rutherford.shells.ShellGenerator Class Reference

Public Member Functions
	__init__ (self, winding, float domain_radius, float domain_resolution)
	layer_slots (self, int l)
int	end_slot_shift (self, int l)
	z_rows (self)
	tube_rows (self)
	tube_slot_count (self)
	build (self, builder)
	check_surface (self, builder, tol=1e-9)

Public Attributes
	w = winding
	domain_radius = domain_radius
	domain_resolution = domain_resolution

Protected Member Functions
	_assert_outward (self, builder, axis, which)

Constructor & Destructor Documentation

__init__()

rutherford.shells.ShellGenerator.__init__	(		self,
			winding,
		float	domain_radius,
		float	domain_resolution )

Member Function Documentation

_assert_outward()

rutherford.shells.ShellGenerator._assert_outward ( self, builder, axis, which )

protected

The triangle added at builder.tris[which] must face away from
the axis point of its row pair. The stadium is convex, so this is
a valid outwardness test for the strips as well as the tube.

build()

rutherford.shells.ShellGenerator.build	(		self,
			builder )

check_surface()

rutherford.shells.ShellGenerator.check_surface	(		self,
			builder,
			tol = 1e-9 )

Every ring node must sit exactly on its layer's stadium.

end_slot_shift()

int rutherford.shells.ShellGenerator.end_slot_shift	(		self,
		int	l )

Slot index shift between a layer's last row and its first: ring
slot j at z = length sits at the z = 0 position of slot
j + q * (slots per sector), q = winding.tape_shift(), the same for
both winding senses.

layer_slots()

rutherford.shells.ShellGenerator.layer_slots	(		self,
		int	l )

Slot arc lengths (z = 0, before the sense is applied) for layer
l and the per-feature slot ranges: returns (slots, features) where
features is a list of ("tape"|"gap", tape_index, slot_start,
slot_count).

tube_rows()

rutherford.shells.ShellGenerator.tube_rows

(

self

)

tube_slot_count()

rutherford.shells.ShellGenerator.tube_slot_count

(

self

)

z_rows()

rutherford.shells.ShellGenerator.z_rows

(

self

)

Member Data Documentation

domain_radius

rutherford.shells.ShellGenerator.domain_radius = domain_radius

domain_resolution

rutherford.shells.ShellGenerator.domain_resolution = domain_resolution

w

rutherford.shells.ShellGenerator.w = winding

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

• examples/rutherford/python/rutherford/shells.py