Complex.h

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#pragma once
#include "Platform.h"
 
namespace dyno
{
    template <typename Real>
    class Complex
    {
    public:
        DYN_FUNC Complex();
        DYN_FUNC explicit Complex(Real real, Real imag = Real(0));
        DYN_FUNC Real realPart() const { return m_real; }
        DYN_FUNC Real imagPart() const { return m_imag; }
 
        DYN_FUNC Real& realPart() { return m_real; }
        DYN_FUNC Real& imagPart() { return m_imag; }
 
        DYN_FUNC Complex<Real> conjugate() const;
        DYN_FUNC Real norm() const;
        DYN_FUNC Real normSquared() const;
 
        DYN_FUNC bool isReal() const;
 
        DYN_FUNC const Complex<Real> operator+ (const Complex<Real> &other) const;
        DYN_FUNC const Complex<Real> operator- (const Complex<Real> &other) const;
        DYN_FUNC const Complex<Real> operator* (const Complex<Real> &other) const;
        DYN_FUNC const Complex<Real> operator/ (const Complex<Real> &other) const;
 
        DYN_FUNC Complex<Real>& operator+= (const Complex<Real> &other);
        DYN_FUNC Complex<Real>& operator-= (const Complex<Real> &other);
        DYN_FUNC Complex<Real>& operator*= (const Complex<Real> &other);
        DYN_FUNC Complex<Real>& operator/= (const Complex<Real> &other);
 
 
        DYN_FUNC Complex<Real>& operator= (const Complex<Real> &other);
 
        DYN_FUNC bool operator== (const Complex<Real> &other) const;
        DYN_FUNC bool operator!= (const Complex<Real> &other) const;
 
        DYN_FUNC const Complex<Real> operator+ (const Real& real) const;
        DYN_FUNC const Complex<Real> operator- (const Real& real) const;
        DYN_FUNC const Complex<Real> operator* (const Real& real) const;
        DYN_FUNC const Complex<Real> operator/ (const Real& real) const;
 
        DYN_FUNC Complex<Real>& operator+= (const Real& real);
        DYN_FUNC Complex<Real>& operator-= (const Real& real);
        DYN_FUNC Complex<Real>& operator*= (const Real& real);
        DYN_FUNC Complex<Real>& operator/= (const Real& real);
 
        DYN_FUNC const Complex<Real> operator - (void) const;
 
    protected:
        Real m_real;
        Real m_imag;
    };
 
    template<typename Real> inline DYN_FUNC Complex<Real> acos(const Complex<Real>&);
    template<typename Real> inline DYN_FUNC Complex<Real> asin(const Complex<Real>&);
    template<typename Real> inline DYN_FUNC Complex<Real> atan(const Complex<Real>&);
    template<typename Real> inline DYN_FUNC Complex<Real> asinh(const Complex<Real>&);
    template<typename Real> inline DYN_FUNC Complex<Real> acosh(const Complex<Real>&);
    template<typename Real> inline DYN_FUNC Complex<Real> atanh(const Complex<Real>&);
    template<typename Real> inline DYN_FUNC Complex<Real> cos(const Complex<Real>&);
    template<typename Real> inline DYN_FUNC Complex<Real> cosh(const Complex<Real>&);
    template<typename Real> inline DYN_FUNC Complex<Real> exp(const Complex<Real>&);
    template<typename Real> inline DYN_FUNC Complex<Real> log(const Complex<Real>&);
    template<typename Real> inline DYN_FUNC Complex<Real> log10(const Complex<Real>&);
 
    template<typename Real> inline DYN_FUNC Complex<Real> pow(const Complex<Real>&, const Real&);
    template<typename Real> inline DYN_FUNC Complex<Real> pow(const Complex<Real>&, const Complex<Real>&);
    template<typename Real> inline DYN_FUNC Complex<Real> pow(const Real&, const Complex<Real>&);
    // 
    template<typename Real> inline DYN_FUNC Complex<Real> sin(const Complex<Real>&);
    template<typename Real> inline DYN_FUNC Complex<Real> sinh(const Complex<Real>&);
    template<typename Real> inline DYN_FUNC Complex<Real> sqrt(const Complex<Real>&);
    template<typename Real> inline DYN_FUNC Complex<Real> tan(const Complex<Real>&);
    template<typename Real> inline DYN_FUNC Complex<Real> tanh(const Complex<Real>&);
 
    template<typename Real> inline DYN_FUNC Real arg(const Complex<Real>&);
    template<typename Real> inline DYN_FUNC Complex<Real> polar(const Real& __rho, const Real& __theta = Real(0));
}
 
#include "Complex.inl"