/*
* Copyright (C) 2001-2009, CompHEP Collaboration
* Copyright (C) 1998, A.Kryukov
* ------------------------------------------------------
*/
#ifndef CCOLOR_H

#define CCOLOR_H

#include "physics.h"

/*################# definition from cweight.c ##################### */

#define NCOLOR   3		/*  SU(3)                           */
#define MAX_POW  32		/*  Maximum power of polinom of N_c */
#define MAXE     3		/*  Standard QCD                    */
#define MAXVT    3		/*                                  */
#define MAXGLEN  (2*MAXINOUT+2)	/*  16? Maximum length of CGraph        */
#define REVSP2T  2		/*  Sp(Ta*Tb)=1/RevSp2T*Delta(a,b)  */
#define CERRLEV1 0		/*  Run time error level            */
#define CERRLEV2 0		/*  Halt level                      */
#define CDEBLEV  00		/*  Total debug level               */


/*################################################################ */

typedef enum
  {
    zv = 1, tv, g2, qg, g3
  }
vtype;				/*  02/01/90                 */
				      /* ZV    Zero vertex         */
				      /* TV    Tranfer vertex      */
				      /* G2    Transfer gluon vertex  */
				      /* G3    Three gluon vertex  */
				      /* QG    Qark-gluon vertex   */
			  /*  Range for C-graph length  */

typedef struct vertex
  {
    vtype vt;			/* vertex type: zv, tv, g2, qg, g3 */
    int e[MAXE];		/* array of edges (linked vrtex numbers) */
  }
vertex;

typedef struct cgraph
  {
    long n[MAX_POW];		/* Numerator of c-weight: polinom of N_c */
    long d;			/* Denumerator           */
    long r;			/* Power of N_c in denominator */
    int en;			/* Name of next edge */
    int gl;			/* Number of vertecies (graph length) */
    vertex vl[MAXGLEN];		/* array of verticies */
  }
cgraph;

typedef struct glist
  {
    cgraph cg;
    struct glist *next;
  }
glist;

typedef struct weight
  {
    long n[MAX_POW];
    long d;
    long r;
    glist *pgl;
  }
weight;


#include "cweight.h"

/*####################### end of defs ############################ */


#define CC_DEBUG 0

void initTokenCG (FILE * file);	/* initiate reading process */
void initCG (weight * w);	/* initiate weight structure */
void readCG (weight * w);	/* read c-graph and build weight structure */
void printCG (cgraph * c);	/* print c-grapg */
void printPol (long *n, long d, long r);	/* print Polinom */
void calcCG (weight * w, int cmode);	/* calculate colour weight */

#endif /* CCOLOR_H */