple field models for each planet
• Unit testing
• An interactive Jupyter notebook
• Full documentation
• Adding the project to PyPI

planetMagFields_v1.0.2

• Bug fix : fixed normalization factor for m!=0, thanks to @tgastine for testing and pointing it out.
• Change default contour levels to 20 : this brings out the Earth's surface field really well.
• Switch to a semantic versioning system (major.minor.patch)

planetMagFields_v1.01

Routines to easily access information about magnetic fields of planets in our solar system and visualize them in both 2D and 3D.
Features:

• only numpy, scipy and matplotlib needed to visualize 2D Br plots and Lowes spectra
• internal Hammer projection in the absence of cartopy
• supports all projections from cartopy
• writes vts files for 3D visualization
• potential extrapolation
• spherical harmonic filtering

Bugfixes in this version:

• fixed plot titles.