🔹 Hybrid Inheritance in C++

 

Hybrid inheritance is a combination of multiple inheritance types, such as single, multiple, multilevel, or hierarchical inheritance. It is used to demonstrate various inheritance models in a single program.

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📌 Multiplication using Hybrid Inheritance in C++

Let's create a C++ program to perform multiplication using hybrid inheritance.

🚀 Approach

1. Base Class (Base) → Contains a common input function.
2. Derived Class 1 (Multiply) → Multiplies two numbers.
3. Derived Class 2 (Factor) → Adds a factor to multiplication.
4. Final Derived Class (Result) → Displays the final result.

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🔹 C++ Code for Multiplication using Hybrid Inheritance

#include <iostream>
using namespace std;

// Base Class
class Base {
protected:
    int num1, num2;
public:
    void getInput() {
        cout << "Enter two numbers: ";
        cin >> num1 >> num2;
    }
};

// First Derived Class
class Multiply : public Base {
protected:
    int product;
public:
    void calculateProduct() {
        product = num1 * num2;
    }
};

// Second Derived Class
class Factor {
protected:
    int factor;
public:
    void setFactor() {
        cout << "Enter multiplication factor: ";
        cin >> factor;
    }
};

// Final Derived Class (Hybrid Inheritance)
class Result : public Multiply, public Factor {
public:
    void displayResult() {
        calculateProduct();  // Calling Multiply's function
        cout << "Multiplication Result: " << product << endl;
        cout << "Final Result after applying factor: " << product * factor << endl;
    }
};

int main() {
    Result obj;
    obj.getInput();
    obj.setFactor();
    obj.displayResult();
    return 0;
}

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🔹 Example Output

Enter two numbers: 5 4
Enter multiplication factor: 3
Multiplication Result: 20
Final Result after applying factor: 60

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📌 Explanation

1. Class Base → Takes two numbers as input.
2. Class Multiply (Derived from Base) → Computes their multiplication.
3. Class Factor → Takes a factor input.
4. Class Result (Derived from Multiply & Factor) → Computes the final result.

🔹 Hybrid inheritance is useful when combining different inheritance models.

🚀 Let me know if you need more variations! 🚀