Index (MetBroker Driver Developer API javadoc)

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A

ACRE - Static variable in class net.agmodel.physical.Area: Used to specify acre unit.
AIRTEMPERATURE - Static variable in class net.agmodel.weatherData.MetElement
ALREADYLOGGEDIN - Static variable in class net.agmodel.genericBroker.GenericBrokerHTTP: call GenericBrokerRMI.alreadyLoggedIn(String, String)
AMEDAS - Static variable in interface net.agmodel.weatherData.MetBroker: Deprecated. Use listMetSourceDetails and then MetSourceDetail.getID()
ARE - Static variable in class net.agmodel.physical.Area: Used to specify are unit.
AVERAGE - Static variable in class net.agmodel.physical.SummaryKind: Each datum represents the average of a set of more detailed data
AbstractQuantity - class net.agmodel.physical.AbstractQuantity.: This abstract class represents a measurable amount.
AbstractQuantity() - Constructor for class net.agmodel.physical.AbstractQuantity
AbstractUnit - class net.agmodel.physical.AbstractUnit.
Acceleration - class net.agmodel.physical.Acceleration.: This class represents the rate of change of speed with respect to time.
Acceleration(double, int) - Constructor for class net.agmodel.physical.Acceleration: Acceleration constructor.
Acceleration(Composite) - Constructor for class net.agmodel.physical.Acceleration: Acceleration constructor from Composite quantity.
AccessMechanism - interface net.agmodel.dbUtility.AccessMechanism.: Defines general operations on an online data source
AirTempMaxMinImpl - class net.agmodel.weatherData.AirTempMaxMinImpl.: Manages a pair of maximum and minimum air temperature sequences
AirTempMaxMinImpl(Interval, SummaryHistory, double) - Constructor for class net.agmodel.weatherData.AirTempMaxMinImpl: Creates a sequence of maximum and minimum temperatures.
AirTempMaxMinImpl(Interval, SummaryHistory) - Constructor for class net.agmodel.weatherData.AirTempMaxMinImpl: Creates a sequence of maximum and minimum temperatures.
AirTempMaxMinMeanImpl - class net.agmodel.weatherData.AirTempMaxMinMeanImpl.: Adds a store for the true mean temperature to AirTempMaxMin
AirTempMaxMinMeanImpl(Interval, SummaryHistory, double) - Constructor for class net.agmodel.weatherData.AirTempMaxMinMeanImpl: Creates a sequence of maximum, minimum, and mean temperatures.
AirTempMaxMinMeanImpl(Interval, SummaryHistory) - Constructor for class net.agmodel.weatherData.AirTempMaxMinMeanImpl: Creates a sequence of maximum, minimum, and mean temperatures.
AirTempMultiImpl - class net.agmodel.weatherData.AirTempMultiImpl.: Manages a set of air temperature measurements from a multiple sensors.
AirTempMultiImpl(Interval, SummaryHistory, String[], double[]) - Constructor for class net.agmodel.weatherData.AirTempMultiImpl: Creates an air temperature sequence containing multiple measurements at each time (eg canopy and standard).
AirTempSingleImpl - class net.agmodel.weatherData.AirTempSingleImpl.: Manages a sequence of air temperatures.
AirTempSingleImpl(Interval, SummaryHistory, double) - Constructor for class net.agmodel.weatherData.AirTempSingleImpl: Creates an air temperature sequence.
AirTempSingleImpl(Interval, SummaryHistory) - Constructor for class net.agmodel.weatherData.AirTempSingleImpl: Creates an air temperature sequence.
AirTemperature - interface net.agmodel.weatherData.AirTemperature.: Interface to air temperature sequences.
Amedas - class net.agmodel.metDriver.Amedas.: Provides access to MAFF's AMeDAS database via a CGI script on MAFF's web server
Amedas(MetSourceForDrivers, Properties) - Constructor for class net.agmodel.metDriver.Amedas
Angle - class net.agmodel.physical.Angle.: This class represents the figure formed by two lines diverging from a common point.
Angle(double, AngleUnit) - Constructor for class net.agmodel.physical.Angle: Angle constructor.
AngleUnit - class net.agmodel.physical.AngleUnit.
Area - class net.agmodel.physical.Area.: This class represents the extent of a planar region or of the surface of a solid measured in square units.
Area(double, int) - Constructor for class net.agmodel.physical.Area: Area constructor.
Area(Composite) - Constructor for class net.agmodel.physical.Area: Area constructor from Composite quantity.
Area(Length, Angle) - Constructor for class net.agmodel.physical.Area: Area constructor from a Length and an Angle (slice of a circle).
acos(double) - Static method in class net.agmodel.physical.Angle: Creates an Angle such as its cosine is the specified argument.
add(Acceleration) - Method in class net.agmodel.physical.Acceleration: Returns an Acceleration whose value is (this + x).
add(Angle) - Method in class net.agmodel.physical.Angle: Returns an Angle whose value is (this + x).
add(Area) - Method in class net.agmodel.physical.Area: Returns an Area whose value is (this + x).
add(Composite) - Method in class net.agmodel.physical.Composite: Returns a Composite whose value is (this + x).
add(Duration) - Method in class net.agmodel.physical.Duration: Returns a Duration whose value is (this + x).
add(Frequency) - Method in class net.agmodel.physical.Frequency: Returns a Frequency whose value is (this + x).
add(Length) - Method in class net.agmodel.physical.Length: Returns a Length whose value is (this + x).
add(Mass) - Method in class net.agmodel.physical.Mass: Returns a Mass whose value is (this + x).
add(Proportion) - Method in class net.agmodel.physical.Proportion: Returns a Proportion whose value is (this + x).
add(Radiation) - Method in class net.agmodel.physical.Radiation: Returns an Radiation whose value is (this + x).
add(Speed) - Method in class net.agmodel.physical.Speed: Returns a Speed whose value is (this + x).
add(Temperature) - Method in class net.agmodel.physical.Temperature: Returns a Temperature whose value is (this + x).
add(Volume) - Method in class net.agmodel.physical.Volume: Returns a Volume whose value is (this + x).
add(VolumetricDensity) - Method in class net.agmodel.physical.VolumetricDensity: Returns a VolumetricDensity whose value is (this + x).
addConnection(String, DBAccessMechanism) - Method in class net.agmodel.brokerImpl.GenericContext
addHistoryElement(SummaryHistoryElement) - Method in class net.agmodel.physical.SummaryHistory: Records that the data has been summarised further.
addMetSourceSession(MetSourceImpl) - Method in class net.agmodel.metBroker.MetBrokerContext
addPassword(String, String, String) - Method in class net.agmodel.metBroker.User
addRegion(String, MultilingualString) - Method in class net.agmodel.metBroker.MetSourceImpl: Adds a region to the list associated with a MetDataSource.
If the region is already in the list, updates its associated details.
addRegion(String, MultilingualString) - Method in interface net.agmodel.metDriver.MetSourceForDrivers: Add a database region to the list maintained by the MetDataSource.
addSequence(Object, Sequence) - Method in class net.agmodel.physical.DataSetImpl
addSequence(MetSequence) - Method in class net.agmodel.weatherData.StationDataSetImpl: Adds a weather data sequence into the data set.
addServerException(Exception) - Method in class net.agmodel.weatherData.SpatialMetSetImpl
addStation(String, MultilingualString, Location, Period, String) - Method in class net.agmodel.metBroker.MetSourceImpl: Adds a station to the list associated with a MetDataSource.
If the station is already in the list, updates the data associated with the station.
addStation(ServerStationImpl) - Method in class net.agmodel.metBroker.RegionImpl
addStation(String, MultilingualString, Location, Period, String) - Method in interface net.agmodel.metDriver.MetSourceForDrivers: Add the details of a particular station to the list maintained by the the MetDataSource.
addStationDataSet(StationDataSet) - Method in class net.agmodel.weatherData.SpatialMetSetImpl
addToDate(Date) - Method in class net.agmodel.physical.Duration: Add this duration onto the input date, and return a new date as the result
alreadyLoggedIn(String, String) - Method in class net.agmodel.brokerImpl.GenericBrokerImpl
alreadyLoggedIn(String, String) - Method in class net.agmodel.genericBroker.GenericBrokerHTTP: Check whether any required connection to the specified database has already been established.
alreadyLoggedIn(String, String) - Method in interface net.agmodel.genericBroker.GenericBrokerRMI: Check whether any required connection to the specified database has already been established.
asin(double) - Static method in class net.agmodel.physical.Angle: Creates an Angle such as its sine is the specified argument.
atan(double) - Static method in class net.agmodel.physical.Angle: Creates an Angle such as its tangent is the specified argument.
atan2(Length, Length) - Static method in class net.agmodel.physical.Angle: Converts rectangular coordinates (x, y) to polar (rho, theta).
average(Duration) - Method in class net.agmodel.weatherData.AirTempMaxMinImpl
average(Duration) - Method in class net.agmodel.weatherData.AirTempMaxMinMeanImpl
average(Duration) - Method in class net.agmodel.weatherData.AirTempMultiImpl: Creates a new air temperature sequence, averaging to a lower resolution.
average(Duration) - Method in class net.agmodel.weatherData.AirTempSingleImpl: Creates a new temperature sequence, averaging temperature to a lower resolution.
average(Duration) - Method in class net.agmodel.weatherData.LeafWetnessMultiImpl: Creates a new leaf wetness sequence, averaging to a lower resolution.
average(Duration) - Method in class net.agmodel.weatherData.LeafWetnessSingleImpl: Creates a new leaf wetness sequence, averaging to a lower resolution.
average(Duration) - Method in class net.agmodel.weatherData.RHImpl: Creates a new RH sequence, averaging RH to a lower resolution.
average(Duration) - Method in class net.agmodel.weatherData.SoilTemperatureImpl: Creates a new set of soil temperatures, averaging temperatures to a lower resolution.
average(Duration) - Method in class net.agmodel.weatherData.SolarRadiationImpl: Creates a new solar radiation sequence, averaging to a lower resolution.
average(Duration) - Method in class net.agmodel.weatherData.WaterTempSingleImpl: Creates a new temperature sequence, averaging temperature to a lower resolution.
average(Duration) - Method in class net.agmodel.weatherData.WetDryImpl: Creates a new sequence containing calculated humidities averaged to a lower resolution.
average(Duration) - Method in class net.agmodel.weatherData.WindImpl: Creates a new wind sequence, averaging wind to a lower resolution.
average(Duration) - Method in class net.agmodel.weatherData.WindProfileImpl: Creates a new wind profile sequence, averaging winds to a lower resolution.
averageAndExtrema(Duration) - Method in class net.agmodel.weatherData.AirTempSingleImpl: Creates a new temperature sequence, averaging temperature to a lower resolution.
averageStore(Duration) - Method in interface net.agmodel.physical.Store: Creates a new store with data averaged to a lower temporal resolution.
averageStore(Duration, String) - Method in interface net.agmodel.physical.Store: Creates a new store with data averaged to a lower temporal resolution.
averageStore(Duration) - Method in class net.agmodel.physical.StoreImpl
averageStore(Duration, String) - Method in class net.agmodel.physical.StoreImpl

B

BARREL - Static variable in class net.agmodel.physical.Volume: Used to specify barrel unit (oil).
BUSHEL_UK - Static variable in class net.agmodel.physical.Volume: Used to specify UK bushel unit.
BUSHEL_US - Static variable in class net.agmodel.physical.Volume: Used to specify US bushel unit.
BrokerConfigDataSource - interface net.agmodel.brokerConfig.BrokerConfigDataSource.: Java content class for BrokerConfigDataSource complex type.
BrokerConfigDataSource.ParametersType - interface net.agmodel.brokerConfig.BrokerConfigDataSource.ParametersType.: Java content class for anonymous complex type.
BrokerConfiguration - interface net.agmodel.brokerConfig.BrokerConfiguration.: Java content class for BrokerConfiguration element declaration.
BrokerConfigurationType - interface net.agmodel.brokerConfig.BrokerConfigurationType.: Java content class for anonymous complex type.
BrokerList - interface net.agmodel.brokerConfig.BrokerList.: Java content class for BrokerList complex type.
BrokerList.ParametersType - interface net.agmodel.brokerConfig.BrokerList.ParametersType.: Java content class for anonymous complex type.
byteToHex(byte) - Static method in class net.agmodel.utility.UnicodeFormatter

C

CARAT - Static variable in class net.agmodel.physical.Mass: Used to specify carat unit.
CELSIUS - Static variable in class net.agmodel.physical.TemperatureUnit: Used to specify degree Celsius unit.
CENTILITER - Static variable in class net.agmodel.physical.Volume: Used to specify centiliter unit.
CENTILITRE - Static variable in class net.agmodel.physical.Volume
CENTIMETER - Static variable in class net.agmodel.physical.LengthUnit: Used to specify centimeter unit.
CIRCULAR_INCH - Static variable in class net.agmodel.physical.Area: Used to specify circular inch unit.
CLIDB - Static variable in interface net.agmodel.weatherData.MetBroker: Deprecated. Use listMetSourceDetails and then MetSourceDetail.getID()
COMPLETE - Static variable in class net.agmodel.physical.AbstractQuantity
COMPLETE - Static variable in class net.agmodel.physical.JigsawQuantity: Indicates that there was not any missing data during the interval this value represents
CONNECT - Static variable in class net.agmodel.genericBroker.ServerHTTP: call ServerRMI.connect(String, String)
CONNECTUSER - Static variable in class net.agmodel.genericBroker.ServerHTTP: call ServerRMI.connect(String, String, String, String, int)
CUBIC_CENTIMETER - Static variable in class net.agmodel.physical.Volume: Used to specify cubic centimeter unit.
CUBIC_CENTIMETRE - Static variable in class net.agmodel.physical.Volume
CUBIC_DECAMETER - Static variable in class net.agmodel.physical.Volume: Used to specify cubic decameter unit.
CUBIC_DECAMETRE - Static variable in class net.agmodel.physical.Volume
CUBIC_DECIMETER - Static variable in class net.agmodel.physical.Volume: Used to specify cubic decimeter unit.
CUBIC_DECIMETRE - Static variable in class net.agmodel.physical.Volume
CUBIC_FOOT - Static variable in class net.agmodel.physical.Volume: Used to specify cubic foot unit.
CUBIC_INCH - Static variable in class net.agmodel.physical.Volume: Used to specify cubic inch unit.
CUBIC_METER - Static variable in class net.agmodel.physical.Volume: Used to specify cubic meter unit.
CUBIC_METRE - Static variable in class net.agmodel.physical.Volume
CUBIC_MILLIMETER - Static variable in class net.agmodel.physical.Volume: Used to specify cubic millimeter unit.
CUBIC_MILLIMETRE - Static variable in class net.agmodel.physical.Volume
CUBIC_YARD - Static variable in class net.agmodel.physical.Volume: Used to specify cubic yard unit.
CUP_UK - Static variable in class net.agmodel.physical.Volume: Used to specify UK cup unit (= 10 UK ounces).
CUP_US - Static variable in class net.agmodel.physical.Volume: Used to specify US cup unit (= 8 US ounces).
ChizuSource - interface net.agmodel.brokerConfig.ChizuSource.: Java content class for ChizuSource complex type.
ChizuSourceList - interface net.agmodel.brokerConfig.ChizuSourceList.: Java content class for ChizuSourceList complex type.
ChizuSourceList.SourcesType - interface net.agmodel.brokerConfig.ChizuSourceList.SourcesType.: Java content class for anonymous complex type.
CliDB - class net.agmodel.metDriver.CliDB.: Provides acccess to the New Zealand National Climate Database CliDB
CliDB(MetSourceForDrivers, Properties) - Constructor for class net.agmodel.metDriver.CliDB
ClimDBApacheSOAP - class net.agmodel.metDriver.ClimDBApacheSOAP.: Title:
ClimDBApacheSOAP(MetSourceForDrivers, Properties) - Constructor for class net.agmodel.metDriver.ClimDBApacheSOAP
Composite - class net.agmodel.physical.Composite.: This class represents a combination of several quantities.
CompoundSequence - interface net.agmodel.physical.CompoundSequence.: Interface to sequences of measurements of some physical property.
Sequence is an parent for domain-specific descendents like MetSequence.
In some situations an implementor may contain several related time series of data (eg wet and dry bulb temperatures).
Implementors typically store data in one or more Store utility classes.
This separation is so different storage methods can be "plugged in" for different kinds of data
eg.
ConnectionException - exception net.agmodel.utility.ConnectionException.: An exception thrown when a connection cannot be made to a database.
Takes a similar role to java.sql.SQLException, but can apply to other kinds of connections than just JDBC.
ConnectionException() - Constructor for class net.agmodel.utility.ConnectionException
ConnectionException(String) - Constructor for class net.agmodel.utility.ConnectionException
calcDewpointFromRH(double, double) - Static method in class net.agmodel.weatherData.RHImpl: Estimates the dew point temperature from dry bulb temperature and rh.
calcTcFromVapourPressure(double) - Static method in class net.agmodel.weatherData.RHImpl: Estimates the temperature for a given vapor pressure.
calcVapourPressure(double) - Static method in class net.agmodel.weatherData.RHImpl: Estimates the vapour pressure for a given temperature From Weather Algorithms Index
call(Vector, String) - Method in class net.agmodel.metDriver.ClimDBApacheSOAP
cancelTemporalInterpolation() - Method in interface net.agmodel.physical.CompoundSequence: Cancels any temporal interpolation in subsequent calls to getXXXX
cancelTemporalInterpolation() - Method in class net.agmodel.physical.GeneralSequenceImpl: Cancels any temporal interpolation in subsequent calls to getXXXX
catalogCardExists(String, String, MetElement, MetDuration) - Method in class net.agmodel.metBroker.MetSourceImpl
categoriseDuration(Duration) - Static method in class net.agmodel.weatherData.MetDuration: 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
charToHex(char) - Static method in class net.agmodel.utility.UnicodeFormatter
checkCatalog(String, String, MetElement, Duration, Period) - Method in class net.agmodel.metBroker.MetSourceImpl
checkElementCatalog(String, MetElement, Duration, Period) - Method in class net.agmodel.metBroker.MetSourceImpl
checkElementCatalog(String, MetElement, Duration, Period) - Method in interface net.agmodel.metDriver.MetSourceForDrivers
checkForDatabaseUpdates() - Method in interface net.agmodel.brokerImpl.DBAccessMechanism: connect to database and check the metadata
checkForDatabaseUpdates() - Method in class net.agmodel.dbUtility.JDBC
checkForDatabaseUpdates() - Method in class net.agmodel.metDriver.ClimDBApacheSOAP
checkForDatabaseUpdates() - Method in class net.agmodel.metDriver.FAWNMetDB
checkForDatabaseUpdates() - Method in class net.agmodel.metDriver.FieldServer
checkMetElementCatalog(MetElement, Duration, Period) - Method in class net.agmodel.metBroker.ServerStationImpl: Check whether a station has recorded an element at a particular resolution over the period.
checkPassword(String) - Method in class net.agmodel.metBroker.User
cleanup() - Method in class net.agmodel.brokerImpl.GenericBrokerImpl
climDBVar2MetBroker - Static variable in class net.agmodel.metDriver.ClimDBApacheSOAP
clone() - Method in class net.agmodel.physical.AbstractQuantity
clone() - Method in class net.agmodel.physical.GeneralSequenceImpl
clone() - Method in class net.agmodel.physical.Interval
clone() - Method in class net.agmodel.physical.Period
clone() - Method in interface net.agmodel.physical.Sequence
clone() - Method in class net.agmodel.physical.StoreImpl
clone() - Method in class net.agmodel.physical.SummaryHistory
clone() - Method in class net.agmodel.physical.SummaryHistoryElement
clone() - Method in class net.agmodel.physical.SynchronousStoreImpl
clone() - Method in class net.agmodel.utility.MultilingualString
clone() - Method in class net.agmodel.weatherData.MultiImpl
clone() - Method in class net.agmodel.weatherData.RHImpl: Note that this method does not clone the linked Temperature sequence - the clone refers to the existing one.
clone() - Method in class net.agmodel.weatherData.ScalarImpl
clone() - Method in class net.agmodel.weatherData.ScalarMaxMinImpl
clone() - Method in class net.agmodel.weatherData.ScalarMaxMinMeanImpl
clone() - Method in class net.agmodel.weatherData.SoilTemperatureImpl
clone() - Method in class net.agmodel.weatherData.SolarRadiationImpl
clone() - Method in class net.agmodel.weatherData.WetDryImpl
clone() - Method in class net.agmodel.weatherData.WindImpl
coincidesWith(Period) - Method in class net.agmodel.pPhysical.PPeriod: Indicates whether this period overlaps in time with another.
Returns true if this period
coincidesWith(Date) - Method in class net.agmodel.pPhysical.PPeriod: Indicates whether the input date falls within the interval This method is consistent with coincides(Period) which uses an exclusive definition; See coincidesWith(Date boolean, boolean) for a more flexible version
coincidesWith(Date, boolean, boolean) - Method in class net.agmodel.pPhysical.PPeriod: Indicates whether the input date falls within the interval See coincidesWith(Date) for a simpler version
coincidesWith(Period) - Method in class net.agmodel.physical.Period: Indicates whether this period overlaps in time with another.
Returns true if this period
coincidesWith(Date) - Method in class net.agmodel.physical.Period: Indicates whether the input date falls within the partially closed interval (start,end] This method is consistent with coincides(Period); See coincidesWith(Date boolean, boolean) for a more flexible version
coincidesWith(Date, boolean, boolean) - Method in class net.agmodel.physical.Period: Indicates whether the input date falls within the interval See coincidesWith(Date) for a simpler version
compareTo(Object) - Method in class net.agmodel.genericBroker.DataSourceDetail
compareTo(Object) - Method in class net.agmodel.metBroker.ServerStationImpl
compareTo(Object) - Method in class net.agmodel.pPhysical.PLocation
compareTo(Object) - Method in class net.agmodel.pPhysical.PLocation2D
compareTo(Object) - Method in class net.agmodel.pPhysical.PPeriod: Compares two periods based on start time, and then end time if the start times are equal
compareTo(Object) - Method in class net.agmodel.pPhysical.PPlace
compareTo(Object) - Method in class net.agmodel.pUtility.PMultilingualString
compareTo(Acceleration) - Method in class net.agmodel.physical.Acceleration: Compares this Acceleration with the specified Acceleration.
compareTo(Object) - Method in class net.agmodel.physical.Acceleration: Compares this Acceleration with the specified Object.
compareTo(Angle) - Method in class net.agmodel.physical.Angle: Compares this Angle with the specified Angle.
compareTo(Object) - Method in class net.agmodel.physical.Angle: Compares this Angle with the specified Object.
compareTo(Area) - Method in class net.agmodel.physical.Area: Compares this Area with the specified Area.
compareTo(Object) - Method in class net.agmodel.physical.Area: Compares this Area with the specified Object.
compareTo(Composite) - Method in class net.agmodel.physical.Composite: Compares this Composite with the specified Composite.
compareTo(Object) - Method in class net.agmodel.physical.Composite: Compares this Composite with the specified Object.
compareTo(Duration) - Method in class net.agmodel.physical.Duration: Compares this Duration with the specified Duration.
compareTo(Object) - Method in class net.agmodel.physical.Duration: Compares this Duration with the specified Object.
compareTo(Frequency) - Method in class net.agmodel.physical.Frequency: Compares this Frequency with the specified Frequency.
compareTo(Object) - Method in class net.agmodel.physical.Frequency: Compares this Frequency with the specified Object.
compareTo(Object) - Method in class net.agmodel.physical.GeographicalBox: Lets GeographicalBoxes be sorted based on their northwest corners
compareTo(Length) - Method in class net.agmodel.physical.Length: Compares this Length with the specified Length.
compareTo(Object) - Method in class net.agmodel.physical.Length: Compares this Length with the specified Object.
compareTo(Object) - Method in class net.agmodel.physical.Location: More northerly locations sort first.
compareTo(Object) - Method in class net.agmodel.physical.Location2D: More northerly locations sort first.
compareTo(Mass) - Method in class net.agmodel.physical.Mass: Compares this Mass with the specified Mass.
compareTo(Object) - Method in class net.agmodel.physical.Mass: Compares this Mass with the specified Object.
compareTo(Object) - Method in class net.agmodel.physical.Period: Compares two periods based on start time, and then end time if the start times are equal
compareTo(Object) - Method in class net.agmodel.physical.Place
compareTo(Proportion) - Method in class net.agmodel.physical.Proportion: Compares this Proportion with the specified Proportion.
compareTo(Object) - Method in class net.agmodel.physical.Proportion: Compares this Proportion with the specified Object.
compareTo(Radiation) - Method in class net.agmodel.physical.Radiation: Compares this Radiation with the specified Radiation.
compareTo(Object) - Method in class net.agmodel.physical.Radiation: Compares this Radiation with the specified Object.
compareTo(Speed) - Method in class net.agmodel.physical.Speed: Compares this Speed with the specified Speed.
compareTo(Object) - Method in class net.agmodel.physical.Speed: Compares this Speed with the specified Object.
compareTo(Object) - Method in class net.agmodel.physical.SummaryKind
compareTo(Temperature) - Method in class net.agmodel.physical.Temperature: Compares this Temperature with the specified Temperature.
compareTo(Object) - Method in class net.agmodel.physical.Temperature: Compares this Temperature with the specified Object.
compareTo(Volume) - Method in class net.agmodel.physical.Volume: Compares this Volume with the specified Volume.
compareTo(Object) - Method in class net.agmodel.physical.Volume: Compares this Volume with the specified Object.
compareTo(VolumetricDensity) - Method in class net.agmodel.physical.VolumetricDensity: Compares this VolumetricDensity with the specified VolumetricDensity.
compareTo(Object) - Method in class net.agmodel.physical.VolumetricDensity: Compares this VolumetricDensity with the specified Object.
compareTo(Object) - Method in class net.agmodel.utility.MultilingualString
compareTo(Object) - Method in class net.agmodel.weatherData.MetDuration
compareTo(Object) - Method in class net.agmodel.weatherData.MetElement
compareTo(Object) - Method in class net.agmodel.weatherData.RadiationKind
compareTo(Object) - Method in class net.agmodel.weatherData.Region: Compares based on regionArea.getBoundingBox() if boundingBox is null for one, it sorts greater.
compareTo(Object) - Method in class net.agmodel.weatherData.WeatherStation: Stations are compared by location, and then by operational period (earlier first)
connect(String, String) - Method in class net.agmodel.dbUtility.FTPSource
connect(String, String) - Method in class net.agmodel.dbUtility.JDBC: Establishes a JDBC connection to the remote database, using the supplied username and password.
connect(String, String) - Method in class net.agmodel.dbUtility.JDBCPostgres: Overrides the default net.agmodel.dbUtility in order to set the datestyle used in subsequent operations.
Seems like the Postgres JDBC driver requires datestyle='ISO' for date/time operations.
connect(String, String) - Method in class net.agmodel.metDriver.Mamedas
connect(String, String) - Method in class net.agmodel.metDriver.PrefMetDB
connect(String, String) - Method in class net.agmodel.metDriver.WakayamaRainDB
connectForData(String, String) - Method in interface net.agmodel.brokerImpl.DBAccessMechanism: Called before data is retrieved from the AccessMechanism
connectForData(String, String) - Method in class net.agmodel.dbUtility.JDBC
connectForData(String, String) - Method in class net.agmodel.metDriver.Amedas
connectForData(String, String) - Method in class net.agmodel.metDriver.ClimDBApacheSOAP
connectForData(String, String) - Method in class net.agmodel.metDriver.FAWNMetDB
connectForData(String, String) - Method in class net.agmodel.metDriver.FieldServer
connectForData(String, String) - Method in class net.agmodel.metDriver.FilePerStationPerYear2
connectForData(String, String) - Method in class net.agmodel.metDriver.GAEMNHTML
connectForData(String, String) - Method in class net.agmodel.metDriver.Hitsujigaoka
connectForData(String, String) - Method in class net.agmodel.metDriver.HortPlus
connectForData(String, String) - Method in class net.agmodel.metDriver.Kanagawa
connectForData(String, String) - Method in class net.agmodel.metDriver.Planteforsk
connectForData(String, String) - Method in class net.agmodel.metDriver.PrefMetDB
connectForData(String, String) - Method in class net.agmodel.metDriver.SASA
connectForData(String, String) - Method in class net.agmodel.metDriver.SNUWDMS
connectForMetaData(String, String) - Method in interface net.agmodel.brokerImpl.DBAccessMechanism: Called before metadata is retrieved from the AccessMechanism
connectForMetaData(String, String) - Method in class net.agmodel.dbUtility.JDBC
connectForMetaData(String, String) - Method in class net.agmodel.metDriver.ClimDBApacheSOAP
connectForMetaData(String, String) - Method in class net.agmodel.metDriver.FAWNMetDB
contains(Location2D) - Method in class net.agmodel.metBroker.RegionImpl
contains(GeographicalArea) - Method in class net.agmodel.metBroker.RegionImpl
contains(Location2D) - Method in interface net.agmodel.physical.GeographicalArea: Indicate whether a point is within the area
contains(GeographicalArea) - Method in interface net.agmodel.physical.GeographicalArea: Indicate whether the area passed falls entirely within this area
contains(Location2D) - Method in class net.agmodel.physical.GeographicalBox
contains(GeographicalArea) - Method in class net.agmodel.physical.GeographicalBox
contains(Location2D) - Method in class net.agmodel.physical.GeographicalPolygon
contains(GeographicalArea) - Method in class net.agmodel.physical.GeographicalPolygon
containsMetElement(MetElement) - Method in class net.agmodel.weatherData.MetRequest: Indicates whether a meteorological element is included in a request
containsTimeQuantities(Duration) - Method in class net.agmodel.physical.Interval: 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.
cos() - Method in class net.agmodel.physical.Angle: Returns the trigonometric cosine of this Angle.
createBrokerConfigDataSource() - Method in class net.agmodel.brokerConfig.ObjectFactory: Create an instance of BrokerConfigDataSource
createBrokerConfigDataSourceParametersType() - Method in class net.agmodel.brokerConfig.ObjectFactory: Create an instance of BrokerConfigDataSourceParametersType
createBrokerConfiguration() - Method in class net.agmodel.brokerConfig.ObjectFactory: Create an instance of BrokerConfiguration
createBrokerConfigurationType() - Method in class net.agmodel.brokerConfig.ObjectFactory: Create an instance of BrokerConfigurationType
createBrokerList() - Method in class net.agmodel.brokerConfig.ObjectFactory: Create an instance of BrokerList
createBrokerListParametersType() - Method in class net.agmodel.brokerConfig.ObjectFactory: Create an instance of BrokerListParametersType
createChizuSource() - Method in class net.agmodel.brokerConfig.ObjectFactory: Create an instance of ChizuSource
createChizuSourceList() - Method in class net.agmodel.brokerConfig.ObjectFactory: Create an instance of ChizuSourceList
createChizuSourceListSourcesType() - Method in class net.agmodel.brokerConfig.ObjectFactory: Create an instance of ChizuSourceListSourcesType
createDEMSource() - Method in class net.agmodel.brokerConfig.ObjectFactory: Create an instance of DEMSource
createDEMSourceList() - Method in class net.agmodel.brokerConfig.ObjectFactory: Create an instance of DEMSourceList
createDEMSourceListSourcesType() - Method in class net.agmodel.brokerConfig.ObjectFactory: Create an instance of DEMSourceListSourcesType
createDataSource() - Method in class net.agmodel.spatialschema.ObjectFactory: Create an instance of DataSource
createDuration() - Method in class net.agmodel.spatialschema.ObjectFactory: Create an instance of Duration
createGeographicalBox() - Method in class net.agmodel.spatialschema.ObjectFactory: Create an instance of GeographicalBox
createLocation() - Method in class net.agmodel.spatialschema.ObjectFactory: Create an instance of Location
createLocation2D() - Method in class net.agmodel.spatialschema.ObjectFactory: Create an instance of Location2D
createMetSource() - Method in class net.agmodel.brokerConfig.ObjectFactory: Create an instance of MetSource
createMetSourceContextForUser(String, String) - Method in class net.agmodel.metBroker.MetSourceImpl
createMetSourceList() - Method in class net.agmodel.brokerConfig.ObjectFactory: Create an instance of MetSourceList
createMetSourceListSourcesType() - Method in class net.agmodel.brokerConfig.ObjectFactory: Create an instance of MetSourceListSourcesType
createParameter() - Method in class net.agmodel.brokerConfig.ObjectFactory: Create an instance of Parameter
createPhysicalQuantity() - Method in class net.agmodel.spatialschema.ObjectFactory: Create an instance of PhysicalQuantity
createScaleRange() - Method in class net.agmodel.brokerConfig.ObjectFactory: Create an instance of ScaleRange
createTimeInterval() - Method in class net.agmodel.spatialschema.ObjectFactory: Create an instance of TimeInterval
current() - Method in class net.agmodel.physical.SummaryHistory: Return the most recent summary of the data

D

DAILY - Static variable in class net.agmodel.weatherData.MetDuration
DAY - Static variable in class net.agmodel.physical.DurationUnit
DBAccessMechanism - interface net.agmodel.brokerImpl.DBAccessMechanism.: Defines general operations on a database.
Separate methods are used for connections for data and metadata because in a number of cases these are stored on different machines in different formats.
DBMonitor() - Method in class net.agmodel.brokerImpl.GenericBrokerImpl
DECILITER - Static variable in class net.agmodel.physical.Volume: Used to specify deciliter unit.
DECILITRE - Static variable in class net.agmodel.physical.Volume
DEFAULTHEIGHT - Static variable in interface net.agmodel.weatherData.AirTemperature: The default height in metres for temperature measurements
DEFAULTMISSINGTHRESHOLD - Static variable in class net.agmodel.physical.JigsawQuantity: The default maximum threshold for data coverage to be regarded as missing.
DEFAULTSUFFICIENTTHRESHOLD - Static variable in class net.agmodel.physical.JigsawQuantity: The default minimum threshold for data coverage to be regarded as sufficient.
DEGREE - Static variable in class net.agmodel.physical.AngleUnit
DEMSource - interface net.agmodel.brokerConfig.DEMSource.: Java content class for DEMSource complex type.
DEMSourceList - interface net.agmodel.brokerConfig.DEMSourceList.: Java content class for DEMSourceList complex type.
DEMSourceList.SourcesType - interface net.agmodel.brokerConfig.DEMSourceList.SourcesType.: Java content class for anonymous complex type.
DEVOID - Static variable in class net.agmodel.physical.AbstractQuantity
DEVOID - Static variable in class net.agmodel.physical.JigsawQuantity: Indicates that there was not any data available within in the interval this value represents
DIFFUSE - Static variable in class net.agmodel.weatherData.RadiationKind
DIRECT - Static variable in class net.agmodel.weatherData.RadiationKind
DISCONNECT - Static variable in class net.agmodel.genericBroker.ServerHTTP: call ServerRMI.disconnect(String)
DRACHM - Static variable in class net.agmodel.physical.Volume: Used to specify drachm, fluid unit (= 1/1280 UK Gallon).
DataSet - interface net.agmodel.physical.DataSet.: Interface to classes encapsulating a set of related data for a given period, resolution
DataSetImpl - class net.agmodel.physical.DataSetImpl.: A serializable implementation of DataSet which uses a HashMap to store Sequences.
DataSetImpl(Interval, Duration) - Constructor for class net.agmodel.physical.DataSetImpl
DataSource - interface net.agmodel.spatialschema.DataSource.: Java content class for DataSource complex type.
DataSourceDetail - class net.agmodel.genericBroker.DataSourceDetail.: Holds a general description of a database containing spatially-oriented agricultural information.
DataSourceDetail(String, String, GeographicalArea, int, GeographicalArea) - Constructor for class net.agmodel.genericBroker.DataSourceDetail: Create a description of this database
DataSourceDetail(String, String, GeographicalArea, int) - Constructor for class net.agmodel.genericBroker.DataSourceDetail: Creates a data source description with default display region the same as coverage
Duration - class net.agmodel.physical.Duration.: This class represents a period of existence or persistence.
Duration(double, DurationUnit) - Constructor for class net.agmodel.physical.Duration: Duration constructor.
Duration(Composite) - Constructor for class net.agmodel.physical.Duration: Duration constructor from Composite quantity.
Duration(Date, Date) - Constructor for class net.agmodel.physical.Duration: Creates a Duration consisting of the absolute time between two Dates
Duration() - Constructor for class net.agmodel.physical.Duration: Creates a default Duration of length 0
Duration - interface net.agmodel.spatialschema.Duration.: Java content class for Duration complex type.
DurationUnit - class net.agmodel.physical.DurationUnit.: Defines a set of iterable type safe constants related to time.
In situations where the conversion between units isn't exact (eg days in month) the conversionfactor holds the maximum value.
defaultUnits - Variable in class net.agmodel.weatherData.MetElement
disconnect(String) - Method in class net.agmodel.brokerImpl.GenericBrokerImpl: Deletes the session for this client.
disconnect() - Method in class net.agmodel.dbUtility.FTPSource
disconnect(String) - Method in class net.agmodel.genericBroker.ServerHTTP: Disconnect from MetBroker
disconnect(String) - Method in interface net.agmodel.genericBroker.ServerRMI: Disconnect from the broker
disconnectFromData() - Method in interface net.agmodel.brokerImpl.DBAccessMechanism: Called after data is retrieved from the AccessMechanism using connectForData.
disconnectFromData() - Method in class net.agmodel.dbUtility.JDBC
disconnectFromData() - Method in class net.agmodel.metDriver.ClimDBApacheSOAP
disconnectFromData() - Method in class net.agmodel.metDriver.FAWNMetDB
disconnectFromData() - Method in class net.agmodel.metDriver.FilePerStationPerYear2
disconnectFromData() - Method in class net.agmodel.metDriver.GAEMNHTML
disconnectFromData() - Method in class net.agmodel.metDriver.Hitsujigaoka
disconnectFromData() - Method in class net.agmodel.metDriver.Kanagawa
disconnectFromData() - Method in class net.agmodel.metDriver.SASA
disconnectFromData() - Method in class net.agmodel.metDriver.SNUWDMS
disconnectFromMetaData() - Method in interface net.agmodel.brokerImpl.DBAccessMechanism: Called after meta data is retrieved from the AccessMechanism using connectForMetaData.
disconnectFromMetaData() - Method in class net.agmodel.dbUtility.JDBC
disconnectFromMetaData() - Method in class net.agmodel.metDriver.ClimDBApacheSOAP
disconnectFromMetaData() - Method in class net.agmodel.metDriver.FAWNMetDB
dispose() - Method in class net.agmodel.brokerImpl.GenericContext: Released database connections and links to MetSources held by the context.
dispose() - Method in class net.agmodel.metBroker.MetBrokerContext: Released database connections and links to MetSources held by the context.
disposeMetSourceContext(String) - Method in class net.agmodel.metBroker.MetSourceImpl: Deletes the session for this client.
divide(AbstractQuantity) - Method in class net.agmodel.physical.AbstractQuantity: Returns the Composite whose value is (this / x).
divide(double) - Method in class net.agmodel.physical.Acceleration: Returns an Acceleration whose value is (this / coefficient).
divide(double) - Method in class net.agmodel.physical.Angle: Returns an Angle whose value is (this / coefficient).
divide(double) - Method in class net.agmodel.physical.Area: Returns an Area whose value is (this / coefficient).
divide(Length) - Method in class net.agmodel.physical.Area: Returns a Length whose value is (this / x).
divide(double) - Method in class net.agmodel.physical.Composite: Returns a Composite whose value is (this / coefficient).
divide(double) - Method in class net.agmodel.physical.Duration: Returns a Duration whose value is (this / coefficient).
divide(double) - Method in class net.agmodel.physical.Frequency: Returns a Frequency whose value is (this / coefficient).
divide(double) - Method in class net.agmodel.physical.Length: Returns a Length whose value is (this / coefficient).
divide(Duration) - Method in class net.agmodel.physical.Length: Returns a Speed whose value is (this / d).
divide(double) - Method in class net.agmodel.physical.Mass: Returns a Mass whose value is (this / coefficient).
divide(Volume) - Method in class net.agmodel.physical.Mass: Returns a VolumetricDensity whose value is (this / v).
divide(double) - Method in class net.agmodel.physical.Proportion: Returns an Proportion whose value is (this / coefficient).
divide(double) - Method in class net.agmodel.physical.Radiation: Returns an Radiation whose value is (this / coefficient).
divide(double) - Method in class net.agmodel.physical.Speed: Returns a Speed whose value is (this / coefficient).
divide(Duration) - Method in class net.agmodel.physical.Speed: Returns an Acceleration whose value is (this / d).
divide(double) - Method in class net.agmodel.physical.Temperature: Returns a Temperature whose value in degree Kelvin is (this / coefficient).
divide(double) - Method in class net.agmodel.physical.Volume: Returns a Volume whose value is (this / coefficient).
divide(Area) - Method in class net.agmodel.physical.Volume: Returns a Length whose value is (this / x).
divide(Length) - Method in class net.agmodel.physical.Volume: Returns an Area whose value is (this / x).
divide(double) - Method in class net.agmodel.physical.VolumetricDensity: Returns a VolumetricDensity whose value is (this / coefficient).
dividedBy(Duration) - Method in class net.agmodel.physical.Duration: Returns the ratio this/another
dumpDuration(DateFormat, String, String, String, String) - Method in interface net.agmodel.physical.DataSet: Returns a string representation of the entire data set
dumpDuration(DateFormat, String, String, String, String) - Method in class net.agmodel.physical.DataSetImpl
dumpSequence(DateFormat, String, String) - Method in class net.agmodel.physical.GeneralSequenceImpl
dumpSequence(DateFormat, String, String) - Method in interface net.agmodel.physical.Sequence: Gets a printable version of the sequence contents.
Data is formatted with a line for each time interval.
The first field in the line is the date and time, formatted using the DateFormat passed as a parameter.
The data for that time interval follows, separated by the default delimiter, with a new line character at the end of the row.
dumpSequence(DateFormat, String, String) - Method in class net.agmodel.physical.SynchronousStoreImpl

E

EASTMALLING - Static variable in class net.agmodel.metDriver.HRI
EMAIL - Static variable in interface net.agmodel.genericBroker.GenericBrokerRMI: The database requires the users e-mail address (eg for anonymous FTP)
EMPTY - Static variable in class net.agmodel.physical.JigsawQuantity: Indicates that there was not any data available within in the interval this value represents
EVEREST - Static variable in interface net.agmodel.physical.GeographicalArea: Height of Mt Everest in metres (Highest point on earth, climbed by New Zealand Sir Edmund Hillary in 1953)
EVERYWHERE - Static variable in class net.agmodel.physical.GeographicalBox
EXISTINGUSER - Static variable in interface net.agmodel.genericBroker.ServerRMI: Use with getConnection to indicate that this user would like to be added as a new user.
EXTREMA - Static variable in class net.agmodel.physical.SummaryKind: Each data pair represents the maximum and minimum of a set of more detailed data
elementFromOrd(int) - Static method in class net.agmodel.weatherData.MetDuration: Gets a metduration based on its ordinal index.
elementFromOrd(int) - Static method in class net.agmodel.weatherData.MetElement: Gets an element based on its ordinal index.
encompasses(Period) - Method in class net.agmodel.physical.Period: Determines whether another Period lies within this one.
enter(String, String) - Method in class net.agmodel.brokerImpl.GenericBrokerImpl: Print Method entry info if tracing
enter(String, String) - Method in class net.agmodel.brokerImpl.GenericSourceImpl: Print Method entry info if tracing
equals(Object) - Method in class net.agmodel.pUtility.PMultilingualString: Multilingual strings are assumed equal if the DEFAULT_LANGUAGE strings match.
equals(Object) - Method in class net.agmodel.physical.AbstractUnit
equals(AngleUnit) - Method in class net.agmodel.physical.AngleUnit
equals(DurationUnit) - Method in class net.agmodel.physical.DurationUnit: Returns true if the two units have the same CalendarEquivalent
equals(Object) - Method in class net.agmodel.physical.GeographicalBox: Tests whether two objects represent the same GeographicalBox.
equals(LengthUnit) - Method in class net.agmodel.physical.LengthUnit
equals(Object) - Method in class net.agmodel.physical.Location: Tests whether two objects represent the same Location.
equals(Object) - Method in class net.agmodel.physical.Location2D: Tests whether two objects represent the same 2D Location.
equals(ProportionUnit) - Method in class net.agmodel.physical.ProportionUnit
equals(RadiationUnit) - Method in class net.agmodel.physical.RadiationUnit
equals(SpeedUnit) - Method in class net.agmodel.physical.SpeedUnit
equals(Object) - Method in class net.agmodel.physical.SummaryKind
equals(TemperatureUnit) - Method in class net.agmodel.physical.TemperatureUnit
equals(Object) - Method in class net.agmodel.utility.MultilingualString: Multilingual strings are assumed equal if the DEFAULT_LANGUAGE strings match.
equals(Object) - Method in class net.agmodel.weatherData.MetElement
equals(Object) - Method in class net.agmodel.weatherData.RadiationKind
equals(Object) - Method in class net.agmodel.weatherData.WeatherStation: Tests whether two objects represent the same weather station.
exit(String, String) - Method in class net.agmodel.brokerImpl.GenericBrokerImpl: Print Method exiting info if tracing
exit(String, String) - Method in class net.agmodel.brokerImpl.GenericSourceImpl: Print Method exiting info if tracing
extendStore(Interval) - Method in interface net.agmodel.physical.Store: Creates a new store at the same resolution as this one but covering a different DateRange.
extendStore(Date) - Method in interface net.agmodel.physical.Store: Creates a new store with a copy of the same data covering a longer period.
The new store's resolution and starting point are the same as this one's.
extendStore(Interval) - Method in class net.agmodel.physical.StoreImpl
extendStore(Date) - Method in class net.agmodel.physical.StoreImpl

F

FAHRENHEIT - Static variable in class net.agmodel.physical.TemperatureUnit: Used to specify degree Fahrenheit unit.
FAWN - Static variable in interface net.agmodel.weatherData.MetBroker: Deprecated. Use listMetSourceDetails and then MetSourceDetail.getID()
FAWNMetDB - class net.agmodel.metDriver.FAWNMetDB.: Provides access to the FAWN SQL Server database, Institute of Food and Agricultural Sciences (IFAS), University of Florida
FAWNMetDB(MetSourceForDrivers, Properties) - Constructor for class net.agmodel.metDriver.FAWNMetDB
FOOT - Static variable in class net.agmodel.physical.LengthUnit: Used to specify foot unit (1959 Standard).
FOOT_PER_SECOND - Static variable in class net.agmodel.physical.SpeedUnit: Used to specify foot per second unit.
FTPSource - class net.agmodel.dbUtility.FTPSource.: Intended to handle access to file-based databases via FTP but not yet implemented.
FTPSource(String, int) - Constructor for class net.agmodel.dbUtility.FTPSource
FieldServer - class net.agmodel.metDriver.FieldServer.: Provides acccess to HortPlus' MySQL database
FieldServer(MetSourceForDrivers, Properties) - Constructor for class net.agmodel.metDriver.FieldServer
FilePerStationPerYear2 - class net.agmodel.metDriver.FilePerStationPerYear2.
Frequency - class net.agmodel.physical.Frequency.: This class represents the number of times a specified phenomenon occurs within a specified interval.
Frequency(double, int) - Constructor for class net.agmodel.physical.Frequency: Frequency constructor.
Frequency(Composite) - Constructor for class net.agmodel.physical.Frequency: Frequency constructor from Composite quantity.
fillSpatialMetSet(SpatialMetRequest, MetBrokerImpl, String, SpatialMetSetImpl, String) - Method in class net.agmodel.metBroker.MetSourceImpl
first() - Static method in class net.agmodel.physical.DurationUnit
first() - Static method in class net.agmodel.physical.SummaryKind
first() - Static method in class net.agmodel.weatherData.MetDuration
first() - Static method in class net.agmodel.weatherData.MetElement
first() - Static method in class net.agmodel.weatherData.RadiationKind
fromBytes(String, String) - Static method in class net.agmodel.utility.Kana2Romaji
fromBytes(String) - Static method in class net.agmodel.utility.Kana2Romaji

G

GAEMN - Static variable in interface net.agmodel.weatherData.MetBroker: Deprecated. Use listMetSourceDetails and then MetSourceDetail.getID()
GAEMNHTML - class net.agmodel.metDriver.GAEMNHTML.: Provides access to the Georgia Automated Environmental Monitoring Network database via a CGI script.
GAEMNHTML(MetSourceForDrivers, Properties) - Constructor for class net.agmodel.metDriver.GAEMNHTML
GALLON_DRY_US - Static variable in class net.agmodel.physical.Volume: Used to specify US gallon, dry unit.
GALLON_LIQUID_US - Static variable in class net.agmodel.physical.Volume: Used to specify US gallon, liquid unit.
GALLON_UK - Static variable in class net.agmodel.physical.Volume: Used to specify UK gallon unit.
GETMETCATALOG - Static variable in class net.agmodel.weatherData.MetBrokerHTTP
GETREGION - Static variable in class net.agmodel.weatherData.MetBrokerHTTP
GETSOURCEDETAIL - Static variable in class net.agmodel.genericBroker.GenericBrokerHTTP: call GenericBrokerRMI.getSourceDetail(String, String)
GETSTATION - Static variable in class net.agmodel.weatherData.MetBrokerHTTP
GETSTATIONREGION - Static variable in class net.agmodel.weatherData.MetBrokerHTTP
GIGAHERTZ - Static variable in class net.agmodel.physical.Frequency: Used to specify kilohertz unit.
GLOBAL - Static variable in class net.agmodel.weatherData.RadiationKind
GRAIN - Static variable in class net.agmodel.physical.Mass: Used to specify grain unit.
GRAINS_PER_GALLON_UK - Static variable in class net.agmodel.physical.VolumetricDensity: Used to specify grains per gallon unit (UK).
GRAINS_PER_GALLON_US - Static variable in class net.agmodel.physical.VolumetricDensity: Used to specify grains per gallon unit (US).
GRAM - Static variable in class net.agmodel.physical.Mass: Used to specify gram unit.
GRAMS_PER_CUBIC_CENTIMETER - Static variable in class net.agmodel.physical.VolumetricDensity: Used to specify grams per cubic centimeter unit.
GRAMS_PER_CUBIC_CENTIMETRE - Static variable in class net.agmodel.physical.VolumetricDensity
GRAMS_PER_LITER - Static variable in class net.agmodel.physical.VolumetricDensity: Used to specify grams per liter.
GRAMS_PER_LITRE - Static variable in class net.agmodel.physical.VolumetricDensity
GRAMS_PER_MILLILITER - Static variable in class net.agmodel.physical.VolumetricDensity: Used to specify grams per milliliter.
GRAMS_PER_MILLILITRE - Static variable in class net.agmodel.physical.VolumetricDensity
GeneralException - exception net.agmodel.utility.GeneralException.
GeneralException() - Constructor for class net.agmodel.utility.GeneralException
GeneralException(String) - Constructor for class net.agmodel.utility.GeneralException
GeneralMetSequenceImpl - class net.agmodel.weatherData.GeneralMetSequenceImpl.: A general mechanism for implementing MetSequences.
GeneralMetSequenceImpl(MetElement, Interval, SummaryHistory) - Constructor for class net.agmodel.weatherData.GeneralMetSequenceImpl: Creates a general sequence implementation.
GeneralSequenceImpl - class net.agmodel.physical.GeneralSequenceImpl.: A general mechanism for implementing sequences.
GeneralSequenceImpl(Interval, SummaryHistory) - Constructor for class net.agmodel.physical.GeneralSequenceImpl: Creates a general sequence implementation.
GenericBrokerHTTP - class net.agmodel.genericBroker.GenericBrokerHTTP.: An HTTP servlet wrapper interface to GenericBrokerRMI.
GenericBrokerHTTP(String, int) - Constructor for class net.agmodel.genericBroker.GenericBrokerHTTP: Create a linking class to communicate with the wrapper servlet on a nominated port.
GenericBrokerHTTP(String) - Constructor for class net.agmodel.genericBroker.GenericBrokerHTTP: Create a linking class to communicate with the wrapper servlet on the default HTTP port (80).
GenericBrokerImpl - class net.agmodel.brokerImpl.GenericBrokerImpl.: An generic broker implementation which maintains a list of the user's active connections
GenericBrokerImpl() - Constructor for class net.agmodel.brokerImpl.GenericBrokerImpl
GenericBrokerImpl.DBCheckAndUpdate - class net.agmodel.brokerImpl.GenericBrokerImpl.DBCheckAndUpdate.
GenericBrokerImpl.DBCheckAndUpdate() - Constructor for class net.agmodel.brokerImpl.GenericBrokerImpl.DBCheckAndUpdate
GenericBrokerRMI - interface net.agmodel.genericBroker.GenericBrokerRMI.: An extension of ServerRMI which adds the functionality common to all brokers (a broker provides a consistent interface to multiple databases).
GenericContext - class net.agmodel.brokerImpl.GenericContext.: The Context class is used by brokers to maintain client-specific context.
GenericContext(String, String, String) - Constructor for class net.agmodel.brokerImpl.GenericContext
GenericProperties - interface net.agmodel.brokerImpl.GenericProperties.
GenericSourceForDrivers - interface net.agmodel.brokerImpl.GenericSourceForDrivers.
GenericSourceImpl - class net.agmodel.brokerImpl.GenericSourceImpl.: A general class for describing a datasource and providing access to it.
GenericSourceImpl(String, GenericBrokerImpl, MultilingualString, GeographicalArea, int, String, GeographicalArea, BrokerConfigDataSource) - Constructor for class net.agmodel.brokerImpl.GenericSourceImpl: Creates an object responsible for managing the metadata associated with a database, and spawning driver instances.
GenericSourceImpl(String, GenericBrokerImpl, MultilingualString, GeographicalArea, int, String, GeographicalArea) - Constructor for class net.agmodel.brokerImpl.GenericSourceImpl
GeographicalArea - interface net.agmodel.physical.GeographicalArea.: Represents a portion of the globe in 3 dimensions
GeographicalBox - class net.agmodel.physical.GeographicalBox.: A 2-dimensional space using latitude, and longitude.
GeographicalBox(Location2D, Location2D) - Constructor for class net.agmodel.physical.GeographicalBox
GeographicalBox - interface net.agmodel.spatialschema.GeographicalBox.: Java content class for GeographicalBox complex type.
GeographicalPolygon - class net.agmodel.physical.GeographicalPolygon.
GeographicalPolygon(Location2D[]) - Constructor for class net.agmodel.physical.GeographicalPolygon
get() - Method in class net.agmodel.pUtility.PMultilingualString
get(String) - Method in class net.agmodel.pUtility.PMultilingualString
get() - Method in class net.agmodel.utility.MultilingualString
get(String) - Method in class net.agmodel.utility.MultilingualString
getAccess(String, String) - Method in class net.agmodel.brokerImpl.GenericBrokerImpl
getAllCoverage() - Method in interface net.agmodel.physical.CompoundSequence: Indicates which array elements returned by CompoundSequence.getAllData() are missing.
getAllCoverage() - Method in class net.agmodel.physical.GeneralSequenceImpl
getAllData() - Method in interface net.agmodel.physical.CompoundSequence: Creates a two-dimensional array containing the data.
getAllData() - Method in class net.agmodel.physical.GeneralSequenceImpl
getAltitude() - Method in class net.agmodel.pPhysical.PLocation
getAltitude() - Method in class net.agmodel.physical.Location
getAltitude() - Method in interface net.agmodel.spatialschema.Location
getAltitude() - Method in class net.agmodel.weatherData.WeatherStation
getAmount() - Method in class net.agmodel.physical.JigsawQuantity: Returns the amount, without any indication of quality.
getAmount() - Method in interface net.agmodel.spatialschema.PhysicalQuantity
getArea() - Method in class net.agmodel.weatherData.SpatialMetRequest: Get the geographical area associated with the request return the area in question
getAverage(Interval) - Method in interface net.agmodel.physical.Store: Returns the average value of the time series over the interval.
getAverage(Interval) - Method in class net.agmodel.physical.StoreImpl
getAverage(Interval) - Method in class net.agmodel.physical.SynchronousStoreImpl
getAverage(Interval) - Method in class net.agmodel.weatherData.AirTempMultiImpl: Returns the 0th subcomponent's average value
getAverage(Interval) - Method in interface net.agmodel.weatherData.Humidity: Returns the average humidity over the interval.
getAverage(Interval) - Method in class net.agmodel.weatherData.LeafWetnessMultiImpl: Returns the 0th subcomponent's average value
getAverage(int, Interval) - Method in class net.agmodel.weatherData.MultiImpl
getAverage(int, Interval) - Method in interface net.agmodel.weatherData.MultiQuantity: Returns the average temperature over the interval.
getAverage(Interval) - Method in class net.agmodel.weatherData.RHImpl
getAverage(Interval) - Method in interface net.agmodel.weatherData.Rain: Returns the average rainfall over the interval.
getAverage(Interval) - Method in class net.agmodel.weatherData.RainImpl
getAverage(Interval) - Method in class net.agmodel.weatherData.ScalarImpl: Returns the average temperature over the interval.
getAverage(Interval) - Method in class net.agmodel.weatherData.ScalarMaxMinImpl: Returns the value midway between the maximum and minimum
getAverage(Interval) - Method in class net.agmodel.weatherData.ScalarMaxMinMeanImpl: Returns the true mean value over the interval
getAverage(Interval) - Method in interface net.agmodel.weatherData.ScalarQuantity: Returns the average temperature over the interval.
getAverage(RadiationKind, Interval) - Method in interface net.agmodel.weatherData.SolarRadiation: Returns the average solar radiation over the interval.
getAverage(RadiationKind, Interval) - Method in class net.agmodel.weatherData.SolarRadiationImpl
getAverage(Interval) - Method in interface net.agmodel.weatherData.Sunshine: Returns the average hours of sunshine over the interval.
getAverage(Interval) - Method in class net.agmodel.weatherData.SunshineImpl
getAverage(Interval) - Method in class net.agmodel.weatherData.WetDryImpl
getAverageDewpoint(Interval) - Method in interface net.agmodel.weatherData.Humidity: Returns the average dewpoint temperature over the interval.
getAverageDewpoint(Interval) - Method in class net.agmodel.weatherData.RHImpl
getAverageDewpoint(Interval) - Method in class net.agmodel.weatherData.WetDryImpl
getAverageDryBulbTemp(Interval) - Method in class net.agmodel.weatherData.WetDryImpl: Returns the average dry bulb temperature over the interval.
getAverageSpeed(Interval) - Method in interface net.agmodel.weatherData.Wind: Returns the average wind speed over the interval.
getAverageSpeed(Interval) - Method in class net.agmodel.weatherData.WindImpl
getAverageSpeed(int, Interval) - Method in class net.agmodel.weatherData.WindProfileImpl
getAverageSpeed(Interval) - Method in class net.agmodel.weatherData.WindProfileImpl
getAverageVPD(Interval) - Method in class net.agmodel.weatherData.WetDryImpl: Returns the average vapour pressure deficit over the interval.
getAverageWetBulbTemp(Interval) - Method in class net.agmodel.weatherData.WetDryImpl: Returns the average wet bulb temperature over the interval.
getBeginningOfTime() - Static method in class net.agmodel.pPhysical.PPeriod: A Date which will suffice in most situations as the beginning of time This implementation may change to an earlier date at a later date.
getBeginningOfTime() - Static method in class net.agmodel.physical.Period: A Date which will suffice in most situations as the beginning of time This implementation may change to an earlier date at a later date.
getBoundingBox() - Method in class net.agmodel.metBroker.RegionImpl
getBoundingBox() - Method in interface net.agmodel.physical.GeographicalArea: Return a box which bounds the area.
getBoundingBox() - Method in class net.agmodel.physical.GeographicalBox
getBoundingBox() - Method in class net.agmodel.physical.GeographicalPolygon
getCalendarEquivalent() - Method in class net.agmodel.physical.DurationUnit
getCapacity() - Method in class net.agmodel.physical.SynchronousStoreImpl: Returns the number of possible data values in the store.
getCatalog() - Method in class net.agmodel.weatherData.WeatherStation: Get a catalog indicating which elements the station has ever recorded, and at which resolution(s).
getCenter() - Method in class net.agmodel.physical.GeographicalBox
getChizuBrokerConfiguration() - Method in interface net.agmodel.brokerConfig.BrokerConfigurationType
getClientinfo() - Method in class net.agmodel.metBroker.MetSourceImpl.MetSourceContext
getColumnHeading() - Method in interface net.agmodel.physical.Sequence: Deprecated. use getName() instead
getColumnHeading() - Method in class net.agmodel.physical.StoreImpl: Deprecated. use getName() instead
getColumnHeading() - Method in class net.agmodel.weatherData.GeneralMetSequenceImpl: Deprecated.
getColumnHeading() - Method in class net.agmodel.weatherData.ScalarMaxMinImpl: Deprecated.
getColumnHeading() - Method in class net.agmodel.weatherData.ScalarMaxMinMeanImpl: Deprecated.
getColumnHeading() - Method in class net.agmodel.weatherData.SolarRadiationImpl: Deprecated.
getColumnHeading() - Method in class net.agmodel.weatherData.WindImpl: Deprecated.
getColumnHeading() - Method in class net.agmodel.weatherData.WindProfileImpl: Deprecated.
getConn() - Method in class net.agmodel.dbUtility.JDBC: Returns the database connection object created by DriverManager.getConnection()
Uses the form of DriverManager.getConnection where the usercode and password are passed as separate parameters.
getConnection(String, String) - Method in class net.agmodel.brokerImpl.GenericBrokerImpl
getConnection(String, String, String, String, int) - Method in class net.agmodel.brokerImpl.GenericBrokerImpl
getConnection(String) - Method in class net.agmodel.brokerImpl.GenericContext
getConnection(String, String) - Method in class net.agmodel.genericBroker.ServerHTTP: Establishes a broker session for the client application.
getConnection(String, String, String, String, int) - Method in class net.agmodel.genericBroker.ServerHTTP: Establishes a broker session for the client application.
getConnection(String, String) - Method in interface net.agmodel.genericBroker.ServerRMI: Establishes a session for the client application.
getConnection(String, String, String, String, int) - Method in interface net.agmodel.genericBroker.ServerRMI: Establishes a session for the client application.
getConnection(String, String, String, String, int) - Method in class net.agmodel.metBroker.MetBrokerImpl
getContentsAsString(Date, String) - Method in class net.agmodel.physical.GeneralSequenceImpl
getContentsAsString(Date, String) - Method in interface net.agmodel.physical.Sequence: Returns the measurement associated with a particular time as a string.
getContentsAsString(Date, String) - Method in class net.agmodel.physical.SynchronousStoreImpl
getContentsAsString(Date, String) - Method in class net.agmodel.weatherData.MultiImpl
getContentsAsString(Date, String) - Method in class net.agmodel.weatherData.RHImpl
getContentsAsString(Date, String) - Method in class net.agmodel.weatherData.RainImpl
getContentsAsString(Date, String) - Method in class net.agmodel.weatherData.ScalarImpl
getContentsAsString(Date, String) - Method in class net.agmodel.weatherData.ScalarMaxMinImpl
getContentsAsString(Date, String) - Method in class net.agmodel.weatherData.ScalarMaxMinMeanImpl
getContentsAsString(Date, String) - Method in class net.agmodel.weatherData.SolarRadiationImpl
getContentsAsString(Date, String) - Method in class net.agmodel.weatherData.SunshineImpl
getContentsAsString(Date, String) - Method in class net.agmodel.weatherData.WetDryImpl
getContentsAsString(Date, String) - Method in class net.agmodel.weatherData.WindImpl
getContentsAsString(Date, String) - Method in class net.agmodel.weatherData.WindProfileImpl
getCoverage(int) - Method in interface net.agmodel.physical.CompoundSequence: Indicates which array elements returned by CompoundSequence.getData(int) are missing.
getCoverage(int) - Method in class net.agmodel.physical.GeneralSequenceImpl
getCoverage() - Method in class net.agmodel.physical.JigsawQuantity: The extent to which the raw data required to calculate the value were available.
getCoverage() - Method in interface net.agmodel.physical.Store: Creates an array representing the coverage of the data returned by Store.getData().
getCoverage() - Method in class net.agmodel.physical.StoreImpl
getCoverage() - Method in class net.agmodel.physical.SynchronousStoreImpl
getCoverage(int) - Method in class net.agmodel.weatherData.MultiImpl
getCoverage(int) - Method in class net.agmodel.weatherData.RHImpl
getCoverage(int) - Method in class net.agmodel.weatherData.RainImpl
getCoverage(int) - Method in class net.agmodel.weatherData.ScalarImpl
getCoverage(int) - Method in class net.agmodel.weatherData.ScalarMaxMinImpl
getCoverage(int) - Method in class net.agmodel.weatherData.ScalarMaxMinMeanImpl
getCoverage(int) - Method in class net.agmodel.weatherData.SolarRadiationImpl
getCoverage(int) - Method in class net.agmodel.weatherData.SunshineImpl
getCoverage(int) - Method in class net.agmodel.weatherData.WetDryImpl
getCoverage(int) - Method in class net.agmodel.weatherData.WindImpl
getCurrentResolution() - Method in class net.agmodel.physical.GeneralSequenceImpl
getCurrentResolution() - Method in interface net.agmodel.physical.Sequence: Deprecated. use getResolution() instead
getCurrentResolution() - Method in class net.agmodel.physical.StoreImpl
getDEMBrokerConfiguration() - Method in interface net.agmodel.brokerConfig.BrokerConfigurationType
getDMSDegrees() - Method in class net.agmodel.physical.Angle: Returns the degree component of the angle expressed in degrees, minutes and seconds
getDMSMinutes() - Method in class net.agmodel.physical.Angle: Returns the minute component of the angle expressed in degrees, minutes and seconds
getDMSSeconds() - Method in class net.agmodel.physical.Angle: Returns the minute component of the angle expressed in degrees, minutes and seconds
getDSSAT(File, String, String, TimeZone, String, String) - Method in interface net.agmodel.weatherData.StationDataSet: Writes the data into DSSAT v3.5 format weather data files.
getDSSAT(File, String, String, TimeZone, String, String) - Method in class net.agmodel.weatherData.StationDataSetImpl
getData(int) - Method in interface net.agmodel.physical.CompoundSequence: Creates a one-dimensional array containing one subcomponent of the data.
getData(int) - Method in class net.agmodel.physical.GeneralSequenceImpl
getData() - Method in interface net.agmodel.physical.Store: Creates an array containing the data from the store.
getData() - Method in class net.agmodel.physical.StoreImpl
getData() - Method in class net.agmodel.physical.SynchronousStoreImpl
getData(int) - Method in class net.agmodel.weatherData.MultiImpl: Creates a new set of readings, averaging values to a lower resolution.
getData(int) - Method in class net.agmodel.weatherData.RHImpl
getData(int) - Method in class net.agmodel.weatherData.RainImpl
getData(int) - Method in class net.agmodel.weatherData.ScalarImpl
getData(int) - Method in class net.agmodel.weatherData.ScalarMaxMinImpl
getData(int) - Method in class net.agmodel.weatherData.ScalarMaxMinMeanImpl
getData(int) - Method in class net.agmodel.weatherData.SolarRadiationImpl
getData(int) - Method in class net.agmodel.weatherData.SunshineImpl
getData(int) - Method in class net.agmodel.weatherData.WetDryImpl
getData(int) - Method in class net.agmodel.weatherData.WindImpl
getDataHost() - Method in class net.agmodel.metDriver.FilePerStationPerYear2
getDataPort() - Method in class net.agmodel.metDriver.FilePerStationPerYear2
getDataSourceID() - Method in interface net.agmodel.spatialschema.DataSource
getDatabase() - Method in class net.agmodel.metBroker.MetSourceImpl.MetSourceContext
getDatabaseTimeZone() - Method in class net.agmodel.metDriver.Amedas
getDatabaseTimeZone() - Method in class net.agmodel.metDriver.CliDB
getDatabaseTimeZone() - Method in class net.agmodel.metDriver.ClimDBApacheSOAP
getDatabaseTimeZone() - Method in class net.agmodel.metDriver.FAWNMetDB
getDatabaseTimeZone() - Method in class net.agmodel.metDriver.FieldServer
getDatabaseTimeZone() - Method in class net.agmodel.metDriver.GAEMNHTML
getDatabaseTimeZone() - Method in class net.agmodel.metDriver.HRI
getDatabaseTimeZone() - Method in class net.agmodel.metDriver.Hitsujigaoka
getDatabaseTimeZone() - Method in class net.agmodel.metDriver.HortPlus
getDatabaseTimeZone() - Method in class net.agmodel.metDriver.Kanagawa
getDatabaseTimeZone() - Method in class net.agmodel.metDriver.Mamedas
getDatabaseTimeZone() - Method in interface net.agmodel.metDriver.MetAccessMechanism
getDatabaseTimeZone() - Method in class net.agmodel.metDriver.OregonIPPC
getDatabaseTimeZone() - Method in class net.agmodel.metDriver.PAWS
getDatabaseTimeZone() - Method in class net.agmodel.metDriver.Planteforsk
getDatabaseTimeZone() - Method in class net.agmodel.metDriver.PrefMetDB
getDatabaseTimeZone() - Method in class net.agmodel.metDriver.SASA
getDatabaseTimeZone() - Method in class net.agmodel.metDriver.SNUWDMS
getDatabaseTimeZone() - Method in class net.agmodel.metDriver.TERN
getDatabaseTimeZone() - Method in class net.agmodel.metDriver.WakayamaRainDB
getDatabasesRemainingToQuery() - Method in class net.agmodel.weatherData.SpatialMetSetImpl
getDate(Timestamp, Calendar) - Static method in class net.agmodel.dbUtility.TimestampUtility
getDate() - Method in class net.agmodel.pUtility.PDate: returns a transient version of the date.
getDateExtremes() - Method in class net.agmodel.weatherData.MetRequest: Gets the interval for which data is requested.
getDateRange() - Method in class net.agmodel.physical.GeneralSequenceImpl: Returns the date range for which data can be stored in the sequence
getDateRange() - Method in interface net.agmodel.physical.Sequence: Returns the date range for which data can be stored in the sequence
getDateRange() - Method in class net.agmodel.physical.StoreImpl
getDefaultDisplayArea() - Method in class net.agmodel.brokerImpl.GenericSourceImpl: The portion of the globe that the database covers
getDefaultDisplayRegion() - Method in class net.agmodel.genericBroker.DataSourceDetail: A (small) sample area to display when the database is selected, particularly important if the database covers a wide area.
getDefaultDisplayRegion() - Method in interface net.agmodel.spatialschema.DataSource
getDefaultOffset() - Method in interface net.agmodel.brokerConfig.MetSource
getDepth(int) - Method in interface net.agmodel.weatherData.SoilTemperature: Returns the depth of the probe indicated by the index (ordered from shallowest to deepest)
getDepth(int) - Method in class net.agmodel.weatherData.SoilTemperatureImpl
getDetails(String) - Method in class net.agmodel.brokerImpl.GenericSourceImpl: Returns the details of the dataSource in a form suitable for transmission to client applications
getDetails(String) - Method in class net.agmodel.metBroker.MetSourceImpl: Returns the details of the MetSource in a transient form
getDewpoint(double, double) - Static method in class net.agmodel.weatherData.WetDryImpl: Estimates the dew point temperature from wet and dry bulb temperatures assuming pressure is 1013 mb,and From Weather Algorithms Index
getDistanceEW() - Method in class net.agmodel.physical.GeographicalBox: Returns the length of an East-West arc between the eastern and western boundaries of the box running through the center of the box.
getDistanceNS() - Method in class net.agmodel.physical.GeographicalBox: Returns the length of a North-South arc between the northern and southern boundaries of the box.
getDriver() - Method in class net.agmodel.dbUtility.JDBCRjj
getDriverInstance() - Method in class net.agmodel.brokerImpl.GenericSourceImpl
getDriverName() - Method in interface net.agmodel.spatialschema.DataSource
getDuration() - Method in class net.agmodel.pPhysical.PDuration
getDuration(Date, Date) - Static method in class net.agmodel.physical.Interval: Gets the duration between two dates, regardless of their order
getDuration() - Method in class net.agmodel.physical.Interval: Gets the period duration
getDuration(Duration) - Method in class net.agmodel.weatherData.MetDuration: 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;
getEarlierOf(Date, Date) - Static method in class net.agmodel.physical.Period: Selects the earlier of two Dates Both Dates must be non-null.
getElapsedTime() - Method in class net.agmodel.utility.Stopwatch: Get the elapsed time in milliseconds.
getElapsedTime() - Method in class net.agmodel.weatherData.MetRequest: 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().
getEnd() - Method in class net.agmodel.pPhysical.PPeriod
getEnd() - Method in class net.agmodel.physical.Period
getEndOfTime() - Static method in class net.agmodel.pPhysical.PPeriod: A Date corresponding to the end of time
getEndOfTime() - Static method in class net.agmodel.physical.Period: A Date corresponding to the end of time
getEnding() - Method in interface net.agmodel.spatialschema.TimeInterval
getFromStation() - Method in interface net.agmodel.brokerConfig.MetSource
getGeographicalArea() - Method in class net.agmodel.brokerImpl.GenericSourceImpl: The portion of the globe that the database covers
getGeographicalArea() - Method in class net.agmodel.genericBroker.DataSourceDetail: The portion of the globe that the database covers
getHeightUnits() - Method in interface net.agmodel.weatherData.Wind: Gets the units for the wind measurement height.
getHeightUnits() - Method in class net.agmodel.weatherData.WindImpl
getHeightUnits() - Method in class net.agmodel.weatherData.WindProfileImpl
getHighestRes() - Method in interface net.agmodel.brokerConfig.MetSource
getHost() - Method in interface net.agmodel.dbUtility.AccessMechanism: Return the host IP address
getHost() - Method in class net.agmodel.dbUtility.InternetHost
getHostID() - Method in class net.agmodel.weatherData.StationMetRequest: Deprecated. use getStationID() instead
getHostID() - Method in class net.agmodel.weatherData.WeatherStation: Deprecated. use getStationID() instead
getICASA(String, String, TimeZone, String, String) - Method in interface net.agmodel.weatherData.StationDataSet: Gets a string containing ICASA format data.
getICASA(String, String, TimeZone, String, String) - Method in class net.agmodel.weatherData.StationDataSetImpl
getID() - Method in interface net.agmodel.brokerImpl.GenericSourceForDrivers: Return an identifier for the met source
getID() - Method in class net.agmodel.brokerImpl.GenericSourceImpl: Returns a unique ID which programs can use to identify the database.
getID() - Method in class net.agmodel.genericBroker.DataSourceDetail: Returns a unique ID which programs can use to identify the database.
getInstant(Date) - Method in interface net.agmodel.physical.Store: Returns the instantaneous value of the time series at a particular point in time.
getInstant(Date) - Method in class net.agmodel.physical.StoreImpl
getInstant(Date) - Method in class net.agmodel.physical.SynchronousStoreImpl
getInstant(Date) - Method in class net.agmodel.weatherData.AirTempMultiImpl: Returns the 0th subcomponent's instant value
getInstant(Date) - Method in interface net.agmodel.weatherData.Humidity: Returns the instantaneous humidity at a particular point in time.
getInstant(Date) - Method in class net.agmodel.weatherData.LeafWetnessMultiImpl: Returns the 0th subcomponent's instant value
getInstant(int, Date) - Method in class net.agmodel.weatherData.MultiImpl
getInstant(int, Date) - Method in interface net.agmodel.weatherData.MultiQuantity: Returns the instantaneous temperature at a particular point in time.
getInstant(Date) - Method in class net.agmodel.weatherData.RHImpl
getInstant(Date) - Method in class net.agmodel.weatherData.ScalarImpl: Returns the instantaneous value at a particular point in time.
getInstant(Date) - Method in class net.agmodel.weatherData.ScalarMaxMinImpl: Will estimates the temperature at a point in time Currently just returns the average temperature
getInstant(Date) - Method in class net.agmodel.weatherData.ScalarMaxMinMeanImpl: May estimate the value at a point in time Currently just returns the average value
getInstant(Date) - Method in interface net.agmodel.weatherData.ScalarQuantity: Returns the instantaneous temperature at a particular point in time.
getInstant(RadiationKind, Date) - Method in interface net.agmodel.weatherData.SolarRadiation: Returns the instantaneous solar radiation at a particular point in time.
getInstant(RadiationKind, Date) - Method in class net.agmodel.weatherData.SolarRadiationImpl
getInstant(Date) - Method in class net.agmodel.weatherData.WetDryImpl
getInstantDewpoint(Date) - Method in interface net.agmodel.weatherData.Humidity: Returns the instantaneous dewpoint temperature at a particular point in time.
getInstantDewpoint(Date) - Method in class net.agmodel.weatherData.RHImpl
getInstantDewpoint(Date) - Method in class net.agmodel.weatherData.WetDryImpl
getInstantDirection(Date) - Method in interface net.agmodel.weatherData.Wind: Returns the instantaneous wind speed at a particular point in time.
getInstantDirection(Date) - Method in class net.agmodel.weatherData.WindImpl
getInstantDirection(int, Date) - Method in class net.agmodel.weatherData.WindProfileImpl
getInstantDirection(Date) - Method in class net.agmodel.weatherData.WindProfileImpl
getInstantDryBulbTemp(Date) - Method in class net.agmodel.weatherData.WetDryImpl: Returns the instantaneous dry bulb temperature at a particular point in time.
getInstantMaximum(Date) - Method in class net.agmodel.weatherData.ScalarMaxMinImpl: Gets the maximum temperature in the sequence over an interval
getInstantMinimum(Date) - Method in class net.agmodel.weatherData.ScalarMaxMinImpl: Gets the minimum temperature in the sequence over an interval
getInstantSpeed(Date) - Method in interface net.agmodel.weatherData.Wind: Returns the instantaneous wind speed at a particular point in time.
getInstantSpeed(Date) - Method in class net.agmodel.weatherData.WindImpl
getInstantSpeed(int, Date) - Method in class net.agmodel.weatherData.WindProfileImpl
getInstantSpeed(Date) - Method in class net.agmodel.weatherData.WindProfileImpl
getInstantVPD(Date) - Method in class net.agmodel.weatherData.WetDryImpl: Returns the instantaneous vapour pressure deficit at a particular point in time.
getInstantWetBulbTemp(Date) - Method in class net.agmodel.weatherData.WetDryImpl: Returns the instantaneous wet bulb temperature at a particular point in time.
getInterval() - Method in interface net.agmodel.physical.DataSet: Gets the interval covered by the data set
getInterval() - Method in class net.agmodel.physical.DataSetImpl
getLabelLanguage() - Method in interface net.agmodel.brokerConfig.MetSource
getLanguage(String) - Method in class net.agmodel.brokerImpl.GenericBrokerImpl
getLanguage() - Method in class net.agmodel.brokerImpl.GenericContext
getLanguage() - Method in class net.agmodel.metBroker.MetSourceImpl.MetSourceContext
getLatRes() - Method in interface net.agmodel.brokerConfig.MetSource
getLaterOf(Date, Date) - Static method in class net.agmodel.physical.Period: Selects the later of two Dates Both Dates must be non-null.
getLatitude() - Method in class net.agmodel.pPhysical.PLocation2D
getLatitude() - Method in class net.agmodel.physical.Location2D
getLatitude() - Method in interface net.agmodel.spatialschema.Location2D
getLatitude() - Method in class net.agmodel.weatherData.WeatherStation
getLatitudeRange() - Method in class net.agmodel.physical.GeographicalBox: Returns the difference in latitude between the northern and southern extremes (always positive)
getLeastDetailed() - Method in interface net.agmodel.brokerConfig.ScaleRange
getLocation() - Method in class net.agmodel.metBroker.ServerStationImpl: Get the weather station's position on the globe.
getLocation() - Method in class net.agmodel.pPhysical.PLocation
getLocation2D() - Method in class net.agmodel.pPhysical.PLocation2D
getLog4jCategory() - Method in interface net.agmodel.brokerImpl.GenericSourceForDrivers
getLog4jCategory() - Method in class net.agmodel.brokerImpl.GenericSourceImpl
getLoginRequirements() - Method in class net.agmodel.brokerImpl.GenericSourceImpl: Indicate the usercode and password detail that need to be supplied by users of the database Use the constants included with this interface.
getLoginRequirements() - Method in class net.agmodel.genericBroker.DataSourceDetail: Indicate the usercode and password detail that need to be supplied by users of the database Use the constants included with this interface.
getLoginRequirements() - Method in interface net.agmodel.spatialschema.DataSource
getLongRes() - Method in interface net.agmodel.brokerConfig.MetSource
getLongestResolution() - Method in class net.agmodel.weatherData.MetSourceDetail
getLongitude() - Method in class net.agmodel.pPhysical.PLocation2D
getLongitude() - Method in class net.agmodel.physical.Location2D
getLongitude() - Method in interface net.agmodel.spatialschema.Location2D
getLongitude() - Method in class net.agmodel.weatherData.WeatherStation
getLongitudeRange() - Method in class net.agmodel.physical.GeographicalBox: Returns the difference in longitude between the eastern and western extremes (always positive)
getLowestRes() - Method in interface net.agmodel.brokerConfig.MetSource
getMapdir() - Method in interface net.agmodel.brokerConfig.MetSource
getMaxSpeed(Interval) - Method in interface net.agmodel.weatherData.Wind: Returns the maximum wind speed over the interval.
getMaxSpeed(Interval) - Method in class net.agmodel.weatherData.WindImpl
getMaxSpeed(int, Interval) - Method in class net.agmodel.weatherData.WindProfileImpl
getMaxSpeed(Interval) - Method in class net.agmodel.weatherData.WindProfileImpl
getMaximum(Interval) - Method in interface net.agmodel.physical.Store: Returns the maximum value of the time series over the interval.
getMaximum(Interval) - Method in class net.agmodel.physical.StoreImpl
getMaximum(Interval) - Method in class net.agmodel.physical.SynchronousStoreImpl
getMaximum(Interval) - Method in class net.agmodel.weatherData.AirTempMultiImpl: Returns the 0th subcomponent's maximum
getMaximum(Interval) - Method in interface net.agmodel.weatherData.Humidity: Returns the maximum humidity over the interval.
getMaximum(Interval) - Method in class net.agmodel.weatherData.LeafWetnessMultiImpl: Returns the 0th subcomponent's maximum
getMaximum(int, Interval) - Method in class net.agmodel.weatherData.MultiImpl
getMaximum(int, Interval) - Method in interface net.agmodel.weatherData.MultiQuantity: Returns the maximum temperature over the interval.
getMaximum(Interval) - Method in class net.agmodel.weatherData.RHImpl
getMaximum(Interval) - Method in interface net.agmodel.weatherData.Rain: Returns the maximum rainfall over the interval.
getMaximum(Interval) - Method in class net.agmodel.weatherData.RainImpl
getMaximum(Interval) - Method in class net.agmodel.weatherData.ScalarImpl: Returns the maximum value over the interval.
getMaximum(Interval) - Method in class net.agmodel.weatherData.ScalarMaxMinImpl: Gets the maximum temperature into the sequence based on an interval
getMaximum(Interval) - Method in interface net.agmodel.weatherData.ScalarQuantity: Returns the maximum temperature over the interval.
getMaximum(RadiationKind, Interval) - Method in interface net.agmodel.weatherData.SolarRadiation: Returns the maximum solar radiation over the interval.
getMaximum(RadiationKind, Interval) - Method in class net.agmodel.weatherData.SolarRadiationImpl
getMaximum(Interval) - Method in interface net.agmodel.weatherData.Sunshine: Returns the maximum sunshine hours over the interval.
getMaximum(Interval) - Method in class net.agmodel.weatherData.SunshineImpl
getMaximum(Interval) - Method in class net.agmodel.weatherData.WetDryImpl
getMaximumTemporalInterpolation() - Method in interface net.agmodel.physical.CompoundSequence: Returns the longest data gap over which values can be temporally interpolated
getMaximumTemporalInterpolation() - Method in class net.agmodel.physical.GeneralSequenceImpl: Returns the longest data gap over which values can be temporally interpolated
getMeasurementHeight() - Method in class net.agmodel.weatherData.AirTempMultiImpl: Returns the measurement height of the 0th sensor
getMeasurementHeight() - Method in interface net.agmodel.weatherData.AirTemperature: Returns the height at which temperature was measured
getMeasurementHeight() - Method in class net.agmodel.weatherData.ScalarImpl
getMeasurementHeight() - Method in class net.agmodel.weatherData.ScalarMaxMinImpl
getMeasurementHeight() - Method in interface net.agmodel.weatherData.Wind: Gets the height of the wind measurement
getMeasurementHeight() - Method in class net.agmodel.weatherData.WindImpl
getMeasurementHeight(int) - Method in class net.agmodel.weatherData.WindProfileImpl
getMeasurementHeight() - Method in class net.agmodel.weatherData.WindProfileImpl
getMeasurementHeights() - Method in class net.agmodel.weatherData.WindProfileImpl
getMetBrokerConfiguration() - Method in interface net.agmodel.brokerConfig.BrokerConfigurationType
getMetCatalog(String, String, String) - Method in class net.agmodel.metBroker.MetBrokerImpl
getMetCatalog(String, String, String) - Method in interface net.agmodel.weatherData.MetBroker: Deprecated. Use getWeatherStation instead
getMetCatalog(String, String, String) - Method in class net.agmodel.weatherData.MetBrokerHTTP: Check whether a station has ever recorded an element at a particular resolution.
getMetConnection(String) - Method in class net.agmodel.metBroker.MetBrokerContext
getMetSourceDetail(String, String) - Method in class net.agmodel.metBroker.MetBrokerImpl
getMetSourceDetail(String, String) - Method in interface net.agmodel.weatherData.MetBroker: Gets details about the MetSource in one object.
getMetSourceDetail(String, String) - Method in class net.agmodel.weatherData.MetBrokerHTTP: Gets details about the MetSource in one object.
getMetSourceID() - Method in interface net.agmodel.weatherData.StationDataSet: Gets the identifier of the metsource that the data came from.
getMetSourceID() - Method in class net.agmodel.weatherData.StationDataSetImpl: Gets the identifier of the metsource that the data came from.
getMetSourceID() - Method in class net.agmodel.weatherData.WeatherStation
getMetSourceName() - Method in class net.agmodel.weatherData.WeatherStation
getMillisUnused() - Method in class net.agmodel.brokerImpl.GenericContext
getMinSpeed(Interval) - Method in interface net.agmodel.weatherData.Wind: Returns the minimum wind speed over the interval.
getMinSpeed(Interval) - Method in class net.agmodel.weatherData.WindImpl
getMinSpeed(int, Interval) - Method in class net.agmodel.weatherData.WindProfileImpl
getMinSpeed(Interval) - Method in class net.agmodel.weatherData.WindProfileImpl
getMinimum(Interval) - Method in interface net.agmodel.physical.Store: Returns the minimum value of the time series over the interval.
getMinimum(Interval) - Method in class net.agmodel.physical.StoreImpl
getMinimum(Interval) - Method in class net.agmodel.physical.SynchronousStoreImpl
getMinimum(Interval) - Method in class net.agmodel.weatherData.AirTempMultiImpl: Returns the 0th subcomponent's minimum
getMinimum(Interval) - Method in interface net.agmodel.weatherData.Humidity: Returns the minimum humidity over the interval.
getMinimum(Interval) - Method in class net.agmodel.weatherData.LeafWetnessMultiImpl: Returns the 0th subcomponent's minimum
getMinimum(int, Interval) - Method in class net.agmodel.weatherData.MultiImpl
getMinimum(int, Interval) - Method in interface net.agmodel.weatherData.MultiQuantity: Returns the minimum temperature over the interval.
getMinimum(Interval) - Method in class net.agmodel.weatherData.RHImpl
getMinimum(Interval) - Method in interface net.agmodel.weatherData.Rain: Returns the minimum rainfall over the interval.
getMinimum(Interval) - Method in class net.agmodel.weatherData.RainImpl
getMinimum(Interval) - Method in class net.agmodel.weatherData.ScalarImpl: Returns the minimum value over the interval.
getMinimum(Interval) - Method in class net.agmodel.weatherData.ScalarMaxMinImpl: Gets the minimum temperature into the sequence based on an interval
getMinimum(Interval) - Method in interface net.agmodel.weatherData.ScalarQuantity: Returns the minimum temperature over the interval.
getMinimum(RadiationKind, Interval) - Method in interface net.agmodel.weatherData.SolarRadiation: Returns the minimum solar radiation over the interval.
getMinimum(RadiationKind, Interval) - Method in class net.agmodel.weatherData.SolarRadiationImpl
getMinimum(Interval) - Method in interface net.agmodel.weatherData.Sunshine: Returns the minimum hours of sunlight over the interval.
getMinimum(Interval) - Method in class net.agmodel.weatherData.SunshineImpl
getMinimum(Interval) - Method in class net.agmodel.weatherData.WetDryImpl
getMissing() - Static method in class net.agmodel.physical.JigsawQuantity: Gets the string output by toString{} to represent DEVOID values
getMissingThreshold() - Static method in class net.agmodel.physical.JigsawQuantity: Gets the value used as the threshold for missing values.
Data with coverage equal to or less than this value is regarded as missing.
getMostDetailed() - Method in interface net.agmodel.brokerConfig.ScaleRange
getName() - Method in interface net.agmodel.brokerConfig.Parameter
getName(String) - Method in interface net.agmodel.brokerImpl.GenericSourceForDrivers: Returns the name of the met source in a a particular language
getName(String) - Method in class net.agmodel.brokerImpl.GenericSourceImpl: The name of the database, suitable for presentation to the user.
getName() - Method in class net.agmodel.genericBroker.DataSourceDetail: The name of the database, suitable for presentation to the user.
getName(String) - Method in class net.agmodel.metBroker.ServerStationImpl
getName(String) - Method in class net.agmodel.pPhysical.PPlace
getName() - Method in interface net.agmodel.physical.Sequence: Returns a language independent name for the Sequence This name is typically used as a resourceBundle key or to identify the Sequence programmatically.
getName() - Method in class net.agmodel.physical.StoreImpl
getName() - Method in class net.agmodel.physical.SummaryKind
getName() - Method in interface net.agmodel.spatialschema.DataSource
getName() - Method in class net.agmodel.weatherData.GeneralMetSequenceImpl
getName() - Method in class net.agmodel.weatherData.MetDuration
getName() - Method in class net.agmodel.weatherData.MetElement
getNorthWest() - Method in interface net.agmodel.spatialschema.GeographicalBox
getNorthWestBound() - Method in class net.agmodel.physical.GeographicalBox
getNumberFormat() - Static method in class net.agmodel.physical.JigsawQuantity: Gets the internal number format used by toString()
getNumberOfDepths() - Method in interface net.agmodel.weatherData.SoilTemperature: Deprecated. - use Sequence.getNumberOfSubComponents() instead
getNumberOfDepths() - Method in class net.agmodel.weatherData.SoilTemperatureImpl
getNumberOfRows() - Method in interface net.agmodel.physical.DataSet: Gets the number of rows of data based on the data set's duration and resolution
getNumberOfRows() - Method in class net.agmodel.physical.DataSetImpl: Gets the number of rows of data based on the data set's duration and resolution
getNumberOfSequences() - Method in interface net.agmodel.physical.DataSet: Gets the number of data sequences
getNumberOfSequences() - Method in class net.agmodel.physical.DataSetImpl: Gets the number of data sequences
getNumberOfStations() - Method in interface net.agmodel.weatherData.SpatialMetSet: Gets the number of StationDataSets held
getNumberOfStations() - Method in class net.agmodel.weatherData.SpatialMetSetImpl
getNumberOfSubComponents() - Method in class net.agmodel.physical.GeneralSequenceImpl
getNumberOfSubComponents() - Method in interface net.agmodel.physical.Sequence: Get the number of sub-components in the sequence.
getNumberOfSubComponents() - Method in class net.agmodel.physical.SynchronousStoreImpl
getNumberOfSubComponents() - Method in class net.agmodel.weatherData.GeneralMetSequenceImpl
getNumberOfSubComponents() - Method in class net.agmodel.weatherData.MultiImpl
getNumberOfSubComponents() - Method in class net.agmodel.weatherData.RHImpl
getNumberOfSubComponents() - Method in class net.agmodel.weatherData.RainImpl
getNumberOfSubComponents() - Method in class net.agmodel.weatherData.ScalarImpl
getNumberOfSubComponents() - Method in class net.agmodel.weatherData.ScalarMaxMinImpl
getNumberOfSubComponents() - Method in class net.agmodel.weatherData.ScalarMaxMinMeanImpl
getNumberOfSubComponents() - Method in class net.agmodel.weatherData.SolarRadiationImpl
getNumberOfSubComponents() - Method in class net.agmodel.weatherData.SunshineImpl
getNumberOfSubComponents() - Method in class net.agmodel.weatherData.WetDryImpl
getNumberOfSubComponents() - Method in class net.agmodel.weatherData.WindImpl
getNumberOfSubComponents() - Method in class net.agmodel.weatherData.WindProfileImpl
getNumberOfValues() - Method in interface net.agmodel.physical.Store: Returns the number of data values in the store
getNumberOfValues() - Method in class net.agmodel.physical.SynchronousStoreImpl
getOperatingPeriod() - Method in class net.agmodel.metBroker.MetSourceImpl: Get the period over which the database has data available
getOperatingPeriod() - Method in class net.agmodel.weatherData.MetSourceDetail: Get the period over which the database has data available
getOperational() - Method in class net.agmodel.metBroker.ServerStationImpl: Get the period of operation of the weather station
getOperational() - Method in class net.agmodel.weatherData.WeatherStation
getParameter() - Method in interface net.agmodel.brokerConfig.BrokerConfigDataSource.ParametersType: Gets the value of the Parameter property.
getParameter() - Method in interface net.agmodel.brokerConfig.BrokerList.ParametersType: Gets the value of the Parameter property.
getParameterValue(String) - Method in interface net.agmodel.brokerImpl.GenericSourceForDrivers
getParameterValue(String) - Method in class net.agmodel.metBroker.MetSourceImpl
getParameters() - Method in interface net.agmodel.brokerConfig.BrokerConfigDataSource
getParameters() - Method in interface net.agmodel.brokerConfig.BrokerList
getPassword(String) - Method in class net.agmodel.metBroker.User
getPeriod() - Method in class net.agmodel.pPhysical.PPeriod
getPlace() - Method in class net.agmodel.weatherData.WeatherStation
getPlaceName() - Method in class net.agmodel.physical.Place
getPlaceName() - Method in class net.agmodel.weatherData.WeatherStation
getPoint(int) - Method in class net.agmodel.physical.GeographicalPolygon
getPointCount() - Method in class net.agmodel.physical.GeographicalPolygon
getPort() - Method in interface net.agmodel.dbUtility.AccessMechanism: Return the port used to connect to the host
getPort() - Method in class net.agmodel.dbUtility.InternetHost
getProperty(String) - Method in class net.agmodel.brokerConfig.ObjectFactory: Get the specified property.
getProperty(String) - Method in class net.agmodel.spatialschema.ObjectFactory: Get the specified property.
getPtimezone() - Method in interface net.agmodel.brokerConfig.MetSource
getQuality() - Method in interface net.agmodel.brokerConfig.ScaleRange
getRb() - Static method in class net.agmodel.physical.QRLoader
getRecent() - Method in class net.agmodel.metBroker.MetSourceImpl
getRecent() - Method in interface net.agmodel.metDriver.MetSourceForDrivers: Gets a data for which currently operating stations of this database should have data
getRegion(String, String, String) - Method in class net.agmodel.metBroker.MetBrokerImpl
getRegion(String, String, String) - Method in class net.agmodel.metBroker.MetSourceImpl
getRegion(String) - Method in class net.agmodel.metBroker.RegionImpl
getRegion(String, String, String) - Method in interface net.agmodel.weatherData.MetBroker: Gets details of a region associated with a data source.
getRegion(String, String, String) - Method in class net.agmodel.weatherData.MetBrokerHTTP: Gets details of a region associated with a data source.
getRegionArea() - Method in class net.agmodel.weatherData.Region
getRegionID() - Method in class net.agmodel.metBroker.RegionImpl
getRegionID() - Method in class net.agmodel.metBroker.ServerStationImpl: Get the ID that the host database uses to refer to the region.
getRegionID() - Method in class net.agmodel.metDriver.FilePerStationPerYear2
getRegionID() - Method in class net.agmodel.weatherData.Region
getRegionID() - Method in class net.agmodel.weatherData.WeatherStation
getRegionImpl(String) - Method in class net.agmodel.metBroker.MetSourceImpl.MetSourceContext
getRegionList() - Method in class net.agmodel.metBroker.MetSourceImpl.MetSourceContext
getRegionName(String) - Method in class net.agmodel.metBroker.RegionImpl
getRegionName() - Method in class net.agmodel.weatherData.Region
getRegionName() - Method in class net.agmodel.weatherData.WeatherStation
getRelativeLat(double) - Method in class net.agmodel.physical.GeographicalBox: Returns the latitude of a location relative to the box.
getRelativeLong(double) - Method in class net.agmodel.physical.GeographicalBox: Returns the longitude of a location relative to the box.
getRequested() - Method in class net.agmodel.weatherData.MetRequest: Gets all the meteorological elements requested.
getResolution() - Method in class net.agmodel.metBroker.MetCatalogCard
getResolution() - Method in interface net.agmodel.physical.DataSet: Gets the resolution of the data set
getResolution() - Method in class net.agmodel.physical.DataSetImpl: Gets the resolution of the station data set
getResolution() - Method in class net.agmodel.physical.GeneralSequenceImpl
getResolution() - Method in interface net.agmodel.physical.Sequence: Returns the current resolution of data in the sequence (eg daily);
getResolution() - Method in class net.agmodel.physical.StoreImpl
getResolution() - Method in class net.agmodel.physical.SummaryHistoryElement: Get the temporal resolution (eg hourly or daily) of this element
getResolution() - Method in class net.agmodel.weatherData.MetRequest: Gets the requested resolution for the result of the query.
getRose(Interval, int) - Method in interface net.agmodel.weatherData.Wind: Returns the distribution of wind directions as an array.
getRose(Interval, int) - Method in class net.agmodel.weatherData.WindImpl
getRose(int, Interval, int) - Method in class net.agmodel.weatherData.WindProfileImpl
getRose(Interval, int) - Method in class net.agmodel.weatherData.WindProfileImpl
getScaleRanges() - Method in interface net.agmodel.brokerConfig.ChizuSource: Gets the value of the ScaleRanges property.
getSequence(Object) - Method in interface net.agmodel.physical.DataSet: Returns a sequence from the data set.
getSequence(Object) - Method in class net.agmodel.physical.DataSetImpl: Gets the data, if it exists, for a particular weather element.
getSequence(MetElement) - Method in interface net.agmodel.weatherData.StationDataSet: Gets the data, if it exists, for a particular weather element.
getSequence(MetElement) - Method in class net.agmodel.weatherData.StationDataSetImpl: Gets the data, if it exists, for a particular weather element.
getSequenceElement() - Method in class net.agmodel.weatherData.GeneralMetSequenceImpl: Returns the meteorological element stored in the sequence.
getSequenceElement() - Method in interface net.agmodel.weatherData.MetSequence: Returns the meteorological element stored in the sequence.
getSequenceHeading(String) - Method in class net.agmodel.physical.GeneralSequenceImpl
getSequenceHeading(String) - Method in interface net.agmodel.physical.Sequence: Returns a localized top level description of the kind of data stored in the sequence.
getSequenceHeading(String) - Method in class net.agmodel.physical.SynchronousStoreImpl
getSequenceHeading(String) - Method in class net.agmodel.weatherData.GeneralMetSequenceImpl: Returns a brief description of the kind of data stored in the sequence in the language of the default locale.
getServerProcessingTime() - Method in interface net.agmodel.weatherData.StationDataSet: 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).
getServerProcessingTime() - Method in class net.agmodel.weatherData.StationDataSetImpl
getSession() - Method in class net.agmodel.metBroker.MetSourceImpl.MetSourceContext
getSessionID() - Method in class net.agmodel.brokerImpl.GenericContext
getShortestResolution() - Method in class net.agmodel.metBroker.ServerStationImpl
getShortestResolution() - Method in class net.agmodel.weatherData.MetSourceDetail
getShortestResolution() - Method in class net.agmodel.weatherData.WeatherStation
getSource() - Method in interface net.agmodel.brokerConfig.ChizuSourceList.SourcesType: Gets the value of the Source property.
getSource() - Method in interface net.agmodel.brokerConfig.DEMSourceList.SourcesType: Gets the value of the Source property.
getSource() - Method in interface net.agmodel.brokerConfig.MetSourceList.SourcesType: Gets the value of the Source property.
getSourceDetail(String, String) - Method in class net.agmodel.brokerImpl.GenericBrokerImpl
getSourceDetail(String, String) - Method in class net.agmodel.genericBroker.GenericBrokerHTTP: Gets details about a single data source.
getSourceDetail(String, String) - Method in interface net.agmodel.genericBroker.GenericBrokerRMI: Gets details about a single data source.
getSourceGeographicalArea(String, String) - Method in class net.agmodel.brokerImpl.GenericBrokerImpl
getSourceGeographicalArea(String, String) - Method in interface net.agmodel.weatherData.MetBroker: Deprecated. Use getMetSourceDetails or getSourceDetail
getSourceID(String, String, String) - Method in class net.agmodel.brokerImpl.GenericBrokerImpl
getSourceID(String, String, String) - Method in interface net.agmodel.genericBroker.GenericBrokerRMI: Get the ID of a data source using its name in a particular language.
getSourceID() - Method in class net.agmodel.weatherData.StationMetRequest: Get the ID of the source to be queried.
getSourceImplAndRecordUse(String, String) - Method in class net.agmodel.brokerImpl.GenericBrokerImpl
getSourceLoginRequirements(String, String) - Method in class net.agmodel.brokerImpl.GenericBrokerImpl
getSourceLoginRequirements(String, String) - Method in interface net.agmodel.weatherData.MetBroker: Deprecated. Use getMetSourceDetails or getSourceDetail
getSourceName(String, String) - Method in class net.agmodel.brokerImpl.GenericBrokerImpl
getSourceName(String, String) - Method in interface net.agmodel.weatherData.MetBroker: Deprecated. Use getMetSourceDetail or getSourceDetail
getSourceSuggestedDailyOffset(String, String) - Method in class net.agmodel.metBroker.MetBrokerImpl
getSourceSuggestedDailyOffset(String, String) - Method in interface net.agmodel.weatherData.MetBroker: Deprecated. Use getMetSourceDetails or getSourceDetail
getSourceSuggestedTimezone(String, String) - Method in class net.agmodel.metBroker.MetBrokerImpl
getSourceSuggestedTimezone(String, String) - Method in interface net.agmodel.weatherData.MetBroker: Deprecated. Use getMetSourceDetails or getSourceDetail
getSources() - Method in interface net.agmodel.brokerConfig.ChizuSourceList
getSources() - Method in interface net.agmodel.brokerConfig.DEMSourceList
getSources() - Method in interface net.agmodel.brokerConfig.MetSourceList
getSouthEast() - Method in interface net.agmodel.spatialschema.GeographicalBox
getSouthEastBound() - Method in class net.agmodel.physical.GeographicalBox
getSpatialCoverage() - Method in interface net.agmodel.spatialschema.DataSource
getStart() - Method in class net.agmodel.pPhysical.PPeriod
getStart() - Method in class net.agmodel.physical.Period
getStarting() - Method in interface net.agmodel.spatialschema.TimeInterval
getStationDataSet(int) - Method in interface net.agmodel.weatherData.SpatialMetSet: Extract a particular StationDataSet
getStationDataSet(int) - Method in class net.agmodel.weatherData.SpatialMetSetImpl
getStationID() - Method in class net.agmodel.metBroker.ServerStationImpl: Get the ID that the host database uses to refer to the station.
getStationID() - Method in class net.agmodel.weatherData.StationMetRequest: Get the ID of the station to be queried.
getStationID() - Method in class net.agmodel.weatherData.WeatherStation
getStationImpl(String) - Method in class net.agmodel.metBroker.MetSourceImpl.MetSourceContext
getStationList() - Method in class net.agmodel.metBroker.MetSourceImpl.MetSourceContext
getStationLocation(String, String, String) - Method in class net.agmodel.metBroker.MetBrokerImpl
getStationLocation(String, String, String) - Method in interface net.agmodel.weatherData.MetBroker: Deprecated. Use getWeatherStation instead
getStationName(String, String, String) - Method in class net.agmodel.metBroker.MetBrokerImpl
getStationName(String, String, String) - Method in interface net.agmodel.weatherData.MetBroker: Deprecated. Use getWeatherStation instead
getStationOperational(String, String, String) - Method in class net.agmodel.metBroker.MetBrokerImpl
getStationOperational(String, String, String) - Method in interface net.agmodel.weatherData.MetBroker: Deprecated. Use getWeatherStation instead
getStationRegionID(String, String, String) - Method in class net.agmodel.metBroker.MetBrokerImpl
getStationRegionID(String, String, String) - Method in interface net.agmodel.weatherData.MetBroker: Deprecated. Use getWeatherStation instead
getStationRegionID(String, String, String) - Method in class net.agmodel.weatherData.MetBrokerHTTP: Get the weather station's current region ID.
getStationReport(String, String, String) - Method in class net.agmodel.metBroker.MetBrokerImpl
getStationReport(String, String, String) - Method in class net.agmodel.metBroker.MetSourceImpl
getStationReport(String, String, String) - Method in interface net.agmodel.weatherData.MetBroker: Deprecated. Use getWeatherStation instead
getStations(String) - Method in class net.agmodel.metBroker.RegionImpl
getStations(SpatialMetRequest) - Method in class net.agmodel.metBroker.RegionImpl
getSubHeading(int) - Method in interface net.agmodel.physical.CompoundSequence: Gets a brief description of the data stored in a Sequence subcomponent in the language of the default locale.
getSubHeading(int) - Method in class net.agmodel.physical.GeneralSequenceImpl
getSubHeading(String) - Method in class net.agmodel.physical.GeneralSequenceImpl
getSubHeading(String) - Method in interface net.agmodel.physical.Sequence: Gets a localized subheading, assumed to be in the context of an overall column heading.
getSubHeading(String) - Method in class net.agmodel.physical.SynchronousStoreImpl
getSubHeading(int) - Method in class net.agmodel.weatherData.GeneralMetSequenceImpl
getSubHeading(int) - Method in class net.agmodel.weatherData.MultiImpl
getSubHeading(int) - Method in class net.agmodel.weatherData.RHImpl
getSubHeading(int) - Method in class net.agmodel.weatherData.RainImpl: Returns the subheading by looking up the corresponding key in WeatherDataResources
getSubHeading(int) - Method in class net.agmodel.weatherData.ScalarImpl: Returns the subheading by looking up the corresponding key in WeatherDataResources
getSubHeading(int) - Method in class net.agmodel.weatherData.ScalarMaxMinImpl
getSubHeading(int) - Method in class net.agmodel.weatherData.ScalarMaxMinMeanImpl
getSubHeading(int) - Method in class net.agmodel.weatherData.SoilTemperatureImpl
getSubHeading(int) - Method in class net.agmodel.weatherData.SolarRadiationImpl
getSubHeading(int) - Method in class net.agmodel.weatherData.SunshineImpl: Returns the subheading by looking up the corresponding key in WeatherDataResources
getSubHeading(int) - Method in class net.agmodel.weatherData.WetDryImpl
getSubHeading(int) - Method in class net.agmodel.weatherData.WindImpl: Returns windspeed as element 0, if available
getSubHeading(int) - Method in class net.agmodel.weatherData.WindProfileImpl
getSufficientThreshold() - Static method in class net.agmodel.physical.JigsawQuantity: Gets the value used as the threshold for missing values.
Data with coverage equal to or less than this value is regarded as missing.
getSuggestedDailyOffset() - Method in class net.agmodel.metBroker.MetSourceImpl
getSuggestedDailyOffset() - Method in interface net.agmodel.metDriver.MetSourceForDrivers: Provide client applications with a sensible default offset for building requests for daily data for displaying the resulting data.
getSuggestedDailyOffset() - Method in class net.agmodel.weatherData.MetSourceDetail: Provide client applications with a sensible default offset for building requests for daily data for displaying the resulting data.
getSuggestedTimezone() - Method in class net.agmodel.metBroker.MetSourceImpl
getSuggestedTimezone() - Method in interface net.agmodel.metDriver.MetSourceForDrivers: Provide a sensible default timezone for building requests to the database and for displaying the resulting data.
getSuggestedTimezone() - Method in class net.agmodel.weatherData.MetSourceDetail: Provide client applications with a sensible default timezone for building requests to the database and for displaying the resulting data.
getSummaryHistory() - Method in class net.agmodel.physical.GeneralSequenceImpl: Returns the summary history for the data stored in the sequence
getSummaryHistory() - Method in interface net.agmodel.physical.Store: Returns the summary history for the data stored in the sequence
getSummaryHistory() - Method in class net.agmodel.physical.StoreImpl
getSummaryKind() - Method in class net.agmodel.physical.GeneralSequenceImpl
getSummaryKind() - Method in interface net.agmodel.physical.Sequence: Returns the current summarykind of data in the sequence (eg averaged);
getSummaryKind() - Method in class net.agmodel.physical.StoreImpl
getSummaryKind() - Method in class net.agmodel.physical.SummaryHistoryElement: Get the way that the underlying data was aggregated to create the new data set
getSystemPassword() - Method in interface net.agmodel.brokerImpl.GenericSourceForDrivers: Gets the password, if any, held by MetBroker for this particular source.
getSystemPassword() - Method in class net.agmodel.brokerImpl.GenericSourceImpl
getSystemUsercode() - Method in interface net.agmodel.brokerImpl.GenericSourceForDrivers: Gets the usercode, if any, held by MetBroker for this particular source.
getSystemUsercode() - Method in class net.agmodel.brokerImpl.GenericSourceImpl
getSystempassword() - Method in interface net.agmodel.spatialschema.DataSource
getSystemuser() - Method in interface net.agmodel.spatialschema.DataSource
getTemporalInterpolation() - Method in interface net.agmodel.physical.CompoundSequence: Indicates whether temporal interpolation is enabled
getTemporalInterpolation() - Method in class net.agmodel.physical.GeneralSequenceImpl: Indicates whether temporal interpolation is enabled
getTimeStamp(Date, Calendar) - Static method in class net.agmodel.dbUtility.TimestampUtility
getTimeliness() - Method in interface net.agmodel.brokerConfig.MetSource
getTotal(Interval) - Method in interface net.agmodel.physical.Store: Returns the total value of the sequence over the interval.
getTotal(Interval) - Method in class net.agmodel.physical.StoreImpl
getTotal(Interval) - Method in class net.agmodel.physical.SynchronousStoreImpl
getTotal(Interval) - Method in interface net.agmodel.weatherData.Rain: Returns the total rainfall over the interval.
getTotal(Date) - Method in interface net.agmodel.weatherData.Rain: Returns the rainfall over the period preceding or including the time specified.
getTotal(Interval) - Method in class net.agmodel.weatherData.RainImpl
getTotal(Date) - Method in class net.agmodel.weatherData.RainImpl
getTotal(RadiationKind, Interval) - Method in interface net.agmodel.weatherData.SolarRadiation: Returns the accumulated solar energy over the interval in MJ/m2.
getTotal(RadiationKind, Interval) - Method in class net.agmodel.weatherData.SolarRadiationImpl
getTotal(Interval) - Method in interface net.agmodel.weatherData.Sunshine: Returns the total sunshine hours over the interval.
getTotal(Date) - Method in interface net.agmodel.weatherData.Sunshine: Returns the sunshine over the period preceding and including the time specified.
getTotal(Interval) - Method in class net.agmodel.weatherData.SunshineImpl
getTotal(Date) - Method in class net.agmodel.weatherData.SunshineImpl
getTransientVersion() - Method in class net.agmodel.pUtility.PMultilingualString
getUnits() - Method in interface net.agmodel.spatialschema.PhysicalQuantity
getUnitsHeading(int) - Method in interface net.agmodel.physical.CompoundSequence: Gets a string representation of the measurement units of the column.
getUnitsHeading(String) - Method in class net.agmodel.physical.GeneralSequenceImpl
getUnitsHeading(int) - Method in class net.agmodel.physical.GeneralSequenceImpl
getUnitsHeading(String) - Method in interface net.agmodel.physical.Sequence: Gets a string representation of the measurement units of the column.
getUnitsHeading(String) - Method in class net.agmodel.physical.SynchronousStoreImpl
getUnitsHeading(int) - Method in class net.agmodel.weatherData.GeneralMetSequenceImpl: This implementation ignores index and return either the element default units or the supplied heading.
getUnitsHeading(int) - Method in class net.agmodel.weatherData.SolarRadiationImpl
getUnitsHeading(int) - Method in class net.agmodel.weatherData.WindImpl
getUsercode(String) - Method in class net.agmodel.metBroker.User
getValue() - Method in interface net.agmodel.brokerConfig.Parameter
getValue(int) - Method in class net.agmodel.physical.Acceleration: Gets the acceleration in the specified unit.
getValue(AngleUnit) - Method in class net.agmodel.physical.Angle: Gets the angle in the specified unit.
getValue(int) - Method in class net.agmodel.physical.Area: Gets the area in the specified unit.
getValue(DurationUnit) - Method in class net.agmodel.physical.Duration: Gets the duration in the specified unit.
getValue(int) - Method in class net.agmodel.physical.Frequency: Gets the frequency in the specified unit.
getValue(LengthUnit) - Method in class net.agmodel.physical.Length: Gets the length in the specified unit.
getValue(int) - Method in class net.agmodel.physical.Mass: Gets the mass in the specified unit.
getValue(ProportionUnit) - Method in class net.agmodel.physical.Proportion: Gets the proportion in the specified unit.
getValue(RadiationUnit) - Method in class net.agmodel.physical.Radiation: Gets the Radiation in the specified unit.
getValue(SpeedUnit) - Method in class net.agmodel.physical.Speed: Gets the speed in the specified unit.
getValue(TemperatureUnit) - Method in class net.agmodel.physical.Temperature: Gets the temperature in the specified unit.
getValue(int) - Method in class net.agmodel.physical.Volume: Gets the volume in the specified unit.
getValue(int) - Method in class net.agmodel.physical.VolumetricDensity: Gets the volumetric density in the specified unit.
getValueSI() - Method in class net.agmodel.physical.Composite: Gets the quantity in SI units.
getVariablebySiteStationTime(String, String, Interval, String) - Method in class net.agmodel.metDriver.ClimDBApacheSOAP
getWeatherStation(String, String, String) - Method in class net.agmodel.metBroker.MetBrokerImpl
getWeatherStation(String, String) - Method in class net.agmodel.metBroker.MetSourceImpl
getWeatherStation(String) - Method in class net.agmodel.metBroker.ServerStationImpl
getWeatherStation(String, String) - Method in interface net.agmodel.metDriver.MetSourceForDrivers
getWeatherStation(String, String, String) - Method in interface net.agmodel.weatherData.MetBroker: Get the details of the weather station
getWeatherStation(String, String, String) - Method in class net.agmodel.weatherData.MetBrokerHTTP: Get the details of the weather station
getWeatherStation() - Method in interface net.agmodel.weatherData.StationDataSet: Get the details of the weather station that the data comes from
getWeatherStation() - Method in class net.agmodel.weatherData.StationDataSetImpl
getWindRun(Interval) - Method in interface net.agmodel.weatherData.Wind: Returns the total windrun over the interval.
getWindRun(Interval) - Method in class net.agmodel.weatherData.WindImpl
getWindRun(int, Interval) - Method in class net.agmodel.weatherData.WindProfileImpl
getWindRun(Interval) - Method in class net.agmodel.weatherData.WindProfileImpl

H

HALF_HOUR - Static variable in class net.agmodel.physical.Duration
HECTARE - Static variable in class net.agmodel.physical.Area: Used to specify hectare unit.
HERTZ - Static variable in class net.agmodel.physical.Frequency: Used to specify hertz unit.
HOSTPARAMEXTENSION - Static variable in interface net.agmodel.genericBroker.GenericBrokerRMI: The extension used by subclasses when generating the name of the parameter for the RMI host name
HOUR - Static variable in class net.agmodel.physical.DurationUnit
HOURLY - Static variable in class net.agmodel.weatherData.MetDuration
HRI - class net.agmodel.metDriver.HRI.: Provides access to HRI's weather database of daily data for two sites Doesn't yet implement metadata updating
HRI(MetSourceForDrivers, Properties) - Constructor for class net.agmodel.metDriver.HRI
HRI - Static variable in interface net.agmodel.weatherData.MetBroker: Deprecated. Use listMetSourceDetails and then MetSourceDetail.getID()
HTTPHOSTPARAM - Static variable in class net.agmodel.weatherData.MetBrokerHTTP
HTTPPORTPARAM - Static variable in class net.agmodel.weatherData.MetBrokerHTTP
HUMIDITY - Static variable in class net.agmodel.weatherData.MetElement
HUNDREDWEIGHT_UK - Static variable in class net.agmodel.physical.Mass: Used to specify UK hundredweight unit (= 112 pounds).
HUNDREDWEIGHT_US - Static variable in class net.agmodel.physical.Mass: Used to specify US hundredweight unit (= 100 pounds).
Hitsujigaoka - class net.agmodel.metDriver.Hitsujigaoka.: Provides access to the database at Hokkaido Agricultural Research Station.
Hitsujigaoka(MetSourceForDrivers, Properties) - Constructor for class net.agmodel.metDriver.Hitsujigaoka
HortPlus - class net.agmodel.metDriver.HortPlus.: Provides acccess to HortPlus' MySQL database
HortPlus(MetSourceForDrivers, Properties) - Constructor for class net.agmodel.metDriver.HortPlus
Humidity - interface net.agmodel.weatherData.Humidity.: Provides a consistent interface to sequences storing humidity data in various forms
hasBeginning() - Method in class net.agmodel.pPhysical.PPeriod: Indicates whether the Period begins
hasBeginning() - Method in class net.agmodel.physical.Period: Indicates whether the Period begins
hasDirection() - Method in interface net.agmodel.weatherData.Wind: Returns whether wind direction data are stored in the sequence
hasDirection() - Method in class net.agmodel.weatherData.WindImpl
hasDirection() - Method in class net.agmodel.weatherData.WindProfileImpl
hasDirection(int) - Method in class net.agmodel.weatherData.WindProfileImpl
hasElementAtResolution(MetElement, MetDuration) - Method in class net.agmodel.weatherData.WeatherStation: Whether a station has ever recorded an element at a particular resolution.
hasEnd() - Method in class net.agmodel.pPhysical.PPeriod: Indicates whether the Period ends
hasEnd() - Method in class net.agmodel.physical.Period: Indicates whether the Period ends
hasKind(RadiationKind) - Method in interface net.agmodel.weatherData.SolarRadiation: Returns true if the specified kind of radiation is available
hasKind(RadiationKind) - Method in class net.agmodel.weatherData.SolarRadiationImpl
hasPassword(String) - Method in class net.agmodel.metBroker.User
hasSpeed() - Method in interface net.agmodel.weatherData.Wind: Returns whether wind speed data are stored in the sequence
hasSpeed() - Method in class net.agmodel.weatherData.WindImpl
hasSpeed() - Method in class net.agmodel.weatherData.WindProfileImpl
hasSpeed(int) - Method in class net.agmodel.weatherData.WindProfileImpl
hashCode() - Method in class net.agmodel.physical.AbstractUnit
hashCode() - Method in class net.agmodel.physical.DurationUnit: Returns the Calendar equivalent
hashCode() - Method in class net.agmodel.physical.GeographicalBox
hashCode() - Method in class net.agmodel.physical.Location
hashCode() - Method in class net.agmodel.physical.Location2D
hashCode() - Method in class net.agmodel.physical.SummaryKind
hashCode() - Method in class net.agmodel.weatherData.MetElement
hashCode() - Method in class net.agmodel.weatherData.RadiationKind
hashCode() - Method in class net.agmodel.weatherData.WeatherStation
hashcode() - Method in class net.agmodel.pUtility.PMultilingualString: This is necessary (as far as I see it) because the hashcode of two equal objects must be equal
hashcode() - Method in class net.agmodel.utility.MultilingualString: This is necessary (as far as I see it) because the hashcode of two equal objects must be equal

I

INCH - Static variable in class net.agmodel.physical.LengthUnit: Used to specify inch unit (1959 Standard).
InternalException - exception net.agmodel.utility.InternalException.: An exception thrown when an internal error occurs in MetBroker.
InternalException() - Constructor for class net.agmodel.utility.InternalException
InternalException(String) - Constructor for class net.agmodel.utility.InternalException
InternetHost - class net.agmodel.dbUtility.InternetHost.: An abstract class which holds host and port information for child classes
InternetHost(String, int) - Constructor for class net.agmodel.dbUtility.InternetHost
Interval - class net.agmodel.physical.Interval.: An interval is a finite period that has a starting and ending time.
Interval() - Constructor for class net.agmodel.physical.Interval: Creates an Interval with start and end set to the beginning and end of time respecitively;
Interval(Date, Date) - Constructor for class net.agmodel.physical.Interval: Creates an interval from a starting and ending time.
Interval(Duration, Date) - Constructor for class net.agmodel.physical.Interval: Creates an interval from a duration and ending time.
Interval(Date, Duration) - Constructor for class net.agmodel.physical.Interval: Creates an interval from a starting time and duration.
InvalidRequestException - exception net.agmodel.utility.InvalidRequestException.: An exception thrown when a broker is asked to do something the wrong way.
Example: trying to get data from a secure database without logging in first.
InvalidRequestException() - Constructor for class net.agmodel.utility.InvalidRequestException
InvalidRequestException(String) - Constructor for class net.agmodel.utility.InvalidRequestException
inverse() - Method in class net.agmodel.physical.Composite: Returns the Composite whose value is (1 / this).
inverse() - Method in class net.agmodel.physical.Duration: Returns the Frequency corresponding to this duration period.
inverse() - Method in class net.agmodel.physical.Frequency: Returns the Duration period corresponding to this frequency.
isAllOrNothing() - Method in class net.agmodel.weatherData.SpatialMetRequest
isConnectedTo(String) - Method in class net.agmodel.brokerImpl.GenericContext
isEndless() - Method in interface net.agmodel.spatialschema.TimeInterval
isSpatiallyInterpolated() - Method in class net.agmodel.physical.AbstractQuantity
isSpatiallyInterpolated() - Method in class net.agmodel.physical.JigsawQuantity: Whether temporal interpolation was used to estimate the value
isStationRebuildRequired() - Method in interface net.agmodel.brokerConfig.MetSource
isTemporallyInterpolated() - Method in class net.agmodel.physical.AbstractQuantity
isTemporallyInterpolated() - Method in class net.agmodel.physical.JigsawQuantity: Whether spatial interpolation was used to estimate the value
isUnknown() - Method in class net.agmodel.metBroker.RegionImpl
isUnknown() - Method in interface net.agmodel.physical.GeographicalArea: Indicates whether the bounds of this area are unknown.
isUnknown() - Method in class net.agmodel.physical.GeographicalBox
isUnknown() - Method in class net.agmodel.physical.GeographicalPolygon
isUnknown() - Method in class net.agmodel.physical.Location2D
isUnknown() - Method in interface net.agmodel.spatialschema.Location2D
iterator() - Static method in class net.agmodel.physical.DurationUnit
iterator() - Static method in class net.agmodel.physical.SummaryKind
iterator() - Static method in class net.agmodel.weatherData.MetDuration
iterator() - Static method in class net.agmodel.weatherData.MetElement
iterator() - Static method in class net.agmodel.weatherData.RadiationKind

J

JDBC - class net.agmodel.dbUtility.JDBC.: Provides access to JDBC databases by wrapping java.sql.
Addresses differences between vendor implementations of JDBC drivers.
JDBC(String, int, String) - Constructor for class net.agmodel.dbUtility.JDBC
JDBCBorland - class net.agmodel.dbUtility.JDBCBorland.: Handles the common elements of access to databases via Borland JDBC (DataGateway)
JDBCBorland(String, int, String) - Constructor for class net.agmodel.dbUtility.JDBCBorland
JDBCMySQL - class net.agmodel.dbUtility.JDBCMySQL.: Handles the common elements of access to MySQL databases via JDBC
JDBCMySQL(String, int, String) - Constructor for class net.agmodel.dbUtility.JDBCMySQL
JDBCOracle - class net.agmodel.dbUtility.JDBCOracle.: Handles the common elements of access to Oracle databases via JDBC
JDBCOracle(String, int, String) - Constructor for class net.agmodel.dbUtility.JDBCOracle
JDBCPostgres - class net.agmodel.dbUtility.JDBCPostgres.: Handles the common elements of access to PostgreSQL databases via JDBC
JDBCPostgres(String, int, String) - Constructor for class net.agmodel.dbUtility.JDBCPostgres
JDBCRjj - class net.agmodel.dbUtility.JDBCRjj.: RemoteJdbcJdbc �h��C�o��p��f�[�^�x�[�X��p�̂��߂̒��ۃN��X�ł��B
JDBCRjj(String, int, String, String) - Constructor for class net.agmodel.dbUtility.JDBCRjj: JDBCRjj ��\�z��܂��B
JDBCRjj(String, String) - Constructor for class net.agmodel.dbUtility.JDBCRjj: JDBCRjj ��\�z��܂��B �ȗ��ꂽ�|�[�g�ԍ�� 1099�ARJJ-Server�� RemoteDriver �ƂȂ�܂��B
JigsawQuantity - class net.agmodel.physical.JigsawQuantity.: Represents a measurement which may have estimated or missing components.
For example, a daily average temperature derived from hourly averages which include some missing data,
or hourly data which has been linearly interpolated over a short gap of a couple of hours.
This class lets applications choose how to handle such partial or estimated data.
JigsawQuantity(double, float, boolean, boolean) - Constructor for class net.agmodel.physical.JigsawQuantity: Creates a jigsaw quantity

K

KELVIN - Static variable in class net.agmodel.physical.TemperatureUnit: Used to specify degree Kelvin unit. The kelvin is the 1/273.16th of the thermodynamic temperature of the triple point of water. It is named after the Scottish mathematician and physicist William Thomson 1st Lord Kelvin (1824-1907)
KILOGRAM - Static variable in class net.agmodel.physical.Mass: Used to specify kilogram unit. The kilogram is equal to the mass of an international prototype in the form of a platinum-iridium cylinder kept at Sevres in France
KILOGRAMS_PER_CUBIC_METER - Static variable in class net.agmodel.physical.VolumetricDensity: Used to specify kilogram per cubic meter unit.
KILOGRAMS_PER_CUBIC_METRE - Static variable in class net.agmodel.physical.VolumetricDensity
KILOGRAMS_PER_LITER - Static variable in class net.agmodel.physical.VolumetricDensity: Used to specify kilograms per liter.
KILOGRAMS_PER_LITRE - Static variable in class net.agmodel.physical.VolumetricDensity
KILOHERTZ - Static variable in class net.agmodel.physical.Frequency: Used to specify kilohertz unit.
KILOMETER - Static variable in class net.agmodel.physical.LengthUnit: Used to specify kilometer unit.
KILOMETERS_PER_HOUR - Static variable in class net.agmodel.physical.SpeedUnit: Used to specify kilometers per hour unit.
KNOT - Static variable in class net.agmodel.physical.SpeedUnit: Used to specify knot unit.
Kana2Romaji - class net.agmodel.utility.Kana2Romaji.
Kana2Romaji() - Constructor for class net.agmodel.utility.Kana2Romaji
Kanagawa - class net.agmodel.metDriver.Kanagawa.: Provides access to the Georgia Automated Environmental Monitoring Network database via a CGI script.
Kanagawa(MetSourceForDrivers, Properties) - Constructor for class net.agmodel.metDriver.Kanagawa

L

LEAFWETNESS - Static variable in class net.agmodel.weatherData.MetElement
LISTALLSTATIONS - Static variable in class net.agmodel.weatherData.MetBrokerHTTP
LISTREGIONSFORMETSOURCE - Static variable in class net.agmodel.weatherData.MetBrokerHTTP
LISTSOURCES - Static variable in class net.agmodel.genericBroker.GenericBrokerHTTP: call GenericBrokerRMI.listSourceDetails(String)
LISTSOURCESINREGION - Static variable in class net.agmodel.genericBroker.GenericBrokerHTTP: call GenericBrokerRMI.listSourceDetails(String, GeographicalArea)
LISTSTATIONSFORQUERY - Static variable in class net.agmodel.weatherData.MetBrokerHTTP
LISTSTATIONSFORREGION - Static variable in class net.agmodel.weatherData.MetBrokerHTTP
LITER - Static variable in class net.agmodel.physical.Volume: Used to specify liter unit, (1964 Standard: 1 liter = 1 cubic decimeter).
LITRE - Static variable in class net.agmodel.physical.Volume
LOGIN - Static variable in class net.agmodel.genericBroker.GenericBrokerHTTP: call GenericBrokerRMI.loginToDataSource(String, String)
LOGINWITHEMAIL - Static variable in class net.agmodel.genericBroker.GenericBrokerHTTP: call GenericBrokerRMI.loginToDataSource(String, String, String)
LOGINWITHPASSWORD - Static variable in class net.agmodel.genericBroker.GenericBrokerHTTP: call GenericBrokerRMI.loginToDataSource(String, String, String, String)
LOGOUTALLSOURCES - Static variable in class net.agmodel.genericBroker.GenericBrokerHTTP: call GenericBrokerRMI.logOutOfAllSources(String)
LOGOUTOFSOURCE - Static variable in class net.agmodel.genericBroker.GenericBrokerHTTP: call GenericBrokerRMI.logOutOfSource(String, String)
LeafWetness - interface net.agmodel.weatherData.LeafWetness.: Interface to a leafwetness sequences.
LeafWetnessMultiImpl - class net.agmodel.weatherData.LeafWetnessMultiImpl.: Manages a sequence of leaf wetness measurements from a single sensor.
LeafWetnessMultiImpl(Interval, SummaryHistory, String[]) - Constructor for class net.agmodel.weatherData.LeafWetnessMultiImpl: Creates a leaf wetness sequence containing multiple measurements at each time (eg canopy and standard).
LeafWetnessSingleImpl - class net.agmodel.weatherData.LeafWetnessSingleImpl.: Manages a sequence of leaf wetness measurements from a single sensor.
LeafWetnessSingleImpl(Interval, SummaryHistory) - Constructor for class net.agmodel.weatherData.LeafWetnessSingleImpl: Creates a leaf wetness sequence.
Length - class net.agmodel.physical.Length.: This class represents the extent of something along its greatest dimension or the extent of space between two objects or places.
Length(double, LengthUnit) - Constructor for class net.agmodel.physical.Length: Length constructor.
Length(Length, Angle) - Constructor for class net.agmodel.physical.Length: Length constructor from a Length and an Angle (arc of a circle).
Length(Composite) - Constructor for class net.agmodel.physical.Length: Length constructor from Composite quantity.
LengthUnit - class net.agmodel.physical.LengthUnit.
Location - class net.agmodel.physical.Location.: A location is simply a point on the planet.
Location(double, double, double) - Constructor for class net.agmodel.physical.Location
Location - interface net.agmodel.spatialschema.Location.: Java content class for Location complex type.
Location2D - class net.agmodel.physical.Location2D.: A location is simply a point on the planet.
Location2D(double, double) - Constructor for class net.agmodel.physical.Location2D: Creates a Location2D object, ensuring latitude and longitude are within the standard ranges
Location2D(double, double, boolean) - Constructor for class net.agmodel.physical.Location2D: Creates a Location2D object, optionally clipping latitude to the range +/-90 and remapping longitude into the range +/-180
Location2D - interface net.agmodel.spatialschema.Location2D.: Java content class for Location2D complex type.
last() - Static method in class net.agmodel.physical.DurationUnit
last() - Static method in class net.agmodel.physical.SummaryKind
last() - Static method in class net.agmodel.weatherData.MetDuration
last() - Static method in class net.agmodel.weatherData.MetElement
last() - Static method in class net.agmodel.weatherData.RadiationKind
listDataSources(String) - Method in class net.agmodel.brokerImpl.GenericBrokerImpl
listDataSources(String, GeographicalArea) - Method in class net.agmodel.brokerImpl.GenericBrokerImpl
listMatchingStationIDs(String, String, SpatialMetRequest) - Method in class net.agmodel.metBroker.MetBrokerImpl
listMatchingStations(String, SpatialMetRequest) - Method in class net.agmodel.metBroker.MetBrokerImpl
listMatchingStations(String, SpatialMetRequest, String) - Method in class net.agmodel.metBroker.MetSourceImpl: Get an array of all the stations that can potentially contribute to the request To contribute, stations must fall within the area specified in the request, and record elements requested, and have operated at some point during the period of interest of the request.
listMatchingStations(String, SpatialMetRequest) - Method in interface net.agmodel.weatherData.MetBroker: Get an array of all the stations that can potentially contribute to the request.
listMatchingStations(String, SpatialMetRequest) - Method in class net.agmodel.weatherData.MetBrokerHTTP: Get an array of all the stations that can potentially contribute to the request To contribute, stations must fall within the area specified in the request, and record elements requested, and have operated at some point during the period of interest of the request.
listMetSourceDetails(String) - Method in class net.agmodel.metBroker.MetBrokerImpl
listMetSourceDetails(String, GeographicalArea) - Method in class net.agmodel.metBroker.MetBrokerImpl
listMetSourceDetails(String) - Method in interface net.agmodel.weatherData.MetBroker: Get the details for all the MetSources in MetBroker.
listMetSourceDetails(String, GeographicalArea) - Method in interface net.agmodel.weatherData.MetBroker: Get the details of the MetSources in MetBroker that coincide with the area specified.
listMetSourceDetails(String) - Method in class net.agmodel.weatherData.MetBrokerHTTP: Get the details for all the MetSources in MetBroker.
listMetSourceDetails(String, GeographicalArea) - Method in class net.agmodel.weatherData.MetBrokerHTTP: Get the details of the MetSources in MetBroker that coincide with the area specified.
listMetSources(String) - Method in class net.agmodel.metBroker.MetBrokerImpl
listMetSources(String, GeographicalArea) - Method in class net.agmodel.metBroker.MetBrokerImpl
listMetSources(String) - Method in interface net.agmodel.weatherData.MetBroker: Deprecated. Use listMetSourceDetails or listSourceDetails
listMetSources(String, GeographicalArea) - Method in interface net.agmodel.weatherData.MetBroker: Deprecated. Use listMetSourceDetails or listSourceDetails
listRegions(String, String) - Method in class net.agmodel.metBroker.MetBrokerImpl
listRegions(String, String) - Method in class net.agmodel.metBroker.MetSourceImpl
listRegions(String, String) - Method in interface net.agmodel.weatherData.MetBroker: Get a list of all regions for which the database holds data.
listRegions(String, String) - Method in class net.agmodel.weatherData.MetBrokerHTTP: Get a list of all regions for which the database holds data.
listSourceDetails(String) - Method in class net.agmodel.brokerImpl.GenericBrokerImpl
listSourceDetails(String, GeographicalArea) - Method in class net.agmodel.brokerImpl.GenericBrokerImpl
listSourceDetails(String) - Method in class net.agmodel.genericBroker.GenericBrokerHTTP: Get the details for all the data sources in the broker.
listSourceDetails(String, GeographicalArea) - Method in class net.agmodel.genericBroker.GenericBrokerHTTP: Get the details of the data sources in the broker that coincide with the area specified.
listSourceDetails(String) - Method in interface net.agmodel.genericBroker.GenericBrokerRMI: Get the details for all the data sources in the broker.
listSourceDetails(String, GeographicalArea) - Method in interface net.agmodel.genericBroker.GenericBrokerRMI: Get the details of the data sources in the broker that coincide with the area specified.
listStations(String, String) - Method in class net.agmodel.metBroker.MetBrokerImpl
listStations(String, String, String) - Method in class net.agmodel.metBroker.MetBrokerImpl
listStations(String, String, String) - Method in class net.agmodel.metBroker.MetSourceImpl
listStations(String, String) - Method in interface net.agmodel.weatherData.MetBroker: Get an array of all the stations in a source Typically used by a client application to get a subset of the entire list of stations for a large database.
listStations(String, String, String) - Method in interface net.agmodel.weatherData.MetBroker: Get an array of all the stations that can potentially contribute to the request Typically used by a client application to get a subset of the entire list of stations for a large database.
listStations(String, String) - Method in class net.agmodel.weatherData.MetBrokerHTTP: Get an array of all the stations in a source.
listStations(String, String, String) - Method in class net.agmodel.weatherData.MetBrokerHTTP: Get an array of all the stations in a database region.
logMessage(String) - Method in class net.agmodel.brokerImpl.GenericBrokerImpl
logOutOfAllSources(String) - Method in class net.agmodel.brokerImpl.GenericBrokerImpl
logOutOfAllSources(String) - Method in class net.agmodel.genericBroker.GenericBrokerHTTP: Log out from any MetSources to which the client is currently logged in.
logOutOfAllSources(String) - Method in interface net.agmodel.genericBroker.GenericBrokerRMI: Log out from any data sources to which the client is currently logged in.
logOutOfSource(String, String) - Method in class net.agmodel.brokerImpl.GenericBrokerImpl
logOutOfSource(String, String) - Method in class net.agmodel.genericBroker.GenericBrokerHTTP: Log out from the MetSource identified by the SourceID
logOutOfSource(String, String) - Method in interface net.agmodel.genericBroker.GenericBrokerRMI: Log out from the data source identified by the sourceID
loginToDataSource(String, String, String, String) - Method in class net.agmodel.brokerImpl.GenericBrokerImpl
loginToDataSource(String, String, String) - Method in class net.agmodel.brokerImpl.GenericBrokerImpl
loginToDataSource(String, String) - Method in class net.agmodel.brokerImpl.GenericBrokerImpl
loginToDataSource(String, String, String, String) - Method in class net.agmodel.genericBroker.GenericBrokerHTTP: Establish a connection to the specified database using the usercode and password supplied.
loginToDataSource(String, String, String) - Method in class net.agmodel.genericBroker.GenericBrokerHTTP: Establish a connection to the specified database using the e-mail address supplied as identification.
loginToDataSource(String, String) - Method in class net.agmodel.genericBroker.GenericBrokerHTTP: Establish a connection to the specified database without identifying the user in any way
loginToDataSource(String, String, String, String) - Method in interface net.agmodel.genericBroker.GenericBrokerRMI: Establish a connection to the specified database using the usercode and password supplied
loginToDataSource(String, String, String) - Method in interface net.agmodel.genericBroker.GenericBrokerRMI: Establish a connection to the specified database using the e-mail address supplied as identification.
loginToDataSource(String, String) - Method in interface net.agmodel.genericBroker.GenericBrokerRMI: Establish a connection to the specified database without identifying the user in any way
loginToMetDataSource(String, String, String, String) - Method in class net.agmodel.metBroker.MetBrokerImpl
loginToMetDataSource(String, String, String) - Method in class net.agmodel.metBroker.MetBrokerImpl
loginToMetDataSource(String, String) - Method in class net.agmodel.metBroker.MetBrokerImpl
loginToMetDataSource(String, String, String, String) - Method in interface net.agmodel.weatherData.MetBroker: Deprecated. Use loginToDataSource instead
loginToMetDataSource(String, String, String) - Method in interface net.agmodel.weatherData.MetBroker: Deprecated. Use loginToDataSource instead
loginToMetDataSource(String, String) - Method in interface net.agmodel.weatherData.MetBroker: Deprecated. Use loginToDataSource instead
loginToMetDataSource(String, String, String, String) - Method in class net.agmodel.weatherData.MetBrokerHTTP: Establish a connection to the specified database using the usercode and password supplied.
lookup(String) - Static method in class net.agmodel.physical.Duration
lookup(String) - Static method in class net.agmodel.physical.DurationUnit
lookup(String) - Static method in class net.agmodel.weatherData.MetDuration: Finds the MetDuration whose .toString() matches the parameter
looseCompare(double, double, double) - Method in class net.agmodel.metDriver.FieldServer

M

MAAS - Static variable in class net.agmodel.physical.Volume: Used to specify maas unit (Germany).
MAXIMUM - Static variable in class net.agmodel.physical.SummaryKind: Each datum represents the highest value of a set of more detailed data
MEGAGRAMS_PER_CUBIC_METER - Static variable in class net.agmodel.physical.VolumetricDensity: Used to specify megagrams per cubic meter.
MEGAGRAMS_PER_CUBIC_METRE - Static variable in class net.agmodel.physical.VolumetricDensity
MEGAHERTZ - Static variable in class net.agmodel.physical.Frequency: Used to specify kilohertz unit.
METER - Static variable in class net.agmodel.physical.LengthUnit: Used to specify meter unit. One meter was redefined in 1983 as the distance traveled by light in a vacuum in 1/299,792,458 of a second.
METERS_PER_SECOND - Static variable in class net.agmodel.physical.SpeedUnit: Used to specify meters per second unit.
METERS_PER_SQUARE_SECOND - Static variable in class net.agmodel.physical.Acceleration: Used to specify meter per square second unit.
METRESPERDEGREEOFLATITUDE - Static variable in interface net.agmodel.physical.GeographicalArea
METRESPERDEGREEOFLONGATEQUATOR - Static variable in interface net.agmodel.physical.GeographicalArea
METRESPERPIXEL - Static variable in interface net.agmodel.physical.GeographicalArea
METRES_PER_SQUARE_SECOND - Static variable in class net.agmodel.physical.Acceleration
MILE - Static variable in class net.agmodel.physical.LengthUnit: Used to specify mile unit.
MILES_PER_HOUR - Static variable in class net.agmodel.physical.SpeedUnit: Used to specify miles per hour unit.
MILE_NAUTICAL - Static variable in class net.agmodel.physical.LengthUnit: Used to specify nautical mile unit.
MILLIGRAMS_PER_LITER - Static variable in class net.agmodel.physical.VolumetricDensity: Used to specify milligrams per liter.
MILLIGRAMS_PER_LITRE - Static variable in class net.agmodel.physical.VolumetricDensity
MILLIGRAMS_PER_MILLILITER - Static variable in class net.agmodel.physical.VolumetricDensity: Used to specify milligrams per milliliter.
MILLIGRAMS_PER_MILLILITRE - Static variable in class net.agmodel.physical.VolumetricDensity
MILLILITER - Static variable in class net.agmodel.physical.Volume: Used to specify milliter unit.
MILLILITRE - Static variable in class net.agmodel.physical.Volume
MILLIMETER - Static variable in class net.agmodel.physical.LengthUnit: Used to specify millimeter unit.
MILLISECOND - Static variable in class net.agmodel.physical.DurationUnit
MINIMUM - Static variable in class net.agmodel.physical.SummaryKind: Each datum represents the lowest value of a set of more detailed data
MINUTE - Static variable in class net.agmodel.physical.AngleUnit
MINUTE - Static variable in class net.agmodel.physical.DurationUnit
MONTH - Static variable in class net.agmodel.physical.DurationUnit: The average duration of a month over a typical 4 year period.
MONTHLY - Static variable in class net.agmodel.weatherData.MetDuration
MORGEN - Static variable in class net.agmodel.physical.Area: Used to specify morgen unit (Dutch & South Africa).
MOU - Static variable in class net.agmodel.physical.Area: Used to specify mou unit (China).
Mamedas - class net.agmodel.metDriver.Mamedas.
Mamedas(MetSourceForDrivers, Properties) - Constructor for class net.agmodel.metDriver.Mamedas
Mass - class net.agmodel.physical.Mass.: This class represents the measure of the quantity of matter that a body or an object contains. The mass of the body is not dependent on gravity and therefore is different from but proportional to its weight
Mass(double, int) - Constructor for class net.agmodel.physical.Mass: Mass constructor.
Mass(Composite) - Constructor for class net.agmodel.physical.Mass: Mass constructor from Composite quantity.
MetAccessMechanism - interface net.agmodel.metDriver.MetAccessMechanism.: Defines the operations that meteorological databases drivers must implement.
MetBroker - interface net.agmodel.weatherData.MetBroker.: Handles:
database connections,
requests for details of databases and weather stations, and
requests for weather data.

Typically a client establishes a MetBroker session through a call to ServerRMI.getConnection(String,String).
The session manages connections to data sources, and also provides lists of available MetDataSources.
MetBrokerContext - class net.agmodel.metBroker.MetBrokerContext.: The Context class is used by MetBrokerImpl to maintain client-specific context.
MetBrokerContext(String, String, String) - Constructor for class net.agmodel.metBroker.MetBrokerContext
MetBrokerHTTP - class net.agmodel.weatherData.MetBrokerHTTP.: Handles:
database connections,
requests for details of databases and weather stations, and
requests for weather data.
MetBrokerHTTP(String, int) - Constructor for class net.agmodel.weatherData.MetBrokerHTTP
MetBrokerHTTP(String) - Constructor for class net.agmodel.weatherData.MetBrokerHTTP
MetBrokerImpl - class net.agmodel.metBroker.MetBrokerImpl.: An implementation of MetBroker which maintains a list of the user's active connections
MetBrokerImpl() - Constructor for class net.agmodel.metBroker.MetBrokerImpl
MetCatalogCard - class net.agmodel.metBroker.MetCatalogCard.: A MetCatalog records the periods for which a station has recorded a MetElement at a particular resolution as a list of catalogEntries.
The periods are stored in chronological order.
The list of periods is synchronised, so that multiple helpers can update the cards.
The existence of data over time can be represented by a sequence with three states:
Data Exists
MetCatalogSection - class net.agmodel.metBroker.MetCatalogSection.
MetCatalogSection() - Constructor for class net.agmodel.metBroker.MetCatalogSection
MetDuration - class net.agmodel.weatherData.MetDuration.: A set of type-safe constants for measurement frequencies used in agrometeorology
The ordinal values of these constants are used for persistent storage of metadata, so they should be changed with caution.
MetElement - class net.agmodel.weatherData.MetElement.: A set of type-safe constants that represent the weather elements that can be requested from MetBroker Supports locale dependent names for each element, default element units, and iteration through the set.
MetRequest - class net.agmodel.weatherData.MetRequest.: Classes descending from MetRequest encapsulate all the details required in a request for meteorological data.
MetRequest is an abstract class which manages attributes which are common to all requests.
Descendant objects differ mainly in how they specify where the data is to come from.
StationMetRequest requests data from a specified station.
SpatialMetRequest requests data from all stations within an area.
MetSequence - interface net.agmodel.weatherData.MetSequence.: Interface to sequences of measurements of an element from a station.
MetSequence is an parent for element-specific descendents.
These descendents are primarily used to pass data back from MetBroker to client applications.
In some situations a decendent may contain several related time series of data (eg wet and dry bulb temperatures).
Descendants "uncover" the relevant protected methods of Sequence as required.
This avoids nonsense functions like Temperature.getTotal() or Rain.getInstant().
or ambiguity in situations like AirTempMaxMin.getInstant().
Data is stored in one or more Store utility classes.
This separation is so different storage methods can be "plugged in" for different kinds of data
eg.
MetSource - interface net.agmodel.brokerConfig.MetSource.: Java content class for MetSource complex type.
MetSourceDetail - class net.agmodel.weatherData.MetSourceDetail.
MetSourceDetail(String, String, GeographicalArea, int, String, float, Period, Duration, Duration) - Constructor for class net.agmodel.weatherData.MetSourceDetail
MetSourceForDrivers - interface net.agmodel.metDriver.MetSourceForDrivers.: The interface MetAccessMechanisms use to communicate with a service that maintains metdata about a meteorological database.
MetSourceImpl - class net.agmodel.metBroker.MetSourceImpl.: An implementation of MetDataSource Responsible for knowing how to get weather element(s) for a period from a station.
MetSourceImpl(String, MetBrokerImpl, MultilingualString, GeographicalArea, int, String, String, String, String, float, Duration, Duration, Duration, boolean, String, GeographicalArea, BrokerConfigDataSource) - Constructor for class net.agmodel.metBroker.MetSourceImpl: Creates an object responsible for managing the metadata associated with a database, and spawning driver instances.
MetSourceImpl.MetSourceContext - class net.agmodel.metBroker.MetSourceImpl.MetSourceContext.: The MetSourceContext class is used by UserManagerImpl to maintain client-specific context.
MetSourceImpl.MetSourceContext(Session, Database, String, String) - Constructor for class net.agmodel.metBroker.MetSourceImpl.MetSourceContext
MetSourceList - interface net.agmodel.brokerConfig.MetSourceList.: Java content class for MetSourceList complex type.
MetSourceList.SourcesType - interface net.agmodel.brokerConfig.MetSourceList.SourcesType.: Java content class for anonymous complex type.
MultiImpl - class net.agmodel.weatherData.MultiImpl.: Manages a set of readings with more than one component.
MultiImpl(MetElement, Interval, SummaryHistory, String[]) - Constructor for class net.agmodel.weatherData.MultiImpl: Creates a MultiImpl using an array of Strings to indicate the number and name of the subcomponents.
MultiQuantity - interface net.agmodel.weatherData.MultiQuantity.: Parent interface for airMulti, and leaf wetness sequences.
MultilingualString - class net.agmodel.utility.MultilingualString.: Stores different language representations of a string of text identified by id.
MultilingualString(String) - Constructor for class net.agmodel.utility.MultilingualString
MutableInterval - class net.agmodel.physical.MutableInterval.: A mutable version of Interval.
MutableInterval() - Constructor for class net.agmodel.physical.MutableInterval: Creates a MutableInterval with start and end set to the beginning and end of time respecitively;
MutableInterval(Date, Date) - Constructor for class net.agmodel.physical.MutableInterval: Creates a MutableInterval from a starting and ending time.
MutableInterval(Duration, Date) - Constructor for class net.agmodel.physical.MutableInterval: Creates a MutableInterval from a duration and ending time.
MutableInterval(Date, Duration) - Constructor for class net.agmodel.physical.MutableInterval: Creates a MutableInterval from a starting time and duration.
magnitude(Length, Length) - Static method in class net.agmodel.physical.Length: Converts rectangular coordinates (x, y) to polar (rho, theta).
main(String[]) - Static method in class net.agmodel.metBroker.MetBrokerImpl
makeStore(RadiationKind) - Method in class net.agmodel.weatherData.SolarRadiationImpl
maximumStore(Duration) - Method in interface net.agmodel.physical.Store: Creates a new store containing data summarised by finding the maximum of each subrange.
maximumStore(Duration, String) - Method in interface net.agmodel.physical.Store: Creates a new store containing data summarised by finding the maximum of each subrange.
maximumStore(Duration) - Method in class net.agmodel.physical.StoreImpl
maximumStore(Duration, String) - Method in class net.agmodel.physical.StoreImpl
metCatalogCardExists(String, String, String, MetElement, MetDuration) - Method in class net.agmodel.metBroker.MetBrokerImpl
metCatalogCardExists(MetElement, Duration) - Method in class net.agmodel.metBroker.ServerStationImpl: Check whether a station has ever recorded an element at a particular resolution.
metCatalogCardExists(String, String, String, MetElement, MetDuration) - Method in interface net.agmodel.weatherData.MetBroker: Deprecated. Use getWeatherStation instead
metElementName - Variable in class net.agmodel.weatherData.MetElement
metresPerDegreeOfLongitude(double) - Static method in class net.agmodel.physical.GeographicalBox
minimumStore(Duration) - Method in interface net.agmodel.physical.Store: Creates a new store containing data summarised by finding the minimum of each subrange.
minimumStore(Duration, String) - Method in interface net.agmodel.physical.Store: Creates a new store containing data summarised by finding the minimum of each subrange.
minimumStore(Duration) - Method in class net.agmodel.physical.StoreImpl
minimumStore(Duration, String) - Method in class net.agmodel.physical.StoreImpl
multiply(AbstractQuantity) - Method in class net.agmodel.physical.AbstractQuantity: Returns the Composite whose value is (this * x).
multiply(double) - Method in class net.agmodel.physical.Acceleration: Returns an Acceleration whose value is (this * coefficient).
multiply(Duration) - Method in class net.agmodel.physical.Acceleration: Returns a Speed whose value is (this * d).
multiply(double) - Method in class net.agmodel.physical.Angle: Returns an Angle whose value is (this * coefficient).
multiply(double) - Method in class net.agmodel.physical.Area: Returns an Area whose value is (this * coefficient).
multiply(Length) - Method in class net.agmodel.physical.Area: Returns a Volume whose value is (this * x).
multiply(double) - Method in class net.agmodel.physical.Composite: Returns a Composite whose value is (this * coefficient).
multiply(double) - Method in class net.agmodel.physical.Duration: Returns a Duration whose value is (this * coefficient).
multiply(Speed) - Method in class net.agmodel.physical.Duration: Returns a Length whose value is (this * s).
multiply(Acceleration) - Method in class net.agmodel.physical.Duration: Returns a Speed whose value is (this * a).
multiply(double) - Method in class net.agmodel.physical.Frequency: Returns a Frequency whose value is (this * coefficient).
multiply(double) - Method in class net.agmodel.physical.Length: Returns a Length whose value is (this * coefficient).
multiply(Length) - Method in class net.agmodel.physical.Length: Returns an Area whose value is (this * x).
multiply(Area) - Method in class net.agmodel.physical.Length: Returns a Volume whose value is (this * x).
multiply(double) - Method in class net.agmodel.physical.Mass: Returns a Mass whose value is (this * coefficient).
multiply(double) - Method in class net.agmodel.physical.Proportion: Returns an Proportion whose value is (this * coefficient).
multiply(double) - Method in class net.agmodel.physical.Radiation: Returns an Radiation whose value is (this * coefficient).
multiply(double) - Method in class net.agmodel.physical.Speed: Returns a Speed whose value is (this * coefficient).
multiply(Duration) - Method in class net.agmodel.physical.Speed: Returns a Length whose value is (this * d).
multiply(double) - Method in class net.agmodel.physical.Temperature: Returns a Temperature whose value in degree Kelvin is (this * coefficient).
multiply(double) - Method in class net.agmodel.physical.Volume: Returns a Volume whose value is (this * coefficient).
multiply(Volume) - Method in class net.agmodel.physical.Volume: Returns a Mass whose value is (this * d).
multiply(double) - Method in class net.agmodel.physical.VolumetricDensity: Returns a VolumetricDensity whose value is (this * coefficient).
multiply(Volume) - Method in class net.agmodel.physical.VolumetricDensity: Returns a Mass whose value is (this * v).

N

NET - Static variable in class net.agmodel.weatherData.RadiationKind
NEWUSER - Static variable in interface net.agmodel.genericBroker.ServerRMI: Use with getConnection to indicate that this user would like to be added as a new user.
NOLOGIN - Static variable in interface net.agmodel.genericBroker.GenericBrokerRMI: The database (typically a web site) doesn't require any user details for accesss
NSEWtoDegrees(String) - Static method in class net.agmodel.weatherData.WindImpl: Converts a string of the form "N" (North) or "NW" (NorthWest) or "WNW" (West Northwest) into the corresponding bearing in degrees.
net.agmodel.brokerConfig - package net.agmodel.brokerConfig
net.agmodel.brokerImpl - package net.agmodel.brokerImpl
net.agmodel.dbUtility - package net.agmodel.dbUtility: Contains utility classes and interfaces for connecting to databases using JDBC
net.agmodel.genericBroker - package net.agmodel.genericBroker: Contains generic classes used in the interface descriptions of a number of different brokers and servers.
net.agmodel.metBroker - package net.agmodel.metBroker
net.agmodel.metDriver - package net.agmodel.metDriver: Contains driver classes that MetBroker uses to connect to databases, and the interfaces they implement.
net.agmodel.pPhysical - package net.agmodel.pPhysical: Contains persistent versions of some classes from the net.agmodel.physical package.
net.agmodel.pUtility - package net.agmodel.pUtility: Contains persistent utility classes.
net.agmodel.physical - package net.agmodel.physical: Contains classes representing basic physical quanties, units, unit conversions, and mathematical operations.
net.agmodel.spatialschema - package net.agmodel.spatialschema
net.agmodel.utility - package net.agmodel.utility: Contains utility classes, useful in a range of applications.
net.agmodel.weatherData - package net.agmodel.weatherData: Contains interface classes for MetBroker client applications.
newInstance(Class) - Method in class net.agmodel.brokerConfig.ObjectFactory: Create an instance of the specified Java content interface.
newInstance(Class) - Method in class net.agmodel.spatialschema.ObjectFactory: Create an instance of the specified Java content interface.
next() - Method in class net.agmodel.physical.DurationUnit
next() - Method in class net.agmodel.physical.SummaryKind
next() - Method in class net.agmodel.weatherData.MetDuration
next() - Method in class net.agmodel.weatherData.MetElement
next() - Method in class net.agmodel.weatherData.RadiationKind
normalize() - Method in class net.agmodel.physical.Angle: Adds or removes a discrete number of revolution to this Angle.

O

ONE_DAY - Static variable in class net.agmodel.physical.Duration
ONE_HOUR - Static variable in class net.agmodel.physical.Duration
ONE_MILLISECOND - Static variable in class net.agmodel.physical.Duration
ONE_MINUTE - Static variable in class net.agmodel.physical.Duration
ONE_MONTH - Static variable in class net.agmodel.physical.Duration
ONE_SECOND - Static variable in class net.agmodel.physical.Duration
ONE_YEAR - Static variable in class net.agmodel.physical.Duration
OUNCES_PER_CUBIC_INCH - Static variable in class net.agmodel.physical.VolumetricDensity: Used to specify ounces per cubic inch.
OUNCES_PER_GALLON_UK - Static variable in class net.agmodel.physical.VolumetricDensity: Used to specify ounces per gallon (UK).
OUNCES_PER_GALLON_US - Static variable in class net.agmodel.physical.VolumetricDensity: Used to specify ounces per gallon (US).
OUNCE_AVOIRDUPOIS - Static variable in class net.agmodel.physical.Mass: Used to specify avoirdupois ounce unit (US). The avoirdupois system of weights and measures is based on a pound containing 16 ounces or 7,000 grains and equal to 453.59 grams.
OUNCE_TROY - Static variable in class net.agmodel.physical.Mass: Used to specify troy ounce unit. The troy system of weight and measures is based on a grain which is the same as in the avoirdupois system and a pound contains 12 ounces, 240 pennyweights, or 5,760 grains.
OUNCE_UK - Static variable in class net.agmodel.physical.Volume: Used to specify UK ounce, fluid unit.
OUNCE_US - Static variable in class net.agmodel.physical.Volume: Used to specify US ounce, fluid unit.
ObjectFactory - class net.agmodel.brokerConfig.ObjectFactory.: This object contains factory methods for each Java content interface and Java element interface generated in the net.agmodel.brokerConfig package.
ObjectFactory() - Constructor for class net.agmodel.brokerConfig.ObjectFactory: Create a new ObjectFactory that can be used to create new instances of schema derived classes for package: net.agmodel.brokerConfig
ObjectFactory - class net.agmodel.spatialschema.ObjectFactory.: This object contains factory methods for each Java content interface and Java element interface generated in the net.agmodel.spatialschema package.
ObjectFactory() - Constructor for class net.agmodel.spatialschema.ObjectFactory: Create a new ObjectFactory that can be used to create new instances of schema derived classes for package: net.agmodel.spatialschema
OregonIPPC - class net.agmodel.metDriver.OregonIPPC.
OregonIPPC(MetSourceForDrivers, Properties) - Constructor for class net.agmodel.metDriver.OregonIPPC
objectURI - Static variable in class net.agmodel.metDriver.ClimDBApacheSOAP
oneWithSameTimeAsTwo(Date, Date) - Static method in class net.agmodel.physical.Duration: Returns the nearest Date <= date1 with the same "time" as date2 eg if date 1 is 0000 on 1/1/99 and date 2 time is 0900 (date doesn't matter) then returns 0900 on 31/12/98
ord - Variable in class net.agmodel.physical.AbstractUnit
ord - Variable in class net.agmodel.physical.SummaryKind: Used to provide an equivalent of the ord(A) function.
ord - Variable in class net.agmodel.weatherData.MetDuration
ord - Variable in class net.agmodel.weatherData.MetElement: Used to provide an equivalent of the ord(A) function.
ord - Variable in class net.agmodel.weatherData.RadiationKind: Used to provide an equivalent of the ord(A) function.
overlap(Period) - Method in class net.agmodel.physical.Interval: Returns the degree of overlap between this
overlapsWith(GeographicalArea) - Method in class net.agmodel.metBroker.RegionImpl
overlapsWith(GeographicalArea) - Method in interface net.agmodel.physical.GeographicalArea: Indicate whether the supplied area overlaps with this area.
overlapsWith(GeographicalArea) - Method in class net.agmodel.physical.GeographicalBox
overlapsWith(GeographicalArea) - Method in class net.agmodel.physical.GeographicalPolygon

P

PASSWORD - Static variable in interface net.agmodel.genericBroker.GenericBrokerRMI: The database requires a user code and password
PAWS - class net.agmodel.metDriver.PAWS.: Provides access to PAWS database at Washington State
PAWS(MetSourceForDrivers, Properties) - Constructor for class net.agmodel.metDriver.PAWS
PAWS - Static variable in interface net.agmodel.weatherData.MetBroker: Deprecated. Use listMetSourceDetails and then MetSourceDetail.getID()
PDate - class net.agmodel.pUtility.PDate.: Implements a persistent date.
PDate(Date) - Constructor for class net.agmodel.pUtility.PDate: Constructs a persistent version of the date.
PDuration - class net.agmodel.pPhysical.PDuration.
PDuration(Duration) - Constructor for class net.agmodel.pPhysical.PDuration
PERCENT - Static variable in class net.agmodel.physical.ProportionUnit
PINT_DRY_US - Static variable in class net.agmodel.physical.Volume: Used to specify US pint, dry unit.
PINT_LIQUID_US - Static variable in class net.agmodel.physical.Volume: Used to specify US pint, liquid unit.
PINT_UK - Static variable in class net.agmodel.physical.Volume: Used to specify UK pint unit.
PLocation - class net.agmodel.pPhysical.PLocation.: Implements a persistent version of Location.
PLocation(double, double, double) - Constructor for class net.agmodel.pPhysical.PLocation
PLocation(Location) - Constructor for class net.agmodel.pPhysical.PLocation
PLocation2D - class net.agmodel.pPhysical.PLocation2D.: Implements a persistent version of Location.
PLocation2D(double, double) - Constructor for class net.agmodel.pPhysical.PLocation2D
PLocation2D(Location2D) - Constructor for class net.agmodel.pPhysical.PLocation2D
PMultilingualString - class net.agmodel.pUtility.PMultilingualString.: This is a persistent version of net.agmodel.utility.MultiLingualString.
PMultilingualString(String) - Constructor for class net.agmodel.pUtility.PMultilingualString
PMultilingualString(MultilingualString) - Constructor for class net.agmodel.pUtility.PMultilingualString: Constructs a persistent version from a transient input
POUND - Static variable in class net.agmodel.physical.Mass: Used to specify pound unit.
POUNDS_PER_CUBIC_FOOT - Static variable in class net.agmodel.physical.VolumetricDensity: Used to specify pounds per cubic foot.
POUNDS_PER_CUBIC_INCH - Static variable in class net.agmodel.physical.VolumetricDensity: Used to specify pounds per cubic inch.
POUNDS_PER_GALLON_UK - Static variable in class net.agmodel.physical.VolumetricDensity: Used to specify pounds per gallon (UK).
POUNDS_PER_GALLON_US - Static variable in class net.agmodel.physical.VolumetricDensity: Used to specify pounds per gallon (US).
PPFD - Static variable in class net.agmodel.weatherData.RadiationKind
PPeriod - class net.agmodel.pPhysical.PPeriod.: Implements a persistent version of Period.
PPeriod(Date, Date) - Constructor for class net.agmodel.pPhysical.PPeriod: Constructs a Period from a starting and an ending Date (both non-null with ending date after starting date) After some experimentation I've let startdate==enddate - it is more useful.
PPeriod(Duration, Date) - Constructor for class net.agmodel.pPhysical.PPeriod: Constructs a Period from a duration and an ending Date
PPeriod(Date, Duration) - Constructor for class net.agmodel.pPhysical.PPeriod: Constructs a Period from an starting Date and a duration
PPeriod(Date, boolean) - Constructor for class net.agmodel.pPhysical.PPeriod: Constructs a Period from a date and an indicator as whether endless.
If endless is true, construct an period starting from aDate but not ending.
If endless is false, construct a period with no beginning ending at aDate.
PPeriod() - Constructor for class net.agmodel.pPhysical.PPeriod: Constructs a Period with no beginning and no end.
PPeriod(Period) - Constructor for class net.agmodel.pPhysical.PPeriod
PPlace - class net.agmodel.pPhysical.PPlace.: Implements a persistent version of Place.
PPlace(double, double, double, MultilingualString) - Constructor for class net.agmodel.pPhysical.PPlace
PREFMETDB - Static variable in interface net.agmodel.weatherData.MetBroker: Deprecated. Use listMetSourceDetails and then MetSourceDetail.getID()
PROPORTION - Static variable in class net.agmodel.physical.ProportionUnit: Used to specify radian unit.
Parameter - interface net.agmodel.brokerConfig.Parameter.: Java content class for Parameter complex type.
Period - class net.agmodel.physical.Period.: Represents a subset of time with an optional beginning and an optional end.
Period(Date, Date) - Constructor for class net.agmodel.physical.Period: Constructs a Period from a starting and an ending Date (both non-null with ending date after starting date) After some experimentation I've let startdate==enddate - it is more useful.
Period(Duration, Date) - Constructor for class net.agmodel.physical.Period: Constructs a Period from a duration and an ending Date
Period(Date, Duration) - Constructor for class net.agmodel.physical.Period: Constructs a Period from an starting Date and a duration
Period(Date, boolean) - Constructor for class net.agmodel.physical.Period: Constructs a Period from a date and an indicator as whether endless.
If endless is true, construct an period starting from aDate but not ending.
If endless is false, construct a period with no beginning ending at aDate.
Period() - Constructor for class net.agmodel.physical.Period: Constructs a Period with no beginning and no end.
PhysicalQuantity - interface net.agmodel.spatialschema.PhysicalQuantity.: Java content class for PhysicalQuantity complex type.
Place - class net.agmodel.physical.Place.
Place(double, double, double, String) - Constructor for class net.agmodel.physical.Place
Place(Location, String) - Constructor for class net.agmodel.physical.Place
Planteforsk - class net.agmodel.metDriver.Planteforsk.: Provides access to Planteforske (Norway) database
Planteforsk(MetSourceForDrivers, Properties) - Constructor for class net.agmodel.metDriver.Planteforsk
PrefMetDB - class net.agmodel.metDriver.PrefMetDB.: Provides access to a PostgreSQL database of Japanese Prefectural met data.
PrefMetDB(MetSourceForDrivers, Properties) - Constructor for class net.agmodel.metDriver.PrefMetDB
Proportion - class net.agmodel.physical.Proportion.: This class represents the figure formed by two lines diverging from a common point.
Proportion(double, ProportionUnit) - Constructor for class net.agmodel.physical.Proportion: Proportion constructor.
Proportion(Duration, Duration) - Constructor for class net.agmodel.physical.Proportion
ProportionUnit - class net.agmodel.physical.ProportionUnit.
postObjects(URL, Serializable[]) - Static method in class net.agmodel.utility.ServletWriter
prepareRequestQuery(MetRequest, String, StationDataSetImpl) - Method in class net.agmodel.metDriver.FAWNMetDB
prepareRequestQuery(MetRequest, String) - Method in class net.agmodel.metDriver.PAWS
prepareRequestQuery(MetRequest) - Method in class net.agmodel.metDriver.WakayamaRainDB
prev() - Method in class net.agmodel.physical.DurationUnit
prev() - Method in class net.agmodel.physical.SummaryKind
prev() - Method in class net.agmodel.weatherData.MetDuration
prev() - Method in class net.agmodel.weatherData.MetElement
prev() - Method in class net.agmodel.weatherData.RadiationKind
processSequence(MetElement, MetSequence, MetRequest, Duration, StationDataSetImpl) - Method in class net.agmodel.metBroker.MetSourceImpl
processSequence(MetElement, MetSequence, MetRequest, Duration, StationDataSetImpl) - Method in interface net.agmodel.metDriver.MetSourceForDrivers: 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.
put(String, String) - Method in class net.agmodel.pUtility.PMultilingualString
put(String, String) - Method in class net.agmodel.utility.MultilingualString
putAverageRadiationOverInterval(RadiationKind, Interval, float) - Method in class net.agmodel.weatherData.SolarRadiationImpl: Records the average solar radiation over some subinterval.
putDirectionOverInterval(Interval, String) - Method in class net.agmodel.weatherData.WindImpl: Records the wind direction over some subinterval.
putDirectionOverInterval(Interval, float) - Method in class net.agmodel.weatherData.WindImpl: Records the wind direction over some subinterval.
putInstantDirection(Date, String) - Method in class net.agmodel.weatherData.WindImpl: Records the instantaneous wind direction.
putInstantDirection(Date, float) - Method in class net.agmodel.weatherData.WindImpl: Records the instantaneous wind direction.
putInstantDirection(int, Date, float) - Method in class net.agmodel.weatherData.WindProfileImpl: Records the instantaneous wind direction.
putInstantDryBulbTemp(Date, float) - Method in class net.agmodel.weatherData.WetDryImpl: Records the instantaneous temperature at a particular time
putInstantRH(Date, float) - Method in class net.agmodel.weatherData.RHImpl: Records the instantaneous humidity at a particular time
putInstantRadiation(RadiationKind, Date, float) - Method in class net.agmodel.weatherData.SolarRadiationImpl: Records the instantaneous solar radiation at a particular time
putInstantSoilTemp(int, Date, float) - Method in class net.agmodel.weatherData.SoilTemperatureImpl: Deprecated. - use putInstantValue()
putInstantSpeed(Date, float) - Method in class net.agmodel.weatherData.WindImpl: Records the instantaneous wind speed at a particular time
putInstantSpeed(int, Date, float) - Method in class net.agmodel.weatherData.WindProfileImpl: Records the instantaneous wind speed at the lowest height at a particular time
putInstantValue(Date, double) - Method in interface net.agmodel.physical.Store: Records the instantaneous value of the time series at a particular time
putInstantValue(Date, double) - Method in class net.agmodel.physical.StoreImpl
putInstantValue(Date, double) - Method in class net.agmodel.physical.SynchronousStoreImpl
putInstantValue(int, Date, float) - Method in class net.agmodel.weatherData.MultiImpl: Records an instantaneous value at a time
putInstantValue(Date, float) - Method in class net.agmodel.weatherData.ScalarImpl: Records the instantaneous value at a particular time
putInstantWetBulbTemp(Date, float) - Method in class net.agmodel.weatherData.WetDryImpl: Records the instantaneous temperature at a particular time
putMax(Date, float) - Method in class net.agmodel.weatherData.ScalarMaxMinImpl: Puts the maximum value into the sequence.
putMaxMin(Date, float, float) - Method in class net.agmodel.weatherData.ScalarMaxMinImpl: Puts a maximum, minimum temperature pair into the sequence.
putMaxMinMean(Date, float, float, float) - Method in class net.agmodel.weatherData.ScalarMaxMinMeanImpl: Puts a maximum, minimum value pair into the sequence.
putMaxMinMeanOverInterval(Interval, float, float, float) - Method in class net.agmodel.weatherData.ScalarMaxMinMeanImpl: Puts a maximum, minimum value pair into the sequence based on an interval
putMaxMinOverInterval(Interval, float, float) - Method in class net.agmodel.weatherData.ScalarMaxMinImpl: Puts a maximum, minimum value pair into the sequence based on an interval
putMaxOverInterval(Interval, float) - Method in class net.agmodel.weatherData.ScalarMaxMinImpl: Puts the maximum temperature into the sequence based on an interval
putMean(Date, float) - Method in class net.agmodel.weatherData.ScalarMaxMinMeanImpl: Puts the mean value into the sequence.
putMeanOverInterval(Interval, float) - Method in class net.agmodel.weatherData.ScalarMaxMinMeanImpl: Puts the mean value into the sequence based on an interval
putMin(Date, float) - Method in class net.agmodel.weatherData.ScalarMaxMinImpl: Puts the minimum value into the sequence.
putMinOverInterval(Interval, float) - Method in class net.agmodel.weatherData.ScalarMaxMinImpl: Puts the minimum temperature into the sequence based on an interval
putName(String, String) - Method in class net.agmodel.brokerImpl.GenericSourceImpl
putRHOverInterval(Interval, float) - Method in class net.agmodel.weatherData.RHImpl: Records the humidity over some subinterval.
putRainfallOverInterval(Interval, float) - Method in class net.agmodel.weatherData.RainImpl: Records the rainfall over some subinterval.
putSoilTempOverInterval(int, Interval, float) - Method in class net.agmodel.weatherData.SoilTemperatureImpl: Deprecated. - use putValueOverInterval()
putSpeedOverInterval(Interval, float) - Method in class net.agmodel.weatherData.WindImpl: Records the average wind speed over some subinterval.
putSpeedOverInterval(int, Interval, float) - Method in class net.agmodel.weatherData.WindProfileImpl: Records the average wind speed at the lowest height over some subinterval.
putSunshineHoursOverInterval(Interval, float) - Method in class net.agmodel.weatherData.SunshineImpl: Records the sunshine hours over some subinterval.
putTotalRadiationOverInterval(RadiationKind, Interval, float) - Method in class net.agmodel.weatherData.SolarRadiationImpl: Records the solar radiation over some subinterval.
putValueOverInterval(Interval, double) - Method in interface net.agmodel.physical.Store: Records the value of the timeseries over some subinterval.
putValueOverInterval(Interval, JigsawQuantity) - Method in interface net.agmodel.physical.Store: Records the value of the timeseries over some subinterval, its coverage, and the extent to which it was interpolated.
putValueOverInterval(Interval, double) - Method in class net.agmodel.physical.StoreImpl
putValueOverInterval(Interval, JigsawQuantity) - Method in class net.agmodel.physical.StoreImpl
putValueOverInterval(Interval, double) - Method in class net.agmodel.physical.SynchronousStoreImpl
putValueOverInterval(Interval, JigsawQuantity) - Method in class net.agmodel.physical.SynchronousStoreImpl
putValueOverInterval(int, Interval, float) - Method in class net.agmodel.weatherData.MultiImpl: Records the average value of a component over some subinterval.
putValueOverInterval(Interval, float) - Method in class net.agmodel.weatherData.ScalarImpl: Records the average value over some subinterval.
putWindRun(Interval, float) - Method in class net.agmodel.weatherData.WindImpl: Records the wind run over some subinterval.
putWindRun(int, Interval, float) - Method in class net.agmodel.weatherData.WindProfileImpl: Records the wind run over some subinterval.

Q

QRLoader - class net.agmodel.physical.QRLoader.
QRLoader() - Constructor for class net.agmodel.physical.QRLoader
QUARTER_HOUR - Static variable in class net.agmodel.physical.Duration
QUART_DRY_US - Static variable in class net.agmodel.physical.Volume: Used to specify US quart, dry unit.
QUART_LIQUID_US - Static variable in class net.agmodel.physical.Volume: Used to specify US quart, liquid unit.
QUART_UK - Static variable in class net.agmodel.physical.Volume: Used to specify UK quart unit.
QUINTAL - Static variable in class net.agmodel.physical.Mass: Used to specify metric quintal unit.
queryForStation(MetRequest, String, StationDataSetImpl) - Method in class net.agmodel.metDriver.Amedas
queryForStation(MetRequest, String, StationDataSetImpl) - Method in class net.agmodel.metDriver.CliDB
queryForStation(MetRequest, String, StationDataSetImpl) - Method in class net.agmodel.metDriver.ClimDBApacheSOAP
queryForStation(MetRequest, String, StationDataSetImpl) - Method in class net.agmodel.metDriver.FAWNMetDB
queryForStation(MetRequest, String, StationDataSetImpl) - Method in class net.agmodel.metDriver.FieldServer
queryForStation(MetRequest, String, StationDataSetImpl) - Method in class net.agmodel.metDriver.FilePerStationPerYear2
queryForStation(MetRequest, String, StationDataSetImpl) - Method in class net.agmodel.metDriver.GAEMNHTML
queryForStation(MetRequest, String, StationDataSetImpl) - Method in class net.agmodel.metDriver.HRI
queryForStation(MetRequest, String, StationDataSetImpl) - Method in class net.agmodel.metDriver.Hitsujigaoka
queryForStation(MetRequest, String, StationDataSetImpl) - Method in class net.agmodel.metDriver.HortPlus
queryForStation(MetRequest, String, StationDataSetImpl) - Method in class net.agmodel.metDriver.Kanagawa
queryForStation(MetRequest, String, StationDataSetImpl) - Method in class net.agmodel.metDriver.Mamedas
queryForStation(MetRequest, String, StationDataSetImpl) - Method in interface net.agmodel.metDriver.MetAccessMechanism: Retrieve the relevant data from a single station.
queryForStation(MetRequest, String, StationDataSetImpl) - Method in class net.agmodel.metDriver.PAWS
queryForStation(MetRequest, String, StationDataSetImpl) - Method in class net.agmodel.metDriver.Planteforsk
queryForStation(MetRequest, String, StationDataSetImpl) - Method in class net.agmodel.metDriver.PrefMetDB
queryForStation(MetRequest, String, StationDataSetImpl) - Method in class net.agmodel.metDriver.SASA
queryForStation(MetRequest, String, StationDataSetImpl) - Method in class net.agmodel.metDriver.SNUWDMS
queryForStation(MetRequest, String, StationDataSetImpl) - Method in class net.agmodel.metDriver.TERN
queryForStation(MetRequest, String, StationDataSetImpl) - Method in class net.agmodel.metDriver.WakayamaRainDB

R

RADIAN - Static variable in class net.agmodel.physical.AngleUnit: Used to specify radian unit.
RADIATION - Static variable in class net.agmodel.weatherData.MetElement
RAIN - Static variable in class net.agmodel.weatherData.MetElement
RHImpl - class net.agmodel.weatherData.RHImpl.: Humidity manages a sequence of water vapour measurements.
RHImpl(Interval, SummaryHistory, AirTemperature) - Constructor for class net.agmodel.weatherData.RHImpl
RMIHOSTPARAM - Static variable in interface net.agmodel.weatherData.MetBroker
RMINAME - Static variable in interface net.agmodel.weatherData.MetBroker: The name that MetBroker is registered under in rmiregistry
ROOD - Static variable in class net.agmodel.physical.Area: Used to specify rood unit.
Radiation - class net.agmodel.physical.Radiation.: This class represents rate at which radiant energy is incident on an area.
Radiation(double, RadiationUnit) - Constructor for class net.agmodel.physical.Radiation: Radiation constructor.
Radiation(Composite) - Constructor for class net.agmodel.physical.Radiation: Radiation constructor from Composite quantity.
RadiationKind - class net.agmodel.weatherData.RadiationKind.: A set of type-safe constants that represent the different kinds of radiation data.
RadiationUnit - class net.agmodel.physical.RadiationUnit.
Rain - interface net.agmodel.weatherData.Rain.: Interface to a sequence of rainfall totals.
RainImpl - class net.agmodel.weatherData.RainImpl.: Stores a sequence of rainfall totals.
RainImpl(Interval, SummaryHistory) - Constructor for class net.agmodel.weatherData.RainImpl: Creates a data sequence for an element.
Region - class net.agmodel.weatherData.Region.
Region(String, String, GeographicalArea) - Constructor for class net.agmodel.weatherData.Region: Creates a new region
RegionImpl - class net.agmodel.metBroker.RegionImpl.: Provides persistent storage of region names and lists of weather stations under each region.
RegionImpl(String, MultilingualString) - Constructor for class net.agmodel.metBroker.RegionImpl
radiationKindName - Variable in class net.agmodel.weatherData.RadiationKind
recordElementStatus(String, MetElement, Duration, Period, boolean) - Method in class net.agmodel.metBroker.MetSourceImpl
recordElementStatus(MetElement, Duration, Period, boolean) - Method in class net.agmodel.metBroker.ServerStationImpl: Record that a station measured or didn't measure an element at a particular resolution over a period.
recordElementStatus(String, MetElement, Duration, Period, boolean) - Method in interface net.agmodel.metDriver.MetSourceForDrivers: Record that a station measured or didn't measure an element at a particular resolution over a period.
recordMultipleElementStatus(String, MetElement[], Duration[], Period, boolean) - Method in class net.agmodel.metBroker.MetSourceImpl
recordMultipleElementStatus(String, MetElement[], Duration[], Period, boolean) - Method in interface net.agmodel.metDriver.MetSourceForDrivers: Record that a station measured or didn't measure a set of elements at a particular resolution over a period.
recordUse() - Method in class net.agmodel.brokerImpl.GenericContext
registerCompleted() - Method in class net.agmodel.weatherData.SpatialMetSetImpl
registerSource(String, MetSourceImpl) - Method in class net.agmodel.metBroker.MetBrokerImpl
registerToQuery() - Method in class net.agmodel.weatherData.SpatialMetSetImpl
relHumFromWetDry(double, double) - Static method in class net.agmodel.weatherData.WetDryImpl
removeConnection(String) - Method in class net.agmodel.brokerImpl.GenericContext
removeSpaces(String) - Static method in class net.agmodel.utility.Kana2Romaji
report(String) - Method in class net.agmodel.metBroker.ServerStationImpl: Provide a description of the station and the data it holds
reset() - Method in class net.agmodel.utility.Stopwatch
rpcrouter - Static variable in class net.agmodel.metDriver.ClimDBApacheSOAP
run() - Method in class net.agmodel.brokerImpl.GenericBrokerImpl.DBCheckAndUpdate
run() - Method in class net.agmodel.metBroker.SpatialMetDatabaseAccess: When a MetDataSource receives a request, to fill a MetSet it scans the list of station checking whether they within the spatial and temporal boundaries of the metset If a station falls within the box, then the station object is asked whether it canContribute, and if it can, the MetDataSource calls queryForStation, and then asks the station to updateMetadata from the query results.

S

SAMPLE - Static variable in class net.agmodel.physical.SummaryKind: Each datum consists of a single representative value from a set of more detailed data
SASA - class net.agmodel.metDriver.SASA.
SASA(MetSourceForDrivers, Properties) - Constructor for class net.agmodel.metDriver.SASA
SASA - Static variable in interface net.agmodel.weatherData.MetBroker: Deprecated. Use listMetSourceDetails and then MetSourceDetail.getID()
SE - Static variable in class net.agmodel.physical.Area: Used to specify se unit (Japan).
SECOND - Static variable in class net.agmodel.physical.AngleUnit
SECOND - Static variable in class net.agmodel.physical.DurationUnit
SECTION - Static variable in class net.agmodel.physical.Area: Used to specify section unit.
SLUG - Static variable in class net.agmodel.physical.Mass: Used to specify slug unit.
SNUWDMS - class net.agmodel.metDriver.SNUWDMS.: Provides access to the Plant Pathology and Environmental Microbiology lab database at Seoul National University via a CGI script.
SNUWDMS(MetSourceForDrivers, Properties) - Constructor for class net.agmodel.metDriver.SNUWDMS
SOILTEMPERATURE - Static variable in class net.agmodel.weatherData.MetElement
SPATIALLYINTERPOLATED - Static variable in class net.agmodel.physical.AbstractQuantity
SQLExceptionTranslator - class net.agmodel.dbUtility.SQLExceptionTranslator.: Turns SQLExceptions into more general ConnectionExceptions for transmission back to client
SQLExceptionTranslator(SQLException) - Constructor for class net.agmodel.dbUtility.SQLExceptionTranslator
SQUARE - Static variable in class net.agmodel.physical.Area: Used to specify square (of timber) unit.
SQUARE_CENTIMETER - Static variable in class net.agmodel.physical.Area: Used to specify square centimeter unit.
SQUARE_CENTIMETRE - Static variable in class net.agmodel.physical.Area
SQUARE_FOOT - Static variable in class net.agmodel.physical.Area: Used to specify square foot unit.
SQUARE_INCH - Static variable in class net.agmodel.physical.Area: Used to specify square inch unit.
SQUARE_KILOMETER - Static variable in class net.agmodel.physical.Area: Used to specify square kilometer unit.
SQUARE_KILOMETRE - Static variable in class net.agmodel.physical.Area
SQUARE_METER - Static variable in class net.agmodel.physical.Area: Used to specify square meter unit.
SQUARE_METRE - Static variable in class net.agmodel.physical.Area
SQUARE_MILE - Static variable in class net.agmodel.physical.Area: Used to specify square mile unit.
SQUARE_MILLIMETER - Static variable in class net.agmodel.physical.Area: Used to specify square millimeter unit.
SQUARE_MILLIMETRE - Static variable in class net.agmodel.physical.Area
SQUARE_POLE - Static variable in class net.agmodel.physical.Area: Used to specify square pole unit (= square rod).
SQUARE_ROD - Static variable in class net.agmodel.physical.Area: Used to specify square rod unit.
SQUARE_YARD - Static variable in class net.agmodel.physical.Area: Used to specify square yard unit.
STONE - Static variable in class net.agmodel.physical.Mass: Used to specify stone unit.
SUBHOURLY - Static variable in class net.agmodel.weatherData.MetDuration
SUNSHINE - Static variable in class net.agmodel.weatherData.MetElement
SUPERUSER - Static variable in interface net.agmodel.genericBroker.ServerRMI: Use with getConnection to request a server supervisor connection
SUPPLYSPATIALDATA - Static variable in class net.agmodel.weatherData.MetBrokerHTTP
SUPPLYSTATIONDATA - Static variable in class net.agmodel.weatherData.MetBrokerHTTP
ScalarImpl - class net.agmodel.weatherData.ScalarImpl.: Manages a sequence of scalar values.
ScalarImpl(MetElement, Interval, SummaryHistory, double, String) - Constructor for class net.agmodel.weatherData.ScalarImpl: Creates a scalar sequence.
ScalarImpl(MetElement, Interval, SummaryHistory, String) - Constructor for class net.agmodel.weatherData.ScalarImpl: Creates a scalar sequence.
ScalarMaxMinImpl - class net.agmodel.weatherData.ScalarMaxMinImpl.: Manages a pair of maximum and minimum temperature sequences
ScalarMaxMinMeanImpl - class net.agmodel.weatherData.ScalarMaxMinMeanImpl.: Adds a store for the true mean value to TempMaxMin
ScalarMaxMinMeanImpl(MetElement, Interval, SummaryHistory, double) - Constructor for class net.agmodel.weatherData.ScalarMaxMinMeanImpl: Creates a sequence of maximum, minimum, and mean values.
ScalarMaxMinMeanImpl(MetElement, Interval, SummaryHistory) - Constructor for class net.agmodel.weatherData.ScalarMaxMinMeanImpl: Creates a sequence of maximum, minimum, and mean values.
ScalarQuantity - interface net.agmodel.weatherData.ScalarQuantity.: Parent interface for air and water temperature, and leaf wetness sequences.
ScaleRange - interface net.agmodel.brokerConfig.ScaleRange.: Java content class for ScaleRange complex type.
Sequence - interface net.agmodel.physical.Sequence.: Interface to sequences of measurements of some physical property.
Sequence is an parent for domain-specific descendents like MetSequence.
In some situations an implementor may contain several related time series of data (eg wet and dry bulb temperatures).
Implementors typically store data in one or more Store utility classes.
This separation is so different storage methods can be "plugged in" for different kinds of data
eg.
ServerHTTP - class net.agmodel.genericBroker.ServerHTTP.: An HTTP servlet wrapper interface to a remote RMI-based server.
ServerHTTP(String, int) - Constructor for class net.agmodel.genericBroker.ServerHTTP: Create a linking class to communicate with the wrapper servlet on a nominated port.
ServerHTTP(String) - Constructor for class net.agmodel.genericBroker.ServerHTTP: Create a linking class to communicate with the wrapper servlet on the default HTTP port (80).
ServerRMI - interface net.agmodel.genericBroker.ServerRMI.: A high level abstraction of the functions provided by a session-oriented RMI-based server application.
ServerRequest - interface net.agmodel.genericBroker.ServerRequest.: A "tagging" interface that identifies an object as being used to transmit requests to a server.
ServerResult - interface net.agmodel.genericBroker.ServerResult.: A "tagging" interface that identifies an object as being used to transmit requests to a server.
ServerStationImpl - class net.agmodel.metBroker.ServerStationImpl.: Holds details about a met data source's weather stations which are used by both client-side and database-side classes via their respective interfaces.
ServiceHTTP - class net.agmodel.genericBroker.ServiceHTTP.: An HTTP servlet wrapper interface to ServerRMI.
ServiceHTTP(String, int) - Constructor for class net.agmodel.genericBroker.ServiceHTTP: Create a linking class to communicate with the wrapper servlet on a nominated port.
ServiceHTTP(String) - Constructor for class net.agmodel.genericBroker.ServiceHTTP: Create a linking class to communicate with the wrapper servlet on the default HTTP port (80).
ServletWriter - class net.agmodel.utility.ServletWriter.: This class provides a simple method of posting multiple Serialized objects to a Java servlet and getting objects in return.
ServletWriter() - Constructor for class net.agmodel.utility.ServletWriter
SoilTemperature - interface net.agmodel.weatherData.SoilTemperature.: Interface to a set of soil temperature readings at various depths.
SoilTemperatureImpl - class net.agmodel.weatherData.SoilTemperatureImpl.: Manages a set of soil temperature readings at various depths.
SoilTemperatureImpl(Interval, SummaryHistory, int) - Constructor for class net.agmodel.weatherData.SoilTemperatureImpl
SolarRadiation - interface net.agmodel.weatherData.SolarRadiation.: Interface to a solar radiation sequence which can store several kinds of solar radiation.
The different kinds of radiation are accessed using the constants in RadiationKind as indices Radiation is commonly measured either as an instantaneous value or as an integral over time.
SolarRadiationImpl - class net.agmodel.weatherData.SolarRadiationImpl.: Implements a solar radiation sequence using an array of Stores store values==null is used to indicate that no data of that type is available Radiation values are stored internally in W/m2 (except for PPFD in (�mol s-1m-2))
SolarRadiationImpl(Interval, SummaryHistory) - Constructor for class net.agmodel.weatherData.SolarRadiationImpl
SpatialMetDatabaseAccess - class net.agmodel.metBroker.SpatialMetDatabaseAccess.: Gets data to fill a spatial query from a particular MetDataSource, and adds the results into a SpatialMetSet
SpatialMetDatabaseAccess(MetBrokerImpl, SpatialMetRequest, SpatialMetSetImpl, String, String, String) - Constructor for class net.agmodel.metBroker.SpatialMetDatabaseAccess
SpatialMetRequest - class net.agmodel.weatherData.SpatialMetRequest.: Encapsulates a request for meteorological data from stations in an area.
In general, client applications will only use the constructor.
The remaining methods are primarily for MetBroker's internal use.
SpatialMetRequest(Interval, Set, MetDuration, GeographicalArea, boolean, boolean, boolean) - Constructor for class net.agmodel.weatherData.SpatialMetRequest: Creates a request for meteorological data from stations in an area.
See Interpretation of dateExtremes in queries in MetRequest for details of how the dateExtremes parameter is interpreted.
SpatialMetRequest(Interval, Set, MetDuration, GeographicalArea, boolean, boolean) - Constructor for class net.agmodel.weatherData.SpatialMetRequest: Creates a request for meteorological data from stations in an area.
SpatialMetRequest(Interval, Set, MetDuration, GeographicalArea) - Constructor for class net.agmodel.weatherData.SpatialMetRequest: Creates a request for meteorological data from stations in an area, allowing summarising but not interpolation.
See Interpretation of dateExtremes in queries in MetRequest for details of how the dateExtremes parameter is interpreted.
SpatialMetSet - interface net.agmodel.weatherData.SpatialMetSet.: Represents the state of one or more meteorological element within a given latitude/longitude box at the earth's surface over a period of time.
SpatialMetSetImpl - class net.agmodel.weatherData.SpatialMetSetImpl.: Represents the state of one or more meteorological element within a given latitude/longitude box at the earth's surface over a period of time.
SpatialMetSetImpl() - Constructor for class net.agmodel.weatherData.SpatialMetSetImpl
Speed - class net.agmodel.physical.Speed.: This class represents a distance traveled divided by the time of travel.
Speed(double, SpeedUnit) - Constructor for class net.agmodel.physical.Speed: Speed constructor.
Speed(Composite) - Constructor for class net.agmodel.physical.Speed: Speed constructor from Composite quantity.
SpeedUnit - class net.agmodel.physical.SpeedUnit.
StationDataSet - interface net.agmodel.weatherData.StationDataSet.: Interface to classes encapsulating a set of met data from a single station for a given period, resolution
StationDataSetImpl - class net.agmodel.weatherData.StationDataSetImpl.: Encapsulates a set of met data from a single station for a given period, resolution
StationDataSetImpl(String, WeatherStation, Interval, Duration) - Constructor for class net.agmodel.weatherData.StationDataSetImpl: Creates a data set without any data in it.
StationMetRequest - class net.agmodel.weatherData.StationMetRequest.: Encapsulates the details of a request for meteorological data from a station.
In general, client applications will only use the constructor.
The remaining methods are primarily for MetBroker's internal use.
StationMetRequest(Interval, Set, MetDuration, String, String, boolean, boolean) - Constructor for class net.agmodel.weatherData.StationMetRequest: Creates a request for meteorological data from a station.
See Interpretation of dateExtremes in queries in MetRequest for details of how the dateExtremes parameter is interpreted.
Stopwatch - class net.agmodel.utility.Stopwatch.: A simple timer for measuring performance.
Stopwatch() - Constructor for class net.agmodel.utility.Stopwatch
Store - interface net.agmodel.physical.Store.: Interface for a stores a time series of data collected during the partial interval (start,end] In the case of data measured over a subinterval the endpoint of the subinterval must lie in (start,end]
If interval straddles both start and end then it is also included.
Used by domain specific wrappers like net.agmodel.weatherData

interval data
StoreImpl - class net.agmodel.physical.StoreImpl.: Stores a time series of data collected during the partial interval (start,end] In the case of data measured over a subinterval the endpoint of the subinterval must lie in (start,end]
If interval straddles both start and end then it is also included.
Used by domain specific wrappers like net.agmodel.weatherData

interval data
StoreImpl(Interval, SummaryHistory, String) - Constructor for class net.agmodel.physical.StoreImpl: Creates a new store covering the period of interest with history details.
SummaryHistory - class net.agmodel.physical.SummaryHistory.: A stack which records if and how data has been summarised.
SummaryHistory() - Constructor for class net.agmodel.physical.SummaryHistory
SummaryHistoryElement - class net.agmodel.physical.SummaryHistoryElement.: Records that data has been summarised to a certain temporal resolution (eg daily) and by which summary operation (eg total).
SummaryHistoryElement(Duration, SummaryKind) - Constructor for class net.agmodel.physical.SummaryHistoryElement: Create a new summary element.
SummaryKind - class net.agmodel.physical.SummaryKind.: A set of type-safe constants that represent the different ways of summarising data.
Sunshine - interface net.agmodel.weatherData.Sunshine.: Interface to a sequence of sunshine records (hours of bright sunlight).
SunshineImpl - class net.agmodel.weatherData.SunshineImpl.: Stores a sequence of sunshine totals.
SunshineImpl(Interval, SummaryHistory) - Constructor for class net.agmodel.weatherData.SunshineImpl: Creates a data sequence for an element.
SynchronousStoreImpl - class net.agmodel.physical.SynchronousStoreImpl.: An implementation of Store which uses an array to store data and their derivation Most suitable for regularly spaced data which continually fluctuate, such as hourly temperatures
SynchronousStoreImpl(Interval, SummaryHistory, String) - Constructor for class net.agmodel.physical.SynchronousStoreImpl
sampleStore(Duration) - Method in interface net.agmodel.physical.Store: Creates a new store with data sampled to a lower temporal resolution.
sampleStore(Duration, String) - Method in interface net.agmodel.physical.Store: Creates a new store with data sampled to a lower temporal resolution.
sampleStore(Duration) - Method in class net.agmodel.physical.StoreImpl
sampleStore(Duration, String) - Method in class net.agmodel.physical.StoreImpl
saturatedVapourPressure(double) - Static method in class net.agmodel.weatherData.RHImpl: Source: "Evapotranspiration and Irrigation Water Requirements" American Society of Civil Engineers, 1990
set(Date, Date) - Method in class net.agmodel.physical.MutableInterval: Sets the start and end date, ensuring that start is before end
set(Duration, Date) - Method in class net.agmodel.physical.MutableInterval: Sets interval from an end date and duration
set(Date, Duration) - Method in class net.agmodel.physical.MutableInterval: Sets interval from an end date and duration
setAltitude(double) - Method in interface net.agmodel.spatialschema.Location
setAmount(double) - Method in class net.agmodel.physical.JigsawQuantity: Sets the amount
setAmount(double) - Method in interface net.agmodel.spatialschema.PhysicalQuantity
setChizuBrokerConfiguration(ChizuSourceList) - Method in interface net.agmodel.brokerConfig.BrokerConfigurationType
setColumnHeading(String) - Method in interface net.agmodel.physical.Sequence: Deprecated. use setName(String) or setSequenceHeading(String) instead
setColumnHeading(String) - Method in class net.agmodel.physical.StoreImpl: Deprecated. use setName(String) instead
setColumnHeading(String) - Method in class net.agmodel.weatherData.GeneralMetSequenceImpl: Deprecated.
setDBNames(String, String, int, String) - Method in class net.agmodel.brokerImpl.GenericBrokerImpl: Loads names for the data sources from ResourceServer
setDEMBrokerConfiguration(DEMSourceList) - Method in interface net.agmodel.brokerConfig.BrokerConfigurationType
setDataSourceID(String) - Method in interface net.agmodel.spatialschema.DataSource
setDefaultDisplayRegion(GeographicalBox) - Method in interface net.agmodel.spatialschema.DataSource
setDefaultOffset(float) - Method in interface net.agmodel.brokerConfig.MetSource
setDepth(int, Length) - Method in class net.agmodel.weatherData.SoilTemperatureImpl
setDriverName(String) - Method in interface net.agmodel.spatialschema.DataSource
setEnd(Date) - Method in class net.agmodel.physical.MutableInterval: Changes the end date.
setEnding(Calendar) - Method in interface net.agmodel.spatialschema.TimeInterval
setEndless(boolean) - Method in interface net.agmodel.spatialschema.TimeInterval
setFromStation(String) - Method in interface net.agmodel.brokerConfig.MetSource
setHighestRes(Duration) - Method in interface net.agmodel.brokerConfig.MetSource
setLabelLanguage(String) - Method in interface net.agmodel.brokerConfig.MetSource
setLatRes(String) - Method in interface net.agmodel.brokerConfig.MetSource
setLatitude(double) - Method in interface net.agmodel.spatialschema.Location2D
setLeastDetailed(double) - Method in interface net.agmodel.brokerConfig.ScaleRange
setLoginRequirements(int) - Method in interface net.agmodel.spatialschema.DataSource
setLongRes(String) - Method in interface net.agmodel.brokerConfig.MetSource
setLongitude(double) - Method in interface net.agmodel.spatialschema.Location2D
setLowestRes(Duration) - Method in interface net.agmodel.brokerConfig.MetSource
setMapdir(String) - Method in interface net.agmodel.brokerConfig.MetSource
setMetBrokerConfiguration(MetSourceList) - Method in interface net.agmodel.brokerConfig.BrokerConfigurationType
setMetSourceDetails(String, String) - Method in class net.agmodel.weatherData.WeatherStation
setMissing(String) - Static method in class net.agmodel.physical.JigsawQuantity: Sets the string output by toString{} to represent DEVOID values
setMostDetailed(double) - Method in interface net.agmodel.brokerConfig.ScaleRange
setName(String) - Method in interface net.agmodel.brokerConfig.Parameter
setName(String) - Method in interface net.agmodel.physical.Sequence: Sets the language independent name for the Sequence This name is typically used as a resourceBundle key or to identify the Sequence programmatically.
setName(String) - Method in class net.agmodel.physical.StoreImpl
setName(String) - Method in interface net.agmodel.spatialschema.DataSource
setName(String) - Method in class net.agmodel.weatherData.GeneralMetSequenceImpl: Does nothing
setNorthWest(Location2D) - Method in interface net.agmodel.spatialschema.GeographicalBox
setNumberFormat(NumberFormat) - Static method in class net.agmodel.physical.JigsawQuantity: Sets the internal number format used by toString()
setParameters(BrokerConfigDataSource.ParametersType) - Method in interface net.agmodel.brokerConfig.BrokerConfigDataSource
setParameters(BrokerList.ParametersType) - Method in interface net.agmodel.brokerConfig.BrokerList
setProcessingCommenced() - Method in class net.agmodel.weatherData.MetRequest: Sets the time that processing commenced using a timing source like System.currentTimeMillis()
Called by MetBroker when it receives a query.
Normally client applications would not use this.
setProcessingTime(Duration) - Method in class net.agmodel.weatherData.StationDataSetImpl: Used by MetBroker to record the duration of processing time
setProperty(String, Object) - Method in class net.agmodel.brokerConfig.ObjectFactory: Set the specified property.
setProperty(String, Object) - Method in class net.agmodel.spatialschema.ObjectFactory: Set the specified property.
setPtimezone(String) - Method in interface net.agmodel.brokerConfig.MetSource
setQuality(int) - Method in interface net.agmodel.brokerConfig.ScaleRange
setRegionList(Map) - Method in class net.agmodel.metBroker.MetSourceImpl.MetSourceContext
setSequenceHeading(String) - Method in interface net.agmodel.physical.CompoundSequence: Sets the brief top level description of the kind of data stored in the sequence in the language of the default locale.
setSequenceHeading(String) - Method in class net.agmodel.physical.GeneralSequenceImpl
setSequenceHeading(String) - Method in class net.agmodel.weatherData.GeneralMetSequenceImpl: Lets you override the default sequence heading
setShortestResolution(Duration) - Method in class net.agmodel.metBroker.ServerStationImpl
setSources(ChizuSourceList.SourcesType) - Method in interface net.agmodel.brokerConfig.ChizuSourceList
setSources(DEMSourceList.SourcesType) - Method in interface net.agmodel.brokerConfig.DEMSourceList
setSources(MetSourceList.SourcesType) - Method in interface net.agmodel.brokerConfig.MetSourceList
setSouthEast(Location2D) - Method in interface net.agmodel.spatialschema.GeographicalBox
setSpatialCoverage(GeographicalBox) - Method in interface net.agmodel.spatialschema.DataSource
setStart(Date) - Method in class net.agmodel.physical.MutableInterval: Changes the Period start date.
setStarting(Calendar) - Method in interface net.agmodel.spatialschema.TimeInterval
setStationList(Map) - Method in class net.agmodel.metBroker.MetSourceImpl.MetSourceContext
setStationRebuildRequired(boolean) - Method in interface net.agmodel.brokerConfig.MetSource
setSubHeading(int, String) - Method in interface net.agmodel.physical.CompoundSequence: Sets the brief description of the kind of data stored in the sequence in the language of the default locale.
setSubHeading(int, String) - Method in class net.agmodel.physical.GeneralSequenceImpl
setSubHeading(int, String) - Method in class net.agmodel.weatherData.GeneralMetSequenceImpl
setSubHeading(int, String) - Method in class net.agmodel.weatherData.MultiImpl: Does nothing
setSubHeading(int, String) - Method in class net.agmodel.weatherData.RHImpl: Does nothing
setSubHeading(int, String) - Method in class net.agmodel.weatherData.RainImpl: Does nothing
setSubHeading(int, String) - Method in class net.agmodel.weatherData.ScalarImpl: Does nothing
setSubHeading(int, String) - Method in class net.agmodel.weatherData.ScalarMaxMinImpl: Does nothing
setSubHeading(int, String) - Method in class net.agmodel.weatherData.ScalarMaxMinMeanImpl: Does nothing
setSubHeading(int, String) - Method in class net.agmodel.weatherData.SoilTemperatureImpl: Does nothing
setSubHeading(int, String) - Method in class net.agmodel.weatherData.SolarRadiationImpl: Does nothing
setSubHeading(int, String) - Method in class net.agmodel.weatherData.SunshineImpl: Does nothing
setSubHeading(int, String) - Method in class net.agmodel.weatherData.WetDryImpl: Does nothing
setSubHeading(int, String) - Method in class net.agmodel.weatherData.WindImpl: Does nothing
setSubHeading(int, String) - Method in class net.agmodel.weatherData.WindProfileImpl: Does nothing
setSystempassword(String) - Method in interface net.agmodel.spatialschema.DataSource
setSystemuser(String) - Method in interface net.agmodel.spatialschema.DataSource
setTemperatureSequence(AirTemperature) - Method in class net.agmodel.weatherData.RHImpl
setTemporalInterpolation(Duration) - Method in interface net.agmodel.physical.CompoundSequence: Sets the longest data gap over which values can be temporally interpolated.
setTemporalInterpolation(Duration) - Method in class net.agmodel.physical.GeneralSequenceImpl: Sets the longest data gap over which values can be temporally interpolated.
setThresholds(float, float) - Static method in class net.agmodel.physical.JigsawQuantity: Sets the value used as the threshold for missing values.
Data with coverage equal to or less than this value is regarded as missing.
setTimeliness(Duration) - Method in interface net.agmodel.brokerConfig.MetSource
setUnits(String) - Method in interface net.agmodel.spatialschema.PhysicalQuantity
setUnitsHeading(int, String) - Method in interface net.agmodel.physical.CompoundSequence: Sets a string representation of the measurement units of the column.
setUnitsHeading(int, String) - Method in class net.agmodel.physical.GeneralSequenceImpl
setUnitsHeading(int, String) - Method in class net.agmodel.weatherData.GeneralMetSequenceImpl: This implementation ignores the index and just stores the String
setUnitsHeading(int, String) - Method in class net.agmodel.weatherData.WindImpl: Does nothing
setUnknown(boolean) - Method in interface net.agmodel.spatialschema.Location2D
setValue(String) - Method in interface net.agmodel.brokerConfig.Parameter
setValue(double, int) - Method in class net.agmodel.physical.Acceleration: Sets this Acceleration using the specified unit.
setValue(double, AngleUnit) - Method in class net.agmodel.physical.Angle: Sets this Angle using the specified unit.
setValue(double, int) - Method in class net.agmodel.physical.Area: Sets this Area using the specified unit.
setValue(double, DurationUnit) - Method in class net.agmodel.physical.Duration: Sets this Duration using the specified unit.
setValue(Date, Date) - Method in class net.agmodel.physical.Duration: Sets this Duration to the absolute time between two Dates
setValue(double, int) - Method in class net.agmodel.physical.Frequency: Sets this Frequency using the specified unit.
setValue(double, LengthUnit) - Method in class net.agmodel.physical.Length: Sets this Length using the specified unit.
setValue(double, int) - Method in class net.agmodel.physical.Mass: Sets this Mass using the specified unit.
setValue(double, ProportionUnit) - Method in class net.agmodel.physical.Proportion: Sets this Proportion using the specified unit.
setValue(double, RadiationUnit) - Method in class net.agmodel.physical.Radiation: Sets this Radiation using the specified unit.
setValue(double, SpeedUnit) - Method in class net.agmodel.physical.Speed: Sets this Speed using the specified unit.
setValue(double, TemperatureUnit) - Method in class net.agmodel.physical.Temperature: Sets this Temperature using the specified unit.
setValue(double, int) - Method in class net.agmodel.physical.Volume: Sets this Volume using the specified unit.
setValue(double, int) - Method in class net.agmodel.physical.VolumetricDensity: Sets this VolumetricDensity using the specified unit.
shouldInterpolate() - Method in class net.agmodel.weatherData.MetRequest: Gets whether the query requests interpolation.
shouldSummarise() - Method in class net.agmodel.weatherData.MetRequest: Gets whether the query requests summarisation.
shutdown(String) - Method in class net.agmodel.brokerImpl.GenericBrokerImpl: Terminates all the client sessions.
sin() - Method in class net.agmodel.physical.Angle: Returns the trigonometric sine of this Angle.
size() - Static method in class net.agmodel.physical.SummaryKind
size() - Static method in class net.agmodel.weatherData.MetDuration
size() - Static method in class net.agmodel.weatherData.MetElement
size() - Static method in class net.agmodel.weatherData.RadiationKind
spansDateline() - Method in class net.agmodel.physical.GeographicalBox
start() - Method in class net.agmodel.brokerImpl.GenericBrokerImpl: start or restart Timer if the Task is null,creat the Task and set the Timer, keep status before and put the object to Task
start() - Method in class net.agmodel.utility.Stopwatch
stationsForRegion(String) - Method in class net.agmodel.metDriver.ClimDBApacheSOAP
stop() - Method in class net.agmodel.brokerImpl.GenericBrokerImpl: Stop the Timer
stop() - Method in class net.agmodel.utility.Stopwatch
substract(Acceleration) - Method in class net.agmodel.physical.Acceleration: Returns an Acceleration whose value is (this - x).
substract(Angle) - Method in class net.agmodel.physical.Angle: Returns an Angle whose value is (this - x).
substract(Area) - Method in class net.agmodel.physical.Area: Returns an Area whose value is (this - x).
substract(Frequency) - Method in class net.agmodel.physical.Frequency: Returns a Frequency whose value is (this - x).
substract(Length) - Method in class net.agmodel.physical.Length: Returns a Length whose value is (this - x).
substract(Mass) - Method in class net.agmodel.physical.Mass: Returns a Mass whose value is (this - x).
substract(Proportion) - Method in class net.agmodel.physical.Proportion: Returns an Proportion whose value is (this - x).
substract(Radiation) - Method in class net.agmodel.physical.Radiation: Returns an Radiation whose value is (this - x).
substract(Speed) - Method in class net.agmodel.physical.Speed: Returns a Speed whose value is (this - x).
substract(Temperature) - Method in class net.agmodel.physical.Temperature: Returns a Temperature whose value is (this - x).
substract(Volume) - Method in class net.agmodel.physical.Volume: Returns a Volume whose value is (this - x).
substract(VolumetricDensity) - Method in class net.agmodel.physical.VolumetricDensity: Returns a VolumetricDensity whose value is (this - x).
subtract(Composite) - Method in class net.agmodel.physical.Composite: Returns a Composite whose value is (this - x).
subtract(Duration) - Method in class net.agmodel.physical.Duration: Returns a Duration whose value is (this - x).
subtractFromDate(Date) - Method in class net.agmodel.physical.Duration: Subtract this duration from the input date, and return a new date as the result
summarize(Duration) - Method in class net.agmodel.weatherData.AirTempMaxMinImpl: Returns the result of the average method
summarize(Duration) - Method in class net.agmodel.weatherData.AirTempMaxMinMeanImpl: Returns the result of the average method
summarize(Duration) - Method in class net.agmodel.weatherData.AirTempMultiImpl
summarize(Duration) - Method in class net.agmodel.weatherData.AirTempSingleImpl
summarize(Duration) - Method in class net.agmodel.weatherData.LeafWetnessMultiImpl
summarize(Duration) - Method in class net.agmodel.weatherData.LeafWetnessSingleImpl
summarize(Duration) - Method in interface net.agmodel.weatherData.MetSequence: Creates a lower resolution sequence which summarizes this sequence
summarize(Duration) - Method in class net.agmodel.weatherData.RHImpl
summarize(Duration) - Method in class net.agmodel.weatherData.RainImpl
summarize(Duration) - Method in class net.agmodel.weatherData.SoilTemperatureImpl: Returns the average of the sequence.
summarize(Duration) - Method in class net.agmodel.weatherData.SolarRadiationImpl
summarize(Duration) - Method in class net.agmodel.weatherData.SunshineImpl
summarize(Duration) - Method in class net.agmodel.weatherData.WaterTempSingleImpl
summarize(Duration) - Method in class net.agmodel.weatherData.WetDryImpl
summarize(Duration) - Method in class net.agmodel.weatherData.WindImpl
summarize(Duration) - Method in class net.agmodel.weatherData.WindProfileImpl
summaryKindName - Variable in class net.agmodel.physical.SummaryKind
supplyData(String, ServerRequest, int) - Method in class net.agmodel.genericBroker.GenericBrokerHTTP: Get the relevant data from a single station.
supplyMetData(String, SpatialMetRequest) - Method in class net.agmodel.metBroker.MetBrokerImpl
supplyMetData(String, StationMetRequest) - Method in class net.agmodel.metBroker.MetBrokerImpl
supplyMetData(String, StationMetRequest) - Method in interface net.agmodel.weatherData.MetBroker: Get the relevant data from a single station.
supplyMetData(String, SpatialMetRequest) - Method in interface net.agmodel.weatherData.MetBroker: Get the relevant data from multiple stations.
supplyMetData(String, StationMetRequest) - Method in class net.agmodel.weatherData.MetBrokerHTTP: Get the relevant data from a single station.
supplyMetData(String, SpatialMetRequest) - Method in class net.agmodel.weatherData.MetBrokerHTTP: Get the relevant data from multiple stations.

T

TABLESPOON_AU - Static variable in class net.agmodel.physical.Volume: Used to specify Australian tablespoon unit.
TABLESPOON_UK - Static variable in class net.agmodel.physical.Volume: Used to specify UK tablespoon unit.
TABLESPOON_US - Static variable in class net.agmodel.physical.Volume: Used to specify US tablespoon unit.
TEMPORALLYINTERPOLATED - Static variable in class net.agmodel.physical.AbstractQuantity
TEN_MINUTES - Static variable in class net.agmodel.physical.Duration
TERAHERTZ - Static variable in class net.agmodel.physical.Frequency: Used to specify terahertz unit.
TERN - class net.agmodel.metDriver.TERN.: Provides access to HRI's weather database of daily data for two sites Doesn't yet implement metadata updating
TERN(MetSourceForDrivers, Properties) - Constructor for class net.agmodel.metDriver.TERN
TONNE - Static variable in class net.agmodel.physical.Mass: Used to specify metric ton unit.
TONNES_PER_CUBIC_METER - Static variable in class net.agmodel.physical.VolumetricDensity: Used to specify tonnes per cubic meter.
TONNES_PER_CUBIC_METRE - Static variable in class net.agmodel.physical.VolumetricDensity
TONS_PER_CUBIC_YARD_UK - Static variable in class net.agmodel.physical.VolumetricDensity: Used to specify tons per cubic yard (UK).
TONS_PER_CUBIC_YARD_US - Static variable in class net.agmodel.physical.VolumetricDensity: Used to specify tons per cubic yard (US).
TON_UK - Static variable in class net.agmodel.physical.Mass: Used to specify UK ton unit.
TON_US - Static variable in class net.agmodel.physical.Mass: Used to specify US ton unit.
TOTAL - Static variable in class net.agmodel.physical.SummaryKind: Each datum represents the accumulated sum of a set of more detailed data
TOWNSHIP - Static variable in class net.agmodel.physical.Area: Used to specify township unit.
TWELVE_MINUTES - Static variable in class net.agmodel.physical.Duration
Temperature - class net.agmodel.physical.Temperature.: This class represents the degree of hotness or coldness of a body or an environment
Temperature(double, TemperatureUnit) - Constructor for class net.agmodel.physical.Temperature: Temperature constructor.
Temperature(Composite) - Constructor for class net.agmodel.physical.Temperature: Temperature constructor from Composite quantity.
TemperatureUnit - class net.agmodel.physical.TemperatureUnit.
TimeInterval - interface net.agmodel.spatialschema.TimeInterval.: Java content class for TimeInterval complex type.
TimestampUtility - class net.agmodel.dbUtility.TimestampUtility.
TimestampUtility() - Constructor for class net.agmodel.dbUtility.TimestampUtility
TypeMapping - class net.agmodel.spatialschema.TypeMapping.: Mapping from spatialSchema classes to net.agmodel.physical classes
TypeMapping() - Constructor for class net.agmodel.spatialschema.TypeMapping
tan() - Method in class net.agmodel.physical.Angle: Returns the trigonometric tangent of this Angle.
toBytes(String, String) - Static method in class net.agmodel.utility.Kana2Romaji
toBytes(String) - Static method in class net.agmodel.utility.Kana2Romaji
toComposite() - Method in class net.agmodel.physical.AbstractQuantity: Converts a simple quantity to Composite.
toRomaji(String) - Static method in class net.agmodel.utility.Kana2Romaji
toString() - Method in class net.agmodel.genericBroker.DataSourceDetail: The default to String is the name of the data source
toString() - Method in class net.agmodel.metBroker.MetCatalogCard
toString() - Method in class net.agmodel.metBroker.ServerStationImpl
toString() - Method in class net.agmodel.pPhysical.PLocation
toString() - Method in class net.agmodel.pPhysical.PLocation2D
toString() - Method in class net.agmodel.pPhysical.PPeriod
toString() - Method in class net.agmodel.pPhysical.PPlace
toString() - Method in class net.agmodel.pUtility.PMultilingualString
toString() - Method in class net.agmodel.physical.AbstractQuantity: Returns the decimal String representation of this quantity in SI units.
toString() - Method in class net.agmodel.physical.AbstractUnit
toString() - Method in class net.agmodel.physical.DataSetImpl: Returns a basic string representation of data set (without the actual data).
toString() - Method in class net.agmodel.physical.Duration: Presents the duration as a string
toString() - Method in class net.agmodel.physical.GeographicalBox
toString() - Method in class net.agmodel.physical.JigsawQuantity: Creates a default string representation of the value.
toString() - Method in class net.agmodel.physical.Location
toString() - Method in class net.agmodel.physical.Location2D
toString() - Method in class net.agmodel.physical.Period
toString() - Method in class net.agmodel.physical.Place
toString() - Method in class net.agmodel.physical.SummaryKind
toString() - Method in class net.agmodel.physical.SynchronousStoreImpl
toString() - Method in class net.agmodel.utility.MultilingualString
toString() - Method in class net.agmodel.weatherData.MetDuration
toString() - Method in class net.agmodel.weatherData.MetElement
toString() - Method in class net.agmodel.weatherData.MetRequest: Get a string representation of the query parameters
toString() - Method in class net.agmodel.weatherData.RadiationKind
toString() - Method in class net.agmodel.weatherData.SpatialMetRequest: Get a string representation of the query parameters
toString() - Method in class net.agmodel.weatherData.StationMetRequest: Get a string representation of the query parameters
toString() - Method in class net.agmodel.weatherData.WeatherStation
total(Duration) - Method in class net.agmodel.weatherData.RainImpl: Creates a new rainfall sequence, totalling rainfall to a lower resolution.
total(Duration) - Method in class net.agmodel.weatherData.SunshineImpl: Creates a new sunshine hours sequence, totalling sunshine hours to a lower resolution.
totalStore(Duration) - Method in interface net.agmodel.physical.Store: Creates a new store with data totalled to a lower temporal resolution.
totalStore(Duration, String) - Method in interface net.agmodel.physical.Store: Creates a new store with data totalled to a lower temporal resolution.
totalStore(Duration) - Method in class net.agmodel.physical.StoreImpl
totalStore(Duration, String) - Method in class net.agmodel.physical.StoreImpl
tz - Static variable in class net.agmodel.metDriver.ClimDBApacheSOAP

U

UNINTERPOLATED - Static variable in class net.agmodel.physical.AbstractQuantity
UNKNOWN - Static variable in class net.agmodel.physical.GeographicalBox
UNKNOWN - Static variable in class net.agmodel.physical.GeographicalPolygon
UNKNOWN - Static variable in class net.agmodel.physical.Location
UNKNOWN - Static variable in class net.agmodel.physical.Location2D
UnicodeFormatter - class net.agmodel.utility.UnicodeFormatter.
UnicodeFormatter() - Constructor for class net.agmodel.utility.UnicodeFormatter
UnitDimensionException - exception net.agmodel.physical.UnitDimensionException.: Thrown when two different kind of quantities are added/substracted.
UnitDimensionException() - Constructor for class net.agmodel.physical.UnitDimensionException: Constructs an UnitDimensionException with no detail message.
UnitDimensionException(String) - Constructor for class net.agmodel.physical.UnitDimensionException: Constructs an UnitDimensionException with the specified detail message.
User - class net.agmodel.metBroker.User.: MetBroker user
User(String, String) - Constructor for class net.agmodel.metBroker.User
unionWith(Period) - Method in class net.agmodel.physical.Period: Creates a new Period which minimally encompasses both this Period and the other The new period starts from the earlier of this period.getStart() and another.getStart() and ends at the later of thisPeriod.getEnd() and another.getEnd();
unitName - Variable in class net.agmodel.physical.AbstractUnit
unmapGeographicalBox(GeographicalBox) - Static method in class net.agmodel.spatialschema.TypeMapping
unmapPhysicalQuantity(PhysicalQuantity) - Static method in class net.agmodel.spatialschema.TypeMapping
unmapTimeInterval(TimeInterval) - Static method in class net.agmodel.spatialschema.TypeMapping: Maps a spatialschema TimeInterval to an agmodel Period.
updateRegionList() - Method in class net.agmodel.metDriver.Amedas
updateRegionList() - Method in class net.agmodel.metDriver.CliDB
updateRegionList() - Method in class net.agmodel.metDriver.ClimDBApacheSOAP
updateRegionList() - Method in class net.agmodel.metDriver.FAWNMetDB
updateRegionList() - Method in class net.agmodel.metDriver.FieldServer
updateRegionList() - Method in class net.agmodel.metDriver.FilePerStationPerYear2
updateRegionList() - Method in class net.agmodel.metDriver.GAEMNHTML
updateRegionList() - Method in class net.agmodel.metDriver.HRI
updateRegionList() - Method in class net.agmodel.metDriver.Hitsujigaoka
updateRegionList() - Method in class net.agmodel.metDriver.HortPlus
updateRegionList() - Method in class net.agmodel.metDriver.Kanagawa
updateRegionList() - Method in class net.agmodel.metDriver.Mamedas
updateRegionList() - Method in interface net.agmodel.metDriver.MetAccessMechanism: Update the list of regions (if any) held by the MetSource
updateRegionList() - Method in class net.agmodel.metDriver.PAWS
updateRegionList() - Method in class net.agmodel.metDriver.Planteforsk
updateRegionList() - Method in class net.agmodel.metDriver.PrefMetDB
updateRegionList() - Method in class net.agmodel.metDriver.SASA
updateRegionList() - Method in class net.agmodel.metDriver.SNUWDMS
updateRegionList() - Method in class net.agmodel.metDriver.TERN
updateRegionList() - Method in class net.agmodel.metDriver.WakayamaRainDB
updateStationList(String) - Method in class net.agmodel.metDriver.Amedas
updateStationList(String) - Method in class net.agmodel.metDriver.CliDB
updateStationList(String) - Method in class net.agmodel.metDriver.ClimDBApacheSOAP
updateStationList(String) - Method in class net.agmodel.metDriver.FAWNMetDB
updateStationList(String) - Method in class net.agmodel.metDriver.FieldServer
updateStationList(String) - Method in class net.agmodel.metDriver.FilePerStationPerYear2
updateStationList(String) - Method in class net.agmodel.metDriver.GAEMNHTML
updateStationList(String) - Method in class net.agmodel.metDriver.HRI
updateStationList(String) - Method in class net.agmodel.metDriver.Hitsujigaoka
updateStationList(String) - Method in class net.agmodel.metDriver.HortPlus
updateStationList(String) - Method in class net.agmodel.metDriver.Kanagawa
updateStationList(String) - Method in class net.agmodel.metDriver.Mamedas
updateStationList(String) - Method in interface net.agmodel.metDriver.MetAccessMechanism: Update the list of stations held by the MetSource
updateStationList(String) - Method in class net.agmodel.metDriver.PAWS
updateStationList(String) - Method in class net.agmodel.metDriver.Planteforsk
updateStationList(String) - Method in class net.agmodel.metDriver.PrefMetDB
updateStationList(String) - Method in class net.agmodel.metDriver.SASA
updateStationList(String) - Method in class net.agmodel.metDriver.SNUWDMS
updateStationList(String) - Method in class net.agmodel.metDriver.TERN
updateStationList(String) - Method in class net.agmodel.metDriver.WakayamaRainDB
updateStationListIfRequired(String) - Method in class net.agmodel.metBroker.MetSourceImpl

V

Volume - class net.agmodel.physical.Volume.: This class represents the amount of space occupied by a three-dimensional object or region of space, expressed in cubic units.
Volume(double, int) - Constructor for class net.agmodel.physical.Volume: Volume constructor.
Volume(Composite) - Constructor for class net.agmodel.physical.Volume: Volume constructor from Composite quantity.
Volume(Length, Angle) - Constructor for class net.agmodel.physical.Volume: Volume constructor from a Length and an Angle (slice of a sphere).
VolumetricDensity - class net.agmodel.physical.VolumetricDensity.: This class represents a mass per unit volume of a substance under specified conditions of pressure and temperature
VolumetricDensity(double, int) - Constructor for class net.agmodel.physical.VolumetricDensity: VolumetricDensity constructor.
VolumetricDensity(Composite) - Constructor for class net.agmodel.physical.VolumetricDensity: VolumetricDensity constructor from Composite quantity.
vapourPressureDeficit(double, double) - Static method in class net.agmodel.weatherData.RHImpl
variableTimeRange(String, String, String) - Method in class net.agmodel.metDriver.ClimDBApacheSOAP
variablesForStation(String, String) - Method in class net.agmodel.metDriver.ClimDBApacheSOAP
version - Static variable in class net.agmodel.brokerConfig.ObjectFactory
version - Static variable in class net.agmodel.spatialschema.ObjectFactory

W

WATERTEMPERATURE - Static variable in class net.agmodel.weatherData.MetElement
WATT_PER_SQUARE_METER - Static variable in class net.agmodel.physical.RadiationUnit
WELLESBOURNE - Static variable in class net.agmodel.metDriver.HRI
WIND - Static variable in class net.agmodel.weatherData.MetElement
WakayamaRainDB - class net.agmodel.metDriver.WakayamaRainDB.: Provides access to a PostgreSQL database of Japanese Prefectural met data.
WakayamaRainDB(MetSourceForDrivers, Properties) - Constructor for class net.agmodel.metDriver.WakayamaRainDB
WaterTempSingleImpl - class net.agmodel.weatherData.WaterTempSingleImpl.: Manages a sequence of water temperatures.
WaterTempSingleImpl(Interval, SummaryHistory, double) - Constructor for class net.agmodel.weatherData.WaterTempSingleImpl: Creates an water temperature sequence.
WaterTemperature - interface net.agmodel.weatherData.WaterTemperature.: Interface to water temperature sequences.
WeatherStation - class net.agmodel.weatherData.WeatherStation.: A serializable representation of a place that weather data records are associated with.
WeatherStation(String, String, String, String, Location, Period, Duration) - Constructor for class net.agmodel.weatherData.WeatherStation: Creates a new WeatherStation object
WeatherStation(String, String, String, String, String, String, Location, Period, Duration) - Constructor for class net.agmodel.weatherData.WeatherStation: Creates a new WeatherStation object
WeatherStation(String, String, String, String, String, String, Location, Period, Duration, boolean[][]) - Constructor for class net.agmodel.weatherData.WeatherStation: Creates a new WeatherStation object
WeatherStation(String, String, String, String, Location, Period, Duration, boolean[][]) - Constructor for class net.agmodel.weatherData.WeatherStation: Creates a new WeatherStation object in situations where the metSourceDetails are not available
WeatherStation(String, String, Location, Period, Duration, boolean[][]) - Constructor for class net.agmodel.weatherData.WeatherStation: Creates a new WeatherStation object in situations where the metSourceDetails are not available and the station isn't part of a region
WetDryImpl - class net.agmodel.weatherData.WetDryImpl.: Represents humidity using a pair of wet and dry bulb temperature sequences Note that only point measurements of wet and dry bulb temperatures should be used hence there is no "putxxxBulbTempOverInterval()" method.
WetDryImpl(Interval, SummaryHistory) - Constructor for class net.agmodel.weatherData.WetDryImpl: Creates a wet and dry bulb sequence.
Wind - interface net.agmodel.weatherData.Wind.: Interface to a sequence of wind speed and/or direction readings Wind is commonly measured either as an instantaneous value or as an integral over time (wind run).
WindImpl - class net.agmodel.weatherData.WindImpl.: Stores a sequence of wind readings including speed and/or direction.
WindImpl(Interval, SummaryHistory, double, String) - Constructor for class net.agmodel.weatherData.WindImpl: Creates a wind sequence which can store speed and/or direction.
WindProfileImpl - class net.agmodel.weatherData.WindProfileImpl.: Stores a sequence of wind readings including speed and/or direction at various heights.
WindProfileImpl(Interval, SummaryHistory, double[], String) - Constructor for class net.agmodel.weatherData.WindProfileImpl: Creates a set of wind sequences which can store speed and/or direction at various heights.
wait10() - Static method in class net.agmodel.brokerImpl.GenericBrokerImpl

Y

YARD - Static variable in class net.agmodel.physical.LengthUnit: Used to specify yard unit (1959 Standard).
YEAR - Static variable in class net.agmodel.physical.DurationUnit: The average duration of a year over a typical 4 year period.

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