#include #include "HPVISACard.cpp" #include using namespace std; int main() { // Declare variables string type; double amount; int rewardPercentage,choice; // print menu cout<<"Menu"<<"\n1.VISA Card"<<"\n2.HPVISA Card"<>choice; // conditionally execute based on user choice switch(choice){ // case 1 case 1:{ // ask user to enter transaction type cout<<"Enter the transaction type"<>type; // ask user to enter transaction amount cout<<"Enter the transaction amount"<>amount; // ask user to enter reward points cout<<"Enter the reward points"<>rewardPercentage; // create VISACard class object using parameterized constructor VISACard v1(type,amount,rewardPercentage); // print card details by calling suitable methods cout<<"Card details:"<>type; // ask user to enter amount cout<<"Enter the transaction amount"<>amount; // create a object of class HPVISACard HPVISACard hv1(type,amount); // print card details by calling suitable methods cout<<"Card details:"< #include #include "VISACard.cpp" using namespace std; class HPVISACard :public VISACard{ public: void computeRewardPoints() { // declare RewardPoints to store points float RewardPoints; // if type == Fueal if(getType()=="Fuel"){ // calculate 3% amount and add 10 extra points RewardPoints = (amount * (3/100.0))+10; } // else calculate 3% of amount else{ RewardPoints = (amount * (3/100.0)); } // finally print Reward Points cout<<"Reward point:"< #include using namespace std; class VISACard { // protected members of class protected: string type; double amount; // private members of class private: int rewardPercentage; // public members of class public: void computeRewardPoints() { // calculate Reward points based on reward percentage float RewardPoints = amount*(getRewardPercentage()/100.0); // finally print reward points cout<<"Reward point:"<type = type; } void setAmount (double amount){ this->amount = amount; } void setRewardPercentage (int rewardPercentage){ this->rewardPercentage = rewardPercentage; } // getters int getRewardPercentage(){ return rewardPercentage; } string getType(){ return type; } double getAmount(){ return amount; } }; YOU HAVE TO FIND WHY THE OUTPUT IS NOT MATCHING AND MODIFY MY CODE ACCORDING TO THAT.

#include <iostream>

#include "HPVISACard.cpp"
#include <sstream>

using namespace std;

int main() {
// Declare variables
string type;
double amount;
int rewardPercentage,choice;

// print menu
cout<<"Menu"<<"\n1.VISA Card"<<"\n2.HPVISA Card"<<endl;

// ask user to enter his choice
cout<<"Enter the choice"<<endl;
cin>>choice;

// conditionally execute based on user choice
switch(choice){
// case 1
case 1:{
// ask user to enter transaction type
cout<<"Enter the transaction type"<<endl;
cin>>type;

// ask user to enter transaction amount
cout<<"Enter the transaction amount"<<endl;
cin>>amount;

// ask user to enter reward points
cout<<"Enter the reward points"<<endl;
cin>>rewardPercentage;

// create VISACard class object using parameterized constructor
VISACard v1(type,amount,rewardPercentage);

// print card details by calling suitable methods
cout<<"Card details:"<<endl;
cout<<"Type:"<<v1.getType()<<endl;
cout<<"Amount:"<<v1.getAmount()<<endl;
v1.computeRewardPoints();
break;
}

// case 2
case 2:{
// ask user to enter transaction type
cout<<"Enter the transaction type"<<endl;
cin>>type;

// ask user to enter amount
cout<<"Enter the transaction amount"<<endl;
cin>>amount;

// create a object of class HPVISACard
HPVISACard hv1(type,amount);

// print card details by calling suitable methods
cout<<"Card details:"<<endl;
cout<<"Type:"<<hv1.getType()<<endl;
cout<<"Amount:"<<hv1.getAmount()<<endl;
hv1.computeRewardPoints();
break;
}

// any other choice except 1 and 2 , print invalid input
default :
cout<<"Invalid input"<<endl;
}
return 0;
}

#include <iostream>
#include <iomanip>
#include "VISACard.cpp"
using namespace std;

class HPVISACard :public VISACard{
public:
void computeRewardPoints() {
// declare RewardPoints to store points
float RewardPoints;

// if type == Fueal
if(getType()=="Fuel"){
// calculate 3% amount and add 10 extra points
RewardPoints = (amount * (3/100.0))+10;
}

// else calculate 3% of amount
else{
RewardPoints = (amount * (3/100.0));
}

// finally print Reward Points
cout<<"Reward point:"<<fixed<<setprecision(1)<<RewardPoints<<endl;
}

// calling super class constructor
HPVISACard(string type1, double amount1) : VISACard(type1, amount1) {
}
};

#include <iostream>
#include <iomanip>
using namespace std;

class VISACard {
// protected members of class
protected:
string type;
double amount;

// private members of class
private:
int rewardPercentage;

// public members of class
public:
void computeRewardPoints() {
// calculate Reward points based on reward percentage
float RewardPoints = amount*(getRewardPercentage()/100.0);

// finally print reward points
cout<<"Reward point:"<<fixed<<setprecision(1)<<RewardPoints<<endl;
}

public:
// constructor with 3 params
VISACard(string type1, double amount1, int rewardPercentage1) {
type = type1;
amount = amount1;
rewardPercentage = rewardPercentage1;
}

// constructor with 2 params
VISACard(string type1, double amount1) {
type = type1;
amount = amount1;
}

// setters
void setType (string type){
this->type = type;
}
void setAmount (double amount){
this->amount = amount;
}
void setRewardPercentage (int rewardPercentage){
this->rewardPercentage = rewardPercentage;
}

// getters
int getRewardPercentage(){
return rewardPercentage;
}
string getType(){
return type;
}
double getAmount(){
return amount;
}
};