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in-package search v0.2.0

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include module type of struct include CalendarLib.Fcalendar.Precise end

More precise implementation of calendar in which seconds are float.

since 2.0

Datatypes

module Date = CalendarLib.Fcalendar.Precise.Date

Date implementation used by this calendar.

module Time = CalendarLib.Fcalendar.Precise.Time

Time implementation used by this calendar.

type t = CalendarLib.Fcalendar.Precise.t

type day = Date.day =

| Sun
| Mon
| Tue
| Wed
| Thu
| Fri
| Sat
(*
Days of the week.
*)

type month = Date.month =

| Jan
| Feb
| Mar
| Apr
| May
| Jun
| Jul
| Aug
| Sep
| Oct
| Nov
| Dec
(*
Months of the year.
*)

type year = Date.year

Year as an int

type second = Time.second

type field = [

| Date.field
| Time.field

]

The different fields of a calendar.

Constructors

val make : int -> int -> int -> int -> int -> second -> t

make year month day hour minute second makes the calendar "year-month-day; hour-minute-second".

raises D.Out_of_bounds
when a date is outside the Julian period.

raises D.Undefined
when a date belongs to [October 5th, 1582; October 14th, 1582].

val lmake : 
  year:int ->
  ?month:int ->
  ?day:int ->
  ?hour:int ->
  ?minute:int ->
  ?second:second ->
  unit ->
  t

Labelled version of make. The default value of month and day (resp. of hour, minute and second) is 1 (resp. 0).

raises D.Out_of_bounds
when a date is outside the Julian period.

raises D.Undefined
when a date belongs to [October 5th, 1582; October 14th, 1582].

since 1.05

val create : Date.t -> Time.t -> t

create d t creates a calendar from the given date and time.

val now : unit -> t

now () returns the current date and time (in the current time zone).

val from_jd : float -> t

Return the Julian day. More precise than Date.from_jd: the fractional part represents the time.

val from_mjd : float -> t

Return the Modified Julian day. It is Julian day - 2 400 000.5 (more precise than Date.from_mjd).

Conversions

Those functions have the same behaviour as those defined in Time_sig.S.

val convert : t -> CalendarLib.Time_Zone.t -> CalendarLib.Time_Zone.t -> t

see Time_sig.S.html#VALconvert
Time_sig.S.convert

val to_gmt : t -> t

see Time_sig.S.html#VALto_gmt
Time_sig.S.to_gmt

val from_gmt : t -> t

see Time_sig.S.html#VALfrom_gmt
Time_sig.S.from_gmt

Getters

Those functions have the same behavious as those defined in Date_sig.S.

val days_in_month : t -> int

see Date_sig.S.html#VALdays_in_month
Date_sig.S.days_in_month

val day_of_week : t -> day

see Date_sig.S.html#VALdays_of_week
Date_sig.S.days_of_week

val day_of_month : t -> int

see Date_sig.S.html#VALdays_of_month
Date_sig.S.days_of_month

val day_of_year : t -> int

see Date_sig.S.html#VALdays_of_year
Date_sig.S.days_of_year

val week : t -> int

see Date_sig.S.html#VALweek
Date_sig.S.week

val month : t -> month

see Date_sig.S.html#VALmonth
Date_sig.S.month

val year : t -> int

see Date_sig.S.html#VALyear
Date_sig.S.year

to_jd and to_mjd are more precise than Date_sig.S.to_jd and Date_sig.S.to_mjd.

val to_jd : t -> float

val to_mjd : t -> float

Those functions have the same behavious as those defined in Time_sig.S.

val hour : t -> int

see Time_sig.S.html#VALhour
Time_sig.S.hour

val minute : t -> int

see Time_sig.S.html#VALminute
Time_sig.S.minute

val second : t -> second

see Time_sig.S.html#VALsecond
Time_sig.S.second

Calendars are comparable

val equal : t -> t -> bool

Equality function between two calendars.

see Utils.Comparable.html#VALequal
Utils.Comparable.equal.

val compare : t -> t -> int

Comparison function between two calendars.

see Utils.Comparable.html#VALcompare
Utils.Comparable.compare.

val hash : t -> int

Hash function for calendars.

see Utils.Comparable.html#VALhash
Utils.Comparable.hash.

since 2.0

Those functions have the same behavious as those defined in Date_sig.S.

val is_leap_day : t -> bool

see Date_sig.S.html#VALis_leap_day
Date_sig.S.is_leap_day

val is_gregorian : t -> bool

see Date_sig.S.html#VALis_gregorian
Date_sig.S.is_gregorian

val is_julian : t -> bool

see Date_sig.S.html#VALis_julian
Date_sig.S.is_julian

Those functions have the same behavious as those defined in Time_sig.S.

val is_pm : t -> bool

see Time_sig.S.html#VALis_pm
Time_sig.S.is_pm

val is_am : t -> bool

see Time_sig.S.html#VALis_am
Time_sig.S.is_am

Coercions

val to_unixtm : t -> Unix.tm

Convert a calendar into the unix.tm type. The field isdst is always false. More precise than Date_sig.S.to_unixtm.

since 1.01

val from_unixtm : Unix.tm -> t

Inverse of to_unixtm. Assumes the current time zone. So, The following invariant holds: hour (from_unixtm u) = u.Unix.tm_hour.

since 1.01

val to_unixfloat : t -> float

Convert a calendar to a float such than to_unixfloat (make 1970 1 1 0 0 0) returns 0.0 at UTC. So such a float is convertible with those of the module Unix. More precise than Date_sig.S.to_unixfloat.

since 1.01

val from_unixfloat : float -> t

Inverse of to_unixfloat. Assumes the current time zone. So, the following invariant holds: hour (from_unixfloat u) = (Unix.gmtime u).Unix.tm_hour.