void RandomFire::_exec( Game& game, unsigned int time)
{
int population = game.city()->population();
if( population > _d->minPopulation && population < _d->maxPopulation )
{
Logger::warning( "Execute random fire event" );
_d->isDeleted = true;
Priorities<int> exclude;
exclude << objects::waterGroup
<< objects::roadGroup
<< objects::disasterGroup;
ConstructionList ctrs;
ctrs << game.city()->overlays();
for( ConstructionList::iterator it=ctrs.begin(); it != ctrs.end(); )
{
if( exclude.count( (*it)->group() ) ) { it = ctrs.erase( it ); }
else { ++it; }
}
unsigned int number4burn = math::clamp<unsigned int>( (ctrs.size() * _d->strong / 100), 1u, 100u );
for( unsigned int k=0; k < number4burn; k++ )
{
ConstructionPtr building = ctrs.random();
building->burn();
}
}
}
void RandomFire::_exec( Game& game, unsigned int time)
{
int population = game.city()->states().population;
if( _d->popRange.contain( population ) )
{
Logger::warning( "Execute random fire event" );
_d->isDeleted = true;
std::set<object::Group> exclude;
exclude << object::group::water
<< object::group::road
<< object::group::disaster;
ConstructionList ctrs = statistic::getObjectsNotIs<Construction>( game.city(), exclude );
unsigned int number4burn = math::clamp<unsigned int>( (ctrs.size() * _d->strong / 100), 1u, 100u );
for( unsigned int k=0; k < number4burn; k++ )
{
ConstructionPtr building = ctrs.random();
building->burn();
}
}
}