bool PossibleRooms::IsReplaceable(int32_t roomId ) const
{
auto foundSelf = std::find_if( mUniqueRoomIds.begin(), mUniqueRoomIds.end(), [&]( PossibleRoom const& room ) { return room.mRoomId == roomId; } );
if (foundSelf != mUniqueRoomIds.end() && foundSelf->mIsBase)
{
return true;
}
static auto& mRoomRepo = RoomRepo::Get();
auto const& roomDesc = mRoomRepo( roomId ).GetRoomDesc();
auto found = std::find_if( mUniqueRoomIds.begin(), mUniqueRoomIds.end(), [&]( PossibleRoom const& room ) {
return roomDesc.FitsInto( mRoomRepo( room.mRoomId ).GetRoomDesc(), RoomDesc::Layout )
&& room.mIsBase; } );
return found != mUniqueRoomIds.end();
}
PossibleRooms::PossibleRoomIds_t PossibleRooms::GetRoomIdsFiltered( RoomDesc const& roomDesc, int32_t flags, bool shuffled /*= true*/ ) const
{
PossibleRoomIds_t r;
PossibleRoomIds_t roomIds;
if (shuffled)
{
roomIds = mRoomIds;
std::shuffle( roomIds.begin(), roomIds.end(), mRand );
roomIds = MakeRoomeIdsUnique( roomIds );
}
else
{
roomIds = mUniqueRoomIds;
}
static auto& mRoomRepo = RoomRepo::Get();
for (auto&& roomId : roomIds)
{
if (roomDesc.FitsInto(mRoomRepo( roomId.mRoomId ).GetRoomDesc(), flags))
{
r.push_back( roomId );
}
}
return r;
}
PossibleRooms::PossibleRoomIds_t PossibleRooms::GetRoomIdsByProperty( RoomProperty::Type prop, bool shuffled /*= true */ ) const
{
PossibleRoomIds_t r;
PossibleRoomIds_t roomIds;
if (shuffled)
{
roomIds = mRoomIds;
std::shuffle( roomIds.begin(), roomIds.end(), mRand );
roomIds = MakeRoomeIdsUnique( roomIds );
}
else
{
roomIds = mUniqueRoomIds;
}
static auto& mRoomRepo = RoomRepo::Get();
for (auto&& roomId : roomIds)
{
if (mRoomRepo( roomId.mRoomId ).GetRoomDesc().HasProperty( prop ))
{
r.push_back( roomId );
}
}
return r;
}
void GeneratorData::ReplaceRoom( int32_t roomIndex, int32_t roomId )
{
//auto& gRoomDesc = mGRoomDescs[roomIndex];
static auto& mRoomRepo = RoomRepo::Get();
GetRoomDesc(roomIndex).SetRoom(&mRoomRepo( roomId ) );
}
