User guide

• Obtaining, building and running the code
  • Obtaining the code from OpenDiS
  • Obtaining the code as a standalone
  • Detailed build instructions
    • Dependencies
    • Build options
• Tutorials
  • Basics
  • Running a Frank-Read source simulation
  • Simulation examples
  • Setting up a python driven simulation
    • Importing the pyexadis modules
    • Initializing Kokkos
    • Setting up the initial dislocation configuration
    • Global state dictionary
    • Simulation modules
    • Running the simulation
    • Performance considerations
  • Using ExaDiS modules to build applications
  • Using ExaDiS modules in OpenDiS
  • Setting up a C++ driven simulation
    • Includes and namespace
    • Initializing the application
    • Setting up the simulation parameters
    • Setting up the initial dislocation configuration
    • Modules initialization
    • Simulation setup and run
    • Compilation
• Python interface
  • Python modules: pyexadis_base
    • Dislocation network
    • Forces
    • Mobility laws
    • Time-Integrators
    • Collision
    • Topology
    • Remesh
    • Cross-slip
    • Simulation driver
    • Utility functions
  • Python binding: pyexadis
    • General Attributes
    • General Classes
    • General Functions
    • Force
    • Mobility
    • Integrator
    • Collision
    • Topology
    • Remesh
    • Cross-slip
    • Simulation Driver
• ExaDiS tools
  • Computing internal stress fields
    • Usage
    • Options
  • Computing displacement gradient fields
    • Usage
    • Options