C++编程实现下列抽象数据类型并实际应用ADT COMPLEX数据对象：D=c1c2c1∈Rc2∈R 数据关系：R=＜c1c2＞c1∈Rc2∈R 基本操作：Createxy&z生成一个复数操作结果：c1c2分别被参数xyx∈Ry∈R 赋值用z返回生成的复数x＋yi。Addz1z2&sum复数求和。操作结果：按照复数加法原则对复数z1z2求和用sum返回求和结果x1+x2+ y1+y2i。Subst

#include using namespace std;

struct Complex { double real; // 实部 double imag; // 虚部 };

void Create(double x, double y, Complex& z) { z.real = x; z.imag = y; }

void Add(const Complex& z1, const Complex& z2, Complex& sum) { sum.real = z1.real + z2.real; sum.imag = z1.imag + z2.imag; }

void Subtract(const Complex& z1, const Complex& z2, Complex& difference) { difference.real = z1.real - z2.real; difference.imag = z1.imag - z2.imag; }

void Multiply(const Complex& z1, const Complex& z2, Complex& product) { product.real = z1.real * z2.real - z1.imag * z2.imag; product.imag = z1.real * z2.imag + z2.real * z1.imag; }

void Get_RealPart(const Complex& z, double& e) { e = z.real; }

void Get_ImagPart(const Complex& z, double& e) { e = z.imag; }

int main() { Complex z1, z2, sum, difference, product; double realPart, imagPart;

Create(2.0, 3.0, z1);
Create(1.0, -2.0, z2);

Add(z1, z2, sum);
Subtract(z1, z2, difference);
Multiply(z1, z2, product);

Get_RealPart(sum, realPart);
Get_ImagPart(sum, imagPart);

cout << "Sum: " << realPart << " + " << imagPart << "i" << endl;

Get_RealPart(difference, realPart);
Get_ImagPart(difference, imagPart);

cout << "Difference: " << realPart << " + " << imagPart << "i" << endl;

Get_RealPart(product, realPart);
Get_ImagPart(product, imagPart);

cout << "Product: " << realPart << " + " << imagPart << "i" << endl;

return 0;

}