Class List

Here are the classes, structs, unions and interfaces with brief descriptions:

[detail level 12]

►NTree
CBinaryTreeNode	A TreeNode with two children
Ccompare
CGenericTreeNode	Base class for tree nodes
CNodePool	Utility to pool allocations of tree nodes
COctTreeNode	Class for Oct tree where each node has 8 direct children
C_CudaDevPtr	Device memory pointers used by most functions in HostCUDA
C_CudaRequest	Data and parameters for requesting gravity calculations on the GPU
CAccOutputParams	Output accelerations
CActiveWalk
CAgeOutputParams	Output stellar age (time since formation)
CAGORApreCheckSmoothParams
CAlphaOutputParams	Output variable alpha
CBHAccreteSmoothParams
CBHDensitySmoothParams
CBHIdentifySmoothParams
CBHSinkMergeSmoothParams
CBottomUpTreeWalk
CBSwOutputParams	Output value of Balsara switch
CBucketGravityRequest	Object to bookkeep a Bucket Walk
CCacheParticle	The data in a GravityParticle cache entry
CCacheSmoothParticle	Particle data in the smooth particle cache messages
CChabrier	Implement Chabrier IMF Use the log normal + power law fit of Chabrier, 2003, Galactic Stellar and Substellar Initial Mass Function", PASP 115, 763
CclDerivsDataStruct	Context for calculating cooling derivatives
CColliderInfo	Used to pass information about collision partners between processes
CCollision	Collision parameters and routines
CCollisionSmoothParams
CCompactPartData	Particle data needed on the GPU to calculate gravity
CCompute	Base clase for all tree based computations
CComputeChunkMsg	Message to start a remote gravity walk
CCool0OutputParams	Output the value in cool_array0
CCool1OutputParams	Output the value in cool_array1
CCool2OutputParams	Output the value in cool_array2
CCool3OutputParams	Output the value in cool_array3
CCOOL_ERGPERSPERGM	Return structure for clTestCool()
CCoolingParametersStruct	Input parameters for cooling
CCoolingParticleStruct	Per-particle cooling data
CCoolingPKDStruct	Heating/Cooling context: parameters and tables
CcoolontimeOutputParams	Output "cool on time" (time cooling is off until)
CCountSetPart	Class to count added and deleted particles
CcsmContext	Cosmological parameters
CCsOutputParams	Output sound speed
CCudaMultipoleMoments	Version of MultipoleMoments using cudatype
CCudaVector3D	3D vector of cudatype
CDataManager
CDenDvDxNeighborSmParams	Get density and velocity derivatives of "Neighbor of Active" particles
CDenDvDxSmoothParams	Parameters and functions for the first SPH smooth: density and velocity derivatives
CDenOutputParams	Output densities
CDensitySmoothParams	Class to specify density smooth
CdfColorTable	Table of colors for a particle property
CdfColorVal	Associate floating point value with color
CdfFrameSetup	Higher level information describing a frame. This is a table entry for later interpolation, changing properties of frames
CdfImage	Pixel of a dumpframe image
CDistDeletedGasSmoothParams	SmoothParams class for distributing deleted gas to neighboring particles
CDistStellarFeedbackSmoothParams
CDivVOutputParams	Output divergence of velocity
CDomainOutputParams	Output Domains
CDoubleWalkState	Hold state where both the targets and sources are tree walked
CDtOutputParams	Output timesteps
CdummyMsg	Message to efficiently start entry methods with no arguments
CDummyPrefetchCompute
CDumpFrameContext	Global simulation parameters for dumpframe
CDumpFrameData	Group to hold the frame buffer memory
CDvDsOutputParams	Output dvds shock detector
CEDotOutputParams	Output the cooling rate
CEntryTypeGravityNode	Cache interface to the Tree Nodes
CEntryTypeGravityParticle	Cache interface to particles for the gravity calculation. This is a read-only cache of particles
CEntryTypeSmoothParticle	Cache interface to the particles for smooth calculations. This cache is a writeback cache
CESNRateOutputParams	Output Supernova heating rate
CEvent	Structure for sorting TreePieces in one dimension for load balancing
CEwaldData	Structure to hold information specific to GPU Ewald
CEwaldMsg
CEwaldReadOnlyData	Parameters and data for Ewald in the CUDA kernel
CewaldTable	Coefficients for the Fourier space part of the Ewald sum
CEwtData	Data for the Ewald h loop in the CUDA kernel
CExternalForce	External force parameters and routines
CExternalGravityParticle	Information needed to calculate gravity
CExternalSmoothParticle	Class for cross processor data needed for smooth operations
CextraSPHData	Extra data needed for SPH
CextraStarData	Extra data needed for Stars
CFBEffects	Class to return feedback effects
CFdbk
CFdbk_Shallow	Stellar/Supernova feedback parameters and routines
CFeOutputParams	Output Iron mass fraction
CflocReduced
CfmomReduced
Cformatted_string	A simple formatted string to replace s[n]printf usage
CGasDenOutputParams	Output particle gas density
CGravityCompute	Class to compute gravity using a "bucket walk"
CGravityParticle	Fundamental type for a particle
CHierarchOrbLB
CHMStarLog	Log of high mass stars in star formation events to be written out to a file
CHMStarLogEvent	Holds high mass stars in star formation events
CHsmOutputParams	Output smoothing lengths
CIGasOrderOutputParams	Output iGasOrder
CILCell	Cell on the interaction list for the GPU
CILPart	Bucket of particles on the interaction list for the GPU
CIMF	Interface class for initial mass function
CinDumpFrame	Data needed for a TreePiece to render its part of the image
CiNSIDMOutputParams
CIntraNodeLBManager	Manage intranode work for ckLoop intra node work sharing
CIOrderOutputParams	Output iOrder
CIronMassFracDotOutputParams
CKeyDouble	Class to represent key pairs that are to be sorted on the first key of the pair
CKeyOutputParams	Output Keys
CKNearestSmoothCompute	Class for computation over k nearest neighbors
CKroupa01	Implement IMF from Kroupa 2001
CKroupa93	Implement IMF from Kroupa, Tout & Gilmore, 1993
►Clist	STL class
Cconst_iterator	STL iterator class
Cconst_reverse_iterator	STL iterator class
Citerator	STL iterator class
Creverse_iterator	STL iterator class
CListCompute	Computations for Stadel-style interaction list walk
CLocalOpt	Class for optimizing local gravity walk actions
CLocalTargetWalk
CLocalTreeBuilder	Class to build the local part of the tree. Builds Internal nodes
CLocalTreePrinter	TreeNodeWorker implementation that just prints out the tree. This is just for diagnostics
CLocalTreeTraversal	Class to walk just the local treepiece
ClocReduced	Moment tensor components for reduced local expansion. note that we have the 5th-order terms here now!
CLoopParDataStruct	Data needed for the CkLoop intranode parallelization
CLvArray	Class for shadow arrays to avoid reduction conflicts in overlapping liveViz, SPH and gravity
ClwDataStruct
CMain	Overall flow control of the simulation
CMarkNeighborState	Object to bookkeep a Bucket MarkSmooth Walk
CMarkSmoothCompute	Computation over "inverse" nearest neighbors
CMarkSmoothParams	Parameters for "Mark Smooth", used to find inverse nearest neighbors
CMassOutputParams	Output particle masses
CMetalsDotOutputParams
CMetalsOutputParams	Output metal mass fraction
CMFormOutputParams	Output mass at formation time
CMillerScalo	Implement Miller-Scalo IMF Uses the 3 segment power law fit for the Miller-Scalo IMF (Ap.J. Supp., 41,1979)
CMomcData	CUDA version of MOMC for Ewald
CmomComplete	Moment tensor components for complete multipoles
CmomReduced	Moment tensor components for reduced multipoles
CMSBinary	Class to hold information about the secondary
CMultipoleMoments	A representation of a multipole expansion
CMultipoleMomentsData	CUDA version of complete MultipoleMoments for Ewald
►CMultistepLB
CPartition
CMultistepLB_notopo	Multistep load balancer where no processor topology information is used
►CMultistepLB_SFC	Multistep load balancer using Space Filling Curve
CSFCObject
CMultistepNodeLB_notopo	Multistep load balancer where no processor topology information is used. This first performs orb partition at the node level and assigns the partitioned TreePieces to the PEs belonging to the node. Finally after this assignment, a refinement is done
CMuMaxOutputParams	Output artificial viscosity mumax
CNearNeighborState	Object to bookkeep a Bucket Smooth Walk
CNewMaxOrder	Class for new maxOrder broadcast
CNode
CNonEmptyTreePieceCounter	Used to count non-empty treepieces on the local processor
CNonLocalMomentsClient	Client that has requested a moment
CNonLocalMomentsClientList	List of clients needing a particular moment
CNullState
COctDecompNode	Class to hold the Oct decomposition tree
COffsetNodeStruct	Remote Cell interaction lists for all tree levels
COpt	Base class for optimizing walk actions
COrb3dCommon	Common methods among Orb3d class load balancers
COrb3dLB
COrb3dLB_notopo	Load balancer that divides work according to a 3D spatial ORB
COrbObject	Data for Orb3D load balancing
CORBSplittersMsg	Message for evaluating splits for the ORB domain decomposition
COutputParams	Base class for output parameters
COxOutputParams	Output Oxygen mass fraction
COxygenMassFracDotOutputParams
CPadova	Routines to calculate stellar lifetimes as a function of mass and metalicity
Cparameters	Hold parameters of the run
CParticleShuffleMsg	Message for shuffling particles during domain decomposition
CparticlesInfoL	Local particles in an interaction list
CparticlesInfoR	Remote particles in an interaction list
CPDVOutputParams	Output pressure times change in volume
CPeInfo	Hold information about Pe load and number of objects
CPeLdGreater	Class to sort heavily loaded nodes
CPeLdLesser	Class for sorting lightly loaded Pes
CPERBARYON	Abundance of various species in particles/baryon
CPETreeMerger	Group to coordinate requests for remote moments during the tree build
CPosOutputParams	Output particle positions
CPotOutputParams	Output particle gravitational potential
CpqSmoothNode	Object for priority queue entry
CPrefetchCompute	Compute for the remote node prefetch walk
CPrefetchOpt	Optimization for Prefetch walk
CPresOutputParams	Output pressure
CPressSmoothParticleStruct
CPressSmoothUpdateStruct
CPressureSmoothParams	Second pass in SPH: calculate pressure forces
CprmContext	Object containing the parameter information
CprmNode	Information about a parameter
CProcessor	Hold per processor information for load balancing
CProcLdGreater	Utility class for sorting processor loads
CProjectionsControl	Control recording of Charm++ projections logs
CPushGravityOpt	Class for optimizing experimental "push" gravity walk actions
CRand	Basic random number generator This is implemented as an object so that it can easily be used in threads: one Rand instance per thread
CRATE	Rate information for a given particle
CRATES_NO_T	Structure to hold Temperature independent cooling and heating rates
CRATES_T	Structure to hold Temperature dependent cooling rates
CRemoteOpt	Class for optimizing remote gravity walk actions
CRemoteTreeBuilder	Class to build the remote part of the tree. Fills in Boundary and NonLocal nodes
CReNearNeighborState
CReSmoothCompute	Class for computation over a set smoothing length
CRungOutputParams	Output rungs
►Cset	STL class
Cconst_iterator	STL iterator class
Cconst_reverse_iterator	STL iterator class
Citerator	STL iterator class
Creverse_iterator	STL iterator class
CSFEvent
CSIDMSmoothParams
CSinkAccreteSmoothParams
CSinkAccreteTestSmoothParams
CSinkFormSmoothParams
CSinkFormTestSmoothParams
CSinkingAverageSmoothParams
CSinks
CSmoothCompute	Super class for Smooth and Resmooth computation
CSmoothOpt	Action optimization for the smooth walk
CSmoothParams	A base class from which parameters for all smooth operations can be derived
CSN	Methods for calculating the number and feedback effects of supernova
CSoftOutputParams	Output particle gravitational softenings
CSorter	Domain decomposition of particles via a parallel sort
CSortStruct	Structure for efficiently reading iOrders
CStarLog	Log of star formation events to be written out to a file
CStarLogEvent	Holds statistics of the star formation event
CState	Base class for maintaining the state of a tree walk
CStfm
CStfm_Shallow	Parameters and methods to implement star formation
CStiffContextStructure	Context for stiff integration
CTempOutputParams	Output particle gas temperature
CTimeFormOutputParams	Output formation time
CTopDownTreeWalk	Walk a tree starting with the root node
CTPObject	Hold information needed by the load balancer for each TreePiece
CTreeNodeWorker	Interface for work in LocalTreeTraversal
CTreePiece	Fundamental structure that holds particle and tree data
CTreePieceDescriptor	Information about TreePieces on an SMP node
CTreeWalk	Base class for walking trees
CUVSPECTRUM	Photoionization and heating rates from a uniform UV background
CVariablePartData	Particle data that gets calculated by the GPU
►Cvector	STL class
Cconst_iterator	STL iterator class
Cconst_reverse_iterator	STL iterator class
Citerator	STL iterator class
Creverse_iterator	STL iterator class
CVelOutputParams	Output particle velocities