corc.cable.Cable Class Reference

Public Member Functions
	__init__ (self)
	build (self)
	density_corrections (self)
	save (self, str path)
	write_topology (self, str path)
	save_stl (self, str path)
	print (self)

Public Attributes
int	tapeWidth = 12
int	pitch = 10
int	numTurns = 1
int	gap = 1
int	tapeThickness = 100
int	solderThickness = 10
	stackThickness = None
int	numTapesPerLayer = 3
int	numLayers = 1
int	delta = 30
int	domainRadius = 100
float	tapeResolution = 0.5
float	innerResolution = 1.0
float	domainResolution = 10.0
	centerline = StraightLine()
str	workdir = "/tmp"
	winding
	frame = Frame(curve)
	shellgen
	builder = Builder()

Protected Attributes
	_mesh = None
	_post = None

Constructor & Destructor Documentation

__init__()

corc.cable.Cable.__init__

(

self

)

Member Function Documentation

build()

corc.cable.Cable.build

(

self

)

density_corrections()

corc.cable.Cable.density_corrections

(

self

)

BELFEM 'density correction' per interlayer volume (2..nL), if
those volumes are meshed as solder. See Winding.solder_fractions.

print()

corc.cable.Cable.print

(

self

)

save()

corc.cable.Cable.save	(		self,
		str	path )

save_stl()

corc.cable.Cable.save_stl	(		self,
		str	path )

Write the tape shells as ASCII STL (show-off / inspection).

write_topology()

corc.cable.Cable.write_topology	(		self,
		str	path )

Member Data Documentation

_mesh

corc.cable.Cable._mesh = None

protected

_post

corc.cable.Cable._post = None

protected

builder

corc.cable.Cable.builder = Builder()

centerline

corc.cable.Cable.centerline = StraightLine()

delta

int corc.cable.Cable.delta = 30

domainRadius

corc.cable.Cable.domainRadius = 100

domainResolution

float corc.cable.Cable.domainResolution = 10.0

frame

corc.cable.Cable.frame = Frame(curve)

gap

int corc.cable.Cable.gap = 1

innerResolution

float corc.cable.Cable.innerResolution = 1.0

numLayers

int corc.cable.Cable.numLayers = 1

numTapesPerLayer

int corc.cable.Cable.numTapesPerLayer = 3

numTurns

corc.cable.Cable.numTurns = 1

pitch

int corc.cable.Cable.pitch = 10

shellgen

corc.cable.Cable.shellgen

Initial value:

=  ShellGenerator(
            self.winding, self.frame, self.domainRadius,
            self.domainResolution)

solderThickness

int corc.cable.Cable.solderThickness = 10

stackThickness

corc.cable.Cable.stackThickness = None

tapeResolution

float corc.cable.Cable.tapeResolution = 0.5

tapeThickness

int corc.cable.Cable.tapeThickness = 100

tapeWidth

int corc.cable.Cable.tapeWidth = 12

winding

corc.cable.Cable.winding

Initial value:

=  Winding(
            tapeWidth=self.tapeWidth, gap=self.gap,
            tapeThickness=self.tapeThickness,
            solderThickness=self.solderThickness,
            numTapesPerLayer=self.numTapesPerLayer,
            numLayers=self.numLayers, pitch=self.pitch,
            numTurns=numTurns, delta=self.delta,
            tapeResolution=self.tapeResolution)

workdir

str corc.cable.Cable.workdir = "/tmp"

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

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