double getIntervalLogValue(trackDataListLog logDataList, ItemTrackDrawDataIntervalProperty dataItem)
{
List <double> ltCurDouble = new List <double>();
for (int i = 0; i < logDataList.fListMD.Count; i++)
{
if (logDataList.fListMD[i] >= dataItem.top && logDataList.fListMD[i] <= dataItem.bot)
{
ltCurDouble.Add(logDataList.fListValue[i]);
}
}
return(ltCurDouble.Average());
}
private void btnDraw_Click(object sender, EventArgs e)
{
//获取绘制各个类别的数据系列，根据 sID 和 文件名 获取道内数据
if (this.rdbTypeValue.Checked == true)
{
trackDataDraw curTrackDraw = new trackDataDraw(curTrack);
XmlNode dataList = curTrack.SelectSingleNode("dataList");
//按类别 选择的测井系列 动态增加数据
List <ItemTrackDrawDataIntervalProperty> ltDataItem = new List <ItemTrackDrawDataIntervalProperty>();
if (dataList != null)
{
XmlNodeList dataItem = dataList.SelectNodes("dataItem");
foreach (XmlNode xn in dataItem)
{
ItemTrackDrawDataIntervalProperty item = new ItemTrackDrawDataIntervalProperty(xn);
if (item.top >= fTop && item.bot <= fBot)
{
ltDataItem.Add(item);
}
}
}
updateCrossPlot(logX, logY, ltDataItem);
}
if (rdbLogValue.Checked == true)
{
updateTable(logX, logY);
//首先得判断对数坐标，左值，右值都能大于0
if (checkAxieScale())
{
updateCrossPlot(logX, logY);
}
else
{
MessageBox.Show("坐标轴范围不正确。");
}
}
}
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 void makeWellLayerSectionGraph(string filePathTemplatOper, double fTopShow, double fBotShow, double fVScale)
{
string filePathWellsvg = filePathTemplatOper.Replace(".xml", ".svg");
List <int> iListTrackWidth = new List <int>();
List <string> ListLegend = new List <string>(); //图例
XmlDocument curDoc = new XmlDocument();
curDoc.Load(filePathTemplatOper);
string sJH = cXmlBase.getNodeInnerText(curDoc, cXmlDocSectionWell.fullPathJH);
string sMapTitle = cXmlBase.getNodeInnerText(curDoc, cXEWellPage.fullPathMapTitle);
//图幅全部用px基本单位，fVScale已经包含了 px-> 到应用单位的转换。
double dfDS1Show = fTopShow;
double dfDS2Show = fBotShow;
double iDx = 0;
//这种是上移式图头绘制模式 与 遮盖式图头绘制模式严格位置不同
double iYpositionTitle = 0;
double iDy = -dfDS1Show * fVScale;
int iShowMode = int.Parse(cXmlBase.getNodeInnerText(curDoc, cXEWellPage.fullPathShowMode));
double PageWidth = 1000;
double PageHeight = (dfDS2Show - dfDS1Show) * fVScale + 20;
//以上代码执行2毫秒，不必优化了
cSVGBaseSection cSingleWell = new cSVGBaseSection(PageWidth, PageHeight, iDx, iDy, "px"); //全部用px 单位转换用算法实现
iListTrackWidth.Clear();
XmlElement returnElemment;
foreach (XmlElement el_Track in cXmlDocSectionWell.getTrackNodes(curDoc))
{
//初始化绘制道的基本信息
trackDataDraw curTrackDraw = new trackDataDraw(el_Track);
//定义一个新层 装道。 但是 也有问题，会有下面的遮盖问题。
//先画曲线，再画道头和道框，这样好看
if (curTrackDraw.iVisible > 0) //判断是否可见，可见才绘制
{
#region 深度道
if (curTrackDraw.sTrackType == TypeTrack.深度尺.ToString())
{
int mainTick = int.Parse(el_Track["mainScale"].InnerText);
int minTick = int.Parse(el_Track["minScale"].InnerText);
int tickFontSize = int.Parse(el_Track["fontSize"].InnerText);
returnElemment = cSVGSectionTrackWellRuler.gMDRuler(cSingleWell.svgDoc, cSingleWell.svgDefs, cSingleWell.svgCss, Convert.ToInt16(dfDS1Show), Convert.ToInt16(dfDS2Show), mainTick, minTick, fVScale, tickFontSize);
cSingleWell.addgElement2BaseLayer(returnElemment, iListTrackWidth.Sum(), 0);
}
# endregion
# region 文本道
if (curTrackDraw.sTrackType == TypeTrack.文本道.ToString())
{
int iAlignMode = 0;
if (el_Track["iAlignMode"] != null)
{
iAlignMode = int.Parse(el_Track["iAlignMode"].InnerText);
}
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 = cSVGSectionTrackText.gTrackItemText(cSingleWell.svgDoc, item.sID, item.top, item.bot, fVScale, item.sText, curTrackDraw.iTrackFontSize, iAlignMode, curTrackDraw.iTrackWidth, item.sProperty, curTrackDraw.sWriteMode);
cSingleWell.addgElement2BaseLayer(returnElemment, iListTrackWidth.Sum(), 0);
}
}
}
}
#endregion
#region 符号图道
if (curTrackDraw.sTrackType == TypeTrack.符号.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);
returnElemment = cSVGSectionTrackSymbol.gTrackIntervalSymbol(cSingleWell.svgDoc, cSingleWell.svgDefs, item, fVScale, curTrackDraw.iTrackWidth);
cSingleWell.addgElement2BaseLayer(returnElemment, iListTrackWidth.Sum(), 0);
}
}
}
#endregion
#region 比例条
if (curTrackDraw.sTrackType == TypeTrack.比例条.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);
returnElemment = cSVGSectionTrackSymbol.gTrackRatioRect(cSingleWell.svgDoc, item.sID, item.top, item.bot, float.Parse(item.sText), fVScale, curTrackDraw.iTrackWidth, "blue");
cSingleWell.addgElement2BaseLayer(returnElemment, iListTrackWidth.Sum(), 0);
}
}
}
#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)
{
itemDrawDataIntervalValue item = new itemDrawDataIntervalValue(xn);
if (item.top >= dfDS1Show && item.bot <= dfDS2Show)
{
returnElemment = cSVGSectionTrackLayer.gTrackItemLayer(cSingleWell.svgDoc, item, fVScale, curTrackDraw.iTrackFontSize, curTrackDraw.iTrackWidth);
cSingleWell.addgElement2BaseLayer(returnElemment, iListTrackWidth.Sum(), 0);
}
}
}
}
#endregion
#region 图片道
if (curTrackDraw.sTrackType == TypeTrack.图片道.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);
returnElemment = cSVGSectionTrackImage.gTrackImage(cSingleWell.svgDoc, cSingleWell.svgDefs, sJH, item, fVScale, curTrackDraw.iTrackWidth);
cSingleWell.addgElement2BaseLayer(returnElemment, iListTrackWidth.Sum(), 0);
}
}
}
#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.gTrackLitho(cSingleWell.svgDoc, cSingleWell.svgDefs, item, fVScale, curTrackDraw.iTrackWidth);
cSingleWell.addgElement2BaseLayer(returnElemment, iListTrackWidth.Sum(), 0);
}
}
}
}
#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.gTrackItemJSJL(cSingleWell.svgDoc, cSingleWell.svgDefs, item, fVScale, curTrackDraw.iTrackWidth);
if (curTrackDraw.sTrackType == TypeTrack.沉积旋回.ToString())
{
returnElemment = cSVGSectionTrackCycle.gTrackGeoCycle(cSingleWell.svgDoc, cSingleWell.svgDefs, item, fVScale, curTrackDraw.iTrackWidth);
}
if (curTrackDraw.sTrackType == TypeTrack.描述.ToString())
{
returnElemment = cSVGSectionTrackDes.gTrackItemFossil(cSingleWell.svgDoc, cSingleWell.svgDefs, item, fVScale, curTrackDraw.iTrackWidth);
}
cSingleWell.addgElement2BaseLayer(returnElemment, iListTrackWidth.Sum(), 0);
}
}
}
}
#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.gTrackLog(cSingleWell.svgDoc, curLogHead, curTrackDraw.iTrackWidth, dlTrackDataListLog.fListMD, dlTrackDataListLog.fListValue, fVScale);
cSingleWell.addgElement2BaseLayer(returnElemment, iListTrackWidth.Sum(), 0);
XmlNode nodeData = xnLog.SelectSingleNode("sData");
} //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);
}
}
}
#endregion
//道宽List
iListTrackWidth.Add(curTrackDraw.iTrackWidth);
} //if 是否可见
} //结束Foreach图道循环绘制