GfmTuningBounds Struct Reference

GFM droop search bounds for the tuning assistant. More...

#include <Certificate_spec.h>

Public Attributes
double	Kdroop_P_min = 0.0
double	Kdroop_P_max = 0.0
	If ≤ min, derived from nominal × factors.
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
	Relative to nominal when absolute bounds unset.
double	scale_P_hi = 4.0
double	scale_Q_lo = 0.25
double	scale_Q_hi = 4.0

Detailed Description

GFM droop search bounds for the tuning assistant.

Member Data Documentation

Kdroop_P_max

double GfmTuningBounds::Kdroop_P_max = 0.0

If ≤ min, derived from nominal × factors.

Referenced by tuneGfmDroops().

Kdroop_P_min

double GfmTuningBounds::Kdroop_P_min = 0.0

Referenced by tuneGfmDroops().

Kdroop_Q_max

double GfmTuningBounds::Kdroop_Q_max = 0.0

Referenced by tuneGfmDroops().

Kdroop_Q_min

double GfmTuningBounds::Kdroop_Q_min = 0.0

Referenced by tuneGfmDroops().

n_P

int GfmTuningBounds::n_P = 7

Referenced by example_certificate_figures(), and tuneGfmDroops().

n_Q

int GfmTuningBounds::n_Q = 5

Referenced by example_certificate_figures(), and tuneGfmDroops().

scale_P_hi

double GfmTuningBounds::scale_P_hi = 4.0

Referenced by example_certificate_figures(), and tuneGfmDroops().

scale_P_lo

double GfmTuningBounds::scale_P_lo = 0.25

Relative to nominal when absolute bounds unset.

Referenced by example_certificate_figures(), and tuneGfmDroops().

scale_Q_hi

double GfmTuningBounds::scale_Q_hi = 4.0

Referenced by example_certificate_figures(), and tuneGfmDroops().

scale_Q_lo

double GfmTuningBounds::scale_Q_lo = 0.25

Referenced by example_certificate_figures(), and tuneGfmDroops().

---

The documentation for this struct was generated from the following file:

• harmony/src/Solver/Certificate/Certificate_spec.h