4.0

Algorithm Contents

Mantid contains many algorithms for loading, saving and performing operations on a wide variety of data. The categories below should help you find the algorithm you need. To help with ensuring the Algorithms are found in the most sensible places, they can be in more than one category. If you prefer to search, or know the name you can use the Algorithms Index.

General Algorithms

  • Arithmetic
      Generic mathematical operations on workspaces, including fast fourier transforms.
  • CorrectionFunctions
      Various correction functions including absorption and multiple scattering corrections.
  • DataHandling
      For loading and saving data from a wide variety of formats.
  • Deprecated
      Algorithms in this category are planned for removal in future releases, alternatives are in the algorithm pages.
  • Diagnostics
      Algorithms for performing diagnostics on workspaces.
  • Events
      Algorithms for manipulating event based data, including filtering, compressing and sorting event workspaces.
  • Examples
  • MDAlgorithms
      Algorithms for creating and manipulating multi-dimensional workspaces.
  • Optimization
      Support for fitting splines, peaks and other models to data. Including peak finding, as stripping peaks from data.
  • Remote
      Support for launching job on remote computing resources.
  • Sample
      Sample shape and material definition, manipulation and sample transmission calculation.
  • Simulation
      Algorithms to load and operate on data from external simulation packages.
  • Transforms
      Algorithms for transforming data and other workspace axes such as axes, grouping, masking rebinning, units etc.
  • Utility
      Various algorithms for operations like cloning, deleting, renaming and comparing workspaces, extracting monitors and generating python from a workspace.
  • Workflow
      Internal algorithms decribing complete, and partial workflows for data. Most of these are not planned for direct use by users.

Technique Specific Algorithms

  • Crystal
      Algorithms specifically for single crystal experiments.
  • Diffraction
      Algorithms to support single crystal, powder and total diffraction.
  • Inelastic
      Algorithms to support direct and indirect neutron spectroscopy.
  • Muon
  • Reflectometry
  • SANS

Facility Specific Algorithms

Complete Index: Algorithms Index