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This template returns the number of full years, surplus months, and surplus days between two specified dates. If the second set of parameters is not included, it will return the number of years, months and days between a specified date and today's date. Template parameters Parameter Description Type Status Year ('from' date) 1 year The year of the (first) date Number required Month ('from ...
The sort key is calculated from the number of days between the given dates, and is compatible with {{number table sorting}}. This is temporary documentation resulting from Template talk:Age in years and days#Google problems which shows problems when {{ age in years and days }} outputs a hidden sort key.
This template returns the number(s) of full years between two specified dates. It may return one number (e.g. "50") or two possible numbers (e.g. "50-51") of full years, depending on the given information of the two dates. The template is especially designed for situations where the day, or day and month, of the two dates is unknown.
This template returns the number of days between two dates. Dates may be input either as full dates or as year, month and day. ... (number of days between dates 1 and ...
Age of subject at date of reference's publication. Example 55: Number: required: Year: 2: Year of publication of reference. Example 1950: Number: required: Month: 3: Month of publication of reference. Example 8 or August: String: suggested: Day: 4: Day of publication of reference. Example 21: Number: suggested: Hide age: noage: Set to a value ...
In the vowels chart, a separate phonetic value is given for each major dialect, alongside the words used to name their corresponding lexical sets. The diaphonemes for the lexical sets given here are based on RP and General American; they are not sufficient to express all of the distinctions found in other dialects, such as Australian English.
The database is distributed as a plain text file with one entry to a line in the format "WORD <pronunciation>" with a two-space separator between the parts. If multiple pronunciations are available for a word, variants are identified using numbered versions (e.g. WORD(1)).
The list comprehension will immediately create a large list (with 78498 items, in the example, but transiently creating a list of primes under two million), even if most elements are never accessed. The generator comprehension is more parsimonious.