Method Calendar.YMD.YMD()->leap_year()

Method leap_year

float fraction_no()
int hour_no()
int julian_day()
int leap_year()
int minute_no()
int month_day()
int month_no()
int second_no()
int utc_offset()
int week_day()
int week_no()
int year_day()
int year_no()
string month_name()
string month_shortname()
string month_day_name()
string week_day_name()
string week_day_shortname()
string week_name()
string year_name()
string tzname()
string tzname_iso()

Description

function method int unix_time() Returns the unix time integer corresponding to the start of the time range object. (An unix time integer is UTC.) function method datetime() This gives back a mapping with the relevant time information (representing the start of the period);

     ([ "year":     int        // year number (2000 AD=2000, 1 BC==0)
        "month":    int(1..)   // month of year
        "day":      int(1..)   // day of month
        "yearday":  int(0..)   // day of year
        "week":     int(1..)   // week of year
        "week_day": int(0..)   // day of week
        "timezone": int        // offset to utc, including dst
 
        "unix":     int        // unix time
        "julian":   int        // julian day
     // for compatibility:
        "hour":     0          // hour of day, including dst
        "minute":   0          // minute of hour
        "second":   0          // second of minute
        "fraction": 0.0        // fraction of second
     ]);

Note

Day of week is compatible with old versions, ie, 0 is sunday, 6 is saturday, so it shouldn't be used to calculate the day of the week with the given week number. Year day is also backwards compatible, ie, one (1) less then from the year_day() function.