SUMMARY
This discussion focuses on creating a Fortran program to calculate the right ascension and declination of the Sun, as well as the phase of the Moon, based on a given date and time. Key references include Jan Meeus's books, "Astronomical Formulae for Calculators" and "Astronomical Algorithms," which provide essential algorithms for these calculations. The discussion emphasizes the importance of using epoch corrections to align with the current ephemeris for accurate results. Participants confirm that the algorithms for sunrise calculations can be adapted for the Sun's position at a specific epoch time.
PREREQUISITES
- Understanding of Fortran programming language
- Familiarity with astronomical calculations
- Knowledge of Julian day calculations
- Ability to implement epoch corrections in algorithms
NEXT STEPS
- Study "Astronomical Algorithms" by Jan Meeus for detailed algorithms
- Research how to implement Julian day calculations in Fortran
- Learn about epoch corrections and their application in astronomical computations
- Explore existing Fortran libraries for astronomical calculations
USEFUL FOR
Astronomy enthusiasts, Fortran programmers, and anyone interested in developing applications related to celestial mechanics and astronomical phenomena.