ParaMonte Fortran 2.0.0
Parallel Monte Carlo and Machine Learning Library
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Data Types | |
interface | pm_dateTime::dateTimeInt_type |
This is the derived type containing the components of a numeric date and time in the Gregorian calendar. More... | |
interface | pm_dateTime::dateTimeStr_type |
This is the derived type containing the string components that contain numeric date and time in the Gregorian calendar. More... | |
type | pm_dateTime::timeZone_type |
This is the derived type for generating object parameters containing a list of time zones and their representative abbreviations. More... | |
interface | pm_dateTime::getZoneAbbr |
Generate and return the time zone abbreviation corresponding to the current local time or the specified zone in minutes. More... | |
interface | pm_dateTime::getHour12 |
Generate and return the current 12-hour-clock local hour of the current day of the Gregorian calendar. More... | |
interface | pm_dateTime::getJulianDay |
Generate and return the Julian Date (Julian Day Number JDN + the fractional part of the day) from the input [year, month, day, zone, hour, minute, second, millisecond] of the Gregorian calendar date. More... | |
interface | pm_dateTime::getDateTimeShifted |
Generate and return the current or the requested Gregorian date and time shifted by the specified amount in units of days. More... | |
interface | pm_dateTime::getDateTimeDiff |
Generate and return the calendarical difference in days between the two input Gregorian dates octuples (Values1(:) - Values2(:)). More... | |
interface | pm_dateTime::getDateTimeUTC |
Generate and return the current or the requested date and time converted to the corresponding Coordinated Universal Time (UTC) as an integer-valued array of size 8 . More... | |
interface | pm_dateTime::getDateTimeNewZone |
Generate and return the current or the requested date and time in the requested time zone newzone (in units of minutes) as an integer-valued array of size 8 .More... | |
interface | pm_dateTime::getDateTime |
Generate and return the current or the requested date and time as an integer-valued array of size 8 or a formatted string.More... | |
interface | pm_dateTime::getWeekDate |
Generate and return the ISO 8601 Week Date triple [week year, week number, week day] corresponding to the input Gregorian date and time values(1:3) or (year, month, day) triple. More... | |
interface | pm_dateTime::getWeekYear |
Generate and return the week year corresponding to the ISO 8601 Week Date triple [week year, week number, week day] equivalent of the input Gregorian date and time values(1:3) or (year, month, day) triple. More... | |
interface | pm_dateTime::isValidDateTime |
Generate and return .true. if the input date and time values(:) or (year, month, day, zone, hour, second, millisecond) octuple corresponds to a valid Gregorian Calendar date and time. More... | |
interface | pm_dateTime::isLastDayInMonth |
Generate and return .true. if the input date (year , month , day ) triple corresponds to the last day of a Gregorian Calendar month. More... | |
interface | pm_dateTime::getDateAfter |
Generate and return the date in the Gregorian Calendar that appears after the input date. More... | |
interface | pm_dateTime::getDateBefore |
Generate and return the date in the Gregorian Calendar that appears before the input date. More... | |
interface | pm_dateTime::getOrdinalDay |
Generate and return the ordinal day, also knowns as Day of Year (DOY), i.e., the number of days since the beginning of the input year until and including the input Gregorian Calendar date [year, month, day] .More... | |
interface | pm_dateTime::getWeekNumber |
Generate and return the Week Number, i.e., the number of weeks of the input year until and including the week containing the specified input Gregorian date. More... | |
interface | pm_dateTime::getWeekDay |
Generate and return the day number of the week of a Gregorian Calendar date, assuming Sunday is the zeroth day of the week. If there is no input argument, then the current day number of the week is returned. More... | |
interface | pm_dateTime::getWeekDayISO |
Generate and return the day number of the week of a Gregorian Calendar date, assuming Monday is the first day of the week. If there is no input argument, then the current day number of the week is returned. More... | |
interface | pm_dateTime::getCountDays |
Generate and return the total number of days in the specified year or the month of the year of the Gregorian calendar. More... | |
interface | pm_dateTime::getCountWeeks |
Generate and return the number of weeks in the specified year or the month of the year of the Gregorian calendar whose majority of days fall within the specified year or month. More... | |
interface | pm_dateTime::getCountLeapYears |
Generate and return the number of leap years within the closed year interval [since, until] where since represents the origin year, and until represents a later year after since . More... | |
interface | pm_dateTime::isMorning |
Generate and return .true. if the hour in the current or the input time zone (-720 : +840) is Ante Meridiem (before noon). More... | |
interface | pm_dateTime::isValidZone |
Generate and return .true. is the input time zone zone in units of minutes is valid (i.e., -12 * 60 <= zone <= +14 * 60 ).More... | |
Modules | |
module | pm_dateTime |
This module contains classes and procedures for computing, manipulating, and styling dates and times. | |
Functions/Subroutines | |
type(dateTimeInt_type) function | pm_dateTime::dateTimeInt_typer () |
This is the constructor of the dateTimeInt_type class. More... | |
integer(IK) function, dimension(8) | pm_dateTime::getDateTimeIntValues (self) |
Generate and return an integer vector of length 8 containing all component values of the parent object of type dateTimeInt_type. More... | |
type(dateTimeStr_type) function | pm_dateTime::dateTimeStr_typer () |
This is the constructor of the dateTimeStr_type class. More... | |
pure elemental logical(LK) function | pm_dateTime::isLeapYear (year) |
Generate and return .true. if the input year is a leap year. More... | |
integer(IK) function | pm_dateTime::getMillisecond () |
Generate and return the current millisecond of the current second of the current minute of the local hour of the current day of the Gregorian calendar. More... | |
integer(IK) function | pm_dateTime::getSecond () |
Generate and return the current second of the current minute of the local hour of the current day of the Gregorian calendar. More... | |
integer(IK) function | pm_dateTime::getMinute () |
Generate and return the current minute of the local hour of the current day of the Gregorian calendar. More... | |
impure elemental integer(IKG) function | pm_dateTime::getHour (zone) |
Generate and return the current local hour of the current day of the Gregorian calendar, or the hour at the specified time zone zone in minutes. More... | |
integer(IK) function | pm_dateTime::getZone () |
Generate and return the local time difference in minutes with respect to the Coordinated Universal Time (UTC). More... | |
integer(IK) function | pm_dateTime::getDay () |
Generate and return the current day of the Gregorian calendar. More... | |
integer(IK) function | pm_dateTime::getMonth () |
Generate and return the current month of the Gregorian calendar. More... | |
integer(IK) function | pm_dateTime::getYear () |
Generate and return the current year of the Gregorian calendar. More... | |
Variables | |
character(*, SK), parameter | pm_dateTime::MODULE_NAME = "@pm_dateTime" |
integer(IK), parameter | pm_dateTime::ZONE_MIN = -12_IK * 60_IK |
The scalar constant of default integer kind IK representing the current minimum existing time zone value in the work in units of minutes. More... | |
integer(IK), parameter | pm_dateTime::ZONE_MAX = +14_IK * 60_IK |
The scalar constant of default integer kind IK representing the current maximum existing time zone value in the work in units of minutes. More... | |
integer(IK), dimension(8), parameter | pm_dateTime::ORIGIN = [integer(IK) :: 1, 1, 1, 0, 0, 0, 0, 0] |
The constant vector of size 8 of type integer of default kind IK containing origin of the Gregorian calendar in the same format as returned by the values argument of the Fortran intrinsic date_and_time() . More... | |
character(9, SK), dimension(0:6), parameter | pm_dateTime::WEEKDAY_NAME = [ "Sunday " , "Monday " , "Tuesday " , "Wednesday" , "Thursday " , "Friday " , "Saturday " ] |
The character constant vector of shape (0:6) of length type parameter 9 containing the names of the days of a week assuming Sunday as the zeroth day of the week. More... | |
character(9, SK), dimension(1:7), parameter | pm_dateTime::WEEKDAY_NAME_ISO = [ "Monday " , "Tuesday " , "Wednesday" , "Thursday " , "Friday " , "Saturday " , "Sunday " ] |
The character constant vector of size 7 of length type parameter 9 containing the names of the days of a week. More... | |
character(*, SK), dimension(12), parameter | pm_dateTime::MONTH_NAME = [ "January " , "February " , "March " , "April " , "May " , "June " , "July " , "August " , "September" , "October " , "November " , "December " ] |
The character constant vector of size 12 of length type-parameter 9 , containing full names of the months of the Gregorian calendar. More... | |
integer(IK), dimension(12), parameter | pm_dateTime::DAYS_OF_MONTH = [integer(IK) :: 31, 28, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31] |
The integer constant vector of size 12 containing number of days in each month of a common (non-leap) year of the Gregorian calendar. More... | |
integer(IK), dimension(12), parameter | pm_dateTime::DAYS_OF_MONTH_LEAP = [integer(IK) :: 31, 29, 31, 30, 31, 30, 31, 31, 30, 31, 30, 31] |
The integer constant vector of size 12 containing number of days in each month of a leap year of the Gregorian calendar. More... | |
integer(IK), parameter | pm_dateTime::SECONDS_PER_DAY = 86400_IK |
The constant scalar of type integer of kind IK containing the number of seconds per day. More... | |
integer(IK), parameter | pm_dateTime::MINUTES_PER_DAY = 1440_IK |
The constant scalar of type integer of kind IK containing the number of minutes per day. More... | |
real(RK), parameter | pm_dateTime::MEAN_DAYS_PER_MONTH = 0.25_RK * (0.25_RK * sum(DAYS_OF_MONTH) + sum(DAYS_OF_MONTH_LEAP) / 12._RK) |
The constant scalar of type real of default kind RK containing the average number of days per month. More... | |
real(RK), parameter | pm_dateTime::MEAN_WEEKS_PER_MONTH = MEAN_DAYS_PER_MONTH / 7._RK |
The constant scalar of type real of default kind RK containing the approximate (rounded) average number of weeks per month. More... | |
real(RK), parameter | pm_dateTime::MEAN_HOURS_PER_MONTH = 24_IK * MEAN_DAYS_PER_MONTH |
The constant scalar of type real of default kind RK containing the average number of hours per month. More... | |
real(RK), parameter | pm_dateTime::MEAN_MINUTES_PER_MONTH = 60_IK * MEAN_HOURS_PER_MONTH |
The constant scalar of type real of default kind RK containing the average number of minutes per month. More... | |
real(RK), parameter | pm_dateTime::MEAN_SECONDS_PER_MONTH = 60_IK * MEAN_MINUTES_PER_MONTH |
The constant scalar of type real of default kind RK containing the average number of seconds per month. More... | |
real(RK), parameter | pm_dateTime::MEAN_DAYS_PER_YEAR = 0.25_RK * (3 * 365 + 366) |
The constant scalar of type real of default kind RK containing the average number of days per year. More... | |
real(RK), parameter | pm_dateTime::MEAN_WEEKS_PER_YEAR = MEAN_DAYS_PER_YEAR / 7._RK |
The constant scalar of type real of default kind RK containing the approximate (rounded) average number of weeks per year. More... | |
real(RK), parameter | pm_dateTime::MEAN_HOURS_PER_YEAR = 24_IK * MEAN_DAYS_PER_YEAR |
The constant scalar of type real of default kind RK containing the average number of hours per year. More... | |
real(RK), parameter | pm_dateTime::MEAN_MINUTES_PER_YEAR = 60_IK * MEAN_HOURS_PER_YEAR |
The constant scalar of type real of default kind RK containing the average number of minutes per year. More... | |
real(RK), parameter | pm_dateTime::MEAN_SECONDS_PER_YEAR = 60_IK * MEAN_MINUTES_PER_YEAR |
The constant scalar of type real of default kind RK containing the average number of seconds per year. More... | |
type(timeZone_type), parameter | pm_dateTime::timeZone = timeZone_type() |
This is an object parameter of type timeZone_type containing a list of time zones and their representative abbreviations. More... | |