/*** PCD8544 Driver *********************************************************** * *	File Name	: pcd8544.h *	Title		: AVR-GCC Driver for the PCD8544 LCD Controller *	Author		: Muhammad J. A. Galadima *	Created		: 2004 / 01 / 27 *	Revised		: 2004 / 02 / 05 *	Version		: 0.7 *	Target MCU	: Atmel AVRs w/1k+ RAM *	 *	Modified : September 2004 by Nick Lott for AVR Butterfly. *	 *	This program is free software; you can redistribute it and/or *	modify it under the terms of the GNU General Public License *	as published by the Free Software Foundation; either version 2 *	of the License, or (at your option) any later version. *	 *	This program is distributed in the hope that it will be useful, *	but WITHOUT ANY WARRANTY; without even the implied warranty of *	MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the *	GNU General Public License for more details. *	 *	You should have received a copy of the GNU General Public License *	along with this program; if not, write to the Free Software Foundation,  *	Inc., 59 Temple Place - Suite 330, Boston, MA  02111-1307, USA. *	 **************************************************************************///#ifndef PCD8544_H#define PCD8544_H#include <avr/io.h>#include <avr/pgmspace.h>#include <avr/interrupt.h>#include "types.h"/*** LCD defines ************************************************************** *	 *	These are the port/pins I used; change if necessary them to suit your *	circuit. *	 **************************************************************************///{// for AVR Butterfly//#define NOKIA_ALTPINOUT#ifdef NOKIA_ALTPINOUT 	#define lcdPort		PORTC	// port that LCD is on; needs 5 free pins	#define lcdPortD	DDRC	//	#define	SCLK		PC3	#define	SDIN		PC2	#define	DC			PC7	#define	SCE_		PC6	#define	RES_		PC4#else	#define lcdPort		PORTC	// port that LCD is on; needs 5 free pins	#define lcdPortD	DDRC	//	#define	SCLK		PC3	#define	SDIN		PC5	#define	DC			PC2	#define	SCE_		PC1	#define	RES_		PC4#endif//	LCD Defines//#define LOwERCASE_STRINGS/*** LCD Simple Controls ****************************************************** *	 *	Some low level LCD controls *	 **************************************************************************///{	#define lcdInvert1	lcdModeCmd;lcdByte(0x0d)					// invert	#define lcdInvert0	lcdModeCmd;lcdByte(0x0c)					// normal		#define	lcdModeCmd	lcdPort &= (unsigned char)~_BV(DC)	#define	lcdModeData	lcdPort |= (unsigned char)_BV(DC)		#define	lcdResume	lcdPort &= (unsigned char)~_BV(SCE_)	#define	lcdSuspend	lcdPort |= (unsigned char)_BV(SCE_)		#define	lcdReset	lcdPort &= (unsigned char)~_BV(RES_);lcdPort |= (unsigned char) _BV(RES_)	// reset the LCD//}//	LCD Simple Controls/*** LCD Size ***************************************************************** *	 *	Used mainly during testing on an 8515/stk500. The 8515 has 512 bytes RAM, *	and the frame buffer is 6x84=504 bytes leaving too little (8b) for other *	stuff. My solution was to decrease the vertical lines available (temporarily *	of course) to let me use 5x84=420 bytes, and have enough for other stuff. * *	If you are using a processor with less than 1K of RAM, you can decrease the *	'fbRows' value to 5. You can draw to the last LCD row without the frame *	buffer by calling "lcdXY(x,5)" (where 'x' is 0 to 84) and then writing a *	byte by calling "lcdByte(value)" to fill in one column at a time. *	 **************************************************************************///{	#define fbCols		84	#define fbRows		2//}//	LCD Size/*** Global Vars ************************************************************** *	 *	Just the framebuffer and frame buffer cursor *	 **************************************************************************///{//	uint8 frameBuffer[fbCols][fbRows];	// __attribute__ ((section (".noinit")));	uint8 fbXY[2];						// frame buffer cursor location//}//	Global Variables/*** LCD Functions ***********************************************************	User functions for manipulating the LCD.****************************************************************************/void lcdByte(uint8 data);void lcdDot(uint8 x, uint8 yLine, uint8 color);void lcdCh(uint8* fontSet, uint8 ch);void lcdWrite(uint8* fontSet, uint8* buf, uint8 is_pstr, uint8 len);void fbClr(void); void lcdClr(void);void lcdClrLine(uint8 lineNo);void lcdInit(void);void lcdXY(uint8 x, uint8 y);//void lcdLine ( uint8 x1, uint8 y1, uint8 x2, uint8 y2, uint8 mode );//} LCD Functions #endif