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| Packages that use LinearApproximator | |
|---|---|
| ca.nengo.math | |
| ca.nengo.math.impl | |
| ca.nengo.model.nef.impl | |
| Uses of LinearApproximator in ca.nengo.math |
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| Methods in ca.nengo.math that return LinearApproximator | |
|---|---|
LinearApproximator |
LinearApproximator.clone()
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LinearApproximator |
ApproximatorFactory.getApproximator(float[][] evalPoints,
float[][] values)
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| Uses of LinearApproximator in ca.nengo.math.impl |
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| Classes in ca.nengo.math.impl that implement LinearApproximator | |
|---|---|
class |
CompositeApproximator
A LinearApproximator that approximates multi-dimensional functions as sums of lower-dimensional functions. |
class |
GradientDescentApproximator
A LinearApproximator that searches for coefficients by descending an error gradient. |
class |
IndependentDimensionApproximator
A LinearApproximator for functions with no multidimensional nonlinearities. |
class |
WeightedCostApproximator
A LinearApproximator in which error is evaluated at a fixed set of points, and the cost function that is minimized is a weighted integral of squared error. |
| Methods in ca.nengo.math.impl that return LinearApproximator | |
|---|---|
LinearApproximator |
GradientDescentApproximator.clone()
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LinearApproximator |
WeightedCostApproximator.clone()
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LinearApproximator |
IndependentDimensionApproximator.clone()
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LinearApproximator |
CompositeApproximator.clone()
|
LinearApproximator |
GradientDescentApproximator.Factory.getApproximator(float[][] evalPoints,
float[][] values)
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LinearApproximator |
WeightedCostApproximator.Factory.getApproximator(float[][] evalPoints,
float[][] values)
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LinearApproximator |
IndependentDimensionApproximator.Factory.getApproximator(float[][] evalPoints,
float[][] values)
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| Constructors in ca.nengo.math.impl with parameters of type LinearApproximator | |
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CompositeApproximator(LinearApproximator[] components,
int[][] dimensions)
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| Uses of LinearApproximator in ca.nengo.model.nef.impl |
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| Methods in ca.nengo.model.nef.impl with parameters of type LinearApproximator | |
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void |
DecodedOrigin.rebuildDecoder(LinearApproximator approximator)
Recalculates the decoders |
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 LinearApproximator | |
|---|---|
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. |
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