These are year-month-weekday methods for the setter generics.

  • set_year() sets the Gregorian year.

  • set_month() sets the month of the year. Valid values are in the range of [1, 12].

  • set_day() sets the day of the week. Valid values are in the range of [1, 7], with 1 = Sunday, and 7 = Saturday.

  • set_index() sets the index indicating that the corresponding weekday is the n-th instance of that weekday in the current month. Valid values are in the range of [1, 5].

  • There are sub-daily setters for setting more precise components.

# S3 method for clock_year_month_weekday
set_year(x, value, ...)

# S3 method for clock_year_month_weekday
set_month(x, value, ...)

# S3 method for clock_year_month_weekday
set_day(x, value, ..., index = NULL)

# S3 method for clock_year_month_weekday
set_index(x, value, ...)

# S3 method for clock_year_month_weekday
set_hour(x, value, ...)

# S3 method for clock_year_month_weekday
set_minute(x, value, ...)

# S3 method for clock_year_month_weekday
set_second(x, value, ...)

# S3 method for clock_year_month_weekday
set_millisecond(x, value, ...)

# S3 method for clock_year_month_weekday
set_microsecond(x, value, ...)

# S3 method for clock_year_month_weekday
set_nanosecond(x, value, ...)

Arguments

x

[clock_year_month_weekday]

A year-month-weekday vector.

value

[integer / "last"]

The value to set the component to.

For set_index(), this can also be "last" to adjust to the last instance of the corresponding weekday in that month.

...

These dots are for future extensions and must be empty.

index

[NULL / integer / "last"]

This argument is only used with set_day(), and allows you to set the index while also setting the weekday.

If x is a month precision year-month-weekday, index is required to be set, as you must specify the weekday and the index simultaneously to promote from month to day precision.

Value

x with the component set.

Examples

x <- year_month_weekday(2019, 1:3) set_year(x, 2020:2022)
#> <year_month_weekday<month>[3]> #> [1] "2020-01" "2021-02" "2022-03"
# Setting the weekday on a month precision year-month-weekday requires # also setting the `index` to fully specify the day information x <- set_day(x, clock_weekdays$sunday, index = 1) x
#> <year_month_weekday<day>[3]> #> [1] "2019-01-Sun[1]" "2019-02-Sun[1]" "2019-03-Sun[1]"
# Once you have at least day precision, you can set the weekday and # the index separately set_day(x, clock_weekdays$monday)
#> <year_month_weekday<day>[3]> #> [1] "2019-01-Mon[1]" "2019-02-Mon[1]" "2019-03-Mon[1]"
set_index(x, 3)
#> <year_month_weekday<day>[3]> #> [1] "2019-01-Sun[3]" "2019-02-Sun[3]" "2019-03-Sun[3]"
# Set to the "last" instance of the corresponding weekday in this month # (Note that some months have 4 Sundays, and others have 5) set_index(x, "last")
#> <year_month_weekday<day>[3]> #> [1] "2019-01-Sun[4]" "2019-02-Sun[4]" "2019-03-Sun[5]"
# Set to an invalid index # January and February of 2019 don't have 5 Sundays! invalid <- set_index(x, 5) invalid
#> <year_month_weekday<day>[3]> #> [1] "2019-01-Sun[5]" "2019-02-Sun[5]" "2019-03-Sun[5]"
# Resolve the invalid dates by choosing the previous/next valid moment invalid_resolve(invalid, invalid = "previous")
#> <year_month_weekday<day>[3]> #> [1] "2019-01-Thu[5]" "2019-02-Thu[4]" "2019-03-Sun[5]"
invalid_resolve(invalid, invalid = "next")
#> <year_month_weekday<day>[3]> #> [1] "2019-02-Fri[1]" "2019-03-Fri[1]" "2019-03-Sun[5]"
# You can also "overflow" the index. This keeps the weekday, but resets # the index to 1 and increments the month value by 1. invalid_resolve(invalid, invalid = "overflow")
#> <year_month_weekday<day>[3]> #> [1] "2019-02-Sun[1]" "2019-03-Sun[1]" "2019-03-Sun[5]"