fixed_from_gregorian
int rd = fixed_from_gregorian(date);
return rd - fixed_from_gregorian(&date);
return fixed_from_gregorian(&gdate);
int july1 = fixed_from_gregorian(&date);
int rd = fixed_from_gregorian(&date);
t_jq = (double)fixed_from_gregorian(&gdate);
rd_nextmonth = fixed_from_gregorian(&date);
rd_nextmonth = fixed_from_gregorian(&date);
rd_nextyear = fixed_from_gregorian(&date);
rd_month1 = fixed_from_gregorian(&date);
rd_nextmonth = fixed_from_gregorian(&date);
rd_nextmonth = fixed_from_gregorian(&date);
rd_nextyear = fixed_from_gregorian(&date);
approx = fixed_from_gregorian(&date);
rd_begin = fixed_from_gregorian(&date);
rd_end = fixed_from_gregorian(&date);
t_begin = fixed_from_gregorian(&date) - Options.location->zone;
t_end = fixed_from_gregorian(&date) - Options.location->zone;
rd = fixed_from_gregorian(&date);
int paschal_moon = fixed_from_gregorian(&april19) - shifted_epact;
return fixed_from_gregorian(&date);
return fixed_from_gregorian(date2) - fixed_from_gregorian(date1);
if (rd < fixed_from_gregorian(&d))
pdays = rd - fixed_from_gregorian(&d);
date->day = rd - fixed_from_gregorian(&d) + 1;
int fixed_from_gregorian(const struct date *date);
double t_begin = fixed_from_gregorian(&date) - loc->zone;
double t_end = fixed_from_gregorian(&date) - loc->zone;
*rd_out = fixed_from_gregorian(&gdate);
day_approx = fixed_from_gregorian(&date);