Description

This project involves creating a robot hierarchy in C++ starting with the ClapTrap class, with basic attributes (name, hit points, energy, damage) and methods for attacking, repairing, and taking damage. The derived classes ScavTrap, FragTrap, and DiamondTrap add unique abilities, showcasing inheritance and composition in C++.

Exercise 00

Objectives 🚀:

• Implement the foundational ClapTrap class.

Requirements:

• Create ClapTrap with attributes: Name (from constructor), Hit Points (10), Energy Points (10), and Attack Damage (0).
• Methods: attack(const std::string& target), takeDamage(unsigned int amount), and beRepaired(unsigned int amount).

Exercise 01

Objectives 🚀:

• Introduce a derived class ScavTrap with unique attributes and behaviors.

Requirements:

• Inherit ClapTrap, updating initial values to Hit Points (100), Energy Points (50), Attack Damage (20).
• Add guardGate() for Gate Keeper mode.

Exercise 02

Objectives 🚀:

• Introduce a derived class FragTrap with unique attributes and behaviors.

Requirements:

• Inherit ClapTrap, updating initial values to Hit Points (100), Energy Points (100), Attack Damage (30).
• Add guardGate() for Gate Keeper mode.

Exercise 03

Objectives 🚀:

• Create a hybrid DiamondTrap class combining ScavTrap and FragTrap traits.

Requirements:

• Inherit both FragTrap and ScavTrap, setting Name, Hit Points, Energy Points, and Attack Damage accordingly.
• Add a whoAmI() method to display DiamondTrap’s identity and ClapTrap-style name.