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| Uses of Node in ca.nengo.io |
|---|
| Methods in ca.nengo.io with parameters of type Node | |
|---|---|
void |
FileManager.save(Node node,
java.io.File destination)
|
| Uses of Node in ca.nengo.model |
|---|
| Subinterfaces of Node in ca.nengo.model | |
|---|---|
interface |
Ensemble
A group of Nodes with largely overlapping inputs and outputs. |
interface |
ExpandableNode
A Node to which Terminations can be added after construction, in a standard manner. |
interface |
Network
A neural circuit, consisting of Nodes such as Ensembles and ExternalInputs. |
interface |
PlasticEnsemble
An extension of the default ensemble in which connection weights can be modified by a plasticity rule. |
| Methods in ca.nengo.model that return Node | |
|---|---|
Node |
Node.clone()
|
Node |
Termination.getNode()
|
Node |
Origin.getNode()
|
Node |
Network.getNode(java.lang.String name)
|
Node[] |
Ensemble.getNodes()
|
Node[] |
Network.getNodes()
|
| Methods in ca.nengo.model with parameters of type Node | |
|---|---|
void |
Network.addNode(Node node)
|
void |
Ensemble.redefineNodes(Node[] nodes)
Replaces the set of nodes inside the Ensemble |
| Uses of Node in ca.nengo.model.impl |
|---|
| Classes in ca.nengo.model.impl that implement Node | |
|---|---|
class |
AbstractEnsemble
Abstract class that can be used as a basis for Ensemble implementations. |
class |
AbstractNode
A base implementation of Node. |
class |
EnsembleImpl
Default implementation of Ensemble. |
class |
EnsembleImplTest.MockExpandableNode
|
class |
FunctionInput
|
class |
MockNode
A Cloneable Node for testing copy&paste / drag&drop. |
class |
NetworkImpl
Default implementation of Network. |
class |
PassthroughNode
A Node that passes values through unaltered. |
class |
PlasticEnsembleImpl
An extension of the default ensemble; connection weights can be modified by a plasticity rule. |
| Methods in ca.nengo.model.impl that return Node | |
|---|---|
Node |
PassthroughNode.clone()
|
Node |
FunctionInput.clone()
|
Node |
AbstractNode.clone()
Performs a shallow copy. |
Node |
BasicOrigin.getNode()
|
Node |
BasicTermination.getNode()
|
Node |
LinearExponentialTermination.getNode()
|
Node |
EnsembleOrigin.getNode()
|
Node |
PassthroughNode.PassthroughTermination.getNode()
|
Node |
NetworkImpl.OriginWrapper.getNode()
|
Node |
NetworkImpl.TerminationWrapper.getNode()
|
Node |
EnsembleTermination.getNode()
|
Node |
ProbeableOrigin.getNode()
|
Node |
ProjectionImplTest.MockOrigin.getNode()
|
Node |
ProjectionImplTest.MockTermination.getNode()
|
Node |
NetworkImpl.getNode(java.lang.String name)
|
Node[] |
AbstractEnsemble.getNodes()
|
Node[] |
NetworkImpl.getNodes()
|
Node |
NodeFactory.make(java.lang.String name)
|
| Methods in ca.nengo.model.impl with parameters of type Node | |
|---|---|
void |
NetworkImpl.addNode(Node node)
|
void |
NetworkImpl.addNode(Node node,
boolean includeProbes)
|
static java.util.List<java.lang.String> |
AbstractEnsemble.findCommon1DOrigins(Node[] nodes)
|
void |
AbstractEnsemble.redefineNodes(Node[] nodes)
Replaces the set of nodes inside the Ensemble |
void |
BasicOrigin.setNode(Node node)
|
void |
LinearExponentialTermination.setNode(Node node)
|
void |
NetworkImpl.OriginWrapper.setNode(Node node)
|
| Constructors in ca.nengo.model.impl with parameters of type Node | |
|---|---|
AbstractEnsemble(java.lang.String name,
Node[] nodes)
Note that setMode(SimulationMode.DEFAULT) is called at construction time. |
|
BasicOrigin(Node node,
java.lang.String name,
int dimension,
Units units)
|
|
BasicTermination(Node node,
DynamicalSystem dynamics,
Integrator integrator,
java.lang.String name)
|
|
EnsembleImpl(java.lang.String name,
Node[] nodes)
|
|
EnsembleOrigin(Node node,
java.lang.String name,
Origin[] nodeOrigins)
|
|
EnsembleTermination(Node node,
java.lang.String name,
Termination[] nodeTerminations)
|
|
LinearExponentialTermination(Node node,
java.lang.String name,
float[] weights,
float tauPSC)
|
|
NetworkImpl.OriginWrapper(Node node,
Origin wrapped,
java.lang.String name)
|
|
NetworkImpl.TerminationWrapper(Node node,
Termination wrapped,
java.lang.String name)
|
|
PassthroughNode.PassthroughTermination(Node node,
java.lang.String name,
int dimension)
|
|
PassthroughNode.PassthroughTermination(Node node,
java.lang.String name,
int dimension,
float[][] transform)
|
|
PlasticEnsembleImpl(java.lang.String name,
Node[] nodes)
|
|
PlasticEnsembleTermination(Node node,
java.lang.String name,
LinearExponentialTermination[] nodeTerminations)
|
|
ProbeableOrigin(Node node,
Probeable probeable,
java.lang.String state,
int dimension,
java.lang.String name)
|
|
| Uses of Node in ca.nengo.model.muscle |
|---|
| Subinterfaces of Node in ca.nengo.model.muscle | |
|---|---|
interface |
GolgiTendonOrgan
A model of a golgi tendon organ receptor. |
interface |
LinkSegmentModel
TODO: javadocs |
interface |
MuscleSpindle
A model of a muscle spindle receptor. |
interface |
SkeletalMuscle
A model of a skeletal muscle or muscle group. |
| Uses of Node in ca.nengo.model.muscle.impl |
|---|
| Classes in ca.nengo.model.muscle.impl that implement Node | |
|---|---|
class |
CriticallyDampedMuscle
A simple, phenomenological muscle model in which activation-force dynamics are modelled with a linear 2nd-order low-pass filter (see e.g. |
class |
HillMuscle
A Hill-type muscle model. |
class |
LinkSegmentModelImpl
Default implementation of LinkSegmentModel. |
class |
SkeletalMuscleImpl
Basic SkeletalMuscle implementation with unspecified activation-force dynamics. |
| Uses of Node in ca.nengo.model.nef |
|---|
| Subinterfaces of Node in ca.nengo.model.nef | |
|---|---|
interface |
DecodableEnsemble
An Ensemble that produces output signals that mean something when taken together. |
interface |
NEFEnsemble
A group of Nodes that represent a scalar, vector, or function, as characterized in Eliasmith & Anderson's Neural Engineering Framework. |
interface |
NEFNode
A Node with a distinguished Termination that corresponds to a net effect of input. |
| Uses of Node in ca.nengo.model.nef.impl |
|---|
| Classes in ca.nengo.model.nef.impl that implement Node | |
|---|---|
class |
DecodableEnsembleImpl
Default implementation of DecodableEnsemble. |
class |
NEFEnsembleImpl
Default implementation of NEFEnsemble. |
| Methods in ca.nengo.model.nef.impl that return Node | |
|---|---|
Node |
DecodedOrigin.getNode()
|
Node |
DecodedTermination.getNode()
|
| Methods in ca.nengo.model.nef.impl with parameters of type Node | |
|---|---|
void |
DecodedOrigin.redefineNodes(Node[] nodes,
LinearApproximator approximator)
Changes the set of nodes and recalculates the decoders |
| Constructors in ca.nengo.model.nef.impl with parameters of type Node | |
|---|---|
BiasOrigin(NEFEnsemble ensemble,
java.lang.String name,
Node[] nodes,
java.lang.String nodeOrigin,
float[][] constantOutputs,
int numInterneurons,
boolean excitatory)
|
|
BiasTermination(Node node,
java.lang.String name,
java.lang.String baseName,
LinearSystem dynamics,
Integrator integrator,
float[] biasEncoders,
boolean interneurons)
|
|
DecodableEnsembleImpl(java.lang.String name,
Node[] nodes,
ApproximatorFactory factory)
|
|
DecodedOrigin(Node node,
java.lang.String name,
Node[] nodes,
java.lang.String nodeOrigin,
Function[] functions,
float[][] decoders)
With this constructor decoding vectors are specified by the caller. |
|
DecodedOrigin(Node node,
java.lang.String name,
Node[] nodes,
java.lang.String nodeOrigin,
Function[] functions,
float[][] decoders)
With this constructor decoding vectors are specified by the caller. |
|
DecodedOrigin(Node node,
java.lang.String name,
Node[] nodes,
java.lang.String nodeOrigin,
Function[] functions,
LinearApproximator approximator)
With this constructor, decoding vectors are generated using default settings. |
|
DecodedOrigin(Node node,
java.lang.String name,
Node[] nodes,
java.lang.String nodeOrigin,
Function[] functions,
LinearApproximator approximator)
With this constructor, decoding vectors are generated using default settings. |
|
DecodedTermination(Node node,
java.lang.String name,
float[][] transform,
LinearSystem dynamics,
Integrator integrator)
|
|
| Uses of Node in ca.nengo.model.neuron |
|---|
| Subinterfaces of Node in ca.nengo.model.neuron | |
|---|---|
interface |
Neuron
A model of a single neuron cell. |
| Methods in ca.nengo.model.neuron with parameters of type Node | |
|---|---|
void |
SynapticIntegrator.setNode(Node node)
This method should be called by the neuron that incorporates this SynapticIntegrator (Terminations need a reference to this). |
| Uses of Node in ca.nengo.model.neuron.impl |
|---|
| Classes in ca.nengo.model.neuron.impl that implement Node | |
|---|---|
class |
ExpandableSpikingNeuron
A SpikingNeuron with an ExpandableSynapticIntegrator. |
class |
SpikingNeuron
A neuron model composed of a SynapticIntegrator and a SpikeGenerator. |
| Methods in ca.nengo.model.neuron.impl that return Node | |
|---|---|
Node |
SpikeGeneratorOrigin.getNode()
|
Node |
PoissonSpikeGenerator.LinearNeuronFactory.make(java.lang.String name)
|
Node |
HodgkinHuxleySpikeGenerator.HodgkinHuxleyNeuronFactory.make(java.lang.String name)
|
Node |
SpikingNeuronFactory.make(java.lang.String name)
|
Node |
ALIFNeuronFactory.make(java.lang.String name)
|
| Methods in ca.nengo.model.neuron.impl with parameters of type Node | |
|---|---|
void |
LinearSynapticIntegrator.setNode(Node node)
|
| Constructors in ca.nengo.model.neuron.impl with parameters of type Node | |
|---|---|
SpikeGeneratorOrigin(Node node,
SpikeGenerator generator)
|
|
| Uses of Node in ca.nengo.util.impl |
|---|
| Methods in ca.nengo.util.impl that return Node | |
|---|---|
Node |
NodeThreadPool.getNextNode()
|
| Constructors in ca.nengo.util.impl with parameters of type Node | |
|---|---|
GPUNodeThreadPool(Node[] nodes)
|
|
NodeThreadPool(Node[] nodes)
|
|
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