ess.polarization.SecondDegreePolynomialEfficiency#

class ess.polarization.SecondDegreePolynomialEfficiency(a, b, c)[source]#

Efficiency of a supermirror as a second-degree polynomial

The efficiency is given by a * wavelength^2 + b * wavelength + c

Parameters:

  • a (Variable) – Coefficient of the quadratic term, with unit of 1/angstrom^2

  • b (Variable) – Coefficient of the linear term, with unit of 1/angstrom

  • c (Variable) – Constant term, dimensionless

__init__(a, b, c)#

Methods

__init__(a, b, c)

Attributes

a

b

c