Uses of Interface
net.time4j.base.GregorianDate

Packages that use GregorianDate

Package	Description
net.time4j	The main package contains four basic types of ISO-8601, namely PlainDate, PlainTime, PlainTimestamp and Moment.
net.time4j.base	Abstract minimum interface of Time4J.
net.time4j.range	Interval support.
net.time4j.scale	This package handles the UTC timeline (Corrected Universal Time) and other time scales.
net.time4j.tz	General timezone-API.

Uses of GregorianDate in net.time4j

Classes in net.time4j that implement GregorianDate

Modifier and Type	Class and Description
class	PlainDate Represents a plain calendar date in conformance to ISO-8601-standard using the gregorian calendar rules for all times.
class	PlainTimestamp Represents a plain composition of calendar date and wall time as defined in ISO-8601, but without any timezone.

Methods in net.time4j that return types with arguments of type GregorianDate

Modifier and Type	Method and Description
ChronoCondition<GregorianDate>	Weekmodel.weekend() Defines a chronological condition if a date matches a weekend.

Methods in net.time4j with parameters of type GregorianDate

Modifier and Type	Method and Description
static PlainDate	PlainDate.from(GregorianDate date) Common conversion method for proleptic gregorian dates.
static AnnualDate	AnnualDate.from(GregorianDate date) Converts given gregorian date to an annual date.
boolean	Weekday.test(GregorianDate context)
boolean	Quarter.test(GregorianDate context)
boolean	Month.test(GregorianDate context)

Uses of GregorianDate in net.time4j.base

Methods in net.time4j.base with parameters of type GregorianDate

Modifier and Type	Method and Description
static long	GregorianMath.toMJD(GregorianDate date) Calculates the modified Julian date.

Uses of GregorianDate in net.time4j.range

Methods in net.time4j.range with parameters of type GregorianDate

Modifier and Type	Method and Description
static CalendarYear	CalendarYear.from(GregorianDate date) Converts given gregorian date to a calendar year.
static CalendarWeek	CalendarWeek.from(GregorianDate date) Converts given gregorian date to a calendar week.
static CalendarQuarter	CalendarQuarter.from(GregorianDate date) Converts given gregorian date to a quarter year.
static CalendarMonth	CalendarMonth.from(GregorianDate date) Converts given gregorian date to a calendar month.

Uses of GregorianDate in net.time4j.scale

Methods in net.time4j.scale that return GregorianDate

Modifier and Type	Method and Description
GregorianDate	LeapSecondEvent.getDate() Returns the date of leapsecond introduction.
GregorianDate	LeapSecondProvider.getDateOfEvent(int year, int month, int dayOfMonth) Creates the date of a leap second event.
GregorianDate	LeapSeconds.getDateOfExpiration() Determines the expiration date of underlying data.
GregorianDate	LeapSecondProvider.getDateOfExpiration() Determines the expiration date of underlying data.

Methods in net.time4j.scale that return types with arguments of type GregorianDate

Modifier and Type	Method and Description
Map<GregorianDate,Integer>	LeapSecondProvider.getLeapSecondTable() Yields all UTC-leapseconds with date and sign.

Methods in net.time4j.scale with parameters of type GregorianDate

Modifier and Type	Method and Description
static double	TimeScale.deltaT(GregorianDate date) Estimates the delta between TT and UT1 in decimal seconds depending on given date.
int	LeapSeconds.getShift(GregorianDate date) Yields the shift in seconds suitable for the last minute of given calendar date.

Uses of GregorianDate in net.time4j.tz

Methods in net.time4j.tz with parameters of type GregorianDate

Modifier and Type	Method and Description
default Optional<ZonalTransition>	TransitionHistory.findConflictTransition(GregorianDate localDate, WallTime localTime) Returns the conflict transition where given local timestamp falls either in a gap or in an overlap on the local timeline.
ZonalTransition	TransitionHistory.getConflictTransition(GregorianDate localDate, WallTime localTime) Returns the conflict transition where given local timestamp falls either in a gap or in an overlap on the local timeline.
abstract ZonalOffset	Timezone.getOffset(GregorianDate localDate, WallTime localTime) Calculates the offset for given local timestamp.
ZonalOffset	TransitionStrategy.getOffset(GregorianDate localDate, WallTime localTime, Timezone timezone) Calculates a suitable offset for given local timestamp.
List<ZonalOffset>	TransitionHistory.getValidOffsets(GregorianDate localDate, WallTime localTime) Determines the suitable offsets at given local timestamp..
abstract boolean	Timezone.isInvalid(GregorianDate localDate, WallTime localTime) Evaluates if given local timestamp is invalid due to a gap on the local timeline.
long	TransitionStrategy.resolve(GregorianDate localDate, WallTime localTime, Timezone timezone) Calculates a suitable global timestamp for given local timestamp.