zj__.c

一款有mega16编写的抛球颠峰游戏,程序完全经典

	for( p1 = 0 ; p1 < sizeof( chn_zj ) ; p1 ++ )
	{
		print_char( chn_zj[p1] ) ;
	}
	if( printtype ) ;
	else
	{
		print_char( 0x1b ) ;
		print_char( 0x36 ) ;
	}
	if ( pnt_zj >= 0 )
	{
		zsf_long.dblword = (unsigned long int)pnt_zj ;
		if( printtype ) ;
		else
		{
			print_char( 13 ) ;
			print_char( 10 ) ;
			send_pnt_data() ;
		}
		print_long( zsf_long.dblword , 1 ) ;
	}
	else
	{
		zsf_long.dblword = - (unsigned long int)pnt_zj ;
		if( printtype ) ;
		else
		{
			print_char( 13 ) ;
			print_char( 10 ) ;
			send_pnt_data() ;
		}
		print_long( zsf_long.dblword , 0 ) ;
	}
	print_char( 13 ) ;
	print_char( 10 ) ;
	send_pnt_data() ;
	if( printtype ) 
	{
		for( p1 = 0 ; p1 < 14 ; p1 ++ )
		{
			print_char( 32 ) ;
		}
	}
	else
	{
		for( p1 = 0 ; p1 < 8 ; p1 ++ )
		{
			print_char( 32 ) ;
		}
		print_char( 0x1b ) ;
		print_char( 0x38 ) ;
	}
	
	for( p1 = 0 ; p1 < sizeof( chn_finish ) ; p1 ++ )
	{
		print_char( chn_finish[p1] ) ;
	}
	if( printtype ) ;
	else
	{
		print_char( 0x1b ) ;
		print_char( 0x36 ) ;
	}
	send_pnt_data() ;
	if( printtype ) ;
	else
	{
		for( p1 = 0 ; p1 < 9 ; p1 ++ )
		{
			print_char( 13 ) ;
			print_char( 10 ) ;
			print_char( 32 ) ;
		}
	}
	print_char( 13 ) ;
	print_char( 10 ) ;
	print_char( 13 ) ;
	print_char( 10 ) ;
	print_char( 13 ) ;
	print_char( 10 ) ;
	print_char( 13 ) ;
	print_char( 10 ) ;
	print_char( 13 ) ;
	print_char( 10 ) ;
	print_char( 13 ) ;
	print_char( 10 ) ;
	send_pnt_data() ;
	statue_sys = ZJ_BOARDCOLOR ;
	time_boardcolor = MAXTIME_BOARDCOLOR ;
}


void print_data( unsigned char no )
{
	unsigned char	p1 ;
	send_order( BOARD_IP , CMD_PRINT ) ;
	if ( no < 10 )
	{
		print_char( no + 48 ) ;
	}
	else
	{
		print_char( ( no / 10 ) + 48 ) ;
		print_char( ( no % 10 ) + 48 ) ;
	}
	if( printtype ) ;
	else
	{
		print_char( 0x1b ) ;
		print_char( 0x38 ) ;
	}
	for( p1 = 0 ; p1 < sizeof( chn_fj ) ; p1 ++ )
	{
		print_char( chn_fj[p1] ) ;
	}
	if( printtype ) ;
	else
	{
		print_char( 0x1b ) ;
		print_char( 0x36 ) ;
	}
	print_char( 13 ) ;
	print_char( 10 ) ;
	send_pnt_data() ;
	if( printtype ) ;
	else
	{
		print_char( 0x1b ) ;
		print_char( 0x38 ) ;
	}
	for( p1 = 0 ; p1 < sizeof( chn_zsf ) ; p1 ++ )
	{
		print_char( chn_zsf[p1] ) ;
	}
	if( printtype ) ;
	else
	{
		print_char( 0x1b ) ;
		print_char( 0x36 ) ;
		print_char( 13 ) ;
		print_char( 10 ) ;
	}
	print_long( zsf_long.dblword , 1 ) ;
	print_char( 13 ) ;
	print_char( 10 ) ;
	send_pnt_data() ;
	if( printtype ) ;
	else
	{
		print_char( 0x1b ) ;
		print_char( 0x38 ) ;
	}
	for( p1 = 0 ; p1 < sizeof( chn_ztf ) ; p1 ++ )
	{
		print_char( chn_ztf[p1] ) ;
	}
	if( printtype ) ;
	else
	{
		print_char( 0x1b ) ;
		print_char( 0x36 ) ;
		print_char( 13 ) ;
		print_char( 10 ) ;
	}
	print_long( ztf_long.dblword , 1 ) ;
	print_char( 13 ) ;
	print_char( 10 ) ;
	send_pnt_data() ;
	if( printtype ) ;
	else
	{
		print_char( 0x1b ) ;
		print_char( 0x38 ) ;
	}
	for( p1 = 0 ; p1 < sizeof( chn_xj ) ; p1 ++ )
	{
		print_char( chn_xj[p1] ) ;
	}
	if( printtype ) ;
	else
	{
		print_char( 0x1b ) ;
		print_char( 0x36 ) ;
		print_char( 13 ) ;
		print_char( 10 ) ;
	}
	if ( ztf_long.dblword == 0xffffffff && zsf_long.dblword == 0xffffffff )
	{
		print_long( 0xffffffff , 1 ) ;
	}
	else
	{
		if ( ztf_long.dblword > zsf_long.dblword )
		{
			ztf_long.dblword -= zsf_long.dblword ;
			pnt_zj -= (signed long int)ztf_long.dblword ;
			p1 = 0 ;
		}
		else
		{
			ztf_long.dblword = zsf_long.dblword - ztf_long.dblword ;
			pnt_zj += (signed long int)ztf_long.dblword ;
			p1 = 1 ;
		}
		print_long( ztf_long.dblword , p1 ) ;
	}
	print_char( 13 ) ;
	print_char( 10 ) ;
	send_pnt_data() ;
}

void print_title( void )
{
	unsigned char	p1 ;
	pnt_zj = 0 ;
	send_order( BOARD_IP , CMD_PRINT ) ;
	if( printtype )
	{
		print_char( 13 ) ;
		print_char( 10 ) ;
		print_char( 32 ) ;
		print_char( 32 ) ;
		print_char( 32 ) ;
		print_char( 32 ) ;
	}
	else
	{
		print_char( 0x1b ) ;
		print_char( 0x63 ) ;
		print_char( 0x0 ) ;
		print_char( 0x1b ) ;
		print_char( 0x36 ) ;
		print_char( 13 ) ;
		print_char( 10 ) ;
		print_char( 0x1b ) ;
		print_char( 0x38 ) ;
	}
	for( p1 = 0 ; p1 < sizeof( chn_title ) ; p1 ++ )
	{
		print_char( chn_title[p1] ) ;
	}
	if( printtype )
	{
		print_char( 32 ) ;
		print_char( 32 ) ;
	}
	else
	{
		print_char( 0x1b ) ;
		print_char( 0x36 ) ;
	}
	
	print_char( 32 ) ;
	print_char( 32 ) ;
	print_char( 13 ) ;
	print_char( 10 ) ;
	send_pnt_data() ;
	if( printtype )
	{
		print_char( 13 ) ;
		print_char( 10 ) ;
		print_char( 32 ) ;
		print_char( 32 ) ;
		print_char( 32 ) ;
		print_char( 32 ) ;
	}
	else
	{
	//	print_char( 0x1b ) ;
	//	print_char( 0x63 ) ;
	//	print_char( 0x0 ) ;
		print_char( 0x1b ) ;
		print_char( 0x36 ) ;
		print_char( 13 ) ;
		print_char( 10 ) ;
		print_char( 0x1b ) ;
		print_char( 0x38 ) ;
	}
	
	for( p1 = 0 ; p1 < sizeof( chn_xh ) ; p1 ++ )
	{
		print_char( chn_xh[p1] ) ;
	}
	if( printtype ) ;
	else
	{
		print_char( 0x1b ) ;
		print_char( 0x36 ) ;
	//	print_char( 13 ) ;
	//	print_char( 10 ) ;
	}
	if( ++ bianhao >= 1000 )
	{
		bianhao = 1 ;
	}
	print_long1( bianhao , 1 ) ;
	//bianhao ++ ;
	
	print_char( 13 ) ;
	print_char( 10 ) ;
	
	send_pnt_data() ;
	if( printtype )
	{
		for( p1 = 0 ; p1 < 24 ; p1 ++ )
		{
			print_char( '=' ) ;
		}
	}
	else
	{
		for( p1 = 0 ; p1 < 16 ; p1 ++ )
		{
			print_char( '=' ) ;
		}
	}
	print_char( 13 ) ;
	print_char( 10 ) ;
	send_pnt_data() ;
}

unsigned char this_sensor( void )
{
	unsigned char	m2 ;
	if ( keys_old & 0x80 )                     //通过按键报中了什么颜色
	{
		//manu
		m2 = in_sensor_old ;
	}
	else
	{
		m2 = in_key_old ;
	}
	return m2 ;
}

void main( void )
{
	unsigned char	m1 , m2 , m3 , m4 ;
	PORTC = 0xf0 ;
	DDRC = 0xff ;
	PORTD = 0xfc ;
	DDRD = 0xfc ;
	result = NO_RESULT ;
	TIMSK = 0x1 ;
	TCNT0 = - 125 ;
	TCCR0 = 0x3 ;
	WDTCR = 0xc ;//256ms
	#asm("sei") ;
	UCSRB = 0xdc ;
	UBRRL = 204 ;
	time_delay = 10 ;	//延时0.5s
	while( time_delay )
	{
		#asm("wdr") ;
	}
	
	in_key_new = read245( HC245_IN_KEY ) ;
	in_key_old = in_key_new ;
	in_sensor_new = read245( HC245_IN_SENSOR ) ;
	in_sensor_old = in_sensor_new ;
	
	keys_new = read245( HC245_KEYS ) ;
	keys_old = keys_new ;
	
	sw1_old = ~ read245( HC245_SW1 ) ;
	sw2_old = ~ read245( HC245_SW2 ) ;
	//选择热敏还是针式打印机
	if( sw2_old & 0x80 )
	{
		printtype = 1 ;              //选择热敏
	}
	else
		printtype = 0 ;              //选择针式打印机
	
	time_delay = 40 ;	//延时2s
	while( time_delay )
	{
		#asm("wdr") ;
	}
	in_key_new = read245( HC245_IN_KEY ) ;
	in_key_old = in_key_new ;
	in_sensor_new = read245( HC245_IN_SENSOR ) ;
	in_sensor_old = in_sensor_new ;

	if ( in_sensor_old != 0xff || in_key_old != 0xff )
	{
		errcode = ERR_SELFTEST ;
		statue_sys = ZJ_ERR ;
		while( 1 )
		{
			if ( keys_down & 0x70 )
			{
				while(1) ;
			}
			#asm("wdr") ;
		}
	}
	
	if ( sw1_old & 0x8 )
	{
		//清零
		time_delay = 20 ;
		while( time_delay )
		{
			#asm("wdr") ;
		}
		send_order( BOARD_IP , CMD_CLEAR ) ;
		while( 1 )
		{
			check_send() ;
			if ( send_in == send_read )
			{
				statue_sys = ZJ_CLEAR_OK ;
				goto label_while ;
			}
		}
	}
	max_fj = con_fenji_count[sw1_old&0x7]  ;
	statue_sys = ZJ_WAITING ;
	
	m2 = 0 ;
	if( limit_yf % 50 ) limit_yf = 50 ;
	if( limit_yf1 % 50 ) limit_yf1 = 50 ;
	if( limit_yf2 % 50 ) limit_yf2 = 50 ;
	if( limit_yf3 % 50 ) limit_yf3 = 50 ;
	if( limit_yf4 % 50 ) limit_yf4 = 50 ;
	if( limit_yf5 % 50 ) limit_yf5 = 50 ;
	if( first_yf > 2000 ) first_yf = 5 ;
	if( second_yf > 2000 ) second_yf = 1 ;
	if( bianma >= 127 ) bianma = 0 ;
	if( bianma1 >= 255 ) bianma1 = 0 ;
	if( bianma2 >= 10 ) bianma2 = 0 ;
	for( m1 = 0 ; m1 < COLOR_COUNT ; m1 ++ )        // 4
	{
		color_order[m1] = eep_color_order[m1] ;  // =1,2,3,4
		if ( color_order[m1] == 0 || color_order[m1] >= 9 )
		{
			color_order[m1] = m1 + 1 ;
			eep_color_order[m1] = m1 + 1 ;
		}
		color_pl[m1] = eep_color_pl[m1] ;        //30,10,1,1
		if ( color_pl[m1] == 0 || color_pl[m1] >= 301 )
		{
			color_pl[m1] = con_color_pl[m1] ;//30,10,1,1
			eep_color_pl[m1] = color_pl[m1] ;
		}
	}	
	
	time_delay = 30 ;
	while( time_delay )
	{
		#asm("wdr") ;
	}
	
	if ( KEY1_DOWN )
	{
		change_statue( ZJ_TEST ) ;
	}
	else 
	{
		if ( KEY2_DOWN )
		{
			change_statue( ZJ_SET ) ;
		}
		else
		{
			change_statue( ZJ_WELCOME ) ;
		}
	}

label_while:	
	while(1)
	{
		switch( statue_sys )
		{
			case ZJ_GET_ACCOUNT :
				if ( time_get_account >= MAXTIME_GETACC )        // >=21
				{
					//开始打印
					time_get_account = 0 ;
					if( check_fen != 1 ) print_title() ;
					send_order( 0x1 , CMD_CHAZHANG ) ;       //  , 11
				}
				break ;
			case ZJ_BOARDCOLOR :
				if ( time_boardcolor >= MAXTIME_BOARDCOLOR )
				{
					time_boardcolor = MAXTIME_BOARDCOLOR ;
					while( this_sensor() != 0xff )
					{
						#asm("wdr") ;
					}
					if( check_fen )
					{
						this_earn = this_zsf - this_ztf ;
						last_earn = last_zsf - last_ztf ;
						between_earn = this_earn - last_earn ;
						
						#asm("wdr") ;
						if( KEY2_CLICK )
						{
							keys_down &= 0xdf ;
							if( ++ checkmode > MAX_CHECK )
							{
								checkmode = 1 ;
							}
						}
						if( KEY1_CLICK )
						{
							keys_down &= 0xef ;
							check_fen = 0 ;
							change_statue( ZJ_WELCOME ) ;
							time_boardcolor = 0 ;
							checkmode = 0 ;
						}
					}
					else
					{		
						change_statue( ZJ_WELCOME ) ;
						time_boardcolor = 0 ;
						checkmode = 0 ;
						count_flag = 0 ;
					}
				}
				break ;
			case ZJ_WELCOME :
				if ( time_welcome >= 80 )
				{
					change_statue( ZJ_COUNTDOWN ) ;
				}
				break ;
			case ZJ_SET :
				if ( KEY1_CLICK )
				{
					keys_down &= 0xef ;
					if ( ++ setmode >= MAX_SET )
					{
						while(1) ;
					}
				}
				
				if ( keys_old & 0x20 )
				{
					time_add = 0 ;
					time_long1 = 0 ;
				}
				if ( KEY2_CLICK )
				{
					time_add = 1 ;
					time_long1 = 0 ;
					keys_down &= 0xdf ;
					switch( setmode )
					{
						case SET_LIMIT_YF :
							limit_yf += 50 ;
							if( limit_yf > 50000 ) limit_yf = 50 ;
							break ;
						case SET_LIMIT_YF1 :
							limit_yf1 += 50 ;
							if( limit_yf1 > 50000 ) limit_yf1 = 50 ;
							break ;
						case SET_LIMIT_YF2 :
							limit_yf2 += 50 ;
							if( limit_yf2 > 50000 ) limit_yf2 = 50 ;
							break ;
						case SET_LIMIT_YF3 :
							limit_yf3 += 50 ;
							if( limit_yf3 > 50000 ) limit_yf3 = 50 ;
							break ;
						case SET_LIMIT_YF4 :
							limit_yf4 += 50 ;
							if( limit_yf4 > 50000 ) limit_yf4 = 50 ;
							break ;
						case SET_LIMIT_YF5 :
							limit_yf5 += 50 ;
							if( limit_yf5 > 50000 ) limit_yf5 = 50 ;
							break ;
						case SET_FIRST_YF :
							first_yf += 1 ;
							if( first_yf > 2000 ) first_yf = 1 ;
							break ;
						case SET_SECOND_YF :
							second_yf += 1 ;
							if( second_yf > 2000 ) second_yf = 1 ;
							break ;
					}
							
				}
				if ( time_add >= 20 )
				{
					time_add = 0 ;
					time_long1 = 1 ;
				}
				if ( time_long1 >= 30 )
				{
					time_long1 = 1 ;
					switch( setmode )
					{
						case SET_LIMIT_YF :
							limit_yf += 50 ;
							if( limit_yf > 50000 ) limit_yf = 50 ;
							break ;
						case SET_LIMIT_YF1 :
							limit_yf1 += 50 ;
							if( limit_yf1 > 50000 ) limit_yf1 = 50 ;
							break ;
						case SET_LIMIT_YF2 :
							limit_yf2 += 50 ;
							if( limit_yf2 > 50000 ) limit_yf2 = 50 ;
							break ;
						case SET_LIMIT_YF3 :
							limit_yf3 += 50 ;
							if( limit_yf3 > 50000 ) limit_yf3 = 50 ;
							break ;
						case SET_LIMIT_YF4 :
							limit_yf4 += 50 ;
							if( limit_yf4 > 50000 ) limit_yf4 = 50 ;
							break ;
						case SET_LIMIT_YF5 :