void PerPointStopCriterion<TFunction>::update(const Population& population) {
for (Population::Iterator it = population.begin();
it != population.end();
++it) {
typename OnePointStopCriterion<TFunction>::Ptr one_point_stop_criterion =
stop_criterion_info_->getInfoById(it.point_id());
one_point_stop_criterion->update(it.point());
}
}
void PerPointUpdater<TFunction>::update(Population* population) {
for (Population::Iterator it = population->begin();
it != population->end();
++it) {
Point updated_point;
(one_point_updaters_info_->getInfoById(it.point_id()))->update(it.point(),
&updated_point);
population->updatePoint(it.point_id(), updated_point);
}
}
PopulationInfo<TInfo>::PopulationInfo(Population* population,
typename TInfo::Ptr sample_info)
: BasePopulationInfo(population),
sample_info_(sample_info) {
for (Population::Iterator individual = population->begin();
individual != population->end();
++individual) {
typename TInfo::Ptr info = sample_info_->clone();
info->init(individual.point(),
sample_info_->function(),
sample_info_->set());
infomap_[individual.point_id()] = info;
}
}
void
APG::ConstraintSolver::select_population( APG::ConstraintSolver::Population& population, Meta::TrackList* best )
{
Population::Iterator it = population.begin();
while ( it != population.end() ) {
if ( it.key() == best ) {
++it;// Always keep the best solution, no matter how bad it is
if ( it == population.end() )
break;
}
if ( select( it.value() ) ) {
++it;
} else {
delete it.key();
it = population.erase( it );
}
}
}
