public void Init(ModuleParams parameters)
{
Params = parameters as Heart_Class_Params;
Aborted = false;
if (!Runnable()) _ended = true;
else
{
_ended = false;
InputEcGbaselineWorker = new ECG_Baseline_Data_Worker(Params.AnalysisName);
InputEcGbaselineWorker.Load();
InputECGbaselineData = InputEcGbaselineWorker.Data;
InputRpeaksWorker = new R_Peaks_Data_Worker(Params.AnalysisName);
InputRpeaksWorker.Load();
InputRpeaksData = InputRpeaksWorker.Data;
InputWavesWorker = new Waves_Data_Worker(Params.AnalysisName);
InputWavesWorker.Load();
InputWavesData = InputWavesWorker.Data;
OutputWorker = new Heart_Class_Data_Worker(Params.AnalysisName);
OutputData = new Heart_Class_Data();
_currentChannelIndex = 0;
_samplesProcessed = 0;
NumberOfChannels = InputECGbaselineData.SignalsFiltered.Count;
_currentChannelLength = InputECGbaselineData.SignalsFiltered[_currentChannelIndex].Item2.Count;
_currentVector = Vector<Double>.Build.Dense(_currentChannelLength);
qrsEndStep = 10;
i = 10;
step = InputWavesData.QRSEnds[_currentChannelIndex].Item2[qrsEndStep]; //ilośc próbek, aż do indeksu końca 10 załamka
_tempClassResult = new List<Tuple<int, int>>();
}
}
public void Init(ModuleParams parameters)
{
Params = parameters as R_Peaks_Params;
Aborted = false;
if (!Runnable()) _ended = true;
else
{
_ended = false;
InputWorker_basic = new Basic_Data_Worker(Params.AnalysisName);
InputWorker_basic.Load();
InputData_basic = InputWorker_basic.BasicData;
InputWorker = new ECG_Baseline_Data_Worker(Params.AnalysisName);
InputWorker.Load();
InputData = InputWorker.Data;
OutputWorker = new R_Peaks_Data_Worker(Params.AnalysisName);
OutputData = new R_Peaks_Data();
_currentChannelIndex = 0;
_samplesProcessed = 0;
_lastRPeak = 0;
_numRPeaks = 0;
NumberOfChannels = InputData.SignalsFiltered.Count;
_currentChannelLength = InputData.SignalsFiltered[_currentChannelIndex].Item2.Count;
_currentVector = Vector<Double>.Build.Dense(_currentChannelLength);
_currentVectorRRInterval = Vector<Double>.Build.Dense(_currentChannelLength);
_totalVector = Vector<Double>.Build.Dense(_currentChannelLength);
}
}
public void DisplayR_Peaks()
{
if (first)
{
_r_Peaks_Data_Worker = new R_Peaks_Data_Worker();
_r_Peaks_Data_Worker.Load();
first = false;
//var lineraYAxis = new LinearAxis();
//lineraYAxis.Position = AxisPosition.Left;
//lineraYAxis.Minimum = -100.0;
//lineraYAxis.Maximum = 80.0;
//lineraYAxis.MajorGridlineStyle = LineStyle.Solid;
//lineraYAxis.MinorGridlineStyle = LineStyle.Dot;
//lineraYAxis.Title = "Voltage [mV]";
//CurrentPlot.Axes.Add(lineraYAxis);
}
else
{
ClearPlot();
}
foreach (var signal in _r_Peaks_Data_Worker.Data.RPeaks)
{
Vector<double> signalVector = signal.Item2;
LineSeries ls = new LineSeries();
ls.Title = signal.Item1;
ls.MarkerStrokeThickness = 1;
for (int i = _beginingPoint; (i <= (_beginingPoint + _windowSize) && i < signalVector.Count()); i++)
{
ls.Points.Add(new DataPoint(i, signalVector[i]));
}
CurrentPlot.Series.Add(ls);
}
RefreshPlot();
}
