hangman_code

#include <avr/io.h>
#include<string.h>
#include<stdlib.h>
 
#include "timeout.h"
#include "5110/5110.h"
#include "5110/5110.cpp"
 
#include "introscreen.h"
#include "first.h"
#include "second.h"
#include "third.h"
#include "fourth.h"
#include "fifth.h"
#include "sixth.h"
#include "seventh.h"
#include "eight.h"
#include "nine.h"
#include "ten.h"
#include "correct.h"
#include "go.h"
#include "intro.h"
 
LCD_5110 lcd;
 
char words1[][13]={"ACRES","ADULT","ADVICE","ARRANGEMENT","ATTEMPT","AUGUST","AUTUMN","BORDER","BREEZE","BRICK","CALM","CANAL","CASEY","CAST","CHOSE","CLAWS","COACH","CONSTANTLY","CONTRAST","COOKIES","CUSTOMS","DAMAGE","DANNY","DEEPLY","DEPTH","DISCUSSION","DOLL","DONKEY","EGYPT","ELLEN","ESSENTIAL","EXCHANGE","EXIST","EXPLANATION","FACING"};
int pos=0,ran=0,i,count=0,f=0,length;
char a[]={'A','B','C','D','E','F','G','H','I','J','K','L','M','N','O','P','Q','R','S','T','U','V','W','X','Y','Z'};
char z[10]="<   >";
 
int main(void)
{  DDRC=0x00;
	PORTC=0xFF;
	DDRB=0xFF;
	PORTB=0x01;
	lcd.lcd_init(&PORTD, PD4, &PORTD, PD3, &PORTD, PD5, &PORTD, PD6, &PORTD, PD7);
    lcd.printPictureOnLCD(intro);
	_delay_ms(2000);
	lcd.lcd_clear();
	xy:		int pos=0,ran=0,i,count=0,f=0,c=0,r;
			r=rand() / (RAND_MAX / 35 + 1);
			char buff[13];
			strcpy(buff,words1[r]);
			length=strlen(buff);
			char disp[13];
			for(i=0;i<length;i++)
				disp[i]='_';
			disp[i]='\0';
 
	while (1) {
		
			lcd.lcd_goto_xy(4,0);
			lcd.lcd_string_format("HANGMAN", 0);
			//_delay_ms(200);
			lcd.lcd_goto_xy(2,2);
			lcd.lcd_string_format(disp, 0);
			//_delay_ms(200);
			lcd.lcd_goto_xy(4,4);
			z[2]=a[pos];
			lcd.lcd_string_format(z, 0);
			_delay_ms(200);
			if(bit_is_clear(PINC, 3))
				{
					pos++;
					if(pos==26)
					pos=0;
			
				}
			if(bit_is_clear(PINC, 0))
				{
					pos--;
					if(pos==-1)
					pos=25;
			
				}
		if(bit_is_clear(PINC, 4))
				{
					for(i=0;i<strlen(buff);i++)
						{
							if(buff[i]==z[2])
								{
									disp[i]=z[2];
									PORTB=0x02;
									_delay_ms(200);
									PORTB=0x00;
									f=1;
									if(strcmp(buff,disp)==0)
										{
											lcd.printPictureOnLCD(correct);
											PORTB=0x02;
											_delay_ms(200);
											PORTB=0x00;
											_delay_ms(1800);
											lcd.lcd_clear();
											goto xy;
										}
								}				
						}
					if(f==0)
					{	
						switch(count)
						{
							case 1:		lcd.printPictureOnLCD(first);
										PORTB=0x02;
										_delay_ms(600);
										PORTB=0x00;
										_delay_ms(1400);
										lcd.lcd_clear();
										break;
										
							case 2:		lcd.printPictureOnLCD(second);
										PORTB=0x02;
										_delay_ms(600);
										PORTB=0x00;
										_delay_ms(1400);
										lcd.lcd_clear();
										break;
										
							case 3:		lcd.printPictureOnLCD(third);
										PORTB=0x02;
										_delay_ms(600);
										PORTB=0x00;
										_delay_ms(1400);
										lcd.lcd_clear();
										break;
										
							case 4:		lcd.printPictureOnLCD(fourth);
										PORTB=0x02;
										_delay_ms(600);
										PORTB=0x00;
										_delay_ms(1400);
										lcd.lcd_clear();
										break;
										
							case 5:		lcd.printPictureOnLCD(fifth);
										PORTB=0x02;
										_delay_ms(600);
										PORTB=0x00;
										_delay_ms(1400);
										lcd.lcd_clear();
										break;
										
							case 6:		lcd.printPictureOnLCD(sixth);
										PORTB=0x02;
										_delay_ms(600);
										PORTB=0x00;
										_delay_ms(1400);
										lcd.lcd_clear();
										break;
										
							case 7:		lcd.printPictureOnLCD(seventh);
										PORTB=0x02;
										_delay_ms(600);
										PORTB=0x00;
										_delay_ms(1400);
										lcd.lcd_clear();
										break;
										
							case 8:		lcd.printPictureOnLCD(eight);
										PORTB=0x02;
										_delay_ms(600);
										PORTB=0x00;
										_delay_ms(1400);
										lcd.lcd_clear();
										break;
										
							case 9:		lcd.printPictureOnLCD(nine);
										PORTB=0x02;
										_delay_ms(600);
										PORTB=0x00;
										_delay_ms(1400);
										lcd.lcd_clear();
										break;
										
							case 10:	lcd.printPictureOnLCD(ten);
										PORTB=0x02;
										_delay_ms(600);
										PORTB=0x00;
										_delay_ms(1400);
										lcd.lcd_clear();
							case 11:
										lcd.lcd_goto_xy(4,4);
										lcd.lcd_string_format(words1[r], 0);
										_delay_ms(2000);
										lcd.printPictureOnLCD(go);
										PORTB=0x02;
										_delay_ms(600);
										PORTB=0x00;
										_delay_ms(1400);
										lcd.lcd_clear();
										goto xy;
										break;
						}
				count++;
					}
				f=0;
				}
		
			}		
	
}