private List <CCorrCpts> BuildCorrespondences(CPolyline frcpl, CPolyline tocpl)
{
CLinearInterpolationA pLinearInterpolationA = new CLinearInterpolationA();
List <CPoint> pResultPtLt = pLinearInterpolationA.CLI(frcpl, tocpl);
List <CCorrCpts> pCorrCptsLt = CHelpFunc.TransferResultptltToCorrCptsLt(pResultPtLt);
return(pCorrCptsLt);
}
/// <summary>计算距离值(Translation指标值)</summary>
/// <param name="frcpl">大比例尺线段，可以只有一个顶点</param>
/// <param name="tocpl">小比例尺线段，可以只有一个顶点</param>
/// <returns>距离值</returns>
public double CalDistance(CPolyline subfrcpl, CPolyline subtocpl, CPolyline frcpl, CPolyline tocpl)
{
List <CPoint> cresultptlt = _LinearInterpolationA.CLI(subfrcpl, subtocpl); //每次都相当于处理新的线段，因此使用CLI
double dblTranslation = _pTranslation.CalTranslation(cresultptlt);
return(dblTranslation);
//List<CPoint> cresultptlt = _LinearInterpolationA.CLI(subfrcpl, subtocpl); //每次都相当于处理新的线段，因此使用CLI
//double dblCost1 = _pTranslation.CalRatioTranslation(cresultptlt, frcpl, tocpl);
//double dblCost2 = _pIntegral.CalRatioIntegral(cresultptlt, frcpl, tocpl);
//double dblCost3 = _pLengthDiff.CalRatioLengthDiff(cresultptlt, frcpl, tocpl);
//double dblSumCost = dblCost1 + dblCost2 + dblCost3;
//return dblSumCost;
}
private void DWCorrAtBd(List <CAtBd> pBSAtBdLt, List <CAtBd> pSSAtBdLt, CParameterThreshold ParameterThreshold)
{
CLinearInterpolationA pLinearInterpolation = new CLinearInterpolationA();
for (int i = 0; i < pBSAtBdLt.Count; i++)
{
CPolyline frcpl = pBSAtBdLt[i] as CPolyline;
CPolyline tocpl = pSSAtBdLt[i] as CPolyline;
//CHelpFunc.PreviousWork(ref frcpl, ref tocpl);
pBSAtBdLt[i].CResultPtLt = pLinearInterpolation.CLI(frcpl, tocpl);
////By DP Algorithm
//_pDPSimplify.DivideCplByDP(pBSAtBdLt[i] as CPolyline, pBSAtBdLt[i].pVirtualPolyline);
//_pDPSimplify.DivideCplByDP(pSSAtBdLt[i] as CPolyline, pSSAtBdLt[i].pVirtualPolyline);
//C5.LinkedList<CCorrSegment> CorrespondSegmentLk = new C5.LinkedList<CCorrSegment>();
//SubPolylineMatchLA(pBSAtBdLt[i] as CPolyline, pBSAtBdLt[i].pVirtualPolyline, pSSAtBdLt[i] as CPolyline, pSSAtBdLt[i].pVirtualPolyline, ParameterThreshold, ref CorrespondSegmentLk);
////linear interpolation
//pBSAtBdLt[i].CResultPtLt = pAlgorithmsHelper.BuildPointCorrespondence(CorrespondSegmentLk, "Linear");
}
}