gm.h

动态场景中运动目标检测提取与跟踪 对新手很有用

#ifndef GM_H
#define GM_H

#include "stdafx.h"

#define    V0      25.0
#define    MPI     15.749609945722
#define    ALPHA   0.01

class GM
{
public:
	double w;//=0.05;//the weight of each model
    int u[3];//={0,0,0};//red green and blue
    double gama[3];//={V0,V0,V0};// gama_red green and blue.
	bool newGMM;//=false;
public:
	GM();
	GM(int xt[3]);
	~GM();
	void initdata();
	void updateData();
	void updateData(int* xt);
	bool update_u(int* xt,int length);
	bool update_gama(int* xt, int length);
	GM& operator = (GM& g);
};



double vector_zhiji(double* x1,double* x2,int length);
double vector_zhiji(double* x1, int* x2, int length);
bool vectorSqrt(double* gm, double* gm_return,int length);
bool vectorAdd(double* xt, double* u, double* add_return, int length);
bool vectorSub(int* xt, int* u, int* sub_return, int length);
bool vectorMul(double* vec1, double* vec2, double* mul_return, int length);
bool vectorMul(int* vec1, double* vec2, double* mul_return, int length);
bool vectorMul(int* vec1, int* vec2, double* mul_return, int length);
bool vectorMulNum(double num, int* vec, int* mul_return,int length);
bool vectorMulNum(double num, double* vec, double* mul_return,int length);
bool getDoubleVector(int* vec, double* vec_return, int length);





#endif