Namespace List

Here is a list of all documented namespaces with brief descriptions:

[detail level 1234]

NBoxLoops	Namespace for encapsulating loop types
NDataParser	Class for simple data parsing from IO files
NDischargeIO	Namespace which encapsulates chombo-discharge IO functionality
NLaPackUtils	Namespace containing various useful linear algebra routines using LaPACK
NLocation	Namespace for encapsulating various data centerings
NMemoryReport	Namespace containing utility functions for reporting memory usage in various formats
NParallelOps	For putting a bunch of often-used MPI reductions in one place
NParticleManagement	Namespace for various particle management tools
Nphase	Phase names
▼NPhysics	Name containing various physics models for running chombo-discharge code
▼NAdvectionDiffusion	Namespace for encapsulating AdvectionDiffusion physics code
CAdvectionDiffusionSpecies	Advection and diffused species for AdvectionDiffusionStepper
CAdvectionDiffusionStepper	Implementation of TimeStepper which runs a single advection-diffusion-reaction solver
CAdvectionDiffusionTagger	Class for tagging cells in AdvectionDiffusion physics
▼NBrownianWalker	Namespace for encapsulating physics code for describing Brownian walkers
CBrownianWalkerSpecies	Species which is advected/diffused in Brownian walker code
CBrownianWalkerStepper	Implementation of TimeStepper which advances an ItoSolver
CBrownianWalkerTagger	Implementation of CellTagger for tagging cells for Brownian walker physics
▼NCdrPlasma	Namespace for encapsulating CDR plasma code
CCdrPlasmaFieldTagger	Lightweight tagging class which flags cells for refinement/coarsening using the electric field only
▼CCdrPlasmaGodunovStepper	Class for evolving plasma equations using a split step Godunov method
CCdrStorage	Utility class for memory handling in CdrPlasmaStepper
CFieldStorage	Utility class for memory handling in CdrPlasmaStepper
CRtStorage	Utility class for memory handling in CdrPlasmaStepper
CSigmaStorage	Utility class for memory handling in CdrPlasmaStepper
▼CCdrPlasmaImExSdcStepper	Class for evolving plasma equations using implicit-explicit spectral deferred corrections
CCdrStorage
CFieldStorage
CRtStorage
CSigmaStorage
CCdrPlasmaJSON	Class which implements CdrPlasmaPhysics and parses plasma chemistry from a JSON input file
CCdrPlasmaPhotoReactionJSON	Class for encapsulating reactive process of type A + B + Y -> X3 + for CdrPlasmaPhysics. This class just stores a list of product target species
CCdrPlasmaPhysics	Abstract base class for specifying plasma kinetics. This is the base class used by CdrPlasmaStepper when advancing the minimal plasma model
CCdrPlasmaReactionJSON	Class for encapsulating reactive process of type X1 + X2 -> X3 + Y for CdrPlasmaPhysics. This class just stores a list of product and target species
CCdrPlasmaStepper	Abstract class for evolving the minimal plasma model in time
CCdrPlasmaStreamerTagger	Class which implements CdrPlasmaFieldTagger and refines cells based on the criterion alpha*dx > threshold or on the curvature of the electric field
CCdrPlasmaSurfaceReactionJSON	Class for encapsulating reactive process of type A + B + Y -> X3 + for CdrPlasmaPhysics. This class just stores a list of product target species
CCdrPlasmaTagger	Abstract Class which implements CellTagger for the CDR plasma physics module
CCdrSpeciesJSON	Encapsulation of species settings and initial conditions for CDR species in CdrPlasma
CNeutralSpeciesJSON	Encapsulation of species settings and initial conditiosn for use with CdrPlasma. This is for tracked species
CRteSpeciesJSON	Encapsulation of radiative transfer species for usage with CdrPlasmaJSON
▼NElectrostatics	Namespace for encapsulating physics code for electrostatic problems
CFieldStepper	Implementation of TimeStepper for solving electrostatic problems. The template parameter is the FieldSolver implementation type
▼NGeometry	Namespace for encapsulating the Geometry module – i.e. functionality for just plotting various geometries
CGeometryStepper	This implementation does absolutely nothing – it instantiates a TimeStepper with empty functionality
▼NRadiativeTransfer	Namespace for encapsulating the radiative transfer physics module
CRadiativeTransferSpecies	Implementation of RtSpecies for usage in RadiativeTransfer module
CRadiativeTransferStepper	Implementation of TimeStepper for solving for a single radiative transfer species. This supports both Monte Carlo photons and Helmholtz approximations through the common RtSolver interface
▼NTracerParticle	Namespace for encapsulating physics code for tracer particles
CTracerParticleStepper	Implementation of TimeStepper for advancing tracer particles in a fixed velocity field
NPolyUtils	Agglomeration class for various useful polynomial routines
NUnits	Various SI units