/// <summary>
/// Calculate Moon's distance, angular diameter, and horizontal parallax.
/// </summary>
/// <returns>
/// <para>earth_moon_dist -- Earth-Moon distance (km)</para>
/// <para>ang_diameter_deg -- Angular diameter (degrees part)</para>
/// <para>ang_diameter_min -- Angular diameter (minutes part)</para>
/// <para>hor_parallax_deg -- Horizontal parallax (degrees part)</para>
/// <para>hor_parallax_min -- Horizontal parallax (minutes part)</para>
/// <para>hor_parallax_sec -- Horizontal parallax (seconds part)</para>
/// </returns>
public (double earthMoonDist, double angDiameterDeg, double angDiameterMin, double horParallaxDeg, double horParallaxMin, double horParallaxSec) MoonDistAngDiamHorParallax(double lctHour, double lctMin, double lctSec, bool isDaylightSaving, int zoneCorrectionHours, double localDateDay, int localDateMonth, int localDateYear)
{
var daylightSaving = (isDaylightSaving) ? 1 : 0;
var moonDistance = PAMacros.MoonDist(lctHour, lctMin, lctSec, daylightSaving, zoneCorrectionHours, localDateDay, localDateMonth, localDateYear);
var moonAngularDiameter = PAMacros.MoonSize(lctHour, lctMin, lctSec, daylightSaving, zoneCorrectionHours, localDateDay, localDateMonth, localDateYear);
var moonHorizontalParallax = PAMacros.MoonHP(lctHour, lctMin, lctSec, daylightSaving, zoneCorrectionHours, localDateDay, localDateMonth, localDateYear);
var earthMoonDist = Math.Round(moonDistance, 0);
var angDiameterDeg = PAMacros.DecimalDegreesDegrees(moonAngularDiameter + 0.008333);
var angDiameterMin = PAMacros.DecimalDegreesMinutes(moonAngularDiameter + 0.008333);
var horParallaxDeg = PAMacros.DecimalDegreesDegrees(moonHorizontalParallax);
var horParallaxMin = PAMacros.DecimalDegreesMinutes(moonHorizontalParallax);
var horParallaxSec = PAMacros.DecimalDegreesSeconds(moonHorizontalParallax);
return(earthMoonDist, angDiameterDeg, angDiameterMin, horParallaxDeg, horParallaxMin, horParallaxSec);
}
