#define XSIZECM 18		/* at 120 DPI  */
#define YSIZECM 24		/* at 72 DPI */
#define NXBITS 620
#define NYBITS 400

#include "bitmap.h"
dvitype(void)
{
	printf("Deskjet/Laserjet");
}
#include <graphics.h>
bitmap_print()
{
	int x,y,z;
	int d_graphmode=0,g_driver=0,g_error;
	double f;
	unsigned char *line;
	printf("press return to enter graphics \n");
	getch();
	detectgraph(&g_driver, &d_graphmode);
	if (g_driver<0) {
		printf("No graphics hardware detected !!!!! \n");
		gle_abort("Could not load BGI graphics\n");
	}
	initgraph(&g_driver,&d_graphmode,"");
	g_error = graphresult();
	if (g_error<0) {
		printf("Init graph error %s\n",grapherrormsg(g_error));
		gle_abort("Init graph error\n");
	}

	for (y=0; y<400; y++) {
	  line = bitmap_line(nybits-y);
	  for (x=0; x<620 ; x++) {
		z = 1 << (x % 8);
		if ((z & line[x/8]) != 0) {
			 putpixel(x,y,2);
		}

	  }
	}

	getch();

	closegraph();

}
ljsendline(char *s, int nc,int y)
{
	pprintf("\x1b&a%.1fh%.1fV",0.0,((NYBITS-y)/150.0)*720.0); /* move xy */
	pprintf("\x1b*b1M");	/* compact */
	pprintf("\x1b*r1A");	/* start graphics at cur pos */
	pprintf("\x1b*b%dW",nc);	/* send y bytes */
	printmem(s,nc);
	pprintf("\x1b*rB");		/* end grpahics */
}