59
Ensemble.Janus_InstrumentVelocity_Bytes = (ushort)ByteArrayToShort(packet);
NextID = PacketP Ensemble.Janus_InstrumentVelocity_Bytes;
for (bin = 0; bin < Ensemble.Janus_Bins; bin++)
{
for (beam = 0; beam < Ensemble.Janus_Beams; beam++)
{
Ensemble.Janus_InstrumentVelocity[beam, bin] = (float)ByteArrayToShort(packet) /
2000;
}
}
break;
case HORIZONTAL_JANUS_AMPLITUDE:
Ensemble.JanusAmplitudeAvailable = true;
Ensemble.Janus_Amplitude_ID = ID;
Ensemble.Janus_Amplitude_Bytes = (ushort)ByteArrayToShort(packet);
NextID = PacketP Ensemble.Janus_Amplitude_Bytes;
for (bin = 0; bin < Ensemble.Janus_Bins; bin++)
{
for (beam = 0; beam < Ensemble.Janus_Beams; beam++)
{
Ensemble.Janus_Amplitude[beam, bin] = (float)ByteArrayToShort(packet) / 256;
}
}
for (beam = 0; beam < Ensemble.Janus_Beams; beam++)
{
Ensemble.Janus_NoiseAmplitude[beam] = (float)ByteArrayToShort(packet) / 256;
}
break;
case HORIZONTAL_JANUS_CORRELATION:
Ensemble.JanusCorrelationAvailable = true;
Ensemble.Janus_Correlation_ID = ID;
Ensemble.Janus_Correlation_Bytes = (ushort)ByteArrayToShort(packet);
NextID = PacketP Ensemble.Janus_Correlation_Bytes;
for (bin = 0; bin < Ensemble.Janus_Bins; bin++)
{
for (beam = 0; beam < Ensemble.Janus_Beams; beam++)
{
Ensemble.Janus_Correlation[beam, bin] = (float)ByteArrayToShort(packet) / 16384;
}
}
break;
case BACKSCATTER_LEADER_00:
Ensemble.BS0Available = true;
Ensemble.BS0_ID = ID;
Summary of Contents for HASCP
Page 26: ...26 Figure 15 Firmware Tab in the RTI HASCP software...
Page 68: ...68 8 Cable Wiring Diagrams This section outlines the HASCP communication cable wiring...
Page 73: ...73 10 Mechanical Drawings and Assembly Figure 23 Outline drawing of the HASCP unit MCBH 10M...
Page 74: ...74 Figure 24 Location of transducer beams in the HASCP unit...
Page 76: ...76 Figure 26 Exploded view of the HASCP unit showing the details of the hardware used...
Page 78: ...78 Figure 28 HASCP mounted on a pole used for internal testing at RTI...
