|
Class Summary |
| DefaultCalendarDate |
A data type that shall be used to identify temporal position within a calendar. |
| DefaultClockTime |
A data type that shall be used to identify a temporal position within a day. |
| DefaultDateAndTime |
Provides a single data type for identifying a temporal position with a resolution
of less than a day. |
| DefaultDuration |
A data type to be used for describing length or distance in the temporal dimension. |
| DefaultInstant |
A zero-dimensional geometric primitive that represents position in time, equivalent to a point
in space. |
| DefaultIntervalLength |
A data type for intervals of time which supports the expression of duration in
terms of a specified multiple of a single unit of time. |
| DefaultJulianDate |
The Julian day numbering system is a temporal coordinate system that has its origin at noon
on 1 January 4713 BCE in the Julian proleptic calendar. |
| DefaultOrdinalPosition |
A data type that shall be used for identifying temporal position within an ordinal
temporal reference system. |
| DefaultPeriod |
A one-dimensional geometric primitive that represent extent in time. |
| DefaultPeriodDuration |
Uses the format specified by ISO 8601 for exchanging information
about the duration of a period. |
| DefaultPosition |
A union class that consists of one of the data types listed as its attributes. |
| DefaultTemporalCoordinate |
A data type that shall be used for identifying temporal position within a temporal coordinate
system. |
| DefaultTemporalGeometricPrimitive |
An abstract class with two subclasses for representing
a temporal instant and a temporal period. |
| DefaultTemporalObject |
Base abstract class for temporal object. |
| DefaultTemporalPosition |
Used for describing temporal positions referenced to other temporal reference systems. |
| DefaultTemporalPrimitive |
An abstract class that represents a non-decomposed element of geometry or topology of time. |
| Utils |
This is a tool class to convert DateTime from ISO8601 to Date object. |