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Dialogs with wait for enter #3

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fae4797
Dialogs with wait for enter
GR-tejas Feb 4, 2025
844577f
Game Loop
GR-tejas Feb 5, 2025
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240 changes: 166 additions & 74 deletions Pokemon/main.cpp
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Original file line number Diff line number Diff line change
Expand Up @@ -2,91 +2,81 @@
#include <string>
using namespace std;

// Define an enum for Pokemon choices
void clearConsole() {
#ifdef _WIN32
system("cls");
#else
(void)system("clear");
#endif
}

void waitForEnter() {
cin.get();
}

enum class PokemonChoice {
CHARMANDER = 1,
BULBASAUR,
SQUIRTLE,
PIKACHU // Default choice
PIKACHU
};

// Define an enum for Pokemon types
enum class PokemonType {
FIRE,
GRASS,
WATER,
ELECTRIC,
NORMAL // Added for the default constructor
NORMAL
};

// Pokemon class definition
class Pokemon {
public:
// Attributes
string name;
PokemonType type;
int health;

// Default constructor
Pokemon() {
name = "Unknown";
type = PokemonType::NORMAL;
health = 50;
cout << "A new Pokemon has been created with the default constructor!\n";
}

// Parameterized constructor
Pokemon(string p_name, PokemonType p_type, int p_health) {
Pokemon(std::string p_name, PokemonType p_type, int p_health) {
name = p_name;
type = p_type;
health = p_health;
cout << "A new Pokemon named " << name << " has been created!\n";
}

// Copy constructor
Pokemon(const Pokemon& other) {
name = other.name;
type = other.type;
health = other.health;
cout << "A new Pokemon has been copied from " << other.name << "!\n";
}

// Destructor
~Pokemon() {
cout << name << " has been released.\n";
}

// Method to simulate attacking (just for demonstration)
void attack() {
cout << name << " attacks with a powerful move!\n";
}

void attack() { std::cout << name << " attacks with a powerful move!\n"; }
};

// Player class definition
class Player {
public:
// Attributes
string name;
Pokemon chosenPokemon;

// Default constructor
Player() {
name = "Trainer";
chosenPokemon = Pokemon(); // Using the default Pokemon constructor
cout << "A new player named " << name << " has been created!\n";
chosenPokemon = Pokemon();
}

// Parameterized constructor
Player(std::string p_name, Pokemon p_chosenPokemon) {
name = p_name;
chosenPokemon = p_chosenPokemon;
cout << "Player " << name << " has been created!\n";
}

// Method to choose a Pokemon
void choosePokemon(int choice) {
switch ((PokemonChoice)choice) {

case PokemonChoice::CHARMANDER:
chosenPokemon = Pokemon("Charmander", PokemonType::FIRE, 100);
break;
Expand All @@ -100,88 +90,190 @@ class Player {
chosenPokemon = Pokemon("Pikachu", PokemonType::ELECTRIC, 100);
break;
}

cout << "Player " << name << " chose " << chosenPokemon.name << "!\n";
waitForEnter();
}
};

// ProfessorOak class definition
class ProfessorOak {
public:
// Attributes
string name;

// Parameterized constructor
ProfessorOak(string p_name) {
name = p_name;
}
ProfessorOak(string p_name) { name = p_name; }

// Method to greet the player
void greetPlayer(Player& player) {
cout << name << ": Hello there! Welcome to the world of Pokemon!\n";
cout << name << ": My name is Oak. People call me the Pokemon Professor!\n";
waitForEnter();
cout << name
<< ": My name is Oak. People call me the Pokemon Professor!\n";
waitForEnter();
cout << name << ": But enough about me. Let's talk about you!\n";
waitForEnter();
}

// Method to ask the player to choose a Pokemon
void offerPokemonChoices(Player& player) {
cout << name << ": First, tell me, what�s your name?\n";
cout
<< name
<< ": First, tell me, what�s your name? \t [Please Enter Your Name]\n";
getline(std::cin, player.name);
cout << name << ": Ah, " << player.name << "! What a fantastic name!\n";
cout << name << ": You must be eager to start your adventure. But first, you�ll need a Pokemon of your own!\n";
cout << name << ": Ah, " << player.name
<< "! What a fantastic name!\n";
waitForEnter();
cout << name
<< ": You must be eager to start your adventure. But first, "
"you�ll need a Pokemon of your own!\n";
waitForEnter();

// Presenting Pokemon choices
cout << name << ": I have three Pokemon here with me. They�re all quite feisty!\n";
cout
<< name
<< ": I have three Pokemon here with me. They�re all quite feisty!\n";
waitForEnter();
cout << name << ": Choose wisely...\n";
cout << "1. Charmander - The fire type. A real hothead!\n";
cout << "2. Bulbasaur - The grass type. Calm and collected!\n";
cout << "3. Squirtle - The water type. Cool as a cucumber!\n";

int choice;
cout << name << ": So, which one will it be? Enter the number of your choice: ";
cout
<< name
<< ": So, which one will it be? Enter the number of your choice: ";
cin >> choice;

player.choosePokemon(choice);
waitForEnter();
}

void explainMainQuest(Player& player) {

clearConsole();

cout << "Professor Oak: " << player.name
<< "!, I am about to explain you about your upcoming grand "
"adventure.\n";
waitForEnter();
cout << "Professor Oak: You see, becoming a Pok�mon Master is no easy "
"feat. It takes courage, wisdom, and a bit of luck!\n";
waitForEnter();
cout
<< "Professor Oak: Your mission, should you choose to accept it�and "
"trust me, you really don�t have a choice�is to collect all the "
"Pok�mon Badges and conquer the Pok�mon League.\n";
waitForEnter();

cout << "\n"
<< player.name
<< ": Wait... that sounds a lot like every other Pok�mon game "
"out there...\n";
waitForEnter();
cout << "Professor Oak: Shhh! Don't break the fourth wall, "
<< player.name << "! This is serious business!\n";
waitForEnter();

cout << "\nProfessor Oak: To achieve this, you�ll need to battle wild "
"Pok�mon, challenge gym leaders, and of course, keep your "
"Pok�mon healthy at the PokeCenter.\n";
waitForEnter();
cout << "Professor Oak: Along the way, you'll capture new Pok�mon to "
"strengthen your team. Just remember�there�s a limit to how "
"many Pok�mon you can carry, so choose wisely!\n";
waitForEnter();

cout << "\n"
<< player.name << ": Sounds like a walk in the park... right?\n";
waitForEnter();
cout << "Professor Oak: Hah! That�s what they all say! But beware, "
"young Trainer, the path to victory is fraught with "
"challenges. And if you lose a battle... well, let�s just say "
"you'll be starting from square one.\n";
waitForEnter();

cout << "\nProfessor Oak: So, what do you say? Are you ready to "
"become the next Pok�mon Champion?\n";
waitForEnter();
cout << "\n" << player.name << ": Ready as I�ll ever be, Professor!\n";
waitForEnter();

cout
<< "\nProfessor Oak: That�s the spirit! Now, your journey begins...\n";
waitForEnter();
cout << "Professor Oak: But first... let's just pretend I didn't "
"forget to set up the actual game loop... Ahem, onwards!\n";
waitForEnter();
}
};

void gameLoop(Player& player) {
int choice;
bool keepPlaying = true;

while (keepPlaying) {
clearConsole();

cout << "\nWhat would you like to do next, " << player.name << "?\n";
cout << "1. Battle Wild Pok�mon\n";
cout << "2. Visit PokeCenter\n";
cout << "3. Challenge Gyms\n";
cout << "4. Enter Pok�mon League\n";
cout << "5. Quit\n";
cout << "Enter your choice: ";
cin >> choice;

cin.ignore(numeric_limits<streamsize>::max(), '\n');


switch (choice) {
case 1:
cout << "You look around... but all the wild Pok�mon are on "
"vacation. Maybe try again later?\n";
break;
case 2:
cout
<< "You head to the PokeCenter, but Nurse Joy is out on a coffee "
"break. Guess your Pok�mon will have to tough it out for now!\n";
break;
case 3:
cout << "You march up to the Gym, but it's closed for renovations. "
"Seems like even Gym Leaders need a break!\n";
break;
case 4:
cout << "You boldly step towards the Pok�mon League... but the "
"gatekeeper laughs and says, 'Maybe next time, champ!'\n";
break;
case 5:
cout << "You try to quit, but Professor Oak's voice echoes: "
"'There's no quitting in Pok�mon training!'\n";
cout << "Are you sure you want to quit? (y/n): ";
char quitChoice;
cin >> quitChoice;
if (quitChoice == 'y' || quitChoice == 'Y') {
keepPlaying = false;
}
break;
default:
cout << "That's not a valid choice. Try again!\n";
break;
}

waitForEnter();
}

cout << "Goodbye, " << player.name << "! Thanks for playing!\n";
}

int main() {
// Task 1: Test default and parameterized constructors
Pokemon defaultPokemon; // Using default constructor
Pokemon charmander("Charmander", PokemonType::FIRE, 100); // Using parameterized constructor

cout << "Pokemon Details:\n";
cout << "Name: " << defaultPokemon.name << "\nType: " << (int)defaultPokemon.type << "\nHealth: " << defaultPokemon.health << "\n";
cout << "Name: " << charmander.name << "\nType: " << (int)charmander.type << "\nHealth: " << charmander.health << "\n";

// Task 2: Test the copy constructor
Pokemon bulbasaur("Bulbasaur", PokemonType::GRASS, 100); // Create a Pokemon
Pokemon bulbasaurCopy = bulbasaur; // Copy the Pokemon
cout << "Original Pokemon Health: " << bulbasaur.health << "\n";
cout << "Copied Pokemon Health: " << bulbasaurCopy.health << "\n";

// Modify the copy
bulbasaurCopy.health = 80;
cout << "After Modification:\n";
cout << "Original Pokemon Health: " << bulbasaur.health << "\n";
cout << "Copied Pokemon Health: " << bulbasaurCopy.health << "\n";

// Task 3: Test the destructor
{
Pokemon squirtle("Squirtle", PokemonType::WATER, 100); // Pokemon will be destroyed at the end of this scope
} // Destructor will be called here

// Continue with the main flow of the game
Pokemon charmander("Charmander", PokemonType::FIRE,
100);

ProfessorOak professor("Professor Oak");
Player player("Ash", charmander);

// Greet the player and offer Pokemon choices
professor.greetPlayer(player);

professor.offerPokemonChoices(player);

// Conclude the first chapter
cout << "Professor Oak: " << player.chosenPokemon.name << " and you, " << player.name << ", are going to be the best of friends!\n";
cout << "Professor Oak: Your journey begins now! Get ready to explore the vast world of Pokemon!\n";
professor.explainMainQuest(player);

gameLoop(player);

return 0;
}