PIC 18F458 interfacing with load cell and glcd

I tried to interface load cell with instrument amp with PIC18F458 and display the result on glcd , i wrote code on mikro c but it is showing errors and i’m unable sort out those errors…please help..will this program work on for proteus simulation ?

Int Digital_Value;
Double t;
Char table[17]={0,1,2,3,0,4,5,6,0,7,8,9,0,10,0,11,0};
Char txt[4] ;
Char volt1[13];
Unsigned float tint,tint1,tint2,tint3,tint4,tint5,tint6,tint7,tint8,tint9;
Unsigned float tint10;
Unsigned float slope,weight,tavgfloat; // t must be defined as float or int
Unsigned char var1, var2, Kp, Kp1,i;
Unsigned int tavg,tavg1;
Char attempts=0;
Void main() 
{
  GLCD_Init (&PORTC,0,1,2,3,4,5,&PORTD);
  Glcd_Set_Font(FontSystem5x8, 5, 8, 32);
  Glcd_Fill(0); // Clear screen
  Usart_Init(2400);
  INTCON = 0;
  Keypad_init(&PORTB) ;
  GLCD_Write_Text("RCOEM",1,1,1);
  GLCD_Write_Text("WEIGHT:",1,11,1);
  OPTION_REG = 0x80;
  ADCON1 = 1; // configure AN3 Vref+, and Vref - as Vss
  TRISA = 0b110110; // 0 means input
  while (1)
  {
    while(!keypad_Read())
    {
      delay_ms(10);
      for(i=0;i<10;i++)
      {
        Digital_Value = ADC_read(0); // get ADC value 8 bit =255
        t=2.823*Digital_Value/1023.0;
        t=(t-0.658)/1.362; // becomes x (weight)
        tint=t*1000;
        tint10=tint9;
        tint9=tint8;
        tint8=tint7;
        tint7=tint6;
        tint6=tint5;
        tint5=tint4;
        tint4=tint3;
        tint3=tint2;
        tint2=tint1;
        tint1=tint;
        delay_us(200);
//@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
        if (Usart_Data_Ready()) // If data is received
        {
          b = Usart_Read(); // Read the received data
          Usart_Write(b); // Send data via USART
        }
//@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
      }
      tavg=(tint+tint1+tint2+tint3+tint4+tint5+tint6+tint7+tint8+tint9)/10;
      tavg1=tavg%10;
      tavg=tavg-tavg1;
      if (tavg1>=0 && tavg1<=5) tavg1=2;
      if (tavg1>=6 && tavg1<=9) tavg1=7;
      tavg=tavg+tavg1;
      tavgfloat=tavg/1000.0;
//####################################################
      Weight = tavgfloat; // y = ax + b
// ##### eleminate exponential term #################
      if(weight<1.0)
      {
        weight=weight*1000;
        if(weight<2.01) {weight=1.001;} 
        floattostr(weight,volt1);
        volt1[8]='g';
        volt1[9]='m';
        volt1[10]=' ';
      }
      else
      {
        floattostr(weight,volt1);
        volt1[8]='k';
        volt1[9]='g';
        volt1[10]=' ';
      }
      GLCD_Write_Text(volt1,1,21,1); //y,x
      Delay_ms(500) ;
//##########################################
    }
    while(!keypad_Read()); //wait for key 1 press
    Delay_ms(10); //debounce time
    kp=keypad_Released(); //wait for release
    var1=kp; //store var1 into kp
    var1 =table[kp] ;
    ByteToStr(var1,txt);
    GLCD_Write_Text(txt,20,30,1);
    Delay_ms(100);
  }
}