stella.sensor

Class CumulativeDataEvent

java.lang.Object

java.util.EventObject

util.rmi.RmiEvent

stella.DataEvent

stella.sensor.RawDataEvent

stella.sensor.CumulativeDataEvent

All Implemented Interfaces:

Serializable, PostingEvent

Direct Known Subclasses:

PredictiveDataEvent

public class CumulativeDataEvent
extends RawDataEvent

The data event that is used for shuffling a bunch of measurements into a single data event.

See Also:

Serialized Form

Field Summary

Fields

Modifier and Type	Field and Description
private Integer	n The number of individual data events used.
private Double	rawmax The maximum value of the raw data.
private Double	rawmin The minimum value of the raw data.
private static long	serialVersionUID

Fields inherited from class stella.DataEvent

FORMAT

Fields inherited from class util.rmi.RmiEvent

localHost, sourceName

Fields inherited from class java.util.EventObject

source

Constructor Summary

Constructors

Constructor and Description
CumulativeDataEvent(DataEvent source) Constructs a new cumulative data event from a single data event.
CumulativeDataEvent(Object src) Constructs a new data event given only the data event source.

Method Summary

Modifier and Type	Method and Description
protected String	getDateString() Overrides the data string.
String	getFormattedPhysicalMax() Returns the physical maximum, formatted to the physical formatter.
String	getFormattedPhysicalMin() Returns the physical minimum, formatted to the physical formatter.
String	getFormattedRawMax() Returns the raw maximum, formatted to the raw formatter.
String	getFormattedRawMin() Returns the raw minimum, formatted to the raw formatter.
protected String	getMinMaxString(Double min, Double max) Constructs a line similar to
int	getN() Returns the number of measurements or zero if undefined.
double	getPhysicalMax() Returns the maximum of the measurements in physically meaningful quantities or NaN if undefined.
double	getPhysicalMin() Returns the minimum of the measurements in physically meaningful quantities or NaN if undefined.
double	getRawMax() Returns the maximum of the measurements or NaN if undefined.
double	getRawMin() Returns the minimum of the measurements or NaN if undefined.
void	setN(int nr) Sets the number of measurements.
void	setRawMinMax(double min, double max) Sets the sigma of the raw measurments.
String	toString() Adds min/max info to the string representation.

Methods inherited from class stella.sensor.RawDataEvent

formatPhysical, formatRaw, getFormattedPhysical, getFormattedPhysicalDeviation, getFormattedRaw, getFormattedRawDeviation, getPhysical, getPhysicalDeviation, getRaw, getRawConvert, getRawDeviation, getRawFormat, getRawString, getSigmaFormat, setRaw, setRawConvert, setRawDeviation, setRawFormat, setSigmaFormat

Methods inherited from class stella.DataEvent

getMeasurement, getTimeOfMeasure, isValid, setMeasurement, setTimeOfMeasure, setValid

Methods inherited from class util.rmi.RmiEvent

getHost, getSourceName, setSourceName

Methods inherited from class java.util.EventObject

getSource

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

Field Detail

serialVersionUID

private static final long serialVersionUID

See Also:

Constant Field Values

n

private Integer n

The number of individual data events used.

rawmax

private Double rawmax

The maximum value of the raw data.

rawmin

private Double rawmin

The minimum value of the raw data.

Constructor Detail

CumulativeDataEvent

public CumulativeDataEvent(Object src)

Constructs a new data event given only the data event source.

CumulativeDataEvent

public CumulativeDataEvent(DataEvent source)

Constructs a new cumulative data event from a single data event.

Method Detail

setRawMinMax

public void setRawMinMax(double min,
                         double max)

Sets the sigma of the raw measurments. Normally calculated from the standard deviation of the constituing data events.

getRawMax

public double getRawMax()

Returns the maximum of the measurements or NaN if undefined.

getFormattedRawMax

public String getFormattedRawMax()

Returns the raw maximum, formatted to the raw formatter.

getRawMin

public double getRawMin()

Returns the minimum of the measurements or NaN if undefined.

getFormattedRawMin

public String getFormattedRawMin()

Returns the raw minimum, formatted to the raw formatter.

getPhysicalMax

public double getPhysicalMax()

Returns the maximum of the measurements in physically meaningful quantities or NaN if undefined.

getFormattedPhysicalMax

public String getFormattedPhysicalMax()

Returns the physical maximum, formatted to the physical formatter.

getPhysicalMin

public double getPhysicalMin()

Returns the minimum of the measurements in physically meaningful quantities or NaN if undefined.

getFormattedPhysicalMin

public String getFormattedPhysicalMin()

Returns the physical minimum, formatted to the physical formatter.

setN

public void setN(int nr)

Sets the number of measurements. If the argument is less than zero, n is set to zero, indicating invalid setting.

getN

public int getN()

Returns the number of measurements or zero if undefined.

toString

public String toString()

Adds min/max info to the string representation.

Overrides:

toString in class RawDataEvent

getDateString

protected String getDateString()

Overrides the data string. If this data event has multiple data, the number of constituing data points is shown right after the date.

Overrides:

getDateString in class RawDataEvent

getMinMaxString

protected String getMinMaxString(Double min,
                                 Double max)

Constructs a line similar to

     min: raw (phys), max: raw (phys)
 

where raw is the raw reading, while phys is the physical quantity (if available). If no min/max info is available an empty string is returned.
This method uses the standard physical conversion utility and the raw-value format.

Parameters:

min - The minimum Double.

max - The minimum Double.