corc.postprocess.Postprocessor Class Reference

Public Member Functions
	__init__ (self, builder, winding, frame, shellgen)
	build_final (self, nodes, tets, shell_tris, old_to_gmsh)
	validate (self, M)

Public Attributes
	b = builder
	w = winding
	frame = frame
	sg = shellgen
list	tape_physicals = []
	boundary_physical = emit_group(b.surface_tags("tube"), "DomainBoundary")
	front_physical = emit_group(cap_tags("front", ("cap_disk", "cap_outer")), "DomainFront")
	back_physical = emit_group(cap_tags("back", ("cap_disk", "cap_outer")), "DomainBack")
list	solder_front_physicals = []
list	solder_back_physicals = []
	volume_count = nV

Protected Member Functions
	_check_vertices (self, M)
	_vertex_transform (self, M)
	_check_cap_pairs (self, M, T, tol=1e-6)
	_check_tets (self, M)
	_check_end_ring_planes (self, M, tol=1e-9)

Constructor & Destructor Documentation

__init__()

corc.postprocess.Postprocessor.__init__	(		self,
			builder,
			winding,
			frame,
			shellgen )

Member Function Documentation

_check_cap_pairs()

corc.postprocess.Postprocessor._check_cap_pairs ( self, M, T, tol = 1e-6 )

protected

_check_end_ring_planes()

corc.postprocess.Postprocessor._check_end_ring_planes ( self, M, tol = 1e-9 )

protected

_check_tets()

corc.postprocess.Postprocessor._check_tets ( self, M )

protected

_check_vertices()

corc.postprocess.Postprocessor._check_vertices ( self, M )

protected

_vertex_transform()

corc.postprocess.Postprocessor._vertex_transform ( self, M )

protected

Affine map from the front vertex triple (1,2,3) to the back
triple (6,7,8), the way BELFEM will derive it.

build_final()

corc.postprocess.Postprocessor.build_final	(		self,
			nodes,
			tets,
			shell_tris,
			old_to_gmsh )

validate()

corc.postprocess.Postprocessor.validate	(		self,
			M )

Member Data Documentation

b

corc.postprocess.Postprocessor.b = builder

back_physical

corc.postprocess.Postprocessor.back_physical = emit_group(cap_tags("back", ("cap_disk", "cap_outer")), "DomainBack")

boundary_physical

corc.postprocess.Postprocessor.boundary_physical = emit_group(b.surface_tags("tube"), "DomainBoundary")

frame

corc.postprocess.Postprocessor.frame = frame

front_physical

corc.postprocess.Postprocessor.front_physical = emit_group(cap_tags("front", ("cap_disk", "cap_outer")), "DomainFront")

sg

corc.postprocess.Postprocessor.sg = shellgen

solder_back_physicals

list corc.postprocess.Postprocessor.solder_back_physicals = []

solder_front_physicals

list corc.postprocess.Postprocessor.solder_front_physicals = []

tape_physicals

list corc.postprocess.Postprocessor.tape_physicals = []

volume_count

corc.postprocess.Postprocessor.volume_count = nV

w

corc.postprocess.Postprocessor.w = winding

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

• examples/corc_twolayer/python/corc/postprocess.py