rutherford.stadium.Stadium Class Reference

Public Member Functions
	__init__ (self, float ws, float r)
	points (self, s)
	point (self, float s)
	normals (self, s)
	distance (self, x, y)

Public Attributes
	ws = ws
	r = r
float	width = ws + 2.0 * r
float	perimeter = 2.0 * ws + 2.0 * math.pi * r
float	s_b = 0.5 * ws
float	s_c = 0.5 * ws + math.pi * r
float	s_d = 1.5 * ws + math.pi * r
float	s_e = 1.5 * ws + 2.0 * math.pi * r

Constructor & Destructor Documentation

__init__()

rutherford.stadium.Stadium.__init__	(		self,
		float	ws,
		float	r )

Member Function Documentation

distance()

rutherford.stadium.Stadium.distance	(		self,
			x,
			y )

Signed distance of (x, y) (arrays) to the perimeter: negative
inside, zero on the curve.

normals()

rutherford.stadium.Stadium.normals	(		self,
			s )

Outward unit normals at arc length s (array).

point()

rutherford.stadium.Stadium.point	(		self,
		float	s )

points()

rutherford.stadium.Stadium.points	(		self,
			s )

(x, y) of the perimeter points at arc length s (array), taken
modulo the perimeter.

Member Data Documentation

perimeter

float rutherford.stadium.Stadium.perimeter = 2.0 * ws + 2.0 * math.pi * r

r

rutherford.stadium.Stadium.r = r

s_b

float rutherford.stadium.Stadium.s_b = 0.5 * ws

s_c

float rutherford.stadium.Stadium.s_c = 0.5 * ws + math.pi * r

s_d

float rutherford.stadium.Stadium.s_d = 1.5 * ws + math.pi * r

s_e

float rutherford.stadium.Stadium.s_e = 1.5 * ws + 2.0 * math.pi * r

width

float rutherford.stadium.Stadium.width = ws + 2.0 * r

ws

rutherford.stadium.Stadium.ws = ws

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

• examples/rutherford/python/rutherford/stadium.py