foru(i, NUM_COKES) {
int r = H - 10 - 5*is_lifted[i];
int c = 10 + i*10;
buffer[r][c] = cokes[i] >= 0 ? cokes[i]+'0' : 'X';
if(coke_is_empty(i)) {
draw_text_centered("EMPTY", r-2, c);
}
if(coke_is_recycled(i)) {
draw_text_centered("RECYCLED", r-2, c);
}
char buf[100];
sprintf(buf, "COKE %i", i+1);
draw_text_centered(buf, r-5, c);
if(is_lifted[i]) {
draw_text_centered("LIFTED", r-7, c);
}
}
const char *drawtext(rect r, int alignment, const char *s)
{
int h;
int nlines;
int line_height;
int u = 0;
rect clip;
const char *remains;
char line[256];
initapp(0,0);
if (! s) return (char *) NULL;
if (! current->fnt)
current->fnt = SystemFont;
clip = getcliprect();
setcliprect(r);
line_height = getheight(current->fnt);
if ((alignment & VCenter) == VCenter) {
h = textheight(r.width, s);
if (h < r.height)
r.y += (r.height-h)/2;
}
else if ((alignment & VJustify) == VJustify) {
h = textheight(r.width, s);
if (h < r.height) {
nlines = h / line_height;
if (nlines > 1)
line_height += ((r.height-h) / (nlines-1));
}
}
else if ((alignment & AlignBottom) == AlignBottom) {
h = textheight(r.width, s);
if (h < r.height)
r.y += (r.height-h);
}
u = (alignment & Underline);
if ((alignment & Center) == Center)
remains = draw_text_centered(line, r, line_height, u, s);
else if ((alignment & Justify) == Justify)
remains = draw_text_justified(line, r, line_height, u, s);
else if ((alignment & AlignRight) == AlignRight)
remains = draw_text_right(line, r, line_height, u, s);
else
remains = draw_text_left(line, r, line_height, u, s);
setcliprect(clip);
return remains;
}
