Programming Forums - Row Generator

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I have an algorithm, but I need to test it with a very large boolean database. I found the following code which is about leds. I am trying to run it, but I cannt. I was trying to fix the code, but so far I couldnt make it run. It is supposed to generate as many information as I want. Can anyone help me?



/* */



#include <stdio.h>

#include <strings.h>



#define NUMBER_ARGS 5



/*==== Inputs ====*/

int numtrain;      /*==== Input #1 ====*/

unsigned seed;     /*==== Input #2 ====*/

char outputfile[100];  /*==== Input #3 ====*/

int percentnoise;    /*==== Input #4: usually set to 10 (percent) ====*/



/*==== Other global values ====*/

int noisy[7];      /* Contains boolean values (attribute noise) */

int instance[10][7];   /* Original 10 instances */

int n = 0;        



/* ====================================================================== 

  Main 

  ====================================================================== */

main (argc, argv)

  int argc;

  char *argv[];

{

  void createworld();

  

  if (argc != NUMBER_ARGS)

   { printf("Arguments: numtrain seed outputfile noise.\n");

    printf(" numtrain is the number of training instances requested.\n");

    printf(" seed is a integer seed for the random number generator.\n");

    printf(" outputfile: output file name for the generated instances.\n");

    printf(" noise is the percent probability of noise per attribute.\n");

    printf(" (usually set to 10%...and reported by the program)\n");

   }

  else

  { numtrain = atoi(argv[1]);

   seed = atoi(argv[2]);

   strcpy(outputfile,argv[3]);

   percentnoise = atoi(argv[4]);

   createworld();

  }

}



/* ======================================================================

  Getting the instances. 

  ====================================================================== */

void createworld()

{    

  FILE *fopen(), *fout;



  int select_noisy_indexes(),

    noisy_index();

  int count, selected, i;

  int noisy_instance[7];

  float actual;

  

  srandom(seed); 



  instance[0][0] = 1;

  instance[0][1] = 1;

  instance[0][2] = 1;

  instance[0][3] = 0;

  instance[0][4] = 1;

  instance[0][5] = 1;

  instance[0][6] = 1;

  

  instance[1][0] = 0;

  instance[1][1] = 0;

  instance[1][2] = 1;

  instance[1][3] = 0;

  instance[1][4] = 0;

  instance[1][5] = 1;

  instance[1][6] = 0;



  instance[2][0] = 1;

  instance[2][1] = 0;

  instance[2][2] = 1;

  instance[2][3] = 1;

  instance[2][4] = 1;

  instance[2][5] = 0;

  instance[2][6] = 1;



  instance[3][0] = 1;

  instance[3][1] = 0;

  instance[3][2] = 1;

  instance[3][3] = 1;

  instance[3][4] = 0;

  instance[3][5] = 1;

  instance[3][6] = 1;



  instance[4][0] = 0;

  instance[4][1] = 1;

  instance[4][2] = 1;

  instance[4][3] = 1;

  instance[4][4] = 0;

  instance[4][5] = 1;

  instance[4][6] = 0;



  instance[5][0] = 1;

  instance[5][1] = 1;

  instance[5][2] = 0;

  instance[5][3] = 1;

  instance[5][4] = 0;

  instance[5][5] = 1;

  instance[5][6] = 1;



  instance[6][0] = 1;

  instance[6][1] = 1;

  instance[6][2] = 0;

  instance[6][3] = 1;

  instance[6][4] = 1;

  instance[6][5] = 1;

  instance[6][6] = 1;



  instance[7][0] = 1;

  instance[7][1] = 0;

  instance[7][2] = 1;

  instance[7][3] = 0;

  instance[7][4] = 0;

  instance[7][5] = 1;

  instance[7][6] = 0;



  instance[8][0] = 1;

  instance[8][1] = 1;

  instance[8][2] = 1;

  instance[8][3] = 1;

  instance[8][4] = 1;

  instance[8][5] = 1;

  instance[8][6] = 1;



  instance[9][0] = 1;

  instance[9][1] = 1;

  instance[9][2] = 1;

  instance[9][3] = 1;

  instance[9][4] = 0;

  instance[9][5] = 1;

  instance[9][6] = 1;



  fout = fopen(outputfile,"w");

  for(count=0; count<numtrain; count++)

  { select_noisy_indexes();

   selected = (random() % 10);

   for(i=0; i<7; i++)

        { noisy_instance[i] = instance[selected][i];

     if (noisy[i])

      noisy_instance[i] = !noisy_instance[i];

        }

   fprintf(fout,"%d,%d,%d,%d,%d,%d,%d,%d\n",

          noisy_instance[0],

          noisy_instance[1],

          noisy_instance[2],

          noisy_instance[3],

          noisy_instance[4],

          noisy_instance[5],

          noisy_instance[6],

          selected);

  }

  

  actual = 100.0 * (float)n/(float)(7*numtrain);

  printf("Percent Noise: Requested %d, Actual %f\n",percentnoise,actual);

  fclose(fout);

}



/* ======================================================================

  Sets up noisy indexes, based on the required number of instances and

  the percentage of noise required.

  ====================================================================== */

int select_noisy_indexes()

{

  int i;

  float actual;



  for(i=0; i<7;i++)

   { noisy[i] = 0;

    if ((1 + (random() % 100)) <= percentnoise)

     { noisy[i] = 1;

      n++;

     }

   }

}

This code is pre-standard C that makes quite a few assumptions about the library setup. The following code is more standard, and should compile for you:

/* */



#include <stdio.h>

#include <stdlib.h>

#include <string.h>



#define NUMBER_ARGS 5



/*==== Inputs ====*/

int numtrain;      /*==== Input #1 ====*/

unsigned seed;     /*==== Input #2 ====*/

char outputfile[100];  /*==== Input #3 ====*/

int percentnoise;    /*==== Input #4: usually set to 10 (percent) ====*/



/*==== Other global values ====*/

int noisy[7];      /* Contains boolean values (attribute noise) */

int instance[10][7];   /* Original 10 instances */

int n = 0;        



void createworld(void);

void select_noisy_indexes(void);



/* ====================================================================== 

 Main 

 ====================================================================== */

int main (int argc, char *argv[])

{

 if (argc != NUMBER_ARGS)

  { printf("Arguments: numtrain seed outputfile noise.\n");

   printf(" numtrain is the number of training instances requested.\n");

   printf(" seed is a integer seed for the random number generator.\n");

   printf(" outputfile: output file name for the generated instances.\n");

   printf(" noise is the percent probability of noise per attribute.\n");

   printf(" (usually set to 10%...and reported by the program)\n");

  }

 else

  { numtrain = atoi(argv[1]);

   seed = atoi(argv[2]);

   strcpy(outputfile,argv[3]);

   percentnoise = atoi(argv[4]);

   createworld();

  }



 return 0;

}



/* ======================================================================

 Getting the instances. 

 ====================================================================== */

void createworld()

{    

 FILE *fout;



 int count, selected, i;

 int noisy_instance[7];

 float actual;

  

 srand(seed); 



 instance[0][0] = 1;

 instance[0][1] = 1;

 instance[0][2] = 1;

 instance[0][3] = 0;

 instance[0][4] = 1;

 instance[0][5] = 1;

 instance[0][6] = 1;

 

 instance[1][0] = 0;

 instance[1][1] = 0;

 instance[1][2] = 1;

 instance[1][3] = 0;

 instance[1][4] = 0;

 instance[1][5] = 1;

 instance[1][6] = 0;



 instance[2][0] = 1;

 instance[2][1] = 0;

 instance[2][2] = 1;

 instance[2][3] = 1;

 instance[2][4] = 1;

 instance[2][5] = 0;

 instance[2][6] = 1;



 instance[3][0] = 1;

 instance[3][1] = 0;

 instance[3][2] = 1;

 instance[3][3] = 1;

 instance[3][4] = 0;

 instance[3][5] = 1;

 instance[3][6] = 1;



 instance[4][0] = 0;

 instance[4][1] = 1;

 instance[4][2] = 1;

 instance[4][3] = 1;

 instance[4][4] = 0;

 instance[4][5] = 1;

 instance[4][6] = 0;



 instance[5][0] = 1;

 instance[5][1] = 1;

 instance[5][2] = 0;

 instance[5][3] = 1;

 instance[5][4] = 0;

 instance[5][5] = 1;

 instance[5][6] = 1;



 instance[6][0] = 1;

 instance[6][1] = 1;

 instance[6][2] = 0;

 instance[6][3] = 1;

 instance[6][4] = 1;

 instance[6][5] = 1;

 instance[6][6] = 1;



 instance[7][0] = 1;

 instance[7][1] = 0;

 instance[7][2] = 1;

 instance[7][3] = 0;

 instance[7][4] = 0;

 instance[7][5] = 1;

 instance[7][6] = 0;



 instance[8][0] = 1;

 instance[8][1] = 1;

 instance[8][2] = 1;

 instance[8][3] = 1;

 instance[8][4] = 1;

 instance[8][5] = 1;

 instance[8][6] = 1;



 instance[9][0] = 1;

 instance[9][1] = 1;

 instance[9][2] = 1;

 instance[9][3] = 1;

 instance[9][4] = 0;

 instance[9][5] = 1;

 instance[9][6] = 1;



 fout = fopen(outputfile,"w");

 for(count=0; count<numtrain; count++)

  { select_noisy_indexes();

   selected = (rand() % 10);

   for(i=0; i<7; i++)

{ noisy_instance[i] = instance[selected][i];

     if (noisy[i])

      noisy_instance[i] = !noisy_instance[i];

}

   fprintf(fout,"%d,%d,%d,%d,%d,%d,%d,%d\n",

         noisy_instance[0],

         noisy_instance[1],

         noisy_instance[2],

         noisy_instance[3],

         noisy_instance[4],

         noisy_instance[5],

         noisy_instance[6],

         selected);

  }

 

 actual = 100.0f * (float)n/(float)(7*numtrain);

 printf("Percent Noise: Requested %d, Actual %f\n",percentnoise,actual);

 fclose(fout);

}



/* ======================================================================

 Sets up noisy indexes, based on the required number of instances and

 the percentage of noise required.

 ====================================================================== */

void select_noisy_indexes()

{

 int i;



 for(i=0; i<7;i++)

  { noisy[i] = 0;

   if ((1 + (rand() % 100)) <= percentnoise)

    { noisy[i] = 1;

     n++;

    }

  }

}

Thanks!!!! The progam now runs!!!!