ESPResSo
Extensible Simulation Package for Research on Soft Matter Systems
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electrostatics Directory Reference
+ Directory dependency graph for electrostatics:

Files

 actor.hpp
 
 coulomb.cpp
 
 coulomb.hpp
 
 coulomb_inline.hpp
 
 debye_hueckel.hpp
 Calculate the Debye-Hückel energy and force for a particle pair.
 
 elc.cpp
 
 elc.hpp
 ELC algorithm for long-range Coulomb interactions.
 
 icc.cpp
 Functions to compute the electric field acting on the induced charges, excluding forces other than the electrostatic ones.
 
 icc.hpp
 ICC is a method that allows to take into account the influence of arbitrarily shaped dielectric interfaces.
 
 mmm-modpsi.cpp
 
 mmm1d.cpp
 
 mmm1d.hpp
 MMM1D algorithm for long-range Coulomb interactions on the CPU.
 
 p3m.cpp
 The corresponding header file is p3m.hpp.
 
 p3m.hpp
 P3M algorithm for long-range Coulomb interaction.
 
 p3m.impl.hpp
 
 p3m_gpu_cuda.cu
 P3M electrostatics on GPU.
 
 p3m_gpu_cuda.cuh
 
 p3m_gpu_error.hpp
 P3M electrostatics on GPU.
 
 p3m_gpu_error_cuda.cu
 P3M electrostatics on GPU.
 
 reaction_field.hpp
 Calculate the Reaction Field energy and force for a particle pair [30], [42].
 
 scafacos.hpp
 
 scafacos_impl.cpp
 
 scafacos_impl.hpp
 
 solver.hpp
 
 specfunc.cpp
 Implementation of specfunc.hpp.
 
 specfunc.hpp
 This file contains implementations for some special functions which are needed by the MMM family of algorithms.