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The following methods are currently included in the ScaFaCoS software library.
The corresponding developer of this method is Ivo Kabadshow.
The corresponding developer of this method is Florian Fahrenberger.
The particle-particle NFFT (P2NFFT) is a general framework for particle mesh algorithms based on nonequispaced fast Fourier transforms (NFFT). By appropriate choice of parameters, this framework includes the Particle-Mesh Ewald methods for periodic boundary conditions and the fast summation algorithm for non-periodic boundary conditions.
The corresponding developers of this method are Franziska Nestler and Michael Pippig.
The corresponding developer of this method is Olaf Lenz.
The corresponding developer of this method is Mathias Winkel.
The corresponding developer of this method is Matthias Bolten.
The versatile multi grid (VMG) is a multi-grid based method implemented in C++ with strong emphasis on modularity in terms of employed iterative solver, domain decomposition, and interpolation schemes. It is a general framework for solving PDEs on multi-core architectures and offers a range of modules for plugging together a suitable multi-grid algorithm. For Coulomb interactions so far only periodic boundary conditions are supported.
The corresponding developer of this method is Julian Iseringhausen.