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定义一结构体类型表示复数的实部和虚部,然后定义...

#include //定义结构体变量类型 struct fushu { int sb; //存储复数实部 int xb; //存储复数虚部 //创建fhshu结构体类型默认值(又称结构体类型构造函数) fushu() { sb = 0; xb = 0; } //创建fhshu结构体类型初始化函数(又称结构体类型构造函数) ...

#include struct complex{ double re; double im;};struct complex add(struct complex c1, struct complex c2){ struct complex sum; sum.re = c1.re + c2.re; sum.im = c1.im + c2.im; return sum;}int main(void){ struct complex a, b, s; p...

#include typedef struct TYPE_PLURAL { double realpart; double imaginarypart; } plural; plural operator*(const plural &lp,const plural &rp) { plural rtn; rtn.realpart = lp.realpart*rp.realpart - lp.imaginarypart*rp.imaginarypart...

#include using namespace std; struct complex { double r; double i; }; complex operator - (complex a,complex b) { complex sum; sum.r = a.r - b.r; sum.i = a.i - b.i; return sum; } void out(complex a) { cout

#include struct complex { int re; int im; }; void add(struct complex a, struct complex b, struct complex *c){ c->re=a.re+b.re; c->im=a.im+b.im;}void minus(struct complex a, struct complex b, struct complex *c){ c->re=a.re-b.re;...

1,结构体 type defin struct fushu{ double real; //实数部分 double i ; //叙述部分 }; 2,返回结构体指针的意思就是在函数最后return语句中返回上面定义的结构体的指针 3,加法示例 fushu* add(fushu* a,fushu* b) { fushu* ret = malloc(siz...

#include #include typedef struct MyComplex { double real; double img; }mc; mc Plus(mc a,mc b) { mc result; result.real = a.real + b.real; result.img = a.img + b.img; return result; } mc Sub(mc a,mc b) { mc result; result.real =...

#include using namespace std; struct complex { double r; double i; }; complex operator - (complex a,complex b) { complex sum; sum.r = a.r - b.r; sum.i = a.i - b.i; return sum; } void out(complex a) { cout

结构体类型变量的定义与其它类型的变量的定义是一样的,但由于结构体类型需要针对问题事先自行定义,所以结构体类型变量的定义形式就增加了灵活性,共计有三种形式,分别介绍如下: 1) 先定义结构体类型,再定义结构体类型变量: struct stu / *...

#includeusing namespace std;int main(){ complex a, b; complex result; result = a + b; return 0;}用STL多好...

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