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Discussion in 'Meet and Greet' started by johnny12, Mar 4, 2011.

  1. johnny12

    johnny12 New Member

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    this is my code, I dont know why it will not run perfectly?
    Code:
    int easy(int z)//EASY ROUND PROBLEM
    {
        int elapTicks;
    
         double elapMilli, elapSeconds, elapMinutes;
    
         clock_t Begin, End;             //initialize Begin and End for the timer
     
          int cells (int z){
          char sudoku_prob[Z][Y][X]={
                             {
                              {'2','5','A','6','3','B','7','9','8'},
                              {'3','4','6','2','C','1','8','7','9'},
                              {'1','D','5','4','6','9','E','8','7'},
                              {'4','7','F','5','1','8','6','3','2'},
                              {'G','9','7','3','H','6','1','2','4'},
                              {'6','3','I','8','9','7','5','4','J'},
                              {'K','8','3','7','4','L','2','1','M'},
                              {'8','N','4','1','7','2','9','5','3'},
                              {'7','1','8','O','2','3','4','P','5'},
                             },
                             };   
       Begin = clock() * CLK_TCK;    //begin the timer
       // for(int a=1; a<=10000; a++);
         sleep(1000);
          //initialization of a 3D array where array[Z][Y][X] in a 3D Cartesian plane
               int i=1,x, y,check=0;
                   for (y=0; y<Y; y++){
                            for (x=0; x<X; x++)
                            printf("%4c", sudoku_prob[z][y][x]);
                       printf("\n\n");
                   }
                   
            printf("\n\n");
            
               switch(z)
              {
                case 0:    printf("\nEnter for A: ");sudoku_prob[z][0][2]=getchar();getchar();
                           printf("Enter for B: ");sudoku_prob[z][0][5]=getchar();getchar();
                           printf("Enter for C: ");sudoku_prob[z][1][4]=getchar();getchar();
                           printf("Enter for D: ");sudoku_prob[z][2][1]=getchar();getchar();
                           printf("Enter for E: ");sudoku_prob[z][2][6]=getchar();getchar();
                           printf("Enter for F: ");sudoku_prob[z][3][2]=getchar();getchar();
                           printf("Enter for G: ");sudoku_prob[z][4][0]=getchar();getchar();
                           printf("Enter for H: ");sudoku_prob[z][4][4]=getchar();getchar();
                           printf("Enter for I: ");sudoku_prob[z][5][2]=getchar();getchar();
                           printf("Enter for J: ");sudoku_prob[z][5][8]=getchar();getchar();
                           printf("Enter for K: ");sudoku_prob[z][0][0]=getchar();getchar();
                           printf("Enter for L: ");sudoku_prob[z][6][5]=getchar();getchar();
                           printf("Enter for M: ");sudoku_prob[z][6][8]=getchar();getchar();
                           printf("Enter for O: ");sudoku_prob[z][8][3]=getchar();getchar();
                           printf("Enter for P: ");sudoku_prob[z][8][7]=getchar();getchar();
                           break;
             
             default: break;       
       }
              //Checking of answers     
              for (y=0; y<Y; y++){
                  for (x=0; x<X; x++){
                      if (sudoku_ans[z][y][x]==sudoku_prob[z][y][x])
                      check++; 
                 }
              }
                if (check==81)
                printf("\n\nAnswer Correct: Press any key to continue\n\n");
                else
                {
                printf("\n\nAnswer Incorrect: Press any key to continue\n\n");    
                check=0;
                }
            End = clock() * CLK_TCK;        //stop the timer
                return check;        
     }
        
         elapTicks = End - Begin;        //the number of ticks from Begin to End
    
         elapMilli = elapTicks/1000;     //milliseconds from Begin to End
    
         elapSeconds = elapMilli/1000;   //seconds from Begin to End
    
         elapMinutes = elapSeconds/60;   //minutes from Begin to End
    
         if(elapSeconds < 1)
    
              printf("\n\nIt took %d milliseconds.", elapMilli);
    
         else if(elapSeconds == 1)
    
              printf("\n\nIt took  1 second.");
    
         else if(elapSeconds > 1 && elapSeconds < 60)
    
              printf("\n\nIt took %d seconds.", elapSeconds);
    
         else if(elapSeconds >= 60)   
    
              printf("\n\nIt took  %d minutes.", elapMinutes);
    
      return 0;
    
     }
     

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