/// <summary>
/// 接口函数：把两个对齐的波形文件，进行对比，找出变化的区段
/// </summary>
/// <param name="cit_1">第一个cit波形文件</param>
/// <param name="idf_1">第一个idf文件</param>
/// <param name="cit_2">第二个cit波形文件</param>
/// <param name="idf_2">第二个idf文件</param>
/// <returns></returns>
public List <String> ChangeDetectionProcess(String cit_1, String idf_1, String cit_2, String idf_2)
{
List <String> dataStrList = new List <String>();
long startPos_0 = milePosClsStart_0.GetPos();
long endPos_0 = milePosClsEnd_0.GetPos();
long startPos_1 = milePosClsStart_1.GetPos();
long endPos_1 = milePosClsEnd_1.GetPos();
double[] d_tt_1 = GetMileWithIdf(indexStaClsList_0, milePosClsStart_0, milePosClsEnd_0, CommonClass.listDIC[0].iChannelNumber);
double[] d_wvelo_1 = cdp.GetSingleChannelData(cit_1, dataProcessing.GetChannelNumberByChannelName(cit_1, "Speed", "速度"), startPos_0, endPos_0);
double[] d_wx_gauge_1 = cdp.GetSingleChannelData(cit_1, dataProcessing.GetChannelNumberByChannelName(cit_1, "Gage", "轨距"), startPos_0, endPos_0);
double[] d_tt_2 = GetMileWithIdf(indexStaClsList_1, milePosClsStart_1, milePosClsEnd_1, CommonClass.listDIC[1].iChannelNumber);
double[] d_wvelo_2 = cdp.GetSingleChannelData(cit_2, dataProcessing.GetChannelNumberByChannelName(cit_2, "Speed", "速度"), startPos_1, endPos_1);
double[] d_wx_gauge_2 = cdp.GetSingleChannelData(cit_2, dataProcessing.GetChannelNumberByChannelName(cit_2, "Gage", "轨距"), startPos_1, endPos_1);
double[] d_wx_1 = cdp.GetSingleChannelData(cit_1, dataProcessing.GetChannelNumberByChannelName(cit_1, "L_Prof_SC", "左高低_中波"), startPos_0, endPos_0);
double[] d_wx_2 = cdp.GetSingleChannelData(cit_2, dataProcessing.GetChannelNumberByChannelName(cit_2, "L_Prof_SC", "左高低_中波"), startPos_1, endPos_1);
List <String> tmpDataStrList = changeDetcPro.ChangeDetectionPrcs("左高低_中波", d_tt_1, d_wx_1, d_wvelo_1, d_wx_gauge_1, d_tt_2, d_wx_2, d_wvelo_2, d_wx_gauge_2);
dataStrList.AddRange(tmpDataStrList);
d_wx_1 = cdp.GetSingleChannelData(cit_1, dataProcessing.GetChannelNumberByChannelName(cit_1, "R_Prof_SC", "右高低_中波"), startPos_0, endPos_0);
d_wx_2 = cdp.GetSingleChannelData(cit_2, dataProcessing.GetChannelNumberByChannelName(cit_2, "R_Prof_SC", "右高低_中波"), startPos_1, endPos_1);
tmpDataStrList = changeDetcPro.ChangeDetectionPrcs("右高低_中波", d_tt_1, d_wx_1, d_wvelo_1, d_wx_gauge_1, d_tt_2, d_wx_2, d_wvelo_2, d_wx_gauge_2);
dataStrList.AddRange(tmpDataStrList);
d_wx_1 = cdp.GetSingleChannelData(cit_1, dataProcessing.GetChannelNumberByChannelName(cit_1, "L_Align_SC", "左轨向_中波"), startPos_0, endPos_0);
d_wx_2 = cdp.GetSingleChannelData(cit_2, dataProcessing.GetChannelNumberByChannelName(cit_2, "L_Align_SC", "左轨向_中波"), startPos_1, endPos_1);
tmpDataStrList = changeDetcPro.ChangeDetectionPrcs("左轨向_中波", d_tt_1, d_wx_1, d_wvelo_1, d_wx_gauge_1, d_tt_2, d_wx_2, d_wvelo_2, d_wx_gauge_2);
dataStrList.AddRange(tmpDataStrList);
d_wx_1 = cdp.GetSingleChannelData(cit_1, dataProcessing.GetChannelNumberByChannelName(cit_1, "R_Align_SC", "右轨向_中波"), startPos_0, endPos_0);
d_wx_2 = cdp.GetSingleChannelData(cit_2, dataProcessing.GetChannelNumberByChannelName(cit_2, "R_Align_SC", "右轨向_中波"), startPos_1, endPos_1);
tmpDataStrList = changeDetcPro.ChangeDetectionPrcs("右轨向_中波", d_tt_1, d_wx_1, d_wvelo_1, d_wx_gauge_1, d_tt_2, d_wx_2, d_wvelo_2, d_wx_gauge_2);
dataStrList.AddRange(tmpDataStrList);
return(dataStrList);
}
private double[] GetMileWithIdf(List <IndexStaClass> listIC, MilePosClass startCls, MilePosClass endCls, int tds)
{
List <double> retVal = new List <double>();
Boolean isKmInc = false;//false代表减里程
int i = 0;
if (double.Parse(listIC[0].lStartMeter) < double.Parse(listIC[listIC.Count - 1].LEndMeter))
{
isKmInc = true;//增里程
}
for (i = 0; i < listIC.Count; i++)
{
if (startCls.GetPos() >= listIC[i].lStartPoint && startCls.GetPos() <= listIC[i].lEndPoint)
{
long jvli = Math.Abs(startCls.mile - (long)(double.Parse(listIC[i].LEndMeter) * 1000));
int iCount = (int)(jvli / (float.Parse(listIC[i].lContainsMeter) * 1000 / listIC[i].lContainsPoint));
long lCurPos = startCls.GetPos() - listIC[i].lStartPoint;
int iIndex = 0;
if (listIC[i].sType.Contains("长链"))
{
int iKM = 0;
double dCDLMeter = float.Parse(listIC[i].lContainsMeter) * 1000;
if (isKmInc == false)
{
iKM = (int)float.Parse(listIC[i].LEndMeter);
}
else
{
iKM = (int)float.Parse(listIC[i].lStartMeter);
}
for (iIndex = 0; iIndex < iCount && (startCls.GetPos() + iIndex * tds * 2) < listIC[i].lEndPoint; iIndex++)
{
float f = (1 + iIndex) * ((float.Parse(listIC[i].lContainsMeter) * 1000 / listIC[i].lContainsPoint));
WaveMeter wm = new WaveMeter();
if (isKmInc == false)
{
wm.Km = iKM;
wm.Meter = (float)(dCDLMeter - f);
retVal.Add(wm.Km + wm.Meter / 1000f);
}
else
{
wm.Km = iKM;
wm.Meter = f;
retVal.Add(wm.Km + wm.Meter / 1000f);
}
wm.lPosition = (startCls.GetPos() + (iIndex * tds * 2));
}
}
else
{
double dMeter = float.Parse(listIC[i].lStartMeter) * 1000;
for (iIndex = 0; iIndex < iCount && (startCls.GetPos() + iIndex * tds * 2) < listIC[i].lEndPoint; iIndex++)
{
float f = (1 + iIndex) * ((float.Parse(listIC[i].lContainsMeter) * 1000 / listIC[i].lContainsPoint));
WaveMeter wm = new WaveMeter();
if (isKmInc == false)
{
wm.Km = (int)((dMeter - f) / 1000);
wm.Meter = (float)((dMeter - f) % 1000);
retVal.Add(wm.Km + wm.Meter / 1000f);
}
else
{
wm.Km = (int)((dMeter + f) / 1000);
wm.Meter = (float)((dMeter + f) % 1000);
retVal.Add(wm.Km + wm.Meter / 1000f);
}
wm.lPosition = (startCls.GetPos() + (iIndex * tds * 2));
}
}
break;
}
}
for (++i; i < listIC.Count; i++)
{
if (endCls.GetPos() >= listIC[i].lStartPoint && endCls.GetPos() <= listIC[i].lEndPoint)
{
long jvli = Math.Abs(endCls.mile - (long)(double.Parse(listIC[i].lStartMeter) * 1000));
int iCount = (int)(jvli / (float.Parse(listIC[i].lContainsMeter) * 1000 / listIC[i].lContainsPoint));
long lCurPos = listIC[i].lStartPoint;
int iIndex = 0;
if (listIC[i].sType.Contains("长链"))
{
int iKM = 0;
double dCDLMeter = float.Parse(listIC[i].lContainsMeter) * 1000;
if (isKmInc == false)
{
iKM = (int)float.Parse(listIC[i].LEndMeter);
}
else
{
iKM = (int)float.Parse(listIC[i].lStartMeter);
}
for (iIndex = 0; iIndex < iCount && (listIC[i].lStartPoint + iIndex * tds * 2) < endCls.GetPos(); iIndex++)
{
float f = (1 + iIndex) * ((float.Parse(listIC[i].lContainsMeter) * 1000 / listIC[i].lContainsPoint));
WaveMeter wm = new WaveMeter();
if (isKmInc == false)
{
wm.Km = iKM;
wm.Meter = (float)(dCDLMeter - f);
retVal.Add(wm.Km + wm.Meter / 1000f);
}
else
{
wm.Km = iKM;
wm.Meter = f;
retVal.Add(wm.Km + wm.Meter / 1000f);
}
wm.lPosition = (listIC[i].lStartPoint + (iIndex * tds * 2));
}
}
else
{
double dMeter = float.Parse(listIC[i].lStartMeter) * 1000;
for (iIndex = 0; iIndex < iCount && (listIC[i].lStartPoint + iIndex * tds * 2) < endCls.GetPos(); iIndex++)
{
float f = (1 + iIndex) * ((float.Parse(listIC[i].lContainsMeter) * 1000 / listIC[i].lContainsPoint));
WaveMeter wm = new WaveMeter();
if (isKmInc == false)
{
wm.Km = (int)((dMeter - f) / 1000);
wm.Meter = (float)((dMeter - f) % 1000);
retVal.Add(wm.Km + wm.Meter / 1000f);
}
else
{
wm.Km = (int)((dMeter + f) / 1000);
wm.Meter = (float)((dMeter + f) % 1000);
retVal.Add(wm.Km + wm.Meter / 1000f);
}
wm.lPosition = (startCls.GetPos() + (iIndex * tds * 2));
}
}
break;
}
int iCount_m = (int)(listIC[i].lContainsPoint);
long lCurPos_m = listIC[i].lStartPoint;
int iIndex_m = 0;
if (listIC[i].sType.Contains("长链"))
{
int iKM = 0;
double dCDLMeter = float.Parse(listIC[i].lContainsMeter) * 1000;
if (isKmInc == false)
{
iKM = (int)float.Parse(listIC[i].LEndMeter);
}
else
{
iKM = (int)float.Parse(listIC[i].lStartMeter);
}
for (iIndex_m = 0; iIndex_m < iCount_m && (listIC[i].lStartPoint + iIndex_m * tds * 2) < listIC[i].lEndPoint; iIndex_m++)
{
float f = (1 + iIndex_m) * ((float.Parse(listIC[i].lContainsMeter) * 1000 / listIC[i].lContainsPoint));
WaveMeter wm = new WaveMeter();
if (isKmInc == false)
{
wm.Km = iKM;
wm.Meter = (float)(dCDLMeter - f);
retVal.Add(wm.Km + wm.Meter / 1000f);
}
else
{
wm.Km = iKM;
wm.Meter = f;
retVal.Add(wm.Km + wm.Meter / 1000f);
}
wm.lPosition = (listIC[i].lStartPoint + (iIndex_m * tds * 2));
}
}
else
{
double dMeter = float.Parse(listIC[i].lStartMeter) * 1000;
for (iIndex_m = 0; iIndex_m < iCount_m && (listIC[i].lStartPoint + iIndex_m * tds * 2) < listIC[i].lEndPoint; iIndex_m++)
{
float f = (1 + iIndex_m) * ((float.Parse(listIC[i].lContainsMeter) * 1000 / listIC[i].lContainsPoint));
WaveMeter wm = new WaveMeter();
if (isKmInc == false)
{
wm.Km = (int)((dMeter - f) / 1000);
wm.Meter = (float)((dMeter - f) % 1000);
retVal.Add(wm.Km + wm.Meter / 1000f);
}
else
{
wm.Km = (int)((dMeter + f) / 1000);
wm.Meter = (float)((dMeter + f) % 1000);
retVal.Add(wm.Km + wm.Meter / 1000f);
}
wm.lPosition = (startCls.GetPos() + (iIndex_m * tds * 2));
}
}
}
return(retVal.ToArray());
}