void Fishery::timeStep(const unsigned int time )
{
if( !game::Date::isMonthChanged() )
return;
if( _d->places.empty() )
{
_d->places = city::statistic::getWalkers<FishPlace>( _city(), walker::fishPlace, TilePos(-1, -1) );
}
while( _d->places.size() < _d->maxFishPlace )
{
FishPlacePtr fishplace = FishPlace::create( _city() );
TilePos travelingPoint = _city()->borderInfo().boatExit;
if( !_d->locations.empty() )
{
travelingPoint = _d->locations.size() > 1
? _d->locations[ math::random( _d->locations.size() ) ]
: _d->locations.front();
}
fishplace->send2city( _city()->borderInfo().boatEntry, travelingPoint );
if( fishplace->isDeleted() )
{
_d->nFailed++;
return;
}
_d->places.push_back( ptr_cast<FishPlace>( fishplace ) );
}
utils::eraseDeletedElements( _d->places );
}
void Fishery::timeStep(const unsigned int time )
{
if( !game::Date::isMonthChanged() )
return;
if( _d->places.empty() )
{
Helper helper( _city() );
_d->places = helper.find<FishPlace>( walker::fishPlace, TilePos(-1, -1) );
}
while( _d->places.size() < _d->maxFishPlace )
{
FishPlacePtr fishplace = FishPlace::create( _city() );
TilePos travelingPoint = _city()->borderInfo().boatExit;
if( !_d->locations.empty() )
{
travelingPoint = _d->locations.size() > 1
? _d->locations[ math::random( _d->locations.size() ) ]
: _d->locations.front();
}
fishplace->send2city( _city()->borderInfo().boatEntry, travelingPoint );
if( fishplace->isDeleted() )
{
_d->failedCounter++;
return;
}
_d->places.push_back( ptr_cast<FishPlace>( fishplace ) );
}
FishPlaceList::iterator fit = _d->places.begin();
while( fit != _d->places.end() )
{
if( (*fit)->isDeleted() ) { fit = _d->places.erase( fit ); }
else { ++fit; }
}
}