Simplified version of Pokemon Cpp - Develop classes to represent Pokmon and their Moves. Implement interactions...

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Simplified version of Pokemon Cpp - Develop classes to represent Pokémon and their Moves. Implement interactions between Pokémon objects using member functions - All Classes must be set up with a header and implementation file separate from the main file Pokemon Class: Member Variables: Name, Type (to begin with only assume 4 types: fire, water, grass, normal), Health, Attack, Defense. • Moves (Array of Move Objects, max 4). • Don't forget accessors and mutators, variables should be private! Member Functions: Constructor, performMove, receiveDamage, displayStatus ● Moves Class: Members: • Name, type (again just 4 basic types), damage (assume all moves are damaging moves to begin with) . Constructor • Accessor and Mutator Damge formula: Calculates damge and type effectiveness: Damage = (MoveDamage + AttackerAttack) * TypeEffectiveness TargetDefense = max (Damage, 0) • Max is used since you should never deal negative damage Type effectives: • Fire is super effective against Grass and resists itself and Grass • Grass is super effective against Water and resists itself and Water • Water is super effective against Fire and resists itself and Fire Normal is not effective or resisted by any type. Main Function: Create 2 object pokemon, and set them to battle each other in a loop taking turns until HP is reduced to 0 Simplified version of Pokemon Cpp - Develop classes to represent Pokémon and their Moves. Implement interactions between Pokémon objects using member functions - All Classes must be set up with a header and implementation file separate from the main file Pokemon Class: Member Variables: Name, Type (to begin with only assume 4 types: fire, water, grass, normal), Health, Attack, Defense. • Moves (Array of Move Objects, max 4). • Don't forget accessors and mutators, variables should be private! Member Functions: Constructor, performMove, receiveDamage, displayStatus ● Moves Class: Members: • Name, type (again just 4 basic types), damage (assume all moves are damaging moves to begin with) . Constructor • Accessor and Mutator Damge formula: Calculates damge and type effectiveness: Damage = (MoveDamage + AttackerAttack) * TypeEffectiveness TargetDefense = max (Damage, 0) • Max is used since you should never deal negative damage Type effectives: • Fire is super effective against Grass and resists itself and Grass • Grass is super effective against Water and resists itself and Water • Water is super effective against Fire and resists itself and Fire Normal is not effective or resisted by any type. Main Function: Create 2 object pokemon, and set them to battle each other in a loop taking turns until HP is reduced to 0

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Heres a simplified version of the Pokemon battle system in C using classes to represent Pokemon and their moves Pokemonh ifndef POKEMONH define POKEMO... View the full answer