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public stringToVector ( string input ) : Vector |
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| input | string | |
| return | Vector |
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public void Load()
{
R_Peaks_Data basicData = new R_Peaks_Data();
XMLConverter converter = new XMLConverter(analysisName);
XmlDocument file = new XmlDocument();
string fileName = analysisName + "_Data.xml";
file.Load(System.IO.Path.Combine(directory, fileName));
XmlNodeList modules = file.SelectNodes("EKG/module");
string moduleName = this.GetType().Name;
moduleName = moduleName.Replace("_Data_Worker", "");
foreach (XmlNode module in modules)
{
if (module.Attributes["name"].Value == moduleName)
{
List<Tuple<string, Vector<double>>> RPeaks = new List<Tuple<string, Vector<double>>>();
XmlNodeList rPeaks = module.SelectNodes("RPeaks");
foreach (XmlNode rPeak in rPeaks)
{
XmlNode lead = rPeak["lead"];
string readLead = lead.InnerText;
XmlNode indices = rPeak["indices"];
string readIndices = indices.InnerText;
Vector<double> readDigits = converter.stringToVector(readIndices);
Tuple<string, Vector<double>> readRPeak = Tuple.Create(readLead, readDigits);
RPeaks.Add(readRPeak);
}
basicData.RPeaks = RPeaks;
List<Tuple<string, Vector<double>>> RRInterval = new List<Tuple<string, Vector<double>>>();
XmlNodeList intervals = module.SelectNodes("RRInterval");
foreach (XmlNode interval in intervals)
{
XmlNode lead = interval["lead"];
string readLead = lead.InnerText;
XmlNode samples = interval["intervals"];
string readSamples = samples.InnerText;
Vector<double> readDigits = converter.stringToVector(readSamples);
Tuple<string, Vector<double>> readInterval = Tuple.Create(readLead, readDigits);
RRInterval.Add(readInterval);
}
basicData.RRInterval = RRInterval;
}
}
this.Data = basicData;
}
public void Load()
{
ECG_Baseline_Data basicData = new ECG_Baseline_Data();
XMLConverter converter = new XMLConverter(analysisName);
XmlDocument file = new XmlDocument();
string fileName = analysisName + "_Data.xml";
file.Load(System.IO.Path.Combine(directory, fileName));
XmlNodeList modules = file.SelectNodes("EKG/module");
string moduleName = this.GetType().Name;
moduleName = moduleName.Replace("_Data_Worker", "");
foreach (XmlNode module in modules)
{
if (module.Attributes["name"].Value == moduleName)
{
List<Tuple<string, Vector<double>>> SignalsFiltered = new List<Tuple<string, Vector<double>>>();
XmlNodeList signals = module.SelectNodes("signalFiltered");
foreach (XmlNode signal in signals)
{
XmlNode lead = signal["lead"];
string readLead = lead.InnerText;
XmlNode samples = signal["samples"];
string readSamples = samples.InnerText;
Vector<double> readDigits = converter.stringToVector(readSamples);
Tuple<string, Vector<double>> readSignal = Tuple.Create(readLead, readDigits);
SignalsFiltered.Add(readSignal);
}
basicData.SignalsFiltered = SignalsFiltered;
}
}
this.Data = basicData;
}
public void Load()
{
HRV1_Data basicData = new HRV1_Data();
XMLConverter converter = new XMLConverter(analysisName);
XmlDocument file = new XmlDocument();
string fileName = analysisName + "_Data.xml";
file.Load(System.IO.Path.Combine(directory, fileName));
XmlNodeList modules = file.SelectNodes("EKG/module");
string moduleName = this.GetType().Name;
moduleName = moduleName.Replace("_Data_Worker", "");
foreach (XmlNode module in modules)
{
if (module.Attributes["name"].Value == moduleName)
{
List<Tuple<string, Vector<double>>> list = new List<Tuple<string, Vector<double>>>();
XmlNodeList nodes = module.SelectNodes("TimeBasedParams");
foreach (XmlNode node in nodes)
{
XmlNode lead = node["lead"];
string readLead = lead.InnerText;
XmlNode samples = node["samples"];
string readSamples = samples.InnerText;
Vector<double> readDigits = converter.stringToVector(readSamples);
Tuple<string, Vector<double>> read = Tuple.Create(readLead, readDigits);
list.Add(read);
}
basicData.TimeBasedParams = list;
List<Tuple<string, Vector<double>>> FreqBasedParams = new List<Tuple<string, Vector<double>>>();
XmlNodeList freqBasedParams = module.SelectNodes("FreqBasedParams");
foreach (XmlNode node in freqBasedParams)
{
XmlNode lead = node["lead"];
string readLead = lead.InnerText;
XmlNode samples = node["samples"];
string readSamples = samples.InnerText;
Vector<double> readDigits = converter.stringToVector(readSamples);
Tuple<string, Vector<double>> read = Tuple.Create(readLead, readDigits);
FreqBasedParams.Add(read);
}
basicData.FreqBasedParams = FreqBasedParams;
List<Tuple<string, Vector<double>>> RInstants = new List<Tuple<string, Vector<double>>>();
XmlNodeList rInstants = module.SelectNodes("RInstants");
foreach (XmlNode node in rInstants)
{
XmlNode lead = node["lead"];
string readLead = lead.InnerText;
XmlNode samples = node["samples"];
string readSamples = samples.InnerText;
Vector<double> readDigits = converter.stringToVector(readSamples);
Tuple<string, Vector<double>> read = Tuple.Create(readLead, readDigits);
RInstants.Add(read);
}
basicData.RInstants = RInstants;
List<Tuple<string, Vector<double>>> RRIntervals = new List<Tuple<string, Vector<double>>>();
XmlNodeList rrIntervals = module.SelectNodes("RRIntervals");
foreach (XmlNode node in rrIntervals)
{
XmlNode lead = node["lead"];
string readLead = lead.InnerText;
XmlNode samples = node["samples"];
string readSamples = samples.InnerText;
Vector<double> readDigits = converter.stringToVector(readSamples);
Tuple<string, Vector<double>> read = Tuple.Create(readLead, readDigits);
RRIntervals.Add(read);
}
basicData.RRIntervals = RRIntervals;
}
}
this.Data = basicData;
}
public void Load()
{
HRV_DFA_Data basicData = new HRV_DFA_Data();
XMLConverter converter = new XMLConverter(analysisName);
XmlDocument file = new XmlDocument();
string fileName = analysisName + "_Data.xml";
file.Load(System.IO.Path.Combine(directory, fileName));
XmlNodeList modules = file.SelectNodes("EKG/module");
string moduleName = this.GetType().Name;
moduleName = moduleName.Replace("_Data_Worker", "");
foreach (XmlNode module in modules)
{
if (module.Attributes["name"].Value == moduleName)
{
List<Tuple<string, Vector<double>>> DfaNumberN = new List<Tuple<string, Vector<double>>>();
XmlNodeList dfaNumberN = module.SelectNodes("DfaNumberN");
foreach (XmlNode node in dfaNumberN)
{
XmlNode lead = node["lead"];
string readLead = lead.InnerText;
XmlNode samples = node["samples"];
string readSamples = samples.InnerText;
Vector<double> readDigits = converter.stringToVector(readSamples);
Tuple<string, Vector<double>> readDfaNumberN = Tuple.Create(readLead, readDigits);
DfaNumberN.Add(readDfaNumberN);
}
basicData.DfaNumberN = DfaNumberN;
List<Tuple<string, Vector<double>>> DfaValueFn = new List<Tuple<string, Vector<double>>>();
XmlNodeList dfaValueFn = module.SelectNodes("DfaValueFn");
foreach (XmlNode node in dfaValueFn)
{
XmlNode lead = node["lead"];
string readLead = lead.InnerText;
XmlNode samples = node["samples"];
string readSamples = samples.InnerText;
Vector<double> readDigits = converter.stringToVector(readSamples);
Tuple<string, Vector<double>> readDfaValueFn = Tuple.Create(readLead, readDigits);
DfaValueFn.Add(readDfaValueFn);
}
basicData.DfaValueFn = DfaValueFn;
List<Tuple<string, Vector<double>>> ParamAlpha = new List<Tuple<string, Vector<double>>>();
XmlNodeList paramAlpha = module.SelectNodes("ParamAlpha");
foreach (XmlNode node in paramAlpha)
{
XmlNode lead = node["lead"];
string readLead = lead.InnerText;
XmlNode samples = node["samples"];
string readSamples = samples.InnerText;
Vector<double> readDigits = converter.stringToVector(readSamples);
Tuple<string, Vector<double>> readParamAlpha = Tuple.Create(readLead, readDigits);
ParamAlpha.Add(readParamAlpha);
}
basicData.ParamAlpha = ParamAlpha;
}
}
this.Data = basicData;
}
public void Load()
{
Basic_Data basicData = new Basic_Data();
XMLConverter converter = new XMLConverter(analysisName);
XmlDocument file = new XmlDocument();
string fileName = analysisName + "_Data.xml";
file.Load(System.IO.Path.Combine(directory, fileName));
XmlNodeList modules = file.SelectNodes("EKG/module");
string moduleName = this.GetType().Name;
moduleName = moduleName.Replace("_Data_Worker", "");
foreach (XmlNode module in modules)
{
if (module.Attributes["name"].Value == moduleName)
{
XmlNode frequency = module["frequency"];
basicData.Frequency = Convert.ToUInt32(frequency.InnerText, new System.Globalization.NumberFormatInfo());
XmlNode sampleAmount = module["sampleAmount"];
basicData.SampleAmount = Convert.ToUInt32(sampleAmount.InnerText, new System.Globalization.NumberFormatInfo());
List<Tuple<string, Vector<double>>> Signals = new List<Tuple<string, Vector<double>>>();
XmlNodeList signals = module.SelectNodes("signal");
foreach (XmlNode signal in signals)
{
XmlNode lead = signal["lead"];
string readLead = lead.InnerText;
XmlNode samples = signal["samples"];
string readSamples = samples.InnerText;
Vector<double> readDigits = converter.stringToVector(readSamples);
Tuple<string, Vector<double>> readSignal = Tuple.Create(readLead, readDigits);
Signals.Add(readSignal);
}
basicData.Signals = Signals;
}
}
this.BasicData = basicData;
}
