定义一个复数类Complex,复数的实部real与虚步image定义为私有数.
参考一下代码 using namespace std; class ccomplex { double real,image; public: ccomplex() { real=0;image=0; } ccomplex(double re,double im) { real=re;image=im; } .
定义复数类complex,包括私有数据成员实部real和虚部image.定义.
#include class Complex {private :double real;double imag;public :Complex(double r = 0,double i = 0);void print();~Complex();//Complex &operator*(const Complex &b);//.
实现复数类Complex的定义,包括实部m-Real和虚部m-Image;必须包.
#include <iostream>#include <cmath> using namespace std; class Complex { float m_Real; float m_Image; public: Complex(float r=0.0,float i=0.0) { m_Real=r; m_Image=i; } .
定义一个复数类Complex,它有2个私有数据成员:m-real(描述实部.
#include using namespace std;class Complex{private: double m_real,m_image;public: Complex():m_real(0),m_image(0) { } Complex(double r,double i):m_real(r),m_image(i)//重载构造函数 { } void display() { cout评论0 02
1、 设计一个复数类Complex,包括实部real和虚部image,设计3个.
class Complex { public: Complex(double r, double i):real(r),imag(i){} void print(); friend Complex operator +(Complex, Complex); friend Complex operator -(Complex, Complex).
定义一个名为complex 的复数类,其属性数据为复数的实部和虚部,要.
你的构造函数里面的赋值写反了应该是real=r;imag=i;..粗心问题.给好评哦,亲=.=
定义一个名为complex的复数类,其属性数据为复数的实部和虚部,
//Complex.hclass Complex{private: float Real; float Imag;public: Complex(); Complex(float Rl,float Im); Complex operator +(Complex &c); Complex operator -(Complex &c); .
定义一个复数类Complex,内有数据成员实部、虚部,另有成员函数:.
class complex { public: complex(){real=0;imag=0;} complex(double r){real=r;imag=0;} complex(double r,double i){real=r;imag=i;} friend istream & operator >> (istream &,.
编写程序定义复数的类Complex,包含实部、虚部两个部分的内容
#includeclass Complex{ double real,image;public: Complex(double real=0,double image=0){ this->real=real; this->image=image; } void Show(); friend Complex ComplexAdd(Complex,Complex); };void Complex::Show(){ if(image0) cout 追问:不好意思 你这个是C吗 我忘记注明是java了 评论0 11
C++定义一个复数类Complex,包括实数部分real和虚数部分imaginary.
class Complex{ double real; double imaginary;public: Complex(double & r=0,double & i=0):real(r),imaginary(i) {} void OutPut(void) { cout << real; if (imaginary>=0) cout << '+'; cout << imaginary; }};