hal_lcd.c

一些基于IRA环境开发的zigbee实例程序

//#include "hal.h"
#include "hal_types.h"
#include "LCD128_64.h"
#include "Font.h"

#ifdef LCD_SUPPORTED
/****************************************************
* B) Command Table per device *
****************************************************/
#define 	DisplayOff 	0xAE
#define 	DisplayOn 	0xAF
#define 	DisplayStart 	0x40
#define 	PageAddr 	0xB0
#define 	ColAddrHi 	0x10
#define 	ColAddrLo 	0x00
#define 	SegRemapOff 	0xA0
#define 	SegRemapOn 	0xA1
#define 	NormalDisp 	0xA6
#define 	ReverseDisp 	0xA7
#define 	ExitEntireD 	0xA4
#define 	EntEntireD 	0xA5
#define 	EnterRMW 	0xE0
#define 	ExitRMW 	0xEE
#define 	SWRest 		0xE2
#define 	ComRemapOff 	0xC0
#define 	ComRemapOn 	0xC8
#define 	PwrCtrlReg 	0x28
#define 	OPampBuffer 	0x01
#define 	IntReg 		0x02
#define 	IntVolBstr 	0x04
#define 	IntRegRatio 	0x20
#define 	ContCtrlReg 	0x81
#define 	CmdMuxRatio 	0x48
#define 	CmdBiasRatio 	0x50
#define 	DispOffset 	0x44
#define 	IconModeOn 	0xA3
#define 	IconModeOff 	0xA2
#define 	NlineInver 	0x4C
#define 	DCDCconver 	0x64
#define 	PowersavStandby 0xA8
#define 	PowersavSleep 	0xA9
#define 	PowersavOff 	0xE1
#define 	InterOsc 	0xAB
#define 	Device SSD1821 			/* device under demo */
#define 	ColNo 		132 		/* number of Column/Seg on LCD glass*/
#define 	RowNo 		64		/* number of Row/Com/Mux */
#define 	PS 		1 		/* fixed to Parallel mode */
#define 	PageNo 		10 		/* Total no of RAM pages */
#define 	IconPage 	10 		/* Icon Page number */
#define 	All0 		6 		/* 3 for all 0, 4 for all 1 */
#define 	All1 		4
#define 	iIntRegValue 	1 		/*Internal Regulator Resistor Ratio Value */
#define 	iContCtrlRegValue 16 		/* Contrast Control Register Value */
#define 	iIntRegValuea 	20 		/*Internal Regulator Resistor Ratio Value */
#define 	iContCtrlRegValuea 16 		/* Contrast Control Register Value */
#define 	iIntRegValueb 	1 		/*Internal Regulator Resistor Ratio Value */
#define 	iContCtrlRegValueb 16 		/* Contrast Control Register Value */
#define 	MSGNo 		16
#define 	MSGLength 	22
#define 	SSLNameNo 	4
#define 	DevicePg 	0 		//RAM page for showing device name
#define 	FeaturePg 	1 		//RAM page for showing feature
#define 	GRAPHICNo 	13
#define 	xlogo 		38
#define 	ylogo 		5
#define 	xsolomon 	91
#define 	ysolomon 	2
#define 	xsystech 	81
#define 	ysystech 	2
#define 	xlimited 	70
#define 	ylimited 	2
#define 	xcc 		16
#define 	ycc 		2
#define 	xpageq 		128
#define 	ypageq 		4
#define 	horizonal 	0
#define 	d_time 		60
////////////////////////////////////////////////////////////////////////////////////////////

void Print8(INT16U y,INT16U x, INT8U ch[],INT16U yn);

INT8U ContrastValue =90;
void WriteLCD(INT8U fs, INT8U da);
void Write595(INT8U dat);
void delay_us(INT16U s);
void delay1(INT8U jj);
void contrastctrl(INT8U start, INT8U stop);
void HalLcdInit(void);
void PrintCh8(INT16U y,INT16U x, INT8U ch,INT16U yn);

void delay1(INT8U jj)
{
	INT8U i;
	for(i=0; i<jj; i++);
}

void delay_us(INT16U s)
{
	INT16U i;
	for(i=0; i<s; i++);
	for(i=0; i<s; i++);
}


//******************************************************************************
//???:void Write595(INT8U dat)
//??:??
//??:?
//????:595???,????8?
//******************************************************************************
void Write595(INT8U dat)
{
	
	INT8U ii;		
			
	for(ii = 0 ; ii < 8; ii++)
	{
		if(dat & 0x80) 	LCD_595_DAT = 1;
		else		LCD_595_DAT = 0;
		
		dat <<= 1;
		LCD_595_CK = 1;	
		LCD_595_CK = 0;
	}
	LCD_595_LD = 1;
	LCD_595_LD = 0;
}


//*****************************************************************************
//*****************************************************************************
//???:void delay(unsigned int n)
//????:??????
//*****************************************************************************
void WriteLCD(INT8U fs, INT8U da)
{
	delay1(0);
	LCD_CS1 = 0;
	LCD_RW = 0;			//???
	//delay1(0);	

	if(fs){
		LCD_RS = 1;	
	}
	else{
		LCD_RS = 0;
	}
       // delay1(0);

        Write595(da);
	LCD_E = 1;// = 1;
        delay1(0);
	LCD_E = 0;// = 0;					
	//delay1(0);
	LCD_CS1 = 1;
}
/*

INT8U ReadLCD(INT8U fs)
{
	INT8U temp = 0;
	LCD_CS1 = 0;
	NOP;
	NOP;
	NOP;
	NOP;
	do{						
		LCD_RW = 1;
		LCD_RS = 0;
		LCD_E = 1;
		NOP;
		NOP;							
		temp = P1 & 0x80;			
		LCD_E = 0;			

	}while(temp != 0);	

	if(fs){
		LCD_RS = 1;	
	}
	else{
		LCD_RS = 0;
	}
	
	LCD_E = 1;
	NOP;	
	NOP;
	NOP;
	NOP;	
	temp = P1;	
	LCD_E = 0;	
	LCD_CS1 = 1;
	return(temp);
}


*/
void SetRamAddr(INT8U x ,INT8U y)
{
	INT8U temp;
	
	temp = 0x0f & x;
	WriteLCD(COMMAND , PageAddr|temp);

	temp = 0x0f & (y >> 4);
	WriteLCD(COMMAND , ColAddrHi|temp);
	temp = 0x0f & y;
	WriteLCD(COMMAND , ColAddrLo|temp);
}


/*******************************************************************************
//???:void SetContrast(INT8U Gain, INT8U Step)
//??:lcd?????
//??:Page-?,Col-?
//??:?
********************************************************************************/
void SetContrast(INT8U Gain, INT8U Step)
{
	WriteLCD(COMMAND , IntRegRatio | (0x0f & Gain)); 	//??????
	WriteLCD(COMMAND , ContCtrlReg); 			//?????????
	WriteLCD(COMMAND , 0x3f & Step);
}



/*******************************************************************************
//???:void InitDisplay(void)
//??:lcd?????????
//??:?
//??:?
********************************************************************************/
void InitDisplay(void)
{
	WriteLCD(COMMAND , DisplayOff);			//???
	WriteLCD(COMMAND , SegRemapOn);    			//ks0713/ssd1815
	WriteLCD(COMMAND , ComRemapOn);    			//ssd1815
	SetContrast(iIntRegValue, iContCtrlRegValue); 	//???????
	WriteLCD(COMMAND , PwrCtrlReg | IntVolBstr | IntReg | OPampBuffer); //turn on booster, regulator & divider
	WriteLCD(COMMAND , DisplayOn);				//???
}


/*******************************************************************************
//???:void contrastctrl(INT8U start,stop)
//??:lcd?????
//??:?
//??:?
********************************************************************************/

void contrastctrl(INT8U start, INT8U stop)
{
	INT8U i;
	if (start < stop)
	{
		for (i=start; i<stop; i+=1)
		{
			SetContrast(iIntRegValue, i); //slowly turn on display
			delay_us(80);
		}
	}
	else
	{
		for (i=start; i>stop; i-=1)
		{
			SetContrast(iIntRegValue, i); //slowly turn off display
			delay_us(120);
		}
	}
}




void ClearScreen(void)
{
 	INT8U x,y;
	for(x = 0;x < 8 ;x++){
          SetRamAddr(x , 0);
	  	for(y = 0 ; y < 128 ; y++){	  		
	  					
			WriteLCD(DATA , 0x00);
		}		
	}
}


void HalLcdInit(void)
{	

        P1DIR |= 0xFC;
        P2DIR |= 0x01;
        P0DIR |= 0x02;
        P1_2 = 0;
	delay_us(100);	
	WriteLCD(COMMAND , 0xE2);//??

	delay_us(100);
	WriteLCD(COMMAND , 0xA3);

	delay_us(100);	
	WriteLCD(COMMAND , 0xA0);
	
	delay_us(100);
	WriteLCD(COMMAND , 0xC8);

	delay_us(100);	
	WriteLCD(COMMAND , 0x24);
	
	delay_us(100);
	WriteLCD(COMMAND , 0x81);

	delay_us(100);	
	WriteLCD(COMMAND , 0x14);
	
	delay_us(100);
	WriteLCD(COMMAND , 0x2F);

	delay_us(100);	
	WriteLCD(COMMAND , 0x40);//????????
	
	delay_us(100);
	WriteLCD(COMMAND , 0xB0);

	delay_us(100);	
	WriteLCD(COMMAND , 0x10);
	
	delay_us(100);
	WriteLCD(COMMAND , 0x00);

	delay_us(100);	
	WriteLCD(COMMAND , 0xAF);

	WriteLCD(COMMAND , 0x81);
	WriteLCD(COMMAND , 0x1b);
        delay_us(100);	
        SetContrast(iIntRegValuea,ContrastValue);
	ClearScreen();
}



/*******************************************************************************
//???:void Print6(INT8U xx, INT8U yy, INT8U ch1[], INT8U yn)
//??:??6*8???
//??:xx ,yy ??,ch1???????,yn????
//??:?
*******************************************************************************
void Print6(INT8U xx, INT8U yy, INT8U ch1[], INT8U yn)		
{
	INT8U ii = 0;
	INT8U bb = 0;
	unsigned int index = 0 ;	
			
	while(ch1[bb] != '\0')
	{
                index = (unsigned int)(ch1[bb] - 0x20);
		index = (unsigned int)index*6;		
		for(ii=0;ii<6;ii++)
		{
			SetRamAddr(xx , yy);
			if(yn == 0)
			{
				WriteLCD(DATA, ~FontSystem6x8[index]);
				
			}
			else
			{
				WriteLCD(DATA, FontSystem6x8[index]);
			}		
			index += 1;
			yy += 1;
		}		
		bb += 1;
	}
}
 */

//*******************************************************************************
//???:void Printn8(INT8U xx ,INT8U yy , INT32U no,INT8U yn,INT8U le)
//??:??8*8???????
//??:xx , yy??????,no????? yn=0???? yn=1????  le???
//??:?
//*******************************************************************************
void Printn8(INT8U xx ,INT8U yy , INT32U no,INT8U yn,INT8U le)
{
	INT8U ch2[6];
	INT8U ii;

	for(ii = 1 ; ii <= le ;){
		ch2[le - ii] = no % 10 + 0x30;
		no /= 10;
		ii += 1;
	}
	ch2[le] = '\0';
	Print8(xx ,yy ,ch2 ,yn);
}

/*******************************************************************************
//???:void Print8(INT16U y,INT16U x, INT8U ch,INT16U yn)
//??:??8*8??
//??:xx ,yy ??,ch??????,yn????
//??:?
*******************************************************************************
void PrintCh8(INT16U y,INT16U x, INT8U ch,INT16U yn)
{
	INT8U wm;
	INT16U adder;
	
	adder = (ch - 0x20) * 16;
	for(wm = 0;wm < 8;wm++)
	{
		SetRamAddr(y , x);
		if(yn == 0)
		{
			WriteLCD(DATA, ~Font8X8[adder]);
		}
		else
		{
			WriteLCD(DATA, Font8X8[adder]);
		}
		adder += 1;
		x += 1;
	}
	y += 1;
	x -= 8;
	for(wm = 0;wm < 8;wm++)
	{
		SetRamAddr(y , x);
		if(yn == 0)
		{
				WriteLCD(DATA, ~Font8X8[adder]);
		}
		else
		{
			WriteLCD(DATA, Font8X8[adder]);	
		}
		adder += 1;
		x += 1;
	}
}
*/

/*******************************************************************************
//???:void Print8(INT16U y,INT16U x, INT8U ch[],INT16U yn)
//??:??8*8???
//??:xx ,yy ??,ch1???????,yn????
//??:?
********************************************************************************/
void Print8(INT16U y,INT16U x, INT8U ch[],INT16U yn)
{
	INT8U wm ,ii = 0;
	INT16U adder;

	while(ch[ii] != '\0')
	{
		adder = (ch[ii] - 0x20) * 16;

		for(wm = 0;wm < 8;wm++)
		{
			SetRamAddr(y , x);
			if(yn == 0)
			{
				WriteLCD(DATA, ~Font8X8[adder]);
			}
			else
			{
				WriteLCD(DATA, Font8X8[adder]);
			}
			adder += 1;
			x += 1;
		}
		y += 1;
		x -= 8;
		for(wm = 0;wm < 8;wm++)
		{
			SetRamAddr(y , x);
			if(yn == 0)
			{
				WriteLCD(DATA, ~Font8X8[adder]);
			}
			else
			{
				WriteLCD(DATA, Font8X8[adder]);	
			}
			adder += 1;
			x += 1;
		}
		ii += 1;
		y -= 1;
	}

}


/*******************************************************************************
//???:void Print16(INT16U y,INT16U x,INT8U ch[],INT16U yn)
//??:????????
//??:x ,y ??,ch[]??????,yn????
//??:?
********************************************************************************
void Print16(INT16U y,INT16U x,INT8U ch[],INT16U yn)
{
	INT8U wm ,ii = 0;
	INT16U adder;

	wm = 0;
	adder = 1;
	while(FontNew8X16_Index[wm] > 128)
	{
		if(FontNew8X16_Index[wm] == ch[ii])
		{
			if(FontNew8X16_Index[wm + 1] == ch[ii + 1])
			{
				adder = wm * 14;
				break;
			}
		}
		wm += 2;				//???????????
	}
	SetRamAddr(y , x);

	if(adder != 1)					//????,????	
	{
		
		for(wm = 0;wm < 14;wm++)
		{
			SetRamAddr(y , x);
			if(yn == 0)
			{
				WriteLCD(DATA, ~FontNew16X16[adder]);
			}
			else
			{
				WriteLCD(DATA, FontNew16X16[adder]);
			}
			adder += 1;
			x += 1;
		}
                for(wm = 0;wm < 2;wm++)
		{
			SetRamAddr(y , x);
			if(yn == 0)
			{
				WriteLCD(DATA, 0xff);
			}
			else
			{
				WriteLCD(DATA, 0x00);
			}
			x += 1;
		}
		y += 1;
		x -=16;

		for(wm = 0;wm < 14;wm++)
		{
			SetRamAddr(y , x);
			if(yn == 0)
			{
				WriteLCD(DATA, ~FontNew16X16[adder]);
			}
			else
			{
				WriteLCD(DATA, FontNew16X16[adder]);
			}
			adder += 1;
			x += 1;
		}
                for(wm = 0;wm < 2;wm++)
		{
			SetRamAddr(y , x);
			if(yn == 0)
			{
				WriteLCD(DATA, 0xff);
			}
			else
			{
				WriteLCD(DATA, 0x00);
			}
			x += 1;
		}


	}
	else						//????????			
	{
		ii += 1;

		for(wm = 0;wm < 16;wm++)
		{
			SetRamAddr(y , x);
			if(yn == 0)
			{
				WriteLCD(DATA, 0xff);
			}
			else
			{
				WriteLCD(DATA, 0x00);
			}
			x += 1;
		}
		y += 1;
		x -= 16;
		for(wm = 0;wm < 16;wm++)
		{
			SetRamAddr(y , x);
			if(yn == 0)
			{
				WriteLCD(DATA, 0xff);
			}
			else
			{
				WriteLCD(DATA, 0x00);
			}
			x += 1;
		}
	}
}*/


/*******************************************************************************
//???:void Print(INT8U y, INT8U x, INT8U ch[], INT16U yn)
//??:???????????
//??:x ,y ??,ch[]?????????,yn????
//??:?
*******************************************************************************
void Print(INT8U y, INT8U x, INT8U ch[], INT16U yn)
{
	INT8U ch2[3];
	INT8U ii;
        ii = 0;
	while(ch[ii] != '\0')
	{
		if(ch[ii] > 128)
		{
			ch2[0] = ch[ii];
	 		ch2[1] = ch[ii + 1];
			ch2[2] = '\0';			//???????
			//Print16(y , x , ch2 , yn);	//????
			x += 16;
			ii += 2;
		}
		else
		{
			ch2[0] = ch[ii];	
			ch2[1] = '\0';			//???????
			Print8(y , x , ch2 , yn);	//????
			x += 8;
			ii += 1;
		}
	}
}
 */
#endif