Feedforward Closedloop Learning
feedforward_closedloop_learning.Neuron Member List

This is the complete list of members for feedforward_closedloop_learning.Neuron, including all inherited members.

__init__(self, "int" _nInputs)feedforward_closedloop_learning.Neuron
calcOutput(self)feedforward_closedloop_learning.Neuron
calcOutputThread("void *" object)feedforward_closedloop_learning.Neuronstatic
CONST_WEIGHTS (defined in feedforward_closedloop_learning.Neuron)feedforward_closedloop_learning.Neuronstatic
dActivation(self)feedforward_closedloop_learning.Neuron
doLearning(self)feedforward_closedloop_learning.Neuron
doLearningThread("void *" object)feedforward_closedloop_learning.Neuronstatic
doMaxDet(self)feedforward_closedloop_learning.Neuron
doMaxDetThread("void *" object)feedforward_closedloop_learning.Neuronstatic
getAverageOfWeightVector(self)feedforward_closedloop_learning.Neuron
getBiasWeight(self)feedforward_closedloop_learning.Neuron
getDecay(self)feedforward_closedloop_learning.Neuron
getError(self)feedforward_closedloop_learning.Neuron
getEuclideanNormOfWeightVector(self)feedforward_closedloop_learning.Neuron
getInfinityNormOfWeightVector(self)feedforward_closedloop_learning.Neuron
getInput(self, "int" _index)feedforward_closedloop_learning.Neuron
getManhattanNormOfWeightVector(self)feedforward_closedloop_learning.Neuron
getMask(self, *args)feedforward_closedloop_learning.Neuron
getMaxWeightValue(self)feedforward_closedloop_learning.Neuron
getMinWeightValue(self)feedforward_closedloop_learning.Neuron
getNinputs(self)feedforward_closedloop_learning.Neuron
getOutput(self)feedforward_closedloop_learning.Neuron
getSum(self)feedforward_closedloop_learning.Neuron
getSumOfSquaredWeightVector(self)feedforward_closedloop_learning.Neuron
getWeight(self, "int" _index)feedforward_closedloop_learning.Neuron
getWeightDistanceFromInitialWeights(self)feedforward_closedloop_learning.Neuron
initWeights(self, *args)feedforward_closedloop_learning.Neuron
LINEAR (defined in feedforward_closedloop_learning.Neuron)feedforward_closedloop_learning.Neuronstatic
MAX_OUTPUT_CONST (defined in feedforward_closedloop_learning.Neuron)feedforward_closedloop_learning.Neuronstatic
MAX_OUTPUT_RANDOM (defined in feedforward_closedloop_learning.Neuron)feedforward_closedloop_learning.Neuronstatic
MAX_WEIGHT_RANDOM (defined in feedforward_closedloop_learning.Neuron)feedforward_closedloop_learning.Neuronstatic
normaliseWeights(self, "double" norm)feedforward_closedloop_learning.Neuron
RELU (defined in feedforward_closedloop_learning.Neuron)feedforward_closedloop_learning.Neuronstatic
REMAXLU (defined in feedforward_closedloop_learning.Neuron)feedforward_closedloop_learning.Neuronstatic
saveInitialWeights(self)feedforward_closedloop_learning.Neuron
setActivationFunction(self, "Neuron::ActivationFunction" _activationFunction)feedforward_closedloop_learning.Neuron
setBias(self, "double" _bias)feedforward_closedloop_learning.Neuron
setBiasWeight(self, "double" _biasweight)feedforward_closedloop_learning.Neuron
setDebugInfo(self, "int" _layerIndex, "int" _neuronIndex)feedforward_closedloop_learning.Neuron
setDecay(self, "double" _decay)feedforward_closedloop_learning.Neuron
setError(self, "double" _error)feedforward_closedloop_learning.Neuron
setGeometry(self, "int" _width, "int" _height)feedforward_closedloop_learning.Neuron
setInput(self, "int" _index, "double" _value)feedforward_closedloop_learning.Neuron
setLearningRate(self, "double" _learningrate)feedforward_closedloop_learning.Neuron
setMask(self, *args)feedforward_closedloop_learning.Neuron
setMomentum(self, "double" _momentum)feedforward_closedloop_learning.Neuron
setStep(self, "long" _step)feedforward_closedloop_learning.Neuron
setWeight(self, "int" _index, "double" _weight)feedforward_closedloop_learning.Neuron
TANH (defined in feedforward_closedloop_learning.Neuron)feedforward_closedloop_learning.Neuronstatic
TANHLIMIT (defined in feedforward_closedloop_learning.Neuron)feedforward_closedloop_learning.Neuronstatic
thisown (defined in feedforward_closedloop_learning.Neuron)feedforward_closedloop_learning.Neuronstatic