protected override void Child_ExperimentEndedHook(object sender, ExperimentEndedEventArgs e)
{
// Get Data from single vlaue experiments
if ((e.Data != null) && (e.Data.GetType().Equals(typeof(Generic1DExperimentData))))
{
Generic1DExperimentData data = e.Data as Generic1DExperimentData;
int i = 0;
foreach (string dataset in data.datasetNames)
{
// only add datasets once
if ((currentPosIDX == 0) && (!scanData.GetDatasetNames().Contains(dataset)))
{
scanData.addDataset(dataset, data.axisNames[0] + " (" + data.axisUnits[0] + ")");
}
// Add first point of 1D Data (Single Value Experiment should only have one)
scanData.addValue(dataset, currentXPos, currentYPos, data.Get1DData(i)[0]);
i++;
}
}
}
private void ExecuteSingleValueMeasurement()
{
bool bRelPositions = (parent != null);
double[] values = new double[bRelPositions ? (activeChannels.Count) + 3 : activeChannels.Count];
Generic1DExperimentData data = new Generic1DExperimentData();
int i = 0;
// Add Relative Koordinates and time
Position scanRelativePosition = new Position(0, 0, 0);
if (bRelPositions)
{
scanRelativePosition = parent.Position();
values[0] = scanRelativePosition.X;
values[1] = scanRelativePosition.Y;
values[2] = scanRelativePosition.Z;
i = 3;
}
foreach (TransducerChannel channel in activeChannels)
{
double value = channel.GetAveragedValue();
data.datasetNames.Add(Name + "." + channel.Name);
data.axisNames.Add(channel.Name);
data.axisUnits.Add(channel.Unit);
data.data.Add(new double[] { value });
values[i++] = value;
}
appendResultsValues(values);
status = enExperimentStatus.Idle;
NotifyExperimentEndedNow(new ExperimentEndedEventArgs(enExperimentStatus.Completed, data));
}
protected override void Child_ExperimentEndedHook(object sender, ExperimentEndedEventArgs e)
{
// Get Data from single vlaue experiments
if ((e.Data != null) && (e.Data.GetType().Equals(typeof(Generic1DExperimentData))))
{
Generic1DExperimentData data = e.Data as Generic1DExperimentData;
int i = 0;
foreach (string dataset in data.datasetNames)
{
// only add datasets once
if ((Scanner.ScanPointIndex[0] == 0) && (Scanner.ScanPointIndex[1] == 0) && (!scanData.GetDatasetNames().Contains(dataset)))
{
scanData.addDataset(dataset, data.axisNames[0] + " (" + data.axisUnits[0] + ")");
}
// Add first point of 1D Data (Single Value Experiment should only have one)
scanData.setValue(dataset,
reverseScanX ? (Scanner.NumScanPoints[0] - Scanner.ScanPointIndex[0] - 1) : Scanner.ScanPointIndex[0],
reverseScanY ? (Scanner.NumScanPoints[1] - Scanner.ScanPointIndex[1] - 1) : Scanner.ScanPointIndex[1],
data.Get1DData(i)[0]);
i++;
}
}
}
