pyRSKtools¶
- Getting started
- Post-processing
- Overview
- Basic Usage
- Derive sea pressure from total pressure
- Data post-processing
- Correct for A2D zero-order hold
- Low-pass filtering
- Alignment of conductivity and temperature
- Remove loops
- Derived variables
- Bin average all channels by sea pressure
- Compare the raw and processed data
- Visualize data with a 2D plot
- Export logger data to CSV files
- Display a summary of all the processing steps
- Other Resources
- About this document
- API overview
- RSK
RSK
RSK.filename
RSK.version
RSK.logs
RSK.dbInfo
RSK.instrument
RSK.deployment
RSK.channels
RSK.diagnosticsChannels
RSK.diagnosticsData
RSK.epoch
RSK.schedule
RSK.scheduleInfo
RSK.power
RSK.calibrations
RSK.parameters
RSK.parameterKeys
RSK.appSettings
RSK.ranging
RSK.instrumentSensors
RSK.instrumentChannels
RSK.regions
RSK.channelNames
RSK.data
RSK.processedChannelNames
RSK.processedData
- Read methods
- Process methods
- View methods
- Export methods
- Other methods
- Channels
- Conductivity
- Temperature
- Pressure
- SeaPressure
- PressureDrift
- BprPressure
- BprCorrectedPressure
- BarometerPressure
- BprTemperature
- BarometerTemperature
- Salinity
- Depth
- Velocity
- SpecificConductivity
- DissolvedO2Concentration
- DissolvedO2Saturation
- BuoyancyFrequencySquared
- Stability
- DensityAnomaly
- AbsoluteSalinity
- PotentialTemperature
- SpeedOfSound
- Chlorophyll
- Backscatter
- Phycoerythrin
- AccelerationX
- AccelerationY
- AccelerationZ
- AccelerometerTemperature
- Datatypes
- Image
- Instrument
- Deployment
- DiagnosticsChannels
- DiagnosticsData
- GeoData
- Channel
- Epoch
- Schedule
- ScheduleInfo
- Power
- Calibration
- Parameter
- ParameterKey
- AppSetting
- Range
- InstrumentSensor
- Region
- Utilities