Releases: WorldWideTelescope/pywwt
Releases · WorldWideTelescope/pywwt
npm:pywwt 1.4.0
pypa:pywwt 0.16.2
pypa:pywwt 0.16.2 (2022-10-26)
- Update a construct in
setupbase.py
to fix installation with Python 3.11
(#340, @dhomeier). - Update the export of interactive figure data to work with named
colormaps (#339, @Carifio24).
The DOI of this release is 10.5281/zenodo.7255701.
pypa:pywwt 0.16.1
pypa:pywwt 0.16.1 (2022-10-12)
The DOI of this release is 10.5281/zenodo.7187355.
pypa:pywwt 0.16.0
pypa:pywwt 0.16.0 (2022-10-08)
This release improves the support for viewing arbitrarily-sized FITS files in
pywwt, taking advantage of the new support in the Toasty library for all-sky
datasets! Version 0.18 of Toasty, or newer, is now required.
Another cool new change is that pywwt releases are now automatically deposited
with Zenodo and assigned DOIs in the process. This makes it possible to cite
the pywwt software, indicating exactly which version you were using, in
scholarly contexts!
- Handle all-sky FITS files with TOAST rather than hipsgen, using the
newest Toasty features (#335, @imbasimba). - Allow toggling whether or not a table layer is selectable (#334, @Carifio24).
- Allow the
time_decay
attribute of layers to be serialized (#332, @Carifio24). - Make it possible to customize the app URL used by the Jupter widget (#331,
@pkgw). - Implement automated Zenodo deposit with DOI registration (@pkgw)
The DOI of this release is 10.5281/zenodo.7164148.
pypa:pywwt 0.15.2
npm:pywwt 1.3.3
pypa:pywwt 0.15.1
pypa:pywwt 0.15.0
pypa:pywwt 0.15.0 (2022-01-14)
This release adds support for viewing arbitrarily-sized FITS files in pywwt,
with automatic tiling provided by the Toasty library!
- Extend the existing FITS viewing support to automatically tile FITS images if
needed, using either Toasty or CDS' hipsgen depending on the angular size of
the image (#316, @imbasimba). While the Python interfaces don't look any
different, there is now a lot more machinery under the hood so that pywwt can
perform well whether your FITS file is a megabyte or a gigabyte in size. - Use the new WWT Kernel Data Relay (KDR) for serving up kernel-side data
in Jupyter (#316, @pkgw, @imbasimba). You will now need to install the Python
packagewwt_kernel_data_relay
as a Jupyter Server extension for FITS viewing
to work in pywwt. This extension is necessary for pywwt to be able to send
FITS data to the WWT web app on-demand, as you navigate an image. The KDR
extension should be useful for other similar visualization tools as well. - Lots of other under-the-hood work to get asynchronous tiling and data service
working smoothly. - Automatically use better default names and data cuts when viewing FITS files
(#323, @imbasimba). - Substantially clean up and (hopefully) improve the documentation (#318, #324,
@pkgw). This includes a new documentation theme based on the Astropy docs.
npm:pywwt 1.3.2
npm:pywwt 1.3.2 (2022-01-14)
- Fix up license annotations
- Require the latest research-app, version 0.9
pypa:pywwt 0.14.0
pypa:pywwt 0.14.0 (2021-11-01)
- When pywwt is installed as a Jupyter server extension, have it provide its
static resource files, most notably the bundled copy of the research app, from
the additional URL path$jupyterBaseUrl/wwtstatic/...
. Coupled with the
recent releases of the WWT JupyterLab extension to make the app URL
configurable, this should give us a future-proof way to make the WWT
JupyterLab experience fully functional even in Jupyter(Lab) installations that
reject all cross-origin data requests (#315, @pkgw).