rutherford.postprocess.Postprocessor Class Reference

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

Public Attributes
	b = builder
	w = winding
	sg = shellgen
list	tape_physicals = []
	boundary_physical = emit_group(b.surface_tags("tube"), "DomainBoundary")
	front_physical = emit_group(cap_tags("front"), "DomainFront")
	back_physical = emit_group(cap_tags("back"), "DomainBack")
	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__()

rutherford.postprocess.Postprocessor.__init__	(		self,
			builder,
			winding,
			shellgen )

Member Function Documentation

_check_cap_pairs()

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

protected

_check_end_ring_planes()

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

protected

_check_tets()

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

protected

_check_vertices()

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

protected

_vertex_transform()

rutherford.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. Here it must come
out as the translation by the cable length.

build_final()

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

validate()

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

Member Data Documentation

b

rutherford.postprocess.Postprocessor.b = builder

back_physical

rutherford.postprocess.Postprocessor.back_physical = emit_group(cap_tags("back"), "DomainBack")

boundary_physical

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

front_physical

rutherford.postprocess.Postprocessor.front_physical = emit_group(cap_tags("front"), "DomainFront")

sg

rutherford.postprocess.Postprocessor.sg = shellgen

tape_physicals

list rutherford.postprocess.Postprocessor.tape_physicals = []

volume_count

rutherford.postprocess.Postprocessor.volume_count = nV

w

rutherford.postprocess.Postprocessor.w = winding

---

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

• examples/rutherford/python/rutherford/postprocess.py