www.pudn.com > bp_cpp.zip > interface.h

#ifndef _PUBLIC_ANN_INTERFACE_H 
#define _PUBLIC_ANN_INTERFACE_H 
 
/* 
 * public/ann/interface.h 
 * 2004-04-24 by ShanLanshan 
 * 
 * Define ann lib interface 
 */ 
 
#include "public/ann/annbase.h" 
 
namespace ann { 
 
	class ISerialObj { 
	public: 
		virtual ostream& operator >>(ostream &os) = 0; 
		virtual istream& operator <<(istream &is) = 0; 
	}; 
	inline ostream& operator << (ostream &os, ISerialObj &so) {return so >> os;} 
	inline istream& operator >> (istream &is, ISerialObj &so) {return so << is;} 
 
	class IAnnVector { 
	public: 
		virtual ~IAnnVector(); 
		virtual IAnnVector* get_sub_vector(int off, int len, IAnnVector *vec) = 0; 
		virtual void set_size(ann_int size) = 0; 
		virtual ann_int get_size() = 0; 
		virtual ann_float get_element(int n) = 0; 
		virtual void set_element(int n, ann_float v) = 0; 
		virtual void get_element(int i, ann_float a[], int n) = 0; 
		virtual void set_element(int i, ann_float a[], int n) = 0; 
		virtual ann_float *get_buffer() = 0; 
		virtual void release_buffer() = 0; 
		virtual IAnnVector& operator=(IAnnVector &av) = 0; 
		virtual bool operator ==(IAnnVector &av) = 0; 
		//virtual ostream& operator >>(ostream &os) = 0; 
	}; 
	 
	//inline ostream& operator << (ostream &os, IAnnVector &av) {return av >> os;} 
 
	class IAnnVectorContainer { 
	public: 
		virtual ~IAnnVectorContainer(); 
		virtual bool add(IAnnVector &vec) = 0; 
		virtual IAnnVector *get_vector(int i) = 0; 
		virtual ann_uint get_count() = 0; 
	}; 
 
	class IAnnVectorConverter { 
	public: 
		virtual ~IAnnVectorConverter(); 
		virtual bool set_input(IAnnVector *vecin) = 0; 
		virtual bool get_output(IAnnVector *vecout) = 0; 
		virtual bool learn(IAnnVector *vecout) = 0; 
		virtual bool convert() = 0; 
	}; 
 
}	// namespace ann 
 
#endif /* !_PUBLIC_ANN_INTERFACE_H */