lcd.c

ZIGBEE 2006协议栈 BAT测试代码 RADIO PULSE MG2455

/*******************************************************************************
	- Chip		: MG24500/55
	- Author		: RadioPulse Inc, 2007.
	- Date		: 2007-07-02
	- Version		: VER 1.0	
*******************************************************************************/

#include "INCLUDE_TOP.h"

//--------------------------------------------------------------------
//
//	LCD Usage
//
//--------------------------------------------------------------------
// STEP1 : GPIOs Direction is set to OUTPUT
//	ZHAL_PORT0_INOUT_SET(0xA, 1);
//	ZHAL_PORT1_INOUT_SET(0x4, 1);
//	ZHAL_PORT1_INOUT_SET(0x6, 1);
//	ZHAL_PORT1_INOUT_SET(0x7, 1);
//	ZHAL_PORT3_INOUT_SET(0x4, 1);
//	ZHAL_PORT3_INOUT_SET(0x5, 1);
//--------------------------------------------------------------------
// STEP2 : Initialize LCD
//	ZHAL_LCD_INIT();
//--------------------------------------------------------------------
// STEP3 : Clear LCD and Display Data
//	ZHAL_LCD_DIS_ALL(0x00);
//	ZHAL_LCD_DIS_PUT_DATA(0, 0, radio_logo);	
//--------------------------------------------------------------------
// 	Notice :	If you want to display another data after initializing LCD, repeat STEP3.
//--------------------------------------------------------------------


// ================= KS0108 PORT Define ============================

#define 	LCM_DATA	P0		// Data
#define 	LCM_RS         P1_6	// Read select
#define 	LCM_RW        P1_4	// Read/Write enable
#define 	LCM_E           P1_7	// LCD enable
#define 	LCM_CS1       P3_4	// LCD Chip select
#define 	LCM_CS2       P3_5	// LCD Chip select

//*********** LCD Commend define **********************************

#define	 LCD_CMD_DISPON	0x3f			// Display on		"0011111x"
#define	 LCD_CMD_DISPOFF	0x3e			// Display off 		"0011111x"
#define	 LCD_CMD_DISPLINE	0xc0			// Display Start Line "11xxxxxx"
#define	 LCD_CMD_PAGE		0xb8			// Set the x address "10111xxx"
#define	 LCD_CMD_COLUMN	0x40			// Set the Y address "01xxxxxx"
#define	 LCD_CMD_BUSY		0x80			// Read status

//************** *************************************************

#define	 LCD_MODL		0x00			// 
#define	 LCD_MODM		0x40			// 
#define	 LCD_MODR		0x80			// 
#define	 LCD_LCMLIMIT	0x80			// 

//**************** variable ***************************************

		
void ZHAL_LCD_DIS_STRING(UINT8 x,UINT8 y,UINT8 *str,UINT8 i,UINT8 ch8_16);

//*******************************************************************
//	LCD Data 		
//*******************************************************************

	UINT8 code STR1[] = "128x64 DOTS    ";	
	UINT8 code STR2[]={0x80,0x81,0x82,0x83,0x84,0x85,0x86,0x87};
	
	UINT8 	LcdCol;		// position X
	UINT8	LcdRow;		// position Y
	UINT8	LcdData;	// data	

//*******************************************************************
// Delay Function
//*******************************************************************

void Delay_ForLCD(UINT16 t)
{  
	UINT16 i,j;
	
	for(i=0;i<t;i++)
	for(j=0;j<125;j++);
}



//*******************************************************************
// LCD STATUS CHECK FUNCTION
//*******************************************************************

//--	RETURN
//	0	: LCD is busy or LCD is not present.
//	1	: LCD is ready to run.
UINT8 ZHAL_LCD_BUSY()
{
	UINT16	busy_cnt;
	UINT8	busy_sta;
	
	LCM_DATA = 0xFF; 
	LCM_RS = 0;
	LCM_RW = 1;	
	LCM_E = 1;

	//Port input mode
	P0OEN = 0xFF;

	busy_sta = 1;
	for(busy_cnt=0 ; busy_cnt<5 ; busy_cnt++)
	{
		if( (LCM_DATA & 0x80) == 0)
		{
			busy_sta = 0;
			break;
		}
	}

	//Port output mode
	P0OEN = 0x00;
	_nop_();
	LCM_E = 0;

	return	busy_sta;	
}

//*******************************************************************
//WRITE Register Function
//*******************************************************************

void ZHAL_LCD_WR_CTRL_REG(UINT8 ctrl)
{	
	ZHAL_LCD_BUSY();
	LCM_RW = 0;
	LCM_RS = 0;
	LCM_DATA = ctrl;
	LCM_E = 1;
	_nop_();
	LCM_E = 0;
	_nop_();	
}

//*******************************************************************
//Read register
//*******************************************************************

UINT8 ZHAL_LCD_RD_CTRL_REG()
{	
	UINT8 ctrl;
	ZHAL_LCD_BUSY();
	LCM_RW = 1;
	LCM_RS = 0;  		
	LCM_E = 1;
	_nop_();
	ctrl = LCM_DATA;
	LCM_E = 0;
	_nop_();
	return(ctrl);	
}

//*******************************************************************
//Write Function
//*******************************************************************

void ZHAL_LCD_WR_DATA_REG(UINT8 dat)
{	
	ZHAL_LCD_BUSY();
	LCM_RW = 0;
	LCM_RS = 1;
	LCM_DATA = dat;
	LCM_E = 1;
	_nop_();
	LCM_E = 0;
	_nop_();	
}

//*******************************************************************
//Read Function
//*******************************************************************

UINT8 ZHAL_LCD_RD_DATA_REG()
{	
	UINT8 dat;
	
	ZHAL_LCD_BUSY();
	LCM_RW = 1;
	LCM_RS = 1;  		
	LCM_E = 1;
	_nop_();
	dat = LCM_DATA;
	LCM_E = 0;
	_nop_();
	return(dat);	
}


//*******************************************************************
/* LCM chip sel	*/
//*******************************************************************

void ZHAL_LCD_CS_LCM_L()
{
	LCM_CS1 = 0;		/*CLR	CS1		*/
	LCM_CS2 = 1;		/*SETB	CS2		*/
}

void ZHAL_LCD_CS_LCM_M()
{
	LCM_CS1 = 1;		/*SETB	CS1		*/
	LCM_CS2 = 0;		/*CLR	CS2		*/
}


//*******************************************************************
/*LCD address Set*/
//*******************************************************************

void ZHAL_LCD_ADDR_XY()
{
	UINT8  x,y;
	
	switch (LcdCol & 0xC0)
	{
		case 0x00 :	ZHAL_LCD_CS_LCM_L();		break;
		case 0x40 :	ZHAL_LCD_CS_LCM_M();	break;
	}
	x = LcdCol&0x3F|LCD_CMD_COLUMN;					// LcdCol.and.0x3f.or.setx
	y = LcdRow&0x07|LCD_CMD_PAGE;					// LcdRow.and.0x07.or.sety
	ZHAL_LCD_WR_CTRL_REG(x);
	ZHAL_LCD_WR_CTRL_REG(y);
}

//*******************************************************************
/*	Write Data		*/
//*******************************************************************

void ZHAL_LCD_WR_DATA(UINT8 X)
{
	ZHAL_LCD_ADDR_XY();		
	ZHAL_LCD_WR_DATA_REG(X);
}

//*******************************************************************
/* Write register L	*/
//*******************************************************************

void ZHAL_LCD_WR_CTRL_L(UINT8 X)
{
	ZHAL_LCD_CS_LCM_L();	
	ZHAL_LCD_WR_CTRL_REG(X);
}
	
//*******************************************************************
/* Write register M	*/
//*******************************************************************

void ZHAL_LCD_WR_CTRL_M(UINT8 X)
{
	ZHAL_LCD_CS_LCM_M();	
	ZHAL_LCD_WR_CTRL_REG(X);
}
	
//*******************************************************************
/*	Clear LCD	*/
//*******************************************************************

void ZHAL_LCD_CLR_RAM()
{
	for(LcdRow=0;LcdRow<8;LcdRow++)
	{
   		for(LcdCol=0;LcdCol<LCD_LCMLIMIT;LcdCol++)
   		{
			ZHAL_LCD_WR_DATA(0x00);
		}
	}
}
//*******************************************************************
// Display LCD ALL
//*******************************************************************

void ZHAL_LCD_DIS_ALL(UINT8 pattern)
{
	for(LcdRow=0 ; LcdRow<8 ; LcdRow++)
	{
		for(LcdCol=0 ; LcdCol<LCD_LCMLIMIT ; LcdCol++)
		{
			ZHAL_LCD_WR_DATA(pattern);
		}
	}
}

//*******************************************************************
// Display LCD Row
//*******************************************************************
void ZHAL_LCD_DIS_ROW()
{
	UINT8 i,dat;
	
	ZHAL_LCD_CLR_RAM();
	dat=0x55;
	for(i=0;i<2;i++)
	{	
		for(LcdRow=0;LcdRow<8;LcdRow++)
		{
			for(LcdCol=0;LcdCol<LCD_LCMLIMIT;LcdCol++) 
			ZHAL_LCD_WR_DATA(dat);
		}
		Delay_ForLCD(1000);
		dat=~dat;					
	}
}

//*******************************************************************
// Display LCD Column
//*******************************************************************

void ZHAL_LCD_DIS_COL(void)
{
	UINT8 i,dat;
	
	ZHAL_LCD_CLR_RAM();
	dat=0xff;