Certificate_spec.h

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#ifndef CERTIFICATE_SPEC_H
#define CERTIFICATE_SPEC_H
 
#include <string>
 
struct CertificateSpec {
    double f_min_Hz = 1.0;
    double f_max_Hz = 1000.0;
    int n_points = 80;
    bool ac_dq_block = true;          
 
    // Classical / eigenphase (legacy)
    double phase_limit_deg = 90.0;    
    double passivity_eps = 0.0;       
    double shift_delta = 0.0;         
    bool require_passivity = true;
    bool require_phase = true;        
    bool require_shifted = false;     
 
    // Local geometric certificates (computed always; enforced if require_*)
    bool require_nr_phase = false;    
    bool require_nr_zero_outside = false; 
    bool require_small_gain = false;  
    bool require_dw = false;          
    bool require_sector = false;      
    double gain_limit = 1.0;          
    double sector_alpha = -1.0;       
    double sector_beta = 1.0;         
    int nr_theta = 120;               
    int dw_sphere = 16;               
 
    std::string label = "device";
};
 
struct OperatingRegionGrid {
    double P_min = 40e6;
    double P_max = 120e6;
    double Q_min = -40e6;
    double Q_max = 40e6;
    int n_P = 7;
    int n_Q = 7;
    double Vm = 100e3;
    double Vdc = 240e3;
};
 
struct GfmTuningBounds {
    double Kdroop_P_min = 0.0;
    double Kdroop_P_max = 0.0; 
    double Kdroop_Q_min = 0.0;
    double Kdroop_Q_max = 0.0;
    int n_P = 7;
    int n_Q = 5;
    double scale_P_lo = 0.25;  
    double scale_P_hi = 4.0;
    double scale_Q_lo = 0.25;
    double scale_Q_hi = 4.0;
};
 
#endif // CERTIFICATE_SPEC_H