public List <DateTime> findBreakPoints(double first, double second, int samplesBefore)
{
analyzer a = new analyzer();
var breaks = a.FindDebugBreakPoints(samples, first, second, samplesBefore);
return(breaks);
}
public static void processFile(string filePath)
{
// read file
inout io = new inout();
io.readCSV(filePath);
List <signal> signals = io.getSignals();
// get breakpoints
foreach (var signal in signals)
{
if (signal.name.Contains(triggerSignal))
{
breakPoints = signal.findBreakPoints(first_trigger, second_triger, samples_before);
}
}
// use breakpoints to set cycle
foreach (var signal in signals)
{
signal.makeCycles(breakPoints, ignoreStart);
}
// info dump
Console.WriteLine("/////////////////////////////////////////////////////////////////////");
Console.WriteLine("Csv Data file: " + filePath);
Console.WriteLine("Signals count : " + signals.Count);
Console.WriteLine("Trigger Signal: " + triggerSignal);
Console.WriteLine("/////////////////////////////////////////////////////////////////////");
foreach (var signal in signals)
{
signal.printInfo();
}
// trim the signal
List <signal> trimmedSignals = new List <signal>();
foreach (var signal in signals)
{
analyzer a = new analyzer();
trimmedSignals.Add(a.trimEndTime(signal, new TimeSpan(0, 0, 10)));
}
foreach (var signal in signals)
{
}
foreach (var signal in signals)
{
if (signal.name.Contains("A1Atom.Actual"))
{
List <analyzerSample> analyzedSamples = new List <analyzerSample>();
analyzer a = new analyzer();
analyzedSamples = a.getVarianceArray(signal);
io.writeAnalyzedSignalsToCSV(analyzedSamples, filePath, false);
}
}
// write signal CSV file for each signal with overlapping cycles
//foreach (var signal in signals)
foreach (var signal in trimmedSignals)
{
//io.writeCSV(signal,filePath,csvType.Excel);
}
}
