Sensirion SLF3X I2C Python Driver

This package contains the driver for a Sensirion sensor of the SLF3X family. It provides a hardware-independent interface which works with various I2C transceivers.

Contents

• Installation
• Quick Start
  • Execute measurements with SensorBridge
    • Example script
  • Execute measurements using internal Linux I²C driver
    • Example script
• Development
  • Run tests
  • Build documentation
• API Documentation
  • SLF3X
    • Slf3xDevice
      • Slf3xDeviceBase
        • Slf3xDeviceBase.__init__()
        • Slf3xDeviceBase.channel
        • Slf3xDeviceBase.start_h2o_continuous_measurement()
        • Slf3xDeviceBase.start_ipa_continuous_measurement()
        • Slf3xDeviceBase.read_measurement_data_raw()
        • Slf3xDeviceBase.stop_continuous_measurement()
        • Slf3xDeviceBase.start_single_thermal_conductivity_measurement_sync()
        • Slf3xDeviceBase.start_single_thermal_conductivity_measurement_async()
        • Slf3xDeviceBase.read_thermal_conductivity_measurement_data()
        • Slf3xDeviceBase.read_product_identifier_prepare()
        • Slf3xDeviceBase.read_product_identifier()
      • Slf3xDevice
        • Slf3xDevice.slf3x
        • Slf3xDevice.__init__()
        • Slf3xDevice.read_measurement_data()
        • Slf3xDevice.read_thermal_conductivity_measurement_data()
        • Slf3xDevice.read_product_identifier()
    • Commands
      • InvFlowScaleFactors
        • InvFlowScaleFactors.SLF3C_1300F
        • InvFlowScaleFactors.SLF3S_1300F
        • InvFlowScaleFactors.SLF3S_4000B
        • InvFlowScaleFactors.SLF3S_0600F
      • SignalingFlagsT
        • SignalingFlagsT.air_in_line_flag
        • SignalingFlagsT.high_flow_flag
        • SignalingFlagsT.unused
        • SignalingFlagsT.exp_smoothing_active
      • StartH2oContinuousMeasurement
        • StartH2oContinuousMeasurement.CMD_ID
        • StartH2oContinuousMeasurement.pack()
        • StartH2oContinuousMeasurement.tx
      • StartIpaContinuousMeasurement
        • StartIpaContinuousMeasurement.CMD_ID
        • StartIpaContinuousMeasurement.pack()
        • StartIpaContinuousMeasurement.tx
      • ReadMeasurementDataRaw
        • ReadMeasurementDataRaw.pack()
        • ReadMeasurementDataRaw.rx
      • StopContinuousMeasurement
        • StopContinuousMeasurement.CMD_ID
        • StopContinuousMeasurement.pack()
        • StopContinuousMeasurement.tx
      • StartSingleThermalConductivityMeasurementSync
        • StartSingleThermalConductivityMeasurementSync.CMD_ID
        • StartSingleThermalConductivityMeasurementSync.pack()
        • StartSingleThermalConductivityMeasurementSync.tx
      • StartSingleThermalConductivityMeasurementAsync
        • StartSingleThermalConductivityMeasurementAsync.CMD_ID
        • StartSingleThermalConductivityMeasurementAsync.pack()
        • StartSingleThermalConductivityMeasurementAsync.tx
      • ReadThermalConductivityMeasurementData
        • ReadThermalConductivityMeasurementData.pack()
        • ReadThermalConductivityMeasurementData.rx
      • ReadProductIdentifierPrepare
        • ReadProductIdentifierPrepare.CMD_ID
        • ReadProductIdentifierPrepare.pack()
        • ReadProductIdentifierPrepare.tx
      • ReadProductIdentifier
        • ReadProductIdentifier.CMD_ID
        • ReadProductIdentifier.pack()
        • ReadProductIdentifier.tx
        • ReadProductIdentifier.rx
    • Result Types
      • SignalFlow
        • SignalFlow.value
      • SignalTemperature
        • SignalTemperature.value
      • SignalDeltaTemperature
        • SignalDeltaTemperature.value
      • SignalThermalConductivity
        • SignalThermalConductivity.value