Welcome to FusionSC’s documentation!

What is FusionSC?

Started as an effort to automate my personal workflow, FusionSC is a library intended to conveniently expose common operations required when analyzing the structure of magnetic confinement fusion devices, including the structure of the magnetic field as well as the machine geometry.

Contents:

• Overview & Features
  • Built-in physics
  • External code interfaces
  • Machine geometry handling
  • Remote & asynchronous computation
  • Data storage and distribution
• Installation
  • Verifying the installation
• Setting up FusionSC
  • Setting up component lookup (version 2.2 and above)
  • Setting up component lookup with python methods (version 2.0 and above)
  • (W7-X only) Pre-calculating fields for Biot-Savart calculation
  • (Re-)Configuring the local backend
  • Using verbose logging
• Usage examples (How To …)
  • Current scan (W7-X on-site)
  • Adding 3D perturbations to a 2D equilibrium (J-TEXT)
  • Magnetic field interpolation (J-TEXT)
  • Field line following (J-TEXT)
  • Poincare plots (Wendelstein 7-X)
  • Connection length plots (Wendelstein 7-X)
  • Heat load calculation (Wendelstein 7-X)
  • Creating a server
  • Connecting to a remote server
  • Accelerating computations with field-line mapping
  • Iota Calculation, Fourier Surface Extraction, and Perturbations (Wendelstein 7-X)
  • Dipole fields
• Architecture
  • Client code (Python)
  • Python / C++ interface (C++)
  • Cap’n’proto RPC system (C++, but other implementations exist)
  • Data processing (C++)
  • Service implementation (C++)
  • Kernels (C++ / CUDA)
• Specification of magnetic fields and geometries
  • Magnetic fields
  • Machine geometries
• Licensing
  • MIT License
  • Vendored Libraries
• Reference
  • fusionsc
• C++ library documentation

Indices and tables

• Index

• Module Index

• Search Page