lcdport.h

Demo HZ256 Cluster LCD2 CW31 SH v1 ICD

#define LCDBASE	0x0120
#define LCDCR0		(*((volatile unsigned char*)(LCDBASE+0))) 
#define LCDCR1		(*((volatile unsigned char*)(LCDBASE+1))) 
#define FPENR0		(*((volatile unsigned char*)(LCDBASE+2))) 
#define FPENR1  	(*((volatile unsigned char*)(LCDBASE+3))) 
#define FPENR2		(*((volatile unsigned char*)(LCDBASE+4))) 
#define FPENR3 		(*((volatile unsigned char*)(LCDBASE+5))) 

#define LCDRAMW0	(*((volatile unsigned int*)(LCDBASE+8))) 
#define LCDRAM0		(*((volatile unsigned char*)(LCDBASE+8))) 
#define LCDRAM1		(*((volatile unsigned char*)(LCDBASE+9))) 
#define LCDRAMW1	(*((volatile unsigned int*)(LCDBASE+0xA))) 
#define LCDRAM2 	(*((volatile unsigned char*)(LCDBASE+0xA))) 
#define LCDRAM3 	(*((volatile unsigned char*)(LCDBASE+0xB)))
#define LCDRAMW2	(*((volatile unsigned int*)(LCDBASE+0xC))) 
#define LCDRAM4		(*((volatile unsigned char*)(LCDBASE+0xC))) 
#define LCDRAM5		(*((volatile unsigned char*)(LCDBASE+0xD))) 
#define LCDRAMW3	(*((volatile unsigned int*)(LCDBASE+0xE))) 
#define LCDRAM6		(*((volatile unsigned char*)(LCDBASE+0xE))) 
#define LCDRAM7		(*((volatile unsigned char*)(LCDBASE+0xF))) 
#define LCDRAMW4	(*((volatile unsigned int*)(LCDBASE+0x10))) 
#define LCDRAM8		(*((volatile unsigned char*)(LCDBASE+0x10))) 
#define LCDRAM9		(*((volatile unsigned char*)(LCDBASE+0x11))) 
#define LCDRAMW5	(*((volatile unsigned int*)(LCDBASE+0x12))) 
#define LCDRAM10	(*((volatile unsigned char*)(LCDBASE+0x12))) 
#define LCDRAM11	(*((volatile unsigned char*)(LCDBASE+0x13))) 
#define LCDRAMW6	(*((volatile unsigned int*)(LCDBASE+0x14))) 
#define LCDRAM12	(*((volatile unsigned char*)(LCDBASE+0x14))) 
#define LCDRAM13	(*((volatile unsigned char*)(LCDBASE+0x15))) 
#define LCDRAMW7	(*((volatile unsigned int*)(LCDBASE+0x16))) 
#define LCDRAM14	(*((volatile unsigned char*)(LCDBASE+0x16))) 
#define LCDRAM15	(*((volatile unsigned char*)(LCDBASE+0x17)))