public double Resolute(string product, int minResolutions, int index)
{
ChartPointsPredition CPsPOriginal = DATA[product][index];
if (CPsPOriginal == null || CPsPOriginal.Type == ChartPointsPredition.Kind.Uncertain || CPsPOriginal.Type == ChartPointsPredition.Kind.Average || CPsPOriginal.Tendency == 50 || CPsPOriginal.TendencyToday == 50 || CPsPOriginal.TendencyComplementary == 50)
{
return(0);
}
List <ChartPointsPredition> LCPsPAll = this.ExtractType(DATA[product].GetRange(0, index), CPsPOriginal); //All of type
//1 - 67%//ExtractTendencyToTendencyComplementary ExtractTendenciesDirectted ExtractTendencyUncertainity
//1-3 - 67%
LCPsPAll = this.ExtractTendencyToTendencyComplementary(LCPsPAll, CPsPOriginal);
//0.87 ratio - ExtractTendencyToTendencyComplementary
double[] DAParametersOryginal = CPsPOriginal.Parameters;
List <double[]> LDAPStrikes = this.ExtractParameters(LCPsPAll, CPsPOriginal, true, false);
List <double[]> LDAPFails = this.ExtractParameters(LCPsPAll, CPsPOriginal, false, false);
double dRatio = ((double)LDAPStrikes.Count / LCPsPAll.Count()) * 100;
if (LDAPStrikes.Count < minResolutions || LDAPFails.Count < minResolutions || dRatio < 25)
{
return(0);
}
double dSFS = ANALYSIS.SimilarityFactor(LDAPStrikes, DAParametersOryginal);
double dSFF = ANALYSIS.SimilarityFactor(LDAPFails, DAParametersOryginal);// *((double)LDAPFails.Count() / LCPsPAll.Count());
if (dSFS > dSFF)
{
return(((double)dSFS / dSFF) * 100 * ((double)LDAPStrikes.Count() / LCPsPAll.Count()));
}
else
{
return(0);
}
}
public double ResoluteTest(string product, int minResolutions, int index)
{
ChartPointsPredition CPsPOriginal = DATA[product][index];
if (CPsPOriginal.Type == ChartPointsPredition.Kind.Uncertain || CPsPOriginal.Type == ChartPointsPredition.Kind.Average)
{
return(0);
}
//ExtractTypeExtremumTendencyTest
List <ChartPointsPredition> LCPsPAll = this.ExtractTypeTest(DATA[product].GetRange(0, index), CPsPOriginal, false); //All of type
List <ChartPointsPredition> LCPsPAllReversed = this.ExtractTypeTest(DATA[product].GetRange(0, index), CPsPOriginal, true); //All of type
// LCPsPAll = this.ExtractSimilarityTest(LCPsPAll); LCPsPAllReversed = this.ExtractSimilarityTest(LCPsPAllReversed);
// LCPsPAll = this.ExtractTypeExtremumTendencyTest(LCPsPAll); LCPsPAllReversed = this.ExtractTypeExtremumTendencyTest(LCPsPAllReversed);
//LCPsPAll = this.ExtractTestContinuous(LCPsPAll); LCPsPAllReversed = this.ExtractTestContinuous(LCPsPAllReversed);
//LCPsPAll = this.ExtractTestContinuousTendency(LCPsPAll); LCPsPAllReversed = this.ExtractTestContinuousTendency(LCPsPAllReversed);
double[] DAParametersOryginal = CPsPOriginal.Parameters;
List <double[]> LDAPStrikes = this.ExtractParameters(LCPsPAll, CPsPOriginal, true, false);
List <double[]> LDAPFails = this.ExtractParameters(LCPsPAll, CPsPOriginal, false, false);
List <double[]> LDAPStrikesReversed = this.ExtractParameters(LCPsPAllReversed, CPsPOriginal, true, true);
List <double[]> LDAPFailsReversed = this.ExtractParameters(LCPsPAllReversed, CPsPOriginal, false, true);
double dRatio = ((double)LDAPStrikes.Count / LCPsPAll.Count()) * 100;
double dRatioReversed = ((double)LDAPStrikesReversed.Count / LCPsPAllReversed.Count()) * 100;
//50.14-50.85 - clear
if (LDAPStrikesReversed.Count < minResolutions || LDAPFailsReversed.Count < minResolutions)
{
return(0);
}
if (LDAPStrikes.Count < minResolutions || LDAPFails.Count < minResolutions)
{
return(0);
}
if (dRatio < 45 || dRatioReversed < 45)
{
//throw new Exception("Something is f****d up !");
}
for (int i = 0; i < LDAPStrikes.Count; i++)
{
if (LDAPStrikes[i] == null)
{
var v = 0;
var P = 1 + v;
}
}
for (int i = 0; i < LDAPFails.Count; i++)
{
if (LDAPFails[i] == null)
{
var v = 0;
var P = 1 + v;
}
}
return(1);
double dSFS = ANALYSIS.SimilarityFactor(LDAPStrikes, DAParametersOryginal);
double dSFF = ANALYSIS.SimilarityFactor(LDAPFails, DAParametersOryginal);// *((double)LDAPFails.Count() / LCPsPAll.Count());
return(1);
if (dSFS > dSFF)
{
return(((double)dSFS / dSFF) * 100 * ((double)LDAPStrikes.Count() / LCPsPAll.Count()));
}
else
{
return(0);
}
}
