public List <Channel <double> > getParams(String _filePathString, ProcessingMachine machine)
{
mChannelsArrayList = new List <Channel <double> >();
//массив для параметров
int[] paramsArray = new int[66];
//вызов метода заполнения массива параметров
if (machine == ProcessingMachine.CPP)
{
getParamsCPP(_filePathString, ref paramsArray);
}
else if (machine == ProcessingMachine.Csharp)
{
getParamsCS(_filePathString, ref paramsArray);
}
mCount = paramsArray[0];
mFrequency = paramsArray[65];
for (int i_channel = 1; i_channel <= mCount; i_channel++)
{
Channel <double> currentChannel =
new Channel <double>(
paramsArray[i_channel],
paramsArray[i_channel + 32]
);
mChannelsArrayList.Add(currentChannel);
}
return(mChannelsArrayList);
}
public static void showDataReport(string _dataPath, ProcessingMachine machine)
{
ParamsReader paramsReader = new ParamsReader();
List <gen.Channel <double> > channelsArrayList =
paramsReader.getParams(_dataPath + ".prm", machine);
/*foreach (gen.Channel<double> channel in channelsArrayList)
* {
* Console.WriteLine(channel.number + " " + channel.amp);
* }*/
DataReader dataReader = new DataReader();
dataReader.getData(_dataPath + ".dat", ref channelsArrayList);
int total = 0;
foreach (var ch in channelsArrayList)
{
//Console.WriteLine($"Data from {_dataPath}. Channel # {ch.number}: {ch.dataArrayList.Count}");
total += ch.dataArrayList.Count;
}
Console.WriteLine($"Data from {_dataPath}. Total: {total}");
}