1. #include <iostream>
2. #include <vector>
3. #include <string>
4. #include <algorithm>
5. #include <ctime>
6. #include <cstdlib>
7.  
8. class Item {
9. public:
10.     std::string name;
11.     std::string type;
12.     int value;
13.  
14.     Item(std::string name, std::string type, int value) : name(name), type(type), value(value) {}
15. };
16.  
17. class Character {
18. public:
19.     std::string name;
20.     int level;
21.     int hitPoints;
22.     int manaPoints;
23.     std::vector<Item> inventory;
24.  
25.     Character(std::string name, int level, int hitPoints, int manaPoints) :
26.         name(name), level(level), hitPoints(hitPoints), manaPoints(manaPoints) {}
27.  
28.     void addItem(const Item& item) {
29.         inventory.push_back(item);
30.     }
31.  
32.     Item* getWeapon() {
33.         for (auto& item : inventory) {
34.             if (item.type == "Weapon") {
35.                 return &item;
36.             }
37.         }
38.         return nullptr;  // No weapon found
39.     }
40. };
41.  
42. class Monster : public Character {
43. public:
44.     int strength;
45.     int speed;
46.  
47.     Monster(std::string name, int level, int hitPoints, int manaPoints, int strength, int speed) :
48.         Character(name, level, hitPoints, manaPoints), strength(strength), speed(speed) {}
49. };
50.  
51. class Game {
52. public:
53.     std::vector<Character> characters;
54.     std::vector<Monster> monsters;
55.  
56.     void createCharacter(std::string name, int level, int hitPoints, int manaPoints) {
57.         characters.emplace_back(name, level, hitPoints, manaPoints);
58.     }
59.  
60.     void createMonster(std::string name, int level, int hitPoints, int manaPoints, int strength, int speed) {
61.         monsters.emplace_back(name, level, hitPoints, manaPoints, strength, speed);
62.     }
63.  
64.     void fight(Character& character, Monster& monster) {
65.         std::cout << "Walka rozpoczyna się między " << character.name << " a " << monster.name << std::endl;
66.         std::cout << character.name << " HP: " << character.hitPoints << ", " << monster.name << " HP: " << monster.hitPoints << std::endl;
67.  
68.         srand(time(0)); // Initialize random seed
69.  
70.         while (character.hitPoints > 0 && monster.hitPoints > 0) {
71.             Item* weapon = character.getWeapon();
72.             std::string weaponName = weapon ? weapon->name : "gołe pięści";
73.             int characterDamage = std::max(0, (character.level * 3 + rand() % 10) - monster.speed);
74.             monster.hitPoints = std::max(0, monster.hitPoints - characterDamage);
75.             std::cout << character.name << " atakuje " << monster.name << " używając " << weaponName << ", zadaje " << characterDamage << " obrażeń. HP potwora: " << monster.hitPoints << std::endl;
76.  
77.             if (monster.hitPoints > 0) {
78.                 int monsterDamage = std::max(0, (monster.strength * 2 + rand() % 10) - character.level * 2);
79.                 character.hitPoints = std::max(0, character.hitPoints - monsterDamage);
80.                 std::cout << monster.name << " atakuje " << character.name << ", zadaje " << monsterDamage << " obrażeń. HP bohatera: " << character.hitPoints << std::endl;
81.             }
82.         }
83.  
84.         if (character.hitPoints > 0) {
85.             std::cout << character.name << " wygrywa walkę." << std::endl;
86.         } else {
87.             std::cout << monster.name << " wygrywa walkę." << std::endl;
88.         }
89.     }
90. };
91.  
92. int main() {
93.     Game rpgGame;
94.  
95.     rpgGame.createCharacter("Hero", 5, 100, 30);
96.     rpgGame.createMonster("Goblin", 3, 50, 10, 20, 15);
97.  
98.     rpgGame.characters[0].addItem(Item("Miecz", "Weapon", 10));
99.  
100.     rpgGame.fight(rpgGame.characters[0], rpgGame.monsters[0]);
101.  
102.     return 0;
103. }