net.agmodel.weatherData
Class LeafWetnessMultiImpl

java.lang.Object
  net.agmodel.physical.GeneralSequenceImpl
      net.agmodel.weatherData.GeneralMetSequenceImpl
          net.agmodel.weatherData.MultiImpl
              net.agmodel.weatherData.LeafWetnessMultiImpl

All Implemented Interfaces:

Cloneable, CompoundSequence, LeafWetness, MetSequence, MultiQuantity, ScalarQuantity, Sequence, Serializable

public class LeafWetnessMultiImpl

extends MultiImpl

implements LeafWetness, MultiQuantity

Manages a sequence of leaf wetness measurements from a single sensor.

Author:

Matthew Laurenson

See Also:

Serialized Form

Constructor Summary

LeafWetnessMultiImpl(Interval dateRange, SummaryHistory composition, String[] newlabels)
Creates a leaf wetness sequence containing multiple measurements at each time (eg canopy and standard).

Method Summary

LeafWetnessMultiImpl	average(Duration newResolution) Creates a new leaf wetness sequence, averaging to a lower resolution.
JigsawQuantity	getAverage(Interval interval) Returns the 0th subcomponent's average value
JigsawQuantity	getInstant(Date time) Returns the 0th subcomponent's instant value
JigsawQuantity	getMaximum(Interval interval) Returns the 0th subcomponent's maximum
JigsawQuantity	getMinimum(Interval interval) Returns the 0th subcomponent's minimum
MetSequence	summarize(Duration longerResolution) Creates a lower resolution sequence which summarizes this sequence

Methods inherited from class net.agmodel.weatherData.MultiImpl

clone, getAverage, getContentsAsString, getCoverage, getData, getInstant, getMaximum, getMinimum, getNumberOfSubComponents, getSubHeading, putInstantValue, putValueOverInterval, setSubHeading

Methods inherited from class net.agmodel.weatherData.GeneralMetSequenceImpl

getColumnHeading, getName, getSequenceElement, getSequenceHeading, getUnitsHeading, setColumnHeading, setName, setSequenceHeading, setUnitsHeading

Methods inherited from class net.agmodel.physical.GeneralSequenceImpl

cancelTemporalInterpolation, dumpSequence, getAllCoverage, getAllData, getCurrentResolution, getDateRange, getMaximumTemporalInterpolation, getResolution, getSubHeading, getSummaryHistory, getSummaryKind, getTemporalInterpolation, getUnitsHeading, setTemporalInterpolation

Methods inherited from class java.lang.Object

equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Methods inherited from interface net.agmodel.weatherData.MetSequence

getSequenceElement

Methods inherited from interface net.agmodel.physical.CompoundSequence

cancelTemporalInterpolation, getAllCoverage, getAllData, getCoverage, getData, getMaximumTemporalInterpolation, getSubHeading, getTemporalInterpolation, getUnitsHeading, setSequenceHeading, setSubHeading, setTemporalInterpolation, setUnitsHeading

Methods inherited from interface net.agmodel.physical.Sequence

clone, dumpSequence, getColumnHeading, getContentsAsString, getCurrentResolution, getDateRange, getName, getNumberOfSubComponents, getResolution, getSequenceHeading, getSubHeading, getSummaryKind, getUnitsHeading, setColumnHeading, setName

Methods inherited from interface net.agmodel.weatherData.MultiQuantity

getAverage, getInstant, getMaximum, getMinimum

Constructor Detail

LeafWetnessMultiImpl

public LeafWetnessMultiImpl(Interval dateRange,
                            SummaryHistory composition,
                            String[] newlabels)

Creates a leaf wetness sequence containing multiple measurements at each time (eg canopy and standard). Uses an array of Strings to indicate the number and name of the subcomponents. The Strings should be keys in net.agmodel.resources.WeatherDataResources, however if they are not found there the string itself will be used as the label. However, please advise that you would like the key added to WeatherDataResources.

Parameters:

dateRange - the interval for which temperatures are stored

composition - a record of how raw data has been summarised to make the sequence.

newlabels - labels for the subcomponents

Method Detail

average

public LeafWetnessMultiImpl average(Duration newResolution)

Creates a new leaf wetness sequence, averaging to a lower resolution.

Parameters:

newResolution - the target resolution required.

Returns:

a new temperature sequence

summarize

public MetSequence summarize(Duration longerResolution)

Description copied from interface: MetSequence

Creates a lower resolution sequence which summarizes this sequence

Specified by:

summarize in interface MetSequence

Parameters:

longerResolution - the new resolution to summarize to

Returns:

a summarized sequence.

getMinimum

public JigsawQuantity getMinimum(Interval interval)

Returns the 0th subcomponent's minimum

Specified by:

getMinimum in interface ScalarQuantity

Parameters:

interval - the interval of interest

Returns:

the minimum temperature

See Also:

ScalarQuantity.getMinimum(Interval)

getMaximum

public JigsawQuantity getMaximum(Interval interval)

Returns the 0th subcomponent's maximum

Specified by:

getMaximum in interface ScalarQuantity

Parameters:

interval - the interval of interest

Returns:

the maximum value

See Also:

ScalarQuantity.getMaximum(Interval)

getInstant

public JigsawQuantity getInstant(Date time)

Returns the 0th subcomponent's instant value

Specified by:

getInstant in interface ScalarQuantity

Parameters:

time - the time of interest

Returns:

the instantaneous value

See Also:

ScalarQuantity.getInstant(Date)

getAverage

public JigsawQuantity getAverage(Interval interval)

Returns the 0th subcomponent's average value

Specified by:

getAverage in interface ScalarQuantity

Parameters:

interval - the interval of interest

Returns:

the average value

See Also:

ScalarQuantity.getAverage(Interval)