v.1.1.2

What's Changed

• Fix bug where extrapolation was not working by @MetinSa in #46

Full Changelog: v1.1.1...v1.1.2

v.1.1.1

What's Changed

• Fixed bug where results would differ when initializing the model with wavelength vs frequency by @hermda02 in #44

New Contributors

• @hermda02 made their first contribution in #44

Full Changelog: v.1.1.0...v1.1.1

v.1.1.0

This is a minor release with one new feature:

• The grid_number_density function now accepts a model argument (replaces the old name argument) which can be either a string representing a built-in/registered zodiacal light model, or a custom or explicit ZodiacalLightModel.

What's Changed

• Tried adding option to insert arbitrary model by @Takatho in #38

New Contributors

• @Takatho made their first contribution in #38

Full Changelog: v.1.0.0...v.1.1.0

v1.0.0

This release features a major rewrite of the ZodiPy API following the integration of ZodiPy to the Astropy ecosystem. See the usage documentation for an overview of how to use ZodiPy with the new API.

What's Changed

• Renamed zodipy.Zodipy to zodipy.Model.
• Removed all previous get_*_emission methods which are all replaced by the evaluate method, which takes in a astropy.coordinates.SkyCoord object. All user input (with the exception of obspos) is now directly provided through the SkyCoord object.
• Support for per coordinate obstime and obspos values, for more accurate simulations. This also removes the need to manually chunk time-ordered data and re-evaluate ZodiPy. Now, a single call to the Model.evaluate method can compute the entire zodiacal light for a full instrument timestream.

Full Changelog: v.0.9.2...v.1.0.0

v.0.9.2

This release contains no updated or changes to ZodiPy, but functions as a tag for Zenodo to archive the repository and issues a DOI.

v.0.9.1

This is a minor release that updates the project meta data.

v.0.9.0

This release drops support for Python 3.8 and updates developer dependencies.

v.0.8.6

[0.8.6] - 2024-03-21

Deprecated

Deprecated the keyword parallel used when initializing a Zodipy model. Instead, wether or not ZodiPy will parallelize the line-of-sight integrals is inferred from n_proc, where n_proc=1, which is the default value, means no parallelization.

Example

import zodipy

# no parallelization
model = zodipy.Zodipy()

# parallelization over 10 cores
model = zodipy.Zodipy(n_proc=10)

v.0.8.5

Bug Fixes

• Fix bug with the Earth-trailing feature component 37c7ab8

Add new argument `interp_kind` to the initialization of `Zodipy`.

[0.8.4] - 2023-02-06

New

Previously only linear interpolation was performed for the relevant source and spectral parameters in the interplanetary dust models. Now the user may select between the various supported methods for Scipy's interp1d.

Example of how to use the new feature:

import zodipy

model = zodipy.Zodipy("Planck2018", interp_kind="quadratic")