#include #include //forward declar creature class class Creature; class Controller { public: void AssignPlayer(Creature * pCreature) { mpCreature = pCreature; } private: Creature * mpCreature; }; class ComputerPlayer : public Controller { public: void GetMove() { std::cout << "Getting Computer Player input...?\n"; } private: }; class HumanPlayer : public Controller { public: void GetMove() { std::cout << "Getting Human Player input....?\n"; } private: }; class Creature { public: Creature(Controller *pController) { mpController = pController; mpController->AssignPlayer(this); } std::string Talk() { return "nothing"; } private: Controller * mpController; }; class Dragon : public Creature { public: Dragon(Controller* pController) : Creature(pController) { } std::string Talk() { return "Roar!"; } private: }; class Orc : public Creature { public: Orc(Controller* pController) : Creature(pController) { } std::string Talk() { return "Rarrrr!"; } private: }; class Dwarf : public Creature { public: Dwarf(Controller* pController) : Creature(pController) { } std::string Talk() { return "Grrrr!"; } private: }; class Goblin : public Creature { public: Goblin(Controller* pController) : Creature(pController) { } std::string Talk() { return "Gobble Gobble!"; } private: }; class Human : public Creature { public: Human(Controller* pController) : Creature(pController) { } std::string Talk() { return "Boo!"; } private: }; int main() { HumanPlayer human; ComputerPlayer computer; Dragon dragon(&computer); std::cout << "A Dragon says " << dragon.Talk() << "\n"; Orc orc(&computer); std::cout << "An Orc says: " << orc.Talk() << "\n"; Dwarf dwarf(&computer); std::cout << "A Dwarf says: " << dwarf.Talk() << "\n"; Goblin goblin(&computer); std::cout << "A Goblin says: " << goblin.Talk() << "\n"; Human jay(&human); std::cout << "A Human says: " << jay.Talk() << "\n"; human.GetMove(); computer.GetMove(); return 0; }

Inheritance #2