In C++ create the following program - Classes you must create

Monster

must be an abstract class

Each monster has

an attack()

randomly generate a number between 0 and strength for each attack (Strength 10 would generate 010)

add up all the damage done

return total damage

a number of attacks

a number for strength u sed during attacking

a string representing the type

accessor for type

Goblin

inherits from Monster

type is Goblin

has 1 attack

has strength of 30

when attacking has a 10% chance of doing double damage

Troll

inherits from Monster

type is Troll

has 2 attacks

has strength 60

when attacking has a 20% of doing 100 damage for each attack

Dragon

inherits from Monster

type is Dragon

has 4 attacks

has strength 100

After the initial 4 attacks a dragon has a 50% chance of gaining an additional attack

IceDragon

Inherits from Dragon

has all the attributes of a Dragon

type is Ice Dragon

After all attacks are made (including the possible 1 additional) it has a 50% chance of the total damage being doubled

FireDragon

Inherits from Dragon

has all the attributes of a Dragon

type is Fire Dragon

After the initial 4 or 5 attacks are complete, has a 50% chance of attacking all over again (includes a new chance of having an additional attack as all Dragons have)

Each class must be defined in a header and implementation file named for the class (*.hpp and *.cpp). All filenames must be all lowercase (Ice Dragon > icedragon) Each classes attack() function must output describing each attack as well as return total damage. See attached example text for good formatting. Each header must have include guards All numbers need to be integers lab5.cpp This file will demonstrate your monsters attacks Use rand() from Use srand(1234) in main Create an array of 100 Monster pointers Randomly fill the array with objects of each type Each type of Monster should have the same chance of being generated (20% rand() % 5) See above examples for ideas of how to do this Loop through the entire array and call attack() on each element of the array and output results free dynamic memory