collocated_s1_reconciliation.py File Reference

Go to the source code of this file.

Namespaces
namespace	collocated_s1_reconciliation

Functions
	collocated_s1_reconciliation.bed_sdf (N, npz)
	collocated_s1_reconciliation.march (N)
	collocated_s1_reconciliation.stats (name, v, scale)

Variables
	collocated_s1_reconciliation.BED = os.environ.get("BED", "")
	collocated_s1_reconciliation.MARCH_TOL = float(os.environ.get("MARCH_TOL", "1e-8"))
	collocated_s1_reconciliation.MAXS = int(os.environ.get("MARCH_MAX", "4000"))
	collocated_s1_reconciliation.DT = float(os.environ.get("DT", "60.0"))
dict	collocated_s1_reconciliation.prev = {}
	collocated_s1_reconciliation.s
	collocated_s1_reconciliation.sdf
	collocated_s1_reconciliation.R
	collocated_s1_reconciliation.steps
list	collocated_s1_reconciliation.U = [np.asarray(s.get_u()), np.asarray(s.get_v()), np.asarray(s.get_w())]
list	collocated_s1_reconciliation.UF = [np.asarray(s.get_uf()), np.asarray(s.get_vf()), np.asarray(s.get_wf())]
list	collocated_s1_reconciliation.OX = [np.asarray(s.get_ox()), np.asarray(s.get_oy()), np.asarray(s.get_oz())]
float	collocated_s1_reconciliation.fluid = 0.0
	collocated_s1_reconciliation.uscale = float(np.abs(U[0][fluid]).mean())
dict	collocated_s1_reconciliation.rms = {}
float	collocated_s1_reconciliation.half = 0.5 * (U[a] + np.roll(U[a], 1, axis=a))
list	collocated_s1_reconciliation.openf = OX[a] > 0.0
	collocated_s1_reconciliation.div = np.zeros_like(U[0])
list	collocated_s1_reconciliation.flx = OX[a] * half
	collocated_s1_reconciliation.axis
	collocated_s1_reconciliation.divf = np.zeros_like(U[0])
float	collocated_s1_reconciliation.cavg = 0.5 * (UF[a] + np.roll(UF[a], -1, axis=a))
tuple	collocated_s1_reconciliation.d = (U[a] - cavg)
float	collocated_s1_reconciliation.near = fluid & (np.abs(sdf) <= 2.0)
float	collocated_s1_reconciliation.bulk = fluid & (np.abs(sdf) > 2.0)
	collocated_s1_reconciliation.lr = np.log(N / prev["N"])
dict	collocated_s1_reconciliation.orders
	collocated_s1_reconciliation.flush