AnimalColony is a class with one int* and one double* data member pointing to the population and rate of growth of the animal colony, respectively. An integer and a double are read from input to initialize myAnimalColony. Write a copy constructor for AnimalColony that creates a deep copy of myAnimalColony. At the end of the copy constructor, output "Called AnimalColony's copy constructor" and end with a newline.

Ex: If the input is 12 4.00, then the output is:

Called AnimalColony's copy constructor Initial population: 12 whales with 5.00 rate of growth Called AnimalColony's copy constructor After 1 month(s): 72 whales After 2 month(s): 432 whales After 3 month(s): 2592 whales Custom value interest rate 12 whales with 4.00 rate of growth

#include #include using namespace std;

class AnimalColony { public: AnimalColony(int startingPopulation = 0, double startingRate = 0.0); AnimalColony(const AnimalColony& col); void SetPopulation(int newPopulation); void SetRate(double newRate); int GetPopulation() const; double GetRate() const; void Print() const; private: int* population; double* rate; };

AnimalColony::AnimalColony(int startingPopulation, double startingRate) { population = new int(startingPopulation); rate = new double(startingRate); }

/* Your code goes here */

void AnimalColony::SetPopulation(int newPopulation) { *population = newPopulation; }

void AnimalColony::SetRate(double newRate) { *rate = newRate; }

int AnimalColony::GetPopulation() const { return *population; }

double AnimalColony::GetRate() const { return *rate; }

void AnimalColony::Print() const { cout << *population << " whales with " << fixed << setprecision(2) << *rate << " rate of growth" << endl; }

void SimulateGrowth(AnimalColony c, int months) { for (auto i = 1; i <= months; ++i) { c.SetPopulation(c.GetPopulation() * (c.GetRate() + 1.0)); cout << "After " << i << " month(s): " << c.GetPopulation() << " whales" << endl; } }

int main() { int population; double rate;

cin >> population; cin >> rate;

AnimalColony myAnimalColony(population, rate); AnimalColony myAnimalColonyCopy = myAnimalColony; myAnimalColony.SetRate(rate + 1.0); cout << "Initial population: "; myAnimalColony.Print(); SimulateGrowth(myAnimalColony, 3); cout << endl; cout << "Custom value interest rate" << endl; myAnimalColonyCopy.Print();

return 0; }