//public Tuple<DataPoint,DataPoint> linearRegOfCorrelative(string name)
//{
// if (dc != null)
// {
// string nameCor = dc.GetMaxPearsonName(name);
// Tuple<string, string> lineAandB = dc.linear_reg(name, nameCor);
// float a = float.Parse(lineAandB.Item1);
// float b = float.Parse(lineAandB.Item2);
// float x1 = (float)(dc.getMin(name));
// float x2 = (float)(dc.getMax(name));
// DataPoint p1 = new DataPoint(x1, a * x1 + b);
// DataPoint p2 = new DataPoint(x2, a * x2 + b);
// return new Tuple<DataPoint, DataPoint>(p1, p2);
// }
// return null;
//}
//public LinkedList<DataPoint> getPointsOfCorralated (string name)
//{
// if (dc!=null)
// {
// Tuple<string, string>[] pointsTuple = dc.getCorralatedTuple(name);
// int length = pointsTuple.Length;
// LinkedList<DataPoint> list = new LinkedList<DataPoint>();
// for (int i=0; i < length; i++)
// {
// list.AddLast(new DataPoint(float.Parse(pointsTuple[i].Item1), float.Parse(pointsTuple[i].Item2)));
// }
// // return list;
// return calculateLastSeconds(name);//////////////////////////////////////////////////////////////
// }
// return null;
//}
public LinkedList <DataPoint> calculateLastSeconds(string name) //name of the original
{ //new//
if (dc == null)
{
return(null);
}
float maxX, minX;/////////
int currentTime = mc.getCurrentTimeInMilisecs();
int currentLine = mc.firstLine;
int interval = mc.defaultSpeed;
int beginTime = currentTime - ((secondsTocalc / 2) * 1000);
int endTime = currentTime + ((secondsTocalc / 2) * 1000);
if (beginTime < 0)
{
beginTime = 0;
}
if (endTime > mc.getTotalTimeInMilisecs())
{
endTime = mc.getTotalTimeInMilisecs();
}
int beginLine = beginTime / interval;
int endLine = endTime / interval;
string[] data = fc.getParser.GetDataByName(name);
string[] dataCorralated = fc.getParser.GetDataByName(dc.GetMaxPearsonName(name));
maxX = minX = float.Parse(data[beginLine]);////////////
LinkedList <DataPoint> list = new LinkedList <DataPoint>();
for (int i = beginLine; i < endLine; i++)
{
list.AddLast(new DataPoint(float.Parse(data[i]), float.Parse(dataCorralated[i])));
////////////////
float info = float.Parse(data[i]);
if (info > maxX)
{
maxX = info;
}
if (info < minX)
{
minX = info;
}
/////////////////
}
////////////////////
Tuple <string, string> lineAandB = dc.linear_reg(name, dc.GetMaxPearsonName(name));
float a = float.Parse(lineAandB.Item1);
float b = float.Parse(lineAandB.Item2);
DataPoint p1 = new DataPoint(minX, a * minX + b);
DataPoint p2 = new DataPoint(maxX, a * maxX + b);
list.AddLast(p1);
list.AddLast(p2);
////////////////////
return(list);
}
public int timePrecents()
{
if (media.getTotalTimeInMilisecs() != 0)
{
float precents = (media.getCurrentTimeInMilisecs() * 100 / media.getTotalTimeInMilisecs());
return((int)precents);
}
return(0);
}
