public override void RunTest()
{
Quasi97.ResultNet Rslt = default(Quasi97.ResultNet);
System.Diagnostics.Stopwatch sWatch = new System.Diagnostics.Stopwatch();
float[,,] pdBuffer = null;
double[] fieldbuf = new double[mvarDataPoints - 1 + 1];
short Chan = modMain.QST.QSTHardware.MRChannel;
double[] vBuff = null;
try
{
sWatch.Restart();
if (modMain.QST.OptionsParameters.AutoClearResults)
{
ClearResults(false); //the menu is going to refresh anyway when we add new results
}
Rslt = new Quasi97.ResultNet();
colResults.Insert(0, Rslt);
Rslt.Data.Columns.Clear();
Rslt.Data.Columns.Add("Sample #", typeof(short));
Rslt.Data.Columns.Add("Resistance (Ohm)", typeof(Single));
Rslt.Data.Columns.Add("Random", typeof(Single));
//measuring
//set 156KHz sampling rate
modMain.QST.PatGenBoardParameters.DelayCounter = (byte) 0;
modMain.QST.PatGenBoardParameters.SampleCounter = (byte) 0;
//set dc level
modMain.QST.QSTHardware.GenerateLevel(ref fieldbuf, mvarDataPoints, 0, (short) 0);
//select low gain
modMain.QST.QSTHardware.TCSplitSelectInput(false);
pdBuffer = new float[2, (fieldbuf.Length - 1) + 1, 2]; //number of cycles, number of data points, 2 channels
modMain.QST.QSTHardware.TCSplitCaptureWaveform(ref pdBuffer, (short) 1, (short) 1);
modMain.QST.QSTHardware.TCSplitScaleWaveform2(ref pdBuffer, 0,false);
modMain.QST.QSTHardware.ExtractPulseByChannel(ref vBuff, (short) 0, ref pdBuffer, modMain.QST.QSTHardware.MRChannel);
//storing in the data
for (var i = 0; i <= (vBuff.Length - 1); i++)
{
Rslt.Data.Rows.Add(1 + i, vBuff[(int) i], 100 * VBMath.Rnd(1));
}
base.RaiseNewDataAvailable(colResults.Count, 1, -1, -1);
base.RaiseNewDataAvailable(colResults.Count, 2, -1, -1);
//report results
Rslt.AddParameters(this.colParameters);
Rslt.AddResult2("Resistance (Ohm)", 0, 1, true); //let next statement calculate statistics
Rslt.CalcStats2(true, 1);
//grade results
Quasi97.clsQSTTestNET temp_test = this;
modMain.QST.GradingParameters.GradeTestNet(ref temp_test, (short) 0);
//add information about run
Quasi97.clsQSTTestNET temp_test2 = this;
Rslt.AddInfo(ref temp_test2, sWatch.ElapsedMilliseconds, ref modMain.QST.QuasiParameters.CurInfo);
//notify the form that new results are available
base.RaiseNewInfoAvailable();
base.RaiseNewResultsAvailable(new int[] {0});
}
catch (Exception ex)
{
MessageBox.Show(ThisTestID + " RunTest " + ex.Message);
}
}
public override void RunTest()
{
Quasi97.ResultNet Rslt = default(Quasi97.ResultNet);
double MeasuredVal = 0;
float ib = 0;
try
{
if (modMain.QST.OptionsParameters.AutoClearResults)
{
ClearResults(false); //the menu is going to refresh anyway when we add new results
}
//measuring
for (var i = 1; i <= mvarAverages; i++)
{
MeasuredVal += modMain.QST.ChannelManager.DCChannel.MeasureR(modMain.QST.QSTHardware.MRChannel, (short) 10, 0);
ib += modMain.QST.QSTHardware.GetReadBias(modMain.QST.QSTHardware.MRChannel);
}
ib /= mvarAverages;
MeasuredVal /= mvarAverages;
//report results
Rslt = new Quasi97.ResultNet();
Rslt.AddParameters(this.colParameters);
colResults.Insert(0, Rslt);
Rslt.AddResult2(objNativeRes.res, MeasuredVal.ToString("F2"), 1, true);
Rslt.AddResult2(objNativeRes.bv, (ib * MeasuredVal).ToString("F2"), 1, true);
Rslt.CalcStats2(false, 1);
//grade results
Quasi97.clsQSTTestNET temp_test = this;
modMain.QST.GradingParameters.GradeTestNet(ref temp_test, (short) 0);
//add information about run
Quasi97.clsQSTTestNET temp_test2 = this;
Rslt.AddInfo(ref temp_test2, 0, ref modMain.QST.QuasiParameters.CurInfo);
//notify the form that new results are available
base.RaiseNewInfoAvailable();
base.RaiseNewResultsAvailable(new int[] {0});
}
catch (Exception ex)
{
MessageBox.Show("clsTest1:RunTest " + ex.Message);
}
}