public static EPHEM_YEAR readYear(BinaryReader s)
{
EPHEM_YEAR ret = new EPHEM_YEAR();
for (int i = 0; i < 366; i++)
{
ret.days[i] = readDay(s);
}
return(ret);
}
public static planet_positions ephem_calculateRecForGmt(int year, int dayNo, float gmtHour, ref EPHEM_YEAR preLoadedYear,
int verifyMonth = 0, int verifyDay = 0)
{
EPHEM_YEAR y1;
EPHEM_REC rec1;
EPHEM_REC rec2;
if (preLoadedYear != null && preLoadedYear.days[0].year == year)
{
y1 = preLoadedYear;
}
else
{
y1 = ephem_readYear(year);
preLoadedYear = y1;
}
if (dayNo == 365)
{
EPHEM_YEAR y2;
y2 = ephem_readYear(year + 1);
rec1 = y1.days[365];
rec2 = y2.days[0];
}
else
{
rec1 = y1.days[dayNo];
rec2 = y1.days[dayNo + 1];
}
if (verifyMonth != 0 && rec1.month != verifyMonth)
{
return(NULLpositions());
}
if (verifyDay != 0 && rec1.day != verifyDay)
{
return(NULLpositions());
}
planet_positions ret = calculateMean(positionsForEphemRec(rec1), positionsForEphemRec(rec2), (gmtHour * 100) / 24);
ret.gmtTime = gmtHour;
return(ret);
}
public static planet_positions ephem_calculateRecForGmt(int year, int month, int day, int h, int m, int s, ref EPHEM_YEAR preLoadedYear)
{
return(ephem_calculateRecForGmt(year,
dayNoFromMonthDay(month, day),
hmsToHours(h, m, s), ref preLoadedYear, month, day));
}
