logplus/BaseFun/include/BaseFun.h

#ifndef PAI_FRAME_BASEFUN_H__
#define PAI_FRAME_BASEFUN_H__

#pragma once
// CBaseFunApp
// 有关此类实现的信息，请参阅 BaseFun.cpp
//
#include "BaseFunExport.h"
#include "CStringType.h"
//#include "ObjectArchive.h"
#ifndef NULL
#define NULL 0
#endif

#ifndef BOOL
#define BOOL bool
#endif

#ifndef FALSE
#define FALSE false
#endif

#ifndef TRUE
#define TRUE true
#endif
enum enumFilterType
{
	fltWeak,
	fltNormal,
	fltStrong,
	fltUDef,
	fltNone,
};
BASEFUN_EXPORT float Filt(float* b, float* Fil);

BASEFUN_EXPORT void FilterCurve(
	float* inpcurve,
	enumFilterType Ftype,
	int numrec,
	float* fUDef,
	float Empty);
BASEFUN_EXPORT float FilterValue(
	float* inpcurve,
	enumFilterType Ftype,
	float* fUDef,
	float Empty);

BASEFUN_EXPORT void FilterMatrixV(
	float** inpcurve,
	enumFilterType Ftype,
	int numrec,
	int numChannel,
	float* fUDef,
	float Empty);
BASEFUN_EXPORT void FilterMatrixH(
	float** inpcurve,
	enumFilterType Ftype,
	int numrec,
	int numChannel,
	float* fUDef,
	float Empty);
BASEFUN_EXPORT float Sigma(float* x,int Length, float dt, float Min = 0.0f);
BASEFUN_EXPORT float Sigma(float* x, float dt, int fromI, int toI, float Min = 0.0f);

//class CObjectArchive;
struct MD_STRUCT
{
public:
	MD_STRUCT()
	{
		clear();
	}
	void clear()
	{
		m_size=0;
		m_sdep=0;
		m_edep=0;
		m_rlev=0;
	}
	int size()
	{
		return m_size;
	}
	void copy(MD_STRUCT other)
	{
		m_size=other.m_size;
		m_sdep=other.m_sdep;
		m_edep=other.m_edep;
		m_rlev=other.m_rlev;
	}
	int m_size;
	float m_sdep;
	float m_edep;
	float m_rlev;
};
BASEFUN_EXPORT void DataSmooth(int cal,int mode,float *in,float *out,int n,int count);

BASEFUN_EXPORT float mean(vector<float>resultSet);
BASEFUN_EXPORT float stdev(vector<float>resultSet);
BASEFUN_EXPORT float GetMaxFreq(float m_min,float m_max,float *inFreq,int count);
BASEFUN_EXPORT int GetFreq(float*pVal,int size,float m_min,float m_max,int count,float *outFreq);
BASEFUN_EXPORT void LeastSquare(int size,float *x, float* y,float &a,float &b);
BASEFUN_EXPORT int Resamples(char *Data0,char *Data1,int N0,int N1,int RepCode,int CodeLen);
BASEFUN_EXPORT void CalculateLayer(double* DepthData,double* ResData,int nsamp,char* LayerPath,int LayerPathLeng,float MinDepth,float MaxDepth,float minLayerH);
BASEFUN_EXPORT int CalculateDataNo(double* data1,int nsamp1,double data);
BASEFUN_EXPORT void CalculateLayer(float* DepthData,float* ResData,int nsamp,char* LayerPath,int LayerPathLeng,float MinDepth,float MaxDepth,float minLayerH);
BASEFUN_EXPORT int CalculateDataNo(float* data1,int nsamp1,double data);
BASEFUN_EXPORT float* AutoCreateLayers(float *ldepth,float*grm,int lnsamp,float minceng,int &count,float gryz=5,int n=10,int isdellerr=true);
BASEFUN_EXPORT void valueperlayers(float *csdata,int cs,float *grm,float*dep,int mpoint,float *resc,float*res,float gryz,int isDelerr=true);
BASEFUN_EXPORT float  lst(int code,int point,float *data,char *fieldname,char *formu,float *value,float rlev);
BASEFUN_EXPORT void CalTextAlign(int & hAlign, int &vAlign,bool isRot);
BASEFUN_EXPORT void removeStr(QString &des,QString bChar,QString EChar);
BASEFUN_EXPORT void removeStr(char*des,QString bChar,QString EChar);

///360度插值
BASEFUN_EXPORT double GetData(int repCode,char *buffer,int repLen);
BASEFUN_EXPORT void SetData(int repCode,char *buffer,double yy);
BASEFUN_EXPORT void CalTextWrap( QString &SrcText,double width,QFont font,QString &OutText,double &height,bool IsWellSectonHorizonLayout );

BASEFUN_EXPORT int Resamples(float *InData,float *OutData,float InN,float OutN);
BASEFUN_EXPORT int akima (float *x,float *y,int nx,float *c);
BASEFUN_EXPORT int cubspl (float x[],float y[],int nx,float c[]);
BASEFUN_EXPORT int spline(float x[],float y[], int n,float yp1, float ypn,float y2[]);
BASEFUN_EXPORT int intpol (float *x,float *y,int n,int m,float *u,float *v,int mode);
class DOUBLEPROPERTY
{
public:
	DOUBLEPROPERTY(int size)
	{
		SetSize(size);
	}
	DOUBLEPROPERTY()
	{
		m_size=0;
		m_vProperty=NULL;
	}
	~DOUBLEPROPERTY()
	{
		clear();
	}
public:
    //BASEFUN_EXPORT virtual bool Serialize( CObjectArchive &ar );
	void resize(int size)
	{
		SetSize(size);
	}
	void copy(const DOUBLEPROPERTY *other)
	{
		m_size=other->m_size;
		if(m_size>0) {
			if(m_vProperty) delete m_vProperty;
			m_vProperty=new double[m_size];
			memmove(m_vProperty,other->m_vProperty,sizeof(double)*m_size);
		}
		else {
			m_size=0;
			if(m_vProperty) delete []m_vProperty;
			m_vProperty=NULL;
		}
	}

	void SetSize(int size)
	{
		if(size>0) {
			if(m_vProperty) {
				if(size!=m_size) {
					double* old_mem = m_vProperty;//(float *)realloc(m_vProperty, sizeof(float)*size);
					m_vProperty = new double[size];//new_mem;
					if(size>m_size) {
						memset(&m_vProperty[m_size],0,sizeof(double)*(size-m_size));
						memmove(m_vProperty,old_mem,sizeof(double)*m_size);
					}
					delete []old_mem;
				}
			}
			else {
				m_vProperty =new double[size];
//				(double *)malloc(sizeof(double)*size);
//				memset(m_vProperty,0,sizeof(double)*size);
			}
			m_size=size;
		}
		else {
			m_size=0;
			delete []m_vProperty;
			m_vProperty=NULL;
		}
	}
	void clear()
	{
		m_size=0;
		if(m_vProperty) {
			delete []m_vProperty;
			m_vProperty=NULL;
		}
	}
	int size()
	{
		return m_size;
	}
/*	DOUBLEPROPERTY operator =(const DOUBLEPROPERTY &other)
	{
		m_size=other.m_size;
		if(m_size>0) {
			m_vProperty=new double[m_size];
			memmove(m_vProperty,other.m_vProperty,sizeof(double)*m_size);
		}
		else {
			m_size=0;
			if(m_vProperty) delete m_vProperty;
			m_vProperty=NULL;
		}
	}
*/
	bool empty()
	{
		return !m_size;
	}
	int m_size;
	double *m_vProperty;
} ;
class FLOATPROPERTY
{
public:
	FLOATPROPERTY(int size)
	{
		SetSize(size);
	}
	FLOATPROPERTY()
	{
		m_size=0;
		m_vProperty=NULL;
	}
	~FLOATPROPERTY()
	{
		clear();
	}
public:
    //BASEFUN_EXPORT virtual bool Serialize( CObjectArchive &ar );
	void copy(const FLOATPROPERTY *other)
	{
		m_size=other->m_size;
		if(m_size>0) {
			if(m_vProperty) delete m_vProperty;
			m_vProperty=new float[m_size];
			memmove(m_vProperty,other->m_vProperty,sizeof(float)*m_size);
		}
		else {
			m_size=0;
			if(m_vProperty) delete m_vProperty;
			m_vProperty=NULL;
		}
	}
	void resize(int size)
	{
		SetSize(size);
	}
	void SetSize(int size)
	{
		if(size>0) {
			if(m_vProperty) {
				float* old_mem = m_vProperty;//(float *)realloc(m_vProperty, sizeof(float)*size);
				m_vProperty = new float[size];//new_mem;
				if(size>m_size) {
					memset(&m_vProperty[m_size],0,sizeof(float)*(size-m_size));
					memmove(m_vProperty,old_mem,sizeof(float)*m_size);
				}
				delete []old_mem;
			}
			else {
				m_vProperty =new float[size];//(float *)malloc(sizeof(float)*size);
//				memset(m_vProperty,0,sizeof(float)*size);
			}
			m_size=size;
		}
		else {
			m_size=0;
			if(m_vProperty) free(m_vProperty);
			m_vProperty=NULL;
		}
	}
	void clear()
	{
		static float*old=0;
		m_size=0;
		if((!old&&m_vProperty)||(old&&old!=m_vProperty)) {
			old=m_vProperty;
			delete []m_vProperty;
			m_vProperty=NULL;
		}
		else {
			m_vProperty=0;
		}
	}
	int size()
	{
		return m_size;
	}
	FLOATPROPERTY  operator =(const FLOATPROPERTY &other)
	{
		copy(&other);
	}
	FLOATPROPERTY  operator =(FLOATPROPERTY &other)
	{
		copy(&other);
	}
	FLOATPROPERTY  operator =(FLOATPROPERTY other)
	{
		copy(&other);
	}
	bool empty()
	{
		return !m_size;
	}
	int m_size;
	float *m_vProperty;
} ;
class PFLOATPROPERTY
{
public:
	PFLOATPROPERTY(int size)
	{
		SetSize(size);
	}
	PFLOATPROPERTY()
	{
		m_size=0;
		m_vProperty=NULL;
	}
	~PFLOATPROPERTY()
	{
		clear();
	}
public:
	void copy(const PFLOATPROPERTY *other)
	{
		m_size=other->m_size;
		m_vProperty=other->m_vProperty;
	}
	void resize(int size)
	{
		SetSize(size);
	}
	void SetSize(int size)
	{
		m_vProperty =NULL;//(float *)malloc(sizeof(float)*size);
		m_size=size;
	}
	void clear()
	{
		m_size=0;
		m_vProperty=NULL;
	}
	int size()
	{
		return m_size;
	}
	PFLOATPROPERTY  operator =(const PFLOATPROPERTY &other)
	{
		copy(&other);
	}
	PFLOATPROPERTY  operator =(PFLOATPROPERTY &other)
	{
		copy(&other);
	}
	PFLOATPROPERTY  operator =(PFLOATPROPERTY other)
	{
		copy(&other);
	}
	bool empty()
	{
		return !m_size;
	}
	int m_size;
	float *m_vProperty;
} ;
//#define PFLOATPROPERTY FLOATPROPERTY
typedef struct 
{
	char characterization[20];//信息描述
	int SearchMode;//搜索域(0，全范围搜索；1，定位搜索；2，在第1搜索基础上，加偏移定位搜索)
	int start;//起始点
	int end;//终止点
	char ValueType[10];//值类型
	char ValueMin[20];//最小值
	char ValueMax[20];//最大值
}TERM;
typedef struct 
{
	CString FormatName;
	int TermNum;
	TERM *m_Term;
}DATAFORMATMESSAGE;
int BASEFUN_EXPORT IsNumberic(QString src);
void  BASEFUN_EXPORT PutScanDepthMes(char *Message,float sdep,float edep,char *outfilename=NULL);
void  BASEFUN_EXPORT GetTranMes(char *p,float *x,float *y,float *outsdep,float *outedep);
void  BASEFUN_EXPORT Procgress(float sdep,float edep,float rlev);
float BASEFUN_EXPORT pe_axp_(int *cc);
int BASEFUN_EXPORT   int32_pe_axp_(int *number);
short int BASEFUN_EXPORTint16_pe_axp_(short int *number);
int BASEFUN_EXPORT   GetBeginPosit(char *FileName,char* FormatName);
int BASEFUN_EXPORT   GetPos(DATAFORMATMESSAGE ms,char *buf);
/*bool BASEFUN_EXPORT IsSuceed(DATAFORMATMESSAGE ms,char *buf);
void BASEFUN_EXPORT DataFormatMesBrowse(char *FileName,CStringArray &DllName);*/
char BASEFUN_EXPORT*GetBinDir(char *str);
CString BASEFUN_EXPORT GetBinDir();

//extern "C" bool PASCAL EXPORT Procgress(float sdep,float edep,float rlev);
CString BASEFUN_EXPORT GetRegDir(char *Name);
void BASEFUN_EXPORT CreateDir(char *buf);
bool BASEFUN_EXPORT HaveSameCurve(int Numlog,int *OutCurveNo,char **OutCurve);
bool BASEFUN_EXPORT IsNum(CString str);
bool BASEFUN_EXPORT MiddleSmooth(float*  _SourceData,int Count,int WindowLen);
int BASEFUN_EXPORT GetVDLDefaultColor(QColor *crColor,int nColorNum,int iMode);
QStringList BASEFUN_EXPORT GetStringList(QByteArray line,bool IsSpa=1,bool IsTab=1,bool IsCom=1,bool IsSem=1,bool DelDubSpa=1);
QStringList BASEFUN_EXPORT GetStringList(QString line,bool IsSpa,bool IsTab,bool IsCom,bool IsSem,bool DelDubSpa);
void BASEFUN_EXPORT InstValue(float outsdep,float enddepth,std::vector<float> &md,std::vector<float> &_AryCurve,std::vector<float>&curAry,float rlev,int DataPoint,bool isAngle,bool isJG);
void BASEFUN_EXPORT qsort_int(char**datx,int left,int right,int idx,int len,int pos);
void BASEFUN_EXPORT qsort(char**datx,int left,int right,int idx,int len,int pos);
void BASEFUN_EXPORT qsort(QStringList &datx,float *daty,int left,int right,int idx);

extern "C" {
	int BASEFUN_EXPORT binarySearch(float*darray, int n, float data,float err);
    int BASEFUN_EXPORT bSearch(double*darray, int n, double data,double err);//
	void BASEFUN_EXPORT fft842(int INN, int N, float *X, float *Y);
	void BASEFUN_EXPORT r2tx(int NTHPO, float *CR0, float *CI0);
	void BASEFUN_EXPORT r4tx(int NTHPO, float *CR0, float *CI0);
	void BASEFUN_EXPORT r8tx(int NXTLT,int NTHPO,int LENGT,float *CR0,float *CI0);
}
#endif