#ifndef  TYPE_SDAIFLOW_SOLUTION_DATA_NAME_VAR_H
#define  TYPE_SDAIFLOW_SOLUTION_DATA_NAME_VAR_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.

enum Flow_solution_data_name {
        Flow_solution_data_name__density,
        Flow_solution_data_name__density_stagnation,
        Flow_solution_data_name__energy_internal,
        Flow_solution_data_name__energy_kinetic,
        Flow_solution_data_name__energy_stagnation,
        Flow_solution_data_name__energy_stagnation_density,
        Flow_solution_data_name__enthalpy,
        Flow_solution_data_name__enthalpy_stagnation,
        Flow_solution_data_name__entropy,
        Flow_solution_data_name__entropy_approx,
        Flow_solution_data_name__ideal_gas_constant,
        Flow_solution_data_name__mass_flow,
        Flow_solution_data_name__momentum_magnitude,
        Flow_solution_data_name__momentum_x,
        Flow_solution_data_name__momentum_y,
        Flow_solution_data_name__momentum_z,
        Flow_solution_data_name__potential,
        Flow_solution_data_name__pressure,
        Flow_solution_data_name__pressure_dynamic,
        Flow_solution_data_name__pressure_stagnation,
        Flow_solution_data_name__reynolds_stress_xx,
        Flow_solution_data_name__reynolds_stress_xy,
        Flow_solution_data_name__reynolds_stress_xz,
        Flow_solution_data_name__reynolds_stress_yy,
        Flow_solution_data_name__reynolds_stress_yz,
        Flow_solution_data_name__reynolds_stress_zz,
        Flow_solution_data_name__skin_friction_magnitude,
        Flow_solution_data_name__skin_friction_x,
        Flow_solution_data_name__skin_friction_y,
        Flow_solution_data_name__skin_friction_z,
        Flow_solution_data_name__specific_heat_pressure,
        Flow_solution_data_name__specific_heat_volume,
        Flow_solution_data_name__stream_function,
        Flow_solution_data_name__temperature,
        Flow_solution_data_name__temperature_stagnation,
        Flow_solution_data_name__thermal_conductivity,
        Flow_solution_data_name__velocity_angle_x,
        Flow_solution_data_name__velocity_angle_y,
        Flow_solution_data_name__velocity_angle_z,
        Flow_solution_data_name__velocity_magnitude,
        Flow_solution_data_name__velocity_normal,
        Flow_solution_data_name__velocity_phi,
        Flow_solution_data_name__velocity_r,
        Flow_solution_data_name__velocity_sound,
        Flow_solution_data_name__velocity_sound_stagnation,
        Flow_solution_data_name__velocity_tangential,
        Flow_solution_data_name__velocity_theta,
        Flow_solution_data_name__velocity_unit_vector_x,
        Flow_solution_data_name__velocity_unit_vector_y,
        Flow_solution_data_name__velocity_unit_vector_z,
        Flow_solution_data_name__velocity_x,
        Flow_solution_data_name__velocity_y,
        Flow_solution_data_name__velocity_z,
        Flow_solution_data_name__viscosity_eddy,
        Flow_solution_data_name__viscosity_kinematic,
        Flow_solution_data_name__viscosity_molecular,
        Flow_solution_data_name__vorticity_magnitude,
        Flow_solution_data_name__vorticity_x,
        Flow_solution_data_name__vorticity_y,
        Flow_solution_data_name__vorticity_z,
        Flow_solution_data_name_unset
};

class SC_SCHEMA_EXPORT SdaiFlow_solution_data_name_var  :  public SDAI_Enum  {
  protected:
        EnumTypeDescriptor *type;

  public:
        SdaiFlow_solution_data_name_var (const char * n =0, EnumTypeDescriptor *et =ap209_multidisciplinary_analysis_and_design_mim_lf::t_flow_solution_data_name);
        SdaiFlow_solution_data_name_var (Flow_solution_data_name e, EnumTypeDescriptor *et =ap209_multidisciplinary_analysis_and_design_mim_lf::t_flow_solution_data_name)
                : type(et) {  set_value (e);  }
        SdaiFlow_solution_data_name_var (const SdaiFlow_solution_data_name_var &e) { set_value(e); }
        ~SdaiFlow_solution_data_name_var () { }
        SdaiFlow_solution_data_name_var& operator= (const SdaiFlow_solution_data_name_var& e)
                {  set_value (e);  return *this;  }
        operator Flow_solution_data_name () const;

        inline virtual const char * Name () const
                {  return type->Name();  }
        inline virtual int no_elements () const  {  return 60;  }
        virtual const char * element_at (int n) const;
};

typedef       SdaiFlow_solution_data_name_var *   SdaiFlow_solution_data_name_var_ptr;

typedef const SdaiFlow_solution_data_name_var *   SdaiFlow_solution_data_name_var_ptr_c;
  SDAI_Enum * create_SdaiFlow_solution_data_name_var();

class SdaiFlow_solution_data_name_var_agg  :  public EnumAggregate  {
  protected:
    EnumTypeDescriptor *enum_type;

  public:
    SdaiFlow_solution_data_name_var_agg( EnumTypeDescriptor * =ap209_multidisciplinary_analysis_and_design_mim_lf::t_flow_solution_data_name);
    virtual ~SdaiFlow_solution_data_name_var_agg();
    virtual SingleLinkNode * NewNode()
        { return new EnumNode (new SdaiFlow_solution_data_name_var( "", enum_type )); }
};

typedef       SdaiFlow_solution_data_name_var_agg *   SdaiFlow_solution_data_name_var_agg_ptr;

typedef const SdaiFlow_solution_data_name_var_agg *   SdaiFlow_solution_data_name_var_agg_ptr_c;
  STEPaggregate * create_SdaiFlow_solution_data_name_var_agg ();
void init_SdaiFlow_solution_data_name_var(Registry& reg);

#endif
