Package gpl

Class DetectedPeak

java.lang.Object

gpl.DetectedPeak

public class DetectedPeak
extends Object

Constructor Summary

Constructors

Constructor	Description
DetectedPeak(FFTDataUnit fftDataUnit, double data, double[] wData, int peakBin)

Method Summary

Modifier and Type	Method	Description
void	addDeadPoint(double[] wData, FFTDataUnit fftDataUnit)	Add a point that was below threshold.
void	addPoint(FFTDataUnit fftDataUnit, double data, double[] wData, int peakBin)	Add a point that was above threshold.
int	getEndBin()
long	getEndMillis()
long	getEndSample()	Get the end sample, which is the start sample of the first FFT in the peak NOT a count of FFt's which is wrong when starts of files are skipped in Acquisition
ArrayList<FFTDataUnit>	getFFTList()
int	getMaxFBin()
double	getMaxValue()
int	getMinFBin()
int	getStartBin()
long	getStartMillis()
long	getStartSample()	Get the start sample, which is the start sample of the first FFT in the peak NOT a count of FFt's which is wrong when starts of files are skipped in Acquisition
ArrayList<double[]>	getwDataList()
void	removeDead()	Called when peak is completed to remove any whitened data that were added right at the end

Methods inherited from class java.lang.Object

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

Constructor Details

DetectedPeak

public DetectedPeak(FFTDataUnit fftDataUnit,
 double data,
 double[] wData,
 int peakBin)

Method Details

addPoint

public void addPoint(FFTDataUnit fftDataUnit,
 double data,
 double[] wData,
 int peakBin)

Add a point that was above threshold.

Parameters:

data -

wData -

peakBin -

fftSlice -

timeMilliseconds -

addDeadPoint

public void addDeadPoint(double[] wData,
 FFTDataUnit fftDataUnit)

Add a point that was below threshold. Need to keep adding whitened data even if it's not above threshold

Parameters:

wData -

removeDead

public void removeDead()

Called when peak is completed to remove any whitened data that were added right at the end

getStartSample

public long getStartSample()

Get the start sample, which is the start sample of the first FFT in the peak NOT a count of FFt's which is wrong when starts of files are skipped in Acquisition

Returns:

first sample of first FFT

getEndSample

public long getEndSample()

Get the end sample, which is the start sample of the first FFT in the peak NOT a count of FFt's which is wrong when starts of files are skipped in Acquisition

Returns:

last sample of last FFT

getwDataList

public ArrayList<double[]> getwDataList()

Returns:

the wDataList

getFFTList

public ArrayList<FFTDataUnit> getFFTList()

Returns:

List of FFT Data units in the peak

getStartBin

public int getStartBin()

Returns:

the startBin

getEndBin

public int getEndBin()

Returns:

the endBin

getMaxValue

public double getMaxValue()

Returns:

the maxValue

getStartMillis

public long getStartMillis()

Returns:

the startMillis

getEndMillis

public long getEndMillis()

Returns:

the endMillis

getMinFBin

public int getMinFBin()

Returns:

the minFBin

getMaxFBin

public int getMaxFBin()

Returns:

the maxFBin