void IMSystemManager::Update(const WorldClock& p_clock)
{
for (IMContainer::iterator itr = m_managedMaps.begin(); itr != m_managedMaps.end(); ++itr)
{
switch (itr->first)
{
case IM_BuildingData:
if (p_clock.ElapsedGameCycles() % m_params.OccupanceIMUpdateInterval != 0)
continue;
break;
case IM_GroundControl:
if (p_clock.ElapsedGameCycles() % m_params.GrndCtrlIMUpdateInterval != 0)
continue;
break;
}
itr->second->Update(p_clock);
}
}
bool Action::IsCurrentStateTimeout(const WorldClock& p_clock)
{
unsigned timeout = _stateTimeout[INDEX(_state, ExecutionStateType)];
unsigned startTime = _stateStartTime[INDEX(_state, ExecutionStateType)];
// 0 means no timeout and thus meaning infinite timeout
if (timeout == 0)
return false;
else
return ((p_clock.ElapsedGameCycles() - startTime) > timeout);
}
void Action::SetState(ExecutionStateType p_state, RtsGame& game, const WorldClock& p_clock)
{
PlanStepEx::SetState(p_state, game, p_clock);
_stateStartTime[INDEX(p_state, ExecutionStateType)] = p_clock.ElapsedGameCycles();
switch (p_state)
{
case ESTATE_Succeeded:
OnSucccess(game, p_clock);
break;
case ESTATE_Failed:
OnFailure(game, p_clock);
break;
}
}
