void Factory::receiveGood()
{
GoodStock& stock = getInGood();
//send cart supplier if stock not full
if( _mayDeliverGood() && stock._currentQty < stock._maxQty )
{
CartSupplierPtr walker = CartSupplier::create( Scenario::instance().getCity() );
walker->send2City( this, stock._goodType, stock._maxQty - stock._currentQty );
if( !walker->isDeleted() )
{
addWalker( walker.as<Walker>() );
}
}
}
void Factory::timeStep(const unsigned long time)
{
Building::timeStep(time);
GoodStock &inStock = getInGood();
float workersRatio = float(getWorkers()) / float(getMaxWorkers()); // work drops if not enough workers
// 1080: number of seconds in a year, 0.67: number of timeSteps per second
float work = 100.f / 1080.f / 0.67f * _d->productionRate * workersRatio * workersRatio; // work is proportionnal to time and factory speed
if (inStock._goodType != G_NONE && inStock._currentQty == 0)
{
// cannot work, no input material!
work = 0.0;
}
if( _d->progress > 100.0 )
{
if (inStock._goodType != G_NONE)
{
// the input good is consumed
inStock._currentQty -= 100;
}
_d->removeIdlePushers();
deliverGood();
}
else
{
_d->progress += work;
_animation.update( time );
Picture *pic = _animation.getCurrentPicture();
if (pic != NULL)
{
// animation of the working factory
int level = _fgPictures.size()-1;
_fgPictures[level] = _animation.getCurrentPicture();
}
}
}