turbine_types.H

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#ifndef TURBINE_TYPES_H
#define TURBINE_TYPES_H
 
#include "src/wind_energy/actuator/actuator_types.H"
#include "AMReX_REAL.H"
 
using namespace amrex::literals;
 
namespace kynema_sgf::actuator {
 
struct FLLCData;
 
struct TurbineInfo : public ActInfo
{
    vs::Vector base_pos;

    amrex::Real rotor_diameter{0.0_rt};

    amrex::Real hub_height{0.0_rt};
 
    TurbineInfo(const std::string& label_in, const int id_in)
        : ActInfo(label_in, id_in)
    {}
};
 
struct TurbineBaseData
{
    std::string solver_name{"Internal"};

    int num_blades{3};

    int num_pts_blade;

    int num_vel_pts_blade;

    int num_pts_tower;
 
    RealList chord;
    VecList vel_rel;

    vs::Vector rot_center;

    vs::Tensor rotor_frame;

    vs::Vector eps_inp;

    vs::Vector eps_chord;

    vs::Vector eps_min;

    vs::Vector eps_tower;

    amrex::Real nacelle_cd{0.0_rt};

    amrex::Real nacelle_area{0.0_rt};
 
    std::vector<ComponentView> blades;
    std::vector<FLLCData> fllc;
    ComponentView tower;
    ComponentView hub;
};
 
struct TurbineType : public ActuatorType
{};
 
} // namespace kynema_sgf::actuator
 
#endif /* TURBINE_TYPES_H */