Variables
	C = Cable()
	tapeWidth
	pitch
	numTurns
	gap
	tapeThickness
	solderThickness
	domainRadius
	numTapesPerLayer
	numLayers
	delta
	tapeResolution
	innerResolution
	domainResolution
	centerline
	workdir

Detailed Description

End-to-end: TWO counter-wound layers, half-integer turns (cap rotation
theta = pi), thin 0.11 mm inter-layer gap.

KNOWN LIMITATION (2026-07-14, gmsh 4.13.1): the geometry, closure, cap
periodicity and the thin-gap fill are all correct (gap region has ZERO
sub-threshold tets at tapeResolution = 2x gap with Netgen optimization),
but gmsh's Delaunay leaves ~70-90 front-collision slivers in the OUTER air
(concentric size-field point shells at mid-domain; RandomFactor/Netgen do
not remove them, HXT and Frontal segfault in this build). Expected to be
fixed by gmsh 4.15.2 (/opt/gmsh/latest) — re-run this test after the
upgrade. Until then the validation error is the EXPECTED outcome; this
test asserts exactly that, so a silent regression of the validator would
also be caught.

Variable Documentation

◆ C

corc.tests.test_multilayer_e2e.C = Cable()

◆ centerline

corc.tests.test_multilayer_e2e.centerline

◆ delta

corc.tests.test_multilayer_e2e.delta

◆ domainRadius

corc.tests.test_multilayer_e2e.domainRadius

◆ domainResolution

corc.tests.test_multilayer_e2e.domainResolution

◆ gap

corc.tests.test_multilayer_e2e.gap

◆ innerResolution

corc.tests.test_multilayer_e2e.innerResolution

◆ numLayers

corc.tests.test_multilayer_e2e.numLayers

◆ numTapesPerLayer

corc.tests.test_multilayer_e2e.numTapesPerLayer

◆ numTurns

corc.tests.test_multilayer_e2e.numTurns

◆ pitch

corc.tests.test_multilayer_e2e.pitch

◆ solderThickness

corc.tests.test_multilayer_e2e.solderThickness

◆ tapeResolution

corc.tests.test_multilayer_e2e.tapeResolution

◆ tapeThickness

corc.tests.test_multilayer_e2e.tapeThickness

◆ tapeWidth

corc.tests.test_multilayer_e2e.tapeWidth

◆ workdir

corc.tests.test_multilayer_e2e.workdir

Variables