#include "LogIO.h"
#include <QDataStream>
#include <QObject>
#include <QDir>
#include <QCoreApplication>
#pragma execution_character_set("utf-8")
char* GetDescription(LAYER_DATA &m_Result,char *buf)
{
	buf[0]=0;
	if(m_Result.Zone[0]!=' '&&m_Result.Zone[0]!='\0') {
		int n=strlen(m_Result.Zone);
		if(n>16) n=16;
		strncpy(buf,m_Result.Zone,n);
		buf[n]=0;
	}
	else {
		int n=strlen(m_Result.Description1);
		if(n>48) n=48;
		strncpy(buf,m_Result.Description1,n);
		buf[n]=0;
		if(strlen(m_Result.Description2)){
			if(strlen(buf))strcat(buf,"-");
			strcat(buf,m_Result.Description2);
		}
		if(strlen(m_Result.Description3)){
			if(strlen(buf))strcat(buf,"-");
			strcat(buf,m_Result.Description3);
		}
		if(strlen(m_Result.Description4)){
			if(strlen(buf))strcat(buf,"-");
			strcat(buf,m_Result.Description4);
		}
		if(strlen(m_Result.Description5)){
			if(strlen(buf))strcat(buf,"-");
			strcat(buf,m_Result.Description5);
		}
		if(strlen(m_Result.Description6)){
			if(strlen(buf))strcat(buf,"-");
			strcat(buf,m_Result.Description6);
		}
		if(strlen(m_Result.Description7)){
			if(strlen(buf))strcat(buf,"-");
			strcat(buf,m_Result.Description7);
		}
		if(strlen(m_Result.Description8)){
			if(strlen(buf))strcat(buf,"-");
			strcat(buf,m_Result.Description8);
		}
		if(strlen(m_Result.Description9)){
			if(strlen(buf))strcat(buf,"-");
			strcat(buf,m_Result.Description9);
		}
		/*
		if(strlen(m_Result.Description10)){
			if(strlen(buf))strcat(buf,"-");
			strcat(buf,m_Result.Description10);
		}
		*/
	}
	return buf;
}
void ComputeH(QString zonename,LAYER_DATA &tempRes,float h,float total)
{
	h=QString::number(h+0.0001,'f',1).toFloat();
	if(zonename=="干层") {
		tempRes.Tt-=h;
	}
	if(strcmp(zonename.toStdString().c_str(),"油层")==0||
		strcmp(zonename.toStdString().c_str(),"偏干油层")==0||
		strcmp(zonename.toStdString().c_str(),"含水油层")==0||
		strcmp(zonename.toStdString().c_str(),"含气油层")==0
		) {
			if(total) h=total-tempRes.Oil;
			tempRes.Oil+=h;
	}
	else if(zonename=="差油层") {
		if(total) h=total-tempRes.PoorOil;
		tempRes.PoorOil+=h;
	}
	else if(zonename=="油水同层") {
		if(total) h=total-tempRes.OilWater;
		tempRes.OilWater+=h;
	}
	else if(zonename=="含油水层") {
		if(total) h=total-tempRes.WaterOil;
		tempRes.WaterOil+=h;
	}
	else if(zonename=="气层") {
		if(total) h=total-tempRes.Gas;
		tempRes.Gas+=h;
	}
	else if(zonename=="差气层") {
		if(total) h=total-tempRes.PoorGas;
		tempRes.PoorGas+=h;
	}
	else if(zonename=="气水同层") {
		if(total) h=total-tempRes.GasWater;
		tempRes.GasWater+=h;
	}
	else if(zonename=="含气水层") {
		if(total) h=total-tempRes.WaterGas;
		tempRes.WaterGas+=h;
	}
}
void GetWellNameAndPath(QString slf,QString &wellname,QString &path)//,QString &slffilename)
{
    QString slffilename=QString("");

	int ind=slf.lastIndexOf('\\');
	int ind2=slf.lastIndexOf('/');
	if(ind2>ind) ind=ind2;
	if(ind>-1) {
		slffilename=slf.mid(ind+1);
		path=slf.left(ind);
		ind=slffilename.lastIndexOf('.');
		if(ind>0) wellname=slffilename.left(ind);
	}
}
void ComputeTT(LAYER_DATA &m_Result,
	QString &result,
	QString &result1,
	QString &result2,
	QString &result3,
	QString &result4,
	QString &result5,
	QString &result6,
	QString &result7,
	QString &result8,
	QString &result9,
	QString &result10
	)
{
	float d1=QString::number(m_Result.StartDepth+0.0001,'f',1).toFloat();
	float d2=QString::number(m_Result.EndDepth+0.0001,'f',1).toFloat();
	m_Result.Thick=d2-d1+0.000001;
	m_Result.Tt=m_Result.Thick;
	QStringList strs;
	strs.append("油层");
	strs.append("偏干油层");
	strs.append("含水油层");
	strs.append("含气油层");
	strs.append("差油层");
	strs.append("油水同层");
	strs.append("含油水层");
	strs.append("气层");
	strs.append("差气层");
	strs.append("气水同层");
	strs.append("含气水层");
	int ind=0;
	int fc=0;
	int isw=0;
	float tt=0;
	if(m_Result.MDepth10){
		fc=1;
		float h=m_Result.EndDepth-m_Result.MDepth10;
		QString path,zonename;
		GetWellNameAndPath(result10,zonename,path);
		ComputeH(zonename,m_Result,h);
		if(strs.indexOf(zonename)<0) isw=1;
		else tt+=QString::number(h+0.0001,'f',1).toFloat();
		ind=10;
	}
	if(m_Result.MDepth9){
		fc=1;
		float h=0;
		if(!ind) h=m_Result.EndDepth-m_Result.MDepth9;
		else h=m_Result.MDepth10-m_Result.MDepth9;
		QString path,zonename;
		GetWellNameAndPath(result9,zonename,path);
		ComputeH(zonename,m_Result,h);
		if(!ind)ind=9;
		if(strs.indexOf(zonename)<0) isw=1;
		else tt+=QString::number(h+0.0001,'f',1).toFloat();
	}
	if(m_Result.MDepth8){
		fc=1;
		float h=0;
		if(!ind) h=m_Result.EndDepth-m_Result.MDepth8;
		else h=m_Result.MDepth9-m_Result.MDepth8;
		QString path,zonename;
		GetWellNameAndPath(result8,zonename,path);
		ComputeH(zonename,m_Result,h);
		if(!ind)ind=8;
		if(strs.indexOf(zonename)<0) isw=1;
		else tt+=QString::number(h+0.0001,'f',1).toFloat();
	}
	if(m_Result.MDepth7){
		fc=1;
		float h=0;
		if(!ind) h=m_Result.EndDepth-m_Result.MDepth7;
		else h=m_Result.MDepth8-m_Result.MDepth7;
		QString path,zonename;
		GetWellNameAndPath(result7,zonename,path);
		ComputeH(zonename,m_Result,h);
		if(!ind)ind=7;
		if(strs.indexOf(zonename)<0) isw=1;
		else tt+=QString::number(h+0.0001,'f',1).toFloat();
	}
	if(m_Result.MDepth6){
		fc=1;
		float h=0;
		if(!ind) h=m_Result.EndDepth-m_Result.MDepth6;
		else h=m_Result.MDepth7-m_Result.MDepth6;
		QString path,zonename;
		GetWellNameAndPath(result6,zonename,path);
		ComputeH(zonename,m_Result,h);
		if(!ind)ind=6;
		if(strs.indexOf(zonename)<0) isw=1;
		else tt+=QString::number(h+0.0001,'f',1).toFloat();
	}
	if(m_Result.MDepth5){
		fc=1;
		float h=0;
		if(!ind) h=m_Result.EndDepth-m_Result.MDepth5;
		else h=m_Result.MDepth6-m_Result.MDepth5;
		QString path,zonename;
		GetWellNameAndPath(result5,zonename,path);
		ComputeH(zonename,m_Result,h);
		if(!ind)ind=5;
		if(strs.indexOf(zonename)<0) isw=1;
		else tt+=QString::number(h+0.0001,'f',1).toFloat();
	}
	if(m_Result.MDepth4) {
		fc=1;
		float h=0;
		if(!ind) h=m_Result.EndDepth-m_Result.MDepth4;
		else h=m_Result.MDepth5-m_Result.MDepth4;
		QString path,zonename;
		GetWellNameAndPath(result4,zonename,path);
		ComputeH(zonename,m_Result,h);
		if(!ind)ind=4;
		if(strs.indexOf(zonename)<0) isw=1;
		else tt+=QString::number(h+0.0001,'f',1).toFloat();
	}
	if(m_Result.MDepth3) {
		fc=1;
		float h=0;
		if(!ind) h=m_Result.EndDepth-m_Result.MDepth3;
		else h=m_Result.MDepth4-m_Result.MDepth3;
		QString path,zonename;
		GetWellNameAndPath(result3,zonename,path);
		ComputeH(zonename,m_Result,h);
		if(!ind)ind=3;
		if(strs.indexOf(zonename)<0) isw=1;
		else tt+=QString::number(h+0.0001,'f',1).toFloat();
	}
	if(m_Result.MDepth2) {
		fc=1;
		float h=0;
		if(!ind) h=m_Result.EndDepth-m_Result.MDepth2;
		else h=m_Result.MDepth3-m_Result.MDepth2;
		QString path,zonename;
		GetWellNameAndPath(result2,zonename,path);
		ComputeH(zonename,m_Result,h);
		if(!ind)ind=2;
		if(strs.indexOf(zonename)<0) isw=1;
		else tt+=QString::number(h+0.0001,'f',1).toFloat();
	}
	if(m_Result.MDepth1) {
		fc=1;
		float h=0;
		if(!ind) h=m_Result.EndDepth-m_Result.MDepth1;
		else h=m_Result.MDepth2-m_Result.MDepth1;
		QString path,zonename;
		GetWellNameAndPath(result1,zonename,path);
		ComputeH(zonename,m_Result,h);
		if(strs.indexOf(zonename)<0) isw=1;
		else tt+=QString::number(h+0.0001,'f',1).toFloat();
		GetWellNameAndPath(result,zonename,path);
		if(strs.indexOf(zonename)<0) isw=1;
		if(isw) h=m_Result.MDepth1-m_Result.StartDepth;
		else h=m_Result.Thick-tt;
		ComputeH(zonename,m_Result,h);
		if(!ind)ind=1;
	}
	if(!fc) {
		fc=1;
		float h=m_Result.Thick;
		QString path,zonename;
		GetWellNameAndPath(result,zonename,path);
		ComputeH(zonename,m_Result,h);
	}
}
CLogIO ::CLogIO()
{
	m_Curve=NULL;
	m_Wave=NULL;
	m_Fmt=NULL;
	Slf_Info=NULL;
	m_MenuNumber=0;
}
QString GetOilFieldName()
{
	QString strProjectDir = QCoreApplication::applicationDirPath()+ QDir::separator() + "..";
	strProjectDir += QDir::separator();
	QString path=strProjectDir;
	path+="oilfield.ini";
	FILE *fp=fopen(path.toStdString().c_str(),"rt");
	char oilfield[200];
	oilfield[0]=0;
	if(fp) {
		fscanf(fp,"%s\n",oilfield);
		fclose(fp);
	}
	QString cs=oilfield;
	if(!cs.isEmpty()) return cs+QDir::separator();
	else return cs;
}
CLogIO ::CLogIO(const char* szLogFileName,int FileType):CSlfIO(szLogFileName,FileType)
{
	m_Curve=NULL;
	m_Wave=NULL;
	m_Fmt=NULL;
	m_MenuNumber=0;
	int MaxObjectNumber=m_Head.MaxObjectNumber;
	if(!IsWis) MaxObjectNumber=m_SlfHead.MaxTableNumber;
	Slf_Info= new char * [MaxObjectNumber];
	for(int i=0;i<MaxObjectNumber;i++) Slf_Info[i]=NULL;
	QString strConfPath;
	{
		QString strPathTmp = QCoreApplication::applicationDirPath()+ QDir::separator() ;
		strConfPath = QDir::toNativeSeparators( strPathTmp  );
		strConfPath=strPathTmp + "conf" + QDir::separator();
	}
	if(GetOilFieldName().indexOf("胜利")>-1) isShengLi=1;
	QString strPathTmp=strConfPath+"ENUM.ini";
	FILE *fp=fopen(strPathTmp.toStdString().c_str(),"r+t");
	if(fp) {
		char tem[100];
		while(!feof(fp)) {
			int ret=fscanf(fp,"%s",tem);
			if(ret<1) break;
			if(tem[0]) {
				QString strPathTmp1=strConfPath+GetOilFieldName()+tem+".ini";
				FILE *fp1=fopen(strPathTmp1.toStdString().c_str(),"r+t");
				if(fp1) {
					char buf1[100];
					Slf_Menu[m_MenuNumber].clear();
					while(!feof(fp1)) {
						int ret=fscanf(fp1,"%s",buf1);
						if(ret<1) break;
						Slf_Menu[m_MenuNumber].append(buf1);
					}
					fclose(fp1);
					m_MenuNumber++;
				}
			}
		}
		fclose(fp);
	}
}
CLogIO ::CLogIO(const char* szLogFileName,unsigned int nOpenFlags,int BlockLen,int MaxObjectNumber, int MachineType,int FileType)
{
	m_Curve=NULL;
	m_Wave=NULL;
	m_Fmt=NULL;
	if(!Open(szLogFileName,nOpenFlags,BlockLen,MaxObjectNumber,MachineType,FileType)) exit(0);
}
bool CLogIO ::Open(const char* szLogFileName,unsigned int nOpenFlags,int BlockLen,int MaxObjectNumber, int MachineType,int FileType)
{
	if(CSlfIO::Open(szLogFileName,nOpenFlags,BlockLen,MaxObjectNumber,MachineType,FileType))
	{
		m_MenuNumber=0;
		int MaxObjectNumber=m_Head.MaxObjectNumber;
		if(!IsWis) MaxObjectNumber=m_SlfHead.MaxTableNumber;
		Slf_Info= new char * [MaxObjectNumber];
		for(int i=0;i<MaxObjectNumber;i++) Slf_Info[i]=NULL;
		QString strConfPath;
		{
			QString strPathTmp = QCoreApplication::applicationDirPath()+ QDir::separator() ;
			strConfPath = QDir::toNativeSeparators( strPathTmp  );
			strConfPath=strPathTmp + "conf" + QDir::separator();
		}
		QString strPathTmp=strConfPath+"ENUM.ini";
		FILE *fp=fopen(strPathTmp.toStdString().c_str(),"r+t");
		if(fp) {
			char tem[100];
			while(!feof(fp)) {
				int ret=fscanf(fp,"%s",tem);
				if(ret<1) break;
				if(tem[0]) {
					QString strPathTmp1=strConfPath+GetOilFieldName()+tem+".ini";
					FILE *fp1=fopen(strPathTmp1.toStdString().c_str(),"r+t");
					if(fp1) {
						char buf1[100];
						Slf_Menu[m_MenuNumber].clear();
						while(!feof(fp1)) {
							int ret=fscanf(fp1,"%s",buf1);
							if(ret<1) break;
							Slf_Menu[m_MenuNumber].append(buf1);
						}
						fclose(fp1);
						m_MenuNumber++;
					}
				}
			}
			fclose(fp);
		}
		return TRUE;
	}
	else {
		return FALSE;
	}
} 
CLogIO ::~CLogIO()
{ 
	if(Slf_Info) {
		int MaxObjectNumber=0;
		if(!IsWis) MaxObjectNumber=m_SlfHead.MaxTableNumber;
		else MaxObjectNumber=m_Head.MaxObjectNumber;
		for(int i=0;i<MaxObjectNumber;i++) {
			if(Slf_Info[i]) delete Slf_Info[i];
		}
		delete []Slf_Info;
	}
	Slf_Info=NULL;
}
void CLogIO::Close()
{
	if(Slf_Info&&Slf_Info!=(char **)0xcccccccc){
		int MaxObjectNumber=m_Head.MaxObjectNumber;
		if(!IsWis) MaxObjectNumber=m_SlfHead.MaxTableNumber;
		for(int i=0;i<MaxObjectNumber;i++) {
			if(Slf_Info[i]) delete Slf_Info[i];
		}
		delete []Slf_Info;
	}
	Slf_Info=NULL;
	CSlfIO::Close();
}
bool CLogIO :: MoveDepth(int index,float sdep, float edep, float delta)
{
	if(IsWis) {
		return WisMoveDepth(index,sdep,edep,delta);
	}
	return SlfMoveDepth(index,sdep,edep,delta);
}
bool CLogIO :: WisMoveDepth(int index,float sdep, float edep, float delta)
{
	m_Curve=(Slf_CURVE *)Slf_Info[index];
	int  samples1=Slf_Int(sdep,m_Curve->StartDepth,m_Curve->DepLevel);//(int)((sdep-m_Curve->StartDepth)/m_Curve->DepLevel+0.5);
	if(samples1<0) samples1=0;
	int  samples2=Slf_Int(edep,m_Curve->StartDepth,m_Curve->DepLevel);//(int)((edep-m_Curve->StartDepth)/m_Curve->DepLevel+0.5);
	if(samples2<0) samples2=0;
	int move=0;
	if(delta>0) move=(int)(delta/m_Curve->DepLevel+0.5);
	else move=(int)(delta/m_Curve->DepLevel-0.5);
	MoveChannel(index,0,samples1,move,samples2);
	return 1;
}
bool CLogIO :: SlfMoveDepth(int index,float sdep, float edep, float delta)
{
	Slf_CURVE m_Curve;
	GetSlfCurveInfo(index,&m_Curve);
	int  samples1=Slf_Int(sdep,m_Curve.StartDepth,m_Curve.DepLevel);//((sdep-m_Curve.StartDepth)/m_Curve.DepLevel+1.5);
	if(samples1<0) samples1=0;
	int  samples2=Slf_Int(edep,m_Curve.StartDepth,m_Curve.DepLevel);//((edep-m_Curve.StartDepth)/m_Curve.DepLevel+0.5);
	samples2++;
	if(m_Curve.StartDepth+samples2*m_Curve.DepLevel>m_Curve.EndDepth) samples2-=1;
	if(samples2<0) samples2=0;
	int move=1;
	if(delta>0) move=(int)(delta/m_Curve.DepLevel+0.5);
	else move=(int)(delta/m_Curve.DepLevel-0.5);
	MoveSlfTable(index,samples1,samples2,move);
	return 1;
}
bool CLogIO :: WisCorrectDepth(int index,float delta)
{
	CorrectChannel(index,0,delta);
	return TRUE;
}
bool CLogIO :: SlfCorrectDepth(int index,float delta)
{
	CorrectSlfTableField(index,0,delta);
	return TRUE;
}
bool CLogIO :: CorrectDepth(int index,float delta)
{
	if(IsWis) return WisCorrectDepth(index,delta);
	return SlfCorrectDepth(index,delta);
}
bool CLogIO :: ExpandDepth(int index,float sdep,float edep)
{
	if(IsWis) return WisExpandDepth(index,sdep,edep);
	return SlfExpandDepth(index,sdep,edep);
}
bool CLogIO :: WisExpandDepth(int index,float sdep,float edep)
{
	m_Curve=(Slf_CURVE*)Slf_Info[index];
	int  samples1=Slf_Int(sdep,m_Curve->StartDepth,m_Curve->DepLevel);//(int)((sdep-m_Curve->StartDepth)/m_Curve->DepLevel+0.5);
	if(samples1<0) samples1=0;
	int  samples2=Slf_Int(edep,m_Curve->StartDepth,m_Curve->DepLevel);//(int)((edep-m_Curve->StartDepth)/m_Curve->DepLevel+0.5);
	if(samples2<0) samples2=0;
	ExpandChannel(index,0,samples1,samples2);
	return 1;
}
bool CLogIO :: SlfExpandDepth(int index,float sdep,float edep)
{
	Slf_CURVE m_Curve;
	GetSlfCurveInfo(index,&m_Curve);
	int  samples1=Slf_Int(sdep,m_Curve.StartDepth,m_Curve.DepLevel);//(int)((sdep-m_Curve.StartDepth)/m_Curve.DepLevel+0.5);
	int  samples2=Slf_Int(edep,m_Curve.StartDepth,m_Curve.DepLevel);//(int)((edep-m_Curve.StartDepth)/m_Curve.DepLevel+0.5);
	if(samples1<0) samples1=0;
	if(samples2<0) samples2=0;
	SetSlfTableRecordCount(index,samples2);
	return 1;
}
int  CLogIO :: OpenCurve(const char* name)
{
	if(	IsWis) return OpenWisCurve(name);
	return OpenSlfCurve(name);
}
int  CLogIO :: OpenSlfCurve(const char* name)
{
	int index=FindSlfObjectName((char *)name,CURVE_OBJECT);
	if(index<0)return -1;
	return OpenSlfTable(name,CURVE_OBJECT);
}
int  CLogIO :: OpenWisCurve(const char* name)
{
	int index = OpenChannel(name,CURVE_OBJECT);
	if(index>-1) {
		if(!Slf_Info[index]) Slf_Info[index]=new char [sizeof(Slf_CURVE)]; 
		m_Curve=(Slf_CURVE*)Slf_Info[index];
		GetCurveInfo(index,m_Curve);
		return index;
	}
	else return -1;
}

int  CLogIO :: OpenCurve(Slf_CURVE *pCurve,bool bFailExist)
{
	if(IsWis) return OpenWisCurve(pCurve,bFailExist);
	return OpenSlfCurve(pCurve,bFailExist);
}
int  CLogIO :: OpenWisCurve(Slf_CURVE *pCurve,bool bFailExist)
{
	int index = OpenCurve(pCurve->Name);
	if(index>-1) {
		Slf_CURVE info;
		GetCurveInfo(index,&info);
		if(info.CodeLen!=pCurve->CodeLen||info.RepCode!=pCurve->RepCode) {
			char newname[200];
			strcpy(newname,pCurve->Name);
			strcat(newname,".bak");
			CString sss;
			sss.Format("OpenWisCurve %s",newname);
			AfxMessageBox(sss);
			RenameObject(pCurve->Name,newname);
			index=-1;
		}
	}
	if(index<0) index=CreateCurve(pCurve,bFailExist);
	else if(bFailExist) CreateCurve(pCurve,bFailExist);
	return index;
}
int  CLogIO :: OpenSlfCurve(Slf_CURVE *pCurve,bool bFailExist)
{
	int index = OpenSlfCurve(pCurve->Name);
	if(index>-1) {
		Slf_CURVE info;
		GetCurveInfo(index,&info);
		if(info.CodeLen!=pCurve->CodeLen||info.RepCode!=pCurve->RepCode)//||info.DefVal!=pCurve->DefVal)
		{
			char newname[200];
			strcpy(newname,pCurve->Name);
			strcat(newname,".bak");
			//CString s1;
			QString str=QObject::tr("info.CodeLen=%d,pCurve->CodeLen=%d\r\ninfo.RepCode=%d,pCurve->RepCode=%d\r\n").arg(info.CodeLen)
				.arg(pCurve->CodeLen)
				.arg(info.RepCode)
				.arg(pCurve->RepCode);
			//s1.Format("info.CodeLen=%d,pCurve->CodeLen=%d\r\ninfo.RepCode=%d,pCurve->RepCode=%d\r\n",
			//	info.CodeLen,pCurve->CodeLen,info.RepCode,pCurve->RepCode);
			CString s1(str.toStdString().c_str());
			CString sss;
			sss.Format("OpenSlfCurve %s\r\n",newname);
			AfxMessageBox(sss+s1);
			RenameObject(pCurve->Name,newname);
			index=-1;
		}
	}

	if(index<0) index=CreateSlfCurve(pCurve,bFailExist);
	else if(bFailExist) CreateSlfCurve(pCurve,bFailExist);
	return index;
}
bool CLogIO :: GetWisCurveInfo(int index,Slf_CURVE* pInfo)
{
	GetChannelInfo(index,&cpInfo);
	memmove(pInfo->AliasName,cpInfo.AliasName,sizeof(pInfo->AliasName));
	memmove(pInfo->Name,m_ObjectEntry[index].Name,sizeof(pInfo->Name));
	pInfo->CodeLen=cpInfo.CodeLen;
	pInfo->RepCode=cpInfo.RepCode;
	pInfo->DepLevel=cpInfo.DimInfo[0].Delta;
	pInfo->MaxValue=cpInfo.MaxVal;
	pInfo->MinValue=cpInfo.MinVal;
	memmove(pInfo->Unit,cpInfo.Unit,sizeof(pInfo->Unit));
	memmove(pInfo->AliasUnit,cpInfo.AliasUnit,sizeof(pInfo->AliasUnit));
	memmove(pInfo->DepthUnit,cpInfo.DimInfo[0].Unit,sizeof(pInfo->DepthUnit));
	pInfo->StartDepth=cpInfo.DimInfo[0].StartVal;
	pInfo->EndDepth=pInfo->StartDepth+(cpInfo.DimInfo[0].Samples-1)*cpInfo.DimInfo[0].Delta;
	return TRUE;
}
bool CLogIO :: SetWisCurveInfo(int index,Slf_CURVE* pInfo)
{
	GetChannelInfo(index,&cpInfo);

	memmove(cpInfo.AliasName,pInfo->AliasName,sizeof(cpInfo.AliasName));
	memmove(m_ObjectEntry[index].Name,pInfo->Name,sizeof(pInfo->Name));
	WriteObjectEntry();
	/*
	pInfo->CodeLen=cpInfo.CodeLen;
	pInfo->RepCode=cpInfo.RepCode;
	pInfo->MaxValue=cpInfo.MaxVal;
	pInfo->MinValue=cpInfo.MinVal;
	*/
	if(pInfo->DepLevel!=cpInfo.DimInfo[0].Delta) WisChannelResamples(index,pInfo->DepLevel);
	memmove(cpInfo.Unit,pInfo->Unit,sizeof(cpInfo.Unit));
	memmove(cpInfo.AliasUnit,pInfo->AliasUnit,sizeof(cpInfo.AliasUnit));
	memmove(cpInfo.DimInfo[0].Unit,pInfo->DepthUnit,sizeof(cpInfo.DimInfo[0].Unit));
	cpInfo.DimInfo[0].StartVal=pInfo->StartDepth;
	SetChannelInfo(index,&cpInfo);
	return TRUE;
}
bool CLogIO :: GetCurveInfo(int index,Slf_CURVE* pInfo)
{
	if(IsWis) return GetWisCurveInfo(index,pInfo);
	return GetSlfCurveInfo(index,pInfo);
}
bool CLogIO :: GetSlfCurveInfo(int index,Slf_CURVE* pInfo)
{
	if(index<0) return 0;
	int FieldNum=GetSlfTableFieldCount(index);
	int rec=GetSlfTableRecordCount(index);
	Slf_TABLE_ENTRY obj;
	GetSlfObjectEntry(index,&obj);
	Slf_OBJECT_FIELD *pf=new Slf_OBJECT_FIELD[FieldNum];
	memset(pf,0,sizeof(Slf_OBJECT_FIELD)*FieldNum);
	GetSlfTableFieldInfo(index,pf);

	memmove(pInfo->Name,obj.Name,sizeof(pInfo->Name));
	memmove(pInfo->AliasName,obj.HZName,sizeof(pInfo->AliasName));
	memmove(pInfo->Unit,obj.Unit,sizeof(pInfo->Unit));
	memmove(pInfo->AliasUnit,obj.HZUnit,sizeof(pInfo->AliasUnit));
	memmove(pInfo->LogCopanyName,obj.LogCopanyName,sizeof(pInfo->LogCopanyName));
	memmove(pInfo->LoggingTeam,obj.LoggingTeam,sizeof(pInfo->LoggingTeam));
	memmove(pInfo->DataSource,obj.DataSource,sizeof(pInfo->DataSource));
	memmove(pInfo->Operator,obj.Operator,sizeof(pInfo->Operator));
	pInfo->SerialID=obj.SerialID;
	pInfo->LoggingDate=obj.LoggingDate;
	pInfo->ChangeNum=obj.ChangeNum;

	pInfo->CodeLen=pf[1].CodeLength;
	pInfo->RepCode=pf[1].RepCode;
	pInfo->DepLevel=pf[0].Rlev;
	pInfo->MaxValue=pf[1].Vmax;
	pInfo->MinValue=pf[1].Vmin;
	pInfo->DefVal=pf[1].DefVal;

	memmove(pInfo->Unit,pf[1].Unit,sizeof(pInfo->Unit));
	memmove(pInfo->AliasUnit,pf[1].HZUnit,sizeof(pInfo->AliasUnit));
	memmove(pInfo->DepthUnit,pf[0].Unit,sizeof(pInfo->DepthUnit));
	memmove(pInfo->DepthHZUnit,pf[0].HZUnit,sizeof(pInfo->DepthHZUnit));

	pInfo->StartDepth=pf[0].Start;
	pInfo->EndDepth=pf[0].Start+(rec-1)*pf[0].Rlev;

	delete []pf;
	return TRUE;
}
bool CLogIO :: SetSlfCurveInfo(int index,Slf_CURVE* pInfo)
{
	if(index<0) return 0;
	int FieldNum=GetSlfTableFieldCount(index);
	int rec=GetSlfTableRecordCount(index);
	Slf_TABLE_ENTRY obj;
	GetSlfObjectEntry(index,&obj);
	Slf_OBJECT_FIELD *pf=new Slf_OBJECT_FIELD[FieldNum];
	memset(pf,0,sizeof(Slf_OBJECT_FIELD)*FieldNum);
	GetSlfTableFieldInfo(index,pf);
	//whp add
	if(strlen(pInfo->AliasName)>sizeof(pInfo->AliasName))strcpy(pInfo->AliasName,pInfo->Name);
	if(strlen(pInfo->Unit)>sizeof(pInfo->Unit))strcpy(pInfo->Unit,"");
	if(strlen(pInfo->AliasUnit)>sizeof(pInfo->AliasUnit))strcpy(pInfo->AliasUnit,pInfo->Unit);
	if(strlen(pInfo->DepthUnit)>sizeof(pInfo->DepthUnit))strcpy(pInfo->DepthUnit,"m");
	if(strlen(pInfo->DepthHZUnit)>sizeof(pInfo->DepthHZUnit))strcpy(pInfo->DepthHZUnit,"米");
	if(strlen(pInfo->LogCopanyName)>sizeof(pInfo->LogCopanyName))strcpy(pInfo->LogCopanyName,"");
	if(strlen(pInfo->Operator)>sizeof(pInfo->Operator))strcpy(pInfo->Operator,"");
	if(strlen(pInfo->DataSource)>sizeof(pInfo->DataSource))strcpy(pInfo->DataSource,"create");
	if(strlen(pInfo->LoggingTeam)>sizeof(pInfo->LoggingTeam))strcpy(pInfo->LoggingTeam,"");
	//
	memmove(obj.HZName,pInfo->AliasName,sizeof(obj.HZName));
	memmove(obj.Name,pInfo->Name,sizeof(pInfo->Name));
	memmove(obj.HZName,pInfo->AliasName,sizeof(obj.HZName));
	memmove(obj.Unit,pInfo->Unit,sizeof(obj.Unit));
	memmove(obj.HZUnit,pInfo->AliasUnit,sizeof(obj.HZUnit));
	memmove(obj.LogCopanyName,pInfo->LogCopanyName,sizeof(obj.LogCopanyName));
	memmove(obj.LoggingTeam,pInfo->LoggingTeam,sizeof(obj.LoggingTeam));
	memmove(obj.DataSource,pInfo->DataSource,sizeof(obj.DataSource));
	memmove(obj.Operator,pInfo->Operator,sizeof(obj.Operator));
	obj.SerialID=pInfo->SerialID;
	obj.LoggingDate=pInfo->LoggingDate;
	obj.ChangeNum=pInfo->ChangeNum;

	WriteSlfObjectEntry(index,&obj);

	pf[1].Vmax=pInfo->MaxValue;
	pf[1].Vmin=pInfo->MinValue;
	pf[1].DefVal=pInfo->DefVal;

	if(pf[0].Rlev!=pInfo->DepLevel) SlfTableResamples(index,pInfo->DepLevel);

	memmove(pf[1].Unit,pInfo->Unit,sizeof(pf[1].Unit));
	memmove(pf[1].HZUnit,pInfo->AliasUnit,sizeof(pf[1].HZUnit));
	memmove(pf[0].Unit,pInfo->DepthUnit,sizeof(pf[0].Unit));
	memmove(pf[0].HZUnit,pInfo->DepthHZUnit,sizeof(pf[0].Unit));
	pf[0].Start=pInfo->StartDepth;
	SetSlfTableFieldInfo(index,pf,0);
	delete []pf;
	return TRUE;
}

int  CLogIO :: CreateWisCurve(Slf_CURVE* pInfo,bool bFailExist)
{
	if(pInfo->RepCode==0||pInfo->CodeLen==0) {
		pInfo->CodeLen=sizeof(float);
		pInfo->RepCode=REPR_FLOAT;
	}
	cpInfo.CodeLen=pInfo->CodeLen;
	cpInfo.RepCode=pInfo->RepCode;
	cpInfo.MaxVal=pInfo->MaxValue;
	cpInfo.MinVal=pInfo->MinValue;
	memmove(cpInfo.AliasName,pInfo->AliasName,sizeof(cpInfo.AliasName));
	memmove(cpInfo.Unit,pInfo->Unit,sizeof(cpInfo.Unit));
	memmove(cpInfo.AliasUnit,pInfo->AliasUnit,sizeof(cpInfo.AliasUnit));
	memmove(cpInfo.DimInfo[0].Name,"Depth",sizeof("Depth"));
	cpInfo.DimInfo[0].RepCode=pInfo->RepCode;
	cpInfo.DimInfo[0].Delta=pInfo->DepLevel;
	memmove(cpInfo.DimInfo[0].AliasName,"none",sizeof(cpInfo.DimInfo[0].AliasName));
	memmove(cpInfo.DimInfo[0].Unit,pInfo->DepthUnit,sizeof(cpInfo.DimInfo[0].Unit));
	cpInfo.DimInfo[0].StartVal=pInfo->StartDepth;
	cpInfo.NumOfDimension=1;
	cpInfo.Reserved=0;
	cpInfo.DimInfo[0].Reserved=0;
	int ssam=((pInfo->EndDepth-pInfo->StartDepth)/cpInfo.DimInfo[0].Delta+1.5);
	if(ssam<0) ssam=0;
	cpInfo.DimInfo[0].Samples=ssam;
	cpInfo.DimInfo[0].MaxSamples=cpInfo.DimInfo[0].Samples;
	cpInfo.DimInfo[0].Size=pInfo->CodeLen;
	int index=CreateChannel(CURVE_OBJECT,pInfo->Name,&cpInfo,bFailExist);
	if(index>-1) {
		if(!Slf_Info[index]) Slf_Info[index]=new char [sizeof(Slf_CURVE)]; 
		memmove(Slf_Info[index],pInfo,sizeof(Slf_CURVE));
		return index;
	}
	else  return -1;
}

int  CLogIO :: CreateCurve(Slf_CURVE* pInfo,bool bFailExist)
{
	if(pInfo->StartDepth<-1.0e+3||pInfo->EndDepth<-1.0e+3||pInfo->DepLevel<-1.0e+3) 
	{
		QString cs=pInfo->Name;
		cs+="深度不正常，无法创建曲线！";
		AfxMessageBox(cs);
		return -1;
	}
	if(IsWis) {
		return CreateWisCurve(pInfo,bFailExist);
	}
	return CreateSlfCurve(pInfo,bFailExist);
}
int  CLogIO :: CreateSlfCurve(Slf_CURVE* pInfo,bool bFailExist)
{
	//whp add
	if(strlen(pInfo->AliasName)>sizeof(pInfo->AliasName))strcpy(pInfo->AliasName,pInfo->Name);
	if(strlen(pInfo->Unit)>sizeof(pInfo->Unit))strcpy(pInfo->Unit,"");
	if(strlen(pInfo->AliasUnit)>sizeof(pInfo->AliasUnit))strcpy(pInfo->AliasUnit,pInfo->Unit);
	if(strlen(pInfo->DepthUnit)>sizeof(pInfo->DepthUnit))strcpy(pInfo->DepthUnit,"m");
	if(strlen(pInfo->DepthHZUnit)>sizeof(pInfo->DepthHZUnit))strcpy(pInfo->DepthHZUnit,"米");
	if(strlen(pInfo->LogCopanyName)>sizeof(pInfo->LogCopanyName))strcpy(pInfo->LogCopanyName,"");
	if(strlen(pInfo->Operator)>sizeof(pInfo->Operator))strcpy(pInfo->Operator,"");
	if(strlen(pInfo->DataSource)>sizeof(pInfo->DataSource))strcpy(pInfo->DataSource,"create");
	if(strlen(pInfo->LoggingTeam)>sizeof(pInfo->LoggingTeam))strcpy(pInfo->LoggingTeam,"");
	//
	int FieldNum=2;
	Slf_OBJECT_FIELD *pf=new Slf_OBJECT_FIELD[FieldNum];
	memset(pf,0,sizeof(Slf_OBJECT_FIELD)*FieldNum);
	strcpy(pf[0].Name,"Depth");
	strcpy(pf[0].HZName,"深度");
	//memmove(pf[0].HZUnit,pInfo->DepthUnit,sizeof(pf[0].Unit));
	//memmove(pf[0].Unit,pInfo->DepthHZUnit,sizeof(pf[0].Unit));
	if(pInfo->DepthUnit=="m"&&pInfo->DepthHZUnit!="m"&&pInfo->DepthHZUnit!="米")
	{
		strcpy(pInfo->DepthHZUnit,"米");
	}
	else if(pInfo->DepthUnit=="ft"&&pInfo->DepthHZUnit!="ft"&&pInfo->DepthHZUnit!="英尺")
	{
		strcpy(pInfo->DepthHZUnit,"英尺");
	}

	memmove(pf[0].HZUnit,pInfo->DepthHZUnit,sizeof(pf[0].HZUnit));
	memmove(pf[0].Unit,pInfo->DepthUnit,sizeof(pf[0].Unit));
	pf[0].DefVal=0;
	pf[0].ArrayNum=1;
	pf[0].CodeLength=pInfo->CodeLen;
	pf[0].RepCode=pInfo->RepCode;
	pf[0].Rlev=pInfo->DepLevel;
	pf[0].Vmax=pInfo->EndDepth;
	pf[0].Vmin=pInfo->StartDepth;
	pf[0].Start=pInfo->StartDepth;
	pf[0].SamplePoint=1;
	pf[0].Sequence=1;
	strcpy(pf[0].Reserved,"WangWei 2.0");

	memmove(pf[1].Name,pInfo->Name,sizeof(pf[1].Name));
	memmove(pf[1].HZName,pInfo->AliasName,sizeof(pf[1].HZName));
	pf[1].DefVal=pInfo->DefVal;
	memmove(pf[1].Unit,pInfo->Unit,sizeof(pf[1].Unit));
	memmove(pf[1].HZUnit,pInfo->AliasUnit,sizeof(pf[1].HZUnit));
	pf[1].CodeLength=pInfo->CodeLen;
	pf[1].RepCode=pInfo->RepCode;
	pf[1].Rlev=1;
	pf[1].Vmax=pInfo->MaxValue;
	pf[1].Vmin=pInfo->MinValue;
	pf[1].Start=pInfo->StartDepth;
	pf[1].ArrayNum=1;
	pf[1].SamplePoint=1;
	pf[1].Sequence=0;
	strcpy(pf[1].Reserved,"WangWei 2.0");
	int index=CreateSlfTable(CURVE_OBJECT,pInfo->Name,pInfo->AliasName,2,pf);
	Slf_TABLE_ENTRY obj;
	GetSlfObjectEntry(index,&obj);
	memmove(obj.HZName,pf[1].HZName,sizeof(obj.HZName));
	memmove(obj.Unit,pf[1].Unit,sizeof(obj.Unit));
	memmove(obj.HZUnit,pf[1].HZUnit,sizeof(obj.HZUnit));
	memmove(obj.LogCopanyName,pInfo->LogCopanyName,sizeof(obj.LogCopanyName));
	memmove(obj.LoggingTeam,pInfo->LoggingTeam,sizeof(obj.LoggingTeam));
	memmove(obj.DataSource,pInfo->DataSource,sizeof(obj.DataSource));
	memmove(obj.Operator,pInfo->Operator,sizeof(obj.Operator));
	obj.SerialID=pInfo->SerialID;
	obj.LoggingDate=pInfo->LoggingDate;
	obj.ChangeNum=pInfo->ChangeNum;
	WriteSlfObjectEntry(index,&obj);
	delete []pf;
	if(index>-1) {
		int rec=(pInfo->EndDepth-pInfo->StartDepth)/pInfo->DepLevel+1.5;
		SetSlfTableRecordCount(index,rec);
	}
	return index;
}

void CLogIO :: CloseWisCurve(int index)
{
	if(Slf_Info[index])delete Slf_Info[index];
	Slf_Info[index]=NULL;
	CloseChannel(index);
}
void CLogIO :: CloseSlfCurve(int index)
{
	CloseSlfTable(index);
}
void CLogIO :: CloseCurve(int index)
{
	if(IsWis) CloseWisCurve(index);
	else CloseSlfCurve(index);
}

DWORD CLogIO ::ReadWisCurve(int index, float depth, DWORD count, char* buffer)
{
	m_Curve=(Slf_CURVE*)Slf_Info[index];
	int pos=0;
	Slf_CHANNEL *m_Channel=(Slf_CHANNEL *)Slf_Info_Head[index];
	float val=-9999.0;
	int len=m_Channel->DimInfo[0].Size/RepSize[m_Channel->RepCode];
	if(depth<m_Curve->StartDepth) 
	{
		pos=(m_Curve->StartDepth-depth)/m_Curve->DepLevel+0.5;
		if(pos>count) pos=count;
		for(int i=0;i<pos;i++) {
			for(int j=0;j<len;j++) {
				SetData(m_Curve->RepCode,&buffer[m_Channel->DimInfo[0].Size*i+j*m_Channel->CodeLen],&val);
			}
		}
		count-=pos;
		pos*=m_Channel->DimInfo[0].Size;
		depth=m_Curve->StartDepth;
	}
	if(count>m_Channel->DimInfo[0].Samples) {
		for(int i=m_Channel->DimInfo[0].Samples;i<count;i++) {
			for(int j=0;j<len;j++) {
				SetData(m_Curve->RepCode,&buffer[m_Channel->DimInfo[0].Size*i+j*m_Channel->CodeLen],&val);
			}
		}
	}
	int  samples=Slf_Int(depth,m_Curve->StartDepth,m_Curve->DepLevel);//((depth-m_Curve->StartDepth)/m_Curve->DepLevel+0.5);
	if(samples<0) samples=0;
	return ReadChannel(index,&buffer[pos],count,samples);
}
DWORD CLogIO ::ReadCurve(int index, float depth, DWORD count, void* buffer)
{
	if(IsWis) {
		return ReadWisCurve(index,depth,count,(char *)buffer);
	}
	return ReadSlfCurve(index,depth,count,(char *)buffer);
}
DWORD CLogIO ::ReadCurve(int index, float depth, DWORD count, char* buffer)
{
	Slf_CURVE m_Curve;
	GetCurveInfo(index,&m_Curve);
	if(m_Curve.RepCode==REPR_CHAR) return ReadCurve(index, depth, count, (void *)buffer);

	MyDataTypeEnum vVdl;
	vVdl.vchar=new char[count*m_Curve.CodeLen];
	DWORD len=ReadCurve(index, depth, count, (void *)vVdl.vchar);
	for(DWORD i=0;i<count;i++)
	{
		switch(m_Curve.RepCode)
		{
		case 1:
			buffer[i]=vVdl.vint[i];
			break;
		case 2:
			buffer[i]=vVdl.vshort[i];
			break;
		case 3:
			buffer[i]=vVdl.vlong[i];
			break;
		case 4:
			buffer[i]=vVdl.vfloat[i];
			break;
		case 5:
			buffer[i]=vVdl.vdouble[i];
			break;
		case 6:
			buffer[i]=vVdl.vchar[i];
			break;
		case 7:
			buffer[i]=vVdl.vchar[i];
			break;

		case 8:
			buffer[i]=vVdl.vuchar[i];
			break;

		case 9:
			buffer[i]=vVdl.vushort[i];
			break;
		case 10:
			buffer[i]=vVdl.vuint[i];
			break;

		case 11:
			buffer[i]=vVdl.vuint[i];
			break;
		}
	}
	delete vVdl.vchar;
	return len;
}
DWORD CLogIO ::ReadSlfCurve(int index, float depth, DWORD count, char* buffer)
{
	int FieldNum=GetSlfTableFieldCount(index);
	int rec=GetSlfTableRecordCount(index);
	int reclen=GetSlfTableRecordLength(index);
	Slf_TABLE_ENTRY obj;
	GetSlfObjectEntry(index,&obj);
	Slf_OBJECT_FIELD *pf=new Slf_OBJECT_FIELD[FieldNum];
	memset(pf,0,sizeof(Slf_OBJECT_FIELD)*FieldNum);
	GetSlfTableFieldInfo(index,pf);
	if(pf[0].Start>10000000) return 0;
	if(pf[0].Start<=-4.3160208e+008) return 0;
	if(pf[0].RepCode<0||pf[0].RepCode>REPR_ULONG)return 0;
	if(pf[0].CodeLength<0)return 0;
	if(pf[1].CodeLength<=0) return 0;
	if(pf[1].ArrayNum<0) return 0;
	if(pf[1].RepCode<0) return 0;
	if(pf[1].DefVal!=-999.25&&pf[1].DefVal!=-9999||pf[1].DefVal!=-99999) pf[1].DefVal=-9999;
	int pos=Slf_Int(depth,pf[0].Start,pf[0].Rlev);
	if(pos<0) 
	{
		pos=(pf[0].Start-depth)/pf[0].Rlev+0.5;
		int m=pos;
		if(pos>count) m=count;
		char *t=new char[pf[1].CodeLength];
		SetData(pf[1].RepCode,t,&pf[1].DefVal);
		for(int i=0;i<m*pf[1].ArrayNum*pf[1].SamplePoint;i++) {
			memmove(&buffer[i*pf[1].CodeLength],t,pf[1].CodeLength);
		}
		delete t;
		if(count<=pos) {
			return count;
		}
		count-=pos;
		depth=pf[0].Start;//m_Curve->StartDepth;
		pos*=reclen;
	}
	else pos=0;
	if(count>rec) {
		if(pf[1].CodeLength<0) {
			delete []pf;
			return 0;
		}
		char *t=new char[pf[1].CodeLength];
		SetData(pf[1].RepCode,t,&pf[1].DefVal);
		for(int i=rec*pf[1].ArrayNum*pf[1].SamplePoint;i<count*pf[1].ArrayNum*pf[1].SamplePoint;i++) {
			memmove(&buffer[i*pf[1].CodeLength],t,pf[1].CodeLength);
		}
		delete t;
	}
	DWORD  First=(DWORD)((depth-pf[0].Start)/pf[0].Rlev+0.5);
	DWORD  EndRec=First+count;
	delete []pf;
	DWORD n=ReadSlfTable(index,EndRec,&buffer[pos],First);
	return n*reclen;
}

DWORD CLogIO ::ReadCurve(int index, float depth, DWORD count, short* buffer)
{
	Slf_CURVE m_Curve;
	GetCurveInfo(index,&m_Curve);
	if(m_Curve.RepCode==REPR_SHORT) return ReadCurve(index, depth, count, (void *)buffer);

	MyDataTypeEnum vVdl;
	vVdl.vchar=new char[count*m_Curve.CodeLen];
	DWORD len=ReadCurve(index, depth, count, (void *)vVdl.vchar);
	for(DWORD i=0;i<count;i++)
	{
		switch(m_Curve.RepCode)
		{
		case 1:
			buffer[i]=vVdl.vint[i];
			break;
		case 2:
			buffer[i]=vVdl.vshort[i];
			break;
		case 3:
			buffer[i]=vVdl.vlong[i];
			break;
		case 4:
			buffer[i]=vVdl.vfloat[i];
			break;
		case 5:
			buffer[i]=vVdl.vdouble[i];
			break;
		case 6:
			buffer[i]=vVdl.vchar[i];
			break;
		case 7:
			buffer[i]=vVdl.vchar[i];
			break;

		case 8:
			buffer[i]=vVdl.vuchar[i];
			break;

		case 9:
			buffer[i]=vVdl.vushort[i];
			break;
		case 10:
			buffer[i]=vVdl.vuint[i];
			break;

		case 11:
			buffer[i]=vVdl.vuint[i];
			break;
		}
	}
	delete vVdl.vchar;
	return len;
}
DWORD CLogIO ::ReadCurve(int index, float depth, DWORD count, int* buffer)
{
	Slf_CURVE m_Curve;
	GetCurveInfo(index,&m_Curve);
	if(m_Curve.RepCode==REPR_INT) return ReadCurve(index, depth, count, (void *)buffer);

	MyDataTypeEnum vVdl;
	vVdl.vchar=new char[count*m_Curve.CodeLen];
	DWORD len=ReadCurve(index, depth, count, (void *)vVdl.vchar);
	for(DWORD i=0;i<count;i++)
	{
		switch(m_Curve.RepCode)
		{
		case 1:
			buffer[i]=vVdl.vint[i];
			break;
		case 2:
			buffer[i]=vVdl.vshort[i];
			break;
		case 3:
			buffer[i]=vVdl.vlong[i];
			break;
		case 4:
			buffer[i]=vVdl.vfloat[i];
			break;
		case 5:
			buffer[i]=vVdl.vdouble[i];
			break;
		case 6:
			buffer[i]=vVdl.vchar[i];
			break;
		case 7:
			buffer[i]=vVdl.vchar[i];
			break;

		case 8:
			buffer[i]=vVdl.vuchar[i];
			break;

		case 9:
			buffer[i]=vVdl.vushort[i];
			break;
		case 10:
			buffer[i]=vVdl.vuint[i];
			break;

		case 11:
			buffer[i]=vVdl.vuint[i];
			break;
		}
	}
	delete vVdl.vchar;
	return len;
}
/*
DWORD CLogIO ::ReadCurve(int index, float depth, DWORD count, long* buffer)
{
Slf_CURVE m_Curve;
GetCurveInfo(index,&m_Curve);
if(m_Curve.RepCode==REPR_LONG) return ReadCurve(index, depth, count,(void *)buffer);

MyDataTypeEnum vVdl;
vVdl.vchar=new char[count*m_Curve.CodeLen];
DWORD len=ReadCurve(index, depth, count, (void *)vVdl.vchar);
for(DWORD i=0;i<count;i++)
{
switch(m_Curve.RepCode)
{
case 1:
buffer[i]=vVdl.vint[i];
break;
case 2:
buffer[i]=vVdl.vshort[i];
break;
case 3:
buffer[i]=vVdl.vlong[i];
break;
case 4:
buffer[i]=vVdl.vfloat[i];
break;
case 5:
buffer[i]=vVdl.vdouble[i];
break;
case 6:
buffer[i]=vVdl.vchar[i];
break;
case 7:
buffer[i]=vVdl.vchar[i];
break;

case 8:
buffer[i]=vVdl.vuchar[i];
break;

case 9:
buffer[i]=vVdl.vushort[i];
break;
case 10:
buffer[i]=vVdl.vuint[i];
break;

case 11:
buffer[i]=vVdl.vuint[i];
break;
}
}
delete vVdl.vchar;
return len;
}
*/
DWORD CLogIO ::ReadCurve(int index, float depth, DWORD count, unsigned char* buffer)
{
	return ReadCurve(index, depth, count, (char*) buffer);
}
DWORD CLogIO ::ReadCurve(int index, float depth, DWORD count, unsigned short* buffer)
{
	Slf_CURVE m_Curve;
	GetCurveInfo(index,&m_Curve);
	if(m_Curve.RepCode==REPR_USHORT) return ReadCurve(index, depth, count, (void *)buffer);

	MyDataTypeEnum vVdl;
	vVdl.vchar=new char[count*m_Curve.CodeLen];
	DWORD len=ReadCurve(index, depth, count, (void *)vVdl.vchar);
	for(DWORD i=0;i<count;i++)
	{
		switch(m_Curve.RepCode)
		{
		case 1:
			buffer[i]=vVdl.vint[i];
			break;
		case 2:
			buffer[i]=vVdl.vshort[i];
			break;
		case 3:
			buffer[i]=vVdl.vlong[i];
			break;
		case 4:
			buffer[i]=vVdl.vfloat[i];
			break;
		case 5:
			buffer[i]=vVdl.vdouble[i];
			break;
		case 6:
			buffer[i]=vVdl.vchar[i];
			break;
		case 7:
			buffer[i]=vVdl.vchar[i];
			break;
		case 8:
			buffer[i]=vVdl.vuchar[i];
			break;
		case 9:
			buffer[i]=vVdl.vushort[i];
			break;
		case 10:
			buffer[i]=vVdl.vuint[i];
			break;
		case 11:
			buffer[i]=vVdl.vuint[i];
			break;
		}
	}
	delete vVdl.vchar;
	return len;
}
DWORD CLogIO ::ReadCurve(int index, float depth, DWORD count, unsigned int* buffer)
{
	Slf_CURVE m_Curve;
	GetCurveInfo(index,&m_Curve);
	if(m_Curve.RepCode==REPR_UINT) return ReadCurve(index, depth, count, (void *)buffer);

	MyDataTypeEnum vVdl;
	vVdl.vchar=new char[count*m_Curve.CodeLen];
	DWORD len=ReadCurve(index, depth, count, (void *)vVdl.vchar);
	for(DWORD i=0;i<count;i++)
	{
		switch(m_Curve.RepCode)
		{
		case 1:
			buffer[i]=vVdl.vint[i];
			break;
		case 2:
			buffer[i]=vVdl.vshort[i];
			break;
		case 3:
			buffer[i]=vVdl.vlong[i];
			break;
		case 4:
			buffer[i]=vVdl.vfloat[i];
			break;
		case 5:
			buffer[i]=vVdl.vdouble[i];
			break;
		case 6:
			buffer[i]=vVdl.vchar[i];
			break;
		case 7:
			buffer[i]=vVdl.vchar[i];
			break;

		case 8:
			buffer[i]=vVdl.vuchar[i];
			break;

		case 9:
			buffer[i]=vVdl.vushort[i];
			break;
		case 10:
			buffer[i]=vVdl.vuint[i];
			break;

		case 11:
			buffer[i]=vVdl.vuint[i];
			break;
		}
	}
	delete vVdl.vchar;
	return len;
}
/*
DWORD CLogIO ::ReadCurve(int index, float depth, DWORD count, unsigned long* buffer)
{
Slf_CURVE m_Curve;
GetCurveInfo(index,&m_Curve);
if(m_Curve.RepCode==REPR_ULONG) return ReadCurve(index, depth, count, (void *)buffer);

MyDataTypeEnum vVdl;
vVdl.vchar=new char[count*m_Curve.CodeLen];
DWORD len=ReadCurve(index, depth, count, (void *)vVdl.vchar);
for(DWORD i=0;i<count;i++)
{
switch(m_Curve.RepCode)
{
case 1:
buffer[i]=vVdl.vint[i];
break;
case 2:
buffer[i]=vVdl.vshort[i];
break;
case 3:
buffer[i]=vVdl.vlong[i];
break;
case 4:
buffer[i]=vVdl.vfloat[i];
break;
case 5:
buffer[i]=vVdl.vdouble[i];
break;
case 6:
buffer[i]=vVdl.vchar[i];
break;
case 7:
buffer[i]=vVdl.vchar[i];
break;

case 8:
buffer[i]=vVdl.vuchar[i];
break;

case 9:
buffer[i]=vVdl.vushort[i];
break;
case 10:
buffer[i]=vVdl.vuint[i];
break;

case 11:
buffer[i]=vVdl.vuint[i];
break;
}
}
delete vVdl.vchar;
return len;
}
*/
DWORD CLogIO ::ReadCurve(int index, float depth, DWORD count, float* buffer)
{
	Slf_CURVE m_Curve;
	GetCurveInfo(index,&m_Curve);
	if(m_Curve.RepCode==REPR_FLOAT) return ReadCurve(index, depth, count, (void *)buffer);

	MyDataTypeEnum vVdl;
	vVdl.vchar=new char[count*m_Curve.CodeLen];
	DWORD len=ReadCurve(index, depth, count, (void *)vVdl.vchar);
	for(DWORD i=0;i<count;i++)
	{
		switch(m_Curve.RepCode)
		{
		case 1:
			buffer[i]=vVdl.vint[i];
			break;
		case 2:
			buffer[i]=vVdl.vshort[i];
			break;
		case 3:
			buffer[i]=vVdl.vlong[i];
			break;
		case 4:
			buffer[i]=vVdl.vfloat[i];
			break;
		case 5:
			buffer[i]=vVdl.vdouble[i];
			break;
		case 6:
			buffer[i]=vVdl.vchar[i];
			break;
		case 7:
			buffer[i]=vVdl.vchar[i];
			break;

		case 8:
			buffer[i]=vVdl.vuchar[i];
			break;

		case 9:
			buffer[i]=vVdl.vushort[i];
			break;
		case 10:
			buffer[i]=vVdl.vuint[i];
			break;

		case 11:
			buffer[i]=vVdl.vuint[i];
			break;
		}
	}
	delete vVdl.vchar;
	return len;
}
DWORD CLogIO ::ReadCurve(int index, float depth, DWORD count, double* buffer)
{
	Slf_CURVE m_Curve;
	GetCurveInfo(index,&m_Curve);
	if(m_Curve.RepCode==REPR_DOUBLE) return ReadCurve(index, depth, count, (void *)buffer);

	MyDataTypeEnum vVdl;
	vVdl.vchar=new char[(count+1)*m_Curve.CodeLen];
	DWORD len=ReadCurve(index, depth, count, (void *)vVdl.vchar);
	for(DWORD i=0;i<count;i++)
	{
		switch(m_Curve.RepCode)
		{
		case 1:
			buffer[i]=vVdl.vint[i];
			break;
		case 2:
			buffer[i]=vVdl.vshort[i];
			break;
		case 3:
			buffer[i]=vVdl.vlong[i];
			break;
		case 4:
			buffer[i]=vVdl.vfloat[i];
			break;
		case 5:
			buffer[i]=vVdl.vdouble[i];
			break;
		case 6:
			buffer[i]=vVdl.vchar[i];
			break;
		case 7:
			buffer[i]=vVdl.vchar[i];
			break;

		case 8:
			buffer[i]=vVdl.vuchar[i];
			break;

		case 9:
			buffer[i]=vVdl.vushort[i];
			break;
		case 10:
			buffer[i]=vVdl.vuint[i];
			break;

		case 11:
			buffer[i]=vVdl.vuint[i];
			break;
		}
	}
	delete vVdl.vchar;
	return len;
}
DWORD CLogIO ::WriteWisCurve(int index, float depth, DWORD count, char* buffer)
{
	Slf_CHANNEL *m_Channel=(Slf_CHANNEL *)Slf_Info_Head[index];
	m_Curve=(Slf_CURVE*)Slf_Info[index];
	if(depth<m_Curve->StartDepth) {
		float move=m_Curve->StartDepth-depth;
		WisExpandDepth(index,m_Curve->EndDepth,m_Curve->EndDepth+move);
		WisMoveDepth(index,m_Curve->StartDepth,m_Curve->EndDepth,move);
		m_Curve->StartDepth-=move;
		m_Channel->DimInfo[0].StartVal=m_Curve->StartDepth;
		depth=m_Curve->StartDepth;
	}
	int samples=((depth-m_Curve->StartDepth)/m_Curve->DepLevel+0.5);
	if(samples<0) samples=0;
	float yy;
	DWORD POS=0;
	for(DWORD i=0;i<count;i++) {
		GetData(m_Channel->RepCode,&buffer[POS],&yy);
		if(m_Channel->MaxVal<yy) m_Channel->MaxVal=yy;
		if(m_Channel->MinVal>yy) m_Channel->MinVal=yy;
		POS+=m_Channel->CodeLen;
	}
	WriteChannelInfo(index);
	return WriteChannel(index,buffer,count,samples);
}

DWORD CLogIO ::WriteCurve(int index, float depth, DWORD count, char* buffer)
{
	Slf_CURVE m_Curve;
	GetCurveInfo(index,&m_Curve);
	if(m_Curve.RepCode==REPR_CHAR) return WriteCurve(index, depth, count, (void *)buffer);

	MyDataTypeEnum vVdl;
	vVdl.vchar=new char[count*m_Curve.CodeLen];
	WriteBuf((char *)buffer,REPR_CHAR,sizeof(short),vVdl,m_Curve.RepCode,count,1);
	DWORD len=WriteCurve(index, depth, count, (void *)vVdl.vchar);
	delete vVdl.vchar;
	return len;
}

DWORD CLogIO ::WriteCurve(int index, float depth, DWORD count, void* buffer)
{
	if(IsWis) {
		return WriteWisCurve(index,depth,count,(char *)buffer);
	}
	return WriteSlfCurve(index,depth,count,(char *)buffer);
}

DWORD CLogIO ::WriteSlfCurve(int index, float depth, DWORD count, char* buffer)
{
	int FieldNum=GetSlfTableFieldCount(index);
	Slf_OBJECT_FIELD *pf=new Slf_OBJECT_FIELD[FieldNum];
	memset(pf,0,sizeof(Slf_OBJECT_FIELD)*FieldNum);
	GetSlfTableFieldInfo(index,pf);
	int First=Slf_Int(depth,pf[0].Start,pf[0].Rlev);
	int  EndRec=First+count;
	delete []pf;
	return WriteSlfTable(index,EndRec,buffer,First);
}

DWORD CLogIO ::WriteCurve(int index, float depth, DWORD count, short* buffer)
{
	Slf_CURVE m_Curve;
	GetCurveInfo(index,&m_Curve);
	if(m_Curve.RepCode==REPR_SHORT) return WriteCurve(index, depth, count, (void *)buffer);

	MyDataTypeEnum vVdl;
	vVdl.vchar=new char[count*m_Curve.CodeLen];
	WriteBuf((char *)buffer,REPR_SHORT,sizeof(short),vVdl,m_Curve.RepCode,count,1);
	DWORD len=WriteCurve(index, depth, count, (void *)vVdl.vchar);
	delete vVdl.vchar;
	return len;
}
DWORD CLogIO ::WriteCurve(int index, float depth, DWORD count, int* buffer)
{
	Slf_CURVE m_Curve;
	GetCurveInfo(index,&m_Curve);
	if(m_Curve.RepCode==REPR_INT) return WriteCurve(index, depth, count, (void *)buffer);

	MyDataTypeEnum vVdl;
	vVdl.vchar=new char[count*m_Curve.CodeLen];
	WriteBuf((char *)buffer,REPR_INT,sizeof(int),vVdl,m_Curve.RepCode,count,1);
	DWORD len=WriteCurve(index, depth, count, (void *)vVdl.vchar);
	delete vVdl.vchar;
	return len;
}
/*
DWORD CLogIO ::WriteCurve(int index, float depth, DWORD count, long* buffer)
{
Slf_CURVE m_Curve;
GetCurveInfo(index,&m_Curve);
if(m_Curve.RepCode==REPR_LONG) return WriteCurve(index, depth, count, (void *)buffer);

MyDataTypeEnum vVdl;
vVdl.vchar=new char[count*m_Curve.CodeLen];
WriteBuf((char *)buffer,REPR_LONG,sizeof(long),vVdl,m_Curve.RepCode,count,1);
DWORD len=WriteCurve(index, depth, count, (void *)vVdl.vchar);
delete vVdl.vchar;
return len;
}*/
DWORD CLogIO ::WriteCurve(int index, float depth, DWORD count, unsigned char* buffer)
{
	return WriteCurve(index, depth, count, (char*) buffer);
}
DWORD CLogIO ::WriteCurve(int index, float depth, DWORD count, unsigned short* buffer)
{
	Slf_CURVE m_Curve;
	GetCurveInfo(index,&m_Curve);
	if(m_Curve.RepCode==REPR_SHORT) return WriteCurve(index, depth, count, (void *)buffer);

	MyDataTypeEnum vVdl;
	vVdl.vchar=new char[count*m_Curve.CodeLen];
	WriteBuf((char *)buffer,REPR_USHORT,sizeof(short),vVdl,m_Curve.RepCode,count,1);
	DWORD len=WriteCurve(index, depth, count, (void *)vVdl.vchar);
	delete vVdl.vchar;
	return len;
}
DWORD CLogIO ::WriteCurve(int index, float depth, DWORD count, unsigned int* buffer)
{
	Slf_CURVE m_Curve;
	GetCurveInfo(index,&m_Curve);
	if(m_Curve.RepCode==REPR_UINT) return WriteCurve(index, depth, count, (void *)buffer);

	MyDataTypeEnum vVdl;
	vVdl.vchar=new char[count*m_Curve.CodeLen];
	WriteBuf((char *)buffer,REPR_UINT,sizeof(int),vVdl,m_Curve.RepCode,count,1);
	DWORD len=WriteCurve(index, depth, count, (void *)vVdl.vchar);
	delete vVdl.vchar;
	return len;
}
/*
DWORD CLogIO ::WriteCurve(int index, float depth, DWORD count, unsigned long* buffer)
{
Slf_CURVE m_Curve;
GetCurveInfo(index,&m_Curve);
if(m_Curve.RepCode==REPR_ULONG) return WriteCurve(index, depth, count, (void *)buffer);

MyDataTypeEnum vVdl;
vVdl.vchar=new char[count*m_Curve.CodeLen];
WriteBuf((char *)buffer,REPR_ULONG,sizeof(long),vVdl,m_Curve.RepCode,count,1);
DWORD len=WriteCurve(index, depth, count, (void *)vVdl.vchar);
delete vVdl.vchar;
return len;
}*/
DWORD CLogIO ::WriteCurve(int index, float depth, DWORD count, float* buffer)
{
	Slf_CURVE m_Curve;
	GetCurveInfo(index,&m_Curve);
	if(m_Curve.RepCode==REPR_FLOAT) return WriteCurve(index, depth, count, (void *)buffer);

	MyDataTypeEnum vVdl;
	vVdl.vchar=new char[count*m_Curve.CodeLen];
	WriteBuf((char *)buffer,REPR_FLOAT,sizeof(float),vVdl,m_Curve.RepCode,count,1);
	DWORD len=WriteCurve(index, depth, count, (void *)vVdl.vchar);
	delete vVdl.vchar;
	return len;
}
DWORD CLogIO ::WriteCurve(int index, float depth, DWORD count, double* buffer)
{
	Slf_CURVE m_Curve;
	GetCurveInfo(index,&m_Curve);
	if(m_Curve.RepCode==REPR_DOUBLE) return WriteCurve(index, depth, count, (void *)buffer);

	MyDataTypeEnum vVdl;
	vVdl.vchar=new char[count*m_Curve.CodeLen];
	WriteBuf((char *)buffer,REPR_DOUBLE,sizeof(double),vVdl,m_Curve.RepCode,count,1);
	DWORD len=WriteCurve(index, depth, count, (void *)vVdl.vchar);
	delete vVdl.vchar;
	return len;
}
//whp add 不关心曲线的数据类型，将数据读到浮点缓冲区或将浮点缓冲区中的数据写入曲线
DWORD CLogIO ::ReadCurveToFloatBuf(int index, float depth, DWORD count, float* buffer)
{
	Slf_CURVE m_Curve;
	GetCurveInfo(index,&m_Curve);
	MyDataTypeEnum vVdl;
	vVdl.vchar=new char[(count+1)*m_Curve.CodeLen];
	DWORD len=ReadCurve(index, depth, count, (void *)vVdl.vchar);
	if(m_Curve.RepCode==4)memmove(buffer,vVdl.vfloat,count*sizeof(float));
	else
	{
		for(DWORD i=0;i<count;i++)
		{
			switch(m_Curve.RepCode)
			{
			case 1:
				buffer[i]=vVdl.vint[i];
				break;
			case 2:
				buffer[i]=vVdl.vshort[i];
				break;
			case 3:
				buffer[i]=vVdl.vlong[i];
				break;
				/*case 4:
				buffer[i]=vVdl.vfloat[i];
				break;*/
			case 5:
				buffer[i]=vVdl.vdouble[i];
				break;
			case 6:
				buffer[i]=vVdl.vchar[i];
				break;

			case 7:
				buffer[i]=vVdl.vchar[i];
				break;

			case 8:
				buffer[i]=vVdl.vuchar[i];
				break;

			case 9:
				buffer[i]=vVdl.vushort[i];
				break;

			case 10:
				buffer[i]=vVdl.vuint[i];
				break;

			case 11:
				buffer[i]=vVdl.vuint[i];
				break;
			}
		}
	}
	delete vVdl.vchar;
	return len;
}
DWORD CLogIO ::WriteCurveFromFloatBuf(int index, float depth, DWORD count, float* buffer)
{
	Slf_CURVE m_Curve;
	GetCurveInfo(index,&m_Curve);
	MyDataTypeEnum vVdl;
	vVdl.vchar=new char[count*m_Curve.CodeLen];
	WriteBuf((char *)buffer,REPR_FLOAT,sizeof(float),vVdl,m_Curve.RepCode,count,1);
	DWORD len=WriteCurve(index, depth, count, (void *)vVdl.vchar);
	delete vVdl.vchar;
	return len;
}
//add end
int CLogIO ::OpenWave(const char* name)
{
	if(IsWis) {
		return OpenWisWave(name);
	}
	return OpenSlfWave(name); 
}
int CLogIO ::OpenWisWave(const char* name)
{
	int index= OpenChannel(name,WAVE_OBJECT);
	if(index>-1) 
	{
		if(!Slf_Info[index]) Slf_Info[index]=new char [sizeof(Slf_WAVE)]; 
		m_Wave=(Slf_WAVE*)Slf_Info[index];
		GetWaveInfo(index,m_Wave);
		return index;
	}
	else return -1;
}
int CLogIO ::OpenSlfWave(const char* name)
{
	int index=FindSlfObjectName((char *)name,WAVE_OBJECT);
	if(index<0)return -1;
	return OpenSlfTable(name,WAVE_OBJECT);
}
int CLogIO ::OpenWave(Slf_WAVE* pInfo)
{
	int index=OpenWave(pInfo->Name);
	if(index>-1) 
	{
		Slf_WAVE info;
		GetWaveInfo(index,&info);
		if(IsWis)
		{
			if(info.CodeLen!=pInfo->CodeLen||info.RepCode!=pInfo->RepCode||info.TimeSamples!=pInfo->TimeSamples) 
			{
				char newname[200];
				strcpy(newname,pInfo->Name);
				strcat(newname,".bak");
				char sss[200];
				sprintf(sss,"The wave is renamed:%s",newname);
				AfxMessageBox(sss);
				RenameObject(pInfo->Name,newname);
				index=-1;
			}
		}
		else
		{
			//if(info.CodeLen!=pInfo->CodeLen||info.RepCode!=pInfo->RepCode||info.DefVal!=pInfo->DefVal||info.TimeSamples!=pInfo->TimeSamples) 
			if(info.CodeLen!=pInfo->CodeLen||info.RepCode!=pInfo->RepCode||info.TimeSamples!=pInfo->TimeSamples) 
			{
				char newname[200];
				strcpy(newname,pInfo->Name);
				strcat(newname,".bak");
				//	CString s1;
				//s1.Format("info.CodeLen=%d,pInfo->CodeLen=%d\r\ninfo.RepCode=%d,pInfo->RepCode=%d\r\ninfo.TimeSamples=%d,pInfo->TimeSamples=%d",
				//	info.CodeLen,pInfo->CodeLen,info.RepCode,pInfo->RepCode,info.TimeSamples,pInfo->TimeSamples);
				char buf[500];
				sprintf(buf,"info.CodeLen=%d,pInfo->CodeLen=%d\r\ninfo.RepCode=%d,pInfo->RepCode=%d\r\ninfo.TimeSamples=%d,pInfo->TimeSamples=%d",
					info.CodeLen,
					pInfo->CodeLen,
					info.RepCode,
					pInfo->RepCode,
					info.TimeSamples,
					pInfo->TimeSamples);
				//s1.Format("info.CodeLen=%d,pCurve->CodeLen=%d\r\ninfo.RepCode=%d,pCurve->RepCode=%d\r\n",
				//	info.CodeLen,pCurve->CodeLen,info.RepCode,pCurve->RepCode);
				QString s1(buf);
				char sss[500];
				sprintf(sss,"The wave is renname as:%s\r\n",newname);
				AfxMessageBox(sss+s1);
				RenameObject(pInfo->Name,newname);
				index=-1;
			}
		}
	}
	if(index<0) {
		if(IsWis) return CreateWisWave(pInfo);
		else return CreateSlfWave(pInfo);
	}
	return index;
}
int  CLogIO ::CreateWave(Slf_WAVE* pInfo,bool bFailExist)
{
	if(IsWis) return CreateWisWave(pInfo,bFailExist);
	return CreateSlfWave(pInfo,bFailExist);
}
int  CLogIO ::CreateSlfWave(Slf_WAVE* pInfo,bool bFailExist)
{
	//whp add
	if(pInfo->ArrayNum<1)pInfo->ArrayNum=1;
	if(pInfo->ArrayNum>10000)pInfo->ArrayNum=1;
	//if(pInfo->ArrayNum>10000)pInfo->ArrayNum=1;语句是为了防止pInfo->ArrayNum变量没有初始化的情况
	//当变量没有初始化时，在debug版本中，往往是一个负无穷大值；而在release版本中，经常是一个正的无穷大值，但有时也会是一个看起来很正常的值（如4）
	//所以建议在调用CreateSlfWave函数时，要给pInfo->ArrayNum赋初值
	//pInfo->ArrayNum>10000，认为正常情况下，不会有大于10000维的阵列数据，如果真的有，这个限制就会得出错误的结果
	if(strlen(pInfo->AliasName)>sizeof(pInfo->AliasName))strcpy(pInfo->AliasName,pInfo->Name);
	if(strlen(pInfo->Unit)>sizeof(pInfo->Unit))strcpy(pInfo->Unit,"");
	if(strlen(pInfo->AliasUnit)>sizeof(pInfo->AliasUnit))strcpy(pInfo->AliasUnit,pInfo->Unit);
	if(strlen(pInfo->DepthUnit)>sizeof(pInfo->DepthUnit))strcpy(pInfo->DepthUnit,"m");
	if(strlen(pInfo->DepthHZUnit)>sizeof(pInfo->DepthHZUnit))strcpy(pInfo->DepthHZUnit,"米");
	if(strlen(pInfo->LogCopanyName)>sizeof(pInfo->LogCopanyName))strcpy(pInfo->LogCopanyName,"");
	if(strlen(pInfo->Operator)>sizeof(pInfo->Operator))strcpy(pInfo->Operator,"");
	if(strlen(pInfo->DataSource)>sizeof(pInfo->DataSource))strcpy(pInfo->DataSource,"create");
	if(strlen(pInfo->LoggingTeam)>sizeof(pInfo->LoggingTeam))strcpy(pInfo->LoggingTeam,"");
	if(strlen(pInfo->TimeName)>sizeof(pInfo->TimeName)||pInfo->TimeName==NULL)strcpy(pInfo->TimeName,"TIME");
	if(strlen(pInfo->TimeHZName)>sizeof(pInfo->TimeHZName)||pInfo->TimeHZName==NULL)strcpy(pInfo->TimeHZName,"时间");
	if(strlen(pInfo->TimeUnit)>sizeof(pInfo->TimeUnit)||pInfo->TimeUnit==NULL)strcpy(pInfo->TimeUnit,"us");
	if(strlen(pInfo->TimeHZUnit)>sizeof(pInfo->TimeHZUnit)||pInfo->TimeHZUnit==NULL)strcpy(pInfo->TimeHZUnit,pInfo->TimeUnit);
	//
	int FieldNum=3;
	Slf_OBJECT_FIELD *pf=new Slf_OBJECT_FIELD[FieldNum];
	memset(pf,0,sizeof(Slf_OBJECT_FIELD)*FieldNum);
	strcpy(pf[0].Name,"Depth");
	strcpy(pf[0].HZName,"深度");
	if(pInfo->DepthUnit=="m"&&pInfo->DepthHZUnit!="m"&&pInfo->DepthHZUnit!="米")
	{
		strcpy(pInfo->DepthHZUnit,"米");
	}
	else if(pInfo->DepthUnit=="ft"&&pInfo->DepthHZUnit!="ft"&&pInfo->DepthHZUnit!="英尺")
	{
		strcpy(pInfo->DepthHZUnit,"英尺");
	}
	memmove(pf[0].HZUnit,pInfo->DepthHZUnit,sizeof(pf[0].HZUnit));
	memmove(pf[0].Unit,pInfo->DepthUnit,sizeof(pf[0].Unit));
	pf[0].DefVal=0;
	pf[0].ArrayNum=1;
	pf[0].CodeLength=pInfo->CodeLen;
	pf[0].RepCode=pInfo->RepCode;
	pf[0].Rlev=pInfo->DepLevel;
	pf[0].Vmax=pInfo->EndDepth;
	pf[0].Vmin=pInfo->StartDepth;
	pf[0].Start=pInfo->StartDepth;
	pf[0].SamplePoint=1;
	pf[0].Sequence=1;
	strcpy(pf[0].Reserved,"WangWei 2.0");
	strcpy(pf[1].Name,pInfo->Name);
	strcpy(pf[1].HZName,pInfo->AliasName);
	pf[1].DefVal=pInfo->DefVal;
	memmove(pf[1].Unit,pInfo->Unit,sizeof(pf[1].Unit));
	memmove(pf[1].HZUnit,pInfo->AliasUnit,sizeof(pf[1].HZUnit));
	pf[1].CodeLength=pInfo->CodeLen;
	pf[1].RepCode=pInfo->RepCode;
	pf[1].Rlev=1;
	pf[1].Vmax=pInfo->MaxValue;
	pf[1].Vmin=pInfo->MinValue;
	pf[1].Start=pInfo->StartDepth;
	pf[1].ArrayNum=pInfo->ArrayNum;
	pf[1].SamplePoint=pInfo->TimeSamples/pInfo->ArrayNum;
	pf[1].Sequence=0;
	strcpy(pf[1].Reserved,"WangWei 2.0");
	memmove(pf[2].Name,pInfo->TimeName,sizeof(pf[2].Name));
	memmove(pf[2].HZName,pInfo->TimeHZName,sizeof(pf[2].HZName));
	//strcpy(pf[2].Name,"TIME");
	//strcpy(pf[2].HZName,"时间");
	pf[2].DefVal=-9999.0;
	memmove(pf[2].Unit,pInfo->TimeUnit,sizeof(pf[2].Unit));
	memmove(pf[2].HZUnit,pInfo->TimeHZUnit,sizeof(pf[2].HZUnit));
	pf[2].CodeLength=pInfo->CodeLen;
	pf[2].RepCode=pInfo->RepCode;
	pf[2].Rlev=pInfo->TimeLevel;
	pf[2].Vmax=-1024;
	pf[2].Vmin=1024;
	pf[2].Start=pInfo->StartTime;
	pf[2].ArrayNum=pInfo->ArrayNum;
	pf[2].SamplePoint=pInfo->TimeSamples/pInfo->ArrayNum;
	pf[2].Sequence=1;
	strcpy(pf[2].Reserved,"WangWei 2.0");
	int index=CreateSlfTable(WAVE_OBJECT,pInfo->Name,pInfo->AliasName,3,pf);
	Slf_TABLE_ENTRY obj;
	GetSlfObjectEntry(index,&obj);
	memmove(obj.HZName,pf[1].HZName,sizeof(obj.HZName));
	memmove(obj.Unit,pf[1].Unit,sizeof(obj.Unit));
	memmove(obj.HZUnit,pf[1].HZUnit,sizeof(obj.HZUnit));
	memmove(obj.LogCopanyName,pInfo->LogCopanyName,sizeof(obj.LogCopanyName));
	memmove(obj.LoggingTeam,pInfo->LoggingTeam,sizeof(obj.LoggingTeam));
	memmove(obj.DataSource,pInfo->DataSource,sizeof(obj.DataSource));
	memmove(obj.Operator,pInfo->Operator,sizeof(obj.Operator));
	obj.SerialID=pInfo->SerialID;
	obj.LoggingDate=pInfo->LoggingDate;
	obj.ChangeNum=pInfo->ChangeNum;
	WriteSlfObjectEntry(index,&obj);
	delete []pf;
	if(index>-1) 
	{
		int recnum=(pInfo->EndDepth-pInfo->StartDepth)/pInfo->DepLevel+1.5;
		SetSlfTableRecordCount(index,recnum);
	}
	return index;
}
int  CLogIO ::CreateWisWave(Slf_WAVE* pInfo,bool bFailExist)
{
	memmove(cpInfo.AliasName,pInfo->AliasName,sizeof(cpInfo.AliasName));
	memmove(cpInfo.Unit,pInfo->Unit,sizeof(cpInfo.Unit));
	memmove(cpInfo.AliasUnit,pInfo->AliasUnit,sizeof(cpInfo.AliasUnit));

	cpInfo.RepCode=pInfo->RepCode;
	cpInfo.CodeLen=pInfo->CodeLen;
	cpInfo.MaxVal =pInfo->MaxValue;
	cpInfo.MinVal =pInfo->MinValue;
	cpInfo.NumOfDimension=2;

	memmove(cpInfo.DimInfo[0].Name,"Depth",sizeof(cpInfo.DimInfo[0].Name));
	memmove(cpInfo.DimInfo[0].Unit,pInfo->DepthUnit,sizeof(cpInfo.DimInfo[0].Unit));
	memmove(cpInfo.DimInfo[0].AliasName,"none",strlen("none"));

	cpInfo.DimInfo[0].StartVal=pInfo->StartDepth;
	cpInfo.DimInfo[0].Delta   =pInfo->DepLevel;
	int ssam=(pInfo->EndDepth-pInfo->StartDepth)/cpInfo.DimInfo[0].Delta+1.5;
	if(ssam<0)ssam=0;
	cpInfo.DimInfo[0].Samples   =ssam;
	cpInfo.DimInfo[0].MaxSamples=ssam;
	cpInfo.DimInfo[0].RepCode =4;
	cpInfo.DimInfo[0].Size    =pInfo->CodeLen*pInfo->TimeSamples;

	memmove(cpInfo.DimInfo[1].Name,"Time",strlen("Time"));
	memmove(cpInfo.DimInfo[1].AliasName,cpInfo.DimInfo[1].Name,sizeof(cpInfo.DimInfo[1].Name));
	memmove(cpInfo.DimInfo[1].Unit,pInfo->TimeUnit,sizeof(pInfo->TimeUnit));

	cpInfo.DimInfo[1].RepCode =pInfo->RepCode;
	cpInfo.DimInfo[1].Delta   =pInfo->TimeLevel;
	cpInfo.DimInfo[1].StartVal=pInfo->StartTime;
	cpInfo.DimInfo[1].Samples =pInfo->TimeSamples;
	cpInfo.DimInfo[1].MaxSamples=pInfo->TimeSamples;
	cpInfo.DimInfo[1].Size=1;
	cpInfo.DimInfo[1].RepCode=pInfo->RepCode;

	int index=CreateChannel(WAVE_OBJECT,pInfo->Name,&cpInfo,bFailExist);
	if(index>-1) {
		if(!Slf_Info[index]) Slf_Info[index]=new char [sizeof(Slf_WAVE)]; 
		memmove(Slf_Info[index],pInfo,sizeof(Slf_WAVE));
		return index;
	}
	else  return -1;
}
void  CLogIO ::CloseWave(int index)
{
	CloseChannel(index);
}
bool  CLogIO ::GetWaveInfo(int index,Slf_WAVE* pInfo)
{
	if(IsWis) {
		return GetWisWaveInfo(index,pInfo);
	}
	return GetSlfWaveInfo(index,pInfo);
}
bool  CLogIO ::GetSlfWaveInfo(int index,Slf_WAVE* pInfo)
{
	if(index<0) return 0;
	int FieldNum=GetSlfTableFieldCount(index);
	int rec=GetSlfTableRecordCount(index);
	Slf_TABLE_ENTRY obj;
	GetSlfObjectEntry(index,&obj);
	Slf_OBJECT_FIELD *pf=new Slf_OBJECT_FIELD[FieldNum];
	memset(pf,0,sizeof(Slf_OBJECT_FIELD)*FieldNum);
	GetSlfTableFieldInfo(index,pf);

	memmove(pInfo->AliasName,obj.HZName,sizeof(pInfo->AliasName));
	memmove(pInfo->Name,obj.Name,sizeof(pInfo->Name));
	memmove(pInfo->Unit,pf[1].Unit,sizeof(pInfo->Unit));
	memmove(pInfo->AliasUnit,pf[1].HZUnit,sizeof(pInfo->AliasUnit));
	memmove(pInfo->DepthUnit,pf[0].Unit,sizeof(pInfo->DepthUnit));
	memmove(pInfo->DepthHZUnit,pf[0].HZUnit,sizeof(pInfo->DepthHZUnit));

	memmove(pInfo->LogCopanyName,obj.LogCopanyName,sizeof(pInfo->LogCopanyName));
	memmove(pInfo->LoggingTeam,obj.LoggingTeam,sizeof(pInfo->LoggingTeam));
	memmove(pInfo->DataSource,obj.DataSource,sizeof(pInfo->DataSource));
	memmove(pInfo->Operator,obj.Operator,sizeof(pInfo->Operator));
	pInfo->SerialID=obj.SerialID;
	pInfo->LoggingDate=obj.LoggingDate;
	pInfo->ChangeNum=obj.ChangeNum;

	pInfo->CodeLen=pf[1].CodeLength;
	pInfo->RepCode=pf[1].RepCode;
	if(pInfo->RepCode>=sizeof(RepSize)) {
		pInfo->RepCode=2;
	}
	pInfo->DepLevel=pf[0].Rlev;
	pInfo->MaxValue=pf[1].Vmax;
	pInfo->MinValue=pf[1].Vmin;

	pInfo->StartDepth=pf[0].Start;
	pInfo->EndDepth=pf[0].Start+(rec-1)*pf[0].Rlev;
	pInfo->StartTime=pf[2].Start;
	pInfo->TimeLevel=pf[2].Rlev;
	pInfo->SamplePoint=pf[2].SamplePoint;
	pInfo->TimeSamples=pf[2].SamplePoint*pf[1].ArrayNum;
	memmove(pInfo->TimeUnit,pf[2].Unit,sizeof(pInfo->TimeUnit));
	memmove(pInfo->TimeHZUnit,pf[2].HZUnit,sizeof(pInfo->TimeHZUnit));
	memmove(pInfo->TimeName,pf[2].Name,sizeof(pInfo->TimeName));
	memmove(pInfo->TimeHZName,pf[2].HZName,sizeof(pInfo->TimeHZName));
	pInfo->ArrayNum=pf[1].ArrayNum;//whp add 2011.11.8
	delete []pf;
	return TRUE;
}
bool  CLogIO ::SetSlfWaveInfo(int index,Slf_WAVE* pInfo)
{
	if(index<0) return 0;
	int FieldNum=GetSlfTableFieldCount(index);
	int rec=GetSlfTableRecordCount(index);
	Slf_TABLE_ENTRY obj;
	GetSlfObjectEntry(index,&obj);
	Slf_OBJECT_FIELD *pf=new Slf_OBJECT_FIELD[FieldNum];
	memset(pf,0,sizeof(Slf_OBJECT_FIELD)*FieldNum);
	GetSlfTableFieldInfo(index,pf);
	//whp add
	if(pInfo->ArrayNum<1)pInfo->ArrayNum=1;
	if(strlen(pInfo->AliasName)>sizeof(pInfo->AliasName))strcpy(pInfo->AliasName,pInfo->Name);
	if(strlen(pInfo->Unit)>sizeof(pInfo->Unit))strcpy(pInfo->Unit,"");
	if(strlen(pInfo->AliasUnit)>sizeof(pInfo->AliasUnit))strcpy(pInfo->AliasUnit,pInfo->Unit);
	if(strlen(pInfo->DepthUnit)>sizeof(pInfo->DepthUnit))strcpy(pInfo->DepthUnit,"m");
	if(strlen(pInfo->DepthHZUnit)>sizeof(pInfo->DepthHZUnit))strcpy(pInfo->DepthHZUnit,"米");
	if(strlen(pInfo->LogCopanyName)>sizeof(pInfo->LogCopanyName))strcpy(pInfo->LogCopanyName,"");
	if(strlen(pInfo->Operator)>sizeof(pInfo->Operator))strcpy(pInfo->Operator,"");
	if(strlen(pInfo->DataSource)>sizeof(pInfo->DataSource))strcpy(pInfo->DataSource,"create");
	if(strlen(pInfo->LoggingTeam)>sizeof(pInfo->LoggingTeam))strcpy(pInfo->LoggingTeam,"");
	if(strlen(pInfo->TimeName)>sizeof(pInfo->TimeName)||pInfo->TimeName==NULL)strcpy(pInfo->TimeName,"TIME");
	if(strlen(pInfo->TimeHZName)>sizeof(pInfo->TimeHZName)||pInfo->TimeHZName==NULL)strcpy(pInfo->TimeHZName,"时间");
	if(strlen(pInfo->TimeUnit)>sizeof(pInfo->TimeUnit)||pInfo->TimeUnit==NULL)strcpy(pInfo->TimeUnit,"us");
	if(strlen(pInfo->TimeHZUnit)>sizeof(pInfo->TimeHZUnit)||pInfo->TimeHZUnit==NULL)strcpy(pInfo->TimeHZUnit,pInfo->TimeUnit);
	//
	memmove(obj.Name,pInfo->Name,sizeof(obj.Name));
	memmove(obj.HZName,pInfo->AliasName,sizeof(obj.HZName));
	memmove(obj.Unit,pInfo->Unit,sizeof(obj.Unit));
	memmove(obj.HZUnit,pInfo->AliasUnit,sizeof(obj.HZUnit));
	memmove(obj.LogCopanyName,pInfo->LogCopanyName,sizeof(obj.LogCopanyName));
	memmove(obj.LoggingTeam,pInfo->LoggingTeam,sizeof(obj.LoggingTeam));
	memmove(obj.DataSource,pInfo->DataSource,sizeof(obj.DataSource));
	memmove(obj.Operator,pInfo->Operator,sizeof(obj.Operator));
	obj.SerialID=pInfo->SerialID;
	obj.LoggingDate=pInfo->LoggingDate;
	obj.ChangeNum=pInfo->ChangeNum;

	WriteSlfObjectEntry(index,&obj);

	pf[1].Vmax=pInfo->MaxValue;
	pf[1].Vmin=pInfo->MinValue;

	if(pf[0].Rlev!=pInfo->DepLevel) SlfTableResamples(index,pInfo->DepLevel);

	memmove(pf[1].Unit,pInfo->Unit,sizeof(pf[1].Unit));
	memmove(pf[1].HZUnit,pInfo->AliasUnit,sizeof(pf[1].HZUnit));

	memmove(pf[0].Unit,pInfo->DepthUnit,sizeof(pf[0].Unit));
	memmove(pf[0].HZUnit,pInfo->DepthHZUnit,sizeof(pf[0].HZUnit));
	pf[0].Start=pInfo->StartDepth;

	pf[2].Start=pInfo->StartTime;
	pf[2].Rlev=pInfo->TimeLevel;
	pf[2].SamplePoint=pInfo->SamplePoint;
	//TimeSamples;
	//whp add
	memmove(pf[2].Name,pInfo->TimeName,sizeof(pf[2].Name));
	memmove(pf[2].HZName,pInfo->TimeHZName,sizeof(pf[2].HZName));
	memmove(pf[2].Unit,pInfo->TimeUnit,sizeof(pf[2].Unit));
	memmove(pf[2].HZUnit,pInfo->TimeHZUnit,sizeof(pf[2].Unit));
	pf[1].ArrayNum=pInfo->ArrayNum;//whp add 2011.11.8
	SetSlfTableFieldInfo(index,pf,0);
	delete []pf;
	return TRUE;
}
bool  CLogIO ::GetWisWaveInfo(int index,Slf_WAVE* pInfo)
{
	GetChannelInfo(index,&cpInfo);
	memmove(pInfo->AliasName,cpInfo.AliasName,sizeof(pInfo->AliasName));
	memmove(pInfo->Name,m_ObjectEntry[index].Name,sizeof(pInfo->Name));
	pInfo->RepCode=cpInfo.RepCode;
	pInfo->CodeLen=cpInfo.CodeLen;
	pInfo->MaxValue=cpInfo.MaxVal ;
	pInfo->MinValue=cpInfo.MinVal ;
	memmove(pInfo->Unit,cpInfo.Unit,sizeof(pInfo->Unit));
	memmove(pInfo->AliasUnit,cpInfo.AliasUnit,sizeof(pInfo->AliasUnit));
	memmove(pInfo->DepthUnit,cpInfo.DimInfo[0].Unit,sizeof(pInfo->DepthUnit));
	pInfo->StartDepth=cpInfo.DimInfo[0].StartVal;
	pInfo->EndDepth=pInfo->StartDepth+(cpInfo.DimInfo[0].Samples-1)*cpInfo.DimInfo[0].Delta;
	pInfo->DepLevel=cpInfo.DimInfo[0].Delta;
	pInfo->TimeLevel=cpInfo.DimInfo[1].Delta;
	pInfo->StartTime=cpInfo.DimInfo[1].StartVal;
	pInfo->TimeSamples=cpInfo.DimInfo[1].Samples;
	memmove(pInfo->TimeUnit,cpInfo.DimInfo[1].Unit,sizeof(pInfo->TimeUnit));
	pInfo->ArrayNum=1;
	return TRUE;
}
bool  CLogIO ::SetWisWaveInfo(int index,Slf_WAVE* pInfo)
{
	GetChannelInfo(index,&cpInfo);
	memmove(cpInfo.AliasName,pInfo->AliasName,sizeof(cpInfo.AliasName));
	Slf_OBJECT_ENTRY mEntry;

	GetWisObjectEntry(index,&mEntry);
	memmove(mEntry.Name,pInfo->Name,sizeof(mEntry.Name));
	WriteWisObjectEntry(index,&mEntry);
	/*    
	cpInfo.RepCode=pInfo->RepCode;
	cpInfo.CodeLen=pInfo->CodeLen;
	cpInfo.MaxVal=pInfo->MaxValue;
	cpInfo.MinVal=pInfo->MinValue;
	*/
	memmove(cpInfo.Unit,pInfo->Unit,sizeof(cpInfo.Unit));
	memmove(cpInfo.AliasUnit,pInfo->AliasUnit,sizeof(cpInfo.AliasUnit));
	memmove(cpInfo.DimInfo[0].Unit,pInfo->DepthUnit,sizeof(cpInfo.DimInfo[0].Unit));
	cpInfo.DimInfo[0].StartVal=pInfo->StartDepth;
	if(cpInfo.DimInfo[0].Delta!=pInfo->DepLevel) WisChannelResamples(index,pInfo->DepLevel);
	int samm=(pInfo->EndDepth-pInfo->StartDepth)/cpInfo.DimInfo[0].Delta+1.5;
	if(samm<0) samm=0;
	cpInfo.DimInfo[0].Samples=samm;
	cpInfo.DimInfo[1].Delta=pInfo->TimeLevel;
	cpInfo.DimInfo[1].StartVal=pInfo->StartTime;
	cpInfo.DimInfo[1].Samples=pInfo->TimeSamples;
	memmove(cpInfo.DimInfo[1].Unit,pInfo->TimeUnit,sizeof(cpInfo.DimInfo[1].Unit));
	SetChannelInfo(index,&cpInfo);
	return TRUE;
}
DWORD CLogIO ::ReadWisWave(int index, float depth, DWORD count, char* buffer)
{ 
	m_Wave=(Slf_WAVE*)Slf_Info[index];
	int samples=Slf_Int(depth,m_Wave->StartDepth,m_Wave->DepLevel);//((depth-m_Wave->StartDepth)/m_Wave->DepLevel+0.5);
	if(samples<0) samples=0;
	return ReadChannel(index,buffer,count,0,samples);
}
DWORD CLogIO ::ReadWave(int index, float depth, DWORD count, float* buffer)
{
	Slf_WAVE m_Wave;
	GetWaveInfo(index,&m_Wave);
	if(m_Wave.RepCode==REPR_FLOAT) return ReadWave(index, depth, count, (void *)buffer)/m_Wave.CodeLen;
	MyDataTypeEnum vVdl;
	vVdl.vchar=new char[count*m_Wave.SamplePoint*m_Wave.ArrayNum*m_Wave.CodeLen];
	DWORD len=ReadWave(index, depth, count, (void *)vVdl.vchar);
	for(DWORD i=0;i<count*m_Wave.SamplePoint*m_Wave.ArrayNum;i++)
	{
		switch(m_Wave.RepCode)
		{
		case 1:
			buffer[i]=vVdl.vint[i];
			break;
		case 2:
			buffer[i]=vVdl.vshort[i];
			break;
		case 3:
			buffer[i]=vVdl.vlong[i];
			break;
		case 4:
			buffer[i]=vVdl.vfloat[i];
			break;
		case 5:
			buffer[i]=vVdl.vdouble[i];
			break;
		case 6:
			buffer[i]=vVdl.vchar[i];
			break;
		case 7:
			buffer[i]=vVdl.vchar[i];
			break;

		case 8:
			buffer[i]=vVdl.vuchar[i];
			break;

		case 9:
			buffer[i]=vVdl.vushort[i];
			break;

		case 10:
			buffer[i]=vVdl.vuint[i];
			break;

		case 11:
			buffer[i]=vVdl.vuint[i];
			break;
		}
	}
	delete vVdl.vchar;
	return len/m_Wave.CodeLen;
}
DWORD CLogIO ::ReadWave(int index, float depth, DWORD count, short* buffer)
{
	Slf_WAVE m_Wave;
	GetWaveInfo(index,&m_Wave);
	if(m_Wave.RepCode==REPR_SHORT) return ReadWave(index, depth, count, (void *)buffer)/m_Wave.CodeLen;
	MyDataTypeEnum vVdl;
	vVdl.vchar=new char[count*m_Wave.SamplePoint*m_Wave.ArrayNum*m_Wave.CodeLen];
	DWORD len=ReadWave(index, depth, count, (void *)vVdl.vchar);
	for(DWORD i=0;i<count*m_Wave.SamplePoint*m_Wave.ArrayNum;i++)
	{
		switch(m_Wave.RepCode)
		{
		case 1:
			buffer[i]=vVdl.vint[i];
			break;
		case 2:
			buffer[i]=vVdl.vshort[i];
			break;
		case 3:
			buffer[i]=vVdl.vlong[i];
			break;
		case 4:
			buffer[i]=vVdl.vfloat[i];
			break;
		case 5:
			buffer[i]=vVdl.vdouble[i];
			break;
		case 6:
			buffer[i]=vVdl.vchar[i];
			break;
		case 7:
			buffer[i]=vVdl.vchar[i];
			break;

		case 8:
			buffer[i]=vVdl.vuchar[i];
			break;

		case 9:
			buffer[i]=vVdl.vushort[i];
			break;

		case 10:
			buffer[i]=vVdl.vuint[i];
			break;

		case 11:
			buffer[i]=vVdl.vuint[i];
			break;
		}
	}
	delete vVdl.vchar;
	return len/m_Wave.CodeLen;
}
DWORD CLogIO ::ReadWave(int index, float depth, DWORD count, int* buffer)
{
	Slf_WAVE m_Wave;
	GetWaveInfo(index,&m_Wave);
	if(m_Wave.RepCode==REPR_INT) return ReadWave(index, depth, count, (void *)buffer)/m_Wave.CodeLen;
	MyDataTypeEnum vVdl;
	vVdl.vchar=new char[count*m_Wave.SamplePoint*m_Wave.ArrayNum*m_Wave.CodeLen];
	DWORD len=ReadWave(index, depth, count, (void *)vVdl.vchar);
	for(DWORD i=0;i<count*m_Wave.SamplePoint*m_Wave.ArrayNum;i++)
	{
		switch(m_Wave.RepCode)
		{
		case 1:
			buffer[i]=vVdl.vint[i];
			break;
		case 2:
			buffer[i]=vVdl.vshort[i];
			break;
		case 3:
			buffer[i]=vVdl.vlong[i];
			break;
		case 4:
			buffer[i]=vVdl.vfloat[i];
			break;
		case 5:
			buffer[i]=vVdl.vdouble[i];
			break;
		case 6:
			buffer[i]=vVdl.vchar[i];
			break;
		case 7:
			buffer[i]=vVdl.vchar[i];
			break;

		case 8:
			buffer[i]=vVdl.vuchar[i];
			break;

		case 9:
			buffer[i]=vVdl.vushort[i];
			break;

		case 10:
			buffer[i]=vVdl.vuint[i];
			break;

		case 11:
			buffer[i]=vVdl.vuint[i];
			break;
		}
	}
	delete vVdl.vchar;
	return len/m_Wave.CodeLen;
}
DWORD CLogIO ::ReadWave(int index, float depth, DWORD count, void* buffer)
{
	if(IsWis) return ReadWisWave(index,depth,count,(char *)buffer);
	DWORD n=ReadSlfCurve(index,depth,count,(char*)buffer);
	return n;
}
DWORD CLogIO ::ReadWave(int index, float depth, DWORD count, char* buffer)
{
	Slf_WAVE m_Wave;
	GetWaveInfo(index,&m_Wave);
	if(m_Wave.RepCode==REPR_CHAR) return ReadWave(index, depth, count, (void *)buffer)/m_Wave.CodeLen;
	MyDataTypeEnum vVdl;
	vVdl.vchar=new char[count*m_Wave.SamplePoint*m_Wave.ArrayNum*m_Wave.CodeLen];
	DWORD len=ReadWave(index, depth, count, (void *)vVdl.vchar);
	for(DWORD i=0;i<count*m_Wave.SamplePoint*m_Wave.ArrayNum;i++)
	{
		switch(m_Wave.RepCode)
		{
		case 1:
			buffer[i]=vVdl.vint[i];
			break;
		case 2:
			buffer[i]=vVdl.vshort[i];
			break;
		case 3:
			buffer[i]=vVdl.vlong[i];
			break;
		case 4:
			buffer[i]=vVdl.vfloat[i];
			break;
		case 5:
			buffer[i]=vVdl.vdouble[i];
			break;
		case 6:
			buffer[i]=vVdl.vchar[i];
			break;
		case 7:
			buffer[i]=vVdl.vchar[i];
			break;

		case 8:
			buffer[i]=vVdl.vuchar[i];
			break;

		case 9:
			buffer[i]=vVdl.vushort[i];
			break;

		case 10:
			buffer[i]=vVdl.vuint[i];
			break;

		case 11:
			buffer[i]=vVdl.vuint[i];
			break;
		}
	}
	delete vVdl.vchar;
	return len/m_Wave.CodeLen;
}
DWORD CLogIO ::WriteWave(int index, float depth, DWORD count, void* buffer)
{
	if(IsWis) {
		return WriteWisCurve(index,depth,count,(char *)buffer);
	}
	return WriteSlfCurve(index,depth,count,(char *)buffer);
}
DWORD CLogIO ::WriteWave(int index, float depth, DWORD count, int* buffer)
{ 
	Slf_WAVE m_Wave;
	GetWaveInfo(index,&m_Wave);
	if(m_Wave.RepCode==REPR_INT) return WriteWave(index, depth, count, (void *)buffer);

	MyDataTypeEnum vVdl;
	vVdl.vchar=new char[count*m_Wave.TimeSamples*m_Wave.CodeLen];
	WriteBuf((char *)buffer,REPR_INT,sizeof(int),vVdl,m_Wave.RepCode,count,m_Wave.TimeSamples);
	DWORD len=WriteWave(index, depth, count, (void *)vVdl.vchar);
	delete vVdl.vchar;
	return len;
}
DWORD CLogIO ::WriteWave(int index, float depth, DWORD count, float* buffer)
{ 
	Slf_WAVE m_Wave;
	GetWaveInfo(index,&m_Wave);
	if(m_Wave.RepCode==REPR_FLOAT) return WriteWave(index, depth, count, (void *)buffer);

	MyDataTypeEnum vVdl;
	vVdl.vchar=new char[count*m_Wave.TimeSamples*m_Wave.CodeLen];
	WriteBuf((char *)buffer,REPR_FLOAT,sizeof(float),vVdl,m_Wave.RepCode,count,m_Wave.TimeSamples);
	DWORD len=WriteWave(index, depth, count, (void *)vVdl.vchar);
	delete vVdl.vchar;
	return len;
}
DWORD CLogIO ::WriteWave(int index, float depth, DWORD count, short* buffer)
{ 
	Slf_WAVE m_Wave;
	GetWaveInfo(index,&m_Wave);
	if(m_Wave.RepCode==REPR_SHORT) return WriteWave(index, depth, count, (void *)buffer);

	MyDataTypeEnum vVdl;
	vVdl.vchar=new char[count*m_Wave.TimeSamples*m_Wave.CodeLen];
	WriteBuf((char *)buffer,REPR_SHORT,sizeof(short),vVdl,m_Wave.RepCode,count,m_Wave.TimeSamples);
	DWORD len=WriteWave(index, depth, count, (void *)vVdl.vchar);
	delete vVdl.vchar;
	return len;
}
DWORD CLogIO ::WriteWave(int index, float depth, DWORD count, char* buffer)
{
	Slf_WAVE m_Wave;
	GetWaveInfo(index,&m_Wave);
	if(m_Wave.RepCode==REPR_CHAR) return WriteWave(index, depth, count, (void *)buffer);

	MyDataTypeEnum vVdl;
	vVdl.vchar=new char[count*m_Wave.TimeSamples*m_Wave.CodeLen];
	WriteBuf((char *)buffer,REPR_CHAR,sizeof(char),vVdl,m_Wave.RepCode,count,m_Wave.TimeSamples);
	DWORD len=WriteWave(index, depth, count, (void *)vVdl.vchar);
	delete vVdl.vchar;
	return len;
}
int CLogIO ::OpenOG_RESULT(const char *name)
{
	return Open_Set_Table(name,GUJING_OBJECT,4,
		"NO,SDEP,EDEP,RESULT",
		"4,4,4,4",
		"1,4,4,1",
		"0,0,0,2");
}
int CLogIO ::OpenFRAC_MODEL(const char *name)
{
	return Open_Set_Table(name,FRAC_MODEL_OBJECT,5,"NO,DEPTH,WIDTH,ANGLE,COLOR",
		"4,4,4,4,4",
		"1,4,4,4,1",
		"0,0,0,0,0");
}
int CLogIO ::OpenFRAC_LEVEL(const char *name)
{
	return Open_Set_Table(name,FRAC_LEVEL_OBJECT,3,
		"NO,DEPTH,LEVEL",
		"4,4,4",
		"1,4,1",
		"0,0,0");
}
int CLogIO ::OpenCORE_PHYSICS(const char *name)
{
	return Open_Set_Table(name,CORE_PHYSICS_OBJECT,8,
		"NO,DEPTH,CORRDEPTH,DEN,POR,PERM,SW,VCAL",
		"4,4,4,4,4,4,4,4",
		"1,4,4,4,4,4,4,4",
		"0,0,0,0,0,0,0,0");
}
int CLogIO ::OpenFMT_MODEL(const char *name)
{
	return Open_Set_Table(name,FMT_MODEL_OBJECT,9,
		"NO,SDEP,EDEP,RXO,RI,RT,RXORADIUS,RIRADIUS,CORENO",
		"4,4,4,4,4,4,4,4,4",
		"1,4,4,4,4,4,4,4,1",
		"0,0,0,0,0,0,0,0,0");
}
int CLogIO ::OpenFMT_RESULT(const char *name)
{
	return Open_Set_Table(name,FMT_OBJECT,8,
		"POINTNO,DEPTH,PMUD,PFMT,PFLOW,FTIME,FDEN,PERM",
		"4,4,4,4,4,4,4,4",
		"1,4,4,4,4,4,4,4",
		"0,0,0,0,0,0,0,0");
}
int CLogIO ::OpenSTATIC(const char *name)
{
	return Open_Set_Table(name,STATIC_OBJECT,30,
		"AreaName,OilCompanyName,WellName,APICode,WellType,XCoor,YCoor,As1,Bs1,StartDrillDate,EndDrillDate,CompleteDate,MethodCWell,BitProg1,BitProg2,BitProg3,BitProg4,BitProg5,CasProg1,CasProg2,CasProg3,CasProg4,CasProg5,shotCas1,Sc1sdep,Sc1Edep,shotCas2,Sc2sdep,Sc2Edep,Remark",
		"40,40,40,4,4,4,4,4,4,12,12,12,16,24,24,24,24,24,24,24,24,24,24,4,4,4,4,4,4,64",
		"6, 6, 6, 1,1,4,4,4,4, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6, 6,4,4,4,4,4,4,6",
		"0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0");
}
int CLogIO ::OpenDYNAMIC(const char *name)
{
	return Open_Set_Table(name,DYNAMIC_OBJECT,19,
		"LogCompanyName,Operator,Date,Serial,Item,Section,MudType,WaterLoss,MudViscosity,MudDensity,MudResi,MudTemp,LogRange,IntRange,TempBot,IntProg,IntDress,Author,Remark",
		"40,16,12,16,16,16,12,4,4,4,4,4,24,24,4,12,16,16,64",
		"6, 6, 6, 6, 6, 6, 6, 4,4,4,4,4,6, 6, 4,6,  6, 6,6",
		"0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0");
}
int CLogIO ::OpenCORE(const char *name)
{
	return Open_Set_Table(name,CORE_OBJECT,10,
		"Depth,oil,Lith,Color,Date,Tool,Number,LithName,Remark",
		"4,4,4,4,4,12,12,4,32,64",
		"4,1,1,1,1,6,6,1,6,6",
		"0,1,1,1,0,0,0,0,0,0");
}
int CLogIO ::Open_Set_Table(const char *name,short Subattriber,int fieldcount,const char *FieldName,const char *FieldLength,const char *FieldType,const char *FieldResave,const char *FieldHZName,const char *FieldUnit,const char *FieldHZUnit)
{
	int index=OpenTable(name);
	if(fieldcount<=0) return index;
	if(index<0) {
		if(IsWis) index=CreateTable(Subattriber,name);
		else index=CreateTable(Subattriber,name,fieldcount);
		Slf_TABLE_FIELD *FieldInfo=new Slf_TABLE_FIELD[fieldcount+1];
		memset(FieldInfo,0,sizeof(Slf_TABLE_FIELD)*fieldcount);
        SetFieldInfo(fieldcount,const_cast<char*>(FieldName),const_cast<char*>(FieldLength),const_cast<char*>(FieldType),const_cast<char*>(FieldResave),(FieldInfo),const_cast<char*>(FieldHZName),const_cast<char*>(FieldUnit),const_cast<char*>(FieldHZUnit));
		SetTableHead(index,0,fieldcount,FieldInfo);
		delete FieldInfo;
	}
	return index;
}
void CLogIO ::SetFieldInfo(int num, char *str1,char *str2,char *str3,char *str4,Slf_TABLE_FIELD *FieldInfo,char *str5,char *FieldUnit,char *FieldHZUnit)
{
	char p1[2000],p2[2000],p3[2000],p4[2000],p5[2000],p6[2000],p7[2000];
	char *pp1,*pp2,*pp3,*pp4,*pp5,*pp6,*pp7;
	pp1=str1;
	pp2=str2;
	pp3=str3;
	pp4=str4;
	pp5=str5;

	pp6=FieldUnit;
	pp7=FieldHZUnit;

	if(!pp5) pp5=str1;
	for(int i=0;i<num;i++) {
		//
		strcpy(p1,pp1);
		if(strchr(p1,',')) {
			pp1=strchr(p1,',')+1;
			*strchr(p1,',')='\0';
		}
		strcpy(FieldInfo[i].Name,p1);
		//
		strcpy(p5,pp5);
		if(strchr(p5,',')) {
			pp5=strchr(p5,',')+1;
			*strchr(p5,',')='\0';
		}
		strcpy(FieldInfo[i].HZName,p5);
		//

		strcpy(p2,pp2);
		if(strchr(p2,',')) {
			pp2=strchr(p2,',')+1;
			*strchr(p2,',')='\0';
		}
		FieldInfo[i].Length=atoi(p2);
		//
		strcpy(p3,pp3);
		if(strchr(p3,',')) {
			pp3=strchr(p3,',')+1;
			*strchr(p3,',')='\0';
		}
		FieldInfo[i].RepCode=atoi(p3);
		//
		strcpy(p4,pp4);
		if(strchr(p4,',')) {
			pp4=strchr(p4,',')+1;
			*strchr(p4,',')='\0';
		}
		FieldInfo[i].Reserved=atoi(p4);
		//
		if(pp6){
			strcpy(p6,pp6);
			if(strchr(p6,',')) {
				pp6=strchr(p6,',')+1;
				*strchr(p6,',')='\0';
			}
			strcpy(FieldInfo[i].Unit,p6);
		}
		if(pp7){
			strcpy(p7,pp7);
			if(strchr(p7,',')) {
				pp7=strchr(p7,',')+1;
				*strchr(p7,',')='\0';
			}
			strcpy(FieldInfo[i].HZUnit,p7);
		}
	}
}

int CLogIO::GetTableFieldData(char *TableName,char *FieldName,char *buf,int Rec,bool islink)
{
	int index=FindObjectIndex(TableName);
	int Flag=0;
	if(index<0) return -1;
	if(!Slf_Info_Head[index]) {
		Flag=1;
		index=OpenTable(TableName);
	};
	int re=GetTableFieldData(index,FieldName,buf,Rec,islink);
	if(Flag) CloseTable(index);
	return re;
}
int CLogIO::GetTableFieldData(char *TableName,char *FieldName,char *buf,float &yy,int Rec,bool islink)
{
	int index=FindObjectIndex(TableName);
	int Flag=0;
	if(index<0) return -1;
	if(!Slf_Info_Head[index]) {
		Flag=1;
		index=OpenTable(TableName);
	};
	int re=GetTableFieldData(index,FieldName,buf,yy,Rec,islink);
	if(Flag) CloseTable(index);
	return re;
}
int CLogIO::GetTableFieldData(int index,int FieldNo,float *buf,int Rec,bool islink)
{
	char buf1[300];
	int ret=GetTableFieldData(index,FieldNo,buf1,Rec,islink);
	sscanf(buf1,"%f",buf);
	return ret;
}
int CLogIO::GetReservedIndex(char *buf,int Reserved)
{
	QStringList Vals;
	if(Reserved==1) {
		Vals=QString(buf).split("上");
		Vals.removeAll("");
		Vals.removeAll("上");
		QStringList Vars;
		if(Vals.indexOf("中水淹层")>-1||
			Vals.indexOf("中水淹层1")>-1||
			Vals.indexOf("中水淹层2")>-1||
			Vals.indexOf("中水淹层3")>-1||
			Vals.indexOf("中水淹层4")>-1||

			Vals.indexOf("中含水层")>-1||
			Vals.indexOf("中含水层1")>-1||
			Vals.indexOf("中含水层2")>-1||
			Vals.indexOf("中含水层3")>-1||
			Vals.indexOf("中含水层4")>-1)
		{
		}
		else {
			foreach(QString cs,Vals)
			{
				QStringList vals1=cs.split("中");
				Vars.append(vals1);
			}
			Vars.removeAll("中");
			Vars.removeAll("");
			Vals.clear();

			foreach(QString cs,Vars)
			{
				QStringList vals1=cs.split("下");
				Vals.append(vals1);
			}
			Vals.removeAll("下");
		}
		//////////
		Vars=Vals;
		Vals.clear();
		foreach(QString cs,Vars)
		{
			bool isspik=false;
			for(int i=0;i<10;i++)
			{
				if(cs.indexOf("层"+QString::number(i))>-1)
				{
					isspik=true;
					break;
				}
			}
			if(isspik) Vals.append(cs);
			else {
				QStringList vals1=cs.split("层");
				Vals.append(vals1);
			}
		}
		Vals.removeAll("");
		Vars=Vals;
		Vals.clear();
		foreach(QString cs,Vars)
		{
			if(cs.lastIndexOf("层")<0&&cs!="空") cs.append("层");
			Vals.append(cs);
		}
	}
	else Vals.append(buf);
	Vals.removeAll("");
	int index=0;
	foreach(QString cs,Vals) {
		int ind=Slf_Menu[Reserved-1].indexOf(cs);
		if(ind>-1) {
			if(Reserved==5) index=Slf_Menu[Reserved][ind].toInt();
			else if(Reserved==2) index=ind;
			else index=index*10+ind+1;
		}
	}
	return index;
}
void CLogIO::GetReservedValue(float yy,int Reserved,char *Buffer,char *buf,int len,bool islink,bool isList)
{
	int no=(int)(yy-1);
	if(Reserved==2) no=yy;
	if(no<0&&Reserved!=5) sprintf(buf,"%f",yy);
	else {
		if(Reserved==1) {
			LAYER_DATA *result=(LAYER_DATA *)Buffer;
			QString str=QString::number((int)yy);
			if((len==sizeof(LAYER_DATA)||len==sizeof(LAYER_DATA_OLD))&&result->MDepth1&&str.length()>1){
				QString val;
				QStringList vals;
				int loop=0;
				for(int k=0;k<str.length();k++) {
                    int n=str[k].toLatin1()-'1';
					if(n<0||n>=Slf_Menu[Reserved-1].size()) continue;
					if(str.length()>1/*&&k!=str.length()-1*/) {
						if(!islink&&Slf_Menu[Reserved-1][n].indexOf("干层")>-1) continue;
					}
					if(!islink&&val==Slf_Menu[Reserved-1][n].toStdString().c_str()) {
						continue;
					}
					if(!islink) {
						if(!loop) vals.append("上");
						else if(k!=str.length()-1) {
							vals.append("中");
						}
						else vals.append("下");
						loop++;
					}
					vals.append(Slf_Menu[Reserved-1][n].toStdString().c_str());
					val=Slf_Menu[Reserved-1][n].toStdString().c_str();
				}
				if(vals.indexOf("上")>-1&&vals.indexOf("下")==-1) {
					int flag=0;
					for(int i=vals.size()-1;i>-1;i--)
					{
						if(vals[i]=="中") {
							vals[i]="下";
							flag=1;
							break;
						}
					}
					if(!flag) vals.removeAll("上");
				};
				if(!isList) strcpy(buf,vals.join("").toStdString().c_str());
				else strcpy(buf,vals.join(";").toStdString().c_str());
			}
			else {
				if(no<0||no>=Slf_Menu[Reserved-1].size()) strcpy(buf,"");
				else strcpy(buf,Slf_Menu[Reserved-1][no].toStdString().c_str());
			}
			if(!islink){
				if(isShengLi){
					if(strstr(buf,"水淹")) strcpy(buf,"水淹层");
					if(strcmp(buf,"偏干油层")==0) strcpy(buf,"油层");
					if(strcmp(buf,"含水油层")==0) strcpy(buf,"油层");
					if(strcmp(buf,"含气油层")==0) strcpy(buf,"油层");
				}
			}
		}
		else if(Reserved==5) {
			int ind=Slf_Menu[Reserved].indexOf(QString::number(no+1));
			if(ind>=0&&ind<Slf_Menu[Reserved-1].size()) {
				strcpy(buf,Slf_Menu[Reserved-1][ind].toStdString().c_str());
			}
			else sprintf(buf,"%f",yy);
		}
		else {
			if(no>=0&&no<Slf_Menu[Reserved-1].size()) strcpy(buf,Slf_Menu[Reserved-1][no].toStdString().c_str());
			else sprintf(buf,"%f",yy);
		}
	}
}
int CLogIO::GetTableFieldData(int index,int FieldNo,char *buf,float &yy,int Rec,bool islink)
{
	if(!buf) return 0;
	int count=GetTableFieldCount(index);
	Slf_TABLE_FIELD *field=new Slf_TABLE_FIELD[count+1];
	GetTableFieldInfo(index,field);
	int reclen=GetTableRecordLength(index);
	if(reclen<1) {
		buf[0]=0;
		delete field;
		return 0;
	}
	char *Buffer=new char[reclen+1];
	memset(Buffer,0,reclen+1);
	ReadTable(index,Rec,Buffer);
	int i=0,len=0;
	for(i=0;i<FieldNo;i++) len+=field[i].Length;
	int ty=field[i].RepCode;
	if(field[i].RepCode!=6) {
		GetData(field[i].RepCode,&Buffer[len],&yy);
		if(field[i].Reserved&&!IsChange) {
			ty=sizeof(RepSize)+1;
			if(field[i].Reserved>0&&field[i].Reserved<=m_MenuNumber) 
			{
				GetReservedValue(yy,field[i].Reserved,Buffer,buf,reclen,islink);
			}
			else sprintf(buf,"%.8f",yy);
		}
		else sprintf(buf,"%.8f",yy);
	}
	else {
		strncpy(buf,&Buffer[len],field[i].Length);
		buf[field[i].Length]='\0';
	}
	delete []Buffer;
	delete []field;
	return ty;
}
int CLogIO::GetTableFieldData(int index,int FieldNo,char *buf,int Rec,bool islink)
{
	if(!buf) return 0;
	int count=GetTableFieldCount(index);
	Slf_TABLE_FIELD *field=new Slf_TABLE_FIELD[count+1];
	GetTableFieldInfo(index,field);
	int reclen=GetTableRecordLength(index);
	if(reclen<1) {
		buf[0]=0;
		delete field;
		return 0;
	}
	char *Buffer=new char[reclen+1];
	memset(Buffer,0,reclen+1);
	ReadTable(index,Rec,Buffer);
	int i=0,len=0;
	for(i=0;i<FieldNo;i++) len+=field[i].Length;
	float yy;
	int ty=field[i].RepCode;
	if(field[i].RepCode!=6) {
		GetData(field[i].RepCode,&Buffer[len],&yy);
		if(field[i].Reserved&&!IsChange) {
			ty=sizeof(RepSize)+1;
			if(field[i].Reserved>0&&field[i].Reserved<=m_MenuNumber) 
			{
				GetReservedValue(yy,field[i].Reserved,Buffer,buf,reclen,islink);
			}
			else sprintf(buf,"%.8f",yy);
		}
		else sprintf(buf,"%.8f",yy);
	}
	else {
		strncpy(buf,&Buffer[len],field[i].Length);
		buf[field[i].Length]='\0';
	}
	delete []Buffer;
	delete []field;
	return ty;
}
int CLogIO::GetTableFieldData(int index,int FieldNo,int Rec,char *value,bool islink)
{
	if(!value) return 0;
	int count=GetTableFieldCount(index);
	Slf_TABLE_FIELD *field=new Slf_TABLE_FIELD[count+1];
	GetTableFieldInfo(index,field);
	int reclen=GetTableRecordLength(index);
	if(reclen<1) {
		value[0]=0;
		delete field;
		return 0;
	}
	char *Buffer=new char[reclen+1];
	memset(Buffer,0,reclen+1);
	ReadTable(index,Rec,Buffer);
	int i=0,len=0;
	for(i=0;i<FieldNo;i++) len+=field[i].Length;
	int ty=field[i].RepCode;
	if(field[i].RepCode!=6) {
		GetData(field[i].RepCode,&Buffer[len],(float *)value);
		if(field[i].Reserved&&!IsChange) {
			ty=sizeof(RepSize)+1;
			if(field[i].Reserved>0&&field[i].Reserved<=m_MenuNumber) 
			{
				float yy=*(float *)value;
				GetReservedValue(yy,field[i].Reserved,Buffer,value,reclen,islink);
			}
		}
	}
	else {
		strncpy(value,&Buffer[len],field[i].Length);
		value[field[i].Length]='\0';
	}
	delete []Buffer;
	delete []field;
	return ty;
}
int CLogIO::SetTableFieldData(int index,int FieldNo,char *buf,int Rec)
{
	int count=GetTableFieldCount(index);
	Slf_TABLE_FIELD *field=new Slf_TABLE_FIELD[count+1];
	GetTableFieldInfo(index,field);
	char *Buffer=new char[GetTableRecordLength(index)+1];
	memset(Buffer,0,GetTableRecordLength(index)+1);
	ReadTable(index,Rec,Buffer);
	int i=0,len=0;
	for(i=0;i<FieldNo;i++) len+=field[i].Length;
	if(field[FieldNo].RepCode!=6) {
		if(field[i].Reserved&&!IsChange) {
			int flag=0;
			if(field[i].Reserved>0&&field[i].Reserved<=m_MenuNumber) 
            {
				if(/*isalpha(buf[0])||*/(buf[0]&0x80&&buf[1]&0x80)) {
					float ind=GetReservedIndex(buf,field[i].Reserved);
					if(ind>-1) {
						SetData(field[FieldNo].RepCode,&Buffer[len],(float *)&ind);
						flag=1;
					}
				}
			}
			if(!flag){
				if(isalpha(buf[0])||(buf[0]&0x80&&buf[1]&0x80)) {
					float val=atof(buf);
					SetData(field[FieldNo].RepCode,&Buffer[len],(float *)&val);
				}
				else SetData(field[FieldNo].RepCode,&Buffer[len],(float *)buf);
			}
		}
		else SetData(field[FieldNo].RepCode,&Buffer[len],(float *)buf);
	}
	else {
		strncpy(&Buffer[len],buf,field[FieldNo].Length);
	}
	WriteTable(index,Rec,Buffer);
	delete []Buffer;
	delete []field;
	return 1;
}
int CLogIO::GetTableFieldData(int fieldcount,Slf_TABLE_FIELD *field,char *FieldName,char *InBuffer,char *buf,int reclen,bool islink)
{
	int i=0,len=0;
	for(i=0;i<fieldcount;i++) {
		if(stricmp(FieldName,field[i].Name)==0||stricmp(FieldName,field[i].HZName)==0) {
			float yy;
			if(field[i].RepCode!=6) {
				GetData(field[i].RepCode,&InBuffer[len],&yy);
				sprintf(buf,"%g",yy);
			}
			else {
				strncpy(buf,&InBuffer[len],field[i].Length);
				buf[field[i].Length]='\0';
			}
			int ty=field[i].RepCode;
			if(field[i].Reserved&&!IsChange) {
				ty=sizeof(RepSize)+1;
				if(field[i].Reserved>0&&field[i].Reserved<=m_MenuNumber) 
				{
					GetReservedValue(yy,field[i].Reserved,InBuffer,buf,reclen,islink);
				}
				else sprintf(buf,"%f",yy);
			}
			return ty;
		}
		len+=field[i].Length;
	}
	return 0;;
}
int CLogIO::GetTableFieldData(int fieldcount,Slf_TABLE_FIELD *field,char *FieldName,char *InBuffer,char *buf,float &yy,int reclen,bool islink)
{
	int i=0,len=0;
	for(i=0;i<fieldcount;i++) {
		if(stricmp(FieldName,field[i].Name)==0||stricmp(FieldName,field[i].HZName)==0) {
			if(field[i].RepCode!=6) {
				GetData(field[i].RepCode,&InBuffer[len],&yy);
				sprintf(buf,"%g",yy);
			}
			else {
				strncpy(buf,&InBuffer[len],field[i].Length);
				buf[field[i].Length]='\0';
			}
			int ty=field[i].RepCode;
			if(field[i].Reserved&&!IsChange) {
				ty=sizeof(RepSize)+1;
				if(field[i].Reserved>0&&field[i].Reserved<=m_MenuNumber) 
				{
					GetReservedValue(yy,field[i].Reserved,InBuffer,buf,reclen,islink);
				}
				else sprintf(buf,"%f",yy);
			}
			return ty;
		}
		len+=field[i].Length;
	}
	return 0;;
}

int CLogIO::GetTableFieldData(int index,char *FieldName,char *buf,int Rec,bool islink)
{
	int count=GetTableFieldCount(index);
	int reclen=GetTableRecordLength(index);
	Slf_TABLE_FIELD *field=new Slf_TABLE_FIELD[count+1];
	GetTableFieldInfo(index,field);
	char *Buffer=new char[reclen+1];
	memset(Buffer,0,reclen+1);
	ReadTable(index,Rec,Buffer);
	int i=0,len=0;
	for(i=0;i<count;i++) {
		if(stricmp(FieldName,field[i].Name)==0||stricmp(FieldName,field[i].HZName)==0) {
			float yy;
			if(field[i].RepCode!=6) {
				GetData(field[i].RepCode,&Buffer[len],&yy);
				sprintf(buf,"%f",yy);
			}
			else {
				strncpy(buf,&Buffer[len],field[i].Length);
				buf[field[i].Length]='\0';
			}
			int ty=field[i].RepCode;
			if(field[i].Reserved&&!IsChange) {
				ty=sizeof(RepSize)+1;
				if(field[i].Reserved>0&&field[i].Reserved<=m_MenuNumber) 
				{
					int reclen=GetTableRecordLength(index);
					GetReservedValue(yy,field[i].Reserved,Buffer,buf,reclen,islink);
				}
				else sprintf(buf,"%f",yy);
			}
			delete []Buffer;
			delete []field;
			return ty;
		}
		len+=field[i].Length;
	}
	delete []Buffer;
	delete []field;
	return 0;
}
int CLogIO::GetTableFieldData(int index,char *FieldName,char *buf,float &yy,int Rec,bool islink)
{
	yy=0;
	int count=GetTableFieldCount(index);
	int reclen=GetTableRecordLength(index);
	Slf_TABLE_FIELD *field=new Slf_TABLE_FIELD[count+1];
	GetTableFieldInfo(index,field);
	char *Buffer=new char[reclen+1];
	memset(Buffer,0,reclen+1);
	ReadTable(index,Rec,Buffer);
	int i=0,len=0;
	for(i=0;i<count;i++) {
		if(stricmp(FieldName,field[i].Name)==0||stricmp(FieldName,field[i].HZName)==0) {
			if(field[i].RepCode!=6) {
				GetData(field[i].RepCode,&Buffer[len],&yy);
				sprintf(buf,"%f",yy);
			}
			else {
				strncpy(buf,&Buffer[len],field[i].Length);
				buf[field[i].Length]='\0';
			}
			int ty=field[i].RepCode;
			if(field[i].Reserved&&!IsChange) {
				ty=sizeof(RepSize)+1;
				if(field[i].Reserved>0&&field[i].Reserved<=m_MenuNumber) 
				{
					int reclen=GetTableRecordLength(index);
					GetReservedValue(yy,field[i].Reserved,Buffer,buf,reclen,islink);
				}
				else sprintf(buf,"%f",yy);
			}
			delete []Buffer;
			delete []field;
			return ty;
		}
		len+=field[i].Length;
	}
	delete []Buffer;
	delete []field;
	return 0;
}
int CLogIO::SetTableFieldData(int index,char *FieldName,char *buf,int Rec)
{
	int count=GetTableFieldCount(index);
	int reclen=GetTableRecordLength(index);
	Slf_TABLE_FIELD *field=new Slf_TABLE_FIELD[count+1];
	GetTableFieldInfo(index,field);
	char *Buffer=new char[reclen+1];
	memset(Buffer,0,reclen+1);
	ReadTable(index,Rec,Buffer);
	int i=0,len=0;
	for(i=0;i<count;i++) {
		if(stricmp(FieldName,field[i].Name)==0||stricmp(FieldName,field[i].HZName)==0) {
			if(field[i].RepCode!=6) {
				SetData(field[i].RepCode,&Buffer[len],(float *)buf);
			}
			else {
				strncpy(&Buffer[len],buf,field[i].Length);
			//	buf[field[i].Length]='\0';
			}
			WriteTable(index,Rec,Buffer);
			int ty=field[i].RepCode;
			if(field[i].Reserved) {
				ty=sizeof(RepSize)+1;
			}
			delete []Buffer;
			delete []field;
			return ty;
		}
		len+=field[i].Length;
	}
	delete []Buffer;
	delete []field;
	return 0;
}

int CLogIO::GetTableFieldData(int index,char *FieldName,char *OutFormat,char *buf,int Rec)
{
	int count=GetTableFieldCount(index);
	int reclen=GetTableRecordLength(index);
	Slf_TABLE_FIELD *field=new Slf_TABLE_FIELD[count+1];
	GetTableFieldInfo(index,field);
	char *Buffer=new char[reclen+1];
	memset(Buffer,0,reclen+1);
	ReadTable(index,Rec,Buffer);
	int i=0,len=0;
	for(i=0;i<count;i++) {
		if(stricmp(FieldName,field[i].Name)==0||stricmp(FieldName,field[i].HZName)==0) {
			GetData(field[i].RepCode,&Buffer[len],OutFormat,buf);
			int ty=field[i].RepCode;
			if(field[i].Reserved) {
				ty=sizeof(RepSize)+1;
			}
			delete []Buffer;
			delete []field;
			return ty;
		}
		len+=field[i].Length;
	}
	delete []Buffer;
	delete []field;
	return 0;
}
int CLogIO::GetTableFieldNo(char *TableName,char *FieldName)
{
	int index=FindObjectIndex(TableName);
	int Flag=0;
	if(index<0) return -1;
	if(!Slf_Info_Head[index]) {
		Flag=1;
		index=OpenTable(TableName);
	};
	int re=GetTableFieldNo(index,FieldName);
	if(Flag) CloseTable(index);
	return re;
}
int CLogIO::GetTableFieldNo(int index,const char *FieldName)
{
	int count=GetTableFieldCount(index);
	Slf_TABLE_FIELD *field=new Slf_TABLE_FIELD[count+1];
	GetTableFieldInfo(index,field);
	int i=0,len=0;
	for(i=0;i<count;i++) {
		if(stricmp(FieldName,field[i].Name)==0||stricmp(FieldName,field[i].HZName)==0) {
			delete []field;
			return i;
		}
	}
	delete []field;
	return -1;
}
DWORD CLogIO ::ReadWaveToFloatBuf(int index, float depth, DWORD count, float* buffer)
{
	Slf_WAVE m_Wave;
	GetWaveInfo(index,&m_Wave);
	MyDataTypeEnum vVdl;
	vVdl.vchar=new char[count*m_Wave.SamplePoint*m_Wave.ArrayNum*m_Wave.CodeLen];
	DWORD len=ReadWave(index, depth, count, (void*)vVdl.vchar);
	if(m_Wave.RepCode==4)memmove(buffer,vVdl.vfloat,count*m_Wave.SamplePoint*m_Wave.ArrayNum*sizeof(float));
	else
	{
		for(DWORD i=0;i<count*m_Wave.SamplePoint*m_Wave.ArrayNum;i++)
		{
			switch(m_Wave.RepCode)
			{
			case 1:
				buffer[i]=vVdl.vint[i];
				break;
			case 2:
				buffer[i]=vVdl.vshort[i];
				break;
			case 3:
				buffer[i]=vVdl.vlong[i];
				break;
			case 4:
				buffer[i]=vVdl.vfloat[i];
				break;
			case 5:
				buffer[i]=vVdl.vdouble[i];
				break;
			case 6:
				buffer[i]=vVdl.vchar[i];
				break;
			case 7:
				buffer[i]=vVdl.vchar[i];
				break;

			case 8:
				buffer[i]=vVdl.vuchar[i];
				break;

			case 9:
				buffer[i]=vVdl.vushort[i];
				break;

			case 10:
				buffer[i]=vVdl.vuint[i];
				break;

			case 11:
				buffer[i]=vVdl.vuint[i];
				break;
			}
		}
	}
	delete vVdl.vchar;
	return len;
}
DWORD CLogIO ::WriteWaveFromFloatBuf(int index, float depth, DWORD count, float* buffer)
{
	Slf_WAVE m_Wave;
	GetWaveInfo(index,&m_Wave);
	MyDataTypeEnum vVdl;
	vVdl.vchar=new char[count*m_Wave.TimeSamples*m_Wave.CodeLen];
	WriteBuf((char *)buffer,REPR_FLOAT,sizeof(float),vVdl,m_Wave.RepCode,count,m_Wave.TimeSamples);
	DWORD len=WriteWave(index, depth, count, vVdl.vchar);
	delete vVdl.vchar;
	return len;
}
void CLogIO ::WriteBuf(char *buffer,int RepCode1,int CodeLen,MyDataTypeEnum &vVdl,int RepCode,DWORD count,int TimeSamples)
{
	float yy=0;
	for(DWORD i=0;i<count*TimeSamples;i++)
	{
		switch(RepCode)
		{
		case 1:
			vVdl.vint[i]=GetData(RepCode1,&buffer[i*CodeLen],&yy);
			break;
		case 2:
			vVdl.vshort[i]=GetData(RepCode1,&buffer[i*CodeLen],&yy);
			break;
		case 3:
			vVdl.vlong[i]=GetData(RepCode1,&buffer[i*CodeLen],&yy);
			break;
		case 4:
			vVdl.vfloat[i]=GetData(RepCode1,&buffer[i*CodeLen],&yy);
			break;
		case 5:
			vVdl.vdouble[i]=GetData(RepCode1,&buffer[i*CodeLen],&yy);
			break;
		case 6:
			vVdl.vchar[i]=GetData(RepCode1,&buffer[i*CodeLen],&yy);
			break;
		case 7:
			vVdl.vchar[i]=GetData(RepCode1,&buffer[i*CodeLen],&yy);
			break;
		case 8:
			vVdl.vuchar[i]=GetData(RepCode1,&buffer[i*CodeLen],&yy);
			break;
		case 9:
			vVdl.vushort[i]=GetData(RepCode1,&buffer[i*CodeLen],&yy);
			break;
		case 10:
			vVdl.vuint[i]=GetData(RepCode1,&buffer[i*CodeLen],&yy);
			break;
		case 11:
			vVdl.vuint[i]=GetData(RepCode1,&buffer[i*CodeLen],&yy);
			break;
		}
	}
}

int  CLogIO :: OpenTDT(const char* name)
{
	if(IsWis) {
		return OpenWisTDT(name);
	}
	else return OpenSlfTDT(name);
}
int  CLogIO :: OpenTDT(Slf_TDT* pInfo)
{
	if(IsWis) {
		return OpenWisTDT(pInfo);
	}
	else return OpenSlfTDT(pInfo);
}
int  CLogIO :: CreateTDT(Slf_TDT* pInfo,bool bFailExist)
{
	if(IsWis) {
		return CreateWisTDT(pInfo,bFailExist);
	}
	else return CreateSlfTDT(pInfo,bFailExist);
}

int  CLogIO ::OpenWisTDT(const char* name)
{
	int index= OpenWisChannel(name,TDT_OBJECT);
	if(index>-1) {
		if(!Slf_Info[index]) Slf_Info[index]=new char [sizeof(Slf_TDT)]; 
		m_Tdt=(Slf_TDT *)Slf_Info[index];
		GetTDTInfo(index,m_Tdt);
		return index;
	}
	else return -1;
}
int CLogIO ::OpenWisTDT(Slf_TDT* pInfo)
{
	int index=OpenWisTDT(pInfo->Name);
	if(index<0) return CreateWisTDT(pInfo);
	return index;
}
int CLogIO ::CreateWisTDT(Slf_TDT* pInfo,bool bFailExist)
{
	memmove(cpInfo.AliasName,pInfo->AliasName,sizeof(cpInfo.AliasName));
	strcpy(cpInfo.DimInfo[0].Name,"LTime");
	strcpy(cpInfo.DimInfo[1].Name,"Depth");
	strcpy(cpInfo.DimInfo[2].Name,"Time");
	strcpy(cpInfo.DimInfo[0].AliasName,"LTime");
	strcpy(cpInfo.DimInfo[1].AliasName,"Depth");
	strcpy(cpInfo.DimInfo[2].AliasName,"Time");
	cpInfo.CodeLen=sizeof(float);
	cpInfo.RepCode=REPR_FLOAT;
	cpInfo.MaxVal =pInfo->MaxValue;
	cpInfo.MinVal =pInfo->MinValue;
	memmove(cpInfo.Unit,pInfo->Unit,sizeof(cpInfo.Unit));
	memmove(cpInfo.AliasUnit,pInfo->AliasUnit,sizeof(cpInfo.AliasUnit));
	cpInfo.NumOfDimension=3;

	memmove(cpInfo.DimInfo[0].Unit,pInfo->LogTimeUnit,sizeof(cpInfo.DimInfo[0].Unit));
	cpInfo.DimInfo[0].StartVal=0;
	cpInfo.DimInfo[0].Samples=0;
	cpInfo.DimInfo[0].RepCode=REPR_LONG;
	cpInfo.DimInfo[0].Delta  =0;
	cpInfo.DimInfo[0].MaxSamples=pInfo->TotalLogNumber;
	cpInfo.DimInfo[0].Size=pInfo->MaxLogSamples*sizeof(TDT_DATA)+sizeof(float);

	cpInfo.DimInfo[1].RepCode=REPR_FLOAT;
	cpInfo.DimInfo[1].Delta  =0;
	cpInfo.DimInfo[1].StartVal=0;
	cpInfo.DimInfo[1].Samples=0;
	cpInfo.DimInfo[1].MaxSamples=pInfo->MaxLogSamples;
	cpInfo.DimInfo[1].Size=sizeof(float);
	memmove(cpInfo.DimInfo[1].Unit,pInfo->DepthUnit,sizeof(cpInfo.DimInfo[1].Unit));

	cpInfo.DimInfo[2].RepCode=REPR_FLOAT;
	cpInfo.DimInfo[2].Delta  =0;
	cpInfo.DimInfo[2].StartVal=0;
	cpInfo.DimInfo[2].Samples=1;
	cpInfo.DimInfo[2].MaxSamples=1;
	cpInfo.DimInfo[2].Size=sizeof(float);
	memmove(cpInfo.DimInfo[2].Unit,pInfo->TimeUnit,sizeof(cpInfo.DimInfo[2].Unit));

	int index=CreateWisChannel(TDT_OBJECT,pInfo->Name,&cpInfo,bFailExist);
	if(index>-1) {
		if(!Slf_Info[index]) Slf_Info[index]=new char [sizeof(Slf_TDT)];
		memmove(Slf_Info[index],pInfo,sizeof(Slf_TDT));
		m_Tdt=(Slf_TDT *)Slf_Info[index];
		SetWisChannelPointNum(index,pInfo->TotalLogNumber);///?????
		return index;
	}
	return -1;
}
void CLogIO ::CloseTDT(int index)
{
	if ( Slf_Info[index] )
	{
		delete Slf_Info[index];
	}
	Slf_Info[index]=NULL;
	CloseChannel(index);
}
bool  CLogIO ::GetTDTInfo(int index,Slf_TDT* pInfo)
{
	if(IsWis) return GetWisTDTInfo(index,pInfo);
	return GetSlfTDTInfo(index,pInfo);
}
bool  CLogIO ::GetWisTDTInfo(int index,Slf_TDT* pInfo)
{
	GetChannelInfo(index,&cpInfo);
	memmove(pInfo->AliasName,cpInfo.AliasName,16);
	memmove(pInfo->AliasUnit,cpInfo.AliasUnit,16);
	memmove(pInfo->Name,m_ObjectEntry[index].Name,16);
	pInfo->MaxValue =cpInfo.MaxVal;
	pInfo->MinValue =cpInfo.MinVal;
	pInfo->TotalLogNumber=cpInfo.DimInfo[0].MaxSamples;
	pInfo->MaxLogSamples =cpInfo.DimInfo[1].MaxSamples;
	memmove(pInfo->DepthUnit,cpInfo.DimInfo[1].Unit,8);
	memmove(pInfo->LogTimeUnit,cpInfo.DimInfo[0].Unit,8);
	memmove(pInfo->Unit,cpInfo.Unit,8);
	memmove(pInfo->TimeUnit,cpInfo.DimInfo[2].Unit,8);
	return 1;
}
bool  CLogIO ::SetWisTDTInfo(int index,Slf_TDT* pInfo)
{
	GetChannelInfo(index,&cpInfo);
	memmove(cpInfo.AliasName,pInfo->AliasName,sizeof(cpInfo.AliasName));
	memmove(cpInfo.AliasUnit,pInfo->AliasUnit,sizeof(cpInfo.AliasUnit));
	memmove(m_ObjectEntry[index].Name,pInfo->Name,sizeof(m_ObjectEntry[index].Name));

	cpInfo.MaxVal =pInfo->MaxValue;
	cpInfo.MinVal =pInfo->MinValue;
	cpInfo.DimInfo[0].MaxSamples=pInfo->TotalLogNumber;
	cpInfo.DimInfo[1].MaxSamples =pInfo->MaxLogSamples;
	memmove(cpInfo.DimInfo[1].Unit,pInfo->DepthUnit,sizeof(cpInfo.DimInfo[1].Unit));
	memmove(cpInfo.DimInfo[0].Unit,pInfo->LogTimeUnit,sizeof(cpInfo.DimInfo[0].Unit));
	memmove(cpInfo.Unit,pInfo->Unit,sizeof(cpInfo.Unit));
	memmove(cpInfo.DimInfo[2].Unit,pInfo->TimeUnit,sizeof(cpInfo.DimInfo[2].Unit));
	SetChannelInfo(index,&cpInfo);
	return 1;
}
DWORD CLogIO ::GetWisTDTAllLogTime(int index,unsigned int* pLogTime,unsigned int *length)
{
	DWORD point;
	int nPointNo;
	int no;
	Slf_TDT info;
	GetTDTInfo(index,&info);
	point=m_ObjectEntry[index].Position+m_Head.BlockLen;
	mFile->seek(point);
	mFile->read((char *)&no,sizeof(int));
	point+=sizeof(int);
	for(nPointNo=1;nPointNo<=no;nPointNo++) {
		mFile->seek(point);
		mFile->read((char *)&pLogTime[nPointNo-1],sizeof(int));
		if(length){
			mFile->read((char *)&length[nPointNo-1],sizeof(int));
		}
		point+=info.MaxLogSamples*sizeof(TDT_DATA)+2*sizeof(int);
	}
	return no;
}
DWORD CLogIO ::ReadWisTDT(int index, int nPointNo, unsigned int* pLogTime, TDT_DATA* buffer)
{
	DWORD samples=nPointNo;
	DWORD point;
	int PointNum;
	int no;
	Slf_TDT info;
	GetTDTInfo(index,&info);
	if(nPointNo<1) nPointNo=1;
	point=m_ObjectEntry[index].Position+m_Head.BlockLen;
	mFile->seek(point);
	mFile->read((char *)&no,sizeof(int));
	if(nPointNo>no) return 0;
	point+=sizeof(int)+(nPointNo-1)*(info.MaxLogSamples*sizeof(TDT_DATA)+2*sizeof(int));
	mFile->seek(point);
	mFile->read((char *)pLogTime ,sizeof(int));
	mFile->read((char *)&PointNum,sizeof(int));
	mFile->read((char *)(buffer),sizeof(TDT_DATA)*PointNum);
	return PointNum;//0;
}
DWORD CLogIO ::ReadWisTDT(int index, float Depth, unsigned int* pLogTime, TDT_DATA* buffer)
{
	DWORD point;
	int PointNum;
	int no;
	Slf_TDT info;
	GetTDTInfo(index,&info);
	point=m_ObjectEntry[index].Position+m_Head.BlockLen;
	mFile->seek(point);
	mFile->read((char *)&no,sizeof(int));
	point+=sizeof(int);
	int i;
	for(i=0;i<no;i++) {
		mFile->read((char *)pLogTime ,sizeof(int));
		mFile->read((char *)&PointNum,sizeof(int));
		mFile->read((char *)(buffer),sizeof(TDT_DATA)*PointNum);
		if(buffer[0].Depth==Depth) break;
		point+=info.MaxLogSamples*sizeof(TDT_DATA)+2*sizeof(int);
	}
	if(i>=no) return 0;
	return PointNum;//0;
}
DWORD CLogIO ::ReadWisTDT(int index, float Depth, unsigned int* pLogTime, TDT_DATA* buffer,int *n)
{
	DWORD point;
	int PointNum;
	int no;
	Slf_TDT info;
	GetTDTInfo(index,&info);
	point=m_ObjectEntry[index].Position+m_Head.BlockLen;
	mFile->seek(point);
	mFile->read((char *)&no,sizeof(int));
	point+=sizeof(int);
	int i;
	for(i=0;i<no;i++) {
		mFile->read((char *)pLogTime ,sizeof(int));
		mFile->read((char *)&PointNum,sizeof(int));
		mFile->read((char *)(buffer),sizeof(TDT_DATA)*PointNum);
		if(buffer[0].Depth==Depth) break;
		point+=info.MaxLogSamples*sizeof(TDT_DATA)+2*sizeof(int);
	}
	*n=i;
	if(i>=no) return 0;
	return PointNum;//0;
}
DWORD CLogIO ::WriteWisTDT(int index, int nPointNo, unsigned int LogTime, TDT_DATA* buffer, DWORD count)
{
	DWORD point;
	Slf_TDT info;
	GetTDTInfo(index,&info);
	if(count>info.MaxLogSamples) {
		return AddTDT(index,0,buffer,count);
	}
	if(nPointNo<1) nPointNo=1;
	point=m_ObjectEntry[index].Position+m_Head.BlockLen;
	mFile->seek(point);
	long aa=mFile->pos();
	int no=0;
	int t;
	int l,i;
	point+=sizeof(int);
	mFile->read((char *)&no,sizeof(int));
	if(no>=nPointNo) {
		for( i=0;i<no;i++) {
			mFile->seek(point);
			mFile->read((char *)&t,sizeof(int));
			mFile->read((char *)&l,sizeof(int));
			if(LogTime==t||t==0) {
				mFile->seek(point);
				mFile->write(reinterpret_cast<char*>(&LogTime),sizeof(int));
				mFile->write(reinterpret_cast<char*>(&count),sizeof(int));
				mFile->write(reinterpret_cast<char*>(buffer),sizeof(TDT_DATA)*count);
				mFile->flush();
				break;
			}
			point+=sizeof(int)+info.MaxLogSamples*sizeof(TDT_DATA)+sizeof(int);
		}
		if(i<no) return sizeof(TDT_DATA)*count;
	}
	return AddWisTDT(index,LogTime,buffer,count);
}
DWORD CLogIO ::AddWisTDT(int index, unsigned int LogTime, TDT_DATA* buffer, DWORD count)
{
	Slf_CHANNEL info;
	int k;
	GetChannelInfo(index,&info);
	DWORD nPointNo=info.DimInfo[0].MaxSamples;
	DWORD point;
	if(nPointNo<1) nPointNo=1;
	if(info.DimInfo[0].MaxSamples<nPointNo) {
		ExpandChannel(index,0,nPointNo,nPointNo);
		info.DimInfo[0].MaxSamples=nPointNo;
	}
	unsigned int pLogTime[1000];
	unsigned int len[1000];
	int ls=GetTDTAllLogTime(index,pLogTime,len);
	DWORD length=(ls+1)*count*sizeof(TDT_DATA)+2*sizeof(int)+sizeof(int);
	if(length>info.DimInfo[0].MaxSamples*info.DimInfo[0].Size+sizeof(double)) {
		DWORD BlockNum=mod(length-m_ObjectEntry[index].BlockNum*m_Head.BlockLen,m_Head.BlockLen);
		ExpandObject(index,BlockNum);
	}
	if(info.DimInfo[1].MaxSamples<count) {
		char *buf=(char *)malloc(ls*sizeof(TDT_DATA)*info.DimInfo[1].MaxSamples);
		for(k=0;k<ls;k++) {
			ReadTDT(index,k+1,&pLogTime[k], (TDT_DATA *)&buf[k*sizeof(TDT_DATA)*info.DimInfo[1].MaxSamples]);
		}
		for(k=0;k<ls;k++) {
			point=m_ObjectEntry[index].Position+m_Head.BlockLen+k*(count*sizeof(TDT_DATA)+2*sizeof(int))+sizeof(int);
			mFile->seek(point);
			mFile->write(reinterpret_cast<char*>(&pLogTime[k]),sizeof(unsigned int));
			mFile->write(reinterpret_cast<char*>(&len[k]),sizeof(unsigned int));
			mFile->write(reinterpret_cast<char*>(&buf[k*sizeof(TDT_DATA)*info.DimInfo[1].MaxSamples]),info.DimInfo[1].MaxSamples*sizeof(TDT_DATA));
			mFile->flush();
		}
		free(buf);
		info.DimInfo[0].Size=count*sizeof(TDT_DATA)+sizeof(unsigned int);
		info.DimInfo[1].MaxSamples=count;
		WriteChannelInfo(index,&info);
	}
	ReadChannelInfo(index,&info);
	point=m_ObjectEntry[index].Position+m_Head.BlockLen;
	mFile->seek(point);
	int no;
	unsigned int t;
	int l,i;
	mFile->read((char *)&no,sizeof(int));
	point+=sizeof(int);
	if(no>nPointNo) {
		for(i=0;i<no;i++) {
			mFile->seek(point);
			mFile->read((char *)&t,sizeof(int));
			mFile->read((char *)&l,sizeof(int));
			if(LogTime==t||t==0) {
				mFile->seek(point);
				mFile->write(reinterpret_cast<char*>(&LogTime),sizeof(int));
				mFile->write(reinterpret_cast<char*>(&count),sizeof(int));
				mFile->write(reinterpret_cast<char*>(buffer),sizeof(TDT_DATA)*count);
				mFile->flush();
				break;
			}
			point+=info.DimInfo[0].Size+sizeof(int);
		}
		if(i<no) return sizeof(TDT_DATA)*count;
	}
	point=m_ObjectEntry[index].Position+m_Head.BlockLen;
	mFile->seek(point);
	no++;
	mFile->write(reinterpret_cast<char*>(&no),sizeof(int));
	mFile->write(reinterpret_cast<char*>(&LogTime),sizeof(int));
	mFile->write(reinterpret_cast<char*>(&count),sizeof(int));
	int len1=sizeof(TDT_DATA)*count;
	mFile->write(reinterpret_cast<char*>(&buffer[0]),len1);
	mFile->flush();
	return sizeof(TDT_DATA)*count;
}
int   CLogIO ::OpenWisFMT(const char* name)
{
	int	index =OpenChannel(name,FMT_OBJECT);
	if(index>-1) {
		if(!Slf_Info[index]) Slf_Info[index]=new char [sizeof(Slf_FMT)];
		m_Fmt=(Slf_FMT *)Slf_Info[index];
		GetFMTInfo(index,m_Fmt);
		return index;
	}
	else return -1;
}
int   CLogIO ::OpenWisFMT(Slf_FMT* pInfo)
{
	int index=OpenWisFMT(pInfo->Name);
	if(index<0) return CreateWisFMT(pInfo);
	return index;
}
int CLogIO ::CreateWisFMT(Slf_FMT* pInfo,bool bFailExist)
{
	memmove(cpInfo.AliasName,pInfo->AliasName,sizeof(cpInfo.AliasName));
	strcpy(cpInfo.DimInfo[0].Name,"Depth");
	cpInfo.CodeLen=sizeof(float);
	cpInfo.MaxVal =pInfo->MaxValue;
	cpInfo.MinVal =pInfo->MinValue;
	memmove(cpInfo.Unit,pInfo->Unit,sizeof(cpInfo.Unit));
	memmove(cpInfo.AliasUnit,pInfo->AliasUnit,sizeof(cpInfo.AliasUnit));
	cpInfo.NumOfDimension=2;
	memmove(cpInfo.DimInfo[0].Unit,pInfo->DepthUnit,sizeof(cpInfo.DimInfo[0].Unit));
	cpInfo.DimInfo[0].StartVal=0;
	cpInfo.DimInfo[0].Samples=pInfo->TotalPointNum;
	cpInfo.DimInfo[0].RepCode=REPR_FLOAT;
	cpInfo.DimInfo[0].Delta  =0;
	cpInfo.DimInfo[0].MaxSamples=pInfo->MaxPointSamples;
	cpInfo.DimInfo[0].Size=(pInfo->TimeSamples+1)*sizeof(float);

	cpInfo.DimInfo[1].RepCode=REPR_FLOAT;
	cpInfo.DimInfo[1].Delta  =pInfo->TimeLevel;
	cpInfo.DimInfo[1].StartVal=pInfo->StartTime;
	cpInfo.DimInfo[1].Samples=0;
	cpInfo.DimInfo[1].MaxSamples=pInfo->TimeSamples;
	cpInfo.DimInfo[1].Size=sizeof(float);
	cpInfo.DimInfo[1].RepCode=REPR_FLOAT;
	memmove(cpInfo.DimInfo[1].Unit,pInfo->TimeUnit,sizeof(cpInfo.DimInfo[1].Unit));
	int index=CreateChannel(FMT_OBJECT,pInfo->Name,&cpInfo,bFailExist);
	if(index>-1) {
		if(!Slf_Info[index]) Slf_Info[index]=new char [sizeof(Slf_FMT)];
		memmove(Slf_Info[index],pInfo,sizeof(Slf_FMT));
		return index;
	}
	return -1;
}

void  CLogIO ::CloseFMT(int index)
{
	if(Slf_Info[index])
	{
		delete Slf_Info[index];
	}
	Slf_Info[index]=NULL;
	CloseChannel(index);
}
bool  CLogIO ::GetFMTInfo(int index,Slf_FMT* pInfo)
{
	if(IsWis) return GetWisFMTInfo(index,pInfo);
	else return GetSlfFMTInfo(index,pInfo);
}
bool  CLogIO ::GetWisFMTInfo(int index,Slf_FMT* pInfo)
{
	GetChannelInfo(index,&cpInfo);
	char name[200];
	GetObjectName(index,name);
	memmove(pInfo->AliasName,cpInfo.AliasName,sizeof(pInfo->AliasName));
	memmove(pInfo->Name,name,sizeof(pInfo->Name));
	pInfo->MaxValue =cpInfo.MaxVal;
	pInfo->MinValue =cpInfo.MinVal;
	memmove(pInfo->Unit,cpInfo.Unit,sizeof(pInfo->Unit));
	memmove(pInfo->AliasUnit,cpInfo.AliasUnit,sizeof(pInfo->AliasUnit));
	memmove(pInfo->DepthUnit,cpInfo.DimInfo[0].Unit,sizeof(pInfo->DepthUnit));
	pInfo->MaxPointSamples=cpInfo.DimInfo[0].MaxSamples;
	pInfo->TimeLevel=cpInfo.DimInfo[1].Delta;
	pInfo->StartTime=cpInfo.DimInfo[1].StartVal;
	pInfo->TimeSamples=cpInfo.DimInfo[1].MaxSamples;
	memmove(pInfo->TimeUnit,cpInfo.DimInfo[1].Unit,sizeof(pInfo->TimeUnit));
	pInfo->TotalPointNum=GetChannelPointNum(index);
	return TRUE;
}
bool  CLogIO ::SetWisFMTInfo(int index,Slf_FMT* pInfo)
{
	GetChannelInfo(index,&cpInfo);
	char name[200];
	GetObjectName(index,name);
	Slf_OBJECT_ENTRY mEntry;
	GetWisObjectEntry(index,&mEntry);
	memmove(cpInfo.AliasName,pInfo->AliasName,sizeof(cpInfo.AliasName));
	memmove(mEntry.Name,pInfo->Name,sizeof(mEntry.Name));
	WriteWisObjectEntry(index,&mEntry);
	//	cpInfo.MaxVal =pInfo->MaxValue;
	//  cpInfo.MinVal =pInfo->MinValue;
	memmove(cpInfo.Unit,pInfo->Unit,sizeof(cpInfo.Unit));
	memmove(cpInfo.AliasUnit,pInfo->AliasUnit,sizeof(cpInfo.AliasUnit));
	memmove(cpInfo.DimInfo[0].Unit,pInfo->DepthUnit,sizeof(cpInfo.DimInfo[0].Unit));
	cpInfo.DimInfo[0].MaxSamples=pInfo->MaxPointSamples;
	cpInfo.DimInfo[1].Delta=pInfo->TimeLevel;
	cpInfo.DimInfo[1].StartVal=pInfo->StartTime;
	cpInfo.DimInfo[1].MaxSamples=pInfo->TimeSamples;
	memmove(cpInfo.DimInfo[1].Unit,pInfo->TimeUnit,sizeof(cpInfo.DimInfo[1].Unit));
	SetChannelInfo(index,&cpInfo);
	return TRUE;
}
bool  CLogIO ::GetSlfFMTInfo(int index,Slf_FMT* pInfo)
{
	if(index<0) return 0;
	int FieldNum=GetSlfTableFieldCount(index);
	int rec=GetSlfTableRecordCount(index);
	Slf_TABLE_ENTRY obj;
	GetSlfObjectEntry(index,&obj);
	Slf_OBJECT_FIELD *pf=new Slf_OBJECT_FIELD[FieldNum];
	memset(pf,0,sizeof(Slf_OBJECT_FIELD)*FieldNum);
	GetSlfTableFieldInfo(index,pf);

	memmove(pInfo->AliasName,obj.HZName,sizeof(pInfo->AliasName));
	memmove(pInfo->Name,obj.Name,sizeof(pInfo->Name));
	pInfo->MaxValue=pf[1].Vmax;
	pInfo->MinValue=pf[1].Vmin;
	memmove(pInfo->Unit,pf[1].Unit,sizeof(pInfo->Unit));
	memmove(pInfo->AliasUnit,pf[1].HZUnit,sizeof(pInfo->AliasUnit));
	memmove(pInfo->DepthUnit,pf[0].Unit,sizeof(pInfo->DepthUnit));
	memmove(pInfo->TimeUnit,pf[1].Unit,sizeof(pInfo->TimeUnit));

	pInfo->MaxPointSamples=rec;
	pInfo->TimeLevel=pf[3].Rlev;
	pInfo->StartTime=pf[3].Start;
	pInfo->TimeSamples=pf[3].SamplePoint;
	pInfo->TotalPointNum=rec;
	delete []pf;
	return TRUE;
}
bool  CLogIO ::SetSlfFMTInfo(int index,Slf_FMT* pInfo)
{
	if(index<0) return 0;
	int FieldNum=GetSlfTableFieldCount(index);
	int rec=GetSlfTableRecordCount(index);
	Slf_TABLE_ENTRY obj;
	GetSlfObjectEntry(index,&obj);
	Slf_OBJECT_FIELD *pf=new Slf_OBJECT_FIELD[FieldNum];
	memset(pf,0,sizeof(Slf_OBJECT_FIELD)*FieldNum);
	GetSlfTableFieldInfo(index,pf);
	memmove(obj.HZName,pInfo->AliasName,sizeof(obj.HZName));
	memmove(obj.Name,pInfo->Name,sizeof(obj.Name));
	WriteSlfObjectEntry(index,&obj);
	pf[1].Vmax=pInfo->MaxValue;
	pf[1].Vmin=pInfo->MinValue;
	memmove(pf[1].Unit,pInfo->Unit,sizeof(pf[1].Unit));
	memmove(pf[1].HZUnit,pInfo->AliasUnit,sizeof(pf[1].HZUnit));
	memmove(pf[0].Unit,pInfo->DepthUnit,sizeof(pf[0].Unit));
	memmove(pf[1].Unit,pInfo->TimeUnit,sizeof(pf[1].Unit));

	pf[2].SamplePoint=pInfo->TimeSamples;
	pf[3].Rlev=pInfo->TimeLevel;
	pf[3].Start=pInfo->StartTime;
	pf[3].SamplePoint=pInfo->TimeSamples;
	SetSlfTableFieldInfo(index,pf,0);
	delete []pf;
	return TRUE;
}
DWORD CLogIO ::GetWisFMTAllDepth(int index,float* pDepth)
{
	DWORD point;
	int PointNum;//,num=0;
	point=m_ObjectEntry[index].Position+m_Head.BlockLen+sizeof(DWORD);
	m_Fmt=(Slf_FMT *)Slf_Info[index];
	for(DWORD i=0;i<m_Fmt->TotalPointNum;i++) {
		mFile->seek(point);
		mFile->read((char *)&pDepth[i],sizeof(int));
		point+=ComputerChannelLength(index);
	}
	return m_Fmt->TotalPointNum;
}
bool CLogIO ::SetWisFMTDepth(int index,int Count,float* pDepth1,float* pDepth2)
{
	DWORD point;
	int PointNum,num=0;
	float Depth;
	point=m_ObjectEntry[index].Position+m_Head.BlockLen+sizeof(DWORD);
	m_Fmt=(Slf_FMT *)Slf_Info[index];
	for(DWORD i=0;i<m_Fmt->TotalPointNum;i++) {
		mFile->seek(point);
		mFile->read((char *)&Depth,sizeof(int));
		for(int j=0;j<Count;j++) {
			if(Depth==pDepth1[j]) {
				mFile->seek(point);
				mFile->write(reinterpret_cast<char*>(&Depth),sizeof(int));
				mFile->flush();
				break;
			}
		}
		point+=ComputerChannelLength(index);
	}
	return 1;
}
DWORD CLogIO ::ReadWisFMT(int index, int nPointNo, float* pDep, float* buffer)
{
	DWORD len;
	float *buf=new float[ComputerChannelLength(index)/sizeof(float)+4];
	ReadChannel(index,(char*)buf,1,nPointNo);
	*pDep=buf[0];
	memmove((char *)buffer,(const char*)&buf[2],ComputerChannelLength(index)-4);
	memmove((char *)&len,(char *)&buf[1],sizeof(int));
	delete buf;
	return len;
}
DWORD CLogIO ::WriteWisFMT(int index, int nPointNo, float dep, float* buffer, DWORD count)
{
	Slf_CHANNEL *m_Channel=(Slf_CHANNEL *)Slf_Info_Head[index];
	m_Fmt=(Slf_FMT *)Slf_Info[index];
	float *buf=new float[ComputerChannelLength(index)/sizeof(float)];
	buf[0]=dep;
	for(DWORD i=count;i<m_Fmt->TimeSamples+2;i++) buf[i]=(float)-9999.0;
	memmove((char *)&buf[1],(char *)&count,sizeof(DWORD));
	for(int i=0;i<count;i++)
	{
		memmove((char *)&buf[2+i],(const char*)&buffer[i],m_Channel->DimInfo[1].Size);
	}
	WriteChannel(index,(char*)buf,1,nPointNo);
	delete buf;
	return count;
}
void CLogIO ::DeleteWisFMT(int index, int nPointNo, float dep)
{
	m_Fmt=(Slf_FMT *)Slf_Info[index];
	int no=nPointNo;
	if(no<0) {
		float *pDepth=new float[m_Fmt->TotalPointNum];
		GetFMTAllDepth(index,pDepth);
		for(int i=0;i<m_Fmt->TotalPointNum;i++) {
			if(pDepth[i]==dep) {
				no=i+1;
			}
		}
		delete pDepth;

	}
	if(no<0) return;
	float *buf=new float[ComputerChannelLength(index)/sizeof(float)+4];
	for(int i=no;i<m_Fmt->TotalPointNum;i++) {
		ReadChannel(index,(char*)buf,1,i+1);
		WriteChannel(index,(char*)buf,1,i);
	}
	delete buf;
	--m_Fmt->TotalPointNum;
	if(m_Fmt->TotalPointNum<0) m_Fmt->TotalPointNum=0;
	SetChannelPointNum(index,m_Fmt->TotalPointNum);
}
DWORD CLogIO ::AddWisFMT(int index, float dep, float* buffer, DWORD count)
{
	m_Fmt=(Slf_FMT *)Slf_Info[index];
	int nPointNo=++m_Fmt->TotalPointNum;
	SetChannelPointNum(index,nPointNo);
	WriteFMT(index, nPointNo,dep, buffer, count);
	return 1;
}

DWORD CLogIO ::GetFMTAllDepth(int index,float* pDepth)
{
	if(IsWis) {
		return GetWisFMTAllDepth(index,pDepth);
	}
	else return GetSlfFMTAllDepth(index,pDepth);
}
DWORD CLogIO ::ReadFMT(int index, int nPointNo, float* pDep, float* buffer)
{
	if(IsWis) {
		return ReadWisFMT(index, nPointNo, pDep, buffer);
	}
	else return ReadSlfFMT(index, nPointNo, pDep, buffer);;
}
DWORD CLogIO ::WriteFMT(int index, int nPointNo, float dep, float* buffer, DWORD count)
{
	if(IsWis) {
		return WriteWisFMT(index, nPointNo, dep, buffer,count);
	}
	else return WriteSlfFMT(index, nPointNo, dep, buffer,count);
}
DWORD CLogIO ::AddFMT(int index, float dep, float* buffer, DWORD count)
{
	if(IsWis) {
		return AddWisFMT(index, dep, buffer, count);
	}
	else return AddSlfFMT(index, dep, buffer, count);
}
void  CLogIO ::DeleteFMT(int index, int nPointNo, float dep)
{
	if(IsWis) {
		return DeleteWisFMT(index, nPointNo, dep);
	}
	else return DeleteSlfFMT(index, nPointNo, dep);;
}
DWORD CLogIO ::ReadTDT(int index, float Depth, unsigned int* pLogTime, TDT_DATA* buffer)
{
	if(IsWis) {
		return ReadWisTDT(index, Depth, pLogTime, buffer);
	}
	else return ReadSlfTDT(index, Depth, pLogTime, buffer);
}
bool CLogIO ::SetWisTDTDepth(int index,int Count,float* pDepth1,float* pDepth2)
{
	return 1;
}
bool CLogIO ::SetTDTDepth(int index,int Count,float* pDepth1,float* pDepth2)
{
	if(IsWis) {
		return SetWisTDTDepth(index,Count,pDepth1,pDepth2);
	}
	else return SetSlfTDTDepth(index,Count,pDepth1,pDepth2);
}
DWORD CLogIO ::ReadTDT(int index, float Depth, unsigned int* pLogTime, TDT_DATA* buffer,int *n)
{
	if(IsWis) {
		return ReadWisTDT(index,Depth,pLogTime,buffer,n);
	}
	else return ReadSlfTDT(index,Depth,pLogTime,buffer,n);
}
DWORD CLogIO ::GetTDTAllLogTime(int index,unsigned int* pLogTime,unsigned int *l)
{
	if(IsWis) {
		return GetWisTDTAllLogTime(index,pLogTime,l);
	}
	else return GetSlfTDTAllLogTime(index,pLogTime,l);
}
DWORD CLogIO ::ReadTDT(int index, int nPointNo, unsigned int* pLogTime, TDT_DATA* buffer)
{
	if(IsWis) {
		return ReadWisTDT(index,nPointNo,pLogTime,buffer);
	}
	else return ReadSlfTDT(index,nPointNo,pLogTime,buffer);;
}
DWORD CLogIO ::WriteTDT(int index, int nPointNo, unsigned int LogTime, TDT_DATA* buffer, DWORD count)
{
	if(IsWis) {
		return WriteWisTDT(index,nPointNo,LogTime,buffer,count);
	}
	else return WriteSlfTDT(index,nPointNo,LogTime,buffer,count);
}
DWORD CLogIO ::AddTDT(int index, unsigned int LogTime, TDT_DATA* buffer, DWORD count)
{
	if(IsWis) {
		return AddWisTDT(index,LogTime,buffer,count);
	}
	else return AddSlfTDT(index,LogTime,buffer,count);
}

////////////////////////////////////////////////////////////////////////
int CLogIO ::OpenFMT(const char* name)
{
	if(IsWis) return OpenWisFMT(name);
	else return OpenSlfFMT(name);
}
int CLogIO ::OpenFMT(Slf_FMT* pInfo)
{
	if(IsWis) return OpenWisFMT(pInfo);
	else return OpenSlfFMT(pInfo);
}
int   CLogIO ::OpenSlfFMT(const char* name)
{
	int index=FindSlfObjectName((char *)name,FMT_OBJECT);
	if(index<0)return -1;
	return OpenSlfTable(name);
}
int   CLogIO ::OpenSlfFMT(Slf_FMT* pInfo)
{
	int index=OpenSlfTable(pInfo->Name);
	if(index<0) return CreateSlfFMT(pInfo);
	return index;
}
int CLogIO ::CreateSlfFMT(Slf_FMT* pInfo,bool bFailExist)
{
	int FieldNum=4;
	Slf_OBJECT_FIELD *pField=new Slf_OBJECT_FIELD[FieldNum];
	int FieldNo=0;
	//// depth
	strcpy(pField[0].Name,"Depth");
	strcpy(pField[0].HZName,"Depth");
	pField[FieldNo].ArrayNum=1;
	pField[FieldNo].CodeLength=RepSize[REPR_FLOAT];
	pField[FieldNo].RepCode=REPR_FLOAT;
	pField[FieldNo].Start=0;
	pField[FieldNo].DefVal=0;
	pField[FieldNo].Rlev=1;
	pField[FieldNo].SamplePoint=1;
	pField[FieldNo].Sequence=0;
	memmove(pField[FieldNo].Unit,pInfo->DepthUnit,sizeof(pField[FieldNo].Unit));
	strcpy(pField[FieldNo].Reserved,"");
	//// point num
	FieldNo++;
	strcpy(pField[FieldNo].Name,"Point");
	strcpy(pField[FieldNo].HZName,"Point");
	pField[FieldNo].ArrayNum=1;
	pField[FieldNo].CodeLength=RepSize[REPR_INT];
	pField[FieldNo].RepCode=REPR_INT;
	pField[FieldNo].Start=0;
	pField[FieldNo].DefVal=0;
	pField[FieldNo].Rlev=0;
	pField[FieldNo].SamplePoint=1;
	pField[FieldNo].Sequence=0;
	strcpy(pField[FieldNo].Unit,"");
	strcpy(pField[FieldNo].Reserved,"");
	//// Pressure
	FieldNo++;
	strcpy(pField[FieldNo].Name,"Pressure");
	strcpy(pField[FieldNo].HZName,"Pressure");
	pField[FieldNo].ArrayNum=1;
	pField[FieldNo].CodeLength=RepSize[REPR_FLOAT];
	pField[FieldNo].RepCode=REPR_FLOAT;
	pField[FieldNo].Start=0;
	pField[FieldNo].DefVal=0;
	pField[FieldNo].Rlev=0;
	pField[FieldNo].SamplePoint=pInfo->TimeSamples;
	pField[FieldNo].Sequence=0;
	pField[FieldNo].Vmax=pInfo->MaxValue;
	pField[FieldNo].Vmin=pInfo->MinValue;
	memmove(pField[FieldNo].Unit,pInfo->Unit,sizeof(pField[FieldNo].Unit));
	strcpy(pField[FieldNo].Reserved,"");

	//// Time
	FieldNo++;
	strcpy(pField[FieldNo].Name,"Time");
	strcpy(pField[FieldNo].HZName,"Time");
	pField[FieldNo].ArrayNum=1;
	pField[FieldNo].CodeLength=RepSize[REPR_FLOAT];
	pField[FieldNo].RepCode=REPR_FLOAT;
	pField[FieldNo].Start=pInfo->StartTime;
	pField[FieldNo].DefVal=0;
	pField[FieldNo].Rlev=pInfo->TimeLevel;
	pField[FieldNo].SamplePoint=pInfo->TimeSamples;
	pField[FieldNo].Sequence=1;
	memmove(pField[FieldNo].Unit,pInfo->TimeUnit,sizeof(pField[FieldNo].Unit));
	strcpy(pField[FieldNo].Reserved,"");

	int index=CreateSlfTable(FMT_OBJECT,pInfo->Name,"Pressure",FieldNum,pField);
	Slf_TABLE_ENTRY obj;
	GetSlfObjectEntry(index,&obj);
	memmove(obj.HZName,pField[2].Name,sizeof(obj.HZName));
	memmove(obj.Unit,pField[2].Unit,sizeof(obj.Unit));
	memmove(obj.HZUnit,pField[2].HZUnit,sizeof(obj.HZUnit));
	WriteSlfObjectEntry(index,&obj);

	if(index>-1) SetSlfTableRecordCount(index,pInfo->TotalPointNum);
	delete []pField;
	return index;
}

DWORD CLogIO ::GetSlfFMTAllDepth(int index,float* pDepth)
{
	int count=GetSlfTableRecordCount(index);
	ReadSlfTableFieldData(index,0,count,(char *)pDepth);
	return count;
}

DWORD CLogIO ::ReadSlfFMT(int index, int nPointNo, float* pDep, float* buffer)
{
	int count;
	ReadSlfTableFieldData(index,0,nPointNo,(char *)pDep,nPointNo-1);
	ReadSlfTableFieldData(index,1,nPointNo,(char *)&count,nPointNo-1);
	ReadSlfTableFieldData(index,2,nPointNo,(char *)buffer,nPointNo-1,count);
	return count;
}
DWORD CLogIO ::WriteSlfFMT(int index, int nPointNo, float dep, float* buffer, DWORD count)
{
	WriteSlfTableFieldData(index,0,nPointNo,(char *)&dep,nPointNo-1);
	WriteSlfTableFieldData(index,1,nPointNo,(char *)&count,nPointNo-1);
	WriteSlfTableFieldData(index,2,nPointNo,(char *)buffer,nPointNo-1,count);
	return 1;
}
DWORD CLogIO ::AddSlfFMT(int index, float dep, float* buffer, DWORD count)
{
	int nPointNo=GetSlfTableRecordCount(index);
	nPointNo++;
	WriteSlfTableFieldData(index,0,nPointNo,(char *)&dep,nPointNo-1);
	WriteSlfTableFieldData(index,1,nPointNo,(char *)&count,nPointNo-1);
	WriteSlfTableFieldData(index,2,nPointNo,(char *)buffer,nPointNo-1,count);
	return nPointNo;
}
void  CLogIO ::DeleteSlfFMT(int index, int nPointNo, float dep)
{
	DeleteSlfTableRecord(index,nPointNo,nPointNo-1);
}

/////////////////////////////////////////////////////////////
int   CLogIO ::OpenSlfTDT(const char* name)
{
	int index=FindSlfObjectName((char *)name,TDT_OBJECT);
	if(index<0)return -1;
	return OpenSlfTable(name,TDT_OBJECT);
}
int CLogIO ::OpenSlfTDT(Slf_TDT* pInfo)
{
	int index=OpenTDT(pInfo->Name);
	if(index<0) return CreateSlfTDT(pInfo);
	return index;
}
int CLogIO ::CreateSlfTDT(Slf_TDT* pInfo,bool bFailExist)
{
	int FieldNum=5;
	Slf_OBJECT_FIELD *pField=new Slf_OBJECT_FIELD[FieldNum];
	int FieldNo=0;
	//// depth
	strcpy(pField[0].Name,"Depth");
	strcpy(pField[0].HZName,"深度");
	pField[FieldNo].ArrayNum=1;
	pField[FieldNo].CodeLength=RepSize[REPR_FLOAT];
	pField[FieldNo].RepCode=REPR_FLOAT;
	pField[FieldNo].Start=0;
	pField[FieldNo].DefVal=0;
	pField[FieldNo].Rlev=0;
	pField[FieldNo].SamplePoint=1;
	pField[FieldNo].Sequence=0;
	memmove(pField[FieldNo].Unit,pInfo->DepthUnit,sizeof(pField[FieldNo].Unit));
	strcpy(pField[FieldNo].Unit,"m");
	strcpy(pField[FieldNo].HZUnit,"米");
	strcpy(pField[FieldNo].Reserved,"");
	//// point num
	FieldNo++;
	strcpy(pField[FieldNo].Name,"LogTime");
	strcpy(pField[FieldNo].HZName,"测量时间");
	pField[FieldNo].ArrayNum=1;
	pField[FieldNo].CodeLength=RepSize[REPR_INT];
	pField[FieldNo].RepCode=REPR_INT;
	pField[FieldNo].Start=0;
	pField[FieldNo].DefVal=0;
	pField[FieldNo].Rlev=0;
	pField[FieldNo].SamplePoint=1;
	pField[FieldNo].Sequence=0;
	memmove(pField[FieldNo].Unit,pInfo->LogTimeUnit,sizeof(pField[FieldNo].Unit));
	memmove(pField[FieldNo].HZUnit,pInfo->LogTimeUnit,sizeof(pField[FieldNo].HZUnit));
	strcpy(pField[FieldNo].Reserved,"");
	//// point num
	FieldNo++;
	strcpy(pField[FieldNo].Name,"Point");
	strcpy(pField[FieldNo].HZName,"数据点数");
	pField[FieldNo].ArrayNum=1;
	pField[FieldNo].CodeLength=RepSize[REPR_INT];
	pField[FieldNo].RepCode=REPR_INT;
	pField[FieldNo].Start=0;
	pField[FieldNo].DefVal=0;
	pField[FieldNo].Rlev=0;
	pField[FieldNo].SamplePoint=1;
	pField[FieldNo].Sequence=0;
	strcpy(pField[FieldNo].Unit,"");
	strcpy(pField[FieldNo].Reserved,"");
	//// Value
	FieldNo++;
	//strcpy(pField[FieldNo].Name,"Value");
	//strcpy(pField[FieldNo].HZName,"Value");
	strcpy(pField[FieldNo].Name,pInfo->Name);
	strcpy(pField[FieldNo].HZName,pInfo->AliasName);
	pField[FieldNo].ArrayNum=1;
	pField[FieldNo].CodeLength=RepSize[REPR_FLOAT];
	pField[FieldNo].RepCode=REPR_FLOAT;
	pField[FieldNo].Start=0;
	pField[FieldNo].DefVal=0;
	pField[FieldNo].Rlev=0;
	pField[FieldNo].SamplePoint=pInfo->MaxLogSamples;
	pField[FieldNo].Sequence=0;
	pField[FieldNo].Vmax=pInfo->MaxValue;
	pField[FieldNo].Vmin=pInfo->MinValue;
	memmove(pField[FieldNo].HZUnit,pInfo->AliasUnit,sizeof(pField[FieldNo].HZUnit));
	memmove(pField[FieldNo].Unit,pInfo->Unit,sizeof(pField[FieldNo].Unit));
	strcpy(pField[FieldNo].Reserved,"");

	//// Time
	FieldNo++;
	strcpy(pField[FieldNo].Name,"Time");
	strcpy(pField[FieldNo].HZName,"Time");
	pField[FieldNo].ArrayNum=1;
	pField[FieldNo].CodeLength=RepSize[REPR_FLOAT];
	pField[FieldNo].RepCode=REPR_FLOAT;
	pField[FieldNo].Start=0;
	pField[FieldNo].DefVal=0;
	pField[FieldNo].Rlev=0;
	pField[FieldNo].SamplePoint=pInfo->MaxLogSamples;
	pField[FieldNo].Sequence=0;
	memmove(pField[FieldNo].Unit,pInfo->TimeUnit,sizeof(pField[FieldNo].Unit));
	memmove(pField[FieldNo].HZUnit,pInfo->TimeUnit,sizeof(pField[FieldNo].HZUnit));
	strcpy(pField[FieldNo].Reserved,"");

	//int index=CreateSlfTable(TDT_OBJECT,pInfo->Name,NULL,FieldNum,pField);
	int index=CreateSlfTable(TDT_OBJECT,pInfo->Name,pInfo->AliasName,FieldNum,pField);
	Slf_TABLE_ENTRY obj;
	GetSlfObjectEntry(index,&obj);
	//memmove(obj.HZName,pField[3].Name,sizeof(obj.HZName));
	memmove(obj.HZName,pField[3].HZName,sizeof(obj.HZName));
	memmove(obj.Unit,pField[3].Unit,sizeof(obj.Unit));
	memmove(obj.HZUnit,pField[3].HZUnit,sizeof(obj.HZUnit));
	WriteSlfObjectEntry(index,&obj);

	if(index>-1) SetSlfTableRecordCount(index,pInfo->TotalLogNumber);
	delete []pField;
	return index;
}
bool  CLogIO ::GetSlfTDTInfo(int index,Slf_TDT* pInfo)
{
	if(index<0) return 0;
	int FieldNum=GetSlfTableFieldCount(index);
	int rec=GetSlfTableRecordCount(index);
	Slf_TABLE_ENTRY obj;
	GetSlfObjectEntry(index,&obj);
	Slf_OBJECT_FIELD *pf=new Slf_OBJECT_FIELD[FieldNum];
	memset(pf,0,sizeof(Slf_OBJECT_FIELD)*FieldNum);
	GetSlfTableFieldInfo(index,pf);

	memmove(pInfo->AliasName,obj.HZName,sizeof(pInfo->AliasName));
	memmove(pInfo->Name,obj.Name,sizeof(pInfo->Name));
	pInfo->MaxValue=pf[3].Vmax;
	pInfo->MinValue=pf[3].Vmin;

	memmove(pInfo->Unit,pf[3].Unit,sizeof(pInfo->Unit));
	memmove(pInfo->AliasUnit,pf[3].HZUnit,sizeof(pInfo->AliasUnit));
	memmove(pInfo->DepthUnit,pf[0].Unit,sizeof(pInfo->DepthUnit));
	memmove(pInfo->TimeUnit,pf[4].Unit,sizeof(pInfo->TimeUnit));
	memmove(pInfo->LogTimeUnit,pf[1].Unit,sizeof(pInfo->LogTimeUnit));

	pInfo->MaxLogSamples=pf[3].SamplePoint;
	pInfo->TotalLogNumber=GetSlfTableRecordCount(index);
	delete []pf;
	return TRUE;
}
bool  CLogIO ::SetSlfTDTInfo(int index,Slf_TDT* pInfo)
{
	if(index<0) return 0;
	int FieldNum=GetSlfTableFieldCount(index);
	int rec=GetSlfTableRecordCount(index);
	Slf_TABLE_ENTRY obj;
	GetSlfObjectEntry(index,&obj);
	Slf_OBJECT_FIELD *pf=new Slf_OBJECT_FIELD[FieldNum];
	memset(pf,0,sizeof(Slf_OBJECT_FIELD)*FieldNum);
	GetSlfTableFieldInfo(index,pf);

	memmove(obj.HZName,pInfo->AliasName,sizeof(obj.HZName));
	memmove(obj.Name,pInfo->Name,sizeof(obj.Name));
	//	pf[3].Vmax=pInfo->MaxValue;
	//	pf[3].Vmin=pInfo->MinValue;
	WriteSlfObjectEntry(index,&obj);
	memmove(pf[3].Unit,pInfo->Unit,sizeof(pf[3].Unit));
	memmove(pf[3].HZUnit,pInfo->AliasUnit,sizeof(pf[3].HZUnit));
	memmove(pf[0].Unit,pInfo->DepthUnit,sizeof(pf[0].Unit));
	memmove(pf[4].Unit,pInfo->TimeUnit,sizeof(pf[4].Unit));
	memmove(pf[1].Unit,pInfo->LogTimeUnit,sizeof(pf[1].Unit));
	pf[3].SamplePoint=pInfo->MaxLogSamples;
	SetSlfTableFieldInfo(index,pf,0);
	delete []pf;
	return TRUE;
}

DWORD CLogIO ::ReadSlfTDT(int index, float Depth, unsigned int* pLogTime, TDT_DATA* buffer)
{
	int rec=GetSlfTableRecordCount(index);
	int reclen=GetSlfTableRecordLength(index);
	int pos1=GetSlfTableFieldOffset(index,3)/float(sizeof(float))+0.1;
	int pos2=GetSlfTableFieldOffset(index,4)/float(sizeof(float))+0.1;
	int buffsize=reclen/float(sizeof(float))+1;
	float *buff=new float[buffsize];
	int pos=0;
	int n=0;
	for(int i=0;i<rec;i++) {
		ReadSlfTable(index,i+1,buff,i);
		if(buff[0]==Depth) {
			memmove(&pLogTime[pos++],&buff[1],sizeof(unsigned int));
			n=*(unsigned int *)&buff[2];
			for(int j=0;j<n;j++) {
				buffer[j].Depth=buff[0];
				buffer[j].Value=buff[pos1+j];
				buffer[j].Time=buff[pos2+j];
			}
			break;
		}
	}
	delete []buff;
	return n;
}
bool CLogIO ::SetSlfTDTDepth(int index,int Count,float* pDepth1,float* pDepth2)
{
	int rec=GetSlfTableRecordCount(index);
	int reclen=GetSlfTableRecordLength(index);
	int buffsize=reclen/float(sizeof(float))+1;
	float *buff=new float[buffsize];

	int pos=0;
	int n=0;
	for(int i=0;i<rec;i++) {
		ReadSlfTable(index,i+1,buff,i);
		if(buff[0]==*pDepth1) {
			buff[0]=*pDepth2;
			WriteSlfTable(index,i+1,buff,i);
			break;
		}
	}
	delete []buff;
	return 1;
}
bool CLogIO ::SetSlfTDTLogTime(int index,float pDepth1,unsigned int* LogTime)
{
	int rec=GetSlfTableRecordCount(index);
	int reclen=GetSlfTableRecordLength(index);
	int buffsize=reclen/float(sizeof(float))+1;
	float *buff=new float[buffsize];

	int pos=0;
	int n=0;
	for(int i=0;i<rec;i++) {
		ReadSlfTable(index,i+1,buff,i);
		if(buff[0]==pDepth1) {
			memmove(&buff[1],LogTime,sizeof(unsigned int));
			WriteSlfTable(index,i+1,buff,i);
			break;
		}
	}
	delete []buff;
	return 1;
}
bool CLogIO ::SetFMTDepth(int index,int Count,float* pDepth1,float* pDepth2)
{
	if(IsWis) {
		return SetWisFMTDepth(index,Count,pDepth1,pDepth2);
	}
	return SetSlfFMTDepth(index,Count,pDepth1,pDepth2);
}
bool CLogIO ::SetSlfFMTDepth(int index,int Count,float* pDepth1,float* pDepth2)
{
	int rec=GetSlfTableRecordCount(index);
	int reclen=GetSlfTableRecordLength(index);
	int buffsize=reclen/float(sizeof(float))+1;
	float *buff=new float[buffsize];
	int pos=0;
	int n=0;
	for(int i=0;i<rec;i++) {
		ReadSlfTable(index,i+1,buff,i);
		if(buff[0]==*pDepth1) {
			buff[0]=*pDepth2;
			WriteSlfTable(index,i+1,buff,i);
			break;
		}
	}
	delete []buff;
	return 1;
}
DWORD CLogIO ::ReadSlfTDT(int index, float Depth, unsigned int* pLogTime, TDT_DATA* buffer,int *recno)
{
	int rec=GetSlfTableRecordCount(index);
	int reclen=GetSlfTableRecordLength(index);
	int pos1=GetSlfTableFieldOffset(index,3)/float(sizeof(float))+0.1;
	int pos2=GetSlfTableFieldOffset(index,4)/float(sizeof(float))+0.1;
	int buffsize=reclen/float(sizeof(float))+1;
	float *buff=new float[buffsize];
	int pos=0;
	int n=0;
	for(int i=0;i<rec;i++) {
		ReadSlfTable(index,i+1,buff,i);
		if(buff[0]==Depth) {
			memmove(&pLogTime[pos++],&buff[1],sizeof(unsigned int));
			n=*(unsigned int *)&buff[2];
			*recno=i;
			for(int j=0;j<n;j++) {
				buffer[j].Depth=buff[0];
				buffer[j].Value=buff[pos1+j];
				buffer[j].Time=buff[pos2+j];
			}
			break;
		}
	}
	delete []buff;
	return n;
}
DWORD CLogIO ::GetSlfTDTAllLogTime(int index,unsigned int* pLogTime,unsigned int *l)
{
	int rec=GetSlfTableRecordCount(index);
	int reclen=GetSlfTableRecordLength(index);
	int buffsize=reclen/float(sizeof(float))+1;
	float *buff=new float[buffsize];
	int pos=0;
	for(int i=0;i<rec;i++) {
		ReadSlfTable(index,i+1,buff,i);
		memmove(&pLogTime[pos],&buff[1],sizeof(unsigned int));
		if(l) memmove(&l[pos],&buff[2],sizeof(unsigned int));
		pos++;
	}
	delete []buff;
	return rec;
}
DWORD CLogIO ::ReadSlfTDT(int index, int nPointNo, unsigned int* pLogTime, TDT_DATA* buffer)
{
	if(nPointNo<1) nPointNo=1;
	int rec=GetSlfTableRecordCount(index);
	int reclen=GetSlfTableRecordLength(index);
	int pos1=GetSlfTableFieldOffset(index,3)/float(sizeof(float))+0.1;
	int pos2=GetSlfTableFieldOffset(index,4)/float(sizeof(float))+0.1;
	int buffsize=reclen/float(sizeof(float))+1;
	float *buff=new float[buffsize];
	int pos=0;
	int n=0;
	ReadSlfTable(index,nPointNo,buff,nPointNo-1);
	memmove(&pLogTime[pos++],&buff[1],sizeof(unsigned int));
	n=*(unsigned int *)&buff[2];
	for(int j=0;j<n;j++) {
		buffer[j].Depth=buff[0];
		buffer[j].Value=buff[pos1+j];
		buffer[j].Time=buff[pos2+j];
	}
	delete []buff;
	return n;
}
DWORD CLogIO ::WriteSlfTDT(int index, int nPointNo, unsigned int LogTime, TDT_DATA* buffer, DWORD count)
{
	if(nPointNo<=0) nPointNo=1; 
	int rec=GetSlfTableRecordCount(index);
	int reclen=GetSlfTableRecordLength(index);
	int pos1=GetSlfTableFieldOffset(index,3)/float(sizeof(float))+0.1;
	int pos2=GetSlfTableFieldOffset(index,4)/float(sizeof(float))+0.1;
	int buffsize=reclen/float(sizeof(float))+1;
	float *buff=new float[buffsize];
	int pos=0;
	int n=0;
	buff[0]=buffer[0].Depth;
	memmove(&buff[1],&LogTime,sizeof(unsigned int));
	*(unsigned int *)&buff[2]=count;
	for(int j=0;j<count;j++) {
		buff[pos1+j]=buffer[j].Value;
		buff[pos2+j]=buffer[j].Time;
	}
	WriteSlfTable(index,nPointNo,buff,nPointNo-1);
	delete []buff;
	return count;
}
DWORD CLogIO ::AddSlfTDT(int index, unsigned int LogTime, TDT_DATA* buffer, DWORD count)
{
	int rec=GetSlfTableRecordCount(index);
	return WriteSlfTDT(index,rec+1,LogTime,buffer,count);
}
void  CLogIO::GetChannelInfo(int index,Slf_CHANNEL* pInfo)
{
	if(IsWis) return GetWisChannelInfo(index,pInfo);
	else return GetSlfChannelInfo(index,pInfo);
}
void  CLogIO::GetWisChannelInfo(int index,Slf_CHANNEL* pInfo)
{
	if(index<0) return ;
	ReadChannelInfo(index,pInfo);
}
void  CLogIO::GetSlfChannelInfo(int index,Slf_CHANNEL* pInfo)
{
	if(index<0) return;
	if(!Slf_Info_Head[index]) return;
	Slf_TABLE_MESSAGE *temp=(Slf_TABLE_MESSAGE *)Slf_Info_Head[index];
	Slf_OBJECT_FIELD *pFieldInfo=temp->pField;
	int no=0;
	if(m_SlfObjectEntry[index].FieldNum>1) no=1;
	memmove(pInfo->AliasName,m_SlfObjectEntry[index].HZName,sizeof(pInfo->AliasName));
	if(m_SlfObjectEntry[index].Type==CURVE_OBJECT) no=1;
	else if(m_SlfObjectEntry[index].Type==WAVE_OBJECT) no=1;
	else if(m_SlfObjectEntry[index].Type==FMT_OBJECT) no=2;
	else if(m_SlfObjectEntry[index].Type==TDT_OBJECT) no=3;
	pInfo->CodeLen=pFieldInfo[no].CodeLength;
	pInfo->RepCode=pFieldInfo[no].RepCode;
	pInfo->MaxVal=pFieldInfo[no].Vmax;
	pInfo->MinVal=pFieldInfo[no].Vmin;
	pInfo->NumOfDimension=m_SlfObjectEntry[index].FieldNum;
	if(pInfo->NumOfDimension>4) pInfo->NumOfDimension=4;
	memmove(pInfo->Unit,pFieldInfo[no].Unit,sizeof(pInfo->Unit));
	memmove(pInfo->AliasUnit,pFieldInfo[no].HZUnit,sizeof(pInfo->AliasUnit));//whp add
	if(m_SlfObjectEntry[index].Type==FMT_OBJECT) {
		pInfo->NumOfDimension=2;
		pInfo->DimInfo[0].Samples=GetSlfTableRecordCount(index);
		pInfo->DimInfo[0].MaxSamples=pInfo->DimInfo[0].Samples;
		pInfo->DimInfo[0].RepCode=pFieldInfo[0].RepCode;
		memmove(pInfo->DimInfo[0].Name,pFieldInfo[0].Name,sizeof(pInfo->DimInfo[0].Name));
		memmove(pInfo->DimInfo[0].AliasName,pFieldInfo[0].HZName,sizeof(pInfo->DimInfo[0].AliasName));
		pInfo->DimInfo[0].Reserved=0;
		//pInfo->DimInfo[0].Size=pFieldInfo[0].CodeLength;
		pInfo->DimInfo[0].Size=GetSlfTableRecordLength(index,pFieldInfo);

		pInfo->DimInfo[0].Delta=pFieldInfo[0].Rlev;
		pInfo->DimInfo[0].StartVal=pFieldInfo[0].Start;

		pInfo->DimInfo[1].Delta=pFieldInfo[3].Rlev;
		pInfo->DimInfo[1].StartVal=pFieldInfo[3].Start;
		pInfo->DimInfo[1].Samples=pFieldInfo[3].SamplePoint;
		pInfo->DimInfo[1].MaxSamples=pFieldInfo[3].SamplePoint;
		memmove(pInfo->DimInfo[1].Unit,pFieldInfo[3].Unit,sizeof(pInfo->DimInfo[1].Unit));
		memmove(pInfo->DimInfo[1].Name,pFieldInfo[3].Name,sizeof(pInfo->DimInfo[1].Name));
		memmove(pInfo->DimInfo[1].AliasName,pFieldInfo[3].HZName,sizeof(pInfo->DimInfo[1].AliasName));
		pInfo->DimInfo[1].Reserved=0;
		pInfo->DimInfo[1].Size=pFieldInfo[3].ArrayNum*pFieldInfo[3].CodeLength*pFieldInfo[3].SamplePoint;
		pInfo->DimInfo[1].RepCode=pFieldInfo[3].RepCode;//pFieldInfo[4].RepCode;whp change 2011.11.19 FMT只有4维！
	}
	else if(m_SlfObjectEntry[index].Type==TDT_OBJECT) {
		pInfo->NumOfDimension=2;
		memmove(pInfo->DimInfo[0].Unit,pFieldInfo[0].Unit,sizeof(pInfo->DimInfo[0].Unit));
		pInfo->DimInfo[0].Samples=GetSlfTableRecordCount(index);
		pInfo->DimInfo[0].MaxSamples=pInfo->DimInfo[0].Samples;
		pInfo->DimInfo[0].RepCode=pFieldInfo[0].RepCode;
		memmove(pInfo->DimInfo[0].Name,pFieldInfo[0].Name,sizeof(pInfo->DimInfo[0].Name));
		memmove(pInfo->DimInfo[0].AliasName,pFieldInfo[0].HZName,sizeof(pInfo->DimInfo[0].AliasName));
		pInfo->DimInfo[0].Reserved=0;
		//pInfo->DimInfo[0].Size=pFieldInfo[0].CodeLength;
		pInfo->DimInfo[0].Size=GetSlfTableRecordLength(index,pFieldInfo);

		pInfo->DimInfo[0].Delta=pFieldInfo[0].Rlev;
		pInfo->DimInfo[0].StartVal=pFieldInfo[0].Start;

		pInfo->DimInfo[1].Delta=pFieldInfo[4].Rlev;
		pInfo->DimInfo[1].StartVal=pFieldInfo[4].Start;
		pInfo->DimInfo[1].Samples=pFieldInfo[4].SamplePoint;
		pInfo->DimInfo[1].MaxSamples=pFieldInfo[4].SamplePoint;
		memmove(pInfo->DimInfo[1].Unit,pFieldInfo[4].Unit,sizeof(pInfo->DimInfo[1].Unit));
		memmove(pInfo->DimInfo[1].Name,pFieldInfo[4].Name,sizeof(pInfo->DimInfo[1].Name));
		memmove(pInfo->DimInfo[1].AliasName,pFieldInfo[4].HZName,sizeof(pInfo->DimInfo[1].AliasName));
		pInfo->DimInfo[1].Reserved=0;
		pInfo->DimInfo[1].Size=pFieldInfo[4].ArrayNum*pFieldInfo[4].CodeLength*pFieldInfo[4].SamplePoint;
		pInfo->DimInfo[1].RepCode=pFieldInfo[4].RepCode;
	}
	else if(m_SlfObjectEntry[index].Type==WAVE_OBJECT){
		pInfo->NumOfDimension=2;
		memmove(pInfo->DimInfo[0].Unit,pFieldInfo[0].Unit,sizeof(pInfo->DimInfo[0].Unit));
		pInfo->DimInfo[0].Samples=GetSlfTableRecordCount(index);
		pInfo->DimInfo[0].MaxSamples=pInfo->DimInfo[0].Samples;
		pInfo->DimInfo[0].RepCode=pFieldInfo[0].RepCode;
		memmove(pInfo->DimInfo[0].Name,pFieldInfo[0].Name,sizeof(pInfo->DimInfo[0].Name));
		memmove(pInfo->DimInfo[0].AliasName,pFieldInfo[0].HZName,sizeof(pInfo->DimInfo[0].AliasName));
		pInfo->DimInfo[0].Reserved=0;
		//pInfo->DimInfo[0].Size=pFieldInfo[0].CodeLength;
		pInfo->DimInfo[0].Size=GetSlfTableRecordLength(index,pFieldInfo);

		pInfo->DimInfo[0].Delta=pFieldInfo[0].Rlev;
		pInfo->DimInfo[0].StartVal=pFieldInfo[0].Start;

		pInfo->DimInfo[1].Delta=pFieldInfo[2].Rlev;
		pInfo->DimInfo[1].StartVal=pFieldInfo[2].Start;
		pInfo->DimInfo[1].Samples=pFieldInfo[2].SamplePoint;
		pInfo->DimInfo[1].MaxSamples=pFieldInfo[2].SamplePoint;
		memmove(pInfo->DimInfo[1].Unit,pFieldInfo[2].Unit,sizeof(pInfo->DimInfo[1].Unit));
		memmove(pInfo->DimInfo[1].Name,pFieldInfo[2].Name,sizeof(pInfo->DimInfo[1].Name));
		memmove(pInfo->DimInfo[1].AliasName,pFieldInfo[2].HZName,sizeof(pInfo->DimInfo[1].AliasName));
		pInfo->DimInfo[1].Reserved=0;
		pInfo->DimInfo[1].Size=pFieldInfo[2].ArrayNum*pFieldInfo[2].CodeLength*pFieldInfo[2].SamplePoint;
		pInfo->DimInfo[1].RepCode=pFieldInfo[2].RepCode;
	}
	else if(m_SlfObjectEntry[index].Type==CURVE_OBJECT){
		pInfo->NumOfDimension=1;
		memmove(pInfo->DimInfo[0].Unit,pFieldInfo[0].Unit,sizeof(pInfo->DimInfo[0].Unit));
		pInfo->DimInfo[0].Samples=GetSlfTableRecordCount(index);
		pInfo->DimInfo[0].MaxSamples=pInfo->DimInfo[0].Samples;
		pInfo->DimInfo[0].RepCode=pFieldInfo[0].RepCode;
		memmove(pInfo->DimInfo[0].Name,pFieldInfo[0].Name,sizeof(pInfo->DimInfo[0].Name));
		memmove(pInfo->DimInfo[0].AliasName,pFieldInfo[0].HZName,sizeof(pInfo->DimInfo[0].AliasName));
		pInfo->DimInfo[0].Reserved=0;
		//pInfo->DimInfo[0].Size=pFieldInfo[0].CodeLength;
		pInfo->DimInfo[0].Size=GetSlfTableRecordLength(index,pFieldInfo);

		pInfo->DimInfo[0].Delta=pFieldInfo[0].Rlev;
		pInfo->DimInfo[0].StartVal=pFieldInfo[0].Start;
	}
	else {
		for(int i=0;i<pInfo->NumOfDimension;i++) {
			memmove(pInfo->DimInfo[i].AliasName,pFieldInfo[i].HZName,sizeof(pInfo->DimInfo[i].AliasName));
			memmove(pInfo->DimInfo[i].Name,pFieldInfo[i].Name,sizeof(pInfo->DimInfo[i].Name));
			memmove(pInfo->AliasUnit,pFieldInfo[i].HZUnit,sizeof(pInfo->AliasUnit));
			pInfo->DimInfo[i].RepCode=pFieldInfo[i].RepCode;
			pInfo->DimInfo[i].Delta=pFieldInfo[i].Rlev;
			pInfo->DimInfo[i].StartVal=pFieldInfo[i].Start;
			if(!i)pInfo->DimInfo[i].Samples=GetSlfTableRecordCount(index);
			else pInfo->DimInfo[i].Samples=pFieldInfo[i].ArrayNum*pFieldInfo[i].SamplePoint;
			pInfo->DimInfo[i].MaxSamples=pInfo->DimInfo[i].Samples;
			pInfo->DimInfo[i].Size=pFieldInfo[i].ArrayNum*pFieldInfo[i].CodeLength*pFieldInfo[i].SamplePoint;
		}
	}
}
void  CLogIO::SetChannelInfo(int index,Slf_CHANNEL* pInfo)
{
	if(IsWis) WriteWisChannelInfo(index,pInfo);
	else SetSlfChannelInfo(index,pInfo);

}
void  CLogIO::SetSlfChannelInfo(int index,Slf_CHANNEL* pInfo)
{
	if(index<0) return;
	if(!Slf_Info_Head[index]) return;
	Slf_TABLE_MESSAGE *temp=(Slf_TABLE_MESSAGE *)Slf_Info_Head[index];
	Slf_OBJECT_FIELD *pFieldInfo=temp->pField;
	int no=0;
	if(m_SlfObjectEntry[index].FieldNum>1) no=1;
	memmove(m_SlfObjectEntry[index].HZName,pInfo->AliasName,sizeof(m_SlfObjectEntry[index].HZName));
	//whp add 2011.10.30 for SetChannelInfo没有保存对象别名信息
	WriteSlfObjectEntry();
	if(m_SlfObjectEntry[index].Type==CURVE_OBJECT) no=1;
	else if(m_SlfObjectEntry[index].Type==WAVE_OBJECT) no=1;
	else if(m_SlfObjectEntry[index].Type==FMT_OBJECT) no=2;
	else if(m_SlfObjectEntry[index].Type==TDT_OBJECT) no=3;
	pFieldInfo[no].Vmax=pInfo->MaxVal;
	pFieldInfo[no].Vmin=pInfo->MinVal;
	memmove(pFieldInfo[no].Unit,pInfo->Unit,sizeof(pFieldInfo[no].Unit));
	memmove(pFieldInfo[no].HZUnit,pInfo->AliasUnit,sizeof(pInfo->AliasUnit));//,sizeof(pFieldInfo[no].HZUnit));//whp add
	if(m_SlfObjectEntry[index].Type==FMT_OBJECT) {
		//SetSlfTableRecordCount(index,pInfo->DimInfo[0].Samples);
		memmove(pFieldInfo[0].Name,pInfo->DimInfo[0].Name,sizeof(pFieldInfo[0].Name));
		memmove(pFieldInfo[0].HZName,pInfo->DimInfo[0].AliasName,sizeof(pFieldInfo[0].HZName));
		pFieldInfo[0].Start=pInfo->DimInfo[0].StartVal;

		pFieldInfo[3].Start=pInfo->DimInfo[1].StartVal;
		memmove(pFieldInfo[3].Unit,pInfo->DimInfo[1].Unit,sizeof(pFieldInfo[3].Unit));
		memmove(pFieldInfo[3].Name,pInfo->DimInfo[1].Name,sizeof(pFieldInfo[3].Name));
		memmove(pFieldInfo[3].HZName,pInfo->DimInfo[1].AliasName,sizeof(pFieldInfo[3].HZName));
		SetSlfTableFieldInfo(index,pFieldInfo,0);
	}
	else if(m_SlfObjectEntry[index].Type==TDT_OBJECT) {
		//SetSlfTableRecordCount(index,pInfo->DimInfo[0].Samples);
		memmove(pFieldInfo[0].Unit,pInfo->DimInfo[0].Unit,sizeof(pFieldInfo[0].Unit));
		memmove(pFieldInfo[0].Name,pInfo->DimInfo[0].Name,sizeof(pFieldInfo[0].Name));
		memmove(pFieldInfo[0].HZName,pInfo->DimInfo[0].AliasName,sizeof(pFieldInfo[0].HZName));
		pFieldInfo[0].Start=pInfo->DimInfo[0].StartVal;

		pFieldInfo[4].Rlev=pInfo->DimInfo[1].Delta;
		pFieldInfo[4].Start=pInfo->DimInfo[1].StartVal;
		memmove(pFieldInfo[4].Unit,pInfo->DimInfo[1].Unit,sizeof(pFieldInfo[4].Unit));
		memmove(pFieldInfo[4].Name,pInfo->DimInfo[1].Name,sizeof(pFieldInfo[4].Name));
		memmove(pFieldInfo[4].HZName,pInfo->DimInfo[1].AliasName,sizeof(pFieldInfo[4].HZName));
		SetSlfTableFieldInfo(index,pFieldInfo,0);
	}
	else if(m_SlfObjectEntry[index].Type==WAVE_OBJECT){
		//SetSlfTableRecordCount(index,pInfo->DimInfo[0].Samples);
		memmove(pFieldInfo[0].Unit,pInfo->DimInfo[0].Unit,sizeof(pFieldInfo[0].Unit));
		memmove(pFieldInfo[0].Name,pInfo->DimInfo[0].Name,sizeof(pFieldInfo[0].Name));
		memmove(pFieldInfo[0].HZName,pInfo->DimInfo[0].AliasName,sizeof(pFieldInfo[0].HZName));
		pFieldInfo[0].Start=pInfo->DimInfo[0].StartVal;

		pFieldInfo[2].Rlev=pInfo->DimInfo[1].Delta;
		pFieldInfo[2].Start=pInfo->DimInfo[1].StartVal;

		memmove(pFieldInfo[2].Unit,pInfo->DimInfo[1].Unit,sizeof(pFieldInfo[1].Unit));
		memmove(pFieldInfo[2].Name,pInfo->DimInfo[1].Name,sizeof(pFieldInfo[1].Name));
		memmove(pFieldInfo[2].HZName,pInfo->DimInfo[1].AliasName,sizeof(pFieldInfo[1].HZName));
		SetSlfTableFieldInfo(index,pFieldInfo,0);
	}
	else if(m_SlfObjectEntry[index].Type==CURVE_OBJECT){
		//SetSlfTableRecordCount(index,pInfo->DimInfo[0].Samples);
		memmove(pFieldInfo[0].Unit,pInfo->DimInfo[0].Unit,sizeof(pFieldInfo[0].Unit));
		memmove(pFieldInfo[0].Name,pInfo->DimInfo[0].Name,sizeof(pFieldInfo[0].Name));
		memmove(pFieldInfo[0].HZName,pInfo->DimInfo[0].AliasName,sizeof(pFieldInfo[0].HZName));
		pFieldInfo[0].Start=pInfo->DimInfo[0].StartVal;
		SetSlfTableFieldInfo(index,pFieldInfo,0);
	}
}
bool CLogIO:: SetTDTInfo(int index,Slf_TDT* pInfo)
{
	if(IsWis) return SetWisTDTInfo(index,pInfo);
	else return SetSlfTDTInfo(index,pInfo);
}
bool  CLogIO:: SetFMTInfo(int index,Slf_FMT* pInfo)
{
	if(IsWis) return SetWisFMTInfo(index,pInfo);	
	else return SetSlfFMTInfo(index,pInfo);
}
bool  CLogIO:: SetWaveInfo(int index,Slf_WAVE* pInfo)
{
	if(IsWis) return SetWisWaveInfo(index,pInfo);
	else return SetSlfWaveInfo(index,pInfo);
}
bool CLogIO::  SetCurveInfo(int index,Slf_CURVE* pInfo)
{
	if(IsWis) return SetWisCurveInfo(index,pInfo);
	else return SetSlfCurveInfo(index,pInfo);
}
void CLogIO:: GetWisMessage(Slf_FILE_MESSAGE &mssage)
{
	memset(&mssage,0,sizeof(mssage));
	WELL_STATIC_INFO inf;
	int indexSTable=OpenTable("井基本信息");
	if(indexSTable<0) {
		indexSTable=OpenTable("STATIC");
	}
	if(indexSTable>=0) ReadTable(indexSTable,1,&inf);
	else {
		memset(&inf,0,sizeof(inf));
	}
	Slf_CONST xy;
	bool flag=0;
	indexSTable=OpenTable("LONG_CONST");
	if(indexSTable>=0) {
		int rec=this->GetTableRecordCount(indexSTable);
		for(int i=0;i<rec;i++) {
			ReadTable(indexSTable,i+1,&xy);
			QString vd=xy.MNEM;
			if(vd=="XLOC") {
				inf.XCoor=xy.VALUE;
				flag=1;
			}
			if(vd=="YLOC") {
				inf.YCoor=xy.VALUE;
				flag=1;
			}
			if(vd=="BXHB") {
				inf.As1=xy.VALUE;
				flag=1;
			}
		}
	}
	if(!flag) {
		indexSTable=OpenTable("STRING_CONST");
		Slf_STRING strval;
		if(indexSTable>=0) {
			int rec=this->GetTableRecordCount(indexSTable);
			for(int i=0;i<rec;i++) {
				ReadTable(indexSTable,i+1,&strval);
				QString vd=strval.MNEM;
				if(vd=="CN"||vd=="XLOC") {
					inf.XCoor=atof(strval.VALUE);
					flag=1;
				}
				if(vd=="WN"||vd=="YLOC") {
					inf.YCoor=atof(strval.VALUE);
					flag=1;
				}
				if(vd=="WC"||vd=="BXHB"||vd=="EGL") {
					inf.As1=atof(strval.VALUE);
					flag=1;
				}
				if(vd=="EKB") {
					inf.Bs1=atof(strval.VALUE);
					flag=1;
				}
				if(vd=="MDEC") {
					mssage.azca=atof(strval.VALUE);
					flag=1;
				}
			}
		}
	}
	if(inf.XCoor>99999999||inf.XCoor<0.1) inf.XCoor=0;
	if(inf.YCoor>99999999||inf.YCoor<0.1) inf.YCoor=0;
	mssage.Xcoor=inf.XCoor;
	mssage.Ycoor=inf.YCoor;

	if(!strstr(m_SlfHead.Version,"Slf 3.0"))
	{
		memmove(&mssage.X0,&inf.Remark[20],8);
		memmove(&mssage.Y0,&inf.Remark[28],8);
	}
	else
	{
		mssage.X0=inf.XCoor;
		mssage.Y0=inf.YCoor;
	}
	memmove(mssage.Item,inf.MethodCWell,sizeof(mssage.Item));
	memmove(mssage.WellName,inf.WellName,sizeof(mssage.WellName));
	memmove(mssage.AreaName,inf.AreaName,sizeof(mssage.AreaName));
	memmove(mssage.OilCompanyName,inf.OilCompanyName,sizeof(mssage.OilCompanyName));
	if(inf.As1<0.1) inf.As1=0;
	if(inf.Bs1<0.1) inf.Bs1=0;
	mssage.Altitude=inf.As1;
	mssage.Kelly=inf.Bs1;
	mssage.EndDrillDate=StringToTime(inf.EndDrillDate);
	mssage.StartDrillDate=StringToTime(inf.StartDrillDate);
	mssage.StartDepth=inf.Sc1Edep;
	mssage.EndDepth=inf.Sc2sdep;

	memmove(&mssage.X0,&inf.Remark[0],8);
	memmove(&mssage.Y0,&inf.Remark[8],8);
	memmove(&mssage.TVD,&inf.Remark[16],4);

	WELL_DYNAMIC_INFO dinf;
	indexSTable=OpenTable("测井信息");
	if(indexSTable>=0) ReadTable(indexSTable,1,&dinf);
	else memset(&dinf,0,sizeof(dinf));
	memmove(mssage.LogCompanyName,dinf.LogCompanyName,sizeof(mssage.LogCompanyName));
	memmove(mssage.Operator,dinf.Operator,sizeof(mssage.Operator));
	memmove(mssage.LoggingTeam,dinf.Item,sizeof(mssage.LoggingTeam));
	mssage.LoggingDate=StringToTime(dinf.Date);
}
void CLogIO:: SetWisMessage(Slf_FILE_MESSAGE mssage)
{
	int indexSTable=OpenSTATIC("井基本信息");
	WELL_STATIC_INFO inf;
	if(indexSTable>-1) {
		ReadTable(indexSTable,1,&inf);
	}
	else memset(&inf,0,sizeof(inf));

	inf.XCoor=mssage.Xcoor;
	inf.YCoor=mssage.Ycoor;

	memmove(inf.MethodCWell,mssage.Item,sizeof(inf.MethodCWell));
	memmove(inf.WellName,mssage.WellName,sizeof(inf.WellName));
	memmove(inf.AreaName,mssage.AreaName,sizeof(inf.AreaName));
	memmove(inf.OilCompanyName,mssage.OilCompanyName,sizeof(inf.OilCompanyName));
	inf.As1=mssage.Altitude;
	inf.Bs1=mssage.Kelly;
	if(mssage.EndDrillDate<0) mssage.EndDrillDate=0;
	CString css=ctime((time_t *)&mssage.EndDrillDate);
	char buf[200];
	strcpy(buf,css.GetString());
	memmove(inf.EndDrillDate,buf,sizeof(inf.EndDrillDate));
	memmove(inf.StartDrillDate,ctime((time_t *)&mssage.StartDrillDate),sizeof(inf.StartDrillDate));
	inf.Sc1Edep=mssage.StartDepth;
	inf.Sc2sdep=mssage.EndDepth;
	memmove(&inf.Remark[0],&mssage.X0,8);
	memmove(&inf.Remark[8],&mssage.Y0,8);
	memmove(&inf.Remark[16],&mssage.TVD,4);
	memmove(&inf.Remark[20],&mssage.Xcoor,8);
	memmove(&inf.Remark[28],&mssage.Ycoor,8);

	WriteTable(indexSTable,1,&inf);
	WELL_DYNAMIC_INFO dinf;
	indexSTable=OpenDYNAMIC("测井信息");
	if(indexSTable>=0) ReadTable(indexSTable,1,&dinf);
	else memset(&dinf,0,sizeof(dinf));
	memmove(dinf.LogCompanyName,mssage.LogCompanyName,sizeof(dinf.LogCompanyName));
	memmove(dinf.Operator,mssage.Operator,sizeof(dinf.Operator));
	memmove(dinf.Item,mssage.LoggingTeam,sizeof(dinf.Item));
	css=ctime((time_t *)&mssage.LoggingDate);
	strcpy(buf,css.GetString());
	memmove(dinf.Date,buf,sizeof(dinf.Date));
	WriteTable(indexSTable,1,&dinf);
}
void CLogIO:: GetFileMessage(Slf_FILE_MESSAGE &mssage)
{
	if(IsWis) GetWisMessage(mssage);
	else GetSlfMessage(mssage);
	if(mssage.Xcoor==-999.25||mssage.Xcoor==-9999||mssage.Xcoor==-99999) mssage.Xcoor=0;
	if(mssage.Ycoor==-999.25||mssage.Ycoor==-9999||mssage.Ycoor==-99999) mssage.Ycoor=0;

	if(mssage.Kelly==999999||mssage.Kelly==9999999) mssage.Kelly=0;
}
void CLogIO:: SetFileMessage(Slf_FILE_MESSAGE mssage)
{
	if(mssage.Xcoor==-999.25||mssage.Xcoor==-9999||mssage.Xcoor==-99999) mssage.Xcoor=0;
	if(mssage.Ycoor==-999.25||mssage.Ycoor==-9999||mssage.Ycoor==-99999) mssage.Ycoor=0;
	if(mssage.Kelly==999999||mssage.Kelly==9999999) mssage.Kelly=0;
	if(IsWis) SetWisMessage(mssage);
	else SetSlfMessage(mssage);
}

int CLogIO::SetDepthOffset(int iIndex,int no1,int j,int Count,float *dep1,float *dep2,char *buf,int &IsChange)
{
	float Depth=0;
	GetTableFieldData(iIndex,no1,buf,j+1);
	sscanf(buf,"%f",&Depth);
	if(Count==0) {
		IsChange=1;
		float dep=Depth+dep1[0];
		dep=(int)(dep*10000+0.5)/10000.0;
		SetTableFieldData(iIndex,no1,(char *)&dep,j+1);
	}
	else {
		float dep=0;
		for(int i=0;i<Count-1;i++) {
			if(Depth<dep1[i]||Depth>dep1[i+1]) continue;
			IsChange=1;
			if(dep1[i+1]==dep1[i]) SetTableFieldData(iIndex,no1,(char *)&dep2[i],j+1);
			else {
				dep=dep2[i]+(dep2[i+1]-dep2[i])/(dep1[i+1]-dep1[i])*(Depth-dep1[i]);
				dep=(int)(dep*10000+0.5)/10000.0;
				SetTableFieldData(iIndex,no1,(char *)&dep,j+1);
			}
		}
	}
	return IsChange;
}

//whp add
bool CLogIO :: CorrectTableDepth(int iIndex,float delta)
{
	int i;
	if (iIndex < 0) return FALSE;
	int numrec=GetTableRecordCount(iIndex);
	if(numrec<1) return FALSE;
	int no1=GetTableFieldNo(iIndex,"SDEP");
	int no2=GetTableFieldNo(iIndex,"EDEP");
	int no3=GetTableFieldNo(iIndex,"DEP");
	int no4=GetTableFieldNo(iIndex,"DEPTH");
	int no5=GetTableFieldNo(iIndex,"MDEPTH1");
	int no6=GetTableFieldNo(iIndex,"MDEPTH2");
	int no7=GetTableFieldNo(iIndex,"MDEPTH3");
	int no8=GetTableFieldNo(iIndex,"MDEPTH4");
	int no9=GetTableFieldNo(iIndex,"MDEPTH5");
	int no10=GetTableFieldNo(iIndex,"MDEPTH6");
	int no11=GetTableFieldNo(iIndex,"MDEPTH7");
	int no12=GetTableFieldNo(iIndex,"MDEPTH8");
	int no13=GetTableFieldNo(iIndex,"MDEPTH9");
	int no14=GetTableFieldNo(iIndex,"MDEPTH10");
	int no15=GetTableFieldNo(iIndex,"STDEP");
	int no16=GetTableFieldNo(iIndex,"ENDEP");
	if(no1<0&&
		no2<0&&
		no3<0
		&&no4<0
		&&no5<0
		&&no6<0
		&&no7<0
		&&no8<0
		&&no9<0
		&&no10<0
		&&no11<0
		&&no12<0
		&&no13<0
		&&no14<0
		&&no15<0
		&&no16<0
		) return FALSE;
	int len=GetTableRecordLength(iIndex);
	char *buf=new char[len+1];
	float Depth,dep;
	for(int j=0;j<numrec;j++)
	{
		if(no1>-1) 
		{
			GetTableFieldData(iIndex,no1,buf,j+1);
			sscanf(buf,"%f",&Depth);
			Depth+=delta;
			SetTableFieldData(iIndex,no1,(char *)&Depth,j+1);
		}
		if(no2>-1)
		{
			GetTableFieldData(iIndex,no2,buf,j+1);
			sscanf(buf,"%f",&Depth);
			Depth+=delta;
			SetTableFieldData(iIndex,no2,(char *)&Depth,j+1);

		}
		if(no3>-1)
		{
			GetTableFieldData(iIndex,no3,buf,j+1);
			sscanf(buf,"%f",&Depth);
			Depth+=delta;
			SetTableFieldData(iIndex,no3,(char *)&Depth,j+1);
		}
		if(no4>-1)
		{
			GetTableFieldData(iIndex,no4,buf,j+1);
			sscanf(buf,"%f",&Depth);
			Depth+=delta;
			SetTableFieldData(iIndex,no4,(char *)&Depth,j+1);
		}
		if(no5>-1)
		{
			GetTableFieldData(iIndex,no5,buf,j+1);
			sscanf(buf,"%f",&Depth);
			if(Depth) {
				Depth+=delta;
				SetTableFieldData(iIndex,no5,(char *)&Depth,j+1);
			}
		}
		if(no6>-1)
		{
			GetTableFieldData(iIndex,no6,buf,j+1);
			sscanf(buf,"%f",&Depth);
			if(Depth) {
				Depth+=delta;
				SetTableFieldData(iIndex,no6,(char *)&Depth,j+1);
			}
		}
		if(no7>-1)
		{
			GetTableFieldData(iIndex,no7,buf,j+1);
			sscanf(buf,"%f",&Depth);
			if(Depth) {
				Depth+=delta;
				SetTableFieldData(iIndex,no7,(char *)&Depth,j+1);
			}
		}
		if(no8>-1)
		{
			GetTableFieldData(iIndex,no8,buf,j+1);
			sscanf(buf,"%f",&Depth);
			if(Depth) {
				Depth+=delta;
				SetTableFieldData(iIndex,no8,(char *)&Depth,j+1);
			}
		}
		if(no9>-1)
		{
			GetTableFieldData(iIndex,no9,buf,j+1);
			sscanf(buf,"%f",&Depth);
			if(Depth) {
				Depth+=delta;
				SetTableFieldData(iIndex,no9,(char *)&Depth,j+1);
			}
		}
		if(no10>-1)
		{
			GetTableFieldData(iIndex,no10,buf,j+1);
			sscanf(buf,"%f",&Depth);
			if(Depth) {
				Depth+=delta;
				SetTableFieldData(iIndex,no10,(char *)&Depth,j+1);
			}
		}
		if(no11>-1)
		{
			GetTableFieldData(iIndex,no11,buf,j+1);
			sscanf(buf,"%f",&Depth);
			if(Depth) {
				Depth+=delta;
				SetTableFieldData(iIndex,no11,(char *)&Depth,j+1);
			}
		}
		if(no12>-1)
		{
			GetTableFieldData(iIndex,no12,buf,j+1);
			sscanf(buf,"%f",&Depth);
			if(Depth) {
				Depth+=delta;
				SetTableFieldData(iIndex,no12,(char *)&Depth,j+1);
			}
		}
		if(no13>-1)
		{
			GetTableFieldData(iIndex,no13,buf,j+1);
			sscanf(buf,"%f",&Depth);
			if(Depth) {
				Depth+=delta;
				SetTableFieldData(iIndex,no13,(char *)&Depth,j+1);
			}
		}
		if(no14>-1)
		{
			GetTableFieldData(iIndex,no14,buf,j+1);
			sscanf(buf,"%f",&Depth);
			if(Depth) {
				Depth+=delta;
				SetTableFieldData(iIndex,no14,(char *)&Depth,j+1);
			}
		}
		if(no15>-1)
		{
			GetTableFieldData(iIndex,no15,buf,j+1);
			sscanf(buf,"%f",&Depth);
			{
				Depth+=delta;
				SetTableFieldData(iIndex,no15,(char *)&Depth,j+1);
			}
		}
		if(no16>-1)
		{
			GetTableFieldData(iIndex,no16,buf,j+1);
			sscanf(buf,"%f",&Depth);
			{
				Depth+=delta;
				SetTableFieldData(iIndex,no16,(char *)&Depth,j+1);
			}
		}
	}
	delete buf;
	return TRUE;
}