bool GameObjectManager::collisionGroups(const std::string &group1,
const std::string &group2,
bool reverse) const
{
return (this->_collisionGroups.count(stringPair(group1, group2)) > 0) ? true :
reverse && this->_collisionGroups.count(stringPair(group2, group1));
}
void GameObjectManager::setCollisionGroups(
const std::string &group1, const std::string &group2,
void (*function)(GameObject&, GameObject&))
{
_collisionGroups[stringPair(group1, group2)] =
new PhysicsSubscriber3(function);
}
void GameObjectManager::callCollision(PhysicObject &obj1,
PhysicObject &obj2)
{
collisionGroupsMap::iterator it =
this->_collisionGroups.find(stringPair(obj1.getGroup()->getName(),
obj2.getGroup()->getName()));
if (it != this->_collisionGroups.end())
(*it->second)(obj1, obj2);
}
OptionsWrapper::stringTripleVec OptionsWrapper::getOptions(Enum::GameOption modmapFlag) const
{
stringTripleVec list;
GameOptionsMapCIter optIt = m_opts.find((int)modmapFlag);
if (optIt != m_opts.end()) {
const GameOptions& gameoptions = optIt->second;
for (OptionMapBoolConstIter it = gameoptions.bool_map.begin(); it != gameoptions.bool_map.end(); ++it) {
list.push_back(stringTriple((*it).first, stringPair(it->second.name, Util::ToIntString(it->second.value))));
}
for (OptionMapStringConstIter it = gameoptions.string_map.begin(); it != gameoptions.string_map.end(); ++it) {
list.push_back(stringTriple((*it).first, stringPair(it->second.name, it->second.value)));
}
for (OptionMapFloatConstIter it = gameoptions.float_map.begin(); it != gameoptions.float_map.end(); ++it) {
list.push_back(stringTriple((*it).first, stringPair(it->second.name, Util::ToFloatString(it->second.value))));
}
for (OptionMapListConstIter it = gameoptions.list_map.begin(); it != gameoptions.list_map.end(); ++it) {
list.push_back(stringTriple((*it).first, stringPair(it->second.name, it->second.value)));
}
}
return list;
}
