public static EquBaseClass longEquBase(List <EquBaseClass> valueList)
{
try
{
EquBaseClass returnClass = new EquBaseClass();
double equMin = Convert.ToDouble(valueList[0].equMin);
string equMinN = valueList[0].equMinP;
string equMinT = valueList[0].equMinT;
double equMax = Convert.ToDouble(valueList[0].equMax);
string equMaxN = valueList[0].equMaxP;
string equMaxT = valueList[0].equMaxT;
double equAvgSum = 0;
List <string> equAvgNList = new List <string>();
double equBulge = Convert.ToDouble(valueList[0].equBulge);
string equBulgeN = valueList[0].equBulgeP;
double equCave = Convert.ToDouble(valueList[0].equCave);
string equCaveN = valueList[0].equCaveP;
double equHHG = 0;
double equHG = 0;
double equHHHB = 0;
double equHRPB = 0;
double equRP0B = 0;
double equRM0B = 0;
double equRMLB = 0;
double equLLLB = 0;
double equLL = 0;
double equLLL = 0;
double equRPRMB = 0;
double equHLB = 0;
double equHHHLLLB = 0;
double equHHLLGL = 0;
foreach (EquBaseClass item in valueList)
{
if (equMin > Convert.ToDouble(item.equMin))
{
equMin = Convert.ToDouble(item.equMin);
equMinN = item.equMinP;
equMinT = item.equMinT;
}
if (equMax < Convert.ToDouble(item.equMax))
{
equMax = Convert.ToDouble(item.equMax);
equMaxN = item.equMaxP;
equMaxT = item.equMaxT;
}
equAvgSum += Convert.ToDouble(item.equAvg);
if (equBulge < Convert.ToDouble(item.equBulge))
{
equBulge = Convert.ToDouble(item.equBulge);
equBulgeN = item.equBulgeP;
}
if (equCave > Convert.ToDouble(item.equCave))
{
equCave = Convert.ToDouble(item.equCave);
equCaveN = item.equCaveP;
}
equHHG += Convert.ToDouble(item.equHHG);
equHG += Convert.ToDouble(item.equHG);
equHHHB += Convert.ToDouble(item.equHHHB);
equHRPB += Convert.ToDouble(item.equHRPB);
equRP0B += Convert.ToDouble(item.equRP0B);
equRM0B += Convert.ToDouble(item.equRM0B);
equRMLB += Convert.ToDouble(item.equRMLB);
equLLLB += Convert.ToDouble(item.equLLLB);
equLL += Convert.ToDouble(item.equLL);
equLLL += Convert.ToDouble(item.equLLL);
equRPRMB += Convert.ToDouble(item.equRPRMB);
equHLB += Convert.ToDouble(item.equHLB);
equHHHLLLB += Convert.ToDouble(item.equHHHLLLB);
equHHLLGL += Convert.ToDouble(item.equHHLLGL);
}
returnClass.equMin = equMin.ToString();
returnClass.equMinP = equMinN;
returnClass.equMinT = equMinT;
returnClass.equMax = equMax.ToString();
returnClass.equMaxP = equMaxN;
returnClass.equMaxT = equMaxT;
returnClass.equAvg = Math.Round(equAvgSum / Convert.ToDouble(valueList.Count), 3).ToString();
returnClass.equAvgCP = valueList.GroupBy(x => x.equAvgCP).OrderBy(y => y.Count()).First().Key;
returnClass.equAvgFP = valueList.GroupBy(x => x.equAvgFP).OrderBy(y => y.Count()).First().Key;
returnClass.equdX = (equMax - equMin).ToString();
returnClass.equSDMaxP = valueList.GroupBy(x => x.equSDMaxP).OrderBy(y => y.Count()).First().Key;
returnClass.equBulge = equBulge.ToString();
returnClass.equBulgeP = equBulgeN;
returnClass.equCave = equCave.ToString();
returnClass.equCaveP = equCaveN;
returnClass.equHHG = Math.Round(equHHG / Convert.ToDouble(valueList.Count), 3).ToString();
returnClass.equHG = Math.Round(equHG / Convert.ToDouble(valueList.Count), 3).ToString();
returnClass.equHHHB = Math.Round(equHHHB / Convert.ToDouble(valueList.Count), 3).ToString();
returnClass.equHRPB = Math.Round(equHRPB / Convert.ToDouble(valueList.Count), 3).ToString();
returnClass.equRP0B = Math.Round(equRP0B / Convert.ToDouble(valueList.Count), 3).ToString();
returnClass.equRM0B = Math.Round(equRM0B / Convert.ToDouble(valueList.Count), 3).ToString();
returnClass.equRMLB = Math.Round(equRMLB / Convert.ToDouble(valueList.Count), 3).ToString();
returnClass.equLLLB = Math.Round(equLLLB / Convert.ToDouble(valueList.Count), 3).ToString();
returnClass.equLL = Math.Round(equLL / Convert.ToDouble(valueList.Count), 3).ToString();
returnClass.equLLL = Math.Round(equLLL / Convert.ToDouble(valueList.Count), 3).ToString();
returnClass.equRPRMB = Math.Round(equRPRMB / Convert.ToDouble(valueList.Count), 3).ToString();
returnClass.equHLB = Math.Round(equHLB / Convert.ToDouble(valueList.Count), 3).ToString();
returnClass.equHHHLLLB = Math.Round(equHHHLLLB / Convert.ToDouble(valueList.Count), 3).ToString();
returnClass.equHHLLGL = Math.Round(equHHLLGL / Convert.ToDouble(valueList.Count), 3).ToString();
return(returnClass);
}
catch (Exception ex)
{
throw ex;
}
}
public static Results Calcu(List <PValue>[] inputs, CalcuInfo calcuinfo)
{
//公用变量
bool _errorFlag = false;
string _errorInfo = "";
bool _warningFlag = false;
string _warningInfo = "";
bool _fatalFlag = false;
string _fatalInfo = "";
int i;
//0输出初始化：该算法如果没有有效输入值（inputs为null）或者输入值得有效值为null，给出的计算结果。值为0，计算标志位为StatusConst.InputIsNull
List <PValue>[] results = new List <PValue> [27];
for (i = 0; i < results.Length; i++)
{
results[i] = new List <PValue>();
}
try
{
//读取参数
string mode;
string[] paras = calcuinfo.fparas.Split(';');
mode = paras[0];
EquBaseClass newClass = new EquBaseClass();
if (mode == "S")
{
List <MetalTemperatureClass> valueList = new List <MetalTemperatureClass>();
int l = 1;
foreach (List <PValue> item in inputs)
{
MetalTemperatureClass inClass = new MetalTemperatureClass();
inClass.point = l++;
inClass.Min = item[0].Value.ToString();
inClass.MinN = item[1].Value.ToString();
inClass.Max = item[2].Value.ToString();
inClass.MaxN = item[3].Value.ToString();
inClass.Avg = item[4].Value.ToString();
inClass.AvgN = item[5].Value.ToString();
inClass.dX = item[6].Value.ToString();
inClass.dXNR = item[7].Value.ToString();
inClass.dMaxB = item[8].Value.ToString();
inClass.dMaxBN = item[9].Value.ToString();
inClass.sigma = item[10].Value.ToString();
inClass.lk = item[11].Value.ToString();
inClass.lb = item[12].Value.ToString();
inClass.lr = item[13].Value.ToString();
inClass.qa = item[14].Value.ToString();
inClass.qb = item[15].Value.ToString();
inClass.qc = item[16].Value.ToString();
inClass.qr = item[17].Value.ToString();
inClass.Bulge = item[18].Value.ToString();
inClass.BulgeN = item[19].Value.ToString();
inClass.Cave = item[20].Value.ToString();
inClass.CaveN = item[21].Value.ToString();
inClass.HHG = item[22].Value.ToString();
inClass.HHHB = item[23].Value.ToString();
inClass.HRPB = item[24].Value.ToString();
inClass.RP0B = item[25].Value.ToString();
inClass.RM0B = item[26].Value.ToString();
inClass.RMLB = item[27].Value.ToString();
inClass.LLLB = item[28].Value.ToString();
inClass.LLL = item[29].Value.ToString();
inClass.RPRMB = item[30].Value.ToString();
inClass.HLB = item[31].Value.ToString();
inClass.HHHLLLB = item[32].Value.ToString();
inClass.HHLLGL = item[33].Value.ToString();
inClass.HG = item[34].Value.ToString();
inClass.LL = item[35].Value.ToString();
inClass.effectiveDateTime = item[36].Value.ToString();
valueList.Add(inClass);
}
if (valueList.Count < 1)
{
_warningFlag = true;
_warningInfo = "对应时间段内的源数据状态位全部异常。";
return(new Results(results, _errorFlag, _errorInfo, _warningFlag, _warningInfo, _fatalFlag, _fatalInfo));
}
newClass = EquBaseCaculate.shortEquBase(valueList);
}
else
{
List <EquBaseClass> valueList = new List <EquBaseClass>();
foreach (List <PValue> item in inputs)
{
EquBaseClass inClass = new EquBaseClass();
inClass.equMin = item[0].Value.ToString();
inClass.equMinP = item[1].Value.ToString();
inClass.equMinT = item[2].Value.ToString();
inClass.equMax = item[3].Value.ToString();
inClass.equMaxP = item[4].Value.ToString();
inClass.equMaxT = item[5].Value.ToString();
inClass.equAvg = item[6].Value.ToString();
inClass.equAvgCP = item[7].Value.ToString();
inClass.equAvgFP = item[8].Value.ToString();
inClass.equdX = item[9].Value.ToString();
inClass.equSDMaxP = item[10].Value.ToString();
inClass.equBulge = item[11].Value.ToString();
inClass.equBulgeP = item[12].Value.ToString();
inClass.equCave = item[13].Value.ToString();
inClass.equCaveP = item[14].Value.ToString();
inClass.equHHG = item[15].Value.ToString();
inClass.equHG = item[16].Value.ToString();
inClass.equHHHB = item[17].Value.ToString();
inClass.equHRPB = item[18].Value.ToString();
inClass.equRP0B = item[19].Value.ToString();
inClass.equRM0B = item[20].Value.ToString();
inClass.equRMLB = item[21].Value.ToString();
inClass.equLLLB = item[22].Value.ToString();
inClass.equLL = item[23].Value.ToString();
inClass.equLLL = item[24].Value.ToString();
inClass.equRPRMB = item[25].Value.ToString();
inClass.equHLB = item[26].Value.ToString();
inClass.equHHHLLLB = item[27].Value.ToString();
inClass.equHHLLGL = item[28].Value.ToString();
inClass.equHHRMaxP = item[29].Value.ToString();
inClass.equLLRMaxP = item[30].Value.ToString();
inClass.equHHLLRMaxP = item[31].Value.ToString();
valueList.Add(inClass);
}
if (valueList.Count < 1)
{
_warningFlag = true;
_warningInfo = "对应时间段内的源数据状态位全部异常。";
return(new Results(results, _errorFlag, _errorInfo, _warningFlag, _warningInfo, _fatalFlag, _fatalInfo));
}
newClass = EquBaseCaculate.longEquBase(valueList);
}
results[0].Add(new PValue(Convert.ToDouble(newClass.equMin), calcuinfo.fstarttime, calcuinfo.fendtime, 0));
results[0].Add(new PValue(Convert.ToDouble(newClass.equMinP), calcuinfo.fstarttime, calcuinfo.fendtime, 0));
results[0].Add(new PValue(Convert.ToDouble(newClass.equMinT), calcuinfo.fstarttime, calcuinfo.fendtime, 0));
results[0].Add(new PValue(Convert.ToDouble(newClass.equMax), calcuinfo.fstarttime, calcuinfo.fendtime, 0));
results[0].Add(new PValue(Convert.ToDouble(newClass.equMaxP), calcuinfo.fstarttime, calcuinfo.fendtime, 0));
results[0].Add(new PValue(Convert.ToDouble(newClass.equMaxT), calcuinfo.fstarttime, calcuinfo.fendtime, 0));
results[0].Add(new PValue(Convert.ToDouble(newClass.equAvg), calcuinfo.fstarttime, calcuinfo.fendtime, 0));
results[0].Add(new PValue(Convert.ToDouble(newClass.equAvgCP), calcuinfo.fstarttime, calcuinfo.fendtime, 0));
results[0].Add(new PValue(Convert.ToDouble(newClass.equAvgFP), calcuinfo.fstarttime, calcuinfo.fendtime, 0));
results[0].Add(new PValue(Convert.ToDouble(newClass.equdX), calcuinfo.fstarttime, calcuinfo.fendtime, 0));
results[0].Add(new PValue(Convert.ToDouble(newClass.equSDMaxP), calcuinfo.fstarttime, calcuinfo.fendtime, 0));
results[0].Add(new PValue(Convert.ToDouble(newClass.equBulge), calcuinfo.fstarttime, calcuinfo.fendtime, 0));
results[0].Add(new PValue(Convert.ToDouble(newClass.equBulgeP), calcuinfo.fstarttime, calcuinfo.fendtime, 0));
results[0].Add(new PValue(Convert.ToDouble(newClass.equCave), calcuinfo.fstarttime, calcuinfo.fendtime, 0));
results[0].Add(new PValue(Convert.ToDouble(newClass.equCaveP), calcuinfo.fstarttime, calcuinfo.fendtime, 0));
results[0].Add(new PValue(Convert.ToDouble(newClass.equHHG), calcuinfo.fstarttime, calcuinfo.fendtime, 0));
results[0].Add(new PValue(Convert.ToDouble(newClass.equHG), calcuinfo.fstarttime, calcuinfo.fendtime, 0));
results[0].Add(new PValue(Convert.ToDouble(newClass.equHHHB), calcuinfo.fstarttime, calcuinfo.fendtime, 0));
results[0].Add(new PValue(Convert.ToDouble(newClass.equHRPB), calcuinfo.fstarttime, calcuinfo.fendtime, 0));
results[0].Add(new PValue(Convert.ToDouble(newClass.equRP0B), calcuinfo.fstarttime, calcuinfo.fendtime, 0));
results[0].Add(new PValue(Convert.ToDouble(newClass.equRM0B), calcuinfo.fstarttime, calcuinfo.fendtime, 0));
results[0].Add(new PValue(Convert.ToDouble(newClass.equRMLB), calcuinfo.fstarttime, calcuinfo.fendtime, 0));
results[0].Add(new PValue(Convert.ToDouble(newClass.equLLLB), calcuinfo.fstarttime, calcuinfo.fendtime, 0));
results[0].Add(new PValue(Convert.ToDouble(newClass.equLL), calcuinfo.fstarttime, calcuinfo.fendtime, 0));
results[0].Add(new PValue(Convert.ToDouble(newClass.equLLL), calcuinfo.fstarttime, calcuinfo.fendtime, 0));
results[0].Add(new PValue(Convert.ToDouble(newClass.equRPRMB), calcuinfo.fstarttime, calcuinfo.fendtime, 0));
results[0].Add(new PValue(Convert.ToDouble(newClass.equHLB), calcuinfo.fstarttime, calcuinfo.fendtime, 0));
results[0].Add(new PValue(Convert.ToDouble(newClass.equHHHLLLB), calcuinfo.fstarttime, calcuinfo.fendtime, 0));
results[0].Add(new PValue(Convert.ToDouble(newClass.equHHLLGL), calcuinfo.fstarttime, calcuinfo.fendtime, 0));
results[0].Add(new PValue(Convert.ToDouble(newClass.equHHRMaxP), calcuinfo.fstarttime, calcuinfo.fendtime, 0));
results[0].Add(new PValue(Convert.ToDouble(newClass.equLLRMaxP), calcuinfo.fstarttime, calcuinfo.fendtime, 0));
results[0].Add(new PValue(Convert.ToDouble(newClass.equHHLLRMaxP), calcuinfo.fstarttime, calcuinfo.fendtime, 0));
return(new Results(results, _errorFlag, _errorInfo, _warningFlag, _warningInfo, _fatalFlag, _fatalInfo));
}
catch (Exception ex)
{
//计算中出任何错误，则需要记录log
//LogHelper.Write(LogType.Error, "计算模块错误!");
//记录计算模块的名称、当前标签、起始时间、结束时间
//string moduleInfo = string.Format("——计算模块的名称是：{0}，当前计算源标签是：{1}，计算起始时间是：{2}，计算结束时间是：{3}。", calcuInfo.fmodulename, calcuInfo.sourcetagname, calcuinfo.fstarttime.ToString(), calcuinfo.fendtime.ToString());
//LogHelper.Write(LogType.Error, moduleInfo);
//计算引擎报错具体信息
//string errInfo = string.Format("——具体报错信息：{0}。", ex.ToString());
//LogHelper.Write(LogType.Error, errInfo);
//返回null供计算引擎处理
_fatalFlag = true;
_fatalInfo = ex.ToString();
return(new Results(results, _errorFlag, _errorInfo, _warningFlag, _warningInfo, _fatalFlag, _fatalInfo));
}
}
public static EquBaseClass shortEquBase(List <MetalTemperatureClass> valueList)
{
try
{
EquBaseClass returnClass = new EquBaseClass();
double equMin = Convert.ToDouble(valueList[0].Min);
string equMinN = valueList[0].MinN;
string equMinT = valueList[0].effectiveDateTime;
double equMax = Convert.ToDouble(valueList[0].Max);
string equMaxN = valueList[0].MaxN;
string equMaxT = valueList[0].effectiveDateTime;
double equAvgSum = 0;
List <string> equAvgNList = new List <string>();
double equBulge = Convert.ToDouble(valueList[0].Bulge);
string equBulgeN = valueList[0].BulgeN;
double equCave = Convert.ToDouble(valueList[0].Cave);
string equCaveN = valueList[0].CaveN;
double equHHG = 0;
double equHG = 0;
double equHHHB = 0;
double equHRPB = 0;
double equRP0B = 0;
double equRM0B = 0;
double equRMLB = 0;
double equLLLB = 0;
double equLL = 0;
double equLLL = 0;
double equRPRMB = 0;
double equHLB = 0;
double equHHHLLLB = 0;
double equHHLLGL = 0;
int equHHRMaxP = valueList[0].point;
int equLLRMaxP = valueList[0].point;
int equHHLLRMaxP = valueList[0].point;
double equHHRMax = Convert.ToDouble(valueList[0].HHG);
double equLLRMax = Convert.ToDouble(valueList[0].LLL);
double equHHLLRMax = Convert.ToDouble(valueList[0].HHLLGL);
int equSDMaxP = valueList[0].point;
double equSDMax = Convert.ToDouble(valueList[0].dX);
foreach (MetalTemperatureClass item in valueList)
{
if (equMin > Convert.ToDouble(item.Min))
{
equMin = Convert.ToDouble(item.Min);
equMinN = item.MinN;
equMinT = item.effectiveDateTime;
}
if (equMax < Convert.ToDouble(item.Max))
{
equMax = Convert.ToDouble(item.Max);
equMaxN = item.MaxN;
equMaxT = item.effectiveDateTime;
}
equAvgSum += Convert.ToDouble(item.Avg);
equAvgNList.Add(item.AvgN);
if (equBulge < Convert.ToDouble(item.Bulge))
{
equBulge = Convert.ToDouble(item.Bulge);
equBulgeN = item.BulgeN;
}
if (equCave > Convert.ToDouble(item.Cave))
{
equCave = Convert.ToDouble(item.Cave);
equCaveN = item.CaveN;
}
equHHG += Convert.ToDouble(item.HHG);
equHG += Convert.ToDouble(item.HG);
equHHHB += Convert.ToDouble(item.HHHB);
equHRPB += Convert.ToDouble(item.HRPB);
equRP0B += Convert.ToDouble(item.RP0B);
equRM0B += Convert.ToDouble(item.RM0B);
equRMLB += Convert.ToDouble(item.RMLB);
equLLLB += Convert.ToDouble(item.LLLB);
equLL += Convert.ToDouble(item.LL);
equLLL += Convert.ToDouble(item.LLL);
equRPRMB += Convert.ToDouble(item.RPRMB);
equHLB += Convert.ToDouble(item.HLB);
equHHHLLLB += Convert.ToDouble(item.HHHLLLB);
equHHLLGL += Convert.ToDouble(item.HHLLGL);
if (equHHRMax < Convert.ToDouble(item.HHG))
{
equHHRMax = Convert.ToDouble(item.HHG);
equHHRMaxP = item.point;
}
if (equLLRMax < Convert.ToDouble(item.LLL))
{
equLLRMax = Convert.ToDouble(item.LLL);
equLLRMaxP = item.point;
}
if (equHHLLRMax < Convert.ToDouble(item.HHLLGL))
{
equHHLLRMax = Convert.ToDouble(item.HHLLGL);
equHHLLRMaxP = item.point;
}
if (equSDMax < Convert.ToDouble(item.dX))
{
equSDMax = Convert.ToDouble(item.dX);
equSDMaxP = item.point;
}
}
returnClass.equMin = equMin.ToString();
returnClass.equMinP = equMinN;
returnClass.equMinT = equMinT;
returnClass.equMax = equMax.ToString();
returnClass.equMaxP = equMaxN;
returnClass.equMaxT = equMaxT;
returnClass.equAvg = Math.Round(equAvgSum / Convert.ToDouble(valueList.Count), 3).ToString();
returnClass.equAvgCP = equAvgNList.GroupBy(x => x).OrderBy(y => y.Count()).First().Key;
returnClass.equAvgFP = equAvgNList.GroupBy(x => x).OrderByDescending(y => y.Count()).First().Key;
returnClass.equdX = (equMax - equMin).ToString();
returnClass.equSDMaxP = equSDMaxP.ToString();
returnClass.equdXR = ((equMax - equMin) / (Math.Abs(Convert.ToDouble(equMaxN) - Convert.ToDouble(equMinN)) + 1)).ToString();
returnClass.equBulge = equBulge.ToString();
returnClass.equBulgeP = equBulgeN;
returnClass.equCave = equCave.ToString();
returnClass.equCaveP = equCaveN;
returnClass.equHHG = Math.Round(equHHG / Convert.ToDouble(valueList.Count), 3).ToString();
returnClass.equHG = Math.Round(equHG / Convert.ToDouble(valueList.Count), 3).ToString();
returnClass.equHHHB = Math.Round(equHHHB / Convert.ToDouble(valueList.Count), 3).ToString();
returnClass.equHRPB = Math.Round(equHRPB / Convert.ToDouble(valueList.Count), 3).ToString();
returnClass.equRP0B = Math.Round(equRP0B / Convert.ToDouble(valueList.Count), 3).ToString();
returnClass.equRM0B = Math.Round(equRM0B / Convert.ToDouble(valueList.Count), 3).ToString();
returnClass.equRMLB = Math.Round(equRMLB / Convert.ToDouble(valueList.Count), 3).ToString();
returnClass.equLLLB = Math.Round(equLLLB / Convert.ToDouble(valueList.Count), 3).ToString();
returnClass.equLL = Math.Round(equLL / Convert.ToDouble(valueList.Count), 3).ToString();
returnClass.equLLL = Math.Round(equLLL / Convert.ToDouble(valueList.Count), 3).ToString();
returnClass.equRPRMB = Math.Round(equRPRMB / Convert.ToDouble(valueList.Count), 3).ToString();
returnClass.equHLB = Math.Round(equHLB / Convert.ToDouble(valueList.Count), 3).ToString();
returnClass.equHHHLLLB = Math.Round(equHHHLLLB / Convert.ToDouble(valueList.Count), 3).ToString();
returnClass.equHHLLGL = Math.Round(equHHLLGL / Convert.ToDouble(valueList.Count), 3).ToString();
returnClass.equHHRMaxP = equHHRMaxP.ToString();
returnClass.equLLRMaxP = equLLRMaxP.ToString();
returnClass.equHHLLRMaxP = equHHLLRMaxP.ToString();
return(returnClass);
}
catch (Exception ex)
{
throw ex;
}
}
