Thread: Error for Multplication Table: numbers won't multiply right

Hey guys so i produced a multiplication table; however the numbers don't multiply right ex 1 x 1 is not 2 and so on. Not sure where the error for this i want to make it so 1 x 1 = 1; 2 x 1 = 2; 3 x 1 = 3 and so on.

Code:

 // calling program
        
#include <stdio.h>
#include <stdlib.h>

#include "Myhead.h"
#include "legrid.h" 

int main()
{
    Heading();
     
    ClearTheScreen();
   
    GridBox(3,3,13);
    
   

    PauseTheScreen();
}

// my header file

Code:

void ClearTheScreen()    
{
    system("cls");
}
void PauseTheScreen()
{
    _settextposition(45,24);
    _settextcolor(14);
    system("pause");
}
void Carpet(int Color)
{
    int k,m;
    char Background[2];
    Background[0] = 176;
    Background[1] = '\0';

    _settextcolor(Color);
    for ( k = 0; k < 45; k++)
    {
        for ( m = 0; m < 80; m++)
        {
            _settextposition(k+1,m+1);
            _outtext(Background);

        }
    }

}

void Center(int Row,char *Text,int Color)
{
    int k;

    _settextcolor(Color);
    k = strlen(Text);
    k = ( 80 - k ) / 2;
    _settextposition(Row,k);
    _outtext(Text);

}
void Heading()
{
    ClearTheScreen();
    Carpet(10);

    Center(1,"VENTURA COUNTY COMMUNITY COLLEGE DISTRICT",14);
    Center(2,"Ventura College",14);
    Center(4,"Programming Fundamentals",13);
    Center(5,"CS V11 - Fall of 2012",13);
    Center(7,"Jessica Perez",12);

}

Code:

 // source code

void GridBox(int Row,int Col,int Color)
{
    int q,k,m,p;

    int ASCII;
    char Number[80];

    char UpperLeft[2],UpperRight[2],LowerLeft[2],LowerRight[2];
    char Vertical[2],Horizontal[2];
    char UpperTee[2],LowerTee[2],LeftTee[2],RightTee[2];
    char Cross[2];

    _settextcolor(Color);
                                                                         
    UpperLeft [0] = 218;
    UpperRight[0] = 191;
    LowerLeft [0] = 192;
    LowerRight[0] = 217;
    Vertical  [0] = 179;
    Horizontal[0] = 196;

    UpperTee[0] =   194;
    LowerTee[0] =   193;
    LeftTee [0] =   195;
    RightTee[0] =   180;
    Cross   [0] =   197;


    UpperLeft [1] = '\0';
    UpperRight[1] = '\0';
    LowerLeft [1] = '\0';
    LowerRight[1] = '\0';
    Vertical  [1] = '\0';
    Horizontal[1] = '\0';

     
    UpperTee  [1] = '\0';
    LowerTee  [1] = '\0';
    LeftTee   [1] = '\0';
    RightTee  [1] = '\0';
    Cross     [1] = '\0';

    // To print Numbers

    _settextcolor(14);
    for (m = 0; m < 5; m++)
    {
        for ( k = 0; k < 4; k++)
        {
            p = (k+1)*(m+1);
            itoa(p,Number,10 );

            if ( p < 10 )
            {
                _settextposition(4+2*m, 8+2+4*k);//original 21+2+4*k
            }
        
            else if ( p < 100 )
            {
                _settextposition(4+2*m, 8+1*k);
            }
        
            else
            {
                _settextposition(4+2*m, 8+0+4*k);
            }

            _outtext(Number);
        }

    }

    for ( k = 0; k < 4; k++)
    {
        p = k+1;
        itoa( p,Number,10);

        if ( p < 10 )
        {
            _settextposition(6+2*k,6); //12 + 2, 19 original
        }
        else
        {
            _settextposition(6+2*k,7); //12 + 2, 18 original
        }

        _outtext(Number);

    }





    // CORNERS
    _settextposition(Row,Col);
    _outtext(UpperLeft);
    _settextposition(Row,Col+(3+1)*5);
    _outtext(UpperRight);
    _settextposition(Row+(1+1)*5,Col);
    _outtext(LowerLeft);
    _settextposition(Row+(1+1)*5,Col+(3+1)*5);
    _outtext(LowerRight);

    // Horizontal Lines

    for ( q = 0; q < 5 + 1 ; q++)
    {

       for ( k = 0; k < 5 ; k++)
       {

          for ( m = 0; m < 3 ; m++)
          {
       
             _settextposition(Row+(1+1)*q,(Col+1)+(3+1)*k+m); 
             _outtext(Horizontal);                            
          }

       }
    }



    // Vertical  Lines

    for ( q = 0; q < 5 + 1 ; q++)
    {

       for ( k = 0; k < 5 ; k++)
       {

          for ( m = 0; m < 1 ; m++)
          {
             _settextposition((Row+1)+(1+1)*k+m,Col+(3+1)*q);
             _outtext(Vertical);          
          }
       }

    }
    // Upper & LowerTee's

    for ( k = 0; k < 5 - 1 ; k++)
    {
       _settextposition(Row,Col+(3+1)*k+3+1);
       _outtext(UpperTee);          

       _settextposition(Row+(1+1)*5,Col+(3+1)*k+3+1);
       _outtext(LowerTee);
    }

    // Right & Left Tee's

    for ( k = 0; k < 5 - 1 ; k++)
    {
       _settextposition(Row+(1+1)*k+1+1,Col);
       _outtext(LeftTee);          

       _settextposition(Row+(1+1)*k+1+1,Col+(3+1)*5);
       _outtext(RightTee);
    }

    // Crosses

       for ( k = 0; k < 5 - 1 ; k++)
       {

          for ( m = 0; m < 5 - 1 ; m++)
          {
             _settextposition(Row+(1+1)*k+1+1,Col+(3+1)*m+3+1);
             _outtext(Cross);          
          }
       }
}

I agree with the above statement as it looks like correct multiplication tables are placed in the boxes. But they are formatted one row higher than they should be. If you noticed your last row is all multiples of 5 rather than 4.