pancake.fem.PancakeMesh Class Reference

Public Member Functions
	__init__ (self, curve, Domain domain, int numtapes, float tapewidth, float tapedistance, float ds=1.0, int n_across=5, float domain_resolution=8.0, str workdir="/tmp", str name="pancake", bool verbose=True)
	build (self)
	snap_end_faces (self, project)
	hole_outline (self, i)
	save (self, path)
	print (self)
	topology_section (self, amplitude="60 A", period="10 s", offset="-0.01 s")
	write_topology (self, path, **kw)

Public Attributes
	curve = curve
	verbose = bool(verbose)
	domain = domain
	N = int(numtapes)
	w = float(tapewidth)
	d = float(tapedistance)
	ds = float(ds)
	J = int(n_across)
	domain_resolution = float(domain_resolution)
	workdir = workdir
	name = name
list	nodes = []
dict	tris = {}
dict	surfaces = {}
list	slab_tets = []
list	air_tets = []
list	periodic_pairs = []
list	vertex_nodes = []
dict	physicals = {}
	t = t
	stack_thickness = h
	grid = grid
	M = M

Protected Member Functions
	_add_node (self, p)
	_new_surface (self, role, **meta)
	_tags (self, role, **match)
	_build_stack (self)
	_volume (self, tet)
	_frame_dir (self, p, col)
	_fix_orientation (self)
	_mesh_air (self)
	_assemble (self)
	_validate (self)

Protected Attributes
	_mesh = None
list	_station_R = []
list	_station_r = []
	_station_tree = cKDTree(np.array(self._station_r))

Constructor & Destructor Documentation

__init__()

pancake.fem.PancakeMesh.__init__	(		self,
			curve,
		Domain	domain,
		int	numtapes,
		float	tapewidth,
		float	tapedistance,
		float	ds = 1.0,
		int	n_across = 5,
		float	domain_resolution = 8.0,
		str	workdir = "/tmp",
		str	name = "pancake",
		bool	verbose = True )

Member Function Documentation

_add_node()

pancake.fem.PancakeMesh._add_node ( self, p )

protected

_assemble()

pancake.fem.PancakeMesh._assemble ( self )

protected

_build_stack()

pancake.fem.PancakeMesh._build_stack ( self )

protected

_fix_orientation()

pancake.fem.PancakeMesh._fix_orientation ( self )

protected

_frame_dir()

pancake.fem.PancakeMesh._frame_dir ( self, p, col )

protected

_mesh_air()

pancake.fem.PancakeMesh._mesh_air ( self )

protected

_new_surface()

pancake.fem.PancakeMesh._new_surface ( self, role, ** meta )

protected

_tags()

pancake.fem.PancakeMesh._tags ( self, role, ** match )

protected

_validate()

pancake.fem.PancakeMesh._validate ( self )

protected

_volume()

pancake.fem.PancakeMesh._volume ( self, tet )

protected

build()

pancake.fem.PancakeMesh.build

(

self

)

hole_outline()

pancake.fem.PancakeMesh.hole_outline	(		self,
			i )

Node ids around the stack end face at station i (closed loop, first node not repeated).

print()

pancake.fem.PancakeMesh.print

(

self

)

save()

pancake.fem.PancakeMesh.save	(		self,
			path )

snap_end_faces()

pancake.fem.PancakeMesh.snap_end_faces	(		self,
			project )

Move the nodes of both end faces with a projection function (e.g. onto a plane).

topology_section()

pancake.fem.PancakeMesh.topology_section	(		self,
			amplitude = "60 A",
			period = "10 s",
			offset = "-0.01 s" )

write_topology()

pancake.fem.PancakeMesh.write_topology	(		self,
			path,
		**	kw )

Member Data Documentation

_mesh

pancake.fem.PancakeMesh._mesh = None

protected

_station_R

list pancake.fem.PancakeMesh._station_R = []

protected

_station_r

list pancake.fem.PancakeMesh._station_r = []

protected

_station_tree

pancake.fem.PancakeMesh._station_tree = cKDTree(np.array(self._station_r))

protected

air_tets

pancake.fem.PancakeMesh.air_tets = []

curve

pancake.fem.PancakeMesh.curve = curve

d

pancake.fem.PancakeMesh.d = float(tapedistance)

domain

pancake.fem.PancakeMesh.domain = domain

domain_resolution

pancake.fem.PancakeMesh.domain_resolution = float(domain_resolution)

ds

pancake.fem.PancakeMesh.ds = float(ds)

grid

pancake.fem.PancakeMesh.grid = grid

J

pancake.fem.PancakeMesh.J = int(n_across)

M

pancake.fem.PancakeMesh.M = M

N

pancake.fem.PancakeMesh.N = int(numtapes)

name

pancake.fem.PancakeMesh.name = name

nodes

pancake.fem.PancakeMesh.nodes = []

periodic_pairs

pancake.fem.PancakeMesh.periodic_pairs = []

physicals

dict pancake.fem.PancakeMesh.physicals = {}

slab_tets

list pancake.fem.PancakeMesh.slab_tets = []

stack_thickness

pancake.fem.PancakeMesh.stack_thickness = h

surfaces

dict pancake.fem.PancakeMesh.surfaces = {}

t

pancake.fem.PancakeMesh.t = t

tris

dict pancake.fem.PancakeMesh.tris = {}

verbose

pancake.fem.PancakeMesh.verbose = bool(verbose)

vertex_nodes

pancake.fem.PancakeMesh.vertex_nodes = []

w

pancake.fem.PancakeMesh.w = float(tapewidth)

workdir

pancake.fem.PancakeMesh.workdir = workdir

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The documentation for this class was generated from the following file:

• examples/pancake/python/pancake/fem.py