Constructor Detail

• SignalLte

  SignalLte(Integer rssi, Double rsrp, Double rsrq, Integer cqi, Double snr, Integer timingAdvance)

Method Detail

• getDbm

   Integer getDbm()

• getRssiAsu

   final Integer getRssiAsu()

• getRsrpAsu

   final Integer getRsrpAsu()

• getRssi

   final Integer getRssi()

  Received Signal Strength Indicator

  Unit: dBm

• getRsrp

   final Double getRsrp()

  Reference Signal Received Power

  Unit: dBm

• getRsrq

   final Double getRsrq()

  Reference Signal Received Quality

  Unit: dB

• getCqi

   final Integer getCqi()

  Channel Quality Indicator

  Unit: None

• getSnr

   final Double getSnr()

  Signal to Noise Ratio

  Unit: None

• getTimingAdvance

   final Integer getTimingAdvance()

  Timing advance is normalized value that can tell you how far you are from signal source. The bigger the value the farther you are.

  Unit: None

• getDistanceToCell

   final Double getDistanceToCell(Double oneTaInMeters)

  Calculates approximate distance to cz.mroczis.netmonster.core.model.cell.CellLte which is assigned to this object.

  Before Build.VERSION_CODES.O was not publicly accessible for developers and manufacturers did implement representation of TA it in two ways:

  • as one-way distance from source to terminal (78.07 meters per 1 TA),

  • as two-way distance from source back to source (156.14 meters per 1 TA).

  This brings ambiguous behaviour to calculation of distance from tower to cell and oneTaInMeters is required as parameter of this method. You are advised to verify which implementation does terminal use. In most cases ONE_WAY_DISTANCE is the correct one.

  Parameters:

  oneTaInMeters - how much is one TA in meters - use ONE_WAY_DISTANCE or TWO_WAY_DISTANCE

• merge

   final SignalLte merge(SignalLte other)

  Merges current instance with other, keeping data that are valid and adding other values that are valid in other instance but not here.