Building #Python tools for astronomical data analysis?
#EuroSciPy2025 is seeking proposals on cosmic modeling, observatory data pipelines, or celestial mechanics.
Help us reach for the stars!
Building #Python tools for astronomical data analysis?
#EuroSciPy2025 is seeking proposals on cosmic modeling, observatory data pipelines, or celestial mechanics.
Help us reach for the stars!
Bah, je m'y suis mis encore plus agé. Pour:
- coder en Python (#astropy), C++ (Arduino et cie) ou shell (moulinettes diverses). Très bon IDE grace à #eglot.
- gérer mon agenda (#org-mode)
- me faire un wiki perso sur tout un tas de sujets (#denote).
C'est sûr qu'il ne faut chercher à tout maîtriser en 3 jours.
Good news everyone!
October Astro soft update is out there for review in Guix.
This month brought us the latest @astropy, Stellarium and @Siril_Official.
IRAF Community, maintained
by @olebole, is packed and will be available after it's reviewed and merged.
More on the list:
https://issues.guix.gnu.org/73915
Whoa.
`nifty-ls` claims to be a faster, more accurate drop-in replacement for #astropy's Lomb-Scargle periodogram.
I've briefly experimented with the Kepler short cadence light curve for the enigmatic δ Sct variable HD 187547 (~1M data points) and `nifty-ls` really is ~5-8× faster than the usual `fast` method, for the price of one minimal-dependency import and one keyword argument.
Plus the authors show it's more accurate, too!
It's been more than a year since I've started a monthly astro update in Guix ^.^
120+ packages are on the bleeding edge with upstream in the reproducible state and ready for new researching horizons!
https://issues.guix.gnu.org/63542
Meanwhile, preparing for the 2024-07 update series, bringing more new packages from the Astropy affiliated set and updating packaged already till the latest versions.
OSSci will be in beautiful Prague this Thursday, May 16. Thanks to the PyData Prague team for putting together a great agenda. 50+ people registered. Please share with your networks.Thanks!
Who uses #guix in any type of research related to #astronomy #astrophysics, please share your wishlist of missing software.
I am working on scheduled update 2024-03 for (gnu guix astronomy), most of it is #python #astropy #jwst related packages.
It would be nice to have https://yt-project.org/
> ... supports structured, variable-resolution meshes, unstructured meshes, and discrete or sampled data such as particles. ...
The package is ready and I might include it in the upcoming update.
Today I'm celebrating my first can-of-worms bug (a bug that’s discovered while fixing another bug) in #astropy !
It’s a bit paradoxical: these situations are not exactly pleasant to work through, but I find that it’s actually a signal of extreme #codequality that it’s only happening *now*, after two months on the job just tracking #bugs down !
I'm grateful to all the developers of the different open source software I use in the image capture and processing.
New bio !
This week was my last as a researcher, and starting tomorrow I'll work as a contractual research software engineer for the #Astropy project !
I am thrilled about onboarding this thriving community and excited that fixing bugs is now my job instead a distraction from it !
for anyone thinking about trying #python312 : #matplotlib , #hvplot , #astropy don't exist yet on #condaforge, but #numpy , #scipy , #pandas are there.
I'm not paid to do that!!! This is the great title from Evelina Gabasova on how to have an impact outside our work.
3 pathways:
- scientific change: not only paper publications, community recognition; with a StarWars example: https://github.com/evelinag/StarWars-social-network her most impactful work started as a curiosity/fan project.
- Open source: much of #ResearchSoftware finishes as discarded toys. Using #FAIR principles to make them Composable. Like LEGO briks.
- open source move from toys to clubs (e.g. #astropy @turingway). Find collaborations, look at what's out there before starting from 0. Embrace slow software!
#RSECon23
It's sprint day of #SciPy2023! Fun with teams #xarray and #astropy so far. Now, post-lunch, we're ready for round two.
As always, stop by if you're in interested in the remaining swag.
#Astropy 5.2 was released a few days ago. I contributed to a couple of new functions that allow to draw the beam and a physical scale on celestial maps. These should be useful if you use Astropy to plot #ALMA observations. #Python #OpenSource #Astrodon https://docs.astropy.org/en/stable/whatsnew/5.2.html#drawing-the-instrument-beam-and-a-physical-scale-bar-on-celestial-images
Today I can't use 2FA with #GitHub. I'm using Authy but installed an account using Google Authenticator too. Neither work but only for GitHub and recovery codes also don't work.
Anyone in #opensource #python #astropy have suggestions?
Fortunately I can authenticate via SMS.
My weekend was nice. Detecting #SpaceX #Starlink brightness with help of #Python & #CdSportal (#unistrasbourg),
#SpaceTrackOrg, http://Astrometry.net, #astropy.
I didn't know that #Genesis2 by #BigelowSpace was this big/bright. That's a great catch in my #SonyAlpha video at #jenalichtstadt.
How was yours?
@jenaertoots #jena
#Astropy created a new release candidate 5.2rc1, and we are going to test it in @DebianAstro and provide feedback. This makes sure we will have a perfect final package for Astropy 5.2 for the upcoming @debian #Bookworm release. https://packages.debian.org/experimental/python3-astropy
Hello #fediverse! Time for an #introduction
poliastro is an #opensource (MIT) pure #Python library for interactive #Astrodynamics and #OrbitalMechanics. It provides a simple and intuitive API, it's fast thanks to #numba, and it handles physical quantities with units thanks to #Astropy.
Website https://www.poliastro.space/
Source code https://github.com/poliastro/poliastro
We will be posting tips, news about the project, and cool plots. Stay tuned!
Lunar map of the landing zone / potential crash site of the #Chandrayaan2 mission Vikram lander using public #JPLHorizons ephemerides fetched via #astropy / astroquery