Implementation of algorithms from "Practical Astronomy with your Calculator or Spreadsheet"
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Updated
Oct 26, 2021 - Java
Implementation of algorithms from "Practical Astronomy with your Calculator or Spreadsheet"
super resolution stacker and tool for deconvolution
astrology software
Ephemeris ini menggunakan algoritma Jean Meeus dengan bahasa Kotlin, sumber kode dari repositori https://github.com/KadzalikLab/EphemerisMeeus
Project Repository for IB physics extended essay
an automated, optimizable, & reproducible target selection algorithm for large astronomical surveys
asrpy - Astronomical Spectroscopy Routines Python
Automated Classification of Periodic Variable Stars Using Machine Learning
A pet-project used to simulate orbital trajectories of multiple-body systems to predict orbital encounters and simplify orbit characterization.
An investigation into replicating the spurious effects of the reference sources for the ESPRESSO spectrograph
Predicts the date of the march 2016 (with error <1min)
Calculates What Photographic Plates a Solar System Object can be found on.
Demonstrates how to calculate Local Solar Noon and the Equation of Time in JavaScript, Python 3, and C++.
Implementation of algorithms from "Practical Astronomy with your Calculator or Spreadsheet"
A Fortran library to calculate the exact positions of the sun and the moon
RADEX line fitter in Python
C library to compute sunrise/sunset times
reducing shot noise using regional fourier transforms
Astrometric Java code
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