#include <string>
#include <vector>
//STARTSOLUTION
#include <iterator>//
#include <algorithm>//
#include <iostream>//
#include <cctype>//
//ENDSOLUTION

using namespace std;

class Minion
{
public:
    string name{};
    int power{};
    int evilness{};
};

//STARTSOLUTION
//
ostream& operator<<(ostream & os, Minion const& minion)
{
    return os << minion.name;
}

//
int power(Minion const& m)
{
    return m.power * m.evilness;
}
//ENDSOLUTION
int main()
{
    vector<Minion> minions{};
    minions.push_back(Minion{"Minion1", 4, 4});
    minions.push_back(Minion{"Minion2", 4, -1});
    minions.push_back(Minion{"Minion3", 5, 3});
    minions.push_back(Minion{"Minion4", 2, 7});
    minions.push_back(Minion{"Minion5", 14, 1});
//STARTSOLUTION
    //
    vector<Minion> minions_to_keep{};
    vector<Minion> minions_to_fire{};

    copy_if(minions.begin(), minions.end(),
	    std::back_inserter(minions_to_keep),
	    [](Minion const& m) -> bool {return power(m) > 14;});

    minions.erase(
	remove_if(minions.begin(), minions.end(),
		  [](Minion const& m) -> bool {return (power(m) > 14);}),
		  minions.end());
    minions_to_fire = minions;

    cout << "Minions to keep vector:" << '\n';
    copy(minions_to_keep.begin(), minions_to_keep.end(),
	 ostream_iterator<Minion>(std::cout, "\n"));
    cout << '\n';

    cout << "Minions to fire vector:" << '\n';
    copy(minions_to_fire.begin(), minions_to_fire.end(),
	 ostream_iterator<Minion>(std::cout, "\n"));
    cout << '\n';
    
    cout.flush();
//ENDSOLUTION
}

//STARTSOLUTION
/* Observera att denna lösning inte hade
   varit godkänd för att skriva ut vectorerna
    for( auto m: minions_to_fire )
    {
	cout << m.name << '\n';
    }
*/
//ENDSOLUTION