#ifndef  ENTITY_SDAIFEA_SECANT_COEFFICIENT_OF_LINEAR_THERMAL_EXPANSION_H
#define  ENTITY_SDAIFEA_SECANT_COEFFICIENT_OF_LINEAR_THERMAL_EXPANSION_H

// This file was generated by exp2cxx,
// 0.8.1.
// You probably don't want to edit it since your modifications
// will be lost if exp2cxx is used to regenerate it.

class SC_SCHEMA_EXPORT SdaiFea_secant_coefficient_of_linear_thermal_expansion : public SdaiFea_material_property_representation_item {
     protected:
        SdaiSymmetric_tensor2_3d _fea_constants;
        SDAI_Real _reference_temperature = 0.0;
    public: 
        SdaiFea_secant_coefficient_of_linear_thermal_expansion();
        SdaiFea_secant_coefficient_of_linear_thermal_expansion( SDAI_Application_instance *se, bool addAttrs = true );
        SdaiFea_secant_coefficient_of_linear_thermal_expansion( SdaiFea_secant_coefficient_of_linear_thermal_expansion & e );
        ~SdaiFea_secant_coefficient_of_linear_thermal_expansion();
        int opcode() {
            return 900;
        }
        SdaiSymmetric_tensor2_3d_ptr_c fea_constants_() const;
        SdaiSymmetric_tensor2_3d_ptr   fea_constants_();
        void fea_constants_( const SdaiSymmetric_tensor2_3d_ptr x );

        SdaiThermodynamic_temperature_measure   reference_temperature_() const;
        void reference_temperature_( const SdaiThermodynamic_temperature_measure x );

};

inline SdaiFea_secant_coefficient_of_linear_thermal_expansion * create_SdaiFea_secant_coefficient_of_linear_thermal_expansion() {
    return new SdaiFea_secant_coefficient_of_linear_thermal_expansion;
}

void init_SdaiFea_secant_coefficient_of_linear_thermal_expansion(Registry& reg);

namespace ap209_multidisciplinary_analysis_and_design_mim_lf {
    extern EntityDescriptor *e_fea_secant_coefficient_of_linear_thermal_expansion;
    extern AttrDescriptor *a_1330fea_constants;
    extern AttrDescriptor *a_1331reference_temperature;
}

#endif
