C18 compiler : include header files

#include "lcd.h" 
#include "delay.h"

#include <p18f14k50.h> 
//#include <htc.h>
//#include <pic18f1xk50.h> 
#include "lcd.h" 
#include "delay.h"


	
	#pragma config   CPUDIV = NOCLKDIV
	#pragma config    USBDIV = OFF  
	#pragma config    FOSC = HS
	#pragma config    PLLEN = OFF 
	#pragma config  FCMEN = OFF
	#pragma config   IESO = OFF 
	#pragma config   PWRTEN = ON
	#pragma config    BOREN = ON
	#pragma config    BORV = 30
	#pragma config   WDTEN = OFF
	#pragma config    WDTPS = 1
	#pragma config   MCLRE = ON
	#pragma config    HFOFST = ON 
	#pragma config    STVREN = ON 
	#pragma config    LVP = OFF
	#pragma config   BBSIZ = OFF 
	#pragma config    XINST = OFF
	#pragma config   CP0 = ON 
	#pragma config    CPB = ON 
	#pragma config    CPD = ON 
	#pragma config    WRT1= ON 
	#pragma config   WRTB = ON 
	#pragma config   WRTC = ON 
	#pragma config    WRTD = ON 
	#pragma config    EBTRB = ON
	

  #define LCD_PORT	LATC		//	;set constant LEDPORT = 'PORTB'
  #define LCD_TRIS	TRISC		//	;set constant for TRIS register
 //volatile bit LCD_RS @ (unsigned)&LATC*8+4;
			//;LCD handshake lines
  #define LCD_RS LATC4
  #define LCD_RW LATC5
  #define LCD_E	 LATC6


	unsigned int 	templcd	 =0 ;
	unsigned int	ADCH;	//temp store for 4 bit mode
	unsigned int	ADCL;

	unsigned char   w;
	unsigned char   conv;


void initLCD( );
void ADC_Init();
void ADC_Go();
//void Pulse_e();
//void LCD_Char(unsigned char);
//void LCD_Cmd(unsigned char);
//void Delay (unsigned int );
void main(void)
{
unsigned long ad_val;
float angle;
	unsigned int	AH=3; //0000 0011 = 384
	unsigned int	AL=100; //1100100
// both = 484

	ad_val = AH;
	ad_val = ad_val << 8 | AL;
	angle = (float) ad_val * 5.0 / 1024.0;
// 2.3632?



// testings

	OSCCON =62; //set internal clock to 4MHz
  	LCD_TRIS = 0;  //	set PortC all outputs
  	LCD_PORT = 0;		//LCD_TRIS
	Delay ( 100);
	LATB=0x00;
	templcd = 0;
	ADCON1 = 0b01111111; // set as digital I/O 
	Delay ( 255);
	void initLCD(); // [COLOR="Red"][SIZE="3"]ERROR HERE[/SIZE][/COLOR]
	void ADC_Init();
	
	while (1)
	{
	void ADC_Go(); // ADC values will still be displayed on the LCDHI-TECH C
	Delay(255);
	LCD_Cmd(1); // clear screen
	
	
	ad_val = ADRESH;
	ad_val = ad_val << 8 | ADRESL;
	angle = (float) ad_val * 5.0 / 1024.0;


//LCD_Char(0x31);
//LCD_Char(0x32);
}
}

void ADC_Init()
{
		ADCON2 = 0b10101110 ;//right justify, Frc/64 , 12Tad

		ADCON1=0b00000000 ;//ADC ref = Vdd,Vss boven- en onderste venster
		LATB4=1;//Set RB4 to analog (ANS10) 
		ADCON0 = 0b00101001 ;//AN10, ADC on
}		

void ADC_Go()
{
	GODONE =1 ;//Start conversion
//ADCPoll:
	while(GODONE ==1); //Is conversion done?
	//	; Result is complete - store 2 MSbits in
	//	; RESULTHI and 8 LSbits in RESULTLO
		ADCH = ADRESH;
		ADCL= ADRESL;
}

#ifndef __LCD_H
#define __LCD_H
#include <p18f14k50.h> 
void initLCD();
void LCD_Cmd (unsigned char w );
void Pulse_e();
void LCD_Char (unsigned char val);
#endif

#ifndef __LCD_C
#define __LCD_C
//#include <pic18f1xk50.h> 
#include   "C18_LCD_ADC.c"
#include   "lcd.h"
#include   "delay.h"
#define LCD_PORT	LATC


  #define LCD_PORT	LATC		//	;set constant LEDPORT = 'PORTB'
  #define LCD_TRIS	TRISC		//	;set constant for TRIS register
 //volatile bit LCD_RS @ (unsigned)&LATC*8+4;
			//;LCD handshake lines
  #define LCD_RS LATC4
  #define LCD_RW LATC5
  #define LCD_E	 LATC6


unsigned int 	templcd	 =0 ;
void initLCD()
{
//INIT FROM THE PDF
	//	    LCD_PORTbits.LCD_RS = 1;
	//		BCF     LCD_PORT,LCD_RS ; make the LCD ready to take ORDERS
	  	    Delay (254);
			
			LCD_Cmd(0x33);	//Set 8 bit mode
			Delay(5);

			LCD_Cmd(0x32);	//Set 4 bit mode
			Delay(5);

			LCD_Cmd(0x2C);//function set 2 lines; 5*11
			Delay(5);
		
			LCD_Cmd(0x08);//display off
			Delay(5);

			LCD_Cmd(0x01);//display clear
			Delay(5);

			LCD_Cmd(0x06);//		entry mode set increment , no shift
			Delay(5);
	
			LCD_Cmd(0x0F); //disp ON
			Delay(5);	
	
		//	call	LCD_Clr			;clear display
	}



void LCD_Cmd (unsigned char w){

	templcd=w;
	w= (templcd >> 4) | (templcd << 4);	;//send upper nibble

	w=w & 0x0f ;//clear upper 4 bits of W
	LCD_PORT=w;
	LCD_RS=0;//RS line to 0
	Pulse_e();				;//Pulse the E line high

	w=templcd	;//send lower nibble
	w=w&0x0f				;//clear upper 4 bits of W
	LCD_PORT=w;
	LCD_RS=0 ;//RS line to 0
	Pulse_e();				;//Pulse the E line high
	Delay(5);

}

void Pulse_e()
{
	LCD_E=1;
	Delay(5);
	LCD_E=0;	
	Delay(5);
}

void LCD_Char ( unsigned char val)
{
	templcd = val;
	val=(templcd >> 4) | (templcd << 4);
	val=val & 0x0f ;//clear upper 4 bits of W
	LCD_PORT=val;
	LCD_RS=1;//RS line to 1
	Delay(5);
	Pulse_e();

// second part
	val=templcd	;//send lower nibble
	val=val&0x0f				;//clear upper 4 bits of W
	LCD_PORT=val;
	LCD_RS=1 ;//RS line to 1
	Delay(5);
	Pulse_e();
	Delay(5);
}

#endif