Spectroscopy Made Easy
☆32Dec 1, 2024Updated last year
Alternatives and similar repositories for SME
Users that are interested in SME are comparing it to the libraries listed below. We may earn a commission when you buy through links labeled 'Ad' on this page.
Sorting:
- synthetic spectrum calculation companion to MARCS☆24Oct 1, 2024Updated last year
- StePar is an automatic code used to infer stellar atmospheric parameters using the EW method.☆10Apr 13, 2026Updated 3 months ago
- Spectroscopy Made Easy☆15Jun 4, 2026Updated last month
- Turbospectrum Spectral Fitting with Python (TSFitPy)☆32Mar 16, 2026Updated 4 months ago
- ☆23Dec 1, 2024Updated last year
- End-to-end encrypted email - Proton Mail • AdSpecial offer: 40% Off Yearly / 80% Off First Month. All Proton services are open source and independently audited for security.
- Turbospectrum v20 with NLTE capability☆29Oct 15, 2025Updated 9 months ago
- A versatile modelling tool for transiting and non-transiting (single and multiple) exoplanetary systems☆67Feb 16, 2026Updated 5 months ago
- 🐈 Differentiable Spectrum Modeling of Exoplanets and Brown Dwarfs☆74Updated this week
- MISTTBORN exoplanet fitting code, and various associated codes☆11May 17, 2019Updated 7 years ago
- Telluric fitting made easy☆24Jul 30, 2025Updated 11 months ago
- SteParSyn is an automatic code used to infer stellar atmospheric parameters using the spectral synthesis method.☆10Apr 13, 2026Updated 3 months ago
- FERRE matches physical models to measurements☆20Apr 24, 2026Updated 3 months ago
- Repository for the Ariel Mission Candidate Sample☆17Jun 24, 2026Updated last month
- ACTIN is a Python program to calculate stellar activity indices☆17Oct 21, 2022Updated 3 years ago
- 1-Click AI Models by DigitalOcean Gradient • AdDeploy popular AI models on DigitalOcean Gradient GPU virtual machines with just a single click. Zero configuration with optimized deployments.
- ☆20Oct 4, 2025Updated 9 months ago
- Radial velocity and stellar parameter fitting code for large surveys☆24Jul 15, 2026Updated last week
- Execute and convert collections of Jupyter notebooks to static HTML☆12Jun 12, 2025Updated last year
- Whose line is it anyway? An interactive tool for identifying atomic spectral lines.☆26Feb 27, 2025Updated last year
- Atmospheric Retrieval Codes for Exoplanets☆17Jul 13, 2020Updated 6 years ago
- Download input files from https://www.cfa.harvard.edu/~sblancoc/iSpec/dev/input.tar.gz☆38Apr 15, 2026Updated 3 months ago
- Interpretable Machine Learning for astronomical spectroscopy in PyTorch and JAX☆29May 13, 2025Updated last year
- Astronomical time series analysis with JAX☆82Updated this week
- ☆15Jun 30, 2025Updated last year
- 1-Click AI Models by DigitalOcean Gradient • AdDeploy popular AI models on DigitalOcean Gradient GPU virtual machines with just a single click. Zero configuration with optimized deployments.
- Souce code for our ARA&A review of Gaussian process regression for astronomical time-series☆38Jul 13, 2026Updated last week
- Tools for mapping stars and planets.☆157Nov 16, 2023Updated 2 years ago
- linelist generator☆29May 28, 2025Updated last year
- fast 1D LTE stellar spectral synthesis☆67Updated this week
- NLTE Stokes Synthesis/Inversion Code☆31Feb 2, 2024Updated 2 years ago
- A Python package for working with pipeline-produced spectra from IGRINS, HPF, and Keck NIRSPEC☆22Mar 28, 2026Updated 3 months ago
- ☆14Apr 26, 2021Updated 5 years ago
- A Bayesian classifier to identify members of the 27 nearest young associations within 150 pc of the Sun☆24Jun 12, 2026Updated last month
- ztv - An Astronomical Image Viewer☆20Jun 22, 2016Updated 10 years ago
- Bare Metal GPUs on DigitalOcean Gradient AI • AdPurpose-built for serious AI teams training foundational models, running large-scale inference, and pushing the boundaries of what's possible.
- Repository accompanying GALAH DR3 (Buder et al., 2021): https://ui.adsabs.harvard.edu/abs/2021MNRAS.506..150B☆15Mar 18, 2021Updated 5 years ago
- ☆11Dec 2, 2025Updated 7 months ago
- TRAPPIST-1 TTVs and Spitzer photodynamics☆12Sep 7, 2022Updated 3 years ago
- a data-driven method for determining stellar parameters and abundances from stellar spectra☆44Feb 9, 2018Updated 8 years ago
- Notes and resources for Astronomy 597 at University of Washington Department of Astronomy☆27Mar 9, 2020Updated 6 years ago
- JAX code for modeling nearly-Keplerian orbits☆21Jun 7, 2026Updated last month
- Generative and Interpretable Deep Learning for Stellar Spectra☆19Jan 19, 2021Updated 5 years ago