Open Source Software for Education and Research
We are reliant on computational resources to collect data, process it into a usable form, and extract from it information that develops new insights and understanding. The software we have developed that may be useful to others, either as is or as a template, is openly available. Derivative data is released with publication, or in some cases after a proprietary period.
Explore
- AstroImageJ— Powerful image processing and photometry for astronomy in Java
- Alsvid — Algorithms for visualization and image data reduction with Julia and Python
- Utilities for working with TESS data
- ASI Image — Science imaging with ASI ZWO cameras, filterwheels, and focusers
- TCP Guider — A Julia language program to use science images for real-time fine guiding
- XmCCD — Scientific CMOS and CCD camera operation including XPA for legacy hardware
- PyDome — Astronomical dome control with telescope tracking in Python
- Transitmodel — Physics-based transit light curve model in Julia
- Gaia to AIJ — TESS target confirmation field extraction from Gaia
- Julian date in time keeping systems
- Precision barycentric radial velocity calculator
- ExoFOP