Declaration of the Physics::ItoKMC::ItoKMCPhysics abstract base class. More...
#include <memory>#include <vector>#include <RealVect.H>#include <RefCountedPtr.H>#include <List.H>#include <CD_ItoSpecies.H>#include <CD_CdrSpecies.H>#include <CD_RtSpecies.H>#include <CD_Photon.H>#include <CD_ItoParticle.H>#include <CD_ParticleSoA.H>#include <CD_ItoKMCPhotoReaction.H>#include <CD_ItoKMCSurfaceReactionSet.H>#include <CD_KMCDualState.H>#include <CD_KMCDualStateReaction.H>#include <CD_KMCSolver.H>#include <CD_NamespaceHeader.H>#include <CD_NamespaceFooter.H>#include <CD_ItoKMCPhysicsImplem.H>
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Classes | |
| class | Physics::ItoKMC::ItoKMCPhysics |
| Abstract base class coupling Kinetic Monte Carlo chemistry to Ito/CDR plasma solvers. More... | |
Namespaces | |
| namespace | Physics |
| Namespace containing physics models for use with chombo-discharge. | |
Typedefs | |
| using | Physics::ItoKMC::FPR = Real |
| Floating-point type used to represent particle counts in the KMC state. | |
| using | Physics::ItoKMC::KMCState = KMCDualState< FPR > |
| KMC state (dual-state representation) used in the Kinetic Monte Carlo advancement. | |
| using | Physics::ItoKMC::KMCReaction = KMCDualStateReaction< KMCState, FPR > |
| KMC reaction type used in the Kinetic Monte Carlo advancement. | |
| using | Physics::ItoKMC::KMCSolverType = KMCSolver< KMCReaction, KMCState, FPR > |
| KMC solver type used in the Kinetic Monte Carlo advancement. | |
| using | Physics::ItoKMC::DiffusionFunction = std::function< RealVect(const ItoParticle &p, const Real &a_dt)> |
| Basic function for diffusing a particle. | |
Enumerations | |
| enum | Physics::ItoKMC::SpeciesType { Physics::ItoKMC::Ito , Physics::ItoKMC::CDR } |
| Tag for distinguishing species solved with an Ito diffusion or CDR fluid formalism. More... | |
Detailed Description
Declaration of the Physics::ItoKMC::ItoKMCPhysics abstract base class.
Typedef Documentation
◆ DiffusionFunction
| using Physics::ItoKMC::DiffusionFunction = typedef std::function<RealVect(const ItoParticle& p, const Real& a_dt)> |
Basic function for diffusing a particle.
Returns the stochastic diffusion hop only. The grad(D) drift correction that makes the particles transport the same diffusive flux as the CDR solvers is a separate, deterministic term, added to the displacement by the time stepper – see ItoKMCGodunovStepper::diffuseParticlesEulerMaruyama. When the stepper calls this function the particle's scratch vector columns (p.scratch_x etc.) hold grad(D) at the particle position, which a diffusion model may read but must not assume it can write.
