using System;

​

// TIPS

// In this activity, we're re-writing the logic from our BattleSimulation homework to use classes.

// Read the Enemy class and all the instructions before coding :)

public class Program

{

    public static void Main()

    {

        float playerAttack = 10;

        float playerDamage = 5;

        Console.WriteLine("-----1-----");

        // STEP 1

        // Give enemy1 a defense value of 9 and a health value of 6.

        // The lines below then use TryAttack to execute an attack on the enemy and write the results to the console.

        // Expected output:

        // Was attack successful? True

        // Enemy health: 1

        // this creates an Enemy object named enemy1.

        Enemy enemy1 = new Enemy();

        // Write (1) here.

        enemy1.defense = 9;

        enemy1.health = 6;

        bool attack1Success = enemy1.TryAttack(playerAttack, playerDamage);

        Console.WriteLine("Was attack successful? " + attack1Success);

        Console.WriteLine("Enemy health: " + enemy1.health);

        Console.WriteLine("-----2-----");

        // STEP 2

        // Make another enemy named enemy2.

        // Give it a health value of 10 and a defense value of 11.

        // Then, use TryAttack to execute an attack on the enemy and write the results to the console.

        // Hint: these lines will be very similar to the ones above, but using a NEW enemy!

        // Expected output: 

        // Was attack successful? False

        // Enemy health: 10

        // Write (2) here.

        Enemy enemy2 = new Enemy();

        enemy2.health = 10;

        enemy2.defense = 11;

        bool attack2Success = enemy2.TryAttack(playerAttack, playerDamage);

        Console.WriteLine("Was attack sucessful?" + attack2Success);

        Console.WriteLine("Enemy health: " + enemy2.health);

        // STEP 3

        // Add a new member variable to the Enemy class for the enemy's name.

        // STEP 4

        // Assign a name to both enemy1 and enemy2.

        // Write (4) here.

            enemy1.name = "harold";

            enemy2.name = "harry";

        // STEP 5

        // Add a new method called PrintName to the Enemy class which writes the Enemy's name to the console.

        Console.WriteLine("-----3-6-----");

        // STEP 6

        // Call PrintName on enemy1 and enemy2.

        // Expected output depends on what you want to name the enemies.

        // Try to evaluate on your own terms if you think you correctly added a new variable and new method to the Enemy class and called it correctly.

        // Try comparing your code to the example answer if you're not sure.

        // Write (6) here.

        enemy1.PrintName();

        enemy2.PrintName();

    }

}

​

// Class (blueprint) to define an Enemy.

public class Enemy

{

    // Member variables of Enemy to represent the enemy's defense and health.

    public float defense;

    public float health;

    // Write (3) below.

    // Uncomment the below line and replace the ???s with an appropriate type and name.

    public string name;

​

    // TryAttack is a method which takes the player's attack and damage values

    // and attempts to attack the enemy.

    // If the player's attack is higher than the enemy's defense,

    // it applies the damage to the enemy and returns true.

    // Otherwise, it returns false.

    // return: true/false value to represent if the attack was successful

    public bool TryAttack (float attack, float damage)

    {

        if(attack > defense)

        {

            health -= damage;

            return true;

        }

        return false;

    }

    // Write (5) below.

    // Uncomment the below line, fill in the appropriate return type, and write the method.

    // parameters: none

    // return: nothing

    public void PrintName () 

    {

        Console.WriteLine("enemy name: " + name);

    }

}