Given a base Plant class and a derived Flower class, complete main() to create a vector called myGarden. The vector should be able to store objects that belong to the Plant class or the Flower class. Create a function called PrintVector(), that uses the PrintInfo() functions defined in the respective classes and prints each element in myGarden. The program should read plants or flowers from input (ending with -1), adding each Plant or Flower to the myGarden vector, and output each element in myGarden using the PrintInfo() function. Ex. If the input is:
plant Spirea 10
flower Hydrangea 30 false lilac
flower Rose 6 false white
plant Mint 4
-1
the output is:
Plant Information:
Plant name: Spirea
Cost: 10
Plant Information:
Plant name: Hydrengea
Cost: 30
Annual: false
Color of flowers: lilac
Plant Information:
Plant name: Rose
Cost: 6
Annual: false
Color of flowers: white
Plant Information:
Plant name: Mint
Cost: 4
main. cpp
#include "Plant. h"
#include "Flower. h"
#include "Plant. cpp"
#include "Flower. cpp"
#include
#include
#include
using namespace std;
// TODO: Define a PrintVector function that prints an vector of plant (or flower) object pointers
void PrintVector(vector myGarden)
{
for(int i=0; i {
if(typeid(Flower)==typeid(myGarden[ i]))
(dynamic_cast(myGarden[i]))->Pri ntInfo();
else
myGarden[i]->PrintInfo();
cout< }
}
int main(int argc, char* argv[]) {
// TODO: Declare a vector called myGarden that can hold object of type plant pointer
vector myGarden;
// TODO: Declare variables - plantName, plantCost, flowerName, flowerCost,
// colorOfFlowers, isAnnual
string plantName, flowerName, colorOfFlowers, isann;
bool isAnnual;
int plantCost, flowerCost;
string input;
Flower *flower;
Plant *plant;
cin >> input;
while(input != "-1") {
// TODO: Check if input is a plant or flower
if (input=="plant")
{
cin>>plantName;
cin>>plantCost;
plant = new Plant();
plant->SetPlantName(plantName);< br /> plant->SetPlantCost(plantCost);< br /> myGarden. push_back(plant);
}
else if(input=="flower")
{
cin>>flowerName;
cin>>flowerCost;
cin>>isann;
isAnnual = (isann=="true");
cin>>colorOfFlowers;
flower = new Flower();
flower->SetPlantName(flowerName) ;
flower->SetPlantCost(flowerCost) ;
flower->SetPlantType(isAnnual);< br /> flower->SetColorOfFlowers(colorO fFlowers);
myGarden. push_back(flower);
}
// Store as a plant object or flower object
// Add to the vector myGarden
cin >> input;
}
// TODO: Call the method PrintVector to print myGarden
PrintVector(myGarden);
for (size_t i = 0; i < myGarden. size(); ++i) {
delete myGarden. at(i);
}
return 0;
}