PDF document and a MATLAB script named seclipse.m that can be used to predict local circumstances of solar eclipses. This computer program provides the universal times and topocentric coordinates of the Sun and Moon at the beginning and end of the penumbra contacts, and the time and coordinates at maximum eclipse. The source ephemeris for this routine is a JPL binary ephemeris file. This application uses several functions ported to MATLAB from the Fortran version of the NOVAS (Naval Observatory Vector Astrometry Subroutines) source code developed at the United States Naval Observatory (www.usno.navy.mil/USNO/astronomical-applications/software-products/novas). JPL binary ephemeris files for Windows compatible computers can be downloaded at http://celestialandorbitalmechanicswebsite.yolasite.com/.
David Eagle (2020). A MATLAB Script for Predicting Solar Eclipses (https://www.mathworks.com/matlabcentral/fileexchange/39358-a-matlab-script-for-predicting-solar-eclipses), MATLAB Central File Exchange. Retrieved .
Please, be minded that the greatest eclipse conditions (only those) seem wrong. Below my test for Boise (Idaho) location, the time
attended of the event is 11:27 local time (=18:27 UTC), not 11:00 (=18:00 UTC). The discrepancy is high. Furthermore, the magnitude should be 0.993.
local circumstances of solar eclipses
please input the calendar date
(1 <= month <= 12, 1 <= day <= 31, year = all digits!)
please input the search duration (days)
please input the geographic latitude of the observer
(-90 <= degrees <= +90, 0 <= minutes <= 60, 0 <= seconds <= 60)
(north latitude is positive, south latitude is negative)
please input the geographic longitude of the observer
(0 <= degrees <= 360, 0 <= minutes <= 60, 0 <= seconds <= 60)
(east longitude is positive, west longitude is negative)
please input the altitude of the observer (meters)
(positive above sea level, negative below sea level)
searching for solar eclipse ...
greatest eclipse conditions
calendar date 21-Aug-2017
UTC time 18:00:00.001 ????
UTC Julian date 2457987.2500
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