char m;
char w;
char result=0;
char result_t=0;
char number[]={'x',' ','9','8','7','x','6','5','4','x','3','2','1','x','x','0','x'};
char number2[]={'x',' ',9,8,7,'x',6,5,4,'x',3,2,1,'x','x',0,'x'};
char tens=0,ones=0;
char tens1=0,ones1=0;
unsigned long temp,aa;
int kk;
int x;
char txt[14];

///////////////////////////////// Controlling the relay according to the degree:
void on() {
           result=(tens*10)+ones;
           result_t=(tens1*10)+ones1;
           if(result>99 || result<1){Lcd_Cmd(Lcd_Clear);lcd_out_cp("error");delay_ms(1000);return;}
           x=result_t/60;
            while(1)
             {

            for(x=0; x<result_t; x--){
                                      delay_ms(1000);
                                      temp=adc_read(0);
                                      temp=(temp*5000)>>10;
                                      temp=temp/10;
                                      longToStr(temp,txt);
                                      lcd_out(1,1,"temp = ");
                                      lcd_out(2,1,txt);

                                      lcd_chr_cp('C');
                                      delay_ms(500);
                                      lcd_cmd(lcd_clear);

             if(temp<result)
                        {
                         portd.f0=1;
                        }else {portd.f0=0;}
                 }
             }

          }

void main()
{
adcon1=0b00001110; // using Port A as analog to digital converting
trisa=0xff;// using Port A as in put
trisd=0;
Keypad_Init(&PORTC); // Using Port C for Keypad
lcd_init(&portb);    // Using POrt B for LCD
lcd_cmd(LCD_CURSOR_OFF);
lcd_out(1,1,"Enter the Degree");
lcd_out(2,1,"    C");

/////////////////////////////////////Entering Degree

loop:                 //testing the first pushing down
m=keypad_read();
if(m==0)      {goto loop;}
else if(m==14){goto loop;}
else if(m==16){Lcd_Cmd(Lcd_Clear);goto loop;}
else          {Lcd_Cmd(Lcd_Clear);tens=number2[m];lcd_chr_cp(number[m]);delay_ms(500);}

test2:               //testing the second pushing down
m=keypad_read();
if(m==0)      {goto test2;}
else if(m==14){ones=tens;tens=0;on();goto test3;}
else if(m==16){Lcd_Cmd(Lcd_Clear);goto loop;}
else          {ones=number2[m];lcd_chr_cp(number[m]);delay_ms(500);}

test3:             //testing the third pushing down
m=keypad_read();
if(m==0)      {goto test3;}
else if(m==14){goto loop2;}
else if(m==16){Lcd_Cmd(Lcd_Clear);goto loop;}
else          {goto test3;}
}

/////////////////////////////////// Entering Time by mints


loop2:                 //testing the first pushing down
lcd_cmd(lcd_clear);
lcd_out(1,1,"Enter the Time");
w=keypad_read();
if(w==0)      {goto loop2;}
else if(w==14){goto loop2;}
else if(w==16){Lcd_Cmd(Lcd_Clear);goto loop;}
else          {Lcd_Cmd(Lcd_Clear);tens1=number2[m];lcd_chr_cp(number[m]);delay_ms(500);}

test2:               //testing the second pushing down
w=keypad_read();
if(w==0)      {goto test2;}
else if(w==14){ones1=tens;tens1=0;on();goto test3;}
else if(w==16){Lcd_Cmd(Lcd_Clear);goto loop;}
else          {ones=number2[m];lcd_chr_cp(number[m]);delay_ms(500);}

test3:             //testing the third pushing down
w=keypad_read();
if(w==0)      {goto test3;}
else if(w==14){on();}
else if(w==16){Lcd_Cmd(Lcd_Clear);goto loop;}
else          {goto test3;}
}