Uses of Class
net.agmodel.physical.Duration

Packages that use Duration

net.agmodel.metBroker
net.agmodel.metDriver	Contains driver classes that MetBroker uses to connect to databases, and the interfaces they implement.
net.agmodel.physical	Contains classes representing basic physical quanties, units, unit conversions, and mathematical operations.
net.agmodel.pPhysical	Contains persistent versions of some classes from the net.agmodel.physical package.
net.agmodel.spatialschema
net.agmodel.utility	Contains utility classes, useful in a range of applications.
net.agmodel.weatherData	Contains interface classes for MetBroker client applications.

Uses of Duration in net.agmodel.metBroker

Methods in net.agmodel.metBroker that return Duration

Duration	ServerStationImpl.getShortestResolution()
Duration	MetCatalogCard.getResolution()

Methods in net.agmodel.metBroker with parameters of type Duration

void	ServerStationImpl.recordElementStatus(MetElement element, Duration resolution, Period period, boolean status) Record that a station measured or didn't measure an element at a particular resolution over a period.
boolean	ServerStationImpl.metCatalogCardExists(MetElement element, Duration resolution) Check whether a station has ever recorded an element at a particular resolution.
boolean	ServerStationImpl.checkMetElementCatalog(MetElement element, Duration resolution, Period period) Check whether a station has recorded an element at a particular resolution over the period.
void	ServerStationImpl.setShortestResolution(Duration shortestResolution)
void	MetSourceImpl.recordElementStatus(String stationID, MetElement element, Duration resolution, Period period, boolean status)
void	MetSourceImpl.recordMultipleElementStatus(String stationID, MetElement[] elements, Duration[] resolutions, Period period, boolean status)
boolean	MetSourceImpl.checkElementCatalog(String stationID, MetElement element, Duration resolution, Period period)
boolean	MetSourceImpl.checkCatalog(String clientSessionName, String stationID, MetElement element, Duration resolution, Period period)
void	MetSourceImpl.processSequence(MetElement element, MetSequence sequence, MetRequest request, Duration queryResolution, StationDataSetImpl result)

Constructors in net.agmodel.metBroker with parameters of type Duration

MetSourceImpl(String ID, MetBrokerImpl broker, MultilingualString sourceName, GeographicalArea coverage, int loginRequirements, String systemUsercode, String systemPassword, String driverName, String suggestedTimeZone, float suggestedDailyOffset, Duration shortestResolution, Duration longestResolution, Duration timeliness, boolean rebuildRequired, String fromStation, GeographicalArea defaultDisplayArea, BrokerConfigDataSource source)
Creates an object responsible for managing the metadata associated with a database, and spawning driver instances.

Uses of Duration in net.agmodel.metDriver

Methods in net.agmodel.metDriver with parameters of type Duration

void	MetSourceForDrivers.recordElementStatus(String stationID, MetElement element, Duration resolution, Period period, boolean status) Record that a station measured or didn't measure an element at a particular resolution over a period.
void	MetSourceForDrivers.recordMultipleElementStatus(String stationID, MetElement[] elements, Duration[] resolutions, Period period, boolean status) Record that a station measured or didn't measure a set of elements at a particular resolution over a period.
boolean	MetSourceForDrivers.checkElementCatalog(String stationID, MetElement element, Duration resolution, Period period)
void	MetSourceForDrivers.processSequence(MetElement element, MetSequence sequence, MetRequest request, Duration queryResolution, StationDataSetImpl result) Adds the supplied sequence into the supplied result set, summarising it if necessary. If the sequence is null the source metadata is updated to reflect the absence of any data.

Uses of Duration in net.agmodel.physical

Fields in net.agmodel.physical declared as Duration

static Duration	Duration.ONE_MILLISECOND
static Duration	Duration.ONE_SECOND
static Duration	Duration.ONE_MINUTE
static Duration	Duration.TEN_MINUTES
static Duration	Duration.TWELVE_MINUTES
static Duration	Duration.QUARTER_HOUR
static Duration	Duration.HALF_HOUR
static Duration	Duration.ONE_HOUR
static Duration	Duration.ONE_DAY
static Duration	Duration.ONE_MONTH
static Duration	Duration.ONE_YEAR

Methods in net.agmodel.physical that return Duration

Duration	SummaryHistoryElement.getResolution() Get the temporal resolution (eg hourly or daily) of this element
Duration	StoreImpl.getResolution()
Duration	StoreImpl.getCurrentResolution()
Duration	Sequence.getCurrentResolution() Deprecated. use getResolution() instead
Duration	Sequence.getResolution() Returns the current resolution of data in the sequence (eg daily);
static Duration	Interval.getDuration(Date a, Date b) Gets the duration between two dates, regardless of their order
Duration	Interval.getDuration() Gets the period duration
Duration	GeneralSequenceImpl.getCurrentResolution()
Duration	GeneralSequenceImpl.getResolution()
Duration	GeneralSequenceImpl.getMaximumTemporalInterpolation() Returns the longest data gap over which values can be temporally interpolated
Duration	Frequency.inverse() Returns the Duration period corresponding to this frequency.
Duration	Duration.add(Duration x) Returns a Duration whose value is (this + x).
Duration	Duration.subtract(Duration x) Returns a Duration whose value is (this - x).
Duration	Duration.multiply(double coefficient) Returns a Duration whose value is (this * coefficient).
Duration	Duration.divide(double coefficient) Returns a Duration whose value is (this / coefficient).
static Duration	Duration.lookup(String name)
Duration	DataSetImpl.getResolution() Gets the resolution of the station data set
Duration	DataSet.getResolution() Gets the resolution of the data set
Duration	CompoundSequence.getMaximumTemporalInterpolation() Returns the longest data gap over which values can be temporally interpolated

Methods in net.agmodel.physical with parameters of type Duration

Store	StoreImpl.totalStore(Duration newResolution)
Store	StoreImpl.totalStore(Duration newResolution, String newName)
Store	StoreImpl.averageStore(Duration newResolution)
Store	StoreImpl.averageStore(Duration newResolution, String newName)
Store	StoreImpl.minimumStore(Duration newResolution)
Store	StoreImpl.minimumStore(Duration newResolution, String newName)
Store	StoreImpl.maximumStore(Duration newResolution)
Store	StoreImpl.maximumStore(Duration newResolution, String newName)
Store	StoreImpl.sampleStore(Duration newResolution)
Store	StoreImpl.sampleStore(Duration newResolution, String newName)
Store	Store.totalStore(Duration newResolution) Creates a new store with data totalled to a lower temporal resolution.
Store	Store.totalStore(Duration newResolution, String newName) Creates a new store with data totalled to a lower temporal resolution.
Store	Store.averageStore(Duration newResolution) Creates a new store with data averaged to a lower temporal resolution.
Store	Store.averageStore(Duration newResolution, String newName) Creates a new store with data averaged to a lower temporal resolution.
Store	Store.minimumStore(Duration newResolution) Creates a new store containing data summarised by finding the minimum of each subrange.
Store	Store.minimumStore(Duration newResolution, String newName) Creates a new store containing data summarised by finding the minimum of each subrange.
Store	Store.maximumStore(Duration newResolution) Creates a new store containing data summarised by finding the maximum of each subrange.
Store	Store.maximumStore(Duration newResolution, String newName) Creates a new store containing data summarised by finding the maximum of each subrange.
Store	Store.sampleStore(Duration newResolution) Creates a new store with data sampled to a lower temporal resolution.
Store	Store.sampleStore(Duration newResolution, String newName) Creates a new store with data sampled to a lower temporal resolution.
Length	Speed.multiply(Duration d) Returns a Length whose value is (this * d).
Acceleration	Speed.divide(Duration d) Returns an Acceleration whose value is (this / d).
void	MutableInterval.set(Duration duration, Date end) Sets interval from an end date and duration
void	MutableInterval.set(Date start, Duration duration) Sets interval from an end date and duration
Speed	Length.divide(Duration d) Returns a Speed whose value is (this / d).
double	Interval.containsTimeQuantities(Duration small) Gets the number of Durations in the Interval eg the interval midnight Jan 1, 1999 to midnight Jan 1, 2000 contains 365 subintervals of duration 1 day.
void	GeneralSequenceImpl.setTemporalInterpolation(Duration maximumTemporalInterpolation) Sets the longest data gap over which values can be temporally interpolated.
Duration	Duration.add(Duration x) Returns a Duration whose value is (this + x).
Duration	Duration.subtract(Duration x) Returns a Duration whose value is (this - x).
int	Duration.compareTo(Duration x) Compares this Duration with the specified Duration.
double	Duration.dividedBy(Duration another) Returns the ratio this/another
void	CompoundSequence.setTemporalInterpolation(Duration maximumTemporalInterpolation) Sets the longest data gap over which values can be temporally interpolated.
Speed	Acceleration.multiply(Duration d) Returns a Speed whose value is (this * d).

Constructors in net.agmodel.physical with parameters of type Duration

SummaryHistoryElement(Duration resolution, SummaryKind resultOf)
Create a new summary element.

Proportion(Duration numerator, Duration denominator)

Period(Duration duration, Date anEnd)
Constructs a Period from a duration and an ending Date

Period(Date aStart, Duration duration)
Constructs a Period from an starting Date and a duration

MutableInterval(Duration duration, Date end)
Creates a MutableInterval from a duration and ending time.

MutableInterval(Date start, Duration duration)
Creates a MutableInterval from a starting time and duration.

Interval(Duration duration, Date end)
Creates an interval from a duration and ending time.

Interval(Date start, Duration duration)
Creates an interval from a starting time and duration.

DataSetImpl(Interval interval, Duration resolution)

Uses of Duration in net.agmodel.pPhysical

Methods in net.agmodel.pPhysical that return Duration

Duration

PDuration.getDuration()

Constructors in net.agmodel.pPhysical with parameters of type Duration

PPeriod(Duration duration, Date anEnd)
Constructs a Period from a duration and an ending Date

PPeriod(Date aStart, Duration duration)
Constructs a Period from an starting Date and a duration

PDuration(Duration duration)

Uses of Duration in net.agmodel.spatialschema

Methods in net.agmodel.spatialschema that return Duration

static Duration

TypeMapping.unmapPhysicalQuantity(PhysicalQuantity dur)

Uses of Duration in net.agmodel.utility

Methods in net.agmodel.utility that return Duration

Duration

Stopwatch.getElapsedTime() Get the elapsed time in milliseconds.

Uses of Duration in net.agmodel.weatherData

Methods in net.agmodel.weatherData that return Duration

Duration	WeatherStation.getShortestResolution()
Duration	StationDataSetImpl.getServerProcessingTime()
Duration	StationDataSet.getServerProcessingTime() Get the elapsed time taken by MetBroker and various databases to handle the request.\ This lumps together MetBroker's processing time (usually minimal), query processing on data sources (variable) and transmission time of data from the data source to MetBroker (often the slowest step).
Duration	MetSourceDetail.getShortestResolution()
Duration	MetSourceDetail.getLongestResolution()
Duration	MetRequest.getElapsedTime() Returns the elapsed time since the last call to setProcessingCommenced. Called by MetBroker just before it returns the query results. Normally client applications would use StationDataSet.getServerProcessingTime().
Duration	MetDuration.getDuration(Duration shortestAvailable) Maps this metDuration to the appropriate Duration. If monthly, duration is ONE_MONTH if daily, duration is ONE_DAY if hourly, duration is ONE_HOUR else duration is shortestAvailable;

Methods in net.agmodel.weatherData with parameters of type Duration

WindProfileImpl	WindProfileImpl.average(Duration newResolution) Creates a new wind profile sequence, averaging winds to a lower resolution.
MetSequence	WindProfileImpl.summarize(Duration longerResolution)
WindImpl	WindImpl.average(Duration newResolution) Creates a new wind sequence, averaging wind to a lower resolution.
MetSequence	WindImpl.summarize(Duration longerResolution)
RHImpl	WetDryImpl.average(Duration newResolution) Creates a new sequence containing calculated humidities averaged to a lower resolution.
MetSequence	WetDryImpl.summarize(Duration longerResolution)
WaterTempSingleImpl	WaterTempSingleImpl.average(Duration newResolution) Creates a new temperature sequence, averaging temperature to a lower resolution.
MetSequence	WaterTempSingleImpl.summarize(Duration longerResolution)
SunshineImpl	SunshineImpl.total(Duration newResolution) Creates a new sunshine hours sequence, totalling sunshine hours to a lower resolution.
MetSequence	SunshineImpl.summarize(Duration longerResolution)
void	StationDataSetImpl.setProcessingTime(Duration processingTime) Used by MetBroker to record the duration of processing time
SolarRadiationImpl	SolarRadiationImpl.average(Duration newResolution) Creates a new solar radiation sequence, averaging to a lower resolution.
MetSequence	SolarRadiationImpl.summarize(Duration longerResolution)
MetSequence	SoilTemperatureImpl.summarize(Duration longerResolution) Returns the average of the sequence.
SoilTemperatureImpl	SoilTemperatureImpl.average(Duration newResolution) Creates a new set of soil temperatures, averaging temperatures to a lower resolution.
RHImpl	RHImpl.average(Duration newResolution) Creates a new RH sequence, averaging RH to a lower resolution.
MetSequence	RHImpl.summarize(Duration longerResolution)
RainImpl	RainImpl.total(Duration newResolution) Creates a new rainfall sequence, totalling rainfall to a lower resolution.
MetSequence	RainImpl.summarize(Duration longerResolution)
MetSequence	MetSequence.summarize(Duration longerResolution) Creates a lower resolution sequence which summarizes this sequence
static MetDuration	MetDuration.categoriseDuration(Duration input) Maps the input duration to the nearest MetDuration. If input < 1 hour, MetDuration is sub_hourly if input < 1 day, MetDuration is hourly if input < 1 month, MetDuration is daily else MetDuration is monthly
Duration	MetDuration.getDuration(Duration shortestAvailable) Maps this metDuration to the appropriate Duration. If monthly, duration is ONE_MONTH if daily, duration is ONE_DAY if hourly, duration is ONE_HOUR else duration is shortestAvailable;
LeafWetnessSingleImpl	LeafWetnessSingleImpl.average(Duration newResolution) Creates a new leaf wetness sequence, averaging to a lower resolution.
MetSequence	LeafWetnessSingleImpl.summarize(Duration longerResolution)
LeafWetnessMultiImpl	LeafWetnessMultiImpl.average(Duration newResolution) Creates a new leaf wetness sequence, averaging to a lower resolution.
MetSequence	LeafWetnessMultiImpl.summarize(Duration longerResolution)
AirTempSingleImpl	AirTempSingleImpl.average(Duration newResolution) Creates a new temperature sequence, averaging temperature to a lower resolution.
AirTempMaxMinMeanImpl	AirTempSingleImpl.averageAndExtrema(Duration newResolution) Creates a new temperature sequence, averaging temperature to a lower resolution.
MetSequence	AirTempSingleImpl.summarize(Duration longerResolution)
AirTempMultiImpl	AirTempMultiImpl.average(Duration newResolution) Creates a new air temperature sequence, averaging to a lower resolution.
MetSequence	AirTempMultiImpl.summarize(Duration longerResolution)
AirTempMaxMinMeanImpl	AirTempMaxMinMeanImpl.average(Duration longerResolution)
MetSequence	AirTempMaxMinMeanImpl.summarize(Duration longerResolution) Returns the result of the average method
AirTempMaxMinImpl	AirTempMaxMinImpl.average(Duration longerResolution)
MetSequence	AirTempMaxMinImpl.summarize(Duration longerResolution) Returns the result of the average method

Constructors in net.agmodel.weatherData with parameters of type Duration

WeatherStation(String metSourceID, String metSourceName, String stationID, String placeName, Location location, Period operational, Duration shortestResolution)
Creates a new WeatherStation object

WeatherStation(String metSourceID, String metSourceName, String regionID, String regionName, String stationID, String placeName, Location location, Period operational, Duration shortestResolution)
Creates a new WeatherStation object

WeatherStation(String metSourceID, String metSourceName, String regionID, String regionName, String stationID, String placeName, Location location, Period operational, Duration shortestResolution, boolean[][] catalog)
Creates a new WeatherStation object

WeatherStation(String regionID, String regionName, String stationID, String placeName, Location location, Period operational, Duration shortestResolution, boolean[][] catalog)
Creates a new WeatherStation object in situations where the metSourceDetails are not available

WeatherStation(String stationID, String placeName, Location location, Period operational, Duration shortestResolution, boolean[][] catalog)
Creates a new WeatherStation object in situations where the metSourceDetails are not available and the station isn't part of a region

StationDataSetImpl(String metSourceID, WeatherStation station, Interval interval, Duration resolution)
Creates a data set without any data in it.

MetSourceDetail(String ID, String sourceName, GeographicalArea coverage, int loginRequirements, String suggestedTimeZone, float suggestedDailyOffset, Period operational, Duration shortestResolution, Duration longestResolution)