fuzzy_c_mean.h

java fuzzy cmeans code

// fuzzy_c_mean.h: Schnittstelle f黵 die Klasse Cfuzzy_c_mean.
//
//////////////////////////////////////////////////////////////////////

#if !defined(AFX_FUZZY_C_MEAN_H__33BD2891_D58E_11D3_970D_00E018907D96__INCLUDED_)
#define AFX_FUZZY_C_MEAN_H__33BD2891_D58E_11D3_970D_00E018907D96__INCLUDED_

#if _MSC_VER > 1000
#pragma once
#endif // _MSC_VER > 1000

#include "Vektor.h"
#include "Matrix.h"

class Cfuzzy_c_mean
{	
	 public:
		int n;	// Anzahl der Inputvekoren
		int p;	// Anzahl Dimension des Inputvekors x
		int m;	// Berechnungsparmater normalerweise 2
		int c;	// Anzahl Clustors
		int anz_benoetigete_Iterationen; 
		double Jm; // evaluation Function
		CMatrix  At, Att,v, x;
	
		Cfuzzy_c_mean(int in, int ip, int im, int ic);
		virtual ~Cfuzzy_c_mean();
		double abstand_x_v(int k, int i);
		double JmA(CMatrix* A_m);
		void cluster_v(CMatrix* A_m);
		void setArandom(CMatrix* A_m);
		int  fuzzy_c_mean_cal();
		int einlesen_Matrix(char* pfad_str, CMatrix* M, int anz_zeilen, int anz_Spalten);
		double diff_A(CMatrix* A1, CMatrix* A2);
		void ausgabeErgebnisse();
		void printErgebnisse();
		int trimStrEnds (char* string);
		int hole_naechstes_wort(char* zeilex, char* wortx);
		double zufall();

};


#endif // !defined(AFX_FUZZY_C_MEAN_H__33BD2891_D58E_11D3_970D_00E018907D96__INCLUDED_)