std::pair<int,int> BEE::get_mouse_position() {
if (!get_current_room()->get_is_views_enabled()) {
return get_mouse_global_position();
}
int mx, my;
std::tie(mx, my) = get_mouse_global_position();
ViewData* v = get_current_room()->get_current_view();
if ((v == NULL)&&(get_current_room()->get_views().size() > 0)) {
v = get_current_room()->get_views().begin()->second;
}
if (v != NULL) {
mx -= v->port_x;
my -= v->port_y;
}
return std::make_pair(mx, my);
}
/*
* BEE::get_mouse_position() - Return the mouse coordinates relative to the viewport
*/
std::pair<int,int> BEE::get_mouse_position() const {
int mx, my;
std::tie(mx, my) = get_mouse_global_position(); // Fetch the global coordinates into (mx, my)
if (!get_current_room()->get_is_views_enabled()) { // If views are disabled, simply return the coordinates relative to the window
return std::make_pair(mx, my); // Return the pair on success
}
ViewData* v = get_current_room()->get_current_view(); // Get the current view
if ((v == nullptr)&&(get_current_room()->get_views().size() > 0)) { // If this function is called outside of view drawing then simply use the first view
v = get_current_room()->get_views().begin()->second;
}
if (v != nullptr) { // If the view exists then adjust the coordinates
mx -= v->port_x;
my -= v->port_y;
}
return std::make_pair(mx, my); // Return the pair on success
}
/*
* BEE::get_mouse_global_y() - Return the mouse y-coordinate relative to the window
*/
int BEE::get_mouse_global_y() const {
return get_mouse_global_position().second;
}
/*
* BEE::get_mouse_global_x() - Return the mouse x-coordinate relative to the window
*/
int BEE::get_mouse_global_x() const {
return get_mouse_global_position().first;
}
