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复数四则运算

# include <stdio.h># include <stdlib.h>struct complex{  float real;  float imaginary; };void initcomplex(complex &c,float r1,float r2){  c.real=r1; c.imaginary=r2; }void addcomplex(complex &c,complex c1,complex c2){ c.real=c1.real+c2.r

设计、定义并实现COMPLEX类

#include<iostream>#include<cmath>using namespace std;class Complex{ public: Complex(double a=0,double b=0) ; Complex(Complex &x); void add(Complex x); void show(); double mod(); private: double imaginary,real;};

练习

#include <iostream>#include <cmath>using namespace std;class Complex{public: Complex(double a,double b); Complex(double c); Complex(Complex &p); void add(Complex t); void show(); double mod(); private: double real; double imaginar

课堂练习

#include<iostream>#include<cmath>using namespace std;class Complex{ public: Complex(double A=0,double B=0) ; Complex(Complex &c2); void add(Complex c2); void show(); double Q(); private: double imaginary,real;};

课堂练习

#include <iostream>#include <cmath>using namespace std;class Complex{public: Complex(double a,double b); Complex(double c); Complex(Complex &p); void add(Complex t); void show(); double mod(); private: double real; double imaginary;

课堂作业

#include<iostream> #include<cmath>using namespace std;class Complex{ public: Complex(double r,double i) {real=r;imaginary=i;} Complex(double r){real=r;imaginary=0;} Complex(Complex &m){real= m.real;imaginary= m.imaginary;} void a

课堂小练习: 设计、定义并实现Complex类

#include<iostream>#include<cmath>using namespace std;class Complex{ public: Complex(double x,double y); Complex(Complex &a); void add(Complex a); void show(); double mod(); private: double re

课堂测试

#include <iostream>#include <cmath>using namespace std;class complex{ public: complex(double real1=0,double imaginary1=0); complex(complex &t); void add(complex a); void show(); double mod(); privat

课堂小练习（complex类）

定义一个复数类Complex，使得下面的代码能够工作： Complex c1(3,5);     //用复数3+5i初始化c1； Compex c2=4.5;      //用实数4.5初始化c2 c1.add(c2);              //将c1与c2相加，结果保存在c1中 c1.show();               //将c1输出（这时的结果应该是7.5+5i） c

定义一个复数类Complex

#include<iostream>#include<math.h>using namespace std;class Complex{public: Complex(double real0=0,double imaginary0=0); Complex(Complex &p); void add(Complex a); void show(); double mod();private: double real; double

小练习

基于习题4-20要求，设计并实现Complex类： #include<iostream>#include<cmath>using namespace std;class Complex{ public: Complex(float real=0,float imaginary=0); void add(Complex c); void show(); double mod(); private: floa

课堂练习

#include<iostream>#include<cmath>using namespace std;class Complex {public: Complex(double a= 0, double b= 0); Complex(Complex &t); void add(Complex x); void show(); double mod();private: double real, imaginary;};Complex:

Complex类的设计与改进

Complex类 源码 #include <cmath> #include <iomanip> #include <iostream> #include <string> using namespace std; class Complex { private: double real, imaginary; public: Complex(double r = 0.0, double i = 0.0) : real(r), i

Complex类的实现

Complex类的实现 #include <iostream>#include <cmath>using namespace std;class Complex{ public: Complex (double a=0,double b=0); Complex (Complex &t); void add( Complex y); void show(); double mod(); pri

Complex

#include<iostream>#include<cmath>using namespace std;class complex{ public: complex(double x,double y); complex(complex &t); void add(complex &k); void show1(); double mod(); private: doub

Complex类

#include <iostream>#include <cmath>using namespace std;class Complex{ public: Complex(double a=0,double b=0); Complex(Complex &p); void show(); void add(Complex c); double mod(); private: double real; double imaginary;}; Complex::Com

complex类

#include<iostream>#include<cmath>using namespace std;class Complex {public: Complex(double x, double y) { real = x;imaginary = y; } Complex(double x) { real = x;imaginary = 0; } Complex(Complex &t) {real = t.real;imaginary = t.ima

JAVA第二次平时作业

作业2： 作业要求： 设计一个处理复数运算的类，该类中至少有两个成员方法： 复数加法和复数减法运算。在上述类中添加两个静态方法：求一个复数的模和求一个复 数的复角。 设计一个子类，该子类继承了上述的类，并且至少拥有自己 的两个方法：复数乘法和复数除法。再设计一个类，包含ma