rutherford.tests.test_stadium Namespace Reference

Functions
	check (label, ok)

Variables
	ws
	r
	S = Stadium(ws, r)
	P = S.perimeter
	x
	y
	s = np.linspace(0.0, P, 20001)
	seg = np.hypot(np.diff(x), np.diff(y))
int	ds = P / 20000
	d = S.distance(x, y)
	nx
	ny
int	eps = 1e-6
	tx
	ty
	mx
	my
	x1
	y1
	x2
	y2
	C = Stadium(0.0, 1.0)
bool	ok = False

Detailed Description

Stadium map: closure, the four junction points, arc-length parameter-
ization, outward normals and the signed distance.

Function Documentation

check()

check	(		label,
			ok )

Variable Documentation

C

rutherford.tests.test_stadium.C = Stadium(0.0, 1.0)

d

rutherford.tests.test_stadium.d = S.distance(x, y)

ds

int rutherford.tests.test_stadium.ds = P / 20000

eps

int rutherford.tests.test_stadium.eps = 1e-6

mx

rutherford.tests.test_stadium.mx

my

rutherford.tests.test_stadium.my

nx

rutherford.tests.test_stadium.nx

ny

rutherford.tests.test_stadium.ny

ok

bool ok = False

P

rutherford.tests.test_stadium.P = S.perimeter

r

rutherford.tests.test_stadium.r

S

rutherford.tests.test_stadium.S = Stadium(ws, r)

s

rutherford.tests.test_stadium.s = np.linspace(0.0, P, 20001)

seg

rutherford.tests.test_stadium.seg = np.hypot(np.diff(x), np.diff(y))

tx

rutherford.tests.test_stadium.tx

ty

rutherford.tests.test_stadium.ty

ws

rutherford.tests.test_stadium.ws

x

rutherford.tests.test_stadium.x

x1

rutherford.tests.test_stadium.x1

x2

rutherford.tests.test_stadium.x2

y

rutherford.tests.test_stadium.y

y1

rutherford.tests.test_stadium.y1

y2

rutherford.tests.test_stadium.y2