//Critter Caretaker
//Simulates caring for a virtual pet

#include<iostream>

using namespace std;

class Critter
{
public:
	Critter(int hunger = 0, int boredom = 0);
	void talk();
	void eat(int food = 4);
	void play(int fun = 4);
	void stats();

private:
	int m_hunger;
	int m_boredom;

	int GetMood() const;
	void PassTime(int time = 1);
};

Critter::Critter(int hunger, int boredom):
m_hunger(hunger),
m_boredom(boredom)
{}

inline int Critter::GetMood() const
{
	return (m_hunger + m_boredom);
}

void Critter::PassTime(int time)
{
	m_hunger += time;
	m_boredom += time;
}

void Critter::talk()
{
	cout << "I'm a critter and I feel ";
	int mood = GetMood();
	if (mood > 15)
		cout << "mad.\n";

	else if (mood > 10)
		cout << "frustrated.\n";
	else if (mood > 5)
		cout << "okay\n";
	else
		cout << "HAPPY! :D \n";
	PassTime();
}

void Critter::eat(int food)
{
	cout << "Brruuppp\n";
	m_hunger -= food;
	if (m_hunger < 0)
		m_hunger = 0;
	PassTime();
}

void Critter::play(int fun)
{
	cout << "WHEEEE! THIS IS FUN!\n";
	m_boredom -= fun;
	if (m_boredom < 0)
		m_boredom = 0;
	PassTime();
}

void Critter::stats()
{
	cout << "Creature's Happiness level is: ";
	cout << Critter::GetMood() << "\n";
	cout << "Creature's Hunger level is: \n";
	cout << Critter::m_hunger << "\n";
	cout << "Creature's Boredom level is: \n";
	cout << Critter::m_boredom << "\n";
}

int main()
{
	Critter crit;
	crit.talk();
	int choice;
	
	do
	{
		
		cout << "\nCritter Caretaker\n\n";
		cout << "0 - QUIT\n";
		cout << "1 - LISTEN TO YOUR CRITTER\n";
		cout << "2 - FEED YOUR CRITTER\n";
		cout << "3 - PLAY WITH YOUR CRITTER\n\n";

		cout << "(DEVELOPERS MENU)\n";
		cout << "4 - (LIST CREATURES STATISTICS)\n";

		cout << "Please type a number to choose an action\n";
		cout << "Choice: ";
		cin >> choice;
		
		switch (choice)
		{

		case 0:
				cout << "Good-bye.\n";
				break;
		case 1:
				crit.talk();
				break;
		case 2:
				crit.eat();
				break;
		case 3: 
				crit.play();
				break;
		case 4:
				crit.stats();
				break;
		default:
			cout << "\nSorry, but " << choice << " is not a valid choice.\n";
			}
		
	}while(choice != 0);
	return 0;
		}

	cout << "Choice: ";	if(!(cin >> choice)) // check if extraction failed, it returns a bool        {            cin.clear(); // reset error flags            getline(cin, string()); // ignore the line entered            cout << "Please enter a number.\n"; // complain            continue; // retry        }

// std::stringstream comes from the library header <sstream>.int main() {	Critter crit;	crit.talk();	int choice;		do	{		cout << "\nCritter Caretaker\n\n";		cout << "0 - QUIT\n";		cout << "1 - LISTEN TO YOUR CRITTER\n";		cout << "2 - FEED YOUR CRITTER\n";		cout << "3 - PLAY WITH YOUR CRITTER\n\n";		cout << "(DEVELOPERS MENU)\n";		cout << "4 - (LIST CREATURES STATISTICS)\n";		cout << "Please type a number to choose an action\n";		cout << "Choice: ";		string line;		getline(cin, line);		// We set 'choice' to an invalid value first. That way,		// if the input is garbage, nothing is read in, so it's still		// invalid, and the default case of the switch is triggered.		choice = -1;		stringstream parser(line);		parser >> choice;		// If you want, you can do additional checking that there is		// no extra text at the end of the line, e.g. "76 trombones":		// char c;		// if (parser >> c) { choice = -1; }		// That way lets the user put spaces and tabs at the end, which		// I think is reasonable. If you want to be even stricter, try		// using parser.get().		switch (choice)		{		case 0:				cout << "Good-bye.\n";				break;		case 1:				crit.talk();				break;		case 2:				crit.eat();				break;		case 3: 				crit.play();				break;		case 4:				crit.stats();				break;		default:			// Notice the change here; we want the error message			// to reflect what the user actually typed.			cout << "\nSorry, but " << line << " is not a valid choice.\n";		}	} while(choice != 0);}