lionanalysis
  • About lionanalysis
  • Examples
    • Getting started with lionanalysis
    • Number density of particles for an axis
    • Radial and angular distribution functions, hydrogen bond definition
    • Lifetime time correlation functions and hydroxide ions
    • Mean squared displacement and proton transfer free energy landscape
    • Block averages (standard deviation, standard error)
  • Input
  • Frequently asked questions
  • Trajectory and structure file formats
  • Utilities
  • Developer documentation
lionanalysis
  • Examples
  • View page source

Examples

Important

All examples require that the file common.py be placed in the working directory.

The original Jupyter notebooks, common.py, and the trajectory files can be found in the docs/examples directory in the source tree.

  • Getting started with lionanalysis
    • Introduction
    • Example trajectory: RuH.xyz
    • Simple lionanalysis run to print number of Ru and H atoms as a function of time
    • Load and plot data with pandas, matplotlib, seaborn
    • Defining groups and finding out atomic environments
    • Visualize atoms in different groups
  • Number density of particles for an axis
  • Radial and angular distribution functions, hydrogen bond definition
    • Radial distribution functions
    • Angular distribution function
    • Hydrogen bond statistics and defining groups based on angle criteria
    • Plot coordination number vs. frame number
  • Lifetime time correlation functions and hydroxide ions
    • Hydroxide ion definition, show hydroxides in different color
    • Lifetime from continuous and intermittent time correlation functions
    • Lifetime from SSP: Stable States Picture
  • Mean squared displacement and proton transfer free energy landscape
    • Sodium diffusion coefficient
    • Hydroxide ion diffusion coefficient
    • Na-O radial distribution function
    • Proton transfer free energy landscape
    • Advanced PTFEL for local environments
  • Block averages (standard deviation, standard error)
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