#include<iostream>
using namespace std;

// Define your classes here
class Squirrel {
	string name;
	float ground_speed, tree_speed;
public:
	Squirrel(string n, float gs, float ts) : name(n), ground_speed(gs), tree_speed(ts) {}

	string getName() const {
		return name;
	}
	
	float travelTime(float groundDist, float treeDist) const {
		return groundDist / ground_speed + treeDist / tree_speed;
	}
};

class RaceCourse {
	string name;
	float groundDist, treeDist;
public:
	RaceCourse(string n, float gd, float td) : name(n), groundDist(gd), treeDist(td) {}
	
	string getName(){
		return name;
	}

	string raceSquirrels(const Squirrel &a, const Squirrel &b);
		
};


// Don't change anything from here down
int main(){
	Squirrel speedy("Speedy", 12, 5);
	Squirrel climby("Climby", 3, 10);
	Squirrel skrat("Skrat", 10, 8);
	RaceCourse treetrack("Tree Track", 1, 10);
	RaceCourse field("Field", 10, 1);
	RaceCourse mix("Mix", 10, 10);
	
	Squirrel squirrels[] = {speedy, climby, skrat};
	RaceCourse tracks[] = {treetrack, field, mix};
	int sqlen = sizeof(squirrels) / sizeof(Squirrel);
	for(auto rc : tracks){
		for(int i = 0; i < sqlen; i++){
			int opp = (i+1) % sqlen;
			cout << squirrels[i].getName() << " vs " << squirrels[opp].getName() << " on track " << rc.getName() << ":   ";
			cout << rc.raceSquirrels(squirrels[i], squirrels[opp]) << " wins!\n";
		}
	}

	return 0;
}

// "Don't change" includes this.  You'll need a matching prototype in your definition of class RaceCourse
string RaceCourse::raceSquirrels(const Squirrel &a, const Squirrel &b){
	float time_a = a.travelTime(groundDist, treeDist);
	float time_b = b.travelTime(groundDist, treeDist);
	return (time_a > time_b)? b.getName() : a.getName();
}