Constructor Detail

• StreamHelper

  StreamHelper()

Method Detail

• getCurrentGlitchThreshold

   static int getCurrentGlitchThreshold()

  return used glitch threshold value in µs

• getCurrentMaxPulseValueThreshold

   static int getCurrentMaxPulseValueThreshold()

  Return used max pulse value threshold in µs

• bitstreamToDurations

   static List<Integer> bitstreamToDurations(String bitstream, int samplingRate)

  Return a list of durations(in µs) and the first duration is the duration of a 1, not a 0

• numberOfBitsInDuration

   static int numberOfBitsInDuration(int duration, int durationBit, double tolerance)

  Compute the number of bits in a duration, knowing the duration of 1 bit and a tolerance

• reconstructRealBitstream

   static String reconstructRealBitstream(List<Integer> durations, int durationBit0, int durationBit1, double tolerance)

  Reconstruct a bitstream from a list of durations to the real datarate knowing the duration of the bits and a tolerance

• splitInCodewords

   static List<List<Integer>> splitInCodewords(List<Integer> durations, int splitDuration)

  Method to split a list of durations in a list of codeword (a codeword is a list of duration also)

  Parameters:

  durations - List of durations

  splitDuration - Minimum duration between 2 codewords

• convertDurationsUnsigned2Signed

   static void convertDurationsUnsigned2Signed(boolean firstPolarity, List<Integer> durations)

  Convert an array of unsigned pulses to signed pulses the input is alterated by the method !! with a first polarity positive: [50, 100, 50, 100, 250] Result: [50, -100, 50, -100, 250]

• convertDurationsUnsigned2Signed

   static String convertDurationsUnsigned2Signed(String durations, String separator)

  Convert a string which contains a suit of unsigned pulses to a string with signed pulses We consider that the first pulse is positive

• convertLegacyRxDurationBytes2IntegerArray

   static List<Integer> convertLegacyRxDurationBytes2IntegerArray(Array<byte> bufferPulseWidths)

• convertRxDurationBytes2IntegerArray

   static List<Integer> convertRxDurationBytes2IntegerArray(Array<byte> bufferPulseWidths)

• convertLegacyRxDurationBytes2Integer

   static RfDurations convertLegacyRxDurationBytes2Integer(Array<byte> bufferPulseWidths)

  Parameters:

  bufferPulseWidths - 16 bits unsigned Pulse widths [Low byte first, high byte, Low byte, high byte, ...

  Returns:

  RfDurations

• convertRxDurationBytes2Integer

   static RfDurations convertRxDurationBytes2Integer(Array<byte> bufferPulseWidths)

  Parameters:

  bufferPulseWidths - 16 bits signed Pulse widths [Low byte first, high byte, Low byte, high byte, ...

  Returns:

  RfDurations

• concatenateDurations

   static List<Integer> concatenateDurations(List<Integer> durations)

  Return a new array, concatenated all consecutive pulses with the same polarity. Input: [-1, -1, +2, -1, +2, -1, 5, 5, 5, -3] Will return [-2, +2, -1, +2, -1, 15, -3]

• mergeRfDurations

   static List<Integer> mergeRfDurations(List<out IPulses> durations)

  Concatenate all durations hosted by RfDurations in an arraylist.

• updateGlitchThresholdValue

   static void updateGlitchThresholdValue(int thresholdMicroSeconds)

• updateMaxPulseValueThreshold

   static void updateMaxPulseValueThreshold(int value)

• removeGlitchsIfNeeded

   static StreamHelper.GlitchRemovingResult removeGlitchsIfNeeded(List<Integer> durations)

  Remove glitchs hosted in given durations list. Check unittests to see all supported cases. Example: [200] -> [200] [25] -> [25] [] -> [] [500, 250, 50, 100, 550, 400] -> [500, 400, 550, 400] [ +, -, +, -, +, -] -> [ +, -, +, -] [500, 500, 50, 025, 100, 100] -> [500, 675, 100] -> [500, 775] [ +, -, +, -, +, -] [ +, -, -] [ +, -]

• isGlitch

   static boolean isGlitch(int duration)

• isBigPulse

   static boolean isBigPulse(int pulse)

• buildRfDurations

   static RfDurations buildRfDurations(List<Integer> durations)

  from a list of durations, build a RfDurations object.