public static trackDataListJSJL setupDataListTrack(string filePath, float fTop, float fBase)
{
trackDataListJSJL trackDataListJSJL = new trackDataListJSJL();
if (!File.Exists(filePath))
{
return(trackDataListJSJL);
}
string sData = "";
using (StreamReader sr = new StreamReader(filePath, System.Text.Encoding.Default))
{
sData = sr.ReadToEnd();
}
string[] split = sData.Trim().Split(new char[] { ' ', '\t' }, StringSplitOptions.RemoveEmptyEntries);
for (int i = 0; i < split.Length; i = i + 3)
{
float fCurrentTop = float.Parse(split[i]);
float fCurrentBase = float.Parse(split[i + 1]);
if (fTop <= fCurrentTop && fCurrentBase <= fBase)
{
trackDataListJSJL.fListDS1.Add(fCurrentTop);
trackDataListJSJL.fListDS2.Add(fCurrentBase);
trackDataListJSJL.sListJSJL.Add(split[i + 2]);
}
}
return(trackDataListJSJL);
}
public static trackDataListJSJL getTrackDataJSJL(string filePath, string sIDTrack)
{
trackDataListJSJL sttJSJL = new trackDataListJSJL();
using (StreamReader sr = new StreamReader(filePath, Encoding.UTF8))
{
String line;
string[] split;
int iReadIndex = 0;
while ((line = sr.ReadLine()) != null) //delete the line whose legth is 0
{
split = line.Trim().Split(new char[] { ' ', '\t' }, StringSplitOptions.RemoveEmptyEntries);
if (line.StartsWith(sJSJLFileMark) == true && split[1] == sIDTrack)
{
iReadIndex = 1;
}
else if (line.StartsWith("#$End" + sJSJLFileMark) == true)
{
iReadIndex = 2;
}
else if (iReadIndex >= 2)
{
break;
}
else if (iReadIndex == 1)
{
sttJSJL.fListDS1.Add(float.Parse(split[1]));
sttJSJL.fListDS2.Add(float.Parse(split[2]));
sttJSJL.sListJSJL.Add(split[3]);
}
}
}
return(sttJSJL);
}
public trackDataListJSJL selectJSJL2DataList(string sJH)
{
trackDataListJSJL dataList = new trackDataListJSJL();
dataList.fListDS1 = new List <float>();
dataList.fListDS2 = new List <float>();
dataList.sListJSJL = new List <string>();
foreach (var item in readJSJL2Struct(sJH))
{
dataList.fListDS1.Add(item.fDS1);
dataList.fListDS2.Add(item.fDS2);
dataList.sListJSJL.Add(item.iJSJL.ToString());
}
return(dataList);
}
public static trackDataListJSJL getTrackJSJLDataList(string sData, double dfDS1Show, double dfDS2Show)
{
trackDataListJSJL sttTrackDataList = new trackDataListJSJL();
string[] split = sData.Trim().Split(new string[] { cProjectData.splitMark }, StringSplitOptions.RemoveEmptyEntries);
for (int i = 0; i < split.Length; i = i + 3)
{
float top = float.Parse(split[i]);
float bottom = float.Parse(split[i + 1]);
if (dfDS1Show <= top && bottom <= dfDS2Show)
{
sttTrackDataList.fListDS1.Add(top);
sttTrackDataList.fListDS2.Add(bottom);
sttTrackDataList.sListJSJL.Add(split[i + 2]);
}
}
return(sttTrackDataList);
}
void generateSectionGraph(string filenameSVGMap, bool bView)
{
//xml存数据不合适 因为会有大量的井数据，但是可以存个样式，样式搭配数据，样式里可以有道宽，这样做到数据和样式的分离，成图解析器解析样式就OK。
//定义每口井绘制的位置坐标，剖面图y=0，井组分析x，y是井点坐标变换值
//定义 iChoise==1 等间隔排列，iChoise==2 相邻井真实距离缩放
int iChoise = 2;
if (rdbPlaceByEqual.Checked == true)
{
iChoise = 1;
}
List <Point> PListWellPositon = new List <Point>();
//根据默认值定义section的页面大小及标题,根据海拔确定纵向的平移高度
int iDY = (int)listWellsSection.Select(p => p.fKB).ToList().Max() + 100;
cSVGDocSection svgSection = new cSVGDocSection(PageWidth, PageHeight, 0, iDY, sUnit);
string sTitle = string.Join("-", listWellsSection.Select(p => p.sJH).ToList()) + "开发剖面图";
svgSection.addMapTitle(sTitle, 100, 100);
XmlElement returnElemment;
//画井距尺
for (int i = 0; i < this.listWellsSection.Count - 1; i++)
{
if (rdbPlaceBYWellDistance.Checked == true)
{
//距离是2口相邻井的距离
int iDistance = Convert.ToInt16(c2DGeometryAlgorithm.calDistance2D(listWellsSection[i].dbX, listWellsSection[i].dbY, listWellsSection[i + 1].dbX, listWellsSection[i + 1].dbY));
returnElemment = svgSection.gWellDistanceRuler(iDistance, PListWellPositon[i + 1].X - PListWellPositon[i].X);
svgSection.addgElement2BaseLayer(returnElemment, PListWellPositon[i].X, (int)listWellsSection[0].fYview);//拉到同一水平线
//画井距尺
}
}
ElevationRulerBase = -PageHeight / 100 * 100;
//海拔深度时 增加海拔尺，拉平不要海拔尺
int iScaleElevationRuler = 50;
returnElemment = cSVGSectionTrackWellRuler.gElevationRuler(svgSection.svgDoc, ElevationRulerTop, ElevationRulerBase, iScaleElevationRuler);
svgSection.addgElement2BaseLayer(returnElemment, 10);
//根据井序列循环添加井剖面
for (int i = 0; i < listWellsSection.Count; i++)
{
string sJH = listWellsSection[i].sJH;
List <ItemDicWellPath> currentWellPathList = cProjectData.ltProjectWell.Find(p => p.sJH == sJH).WellPathList;
float fTopShowed = listWellsSection[i].fShowedDepthTop;
float fBaseShowed = listWellsSection[i].fShowedDepthBase;
float fDepthFlatted = listWellsSection[i].fYview;
cSVGSectionWell currentWell = new cSVGSectionWell(svgSection.svgDoc, sJH);
//增加地层道
trackDataListLayerDepth getTrackDataListLayerDepth = cIOWellSection.getTrackDataListLayerDepth(sJH, dirSectionData, fTopShowed, fBaseShowed);
int iTrackWidth = 15;
cSVGSectionTrackLayer layerTrack = new cSVGSectionTrackLayer(iTrackWidth);
layerTrack.iTextSize = 6;
if (rdbDepthModelTVD.Checked == true && currentWellPathList.Count > 2)
{
returnElemment = layerTrack.gXieTrack2VerticalLayerDepth(sJH, getTrackDataListLayerDepth, fDepthFlatted);
}
else
{
returnElemment = layerTrack.gTrackLayerDepth(sJH, getTrackDataListLayerDepth, fDepthFlatted);
}
currentWell.addTrack(returnElemment, iTrackWidth);
//增加联井的view
//增加测井解释
trackDataListJSJL trackDataListJSJL = cIOWellSection.getTrackDataListJSJL(sJH, dirSectionData, fTopShowed, fBaseShowed);
iTrackWidth = 15;
cSVGSectionTrackJSJL JSJLTrack = new cSVGSectionTrackJSJL(iTrackWidth);
if (rdbDepthModelTVD.Checked == true && currentWellPathList.Count > 2)
{
returnElemment = JSJLTrack.gXieTrack2VerticalJSJL(sJH, trackDataListJSJL, fDepthFlatted);
}
else
{
returnElemment = JSJLTrack.gTrackJSJL(sJH, trackDataListJSJL, fDepthFlatted);
}
currentWell.addTrack(returnElemment, -iTrackWidth);
//增加射孔道
trackInputPerforationDataList getTrackDataListPerforation = cIOWellSection.getTrackDataListPerforation(sJH, dirSectionData, fTopShowed, fBaseShowed);
iTrackWidth = 15;
cSVGSectionTrackPeforation perforationTrack = new cSVGSectionTrackPeforation(iTrackWidth);
if (rdbDepthModelTVD.Checked == true && currentWellPathList.Count > 2)
{
returnElemment = perforationTrack.gXieTrack2VerticalPerforation(sJH, getTrackDataListPerforation, fDepthFlatted);
}
else
{
returnElemment = perforationTrack.gTrackPerforation(sJH, getTrackDataListPerforation, fDepthFlatted);
}
currentWell.addTrack(returnElemment, -2 * iTrackWidth);
//增加吸水剖面
trackDataListProfile trackDataListProfile = cIOWellSection.getTrackDataListProfile(sJH, dirSectionData, fTopShowed, fBaseShowed);
iTrackWidth = 15;
cSVGSectionTrackProfile profileTrack = new cSVGSectionTrackProfile(iTrackWidth);
returnElemment = profileTrack.gTrackProfile(sJH, trackDataListProfile, fDepthFlatted);
if (currentWellPathList.Count > 2)
{
returnElemment = profileTrack.gXieTrack2VerticalProfile(sJH, trackDataListProfile, fDepthFlatted);
}
else
{
returnElemment = profileTrack.gTrackProfile(sJH, trackDataListProfile, fDepthFlatted);
}
currentWell.addTrack(returnElemment, 15);
//增加左边曲线
string fileLeftLogScrPath = Path.Combine(dirSectionData, sJH + "\\left");
foreach (string fileLog in Directory.GetFileSystemEntries(fileLeftLogScrPath))
{
//trackDataListLog trackDataListLeftLog = trackDataListLog.setupDataListTrackLog(fileLog, fTopShowed, fBaseShowed);
iTrackWidth = 15;
//cSVGSectionTrackLog logTrack = new cSVGSectionTrackLog(iTrackWidth);
//if (rdbDepthModelTVD.Checked == true && currentWellPathList.Count > 2)
// returnElemment = logTrack.gXieTrack2VerticalLog(sJH, trackDataListLeftLog, fDepthFlatted);
//else returnElemment = logTrack.gTrackLog(sJH, trackDataListLeftLog, fDepthFlatted);
//currentWell.addTrack(returnElemment, -30);
}
//增加右边曲线
string fileRightLogScrPath = Path.Combine(dirSectionData, sJH + "\\right");
foreach (string fileLog in Directory.GetFileSystemEntries(fileRightLogScrPath))
{
//trackDataListLog trackDataListRightLog = trackDataListLog.setupDataListTrackLog(fileLog, fTopShowed, fBaseShowed);
iTrackWidth = 15;
//cSVGSectionTrackLog logTrack = new cSVGSectionTrackLog(iTrackWidth);
//if (rdbDepthModelTVD.Checked == true && currentWellPathList.Count > 2)
// returnElemment = logTrack.gXieTrack2VerticalLog(sJH, trackDataListRightLog, fDepthFlatted);
//else returnElemment = logTrack.gTrackLog(sJH, trackDataListRightLog, fDepthFlatted);
//currentWell.addTrack(returnElemment, iTrackWidth);
}
svgSection.addgElement2BaseLayer(currentWell.gWell, PListWellPositon[i].X);
}
//同名小层连线的实现 在绘制小层layertrack的时候，把小层的顶底深的绘制点记录，然后此处当做polyline绘制
bool bConnect = this.cbxConnectSameLayerName.Checked;
string fileSVG = Path.Combine(cProjectManager.dirPathMap, filenameSVGMap);
svgSection.makeSVGfile(fileSVG);
if (bView == false)
{
FormMain.filePathWebSVG = fileSVG;
this.Close();
}
}