WeekDate Calendar is, as I said, widely used internationally, by
>>> Companies & Governments, for their planning of business & governmental
>>> dates & events. ...making it easy to plan them in advance once, and then
>>> leave them, because it's a fixed c
nts. ...making it easy to plan them in advance once, and then
>>> leave them, because it's a fixed calendar. Of course the resulting dates
>>> then have to be eventually translated into Roman-Gregorian dates.
>>>
>>>
>>> ...but they wouldn't h
at begins
>>> on a Monday, probably so that the weekend won't be split in half.)
>>>
>>> The ISO WeekDate Calendar is, as I said, widely used internationally, by
>>> Companies & Governments, for their planning of business & governmental
>>> dates & events. ...makin
*The Minimum-Displacement Leapyear Rule:*
This is a leap-week leapyear-rule.
The common (non-leap) year is 364 days long.
A leapyear is 364 + 7 = 371 days long.
The leapweek is added at the end of the year, becoming part of that year
Epoch: Gregorian January 2, 2017
is this calendar's start, be
business & governmental
>>> dates & events. ...making it easy to plan them in advance once, and then
>>> leave them, because it's a fixed calendar. Of course the resulting dates
>>> then have to be eventually translated into Roman-Gregorian dates.
>>>
>
gt;> Companies & Governments, for their planning of business & governmental
>>> dates & events. ...making it easy to plan them in advance once, and then
>>> leave them, because it's a fixed calendar. Of course the resulting dates
>>> then have t
versations have suggested to me that Nearest-Monday would be
the favorite way to make a fixed calendar.
In fact, with Nearest-Monday, the maximum displacement of dates with
respect to seasons, is barely more than the ideal minimum that could be
achieved by the fanciest leapyear system.
I also propose a fancier, deluxely-adjustable sy
Here are two (unimportant) objections to the Nearest-Monday year-start
system:
1. It's based on the Gregorian leapyear-rule, meaning that it isn't
self-contained & free-standing. Mostly an aesthetic objection, and I don't
consider it important.
2. It inherits certain properties of the Gregorian C
