float volt;
int i,adc;
char txt[13];
void main() {
 ADCON1 = 0x80;  // Configure analog inputs and Vref
  TRISA  = 0xFF;  // PORTA is input
  portb=0;
   TRISB=0;
   lcd_init(&portd);
   Lcd_Cmd(Lcd_CLEAR);
  Lcd_Cmd(Lcd_CURSOR_OFF);
  lcd_out(1,1,"hello") ;
  delay_ms(1000);
  Lcd_Cmd(Lcd_CLEAR);
 for(;;)
  {
   for(i=0;i<8;i++)
    {
    lcd_out(1,1,"channel ") ;
    lcd_chr_cp(i+48);
    portb=i;
    adc= Adc_Read(0);
    volt=(adc*5000.0)/1023.0 ;
    volt=volt/1000.0 ;
    floattostr(volt,txt) ;
    lcd_out(2,1,txt) ;
     lcd_out_cp(" Volt") ;
    delay_ms(1000) ;
    Lcd_Cmd(Lcd_CLEAR);
    }
    volt=0;
    delay_ms(200);
      }
}

float volt;
int i,adc;
char txt[13];
void main() {
 ADCON1 = 0x80;  // Configure analog inputs and Vref
  TRISA  = 0xFF;  // PORTA is input
  portb=0;
   TRISB=0;
   lcd_init(&portd);
   Lcd_Cmd(Lcd_CLEAR);
  Lcd_Cmd(Lcd_CURSOR_OFF);
  lcd_out(1,1,"hello") ;
  delay_ms(1000);
  Lcd_Cmd(Lcd_CLEAR);
 for(;;)
  {
   for(i=0;i<8;i++)
    {
    lcd_out(1,1,"channel ") ;
    lcd_chr_cp(i+48);
    portb=i;
    adc= Adc_Read(0);
    volt=(adc*5000.0)/1023.0 ;
    volt=volt/1000.0 ;
    floattostr(volt,txt) ;
    lcd_out(2,1,txt) ;
     lcd_out_cp(" Volt") ;
    delay_ms(1000) ;
    Lcd_Cmd(Lcd_CLEAR);
    }
    volt=0;
    delay_ms(200);
      }
}