Converts Julian date series to years, months and days.
DATE2YMD(date)
(years, months days) = DATE2YMD(date)
date |
- |
A scalar or series, the Julian date values. |
An Nx3 array of years, months and days.
(years, months, days) = DATE2YMD(date) returns the years, months and day components in separate variables.
W1: date2ymd(2462806)
W1 == {{2030, 10, 31}}, a 1x3 series representing 2030 years, 10 months and 31 days.
W2: date2ymd(julstr("2030/10/31"))
Same as above, except the date value is entered as a string to the JULSTR function.
(y, m, d) = date2ymd(julstr("2030/10/31"))
Same as above, except the date components are returned in three separate series variables.
y == {2030}
m == {10}
d == {31}
W1: ymd2date({2010, 2020, 2030}, {5, 6, 7}, {1, 2, 3})
W2: date2ymd(w1)
W1 contains the date values:
5/1/2010
6/2/2020
7/3/2030
W2 converts the date values in W1 to individual date components replicating the input values of W1.
W2 == {{2010, 5, 1},
{2020, 6, 2},
{2030, 7, 3}}
DATE2YMD creates a date component series by converting individual Julian day values to years, months and day values.
An integer Julian day is the number of full days since January 1, 4713 BC at noon UTC time.
See YMD2DATE to create Julian day values from years, months, and day values.