Uses of Interface
net.agmodel.physical.CompoundSequence

Packages that use CompoundSequence

net.agmodel.physical	Contains classes representing basic physical quanties, units, unit conversions, and mathematical operations.
net.agmodel.weatherData	Contains interface classes for MetBroker client applications.

Uses of CompoundSequence in net.agmodel.physical

Classes in net.agmodel.physical that implement CompoundSequence

class

GeneralSequenceImpl A general mechanism for implementing sequences.

Uses of CompoundSequence in net.agmodel.weatherData

Subinterfaces of CompoundSequence in net.agmodel.weatherData

interface	AirTemperature Interface to air temperature sequences.
interface	Humidity Provides a consistent interface to sequences storing humidity data in various forms
interface	LeafWetness Interface to a leafwetness sequences.
interface	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.
interface	MultiQuantity Parent interface for airMulti, and leaf wetness sequences.
interface	Rain Interface to a sequence of rainfall totals.
interface	ScalarQuantity Parent interface for air and water temperature, and leaf wetness sequences.
interface	SoilTemperature Interface to a set of soil temperature readings at various depths.
interface	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.
interface	Sunshine Interface to a sequence of sunshine records (hours of bright sunlight).
interface	WaterTemperature Interface to water temperature sequences.
interface	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).

Classes in net.agmodel.weatherData that implement CompoundSequence

class	AirTempMaxMinImpl Manages a pair of maximum and minimum air temperature sequences
class	AirTempMaxMinMeanImpl Adds a store for the true mean temperature to AirTempMaxMin
class	AirTempMultiImpl Manages a set of air temperature measurements from a multiple sensors.
class	AirTempSingleImpl Manages a sequence of air temperatures.
class	GeneralMetSequenceImpl A general mechanism for implementing MetSequences.
class	LeafWetnessMultiImpl Manages a sequence of leaf wetness measurements from a single sensor.
class	LeafWetnessSingleImpl Manages a sequence of leaf wetness measurements from a single sensor.
class	MultiImpl Manages a set of readings with more than one component.
class	RainImpl Stores a sequence of rainfall totals.
class	RHImpl Humidity manages a sequence of water vapour measurements.
class	ScalarImpl Manages a sequence of scalar values.
class	ScalarMaxMinImpl Manages a pair of maximum and minimum temperature sequences
class	ScalarMaxMinMeanImpl Adds a store for the true mean value to TempMaxMin
class	SoilTemperatureImpl Manages a set of soil temperature readings at various depths.
class	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 (µmol s-1m-2))
class	SunshineImpl Stores a sequence of sunshine totals.
class	WaterTempSingleImpl Manages a sequence of water temperatures.
class	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.
class	WindImpl Stores a sequence of wind readings including speed and/or direction.
class	WindProfileImpl Stores a sequence of wind readings including speed and/or direction at various heights.