src/SpectralAveraging/src/MeasuredSampleData.cpp
void CSpectralSampleData::interpolate(std::vector<double> const & t_Wavelengths)
    {
        m_Transmittances = m_Transmittances->interpolate(t_Wavelengths);
        m_ReflectancesFront = m_ReflectancesFront->interpolate(t_Wavelengths);
        m_ReflectancesBack = m_ReflectancesBack->interpolate(t_Wavelengths);
        m_AbsorptancesFront = m_AbsorptancesFront->interpolate(t_Wavelengths);
        m_AbsorptancesBack = m_AbsorptancesBack->interpolate(t_Wavelengths);
    }
// Interpolate current sample data to new wavelengths set
Interpolate current sample data to new wavelengths set
Interpolate current sample data to new wavelengths set
void CSpectralSampleData::interpolate(std::vector<double> const & t_Wavelengths)
    {
        m_Transmittances = m_Transmittances->interpolate(t_Wavelengths);
        m_ReflectancesFront = m_ReflectancesFront->interpolate(t_Wavelengths);
        m_ReflectancesBack = m_ReflectancesBack->interpolate(t_Wavelengths);
        m_AbsorptancesFront = m_AbsorptancesFront->interpolate(t_Wavelengths);
        m_AbsorptancesBack = m_AbsorptancesBack->interpolate(t_Wavelengths);
    }
void CSpectralSampleData :: interpolate ( std :: vector < double > const & t_Wavelengths ) { m_Transmittances = m_Transmittances -> interpolate ( t_Wavelengths ) ; m_ReflectancesFront = m_ReflectancesFront -> interpolate ( t_Wavelengths ) ; m_ReflectancesBack = m_ReflectancesBack -> interpolate ( t_Wavelengths ) ; m_AbsorptancesFront = m_AbsorptancesFront -> interpolate ( t_Wavelengths ) ; m_AbsorptancesBack = m_AbsorptancesBack -> interpolate ( t_Wavelengths ) ; }
Interpolate current sample data to new wavelengths set
Interpolate current sample data to new wavelengths set