exponentiation

Create a C++ int that you can do enumber ** enumber on numbers (note: this turns into enumber * (*enumber), then enumber * znumber, then lastly, the result).
Use ExpMath.h to create eints to do int operations and exponentiation. Use efloats to do float operations and exponentiation.

1. Clone or download the repository.
2. Copy ExpMath.h into your directory.
3. In your source code, type #include "ExpMath.h" and use the ExpMath::eint/ExpMath::efloat (or, if you prefer, use using namespace ExpMath and use eint/efloat instead).
4. Use the eint to create normal integers, with Algol (a ** b ** c = a ** (b ** c)) exponentiation, and use efloat to do the same with floating-point numbers.

Examples:

Basic:

#include "ExpMath.h"
#include <iostream>

int main() {
	// Example using eint for integer exponentiation (converts to floating points when exponentiating):
	ExpMath::eint a(2);
	ExpMath::eint b(3);
	ExpMath::eint c(2);

	ExpMath::eint result1 = a ** b ** c;
	std::cout << "Result (eint): " << result1 << std::endl;

	// Example using efloat for floating-point exponentiation
	ExpMath::efloat x(2.0f);
	ExpMath::efloat y(3.0f);
	ExpMath::efloat z(2.0f);

	ExpMath::efloat result2 = x ** y ** z;
	std::cout << "Result (efloat): " << result2 << std::endl;

	return 0;
}

Interactive:

#include "ExpMath.h"
#include <iostream>

using namespace ExpMath;
int main() {
	eint i;
	eint j;
	std::cout << "Enter 2 integers." << std::endl;
	std::cin >> i;
    std::cin >> j;
	std::cout << i << " ** " << j << " = " << i ** j << std::endl;
}