Tutorials

XEFI is designed to be easy to use and make a calculation in Python3. The package is broken into two types of important classes/functions.

XEFI.models: This module contains the main classes for generating X-ray electric field intensity calculations.

• Submodule for generator methods, such as

  • XEFI.models.XEF_Basic

  • XEFI.models.XEF_Sliced

• and their corresponding result objects such as

  • XEFI.models.BasicResult

  • XEFI.models.BasicRoughResult

  • XEFI.models.SlicedResult

XEFI.results: Submodule for the main calculation method, with templates for XEFI.results.BaseResult and XEFI.results.BaseRoughResult classes, which result classes in XEFI.models rely on. These classes implement much of the graphing and calculation logic required, unless overriden in the model result class.

Select a model to get started.

• XEFI Theory
  • The Algorithm

Models

• Basic
  • BasicResult
  • BasicRoughResult
• Sliced
  • Functionalizing the interface
  • Thickness Variation

Advanced

• KKCalc2
  • Usage
  • Atomic Scattering Polynomials (ASP)
  • KKCalc2 - XEFI Integration
• Energy-Dependent XEFI
  • Calculating a map
• Algorithms
  • DEV
  • TOLAND
  • ABELES