Exemple #1
0
        /// <summary>
        /// Initializes a new instance of the ChannelInfo class that contain the values extracted from the given byte array.
        /// </summary>
        /// <param name="byteArray">The size of array need to be at least of 128 bytes.</param>
        public ChannelInfo(Byte[] byteArray)
        {
            _TypeOfChannel       = ChannelTypes.Subbottom;
            _SubChannelNumber    = 0;
            _CorrectionFlag      = CorrectionFlags.Range;
            _Polarity            = DataPolarity.Bipolar;
            _BytesPerSample      = 0;
            _SamplesPerChannel   = 0;
            _ChannelName         = " ";
            _VoltScale           = 0;
            _Frequency           = 0;
            _HorizontalBeamAngle = 0;
            _TiltAngle           = 0;
            _BeamWidth           = 0;
            _OffsetX             = 0;
            _OffsetY             = 0;
            _OffsetZ             = 0;
            _OffsetYaw           = 0;
            _OffsetPitch         = 0;
            _OffsetRoll          = 0;
            _BeamsPerArray       = 0;
            _Latency             = 0;

            using (BinaryReader dp = new BinaryReader(ArrayToStream.BytesToMemory(byteArray)))
            {
                if (byteArray.Length >= 128)
                {
                    _TypeOfChannel       = (ChannelTypes)dp.ReadByte();      // 0
                    _SubChannelNumber    = dp.ReadByte();                    // 1
                    _CorrectionFlag      = (CorrectionFlags)dp.ReadUInt16(); // 2-3
                    _Polarity            = (DataPolarity)dp.ReadUInt16();    // 4-5
                    _BytesPerSample      = dp.ReadUInt16();                  // 6-7
                    _SamplesPerChannel   = dp.ReadUInt32();                  // 8-9-10-11
                    _ChannelName         = new String(dp.ReadChars(16));     // 12-13-14-15-16-17-18-19-20-21-22-23-24-25-26-27
                    _VoltScale           = dp.ReadSingle();                  // 28-29-30-31
                    _Frequency           = dp.ReadSingle();                  // 32-33-34-35
                    _HorizontalBeamAngle = dp.ReadSingle();                  // 36-37-38-39
                    _TiltAngle           = dp.ReadSingle();                  // 40-41-42-43
                    _BeamWidth           = dp.ReadSingle();                  // 44-45-46-47
                    _OffsetX             = dp.ReadSingle();                  // 48-49-50-51
                    _OffsetY             = dp.ReadSingle();                  // 52-53-54-55
                    _OffsetZ             = dp.ReadSingle();                  // 56-57-58-59
                    _OffsetYaw           = dp.ReadSingle();                  // 60-61-62-63
                    _OffsetPitch         = dp.ReadSingle();                  // 64-65-66-67
                    _OffsetRoll          = dp.ReadSingle();                  // 68-69-70-71
                    _BeamsPerArray       = dp.ReadUInt16();                  // 72-73
                    _Latency             = dp.ReadSingle();                  // 74-75-76-77
                }
            }
        }
Exemple #2
0
 /// <summary>
 /// Initializes a new instance of the ChannelInfo class that has default zero values.
 /// </summary>
 public ChannelInfo()
 {
     _TypeOfChannel       = ChannelTypes.Subbottom;
     _SubChannelNumber    = 0;
     _CorrectionFlag      = CorrectionFlags.Range;
     _Polarity            = DataPolarity.Bipolar;
     _BytesPerSample      = 0;
     _SamplesPerChannel   = 0;
     _ChannelName         = " ";
     _VoltScale           = 0;
     _Frequency           = 0;
     _HorizontalBeamAngle = 0;
     _TiltAngle           = 0;
     _BeamWidth           = 0;
     _OffsetX             = 0;
     _OffsetY             = 0;
     _OffsetZ             = 0;
     _OffsetYaw           = 0;
     _OffsetPitch         = 0;
     _OffsetRoll          = 0;
     _BeamsPerArray       = 0;
     _Latency             = 0;
 }
Exemple #3
0
 /// <summary>
 /// Return an unsigned integer of 16 bit that represent the value of the enum.
 /// </summary>
 /// <param name="value"></param>
 /// <returns></returns>
 public static ushort ToUInt16(this CorrectionFlags value)
 {
     return((ushort)value);
 }