public void Run()
{
ConfigureGeneration();
ConfigureMeasurement();
ConfigureServo();
ConfigureSweep();
rfsgSession.Initiate();
// Define sweep
Stopwatch watch = new Stopwatch();
watch.Reset();
StreamWriter stream = new StreamWriter(File.Create("data.csv"));
stream.WriteLine(string.Join(", ", "Frequency", "Averages", "Symbols"));
var sweep = new Sweep(sweepSteps, () =>
{
// get rid of first run jitter
wlan.Initiate("", "");
wlan.WaitForMeasurementComplete("", 10.0);
wlan.OfdmModAcc.Configuration.GetAveragingCount("", out int numAverages);
wlan.OfdmModAcc.Results.GetNumberOfSymbolsUsed("", out int numSymbolsUsed);
wlan.OfdmModAcc.Results.GetCompositeRmsEvmMean("", out double evm);
wlan.GetCenterFrequency("", out double centFreq);
string currentPoints = string.Join(", ", centFreq.ToString(), sweepSteps[1].GetCurrentPoint().ToString(),
sweepSteps[2].GetCurrentPoint().ToString());
stream.Write(currentPoints);
Console.WriteLine(currentPoints);
for (int i = 0; i < repeatabilityCount; i++)
{
powerServo.Disable();
powerServo.Enable();
watch.Restart();
wlan.Initiate("", "");
powerServo.Start();
powerServo.Wait(ServoTimeout, out ushort servoNumberOfAveragesCaptured, out bool servoDone, out bool servoFailed);
// powerServo.GetDigitalGain(out double servoRawDigitalGain, out double servoDigitalGain);
// powerServo.GetServoSteps(servoNumberOfAveragesCaptured, servoContinuous, false, 0, out servoMeasurementTimes, out servoMeasurementLevels);
wlan.WaitForMeasurementComplete("", 10.0);
wlan.OfdmModAcc.Configuration.GetAveragingCount("", out numAverages);
wlan.OfdmModAcc.Results.GetCompositeRmsEvmMean("", out evm);
wlan.OfdmModAcc.Results.GetNumberOfSymbolsUsed("", out numSymbolsUsed);
watch.Stop();
if (numAverages != (int)sweepSteps[1].GetCurrentPoint() || numSymbolsUsed != (int)sweepSteps[2].GetCurrentPoint())
{
throw new Exception();
}
stream.Write(", " + evm.ToString());
stream.Write(", " + watch.ElapsedMilliseconds.ToString());
}