#pragma warning( push ,0) 
#include <math.h>
// #include <osg/LineStipple>
// #include <osg/DrawPixels>
#include <cassert>
#include <QApplication>
#include <QDebug>
#include <QGraphicsWidget>
#include "QPainter"
// #include "QtWindowWellSection.h"
// #include "HeadObj.h"
//#include "geometryutils.h"
#include "DrawBase.h"
// #include "WellSectionConst.h"
// #include "VecSceneManager.h"
// #include "QtWellTrackNode.h"
// #include "ConsoleOutputWidget.h"
// #include "ObjProject.h"

#pragma warning( pop )  

BEGIN_OSGGRAPHICS_NAMESPACE;

CDrawBase::CDrawBase()/*:CQtWellLogTrackNode()	*/
{
    // hHeadObj = new HeadObj(this,GL_LINES);
    // m_pWave = new ClientItem(this);
	m_Value=0;
	m_SDep=0;
	m_EDep=0;
	m_Rlev=0.125;
	iIndex=-1;
	nHeight=0;
	nWidth=0;
	m_PlotSdep=0;
	m_PlotEdep=0;
//	m_MoveDep=0;
	m_PointNum=0;
	LITH_WIDTH=32;
	LITH_HEIGHT=16;
    // m_pLeftText = new CItemText();
    // m_pRightText = new CItemText();
    // m_pCurveNameText=new CItemText();
    // m_pUnitText=new CItemText();

	m_pWellLog=NULL;
}

CDrawBase::~CDrawBase()
{
	if(m_Value!=NULL)
	    delete []m_Value;
    // if(hHeadObj&&(long long)hHeadObj->pFF>0x00ffff&&hHeadObj->pFF!=(CDrawBase*)0xfeeefeeefeeefeee&&hHeadObj->pFF!=(CDrawBase*)0xdddddddddddddddd) {
    // 	if(m_pLeftText){
    // 		m_pLeftText->setParentItem(NULL);
    // 		delete m_pLeftText;
    // 		m_pLeftText=NULL;
    // 	}
    // 	if(m_pRightText){
    // 		m_pRightText->setParentItem(NULL);
    // 		delete m_pRightText;
    // 		m_pRightText=NULL;
    // 	}
    // 	if(m_pCurveNameText){
    // 		m_pCurveNameText->setParentItem(NULL);
    // 		delete m_pCurveNameText;
    // 		m_pCurveNameText=NULL;
    // 	}
    // 	if(m_pUnitText) {
    // 		m_pUnitText->setParentItem(NULL);
    // 		delete m_pUnitText;
    // 		m_pUnitText=NULL;
    // 	}
    // 	m_pWave->pFF=NULL;
    // 	hHeadObj->setParentItem(NULL);
    // 	delete hHeadObj;
    // 	hHeadObj=NULL;
    // }
    // if(m_pWave&&m_pWave->pFF&&m_pWave->pFF!=(CDrawBase*)0xfeeefeeefeeefeee&&m_pWave->pFF!=(CDrawBase*)0xdddddddddddddddd&&m_pWave->pFF!=(CDrawBase*)0xabababababababab) {
    // 	m_pWave->pFF=NULL;
    // 	m_pWave->setParentItem(NULL);
    // 	delete m_pWave;
    // 	m_pWave=NULL;
    // }
}
double CDrawBase::getYOSGGlobalFromPixel(double y)
{
    // if(!m_pSceneManager) return 0;
    // CObjWellLogTrack *pLogTrack = m_pWellSceneManager->GetWellSectionGeomtry().GetLogTrack( m_pWellLog);
    // if( pLogTrack )
    // {
    // 	CObjWellTrack*m_pWellTrack = pLogTrack->GetWellTrack();
    // 	if(!m_pWellTrack) return 0;
    // 	CQtWindowWellSection *pWin=dynamic_cast<CQtWindowWellSection*>(m_pSceneManager->GetVecWindow());
    // 	if(pWin){
    // 		return pWin->getYOSGGlobalFromPixel(m_pWellTrack,y);
    // 	}
    // 	osg::Vec3d vecGeoNormal;
    // 	m_pSceneManager->GetCoordinate()->ConvertCoordDouble( m_pWellTrack->GetID(),eCoord_OSGPixel,osg::Vec3d(0,y,0),eCoord_OSGGlobal,vecGeoNormal );
    // 	return vecGeoNormal[1];
    // }
	return 0;
}
// osg::Vec3d CDrawBase::OSGPixleToOSGLocal(osg::Vec3d vOSGPixel )
// {
// 	osg::Vec3d vecOSGLocal;
// 	m_pQtSceneManager->GetCoordinate()->ConvertCoordDouble(NULL,eCoord_OSGPixel, vOSGPixel,
// 		eCoord_OSGLocal,vecOSGLocal );
// 	return vecOSGLocal;
// }

double CDrawBase::getYGeoNormalFromPixel(double y)
{
    // if(!m_pSceneManager) return 0;
    // CObjWellLogTrack *pLogTrack = m_pWellSceneManager->GetWellSectionGeomtry().GetLogTrack( m_pWellLog);
    // if( pLogTrack )
    // {
    // 	CObjWellTrack*m_pWellTrack = pLogTrack->GetWellTrack();
    // 	if(!m_pWellTrack) return 0;
    // 	CQtWindowWellSection *pWin=dynamic_cast<CQtWindowWellSection*>(m_pSceneManager->GetVecWindow());
    // 	if(pWin){
    // 		return pWin->getYGeoNormalFromPixel(m_pWellTrack,y);
    // 	}
    // 	osg::Vec3d vecGeoNormal;
    // 	m_pSceneManager->GetCoordinate()->ConvertCoordDouble( m_pWellTrack->GetID(),eCoord_OSGPixel,osg::Vec3d(0,y,0),eCoord_GEO,vecGeoNormal );
    // 	return vecGeoNormal[1];
    // }
	return 0;
}
double CDrawBase::getYFromOSGPixel(double y)
{
    return 0;
    // CQtWellTrackNode *pWellNode = GetWellTrackNode();
    // if(!pWellNode) return 0;
    // if(m_pSceneManager->IsWellSectonHorizonLayout())
    // {
    // 	return pWellNode->ConvertX(eCoord_OSGPixel,y,eCoord_GEO);
    // }
    // else {
    // 	return pWellNode->ConvertY(eCoord_OSGPixel,y,eCoord_GEO);
    // }
    // return 0;
}

double CDrawBase::getXFromOSGPixel(double x,bool IsWF,bool CalType)
{
    return 0;
    // CQtWellTrackNode *pWellNode = GetWellTrackNode();
    // if(!pWellNode) return 0;
    // float x0=0;
    // CSheet& sheet =  GetWellTrackNode()->GetWellSheet();
    // if(m_pSceneManager->IsWellSectonHorizonLayout()) {
    // 	osg::Vec3d vecSheet = sheet.VecToSheetCoord( osg::Vec3d(1,x,1),eCoord_OSGPixel,this->GetID() );
    // 	x0=vecSheet[0];
    // }
    // else {
    // 	osg::Vec3d vecSheet = sheet.VecToSheetCoord( osg::Vec3d(x,1,1),eCoord_OSGPixel,this->GetID() );
    // 	x0=vecSheet[0];
    // }
 //  	const sTrack& sTrack = m_pWellSceneManager->GetWellSectionGeomtry().GetLogTrackInfo(m_pWellLog);
 //  	CObjWellLogTrack *pLogTrack = m_pWellSceneManager->GetWellSectionGeomtry().GetLogTrack( m_pWellLog );
  
 //  	int nColumeIndex = sTrack.nBeginColumIndex;
 //  	if( nColumeIndex<0 )
 //  	{
 //  		return 0;
 //  	}
 //  	QList<PaiObject*> mchilds;
    // pLogTrack->GetChildren(mchilds);
 //  	CellRange cellRange = sTrack.GetCellRange();
 //  	cellRange.nEndRow = cellRange.nBeginRow + mchilds.indexOf( m_pWellLog ) + 1 ;
 //  	cellRange.nBeginRow = cellRange.nEndRow;
  
 //  	int nRowNumber = pWellNode->GetWellSheet().GetRowNumber();
    // QRectF rcF = pWellNode->GetWellSheet().GetCellRect( CellRange(nRowNumber-1,nRowNumber-1,
    // 	sTrack.nBeginColumIndex,sTrack.nEndColumIndex));
    // if(rcF.width()==0) return 0;
    // float val=0;
    // float lsc=0,rsc=0;
    // if ( CalType !=AXIS_LINEAR ) {
    // 	if(IsWF) {
    // 		if(mWaveMes.m_Right-mWaveMes.m_Left>0) {
    // 			rsc=log10f(mWaveMes.m_Left);
    // 			lsc=log10f(mWaveMes.m_Right);
    // 		}
    // 		else {
    // 			lsc=log10f(mWaveMes.m_Left);
    // 			rsc=log10f(mWaveMes.m_Right);
    // 		}
    // 	}
    // 	else {
    // 		if(m_RightVal-m_LeftVal>0) {
    // 			rsc=log10f(m_LeftVal);
    // 			lsc=log10f(m_RightVal);
    // 		}
    // 		else {
    // 			lsc=log10f(m_LeftVal);
    // 			rsc=log10f(m_RightVal);
    // 		}
    // 	}
    // }
    // else {
    // 	if(IsWF) {
    // 		if(mWaveMes.m_Right-mWaveMes.m_Left>0) {
    // 			rsc=(mWaveMes.m_Left);
    // 			lsc=(mWaveMes.m_Right);
    // 		}
    // 		else {
    // 			lsc=(mWaveMes.m_Right);
    // 			rsc=(mWaveMes.m_Left);
    // 		}
    // 	}
    // 	else {
    // 		if(m_RightVal-m_LeftVal>0) {
    // 			rsc=(m_LeftVal);
    // 			lsc=(m_RightVal);
    // 		}
    // 		else {
    // 			lsc=(m_RightVal);
    // 			rsc=(m_LeftVal);
    // 		}
    // 	}
    // }
    // val=(rcF.width()-(x0-rcF.left()))*(rsc-lsc)/rcF.width()+lsc;
    // if ( CalType !=AXIS_LINEAR ) {
    // 	val=powf(10.0f,val);
    // }
    // return val;
}

double CDrawBase::getYGeoFromOSGGlobal(double yOSGGlobal)
{
    return 0;
    // if(!m_pSceneManager) return 0;
    // CObjWellLogTrack *pLogTrack = m_pWellSceneManager->GetWellSectionGeomtry().GetLogTrack( m_pWellLog);
    // if( pLogTrack )
    // {
    // 	CObjWellTrack*m_pWellTrack = pLogTrack->GetWellTrack();
    // 	if(!m_pWellTrack) return 0;
    // 	osg::Vec3d vecGeoNormal;
    // 	bool bHorizonLayout=m_pWellSceneManager->IsWellSectonHorizonLayout();
    // 	if(bHorizonLayout) {
    // 		m_pSceneManager->GetCoordinate()->ConvertCoordDouble( m_pWellTrack->GetID(),eCoord_OSGGlobal,osg::Vec3d(yOSGGlobal,yOSGGlobal,0),eCoord_GEO,vecGeoNormal );
    // 	}
    // 	else {
    // 		m_pSceneManager->GetCoordinate()->ConvertCoordDouble( m_pWellTrack->GetID(),eCoord_OSGGlobal,osg::Vec3d(0,yOSGGlobal,0),eCoord_GEO,vecGeoNormal );
    // 	}
    // 	return vecGeoNormal[1];
    // }
    // return 0;
}
double CDrawBase::getXGeoFromOSGGlobal(double xOSGGlobal,bool IsWF)
{
    return 0;
    // if(!m_pSceneManager) return 0;
    // CSheet *pSheet=m_pWellSceneManager->GetCurrentSheet();

    // osg::Vec3d vecSheet = pSheet->VecToSheetCoord( osg::Vec3d(xOSGGlobal,0,0),eCoord_OSGGlobal,this->GetID() );
    // int x0=vecSheet[0];

 // 	CQtWellTrackNode *pWellNode = GetWellTrackNode();
 //  	if( !pWellNode ) return 0;
  
 //  	const sTrack& sTrack = m_pWellSceneManager->GetWellSectionGeomtry().GetLogTrackInfo(m_pWellLog);
 //  	CObjWellLogTrack *pLogTrack = m_pWellSceneManager->GetWellSectionGeomtry().GetLogTrack( m_pWellLog );
  
 //  	int nColumeIndex = sTrack.nBeginColumIndex;
 //  	if( nColumeIndex<0 )
 //  	{
 //  		return 0;
 //  	}
    // QList<PaiObject*> mchilds;
    // pLogTrack->GetChildren(mchilds);
  	
 //  	CellRange cellRange = sTrack.GetCellRange();
 //  	cellRange.nEndRow = cellRange.nBeginRow + mchilds.indexOf( m_pWellLog ) + 1 ;
 //  	cellRange.nBeginRow = cellRange.nEndRow;
  
 //  	int nRowNumber = pWellNode->GetWellSheet().GetRowNumber();
    // QRectF rcF = pWellNode->GetWellSheet().GetCellRect( CellRange(nRowNumber-1,nRowNumber-1,
    // 	sTrack.nBeginColumIndex,sTrack.nEndColumIndex));
    // if(rcF.width()==0) return 0;
    // float val=0;
    // if(IsWF) {
    // 	if(mWaveMes.m_Right-mWaveMes.m_Left>0) val=(x0-rcF.left())*(mWaveMes.m_Right-mWaveMes.m_Left)/rcF.width()+mWaveMes.m_Left;
    // 	else val=(rcF.width()-(x0-rcF.left()))*(mWaveMes.m_Left-mWaveMes.m_Right)/rcF.width()+mWaveMes.m_Right;
    // }
    // else {
    // 	if(m_RightVal-m_LeftVal>0) val=(x0-rcF.left())*(m_RightVal-m_LeftVal)/rcF.width()+m_LeftVal;
    // 	else val=(rcF.width()-(x0-rcF.left()))*(m_LeftVal-m_RightVal)/rcF.width()+m_RightVal;
    // }
    // return val;
}

double CDrawBase::getXOSGGlobalFromPixel(double x)
{
    // if(!m_pSceneManager) return 0;
    // CObjWellLogTrack *pLogTrack = m_pWellSceneManager->GetWellSectionGeomtry().GetLogTrack( m_pWellLog);
    // if( pLogTrack )
    // {
    // 	CObjWellTrack*m_pWellTrack = pLogTrack->GetWellTrack();
    // 	if(!m_pWellTrack) return 0;
    // 	osg::Vec3d vecGeoNormal;
    // 	m_pSceneManager->GetCoordinate()->ConvertCoordDouble( m_pWellTrack->GetID(),eCoord_OSGPixel,osg::Vec3d(x,0,0),eCoord_OSGGlobal,vecGeoNormal );
    // 	return vecGeoNormal[0];
    // }
	return 0;
}

void CDrawBase::ReadData()
{

	//CMemRdWt mrw;	

	//if (!mrw.Open(sFilePath.toStdString().c_str()))  // 打开井文件
	//	return;

	//iIndex = mrw.OpenWave(sName.toStdString().c_str());//("EP_S");
	//if(iIndex<0)return;
	//objViewInfo->m_LogName = sName;
	//mrw.GetWaveInfo(iIndex,&WaveInfo);

	//m_SDep = WaveInfo.StartDepth;
	//m_EDep = WaveInfo.EndDepth;
	//m_Rlev = WaveInfo.DepLevel;
	//int m_nSamples = WaveInfo.TimeSamples;
	//int m_flRlev2 = WaveInfo.TimeLevel;
	//m_PointNum = (float)(fabs((m_EDep-m_SDep)/m_Rlev+0.5));
	//if(m_Value!=NULL)
	//    delete []m_Value;

}
void CDrawBase::SaveData()
{	
}
void CDrawBase::InitProperty()
{
}
void CDrawBase::GetProperty()
{
}
void CDrawBase::Refurbish()
{
}
void CDrawBase::DrawLith(QPainter *pDC,QPointF *pt,int nPoint,QBrush m_Colorbrush,QColor pColor,QColor bkColor)
{
	int x=15;

	unsigned char *tPixel=new unsigned char[16*16];

	nHeight=x+1;
	nWidth=x+1;
	LITH_HEIGHT=x+1;
	LITH_WIDTH=x+1;
//	mScale=cx*cy;

	QImage MemDC(LITH_WIDTH,LITH_HEIGHT,QImage::Format_ARGB32);
    QPainter pa1(&MemDC);
    pa1.fillRect(QRectF(0,0,LITH_WIDTH,LITH_HEIGHT),m_Colorbrush);
	JudgePixel(MemDC,bkColor,tPixel);

//	x=15/25.0*cy*cx;
//	x=(int)(x/16.0)*16-1;
//	if(x>4*16-1) x=4*14-1;
	if(x<15) x=15;
	x/=2;
	nHeight=x+1;
	nWidth=x+1;
	LITH_HEIGHT=x+1;
	LITH_WIDTH=x+1;
	//mScale=cx*cy;

	unsigned char *bPixel = new unsigned char[LITH_WIDTH*LITH_HEIGHT];
	memset(bPixel,0,LITH_WIDTH*LITH_HEIGHT);

	QPointF *point = new QPointF[LITH_WIDTH*LITH_HEIGHT];
	for(int i=0;i<LITH_HEIGHT;i++) {
		for(int j=0;j<LITH_WIDTH;j++) {
			point[i*LITH_WIDTH+j].setX(0);
			point[i*LITH_WIDTH+j].setY(0);
		}
	}
//	memset(point,0,LITH_WIDTH*LITH_HEIGHT*sizeof(POINT));
	int *pointn = new int[LITH_HEIGHT];
	float scale=(x+1)/16.0;
	for (int i=0; i<LITH_WIDTH; i++)
	{
		for (int j=0; j<LITH_HEIGHT; j++)
		{
			int ja=j/scale;
			if(ja>15) ja=15;
			int ib=i/scale;
			if(ib>15) ib=15;
			if(tPixel[ja*16+ib]) {
				bPixel[j*LITH_WIDTH+i]=1;
			}
		}
	}
	delete []tPixel;
	for (int j=0; j<LITH_HEIGHT; j++) {
		pointn[j]=0;
		int jj=0;
		int i=0;
		for (i=0; i<LITH_WIDTH; i++)
		{
			if(bPixel[j*LITH_WIDTH+i]) {
				if(jj==0) point[j*LITH_WIDTH+pointn[j]].setX(i);
				jj=1;
			}
			else if(jj) {
				jj=0;
				point[j*LITH_WIDTH+pointn[j]].setY(i);
				pointn[j]++;
			}
		}
		if(jj) {
			point[j*LITH_WIDTH+pointn[j]].setY(i);
			if(point[j*LITH_WIDTH+pointn[j]].y()<0)point[j*LITH_WIDTH+pointn[j]].setY(0);
			pointn[j]++;
		}
	}
	delete [] bPixel;
	FillLith(pDC,pt,nPoint,pColor,qRgb(0,0,0),point,pointn,LITH_WIDTH,LITH_HEIGHT);

	delete point;
	delete pointn;
}

void CDrawBase::JudgePixel(QImage &pDC,QColor bkColor,unsigned char *strPixel)
{
	QRgb bc=bkColor.rgb();
	int i,j;
	memset(strPixel,0x00,LITH_WIDTH*LITH_HEIGHT);
	for (i=0; i<LITH_WIDTH; i++)
	{
		for (j=0; j<LITH_HEIGHT; j++)
		{
			strPixel[j*LITH_WIDTH+i] = (pDC.pixel(i,j)!=bc);
		}
	}
}
void CDrawBase::JudgePixel(unsigned char *iptrn,unsigned char *strPixel)
{
	int i,j,k,m;
	unsigned char ch,chPixel[8];

	chPixel[0] = 1;
	for (i=1; i<8; i++)
		chPixel[i] =  chPixel[i-1]*2;

	memset(strPixel,0x00,32*16);
	for (i=0; i<LITH_HEIGHT; i++)
	{
		for (j=0; j<4; j++)
		{
			ch = iptrn[i*4+j];
			for (k=0; k<8; k++)
			{
				if ( ch & chPixel[7-k] )
					strPixel[i*32+j*8+k] = 1;//ch & chPixel[7-k] ;
			}
		}
	}
}

//////////////////////////////////////////////////////////////////////////////////////////////////
// 功能:   填充多边形
//
// 参数:   lpPoints: 指向顶点坐标数组的指针，数组类型为POINT，多边形由它们顺次封闭连接得到
//     nCount:   顶点的个数
//     nColor:   填充的颜色 默认为黑色
//     pDC:   设备句柄指针
//
// 返回:   无返回值
//
// 说明:   可以是边相交的多边形
//
//
void CDrawBase::FillLith(QPainter *pDC,QPointF *lpPoints,int nCount,QColor crFore,QColor crBack,QPointF *pixels,int *pointn,int nWidth,int nHeight)
{
	int penw = 2;
	if(penw<0) penw=1;
	// 检查参数合法性
	if(nCount<=2) return;
	pDC->save();
	QPen pen=pDC->pen();
	pen.setColor(crFore);
	pen.setStyle(Qt::PenStyle::SolidLine);
	pen.setWidth(penw);
	pDC->setPen(pen);

	int i=0,j=0,k=0;
	int y0=0,y1=0;   // 扫描线的最大和最小y坐标
	LPEdge pAET=NULL; // 活化边表头指针
	LPEdge * pET=NULL;   // 边表头指针

	pAET=new Edge; // 初始化表头指针，第一个元素不用
	pAET->pNext=NULL;
	// 获取y方向扫描线边界
	for(i=1;i<nCount;i++)
	{
		lpPoints[i].setY(lpPoints[i].y()/penw*penw);
	}
	y0=y1=lpPoints[0].y();
	for(i=1;i<nCount;i++)
	{
		if(lpPoints[i].y()<y0) y0=lpPoints[i].y();
		else if(lpPoints[i].y()>y1) y1=lpPoints[i].y();
	}
	if(y0>=y1) {
		delete pAET;
		pDC->restore();
		return;
	}
	// 初始化边表，第一个元素不用
	pET=new LPEdge[(y1-y0)/penw+1];
	for(i=0;i<=y1-y0;i+=penw)
	{
		pET[i/penw]= new Edge;
		pET[i/penw]->pNext=NULL;
	}
	for(i=0;i<nCount;i++)
	{
		j=(i+1)%nCount; // 组成边的下一点
		if(lpPoints[i].y() != lpPoints[j].y())// 如果该边不是水平的则加入边表
		{
			LPEdge peg;    // 指向该边的指针
			LPEdge ppeg;   // 指向边指针的指针
			// 构造边
			peg =new Edge;
			k=(lpPoints[i].y()>lpPoints[j].y())?i:j;
			peg->ymax=lpPoints[k].y(); // 该边最大y坐标
			k=(k==j)?i:j; 
			peg->x=(float)lpPoints[k].x(); // 该边与扫描线焦点x坐标
			peg->dx=(float)(lpPoints[i].x()-lpPoints[j].x())/(lpPoints[i].y()-lpPoints[j].y());// 该边斜率的倒数
			peg->pNext=NULL;
			// 插入边
			ppeg=pET[(int)((lpPoints[k].y()-y0)/penw)];
			while(ppeg->pNext)	ppeg=ppeg->pNext;
			ppeg->pNext=peg;
		}// end if
	}// end for i

	// 扫描
	for(i=y0;i<=y1;i+=penw)
	{
		LPEdge peg0=pET[(i-y0)/penw]->pNext;
		LPEdge peg1=pET[(i-y0)/penw];
		if(peg0)// 有新边加入
		{
			while(peg1->pNext)	peg1=peg1->pNext;
			peg1->pNext=pAET->pNext;
			pAET->pNext=peg0;
		}
		// 按照x递增排序pAET
		peg0=pAET;
		while(peg0->pNext)
		{
			LPEdge pegmax=peg0;
			LPEdge peg1=peg0;
			LPEdge pegi=NULL;
			while(peg1->pNext)
			{
				if(peg1->pNext->x>pegmax->pNext->x) pegmax=peg1;
				peg1=peg1->pNext;
			}
			pegi=pegmax->pNext;
			pegmax->pNext=pegi->pNext;
			pegi->pNext=pAET->pNext;
			pAET->pNext=pegi;
			if(peg0 == pAET) peg0=pegi;
		}
		// 遍历活边表，画线
		peg0=pAET;
		while(peg0->pNext)
		{
			if(peg0->pNext->pNext)
			{
				LineFillLith(pDC,(int)peg0->pNext->x,(int)peg0->pNext->pNext->x,i/penw,penw,crFore,crBack,pixels,pointn,nWidth,nHeight);
				peg0=peg0->pNext->pNext;
			}
			else
				break;
		}
		// 把ymax=i的节点从活边表删除并把每个节点的x值递增dx
		peg0=pAET;
		while(peg0->pNext)
		{
			if(peg0->pNext->ymax < i+penw+1)
			{
				peg1=peg0->pNext;
				peg0->pNext=peg0->pNext->pNext; //删除
				delete peg1;
				continue;
			}
			peg0->pNext->x+=peg0->pNext->dx; //把每个节点的x值递增dx
			peg0=peg0->pNext;
		}
	}
	// 删除边表
	for(i=0;i<=y1-y0;i+=penw) if(pET[i/penw]) {
		delete pET[i/penw];
	}
	if(pAET) delete pAET;
	if(pET)  delete[] pET; 
	pDC->restore();
}
void CDrawBase::FillLith(QPainter *pDC,QPointF *lpPoints,int nCount,QColor crFore,QColor crBack,QImage image,int x00,int y00)
{
	int penw = 1;
	if(penw<0) penw=1;
	// 检查参数合法性
	if(nCount<=2) return;
	pDC->save();
	QPen pen=pDC->pen();
	pen.setColor(crFore);
	pen.setStyle(Qt::PenStyle::SolidLine);
	pen.setWidth(penw);
	pDC->setPen(pen);

	int i=0,j=0,k=0;
	int y0=0,y1=0;   // 扫描线的最大和最小y坐标
	LPEdge pAET=NULL; // 活化边表头指针
	LPEdge * pET=NULL;   // 边表头指针

	pAET=new Edge; // 初始化表头指针，第一个元素不用
	pAET->pNext=NULL;
	// 获取y方向扫描线边界
	for(i=1;i<nCount;i++)
	{
		lpPoints[i].setY(lpPoints[i].y()/penw*penw);
	}
	y0=y1=lpPoints[0].y();
	for(i=1;i<nCount;i++)
	{
		if(lpPoints[i].y()<y0) y0=lpPoints[i].y();
		else if(lpPoints[i].y()>y1) y1=lpPoints[i].y();
	}
	if(y0>=y1) {
		delete pAET;
		pDC->restore();
		return;
	}
	// 初始化边表，第一个元素不用
	pET=new LPEdge[(y1-y0)/penw+1];
	for(i=0;i<=y1-y0;i+=penw)
	{
		pET[i/penw]= new Edge;
		pET[i/penw]->pNext=NULL;
	}
	for(i=0;i<nCount;i++)
	{
		j=(i+1)%nCount; // 组成边的下一点
		if(lpPoints[i].y() != lpPoints[j].y())// 如果该边不是水平的则加入边表
		{
			LPEdge peg;    // 指向该边的指针
			LPEdge ppeg;   // 指向边指针的指针
			// 构造边
			peg =new Edge;
			k=(lpPoints[i].y()>lpPoints[j].y())?i:j;
			peg->ymax=lpPoints[k].y(); // 该边最大y坐标
			k=(k==j)?i:j; 
			peg->x=(float)lpPoints[k].x(); // 该边与扫描线焦点x坐标
			peg->dx=(float)(lpPoints[i].x()-lpPoints[j].x())/(lpPoints[i].y()-lpPoints[j].y());// 该边斜率的倒数
			peg->pNext=NULL;
			// 插入边
			ppeg=pET[(int)((lpPoints[k].y()-y0)/penw)];
			while(ppeg->pNext)	ppeg=ppeg->pNext;
			ppeg->pNext=peg;
		}// end if
	}// end for i

	// 扫描
	for(i=y0;i<=y1;i+=penw)
	{
		LPEdge peg0=pET[(i-y0)/penw]->pNext;
		LPEdge peg1=pET[(i-y0)/penw];
		if(peg0)// 有新边加入
		{
			while(peg1->pNext)	peg1=peg1->pNext;
			peg1->pNext=pAET->pNext;
			pAET->pNext=peg0;
		}
		// 按照x递增排序pAET
		peg0=pAET;
		while(peg0->pNext)
		{
			LPEdge pegmax=peg0;
			LPEdge peg1=peg0;
			LPEdge pegi=NULL;
			while(peg1->pNext)
			{
				if(peg1->pNext->x>pegmax->pNext->x) pegmax=peg1;
				peg1=peg1->pNext;
			}
			pegi=pegmax->pNext;
			pegmax->pNext=pegi->pNext;
			pegi->pNext=pAET->pNext;
			pAET->pNext=pegi;
			if(peg0 == pAET) peg0=pegi;
		}
		// 遍历活边表，画线
		peg0=pAET;
		while(peg0->pNext)
		{
			if(peg0->pNext->pNext)
			{
				LineFillLith(pDC,(int)peg0->pNext->x,(int)peg0->pNext->pNext->x,i/penw,penw,crFore,crBack,image,x00,y00);
				peg0=peg0->pNext->pNext;
			}
			else
				break;
		}
		// 把ymax=i的节点从活边表删除并把每个节点的x值递增dx
		peg0=pAET;
		while(peg0->pNext)
		{
			if(peg0->pNext->ymax < i+penw+1)
			{
				peg1=peg0->pNext;
				peg0->pNext=peg0->pNext->pNext; //删除
				delete peg1;
				continue;
			}
			peg0->pNext->x+=peg0->pNext->dx; //把每个节点的x值递增dx
			peg0=peg0->pNext;
		}
	}
	// 删除边表
	for(i=0;i<=y1-y0;i+=penw) if(pET[i/penw]) {
		delete pET[i/penw];
	}
	if(pAET) delete pAET;
	if(pET)  delete[] pET; 
	pDC->restore();
}

void CDrawBase::LineFillLith(QPainter *hdc,int x1,int x2,int y,int ipen,QColor crFore,QColor crBack,QPointF *pixels,int *pointn,int nWidth,int nHeight)
{
	int iy,i,ix1,ix2,l1,l2,l3;
	int x11;
	bool bQuit = FALSE;
	iy = y % nHeight;
	if(iy<0) return;
	l1 = x1 % nWidth; 
	l3 = x1 / nWidth;
	l2 = nWidth;
	int x0=l3*nWidth;
	x11 = x0;//max width
	int loop=0;
	while ( 1 )
	{
		if ( x11+nWidth > x2 )	l2 = x2-x11;//end pos
		for(i=0;i<pointn[iy];i++) {
			if(pixels[iy*nWidth+i].x()<l1&&pixels[iy*nWidth+i].y()<l1) continue;
			if(pixels[iy*nWidth+i].x()>l2) break;
			ix1=x11+pixels[iy*nWidth+i].x()*ipen;
			ix2=x11+pixels[iy*nWidth+i].y()*ipen;
//			if(ix1<l1) ix1=l1;
//			if(ix2>l2) ix2=l2;
//			hdc->drawPoint(x11+ix1,y,ix2-ix1,1,crFore);
//			ix2=x11+ix2*ipen;
//			ix1=x11+ix1*ipen;
			if(ix1<x1) ix1=x1;
			if(ix2>x2) ix2=x2;
			hdc->drawLine(ix1,y*ipen,ix2,y*ipen);
		}
		l1 = 0;
		l3 ++;//new begin
		loop++;
		x11 = x0+loop*nWidth*ipen;
		if ( x11 > x2) break;
	}
}
void CDrawBase::LineFillLith(QPainter *hdc,int x1,int x2,int y,int ipen,QColor crFore,QColor crBack,QImage image,int x0,int y0)
{
	for(int i=x1;i<x2;i++) {
		if(image.pixel(i,y)==crFore.rgb()) {
			hdc->drawPoint(i+x0,y+y0);
		}
	}
	return;
}

void CDrawBase::_Build()
{
    // m_IsDrawTrack=0;
    // m_pWellLog = dynamic_cast<CObjWellLog *>(this->GetOSGObject());
    // CQtWellLogTrackNode::_Build();
    // m_pLogTrackViewinfo->SetDrawGrid(false);
    // m_pWellSceneManager = dynamic_cast<CQtWellSceneManager*>(m_pSceneManager);

    // if(!GetWellTrackNode())
    // 	return;
    // //////读取数据
    // GetProperty();
    // if(m_pWellLog) {
    // 	sName = m_pWellLog->GetName();
    // 	sFilePath = m_pWellLog->GetSlfFileName();
    // }
    // ///////////////////////
    // ///
    // ///  read data
    // ///
    // ReadData();

    // int nLen = 0;

    // ////////////////////////////////////////
    // //开始build wave部分
    // //道的最小最大值一样
    // m_pWellLogXScalTransform->boundingRect().setWidth(0);
    // QGraphicsRectItem *sheetMatrix = GetWellTrackNode()->GetTextContainer();
    // if(hHeadObj) {
    // 	hHeadObj->setParentItem(sheetMatrix);
    // 	hHeadObj->setWellLog(m_pWellLog);
    // }
    // if(m_pLeftText)m_pLeftText->setParentItem(sheetMatrix);
    // if(m_pRightText)m_pRightText->setParentItem(sheetMatrix);
    // if(m_pCurveNameText)m_pCurveNameText->setParentItem(sheetMatrix);
    // if(m_pUnitText)m_pUnitText->setParentItem(sheetMatrix);
    // SettingHeaderElements();
    // if(m_pWave) {
    // 	m_pWave->setWellLog(m_pWellLog);
    // 	m_pWave->setFlag( QGraphicsItem::ItemClipsToShape,true);
    // 	m_pWave->setParentItem(m_pHUDSwitch);
    // 	m_pWave->m_pWellSceneManager=m_pWellSceneManager;
    // }
    // if(m_pWellSceneManager->GetTrackNodeByLogID(m_pWellLog->GetID()))
    // {
    // 	m_pWellLogTrack=dynamic_cast<CObjWellLogTrack *>(m_pWellSceneManager->GetTrackNodeByLogID(m_pWellLog->GetID())->GetOSGObject());
    // }
	
    // SetXScaleTransform();
}
// void CDrawBase::_Update( eUpdateEvent e,CObjectEventParam *pEventParam )
// {
//  	GetProperty();
// 	Refurbish();
// 	CQtWellLogTrackNode::_Update(e,pEventParam);
// }
// void CDrawBase::SetWellSheet(CSheet* wellSheet)
// {
// 	m_pWellSheet = wellSheet;
// }

// CQtWellTrackNode * CDrawBase::GetWellTrackNode()
// {
// 	m_pWellLogTrack = m_pWellSceneManager->GetWellSectionGeomtry().GetLogTrack( m_pWellLog);
// 	if( m_pWellLogTrack )
// 	{
// 		QUuid wellTrackID = m_pWellLogTrack->GetWellTrack()->GetID();
// 		return dynamic_cast<CQtWellTrackNode * >( m_pSceneManager->GetBuilder( wellTrackID ) );
// 	}
// 	return NULL;
// }
void CDrawBase::DrawCurve(QPainter* pdc,QRectF mrt)
{
}

void CDrawBase::_UpdateHUD()
{
 // 	CQtWellTrackNode *pWellNode = GetWellTrackNode();
 //  	if( !pWellNode ) return;
 //  	const sTrack& sTrack = m_pWellSceneManager->GetWellSectionGeomtry().GetLogTrackInfo(m_pWellLog);
    // if(sTrack.nEndColumIndex<0) return;
    // if(sTrack.nEndRowIndex<0) return;
    // if(sTrack.nBeginRowIndex<0) return;
 //  	int nColumeIndex = sTrack.nBeginColumIndex;
 //  	if( nColumeIndex<0 )
 //  	{
    // 	return;
 //  	}
 //  	CSheet *pSheet=m_pWellSceneManager->GetCurrentSheet();
    // QList<PaiObject*> mchilds;
    // m_pWellLogTrack->GetChildren(mchilds);
 	
 //  	CellRange cellRange = sTrack.GetCellRange();
 //  	cellRange.nEndRow = cellRange.nBeginRow + mchilds.indexOf( m_pWellLog ) + 1 ;
 //  	cellRange.nBeginRow = cellRange.nEndRow;
	
 //  	QRectF headrcF = pWellNode->GetWellSheet().GetCellRect( cellRange );
 //  	int nRowNumber = pWellNode->GetWellSheet().GetRowNumber();

    // QRectF  rcGDIViewPort = m_pSceneManager->GetCameraCommand().GetViewPortSize( true,false,true );
    // CSheet &m_pWellSheet=pWellNode->GetWellSheet();
    // osg::Vec3d vec1,vec2,vec3,vec4,vec1_Sheet(rcGDIViewPort.x(),rcGDIViewPort.y(),0);
    // m_pSceneManager->GetCoordinate()->ConvertCoordDouble(this->GetID(),eCoord_OSGPixel, osg::Vec3d(rcGDIViewPort.left(),rcGDIViewPort.top(),0), eCoord_OSGGlobal,vec1 );
    // m_pSceneManager->GetCoordinate()->ConvertCoordDouble(this->GetID(),eCoord_OSGPixel, osg::Vec3d(rcGDIViewPort.right(),rcGDIViewPort.top(),0), eCoord_OSGGlobal,vec2 );
    // QRectF rcF = m_pWellSheet.GetCellRect( CellRange(nRowNumber-1,nRowNumber-1,sTrack.nBeginColumIndex,sTrack.nEndColumIndex));
    // vec3 = m_pWellSheet.SheetCoordToVec(osg::Vec3d(rcF.left(),rcF.top(),0), eCoord_OSGGlobal,this->GetID());
    // vec4 = m_pWellSheet.SheetCoordToVec(osg::Vec3d(rcF.right(),rcF.top(),0), eCoord_OSGGlobal,this->GetID());
    // if(vec4[0]<vec1[0]||vec3[0]>vec2[0]) return;

    // float dTopDepth = pWellNode->GetWellTrack()->GetTopWellLogDepth();
    // float dBottomDepth = pWellNode->GetWellTrack()->GetBottomWellLogDepth();
    // float dTopDepth1,dBottomDepth1;
    // this->GetVisibleDepth(dTopDepth,dBottomDepth,dTopDepth1,dBottomDepth1);
    // if(m_pLogCurveLines){//处理绘图范围
    // 	double yOSGMinTmp = pWellNode->ConvertY( eCoord_GEO, dTopDepth1 ,eCoord_GEONormal );
    // 	double yOSGMaxTmp = pWellNode->ConvertY( eCoord_GEO,dBottomDepth1, eCoord_GEONormal );
    // 	double yOSGMin = qMin( yOSGMinTmp,yOSGMaxTmp );
    // 	double yOSGMax = qMax( yOSGMinTmp,yOSGMaxTmp );
    // 	m_pLogCurveLines->Init(2,osg::Vec4f(0,0,1,1));
    // 	QVector<QPointF> vPoints;
    // 	vPoints << QPointF( m_dOSGPropertyMin,yOSGMin )
    // 		<< QPointF( m_dOSGPropertyMax,yOSGMax );
    // 	m_pLogCurveLines->SetPoints(vPoints);
    // 	m_pLogCurveLines->setVisible(false);
    // }
    // double dMarginOSGPixelY = m_pSceneManager->GetCoordinate()->ConvertDeltaX( QUuid(),eCoord_GDICM,m_pWellSceneManager->FIXED_LOGHead_MARGIN_CM, eCoord_OSGPixel,true);
    // if(m_pWellSceneManager->GetVecWindow()->GetWindowType()!=GetWindowTypeID_QtMultiWellSection())rcF.setY(rcGDIViewPort.y()-dMarginOSGPixelY);//修正高度
    // QMatrix cmpx=GetWellTrackNode()->GetSheetMatrix()->matrix();
    // int drawcurvetype=m_pWellSceneManager->GetCurveDrawType();
    // if(drawcurvetype==DRAWHEAD) {
 //  		if(hHeadObj)hHeadObj->setRect(headrcF,headrcF);
    // 	if(m_pWave) {
    // 		rcF.setHeight(0);
    // 		m_pWave->setRect(rcF);
    // 		m_pWave->setMatrix(cmpx);
    // 	}
    // }
    // else if(drawcurvetype==DRAWCURVE) {
    // 	headrcF.setHeight(0);
 //  		if(hHeadObj)hHeadObj->setRect(headrcF,headrcF);
    // 	if(m_pWave) {
    // 		m_pWave->setRect(rcF);
    // 		m_pWave->setMatrix(cmpx);
    // 	}
    // }
    // else {
 // 		if(hHeadObj)hHeadObj->setRect(headrcF,headrcF);
    // 	if(m_pWave) {
    // 		m_pWave->setRect(rcF);
    // 		m_pWave->setMatrix(cmpx);
    // 	}
    // }
}

double CDrawBase::GetData(int RepCode,char *buffer)
{
	double yy;
	if(!buffer) return 0;
	switch(RepCode)
	{
		case REPR_INT:  //0
			yy=(double)(*((int*)buffer));
			break;
		case REPR_SHORT: //1
			yy=(double)(*((short *)buffer));
			break;
		case REPR_LONG://2
			yy=(double)(*((long *)buffer));
			break;
		case REPR_FLOAT://3
			yy=(double)(*((float *)buffer));
			break;
		case REPR_DOUBLE://4
			yy=(double)(*((double *)buffer));
			break;
		case REPR_CHAR://5
			yy=(double)(*((char *)buffer));
			break;
		case REPR_UCHAR://6
			yy=(double)(*((unsigned char *)buffer));
			break;
		case REPR_USHORT://7
			yy=(double)(*((unsigned short *)buffer));
			break;
		case REPR_UINT://8
			yy=(double)(*((unsigned int *)buffer));
			break;
		case REPR_ULONG://9
			yy=(double)(*((unsigned long *)buffer));
			break;
		case REPR_STRING://10
			yy=-99999;
			break;
	}
	return yy;
}
void CDrawBase::SetData(int RepCode,char *buffer,float yy)
{
	switch(RepCode)
	{
		case REPR_INT:  //0
			(*((int*)buffer))=(int)yy;
			break;
		case REPR_SHORT: //1
			(*((short *)buffer))=(short)yy;
			break;
		case REPR_LONG://2
			(*((long *)buffer))=(long)yy;
			break;
		case REPR_FLOAT://3
			(*((float *)buffer))=yy;
			break;
		case REPR_DOUBLE://4
			(*((double *)buffer))=(double)yy;
			break;
		case REPR_CHAR://5
			(*((char *)buffer))=(char)yy;
			break;
		case REPR_UCHAR://6
			(*((unsigned char *)buffer))=(unsigned char)yy;
			break;
		case REPR_USHORT://7
			(*((unsigned short *)buffer))=(unsigned short)yy;
			break;
		case REPR_UINT://8
			(*((unsigned int *)buffer))=(unsigned int)yy;
			break;
		case REPR_ULONG://9
			(*((unsigned long *)buffer))=(unsigned long )yy;
			break;
		case REPR_STRING://10
//			*yy=-99999;
			break;
	}
}

void CDrawBase::SettingHeaderElements()
{
    // if(m_pUnitText) m_pUnitText->setVisible(false);
    // if(m_pCurveNameText)m_pCurveNameText->setVisible(false);
    // if(m_pLeftText)m_pLeftText->setVisible(false);
    // if(m_pRightText)m_pRightText->setVisible(false);
}
void CDrawBase::DrawHead(QPainter *pPainter,QRectF rt,QRectF trect)
{
    // CVecNodeBuilder::DrawHead(pPainter,rt,trect);
    // if(!m_pWellSceneManager) return;
    // CQtWellTrackNode *pWellNode = GetWellTrackNode();
    // if( !pWellNode ) return;

    // const sTrack& sTrack = m_pWellSceneManager->GetWellSectionGeomtry().GetLogTrackInfo(m_pWellLog);
    // CObjWellLogTrack *pLogTrack = m_pWellSceneManager->GetWellSectionGeomtry().GetLogTrack( m_pWellLog );

    // int nColumeIndex = sTrack.nBeginColumIndex;
    // if( nColumeIndex<0 )
    // {
    // 	return;
    // }
    // CSheet *pSheet=m_pWellSceneManager->GetCurrentSheet();
    // double yTop_OSGPixel(0),xMin_OSGPixel(0),xMax_OSGPixel(0),yBottom_OSGPixel(0);
    // CellRange cellRange = sTrack.GetCellRange();
    // QList<PaiObject*> mchilds;
    // pLogTrack->GetChildren(mchilds);

    // cellRange.nEndRow = cellRange.nBeginRow + mchilds.indexOf( m_pWellLog ) + 1 ;
    // cellRange.nBeginRow = cellRange.nEndRow;

    // QRectF rcF = pWellNode->GetWellSheet().GetCellRect( cellRange );
    // yTop_OSGPixel = rcF.top();
    // xMin_OSGPixel = rcF.left();
    // xMax_OSGPixel = rcF.right();
    // yBottom_OSGPixel = rcF.bottom();
    // float rowheight=45;
    // if(m_pWellSceneManager->IsWellSectonHorizonLayout()) rowheight=m_pWellSceneManager->GetCoordinate()->ConvertDeltaX( QUuid(),eCoord_GDICM,DEFAULT_ROW_HEIGHT,eCoord_GDIPixel,true);
    // else rowheight=m_pWellSceneManager->GetCoordinate()->ConvertDeltaY( QUuid(),eCoord_GDICM,DEFAULT_ROW_HEIGHT,eCoord_GDIPixel,true);

    // rowheight/=m_pSceneManager->GetZoomYRatio();
    // double dYOSGPixel = yTop_OSGPixel +rowheight;
    // if(m_pLeftText) {
    // 	m_pLeftText->SetPosition(pPainter, osg::Vec3d( xMin_OSGPixel+2,dYOSGPixel,0),Qt::AlignLeft |Qt::AlignBottom);						            //设置位置
    // }
    // if(m_pRightText) {
    // 	m_pRightText->SetPosition(pPainter, osg::Vec3d( xMax_OSGPixel-1,dYOSGPixel,0),Qt::AlignRight |Qt::AlignBottom);;
    // }
    // double cellcentre_y=yTop_OSGPixel+rowheight/4;
    // if(m_pCurveNameText) {
    // 	osg::Vec3d vTextPos = osg::Vec3d((xMin_OSGPixel+xMax_OSGPixel)/2.0,cellcentre_y,ZVALUE_HUDGeometry);
    // 	if(IsSelected()) {
    // 		QColor co=GetSelectedObjectColor();
    // 		m_pCurveNameText->SetColor(osg::Vec4f(co.red()/255.0,co.green()/255.0,co.blue()/255.0,co.alpha()/255.0));//co.red()/255.0,co.green()/255.0,co.blue()/255.0,co.alphaF()/255.0));
    // 	}
    // 	m_pCurveNameText->SetText(sName);
    // 	m_pCurveNameText->SetPosition(pPainter, vTextPos,Qt::AlignHCenter|Qt::AlignVCenter );
    // }
    // dYOSGPixel = yTop_OSGPixel +rowheight*1/3+rowheight*1/4+rowheight*1/8;
    // if(m_pUnitText) {
    // 	m_pUnitText->SetText(sUnit);
    // 	m_pUnitText->SetPosition(pPainter,osg::Vec3d((xMin_OSGPixel+xMax_OSGPixel)/2.0,dYOSGPixel,0),Qt::AlignHCenter|Qt::AlignVCenter);
    // }
    // m_pSelectedLine->setVisible(false);
    // pPainter->save();
    // if(IsSelected()) {
    // 	QPen pPen=pPainter->pen();
    // 	pPen.setColor(GetSelectedObjectColor());
    // 	pPen.setWidth(2);
    // 	pPainter->setBrush(Qt::NoBrush);
    // 	TranslateOSGLineStyleToQtPenStyle(pPen, DOTLINE );
    // 	pPainter->setPen(pPen);
    // 	pPainter->drawRect(rt);
    // }
    // pPainter->restore();
}
void CDrawBase::DrawClient(QPainter *pPainter,QRectF rt)
{
    // CVecNodeBuilder::DrawClient(pPainter,rt);
}

void CDrawBase::GetClientItem(float sdep,float edep, QVector<QLine> &lines)
{

}

void CDrawBase::DrawSidelines(QPainter *pPainter,QRectF rt)
{
}

void CDrawBase::GetDepth(QPainter *pDC,QRectF &mrt,QRectF &rt,float &sdep,float &edep,float &sdepc,float &edepc)
{
    // CQtWellTrackNode *pWellNode = GetWellTrackNode();
    // if(!pWellNode) return;
    // m_PlotSdep=pWellNode->GetOSGViewerTopDepth();
    // m_PlotEdep=pWellNode->GetOSGViewerBottomDepth();
    // sdep=pWellNode->m_curSdep;
    // edep=pWellNode->m_curEdep;
	sdepc=sdep;
	edepc=edep;
	rt = mrt;
}
//计算曲线位置
float CDrawBase::ComputePosToCurveVal(float x,float lsc,float rsc,float lps,float rps,int iType,float scale,float flMin,float flMax)
{
    return 0;
    // float flVal=0;
    // flVal = lsc+(x-lps)/(rps-lps)*(rsc-lsc);
    // if ( iType == LOGDepth )
    // {
    // 	flVal = powf(10.0f,flVal);
    // }
    // // 截止值
    // if ( flVal > flMax ) flVal = flMax;
    // if ( flVal < flMin ) flVal = flMin;
    // return flVal;
}
//计算曲线位置
float CDrawBase::ComputeCurvePos(float flVal,float lsc,float rsc,float lps,float rps,int iType,float scale,float flMin,float flMax)
{
    return 0;
// 	bool bFlag;
// 	float x;
// /*
// 	// 截止值
// 	if ( flVal > flMax )
// 		flVal = flMax;
// 	if ( flVal < flMin )
// 		flVal = flMin;
// */
// 	if ( iType == LOGDepth )
// 	{
// 		bFlag = FALSE;
// 		if (flVal <= 0)
// 			bFlag = TRUE;
// 		else
// 			flVal = log10f(flVal);
// 		x = lps+(flVal-lsc)/scale;
// 		if (bFlag )
// 			x = lps;
// 	}
// 	else
// 	{
// 		x = lps+(flVal-lsc)/scale;
// 	}
// 	if (x < flMin) {
// 		x = flMin;
// 	}
// 	if (x > flMax) {
// 		x = flMax;
// 	}
// 	return x;
}
float CDrawBase::ConvertY(eCoordType eInCoordType, double flDep,
		eCoordType eOutCoordType )
{
	return ConvertY(flDep);
}
// float CDrawBase::YConvertToGEO(float y)
// {
// 	CQtWellTrackNode *pWellNode = GetWellTrackNode();
// 	if(!pWellNode) return -9999;
// 	CSheet& sheet =  pWellNode->GetWellSheet();
// 	osg::Vec3d vecSheet =sheet.SheetCoordToVec( osg::Vec3d( 1,y,0),eCoord_GEO,this->GetID() );
// 	return vecSheet[1];
// }
// float CDrawBase::XConvertToGEO(float x)
// {
// 	CQtWellTrackNode *pWellNode = GetWellTrackNode();
// 	if(!pWellNode) return -9999;
// 	CSheet& sheet =  pWellNode->GetWellSheet();
// 	osg::Vec3d vecSheet =sheet.SheetCoordToVec( osg::Vec3d( x,1,0),eCoord_GEO,this->GetID() );
// 	return vecSheet[0];
// }
float CDrawBase::ConvertY(float fDep)
{
    return 0;
    // CQtWellTrackNode *pWellNode = GetWellTrackNode();
    // if(!pWellNode) return -9999;
    // CSheet& sheet =  pWellNode->GetWellSheet();

    // if(!m_pObjWell) {
    // 	m_pObjWell=pWellNode->GetWellTrack()->GetWelllogRound()->GetWell();
    // 	if(!m_pObjWell) {
    // 		m_pObjWell = dynamic_cast<CObjWell*>(GetProject()->GetObjectByID(pWellNode->GetWellTrack()->GetWellID()));
    // 		if(!m_pObjWell) {
    // 			CVecWindowDocument *pDoc=m_pSceneManager->GetDocument();
    // 			if(pDoc) {
    // 				m_pObjWell=pDoc->GetCurrentWell();
    // 				pWellNode->GetWellTrack()->SetWelllogRound(m_pObjWell->GetCurrentObjWellRound());
    // 			}
    // 		}
    // 	}
    // }


    // if(m_pSceneManager->GetDrawType()==1&&m_pObjWell) {
    // 	fDep=m_pObjWell->GetDZ(fDep);
    // }
    // else if(m_pSceneManager->GetDrawType()==2&&m_pObjWell) {
    // 	fDep=m_pObjWell->GetDX(fDep);
    // }
    // else if(m_pSceneManager->GetDrawType()==3&&m_pObjWell){
    // 	fDep=m_pObjWell->GetDZ(fDep);
    // }
    // osg::Vec3d vecSheet = sheet.VecToSheetCoord( osg::Vec3d( 1,fDep,0),eCoord_GEO,this->GetID() );
    // osg::Vec3d vec=sheet.ToSheetCoord(vecSheet);
    // m_pSceneManager->GetCoordinate()->ConvertCoordDouble(this->GetID(),eCoord_OSGGlobal,vec ,eCoord_GDIPixel,vecSheet  );
    // if(IsXYSwap(eCoord_GEO,eCoord_GDIPixel)) return vecSheet[0];
    // else return vecSheet[1];
}
double CDrawBase::GetDdep()
{
    return 0;
    // CQtWellTrackNode *pWellNode = GetWellTrackNode();
    // if(!pWellNode) return 1;
    // float m_Rlev=0.125;
    // float y0=ConvertY0(pWellNode->m_curSdep);
    // float y11=ConvertY0(pWellNode->m_curEdep);
    // float pointn=(pWellNode->m_curEdep-pWellNode->m_curSdep)/m_Rlev;
    // float ddep=(y11-y0)/pointn;//float ddep = 3.5625000;
    // if(ddep==0) {
    // 	y0=ConvertY( eCoord_GEO,pWellNode->m_curSdep,eCoord_GDIPixel );
    // 	y11=ConvertY( eCoord_GEO,pWellNode->m_curEdep,eCoord_GDIPixel );
    // 	ddep=(y11-y0)/pointn;//float ddep = 3.5625000;
    // }
    // double xScaleOld=1,yScaleOld=1;
    // m_pSceneManager->GetCameraCommand().GetXYScale( xScaleOld,yScaleOld );
    // if(getFacter()) return ddep/=xScaleOld;
    // else return ddep;
}
void CDrawBase::Destory()
{
    // if(hHeadObj&&hHeadObj->pFF!=(CDrawBase*)0xfeeefeeefeeefeee&&hHeadObj->pFF!=(CDrawBase*)0xdddddddddddddddd) {
    // 	if(m_pLeftText){
    // 		m_pLeftText->setParentItem(NULL);
    // 		delete m_pLeftText;
    // 		m_pLeftText=NULL;
    // 	}
    // 	if(m_pRightText){
    // 		m_pRightText->setParentItem(NULL);
    // 		delete m_pRightText;
    // 		m_pRightText=NULL;
    // 	}
    // 	if(m_pCurveNameText){
    // 		m_pCurveNameText->setParentItem(NULL);
    // 		delete m_pCurveNameText;
    // 		m_pCurveNameText=NULL;
    // 	}
    // 	if(m_pUnitText) {
    // 		m_pUnitText->setParentItem(NULL);
    // 		delete m_pUnitText;
    // 		m_pUnitText=NULL;
    // 	}
    // 	m_pWave->pFF=NULL;
    // 	hHeadObj->setParentItem(NULL);
    // 	delete hHeadObj;
    // 	hHeadObj=NULL;
    // }
    // if(m_pWave&&m_pWave->pFF!=(CDrawBase*)0xfeeefeeefeeefeee&&m_pWave->pFF!=(CDrawBase*)0xdddddddddddddddd&&m_pWave->pFF!=(CDrawBase*)0xabababababababab) {
    // 	m_pWave->pFF=NULL;
    // 	m_pWave->setParentItem(NULL);
    // 	delete m_pWave;
    // 	m_pWave=NULL;
    // }
    // CQtWellLogTrackNode::Destory();
}
END_OSGGRAPHICS_NAMESPACE