//响应概率计算
public double ResponseProbabilityCalculation(double fq, double favg, double fsigma)
{
double rpc = LiftingDistributionSelection.PValue(LiftingMethodStandardSelection.InverseProcessValue(fq), LiftingMethodStandardSelection.InverseProcessValue(favg), fsigma);
pub_function.resolution_getReso(rpc, 0.000001, out rpc);
return(rpc);
}
//
public double[] VarianceFunctionResponsePointIntervalEstimated(double confidenceLevel, int textNumber, double fq, double favg, double fsigma, double fsigmaavg, double fsigmasigma)
{
double[] ie = new double[8];
double Tfw = updownMethod.get_t_shuangce(confidenceLevel, textNumber - 1);
double Tfw_dance = updownMethod.get_t_dance(confidenceLevel, textNumber - 1);
if (fq != 0)
{
fq = LiftingDistributionSelection.PValue(LiftingMethodStandardSelection.InverseProcessValue(fq), LiftingMethodStandardSelection.InverseProcessValue(favg), fsigma);
ie = GetDoubleArray(Tfw, Tfw_dance, fq, favg, fsigma, fsigmaavg, fsigmasigma);
}
return(ie);
}
//响应点区间估计
public List <IntervalEstimation> ResponsePointIntervalEstimated(double responseProbability, double confidenceLevel, double[] xArray, int[] vArray, double fq, double favg, double fsigma)
{
List <IntervalEstimation> intervalEstimations = new List <IntervalEstimation>();
if (fq != 0)
{
responseProbability = LiftingDistributionSelection.PValue(LiftingMethodStandardSelection.InverseProcessValue(fq), LiftingMethodStandardSelection.InverseProcessValue(favg), fsigma);
pub_function.resolution_getReso(responseProbability, 0.000001, out responseProbability);
}
xArray = LiftingMethodStandardSelection.InverseProcessArray(xArray);
var Single = SingleSideEstimation(xArray, vArray, responseProbability, confidenceLevel, LiftingMethodStandardSelection.InverseProcessValue(favg), fsigma);
intervalEstimations.Add(GetIntervalEstimationValue(Single));
var Double = DoubleSideEstimation(xArray, vArray, responseProbability, confidenceLevel, LiftingMethodStandardSelection.InverseProcessValue(favg), fsigma);
intervalEstimations.Add(GetIntervalEstimationValue(Double));
return(intervalEstimations);
}
//响应&&计算
public Upanddown GetReturn(double[] xArray, int[] vArray, double x0, double d, out double z, double reso, out double z1)
{
Upanddown upanddown = new Upanddown();
x0 = LiftingMethodStandardSelection.InverseProcessValue(x0);
updownMethod.upanddown_getz(xArray.Length, xArray, vArray, x0, d, out z);
LiftingDistributionSelection.GetUpanddown(xArray, vArray, x0, d, ref upanddown);
upanddown.μ0_final = LiftingMethodStandardSelection.GetAvgValue(upanddown.μ0_final);
pub_function.resolution_getReso(upanddown.G, 0.000001, out upanddown.G);
pub_function.resolution_getReso(upanddown.H, 0.000001, out upanddown.H);
pub_function.resolution_getReso(upanddown.A, 0.000001, out upanddown.A);
pub_function.resolution_getReso(upanddown.B, 0.000001, out upanddown.B);
pub_function.resolution_getReso(upanddown.M, 0.000001, out upanddown.M);
pub_function.resolution_getReso(upanddown.b, 0.000001, out upanddown.b);
pub_function.resolution_getReso(SysParam.p, 0.000001, out upanddown.p);
GetZ1(z, reso, out z1);
return(upanddown);
}
public static LiftingAlgorithm SelectState(UpDownExperiment updateException)
{
LiftingDistributionSelection lds = null;
LiftingMethodStandardSelection lms = null;
if (updateException.udt_Distribution == 0)
{
lds = new TraditionalMethod();
}
else if (updateException.udt_Distribution == 1)
{
lds = new AmendmentMethod();
}
else if (updateException.udt_Distribution == 2)
{
lds = new CombinationMethod();
}
else if (updateException.udt_Distribution == 3)
{
lds = new LiftingLogistic();
}
if (updateException.udt_Standardstate == 0)
{
lms = new LiftingStandard();
}
else if (updateException.udt_Standardstate == 1)
{
lms = new LiftingLn();
}
else if (updateException.udt_Standardstate == 2)
{
lms = new LiftingLog();
}
else if (updateException.udt_Standardstate == 3)
{
lms = new LiftingPow(updateException.udt_Power);
}
return(new LiftingAlgorithm(lms, lds));
}
private SideReturnData GetSideReturnDataValue(double Y_Ceiling, double Y_LowerLimit, int Y_PartitionNumber)
{
SideReturnData sideReturnData = new SideReturnData();
double Y_ScaleLength = (LiftingDistributionSelection.QValue(Y_Ceiling) - LiftingDistributionSelection.QValue(Y_LowerLimit)) / Y_PartitionNumber;
sideReturnData.responseProbability = new double[Y_PartitionNumber + 1];
for (int i = 0; i <= Y_PartitionNumber; i++)
{
if (i == 0)
{
sideReturnData.responseProbability[i] = Y_LowerLimit;
}
else
{
sideReturnData.responseProbability[i] = LiftingDistributionSelection.PValue(LiftingDistributionSelection.QValue(Y_LowerLimit) + i * Y_ScaleLength, 0, 1);
}
}
sideReturnData.Y_Ceilings = new double[sideReturnData.responseProbability.Length];
sideReturnData.Y_LowerLimits = new double[sideReturnData.responseProbability.Length];
sideReturnData.responsePoints = new double[sideReturnData.responseProbability.Length];
return(sideReturnData);
}
//方差函数法区间计算
public SideReturnData VarianceFunctionMethod(double Y_Ceiling, double Y_LowerLimit, int Y_PartitionNumber, double ConfidenceLevel, double favg, double fsigma, int intervalChoose, int textNumber, double fsigmaavg, double fsigmasigma)
{
var sideReturnData = GetSideReturnDataValue(Y_Ceiling, Y_LowerLimit, Y_PartitionNumber);
for (int i = 0; i < sideReturnData.responseProbability.Length; i++)
{
double[] vfrpie = VarianceFunctionResponseProbabilityIntervalEstimated(sideReturnData.responseProbability[i], ConfidenceLevel, textNumber, favg, fsigma, fsigmaavg, fsigmasigma);
sideReturnData.responsePoints[i] = LiftingDistributionSelection.IsNormal() && LiftingMethodStandardSelection.IsStandard() ? (favg + pub_function.qnorm(Y_LowerLimit) * fsigma) : 0;
if (intervalChoose == 1)
{
sideReturnData.Y_Ceilings[i] = vfrpie[0];
sideReturnData.Y_LowerLimits[i] = vfrpie[1];
}
else
{
sideReturnData.Y_Ceilings[i] = vfrpie[2];
sideReturnData.Y_LowerLimits[i] = vfrpie[3];
}
}
return(sideReturnData);
}
public LiftingAlgorithm(LiftingMethodStandardSelection liftingMethodStandardSelection, LiftingDistributionSelection liftingDistributionSelection)
{
LiftingMethodStandardSelection = liftingMethodStandardSelection;
LiftingDistributionSelection = liftingDistributionSelection;
}
public double ResponsePointCalculate(double fq, double favg, double fsigma) => LiftingMethodStandardSelection.ProcessValue(LiftingMethodStandardSelection.InverseProcessValue(favg) + (LiftingDistributionSelection.QValue(fq) * fsigma));
public string DistributionNameAndMethodStandardName()
{
return(LiftingDistributionSelection.Distribution() + LiftingMethodStandardSelection.MethodStandard());
}
//计算多组试验结果
public MultigroupTest MultigroupTestResult(int[] nj, double[] Gj, double[] Hj, double[] muj, double[] sigmaj)
{
int nfinal = 0;
var multigroupTest = get_multiGroup_result(nj, muj, sigmaj, Gj, Hj, out nfinal);
double f001 = Math.Sqrt(Math.Pow(multigroupTest.Sigma_mu, 2) + Math.Pow(multigroupTest.Sigma_sigma, 2) * Math.Pow(LiftingDistributionSelection.QValue(0.001), 2));
pub_function.resolution_getReso(f001, 0.000001, out multigroupTest.prec01);
double f999 = Math.Sqrt(Math.Pow(multigroupTest.Sigma_mu, 2) + Math.Pow(multigroupTest.Sigma_sigma, 2) * Math.Pow(LiftingDistributionSelection.QValue(0.999), 2));
pub_function.resolution_getReso(f999, 0.000001, out multigroupTest.prec999);
double p001 = LiftingMethodStandardSelection.ProcessValue(LiftingMethodStandardSelection.InverseProcessValue(multigroupTest.μ0_final) - LiftingDistributionSelection.DistributionProcess() * multigroupTest.σ0_final);
pub_function.resolution_getReso(p001, 0.000001, out multigroupTest.rpse01);
double p999 = LiftingMethodStandardSelection.ProcessValue(LiftingMethodStandardSelection.InverseProcessValue(multigroupTest.μ0_final) + LiftingDistributionSelection.DistributionProcess() * multigroupTest.σ0_final);
pub_function.resolution_getReso(p999, 0.000001, out multigroupTest.rpse999);
return(multigroupTest);
}
public double[] ResponsePointStandardError(double Sigma_mu, double Sigma_sigma)
{
double[] rpse = new double[2];
rpse[0] = pub_function.resolution_getReso(Math.Sqrt(Math.Pow(Sigma_mu, 2) + Math.Pow(Sigma_sigma, 2) * Math.Pow(LiftingDistributionSelection.QValue(0.001), 2)), 0.000001);
rpse[1] = pub_function.resolution_getReso(Math.Sqrt(Math.Pow(Sigma_mu, 2) + Math.Pow(Sigma_sigma, 2) * Math.Pow(LiftingDistributionSelection.QValue(0.999), 2)), 0.000001);
return(rpse);
}
private double[] GetDoubleArray(double Tfw, double Tfw_dance, double fq, double favg, double fsigma, double fsigmaavg, double fsigmasigma)
{
double[] ie = new double[8];
ie[0] = LiftingMethodStandardSelection.ProcessValue(LiftingMethodStandardSelection.InverseProcessValue(favg) + LiftingDistributionSelection.QValue(fq) * fsigma + Tfw * Math.Sqrt(Math.Pow(fsigmaavg, 2) + Math.Pow(fsigmasigma, 2) * Math.Pow(LiftingDistributionSelection.QValue(fq), 2)));
ie[1] = LiftingMethodStandardSelection.ProcessValue(LiftingMethodStandardSelection.InverseProcessValue(favg) + LiftingDistributionSelection.QValue(fq) * fsigma - Tfw * Math.Sqrt(Math.Pow(fsigmaavg, 2) + Math.Pow(fsigmasigma, 2) * Math.Pow(LiftingDistributionSelection.QValue(fq), 2)));
ie[2] = LiftingMethodStandardSelection.ProcessValue(LiftingMethodStandardSelection.InverseProcessValue(favg) + LiftingDistributionSelection.QValue(fq) * fsigma + Tfw_dance * Math.Sqrt(Math.Pow(fsigmaavg, 2) + Math.Pow(fsigmasigma, 2) * Math.Pow(LiftingDistributionSelection.QValue(fq), 2)));
ie[3] = LiftingMethodStandardSelection.ProcessValue(LiftingMethodStandardSelection.InverseProcessValue(favg) + LiftingDistributionSelection.QValue(fq) * fsigma - Tfw_dance * Math.Sqrt(Math.Pow(fsigmaavg, 2) + Math.Pow(fsigmasigma, 2) * Math.Pow(LiftingDistributionSelection.QValue(fq), 2)));
ie[4] = LiftingMethodStandardSelection.ProcessValue(LiftingMethodStandardSelection.InverseProcessValue(favg) + Tfw * fsigmaavg);
ie[5] = LiftingMethodStandardSelection.ProcessValue(LiftingMethodStandardSelection.InverseProcessValue(favg) - Tfw * fsigmaavg);
ie[6] = fsigma + Tfw * fsigmasigma;
ie[7] = fsigma - Tfw * fsigmasigma;
return(ie);
}
public IntervalEstimation DoubleSideEstimation(double[] xArray, int[] vArray, double reponseProbability, double confidenceLevel, double favg, double fsigma) => LiftingDistributionSelection.IntervalDistribution(xArray, vArray, reponseProbability, confidenceLevel, favg, fsigma);
//响应点计算
public double ResponsePointCalculation(double fq, double fsimga, double favg)
{
double rpc = LiftingMethodStandardSelection.ProcessValue(LiftingMethodStandardSelection.InverseProcessValue(favg) + LiftingDistributionSelection.QValue(fq) * fsimga);
pub_function.resolution_getReso(rpc, 0.000001, out rpc);
return(rpc);
}
//
public double[] GetPrec(double μ0_final, double σ0_final)
{
double[] prec = new double[2];
prec[0] = LiftingMethodStandardSelection.ProcessValue(LiftingMethodStandardSelection.InverseProcessValue(μ0_final) + LiftingDistributionSelection.DistributionProcess() * σ0_final);
prec[1] = LiftingMethodStandardSelection.ProcessValue(LiftingMethodStandardSelection.InverseProcessValue(μ0_final) - LiftingDistributionSelection.DistributionProcess() * σ0_final);
return(prec);
}
//拟然比法区间计算绘图
public SideReturnData QuasiLikelihoodRatioMethod(double Y_Ceiling, double Y_LowerLimit, int Y_PartitionNumber, double ConfidenceLevel, double favg, double fsigma, double[] xArray, int[] vArray, int intervalChoose)
{
var sideReturnData = GetSideReturnDataValue(Y_Ceiling, Y_LowerLimit, Y_PartitionNumber);
xArray = LiftingMethodStandardSelection.InverseProcessArray(xArray);
for (int i = 0; i < sideReturnData.responseProbability.Length; i++)
{
IntervalEstimation ie = new IntervalEstimation();
if (intervalChoose == 0)
{
ie = GetIntervalEstimationValue(SingleSideEstimation(xArray, vArray, sideReturnData.responseProbability[i], ConfidenceLevel, LiftingMethodStandardSelection.InverseProcessValue(favg), fsigma));
}
else
{
ie = GetIntervalEstimationValue(DoubleSideEstimation(xArray, vArray, sideReturnData.responseProbability[i], ConfidenceLevel, LiftingMethodStandardSelection.InverseProcessValue(favg), fsigma));
}
sideReturnData.Y_LowerLimits[i] = ie.Confidence.Down;
sideReturnData.Y_Ceilings[i] = ie.Confidence.Up;
double fq = sideReturnData.responseProbability[i];
sideReturnData.responsePoints[i] = LiftingMethodStandardSelection.ProcessValue(LiftingMethodStandardSelection.InverseProcessValue(favg) + LiftingDistributionSelection.QValue(fq) * fsigma);
}
return(sideReturnData);
}