operator +=(constcomplex&); private:doublere, im; };//定义为全局函数complexoperator +(constcomplex&){ };#endif
Complex operator+(Complex &lhs, Complex &rhs);其中，lhs和rhs分别代表左手边和右手边的对象。这种写法确保了运算符的正确实现和高效性能。
Complex Complex::operator + (const Complex &u) const { Complex v(real+u.real,imag+u.imag); return v; } Complex Complex::operator - (const Complex &u) const { Complex v(real-u.real,imag-u.imag); return v; } Complex Complex::operator* (const Complex &u) const { Complex v(real ...
template<class Type> bool operator==( const complex<Type>& _Left, const complex<Type>& _Right ); template<class Type> bool operator==( const complex<Type>& _Left, const Type& _Right ); template<class Type> bool operator==( const Type& _Left, const complex<Type>& _Right ); 参数...
Complex(void){ m_real = 0.0; m_imag = 0.0; } Complex(double real, double imag){ m_real = real; m_imag = imag; } Complex(const Complex & c){ //这里就是最经典的拷贝构造函数了 m_real = c.m_real; m_imag = c.m_imag; ...
Tests for inequality between two complex numbers, one or both of which may belong to the subset of the type for the real and imaginary parts.Αντιγραφή template<class Type> bool operator!=( const complex<Type>& _Left, const complex<Type>& _Right ); template<class Type> boo...
std::complex<T>::operator= std::complex<T>::real std::literals::complex_literals::operator""i, operator""if, operator""il std::complex<T>::imag std::complex<T>::operator+=,-=,*=,/= std::complex<T>::operator+(unary), operator-(unary) operator+,-,*,/ (std::complex) operator...
Complex const& t) 中：可以由 6.5 构造一个 Complex 临时对象，该临时对象是右值，可以被 const 的...
class Complex { private: double m_real; double m_imag; public: Complex(void){ m_real = 0.0; m_imag = 0.0; } Complex(double real,double imag){ m_real = real; m_imag = imag; } Complex(const Complex & c){//这里就是最经典的拷贝构造函数了 ...
1.重载运算符的函数一般格式如下 函数类型 operator 运算符名称 (形参表列) {对运算符的重载处理} 例如,想将“+”用于Complex(复数)的加法运算,函数的原型可以是这样的: Complex operator + (Complex & c1,Complex &c2);