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inweek ( '2006-01-12', '2006-01-20', 0 ) returns false
inweek ( '2006-01-12', '2006-01-14', -1 ) returns false
inweek ( '2006-01-07', '2006-01-14', -1 ) returns true
inweek ( '2006-01-12', '2006-01-09', 0, 3 ) returns false
InWeekToDate (date, basedate , shift [, weekstart])
Examples:
returns true if date lies inside the part of week containing basedate up until and including the last
millisecond of basedate. The week can be offset by shift. Shift is an integer, where the value 0 indicates
the week which contains basedate. Negative values in shift indicate preceding weeks and positive
values indicate succeeding weeks. If you want to work with weeks not starting midnight
between Sunday and Monday, indicate an offset in days in weekstart. This may be given as a real
number indicating days and/or fractions of a day.
inweektodate ( '2006-01-12', '2006-01-12', 0 ) returns true
inweektodate ( '2006-01-12', '2006-01-11', 0 ) returns false
inweektodate ( '2006-01-12', '2006-01-05', -1 ) returns false
InLunarWeek (date, basedate , shift [, weekstart])
Examples:
returns true if date lies inside the lunar week (consecutive 7 day periods starting on January 1st each
year) containing basedate. The lunar week can be offset by shift. Shift is an integer, where the value
0 indicates the lunar week which contains basedate. Negative values in shift indicate preceding lunar
weeks and positive values indicate succeeding lunar weeks. If you want to work with an offset for
the start of the lunar weeks, indicate an offset in days in weekstart. This may be given as a real
number indicating days and/or fractions of a day.
inlunarweek ( '2006-01-12', '2006-01-14', 0 ) returns true
inlunarweek ( '2006-01-12', '2006-01-20', 0 ) returns false
inlunarweek ( '2006-01-12', '2006-01-14', -1 ) returns false
inlunarweek ( '2006-01-07', '2006-01-14', -1 ) returns true
inlunarweek ( '2006-01-11', '2006-01-08', 0, 3 ) returns false
InLunarWeekToDate (date, basedate , shift [, weekstart])
Examples:
returns true if date lies inside the part of lunar week (consecutive 7 day periods starting on January
1st each year) containing basedate up until and including the last millisecond of basedate. The lunar
week can be offset by shift. Shift is an integer, where the value 0 indicates the lunar week which contains
basedate. Negative values in shift indicate preceding lunar weeks and positive values indicate
succeeding lunar weeks. If you want to work with an offset for the start of the lunar weeks, indicate
an offset in days in weekstart. This may be given as a real number indicating days and/or fractions of
a day.
inlunarweektodate ( '2006-01-12', '2006-01-12', 0 ) returns true
inlunarweektodate ( '2006-01-12', '2006-01-11', 0 ) returns false
inlunarweektodate ( '2006-01-12', '2006-01-05', 1 ) returns true
InDay (timestamp, basetimestamp , shift [, daystart])
returns true if timestamp lies inside the day containing basetimestamp. The day can be offset by shift.
Shift is an integer, where the value 0 indicates the day which contains basetimestamp. Negative
values in shift indicate preceding days and positive values indicate succeeding days. If you want to
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