examples.uc.read_mesh2d Namespace Reference

Variables
sys	plot_mesh = sys.argv[1]
int	sorder = int(sys.argv[2])
h5py	f = h5py.File(plot_mesh)
np	coordinates = np.asarray(f["domain/coordinates"])
np	subelement_connectivity = np.asarray(f["domain/connectivity"])
np	element_connectivity = np.asarray(f["domain/element_connectivity"])
h5py	patchNames = f["domain"].attrs["patchNames"]
h5py	patchIndexes = f["domain"].attrs["patchIndexes"]
h5py	startingElementIndexes = f["domain"].attrs["startingElementIndexes"]
np	numcoords = coordinates.shape[0]
np	numsubelems = subelement_connectivity.shape[0]
np	numelems = element_connectivity.shape[0]
len	numpatches = len(patchIndexes)
np	x = coordinates[:,0]
np	y = coordinates[:,1]
tri	triang_subelements = tri.Triangulation(x,y,subelement_connectivity)
list	tri_corners = [0, 0, 0]
tri	triang_elements = tri.Triangulation(x, y, np.vstack((element_connectivity[:,tri_corners[0]], element_connectivity[:,tri_corners[1]], element_connectivity[:,tri_corners[2]])).T)
np	patchMarkers = np.zeros(x.shape)
tuple	centroids_subelements = (coordinates[subelement_connectivity[:,0]]+coordinates[subelement_connectivity[:,1]]+coordinates[subelement_connectivity[:,2]])/3.0
tuple	centroids_elements = (coordinates[element_connectivity[:,tri_corners[0]]]+coordinates[element_connectivity[:,tri_corners[1]]]+coordinates[element_connectivity[:,tri_corners[2]]])/3.0
	color
	linewidth
	linestyle
	cmap
	ticks
	s

Variable Documentation

centroids_elements

tuple examples.uc.read_mesh2d.centroids_elements = (coordinates[element_connectivity[:,tri_corners[0]]]+coordinates[element_connectivity[:,tri_corners[1]]]+coordinates[element_connectivity[:,tri_corners[2]]])/3.0

centroids_subelements

tuple examples.uc.read_mesh2d.centroids_subelements = (coordinates[subelement_connectivity[:,0]]+coordinates[subelement_connectivity[:,1]]+coordinates[subelement_connectivity[:,2]])/3.0

cmap

examples.uc.read_mesh2d.cmap

color

examples.uc.read_mesh2d.color

coordinates

np examples.uc.read_mesh2d.coordinates = np.asarray(f["domain/coordinates"])

element_connectivity

np examples.uc.read_mesh2d.element_connectivity = np.asarray(f["domain/element_connectivity"])

f

h5py examples.uc.read_mesh2d.f = h5py.File(plot_mesh)

linestyle

examples.uc.read_mesh2d.linestyle

linewidth

examples.uc.read_mesh2d.linewidth

numcoords

np examples.uc.read_mesh2d.numcoords = coordinates.shape[0]

numelems

np examples.uc.read_mesh2d.numelems = element_connectivity.shape[0]

numpatches

len examples.uc.read_mesh2d.numpatches = len(patchIndexes)

numsubelems

np examples.uc.read_mesh2d.numsubelems = subelement_connectivity.shape[0]

patchIndexes

h5py examples.uc.read_mesh2d.patchIndexes = f["domain"].attrs["patchIndexes"]

patchMarkers

examples.uc.read_mesh2d.patchMarkers = np.zeros(x.shape)

patchNames

h5py examples.uc.read_mesh2d.patchNames = f["domain"].attrs["patchNames"]

plot_mesh

sys examples.uc.read_mesh2d.plot_mesh = sys.argv[1]

s

examples.uc.read_mesh2d.s

sorder

int examples.uc.read_mesh2d.sorder = int(sys.argv[2])

startingElementIndexes

h5py examples.uc.read_mesh2d.startingElementIndexes = f["domain"].attrs["startingElementIndexes"]

subelement_connectivity

np examples.uc.read_mesh2d.subelement_connectivity = np.asarray(f["domain/connectivity"])

ticks

examples.uc.read_mesh2d.ticks

tri_corners

list examples.uc.read_mesh2d.tri_corners = [0, 0, 0]

triang_elements

examples.uc.read_mesh2d.triang_elements = tri.Triangulation(x, y, np.vstack((element_connectivity[:,tri_corners[0]], element_connectivity[:,tri_corners[1]], element_connectivity[:,tri_corners[2]])).T)

triang_subelements

tri examples.uc.read_mesh2d.triang_subelements = tri.Triangulation(x,y,subelement_connectivity)

x

examples.uc.read_mesh2d.x = coordinates[:,0]

y

examples.uc.read_mesh2d.y = coordinates[:,1]