Class Hierarchy

object: The most base type
- unreachable.instance
  - pypcsim.AdvanceInfo: Help on AdvanceInfo [class]:
  - pypcsim.ConnObjectValueGenerator: Help on ConnObjectValueGenerator [class]: Customizable generator for connecting SimObject (synapses) field values
    - pypcsim.ConnObjectValueGeneratorSpecialization_AugmentedSpatialPopulation_AugmentedSpatialPopulation: Help on ConnObjectValueGeneratorSpecialization [class]:
      - pypcsim.AttributeConnObjectValueGenerator: Help on AttributeConnObjectValueGenerator [class]:
    - pypcsim.ConnObjectValueGeneratorSpecialization_SimObjectPopulation_SimObjectPopulation: Help on ConnObjectValueGeneratorSpecialization [class]:
      - pypcsim.PlainConnObjectValueGenerator: Help on PlainConnObjectValueGenerator [class]:
    - pypcsim.ConnObjectValueGeneratorSpecialization_SpatialFamilyPopulation_SpatialFamilyPopulation: Help on ConnObjectValueGeneratorSpecialization [class]:
      - pypcsim.FamilyConnObjectValueGenerator: Help on FamilyConnObjectValueGenerator [class]:
    - pypcsim.ConnObjectValueGeneratorSpecialization_SpatialSimObjectPopulation_SpatialSimObjectPopulation: Help on ConnObjectValueGeneratorSpecialization [class]:
      - pypcsim.SpatialConnObjectValueGenerator: Help on SpatialConnObjectValueGenerator [class]:
        
        pypcsim.DelayCond: Help on DelayCond [class]:
        
        pypcsim.DelayCondAndSyn: Help on DelayCondAndSyn [class]:
  - pypcsim.DistributedNetwork.ConnectInfo: Help on DistributedNetwork::ConnectInfo [struct]:
  - pypcsim.ConnectionDecisionPredicate: Help on ConnectionDecisionPredicate [class]: Binary predicate to decide on a connection between an object from a source population and an object in the destination population
    - pypcsim.ConnectionDecisionPredicateSpecialization_SimObjectPopulation_SimObjectPopulation: Help on ConnectionDecisionPredicateSpecialization [class]:
      - pypcsim.PlainConnectionDecisionPredicate: Help on PlainConnectionDecisionPredicate [class]: Predicate which works for populations of class SimObjectPopulation and classes derived from it
    - pypcsim.ConnectionDecisionPredicateSpecialization_SpatialFamilyPopulation_SpatialFamilyPopulation: Help on ConnectionDecisionPredicateSpecialization [class]:
      - pypcsim.FamilyIdConnectionDecisionPredicate: Help on FamilyIdConnectionDecisionPredicate [class]: Predicate which works for populations of class SpatialFamilyPopulation and classes derived from it
    - pypcsim.ConnectionDecisionPredicateSpecialization_SpatialSimObjectPopulation_SpatialSimObjectPopulation: Help on ConnectionDecisionPredicateSpecialization [class]:
      - pypcsim.SpatialConnectionDecisionPredicate: Help on SpatialConnectionDecisionPredicate [class]: Predicate which works for populations of class SpatialSimObjectPopulation and classes derived from it
        
        pypcsim.EuclidianDistanceConnectionPredicate: Help on EuclidianDistanceConnectionPredicate [class]: Predicate for generating connections which a connection probability which depends on the spatial distance between SimObject's
        
        pypcsim.LateralEuclidianDistanceConnectionPredicate: Help on LateralEuclidianDistanceConnectionPredicate [class]: Predicate for generating connections which a connection probability which depends on the lateral distance between SimObjects
        
        pypcsim.SphereConnectionPredicate: Help on SphereConnectionPredicate [class]: Predicate for connections within a sphere with given radius
    - pypcsim.PyConnectionDecisionPredicate: Help on PyConnectionDecisionPredicate [class]: Interface for ConnectionDecisionPredicate which allows to implement ConnectionDecisionPredicate's directly in python
  - pypcsim.ConnectionIterator: Help on ConnectionIterator [class]: Interface for iterating over connections to be made between populations of sim objects
    - pypcsim.DegreeDistributionConnections: Help on DegreeDistributionConnections [class]: This ConnectionIterator generates connections such the either the in or out degree of a SimObject in the population follows a given probability distribution.
    - pypcsim.EuclideanDistanceRandomConnections: Help on EuclideanDistanceRandomConnections [class]: Implementation of a ConnectionIterator which generates connections which a connection probability which depends on the spatial distance between SimObject's.
    - pypcsim.PredicateBasedConnections: Help on PredicateBasedConnections [class]: Implementation of a ConnectionIterator which connects each pair for which the given connection decisions predicate is true.
    - pypcsim.RandomConnections: Help on RandomConnections [class]: Fast implementation of pure random connections with a given connection probability
  - pypcsim.ConnectionsProjection: Help on ConnectionsProjection [class]: Class for making connections between populations of SimObjects
  - pypcsim.CurrentInputTarget: Help on CurrentInputTarget [class]:
    - pypcsim.ConductanceInputTarget: Help on ConductanceInputTarget [class]:
      - pypcsim.AnalogPointNeuron: Help on AnalogPointNeuron [class]: This class implements a neuron which just adds up all its inputs (synapses and analog messages) in a linear fashion
        
        pypcsim.LinearNeuron: Help on LinearNeuron [class]: This class implements a neuron which just adds up all its inputs (synapses and analog messages) in a linear fashion
      - pypcsim.CbExIzhiNeuron: Help on CbExIzhiNeuron [class]: A conductance based 'extended' Izhikevich neuron Based on Chapter 8 of Izhikevich 2007 - Dynamical Systems in Neuroscience
      - pypcsim.CbIzhiNeuron: Help on CbIzhiNeuron [class]: A conductance based Izhikevich neuron.
      - pypcsim.CbLifNeuron: Help on CbLifNeuron [class]: A leaky-integrate-and-fire (I&F) neuron.
        
        pypcsim.CompositeNeuron_CbLifNeuron: Help on CompositeNeuron [class]:
        
        pypcsim.LIFCondAlphaNeuron: Help on LIFCondAlphaNeuron [class]:
        
        pypcsim.LIFCondExpNeuron: Help on LIFCondExpNeuron [class]:
        
        pypcsim.DARecvCbLifNeuron: Help on DARecvCbLifNeuron [class]:
      - pypcsim.CbaEIFNeuron: Help on CbaEIFNeuron [class]: A conductance based aEIF (adaptive Exponential Integrate and Fire) neuron.
        
        pypcsim.CompositeNeuron_CbaEIFNeuron: Help on CompositeNeuron [class]:
        
        pypcsim.aEIFCondAlphaNeuron: Help on aEIFCondAlphaNeuron [class]:
      - pypcsim.LinearPoissonNeuron: Help on LinearPoissonNeuron [class]
        
        pypcsim.DARecvLinearPoissonNeuron: Help on DARecvLinearPoissonNeuron [class]:
      - pypcsim.ODESystemBasedSpikingNeuron: Help on ODESystemBasedSpikingNeuron [class]
        
        pypcsim.HHINeuron: Help on HHINeuron [class]:
        
        pypcsim.HHNeuron: Help on HHNeuron [class]: Conductance based spiking neuron using Traubs modified HH model with an additional M channel and OU Noise
        
        pypcsim.HHNeuronTraubMiles91: Help on HHNeuronTraubMiles91 [class]: Conductance based spiking neuron using Traubs modified HH model.
    - pypcsim.ExIzhiNeuron: Help on ExIzhiNeuron [class]: A current based 'extended' Izhikevich neuron Based on Chapter 8 of Izhikevich 2007 - Dynamical Systems in Neuroscience
    - pypcsim.IzhiNeuron: Help on IzhiNeuron [class]: A current based Izhikevich neuron.
    - pypcsim.LifNeuron: Help on LifNeuron [class]: A leaky-integrate-and-fire (I&F) neuron.
      - pypcsim.CompositeNeuron_LifNeuron: Help on CompositeNeuron [class]:
        
        pypcsim.LIFCurrAlphaNeuron: Help on LIFCurrAlphaNeuron [class]:
        
        pypcsim.LIFCurrExpNeuron: Help on LIFCurrExpNeuron [class]:
      - pypcsim.DARecvLifNeuron: Help on DARecvLifNeuron [class]:
      - pypcsim.EvLifNeuron: Help on EvLifNeuron [class]:
    - pypcsim.aEIFNeuron: Help on aEIFNeuron [class]: A current based aEIF (adaptive Exponential Integrate and Fire) neuron.
  - pypcsim.DistributionStrategy.DistributionFunction: Help on DistributionStrategy::DistributionFunction [class]:
    - pypcsim.DistributionStrategy.EngineListStrategy: Help on DistributionStrategy::EngineListStrategy [class]:
    - pypcsim.DistributionStrategy.ModuloOverGlobalEngines: Help on DistributionStrategy::ModuloOverGlobalEngines [class]:
    - pypcsim.DistributionStrategy.ModuloOverLocalEngines: Help on DistributionStrategy::ModuloOverLocalEngines [class]:
    - pypcsim.DistributionStrategy.ModuloOverLocalEnginesOnOneNode: Help on DistributionStrategy::ModuloOverLocalEnginesOnOneNode [class]:
    - pypcsim.DistributionStrategy.RandomOverGlobalEngines: Help on DistributionStrategy::RandomOverGlobalEngines [class]:
    - pypcsim.DistributionStrategy.RandomOverLocalEngines: Help on DistributionStrategy::RandomOverLocalEngines [class]:
    - pypcsim.DistributionStrategy.RankListStrategy: Help on DistributionStrategy::RankListStrategy [class]:
  - pypcsim.DistributionStrategy: Help on DistributionStrategy [class]:
  - pypcsim.DopamineReceiver: Help on DopamineReceiver [class]:
    - pypcsim.DARecvCbLifNeuron: Help on DARecvCbLifNeuron [class]:
    - pypcsim.DARecvLifNeuron: Help on DARecvLifNeuron [class]:
    - pypcsim.DARecvLinearPoissonNeuron: Help on DARecvLinearPoissonNeuron [class]:
  - pypcsim.GridPoint3D: Help on Point3D [class]:
  - pypcsim.GslStepperType: Help on odeiv::GslStepperType [class]:
    - pypcsim.RungeKutta2: Help on odeiv::RungeKutta2 [class]:
    - pypcsim.RungeKutta4: Help on odeiv::RungeKutta4 [class]:
  - pypcsim.SimEngine.ID: Help on SimEngine::ID [class]:
  - pypcsim.SimObject.ID: Help on SimObject::ID [class]: Class containing all the id's necessary to uniquely identify a simulation object
  - pypcsim.MPICommHandle: Help on MPICommHandle [class]:
  - pypcsim.ODESystem: Help on odeiv::ODESystem [class]:
    - pypcsim.GABA_BResponseODE: Help on GABA_BResponseODE [class]:
      - pypcsim.CoBaSyn_GABA_BResponseODE: Help on GenericConductanceBasedSpikingSynapse [class]:
        
        pypcsim.StaticSyn_CoBaSyn_GABA_BResponseODE: Help on GenericStaticSpikingSynapse > [class]:
        
        pypcsim.GABA_BSynapseODE: Help on GABA_BSynapseODE [class]:
    - pypcsim.ODESystemBasedSpikingNeuron: Help on ODESystemBasedSpikingNeuron [class]
      - pypcsim.HHINeuron: Help on HHINeuron [class]:
      - pypcsim.HHNeuron: Help on HHNeuron [class]: Conductance based spiking neuron using Traubs modified HH model with an additional M channel and OU Noise
      - pypcsim.HHNeuronTraubMiles91: Help on HHNeuronTraubMiles91 [class]: Conductance based spiking neuron using Traubs modified HH model.
  - pypcsim.OUGenerator: Help on OUGenerator [class]:
    - pypcsim.OUNoiseResponse: Help on OUNoiseResponse [class]:
      - pypcsim.CoBaSyn_OUNoiseResponse: Help on GenericConductanceBasedSpikingSynapse [class]:
        
        pypcsim.OUNoiseSynapse: Help on OUNoiseSynapse [class]:
  - pypcsim.Point3DSet: Help on Point3DSet [class]: Arbitray set of points in 3 dimensions (double precision)
    - pypcsim.CuboidIntegerGrid3D: Help on CuboidIntegerGrid3D [class]: Set of 3D points which have integer coordinates and are within some cuboid subspace
  - pypcsim.Point3DSetSpliter: Help on Point3DSetSpliter [class]: Class which specifies a spliting algorithm to split one Point3DSet set of points into several disjunct subsets.
    - pypcsim.RatioBasedSpliter: Help on RatioBasedSpliter [class]: Splits a Point3DSet into several subsets based on a probability distribution.
  - pypcsim.Point3D_double: Help on Point3D [class]:
  - pypcsim.RandomDistribution: Help on RandomDistribution [class]: Interface for random number distributions
    - pypcsim.ClippedDistribution: Help on ClippedDistribution [class]: Uniform distributed integers in the range [a,b]
    - pypcsim.ConstantNumber: Help on ConstantNumber [class]: A "distribution" which always returns a specified value
    - pypcsim.RandDistBoostImpl_boost_bernoulli_distribution_double: Help on RandomDistributionBoostImplementation > [class]:
      - pypcsim.BernoulliDistribution: Help on BernoulliDistribution [class]: Bernoulli distribution
    - pypcsim.RandDistBoostImpl_boost_binomial_distribution_int_double: Help on RandomDistributionBoostImplementation > [class]:
      - pypcsim.BinomialDistribution: Help on BinomialDistribution [class]: Binomial distribution
    - pypcsim.RandDistBoostImpl_boost_cauchy_distribution_double: Help on RandomDistributionBoostImplementation > [class]:
      - pypcsim.CauchyDistribution: Help on CauchyDistribution [class]: Cauchy distribution
    - pypcsim.RandDistBoostImpl_boost_exponential_distribution_double: Help on RandomDistributionBoostImplementation > [class]:
      - pypcsim.ExponentialDistribution: Help on ExponentialDistribution [class]: Exponential distribution
    - pypcsim.RandDistBoostImpl_boost_gamma_distribution_double: Help on RandomDistributionBoostImplementation > [class]:
      - pypcsim.GammaDistribution: Help on GammaDistribution [class]: Gamma distribution
        
        pypcsim.Gamma2Distribution: Help on Gamma2Distribution [class]: Gamma distribution with 2 parameters (additional scaling parameter)
        
        pypcsim.BndGammaDistribution: Help on BndGammaDistribution [class]: Bounded Gamma distribution (similar to the bndgamma in the circuit toolbox)
    - pypcsim.RandDistBoostImpl_boost_geometric_distribution_int_double: Help on RandomDistributionBoostImplementation > [class]:
      - pypcsim.GeometricDistribution: Help on GeometricDistribution [class]: Geometric distribution
    - pypcsim.RandDistBoostImpl_boost_lognormal_distribution_double: Help on RandomDistributionBoostImplementation > [class]:
      - pypcsim.LogNormalDistribution: Help on LogNormalDistribution [class]: Log-normal distribution
    - pypcsim.RandDistBoostImpl_boost_normal_distribution_double: Help on RandomDistributionBoostImplementation > [class]:
      - pypcsim.NormalDistribution: Help on NormalDistribution [class]: Normal distribution
        
        pypcsim.BndNormalDistribution: Help on BndNormalDistribution [class]: Bounded Normal distribution (similar to the bndnormal in the circuit toolbox)
    - pypcsim.RandDistBoostImpl_boost_poisson_distribution_int_double: Help on RandomDistributionBoostImplementation > [class]:
      - pypcsim.PoissonDistribution: Help on PoissonDistribution [class]: Poisson distribution
    - pypcsim.RandDistBoostImpl_boost_triangle_distribution_double: Help on RandomDistributionBoostImplementation > [class]:
      - pypcsim.TriangleDistribution: Help on TriangleDistribution [class]: Triangle distribution The returned floating-point values x satisfy a <= x <= c; x has a triangle distribution, where b is the most probable value for x.
    - pypcsim.RandDistBoostImpl_boost_uniform_real_double: Help on RandomDistributionBoostImplementation > [class]:
      - pypcsim.UniformDistribution: Help on UniformDistribution [class]: Uniform distribution in the interval [a,b)
        
        pypcsim.QuadDistribution: Help on QuadDistribution [class]: Quadratic distribution
    - pypcsim.UniformIntegerDistribution: Help on UniformIntegerDistribution [class]: Uniform distributed integers in the range [a,b]
  - pypcsim.RandomEngine: Help on RandomEngine [class]:
    - pypcsim.RandEngBoostImpl_boost_random_lagged_fibonacci_01_double_48_1279u_418u: Help on RandomEngineBoostImplementation > [class]:
      - pypcsim.LaggedFibonacci1279: Help on LaggedFibonacci1279 [class]:
    - pypcsim.RandEngBoostImpl_boost_random_lagged_fibonacci_01_double_48_19937u_9842u: Help on RandomEngineBoostImplementation > [class]:
      - pypcsim.LaggedFibonacci19937: Help on LaggedFibonacci19937 [class]:
    - pypcsim.RandEngBoostImpl_boost_random_lagged_fibonacci_01_double_48_2281u_1252u: Help on RandomEngineBoostImplementation > [class]:
      - pypcsim.LaggedFibonacci2281: Help on LaggedFibonacci2281 [class]:
    - pypcsim.RandEngBoostImpl_boost_random_lagged_fibonacci_01_double_48_23209u_13470u: Help on RandomEngineBoostImplementation > [class]:
      - pypcsim.LaggedFibonacci23209: Help on LaggedFibonacci23209 [class]:
    - pypcsim.RandEngBoostImpl_boost_random_lagged_fibonacci_01_double_48_3217u_576u: Help on RandomEngineBoostImplementation > [class]:
      - pypcsim.LaggedFibonacci3217: Help on LaggedFibonacci3217 [class]:
    - pypcsim.RandEngBoostImpl_boost_random_lagged_fibonacci_01_double_48_4423u_2098u: Help on RandomEngineBoostImplementation > [class]:
      - pypcsim.LaggedFibonacci4423: Help on LaggedFibonacci4423 [class]:
    - pypcsim.RandEngBoostImpl_boost_random_lagged_fibonacci_01_double_48_44497u_21034u: Help on RandomEngineBoostImplementation > [class]:
      - pypcsim.LaggedFibonacci44497: Help on LaggedFibonacci44497 [class]:
    - pypcsim.RandEngBoostImpl_boost_random_lagged_fibonacci_01_double_48_607u_273u: Help on RandomEngineBoostImplementation > [class]:
      - pypcsim.LaggedFibonacci607: Help on LaggedFibonacci607 [class]:
    - pypcsim.RandEngBoostImpl_boost_random_lagged_fibonacci_01_double_48_9689u_5502u: Help on RandomEngineBoostImplementation > [class]:
      - pypcsim.LaggedFibonacci9689: Help on LaggedFibonacci9689 [class]:
    - pypcsim.RandEngBoostImpl_boost_random_mersenne_twister_unsigned_int_32_351_175_19_861171993u_11_7_834054912u_15_1769472u_17_1552073582u: Help on RandomEngineBoostImplementation > [class]:
      - pypcsim.MersenneTwister11213b: Help on MersenneTwister11213b [class]:
    - pypcsim.RandEngBoostImpl_boost_random_mersenne_twister_unsigned_int_32_624_397_31_1727483681u_11_7_1658038656u_15_272236544u_18_948541730u: Help on RandomEngineBoostImplementation > [class]:
      - pypcsim.MersenneTwister19937: Help on MersenneTwister19937 [class]:
  - pypcsim.SimEngine: Help on SimEngine [class]: Abstract class on which all simulation engines are built
  - pypcsim.SimNetwork: Help on SimNetwork [class]:
    - pypcsim.DistributedNetwork: Help on DistributedNetwork [class]: Network holding the common functionalities for distributed simulations.
      - pypcsim.DistributedMultiThreadNetwork: Help on DistributedMultiThreadNetwork [class]: Network which encapsulates a distributed multi-threaded simulation.
      - pypcsim.DistributedSingleThreadNetwork: Help on DistributedSingleThreadNetwork [class]: Network which encapsulates a distributed single-threaded simulation.
    - pypcsim.MultiThreadNetwork: Help on MultiThreadNetwork [class]: Network which encapsulates a multi-threaded simulation in one process on a multi-processor machine.
    - pypcsim.SingleThreadNetwork: Help on SingleThreadNetwork [class]: Network which can only be run by one thread
  - pypcsim.SimObjectFactory: Help on SimObjectFactory [class]: This class provides the interface for creating SimObject instances
    - pypcsim.SimObject: Help on SimObject [class]: Base class for all objects to simulate.
      - pypcsim.AnalogDelayObject: Help on AnalogDelayObject [class]:
      - pypcsim.AnalogInputNeuron: Help on AnalogInputNeuron [class]:
      - pypcsim.AnalogLevelBasedInputNeuron: Help on AnalogLevelBasedInputNeuron [class]: Input neuron where the analog input signal is composed of muliple constant levels with different durations.
      - pypcsim.AnalogPointNeuron: Help on AnalogPointNeuron [class]: This class implements a neuron which just adds up all its inputs (synapses and analog messages) in a linear fashion
        
        pypcsim.LinearNeuron: Help on LinearNeuron [class]: This class implements a neuron which just adds up all its inputs (synapses and analog messages) in a linear fashion
      - pypcsim.AnalogRecorder: Help on AnalogRecorder [class]:
      - pypcsim.AnalogSynapse: Help on AnalogSynapse [class]: Synapse for transmission of analog values
        
        pypcsim.ConductanceBasedAnalogSynapse: Help on ConductanceBasedAnalogSynapse [class]:
        
        pypcsim.StaticAnaSyn_CoBaAnaSyn: Help on GenericStaticAnalogSynapse [class]:
        
        pypcsim.CbStaticAnalogSynapse: Help on CbStaticAnalogSynapse [class]:
        
        pypcsim.CurrentBasedAnalogSynapse: Help on CurrentBasedAnalogSynapse [class]:
        
        pypcsim.StaticAnaSyn_CuBaAnaSyn: Help on GenericStaticAnalogSynapse [class]:
        
        pypcsim.StaticAnalogSynapse: Help on StaticAnalogSynapse [class]:
      - pypcsim.FiniteSpikeResponse: Help on FiniteSpikeResponse [class]:
        
        pypcsim.AlphaFunctionSpikeResponse: Help on AlphaFunctionSpikeResponse [class]:
        
        pypcsim.CoBaSyn_AlphaFunction: Help on GenericConductanceBasedSpikingSynapse [class]:
        
        pypcsim.DynamicSyn_CoBaSyn_AlphaFunction: Help on GenericDynamicSpikingSynapse > [class]:
        
        pypcsim.DynamicCondAlphaSynapse: Help on DynamicCondAlphaSynapse [class]:
        
        pypcsim.StaticSyn_CoBaSyn_AlphaFunction: Help on GenericStaticSpikingSynapse > [class]:
        
        pypcsim.StaticCondAlphaSynapse: Help on StaticCondAlphaSynapse [class]:
        
        pypcsim.CuBaSyn_AlphaFunction: Help on GenericCurrentBasedSpikingSynapse [class]:
        
        pypcsim.DynamicSyn_CuBaSyn_AlphaFunction: Help on GenericDynamicSpikingSynapse > [class]:
        
        pypcsim.DynamicCurrAlphaSynapse: Help on DynamicCurrAlphaSynapse [class]:
        
        pypcsim.StaticSyn_CuBaSyn_AlphaFunction: Help on GenericStaticSpikingSynapse > [class]:
        
        pypcsim.StaticCurrAlphaSynapse: Help on StaticCurrAlphaSynapse [class]:
        
        pypcsim.GABASynapse_AlphaFunction: Help on GenericGABASynapse [class]:
        
        pypcsim.DynamicGABAAlphaBase: Help on GenericDynamicSpikingSynapse > [class]:
        
        pypcsim.DynamicGABAAlphaSynapse: Help on DynamicGABAAlphaSynapse [class]:
        
        pypcsim.StaticGABAAlphaBase: Help on GenericStaticSpikingSynapse > [class]:
        
        pypcsim.StaticGABAAlphaSynapse: Help on StaticGABAAlphaSynapse [class]:
        
        pypcsim.GlutamateSynapse_AlphaFunction: Help on GenericGlutamateSynapse [class]:
        
        pypcsim.DynamicGlutamateAlphaBase: Help on GenericDynamicSpikingSynapse > [class]:
        
        pypcsim.DynamicGlutamateAlphaSynapse: Help on DynamicGlutamateAlphaSynapse [class]:
        
        pypcsim.StaticGlutamateAlphaBase: Help on GenericStaticSpikingSynapse > [class]:
        
        pypcsim.StaticGlutamateAlphaSynapse: Help on StaticGlutamateAlphaSynapse [class]:
        
        pypcsim.NMDASynapse_AlphaFunction: Help on GenericNMDASynapse [class]:
        
        pypcsim.DynamicSyn_NMDASynapse_AlphaFunction: Help on GenericDynamicSpikingSynapse > [class]:
        
        pypcsim.DynamicNMDAAlphaSynapse: Help on DynamicNMDAAlphaSynapse [class]:
        
        pypcsim.StaticSyn_NMDASynapse_AlphaFunction: Help on GenericStaticSpikingSynapse > [class]:
        
        pypcsim.StaticNMDAAlphaSynapse: Help on StaticNMDAAlphaSynapse [class]:
        
        pypcsim.DoubleExponentialSpikeResponse: Help on DoubleExponentialSpikeResponse [class]:
        
        pypcsim.CoBaSyn_DoubleExponential: Help on GenericConductanceBasedSpikingSynapse [class]:
        
        pypcsim.DynamicSyn_CoBaSyn_DoubleExponential: Help on GenericDynamicSpikingSynapse > [class]:
        
        pypcsim.DynamicCondDoubleExpSynapse: Help on DynamicCondDoubleExpSynapse [class]:
        
        pypcsim.StaticSyn_CoBaSyn_DoubleExponential: Help on GenericStaticSpikingSynapse > [class]:
        
        pypcsim.StaticCondDoubleExpSynapse: Help on StaticCondDoubleExpSynapse [class]:
        
        pypcsim.CuBaSyn_DoubleExponential: Help on GenericCurrentBasedSpikingSynapse [class]:
        
        pypcsim.DynamicSyn_CuBaSyn_DoubleExponential: Help on GenericDynamicSpikingSynapse > [class]:
        
        pypcsim.DynamicCurrDoubleExpSynapse: Help on DynamicCurrDoubleExpSynapse [class]:
        
        pypcsim.StaticSyn_CuBaSyn_DoubleExponential: Help on GenericStaticSpikingSynapse > [class]:
        
        pypcsim.StaticCurrDoubleExpSynapse: Help on StaticCurrDoubleExpSynapse [class]:
        
        pypcsim.GABASynapse_DoubleExponential: Help on GenericGABASynapse [class]:
        
        pypcsim.DynamicGABADoubleExpBase: Help on GenericDynamicSpikingSynapse > [class]:
        
        pypcsim.DynamicGABADoubleExpSynapse: Help on DynamicGABADoubleExpSynapse [class]:
        
        pypcsim.StaticGABADoubleExpBase: Help on GenericStaticSpikingSynapse > [class]:
        
        pypcsim.StaticGABADoubleExpSynapse: Help on StaticGABADoubleExpSynapse [class]:
        
        pypcsim.GlutamateSynapse_DoubleExponential: Help on GenericGlutamateSynapse [class]:
        
        pypcsim.DynamicGlutamateDoubleExpBase: Help on GenericDynamicSpikingSynapse > [class]:
        
        pypcsim.DynamicGlutamateDoubleExpSynapse: Help on DynamicGlutamateDoubleExpSynapse [class]:
        
        pypcsim.StaticGlutamateDoubleExpBase: Help on GenericStaticSpikingSynapse > [class]:
        
        pypcsim.StaticGlutamateDoubleExpSynapse: Help on StaticGlutamateDoubleExpSynapse [class]:
        
        pypcsim.NMDASynapse_DoubleExponential: Help on GenericNMDASynapse [class]:
        
        pypcsim.DynamicSyn_NMDASynapse_DoubleExponential: Help on GenericDynamicSpikingSynapse > [class]:
        
        pypcsim.DynamicNMDADoubleExpSynapse: Help on DynamicNMDADoubleExpSynapse [class]:
        
        pypcsim.StaticSyn_NMDASynapse_DoubleExponential: Help on GenericStaticSpikingSynapse > [class]:
        
        pypcsim.StaticNMDADoubleExpSynapse: Help on StaticNMDADoubleExpSynapse [class]:
        
        pypcsim.ExponentialDecaySpikeResponse: Help on ExponentialDecaySpikeResponse [class]:
        
        pypcsim.CoBaSyn_ExponentialDecay: Help on GenericConductanceBasedSpikingSynapse [class]:
        
        pypcsim.DynamicSyn_CoBaSyn_ExponentialDecay: Help on GenericDynamicSpikingSynapse > [class]:
        
        pypcsim.DynamicCondExpSynapse: Help on DynamicCondExpSynapse [class]:
        
        pypcsim.EachPairStdpSynapse_DynamicSyn_CoBaSyn_ExponentialDecay: Help on GenericEachPairStdpSynapse > > [class]:
        
        pypcsim.FroemkeDanStdpSynapse_EachPairStdpSynapse_DynamicSyn_CoBaSyn_ExponentialDecay: Help on GenericFroemkeDanStdpSynapse > > > [class]:
        
        pypcsim.DAModulatedSTDPSynapse_FroemkeDanStdpSynapse_EachPairStdpSynapse_DynamicSyn_CoBaSyn_ExponentialDecay: Help on GenericDAModulatedSTDPSynapse > > > > [class]:
        
        pypcsim.DAModStdpDynamicCondExpSynapse: Help on DAModStdpDynamicCondExpSynapse [class]:
        
        pypcsim.DynamicStdpCondExpSynapse: Help on DynamicStdpCondExpSynapse [class]:
        
        pypcsim.HomeostaticSynapse_DynamicSyn_CoBaSyn_ExponentialDecay: Help on GenericHomeostaticSynapse > > [class]:
        
        pypcsim.DynamicHomeostaticSynapse: Help on DynamicHomeostaticSynapse [class]:
        
        pypcsim.StaticSyn_CoBaSyn_ExponentialDecay: Help on GenericStaticSpikingSynapse > [class]:
        
        pypcsim.EachPairStdpSynapse_StaticSyn_CoBaSyn_ExponentialDecay: Help on GenericEachPairStdpSynapse > > [class]:
        
        pypcsim.FroemkeDanStdpSynapse_EachPairStdpSynapse_StaticSyn_CoBaSyn_ExponentialDecay: Help on GenericFroemkeDanStdpSynapse > > > [class]:
        
        pypcsim.DAModulatedSTDPSynapse_FroemkeDanStdpSynapse_EachPairStdpSynapse_StaticSyn_CoBaSyn_ExponentialDecay: Help on GenericDAModulatedSTDPSynapse > > > > [class]:
        
        pypcsim.DAModStdpStaticCondExpSynapse: Help on DAModStdpStaticCondExpSynapse [class]:
        
        pypcsim.StaticStdpCondExpSynapse: Help on StaticStdpCondExpSynapse [class]:
        
        pypcsim.HomeostaticSynapse_StaticSyn_CoBaSyn_ExponentialDecay: Help on GenericHomeostaticSynapse > > [class]:
        
        pypcsim.StaticHomeostaticSynapse: Help on StaticHomeostaticSynapse [class]:
        
        pypcsim.StaticCondExpSynapse: Help on StaticCondExpSynapse [class]:
        
        pypcsim.CuBaSyn_ExponentialDecay: Help on GenericCurrentBasedSpikingSynapse [class]:
        
        pypcsim.DynamicSyn_CuBaSyn_ExponentialDecay: Help on GenericDynamicSpikingSynapse > [class]:
        
        pypcsim.DynamicCurrExpSynapse: Help on DynamicCurrExpSynapse [class]:
        
        pypcsim.DynamicSpikingSynapse: Help on DynamicSpikingSynapse [class]:
        
        pypcsim.EachPairStdpSynapse_DynamicSyn_CuBaSyn_ExponentialDecay: Help on GenericEachPairStdpSynapse > > [class]:
        
        pypcsim.FroemkeDanStdpSynapse_EachPairStdpSynapse_DynamicSyn_CuBaSyn_ExponentialDecay: Help on GenericFroemkeDanStdpSynapse > > > [class]:
        
        pypcsim.DAModulatedSTDPSynapse_FroemkeDanStdpSynapse_EachPairStdpSynapse_DynamicSyn_CuBaSyn_ExponentialDecay: Help on GenericDAModulatedSTDPSynapse > > > > [class]:
        
        pypcsim.DAModStdpDynamicCurrExpSynapse: Help on DAModStdpDynamicCurrExpSynapse [class]:
        
        pypcsim.DAModulatedDynamicStdpSynapse: Help on DAModulatedDynamicStdpSynapse [class]:
        
        pypcsim.DynamicStdpSynapse: Help on DynamicStdpSynapse [class]: Dynamic synapse implementing STDP plasticity.
        
        pypcsim.HomeostaticSynapse_DynamicSyn_CuBaSyn_ExponentialDecay: Help on GenericHomeostaticSynapse > > [class]:
        
        pypcsim.DynamicHomeostaticCurrentSynapse: Help on DynamicHomeostaticCurrentSynapse [class]:
        
        pypcsim.OnePairStdpSynapse_DynamicSyn_CuBaSyn_ExponentialDecay: Help on GenericOnePairStdpSynapse > > [class]:
        
        pypcsim.FroemkeDanStdpSynapse_OnePairStdpSynapse_DynamicSyn_CuBaSyn_ExponentialDecay: Help on GenericFroemkeDanStdpSynapse > > > [class]:
        
        pypcsim.DynamicIzhiStdpSynapse: Help on DynamicIzhiStdpSynapse [class]: NEEDS TO BE TESTED
        
        pypcsim.StaticSyn_CuBaSyn_ExponentialDecay: Help on GenericStaticSpikingSynapse > [class]:
        
        pypcsim.EachPairStdpSynapse_StaticSyn_CuBaSyn_ExponentialDecay: Help on GenericEachPairStdpSynapse > > [class]:
        
        pypcsim.FroemkeDanStdpSynapse_EachPairStdpSynapse_StaticSyn_CuBaSyn_ExponentialDecay: Help on GenericFroemkeDanStdpSynapse > > > [class]:
        
        pypcsim.DAModulatedSTDPSynapse_FroemkeDanStdpSynapse_EachPairStdpSynapse_StaticSyn_CuBaSyn_ExponentialDecay: Help on GenericDAModulatedSTDPSynapse > > > > [class]:
        
        pypcsim.DAModulatedStaticStdpSynapse: Help on DAModulatedStaticStdpSynapse [class]:
        
        pypcsim.StaticStdpSynapse: Help on StaticStdpSynapse [class]: Static synapse implementing STDP plasticity.
        
        pypcsim.HomeostaticSynapse_StaticSyn_CuBaSyn_ExponentialDecay: Help on GenericHomeostaticSynapse > > [class]:
        
        pypcsim.StaticHomeostaticCurrentSynapse: Help on StaticHomeostaticCurrentSynapse [class]:
        
        pypcsim.OnePairStdpSynapse_StaticSyn_CuBaSyn_ExponentialDecay: Help on GenericOnePairStdpSynapse > > [class]:
        
        pypcsim.FroemkeDanStdpSynapse_OnePairStdpSynapse_StaticSyn_CuBaSyn_ExponentialDecay: Help on GenericFroemkeDanStdpSynapse > > > [class]:
        
        pypcsim.StaticIzhiStdpSynapse: Help on StaticIzhiStdpSynapse [class]: NEEDS TO BE TESTED
        
        pypcsim.StaticCurrExpSynapse: Help on StaticCurrExpSynapse [class]:
        
        pypcsim.StaticSpikingSynapse: Help on StaticSpikingSynapse [class]:
        
        pypcsim.GABASynapse_ExponentialDecay: Help on GenericGABASynapse [class]:
        
        pypcsim.DynamicGABAExpBase: Help on GenericDynamicSpikingSynapse > [class]:
        
        pypcsim.DynamicGABAExpSynapse: Help on DynamicGABAExpSynapse [class]:
        
        pypcsim.StaticGABAExpBase: Help on GenericStaticSpikingSynapse > [class]:
        
        pypcsim.StaticGABAExpSynapse: Help on StaticGABAExpSynapse [class]:
        
        pypcsim.GlutamateSynapse_ExponentialDecay: Help on GenericGlutamateSynapse [class]:
        
        pypcsim.DynamicGlutamateExpBase: Help on GenericDynamicSpikingSynapse > [class]:
        
        pypcsim.DynamicGlutamateExpSynapse: Help on DynamicGlutamateExpSynapse [class]:
        
        pypcsim.HomDynGlutamateExpBase: Help on GenericHomeostaticSynapse > > [class]:
        
        pypcsim.HomDynGlutamateExpSynapse: Help on HomDynGlutamateExpSynapse [class]:
        
        pypcsim.StaticGlutamateExpBase: Help on GenericStaticSpikingSynapse > [class]:
        
        pypcsim.StaticGlutamateExpSynapse: Help on StaticGlutamateExpSynapse [class]:
        
        pypcsim.NMDASynapse_ExponentialDecay: Help on GenericNMDASynapse [class]:
        
        pypcsim.DynamicSyn_NMDASynapse_ExponentialDecay: Help on GenericDynamicSpikingSynapse > [class]:
        
        pypcsim.DynamicNMDAExpSynapse: Help on DynamicNMDAExpSynapse [class]:
        
        pypcsim.StaticSyn_NMDASynapse_ExponentialDecay: Help on GenericStaticSpikingSynapse > [class]:
        
        pypcsim.StaticNMDAExpSynapse: Help on StaticNMDAExpSynapse [class]:
        
        pypcsim.GABA_BResponse: Help on GABA_BResponse [class]:
        
        pypcsim.CoBaSyn_GABA_BResponse: Help on GenericConductanceBasedSpikingSynapse [class]:
        
        pypcsim.StaticSyn_CoBaSyn_GABA_BResponse: Help on GenericStaticSpikingSynapse > [class]:
        
        pypcsim.GABA_BSynapse: Help on GABA_BSynapse [class]:
        
        pypcsim.NonLinGABASynapse_ExponentialDecay: Help on GenericNonLinGABASynapse [class]:
        
        pypcsim.DynamicNonLinGABAExpBase: Help on GenericDynamicSpikingSynapse > [class]:
        
        pypcsim.DynamicNonLinGABAExpSynapse: Help on DynamicNonLinGABAExpSynapse [class]:
        
        pypcsim.StaticNonLinGABAExpBase: Help on GenericStaticSpikingSynapse > [class]:
        
        pypcsim.StaticNonLinGABAExpSynapse: Help on StaticNonLinGABAExpSynapse [class]:
        
        pypcsim.GABA_BResponseNest: Help on GABA_BResponseNest [class]:
        
        pypcsim.CoBaSyn_GABA_BResponseNest: Help on GenericConductanceBasedSpikingSynapse [class]:
        
        pypcsim.StaticSyn_CoBaSyn_GABA_BResponseNest: Help on GenericStaticSpikingSynapse > [class]:
        
        pypcsim.GABA_BSynapseNest: Help on GABA_BSynapseNest [class]:
        
        pypcsim.GABA_BResponseODE: Help on GABA_BResponseODE [class]:
        
        pypcsim.CoBaSyn_GABA_BResponseODE: Help on GenericConductanceBasedSpikingSynapse [class]:
        
        pypcsim.StaticSyn_CoBaSyn_GABA_BResponseODE: Help on GenericStaticSpikingSynapse > [class]:
        
        pypcsim.GABA_BSynapseODE: Help on GABA_BSynapseODE [class]:
        
        pypcsim.SquarePulseSpikeResponse: Help on SquarePulseSpikeResponse [class]:
        
        pypcsim.CuBaSyn_SquarePulse: Help on GenericCurrentBasedSpikingSynapse [class]:
        
        pypcsim.StaticSyn_CuBaSyn_SquarePulse: Help on GenericStaticSpikingSynapse > [class]:
        
        pypcsim.EachPairStdpSynapse_StaticSyn_CuBaSyn_SquarePulse: Help on GenericEachPairStdpSynapse > > [class]:
        
        pypcsim.FroemkeDanStdpSynapse_EachPairStdpSynapse_StaticSyn_CuBaSyn_SquarePulse: Help on GenericFroemkeDanStdpSynapse > > > [class]:
        
        pypcsim.DAModulatedSTDPSynapse_FroemkeDanStdpSynapse_EachPairStdpSynapse_StaticSyn_CuBaSyn_SquarePulse: Help on GenericDAModulatedSTDPSynapse > > > > [class]:
        
        pypcsim.DAModStdpSquarePulseSynapse: Help on DAModStdpSquarePulseSynapse [class]:
        
        pypcsim.StaticStdpSquareSynapse: Help on StaticStdpSquareSynapse [class]:
        
        pypcsim.StaticCurrSquarePulseSynapse: Help on StaticCurrSquarePulseSynapse [class]:
      - pypcsim.GaussianNoise: Help on GaussianNoise [class]:
      - pypcsim.InfiniteSpikeResponse: Help on InfiniteSpikeResponse [class]:
        
        pypcsim.AlphaInfiniteSpikeResponse: Help on AlphaInfiniteSpikeResponse [class]:
        
        pypcsim.CuBaSyn_AlphaInfinite: Help on GenericCurrentBasedSpikingSynapse [class]:
        
        pypcsim.StaticSyn_CuBaSyn_AlphaInfinite: Help on GenericStaticSpikingSynapse > [class]:
        
        pypcsim.StaticInfPSRCurrAlphaSynapse: Help on StaticInfPSRCurrAlphaSynapse [class]:
      - pypcsim.IzhiNeuronBase: Help on IzhiNeuronBase [class]: An Izhikevich neuron.
        
        pypcsim.CbIzhiNeuron: Help on CbIzhiNeuron [class]: A conductance based Izhikevich neuron.
        
        pypcsim.ExIzhiNeuronBase: Help on ExIzhiNeuronBase [class]: An extended Izhikevich neuron Based on Chapter 8 of Izhikevich 2007 - Dynamical Systems in Neuroscience
        
        pypcsim.CbExIzhiNeuron: Help on CbExIzhiNeuron [class]: A conductance based 'extended' Izhikevich neuron Based on Chapter 8 of Izhikevich 2007 - Dynamical Systems in Neuroscience
        
        pypcsim.ExIzhiNeuron: Help on ExIzhiNeuron [class]: A current based 'extended' Izhikevich neuron Based on Chapter 8 of Izhikevich 2007 - Dynamical Systems in Neuroscience
        
        pypcsim.IzhiNeuron: Help on IzhiNeuron [class]: A current based Izhikevich neuron.
      - pypcsim.LifNeuronBase: Help on LifNeuronBase [class]: A leaky-integrate-and-fire (I&F) neuron.
        
        pypcsim.CbLifNeuron: Help on CbLifNeuron [class]: A leaky-integrate-and-fire (I&F) neuron.
        
        pypcsim.CompositeNeuron_CbLifNeuron: Help on CompositeNeuron [class]:
        
        pypcsim.LIFCondAlphaNeuron: Help on LIFCondAlphaNeuron [class]:
        
        pypcsim.LIFCondExpNeuron: Help on LIFCondExpNeuron [class]:
        
        pypcsim.DARecvCbLifNeuron: Help on DARecvCbLifNeuron [class]:
        
        pypcsim.LifNeuron: Help on LifNeuron [class]: A leaky-integrate-and-fire (I&F) neuron.
        
        pypcsim.CompositeNeuron_LifNeuron: Help on CompositeNeuron [class]:
        
        pypcsim.LIFCurrAlphaNeuron: Help on LIFCurrAlphaNeuron [class]:
        
        pypcsim.LIFCurrExpNeuron: Help on LIFCurrExpNeuron [class]:
        
        pypcsim.DARecvLifNeuron: Help on DARecvLifNeuron [class]:
        
        pypcsim.EvLifNeuron: Help on EvLifNeuron [class]:
      - pypcsim.LinearPoissonNeuron: Help on LinearPoissonNeuron [class]
        
        pypcsim.DARecvLinearPoissonNeuron: Help on DARecvLinearPoissonNeuron [class]:
      - pypcsim.ODESystemBasedSpikingNeuron: Help on ODESystemBasedSpikingNeuron [class]
        
        pypcsim.HHINeuron: Help on HHINeuron [class]:
        
        pypcsim.HHNeuron: Help on HHNeuron [class]: Conductance based spiking neuron using Traubs modified HH model with an additional M channel and OU Noise
        
        pypcsim.HHNeuronTraubMiles91: Help on HHNeuronTraubMiles91 [class]: Conductance based spiking neuron using Traubs modified HH model.
      - pypcsim.OUNoiseResponse: Help on OUNoiseResponse [class]:
        
        pypcsim.CoBaSyn_OUNoiseResponse: Help on GenericConductanceBasedSpikingSynapse [class]:
        
        pypcsim.OUNoiseSynapse: Help on OUNoiseSynapse [class]:
      - pypcsim.OnlineAverager: Help on OnlineAverager [class]:
      - pypcsim.OnlineHistogramGenerator: Help on OnlineHistogramGenerator [class]:
      - pypcsim.PoissonInputNeuron: Help on PoissonInputNeuron [class]:
      - pypcsim.PySimObjectStub: Help on PySimObjectStub [class]:
      - pypcsim.SimProgressBar: Help on SimProgressBar [class]:
      - pypcsim.SimpleScalingSpikingSynapse: Help on SimpleScalingSpikingSynapse [class]:
      - pypcsim.SpikeTimeRecorder: Help on SpikeTimeRecorder [class]:
      - pypcsim.SpikingInputNeuron: Help on SpikingInputNeuron [class]: A spiking neuron which emits a predefined spike train.
      - pypcsim.aEIFNeuronBase: Help on aEIFNeuronBase [class]: An aEIF (adaptive Exponential Integrate and Fire) neuron.
        
        pypcsim.CbaEIFNeuron: Help on CbaEIFNeuron [class]: A conductance based aEIF (adaptive Exponential Integrate and Fire) neuron.
        
        pypcsim.CompositeNeuron_CbaEIFNeuron: Help on CompositeNeuron [class]:
        
        pypcsim.aEIFCondAlphaNeuron: Help on aEIFCondAlphaNeuron [class]:
        
        pypcsim.aEIFNeuron: Help on aEIFNeuron [class]: A current based aEIF (adaptive Exponential Integrate and Fire) neuron.
    - pypcsim.SimObjectArrayFactory: Help on SimObjectArrayFactory [class]:
    - pypcsim.SimObjectVariationFactory: Help on SimObjectVariationFactory [class]: Randomized generation of SimObjects Allows for specification of random distribution objects associated with each field of the SimObject class that is produced by the factory.
      - pypcsim.ConnObjectFactory: Help on ConnObjectFactory [class]:
      - pypcsim.PopObjectFactory: Help on PopObjectFactory [class]: Factory for SimObjects within population
  - pypcsim.SimObjectPopulation: Help on SimObjectPopulation [class]: Simple population of SimObjects
    - pypcsim.SpatialSimObjectPopulation: Help on SpatialSimObjectPopulation [class]: Population of SimObject's with associated locations in 3D space
      - pypcsim.CuboidGridObjectPopulation: Help on CuboidGridObjectPopulation [class]: SpatialSimObjectPopulation class with SimObject's on an integer grid in 3D
      - pypcsim.SpatialFamilyPopulation: Help on SpatialFamilyPopulation [class]: This class associates a family ID and a location in 3D space with each simulation object in the population
        
        pypcsim.AugmentedSpatialPopulation: Help on AugmentedSpatialPopulation [class]:
  - pypcsim.SimParameter: Help on SimParameter [class]: Structure which encapsulates all global simulation parameters
  - pypcsim.Solver: Help on odeiv::Solver [class]:
    - pypcsim.AdaptiveStepSolver: Help on odeiv::AdaptiveStepSolver [class]:
    - pypcsim.FixedStepSolver: Help on odeiv::FixedStepSolver [class]:
  - pypcsim.SpatialFamilyIDGenerator: Help on SpatialFamilyIDGenerator [class]: Base class for generating several different families of objects (created by different factories) into one population.
    - pypcsim.RatioBasedFamilies: Help on RatioBasedFamilies [class]: Generator which does a random assignment of locations to family IDs.
  - pypcsim.SpikeEvent: Help on SpikeEvent [struct]: Information about the spike time
  - pypcsim.SpikeSender: Help on SpikeSender [class]:
    - pypcsim.MultipleOutputSpikeSender: Help on MultipleOutputSpikeSender [class]:
      - pypcsim.PySimObjectStub: Help on PySimObjectStub [class]:
    - pypcsim.SingleOutputSpikeSender: Help on SingleOutputSpikeSender [class]:
      - pypcsim.IzhiNeuronBase: Help on IzhiNeuronBase [class]: An Izhikevich neuron.
        
        pypcsim.CbIzhiNeuron: Help on CbIzhiNeuron [class]: A conductance based Izhikevich neuron.
        
        pypcsim.ExIzhiNeuronBase: Help on ExIzhiNeuronBase [class]: An extended Izhikevich neuron Based on Chapter 8 of Izhikevich 2007 - Dynamical Systems in Neuroscience
        
        pypcsim.CbExIzhiNeuron: Help on CbExIzhiNeuron [class]: A conductance based 'extended' Izhikevich neuron Based on Chapter 8 of Izhikevich 2007 - Dynamical Systems in Neuroscience
        
        pypcsim.ExIzhiNeuron: Help on ExIzhiNeuron [class]: A current based 'extended' Izhikevich neuron Based on Chapter 8 of Izhikevich 2007 - Dynamical Systems in Neuroscience
        
        pypcsim.IzhiNeuron: Help on IzhiNeuron [class]: A current based Izhikevich neuron.
      - pypcsim.LifNeuronBase: Help on LifNeuronBase [class]: A leaky-integrate-and-fire (I&F) neuron.
        
        pypcsim.CbLifNeuron: Help on CbLifNeuron [class]: A leaky-integrate-and-fire (I&F) neuron.
        
        pypcsim.CompositeNeuron_CbLifNeuron: Help on CompositeNeuron [class]:
        
        pypcsim.LIFCondAlphaNeuron: Help on LIFCondAlphaNeuron [class]:
        
        pypcsim.LIFCondExpNeuron: Help on LIFCondExpNeuron [class]:
        
        pypcsim.DARecvCbLifNeuron: Help on DARecvCbLifNeuron [class]:
        
        pypcsim.LifNeuron: Help on LifNeuron [class]: A leaky-integrate-and-fire (I&F) neuron.
        
        pypcsim.CompositeNeuron_LifNeuron: Help on CompositeNeuron [class]:
        
        pypcsim.LIFCurrAlphaNeuron: Help on LIFCurrAlphaNeuron [class]:
        
        pypcsim.LIFCurrExpNeuron: Help on LIFCurrExpNeuron [class]:
        
        pypcsim.DARecvLifNeuron: Help on DARecvLifNeuron [class]:
        
        pypcsim.EvLifNeuron: Help on EvLifNeuron [class]:
      - pypcsim.LinearPoissonNeuron: Help on LinearPoissonNeuron [class]
        
        pypcsim.DARecvLinearPoissonNeuron: Help on DARecvLinearPoissonNeuron [class]:
      - pypcsim.ODESystemBasedSpikingNeuron: Help on ODESystemBasedSpikingNeuron [class]
        
        pypcsim.HHINeuron: Help on HHINeuron [class]:
        
        pypcsim.HHNeuron: Help on HHNeuron [class]: Conductance based spiking neuron using Traubs modified HH model with an additional M channel and OU Noise
        
        pypcsim.HHNeuronTraubMiles91: Help on HHNeuronTraubMiles91 [class]: Conductance based spiking neuron using Traubs modified HH model.
      - pypcsim.PoissonInputNeuron: Help on PoissonInputNeuron [class]:
      - pypcsim.SpikingInputNeuron: Help on SpikingInputNeuron [class]: A spiking neuron which emits a predefined spike train.
      - pypcsim.aEIFNeuronBase: Help on aEIFNeuronBase [class]: An aEIF (adaptive Exponential Integrate and Fire) neuron.
        
        pypcsim.CbaEIFNeuron: Help on CbaEIFNeuron [class]: A conductance based aEIF (adaptive Exponential Integrate and Fire) neuron.
        
        pypcsim.CompositeNeuron_CbaEIFNeuron: Help on CompositeNeuron [class]:
        
        pypcsim.aEIFCondAlphaNeuron: Help on aEIFCondAlphaNeuron [class]:
        
        pypcsim.aEIFNeuron: Help on aEIFNeuron [class]: A current based aEIF (adaptive Exponential Integrate and Fire) neuron.
  - pypcsim.StdVectorDouble
  - pypcsim.StdVectorInt
  - pypcsim.StdVectorLongLong
  - pypcsim.StdVectorPoint3dDouble
  - pypcsim.StdVectorPtrSimObjectFactory
  - pypcsim.StdVectorSimEngineID
  - pypcsim.StdVectorSptrPoint3DSet
  - pypcsim.StdVectorSptrSimObjectFactory
  - pypcsim.StdVectorSptrSpatialFamilyPopulation
  - pypcsim.StdVectorUnsigned
  - pypcsim.Stepper: Help on odeiv::Stepper [class]:
    - pypcsim.GslStepper: Help on odeiv::GslStepper [class]:
  - pypcsim.SubSpaceConstraint: Help on SubSpaceConstraint [class]: Interface for definint constraints on 3D spaces
  - pypcsim.Time: Help on Time [class]:
  - pypcsim.Volume3DSize: Help on Volume3DSize [class]:
  - pypcsim.WiringMethod: Help on WiringMethod [class]: Interface for connecting populations of SimObject's
    - pypcsim.DistributedSyncWiringMethod: Help on DistributedSyncWiringMethod [class]: Implementation of a WiringMethod which allows fast wiring of populations which span multiple MPI nodes
    - pypcsim.OneToOneWiringMethod: Help on OneToOneWiringMethod [class]: Simple implementation of WiringMethod which build a one-to-one connection between corresponding SimObject's in the SimObjectPopulation's
    - pypcsim.SimpleAllToAllWiringMethod: Help on SimpleAllToAllWiringMethod [class]: Standard implementation of wiring up two populations of SimObject's.
  - pypcsim.vector_less__boost_scope_shared_ptr_less_AugmentedSpatialPopulation_grate___grate_
  - pypcsim.vector_less__boost_scope_shared_ptr_less_PopObjectAttributeFactory_grate___grate_
- int: int(x[, base]) -> integer
  - unreachable.enum