//初始化Form页面
private void InitForm()
{
cXEGeopage curpage = new cXEGeopage(xmlPath);
nUDPageHeight.Value = (decimal)curpage.PageHeight;
if (nUDPageHeight.Value <= 200)
{
nUDPageHeight.Value = (decimal)1000.0;
}
nUDPageWidth.Value = (decimal)curpage.PageWidth;
this.cbxTrackRect.Checked = curpage.iShowTrackRect == 1 ? true : false;
this.cbxTrackHeadRect.Checked = curpage.iShowTrackHeadRect == 1 ? true : false;
this.cbxTitleRect.Checked = curpage.iShowTitleRect == 1 ? true : false;
}
public static cSVGSectionWell makePathWell(cSVGDocSection svgSection, string pathSectionCss, string filePathTemplatOper, double dfDS1Show, double dfDS2Show, float fVScale, cXEGeopage curPage)
{
cSVGSectionWell wellGeoSingle = new cSVGSectionWell(svgSection.svgDoc);
List <int> iListTrackWidth = new List <int>();
//从配置文件读取显示深度
string sJH = cXmlBase.getNodeInnerText(filePathTemplatOper, cXmlDocSectionWell.fullPathJH);
//绝对值不放大fvscale，位置放大。
ItemWell wellItem = cProjectData.ltProjectWell.FirstOrDefault(p => p.sJH == sJH);
int iHeightMapTitle = int.Parse(cXmlBase.getNodeInnerText(filePathTemplatOper, cXEWellPage.fullPathMapTitleRectHeight));
int iHeightTrackHead = int.Parse(cXmlBase.getNodeInnerText(filePathTemplatOper, cXEWellPage.fullPathTrackRectHeight));
iListTrackWidth.Clear();
XmlElement returnElemment;
float dfDS1ShowTVD = cIOinputWellPath.getTVDByJHAndMD(wellItem, (float)dfDS1Show);
int iYpositionTrackHead = Convert.ToInt16(dfDS1ShowTVD * fVScale) - iHeightTrackHead;
foreach (XmlElement el_Track in cXmlDocSectionWell.getTrackNodes(filePathTemplatOper))
{
//初始化绘制道的基本信息
trackDataDraw curTrackDraw = new trackDataDraw(el_Track);
//增加道头
returnElemment = cSVGSectionTrack.trackHead(svgSection.svgDoc, curTrackDraw.sTrackID, curTrackDraw.sTrackTitle, iYpositionTrackHead, iHeightTrackHead, curTrackDraw.iTrackWidth, curTrackDraw.iTrackHeadFontSize, curTrackDraw.sWriteMode);
wellGeoSingle.addTrack(returnElemment, iListTrackWidth.Sum());
//增加距离位置节点
cXmlDocSectionGeo.addWellTrackXviewNode(pathSectionCss, sJH, curTrackDraw.sTrackID, iListTrackWidth.Sum());
//先画曲线，再画道头和道框，这样好看
#region 判断是否可见，可见才绘制
if (curTrackDraw.iVisible > 0)
{
#region 井深结构尺
if (el_Track["trackType"].InnerText == TypeTrack.深度尺.ToString())
{
itemDrawDataDepthRuler itemRuler = new itemDrawDataDepthRuler(el_Track);
//测试斜井gPathWellCone
returnElemment = cSVGSectionTrackWellRuler.gPathWellRuler(wellItem, svgSection, Convert.ToInt16(dfDS1Show), Convert.ToInt16(dfDS2Show), fVScale, itemRuler);
wellGeoSingle.addTrack(returnElemment, iListTrackWidth.Sum());
}
#endregion
#region 地层道
if (curTrackDraw.sTrackType == TypeTrack.分层.ToString())
{
XmlNode dataList = el_Track.SelectSingleNode("dataList");
if (dataList != null)
{
XmlNodeList dataItem = dataList.SelectNodes("dataItem");
foreach (XmlNode xn in dataItem)
{
ItemTrackDrawDataIntervalProperty item = new ItemTrackDrawDataIntervalProperty(xn);
if (item.top >= dfDS1Show && item.bot <= dfDS2Show)
{
returnElemment = cSVGSectionTrackLayer.gTrackItemTVDLayer(svgSection.svgDoc, item, fVScale, curTrackDraw.iTrackFontSize, curTrackDraw.iTrackWidth);
wellGeoSingle.addTrack(returnElemment, iListTrackWidth.Sum());
}
}
}
}
#endregion
#region 测井解释，旋回,化石道
if (cProjectManager.ltStrTrackTypeIntervalProperty.IndexOf(curTrackDraw.sTrackType) >= 0)
{
XmlNode dataList = el_Track.SelectSingleNode("dataList");
if (dataList != null)
{
XmlNodeList dataItem = dataList.SelectNodes("dataItem");
foreach (XmlNode xn in dataItem)
{
ItemTrackDrawDataIntervalProperty item = new ItemTrackDrawDataIntervalProperty(xn); if (item.top >= dfDS1Show && item.bot <= dfDS2Show)
{
returnElemment = cSVGSectionTrackJSJL.gTrackItemTVDJSJL(svgSection.svgDoc, svgSection.svgDefs, item, fVScale, curTrackDraw.iTrackWidth);
if (curTrackDraw.sTrackType == TypeTrack.沉积旋回.ToString())
{
returnElemment = cSVGSectionTrackCycle.gTrackItemTVDGeoCycle(svgSection.svgDoc, svgSection.svgDefs, item, fVScale, curTrackDraw.iTrackWidth);
}
// if (curTrackDraw.sTrackType == TypeTrack.描述.ToString()) returnElemment = cSVGSectionTrackDes.gTrackItemFossil(svgSection.svgDoc, svgSection.svgDefs, item, fVScale, curTrackDraw.iTrackWidth);
wellGeoSingle.addTrack(returnElemment, iListTrackWidth.Sum());
}
}
}
}
#endregion
#region 岩性
if (curTrackDraw.sTrackType == TypeTrack.岩性层段.ToString())
{
XmlNode dataList = el_Track.SelectSingleNode("dataList");
if (dataList != null)
{
XmlNodeList dataItem = dataList.SelectNodes("dataItem");
foreach (XmlNode xn in dataItem)
{
itemDrawDataIntervalValue item = new itemDrawDataIntervalValue(xn);
if (item.top >= dfDS1Show && item.bot <= dfDS2Show)
{
returnElemment = cSVGSectionTrackLitho.gTrackLithoTVDItem(wellItem, svgSection.svgDoc, svgSection.svgDefs, item, fVScale, curTrackDraw.iTrackWidth);
wellGeoSingle.addTrack(returnElemment, iListTrackWidth.Sum());
}
}
}
}
#endregion
#region 曲线道
List <itemLogHeadInforDraw> ltItemLogHeadInforDraw = new List <itemLogHeadInforDraw>(); //记录绘制道头用，节省重新读取的时间
if (curTrackDraw.sTrackType == TypeTrack.曲线道.ToString())
{
cSVGSectionTrackLogCurveFill.listLogViewData4fill.Clear();
XmlNodeList xnList = el_Track.SelectNodes(".//Log");
int iLogNum = 0;
bool bGrid = false; //记录网格是否绘制过。
foreach (XmlElement xnLog in xnList)
{
iLogNum++;
itemLogHeadInforDraw curLogHead = new itemLogHeadInforDraw(xnLog);
ltItemLogHeadInforDraw.Add(curLogHead);
if (curLogHead.iIsLog > 0)
{
if (curLogHead.fLeftValue <= 0)
{
curLogHead.fLeftValue = 1;
cXmlBase.setSelectedNodeChildNodeValue(filePathTemplatOper, "", "leftValue", "1");
}
curLogHead.iLogGridGrade = cSVGSectionTrackLog.getNumGridGroupInLog(curLogHead.fLeftValue, curLogHead.fRightValue);
}
//曲线是否可见
if (curLogHead.iLogCurveVisible > 0)
{
trackDataListLog dlTrackDataListLog = cSVGSectionTrackLog.getLogSeriersFromLogFile(sJH, curLogHead.sLogName, dfDS1Show, dfDS2Show);
//画曲线
returnElemment = cSVGSectionTrackLog.gTrackTVDLog(wellItem, svgSection.svgDoc, curLogHead, curTrackDraw.iTrackWidth, dlTrackDataListLog.fListMD, dlTrackDataListLog.fListValue, fVScale);
wellGeoSingle.addTrack(returnElemment, iListTrackWidth.Sum());
} //曲线可见
} //结束曲线循环
} //结束曲线if
#endregion 结束曲线道
#region 绘制测井图头,测井图信息很重要，图形加载数据要捕捉测井头的ID
if (curTrackDraw.sTrackType == TypeTrack.曲线道.ToString())
{
int iLogNum = 0;
foreach (itemLogHeadInforDraw curLogHead in ltItemLogHeadInforDraw)
{
iLogNum++;
if (curLogHead.iIsLog > 0)
{
if (curLogHead.fLeftValue <= 0)
{
curLogHead.fLeftValue = 1;
}
curLogHead.iLogGridGrade = cSVGSectionTrackLog.getNumGridGroupInLog(curLogHead.fLeftValue, curLogHead.fRightValue);
}
if (curLogHead.iLogCurveVisible > 0)
{
//增加测井头
int iHeadLogSize = 14;
returnElemment = cSVGSectionTrack.addTrackItemLogHeadInfor(svgSection.svgDoc, curLogHead, iYpositionTrackHead + iHeightTrackHead, iLogNum, curTrackDraw.iTrackWidth, iHeadLogSize);
wellGeoSingle.addTrack(returnElemment, iListTrackWidth.Sum());
}
}
}
#endregion
//绘制道框
if (curPage.iShowTrackRect == 1)
{
returnElemment = cSVGSectionTrack.trackRect(svgSection.svgDoc, curTrackDraw.sTrackID, dfDS1ShowTVD, dfDS2Show, fVScale, curTrackDraw.iTrackWidth);
wellGeoSingle.addTrack(returnElemment, iListTrackWidth.Sum());
}
iListTrackWidth.Add(curTrackDraw.iTrackWidth);
}
#endregion
} //end of for add track
//增加图头
returnElemment = wellGeoSingle.mapHeadTitle(sJH, iYpositionTrackHead - iHeightMapTitle, iYpositionTrackHead, iHeightMapTitle, iListTrackWidth.Sum(), iHeightMapTitle * 2 / 3);
wellGeoSingle.addTrack(returnElemment, 0);
return(wellGeoSingle);
}
public static string generateFence(string dirSectionData, string pathSectionCss, string filenameSVGMap)
{
//定义页面大小 及 纵向平移
List <ItemWellSection> listWellsSection = cXmlDocSectionGeo.makeListWellSection(pathSectionCss);
//读取page设置全局类
cXEGeopage curPage = new cXEGeopage(pathSectionCss);
int iPageTopYOff = 0;
cSVGDocSection svgSection = new cSVGDocSection(curPage.PageWidth, curPage.PageHeight, 0, 0, curPage.sUnit);
//定义返回的xmlElement变量，作为调用各种加入的道的返回值
XmlElement returnElemment;
XmlDocument XDocSection = new XmlDocument();
XDocSection.Load(pathSectionCss);
#region 断层 绘制断层 并把断层数据存入List 供连层时计算使用
XmlElement gLayerFault = svgSection.gLayerElement("断层");
string faultPath = "/SectionMap/FaultInfor/FaultItem";
List <itemDrawDataFaultItem> listFaultItem = new List <itemDrawDataFaultItem>();
foreach (XmlNode xn in XDocSection.SelectNodes(faultPath))
{
itemDrawDataFaultItem faultItem = new itemDrawDataFaultItem(xn);
string sID = xn.Attributes["id"].Value;
double x1 = transformX(curPage.fHScaleWellDistance, xn.Attributes["x1"].Value);
double y1 = double.Parse(xn.Attributes["y1"].Value) * curPage.fVscale;
double x2 = transformX(curPage.fHScaleWellDistance, xn.Attributes["x2"].Value);
double y2 = double.Parse(xn.Attributes["y2"].Value) * curPage.fVscale;
faultItem.x1View = x1;
faultItem.y1View = y1;
faultItem.x2View = x2;
faultItem.y2View = y2;
faultItem.displacementView = faultItem.displacement * curPage.fHScaleWellDistance;
XmlElement faultLine = svgSection.svgDoc.CreateElement("line");
faultLine.SetAttribute("id", sID);
faultLine.SetAttribute("stroke-width", "2");
faultLine.SetAttribute("onclick", "getID(evt)");
//左侧的绘制
faultLine.SetAttribute("x1", x1.ToString("0.0"));
faultLine.SetAttribute("y1", y1.ToString("0.0"));
faultLine.SetAttribute("x2", x2.ToString("0.0"));
faultLine.SetAttribute("y2", y2.ToString("0.0"));
faultLine.SetAttribute("stroke", "red");
faultLine.SetAttribute("fill", "red");
svgSection.addgElement2Layer(gLayerFault, faultLine, svgSection.offsetX_gSVG, iPageTopYOff);
listFaultItem.Add(faultItem);
}
#endregion
#region 先画连接层 判断是否切割，非切割的直接连接，切割的得重画
string pathTrack = "/SectionMap/ConnectInfor/ConnectItem";
//首先得判断是否多边形与断层线相交
XmlElement gLayerConnectJSJL = svgSection.gLayerElement("测井解释");
XmlElement gLayerConnectLayer = svgSection.gLayerElement("分层");
XmlElement gLayerConnectLitho = svgSection.gLayerElement("岩性");
XmlElement gLayerConnectBase = svgSection.gLayerElement("连接");
svgSection.addgLayer(gLayerConnectLayer, 0, 0);
foreach (XmlNode xn in XDocSection.SelectNodes(pathTrack))
{
if (xn.Attributes["id"] != null)
{
string sID = xn.Attributes["id"].Value;
int iShowMode = int.Parse(xn.Attributes["iShowMode"].Value);
string strTypeTrack = xn.Attributes["trackType"].Value;
string sFill = xn.Attributes["sFill"].Value;
#region 画连接层 模式1
if (iShowMode == 1)
{
XmlNode rect1 = xn.SelectSingleNode("rect1");
string sIDtrack1 = rect1.Attributes["sIDtrack"].Value;
string wellID1 = rect1.Attributes["wellID"].Value;
string sIDitem1 = rect1.Attributes["sIDitem"].Value;
string filePathOperWell1 = dirSectionData + "//" + wellID1 + ".xml";
cDataItemConnect item1 = new cDataItemConnect(pathSectionCss, filePathOperWell1, wellID1, sIDtrack1, sIDitem1);
XmlNode rect2 = xn.SelectSingleNode("rect2");
string sIDtrack2 = rect2.Attributes["sIDtrack"].Value;
string wellID2 = rect2.Attributes["wellID"].Value;
string sIDitem2 = rect2.Attributes["sIDitem"].Value;
string filePathOperWell2 = dirSectionData + "//" + wellID2 + ".xml";
cDataItemConnect item2 = new cDataItemConnect(pathSectionCss, filePathOperWell2, wellID2, sIDtrack2, sIDitem2);
if (wellID1 != "" && sIDtrack1 != "" && wellID2 != "" && sIDtrack2 != "")
{
List <string> ltPathd = makeConnectPath.makePathd(listFaultItem, item1, item2);
foreach (string d in ltPathd)
{
XmlElement connectPath = svgSection.svgDoc.CreateElement("path");
connectPath.SetAttribute("id", sID);
connectPath.SetAttribute("stroke-width", "1");
connectPath.SetAttribute("onclick", "getID(evt)");
connectPath.SetAttribute("stroke", "black");
connectPath.SetAttribute("d", d);
string fillType = "none";
if (strTypeTrack == TypeTrack.测井解释.ToString())
{
fillType = codeReplace.codeReplaceJSJL2FillUrl(sFill);
connectPath.SetAttribute("fill", fillType);
svgSection.addgElement2Layer(gLayerConnectJSJL, connectPath, svgSection.offsetX_gSVG, iPageTopYOff);
}
else if (strTypeTrack == TypeTrack.分层.ToString())
{
fillType = cSVGSectionTrackLayer.getLayerFillColor(sFill);
connectPath.SetAttribute("fill", fillType);
svgSection.addgElement2Layer(gLayerConnectLayer, connectPath, svgSection.offsetX_gSVG, iPageTopYOff);
}
else if (strTypeTrack == TypeTrack.岩性层段.ToString())
{
fillType = cSVGSectionTrackLayer.getLayerFillColor(sFill);
connectPath.SetAttribute("fill", fillType);
svgSection.addgElement2Layer(gLayerConnectLitho, connectPath, svgSection.offsetX_gSVG, iPageTopYOff);
}
else
{
connectPath.SetAttribute("fill", "none");
svgSection.addgElement2Layer(gLayerConnectBase, connectPath, svgSection.offsetX_gSVG, iPageTopYOff);
}
}
}
}
#endregion
#region 尖灭模式
else
{
XmlNode rect1 = xn.SelectSingleNode("rect1");
string sIDtrack1 = rect1.Attributes["sIDtrack"].Value;
string wellID1 = rect1.Attributes["wellID"].Value;
string sIDitem1 = rect1.Attributes["sIDitem"].Value;
if (wellID1 != "" && sIDtrack1 != "")
{
string filePathOperWell1 = dirSectionData + "//" + wellID1 + ".xml";
cDataItemConnect connectItem = new cDataItemConnect(pathSectionCss, filePathOperWell1, wellID1, sIDtrack1, sIDitem1);
double fExtanceLength = 100;
int indexWell = listWellsSection.IndexOf(listWellsSection.SingleOrDefault(p => p.sJH == wellID1));
if (indexWell < listWellsSection.Count - 1)
{
fExtanceLength = (listWellsSection[indexWell + 1].fXview - listWellsSection[indexWell].fXview) * 0.35;
}
string d = "";
if (iShowMode == (int)TypeModeGeoOperate.channelRight) //右河道
{
double x1 = connectItem.x1 + connectItem.width;
double y1 = connectItem.y1;
double x2 = connectItem.x1 + connectItem.width;
double y2 = connectItem.y1 + connectItem.height;
double x3 = x1 + fExtanceLength;
double y3 = y2;
double x4 = x1 + fExtanceLength;
double y4 = y1;
d = "M " + x1.ToString() + " " + y1.ToString() + " L " + x2.ToString() + " " + y2.ToString() +
" Q " + x3.ToString() + " " + y3.ToString() + " " + x4.ToString() + " " + y4.ToString() + " z ";
}
if (iShowMode == (int)TypeModeGeoOperate.channelLeft) //左河道
{
double x1 = connectItem.x1;
double y1 = connectItem.y1;
double x2 = connectItem.x1;
double y2 = connectItem.y1 + connectItem.height;
double x3 = x1 - fExtanceLength;
double y3 = y2;
double x4 = x1 - fExtanceLength;
double y4 = y1;
d = "M " + x1.ToString() + " " + y1.ToString() + " L " + x2.ToString() + " " + y2.ToString() +
" Q " + x3.ToString() + " " + y3.ToString() + " " + x4.ToString() + " " + y4.ToString() + " z ";
}
if (iShowMode == (int)TypeModeGeoOperate.barRight) //右坝
{
double x1 = connectItem.x1 + connectItem.width;
double y1 = connectItem.y1;
double x2 = connectItem.x1 + connectItem.width;
double y2 = connectItem.y1 + connectItem.height;
double x3 = x1 + fExtanceLength;
double y3 = y1;
double x4 = x1 + fExtanceLength;
double y4 = y2;
d = "M " + x2.ToString() + " " + y2.ToString() + " L " + x1.ToString() + " " + y1.ToString() +
" Q " + x3.ToString() + " " + y3.ToString() + " " + x4.ToString() + " " + y4.ToString() + " z ";
}
if (iShowMode == (int)TypeModeGeoOperate.barLeft) //左坝
{
double x1 = connectItem.x1;
double y1 = connectItem.y1;
double x2 = connectItem.x1;
double y2 = connectItem.y1 + connectItem.height;
double x3 = x1 - fExtanceLength;
double y3 = y1;
double x4 = x1 - fExtanceLength;
double y4 = y2;
d = "M " + x2.ToString() + " " + y2.ToString() + " L " + x1.ToString() + " " + y1.ToString() +
" Q " + x3.ToString() + " " + y3.ToString() + " " + x4.ToString() + " " + y4.ToString() + " z ";
}
if (iShowMode == (int)TypeModeGeoOperate.pinchOutRight) //右尖灭
{
double x1 = connectItem.x1 + connectItem.width;
double y1 = connectItem.y1;
double x2 = connectItem.x1 + connectItem.width;
double y2 = connectItem.y1 + connectItem.height;
d = "M " + x1.ToString() + " " + y1.ToString() + "h " + fExtanceLength.ToString() + "l -" + (0.2 * fExtanceLength).ToString() + " " + (connectItem.height / 2).ToString() + " " + "l " + (0.1 * fExtanceLength).ToString() + " " + (connectItem.height / 2).ToString() + " "
+ " L " + x2.ToString() + " " + y2.ToString() + " z ";
}
if (iShowMode == (int)TypeModeGeoOperate.pinchOutLeft) //左尖灭
{
double x1 = connectItem.x1;
double y1 = connectItem.y1;
double x2 = connectItem.x1;
double y2 = connectItem.y1 + connectItem.height;
d = "M " + x1.ToString() + " " + y1.ToString() + "h-" + fExtanceLength.ToString() + "l " + (0.2 * fExtanceLength).ToString() + " " + (connectItem.height / 2).ToString() + " " + "l -" + (0.1 * fExtanceLength).ToString() + " " + (connectItem.height / 2).ToString() + " "
+ " L " + x2.ToString() + " " + y2.ToString() + " z ";
}
XmlElement connectPath = svgSection.svgDoc.CreateElement("path");
connectPath.SetAttribute("id", sID);
connectPath.SetAttribute("stroke-width", "1");
connectPath.SetAttribute("onclick", "getID(evt)");
connectPath.SetAttribute("stroke", "black");
connectPath.SetAttribute("d", d);
string fillType = "none";
if (strTypeTrack == TypeTrack.测井解释.ToString())
{
fillType = codeReplace.codeReplaceJSJL2FillUrl(sFill);
connectPath.SetAttribute("fill", fillType);
svgSection.addgElement2Layer(gLayerConnectJSJL, connectPath, svgSection.offsetX_gSVG, iPageTopYOff);
}
else if (strTypeTrack == TypeTrack.分层.ToString())
{
fillType = cSVGSectionTrackLayer.getLayerFillColor(sFill);
connectPath.SetAttribute("fill", fillType);
svgSection.addgElement2Layer(gLayerConnectLayer, connectPath, svgSection.offsetX_gSVG, iPageTopYOff);
}
} //end if wellID 不能为空
}
#endregion
}
}
#endregion
//在listWellSection中循环，一口一口井的加入剖面
for (int i = 0; i < listWellsSection.Count; i++)
{
string sJH = listWellsSection[i].sJH;
string filePathTemplatOper = Path.Combine(dirSectionData, sJH + ".xml");
//斜井模式
cSVGSectionWell currentWell = makePathWell(svgSection, pathSectionCss, filePathTemplatOper,
listWellsSection[i].fShowedDepthTop, listWellsSection[i].fShowedDepthBase, curPage.fVscale, curPage);
//按显示的顶深拉高
svgSection.addgElement2BaseLayer(currentWell.gWell, curPage.fMapScale * listWellsSection[i].fXview, curPage.fMapScale * listWellsSection[i].fYview - listWellsSection[i].fShowedDepthTop * curPage.fVscale);
//加个井位标识
returnElemment = cSVGSectionWell.gWellHead(svgSection.svgDoc, sJH, curPage.fMapScale * listWellsSection[i].fXview, curPage.fMapScale * listWellsSection[i].fYview, 18);
svgSection.addgElement2BaseLayer(returnElemment, 0, 0);
}
svgSection.addgLayer(gLayerConnectBase, 0, 0);
svgSection.addgLayer(gLayerConnectLitho, 0, 0);
svgSection.addgLayer(gLayerConnectJSJL, 0, 0);
svgSection.addgLayer(gLayerFault, 0, 0);
string fileSVG = Path.Combine(cProjectManager.dirPathTemp, filenameSVGMap);
svgSection.makeSVGfile(fileSVG);
return(fileSVG);
}
public static string generateSectionGraph(string dirSectionData, string pathSectionCss, string filenameSVGMap)
{
//定义页面大小 及 纵向平移
List <ItemWellSection> listWellsSection = cXmlDocSectionGeo.makeListWellSection(pathSectionCss);
//读取page设置全局类
cXEGeopage curPage = new cXEGeopage(pathSectionCss);
iPositionXFirstWell = curPage.iPositionXFirstWell;
//设置井的绘制位置
setXPositionView(pathSectionCss, listWellsSection);
saveXview2Css(pathSectionCss, listWellsSection);
int iPageTopYOff = (int)(curPage.TopElevation * curPage.fVscale);
cSVGDocSection svgSection = new cSVGDocSection(curPage.PageWidth, curPage.PageHeight, 0, 0, curPage.sUnit);
//定义返回的xmlElement变量，作为调用各种加入的道的返回值
XmlElement returnElemment;
#region 增加海拔尺
//初始化页面数据、海拔尺，绘图单位
int ElevationRulerTop = int.Parse(cXmlBase.getNodeInnerText(pathSectionCss, cXETrackRuler.xmlFullPathTopElevationDepth));
int ElevationRulerBase = int.Parse(cXmlBase.getNodeInnerText(pathSectionCss, cXETrackRuler.xmlFullPathBotElevationDepth));
int iScaleElevationRuler = int.Parse(cXmlBase.getNodeInnerText(pathSectionCss, cXETrackRuler.xmlFullPathMainScale)); //海拔尺的maintick
int iFontSize = int.Parse(cXmlBase.getNodeInnerText(pathSectionCss, cXETrackRuler.xmlFullPathiFontSize));
int iVisible = int.Parse(cXmlBase.getNodeInnerText(pathSectionCss, cXETrackRuler.xmlFullPathiVisible));
//调用了简化版的海拔尺,海拔尺与井内容无关和标题一样 可由根文件控制。
//传入的深度与绘制无关，传入的海拔就是正，绘制时海拔向下为正
if (iVisible == 1)
{
returnElemment = cSVGSectionTrackWellRuler.gElevationRulerSimple(svgSection.svgDoc, ElevationRulerTop, ElevationRulerBase, iScaleElevationRuler, curPage.fVscale, iFontSize);
//iDX取了10
//因为有页面的top深对应刻度，所以要做纵向平移。
svgSection.addgElement2BaseLayer(returnElemment, 200, iPageTopYOff);
}
#endregion
XmlDocument XDocSection = new XmlDocument();
XDocSection.Load(pathSectionCss);
#region 断层 绘制断层 并把断层数据存入List 供连层时计算使用
XmlElement gLayerFault = svgSection.gLayerElement("断层");
string faultPath = "/SectionMap/FaultInfor/FaultItem";
List <itemDrawDataFaultItem> listFaultItem = new List <itemDrawDataFaultItem>();
foreach (XmlNode xn in XDocSection.SelectNodes(faultPath))
{
itemDrawDataFaultItem faultItem = new itemDrawDataFaultItem(xn);
string sID = xn.Attributes["id"].Value;
double x1 = transformX(curPage.fHScaleWellDistance, xn.Attributes["x1"].Value);
double y1 = double.Parse(xn.Attributes["y1"].Value) * curPage.fVscale;
double x2 = transformX(curPage.fHScaleWellDistance, xn.Attributes["x2"].Value);
double y2 = double.Parse(xn.Attributes["y2"].Value) * curPage.fVscale;
faultItem.x1View = x1;
faultItem.y1View = y1;
faultItem.x2View = x2;
faultItem.y2View = y2;
faultItem.displacementView = faultItem.displacement * curPage.fHScaleWellDistance;
XmlElement faultLine = svgSection.svgDoc.CreateElement("line");
faultLine.SetAttribute("id", sID);
faultLine.SetAttribute("stroke-width", "2");
faultLine.SetAttribute("onclick", "getID(evt)");
//左侧的绘制
faultLine.SetAttribute("x1", x1.ToString("0.0"));
faultLine.SetAttribute("y1", y1.ToString("0.0"));
faultLine.SetAttribute("x2", x2.ToString("0.0"));
faultLine.SetAttribute("y2", y2.ToString("0.0"));
faultLine.SetAttribute("stroke", "red");
faultLine.SetAttribute("fill", "red");
svgSection.addgElement2Layer(gLayerFault, faultLine, svgSection.offsetX_gSVG, iPageTopYOff);
listFaultItem.Add(faultItem);
}
#endregion
#region 先画连接层 判断是否切割，非切割的直接连接，切割的得重画
string pathTrack = "/SectionMap/ConnectInfor/ConnectItem";
//首先得判断是否多边形与断层线相交
XmlElement gLayerConnectJSJL = svgSection.gLayerElement("测井解释");
XmlElement gLayerConnectLayer = svgSection.gLayerElement("分层");
XmlElement gLayerConnectLitho = svgSection.gLayerElement("岩性");
XmlElement gLayerConnectBase = svgSection.gLayerElement("连接");
svgSection.addgLayer(gLayerConnectLayer, 0, 0);
foreach (XmlNode xn in XDocSection.SelectNodes(pathTrack))
{
if (xn.Attributes["id"] != null)
{
string sID = xn.Attributes["id"].Value;
int iShowMode = int.Parse(xn.Attributes["iShowMode"].Value);
string strTypeTrack = xn.Attributes["trackType"].Value;
string sFill = xn.Attributes["sFill"].Value;
#region 画连接层 模式1
if (iShowMode == 1)
{
XmlNode rect1 = xn.SelectSingleNode("rect1");
string sIDtrack1 = rect1.Attributes["sIDtrack"].Value;
string wellID1 = rect1.Attributes["wellID"].Value;
string sIDitem1 = rect1.Attributes["sIDitem"].Value;
string filePathOperWell1 = dirSectionData + "//" + wellID1 + ".xml";
cDataItemConnect item1 = new cDataItemConnect(pathSectionCss, filePathOperWell1, wellID1, sIDtrack1, sIDitem1);
XmlNode rect2 = xn.SelectSingleNode("rect2");
string sIDtrack2 = rect2.Attributes["sIDtrack"].Value;
string wellID2 = rect2.Attributes["wellID"].Value;
string sIDitem2 = rect2.Attributes["sIDitem"].Value;
string filePathOperWell2 = dirSectionData + "//" + wellID2 + ".xml";
cDataItemConnect item2 = new cDataItemConnect(pathSectionCss, filePathOperWell2, wellID2, sIDtrack2, sIDitem2);
if (wellID1 != "" && sIDtrack1 != "" && wellID2 != "" && sIDtrack2 != "")
{
List <string> ltPathd = makeConnectPath.makePathd(listFaultItem, item1, item2);
foreach (string d in ltPathd)
{
XmlElement connectPath = svgSection.svgDoc.CreateElement("path");
connectPath.SetAttribute("id", sID);
connectPath.SetAttribute("stroke-width", "1");
connectPath.SetAttribute("onclick", "getID(evt)");
connectPath.SetAttribute("stroke", "black");
connectPath.SetAttribute("d", d);
string fillType = "none";
if (strTypeTrack == TypeTrack.测井解释.ToString())
{
fillType = codeReplace.codeReplaceJSJL2FillUrl(sFill);
connectPath.SetAttribute("fill", fillType);
svgSection.addgElement2Layer(gLayerConnectJSJL, connectPath, svgSection.offsetX_gSVG, iPageTopYOff);
}
else if (strTypeTrack == TypeTrack.分层.ToString())
{
fillType = cSVGSectionTrackLayer.getLayerFillColor(sFill);
connectPath.SetAttribute("fill", fillType);
svgSection.addgElement2Layer(gLayerConnectLayer, connectPath, svgSection.offsetX_gSVG, iPageTopYOff);
}
else if (strTypeTrack == TypeTrack.岩性层段.ToString())
{
fillType = cSVGSectionTrackLayer.getLayerFillColor(sFill);
connectPath.SetAttribute("fill", fillType);
svgSection.addgElement2Layer(gLayerConnectLitho, connectPath, svgSection.offsetX_gSVG, iPageTopYOff);
}
else
{
connectPath.SetAttribute("fill", "none");
svgSection.addgElement2Layer(gLayerConnectBase, connectPath, svgSection.offsetX_gSVG, iPageTopYOff);
}
}
}
}
#endregion
#region 尖灭模式
else
{
XmlNode rect1 = xn.SelectSingleNode("rect1");
string sIDtrack1 = rect1.Attributes["sIDtrack"].Value;
string wellID1 = rect1.Attributes["wellID"].Value;
string sIDitem1 = rect1.Attributes["sIDitem"].Value;
if (wellID1 != "" && sIDtrack1 != "")
{
string filePathOperWell1 = dirSectionData + "//" + wellID1 + ".xml";
cDataItemConnect connectItem = new cDataItemConnect(pathSectionCss, filePathOperWell1, wellID1, sIDtrack1, sIDitem1);
double fExtanceLength = 100;
int indexWell = listWellsSection.IndexOf(listWellsSection.SingleOrDefault(p => p.sJH == wellID1));
if (indexWell < listWellsSection.Count - 1)
{
fExtanceLength = (listWellsSection[indexWell + 1].fXview - listWellsSection[indexWell].fXview) * 0.35;
}
string d = "";
if (iShowMode == (int)TypeModeGeoOperate.channelRight) //右河道
{
double x1 = connectItem.x1 + connectItem.width;
double y1 = connectItem.y1;
double x2 = connectItem.x1 + connectItem.width;
double y2 = connectItem.y1 + connectItem.height;
double x3 = x1 + fExtanceLength;
double y3 = y2;
double x4 = x1 + fExtanceLength;
double y4 = y1;
d = "M " + x1.ToString() + " " + y1.ToString() + " L " + x2.ToString() + " " + y2.ToString() +
" Q " + x3.ToString() + " " + y3.ToString() + " " + x4.ToString() + " " + y4.ToString() + " z ";
}
if (iShowMode == (int)TypeModeGeoOperate.channelLeft) //左河道
{
double x1 = connectItem.x1;
double y1 = connectItem.y1;
double x2 = connectItem.x1;
double y2 = connectItem.y1 + connectItem.height;
double x3 = x1 - fExtanceLength;
double y3 = y2;
double x4 = x1 - fExtanceLength;
double y4 = y1;
d = "M " + x1.ToString() + " " + y1.ToString() + " L " + x2.ToString() + " " + y2.ToString() +
" Q " + x3.ToString() + " " + y3.ToString() + " " + x4.ToString() + " " + y4.ToString() + " z ";
}
if (iShowMode == (int)TypeModeGeoOperate.barRight) //右坝
{
double x1 = connectItem.x1 + connectItem.width;
double y1 = connectItem.y1;
double x2 = connectItem.x1 + connectItem.width;
double y2 = connectItem.y1 + connectItem.height;
double x3 = x1 + fExtanceLength;
double y3 = y1;
double x4 = x1 + fExtanceLength;
double y4 = y2;
d = "M " + x2.ToString() + " " + y2.ToString() + " L " + x1.ToString() + " " + y1.ToString() +
" Q " + x3.ToString() + " " + y3.ToString() + " " + x4.ToString() + " " + y4.ToString() + " z ";
}
if (iShowMode == (int)TypeModeGeoOperate.barLeft) //左坝
{
double x1 = connectItem.x1;
double y1 = connectItem.y1;
double x2 = connectItem.x1;
double y2 = connectItem.y1 + connectItem.height;
double x3 = x1 - fExtanceLength;
double y3 = y1;
double x4 = x1 - fExtanceLength;
double y4 = y2;
d = "M " + x2.ToString() + " " + y2.ToString() + " L " + x1.ToString() + " " + y1.ToString() +
" Q " + x3.ToString() + " " + y3.ToString() + " " + x4.ToString() + " " + y4.ToString() + " z ";
}
if (iShowMode == (int)TypeModeGeoOperate.pinchOutRight) //右尖灭
{
double x1 = connectItem.x1 + connectItem.width;
double y1 = connectItem.y1;
double x2 = connectItem.x1 + connectItem.width;
double y2 = connectItem.y1 + connectItem.height;
d = "M " + x1.ToString() + " " + y1.ToString() + "h " + fExtanceLength.ToString() + "l -" + (0.2 * fExtanceLength).ToString() + " " + (connectItem.height / 2).ToString() + " " + "l " + (0.1 * fExtanceLength).ToString() + " " + (connectItem.height / 2).ToString() + " "
+ " L " + x2.ToString() + " " + y2.ToString() + " z ";
}
if (iShowMode == (int)TypeModeGeoOperate.pinchOutLeft) //左尖灭
{
double x1 = connectItem.x1;
double y1 = connectItem.y1;
double x2 = connectItem.x1;
double y2 = connectItem.y1 + connectItem.height;
d = "M " + x1.ToString() + " " + y1.ToString() + "h-" + fExtanceLength.ToString() + "l " + (0.2 * fExtanceLength).ToString() + " " + (connectItem.height / 2).ToString() + " " + "l -" + (0.1 * fExtanceLength).ToString() + " " + (connectItem.height / 2).ToString() + " "
+ " L " + x2.ToString() + " " + y2.ToString() + " z ";
}
XmlElement connectPath = svgSection.svgDoc.CreateElement("path");
connectPath.SetAttribute("id", sID);
connectPath.SetAttribute("stroke-width", "1");
connectPath.SetAttribute("onclick", "getID(evt)");
connectPath.SetAttribute("stroke", "black");
connectPath.SetAttribute("d", d);
string fillType = "none";
if (strTypeTrack == TypeTrack.测井解释.ToString())
{
fillType = codeReplace.codeReplaceJSJL2FillUrl(sFill);
connectPath.SetAttribute("fill", fillType);
svgSection.addgElement2Layer(gLayerConnectJSJL, connectPath, svgSection.offsetX_gSVG, iPageTopYOff);
}
else if (strTypeTrack == TypeTrack.分层.ToString())
{
fillType = cSVGSectionTrackLayer.getLayerFillColor(sFill);
connectPath.SetAttribute("fill", fillType);
svgSection.addgElement2Layer(gLayerConnectLayer, connectPath, svgSection.offsetX_gSVG, iPageTopYOff);
}
} //end if wellID 不能为空
}
#endregion
}
}
#endregion
#region //在listWellSection中循环，一口一口井的加入剖面
for (int i = 0; i < listWellsSection.Count; i++)
{
string sJH = listWellsSection[i].sJH;
string filePathTemplatOper = Path.Combine(dirSectionData, sJH + ".xml");
//斜井模式
cSVGSectionWell currentWell = makePathWell(svgSection, pathSectionCss, filePathTemplatOper,
listWellsSection[i].fShowedDepthTop, listWellsSection[i].fShowedDepthBase, curPage.fVscale, curPage);
//建立新层
XmlElement gWellLayer = svgSection.gLayerElement(sJH);
svgSection.addgLayer(gWellLayer, 0, 0);
svgSection.addgElement2Layer(gWellLayer, currentWell.gWell, listWellsSection[i].fXview, iPageTopYOff + listWellsSection[i].fYview * curPage.fVscale);
//增加井距线
if (i < listWellsSection.Count - 1)
{
double distance = c2DGeometryAlgorithm.calDistance2D(listWellsSection[i].dbX, listWellsSection[i].dbY, listWellsSection[i + 1].dbX, listWellsSection[i + 1].dbY);
returnElemment = cSVGSectionTrackConnect.gLineWellDistance(svgSection.svgDoc, listWellsSection[i].fXview, 10, listWellsSection[i + 1].fXview - listWellsSection[i].fXview, distance);
svgSection.addgElement2BaseLayer(returnElemment, svgSection.offsetX_gSVG, svgSection.offsetY_gSVG);
}
}
#endregion
svgSection.addgLayer(gLayerConnectBase, 0, 0);
svgSection.addgLayer(gLayerConnectLitho, 0, 0);
svgSection.addgLayer(gLayerConnectJSJL, 0, 0);
svgSection.addgLayer(gLayerFault, 0, 0);
string fileSVG = Path.Combine(cProjectManager.dirPathTemp, filenameSVGMap);
svgSection.makeSVGfile(fileSVG);
return(fileSVG);
}
