corc.caps.CapGenerator Class Reference

Public Member Functions
	__init__ (self, shellgen, float inner_resolution, str workdir)
	build_cap_geo (self, path)
	mesh_cap (self)
	instantiate (self, builder, cap)

Public Attributes
	sg = shellgen
	w = shellgen.w
	inner_resolution = inner_resolution
	workdir = workdir

Protected Member Functions
	_interpret (self, meta, nodes, elements)

Constructor & Destructor Documentation

__init__()

corc.caps.CapGenerator.__init__	(		self,
			shellgen,
		float	inner_resolution,
		str	workdir )

Member Function Documentation

_interpret()

corc.caps.CapGenerator._interpret ( self, meta, nodes, elements )

protected

Snap boundary nodes to exact slot positions and classify every
cap node: ('ring', layer, slot) / ('dom', slot) / ('center',) /
('interior',). Returns dict with node arrays and tris per piece.

build_cap_geo()

corc.caps.CapGenerator.build_cap_geo	(		self,
			path )

Write the planar cap .geo. Returns metadata needed to interpret
the mesh: ring slot positions and surface ids.

instantiate()

corc.caps.CapGenerator.instantiate	(		self,
			builder,
			cap )

Create front and back cap instances in the builder, wiring
boundary nodes to the strip ring ids. Returns nothing; fills
builder.cap_pairs, cap surface tags and builder.vertex_nodes.

mesh_cap()

corc.caps.CapGenerator.mesh_cap

(

self

)

Member Data Documentation

inner_resolution

corc.caps.CapGenerator.inner_resolution = inner_resolution

sg

corc.caps.CapGenerator.sg = shellgen

w

corc.caps.CapGenerator.w = shellgen.w

workdir

corc.caps.CapGenerator.workdir = workdir

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

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