net.agmodel.weatherData
Class MultiImpl

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

All Implemented Interfaces:

Cloneable, CompoundSequence, MetSequence, MultiQuantity, Sequence, Serializable

Direct Known Subclasses:

AirTempMultiImpl, LeafWetnessMultiImpl, SoilTemperatureImpl, WindProfileImpl

public abstract class MultiImpl

extends GeneralMetSequenceImpl

implements MultiQuantity

Manages a set of readings with more than one component.

See Also:

Serialized Form

Constructor Summary

MultiImpl(MetElement element, Interval dateRange, SummaryHistory composition, String[] newlabels)
Creates a MultiImpl using an array of Strings to indicate the number and name of the subcomponents.

Method Summary

Object	clone()
JigsawQuantity	getAverage(int index, Interval interval) Returns the average temperature over the interval.
String	getContentsAsString(Date time, String delimiter) Returns the measurement associated with a particular time as a string.
float[]	getCoverage(int index) Indicates which array elements returned by getData(int) are missing.
double[]	getData(int index) Creates a new set of readings, averaging values to a lower resolution.
JigsawQuantity	getInstant(int index, Date time) Returns the instantaneous temperature at a particular point in time.
JigsawQuantity	getMaximum(int index, Interval interval) Returns the maximum temperature over the interval.
JigsawQuantity	getMinimum(int index, Interval interval) Returns the minimum temperature over the interval.
int	getNumberOfSubComponents() Get the number of sub-components in the sequence.
String	getSubHeading(int index) Gets a brief description of the data stored in a Sequence subcomponent in the language of the default locale.
void	putInstantValue(int index, Date time, float value) Records an instantaneous value at a time
void	putValueOverInterval(int index, Interval interval, float value) Records the average value of a component over some subinterval.
void	setSubHeading(int index, String aHeading) Does nothing

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, summarize

Methods inherited from interface net.agmodel.physical.CompoundSequence

cancelTemporalInterpolation, getAllCoverage, getAllData, getMaximumTemporalInterpolation, getTemporalInterpolation, getUnitsHeading, setSequenceHeading, setTemporalInterpolation, setUnitsHeading

Methods inherited from interface net.agmodel.physical.Sequence

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

Constructor Detail

MultiImpl

public MultiImpl(MetElement element,
                 Interval dateRange,
                 SummaryHistory composition,
                 String[] newlabels)

Creates a MultiImpl using 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:

newlabels - labels for the subcomponents

Method Detail

getNumberOfSubComponents

public int getNumberOfSubComponents()

Description copied from interface: Sequence

Get the number of sub-components in the sequence. This indicates how many "columns" the sequence output will occupy.

Specified by:

getNumberOfSubComponents in interface Sequence

Specified by:

getNumberOfSubComponents in class GeneralMetSequenceImpl

getSubHeading

public String getSubHeading(int index)

Description copied from interface: CompoundSequence

Gets a brief description of the data stored in a Sequence subcomponent in the language of the default locale. This value can be used as a column sub heading if the sequence is listed. It is assumed to be in the context of an overall column heading.

Specified by:

getSubHeading in interface CompoundSequence

Specified by:

getSubHeading in class GeneralMetSequenceImpl

setSubHeading

public void setSubHeading(int index,
                          String aHeading)

Does nothing

Specified by:

setSubHeading in interface CompoundSequence

Specified by:

setSubHeading in class GeneralMetSequenceImpl

getMinimum

public JigsawQuantity getMinimum(int index,
                                 Interval interval)

Description copied from interface: MultiQuantity

Returns the minimum temperature over the interval. Temperatures at either end of the interval are included in the comparison if more than 50% of their duration lies within the interval of interest.

Specified by:

getMinimum in interface MultiQuantity

Parameters:

interval - the interval of interest

index - the component of interest (0-based)

Returns:

the minimum temperature

getMaximum

public JigsawQuantity getMaximum(int index,
                                 Interval interval)

Description copied from interface: MultiQuantity

Returns the maximum temperature over the interval. Sequence values at either end of the interval are included in the comparison if more than 50% of their duration lies within the interval of interest.

Specified by:

getMaximum in interface MultiQuantity

Parameters:

interval - the interval of interest

index - the component of interest (0-based)

Returns:

the maximum value

getInstant

public JigsawQuantity getInstant(int index,
                                 Date time)

Description copied from interface: MultiQuantity

Returns the instantaneous temperature at a particular point in time. If interpolation is requested, the value may be spatially and/or temporally interpolated from other data.

Specified by:

getInstant in interface MultiQuantity

Parameters:

time - the time of interest

index - the component of interest (0-based)

Returns:

the instantaneous value

getAverage

public JigsawQuantity getAverage(int index,
                                 Interval interval)

Description copied from interface: MultiQuantity

Returns the average temperature over the interval. Temperatures at either end of the interval are included by weighting their values according to the proportion of their duration that lies in the period of interest.

Specified by:

getAverage in interface MultiQuantity

Parameters:

interval - the interval of interest

index - the component of interest (0-based)

Returns:

the average value

getContentsAsString

public String getContentsAsString(Date time,
                                  String delimiter)

Description copied from interface: Sequence

Returns the measurement associated with a particular time as a string. Used by dumpSequence.

Specified by:

getContentsAsString in interface Sequence

Specified by:

getContentsAsString in class GeneralSequenceImpl

putInstantValue

public void putInstantValue(int index,
                            Date time,
                            float value)

Records an instantaneous value at a time

Parameters:

index - the subcomponent index

time - the point in time

value - the temperature at that time

Throws:

IllegalArgumentException - if the time is outside the interval that the period is intended to store

putValueOverInterval

public void putValueOverInterval(int index,
                                 Interval interval,
                                 float value)

Records the average value of a component over some subinterval.

Parameters:

index - the subcomponent index

interval - the period of time over which the measurement was taken.

value - the average value over that interval

Throws:

IllegalArgumentException - if the subinterval is outside the interval that the sequence was constructed to store

getData

public double[] getData(int index)

Creates a new set of readings, averaging values to a lower resolution.

Specified by:

getData in interface CompoundSequence

Specified by:

getData in class GeneralSequenceImpl

Returns:

a new multi sequence public MultiImpl average(Duration newResolution){ if (newResolution.compareTo(getCurrentResolution())<=0) throw new IllegalArgumentException("average called with shorter resolution than current"); else { SummaryHistory history=getStore(0).getSummaryHistory(); history.addHistoryElement(new SummaryHistoryElement(newResolution, SummaryKind.AVERAGE)); MultiImpl result=new MultiImpl(getSequenceElement(),getDateRange(),history,getNumberOfSubComponents()); for (int i=0;i

getCoverage

public float[] getCoverage(int index)

Description copied from interface: CompoundSequence

Indicates which array elements returned by CompoundSequence.getData(int) are missing. Coverage values are in the range JigsawQuantity.DEVOID to JigsawQuantity.COMPLETE.
Note that the first element of the array corresponds to getStart() and is therefore empty in most cases.

Specified by:

getCoverage in interface CompoundSequence

Specified by:

getCoverage in class GeneralSequenceImpl

clone

public Object clone()

Specified by:

clone in interface Sequence

Overrides:

clone in class GeneralSequenceImpl