Open Source Linux Astronomy Software - Page 5

X-Bc (formerly: xbc) is a graphical user interface to the command line calculator bc. All Inputs and Outputs stays visible for editing and comparing. Functionality: trigonometry, number-theory, exponential funcs, scientific constants, primenumbers ...

Talon is a a fully automated open-source solution for automated telescope and observatory control. Talon controls all aspects of robotic astronomical observations, including telescope control, dome control, image processing, scheduled operations, and envi

This program supports TSNK-lab ICX285AL cameras, QHY5, QHY6, QHY9, QHY8L, QHY10, DSI2PRO, DSLR. It works with Mono images of 8, 12, 16 bits and RGB images of 24, 48 bits. Photo and video modes can be used. Histogram control of preview is available. There are two modes of capture: single frame mode and series.

APLpy (the Astronomical Plotting Library in Python) is a Python module aimed at producing publication-quality plots of astronomical imaging data in FITS format. Visit http://aplpy.sourceforge.net/ for tutorials and documentation.

This project contain application to extract images from arch.H format used by Asteroid Data Hunter, and also compiled releases of updated versions of Asteroid Data Hunter itself.

CosmicOS is a framework for creating stand-alone messages suitable for sending to ourselves in the distant future, or to use in SETI research. It is inspired by Hans Freudenthal's language, Lincos, and Carl Sagan's book, Contact.

GBTIDL provides offline data reduction for spectral line data from the GBT, a single dish radio telescope. Although the GBTIDL code is open source, running it requires you to have your own IDL license and base package.

GGOS is a Graphical Simulator of the gravity interaction written in C. It provides a real-time tracking of the orbit and the user can interact with the universe with a lot of function. There is 2 different version:1(fast)with X11 2(slow)written with GLUT

Gridder is a group of portlets that simplify the use and administration of grid services. Especially for job submission management. Gridder also extends and documents the functionality of the OGCE Bundle. It is plenty of useful documentation.

JPARSEC is a Java Package of Astronomical Resources for Standard Ephemerides Calculations, focused on accuracy, documentation, 2D/3D charts, realistic planetary rendering, and Astrophysical modeling. For source code visit http://conga.oan.es/~alonso/

A graphical representation of the night sky for Linux/KDE.

This project is intended to develop a suite of tools that enable use of the Meade Deep Sky Imager in LINUX.

MoonPlanner is a Java calendar that allow to view moon's phases, moon's signs (constellations in which the moon is), and show the part of the plant corresponding to each sign (flower, fruit, leaf or root). For every calendar's day the user can attach notes (that are stored in a persistent database). At the startup the program will remind you if there will be notes for current day. Timezones and localizations (En, IT) are supported by the application. This calendar is usable between 1900 and 2020. This tool can be useful to plan gardening tasks or to view some astrology informations. References and requirements: - JRE/JDK version 1.5 or later must be installed on host computer. - UI are made using SWT by Eclipse (see http://www.eclipse.org/swt/). - The software uses AstroLib library version 1.1.5 provided by Mark Huss to calculate Moon's phases (http://mhuss.com/AstroLib.html). - The software uses Apache Derby 10.9.1.0 (http://db.apache.org/derby/) as embedded database.

Multi-SETI@home Monitor. This program was written to monitor SETI@home and BOINC activity that may be running on multiple computers over a network without having to cross mount file systems. Runs on Windows/Linux/Unix.

simulator stars cuda

Parallel Spectral Deconvolution is a multithreaded ImageJ plugin for spectral image deblurring.

# QCI AstroEntanglement Refiner https://qciastroentanglerefiner-awpyvm8ydzyyqu4qfwysze.streamlit.app/ **Full desktop application for astronomical FITS image processing** PSF correction · Neural super-resolution · Photon–dark-photon entanglement visualisation **Author:** Tony E. Ford — [tlcagford@gmail.com](mailto:tlcagford@gmail.com) **Version:** 2.1 (patched) · **Python:** 3.9+ --- https://qciastroentanglerefiner-awpyvm8ydzyyqu4qfwysze.streamlit.app/ ## What it does QCI AstroEntangle Refiner runs a three-stage pipeline on any FITS image from HST, JWST, MAST, or any other observatory: | Stage | What happens | |-------|-------------| | **1 · PSF correction** | Wiener deconvolution removes point-spread-function blurring from the telescope optics | | **2 · Neural super-resolution** | Lightweight EDSR network (×2 upscale) sharpens fine structure | | **3 · PDP entanglement overlay** | Photon–dark-photon fringe colormap applied; before/after comparison generated |

Analysis and display software targeted at space physics data. Installation instructions are at the bottom of the FILES directory. See documentation at https://qsas.sourceforge.io/QSAShelp/QSAS_help_index.html See also QSAS_Intro_June2018.pptx under FILES Contact: qsassupp@gmail.com E-Mail lists: qsas-users@lists.sourceforge.net qsas-discuss@lists.sourceforge.net

RTS2 is project to create an open source environment for control of a fully autonomous observatory. It is running about dozen fully autonomous observatories. Its modular design allow easily addition of new devices (to already huge supported HW list).

SExtractor (Source-Extractor) is a program that builds a catalogue of objects from an astronomical image. It is particularly oriented towards reduction of large scale galaxy-survey data, but it also performs well on moderately crowded star fields.

SolTrack is a simple, free, fast and accurate C/C++ routine to compute the position of the Sun. The code can be used to track the Sun on low-specs machine, such as a PLC or a microcontroller, and can be used for e.g. (highly) concentrated (photovoltaic) solar power. SolTrack has been developed by Marc van der Sluys, Paul van Kan and Jurgen Reintjes, of the Lectorate of Sustainable Energy at the HAN University of Applied Sciences in Arnhem, The Netherlands. The code is based on the astronomical Fortran library libTheSky and can be used, modified and distributed under the conditions of version 3 of the GNU Public Licence.

SteelBreeze is a software for data processing of geodetic Very Long Baseline Interferometry (VLBI) observations. It estimates geodynamics parameters (Earth Rotation Parameters (EOP), coordinates of stations and sources, etc.) using Least Square Method.

Generate pdf diagrams for analemmatic sundial construction, papercraft sundial, and "plus" card game.

The threeaxis project will provide support for controlling three axis telescope mounts. This includes documentation of pointing equations, a simulation of the mount's motion, and real-time control software.