Dionysus Class List

Here are the classes, structs, unions and interfaces with brief descriptions:
ARFunctionRepresents function suitable for the FunctionKernel
ARFunctionKernelFunction kernel specialized at solving the kinds of functions involved in ARVineyard construction
ARVineyardEncapsulated filtration, and provides compute_vineyard() functionality
AvidaOrganismDetailStores organism details stored in a single line of a population detail file in data/ directory of Avida's output
AvidaPopulationDetailStores entire population details (all organisms in a given time step), i.e., stores an entire population detail file in data/ directory of Avida's ouptut
ConeSimplex< S >Author: Dmitriy Morozov Department of Computer Science, Duke University, 2007
ConsistencyList< T >ConsistencyList adds consistency order to OrderList which remains unchanged through the lifetime of the list
ConsistencyList< T >::ConsistencyComparisonDetermines the order of the two elements in the consistency order (that doesn't change during the execution)
ConsistencyList< T >::GreaterThanComparisonDetermines if the first element is greater than the second one
ConsistencyList< T >::LessThanComparisonDetermines if the first element is less than the second one
ConsistencyList< T >::OrderComparisonBasic comparison that LessThan and GreaterThan derive from
ConsistencyListNode< T >Structure storing auxilliary information requred for each node of ConsistencyList
Course_timerA class of utilities for basic array manipulation
Cycle< Itm, OrderCmp, ConsistencyCmp >Class storing a cycle of simplices
EdgeList< SType >
Evaluator< Smplx >Evaluator is a base class for the structures that are able to return a value given a simplex
Filtration< Smplx, FltrSmplx, Vnrd >
FiltrationContainer< FltrSmplx >FiltrationContainer class
FiltrationSimplex< Smplx >FiltrationSimplex stores information needed for the RU-decomposition: cycle (column of R), trail (row of U), and pair
Grid2DGrid2D stores a grid
IndirectComparison< Comparison_ >Compares elements pointed at by its arguments using the provided Comparison_ (which must not take any arguments during construction)
KAuthor: Dmitriy Morozov Department of Computer Science, Duke University, 2007
Kernel< NumberType_ >Geometric Kernel
Kernel< NumberType_ >::PointPoint class
Kernel< NumberType_ >::SphereSphere class
KineticSort< ElementIterator_, TrajectoryExtractor_, Simulator_, Swap_ >Maintains elements of the given data structure in the sorted order assuming the elements follow trajectories given by TrajectoryExtractor_
Knee< S >Knee class stores the knee in R^3 as well as the cycle that is associated with the Simplex starting from the Knee
List< T >Singly-linked circular list implementation by Donovan Rebbechi <elflord@pegasus.rutgers.edu>
LowerStarFiltration< VI, Smplx, FltrSmplx, Vnrd >::VertexType< IndexType_ >Helper class that describes lower star vertex type
OrderList< T >OrderList stores a list of objects while maintaining their total order under the operations of insert(), swap(), and delete()
OrderList< T >::OrderComparisonBasic comparison that LessThan and GreaterThan derive from
OrderListNode< T >Structure storing auxilliary information requred for each node of OrderList
ParallelFiltration< Smplx, FltrSmplx, Vnrd >Filtration class
ParallelFiltration< Smplx, FltrSmplx, Vnrd >::parallel_struct_for_pairing}
ParallelFiltration< Smplx, FltrSmplx, Vnrd >::parallel_struct_for_pairing}
SimplexWithAttachment< V >SimplexWithAttachment stores the vertex to which the simplex is attached (meant for lower-star filtrations)
SimplexWithValue< Vert >SimplexWithValue explicitly adds a RealType value to the SimplexWithVertices
SimplexWithVertices< V >SimplexWithVertices is a basic simplex class
Simulator< FuncKernel_, EventComparison_ >Simulator class
Simulator< FuncKernel_, EventComparison_ >::EventBase class for events
SynapsTraits< T >< Suitable for double
TimerA class of utilities for basic array manipulation
Vine< S >Vine is a list of Knees
Vineyard< FltrSmplx >Vineyard class

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