examples.dg.mhd.fvm_plotter_test Namespace Reference

Variables
int	maxslide = 1000
plt	cmap = plt.cm.viridis
int	divisions = 100
h5py	f = h5py.File("data/gem_imhd_0.h5")
np	rho = np.asarray(f["variables/fluid/rho/domain"]).flatten(order='C')
float	minrho = 0.0
np	maxrho = rho.max()
np	coordinates = np.asarray(f["coordinates"])
np	connectivity = np.asarray(f["connectivity"])
np	elems = connectivity.shape[0]
np	X = np.zeros((elems,3,3))
np	x = X[:,:,0]
np	y = X[:,:,1]
np	xmax = np.max(np.max(x))
np	xmin = np.min(np.min(x))
np	ymax = np.max(np.max(y))
np	ymin = np.min(np.min(y))
np	Lx = xmax - xmin
np	Ly = ymax - ymin
np	xmid = np.zeros((elems,3))
tri	triang = tri.Triangulation(x.flatten(),y.flatten())
np	umid = np.zeros((elems))
np	u = np.asarray(f["variables/fluid/rho/domain"])
int	delta = 0
np	ticklevels = np.linspace(0,maxrho,divisions)
plt	tric = plt.tripcolor(coordinates[:,0],coordinates[:,1],connectivity,facecolors=umid,edgecolors='k',vmin=minrho-delta,vmax=maxrho+delta,cmap=cmap)
plt	cbar = plt.colorbar()

Variable Documentation

cbar

plt examples.dg.mhd.fvm_plotter_test.cbar = plt.colorbar()

cmap

plt examples.dg.mhd.fvm_plotter_test.cmap = plt.cm.viridis

connectivity

np examples.dg.mhd.fvm_plotter_test.connectivity = np.asarray(f["connectivity"])

coordinates

np examples.dg.mhd.fvm_plotter_test.coordinates = np.asarray(f["coordinates"])

delta

int examples.dg.mhd.fvm_plotter_test.delta = 0

divisions

int examples.dg.mhd.fvm_plotter_test.divisions = 100

elems

np examples.dg.mhd.fvm_plotter_test.elems = connectivity.shape[0]

f

h5py examples.dg.mhd.fvm_plotter_test.f = h5py.File("data/gem_imhd_0.h5")

Lx

np examples.dg.mhd.fvm_plotter_test.Lx = xmax - xmin

Ly

np examples.dg.mhd.fvm_plotter_test.Ly = ymax - ymin

maxrho

np examples.dg.mhd.fvm_plotter_test.maxrho = rho.max()

maxslide

int examples.dg.mhd.fvm_plotter_test.maxslide = 1000

minrho

np examples.dg.mhd.fvm_plotter_test.minrho = 0.0

rho

np examples.dg.mhd.fvm_plotter_test.rho = np.asarray(f["variables/fluid/rho/domain"]).flatten(order='C')

ticklevels

np examples.dg.mhd.fvm_plotter_test.ticklevels = np.linspace(0,maxrho,divisions)

triang

tri examples.dg.mhd.fvm_plotter_test.triang = tri.Triangulation(x.flatten(),y.flatten())

tric

plt examples.dg.mhd.fvm_plotter_test.tric = plt.tripcolor(coordinates[:,0],coordinates[:,1],connectivity,facecolors=umid,edgecolors='k',vmin=minrho-delta,vmax=maxrho+delta,cmap=cmap)

u

np examples.dg.mhd.fvm_plotter_test.u = np.asarray(f["variables/fluid/rho/domain"])

umid

np examples.dg.mhd.fvm_plotter_test.umid = np.zeros((elems))

X

np examples.dg.mhd.fvm_plotter_test.X = np.zeros((elems,3,3))

x

np examples.dg.mhd.fvm_plotter_test.x = X[:,:,0]

xmax

np examples.dg.mhd.fvm_plotter_test.xmax = np.max(np.max(x))

xmid

np examples.dg.mhd.fvm_plotter_test.xmid = np.zeros((elems,3))

xmin

np examples.dg.mhd.fvm_plotter_test.xmin = np.min(np.min(x))

y

np examples.dg.mhd.fvm_plotter_test.y = X[:,:,1]

ymax

np examples.dg.mhd.fvm_plotter_test.ymax = np.max(np.max(y))

ymin

np examples.dg.mhd.fvm_plotter_test.ymin = np.min(np.min(y))