void load_hex_editor_tiles()
{
std::map<std::string, hex_tile_ptr>::const_iterator it = get_hex_tile_map().begin();
while(it != get_hex_tile_map().end()) {
if(it->second->get_editor_info().type.empty() == false) {
get_editor_hex_tile_map()[it->second->get_editor_info().type] = it->second;
}
++it;
}
}
void load_hex_tiles(variant node)
{
if(!get_hex_tile_map().empty()) {
get_hex_tile_map().clear();
}
foreach(const variant& key, node.get_keys().as_list()) {
std::string keys = key.as_string();
get_hex_tile_map()[keys] = hex_tile_ptr(new hex_tile(keys, node[key]));
}
// get list of all tiles have non-empty "editor_info" blocks.
if(!get_hex_editor_tiles().empty()) {
get_hex_editor_tiles().clear();
}
load_editor_tiles();
if(!get_editor_hex_tile_map().empty()) {
get_editor_hex_tile_map().clear();
}
load_hex_editor_tiles();
}
void load_hex_tiles(variant node)
{
if(!get_tile_type_map().empty()) {
get_tile_type_map().clear();
}
for(auto p : node.as_map()) {
std::string key_str = p.first.as_string();
get_tile_type_map()[key_str] = tile_type_ptr(new tile_type(key_str, p.second));
}
// get list of all tiles have non-empty "editor_info" blocks.
if(!get_hex_editor_tiles().empty()) {
get_hex_editor_tiles().clear();
}
load_editor_tiles();
if(!get_editor_hex_tile_map().empty()) {
get_editor_hex_tile_map().clear();
}
load_hex_editor_tiles();
}
