// Description: Shoot several arrows and tell how 
// much arrows he shot from memory. 

#include <iostream>
#include <cstdlib>
#include <string>
using namespace std;

class NPC
{
private:
	// Memory storage
	struct Memory
	{
		int arrowsShot;
	};	
public:
	Memory memory;	// Stores all memory!
	
	NPC()
	{
		// Reset memory like a newborn baby haha
		memory.arrowsShot = 0;
	}

	void shootArrow()
	{
		this->memory.arrowsShot += 1;	// Increment a knowledge of an arrow shot.
	}

	int getArrowsShot()
	{
		return this->memory.arrowsShot;
	}

	void getArrowsShotDlg()
	{
		cout << "I shot " << this->memory.arrowsShot << " arrows in the past." << endl;
	}
};

int main()
{
	NPC N1;
	N1.shootArrow();
	N1.shootArrow();
	N1.shootArrow();

	N1.getArrowsShotDlg();		

	system("pause");
	return 0;
}

// Description: Shoot several arrows and tell how // much arrows he shot from memory. #include <iostream>#include <cstdlib>#include <string>#include <ctime>  // NEWusing namespace std;namespace		// NEW{	int RANGE_MIN = 0;	int RANGE_MAX = 100;}class NPC{private:	// Memory storage	struct Memory	{		int arrowsShot;	};		int entertainMeter;public:	Memory memory;	// Stores all memory!		NPC()	{		// Reset memory like a newborn baby haha		memory.arrowsShot = 0;                // NEW		entertainMeter = (((double) rand() /                          (double) RAND_MAX) * RANGE_MAX + RANGE_MIN);	}	void shootArrow()	{		this->memory.arrowsShot += 1;	// Increment a knowledge of an arrow shot.	}	int getArrowsShot()	{		return this->memory.arrowsShot;	}	void getArrowsShotDlg()	{		cout << "I shot " << this->memory.arrowsShot << " arrows in the past." << endl;	}	int getEntertainPercent()  // NEW	{		return this->entertainMeter;	}};int main(){	srand((unsigned) time(NULL));  // NEW	NPC N1;	N1.shootArrow();	N1.shootArrow();	N1.shootArrow();	N1.getArrowsShotDlg();			cout << N1.getEntertainPercent() << endl;  // NEW	system("pause");	return 0;}

class NPC;enum Action {    MOVING,    EATING,    // etc};class Behavior {protected:    float fitness;    std::map<Action, float> actions;    // The likely hood to do an action.public:     void apply(NPC& npc) {         // Randomly preform the actions, based on the likelyhood map, and find a fitness.     }     void setAction(Action action, float percentage) {         // ... Set the action ...     }     float getFitness() {         return fitness;     }};class NPC {    Behavior currentBehavoir;public:    NPC() {        currentBehavior.setAction(MOVING, 0.5);        currentBehavior.setAction(EATING, 0.5);        // ...    }    void update() {        currentBehavior.apply();        Behavior newBehavior;        // Randomize newBehavior.        newBehavior.apply();        if (newBehavior.getFitness() > currentBehavior.getFitness()) {            currentBehavior = newBehavior;        }    }};

#include <iostream>#include <cstdlib>#include <string>#include <ctime>using namespace std;int randNum(int min, int max){	return (int) (((double) rand() / (double) RAND_MAX) * max + min);}// Analyze input buffer.void sortBuffer(NPC &N1, std::string &buffer){	if (buffer.find("/stats") != std::string::npos)  		N1.showStats(); }class NPC{private:	// Stores the NPC's memory.	struct Memory	{		int arrowsShot;	};	// Stores the NPC's needs. 0 is low, 100 is high.	struct Needs	{		double entertainment;		double hunger;		double tired; 		double dirty;	};	// Private variables.	std::string name;	int age; public:	Memory memory;	// Where memory is stored at! 	Needs needs;	// Stores all the NPC's needs.	// NPC constructor.	NPC(std::string name, int age)	{		// Initialize general information about the NPC.		this->name = name;		this->age = age;		// Initialize memory and needs.		memory.arrowsShot = 0; 		needs.entertainment = randNum(1, 100);  // Dummy. 		needs.entertainment = randNum(1, 100);  // Call RandNum() again to get a non-fixed return.		needs.hunger = randNum(1, 100);		needs.tired = randNum(1, 100);		needs.dirty = randNum(1, 100);	} 	// Shoot an arrow. 	void shootArrow()	{		memory.arrowsShot += 1;  // Increment arrows shot in memory.		needs.tired += 0.2;		 // Yes, you can get tired by shooting arrows.	}	// Output dialog.	void speak(std::string dialog)	{		cout << name << " -> " << dialog << endl;	}	// Cleans thyself.	void takeShower()	{		cout << "Taking shower." << endl;		needs.dirty = 0;	}	// Snow NPC stats of general information, memory, and needs.	void showStats()	{ 		cout << "\nName: " << name << endl;		cout << "Age:  " << age  << endl;		cout << "\nMemory:\n-------" << endl;		cout << "Arrows Shot:   " << memory.arrowsShot << endl;		cout << "\nNeeds:\n------" << endl;		cout << "Entertainment: " << needs.entertainment << "%" << endl;		cout << "Hunger:        " << needs.hunger << "%" << endl;		cout << "Tired:         " << needs.tired << "%" << endl;		cout << "Dirty:         " << needs.dirty << "%" << endl;	}	// Update character.	void update()	{		if (needs.dirty > 97) 			takeShower(); 		needs.dirty += 0.2;	}};  int main(){	srand((unsigned) time(NULL));   // Seed rand().	std::string buffer; 	NPC N1("Kylena", 23);	N1.showStats();	for (;;)	{		std::cout << ": ";		std::cin >> buffer;				sortBuffer(N1, buffer);		N1.update();	}	system("pause");	return 0;}

...//in mainstd::cin >> buffer;if (buffer.find("/stats") != std::string::npos)  showAllStats();...//shows the stats of all NPCsvoid showAllStats(){  for (int i=0;i<numNPCs;i++)    NPC.showStats();}