Constant Field Values

Contents

Acquisition.*

Acquisition.filedate.*

Acquisition.gpstiming.*

Acquisition.sud.*

AirgunDisplay.*

AIS.*

alarm.*

alarm.actions.*

amplifier.*

analogarraysensor.*

analoginput.*

analoginput.brainboxes.*

analoginput.calibration.*

analoginput.measurementcomputing.*

angleMeasurement.*

angleVetoes.*

annotation.*

annotation.calcs.*

annotation.dataselect.*

annotation.handler.*

annotation.localise.*

annotationMark.spectrogram.*

Array.*

Array.importHydrophoneData.*

Array.layoutFX.*

Array.sensors.*

Array.streamerOrigin.*

ArrayAccelerometer.*

asiojni.*

Azigram.*

backupmanager.*

backupmanager.action.*

backupmanager.bespoke.*

backupmanager.filter.*

backupmanager.settings.*

backupmanager.swing.*

beamformer.*

beamformer.algorithms.*

beamformer.annotation.*

beamformer.localiser.*

beamformer.plot.*

bearinglocaliser.*

bearinglocaliser.algorithms.*

bearinglocaliser.annotation.*

bearinglocaliser.toad.*

binaryFileStorage.*

binaryFileStorage.backup.*

cepstrum.*

classifier.*

clickDetector.*

clickDetector.alarm.*

clickDetector.ClickClassifiers.*

clickDetector.clicktrains.*

clickDetector.dataSelector.*

clickDetector.echoDetection.*

clickDetector.layoutFX.*

clickDetector.offlineFuncs.*

clickTrainDetector.*

clickTrainDetector.classification.*

clickTrainDetector.clickTrainAlgorithms.*

clickTrainDetector.layout.*

clipgenerator.*

clipgenerator.clipDisplay.*

cpod.*

cpod.dataSelector.*

crossedbearinglocaliser.*

d3.*

dataGram.*

dataMap.*

dataMap.filemaps.*

dataMap.layoutFX.*

dataModelFX.*

dataPlots.*

dataPlots.data.*

dataPlots.layout.*

dataPlotsFX.*

dataPlotsFX.clickPlotFX.*

dataPlotsFX.data.*

dataPlotsFX.layout.*

dataPlotsFX.overlaymark.*

  • dataPlotsFX.overlaymark.popUpMenu.TDMenuPane
    Modifier and Type
    Constant Field
    Value
    public static final int
    MENU_WIDTH
    200

dataPlotsFX.projector.*

dbht.*

dbht.alarm.*

dbht.offline.*

decimator.*

depthReadout.*

detectiongrouplocaliser.*

detectiongrouplocaliser.dialogs.*

detectionPlotFX.*

detectionPlotFX.data.*

detectionPlotFX.layout.*

detectionPlotFX.plots.*

difar.*

difar.beamforming.*

difar.calibration.*

difar.dataSelector.*

difar.demux.*

effort.*

effortmonitor.*

envelopeTracer.*

export.MLExport.*

export.wavExport.*

fftFilter.*

fftManager.*

fileOfflineData.*

Filters.*

generalDatabase.*

generalDatabase.backup.*

generalDatabase.dataExport.*

generalDatabase.external.*

generalDatabase.lookupTables.*

generalDatabase.pamCursor.*

generalDatabase.postgresql.*

generalDatabase.sqlite.*

gpl.*

gpl.dialog.*

  • gpl.dialog.GPLDialog
    Modifier and Type
    Constant Field
    Value
    public static final String
    approx
    "\u2248"

GPS.*

group3dlocaliser.*

group3dlocaliser.algorithm.*

group3dlocaliser.dataselector.*

group3dlocaliser.grids.*

group3dlocaliser.grouper.*

hfDaqCard.*

IMU.*

IshmaelDetector.*

IshmaelDetector.layoutFX.*

  • IshmaelDetector.layoutFX.EnergySumPane
    Modifier and Type
    Constant Field
    Value
    public static final double
    INSET_RIGHT
    130.0
  • IshmaelDetector.layoutFX.PeakPickingPane
    Modifier and Type
    Constant Field
    Value
    public static final double
    INSET_RIGHT
    130.0

IshmaelLocator.*

JSSHTerminal.*

KernelSmoothing.*

landMarks.*

Layout.*

levelMeter.*

listening.*

Localiser.*

Localiser.algorithms.*

  • Localiser.algorithms.timeDelayLocalisers.hyperbolic.HyperbolicParams
    Modifier and Type
    Constant Field
    Value
    public static final int
    LOC_2D_X
    3
    public static final int
    LOC_2D_Y
    4
    public static final int
    LOC_2D_Z
    2
    public static final int
    LOC_3D
    1

Localiser.controls.*

Localiser.detectionGroupLocaliser.*

localiserDisplay.*

loggerForms.*

loggerForms.controls.*

loggerForms.dataselect.*

loggerForms.formdesign.*

loggerForms.monitor.*

ltsa.*

Map.*

Map.gridbaselayer.*

map3D.*

mapgrouplocaliser.*

matchedTemplateClassifer.*

matchedTemplateClassifer.annotation.*

mcc.mccacquisition.*

mcc.mccjna.*

metadata.*

meygenturbine.*

modbustcp.brainbox.*

networkTransfer.*

networkTransfer.emulator.*

networkTransfer.receive.*

networkTransfer.send.*

nidaqdev.*

nidaqdev.networkdaq.*

NMEA.*

nmeaEmulator.*

noiseBandMonitor.*

noiseMonitor.*

noiseMonitor.alarm.*

noiseOneBand.*

noiseOneBand.offline.*

offlineProcessing.*

offlineProcessing.logging.*

PamController.*

PamController.command.*

PamController.fileprocessing.*

PamController.settings.*

PamController.status.*

PamDetection.*

pamguard.*

PamguardMVC.*

PamguardMVC.blockprocess.*

PamguardMVC.datakeeper.*

PamguardMVC.dataOffline.*

PamguardMVC.dataSelector.*

PamguardMVC.debug.*

  • PamguardMVC.debug.Debug
    Modifier and Type
    Constant Field
    Value
    public static final String
    flag
    "-debugout"

PamguardMVC.nanotime.*

PamguardMVC.toad.*

PamguardMVC.uid.*

pamMaths.*

PamModel.*

PamModel.parametermanager.*

pamScrollSystem.*

pamScrollSystem.coupling.*

pamScrollSystem.jumping.*

PamUtils.*

PamUtils.time.*

PamView.*

PamView.component.*

PamView.dialog.*

PamView.hidingpanel.*

PamView.importData.*

PamView.panel.*

PamView.paneloverlay.*

PamView.symbol.*

PamView.tables.*

pamViewFX.*

pamViewFX.fxNodes.*

pamViewFX.pamTask.*

patchPanel.*

printscreen.*

qa.*

qa.analyser.*

qa.generator.*

qa.operations.*

qa.resource.*

  • qa.resource.ReportTextBits
    Modifier and Type
    Constant Field
    Value
    public static final String
    INTROTEXT
    "The SIDE output provides detection performance as a function of range to estimate effective detection distances while operating under existing noise conditions. The SIDE does not replicate biological signals or the calling activity of any species. If the SIDE indicates that species cluster vocalizations can be detected by the PAM system, a range of biological and physical factors will affect actual PAM operator or detector performance. It is up to the operator to understand, and report, on factors that may be affecting their ability to monitor any regulatory zones; the SIDE output can be used to inform that understanding but should not be used as the only evaluation. \r\nThe Quick Tests can be used to evaluate the PAM deployment and operational conditions prior to or periodically during monitoring; while the Random Drills should be initiated at the beginning of a monitoring period and used to evaluate detection performance at the end of the monitoring period. This SIDE report contains two types of evaluations for assessing detection efficacy. First, a detection table is provided that shows the percent detected injected signals or sequences by automated detectors and operators for each signal/sequence injected at various ranges. Second, detection regression plots (Figure 1) which summarize all injected signals or sequences by the number detected and missed by the auto detectors and/or operator. "
    public static final String
    SINGLESOUNDSEQUNCETXT
    "The simulator for %s only produces single sounds."
    public static final String
    SOUNDSEQUNCETXT
    "The simulator for %s produces sounds in sequences of %d individual sounds. This is either because individual animals are likely to produce sounds in sequences or because they are likely to occur in larger groups of animals, meaning that many animals are likely to be vocalizing. For mitigation, it is often only necessary to detect one or more of the sounds produced in a sequence, so the detection efficiency for sound sequences will always be higher than the detection efficiency for single sounds. "
    public static final String
    weka1
    "Statistical analysis was conducted using the WEKA Data Mining Toolbox, developed by the University of Waikato, New Zealand."
    public static final String
    weka2
    "Eibe Frank, Mark A. Hall, and Ian H. Witten (2016). The WEKA Workbench. Online Appendix for \"Data Mining: Practical Machine Learning Tools and Techniques\", Morgan Kaufmann, Fourth Edition, 2016."

quickAnnotation.*

radardisplay.*

ravendata.*

rawDeepLearningClassifier.*

rawDeepLearningClassifier.dataPlotFX.*

rawDeepLearningClassifier.dlClassification.*

rawDeepLearningClassifier.layoutFX.*

rawDeepLearningClassifier.logging.*

RightWhaleEdgeDetector.*

RightWhaleEdgeDetector.datasel.*

RightWhaleEdgeDetector.species.*

rocca.*

rockBlock.*

seismicVeto.*

serialComms.*

simulatedAcquisition.*

simulatedAcquisition.movement.*

soundPlayback.*

soundPlayback.fx.*

  • soundPlayback.fx.PlayBackPane
    Modifier and Type
    Constant Field
    Value
    public static final double
    PREF_WIDTH
    350.0

soundPlayback.preprocess.*

SoundRecorder.*

SoundRecorder.backup.*

SoundRecorder.trigger.*

soundtrap.*

Spectrogram.*

spectrogramNoiseReduction.*

spectrogramNoiseReduction.averageSubtraction.*

spectrogramNoiseReduction.medianFilter.*

spectrogramNoiseReduction.threshold.*

targetMotionModule.*

targetMotionModule.panels.*

targetMotionOld.*

targetMotionOld.dialog.*

tethys.*

tethys.calibration.*

tethys.deployment.*

tethys.detection.*

tethys.niluswraps.*

tethys.output.*

tethys.species.*

tethys.swing.*

  • tethys.swing.export.DescriptionTypePanel
    Modifier and Type
    Constant Field
    Value
    public static final String
    abstractTip
    "Overview of effort."
    public static final String
    methodTip
    "High-level description of the method used."
    public static final String
    objectivesTip
    "What are the objectives of this effort? Examples:\r\nBeamform to increase SNR for detection.\r\nDetect every click of a rare species.\r\nVerify data quality."

tethys.tooltips.*

turbineops.*

userDisplay.*

UserInput.*

videoRangePanel.*

videoRangePanel.layoutAWT.*

videoRangePanel.layoutFX.*

videoRangePanel.pamImage.*

videoRangePanel.vrmethods.*

whistleClassifier.*

whistleClassifier.training.*

whistleDetector.*

whistlesAndMoans.*

whistlesAndMoans.alarm.*

zipUnpacker.*