void MenuBar::redraw ()
{
choose_palette (PALETTE_ID_MENUBAR);
clear ();
for (ItemList::iterator it=item_list.begin(); it!=item_list.end(); ++it) {
it->text.output(*this, {it->w, 0}, it->text.get_width ());
}
unsigned x = 0;
if (!item_list.empty ()) {
x = item_list.back ().w + item_list.back ().text.get_width () + 2;
}
if (x < get_size ().x) {
// Align to the right
unsigned w = minU (get_size ().x - x, text.get_width ());
x = get_size ().x - w;
text.output(*this, {x, 0}, w);
}
}
bool BoundingCircle::isInside2D(const BoundingObject2D& bounding_obj) const {
switch (bounding_obj.getObjectType()) {
case BOX:
return (
bounding_obj.minU() <= minU() && bounding_obj.maxU() >= maxU() &&
bounding_obj.minV() <= minV() && bounding_obj.maxV() >= maxV()
);
case CIRCLE:
return (
(position.distance(bounding_obj.centroid())+
((const BoundingCircle&)bounding_obj).getRadius()) <= radius
);
default:
break;
}
return false;
}
void UIString::output (Control &ctrl, Size pos, Size size) const
{
unsigned wid = size.x;
unsigned height = size.y;
const SplitStringLineList &lst = split_line (wid);
const SplitStringLine *ptr = &lst[0];
for (unsigned n=minU(height,lst.size()); n; --n) {
if (get_hotkey_pos () - ptr->begin < ptr->len) {
ctrl << pos
<< str (get_text().data()+ptr->begin, get_hotkey_pos() - ptr->begin)
<< toggle (UNDERLINE)
<< get_text().data()[get_hotkey_pos ()]
<< toggle (UNDERLINE)
<< str (get_text().data()+get_hotkey_pos()+1, ptr->len - (get_hotkey_pos () - ptr->begin + 1));
}
else {
ctrl << pos
<< str (get_text().data()+ptr->begin, ptr->len);
}
pos.y++;
++ptr;
}
}
