mk1616a.cpp

单片机开发必备

/*ACM12232 16*16 点阵提取程序*/
#include <stdio.h>
#include <string.h>
unsigned char NumToChar(unsigned char nNum)
{
    if(nNum<=9)
       return nNum + 48 ;
    else
       return nNum + 55 ;
}

void main()
{
 FILE * fpHZK ;
 FILE * fpDot ;
 char strDotFile[12];
 unsigned char strHZ[200],nTemp,nTemp1,nTemp2;
 unsigned char aryHZKDot[32],aryLCDDot[32];
 unsigned long nOffset;
 unsigned int  nLenOfHZ,i,j;
 int ch;
 printf("AM12232 LCD 16*16 DOT PRODUCER\n");
 printf("Input Filename:");
 scanf("%s",strDotFile);
 printf("\n");
 printf("Input Chinese String:");
 scanf("%s",strHZ);
 nLenOfHZ = strlen(strHZ) ;
 printf("\n");
 fpHZK = fopen("hzk16","rb") ;
 fpDot = fopen(strDotFile,"wt") ;
 for(i=0;i<(nLenOfHZ/2);i++)
 {
   nOffset = ((long)((strHZ[2*i]-0xa0-1)*94 + (strHZ[2*i+1]-0xa0-1)))*32 ;
   fseek(fpHZK,nOffset,SEEK_SET);
   for(j=0;j<32;j++)
     aryHZKDot[j] =(unsigned char)getc(fpHZK) ;
   nTemp = 0x80 ;
   for(j=0;j<8;j++)
   {
      aryLCDDot[j] = ((aryHZKDot[14] & nTemp)==0?0x00:0x80) | ((aryHZKDot[12] & nTemp)==0?0x00:0x40) |
		  ((aryHZKDot[10] & nTemp)==0?0x00:0x20) | ((aryHZKDot[8] & nTemp)==0?0x00:0x10) |
		  ((aryHZKDot[6] & nTemp)==0?0x00:0x08) | ((aryHZKDot[4] & nTemp)==0?0x00:0x04) |
		  ((aryHZKDot[2] & nTemp)==0?0x00:0x02) | ((aryHZKDot[0] & nTemp)==0?0x00:0x01) ;
      nTemp >>= 1 ;
   }
   nTemp = 0x80 ;
   for(j=8;j<16;j++)
   {
     aryLCDDot[j] = ((aryHZKDot[15] & nTemp)==0?0x00:0x80) | ((aryHZKDot[13] & nTemp)==0?0x00:0x40) |
		  ((aryHZKDot[11] & nTemp)==0?0x00:0x20) | ((aryHZKDot[9] & nTemp)==0?0x00:0x10) |
		  ((aryHZKDot[7] & nTemp)==0?0x00:0x08) | ((aryHZKDot[5] & nTemp)==0?0x00:0x04) |
		  ((aryHZKDot[3] & nTemp)==0?0x00:0x02) | ((aryHZKDot[1] & nTemp)==0?0x00:0x01) ;

      nTemp >>= 1 ;
   }
   nTemp = 0x80 ;
   for(j=16;j<24;j++)
   {
     aryLCDDot[j] = ((aryHZKDot[30] & nTemp)==0?0x00:0x80) | ((aryHZKDot[28] & nTemp)==0?0x00:0x40) |
		  ((aryHZKDot[26] & nTemp)==0?0x00:0x20) | ((aryHZKDot[24] & nTemp)==0?0x00:0x10) |
		  ((aryHZKDot[22] & nTemp)==0?0x00:0x08) | ((aryHZKDot[20] & nTemp)==0?0x00:0x04) |
		  ((aryHZKDot[18] & nTemp)==0?0x00:0x02) | ((aryHZKDot[16] & nTemp)==0?0x00:0x01) ;

      nTemp >>= 1 ;
   }
   nTemp = 0x80 ;
   for(j=24;j<32;j++)
   {
     aryLCDDot[j] = ((aryHZKDot[31] & nTemp)==0?0x00:0x80) | ((aryHZKDot[29] & nTemp)==0?0x00:0x40) |
		  ((aryHZKDot[27] & nTemp)==0?0x00:0x20) | ((aryHZKDot[25] & nTemp)==0?0x00:0x10) |
		  ((aryHZKDot[23] & nTemp)==0?0x00:0x08) | ((aryHZKDot[21] & nTemp)==0?0x00:0x04) |
		  ((aryHZKDot[19] & nTemp)==0?0x00:0x02) | ((aryHZKDot[17] & nTemp)==0?0x00:0x01) ;

      nTemp >>= 1 ;
   }
   putc(strHZ[2*i],fpDot) ;
   putc(strHZ[2*i+1],fpDot) ;
   putc(0x0a,fpDot);
   putc(0x0d,fpDot);
   putc('{',fpDot);
   putc(0x0a,fpDot);
   putc(0x0d,fpDot);
   for(j=0;j<32;j++)
    {
      nTemp1 = NumToChar((aryLCDDot[j] & 0xf0)>>4) ;
      nTemp2 = NumToChar(aryLCDDot[j] & 0x0f) ;
      putc('0',fpDot);
      putc('x',fpDot);
      putc(nTemp1,fpDot);
      putc(nTemp2,fpDot);
      if((j+1)%8==0)
       {
	 if(j!=31) putc(',',fpDot);
	 putc(0x0a,fpDot);
	 putc(0x0d,fpDot);
       }
      else
       putc(',',fpDot);
    }
   putc('}',fpDot);
   putc(0x0a,fpDot);
   putc(0x0d,fpDot);
  }
  fcloseall();
}