void Troop::recycle(Pet* pet) {
//if already recycled
if (pet->getIndex() >= cap) return;
kickOut(pet);
removeChild(pet, false);
//todo: use a function in pet to reset the properties
int newIndex = pet->getIndex() + cap;
pet->setType(randomType());
pet->setIndex(newIndex);
int c = newIndex % 7;
int r = 3 - newIndex / 7;
pet->setPosition(ccp(Unit::GRID_SIZE * c + Unit::GRID_SIZE/2, Unit::GRID_SIZE * r + Unit::GRID_SIZE/2));
pets->replaceObjectAtIndex(newIndex, pet);
}
TermCollection( unsigned int nofTerms, unsigned int diffrange)
{
if (nofTerms < 1)
{
std::cerr << "ERROR number of distinct terms in the collection has to be at least 1" << std::endl;
nofTerms = 1;
}
std::set<Term> termset;
while (termset.size() < nofTerms)
{
unsigned int ti = termset.size();
for (; ti < nofTerms; ++ti)
{
int diff = g_random.get( 0, (int)diffrange) - (int)diffrange/2;
termset.insert( Term( randomType(), randomTerm(), diff));
}
}
std::set<Term>::const_iterator ti = termset.begin(), te = termset.end();
for (; ti != te; ++ti)
{
termar.push_back( *ti);
}
}
