defs.h

#ifndef Defs_H
#define Defs_H

#pragma warning(disable: 4786)

#include <list>
#include <string>
#include <vector>
#include <algorithm>

#define Value_Type float

#define NR_END 1
#define FREE_ARG char*
#define TMatrix Value_Type**
#define TVector Value_Type*
#define TIntVector int*
#define STANDARD 1
#define BATCH 2
#define ONLINE 3
#define DTHREE 1
#define DTWO 2
#define MaxDimension 64
#define RANDOMIZED 1
#define LINEAR 2
#define WINDOW 3
#define GAUSSIAN 1
#define BUBBLE 2
#define CUTGAUSS 3
#define EP 4
#define HEXA 1
#define RECT 2
#define TORO 0 
#define HEXA_STR "hexa"
#define RECT_STR "rect"
#define TORO_STR "toro"
#define GAUSSIAN_STR "gaussian"
#define BUBBLE_STR "bubble"
#define CUTGAUSS_STR "cutgauss"
#define EP_STR "ep"
#define UNKNOWN "unknown"
#define Default_LearningType "Batch"
#define Default_DimensionType "Two"
#define MIN_VALUE        1
#define MAX_VALUE        2
#define MEDIAN_VALUE 3
#define MEAN_VALUE       4
#define PIXEL   4



using std::string;
using std::vector;
using std::list;



typedef vector<Value_Type> TVecValue;

typedef list< string > Tstrlist;
//typedef vector< list< string > > Tlabel;

class BMUnode {
public:
        int i;
        Value_Type dist;
        BMUnode() : i(0), dist(0) {}
        BMUnode( int index, Value_Type dist_value ) : i( index ), dist( dist_value) {}
};

bool operator<(const BMUnode& x, const BMUnode& y)
{
    return (x.dist < y.dist);
}

typedef vector<BMUnode> TVecBMU;
typedef vector< vector<BMUnode> > TBMU;

typedef vector< string > TvecLabel;
typedef vector< vector< string > > TLabel;

typedef vector< vector<int> >  SList;

class mean_node { 
public:
        mean_node( TVector mean, int num) : mean(mean), num(num) {};
        TVector mean;
        int num;
};

typedef vector<float> VecInt;
typedef vector< VecInt > MatrixInt;

typedef vector< mean_node > TvecMean;

typedef vector< vector< int > >  TCluster;
typedef vector< int >   TVecCluster;

#endif

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