public ERROR_CODES AddNewExperiment(ExperimentInitialSettings experimentSettings, out IExperimentData newExperiment, string fileName)
{
ERROR_CODES status = ERROR_CODES.AA_OK;
DialogResult dlgRes = DialogResult.OK;
newExperiment = null;
if (string.IsNullOrEmpty(fileName))
{
OpenFileDialog dlg = new OpenFileDialog();
dlg.Filter = "Text File|*.txt";
dlg.Title = "Select signal generator input file.";
dlg.Multiselect = false;
dlgRes = dlg.ShowDialog();
if (dlgRes == DialogResult.OK)
{
fileName = dlg.FileName;
}
}
//DialogResult dlgRes = DialogResult.OK;
if (dlgRes == DialogResult.OK)
{
string[] sgInput = System.IO.File.ReadAllLines(fileName);
double[] signalGeneratorInput = sgInput.Select(x => double.Parse(x)).ToArray();
status = AddNewExperiment(experimentSettings, out newExperiment, signalGeneratorInput);
}
return status;
}
public ExperimentData(double[] signalGeneratorInput, ExperimentInitialSettings initialSettings)
{
InitialSettings = initialSettings;
scopeData = new ScopeData();
SignalGeneratorData = new SignalGeneratorData(signalGeneratorInput);
SignalGeneratorInputFileName = "";
PointsInCycle = signalGeneratorInput.Length;
InitializeExperimentData();
}
public ExperimentData(IEnumerable<double> signalGeneratorArbitraryOutput, ExperimentInitialSettings initialSettings)
{
scopeData = new ScopeData();
ScopeData.SampleMode = ScopeSampleMode.Average;
SignalGeneratorData = new SignalGeneratorData(signalGeneratorArbitraryOutput);
SignalGeneratorInputFileName = "From array.";
InitialSettings = initialSettings;
PointsInCycle = signalGeneratorArbitraryOutput.Count();
InitializeExperimentData();
}
public ERROR_CODES AddNewExperiment(ExperimentInitialSettings experimentSettings, out IExperimentData newExperiment, double[] signalGeneratorInput)
{
ERROR_CODES status = ERROR_CODES.AA_OK;
status = applicationController.AddNewExperiment(signalGeneratorInput, experimentSettings, out newExperiment);
//status = applicationController.AddNewExperiment(@"C:\Users\User\Documents\Dror\AOM measurements\PID control\ptMove200.txt", experimentSettings, out newExperiment);
if (status == ERROR_CODES.AA_OK)
{
managedForm.AddNewExperimentData(newExperiment);
}
return status;
}
public ERROR_CODES AddNewExperiment(double[] signalGeneratorOutputData, ExperimentInitialSettings initialSettings, out IExperimentData newExperiment)
{
ERROR_CODES status = ERROR_CODES.AA_OK;
newExperiment = null;
try
{
newExperiment = new ExperimentData(signalGeneratorOutputData, initialSettings);
try
{
if (initialSettings.UseRunningInsturmentSettings)
{
try
{
UpdateSignalGeneratorDataFromInstrument(newExperiment.SignalGeneratorData);
}
catch (Exception ex)
{
string s = ex.Message;
}
}
else
{
newExperiment.SignalGeneratorData.HighVoltage = initialSettings.SignalGeneratorHighVoltage;
newExperiment.SignalGeneratorData.LowVoltage = initialSettings.SignalGeneratorLowVoltage;
newExperiment.SignalGeneratorData.OutputFrequency = initialSettings.SignalGeneratorFrequencyOutput;
}
//set scope buffer size by points in cycle, so buffer size is a multiple of cycle point count.
int maxPointInBuffer = Scope.MaxBufferSize;
int bufferSizeToUse = (maxPointInBuffer / newExperiment.PointsInCycle);
bufferSizeToUse *= newExperiment.PointsInCycle;
newExperiment.ScopeData.PointsToSave = bufferSizeToUse * newExperiment.InitialSettings.BuffersToRead;
Scope.BufferSize = bufferSizeToUse;
Scope.PointsInCycle = newExperiment.PointsInCycle;
Scope.SampleRate = newExperiment.InitialSettings.SampleRate;
newExperiment.ScopeData.SampleRate = Scope.SampleRateInHz;
RunExperiment(newExperiment);
experiments.Add(newExperiment.ID, newExperiment);
}
catch { status = ERROR_CODES.INSTRUMENT_READ_WRITE_FAIL; }
}
catch { status = ERROR_CODES.INVALID_SIGNAL_GENERATOR_INPUT_FILE; }
return status;
}