Rowe HASCP, Operation Manual

Page: 65 / 79

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Ensemble.BS3_VolBegin[0] = (float)ByteArrayToShort(packet) / 1000;
if (Ensemble.BS3_Beams > 1)
Ensemble.BS3_VolBegin[1] = (float)ByteArrayToShort(packet) / 1000;
Ensemble.BS3_VolEnd[0] = (float)ByteArrayToShort(packet) / 1000;
if (Ensemble.BS3_Beams > 1)
Ensemble.BS3_VolEnd[1] = (float)ByteArrayToShort(packet) / 1000;
Ensemble.BS3_VolAmp[0] = (float)ByteArrayToShort(packet) / 100;
if (Ensemble.BS3_Beams > 1)
Ensemble.BS3_VolAmp[1] = (float)ByteArrayToShort(packet) / 100;
Ensemble.BS3_WPVOLthreshold = (float)ByteArrayToShort(packet) / 100;
Ensemble.BS3_Voln[0] = (ushort)ByteArrayToShort(packet);
if (Ensemble.BS3_Beams > 1)
Ensemble.BS3_Voln[1] = (ushort)ByteArrayToShort(packet);
break;
case BACKSCATTER_PROFILE_03:
Ensemble.BS3AmplitudeAvailable = true;
Ensemble.BS3_Amplitude_ID = ID;
Ensemble.BS3_Amplitude_Bytes = (ushort)ByteArrayToShort(packet);
NextID = PacketP Ensemble.BS3_Amplitude_Bytes;
for (bin = 0; bin < Ensemble.BS3_Bins; bin++)
{
for (beam = 0; beam < Ensemble.BS3_Beams; beam++)
{
Ensemble.BS3_Amplitude[beam, bin] = (float)ByteArrayToShort(packet) / 256;
}
}
for (beam = 0; beam < Ensemble.BS3_Beams; beam++)
{
Ensemble.BS3_NoiseAmplitude[beam] = (float)ByteArrayToShort(packet) / 256;
}
break;
case BACKSCATTER_LEADER_04:
Ensemble.BS4Available = true;
Ensemble.BS4_ID = ID;
Ensemble.BS4_Bytes = (ushort)ByteArrayToShort(packet);
NextID = PacketP Ensemble.BS2_Bytes;
Ensemble.BS4_Frequency = ByteArrayToFloat(packet);
Ensemble.BS4_Diameter = (float)ByteArrayToShort(packet) / 1000;
Ensemble.BS4_BeamAngle = (float)ByteArrayToShort(packet) / 1000;
Ensemble.BS4_Rcvr1Temperature = (float)ByteArrayToShort(packet) / 100;
Ensemble.BS4_Rcvr2Temperature = (float)ByteArrayToShort(packet) / 100;
Ensemble.BS4_TransmitVolts = (float)ByteArrayToShort(packet) / 100;
Ensemble.BS4_Gain = (float)ByteArrayToShort(packet) / 1000;