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MAICoS
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  • Getting started
    • What is MAICoS
    • Installation
    • Usage - Python interpreter
    • Usage - command line
    • Some conventions
    • Changelog
  • How-to guides
    • Usage - command line
    • Ideal component of the chemical potential
    • Pair distribution functions
    • Dielectric profile calculation
    • Small-angle X-ray scattering
    • Usage - Python interpreter
    • Calculating and interpreting dipolar pair correlation functions
  • Analysis modules
    • DensityCylinder
    • DensityPlanar
    • DensitySphere
    • DielectricCylinder
    • DielectricPlanar
    • DielectricSpectrum
    • DielectricSphere
    • DipoleAngle
    • DiporderCylinder
    • DiporderPlanar
    • DiporderSphere
    • DiporderStructureFactor
    • KineticEnergy
    • PDFCylinder
    • PDFPlanar
    • RDFDiporder
    • Saxs
    • TemperaturePlanar
    • VelocityCylinder
    • VelocityPlanar
  • API documentation
    • Core classes
      • Base classes
        • AnalysisBase
        • AnalysisCollection
        • ProfileBase
      • Planar classes
        • PlanarBase
        • ProfilePlanarBase
      • Cylinder classes
        • CylinderBase
        • ProfileCylinderBase
      • Sphere classes
        • SphereBase
        • ProfileSphereBase
    • Library functions
      • Mathematical helper functions
      • General helper functions
      • Weighting functions
      • Tables
  • Concepts & explanations
    • General design
    • Dielectric constant measurement
    • Small-angle X-ray scattering
    • Pair distribution functions
  • Developer documentation
    • Contributing your own analysis module
    • Testing
    • Contributing to the documentation
    • Version information
    • Release workflow
  • Contributors
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Concepts & explanationsΒΆ

This section provides the theory behind some of the most complex analysis modules and explains the general design of MAICoS. Its purpose is to provide more clarity and understanding of what MAICoS is all about.

  • General design
  • Dielectric constant measurement
  • Small-angle X-ray scattering
  • Pair distribution functions
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