void printstatus(void)
{
int c;
gfx_drawblock(8, 8, blk);
sprintf(printbuffer, "%04d", blk);
txt_print(32, 8, SPR_FONTS, printbuffer);
sprintf(printbuffer, "X:%04d", blockx);
txt_print(8, 170, SPR_FONTS, printbuffer);
sprintf(printbuffer, "Y:%04d", blocky);
txt_print(8, 180, SPR_FONTS, printbuffer);
if (mark==2)
{
sprintf(printbuffer, "XSIZE:%04d", markx2 - markx1 + 1);
txt_print(240, 160, SPR_FONTS, printbuffer);
sprintf(printbuffer, "YSIZE:%04d", marky2 - marky1 + 1);
txt_print(240, 170, SPR_FONTS, printbuffer);
}
if (scrolllock) txt_print(240, 8, SPR_FONTS, "SCRLOCK");
sprintf(printbuffer, "L:%1d", cl+1);
txt_print(64,170, SPR_FONTS, printbuffer);
sprintf(printbuffer, "V:");
for (c = 0; c < MAX_LAYERS; c++)
{
char layerstring[2];
layerstring[0] = '1'+c;
layerstring[1] = 0;
if (layervisible[c]) strcat(printbuffer,layerstring);
}
txt_print(64,180, SPR_FONTS, printbuffer);
txt_print(240,180, SPR_FONTS, "F10 = HELP");
}
void printstatus(void)
{
gfx_drawblock(8, 8, blk);
sprintf(printbuffer, "%04d", blk);
txt_print(32, 8, SPR_FONTS, printbuffer);
txt_print(240,180, SPR_FONTS, "F10 = HELP");
}
void drawlayer(int l)
{
int x,y;
int realxpos = 0, realypos = 0;
int blockxpos, finexpos;
int blockypos, fineypos;
unsigned short *mapptr;
/* Check for inactive layer */
if ((!layer[l].xsize) || (!layer[l].ysize)) return;
if (layer[l].xdivisor) realxpos = xpos / layer[l].xdivisor;
if (layer[l].ydivisor) realypos = ypos / layer[l].ydivisor;
finexpos = realxpos % gfx_blockxsize;
fineypos = realypos % gfx_blockysize;
blockxpos = realxpos / gfx_blockxsize;
blockypos = realypos / gfx_blockysize;
if (!layer[l].xwrap)
{
if ((blockxpos + minxsize) > layer[l].xsize)
{
blockxpos = layer[l].xsize - minxsize;
finexpos = gfx_blockxsize - 1;
}
}
if (!layer[l].ywrap)
{
if ((blockypos + minysize) > layer[l].ysize)
{
blockypos = layer[l].ysize - minysize;
fineypos = gfx_blockysize - 1;
}
}
blockxpos %= layer[l].xsize;
blockypos %= layer[l].ysize;
for (y = 0; y < minysize+1; y++)
{
if (blockypos >= layer[l].ysize) blockypos = 0;
mapptr = &layerdataptr[l][layer[l].xsize*blockypos];
for (x = 0; x < minxsize+1; x++)
{
int xpos = blockxpos + x;
if (xpos >= layer[l].xsize) xpos %= layer[l].xsize;
gfx_drawblock((x*gfx_blockxsize)-finexpos, (y*gfx_blockysize)-fineypos, mapptr[xpos]);
}
blockypos++;
}
}
