public long getProblemScale(Solution_ solution) {
        long problemScale = 0L;
        for (Iterator<Object> it = extractAllEntitiesIterator(solution); it.hasNext(); ) {
            Object entity = it.next();
            EntityDescriptor<Solution_> entityDescriptor = findEntityDescriptorOrFail(entity.getClass());
            problemScale += entityDescriptor.getProblemScale(solution, entity);
        }
        return problemScale;
    }
public long getProblemScale(Solution_ solution) {
        long problemScale = 0L;
        for (Iterator<Object> it = extractAllEntitiesIterator(solution); it.hasNext(); ) {
            Object entity = it.next();
            EntityDescriptor<Solution_> entityDescriptor = findEntityDescriptorOrFail(entity.getClass());
            problemScale += entityDescriptor.getProblemScale(solution, entity);
        }
        return problemScale;
    }
public long getProblemScale ( Solution_ solution ) { long problemScale = 0L ; for ( Iterator < Object > it = extractAllEntitiesIterator ( solution ) ; it . hasNext ( ) ; ) { Object entity = it . next ( ) ; EntityDescriptor < Solution_ > entityDescriptor = findEntityDescriptorOrFail ( entity . getClass ( ) ) ; problemScale += entityDescriptor . getProblemScale ( solution , entity ) ; } return problemScale ; }
Calculates an indication on how big this problem instance is.
This is intentionally very loosely defined for now.
@param solution never null
@return {@code >= 0}
Calculates an indication on how big this problem instance is . This is intentionally very loosely defined for now .