fv_wallflux_apriori.py File Reference

Go to the source code of this file.

Namespaces
namespace	fv_wallflux_apriori

Functions
	fv_wallflux_apriori.ux (x, y, z)
	fv_wallflux_apriori.sdf (x, y, z)
	fv_wallflux_apriori.reference (M=200000, d=1e-6)
	fv_wallflux_apriori.face_openness (N, axis, h)
	fv_wallflux_apriori.run (N, use_far2=False)
	fv_wallflux_apriori._quad (x, a1, a2, a3)
	fv_wallflux_apriori.run_normal (N, analytic=False)

Variables
float	fv_wallflux_apriori.R = 0.3102
	fv_wallflux_apriori.C0 = np.array([0.013, -0.007, 0.004])
float	fv_wallflux_apriori.MU = 0.1
	fv_wallflux_apriori.Fex = reference()
	fv_wallflux_apriori.pA = None
	fv_wallflux_apriori.r = run(N)
int	fv_wallflux_apriori.eA = 100*(r["FB"]-Fex)/abs(Fex)
int	fv_wallflux_apriori.eC = 100*(r["Fcen"]-Fex)/abs(Fex)
	fv_wallflux_apriori.oA = np.log2(abs(pA)/abs(eA)) if pA else float("nan")
	fv_wallflux_apriori.oB = np.log2(abs(pB)/abs(eB)) if pB else float("nan")
float	fv_wallflux_apriori.fac = np.log2(N/pN) if pA else 1.0
	fv_wallflux_apriori.pB
	fv_wallflux_apriori.pN
	fv_wallflux_apriori.pC = None
	fv_wallflux_apriori.oC = np.log2(abs(pC) / abs(eC)) / np.log2(N / pN2) if pC else float("nan")
	fv_wallflux_apriori.pN2