publicstaticfinalStringCalibration_Id="Identifier of instrument, preamplifier, or hydrophone. Corresponds to elements in Deployment: Deployment/Instrument/Id, Deployment/Sensors/Audio/HydrophoneId, Deployment/Sensors/Audio[i]/PreampId. As instruments may be calibrated multiple times, it is not an error for duplicate Id values to appear. It is recommended that the three different types of identifiers (instrument, hydrophone, preamp) be distinct, but the Type element may be used to distinguish them if they are not.";
publicstaticfinalStringCalibration_TimeStamp="Date and time of calibration";
publicstaticfinalStringCalibration_Type="hydrophone, preamplifier, or end-to-end Indicates type of calibration";
publicstaticfinalStringCalibration_Process="Process used to calibrate instrument.";
publicstaticfinalStringCalibration_ResponsibleParty="Who conducted/managed the calibration?";
publicstaticfinalStringCalibration_IntensityReference_uPa="Reference intensity in µ Pascals for dB measurements. Commonly used: underwater acoustics: 1 terrestrial acoustics: 20";
publicstaticfinalStringCalibration_Sensitivity_dBV="Optional measurement of transducer sensitivity at 1 kHz.";
publicstaticfinalStringCalibration_Sensitivity_V="Optional measurement of Sensitivity_dBV on a linear scale, provided by many transducer manufacturers.";
publicstaticfinalStringCalibration_Sensitivity_dBFS="Optional measurement for digital transducers. Digital transducers do not output voltage measurements. In this case, the 1 kHz sensitivity measurement is measured relative to peak output of the full-scale signal instead of RMS. It should be noted that for sinusoidal signals, the RMS sensitivity will be 3 dB lower (Lewis, 2012). Lewis, J. (2012). \"Understanding Microphone Sensitivity,\" Analog Dialogue 46(2). 14-16.";
publicstaticfinalStringCalibration_FrequencyResponse="Lists of frequencies (Hz) and responses (dB). Lists must be of equal length.";
publicstaticfinalStringCalibration_MetadataInfo="Information about who is responsible for this metadata record, when it was created, and how often it is updated.";
publicstaticfinalStringCalibration_Process_Method="Text based description of algorithm or citation";
publicstaticfinalStringCalibration_Process_Software="Name of software that implements the algorithm or supports human analysts. This might be the name of a plug-in or extension module that is part of a larger program or system.";
publicstaticfinalStringCalibration_Process_Version="Software version identifier";
publicstaticfinalStringCalibration_Process_Parameters="Structured tags to describe parameters used in algorithm execution.";
publicstaticfinalStringCalibration_Process_SupportSoftware="Software required in addition to the algorithm itself, e.g. Matlab, Ishmael, PAMGUARD, Triton, etc.";
publicstaticfinalStringCalibration_Process_SupportSoftware_Version="Software version identifier.";
publicstaticfinalStringCalibration_Process_SupportSoftware_Parameters="Structured tags to describe parameters used in algorithm execution.";
publicstaticfinalStringCalibration_ResponsibleParty_contactInfo_onlineResource="We do not fully conform to the onlineResources of ISO 19115";
publicstaticfinalStringCalibration_QualityAssurance_Quality="Measurement is: unverified, valid, invalid";
publicstaticfinalStringCalibration_QualityAssurance_AlternateCalibration="Provide an alternative calibration Id that should be used (if available) when the Quality value is invalid.";
publicstaticfinalStringCalibration_MetadataInfo_Contact="based on ISO 19115";
publicstaticfinalStringCalibration_MetadataInfo_UpdateFrequency="How often are these data updated? as-needed, unplanned, or yearly";
publicstaticfinalStringCalibration_MetadataInfo_Contact_contactInfo_onlineResource="We do not fully conform to the onlineResources of ISO 19115";
//Annotationstakenfromschemata_csv
publicstaticfinalStringDeployment_Id="Character sequence that uniquely identifies this deployment.";
publicstaticfinalStringDeployment_Description="Objectives, abstract and high-level methods.";
publicstaticfinalStringDeployment_Project="Name of project associated with this deployment. Can be related to a geographic region, funding source, etc.";
publicstaticfinalStringDeployment_DeploymentId="A number related to either the Nth deployment operation in a series of deployments or the Nth deployment at a specific site. This is different from Id which is a unqiue identifier for the deployment. If a vessel deployed 5 instruments, they might all have the same DeploymentId. While not enforced, it is expected that the combination of Project, DeploymentId, and (Site or Cruise) to be unique.";
publicstaticfinalStringDeployment_Site="Name of a location where instruments are frequently deployed. Can be something as simple as a letter or a geographic name. Strongly recommended for long-term time series recorded at a specific point.";
publicstaticfinalStringDeployment_SiteAliases="Alternative names for the deployment location";
publicstaticfinalStringDeployment_Cruise="Name of deployment cruise.";
publicstaticfinalStringDeployment_Platform="On what platform is the instrument deployed? (e.g. mooring, tag)";
publicstaticfinalStringDeployment_Region="Name of geographic region.";
publicstaticfinalStringDeployment_Instrument="Instrument type and identifier.";
publicstaticfinalStringDeployment_SamplingDetails="Information about recordings on each channel. Sample rate, quantization bits, etc.";
publicstaticfinalStringDeployment_Data="Data from instrument, a URI is provided when not present (typical for audio).";
publicstaticfinalStringDeployment_DeploymentDetails="Instrument deployment location, time, etc.";
publicstaticfinalStringDeployment_RecoveryDetails="Instrument recovery, location, time, etc.";
publicstaticfinalStringDeployment_Sensors="Sensors on instrument.";
publicstaticfinalStringDeployment_MetadataInfo="Party responsible for this record. Some applications may make this mandatory.";
publicstaticfinalStringDeployment_Description_Objectives="What are the objectives of this effort? Examples: Beamform to increase SNR for detection. Detect every click of a rare species. Verify data quality.";
publicstaticfinalStringDeployment_Description_Abstract="Overview of effort.";
publicstaticfinalStringDeployment_Description_Method="High-level description of the method used.";
publicstaticfinalStringDeployment_Instrument_Type="Instrument type, e.g. HARP, EAR, Popup, DMON, Rock Hopper, etc.";
publicstaticfinalStringDeployment_Instrument_InstrumentId="Instrument identifier, e.g. serial number";
publicstaticfinalStringDeployment_Instrument_GeometryType="Sensor attachment \"rigid\" - relative geometry is fixed, \"cabled\" - relative geometry may be expected to deform depending on movement, currents, etc.";
publicstaticfinalStringDeployment_SamplingDetails_Channel_ChannelNumber="Channels and sensors are bound together from Start to End. While not enforced, we assume channels are numbered from 1 to N.";
publicstaticfinalStringDeployment_SamplingDetails_Channel_SensorNumber="Audio sensor index within the Sensors element. This allows us to associate a channel with a physical hydrophone.";
publicstaticfinalStringDeployment_SamplingDetails_Channel_Sampling="Sampling rate and quantization may change over time.";
publicstaticfinalStringDeployment_SamplingDetails_Channel_Gain="Initial gain setting (assumed 0 if not populated) and any subsequent changes.";
publicstaticfinalStringDeployment_SamplingDetails_Channel_DutyCycle="Duty cycle is represented by the recording duration and the interval from the start of one recording session to the next. A duration of 3 m and an interval of 5 m would represent a 60% duty cycle, 3 m on, 2 m off.";
publicstaticfinalStringDeployment_SamplingDetails_Channel_Sampling_Regimen="Sampling regimen may change over time. Each entry shows the start of a sampling configuration.";
publicstaticfinalStringDeployment_SamplingDetails_Channel_Sampling_Regimen_SampleRate_kHz="Number of samples per second in kHz, e.g. 192 is 192,000 samples/s";
publicstaticfinalStringDeployment_SamplingDetails_Channel_Sampling_Regimen_SampleBits="Number of bits per sample.";
publicstaticfinalStringDeployment_SamplingDetails_Channel_Gain_Regimen_Gain_rel="Only used if gain is not calibrated. Relative gain may be a number on a dial.";
publicstaticfinalStringDeployment_SamplingDetails_Channel_DutyCycle_Regimen="Duty cycling regimen may change over time. Each entry shows the start of a duty cycle configuration. The abscence of entries indicates continuous sampling as would having equal values in RecordingDuration_m and RecordingInterval_m.";
publicstaticfinalStringDeployment_SamplingDetails_Channel_DutyCycle_Regimen_TimeStamp="Indicates when the duty cycle becomes active. It remains active until the next Regimen entry.";
publicstaticfinalStringDeployment_SamplingDetails_Channel_DutyCycle_Regimen_RecordingDuration_s="The amount of time in minutes during each recording interval when the data logger is recoring. Use the attribute Offset_s when the recording does not begin at the beginning of each recording interval.";
publicstaticfinalStringDeployment_SamplingDetails_Channel_DutyCycle_Regimen_RecordingInterval_s="Time between consecutive recordings. If RecordingDuration_s is 1800 s and RecordingInterval_s is 3600 s, then we record for the 30 min of each hour.";
publicstaticfinalStringDeployment_QualityAssurance_Description="Text based description of process.";
publicstaticfinalStringDeployment_QualityAssurance_ResponsibleParty="based on ISO 19115";
publicstaticfinalStringDeployment_QualityAssurance_Quality="If no quality assurance, create an entry of Category unverified spanning the acoustic record.";
publicstaticfinalStringDeployment_QualityAssurance_Description_Objectives="What are the objectives of this effort? Examples: Beamform to increase SNR for detection. Detect every click of a rare species. Verify data quality.";
publicstaticfinalStringDeployment_QualityAssurance_Description_Abstract="Overview of effort.";
publicstaticfinalStringDeployment_QualityAssurance_Description_Method="High-level description of the method used.";
publicstaticfinalStringDeployment_QualityAssurance_ResponsibleParty_contactInfo_onlineResource="We do not fully conform to the onlineResources of ISO 19115";
publicstaticfinalStringDeployment_Data_Audio="Information about audio data.";
publicstaticfinalStringDeployment_Data_Tracks="A set of measurements about a ship/instrument's track line.";
publicstaticfinalStringDeployment_Data_Audio_URI="Uniform Resource Indicator that points to audio content. Examples: digital object identifier, web address, or even a simple string describing the storage location.";
publicstaticfinalStringDeployment_Data_Audio_Processed="Pointer to location of data that has been processed (e.g. checked for quality, decimated, etc.)";
publicstaticfinalStringDeployment_Data_Audio_Raw="Pointer to raw data from the instrument.";
publicstaticfinalStringDeployment_Data_Tracks_Track="A set of sorted (by time) points associated with one or more tracklines.";
publicstaticfinalStringDeployment_Data_Tracks_TrackEffort="Not all measurements are associated with an instrument/ship's planned trackline (e.g. when in chase mode or transiting between tracklines). Specify times for track effort here if needed.";
publicstaticfinalStringDeployment_Data_Tracks_URI="Pointer to trackline information.";
publicstaticfinalStringDeployment_Data_Tracks_Track_TrackId="Optional trackline number. If unimportant, everything can be put in one Points element.";
publicstaticfinalStringDeployment_Data_Tracks_Track_Point="Timestamped measurements: long/lat, bearing, etc. Points should be sorted by timestamp.";
publicstaticfinalStringDeployment_Data_Tracks_Track_Point_Bearing_DegN="Bearing in degrees [0, 360) relative to true or magnetic north (as specified by north attribute, default magnetic)";
publicstaticfinalStringDeployment_Data_Tracks_Track_Point_Speed_kn="Speed in knots";
publicstaticfinalStringDeployment_Data_Tracks_Track_Point_Roll_deg="Instrument roll [0, 360) degrees";
publicstaticfinalStringDeployment_Data_Tracks_Track_Point_Elevation_m="Instrument elevation (meters) relative to average sea level.";
publicstaticfinalStringDeployment_Data_Tracks_Track_Point_GroundElevation_m="Ground or seabed elevation (meters) relative to average sea level.";
publicstaticfinalStringDeployment_Data_Tracks_Track_Point_Longitude="Expressed in degrees East [0, 360)";
publicstaticfinalStringDeployment_Data_Tracks_Track_Point_Latitude="Expressed in degrees North [-90, 90]";
publicstaticfinalStringDeployment_Data_Tracks_TrackEffort_OnPath_FocalArea="This element is used to provide names that specify a focal area in which the study was conducted, such as a National Marine Sanctuary.";
publicstaticfinalStringDeployment_Data_Tracks_TrackEffort_OffPath_FocalArea="This element is used to provide names that specify a focal area in which the study was conducted, such as a National Marine Sanctuary.";
publicstaticfinalStringDeployment_DeploymentDetails_Longitude="Expressed in degrees East [0, 360)";
publicstaticfinalStringDeployment_DeploymentDetails_Latitude="Expressed in degrees North [-90, 90]";
publicstaticfinalStringDeployment_DeploymentDetails_ElevationInstrument_m="The elevation at which this instrument is positioned.";
publicstaticfinalStringDeployment_DeploymentDetails_DepthInstrument_m="Not usually required. This field is designed to record depth with respect to the ground or seabed. Uses for this field include mines and alpine lakes.";
publicstaticfinalStringDeployment_DeploymentDetails_Elevation_m="Elevation of ground/sea bed";
publicstaticfinalStringDeployment_DeploymentDetails_TimeStamp="Time at which instrument was deployed/recovered. Lost instruments: set recovery time to deployment time.";
publicstaticfinalStringDeployment_DeploymentDetails_AudioTimeStamp="Recording start or end - May differ from deployment time.";
publicstaticfinalStringDeployment_DeploymentDetails_ResponsibleParty="based on ISO 19115";
publicstaticfinalStringDeployment_DeploymentDetails_ResponsibleParty_contactInfo_onlineResource="We do not fully conform to the onlineResources of ISO 19115";
publicstaticfinalStringDeployment_RecoveryDetails_Longitude="Expressed in degrees East [0, 360)";
publicstaticfinalStringDeployment_RecoveryDetails_Latitude="Expressed in degrees North [-90, 90]";
publicstaticfinalStringDeployment_RecoveryDetails_ElevationInstrument_m="The elevation at which this instrument is positioned.";
publicstaticfinalStringDeployment_RecoveryDetails_DepthInstrument_m="Not usually required. This field is designed to record depth with respect to the ground or seabed. Uses for this field include mines and alpine lakes.";
publicstaticfinalStringDeployment_RecoveryDetails_Elevation_m="Elevation of ground/sea bed";
publicstaticfinalStringDeployment_RecoveryDetails_TimeStamp="Time at which instrument was deployed/recovered. Lost instruments: set recovery time to deployment time.";
publicstaticfinalStringDeployment_RecoveryDetails_AudioTimeStamp="Recording start or end - May differ from deployment time.";
publicstaticfinalStringDeployment_RecoveryDetails_ResponsibleParty="based on ISO 19115";
publicstaticfinalStringDeployment_RecoveryDetails_ResponsibleParty_contactInfo_onlineResource="We do not fully conform to the onlineResources of ISO 19115";
publicstaticfinalStringDeployment_Sensors_Audio_Number="Sensor index. May be used to associate the sensor with other parts of the schema. For example, for Audio sensors, the Channel/SensorNumber can be set to a specific Sensor/Audio/Number, permitting us to determine information about the a hydrophone assembly.";
publicstaticfinalStringDeployment_Sensors_Audio_SensorId="A value that uniquely identifies this sensor, e.g. a serial number.";
publicstaticfinalStringDeployment_Sensors_Audio_Geometry="Geometry relative to platform";
publicstaticfinalStringDeployment_Sensors_Depth_Number="Sensor index. May be used to associate the sensor with other parts of the schema. For example, for Audio sensors, the Channel/SensorNumber can be set to a specific Sensor/Audio/Number, permitting us to determine information about the a hydrophone assembly.";
publicstaticfinalStringDeployment_Sensors_Depth_SensorId="A value that uniquely identifies this sensor, e.g. a serial number.";
publicstaticfinalStringDeployment_Sensors_Depth_Geometry="Geometry relative to platform";
publicstaticfinalStringDeployment_Sensors_Depth_Description="Optional description of sensor.";
publicstaticfinalStringDeployment_Sensors_Sensor_Number="Sensor index. May be used to associate the sensor with other parts of the schema. For example, for Audio sensors, the Channel/SensorNumber can be set to a specific Sensor/Audio/Number, permitting us to determine information about the a hydrophone assembly.";
publicstaticfinalStringDeployment_Sensors_Sensor_SensorId="A value that uniquely identifies this sensor, e.g. a serial number.";
publicstaticfinalStringDeployment_Sensors_Sensor_Geometry="Geometry relative to platform";
publicstaticfinalStringDeployment_Sensors_Sensor_Description="Optional description of sensor.";
publicstaticfinalStringDeployment_Sensors_Sensor_Type="Description of data gathered by this sensor, e.g., temperature";
publicstaticfinalStringDeployment_Sensors_Sensor_Properties="List of property elements describing the sensor. These may be arbitrary. Example: Properties can have child Units with value °C. Children may be nested.";
publicstaticfinalStringDeployment_MetadataInfo_Contact="based on ISO 19115";
publicstaticfinalStringDeployment_MetadataInfo_UpdateFrequency="How often are these data updated? as-needed, unplanned, or yearly";
publicstaticfinalStringDeployment_MetadataInfo_Contact_contactInfo_onlineResource="We do not fully conform to the onlineResources of ISO 19115";
//Annotationstakenfromschemata_csv
publicstaticfinalStringDetections_Id="Identification string that is unique to all documents of this type (currently optional, will be required in the future)";
publicstaticfinalStringDetections_Description="Objectives, abstract and high-level methods.";
publicstaticfinalStringDetections_DataSource="Acoustic data identifier.";
publicstaticfinalStringDetections_QualityAssurance="Description of quality assurance checks (if any).";
publicstaticfinalStringDetections_UserId="User that submitted the document.";
publicstaticfinalStringDetections_Effort="Span and scope of detection effort.";
publicstaticfinalStringDetections_OnEffort="Collection of individual detections.";
publicstaticfinalStringDetections_OffEffort="Collection of off-effort (ad-hoc) detections. Each detection has the same format as the OnEffort ones.";
publicstaticfinalStringDetections_MetadataInfo="Party responsible for this record. Some applications may make this mandatory.";
publicstaticfinalStringDetections_Description_Objectives="What are the objectives of this effort? Examples: Beamform to increase SNR for detection. Detect every click of a rare species. Verify data quality.";
publicstaticfinalStringDetections_Description_Abstract="Overview of effort.";
publicstaticfinalStringDetections_Description_Method="High-level description of the method used.";
publicstaticfinalStringDetections_DataSource_EnsembleId="Serves as a foreign key into the ensembles collection and must match an Id element in an ensemble document. Ensembles are used to group instruments together for a common purpose (e.g. large aperture array).";
publicstaticfinalStringDetections_DataSource_DeploymentId="Serves as a foreign key into the Deployments collection and must match an Id element in a deployment document.";
publicstaticfinalStringDetections_Algorithm_Method="Text based description of algorithm or citation";
publicstaticfinalStringDetections_Algorithm_Software="Name of software that implements the algorithm or supports human analysts. This might be the name of a plug-in or extension module that is part of a larger program or system.";
publicstaticfinalStringDetections_Algorithm_Version="Software version identifier";
publicstaticfinalStringDetections_Algorithm_Parameters="Structured tags to describe parameters used in algorithm execution.";
publicstaticfinalStringDetections_Algorithm_SupportSoftware="Software required in addition to the algorithm itself, e.g. Matlab, Ishmael, PAMGUARD, Triton, etc.";
publicstaticfinalStringDetections_Algorithm_SupportSoftware_Version="Software version identifier.";
publicstaticfinalStringDetections_Algorithm_SupportSoftware_Parameters="Structured tags to describe parameters used in algorithm execution.";
publicstaticfinalStringDetections_QualityAssurance_Description="Text based description of process.";
publicstaticfinalStringDetections_QualityAssurance_ResponsibleParty="based on ISO 19115";
publicstaticfinalStringDetections_QualityAssurance_Description_Objectives="What are the objectives of this effort? Examples: Beamform to increase SNR for detection. Detect every click of a rare species. Verify data quality.";
publicstaticfinalStringDetections_QualityAssurance_Description_Abstract="Overview of effort.";
publicstaticfinalStringDetections_QualityAssurance_Description_Method="High-level description of the method used.";
publicstaticfinalStringDetections_QualityAssurance_ResponsibleParty_contactInfo_onlineResource="We do not fully conform to the onlineResources of ISO 19115";
publicstaticfinalStringDetections_Effort_Start="Timestamp indicating the start of systematic effort to find the species and phenomena listed in the Effort/Kind entries.";
publicstaticfinalStringDetections_Effort_End="Timestamp indicating end of systematic effort.";
publicstaticfinalStringDetections_Effort_dBReferenceIntensity_uPa="All dB measurements are made relative to this value in uPa. Typical values are 1 for underwater acoustics and 20 for terrestrial acoustics.";
publicstaticfinalStringDetections_Effort_AnalysisGaps_Aperiodic="Used to describe meaningful gaps in the analysis effort. Problems with the data should not be addressed here, but rather in Deployment/QualityAssurance/Quality. Note that tools may not take Gaps into account when reporting effort statistics.";
publicstaticfinalStringDetections_Effort_AnalysisGaps_Periodic_Regimen="Peridoic analysis regimen may change over time. Each entry shows the start of an analysis regimen. The abscence of entries indicates continuous analysis as would having equal values in AnalysisDuration_s and AnalysisInterval_s. The time offsets in these fields are with respect to actual time. Duty cycled data are not taken into account in their specification. As an example, if we analyzed the first 30 min of each hour and the deployment's recording duty cycle were 15 min of recording every 30 min, this analysis duration would only result in 15 min of analysis every hour.";
publicstaticfinalStringDetections_Effort_AnalysisGaps_Periodic_Regimen_TimeStamp="Indicates when the regimen becomes active. It remains active until the next Regimen entry.";
publicstaticfinalStringDetections_Effort_AnalysisGaps_Periodic_Regimen_AnalysisDuration_s="When analysis starts, the data are analyzed for this many seconds. Optional attribute Offset_s may be used to denote the number of seconds after the timestamp that analysis started. If Offset_s is not present, analysis starts at the Timestamp.";
publicstaticfinalStringDetections_Effort_AnalysisGaps_Periodic_Regimen_AnalysisInterval_s="Time between consecutive effort. If AnalysisDuration_s is 1800 s and AnalysisInterval_s is 3600 s, then we perform analysis on the first 30 min of each hour starting at TimeStamp.";
publicstaticfinalStringDetections_Effort_AnalysisGaps_Aperiodic_Start="Timestamp indicating the start of a gap in the systematic effort to find the species and phenomena listed in the Effort/Kind entries.";
publicstaticfinalStringDetections_Effort_AnalysisGaps_Aperiodic_End="Timestamp indicating end of systematic effort gap.";
publicstaticfinalStringDetections_Effort_AnalysisGaps_Aperiodic_Reason="Reason for gap in analysis.";
publicstaticfinalStringDetections_Effort_Kind_SpeciesId="Integrated Taxonomic Information System species identifier http://www.itis.gov/ for positive numbers. Negative numbers are used for physical phenomena.";
publicstaticfinalStringDetections_Effort_Kind_Call="Name that describes call.";
publicstaticfinalStringDetections_Effort_Kind_Granularity="Type of detections: call - individual call, encounter - set of calls, binned - presence detected within period specified by bin size attribute in Effort. grouped – A set of individual detections of any granularity that have been grouped together. Examples include situations such as song or other groupings (e.g. detections of the same animals picked up on multiple instruments). Grouped detections may specify the individual detections regardless of their granularity that are part of the group. This is different from granularities encounter and binned where one might expect multiple calls to occur, but the individual detections are not recorded.";
publicstaticfinalStringDetections_Effort_Kind_Parameters_Subtype="subcategory of call";
publicstaticfinalStringDetections_Effort_Kind_Parameters_FrequencyMeasurements_Hz="Specifies a list of frequencies at which measurements are made. Each detection for this Kind should have a list of FrequencyMeasurements where each item corresponds to a frequency in this list. Useful for studying ambient sound or soundscapes. Be sure to declare Effort/ReferenceIntensity_uPa.";
publicstaticfinalStringDetections_OnEffort_Detection_Input_file="Optional name of audio file (or indirect representation) from which this detection was generated.";
publicstaticfinalStringDetections_OnEffort_Detection_Start="Time at which event started. For many detectors, this may not the actual starting time of the event.";
publicstaticfinalStringDetections_OnEffort_Detection_End="Optional end time of event.";
publicstaticfinalStringDetections_OnEffort_Detection_Count="An optional count of the number of times a call occurred within a bin or across an encounter.";
publicstaticfinalStringDetections_OnEffort_Detection_Event="Optional tag for identifying this event uniquely within the stream. For human analysts, it is typical to use the time at which the detection was made in ISO 8601 format (YYYY-MM-DDTHH:MM:SSZ). When present, the combination of the event and attributes that uniquely identify the set of detections (or document name) must be uniqe.";
publicstaticfinalStringDetections_OnEffort_Detection_UnitId="Specifies ensemble unit (when using an ensemble source).";
publicstaticfinalStringDetections_OnEffort_Detection_SpeciesId="Integrated Taxonomic Information System species identifier http://www.itis.gov/ for positive numbers. Negative numbers are used for physical phenomena.";
publicstaticfinalStringDetections_OnEffort_Detection_Call="In most cases, the call field should be present. May be omitted if the goal is species detection only, or repeated for multiple types of calls when the granularity effort is not \"call\".";
publicstaticfinalStringDetections_OnEffort_Detection_Image="Name of image file (spectrogram, etc.)";
publicstaticfinalStringDetections_OnEffort_Detection_Audio="Name of audio file (short snippet)";
publicstaticfinalStringDetections_OnEffort_Detection_Parameters_Subtype="subcategory of call";
publicstaticfinalStringDetections_OnEffort_Detection_Parameters_Score="Measure from detector, e.g. likelihood ratio, projection, etc.";
publicstaticfinalStringDetections_OnEffort_Detection_Parameters_Confidence="Measure of confidence in detection. Range: [0, 1]";
publicstaticfinalStringDetections_OnEffort_Detection_Parameters_QualityAssurance="Detection is: unverified, valid, invalid";
publicstaticfinalStringDetections_OnEffort_Detection_Parameters_ReceivedLevel_dB="dB relative to reference intensity defined in Effort/ReferenceIntenstiy_uPa";
publicstaticfinalStringDetections_OnEffort_Detection_Parameters_FrequencyMeasurements_dB="List of received levels at various frequencies relative to the reference value defiend in Effort/ReferenceIntensity_uPa. The frequency measurements should be consistent for each species and call type and must correspond to a a list of frequencies defined in Effort/Kind/SubType.";
publicstaticfinalStringDetections_OnEffort_Detection_Parameters_Peaks_Hz="Typically used for spectra of short echolocation bursts, notes the spectral peaks in a list sorted from low to high frequency.";
publicstaticfinalStringDetections_OnEffort_Detection_Parameters_Duration_s="When the call granularity is binned or encounter, this may be used to describe the mean duration of calls during the bout. As an example, at SIO we use this to track the mean duration of binned anthropogenic sources such as explosions.";
publicstaticfinalStringDetections_OnEffort_Detection_Parameters_Sideband_Hz="Signal sideband frequencies in a list sorted from low to high frequency.";
publicstaticfinalStringDetections_OnEffort_Detection_Parameters_EventRef="Reference to other detections for hierarchical organization.";
publicstaticfinalStringDetections_OnEffort_Detection_Parameters_UserDefined="Study specific parameters";
publicstaticfinalStringDetections_OnEffort_Detection_Parameters_Tonal_Offset_s="List of offsets from start in seconds";
publicstaticfinalStringDetections_OnEffort_Detection_Parameters_Tonal_Hz="Frequency measurement for each Offset_s (Hz). List must be of same length as Offset_s";
publicstaticfinalStringDetections_OnEffort_Detection_Parameters_Tonal_dB="Optional intensity measurment (dB) for each Offset_s (dB). List must be of the same length as Offset_s";
publicstaticfinalStringDetections_OffEffort_Detection_Input_file="Optional name of audio file (or indirect representation) from which this detection was generated.";
publicstaticfinalStringDetections_OffEffort_Detection_Start="Time at which event started. For many detectors, this may not the actual starting time of the event.";
publicstaticfinalStringDetections_OffEffort_Detection_End="Optional end time of event.";
publicstaticfinalStringDetections_OffEffort_Detection_Count="An optional count of the number of times a call occurred within a bin or across an encounter.";
publicstaticfinalStringDetections_OffEffort_Detection_Event="Optional tag for identifying this event uniquely within the stream. For human analysts, it is typical to use the time at which the detection was made in ISO 8601 format (YYYY-MM-DDTHH:MM:SSZ). When present, the combination of the event and attributes that uniquely identify the set of detections (or document name) must be uniqe.";
publicstaticfinalStringDetections_OffEffort_Detection_UnitId="Specifies ensemble unit (when using an ensemble source).";
publicstaticfinalStringDetections_OffEffort_Detection_SpeciesId="Integrated Taxonomic Information System species identifier http://www.itis.gov/ for positive numbers. Negative numbers are used for physical phenomena.";
publicstaticfinalStringDetections_OffEffort_Detection_Call="In most cases, the call field should be present. May be omitted if the goal is species detection only, or repeated for multiple types of calls when the granularity effort is not \"call\".";
publicstaticfinalStringDetections_OffEffort_Detection_Image="Name of image file (spectrogram, etc.)";
publicstaticfinalStringDetections_OffEffort_Detection_Audio="Name of audio file (short snippet)";
publicstaticfinalStringDetections_OffEffort_Detection_Parameters_Subtype="subcategory of call";
publicstaticfinalStringDetections_OffEffort_Detection_Parameters_Score="Measure from detector, e.g. likelihood ratio, projection, etc.";
publicstaticfinalStringDetections_OffEffort_Detection_Parameters_Confidence="Measure of confidence in detection. Range: [0, 1]";
publicstaticfinalStringDetections_OffEffort_Detection_Parameters_QualityAssurance="Detection is: unverified, valid, invalid";
publicstaticfinalStringDetections_OffEffort_Detection_Parameters_ReceivedLevel_dB="dB relative to reference intensity defined in Effort/ReferenceIntenstiy_uPa";
publicstaticfinalStringDetections_OffEffort_Detection_Parameters_FrequencyMeasurements_dB="List of received levels at various frequencies relative to the reference value defiend in Effort/ReferenceIntensity_uPa. The frequency measurements should be consistent for each species and call type and must correspond to a a list of frequencies defined in Effort/Kind/SubType.";
publicstaticfinalStringDetections_OffEffort_Detection_Parameters_Peaks_Hz="Typically used for spectra of short echolocation bursts, notes the spectral peaks in a list sorted from low to high frequency.";
publicstaticfinalStringDetections_OffEffort_Detection_Parameters_Duration_s="When the call granularity is binned or encounter, this may be used to describe the mean duration of calls during the bout. As an example, at SIO we use this to track the mean duration of binned anthropogenic sources such as explosions.";
publicstaticfinalStringDetections_OffEffort_Detection_Parameters_Sideband_Hz="Signal sideband frequencies in a list sorted from low to high frequency.";
publicstaticfinalStringDetections_OffEffort_Detection_Parameters_EventRef="Reference to other detections for hierarchical organization.";
publicstaticfinalStringDetections_OffEffort_Detection_Parameters_UserDefined="Study specific parameters";
publicstaticfinalStringDetections_OffEffort_Detection_Parameters_Tonal_Offset_s="List of offsets from start in seconds";
publicstaticfinalStringDetections_OffEffort_Detection_Parameters_Tonal_Hz="Frequency measurement for each Offset_s (Hz). List must be of same length as Offset_s";
publicstaticfinalStringDetections_OffEffort_Detection_Parameters_Tonal_dB="Optional intensity measurment (dB) for each Offset_s (dB). List must be of the same length as Offset_s";
publicstaticfinalStringDetections_MetadataInfo_Contact="based on ISO 19115";
publicstaticfinalStringDetections_MetadataInfo_UpdateFrequency="How often are these data updated? as-needed, unplanned, or yearly";
publicstaticfinalStringDetections_MetadataInfo_Contact_contactInfo_onlineResource="We do not fully conform to the onlineResources of ISO 19115";
//Annotationstakenfromschemata_csv
publicstaticfinalStringEnsemble_Id="Ensemble name (unique identifier).";
publicstaticfinalStringEnsemble_Unit="Associates a virtual unit of an ensemble with an actual deployment.";
publicstaticfinalStringEnsemble_ZeroPosition="Provides a zero point to which relative localizations can be referenced.";
publicstaticfinalStringEnsemble_Unit_UnitId="A unique unit number that identifies this instrument within the ensemble.";
publicstaticfinalStringEnsemble_Unit_DeploymentId="Reference to a deployment document Id field. Uniquely identifies the deployment.";
publicstaticfinalStringEnsemble_ZeroPosition_Longitude="Expressed in degrees East [0, 360)";
publicstaticfinalStringEnsemble_ZeroPosition_Latitude="Expressed in degrees North [-90, 90]";
//Annotationstakenfromschemata_csv
publicstaticfinalStringLocalize_Id="Identification string that is unique to all documents of this type";
publicstaticfinalStringLocalize_Description="Text based description of process.";
publicstaticfinalStringLocalize_DataSource="Indicates the deployment or ensemble from which the process (e.g. detector) derived information.";
publicstaticfinalStringLocalize_Algorithm="Description of an algorithm or process.";
publicstaticfinalStringLocalize_QualityAssurance="Description of quality assurance checks (if any).";
publicstaticfinalStringLocalize_ResponsibleParty="Person/organization responsible for generating metadata";
publicstaticfinalStringLocalize_UserId="User that submitted the document.";
publicstaticfinalStringLocalize_IntermediateData="Derived data that is used for the localizations that the user wishes to retain.";
publicstaticfinalStringLocalize_MetadataInfo="Party responsible for this record. Some applications may make this mandatory.";
publicstaticfinalStringLocalize_Description_Objectives="What are the objectives of this effort? Examples: Beamform to increase SNR for detection. Detect every click of a rare species. Verify data quality.";
publicstaticfinalStringLocalize_Description_Abstract="Overview of effort.";
publicstaticfinalStringLocalize_Description_Method="High-level description of the method used.";
publicstaticfinalStringLocalize_DataSource_EnsembleId="Serves as a foreign key into the ensembles collection and must match an Id element in an ensemble document. Ensembles are used to group instruments together for a common purpose (e.g. large aperture array).";
publicstaticfinalStringLocalize_DataSource_DeploymentId="Serves as a foreign key into the Deployments collection and must match an Id element in a deployment document.";
publicstaticfinalStringLocalize_Algorithm_Method="Text based description of algorithm or citation";
publicstaticfinalStringLocalize_Algorithm_Software="Name of software that implements the algorithm or supports human analysts. This might be the name of a plug-in or extension module that is part of a larger program or system.";
publicstaticfinalStringLocalize_Algorithm_Version="Software version identifier";
publicstaticfinalStringLocalize_Algorithm_Parameters="Structured tags to describe parameters used in algorithm execution.";
publicstaticfinalStringLocalize_Algorithm_SupportSoftware="Software required in addition to the algorithm itself, e.g. Matlab, Ishmael, PAMGUARD, Triton, etc.";
publicstaticfinalStringLocalize_Algorithm_SupportSoftware_Version="Software version identifier.";
publicstaticfinalStringLocalize_Algorithm_SupportSoftware_Parameters="Structured tags to describe parameters used in algorithm execution.";
publicstaticfinalStringLocalize_QualityAssurance_Description="Text based description of process.";
publicstaticfinalStringLocalize_QualityAssurance_ResponsibleParty="based on ISO 19115";
publicstaticfinalStringLocalize_QualityAssurance_Description_Objectives="What are the objectives of this effort? Examples: Beamform to increase SNR for detection. Detect every click of a rare species. Verify data quality.";
publicstaticfinalStringLocalize_QualityAssurance_Description_Abstract="Overview of effort.";
publicstaticfinalStringLocalize_QualityAssurance_Description_Method="High-level description of the method used.";
publicstaticfinalStringLocalize_QualityAssurance_ResponsibleParty_contactInfo_onlineResource="We do not fully conform to the onlineResources of ISO 19115";
publicstaticfinalStringLocalize_ResponsibleParty_contactInfo_onlineResource="We do not fully conform to the onlineResources of ISO 19115";
publicstaticfinalStringLocalize_Effort_Start="Time at which we started looking for location information.";
publicstaticfinalStringLocalize_Effort_End="Time at which we stopped looking for location information.";
publicstaticfinalStringLocalize_Effort_CoordinateSystem="What type of localization information is produced?";
publicstaticfinalStringLocalize_Effort_LocalizationType="Type of localization effort: Bearing, Ranging, Point, Track";
publicstaticfinalStringLocalize_Effort_CoordinateSystem_Type="How are positions represented? WGS84: global positioning system lat/long, cartesian: m relative to a point, UTM: universal trans Mercatur map-projection, Bearing: Polar measurements of angle and possibly distance.";
publicstaticfinalStringLocalize_Effort_CoordinateSystem_Relative="For bearings, this gives the direction vector for the zero bearing. Angles are measured counter-clockwise to this vector. For cartesian coordinates, this provides the zero point relative to the deployment position or the ReferencePoint of an ensemble.";
publicstaticfinalStringLocalize_Effort_CoordinateSystem_UTM="Parameters for Universal Trans Mercatur projections. NEED TO INVESTIGATE FURTHER AS TO WHETHER THIS OR ANY OTHER PROJECTION IS WORTH ADDING";
publicstaticfinalStringLocalize_Effort_CoordinateSystem_Relative_Bearing="Designed to be a subset of OpenGML DirectionVectorType: http://schemas.opengis.net/gml/3.1.1/base/direction.xsd Unlike the OpenGML, direction may not be specified as a vector, and the verticalAngle is optional.";
publicstaticfinalStringLocalize_Effort_CoordinateSystem_Relative_Bearing_HorizontalAngle="Angle between a reference vector in the horizontal plane [0, 360]";
publicstaticfinalStringLocalize_Effort_CoordinateSystem_Relative_Bearing_VerticalAngle="Angle between a reference vector in the vertical plane: [-90, 90]";
publicstaticfinalStringLocalize_Effort_CoordinateSystem_UTM_Zone="NS zone [1-60]. Each zone covers 80°S to 84°N in 6° width zones. Zone 1 180 is 180-186° E with increasing zone #s corresponding to 6° eastward increments.";
publicstaticfinalStringLocalize_Effort_ReferencedDocuments_Document_Type="What type of document is being referenced? Detections or Localizations";
publicstaticfinalStringLocalize_Effort_ReferencedDocuments_Document_Id="Unique identifier string for the document being referenced.";
publicstaticfinalStringLocalize_Effort_ReferencedDocuments_Document_Index="All localizations that wish to reference other detections or localizations from the referenced document should use this index value.";
publicstaticfinalStringLocalize_IntermediateData_Correlations_Correlation_Correlations="Correlation between detections on primary hydrophone and signals on secondary hydrophones. Each column j is the set of lags corresponding to the j'th detection on the primary hydrophone.";
publicstaticfinalStringLocalize_Localizations_Localization_Event="Optional tag typically in ISO datetime format YYYY-MM-DDTHH:MM:SSZ identifying this event uniquely within the stream. For human analysts, it is typical to use the time at which the detection was made. When present, the combination of the event and attributes that uniquely identify the set of detections (or document name) must be uniqe.";
publicstaticfinalStringLocalize_Localizations_Localization_TimeStamp="Time of localization in reference time frame (e.g. time of arrival at primary hydrophone)";
publicstaticfinalStringLocalize_Localizations_Localization_SpeciesId="Species can be identified by the detections from the detections that are referenced. As these references are not mandatory, the optional SpeciesID can be used to identify the species that produced the localized source.";
publicstaticfinalStringLocalize_Localizations_Localization_QualityAssurance="Detection is: unverified, valid, invalid";
publicstaticfinalStringLocalize_Localizations_Localization_Bearing="Direction towards acoustic source.";
publicstaticfinalStringLocalize_Localizations_Localization_Ranging="Range and direction towards acoustic source. Combine with bearing, rename angular Rename StdError to Error specify in methods/algorrithm";
publicstaticfinalStringLocalize_Localizations_Localization_WGS84="Longitude, latitude and possibly elevation of surce.";
publicstaticfinalStringLocalize_Localizations_Localization_Cartesian="Relative distance to source from receiver zero point.";
publicstaticfinalStringLocalize_Localizations_Localization_Track="Series of associated positions and timestamps";
publicstaticfinalStringLocalize_Localizations_Localization_References_TimeReferenceEnsembleUnit="STILL NEEDED? Time references which unit of the ensemble (see TimeReferenceChannel) when ensembles are used.";
publicstaticfinalStringLocalize_Localizations_Localization_References_TimeReferenceChannel="STILL NEEDED? Events are detected at different times on different channels, making it necessary to provide the instrument and channel on which the timestamp references.";
publicstaticfinalStringLocalize_Localizations_Localization_References_Reference="Detections/localization used in constructing this localization.";
publicstaticfinalStringLocalize_Localizations_Localization_References_Reference_Index="Must match instance of Index in ReferencedDocuments. This permits identification of a specific document.";
publicstaticfinalStringLocalize_Localizations_Localization_References_Reference_EventRef="Event identifier that uniquely identifies a detection or localization within a referenced document.";
publicstaticfinalStringLocalize_Localizations_Localization_Bearing_HorizontalAngle="Angle between a reference vector in the horizontal plane [0, 360]";
publicstaticfinalStringLocalize_Localizations_Localization_Bearing_VerticalAngle="Angle between a reference vector in the vertical plane: [-90, 90]";
publicstaticfinalStringLocalize_Localizations_Localization_Bearing_Ambiguous="Left right horizontal ambiguity about the bearing reference vector exists?";
publicstaticfinalStringLocalize_Localizations_Localization_Bearing_StdError="Standard error in degrees for the measurement.";
publicstaticfinalStringLocalize_Localizations_Localization_Bearing_StdError_HorizontalAngle="Angle between a reference vector in the horizontal plane [0, 360]";
publicstaticfinalStringLocalize_Localizations_Localization_Bearing_StdError_VerticalAngle="Angle between a reference vector in the vertical plane: [-90, 90]";
publicstaticfinalStringLocalize_Localizations_Localization_Ranging_HorizontalAngle="Angle between a reference vector in the horizontal plane [0, 360]";
publicstaticfinalStringLocalize_Localizations_Localization_Ranging_VerticalAngle="Angle between a reference vector in the vertical plane: [-90, 90]";
publicstaticfinalStringLocalize_Localizations_Localization_Ranging_Range_m="Distance to localized animal/object/phenomenon in meters.";
publicstaticfinalStringLocalize_Localizations_Localization_Ranging_Ambiguous="Left right horizontal ambiguity about the bearing reference vector exists?";
publicstaticfinalStringLocalize_Localizations_Localization_Ranging_StdError_HorizontalAngle="Angle between a reference vector in the horizontal plane [0, 360]";
publicstaticfinalStringLocalize_Localizations_Localization_Ranging_StdError_VerticalAngle="Angle between a reference vector in the vertical plane: [-90, 90]";
publicstaticfinalStringLocalize_Localizations_Localization_Ranging_StdError_Range_m="Distance to localized animal/object/phenomenon in meters.";
publicstaticfinalStringLocalize_Localizations_Localization_WGS84_Longitude="Expressed in degrees East [0, 360)";
publicstaticfinalStringLocalize_Localizations_Localization_WGS84_Latitude="Expressed in degrees North [-90, 90]";
publicstaticfinalStringLocalize_Localizations_Localization_WGS84_AlternatePosition="Add LongLat3 and StdError Cartesian";
publicstaticfinalStringLocalize_Localizations_Localization_WGS84_StdError_Longitude="Expressed in degrees East [0, 360)";
publicstaticfinalStringLocalize_Localizations_Localization_WGS84_StdError_Latitude="Expressed in degrees North [-90, 90]";
publicstaticfinalStringLocalize_Localizations_Localization_Cartesian_BearingIDs="If multiple bearings were used to create this localization, their ids can be provided.";
publicstaticfinalStringLocalize_Localizations_Localization_Cartesian_Longitude="Expressed in degrees East [0, 360)";
publicstaticfinalStringLocalize_Localizations_Localization_Cartesian_Latitude="Expressed in degrees North [-90, 90]";
publicstaticfinalStringLocalize_Localizations_Localization_Cartesian_BearingIDs_EventRef="Reference to individual bearing within this XML document.";
publicstaticfinalStringLocalize_Localizations_Localization_Track_WGS84="Series of points or list of values for each type long/lat/depth/elevation/timestamp parameters for each call: receivedLevel_dB sourceLevel_dB ambient_dB";
publicstaticfinalStringLocalize_Localizations_Localization_Track_WGS84_Bounds="Bounding box for tempo-spatial data from northwest to southeast quadrant. If elevation/depth information is available, separate depth boundaries are given as well. Note that longitudes are always degrees east. When a track crosses 0° east, the northwest longitude will be > than the souteast longitude (e.g. a 2° path from 359°E to 1°E)";
publicstaticfinalStringLocalize_Localizations_Localization_Track_WGS84_Bounds_NorthWest_Longitude="Longitude is expressed in degrees East [0,360)";
publicstaticfinalStringLocalize_Localizations_Localization_Track_WGS84_Bounds_NorthWest_Latitude="Expressed in degrees North [-90,90]";
publicstaticfinalStringLocalize_Localizations_Localization_Track_WGS84_Bounds_SouthEast_Longitude="Longitude is expressed in degrees East [0,360)";
publicstaticfinalStringLocalize_Localizations_Localization_Track_WGS84_Bounds_SouthEast_Latitude="Expressed in degrees North [-90,90]";
publicstaticfinalStringLocalize_MetadataInfo_Contact="based on ISO 19115";
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Douglas Gillespie