argh some one help me with my clock

im trying to get the tens spot on the hours to work right and get wall clock is 4 hours slow
so i been pulling my hair out trying to figure the simple way to the 1 in 12 oclock to apear
at the right time

     //Returns a vector with the current time in hours, minutes, and seconds
integer count;
vector the_time;
list timestamp;
string  thetimestamp;
string realtime1;



default
{
    state_entry()
    {
        llSetTimerEvent(10);
      
     thetimestamp = llGetTimestamp();
     llGetTimeOfDay();
    }

    timer()
    {
        //A small function to return a vector with the time information from llGetTimestamp()
//  Coded by Keknehv Psaltery
//    06/15/05
    
        string time = llGetTimestamp();
       // llSay(0,(string)time);
        string  bothH =llGetSubString(time,11,12);
      string  firstH =llGetSubString(time,11,11);
      string secondH  =llGetSubString(time,12,12);
      integer hours =(integer) bothH;
      integer realtime = hours + 4;
      integer thehoursdigit1;
      if(realtime >= 13)
      {
          realtime = realtime - 12;
          realtime1 = (string)realtime;
          string realtime1 =llGetSubString(realtime1,1,1);
           
          thehoursdigit1 = realtime;
          }
        if(realtime <= 9 )
      {
           realtime = realtime - 12;
          realtime1 = (string)realtime;
           string  realtime1 =llGetSubString(realtime1,1,1);
          thehoursdigit1 = realtime;
          
          }  
           if(realtime >= 10 && realtime <= 12)
      {
           realtime = realtime - 12;
          realtime1 = (string)realtime;
           string  realtime1 =llGetSubString(realtime1,1,1);
          thehoursdigit1 = realtime - 10;
          }  
          realtime1 = firstH ;
   //  llSay(0,(string)realtime1);
    //  secondH = 1 
 //    = (integer)secondH + 4;
   //  llSay(0,(string)secondH);
    // if((integer)secondH == 0 ){
     //     thehoursdigit1 = thehoursdigit1 - 2;
       //   llSay(0,(string)thehoursdigit1);
       // }
       //  if((integer)secondH == 1 ){
     //     thehoursdigit1 = thehoursdigit1 - 1;
       //   llSay(0,(string)thehoursdigit1);
     //   }
       //  if((integer)secondH == 2 ){
         // thehoursdigit1 = thehoursdigit1 ;
       //   llSay(0,(string)thehoursdigit1);
     //   }
   //   if(thehoursdigit1 >= 10 && thehoursdigit1 <= 11 ){
    //      thehoursdigit1 = thehoursdigit1 - 12;
      //    llSay(0,(string)thehoursdigit1);
   //     }
    //     if(thehoursdigit1 >= 12 ){
     //     thehoursdigit1 = thehoursdigit1 - 12;
       //   llSay(0,(string)thehoursdigit1);
      //  }
       //   llSay(0,(string)thehoursdigit1);
      //    llSay(0,(string)thehoursdigit1);
      // llSay(0,firstH);
      //  llSay(0,(string)the_time);
        count =(integer) realtime1;//(integer)thehoursdigit1;
        if(count == 1){
             llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,0,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,0,ALL_SIDES);
              llSetLinkAlpha(5,0,ALL_SIDES);
             llSetLinkAlpha(6,0,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,0,ALL_SIDES);
        }
        if(count == 2){
             llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,0,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,0,ALL_SIDES);
             llSetLinkAlpha(8,1,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
        }
        if(count == 3){
            llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,0,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
        }
        if(count == 4){
            llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,0,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,0,ALL_SIDES);
        }
        if(count == 5){
            llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,0,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
        }
         if(count == 6){
             llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,0,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,1,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
            }
             if(count == 7){
                 llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,0,ALL_SIDES);
              llSetLinkAlpha(5,0,ALL_SIDES);
             llSetLinkAlpha(6,0,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,0,ALL_SIDES);
            }
             if(count == 8){
            llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,1,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
            }
             if(count == 9){
                 
           llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
            }
             if(count == 0){
           llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,0,ALL_SIDES);
             llSetLinkAlpha(6,0,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,1,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
            }
            if (count >= 11)
            {
                count = 0;
            }
    }
}

heres the rest of the clock
This isnt the neatest bit of code I've written feel free to clean it up
I'll be editing and updateing this as I go.
set your 9 prims down and link them start at the bottom then left right to the top
ending on an extra prim, I put the code in this goes in prim number 1

picture of thelinkorder

//float time;
     //Returns a vector with the current time in hours, minutes, and seconds
integer count;
vector the_time;
list timestamp;
string  thetimestamp;
string  firstH;
string oldfirstH;


default
{

ok heres number 2 number or the single digit hours


    state_entry()
    {
        llSetTimerEvent(10);
     // oldfirstH = 44;
     thetimestamp = llGetTimestamp();
     llGetTimeOfDay();
    }

    timer()
    {
        string time = llGetTimestamp(); 
      oldfirstH = firstH;
      firstH =llGetSubString(time,11,11);
    //  if((integer)firstH != (integer)oldfirstH && oldfirstH != 44){
         
      string secondH  =llGetSubString(time,12,12);
     integer thehoursdigit1 = (integer)secondH + 4;
      if(thehoursdigit1 >= 10 && thehoursdigit1 <= 12 ){
          thehoursdigit1 = 1;
           count = (integer)thehoursdigit1;
        }
         if(thehoursdigit1 >= 13 ){
          thehoursdigit1 = 0;
           count = (integer)thehoursdigit1;
        }
          if(thehoursdigit1 <= 9 ){
          thehoursdigit1 = 0;
           count = (integer)thehoursdigit1;
        }
     //     llSay(0,(string)thehoursdigit1);
           
      // llSay(0,firstH);
      //  llSay(0,(string)the_time);
       
        if(count == 1){
             llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,0,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,0,ALL_SIDES);
              llSetLinkAlpha(5,0,ALL_SIDES);
             llSetLinkAlpha(6,0,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,0,ALL_SIDES);
        }
        if(count == 2){
             llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,0,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,0,ALL_SIDES);
             llSetLinkAlpha(8,1,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
        }
        if(count == 3){
            llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,0,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
        }
        if(count == 4){
            llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,0,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,0,ALL_SIDES);
        }
        if(count == 5){
            llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,0,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
        }
         if(count == 6){
             llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,0,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,1,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
            }
             if(count == 7){
                 llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,0,ALL_SIDES);
              llSetLinkAlpha(5,0,ALL_SIDES);
             llSetLinkAlpha(6,0,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,0,ALL_SIDES);
            }
             if(count == 8){
            llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,1,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
            }
             if(count == 9){
                 
           llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
            }
             if(count == 0){
           llSetLinkAlpha(1,0,ALL_SIDES);
             llSetLinkAlpha(2,0,ALL_SIDES);
            llSetLinkAlpha(3,0,ALL_SIDES);
             llSetLinkAlpha(4,0,ALL_SIDES);
              llSetLinkAlpha(5,0,ALL_SIDES);
             llSetLinkAlpha(6,0,ALL_SIDES);
              llSetLinkAlpha(7,0,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,0,ALL_SIDES);
            }
            if (count >= 11)
            {
                count = 0;
         //   }
        }
    }
}

ok heres number 2 number thats the single digit hours code

list one =["top right","bottom right"];
//float time;
     //Returns a vector with the current time in hours, minutes, and seconds
integer count;
vector the_time;
list timestamp;
string  thetimestamp;




default
{
    state_entry()
    {
        llSetTimerEvent(10);
      
     thetimestamp = llGetTimestamp();
     llGetTimeOfDay();
    }

    timer()
    {
        //A small function to return a vector with the time information from llGetTimestamp()
//  Coded by Keknehv Psaltery
//    06/15/05
    
        string time = llGetTimestamp();
       // llSay(0,(string)time);
        string  bothH =llGetSubString(time,11,12);
      string  firstH =llGetSubString(time,11,11);
      string secondH  =llGetSubString(time,12,12);
      integer hours =(integer) bothH;
      integer realtime = hours + 4;
      integer thehoursdigit1;
      if(realtime >= 13)
      {
          realtime = realtime - 12;
          thehoursdigit1 = realtime;
          }
        if(realtime <= 9 )
      {
          thehoursdigit1 = realtime;
          }  
           if(realtime >= 10 && realtime <= 12)
      {
          thehoursdigit1 = realtime - 10;
          }  
    //  llSay(0,(string)realtime);
    //  secondH = 1 
 //    = (integer)secondH + 4;
   //  llSay(0,(string)secondH);
    // if((integer)secondH == 0 ){
     //     thehoursdigit1 = thehoursdigit1 - 2;
       //   llSay(0,(string)thehoursdigit1);
       // }
       //  if((integer)secondH == 1 ){
     //     thehoursdigit1 = thehoursdigit1 - 1;
       //   llSay(0,(string)thehoursdigit1);
     //   }
       //  if((integer)secondH == 2 ){
         // thehoursdigit1 = thehoursdigit1 ;
       //   llSay(0,(string)thehoursdigit1);
     //   }
   //   if(thehoursdigit1 >= 10 && thehoursdigit1 <= 11 ){
    //      thehoursdigit1 = thehoursdigit1 - 12;
      //    llSay(0,(string)thehoursdigit1);
   //     }
    //     if(thehoursdigit1 >= 12 ){
     //     thehoursdigit1 = thehoursdigit1 - 12;
       //   llSay(0,(string)thehoursdigit1);
      //  }
       //   llSay(0,(string)thehoursdigit1);
      //    llSay(0,(string)thehoursdigit1);
      // llSay(0,firstH);
      //  llSay(0,(string)the_time);
        count = (integer)thehoursdigit1;
        if(count == 1){
             llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,0,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,0,ALL_SIDES);
              llSetLinkAlpha(5,0,ALL_SIDES);
             llSetLinkAlpha(6,0,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,0,ALL_SIDES);
        }
        if(count == 2){
             llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,0,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,0,ALL_SIDES);
             llSetLinkAlpha(8,1,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
        }
        if(count == 3){
            llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,0,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
        }
        if(count == 4){
            llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,0,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,0,ALL_SIDES);
        }
        if(count == 5){
            llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,0,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
        }
         if(count == 6){
             llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,0,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,1,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
            }
             if(count == 7){
                 llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,0,ALL_SIDES);
              llSetLinkAlpha(5,0,ALL_SIDES);
             llSetLinkAlpha(6,0,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,0,ALL_SIDES);
            }
             if(count == 8){
            llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,1,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
            }
             if(count == 9){
                 
           llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
            }
             if(count == 0){
           llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,0,ALL_SIDES);
             llSetLinkAlpha(6,0,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,1,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
            }
            if (count >= 11)
            {
                count = 0;
            }
    }
}

and then put 2 big balls representing a(

list one =["top right","bottom right"];
//float time;
     //Returns a vector with the current time in hours, minutes, and seconds
integer count;
vector the_time;
list timestamp;
string  thetimestamp;




default
{
    state_entry()
    {
        llSetTimerEvent(10);
      
     thetimestamp = llGetTimestamp();
     llGetTimeOfDay();
    }

    timer()
    {
        //A small function to return a vector with the time information from llGetTimestamp()
//  Coded by Keknehv Psaltery
//    06/15/05
    
        string time = llGetTimestamp();
      string  firstH =llGetSubString(time,11,11);
      string secondH  =llGetSubString(time,14,14);
    //  integer thehoursdigit1 = (integer)secondH + 4;
     // if(thehoursdigit1 >= 12){
        //  thehoursdigit1 = thehoursdigit1 - 12;
          
          
      // llSay(0,firstH);
      //  llSay(0,(string)the_time);
        count = (integer)secondH;
        if(count == 1){
             llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,0,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,0,ALL_SIDES);
              llSetLinkAlpha(5,0,ALL_SIDES);
             llSetLinkAlpha(6,0,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,0,ALL_SIDES);
        }
        if(count == 2){
             llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,0,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,0,ALL_SIDES);
             llSetLinkAlpha(8,1,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
        }
        if(count == 3){
            llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,0,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
        }
        if(count == 4){
            llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,0,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,0,ALL_SIDES);
        }
        if(count == 5){
            llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,0,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
        }
         if(count == 6){
             llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,0,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,1,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
            }
             if(count == 7){
                 llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,0,ALL_SIDES);
              llSetLinkAlpha(5,0,ALL_SIDES);
             llSetLinkAlpha(6,0,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,0,ALL_SIDES);
            }
             if(count == 8){
            llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,1,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
            }
             if(count == 9){
                 
           llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
            }
             if(count == 0){
           llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,0,ALL_SIDES);
             llSetLinkAlpha(6,0,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,1,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
            }
            if (count >= 11)
            {
                count = 0;
            }
    }
}

ok then the : thing goes here I think and this one goes in the minutes in the tens spot

//float time;
     //Returns a vector with the current time in hours, minutes, and seconds
integer count;
vector the_time;
list timestamp;
string  thetimestamp;




default
{
    state_entry()
    {
        llSetTimerEvent(10);
      
     thetimestamp = llGetTimestamp();
     llGetTimeOfDay();
    }

    timer()
    {
        //A small function to return a vector with the time information from llGetTimestamp()
//  Coded by Keknehv Psaltery
//    06/15/05
    
        string time = llGetTimestamp();
      string  firstH =llGetSubString(time,11,11);
      string secondH  =llGetSubString(time,14,14);
    //  integer thehoursdigit1 = (integer)secondH + 4;
     // if(thehoursdigit1 >= 12){
        //  thehoursdigit1 = thehoursdigit1 - 12;
          
          
      // llSay(0,firstH);
      //  llSay(0,(string)the_time);
        count = (integer)secondH;
        if(count == 1){
             llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,0,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,0,ALL_SIDES);
              llSetLinkAlpha(5,0,ALL_SIDES);
             llSetLinkAlpha(6,0,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,0,ALL_SIDES);
        }
        if(count == 2){
             llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,0,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,0,ALL_SIDES);
             llSetLinkAlpha(8,1,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
        }
        if(count == 3){
            llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,0,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
        }
        if(count == 4){
            llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,0,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,0,ALL_SIDES);
        }
        if(count == 5){
            llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,0,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
        }
         if(count == 6){
             llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,0,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,1,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
            }
             if(count == 7){
                 llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,0,ALL_SIDES);
              llSetLinkAlpha(5,0,ALL_SIDES);
             llSetLinkAlpha(6,0,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,0,ALL_SIDES);
            }
             if(count == 8){
            llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,1,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
            }
             if(count == 9){
                 
           llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
            }
             if(count == 0){
           llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,0,ALL_SIDES);
             llSetLinkAlpha(6,0,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,1,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
            }
            if (count >= 11)
            {
                count = 0;
            }
    }
}

ok now heres the minutes code

//float time;
     //Returns a vector with the current time in hours, minutes, and seconds
integer count;
vector the_time;
list timestamp;
string  thetimestamp;




default
{
    state_entry()
    {
        llSetTimerEvent(10);
      
     thetimestamp = llGetTimestamp();
     llGetTimeOfDay();
    }

    timer()
    {
        //A small function to return a vector with the time information from llGetTimestamp()
//  Coded by Keknehv Psaltery
//    06/15/05
    
        string time = llGetTimestamp();
      string  firstH =llGetSubString(time,11,11);
      string secondH  =llGetSubString(time,15,15);
    //  integer thehoursdigit1 = (integer)secondH + 4;
     // if(thehoursdigit1 >= 12){
        //  thehoursdigit1 = thehoursdigit1 - 12;
          
          
      // llSay(0,firstH);
      //  llSay(0,(string)the_time);
        count = (integer)secondH;
        if(count == 1){
             llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,0,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,0,ALL_SIDES);
              llSetLinkAlpha(5,0,ALL_SIDES);
             llSetLinkAlpha(6,0,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,0,ALL_SIDES);
        }
        if(count == 2){
             llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,0,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,0,ALL_SIDES);
             llSetLinkAlpha(8,1,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
        }
        if(count == 3){
            llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,0,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
        }
        if(count == 4){
            llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,0,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,0,ALL_SIDES);
        }
        if(count == 5){
            llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,0,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
        }
         if(count == 6){
             llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,0,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,1,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
            }
             if(count == 7){
                 llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,0,ALL_SIDES);
              llSetLinkAlpha(5,0,ALL_SIDES);
             llSetLinkAlpha(6,0,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,0,ALL_SIDES);
            }
             if(count == 8){
            llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,1,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
            }
             if(count == 9){
                 
           llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
            }
             if(count == 0){
           llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,0,ALL_SIDES);
             llSetLinkAlpha(6,0,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,1,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
            }
            if (count >= 11)
            {
                count = 0;
            }
    }
}

then another ( and then the seconds code tens spot

//float time;
     //Returns a vector with the current time in hours, minutes, and seconds
integer count;
vector the_time;
list timestamp;
string  thetimestamp;




default
{
    state_entry()
    {
        llSetTimerEvent(1);
      
     thetimestamp = llGetTimestamp();
     llGetTimeOfDay();
    }

    timer()
    {
        //A small function to return a vector with the time information from llGetTimestamp()
//  Coded by Keknehv Psaltery
//    06/15/05
    
        string time = llGetTimestamp();
      string  firstH =llGetSubString(time,11,11);
      string secondH  =llGetSubString(time,17,17);
    //  integer thehoursdigit1 = (integer)secondH + 4;
     // if(thehoursdigit1 >= 12){
        //  thehoursdigit1 = thehoursdigit1 - 12;
          
          
      // llSay(0,firstH);
      //  llSay(0,(string)the_time);
        count = (integer)secondH;
        if(count == 1){
             llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,0,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,0,ALL_SIDES);
              llSetLinkAlpha(5,0,ALL_SIDES);
             llSetLinkAlpha(6,0,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,0,ALL_SIDES);
        }
        if(count == 2){
             llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,0,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,0,ALL_SIDES);
             llSetLinkAlpha(8,1,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
        }
        if(count == 3){
            llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,0,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
        }
        if(count == 4){
            llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,0,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,0,ALL_SIDES);
        }
        if(count == 5){
            llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,0,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
        }
         if(count == 6){
             llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,0,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,1,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
            }
             if(count == 7){
                 llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,0,ALL_SIDES);
              llSetLinkAlpha(5,0,ALL_SIDES);
             llSetLinkAlpha(6,0,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,0,ALL_SIDES);
            }
             if(count == 8){
            llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,1,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
            }
             if(count == 9){
                 
           llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
            }
             if(count == 0){
           llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,0,ALL_SIDES);
             llSetLinkAlpha(6,0,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,1,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
            }
            if (count >= 11)
            {
                count = 0;
            }
    }
}

ok and the final digit the second ones spot

//float time;
     //Returns a vector with the current time in hours, minutes, and seconds
integer count;
vector the_time;
list timestamp;
string  thetimestamp;




default
{
    state_entry()
    {
        llSetTimerEvent(1);
      
     thetimestamp = llGetTimestamp();
     llGetTimeOfDay();
    }

    timer()
    {
        //A small function to return a vector with the time information from llGetTimestamp()
//  Coded by Keknehv Psaltery
//    06/15/05
    
        string time = llGetTimestamp();
      string  firstH =llGetSubString(time,11,11);
      string secondH  =llGetSubString(time,18,18);
    //  integer thehoursdigit1 = (integer)secondH + 4;
     // if(thehoursdigit1 >= 12){
        //  thehoursdigit1 = thehoursdigit1 - 12;
          
          
      // llSay(0,firstH);
      //  llSay(0,(string)the_time);
        count = (integer)secondH;
        if(count == 1){
             llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,0,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,0,ALL_SIDES);
              llSetLinkAlpha(5,0,ALL_SIDES);
             llSetLinkAlpha(6,0,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,0,ALL_SIDES);
        }
        if(count == 2){
             llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,0,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,0,ALL_SIDES);
             llSetLinkAlpha(8,1,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
        }
        if(count == 3){
            llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,0,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
        }
        if(count == 4){
            llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,0,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,0,ALL_SIDES);
        }
        if(count == 5){
            llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,0,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
        }
         if(count == 6){
             llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,0,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,1,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
            }
             if(count == 7){
                 llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,0,ALL_SIDES);
              llSetLinkAlpha(5,0,ALL_SIDES);
             llSetLinkAlpha(6,0,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,0,ALL_SIDES);
            }
             if(count == 8){
            llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,1,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
            }
             if(count == 9){
                 
           llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,1,ALL_SIDES);
             llSetLinkAlpha(6,1,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,0,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
            }
             if(count == 0){
           llSetLinkAlpha(1,1,ALL_SIDES);
             llSetLinkAlpha(2,1,ALL_SIDES);
            llSetLinkAlpha(3,1,ALL_SIDES);
             llSetLinkAlpha(4,1,ALL_SIDES);
              llSetLinkAlpha(5,0,ALL_SIDES);
             llSetLinkAlpha(6,0,ALL_SIDES);
              llSetLinkAlpha(7,1,ALL_SIDES);
             llSetLinkAlpha(8,1,ALL_SIDES);
             llSetLinkAlpha(9,1,ALL_SIDES);
            }
            if (count >= 11)
            {
                count = 0;
            }
    }
}

there also I set up an AM PM ball but it uses some really pooorly written code because I was in a hurry and the only tome it will work for you is if you turn it on a 1:30 am

integer count;

default
{
    state_entry()
    {
        llSetTimerEvent(43200);
    }

    timer()
    {
        count =count +1;
        if (count == 1){
            llSetAlpha(0,ALL_SIDES);
        }
        if(count == 2){
            llSetAlpha(1,ALL_SIDES);
            count = 0;
        }
    }
}

ok gave up on my sytem and set a listener in hours tens digit one and hours 1s digit
and stuck this in the ball next to the hours if its visible its am if not its pm
it wasa written by char linden as in one of those freebee clocks out there

integer first_number = 2;
integer digits = 4;
integer mil = 0;

setTime(string time) {
    integer len = llStringLength(time);
    integer i;
    for (i = 0; i < digits; i++) {
        if (i < len) {
            integer number = (integer)(llGetSubString(time, len - 1 - i, len - 1 - i));
            llMessageLinked(first_number + i, number, "", "");
        } else {
            llMessageLinked(first_number + i, -1, "", "");
        }
    }
}

default
{
    state_entry()
    {
        llSetStatus(STATUS_PHANTOM | STATUS_BLOCK_GRAB, TRUE);
        
//        llListen(8877661, "timekeeper", "", "");
        llSetTimerEvent(1);
        llMessageLinked(LINK_ALL_CHILDREN, -1, "", "");
        llListen(2257,"","","");
    }

    listen(integer ch, string name, key id, string msg)
    {
        if (msg == "mil") mil = 1;
        if (msg == "std") mil = 0;
    }

    timer()
    {
        integer hh;
        integer mm;
        float time = llGetWallclock() + 60;
       // time = time + 3*60*60; // advance from US PST to US EST
//        float time = llGetTimeOfDay();
        string score;
        hh = (integer)time / 3600;
       
        mm = ((integer)time % 3600) / 60;
        hh = hh % 24;
         
        if (mil == 0 && hh > 12) {
            hh = hh - 12;
            llWhisper(2258,"PM");
            llSetAlpha(0,ALL_SIDES);
        } else {
            if (mil == 0) {
                if (hh == 0) hh = 12;
                llWhisper(2258,"AM");
                  llSetAlpha(1,ALL_SIDES);
            } else {
                llWhisper(2258,"mil");
            }
        }
        score = (string)hh;
       llSay(555434,(string)hh);
        if (mm < 10) {
          score = score + "0" + (string)mm;
        } else {
          score = score + (string)mm;
        }
        if (((integer)time % 2) == 0) {
            llWhisper(2259,"<1,0,0>");
        } else {
            llWhisper(2259,"<0.23,0.01,0.02>");
        }
        setTime(score);
    }
}