ConstructionExtensionPtr FactoryProgressUpdater::uniqueTo(FactoryPtr factory, float value, int week2finish, const std::string& name)
{
if( !factory.isValid() )
{
Logger::warning( "WARNING!!! Factory not initialized" );
crashhandler::printstack();
return ConstructionExtensionPtr();
}
if( name.empty() )
{
Logger::warning( "WARNING!!! Cant assigned named extension without name" );
return ConstructionExtensionPtr();
}
ConstructionExtensionList exts = factory->extensions();
foreach( it, exts )
{
if( (*it)->name() == name )
return ConstructionExtensionPtr();
}
ConstructionExtensionPtr ret = assignTo( factory, value, week2finish );
ret->setName( name );
return ret;
}
void FactoryProgressUpdater::timeStep( ConstructionPtr parent, unsigned int time)
{
if( game::Date::isWeekChanged() )
{
FactoryPtr factory = ptr_cast<Factory>( parent );
if( factory.isValid() )
{
factory->updateProgress( _options["value"] );
}
}
ConstructionExtension::timeStep( parent, time );
}
void CartPusher::_reachedPathway()
{
Walker::_reachedPathway();
_d->anim = CartAnimation();
if( _d->consumerBuilding != NULL )
{
GranaryPtr granary = ptr_cast<Granary>(_d->consumerBuilding);
WarehousePtr warehouse = ptr_cast<Warehouse>(_d->consumerBuilding);
FactoryPtr factory = ptr_cast<Factory>(_d->consumerBuilding);
good::Store* goodStore = 0;
if( granary.isValid() ) {
goodStore = &granary->store();
}
else if( warehouse.isValid() ) {
goodStore = &warehouse->store();
}
else if( factory.isValid() ) {
goodStore = &factory->store();
}
if( goodStore )
{
int saveQty = _d->stock.qty();
wait( _d->stock.qty() );
goodStore->applyStorageReservation(_d->stock, _d->reservationID);
_d->reservationID = 0;
_d->cantUnloadGoods = (saveQty == _d->stock.qty());
}
}
//
if( !_pathway().isReverse() )
{
_pathway().toggleDirection();
_centerTile();
go();
_d->consumerBuilding = NULL;
}
else
{
deleteLater();
}
}
void CartPusher::onDestination()
{
Walker::onDestination();
_d->cartPicture = NULL;
if( _d->consumerBuilding != NULL )
{
GranaryPtr granary = _d->consumerBuilding.as<Granary>();
WarehousePtr warehouse = _d->consumerBuilding.as<Warehouse>();
FactoryPtr factory = _d->consumerBuilding.as<Factory>();
if( granary != NULL )
{
granary->getGoodStore().applyStorageReservation(_d->stock, _d->reservationID);
granary->computePictures();
_d->reservationID = 0;
}
else if ( warehouse != NULL )
{
warehouse->getGoodStore().applyStorageReservation(_d->stock, _d->reservationID);
warehouse->computePictures();
_d->reservationID = 0;
}
else if( factory != NULL )
{
factory->getGoodStore().applyStorageReservation(_d->stock, _d->reservationID);
// factory->computePictures();
_d->reservationID = 0;
}
}
//
if( !_pathWay.isReverse() )
{
_pathWay.toggleDirection();
_action._action=WA_MOVE;
computeDirection();
_d->consumerBuilding = 0;
}
else
{
deleteLater();
}
}
ConstructionExtensionPtr FactoryProgressUpdater::assignTo(FactoryPtr factory, float value, int week2finish)
{
FactoryProgressUpdater* updater = new FactoryProgressUpdater();
updater->_options[ "value" ] = value;
updater->_finishDate = game::Date::current();
updater->_finishDate.appendWeek( week2finish );
ConstructionExtensionPtr ret( updater );
ret->drop();
if( factory.isValid() ) { factory->addExtension( ret ); }
else
{
crashhandler::printstack();
Logger::warning( "WARNING!!! Factory not initialized" );
}
return ret;
}
ConcurrentEdgeAlgorithm(const size_t nthreads, Graph& graph, FactoryPtr factory)
: nthreads_(nthreads), graph_(graph), factory_(factory) {
TRACE("Run in " << nthreads_ << " threads")
GluedVertexGraph glued_vertex_graph (graph);
DevisibleTree<GluedVertexGraph> tree (glued_vertex_graph);
const size_t component_size = tree.GetSize() / nthreads;
for (size_t thread = 0; thread < nthreads_; ++thread) {
vector<VertexId> vertices;
if (thread == nthreads_ - 1) {
tree.SeparateVertices(vertices, tree.GetSize());
} else {
tree.SeparateVertices(vertices, component_size);
}
size_t actual_size = vertices.size();
for (size_t i = 0; i < actual_size; ++i) {
vertices.push_back(graph.conjugate(vertices[i]));
}
ComponentPtr ptr (
new ConjugateComponent(
graph,
restricted::PeriodicIdDistributor(graph.GetGraphIdDistributor(),
graph.GetGraphIdDistributor()->GetId(),
nthreads
),
vertices.begin(),
vertices.end()
)
);
components_.push_back(ptr);
}
for (size_t i = 0; i < nthreads_; ++i) {
RunnerPtr ptr (new Runner(*components_[i], factory->CreateAlgorithm(*components_[i])));
runners_.push_back(ptr);
}
}
