This demo shows how to search for the next time
the Moon reaches extreme ecliptic latitude or
extreme declination. In other words, it finds
when the Moon reaches the farthest north or south,
expressed in either ecliptic coordinates or equatorial
coordinates.
Both angles are measured using the Earth's equator of date.
More work getting MacOS build process to work.
Avoid excessive number of floating point digits of
output in the demo tests, so that insignificant
floating point variations don't cause unit test failures.
In the TypeScript/JavaScript code, the functions MakeObserver and MakeSpherical
are no longer needed, because the classes Observer and Spherical are now exported,
along with their constructors. I deleted those functions and reworked callers
to use the equivalent constructors instead.
Also fixed a few breakages in the html/browser examples that crept in recently.
I had to require('./astronomy.js') instead of require('astronomy.js')
to get the nodejs demos working, now that I maintain a redundant
copy of astronomy.js in the demo directories.
Windows does not support relative links in Git by default.
This broke the first-time experience for Windows users.
From now on I will maintain copies of the astronomy.js
and astronomy.py in the demo folders, so that the demos
will work on Windows immediately after cloning the repo.
