| ▼Ncustom | Customizable settings that are supposed to be modified and/or chosen by the user of the software |
| ▼Ndifference | Parameters for a sample difference equation in R^2 with 2 parameters |
| CSpaceOffsetType | An imitation of an array which returns the offset of the rectangular area in the phase space which contains the invariant sets of interest |
| CSpaceWidthType | An imitation of an array which returns the width of the rectangular area in the phase space which contains the invariant sets of interest |
| ▼Nglobclog | Parameters for the globally coupled logistic maps |
| CSpaceOffsetType | An imitation of an array which returns the offset of the rectangular area in the phase space which contains the invariant sets of interest |
| CSpaceWidthType | An imitation of an array which returns the width of the rectangular area in the phase space which contains the invariant sets of interest |
| ▼Nhenon | Parameters for the Henom map in R^2 with 2 parameters |
| CSpaceOffsetType | An imitation of an array which returns the offset of the rectangular area in the phase space which contains the invariant sets of interest |
| CSpaceWidthType | An imitation of an array which returns the width of the rectangular area in the phase space which contains the invariant sets of interest |
| ▼Nlorenz | Parameters for the Lorenz time-t map with 3 parameters |
| CSpaceOffsetType | An imitation of an array which returns the offset of the rectangular area in the phase space which contains the invariant sets of interest |
| CSpaceWidthType | An imitation of an array which returns the width of the rectangular area in the phase space which contains the invariant sets of interest |
| ▼Nperiodic | Parameters for sample computations for a 2-dimensional periodic map |
| CSpaceOffsetType | An imitation of an array which returns the offset of the rectangular area in the phase space which contains the invariant sets of interest |
| CSpaceWidthType | An imitation of an array which returns the width of the rectangular area in the phase space which contains the invariant sets of interest |
| ▼Npop2p | Parameters for sample computations for the 2-dimensional Leslie population model with 2 varying parameters |
| CSpaceOffsetType | An imitation of an array which returns the offset of the rectangular area in the phase space which contains the invariant sets of interest |
| CSpaceWidthType | An imitation of an array which returns the width of the rectangular area in the phase space which contains the invariant sets of interest |
| ▼Nvanderpol | Parameters for the Vanderpol map with 2 parameters |
| CSpaceOffsetType | An imitation of an array which returns the offset of the rectangular area in the phase space which contains the invariant sets of interest |
| CSpaceWidthType | An imitation of an array which returns the width of the rectangular area in the phase space which contains the invariant sets of interest |
| CByteCompressor | A simple wrapper for the bzip2 data compression to an output stream |
| CByteDecompressor | A simple wrapper for the bzip2 data decompression from an input stream |
| CConleyIndex | The class that computes and returns properties of the Conley index |
| ▼CCoordinator | The coordinator class which prepares chunks of parameter space to be processed by workers, and then incorporates the results of the computations into the final picture, and also saves the results to a log file |
| Cdatapack | This is an auxiliary class whose objects store the information on the data chunks sent to workers |
| CCoordMinMax | A class whose objects store, update and show coordinate ranges |
| CEmptyIndexPair | The empty index pair class simulates an empty index pair |
| CIndexCache | Cached information on the Conley-Morse decompositions which contains information on computed Conley indices for Morse sets and also the information on whether the invariant part was proved to be empty for the sets with the trivial index |
| CIndexEigenValues | Eigenvalues of the Conley index map gathered by levels |
| CIndexPair | A generic class that computes an index pair given the isolating neighborhood and a means to compute the multivalued cubical map |
| Clocal_value | Initializes the given variable with the value provided and restores the previous value at the end of the current block |
| ClocalSpaceWrapping | Sets space wrapping locally |
| CMapComputation | A generic map computation routine that computes a rigorous cubical multivalued map based on a function that computes the image of intervals using interval arithmetic |
| CMapComputationTight | The generic map computation routine that computes a rigorous cubical multivalued map based on a function that computes the image of an interval vector as a rectangular set |
| CMapDifference | This class defines a map derived from a sample difference equation |
| CMapDistance | The map distance change tracker |
| CMapDuffingApprox | An approximate time-t map for the Vanderpol equations |
| CMapGlobCLog | This class defines a map which describes a family of globally coupled logistic maps |
| CMapHarvesting | This class defines a map for the nonlinear density dependent overcompensatory Leslie population model |
| CMapHenon | This class defines the Henon map |
| CMapInf | This class defines the time-t map for the equations |
| CMapLorenz | This class defines the time-t map for the Lorenz equations |
| CMapLorenzApprox | An approximate time-t map for the Lorenz equations |
| CMapNeuron1 | This class defines a map for the nonlinear Chialvo neuron model map |
| CMapOdeApprox | This class defines a map for the nonlinear density dependent overcompensatory Leslie population model |
| CMapOdeTimeT | This class defines a map for the nonlinear density dependent overcompensatory Leslie population model |
| CMapOptimization | A class whose objects are responsible for adjusting the integration parameters such as step size and the number of steps for an ODE |
| CMapParam | A data structure for storing map parameters |
| CMapPeriodic | This class defines a sample periodic map on a multi-dimensional torus which may be used for testing the capability of the software to deal with periodic boundary conditions |
| CMapPopModel | This class defines a map for the nonlinear density dependent overcompensatory Leslie population model |
| CMapRoesslerApprox | An approximate time-t map for the Roessler equations |
| CMapTight | This is an abstract class which defines the interface to other classes that describe maps for the use for the program "cmgraphs.cpp" |
| CMapTwoCirc | This class defines a test mapping by a formula from Jacek Szybowski |
| CMapTwoTorus | This class defines a test mapping by a formula from Jacek Szybowski |
| CMapType | This is an abstract class which defines the interface to other classes that describe maps for the use for the program "cmgraphs.cpp" |
| CMapVanderPol | This class defines the time-t map for the Vanderpol equations |
| CMapVanderPol1 | This class defines a time-t map for the Vanderpol system with a fixed (hard-coded) time t |
| CMapVanderPolApprox | An approximate time-t map for the Vanderpol equations |
| CMapWhales | This class defines a map for the nonlinear density dependent overcompensatory Leslie population model |
| ▼CMatchArray | A multi-dimensional array with links forward/backward between the entries |
| Cpair2 | A small class whose objects store an IntType object and an int value |
| CMorseDecomposition | The Morse decoposition class |
| COdeIntegrParam | A class whose objects are responsible for adjusting the integration parameters such as step size and the number of steps for an ODE |
| CPngImage | An interface to the PNG library |
| Cpointsetptr | |
| CppComplex | An auxiliary class that represents complex numbers |
| Cset2arrayWrapper | An imitation of an array whose entries are 1 iff the index belongs to the given set |
| CStandardMap | This class defines the Standard Map |
| CTConnMorse | A simple class for storing connections in an array that uses the "multitable" class |
| CTConnTable | A simple class for storing connections in an array that uses the "multitable" class |
| CWorker | The worker class that processes single chunks of data which contain the definition of a selected rectangular area in the set of parameters to process |
