1 commen aNode & 2 commen cathode

/* 
   my vm 
 
          _______________________________________________________________________________________ 
         |            _______                                                                    | 
         |       vdd | 1  14 | Vss                                                               | 
         |_______RA5 | 2  13 | AN0 <-- ADC_0                                                     | 
        ________ RA4 | 3  12 | AN1 <-- ADC_1                                                     | 
       |        MCLR | 4  11 | RA2 ___________________________________________                   |                  | 
       |  ______ RC5 | 5  10 | RC0 ______                |                    |                  | 
       | |  ____ RC4 | 6   9 | RC1 ____  |        _______________     _______________     _______________ 
       | | |  __ RC3 | 7   8 | RC2 __  | |       |  CA  ______   |   |  CC  ______   |   |  CC  ______   | 
       | | | |        _______        | | |       |   F /  A  /   |   |   F /  A  /   |   |   F /  A  /   | 
       | | | |                       | | |       |    /_____/ B  |   |    /_____/ B  |   |    /_____/ B  | 
       | | | |                       | | |       | E /  G  /     |   | E /  G  /     |   | E /  G  /     | 
       | | | |                       | | |       |  /_____/ C    |   |  /_____/ C    |   |  /_____/ C    | 
       | | | |                       | | |       |     D         |   |     D         |   |     D         | 
       | | | |                       | | |       |RA2=100      H |   |RA2=10       H |   |RA5=1        H | 
       | | | |                       | | |       |_______D3______|   |______D2_______|   |_____D1________| 
       | | | |                       | | |        A B C D E F G H     A B C D E F G H     A B C D E F G H 
       | | | |                       | | |__WWW___|_|_|_|_|_|_|_______|_|_|_|_|_|_|_______| | | | | | | 
       | | | |                       | |____WWW_____|_|_|_|_|_|_________|_|_|_|_|_|_________| | | | | | 
       | | | |                       |______WWW_______|_|_|_|_|___________|_|_|_|_|___________| | | | | 
       | | | |______________________________WWW_________|_|_|_|_____________|_|_|_|_____________| | | | 
       | | |________________________________WWW___________|_|_|_______________|_|_|_______________| | | 
       | |__________________________________WWW_____________|_|_________________|_|_________________| | 
       |____________________________________WWW_______________|___________________|___________________|    
 
 reff code form -> http://coolcircuit.com/project/meter/index.html 
    
   */ 
 #include <16F676.h> 
 #device adc=10  
 #fuses INTRC_IO,NOWDT,PUT,NOPROTECT,BROWNOUT,NOMCLR 
 #use delay (clock=4000000) // 4MHz clock 
 
 #rom  0x3ff={0x3444} 
 
 #byte PORTA = 0x05 
 #byte PORTC = 0x07 
 #byte TRISA = 0x85 
 #byte TRISC = 0x87 
 
 #define SPORTA PORTA 
 #define SPORTC PORTC 
 
 #define  TICKS_BETWEEN_INTERRUPTS      5000 //5000 
 #define  INTERRUPT_OVERHEAD            35 
 #define  TMR1RESET (0xFFFF-(TICKS_BETWEEN_INTERRUPTS-INTERRUPT_OVERHEAD)) 
 
 const char SegCode_CA[11] = {0xC0, 0xF9, 0xA4, 0xB0, 0x99, 0x92, 0x82, 0xF8, 0x80, 0x90, 0xFF};//for commen aNode 
 const char SegCode__CC[11] = {0x3F, 0x06, 0x5B, 0x4F, 0x66, 0x6D, 0x7D, 0x07, 0x7F, 0x6F, 0x00}; //for commen cathode 
       //                       0     1     2     3     4     5     6     7     8     9   OFF 
 
 const char Column[3]   = ={ 0x24, 0x20, 0x04 }; 
 static char Segment[3] = {0x7f,0x7f,0x7f};     
 static unsigned char ColCount=0x00; 
 
 void CPU_SETUP(void); 
 void Display(void); 
 void HTO7S(unsigned int32 Num); 
 
 byte i; 
 unsigned int32 result; 
 
 #INT_TIMER1 
 void Timer1(void) 
 {     
     set_timer1(TMR1RESET); 
     Display();     
 }     
 
 void main() 
 {         
     unsigned char i; 
      
     CPU_SETUP(); 
      
     while(true) 
     {             
         result=0; 
         for (i=0;i<20;i++) 
         { 
             set_adc_channel(3);  
             delay_ms(1);  
             result=result+read_adc(); 
         } 
             //result = 0x3fe;                                     
          HTO7S(result/20);     
         delay_ms(200);             
     } 
      
 } 
 
 void CPU_SETUP() 
 { 
       
    setup_comparator(NC_NC_NC_NC);    // not use comparator module 
    setup_adc_ports( sAN3 | VSS_VDD);  
    setup_adc(ADC_CLOCK_DIV_64); 
       TRISA=0b00000011;
   TRISC=0b00000000;
     
     
    setup_timer_1(T1_INTERNAL|T1_DIV_BY_1); 
    set_timer1(TMR1RESET); 
    enable_interrupts(GLOBAL); 
    enable_interrupts(INT_TIMER1);    
 } 
 
 //------------------------------------- 
 // Display routine 
 //------------------------------------- 
 void Display() 
 { 
     PORTA = 0b00100111;      // off all digits column and Segment G 
     PORTC = 0b00111111;   // off segment a-f     
     delay_cycles(2); 
      
 
     if (ColCount>=3)  
     ColCount=0; 
          
     SPORTC = Segment[ColCount]; 
     SPORTA = ((Segment[ColCount] & 0b01000000)>>1) | (Column[ColCount]^0x07); 
     ColCount++;                 
 }     
 
 //-------------------------------------- 
 // Convet HEX 2 byte to 7-Segment code 
 //-------------------------------------- 
 void HTO7S(unsigned int32 Num) 
 { 
 
     unsigned int32 res; 
 
      
     Segment[0]=SegCode_CA[30*Num/10230]; 
     if (Segment[0]==0x40)  
     Segment[0]=0xFF; 
      
     res = 30*Num%10230; 
     Segment[1]=SegCode_CC[10*res/10230]; 
     res=10*res%10230; 
     Segment[2]=SegCode_CC[10*res/10230]; 
 }