solar.c
static inline double
solar_declination(double tm)
{
	double rc = sin(corrected_mean_ecliptic_obliquity(tm));
	return asin(rc * sin(sun_apparent_longitude(tm)));
}
/**
 * Calculates the Sun's declination
 * 
 * @param   tm  The time in Julian Centuries
 * @return      The Sun's declination, in radian
 */
Calculates the Sun's declination

@param   tm  The time in Julian Centuries
@return      The Sun's declination, in radian
Calculates the Sun ' s declination @param tm The time in Julian Centuries @return The Sun ' s declination in radian
static inline double
solar_declination(double tm)
{
	double rc = sin(corrected_mean_ecliptic_obliquity(tm));
	return asin(rc * sin(sun_apparent_longitude(tm)));
}
static inline double solar_declination ( double tm ) { double rc = sin ( corrected_mean_ecliptic_obliquity ( tm ) ) ; return asin ( rc * sin ( sun_apparent_longitude ( tm ) ) ) ; }
Calculates the Sun's declination
Calculates the Sun ' s declination