gp_pressure_classification.py File Reference

Go to the source code of this file.

Namespaces
namespace	gp_pressure_classification

Functions
	gp_pressure_classification.comps (open_faces, active)

Variables
	gp_pressure_classification.pack
	gp_pressure_classification.R
	gp_pressure_classification.pk = np.load(pack)
	gp_pressure_classification.box = np.asarray(pk["box"], float)
	gp_pressure_classification.G = np.round(box * R).astype(int)
	gp_pressure_classification.c = np.asarray(pk["centers"]) * R
	gp_pressure_classification.r = np.asarray(pk["scales"]) * R
	gp_pressure_classification.S = np.full(tuple(G), 1e30, np.float32)
list	gp_pressure_classification.ax = [np.arange(G[k]) + 0.5 for k in range(3)]
	gp_pressure_classification.cs = c + sh * G
	gp_pressure_classification.keep = np.all((cs + (r + 3)[:, None] > 0) & (cs - (r + 3)[:, None] < G), axis=1)
	gp_pressure_classification.i0
	gp_pressure_classification.i1
	gp_pressure_classification.j0
	gp_pressure_classification.j1
	gp_pressure_classification.k0
	gp_pressure_classification.k1
	gp_pressure_classification.d
	gp_pressure_classification.out
	gp_pressure_classification.n = int(np.prod(G))
int	gp_pressure_classification.fluidC = 0
list	gp_pressure_classification.Fm = [0.5 * (np.roll(S, 1, axis=a) + S) >= 0 for a in range(3)]
	gp_pressure_classification.nfaces = sum(Fm[a].astype(np.int8) + np.roll(Fm[a], -1, axis=a).astype(np.int8) for a in range(3))
int	gp_pressure_classification.hasface = nfaces > 0
list	gp_pressure_classification.cur_open = [np.roll(fluidC, 1, axis=a) & fluidC for a in range(3)]
	gp_pressure_classification.nc
	gp_pressure_classification.tot
	gp_pressure_classification.orph
	gp_pressure_classification.nc2
	gp_pressure_classification.tot2
	gp_pressure_classification.orph2