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  • Installation of QUIP and quippy
  • Tutorials
    • QUIP Overview Tutorials
    • Interoperability with Atomic Simulation Environment
    • Molecular Dynamics Simulation of Fracture in Quartz
    • Adaptive QM/MM MD of Fracture in Silicon
    • Committee Modelling using GAP potentials
  • Quippy library reference

  • Index
  • Module Index
  • Search Page
  • Module Source Code
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Tutorials

The following tutorials are currently available:

  • QUIP Overview Tutorials
    • Motivation
    • The QUIP code
    • Code philosophy and goals
    • Code Availability
    • QUIP Features
    • QUIP data model
    • Standalone QUIP usage
    • Usage with LAMMPS
    • Using QUIP with Python and the Atomic Simulation Environment
    • Atomic Simulation Environment (ASE)
    • quippy demo: analysing GAP models with predictive variance
    • Atomic Environment Descriptors
    • Kernel PCA
    • Deep wrapping demo: Tight Binding matrix elements
    • Integration with other Python packages
    • Generalisation: f90wrap wraps other Fortran codes
  • Interoperability with Atomic Simulation Environment
    • Example: vacancy formation energy
  • Molecular Dynamics Simulation of Fracture in Quartz
    • Setting up your working environment
    • Starting a fracture simulation
    • Quartz Primitive Unit Cell
    • Calculating Elastic Properties
    • Changing the loading of the fracture system
    • Energy Release Rate for Dynamic Fracture
    • Extension tasks
    • Input files and Solutions
  • Adaptive QM/MM MD of Fracture in Silicon
    • Introduction
    • Theoretical background
    • Step 1: Setup of the Silicon model system
    • Step 2: Classical MD simulation of fracture in Si
    • Step 3: LOTF hybrid MD simulation of fracture in Si
    • Solutions
    • References
  • Committee Modelling using GAP potentials
    • Exporting the GAP Posterior Covariance
    • Drawing committees from the Posterior Covariance
    • Code Example
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