| ►Nnest | Namespace for the NEST simulation kernel |
| ►Ntimers | |
| CStopwatchTimer | This class represents a single timer which measures the execution time of a single thread for a given clock type |
| CAbstractLayer | Abstract base class for Layers of unspecified dimension |
| CAbstractMask | Abstract base class for masks with unspecified dimension |
| ►Cac_generator | |
| CBuffers_ | Buffers of the model |
| CParameters_ | |
| CState_ | |
| CVariables_ | |
| CAllMask | Mask which covers all of space |
| CAllToAllBuilder | |
| ►Camat2_psc_exp | |
| CBuffers_ | Buffers of the model |
| CParameters_ | Independent parameters of the model |
| CState_ | State variables of the model |
| CVariables_ | Internal variables of the model |
| CAMPA | |
| CAMPA_NMDA | |
| CAnchoredMask | Mask shifted by an anchor |
| CArchivingNode | A node which archives spike history for the purposes of spike-timing dependent plasticity (STDP) |
| CArrayDoubleParameter | Array parameter classes, returning double values in order |
| CArrayLongParameter | Array parameter classes, returning integer values in order |
| CAssignedRanks | |
| CBackendAlreadyRegistered | |
| CBackendNotPrepared | |
| CBackendPrepared | |
| CBadDelay | Exception to be thrown if an invalid delay is used in a connection |
| CBadParameter | Exception to be thrown if a parameter cannot be set |
| CBadParameterValue | Exception to be thrown if a parameter value is not acceptable |
| CBadProperty | Exception to be thrown if a status parameter is incomplete or inconsistent |
| CBallMask | Mask defining a circular or spherical region |
| CBaseRandomGenerator | Base class for RNG engine wrappers |
| CBaseRandomGeneratorFactory | Base class for random generator factory |
| ►Cbernoulli_synapse | |
| CConnTestDummyNode | |
| CBernoulliBuilder | |
| ►Cbinary_neuron | Binary stochastic neuron with linear or sigmoidal gain function |
| CBuffers_ | Buffers of the model |
| CParameters_ | Independent parameters of the model |
| CState_ | State variables of the model |
| CVariables_ | Internal variables of the model |
| CBipartiteConnBuilder | Abstract base class for Bipartite ConnBuilders which form the components of ConnBuilder |
| CBipartiteConnBuilderFactory | Factory class for bipartite ConnBuilders |
| CBoolIndicatorUInt64 | A wrapper class for an integer that is only allowed to take the values 0 and 1 |
| CBox | A box is defined by the lower left corner (minimum coordinates) and the upper right corner (maximum coordinates) |
| CBoxMask | Mask defining a box region |
| CBufferResizeLog | Collect information on spike transmission buffer resizing |
| ►Cclopath_synapse | |
| CConnTestDummyNode | |
| CClopathArchivingNode | An archiving node which additionally archives parameters and buffers needed for the Clopath plasticity rule |
| Ccm_default | |
| CCommonPropertiesHomW | Class containing the common properties for all synapses with common weight |
| CCommonSynapseProperties | Class containing the common properties for all connections of a certain type |
| CComparingParameter | Parameter class representing the comparison of two parameters |
| CCompartment | |
| CCompartmentCurrents | |
| CCompTree | |
| CConditionalParameter | Parameter class choosing a value based on a comparing parameter |
| CConductanceEvent | Event for electrical conductances |
| CConnBuilder | Class representing a connection builder which may be bi- or tripartite |
| CConnection | Base class for representing connections |
| ►CConnectionCreator | This class is a representation of the dictionary of connection properties given as an argument to the ConnectLayers function |
| CPoolWrapper_ | Wrapper for masked and unmasked pools |
| CConnectionID | |
| CConnectionLabel | The class ConnectionLabel enables synapse model to be labeled by a positive integer |
| CConnectionManager | |
| CConnector | Homogeneous connector, contains synapses of one particular type (syn_id_) |
| CConnectorBase | Base class to allow storing Connectors for different synapse types in vectors |
| CConnectorModel | |
| CConnParameter | |
| CConnTestDummyNodeBase | Base class for dummy nodes used in connection testing |
| CConstantParameter | Parameter with constant value |
| ►Ccont_delay_synapse | |
| CConnTestDummyNode | |
| CConverseMask | Mask oriented in the opposite direction |
| ►Ccorrelation_detector | |
| CParameters_ | |
| CSpike_ | Spike structure to store in the deque of recently received events |
| CState_ | |
| ►Ccorrelomatrix_detector | |
| CParameters_ | |
| CSpike_ | Spike structure to store in the deque of recently received events |
| CState_ | |
| ►Ccorrelospinmatrix_detector | |
| CBinaryPulse_ | Structure to store in the deque of recently received events marked by beginning and end of the binary on pulse |
| CParameters_ | |
| CState_ | |
| CCosParameter | Parameter class representing the cosine of a parameter |
| CCSDMapEntry | Entry of compressed_spike_data_map_ |
| CCurrentEvent | Event for electrical currents |
| CCycleTimeLog | Collect cycle duration and spike-count information for individual update cycles |
| CDataAccessFunctor | Class that reads out state vector elements, used by UniversalDataLogger |
| CDataEvent | Event for transmitting arbitrary data |
| ►CDataLoggingReply | Provide logged data through request transmitting reference |
| CItem | Data item with pertaining time stamp |
| CDataLoggingRequest | Request data to be logged/logged data to be sent |
| ►CDataSecondaryEvent | Template class for the storage and communication of a std::vector of type DataType |
| CCoeffarrayBegin | |
| CCoeffarrayEnd | |
| ►Cdc_generator | |
| CBuffers_ | Buffers of the model |
| CParameters_ | Store independent parameters of the model |
| CState_ | |
| CDelayChecker | |
| CDelayedRateConnectionEvent | Event for rate model connections with delay |
| CDeprecationWarning | |
| ►CDevice | Class implementing common interface and properties common for all devices |
| CParameters_ | Independent parameters of the model |
| CVariables_ | Internal variables of the model |
| CDeviceNode | Base class for device objects |
| CDifferenceMask | Mask combining two masks with a minus operation, the difference |
| CDifferenceParameter | Parameter class representing the difference of two parameters |
| Cdiffusion_connection | |
| CDiffusionConnectionEvent | Event for diffusion connections (rate model connections for the siegert_neuron) |
| CDimensionMismatch | Exception to be thrown if the dimensions of two or more objects do not agree |
| CDimensionParameter | Position-generating Parameter class |
| CDistributionError | Exception to be thrown if a problem with the distribution of elements is encountered |
| CDoubleDataEvent | |
| CDSCurrentEvent | "Callback request event" for use in Device |
| CDSSpikeEvent | "Callback request event" for use in Device |
| CDynamicModuleManagementError | Exception to be thrown if loading or unloading a dynamically loaded module fails |
| CDynamicRecordablesMap | Map names of recordables to DataAccessFunctors |
| CEllipseMask | Mask defining an elliptical or ellipsoidal region |
| CEnableBitMaskOperators | These methods support type-safe bitfields using C++'s enum classes |
| CEnableBitMaskOperators< ConnectionModelProperties > | |
| ►Ceprop_iaf | Class implementing a LIF neuron model for e-prop plasticity with additional biological features |
| CBuffers_ | Structure of buffers |
| CParameters_ | Structure of parameters |
| CState_ | Structure of state variables |
| CVariables_ | Structure of internal variables |
| ►Ceprop_iaf_adapt | Class implementing an adaptive LIF neuron model for e-prop plasticity with additional biological features |
| CBuffers_ | Structure of buffers |
| CParameters_ | Structure of parameters |
| CState_ | Structure of state variables |
| CVariables_ | Structure of internal variables |
| ►Ceprop_iaf_adapt_bsshslm_2020 | Class implementing an adaptive LIF neuron model for e-prop plasticity |
| CBuffers_ | Structure of buffers |
| CParameters_ | Structure of parameters |
| CState_ | Structure of state variables |
| CVariables_ | Structure of internal variables |
| ►Ceprop_iaf_bsshslm_2020 | Class implementing a LIF neuron model for e-prop plasticity |
| CBuffers_ | Structure of buffers |
| CParameters_ | Structure of parameters |
| CState_ | Structure of state variables |
| CVariables_ | Structure of internal variables |
| ►Ceprop_iaf_psc_delta | Class implementing a LIF neuron model for e-prop plasticity with additional biological features |
| CBuffers_ | Structure of buffers |
| CParameters_ | Structure of parameters |
| CState_ | Structure of state variables |
| CVariables_ | Structure of internal variables |
| ►Ceprop_iaf_psc_delta_adapt | Class implementing an adaptive LIF neuron model for e-prop plasticity with additional biological features |
| CBuffers_ | Structure of buffers |
| CParameters_ | Structure of parameters |
| CState_ | Structure of state variables |
| CVariables_ | Structure of internal variables |
| Ceprop_learning_signal_connection | Class implementing a feedback connection model for e-prop plasticity with additional biological features |
| Ceprop_learning_signal_connection_bsshslm_2020 | Class implementing a feedback connection model for e-prop plasticity |
| ►Ceprop_readout | Class implementing a readout neuron model for e-prop plasticity with additional biological features |
| CBuffers_ | Structure of buffers |
| CParameters_ | Structure of parameters |
| CState_ | Structure of state variables |
| CVariables_ | Structure of internal variables |
| ►Ceprop_readout_bsshslm_2020 | Class implementing a readout neuron model for e-prop plasticity |
| CBuffers_ | Structure of buffers |
| CParameters_ | Structure of parameters |
| CState_ | Structure of state variables |
| CVariables_ | Structure of internal variables |
| ►Ceprop_synapse | Class implementing a synapse model for e-prop plasticity with additional biological features |
| CConnTestDummyNode | Dummy node for testing the connection |
| ►Ceprop_synapse_bsshslm_2020 | Class implementing a synapse model for e-prop plasticity |
| CConnTestDummyNode | Dummy node for testing the connection |
| CEpropArchivingNode | Base class implementing archiving for node models supporting e-prop plasticity |
| CEpropArchivingNodeReadout | Class implementing an intermediate archiving node model for readout node models supporting e-prop plasticity |
| CEpropArchivingNodeRecurrent | Class implementing an intermediate archiving node model for recurrent node models supporting e-prop plasticity |
| CEpropSynapseBSSHSLM2020CommonProperties | Base class implementing common properties for e-prop synapses |
| CEpropSynapseCommonProperties | Base class implementing common properties for e-prop synapses with additional biological features |
| CEvent | Encapsulate information sent between nodes |
| CEventDeliveryManager | |
| CExpDistParameter | Parameter class representing an exponential distribution applied on a parameter |
| CExponentialParameter | Random parameter with exponential distribution |
| CExpParameter | Parameter class representing the exponential of a parameter |
| CFixedInDegreeBuilder | |
| CFixedOutDegreeBuilder | |
| CFixedTotalNumberBuilder | |
| CFlushEventMechanism | Class implementing a flush event mechanism for neuron models |
| ►CFreeLayer | Layer with free positioning of neurons, positions specified by user |
| CNodePositionData | Class to be used when communicating positions across MPI processes |
| CGABA | |
| CGaborParameter | |
| Cgainfunction_erfc | |
| Cgainfunction_ginzburg | |
| Cgainfunction_mcculloch_pitts | |
| ►Cgamma_sup_generator | |
| CBuffers_ | |
| CInternal_states_ | |
| CParameters_ | Store independent parameters of the model |
| CVariables_ | |
| CGammaParameter | Parameter class representing a gamma distribution applied on a parameter |
| Cgap_junction | |
| CGapJunctionEvent | Event for gap-junction information |
| CGaussian2DParameter | Parameter class representing a gaussian distribution in two dimensions applied on a parameter |
| CGaussianParameter | Parameter class representing a gaussian distribution applied on a parameter |
| CGenericBipartiteConnBuilderFactory | Generic factory class for bipartite ConnBuilder objects |
| CGenericConnectorModel | |
| CGenericFactory | Generic Factory class for objects deriving from a base class BaseT |
| CGenericGrowthCurveFactory | Generic factory class for GrowthCurve objects |
| CGenericModel | Generic Model template |
| CGenericThirdConnBuilderFactory | Generic factory class for tripartite ConnBuilder objects |
| ►Cgif_psc_exp | |
| CBuffers_ | Buffers of the model |
| CParameters_ | Independent parameters of the model |
| CState_ | State variables of the model |
| CVariables_ | Internal variables of the model |
| ►Cgif_psc_exp_multisynapse | |
| CBuffers_ | Buffers of the model |
| CParameters_ | Independent parameters of the model |
| CState_ | State variables of the model |
| CVariables_ | Internal variables of the model |
| ►Cglif_psc | |
| CBuffers_ | |
| CParameters_ | |
| CState_ | |
| CVariables_ | |
| ►Cglif_psc_double_alpha | |
| CBuffers_ | |
| CParameters_ | |
| CState_ | |
| CVariables_ | |
| ►CGridLayer | Layer with neurons placed in a grid |
| Cmasked_iterator | Iterator iterating over the nodes inside a Mask |
| CGridMask | Mask defined in terms of grid points rather than spacial coordinates |
| CGrowthCurve | Defines the way the number of synaptic elements changes through time according to the calcium concentration of the neuron |
| CGrowthCurveFactory | Factory class for generating objects of type GrowthCurve |
| CGrowthCurveGaussian | Gaussian version of a growth curve |
| CGrowthCurveLinear | Linear version of a growth curve |
| CGrowthCurveSigmoid | Sigmoid version of a growth curve |
| CGSLSolverFailure | Exception to be thrown if a GSL solver does not return GSL_SUCCESS |
| Chistentry | Class to represent a single entry in the spiking history of the ArchivingNode |
| Chistentry_extended | Class to represent a single entry in the spiking history of the ClopathArchivingNode or the UrbanczikArchivingNode |
| CHistEntryEprop | Base class implementing history entries for e-prop plasticity |
| CHistEntryEpropFiringRateReg | Class implementing entries of the firing rate regularization history for e-prop plasticity |
| CHistEntryEpropReadout | Class implementing entries of the readout node model's history of e-prop dynamic variables |
| CHistEntryEpropRecurrent | Class implementing entries of the recurrent node model's history of e-prop dynamic variables |
| CHistEntryEpropUpdate | Class implementing entries of the update history for e-prop plasticity |
| ►Cht_synapse | |
| CConnTestDummyNode | |
| ►Ciaf_chs_2007 | |
| CBuffers_ | Buffers of the model |
| CParameters_ | Independent parameters of the model |
| CState_ | State variables of the model |
| CVariables_ | Internal variables of the model |
| ►Ciaf_psc_alpha | |
| CBuffers_ | |
| CParameters_ | |
| CState_ | |
| CVariables_ | |
| ►Ciaf_psc_alpha_multisynapse | |
| CBuffers_ | Buffers of the model |
| CParameters_ | Independent parameters of the model |
| CState_ | State variables of the model |
| CVariables_ | Internal variables of the model |
| ►Ciaf_psc_alpha_ps | |
| CBuffers_ | Buffers of the model |
| CParameters_ | Independent parameters of the model |
| CState_ | State variables of the model |
| CVariables_ | Internal variables of the model |
| ►Ciaf_psc_delta | |
| CBuffers_ | Buffers of the model |
| CParameters_ | Independent parameters of the model |
| CState_ | State variables of the model |
| CVariables_ | Internal variables of the model |
| ►Ciaf_psc_delta_ps | |
| CBuffers_ | Buffers of the model |
| CParameters_ | Independent parameters of the model |
| CState_ | State variables of the model |
| CVariables_ | Internal variables of the model |
| ►Ciaf_psc_exp | |
| CBuffers_ | Buffers of the model |
| CParameters_ | Independent parameters of the model |
| CState_ | State variables of the model |
| CVariables_ | Internal variables of the model |
| ►Ciaf_psc_exp_htum | |
| CBuffers_ | Buffers of the model |
| CParameters_ | Independent parameters of the model |
| CState_ | State variables of the model |
| CVariables_ | Internal variables of the model |
| ►Ciaf_psc_exp_multisynapse | |
| CBuffers_ | Buffers of the model |
| CParameters_ | Independent parameters of the model |
| CState_ | State variables of the model |
| CVariables_ | Internal variables of the model |
| ►Ciaf_psc_exp_ps | |
| CBuffers_ | Buffers of the model |
| CParameters_ | Independent parameters of the model |
| CState_ | State variables of the model |
| CVariables_ | Internal variables of the model |
| ►Ciaf_psc_exp_ps_lossless | |
| CBuffers_ | Buffers of the model |
| CParameters_ | Independent parameters of the model |
| CState_ | State variables of the model |
| CVariables_ | Internal variables of the model |
| ►Ciaf_tum_2000 | |
| CBuffers_ | Buffers of the model |
| CParameters_ | Independent parameters of the model |
| CState_ | State variables of the model |
| CVariables_ | Internal variables of the model |
| ►Cignore_and_fire | |
| CBuffers_ | Buffers of the model |
| CParameters_ | Independent parameters of the model |
| CState_ | State variables of the model |
| CVariables_ | Internal variables of the model |
| CIgnoreAndSpikeMechanism | Class implementing an ignore-and-fire mechanism for neuron models |
| CIllegalConnection | To be thrown if a connection is not possible |
| CIncompatibleReceptorType | Exception to be thrown if the specified receptor type does not accept the event type |
| CInexistentConnection | To be thrown if a connection does not exists but something is to be done with it |
| ►Cinhomogeneous_poisson_generator | |
| CBuffers_ | |
| CParameters_ | |
| CVariables_ | |
| CInstantaneousRateConnectionEvent | Event for rate model connections without delay |
| CInternalError | Exception to be thrown if an internal error occurs |
| CIntersectionMask | Mask combining two masks with a Boolean AND, the intersection |
| CInvalidDefaultResolution | Exception to be thrown on prototype construction if Time objects incompatible |
| CInvalidTimeInModel | Exception to be thrown on instance construction if Time objects incompatible |
| CIOError | Exception to be thrown if an error occured in an I/O operation |
| CIOManager | Manager to handle everything related to input and output |
| ►Cizhikevich | |
| CBuffers_ | Buffers of the model |
| CParameters_ | Independent parameters of the model |
| CState_ | State variables of the model |
| CVariables_ | Internal variables of the model |
| ►Cjonke_synapse | |
| CConnTestDummyNode | |
| CJonkeCommonProperties | Class containing the common properties for all synapses of type dopamine connection |
| CK | Channel taken from the following .mod file: https://senselab.med.yale.edu/ModelDB/ShowModel?model=140828&file=/Branco_2010/mod.files/kv.mod#tabs-2 |
| CKernelException | Base class for all Kernel exceptions |
| CKernelManager | Global properties of the simulation kernel |
| CKeyError | Exception to be thrown if when trying to delete an entry from DynamicRecordablesMap that does not exist |
| CLayer | Abstract base class for Layer of given dimension (D=2 or 3) |
| CLayerExpected | |
| CLayerMetadata | Class containing spatial information to be used as metadata in a NodeCollection |
| CLayerNodeExpected | |
| CLearningSignalConnectionEvent | Event for learning signal connections |
| CListRingBuffer | |
| CLocalNodeExpected | |
| CLoggingEvent | |
| CLoggingManager | |
| CLognormalParameter | Random parameter with lognormal distribution |
| CManagerInterface | Interface for kernel manager classes |
| CMask | Abstract base class for masks with given dimension |
| CMaskedLayer | Class for applying masks to layers |
| ►Cmat2_psc_exp | |
| CBuffers_ | Buffers of the model |
| CParameters_ | Independent parameters of the model |
| CState_ | State variables of the model |
| CVariables_ | Internal variables of the model |
| CMaxParameter | Parameter class representing the maximum of a parameter's value and a given value |
| CMinParameter | Parameter class representing the minimum of a parameter's value and a given value |
| ►Cmip_generator | |
| CParameters_ | Store independent parameters of the model |
| CVariables_ | |
| CModel | Base class for all Models |
| CModelInUse | Exception to be thrown if a (neuron/synapse) model with the the specified ID is used within the network and the providing module hence cannot be uninstalled |
| CModelManager | |
| Cmodelrange | |
| CModelRangeManager | |
| CModuleManager | |
| ►CMPIManager | |
| COffGridSpike | Combined storage of node ID and offset information for off-grid spikes |
| CMultiChannelInputBuffer | |
| CMultiIndex | An index into a multidimensional array |
| ►Cmultimeter | |
| CBuffers_ | |
| CParameters_ | |
| CMultRBuffer | |
| CMUSICManager | Encapsulate all calls to MUSIC |
| CNa | Channel taken from the following .mod file: https://senselab.med.yale.edu/ModelDB/ShowModel?model=140828&file=/Branco_2010/mod.files/na.mod#tabs-2 |
| CNamingConflict | Throw if an existing name is attempted to be redefined |
| Cnc_const_iterator | Iterator for NodeCollections |
| CNESTExtensionInterface | |
| CNewModelNameExists | Exception to be thrown if a name requested for a user-defined model exist already |
| CNMDA | |
| CNode | Base class for all NEST network objects |
| CNodeCollection | Superclass for NodeCollections |
| CNodeCollectionComposite | Subclass for the composite NodeCollection type |
| CNodeCollectionMetadata | Class for Metadata attached to NodeCollection |
| CNodeCollectionPrimitive | Subclass for the primitive NodeCollection type |
| CNodeIDTriple | Represent single node entry in node collection |
| CNodeManager | |
| CNodePosParameter | Node position parameter |
| CNodeWithProxiesExpected | |
| ►Cnoise_generator | |
| CBuffers_ | |
| CParameters_ | Store independent parameters of the model |
| CState_ | |
| CVariables_ | |
| Cnonlinearities_gauss_rate | |
| Cnonlinearities_lin_rate | |
| Cnonlinearities_sigmoid_rate | |
| Cnonlinearities_sigmoid_rate_gg_1998 | |
| Cnonlinearities_tanh_rate | |
| Cnonlinearities_threshold_lin_rate | |
| CNoOpStopwatch | |
| CNormalParameter | Random parameter with normal distribution |
| CNoThreadSiblingsAvailable | Exception to be thrown if the specified Node does not exist |
| CNotImplemented | Exception to be thrown if a feature is unavailable |
| ►CNtree | A Ntree object represents a subtree or leaf in a Ntree structure |
| Citerator | Iterator iterating the nodes in a Quadtree |
| Cmasked_iterator | Iterator iterating the nodes in a Quadtree inside a Mask |
| CNumericalInstability | Exception to be thrown if numerical instabilities are detected |
| COffGridSpikeData | |
| COffGridSpikeDataWithRank | Combine target rank and spike data information for storage in emitted_off_grid_spikes_register |
| COffGridTarget | |
| COneToOneBuilder | |
| CParameter | Abstract base class for parameters |
| CParameterConnParameterWrapper | |
| ►Cparrot_neuron | |
| CBuffers_ | Buffers and accumulates the number of incoming spikes per time step; RingBuffer stores doubles; for now the numbers are casted |
| ►Cparrot_neuron_ps | |
| CBuffers_ | Queue for incoming events |
| CPerThreadBoolIndicator | A thread-safe vector to keep track of the status across threads, for example during gather operations |
| ►Cpoisson_generator | |
| CParameters_ | Store independent parameters of the model |
| CVariables_ | |
| ►Cpoisson_generator_ps | |
| CBuffers_ | |
| CParameters_ | Store independent parameters of the model |
| CVariables_ | |
| CPoissonBuilder | |
| CPosition | |
| CPowParameter | Parameter class representing the parameter raised to the power of an exponent |
| ►Cpp_psc_delta | |
| CBuffers_ | Buffers of the model |
| CParameters_ | Independent parameters of the model |
| CState_ | State variables of the model |
| CVariables_ | Internal variables of the model |
| ►Cppd_sup_generator | |
| CAge_distribution_ | |
| CBuffers_ | |
| CParameters_ | Store independent parameters of the model |
| CVariables_ | |
| CPrimitiveSortOp | Functor for sorting a vector of NodeCollectionPrimitives |
| CProductParameter | Parameter class representing the product of two parameters |
| Cproxynode | Proxy to provide Nodes on remote machines |
| CPseudoRecordingDevice | Common properties of all pseudo-recording devices |
| ►Cpulsepacket_generator | |
| CBuffers_ | |
| CParameters_ | |
| CVariables_ | |
| ►Cquantal_stp_synapse | |
| CConnTestDummyNode | |
| CQuotientParameter | Parameter class representing the quotient of two parameters |
| CRandomDistribution | Wrapper for distributions |
| CRandomGenerator | Wrapper for RNG engines |
| CRandomGeneratorFactory | |
| CRandomManager | Manage the kernel's random number generators |
| CRangeCheck | Exception to be thrown if a given array has the wrong size |
| Crate_connection_delayed | |
| Crate_connection_instantaneous | |
| ►Crate_neuron_ipn | |
| CBuffers_ | Buffers of the model |
| CParameters_ | Independent parameters of the model |
| CState_ | State variables of the model |
| CVariables_ | Internal variables of the model |
| ►Crate_neuron_opn | |
| CBuffers_ | Buffers of the model |
| CParameters_ | Independent parameters of the model |
| CState_ | State variables of the model |
| CVariables_ | Internal variables of the model |
| ►Crate_transformer_node | |
| CBuffers_ | Buffers of the model |
| CParameters_ | Independent parameters of the model |
| CState_ | State variables of the model |
| CRateEvent | Event for firing rate information |
| CRecordablesMap | Map names of recordables to data access functions |
| CRecordingBackend | Abstract base class for all NESTio recording backends |
| ►CRecordingBackendASCII | ASCII specialization of the RecordingBackend interface |
| CDeviceData | |
| ►CRecordingBackendMemory | Memory specialization of the RecordingBackend interface |
| CDeviceData | |
| CRecordingBackendMPI | A recording backend for sending information with MPI |
| ►CRecordingBackendScreen | A simple recording backend implementation that prints all recorded data to screen |
| CDeviceData | |
| ►CRecordingBackendSIONlib | |
| CDeviceEntry | |
| CDeviceInfo | |
| CFileEntry | |
| CParameters_ | |
| CSIONBuffer | |
| ►CRecordingDevice | Base class for all recording devices |
| CParameters_ | |
| CState_ | |
| CRedrawParameter | Parameter class redrawing a parameter value if it is outside of specified limits |
| CRingBuffer | Buffer Layout |
| CScalarDoubleParameter | Single double value |
| CScalarIntegerParameter | Single integer value |
| CSecondaryEvent | Base class of secondary events |
| CSecondaryTargetDataFields | |
| CSendBufferPosition | This class simplifies keeping track of write position in MPI buffer while collocating spikes |
| Csic_connection | |
| CSICEvent | Event for slow inward current (SIC) connections between astrocytes and neurons |
| CSimulationManager | |
| CSinParameter | Parameter class representing the sine of a parameter |
| ►Csinusoidal_poisson_generator | |
| CBuffers_ | Buffers of the model |
| CParameters_ | |
| CState_ | |
| CVariables_ | |
| ►CSliceRingBuffer | Queue for all spikes arriving into a neuron |
| CSpikeInfo | Information about spike |
| CSource | Stores the node ID of a presynaptic neuron and the number of local targets, along with a flag, whether this entry has been processed yet |
| CSourceTable | This data structure stores the node IDs of presynaptic neurons during postsynaptic connection creation, before the connection information has been transferred to the presynaptic side |
| CSourceTablePosition | Three-tuple to store position in 3d vector of sources |
| ►CSparseNodeArray | Sparse representation of local nodes |
| CNodeEntry | Entry representing individual node |
| CSpatialDistanceParameter | Parameter representing the spatial distance between two nodes, optionally in a specific dimension |
| CSPBuilder | |
| ►Cspike_dilutor | |
| CBuffers_ | |
| CDilutorStimulationDevice | |
| CParameters_ | Store independent parameters of the model |
| ►Cspike_generator | |
| CParameters_ | |
| CState_ | |
| Cspike_recorder | |
| ►Cspike_train_injector | |
| CParameters_ | Independent parameters of the model |
| CState_ | State variables of the model |
| Cspikecounter | |
| CSpikeData | Used to communicate spikes |
| CSpikeDataWithRank | Combine target rank and spike data information for storage in emitted_spikes_register |
| CSpikeEvent | Event for spike information |
| Cspin_detector | |
| CSPManager | In charge of managing the dynamic creation and deletion of synapses in the simulation when structural plasticity is enabled |
| ►Cstatic_synapse | |
| CConnTestDummyNode | |
| ►Cstatic_synapse_hom_w | |
| CConnTestDummyNode | |
| CStaticAssert | Compile time assertions |
| ►CStaticAssert< true > | |
| Csuccess | |
| ►Cstdp_dopamine_synapse | |
| CConnTestDummyNode | |
| ►Cstdp_facetshw_synapse_hom | Class representing an STDP connection with homogeneous parameters, i.e |
| CConnTestDummyNode | |
| ►Cstdp_nn_pre_centered_synapse | |
| CConnTestDummyNode | |
| ►Cstdp_nn_restr_synapse | |
| CConnTestDummyNode | |
| ►Cstdp_nn_symm_synapse | |
| CConnTestDummyNode | |
| ►Cstdp_pl_synapse_hom | |
| CConnTestDummyNode | |
| ►Cstdp_synapse | |
| CConnTestDummyNode | |
| ►Cstdp_synapse_hom | |
| CConnTestDummyNode | |
| ►Cstdp_triplet_synapse | |
| CConnTestDummyNode | |
| CSTDPDopaCommonProperties | Class containing the common properties for all synapses of type dopamine connection |
| CSTDPFACETSHWHomCommonProperties | Class containing the common properties for all synapses of type stdp_facetshw_synapse_hom |
| CSTDPHomCommonProperties | Class containing the common properties for all synapses of type stdp_synapse_hom |
| CSTDPPLHomCommonProperties | Class containing the common properties for all synapses of type stdp_pl_synapse_hom |
| ►Cstep_current_generator | |
| CBuffers_ | |
| CParameters_ | Store independent parameters of the model |
| CState_ | |
| ►Cstep_rate_generator | |
| CBuffers_ | |
| CParameters_ | Store independent parameters of the model |
| CState_ | |
| CStepMultipleRequired | Exception to be thrown if a Time object should be multiple of the resolution |
| CStimulationBackend | Abstract base class for all NESTio stimulation backends |
| CStimulationBackendMPI | A simple input backend MPI implementation |
| ►CStimulationDevice | Base class for common properties of StimulationDevices |
| CParameters_ | |
| CStopwatch | This template has two template arguments |
| CStructuralPlasticityNode | Implements functionality related to structural synaptic plasticity |
| CSumParameter | Parameter class representing the sum of two parameters |
| CSymmetricBernoulliBuilder | |
| CSynapticElement | Synaptic element of a node (axonal bouton or dendritic spine) for the purposes of structural plasticity |
| CSynIdDelay | |
| CTarget | Check legal size |
| CTargetData | Used to communicate part of the connection infrastructure from post- to presynaptic side |
| CTargetDataFields | |
| CTargetIdentifierIndex | Class providing compact (hpc) target identified by index |
| CTargetIdentifierPtrRport | Class providing classic target identified information with target pointer and rport |
| CTargetSendBufferPosition | This class simplifies keeping track of write position in MPI buffer while collocating targets |
| CTargetTable | This data structure stores all targets of the local neurons |
| CTargetTableDevices | This data structure stores the connections between local neurons and devices |
| CThirdBernoulliWithPoolBuilder | Build third-factor connectivity based on Bernoulli trials, selecting third factor nodes from a fixed pool per target node |
| CThirdConnBuilderFactory | Factory class for Third-factor ConnBuilders |
| ►CThirdInBuilder | Builder creating "thÃrd in" connections based on data from "third out" builder |
| CSourceThirdInfo_ | Provide information on connections from primary source to third-factor population |
| CThirdOutBuilder | Builder for connections from third-factor nodes to primary target populations |
| ►CTime | |
| CLimit | |
| CLimitNegInf | |
| CLimitPosInf | |
| Cms | |
| Cms_stamp | |
| CRange | |
| Cstep | |
| Ctic | |
| CTimeConverter | Class to convert times from one representation to another |
| CTimeMultipleRequired | Exception to be thrown if a Time object should be a multiple of another |
| ►Ctsodyks2_synapse | |
| CConnTestDummyNode | |
| ►Ctsodyks_synapse | |
| CConnTestDummyNode | |
| ►Ctsodyks_synapse_hom | |
| CConnTestDummyNode | |
| CTsodyksHomCommonProperties | Class containing the common properties for all synapses of type tsodyks_synapse_hom |
| CTypeMismatch | Exception to be thrown if a given type does not match the expected type |
| CUnaccessedDictionaryEntry | Not all elements in a Dictionary have been accessed |
| CUndefinedName | |
| CUnexpectedEvent | Exception to be thrown by the event handler of a node if it receives an event it cannot handle |
| CUniformIntParameter | Random parameter with uniform distribution in [0,max), yielding integer values |
| CUniformParameter | Random parameter with uniform distribution in [min,max) |
| CUnionMask | Mask combining two masks with a Boolean OR, the sum |
| CUnknownCompartment | |
| CUnknownComponent | Exception to be thrown if a component with the the specified name does not exist |
| CUnknownModelName | Exception to be thrown if a model with the the specified name does not exist |
| CUnknownNode | Exception to be thrown if the specified Node does not exist |
| CUnknownPort | To be thrown if a port does not exists |
| CUnknownReceptorType | Exception to be thrown if the specified receptor type does not exist in the node |
| CUnknownSynapseType | Exception to be thrown if the specified Synapse type does not exist |
| CUnknownThread | Exception to be thrown if a thread id outside the range encountered |
| CUnmatchedSteps | |
| CUnsupportedEvent | Exception to be thrown by a Connection object if a connection with an unsupported event type is attempted |
| ►Curbanczik_synapse | |
| CConnTestDummyNode | |
| CUrbanczikArchivingNode | An archiving node which additionally archives parameters and buffers needed for the Urbanczik-Senn plasticity rule |
| ►Cvogels_sprekeler_synapse | |
| CConnTestDummyNode | |
| Cvoltmeter | |
| ►Cvolume_transmitter | |
| CBuffers_ | |
| CParameters_ | Independent parameters of the model |
| CVPManager | |
| ►Cweight_recorder | |
| CParameters_ | |
| CWeightOptimizer | Base class implementing a weight optimizer model |
| CWeightOptimizerAdam | Base class implementing an Adam weight optimizer model |
| CWeightOptimizerCommonProperties | Base class implementing common properties of a weight optimizer model |
| CWeightOptimizerCommonPropertiesAdam | Class implementing common properties of an Adam weight optimizer model |
| CWeightOptimizerCommonPropertiesGradientDescent | Class implementing common properties of a gradient descent weight optimizer model |
| CWeightOptimizerGradientDescent | Base class implementing a gradient descent weight optimizer model |
| CWeightRecorderEvent | Event for recording the weight of a spike |
| CAnyVector | Vector of any_type |
| CBlockVector | Container with a vector-of-vectors structure |
| Cbv_iterator | A BlockVector::iterator |
| CDictEntry_ | Represent value in dictionary entry with access information |
| CDictionary | Dictionary class for interface to Python and C++ API |
| Cdictionary_ | A Python-like dictionary_, based on std::map |
| CDictionarySchemaBuilder | Add a set of standard datatypes to any_type variant |
| CEmptyList | Datatype to allow empty Python lists to be represented without defaulting to a datatype |
| CIAFPropagator | Exact integration voltage propagator for leaky integrate-and-fire models |
| CIAFPropagatorAlpha | Exact integration voltage propagator for models with alpha psc |
| CIAFPropagatorExp | Exact integration voltage propagator for models with exponential psc |
| Citerator_pair_types | Helper class holding type definitions |
| CIteratorPair | A combinator of two iterators that can be used to apply permutations on a second container when sorting the first |
| Crightshift_iterator_pair | A rightshift functor for tuples to be used with Boost's sorting function |
| CThirdInBuilder | Create ThirdInBuilder |
| CThirdOutBuilder | Create new bipartite builder |
1.9.8