Equation.h

#pragma once
 
#include <complex>
 
 
#include "DefinitionsMathematics.h"
 
namespace FLImaging
{
    namespace Foundation
    {
        class FL_EXPORT CEquation : public Base::CFLBase
        {
        public:
            CEquation();
 
            virtual ~CEquation();
 
            static const CResult Linear(std::complex<double> cpxA, std::complex<double> cpxB, std::complex<double>* pResult, EAccuracy eAccuracy = EAccuracy_Bits64);
 
            static const CResult Quadratic(std::complex<double> cpxA, std::complex<double> cpxB, std::complex<double> cpxC, Base::CFLArray<std::complex<double> >* pResult, EAccuracy eAccuracy = EAccuracy_Bits64);
 
            static const CResult Cubic(std::complex<double> cpxA, std::complex<double> cpxB, std::complex<double> cpxC, std::complex<double> cpxD, Base::CFLArray<std::complex<double> >* pResult, EAccuracy eAccuracy = EAccuracy_Bits64);
 
            static const CResult Quartic(std::complex<double> cpxA, std::complex<double> cpxB, std::complex<double> cpxC, std::complex<double> cpxD, std::complex<double> cpxE, Base::CFLArray<std::complex<double> >* pResult, EAccuracy eAccuracy = EAccuracy_Bits64);
 
            static const CResult Solve(const Base::CFLArray<std::complex<double> >& flaCoeffs, Base::CFLArray<std::complex<double> >* pResult, ECoefficientOrder eCoeffOrder = ECoefficientOrder_Ascending, EAccuracy eAccuracy = EAccuracy_Bits64);
 
 
            SupportToDuplicateObject(CEquation, *this);
            DeclareGetClassType();
        };
    }
}