#ifndef NEWFEATBP_H
#define	NEWFEATBP_H

#define vLINUX_INCLUDE
//#define BINARY_SIGMOID_FUNCTION_INCLUDE		// sigmoid function
//#define nInputNeuron          	100 	// # of input neuron 
//#define nOutputNeuron         	100	// # of output neuron
#define varDefault		4
#define STRING_SIZE          128	// string size

typedef struct {
   	int    	epoch;
   	double 	alpha;
	int 	nLayerHidden;
   	int    	*nHiddenNeuron;
	int		n_input;
	int		selectModule;
	int		nInputn;
	int		nOutputn;
	char 	fnameInput[128];
	char	fnameTarget[128];
	char 	outdirname[128];
	char	fnameWeight[128];
	int		nModel;
} PARAMETERS;

typedef struct {
        double          *weight;
        double          sum;
        double          output;
        double          delta;
} NEURON;

typedef struct {
        NEURON          *neuron;
} LAYER;

/*
// 20070816_JHKIM
typedef struct {
        double          *value;
} DATA;
*/

typedef struct {
        double          *inputNeuron;
        LAYER           *hiddenLayer;
        LAYER           outputLayer;
        double          error;
        double          Error;
} NETWORK;

typedef struct {
	int nMoem;
	int nJaem;
} TJaemTarget;

typedef struct{
	double **mask;
	double *diff;
} TEMPLATE;

class CBackpro{

public:
#ifdef USE_DSP
	CBackpro( unsigned char *nWegithFileName, unsigned char *nTargetFileName );
#else
	CBackpro( char *nWegithFileName, char *nTargetFileName );
#endif
	CBackpro();
	~CBackpro();

	int nFeat;		// 100
	int nModel;	// 5
	PARAMETERS	param;
	NETWORK		*network;
	TEMPLATE rlt;
	int nFirstMin, nSecondMin;
	double nFirstMinResult, nSecondMinResult;

	void memAlloc();
	void memFree();
	void patternToInputNeuron( double *nInputData );
	void networkOperation();
	double sigmoid(double out);
	double diffSigmoid(double);

#ifdef USE_DSP
	void loadWeight( unsigned char *WeightMemoryBuffer );
	void loadTarget(unsigned char *TargetMemoryBuffer );
#else	
	void loadWeight();
	void loadTarget();
#endif
    void LoadTargetAndWeight( unsigned char *nWeightFileName, unsigned char *nTargetFileName );
    void ReleaseNetwork();
	void releaseTarget();
	TJaemTarget templateMatching_global_eu_o_jaem();
	TJaemTarget templateMatching_normal_jaem();
	TJaemTarget templateMatching_rank_jaem();
	TJaemTarget templateMatching_global_a_u_jaem();
	TJaemTarget templateMatching_global_jaem();
	int templateMatching_jiyuk();
	int templateMatching_rank_jiyuk();
	int templateMatching_sp_jiyuk();
	int templateMatching_lnumber();
	int templateMatching_rank_lnumber();
	int templateMatching_sp_number();
	int templateMatching_snumber();

    int templateMatching_lnumber(double *first_min, double *second_min);
};

#endif