public static ItemInputWellInject parseLine(string line)
{
string[] split = line.Trim().Split(new char[] { ' ', '\t', ',' }, StringSplitOptions.RemoveEmptyEntries);
ItemInputWellInject item = new ItemInputWellInject();
if (split.Count() >= 10)
{
item.sJH = split[0];
item.sYM = split[1];
item.fZSTS = 0.0f;
float.TryParse(split[2], out item.fZSTS);
item.fYZSL = 0.0f;
float.TryParse(split[3], out item.fYZSL);
item.fLZSL = 0.0f;
float.TryParse(split[4], out item.fLZSL);
item.fTY = 0.0f;
float.TryParse(split[5], out item.fTY);
item.fYY = 0.0f;
float.TryParse(split[6], out item.fYY);
item.fLY = 0.0f;
float.TryParse(split[7], out item.fLY);
item.fJY = 0.0f;
float.TryParse(split[8], out item.fJY);
item.fPY = 0.0f;
float.TryParse(split[9], out item.fPY);
}
return(item);
}
public static List <ItemInputWellInject> readProjectFile2Struct()
{
string filePath = Path.Combine(cProjectManager.dirPathUsedProjectData, cProjectManager.fileNameInputWellInject);
List <ItemInputWellInject> listInputReturn = new List <ItemInputWellInject>();
int lineindex = 0;
string[] split;
if (File.Exists(filePath))
{
using (StreamReader sr = new StreamReader(filePath, Encoding.UTF8))
{
String line;
while ((line = sr.ReadLine()) != null) //delete the line whose legth is 0
{
lineindex++;
split = line.Trim().Split(new char[] { ' ', '\t', ',', ';' }, StringSplitOptions.RemoveEmptyEntries);
if (split.Length > 0 && lineindex >= 2)
{
ItemInputWellInject item = ItemInputWellInject.parseLine(line);
listInputReturn.Add(item);
}
}
}
}//end if
return(listInputReturn);
}
public static string item2string(ItemInputWellInject item)
{
List <string> ltStrWrited = new List <string>();
ltStrWrited.Add(item.sJH);
ltStrWrited.Add(item.sYM);
ltStrWrited.Add(item.fZSTS.ToString());
ltStrWrited.Add(item.fYZSL.ToString());
ltStrWrited.Add(item.fLZSL.ToString());
ltStrWrited.Add(item.fTY.ToString());
ltStrWrited.Add(item.fYY.ToString());
ltStrWrited.Add(item.fLY.ToString());
ltStrWrited.Add(item.fJY.ToString());
ltStrWrited.Add(item.fPY.ToString());
return(string.Join("\t", ltStrWrited.ToArray()));
}
public static List <ItemInputWellInject> readInput2Struct(string _sJH)
{
string filePath = Path.Combine(cProjectManager.dirPathWellDir, _sJH, cProjectManager.fileNameInputWellInject);
List <ItemInputWellInject> listInputReturn = new List <ItemInputWellInject>();
if (File.Exists(filePath))
{
List <string> ltLines = cIOBase.getListStrFromTextByFirstWord(filePath, _sJH);
foreach (string line in ltLines)
{
if (line.TrimEnd() != "")
{
ItemInputWellInject item = ItemInputWellInject.parseLine(line);
listInputReturn.Add(item);
}
}
}
return(listInputReturn);
}
public static void generateDynamicData()
{
//读入工程的全部井全部历史的生产动态数据
List <ItemInputWellProduct> listInputItemProduct = cIOinputWellProduct.readProjectFile2Struct();
//读入工程的注入数据
List <ItemInputWellInject> listInputItemInject = cIOInputWellInject.readProjectFile2Struct();
//读入小层数据表数据
List <ItemDicLayerDataStatic> listItemLayerDataStatic = cIODicLayerDataStatic.readDicLayerData2struct();
//数据太多，按时间建立文件拆分是最好的解决办法，即避免了井分割 又避免了层分割。
foreach (string sYM in cProjectData.ltStrProjectYM)
{
//创建文件
string filePath = Path.Combine(cProjectManager.dirPathUsedProjectData, sYM + cProjectManager.fileExtensionDynamic);
StreamWriter swNew = new StreamWriter(filePath, false, Encoding.UTF8);
//写文件头
List <string> ltStrHeadColoum = new List <string>(); //小层数据表头
ltStrHeadColoum.Add("年月");
ltStrHeadColoum.Add("井号");
ltStrHeadColoum.Add("小层名");
ltStrHeadColoum.Add("井型");
ltStrHeadColoum.Add("射孔厚度（m）");
ltStrHeadColoum.Add("生产天数（天）");
ltStrHeadColoum.Add("月产油（吨）");
ltStrHeadColoum.Add("月产水（吨）"); //顶底深TVD相减得到
ltStrHeadColoum.Add("月产气（万方）");
ltStrHeadColoum.Add("累产油（万吨）");
ltStrHeadColoum.Add("累产油（万方）");
ltStrHeadColoum.Add("累产气（万方）");
ltStrHeadColoum.Add("月注水（方）");
ltStrHeadColoum.Add("累注水（万方）");
ltStrHeadColoum.Add("套压Mpa");
ltStrHeadColoum.Add("油压Mpa");
ltStrHeadColoum.Add("流压Mpa");
ltStrHeadColoum.Add("静压Mpa");
ltStrHeadColoum.Add("泵压Mpa");
ltStrHeadColoum.Add("砂厚");
ltStrHeadColoum.Add("有效厚度");
ltStrHeadColoum.Add("加权孔隙度(%)");
ltStrHeadColoum.Add("加权渗透率(md)");
ltStrHeadColoum.Add("劈分系数");
swNew.WriteLine(string.Join("\t", ltStrHeadColoum.ToArray()));
foreach (string sJH in cProjectData.ltStrProjectJH)
{
ItemInputWellProduct currentWellProduct = listInputItemProduct.Find(p => p.sYM == sYM && p.sJH == sJH);
ItemInputWellInject currentWellInject = listInputItemInject.Find(p => p.sYM == sYM && p.sJH == sJH);
List <ItemDicPerforation> currentWellPerforateItems = cIOinputWellPerforation.readPerforateFile(sJH);
//先记录未劈分的Alllayer原始数据
ItemDicLayerDataDynamic dicDynamicLayeritemOfALLLayer = new ItemDicLayerDataDynamic();
dicDynamicLayeritemOfALLLayer.sYM = sYM;
dicDynamicLayeritemOfALLLayer.sXCM = "AllLayer";
dicDynamicLayeritemOfALLLayer.sJH = sJH;
//从射孔中得到射孔厚度
dicDynamicLayeritemOfALLLayer.fSKHD = currentWellPerforateItems.FindAll(p => int.Parse(p.YMstart) <= int.Parse(sYM) && int.Parse(sYM) <= int.Parse(p.YMend)).Select(p => p.fSKHD).Sum();
//静态数据表中得到砂厚、孔渗饱等基础数据
dicDynamicLayeritemOfALLLayer.fSH = listItemLayerDataStatic.FindAll(p => p.sJH == sJH).Select(p => p.fSH).Sum();
dicDynamicLayeritemOfALLLayer.fYXHD = listItemLayerDataStatic.FindAll(p => p.sJH == sJH).Select(p => p.fYXHD).Sum();
dicDynamicLayeritemOfALLLayer.fKXD = listItemLayerDataStatic.FindAll(p => p.sJH == sJH).Select(p => p.fKXD).Average();
dicDynamicLayeritemOfALLLayer.fSTL = listItemLayerDataStatic.FindAll(p => p.sJH == sJH).Select(p => p.fSTL).Average();
//劈分系数 整体给1
dicDynamicLayeritemOfALLLayer.fKHpercent = 1;
if (currentWellInject.sYM != null)
{
dicDynamicLayeritemOfALLLayer.iWellType = (int)TypeWell.Injectwater;
dicDynamicLayeritemOfALLLayer.fSCTS = currentWellInject.fZSTS;
dicDynamicLayeritemOfALLLayer.fYCQ = 0;
dicDynamicLayeritemOfALLLayer.fYCS = 0;
dicDynamicLayeritemOfALLLayer.fYCY = 0;
dicDynamicLayeritemOfALLLayer.fLCY = 0;
dicDynamicLayeritemOfALLLayer.fLCS = 0;
dicDynamicLayeritemOfALLLayer.fLCQ = 0;
dicDynamicLayeritemOfALLLayer.fYZS = currentWellInject.fYZSL;
dicDynamicLayeritemOfALLLayer.fLZS = currentWellInject.fLZSL;
dicDynamicLayeritemOfALLLayer.fTY = currentWellInject.fTY;
dicDynamicLayeritemOfALLLayer.fLY = currentWellInject.fLY;
dicDynamicLayeritemOfALLLayer.fYY = currentWellInject.fYY;
dicDynamicLayeritemOfALLLayer.fJY = currentWellInject.fJY;
dicDynamicLayeritemOfALLLayer.fPY = currentWellInject.fJY;
}
else if (currentWellProduct.sYM != null)
{
dicDynamicLayeritemOfALLLayer.iWellType = (int)TypeWell.Oil;
dicDynamicLayeritemOfALLLayer.fSCTS = currentWellProduct.fSCTS;
dicDynamicLayeritemOfALLLayer.fYCQ = currentWellProduct.fYC_gas;
dicDynamicLayeritemOfALLLayer.fYCS = currentWellProduct.fYC_water;
dicDynamicLayeritemOfALLLayer.fYCY = currentWellProduct.fYC_oil;
dicDynamicLayeritemOfALLLayer.fLCY = currentWellProduct.fSum_oil;
dicDynamicLayeritemOfALLLayer.fLCS = currentWellProduct.fSum_water;
dicDynamicLayeritemOfALLLayer.fLCQ = currentWellProduct.fSum_gas;
dicDynamicLayeritemOfALLLayer.fYZS = 0;
dicDynamicLayeritemOfALLLayer.fLZS = 0;
dicDynamicLayeritemOfALLLayer.fTY = currentWellProduct.fTY;
dicDynamicLayeritemOfALLLayer.fLY = currentWellProduct.fLY;
dicDynamicLayeritemOfALLLayer.fYY = currentWellProduct.fYY;
dicDynamicLayeritemOfALLLayer.fJY = currentWellProduct.fJY;
dicDynamicLayeritemOfALLLayer.fPY = 0;
}
else
{
dicDynamicLayeritemOfALLLayer.iWellType = 0; //未找到井，可能停产了或者未生产
dicDynamicLayeritemOfALLLayer.fSCTS = 0;
dicDynamicLayeritemOfALLLayer.fYCQ = 0;
dicDynamicLayeritemOfALLLayer.fYCS = 0;
dicDynamicLayeritemOfALLLayer.fYCY = 0;
dicDynamicLayeritemOfALLLayer.fLCY = 0;
dicDynamicLayeritemOfALLLayer.fLCS = 0;
dicDynamicLayeritemOfALLLayer.fLCQ = 0;
dicDynamicLayeritemOfALLLayer.fYZS = 0;
dicDynamicLayeritemOfALLLayer.fLZS = 0;
dicDynamicLayeritemOfALLLayer.fTY = 0;
dicDynamicLayeritemOfALLLayer.fLY = 0;
dicDynamicLayeritemOfALLLayer.fYY = 0;
dicDynamicLayeritemOfALLLayer.fJY = 0;
dicDynamicLayeritemOfALLLayer.fPY = 0;
}
swNew.WriteLine(ItemDicLayerDataDynamic.item2string(dicDynamicLayeritemOfALLLayer));
//将所有小层的动态字典数据item 初始化
List <ItemDicLayerDataDynamic> listDynamicData = new List <ItemDicLayerDataDynamic>();
foreach (string xcm in cProjectData.ltStrProjectXCM)
{
ItemDicLayerDataDynamic item = new ItemDicLayerDataDynamic();
item.sYM = sYM;
item.sXCM = xcm;
item.sJH = sJH;
item.fSCTS = dicDynamicLayeritemOfALLLayer.fSCTS;
item.fSKHD = currentWellPerforateItems.Find(p => p.sXCM == xcm &&
int.Parse(p.YMstart) <= int.Parse(sYM) && int.Parse(sYM) <= int.Parse(p.YMend)).fSKHD;
item.fSH = listItemLayerDataStatic.Find(p => p.sJH == sJH && p.sXCM == xcm).fSH;
item.fYXHD = listItemLayerDataStatic.Find(p => p.sJH == sJH && p.sXCM == xcm).fYXHD;
item.fKXD = listItemLayerDataStatic.Find(p => p.sJH == sJH && p.sXCM == xcm).fKXD;
item.fSTL = listItemLayerDataStatic.Find(p => p.sJH == sJH && p.sXCM == xcm).fSTL;
item.fKHpercent = item.fSKHD * item.fSTL;
item.iWellType = dicDynamicLayeritemOfALLLayer.iWellType;
item.fYCQ = 0;
item.fYCS = 0;
item.fYCY = 0;
item.fLCY = 0;
item.fLCS = 0;
item.fLCQ = 0;
item.fYZS = 0;
item.fLZS = 0;
item.fTY = 0;
item.fLY = 0;
item.fYY = 0;
item.fJY = 0;
item.fPY = 0;
listDynamicData.Add(item);
}//end of xcm
//根据劈分系数和井型 劈分数据
float sumKHpercent = listDynamicData.Select(p => p.fKHpercent).Sum();
if (sumKHpercent > 0)
{
foreach (ItemDicLayerDataDynamic _item in listDynamicData)
{
_item.fKHpercent = _item.fKHpercent / sumKHpercent;
if (_item.iWellType == (int)TypeWell.Oil)
{
_item.fYCQ = dicDynamicLayeritemOfALLLayer.fYCQ * _item.fKHpercent;
_item.fYCS = dicDynamicLayeritemOfALLLayer.fYCS * _item.fKHpercent;
_item.fYCY = dicDynamicLayeritemOfALLLayer.fYCY * _item.fKHpercent;
_item.fLCY = dicDynamicLayeritemOfALLLayer.fLCY * _item.fKHpercent;
_item.fLCS = dicDynamicLayeritemOfALLLayer.fLCS * _item.fKHpercent;
_item.fLCQ = dicDynamicLayeritemOfALLLayer.fLCY * _item.fKHpercent;
}
if (_item.iWellType == (int)TypeWell.Injectwater)
{
_item.fYZS = dicDynamicLayeritemOfALLLayer.fYZS * _item.fKHpercent;
_item.fLZS = dicDynamicLayeritemOfALLLayer.fLZS * _item.fKHpercent;
}
}
}//end if
//写每个小层的数据
foreach (ItemDicLayerDataDynamic _item in listDynamicData)
{
swNew.WriteLine(ItemDicLayerDataDynamic.item2string(_item));
}
} //end of jh
swNew.Close();
} //end of ym
}