CComplexT.h
#ifndef CCOMPLEX_T_H#define CCOMPLEX_T_H#include "stdafx.h"template<class _T>class CComplexT{private: _T real; _T imag;public: void Show();
CComplexT(_T r=0,_T i=0); CComplexT(CComplexT<_T>& c);
CComplexT<_T> operator +(const CComplexT<_T> &c); CComplexT<_T> operator -(const CComplexT<_T> &c);
CComplexT<_T> operator *(const CComplexT<_T> &c); CComplexT<_T> operator /(const CComplexT<_T> &c);
void operator +=(const CComplexT<_T> &c); void operator -=(const CComplexT<_T> &c); void operator *=(const CComplexT<_T> &c); void operator /=(const CComplexT<_T> &c);
void operator =(const CComplexT<_T> &c); bool operator ==(const CComplexT<_T> &c);
};
#include "stdafx.h"#include "CComplexT.h"#include "iostream"using namespace std;template<class _T>CComplexT<_T>::CComplexT(_T r,_T i){ real=r; imag=i;}template<class _T>CComplexT<_T>::CComplexT(CComplexT<_T>& c){ real=c.real; imag=c.imag;}template<class _T>CComplexT<_T> CComplexT<_T>::operator +(const CComplexT<_T> &c){ CComplexT<_T> temp; temp.real=real+c.real; temp.imag=imag+c.imag; return temp;
}template<class _T>CComplexT<_T> CComplexT<_T>::operator -(const CComplexT<_T> &c){ CComplexT<_T> temp; temp.real=real-c.real; temp.imag=imag-c.imag; return temp;}template<class _T>CComplexT<_T> CComplexT<_T>::operator *(const CComplexT<_T> &c){ CComplexT<_T> temp;
temp.real =real*c.real-imag*c.imag;//ac-bd temp.imag =imag*c.real +real*c.imag;//bc+ad return temp;}template<class _T>CComplexT<_T> CComplexT<_T>::operator /(const CComplexT<_T> &c){ CComplexT<_T> temp;
temp.real=((real*c.real)+(imag*c.imag))/(c.real*c.real+c.imag*c.imag); temp.imag=((imag*c.real)-(real*c.imag))/(c.real*c.real+c.imag*c.imag); return temp;}
template<class _T>void CComplexT<_T>::operator +=(const CComplexT<_T> &c){ real+=c.real; imag+=c.imag;}template<class _T>void CComplexT<_T>::operator -=(const CComplexT<_T> &c){ real-=c.real; imag-=c.imag;}template<class _T>void CComplexT<_T>::operator *=(const CComplexT<_T> &c){ real =real*c.real-imag*c.imag;//ac-bd imag =imag*c.real +real*c.imag;//bc+ad}template<class _T>void CComplexT<_T>::operator /=(const CComplexT<_T> &c){ temp.real=((real*c.real)+(imag*c.imag))/(c.real*c.real+c.imag*c.imag); temp.imag=((imag*c.real)-(real*c.imag))/(c.real*c.real+c.imag*c.imag);
}template<class _T>void CComplexT<_T>::operator =(const CComplexT<_T> &c){ real=c.real; imag=c.imag;}template<class _T>bool CComplexT<_T>::operator ==(const CComplexT<_T> &c){ if(this->real=c.real&&this->imag ==c.imag) return true; else return false;
}template<class _T>void CComplexT<_T>::Show(){ cout<<real<<"+"<<imag<<"i"<<endl;}#endif
// CComplexT.cpp : Defines the entry point for the console application.//
#include "stdafx.h"#include "CComplexT.h"#include "iostream"using namespace std;
int _tmain(int argc, _TCHAR* argv[]){ CComplexT<int> c1(3,6); CComplexT<int> c2(123,442); CComplexT<double> c3(1.1,1.2); CComplexT<double> c4(2.5,3.2); CComplexT<int> cr1 =c1+c2;
//+ std::cout<<"c1+c2="<<std::endl; cr1.Show(); CComplexT<double> cr2 =c3+c4; std::cout<<std::endl; std::cout<<"c3+c4="<<std::endl; cr2.Show();
//- cr1 =c1-c2; std::cout<<"c1-c2="<<std::endl; cr1.Show(); cr2 =c3-c4; std::cout<<std::endl; std::cout<<"c3-c4="<<std::endl; cr2.Show();
//* cr1 =c1*c2; std::cout<<"c1*c2="<<std::endl; cr1.Show(); cr2 =c3*c4; std::cout<<std::endl; std::cout<<"c3*c4="<<std::endl; cr2.Show();
/// cr1 =c1/c2; std::cout<<"c1/c2="<<std::endl; cr1.Show(); cr2 =c3/c4; std::cout<<std::endl; std::cout<<"c3/c4="<<std::endl; cr2.Show();
//+= CComplexT<int> cr3 =c1-c2; c1 -=c2; std::cout<<"c1-=c2"<<std::endl; c1.Show();
if (c1 == cr3) { std::cout<<"c1 the same as cr3"; }
system("pause");
return 0;}
//其实可以重载<<和>>来模拟输入输出，这样会更简单管理些
//为了交作业，草草写的
