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Calysto/calysto
calysto/ai/conx.py
Network.getLayerIndex
def getLayerIndex(self, layer): """ Given a reference to a layer, returns the index of that layer in self.layers. """ for i in range(len(self.layers)): if layer == self.layers[i]: # shallow cmp return i return -1 # not in list
python
def getLayerIndex(self, layer): """ Given a reference to a layer, returns the index of that layer in self.layers. """ for i in range(len(self.layers)): if layer == self.layers[i]: # shallow cmp return i return -1 # not in list
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Calysto/calysto
calysto/ai/conx.py
Network.add
def add(self, layer, verbosity = 0, position = None): """ Adds a layer. Layer verbosity is optional (default 0). """ layer._verbosity = verbosity layer._maxRandom = self._maxRandom layer.minTarget = 0.0 layer.maxTarget = 1.0 layer.minActivation = 0.0 ...
python
def add(self, layer, verbosity = 0, position = None): """ Adds a layer. Layer verbosity is optional (default 0). """ layer._verbosity = verbosity layer._maxRandom = self._maxRandom layer.minTarget = 0.0 layer.maxTarget = 1.0 layer.minActivation = 0.0 ...
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Adds a layer. Layer verbosity is optional (default 0).
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Calysto/calysto
calysto/ai/conx.py
Network.isConnected
def isConnected(self, fromName, toName): """ Are these two layers connected this way? """ for c in self.connections: if (c.fromLayer.name == fromName and c.toLayer.name == toName): return 1 return 0
python
def isConnected(self, fromName, toName): """ Are these two layers connected this way? """ for c in self.connections: if (c.fromLayer.name == fromName and c.toLayer.name == toName): return 1 return 0
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Calysto/calysto
calysto/ai/conx.py
Network.connect
def connect(self, *names): """ Connects a list of names, one to the next. """ fromName, toName, rest = names[0], names[1], names[2:] self.connectAt(fromName, toName) if len(rest) != 0: self.connect(toName, *rest)
python
def connect(self, *names): """ Connects a list of names, one to the next. """ fromName, toName, rest = names[0], names[1], names[2:] self.connectAt(fromName, toName) if len(rest) != 0: self.connect(toName, *rest)
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Calysto/calysto
calysto/ai/conx.py
Network.connectAt
def connectAt(self, fromName, toName, position = None): """ Connects two layers by instantiating an instance of Connection class. Allows a position number, indicating the ordering of the connection. """ fromLayer = self.getLayer(fromName) toLayer = self.getLayer...
python
def connectAt(self, fromName, toName, position = None): """ Connects two layers by instantiating an instance of Connection class. Allows a position number, indicating the ordering of the connection. """ fromLayer = self.getLayer(fromName) toLayer = self.getLayer...
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Calysto/calysto
calysto/ai/conx.py
Network.addLayers
def addLayers(self, *arg, **kw): """ Creates an N layer network with 'input', 'hidden1', 'hidden2',... and 'output' layers. Keyword type indicates "parallel" or "serial". If only one hidden layer, it is called "hidden". """ netType = "serial" if "type" in kw: ...
python
def addLayers(self, *arg, **kw): """ Creates an N layer network with 'input', 'hidden1', 'hidden2',... and 'output' layers. Keyword type indicates "parallel" or "serial". If only one hidden layer, it is called "hidden". """ netType = "serial" if "type" in kw: ...
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Calysto/calysto
calysto/ai/conx.py
Network.deleteLayerNode
def deleteLayerNode(self, layername, nodeNum): """ Removes a particular unit/node from a layer. """ # first, construct an array of all of the weights # that won't be deleted: gene = [] for layer in self.layers: if layer.type != 'Input': ...
python
def deleteLayerNode(self, layername, nodeNum): """ Removes a particular unit/node from a layer. """ # first, construct an array of all of the weights # that won't be deleted: gene = [] for layer in self.layers: if layer.type != 'Input': ...
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Calysto/calysto
calysto/ai/conx.py
Network.addLayerNode
def addLayerNode(self, layerName, bias = None, weights = {}): """ Adds a new node to a layer, and puts in new weights. Adds node on the end. Weights will be random, unless specified. bias = the new node's bias weight weights = dict of {connectedLayerName: [weights], ...} ...
python
def addLayerNode(self, layerName, bias = None, weights = {}): """ Adds a new node to a layer, and puts in new weights. Adds node on the end. Weights will be random, unless specified. bias = the new node's bias weight weights = dict of {connectedLayerName: [weights], ...} ...
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Calysto/calysto
calysto/ai/conx.py
Network.changeLayerSize
def changeLayerSize(self, layername, newsize): """ Changes layer size. Newsize must be greater than zero. """ # for all connection from to this layer, change matrix: if self.sharedWeights: raise AttributeError("shared weights broken") for connection in self.co...
python
def changeLayerSize(self, layername, newsize): """ Changes layer size. Newsize must be greater than zero. """ # for all connection from to this layer, change matrix: if self.sharedWeights: raise AttributeError("shared weights broken") for connection in self.co...
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Calysto/calysto
calysto/ai/conx.py
Network.initialize
def initialize(self): """ Initializes network by calling Connection.initialize() and Layer.initialize(). self.count is set to zero. """ print("Initializing '%s' weights..." % self.name, end=" ", file=sys.stderr) if self.sharedWeights: raise AttributeError("sha...
python
def initialize(self): """ Initializes network by calling Connection.initialize() and Layer.initialize(). self.count is set to zero. """ print("Initializing '%s' weights..." % self.name, end=" ", file=sys.stderr) if self.sharedWeights: raise AttributeError("sha...
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Calysto/calysto
calysto/ai/conx.py
Network.putActivations
def putActivations(self, dict): """ Puts a dict of name: activations into their respective layers. """ for name in dict: self.layersByName[name].copyActivations( dict[name] )
python
def putActivations(self, dict): """ Puts a dict of name: activations into their respective layers. """ for name in dict: self.layersByName[name].copyActivations( dict[name] )
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Calysto/calysto
calysto/ai/conx.py
Network.getActivationsDict
def getActivationsDict(self, nameList): """ Returns a dictionary of layer names that map to a list of activations. """ retval = {} for name in nameList: retval[name] = self.layersByName[name].getActivationsList() return retval
python
def getActivationsDict(self, nameList): """ Returns a dictionary of layer names that map to a list of activations. """ retval = {} for name in nameList: retval[name] = self.layersByName[name].getActivationsList() return retval
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Calysto/calysto
calysto/ai/conx.py
Network.setSeed
def setSeed(self, value): """ Sets the seed to value. """ self.seed = value random.seed(self.seed) if self.verbosity >= 0: print("Conx using seed:", self.seed)
python
def setSeed(self, value): """ Sets the seed to value. """ self.seed = value random.seed(self.seed) if self.verbosity >= 0: print("Conx using seed:", self.seed)
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Calysto/calysto
calysto/ai/conx.py
Network.getConnection
def getConnection(self, lfrom, lto): """ Returns the connection instance connecting the specified (string) layer names. """ for connection in self.connections: if connection.fromLayer.name == lfrom and \ connection.toLayer.name == lto: r...
python
def getConnection(self, lfrom, lto): """ Returns the connection instance connecting the specified (string) layer names. """ for connection in self.connections: if connection.fromLayer.name == lfrom and \ connection.toLayer.name == lto: r...
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Calysto/calysto
calysto/ai/conx.py
Network.setVerbosity
def setVerbosity(self, value): """ Sets network self._verbosity and each layer._verbosity to value. """ self._verbosity = value for layer in self.layers: layer._verbosity = value
python
def setVerbosity(self, value): """ Sets network self._verbosity and each layer._verbosity to value. """ self._verbosity = value for layer in self.layers: layer._verbosity = value
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Calysto/calysto
calysto/ai/conx.py
Network.setMaxRandom
def setMaxRandom(self, value): """ Sets the maxRandom Layer attribute for each layer to value.Specifies the global range for randomly initialized values, [-max, max]. """ self._maxRandom = value for layer in self.layers: layer._maxRandom = value
python
def setMaxRandom(self, value): """ Sets the maxRandom Layer attribute for each layer to value.Specifies the global range for randomly initialized values, [-max, max]. """ self._maxRandom = value for layer in self.layers: layer._maxRandom = value
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Sets the maxRandom Layer attribute for each layer to value.Specifies the global range for randomly initialized values, [-max, max].
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Calysto/calysto
calysto/ai/conx.py
Network.getWeights
def getWeights(self, fromName, toName): """ Gets the weights of the connection between two layers (argument strings). """ for connection in self.connections: if connection.fromLayer.name == fromName and \ connection.toLayer.name == toName: retur...
python
def getWeights(self, fromName, toName): """ Gets the weights of the connection between two layers (argument strings). """ for connection in self.connections: if connection.fromLayer.name == fromName and \ connection.toLayer.name == toName: retur...
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Calysto/calysto
calysto/ai/conx.py
Network.setWeight
def setWeight(self, fromName, fromPos, toName, toPos, value): """ Sets the weight of the connection between two layers (argument strings). """ for connection in self.connections: if connection.fromLayer.name == fromName and \ connection.toLayer.name == toName: ...
python
def setWeight(self, fromName, fromPos, toName, toPos, value): """ Sets the weight of the connection between two layers (argument strings). """ for connection in self.connections: if connection.fromLayer.name == fromName and \ connection.toLayer.name == toName: ...
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Calysto/calysto
calysto/ai/conx.py
Network.setOrderedInputs
def setOrderedInputs(self, value): """ Sets self.orderedInputs to value. Specifies if inputs should be ordered and if so orders the inputs. """ self.orderedInputs = value if self.orderedInputs: self.loadOrder = [0] * len(self.inputs) for i in range...
python
def setOrderedInputs(self, value): """ Sets self.orderedInputs to value. Specifies if inputs should be ordered and if so orders the inputs. """ self.orderedInputs = value if self.orderedInputs: self.loadOrder = [0] * len(self.inputs) for i in range...
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Calysto/calysto
calysto/ai/conx.py
Network.verifyArguments
def verifyArguments(self, arg): """ Verifies that arguments to setInputs and setTargets are appropriately formatted. """ for l in arg: if not type(l) == list and \ not type(l) == type(Numeric.array([0.0])) and \ not type(l) == tuple and \ ...
python
def verifyArguments(self, arg): """ Verifies that arguments to setInputs and setTargets are appropriately formatted. """ for l in arg: if not type(l) == list and \ not type(l) == type(Numeric.array([0.0])) and \ not type(l) == tuple and \ ...
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Calysto/calysto
calysto/ai/conx.py
Network.setInputs
def setInputs(self, inputs): """ Sets self.input to inputs. Load order is by default random. Use setOrderedInputs() to order inputs. """ if not self.verifyArguments(inputs) and not self.patterned: raise NetworkError('setInputs() requires [[...],[...],...] or [{"layerName": [....
python
def setInputs(self, inputs): """ Sets self.input to inputs. Load order is by default random. Use setOrderedInputs() to order inputs. """ if not self.verifyArguments(inputs) and not self.patterned: raise NetworkError('setInputs() requires [[...],[...],...] or [{"layerName": [....
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Sets self.input to inputs. Load order is by default random. Use setOrderedInputs() to order inputs.
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train
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Calysto/calysto
calysto/ai/conx.py
Network.setTargets
def setTargets(self, targets): """ Sets the targets. """ if not self.verifyArguments(targets) and not self.patterned: raise NetworkError('setTargets() requires [[...],[...],...] or [{"layerName": [...]}, ...].', targets) self.targets = targets
python
def setTargets(self, targets): """ Sets the targets. """ if not self.verifyArguments(targets) and not self.patterned: raise NetworkError('setTargets() requires [[...],[...],...] or [{"layerName": [...]}, ...].', targets) self.targets = targets
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Calysto/calysto
calysto/ai/conx.py
Network.setInputsAndTargets
def setInputsAndTargets(self, data1, data2=None): """ Network.setInputsAndTargets() Sets the corpus of data for training. Can be in one of two formats: Format 1: setInputsAndTargets([[input0, target0], [input1, target1]...]) Network.setInputsAndTargets([[[i00, i01, ...], [t00, t...
python
def setInputsAndTargets(self, data1, data2=None): """ Network.setInputsAndTargets() Sets the corpus of data for training. Can be in one of two formats: Format 1: setInputsAndTargets([[input0, target0], [input1, target1]...]) Network.setInputsAndTargets([[[i00, i01, ...], [t00, t...
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Network.setInputsAndTargets() Sets the corpus of data for training. Can be in one of two formats: Format 1: setInputsAndTargets([[input0, target0], [input1, target1]...]) Network.setInputsAndTargets([[[i00, i01, ...], [t00, t01, ...]], [[i10, i11, ...], [t10...
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train
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Calysto/calysto
calysto/ai/conx.py
Network.randomizeOrder
def randomizeOrder(self): """ Randomizes self.loadOrder, the order in which inputs set with self.setInputs() are presented. """ flag = [0] * len(self.inputs) self.loadOrder = [0] * len(self.inputs) for i in range(len(self.inputs)): pos = int(random.ran...
python
def randomizeOrder(self): """ Randomizes self.loadOrder, the order in which inputs set with self.setInputs() are presented. """ flag = [0] * len(self.inputs) self.loadOrder = [0] * len(self.inputs) for i in range(len(self.inputs)): pos = int(random.ran...
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Randomizes self.loadOrder, the order in which inputs set with self.setInputs() are presented.
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Calysto/calysto
calysto/ai/conx.py
Network.copyVector
def copyVector(self, vector1, vec2, start): """ Copies vec2 into vector1 being sure to replace patterns if necessary. Use self.copyActivations() or self.copyTargets() instead. """ vector2 = self.replacePatterns(vec2) length = min(len(vector1), len(vector2)) ...
python
def copyVector(self, vector1, vec2, start): """ Copies vec2 into vector1 being sure to replace patterns if necessary. Use self.copyActivations() or self.copyTargets() instead. """ vector2 = self.replacePatterns(vec2) length = min(len(vector1), len(vector2)) ...
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Copies vec2 into vector1 being sure to replace patterns if necessary. Use self.copyActivations() or self.copyTargets() instead.
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train
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Calysto/calysto
calysto/ai/conx.py
Network.copyActivations
def copyActivations(self, layer, vec, start = 0): """ Copies activations in vec to the specified layer, replacing patterns if necessary. """ vector = self.replacePatterns(vec, layer.name) if self.verbosity > 4: print("Copying Activations: ", vector[start:start...
python
def copyActivations(self, layer, vec, start = 0): """ Copies activations in vec to the specified layer, replacing patterns if necessary. """ vector = self.replacePatterns(vec, layer.name) if self.verbosity > 4: print("Copying Activations: ", vector[start:start...
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Copies activations in vec to the specified layer, replacing patterns if necessary.
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train
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Calysto/calysto
calysto/ai/conx.py
Network.getDataCrossValidation
def getDataCrossValidation(self, pos): """ Returns the inputs/targets for a pattern pos, or assumes that the layers are called input and output and uses the lists in self.inputs and self.targets. """ set = {} if type(self.inputs[pos]) == dict: set.upda...
python
def getDataCrossValidation(self, pos): """ Returns the inputs/targets for a pattern pos, or assumes that the layers are called input and output and uses the lists in self.inputs and self.targets. """ set = {} if type(self.inputs[pos]) == dict: set.upda...
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Returns the inputs/targets for a pattern pos, or assumes that the layers are called input and output and uses the lists in self.inputs and self.targets.
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train
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Calysto/calysto
calysto/ai/conx.py
Network.getDataMap
def getDataMap(self, intype, pos, name, offset = 0): """ Hook defined to lookup a name, and get it from a vector. Can be overloaded to get it from somewhere else. """ if intype == "input": vector = self.inputs elif intype == "target": vector = self...
python
def getDataMap(self, intype, pos, name, offset = 0): """ Hook defined to lookup a name, and get it from a vector. Can be overloaded to get it from somewhere else. """ if intype == "input": vector = self.inputs elif intype == "target": vector = self...
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train
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Calysto/calysto
calysto/ai/conx.py
Network.getData
def getData(self, pos): """ Returns dictionary with input and target given pos. """ retval = {} if pos >= len(self.inputs): raise IndexError('getData() pattern beyond range.', pos) if self.verbosity >= 1: print("Getting input", pos, "...") if len(self...
python
def getData(self, pos): """ Returns dictionary with input and target given pos. """ retval = {} if pos >= len(self.inputs): raise IndexError('getData() pattern beyond range.', pos) if self.verbosity >= 1: print("Getting input", pos, "...") if len(self...
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train
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Calysto/calysto
calysto/ai/conx.py
Network.verifyArchitecture
def verifyArchitecture(self): """ Check for orphaned layers or connections. Assure that network architecture is feed-forward (no-cycles). Check connectivity. Check naming. """ if len(self.cacheLayers) != 0 or len(self.cacheConnections) != 0: return # flags for layer type ...
python
def verifyArchitecture(self): """ Check for orphaned layers or connections. Assure that network architecture is feed-forward (no-cycles). Check connectivity. Check naming. """ if len(self.cacheLayers) != 0 or len(self.cacheConnections) != 0: return # flags for layer type ...
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Check for orphaned layers or connections. Assure that network architecture is feed-forward (no-cycles). Check connectivity. Check naming.
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train
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Calysto/calysto
calysto/ai/conx.py
Network.verifyInputs
def verifyInputs(self): """ Used in propagate() to verify that the network input activations have been set. """ for layer in self.layers: if (layer.verify and layer.type == 'Input' and layer.kind != 'Context' and layer.a...
python
def verifyInputs(self): """ Used in propagate() to verify that the network input activations have been set. """ for layer in self.layers: if (layer.verify and layer.type == 'Input' and layer.kind != 'Context' and layer.a...
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Calysto/calysto
calysto/ai/conx.py
Network.verifyTargets
def verifyTargets(self): """ Used in backprop() to verify that the network targets have been set. """ for layer in self.layers: if layer.verify and layer.type == 'Output' and layer.active and not layer.targetSet: raise LayerError('Targets are not set a...
python
def verifyTargets(self): """ Used in backprop() to verify that the network targets have been set. """ for layer in self.layers: if layer.verify and layer.type == 'Output' and layer.active and not layer.targetSet: raise LayerError('Targets are not set a...
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Calysto/calysto
calysto/ai/conx.py
Network.RMSError
def RMSError(self): """ Returns Root Mean Squared Error for all output layers in this network. """ tss = 0.0 size = 0 for layer in self.layers: if layer.type == 'Output': tss += layer.TSSError() size += layer.size return...
python
def RMSError(self): """ Returns Root Mean Squared Error for all output layers in this network. """ tss = 0.0 size = 0 for layer in self.layers: if layer.type == 'Output': tss += layer.TSSError() size += layer.size return...
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Returns Root Mean Squared Error for all output layers in this network.
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Calysto/calysto
calysto/ai/conx.py
Network.train
def train(self, sweeps=None, cont=0): """ Trains the network on the dataset till a stopping condition is met. This stopping condition can be a limiting epoch or a percentage correct requirement. """ # check architecture self.complete = 0 self.verifyArchitecture() ...
python
def train(self, sweeps=None, cont=0): """ Trains the network on the dataset till a stopping condition is met. This stopping condition can be a limiting epoch or a percentage correct requirement. """ # check architecture self.complete = 0 self.verifyArchitecture() ...
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Trains the network on the dataset till a stopping condition is met. This stopping condition can be a limiting epoch or a percentage correct requirement.
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Calysto/calysto
calysto/ai/conx.py
Network.step
def step(self, **args): """ Network.step() Does a single step. Calls propagate(), backprop(), and change_weights() if learning is set. Format for parameters: <layer name> = <activation/target list> """ if self.verbosity > 0: print("Network.ste...
python
def step(self, **args): """ Network.step() Does a single step. Calls propagate(), backprop(), and change_weights() if learning is set. Format for parameters: <layer name> = <activation/target list> """ if self.verbosity > 0: print("Network.ste...
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train
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Calysto/calysto
calysto/ai/conx.py
Network.sweep
def sweep(self): """ Runs through entire dataset. Returns TSS error, total correct, total count, pcorrect (a dict of layer data) """ self.preSweep() if self.loadOrder == []: raise NetworkError('No loadOrder for the inputs. Make sure inputs are properly set.',...
python
def sweep(self): """ Runs through entire dataset. Returns TSS error, total correct, total count, pcorrect (a dict of layer data) """ self.preSweep() if self.loadOrder == []: raise NetworkError('No loadOrder for the inputs. Make sure inputs are properly set.',...
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Runs through entire dataset. Returns TSS error, total correct, total count, pcorrect (a dict of layer data)
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train
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Calysto/calysto
calysto/ai/conx.py
Network.sweepCrossValidation
def sweepCrossValidation(self): """ sweepCrossValidation() will go through each of the crossvalidation input/targets. The crossValidationCorpus is a list of dictionaries of input/targets referenced by layername. Example: ({"input": [0.0, 0.1], "output": [1.0]}, {"input": [0.5, 0....
python
def sweepCrossValidation(self): """ sweepCrossValidation() will go through each of the crossvalidation input/targets. The crossValidationCorpus is a list of dictionaries of input/targets referenced by layername. Example: ({"input": [0.0, 0.1], "output": [1.0]}, {"input": [0.5, 0....
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sweepCrossValidation() will go through each of the crossvalidation input/targets. The crossValidationCorpus is a list of dictionaries of input/targets referenced by layername. Example: ({"input": [0.0, 0.1], "output": [1.0]}, {"input": [0.5, 0.9], "output": [0.0]})
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train
https://github.com/Calysto/calysto/blob/20813c0f48096317aa775d03a5c6b20f12fafc93/calysto/ai/conx.py#L1866-L1903
Calysto/calysto
calysto/ai/conx.py
Network.numConnects
def numConnects(self, layerName): """ Number of incoming weights, including bias. Assumes fully connected. """ count = 0 if self[layerName].active: count += 1 # 1 = bias for connection in self.connections: if connection.active and connection.fromLayer.act...
python
def numConnects(self, layerName): """ Number of incoming weights, including bias. Assumes fully connected. """ count = 0 if self[layerName].active: count += 1 # 1 = bias for connection in self.connections: if connection.active and connection.fromLayer.act...
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train
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Calysto/calysto
calysto/ai/conx.py
Network.prop_from
def prop_from(self, startLayers): """ Start propagation from the layers in the list startLayers. Make sure startLayers are initialized with the desired activations. NO ERROR CHECKING. """ if self.verbosity > 2: print("Partially propagating network:") # find all th...
python
def prop_from(self, startLayers): """ Start propagation from the layers in the list startLayers. Make sure startLayers are initialized with the desired activations. NO ERROR CHECKING. """ if self.verbosity > 2: print("Partially propagating network:") # find all th...
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train
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Calysto/calysto
calysto/ai/conx.py
Network.propagate
def propagate(self, **args): """ Propagates activation through the network. Optionally, takes input layer names as keywords, and their associated activations. If input layer(s) are given, then propagate() will return the output layer's activation. If there is more than one output...
python
def propagate(self, **args): """ Propagates activation through the network. Optionally, takes input layer names as keywords, and their associated activations. If input layer(s) are given, then propagate() will return the output layer's activation. If there is more than one output...
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Propagates activation through the network. Optionally, takes input layer names as keywords, and their associated activations. If input layer(s) are given, then propagate() will return the output layer's activation. If there is more than one output layer, then a dictionary is returned. E...
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train
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Calysto/calysto
calysto/ai/conx.py
Network.propagateTo
def propagateTo(self, toLayer, **args): """ Propagates activation to a layer. Optionally, takes input layer names as keywords, and their associated activations. Returns the toLayer's activation. Examples: >>> net = Network() # doctest: +ELLIPSIS Conx using seed: ... ...
python
def propagateTo(self, toLayer, **args): """ Propagates activation to a layer. Optionally, takes input layer names as keywords, and their associated activations. Returns the toLayer's activation. Examples: >>> net = Network() # doctest: +ELLIPSIS Conx using seed: ... ...
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train
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Calysto/calysto
calysto/ai/conx.py
Network.propagateFrom
def propagateFrom(self, startLayer, **args): """ Propagates activation through the network. Optionally, takes input layer names as keywords, and their associated activations. If input layer(s) are given, then propagate() will return the output layer's activation. If there is more than ...
python
def propagateFrom(self, startLayer, **args): """ Propagates activation through the network. Optionally, takes input layer names as keywords, and their associated activations. If input layer(s) are given, then propagate() will return the output layer's activation. If there is more than ...
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Propagates activation through the network. Optionally, takes input layer names as keywords, and their associated activations. If input layer(s) are given, then propagate() will return the output layer's activation. If there is more than one output layer, then a dictionary is returned. E...
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train
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Calysto/calysto
calysto/ai/conx.py
Network.activationFunctionASIG
def activationFunctionASIG(self, x): """ Determine the activation of a node based on that nodes net input. """ def act(v): if v < -15.0: return 0.0 elif v > 15.0: return 1.0 else: return 1.0 / (1.0 + Numeric.exp(-v)) return Numeric.array(lis...
python
def activationFunctionASIG(self, x): """ Determine the activation of a node based on that nodes net input. """ def act(v): if v < -15.0: return 0.0 elif v > 15.0: return 1.0 else: return 1.0 / (1.0 + Numeric.exp(-v)) return Numeric.array(lis...
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Calysto/calysto
calysto/ai/conx.py
Network.actDerivASIG
def actDerivASIG(self, x): """ Only works on scalars. """ def act(v): if v < -15.0: return 0.0 elif v > 15.0: return 1.0 else: return 1.0 / (1.0 + Numeric.exp(-v)) return (act(x) * (1.0 - act(x))) + self.sigmoid_prime_offset
python
def actDerivASIG(self, x): """ Only works on scalars. """ def act(v): if v < -15.0: return 0.0 elif v > 15.0: return 1.0 else: return 1.0 / (1.0 + Numeric.exp(-v)) return (act(x) * (1.0 - act(x))) + self.sigmoid_prime_offset
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Calysto/calysto
calysto/ai/conx.py
Network.useTanhActivationFunction
def useTanhActivationFunction(self): """ Change the network to use the hyperbolic tangent activation function for all layers. Must be called after all layers have been added. """ self.activationFunction = self.activationFunctionTANH self.ACTPRIME = self.ACTPRIMETANH ...
python
def useTanhActivationFunction(self): """ Change the network to use the hyperbolic tangent activation function for all layers. Must be called after all layers have been added. """ self.activationFunction = self.activationFunctionTANH self.ACTPRIME = self.ACTPRIMETANH ...
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train
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Calysto/calysto
calysto/ai/conx.py
Network.useFahlmanActivationFunction
def useFahlmanActivationFunction(self): """ Change the network to use Fahlman's default activation function for all layers. Must be called after all layers have been added. """ self.activationFunction = self.activationFunctionFahlman self.ACTPRIME = self.ACTPRIME_Fahlman ...
python
def useFahlmanActivationFunction(self): """ Change the network to use Fahlman's default activation function for all layers. Must be called after all layers have been added. """ self.activationFunction = self.activationFunctionFahlman self.ACTPRIME = self.ACTPRIME_Fahlman ...
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train
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Calysto/calysto
calysto/ai/conx.py
Network.backprop
def backprop(self, **args): """ Computes error and wed for back propagation of error. """ retval = self.compute_error(**args) if self.learning: self.compute_wed() return retval
python
def backprop(self, **args): """ Computes error and wed for back propagation of error. """ retval = self.compute_error(**args) if self.learning: self.compute_wed() return retval
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Calysto/calysto
calysto/ai/conx.py
Network.deltaWeight
def deltaWeight(self, e, wed, m, dweightLast, wedLast, w, n): """ e - learning rate wed - weight error delta vector (slope) m - momentum dweightLast - previous dweight vector (slope) wedLast - only used in quickprop; last weight error delta vector w - weight vecto...
python
def deltaWeight(self, e, wed, m, dweightLast, wedLast, w, n): """ e - learning rate wed - weight error delta vector (slope) m - momentum dweightLast - previous dweight vector (slope) wedLast - only used in quickprop; last weight error delta vector w - weight vecto...
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Calysto/calysto
calysto/ai/conx.py
Network.change_weights
def change_weights(self): """ Changes the weights according to the error values calculated during backprop(). Learning must be set. """ dw_count, dw_sum = 0, 0.0 if len(self.cacheLayers) != 0: changeLayers = self.cacheLayers else: changeLay...
python
def change_weights(self): """ Changes the weights according to the error values calculated during backprop(). Learning must be set. """ dw_count, dw_sum = 0, 0.0 if len(self.cacheLayers) != 0: changeLayers = self.cacheLayers else: changeLay...
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Calysto/calysto
calysto/ai/conx.py
Network.errorFunction
def errorFunction(self, t, a): """ Using a hyperbolic arctan on the error slightly exaggerates the actual error non-linearly. Return t - a to just use the difference. t - target vector a - activation vector """ def difference(v): if not self.hyperbolic...
python
def errorFunction(self, t, a): """ Using a hyperbolic arctan on the error slightly exaggerates the actual error non-linearly. Return t - a to just use the difference. t - target vector a - activation vector """ def difference(v): if not self.hyperbolic...
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Calysto/calysto
calysto/ai/conx.py
Network.ce_init
def ce_init(self): """ Initializes error computation. Calculates error for output layers and initializes hidden layer error to zero. """ retval = 0.0; correct = 0; totalCount = 0 for layer in self.layers: if layer.active: if layer.type == 'Outp...
python
def ce_init(self): """ Initializes error computation. Calculates error for output layers and initializes hidden layer error to zero. """ retval = 0.0; correct = 0; totalCount = 0 for layer in self.layers: if layer.active: if layer.type == 'Outp...
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Initializes error computation. Calculates error for output layers and initializes hidden layer error to zero.
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Calysto/calysto
calysto/ai/conx.py
Network.compute_error
def compute_error(self, **args): """ Computes error for all non-output layers backwards through all projections. """ for key in args: layer = self.getLayer(key) if layer.kind == 'Output': self.copyTargets(layer, args[key]) self.veri...
python
def compute_error(self, **args): """ Computes error for all non-output layers backwards through all projections. """ for key in args: layer = self.getLayer(key) if layer.kind == 'Output': self.copyTargets(layer, args[key]) self.veri...
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Calysto/calysto
calysto/ai/conx.py
Network.compute_wed
def compute_wed(self): """ Computes weight error derivative for all connections in self.connections starting with the last connection. """ if len(self.cacheConnections) != 0: changeConnections = self.cacheConnections else: changeConnections = self....
python
def compute_wed(self): """ Computes weight error derivative for all connections in self.connections starting with the last connection. """ if len(self.cacheConnections) != 0: changeConnections = self.cacheConnections else: changeConnections = self....
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Calysto/calysto
calysto/ai/conx.py
Network.toString
def toString(self): """ Returns the network layers as a string. """ output = "" for layer in reverse(self.layers): output += layer.toString() return output
python
def toString(self): """ Returns the network layers as a string. """ output = "" for layer in reverse(self.layers): output += layer.toString() return output
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train
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Calysto/calysto
calysto/ai/conx.py
Network.display
def display(self): """ Displays the network to the screen. """ print("Display network '" + self.name + "':") size = list(range(len(self.layers))) size.reverse() for i in size: if self.layers[i].active: self.layers[i].display() ...
python
def display(self): """ Displays the network to the screen. """ print("Display network '" + self.name + "':") size = list(range(len(self.layers))) size.reverse() for i in size: if self.layers[i].active: self.layers[i].display() ...
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train
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Calysto/calysto
calysto/ai/conx.py
Network.arrayify
def arrayify(self): """ Returns an array of node bias values and connection weights for use in a GA. """ gene = [] for layer in self.layers: if layer.type != 'Input': for i in range(layer.size): gene.append( layer.weight[i] ...
python
def arrayify(self): """ Returns an array of node bias values and connection weights for use in a GA. """ gene = [] for layer in self.layers: if layer.type != 'Input': for i in range(layer.size): gene.append( layer.weight[i] ...
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train
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Calysto/calysto
calysto/ai/conx.py
Network.unArrayify
def unArrayify(self, gene): """ Copies gene bias values and weights to network bias values and weights. """ g = 0 # if gene is too small an IndexError will be thrown for layer in self.layers: if layer.type != 'Input': for i in range(lay...
python
def unArrayify(self, gene): """ Copies gene bias values and weights to network bias values and weights. """ g = 0 # if gene is too small an IndexError will be thrown for layer in self.layers: if layer.type != 'Input': for i in range(lay...
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train
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Calysto/calysto
calysto/ai/conx.py
Network.saveWeightsToFile
def saveWeightsToFile(self, filename, mode='pickle', counter=None): """ Deprecated. Use saveWeights instead. """ self.saveWeights(filename, mode, counter)
python
def saveWeightsToFile(self, filename, mode='pickle', counter=None): """ Deprecated. Use saveWeights instead. """ self.saveWeights(filename, mode, counter)
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train
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Calysto/calysto
calysto/ai/conx.py
Network.saveWeights
def saveWeights(self, filename, mode='pickle', counter=None): """ Saves weights to file in pickle, plain, or tlearn mode. """ # modes: pickle/conx, plain, tlearn if "?" in filename: # replace ? pattern in filename with epoch number import re char = "?" ...
python
def saveWeights(self, filename, mode='pickle', counter=None): """ Saves weights to file in pickle, plain, or tlearn mode. """ # modes: pickle/conx, plain, tlearn if "?" in filename: # replace ? pattern in filename with epoch number import re char = "?" ...
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train
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Calysto/calysto
calysto/ai/conx.py
Network.loadWeights
def loadWeights(self, filename, mode='pickle'): """ Loads weights from a file in pickle, plain, or tlearn mode. """ # modes: pickle, plain/conx, tlearn if mode == 'pickle': import pickle fp = open(filename, "r") mylist = pickle.load(fp) ...
python
def loadWeights(self, filename, mode='pickle'): """ Loads weights from a file in pickle, plain, or tlearn mode. """ # modes: pickle, plain/conx, tlearn if mode == 'pickle': import pickle fp = open(filename, "r") mylist = pickle.load(fp) ...
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Loads weights from a file in pickle, plain, or tlearn mode.
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train
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Calysto/calysto
calysto/ai/conx.py
Network.saveNetwork
def saveNetwork(self, filename, makeWrapper = 1, mode = "pickle", counter = None): """ Saves network to file using pickle. """ self.saveNetworkToFile(filename, makeWrapper, mode, counter)
python
def saveNetwork(self, filename, makeWrapper = 1, mode = "pickle", counter = None): """ Saves network to file using pickle. """ self.saveNetworkToFile(filename, makeWrapper, mode, counter)
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Saves network to file using pickle.
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train
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Calysto/calysto
calysto/ai/conx.py
Network.saveNetworkToFile
def saveNetworkToFile(self, filename, makeWrapper = 1, mode = "pickle", counter = None): """ Deprecated. """ if "?" in filename: # replace ? pattern in filename with epoch number import re char = "?" match = re.search(re.escape(char) + "+", filename) ...
python
def saveNetworkToFile(self, filename, makeWrapper = 1, mode = "pickle", counter = None): """ Deprecated. """ if "?" in filename: # replace ? pattern in filename with epoch number import re char = "?" match = re.search(re.escape(char) + "+", filename) ...
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Deprecated.
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train
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Calysto/calysto
calysto/ai/conx.py
Network.loadVectors
def loadVectors(self, filename, cols = None, everyNrows = 1, delim = ' ', checkEven = 1, patterned = 0): """ Load a set of vectors from a file. Takes a filename, list of cols you want (or None for all), get every everyNrows (or 1 for no skipping), and a delimeter. ...
python
def loadVectors(self, filename, cols = None, everyNrows = 1, delim = ' ', checkEven = 1, patterned = 0): """ Load a set of vectors from a file. Takes a filename, list of cols you want (or None for all), get every everyNrows (or 1 for no skipping), and a delimeter. ...
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Load a set of vectors from a file. Takes a filename, list of cols you want (or None for all), get every everyNrows (or 1 for no skipping), and a delimeter.
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train
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Calysto/calysto
calysto/ai/conx.py
Network.loadVectorsFromFile
def loadVectorsFromFile(self, filename, cols = None, everyNrows = 1, delim = ' ', checkEven = 1, patterned = 0): """ Deprecated. """ fp = open(filename, "r") line = fp.readline() lineno = 0 lastLength = None data = [] wh...
python
def loadVectorsFromFile(self, filename, cols = None, everyNrows = 1, delim = ' ', checkEven = 1, patterned = 0): """ Deprecated. """ fp = open(filename, "r") line = fp.readline() lineno = 0 lastLength = None data = [] wh...
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Deprecated.
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train
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Calysto/calysto
calysto/ai/conx.py
Network.loadInputPatterns
def loadInputPatterns(self, filename, cols = None, everyNrows = 1, delim = ' ', checkEven = 1): """ Loads inputs as patterns from file. """ self.loadInputPatternsFromFile(filename, cols, everyNrows, delim, checkEven)
python
def loadInputPatterns(self, filename, cols = None, everyNrows = 1, delim = ' ', checkEven = 1): """ Loads inputs as patterns from file. """ self.loadInputPatternsFromFile(filename, cols, everyNrows, delim, checkEven)
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Loads inputs as patterns from file.
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train
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Calysto/calysto
calysto/ai/conx.py
Network.loadInputPatternsFromFile
def loadInputPatternsFromFile(self, filename, cols = None, everyNrows = 1, delim = ' ', checkEven = 1): """ Deprecated. """ self.inputs = self.loadVectors(filename, cols, everyNrows, delim, checkEven, patterned = 1) self.loadOrder = [0] * len(sel...
python
def loadInputPatternsFromFile(self, filename, cols = None, everyNrows = 1, delim = ' ', checkEven = 1): """ Deprecated. """ self.inputs = self.loadVectors(filename, cols, everyNrows, delim, checkEven, patterned = 1) self.loadOrder = [0] * len(sel...
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Deprecated.
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train
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Calysto/calysto
calysto/ai/conx.py
Network.loadInputs
def loadInputs(self, filename, cols = None, everyNrows = 1, delim = ' ', checkEven = 1): """ Loads inputs from file. Patterning is lost. """ self.loadInputsFromFile(filename, cols, everyNrows, delim, checkEven)
python
def loadInputs(self, filename, cols = None, everyNrows = 1, delim = ' ', checkEven = 1): """ Loads inputs from file. Patterning is lost. """ self.loadInputsFromFile(filename, cols, everyNrows, delim, checkEven)
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Loads inputs from file. Patterning is lost.
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train
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Calysto/calysto
calysto/ai/conx.py
Network.saveInputsToFile
def saveInputsToFile(self, filename): """ Deprecated. """ fp = open(filename, 'w') for input in self.inputs: vec = self.replacePatterns(input) for item in vec: fp.write("%f " % item) fp.write("\n")
python
def saveInputsToFile(self, filename): """ Deprecated. """ fp = open(filename, 'w') for input in self.inputs: vec = self.replacePatterns(input) for item in vec: fp.write("%f " % item) fp.write("\n")
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train
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Calysto/calysto
calysto/ai/conx.py
Network.loadTargets
def loadTargets(self, filename, cols = None, everyNrows = 1, delim = ' ', checkEven = 1): """ Loads targets from file. """ self.loadTargetsFromFile(filename, cols, everyNrows, delim, checkEven)
python
def loadTargets(self, filename, cols = None, everyNrows = 1, delim = ' ', checkEven = 1): """ Loads targets from file. """ self.loadTargetsFromFile(filename, cols, everyNrows, delim, checkEven)
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train
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Calysto/calysto
calysto/ai/conx.py
Network.loadTargetsFromFile
def loadTargetsFromFile(self, filename, cols = None, everyNrows = 1, delim = ' ', checkEven = 1): """ Loads targets from file. """ self.targets = self.loadVectors(filename, cols, everyNrows, delim, checkEven)
python
def loadTargetsFromFile(self, filename, cols = None, everyNrows = 1, delim = ' ', checkEven = 1): """ Loads targets from file. """ self.targets = self.loadVectors(filename, cols, everyNrows, delim, checkEven)
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Loads targets from file.
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train
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Calysto/calysto
calysto/ai/conx.py
Network.loadTargetPatterns
def loadTargetPatterns(self, filename, cols = None, everyNrows = 1, delim = ' ', checkEven = 1): """ Loads targets as patterns from file. """ self.loadTargetPatternssFromFile(filename, cols, everyNrows, delim, checkEven...
python
def loadTargetPatterns(self, filename, cols = None, everyNrows = 1, delim = ' ', checkEven = 1): """ Loads targets as patterns from file. """ self.loadTargetPatternssFromFile(filename, cols, everyNrows, delim, checkEven...
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Loads targets as patterns from file.
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Calysto/calysto
calysto/ai/conx.py
Network.loadTargetPatternsFromFile
def loadTargetPatternsFromFile(self, filename, cols = None, everyNrows = 1, delim = ' ', checkEven = 1): """ Deprecated. """ self.targets = self.loadVectors(filename, cols, everyNrows, delim, checkEven, patterned=...
python
def loadTargetPatternsFromFile(self, filename, cols = None, everyNrows = 1, delim = ' ', checkEven = 1): """ Deprecated. """ self.targets = self.loadVectors(filename, cols, everyNrows, delim, checkEven, patterned=...
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Deprecated.
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train
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Calysto/calysto
calysto/ai/conx.py
Network.saveTargetsToFile
def saveTargetsToFile(self, filename): """ Deprecated. """ fp = open(filename, 'w') for target in self.targets: vec = self.replacePatterns(target) for item in vec: fp.write("%f " % item) fp.write("\n")
python
def saveTargetsToFile(self, filename): """ Deprecated. """ fp = open(filename, 'w') for target in self.targets: vec = self.replacePatterns(target) for item in vec: fp.write("%f " % item) fp.write("\n")
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train
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Calysto/calysto
calysto/ai/conx.py
Network.saveDataToFile
def saveDataToFile(self, filename): """ Deprecated. """ fp = open(filename, 'w') for i in range(len(self.inputs)): try: vec = self.replacePatterns(self.inputs[i]) for item in vec: fp.write("%f " % item) e...
python
def saveDataToFile(self, filename): """ Deprecated. """ fp = open(filename, 'w') for i in range(len(self.inputs)): try: vec = self.replacePatterns(self.inputs[i]) for item in vec: fp.write("%f " % item) e...
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Deprecated.
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train
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Calysto/calysto
calysto/ai/conx.py
Network.loadDataFromFile
def loadDataFromFile(self, filename, ocnt = -1): """ Deprecated. """ if ocnt == -1: ocnt = int(self.layers[len(self.layers) - 1].size) fp = open(filename, 'r') line = fp.readline() self.targets = [] self.inputs = [] while line: ...
python
def loadDataFromFile(self, filename, ocnt = -1): """ Deprecated. """ if ocnt == -1: ocnt = int(self.layers[len(self.layers) - 1].size) fp = open(filename, 'r') line = fp.readline() self.targets = [] self.inputs = [] while line: ...
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Deprecated.
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train
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Calysto/calysto
calysto/ai/conx.py
Network.lookupPattern
def lookupPattern(self, name, layer): """ See if there is a name/layer pattern combo, else return the name pattern. """ if (name, layer) in self.patterns: return self.patterns[(name, layer)] else: return self.patterns[name]
python
def lookupPattern(self, name, layer): """ See if there is a name/layer pattern combo, else return the name pattern. """ if (name, layer) in self.patterns: return self.patterns[(name, layer)] else: return self.patterns[name]
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train
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Calysto/calysto
calysto/ai/conx.py
Network.replacePatterns
def replacePatterns(self, vector, layer = None): """ Replaces patterned inputs or targets with activation vectors. """ if not self.patterned: return vector if type(vector) == str: return self.replacePatterns(self.lookupPattern(vector, layer), layer) elif type(...
python
def replacePatterns(self, vector, layer = None): """ Replaces patterned inputs or targets with activation vectors. """ if not self.patterned: return vector if type(vector) == str: return self.replacePatterns(self.lookupPattern(vector, layer), layer) elif type(...
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Replaces patterned inputs or targets with activation vectors.
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train
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Calysto/calysto
calysto/ai/conx.py
Network.patternVector
def patternVector(self, vector): """ Replaces vector with patterns. Used for loading inputs or targets from a file and still preserving patterns. """ if not self.patterned: return vector if type(vector) == int: if self.getWord(vector) != '': re...
python
def patternVector(self, vector): """ Replaces vector with patterns. Used for loading inputs or targets from a file and still preserving patterns. """ if not self.patterned: return vector if type(vector) == int: if self.getWord(vector) != '': re...
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Calysto/calysto
calysto/ai/conx.py
Network.getPattern
def getPattern(self, word): """ Returns the pattern with key word. Example: net.getPattern("tom") => [0, 0, 0, 1] """ if word in self.patterns: return self.patterns[word] else: raise ValueError('Unknown pattern in getPattern().', word)
python
def getPattern(self, word): """ Returns the pattern with key word. Example: net.getPattern("tom") => [0, 0, 0, 1] """ if word in self.patterns: return self.patterns[word] else: raise ValueError('Unknown pattern in getPattern().', word)
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train
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Calysto/calysto
calysto/ai/conx.py
Network.getWord
def getWord(self, pattern, returnDiff = 0): """ Returns the word associated with pattern. Example: net.getWord([0, 0, 0, 1]) => "tom" This method now returns the closest pattern based on distance. """ minDist = 10000 closest = None for w in self.patterns...
python
def getWord(self, pattern, returnDiff = 0): """ Returns the word associated with pattern. Example: net.getWord([0, 0, 0, 1]) => "tom" This method now returns the closest pattern based on distance. """ minDist = 10000 closest = None for w in self.patterns...
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Calysto/calysto
calysto/ai/conx.py
Network.addPattern
def addPattern(self, word, vector): """ Adds a pattern with key word. Example: net.addPattern("tom", [0, 0, 0, 1]) """ if word in self.patterns: raise NetworkError('Pattern key already in use. Call delPattern to free key.', word) else: se...
python
def addPattern(self, word, vector): """ Adds a pattern with key word. Example: net.addPattern("tom", [0, 0, 0, 1]) """ if word in self.patterns: raise NetworkError('Pattern key already in use. Call delPattern to free key.', word) else: se...
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train
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Calysto/calysto
calysto/ai/conx.py
Network.compare
def compare(self, v1, v2): """ Compares two values. Returns 1 if all values are withing self.tolerance of each other. """ try: if len(v1) != len(v2): return 0 for x, y in zip(v1, v2): if abs( x - y ) > self.tolerance: re...
python
def compare(self, v1, v2): """ Compares two values. Returns 1 if all values are withing self.tolerance of each other. """ try: if len(v1) != len(v2): return 0 for x, y in zip(v1, v2): if abs( x - y ) > self.tolerance: re...
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Compares two values. Returns 1 if all values are withing self.tolerance of each other.
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train
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Calysto/calysto
calysto/ai/conx.py
Network.shareWeights
def shareWeights(self, network, listOfLayerNamePairs = None): """ Share weights with another network. Connection is broken after a randomize or change of size. Layers must have the same names and sizes for shared connections in both networks. Example: net.shareWeights(otherNet, ...
python
def shareWeights(self, network, listOfLayerNamePairs = None): """ Share weights with another network. Connection is broken after a randomize or change of size. Layers must have the same names and sizes for shared connections in both networks. Example: net.shareWeights(otherNet, ...
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Share weights with another network. Connection is broken after a randomize or change of size. Layers must have the same names and sizes for shared connections in both networks. Example: net.shareWeights(otherNet, [["hidden", "output"]]) This example will take the weights between the hi...
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train
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Calysto/calysto
calysto/ai/conx.py
BackpropNetwork.propagate
def propagate(self, *arg, **kw): """ Propagates activation through the network.""" output = Network.propagate(self, *arg, **kw) if self.interactive: self.updateGraphics() # IMPORTANT: convert results from numpy.floats to conventional floats if type(output) == dict: ...
python
def propagate(self, *arg, **kw): """ Propagates activation through the network.""" output = Network.propagate(self, *arg, **kw) if self.interactive: self.updateGraphics() # IMPORTANT: convert results from numpy.floats to conventional floats if type(output) == dict: ...
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train
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Calysto/calysto
calysto/ai/conx.py
BackpropNetwork.loadWeightsFromFile
def loadWeightsFromFile(self, filename, mode='pickle'): """ Deprecated. Use loadWeights instead. """ Network.loadWeights(self, filename, mode) self.updateGraphics()
python
def loadWeightsFromFile(self, filename, mode='pickle'): """ Deprecated. Use loadWeights instead. """ Network.loadWeights(self, filename, mode) self.updateGraphics()
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train
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Calysto/calysto
calysto/ai/conx.py
BackpropNetwork.display
def display(self): """Displays the network to the screen.""" size = list(range(len(self.layers))) size.reverse() for i in size: layer = self.layers[i] if layer.active: print('%s layer (size %d)' % (layer.name, layer.size)) tlabel, o...
python
def display(self): """Displays the network to the screen.""" size = list(range(len(self.layers))) size.reverse() for i in size: layer = self.layers[i] if layer.active: print('%s layer (size %d)' % (layer.name, layer.size)) tlabel, o...
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Displays the network to the screen.
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train
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Calysto/calysto
calysto/ai/conx.py
SRN.setSequenceType
def setSequenceType(self, value): """ You must set this! """ if value == "ordered-continuous": self.orderedInputs = 1 self.initContext = 0 elif value == "random-segmented": self.orderedInputs = 0 self.initCon...
python
def setSequenceType(self, value): """ You must set this! """ if value == "ordered-continuous": self.orderedInputs = 1 self.initContext = 0 elif value == "random-segmented": self.orderedInputs = 0 self.initCon...
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train
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Calysto/calysto
calysto/ai/conx.py
SRN.addLayers
def addLayers(self, *arg, **kw): """ Creates an N layer network with 'input', 'hidden1', 'hidden2',... and 'output' layers. Keyword type indicates "parallel" or "serial". If only one hidden layer, it is called "hidden". """ netType = "serial" if "type" in kw: ...
python
def addLayers(self, *arg, **kw): """ Creates an N layer network with 'input', 'hidden1', 'hidden2',... and 'output' layers. Keyword type indicates "parallel" or "serial". If only one hidden layer, it is called "hidden". """ netType = "serial" if "type" in kw: ...
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Creates an N layer network with 'input', 'hidden1', 'hidden2',... and 'output' layers. Keyword type indicates "parallel" or "serial". If only one hidden layer, it is called "hidden".
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train
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Calysto/calysto
calysto/ai/conx.py
SRN.addThreeLayers
def addThreeLayers(self, inc, hidc, outc): """ Creates a three level network with a context layer. """ self.addLayer('input', inc) self.addContextLayer('context', hidc, 'hidden') self.addLayer('hidden', hidc) self.addLayer('output', outc) self.connect('inp...
python
def addThreeLayers(self, inc, hidc, outc): """ Creates a three level network with a context layer. """ self.addLayer('input', inc) self.addContextLayer('context', hidc, 'hidden') self.addLayer('hidden', hidc) self.addLayer('output', outc) self.connect('inp...
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train
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Calysto/calysto
calysto/ai/conx.py
SRN.addSRNLayers
def addSRNLayers(self, inc, hidc, outc): """ Wraps SRN.addThreeLayers() for compatibility. """ self.addThreeLayers(inc, hidc, outc)
python
def addSRNLayers(self, inc, hidc, outc): """ Wraps SRN.addThreeLayers() for compatibility. """ self.addThreeLayers(inc, hidc, outc)
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train
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Calysto/calysto
calysto/ai/conx.py
SRN.addContext
def addContext(self, layer, hiddenLayerName = 'hidden', verbosity = 0): """ Adds a context layer. Necessary to keep self.contextLayers dictionary up to date. """ # better not add context layer first if using sweep() without mapInput SRN.add(self, layer, verbosity) if hid...
python
def addContext(self, layer, hiddenLayerName = 'hidden', verbosity = 0): """ Adds a context layer. Necessary to keep self.contextLayers dictionary up to date. """ # better not add context layer first if using sweep() without mapInput SRN.add(self, layer, verbosity) if hid...
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Adds a context layer. Necessary to keep self.contextLayers dictionary up to date.
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train
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Calysto/calysto
calysto/ai/conx.py
SRN.copyHiddenToContext
def copyHiddenToContext(self): """ Uses key to identify the hidden layer associated with each layer in the self.contextLayers dictionary. """ for item in list(self.contextLayers.items()): if self.verbosity > 2: print('Hidden layer: ', self.getLayer(item[0]).activatio...
python
def copyHiddenToContext(self): """ Uses key to identify the hidden layer associated with each layer in the self.contextLayers dictionary. """ for item in list(self.contextLayers.items()): if self.verbosity > 2: print('Hidden layer: ', self.getLayer(item[0]).activatio...
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Calysto/calysto
calysto/ai/conx.py
SRN.setContext
def setContext(self, value = .5): """ Clears the context layer by setting context layer to (default) value 0.5. """ for context in list(self.contextLayers.values()): context.resetFlags() # hidden activations have already been copied in context.setActivations(valu...
python
def setContext(self, value = .5): """ Clears the context layer by setting context layer to (default) value 0.5. """ for context in list(self.contextLayers.values()): context.resetFlags() # hidden activations have already been copied in context.setActivations(valu...
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Clears the context layer by setting context layer to (default) value 0.5.
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train
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Calysto/calysto
calysto/ai/conx.py
SRN.step
def step(self, **args): """ SRN.step() Extends network step method by automatically copying hidden layer activations to the context layer. """ if self.sequenceType == None: raise AttributeError("""sequenceType not set! Use SRN.setSequenceType() """) # ...
python
def step(self, **args): """ SRN.step() Extends network step method by automatically copying hidden layer activations to the context layer. """ if self.sequenceType == None: raise AttributeError("""sequenceType not set! Use SRN.setSequenceType() """) # ...
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SRN.step() Extends network step method by automatically copying hidden layer activations to the context layer.
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Calysto/calysto
calysto/ai/conx.py
SRN.showPerformance
def showPerformance(self): """ SRN.showPerformance() Clears the context layer(s) and then repeatedly cycles through training patterns until the user decides to quit. """ if len(self.inputs) == 0: print('no patterns to test') return self.set...
python
def showPerformance(self): """ SRN.showPerformance() Clears the context layer(s) and then repeatedly cycles through training patterns until the user decides to quit. """ if len(self.inputs) == 0: print('no patterns to test') return self.set...
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SRN.showPerformance() Clears the context layer(s) and then repeatedly cycles through training patterns until the user decides to quit.
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marshallward/f90nml
f90nml/tokenizer.py
Tokenizer.parse
def parse(self, line): """Tokenize a line of Fortran source.""" tokens = [] self.idx = -1 # Bogus value to ensure idx = 0 after first iteration self.characters = iter(line) self.update_chars() while self.char != '\n': # Update namelist group status ...
python
def parse(self, line): """Tokenize a line of Fortran source.""" tokens = [] self.idx = -1 # Bogus value to ensure idx = 0 after first iteration self.characters = iter(line) self.update_chars() while self.char != '\n': # Update namelist group status ...
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Tokenize a line of Fortran source.
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train
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marshallward/f90nml
f90nml/tokenizer.py
Tokenizer.parse_name
def parse_name(self, line): """Tokenize a Fortran name, such as a variable or subroutine.""" end = self.idx for char in line[self.idx:]: if not char.isalnum() and char not in '\'"_': break end += 1 word = line[self.idx:end] self.idx = end...
python
def parse_name(self, line): """Tokenize a Fortran name, such as a variable or subroutine.""" end = self.idx for char in line[self.idx:]: if not char.isalnum() and char not in '\'"_': break end += 1 word = line[self.idx:end] self.idx = end...
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Tokenize a Fortran name, such as a variable or subroutine.
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train
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marshallward/f90nml
f90nml/tokenizer.py
Tokenizer.parse_string
def parse_string(self): """Tokenize a Fortran string.""" word = '' if self.prior_delim: delim = self.prior_delim self.prior_delim = None else: delim = self.char word += self.char self.update_chars() while True: ...
python
def parse_string(self): """Tokenize a Fortran string.""" word = '' if self.prior_delim: delim = self.prior_delim self.prior_delim = None else: delim = self.char word += self.char self.update_chars() while True: ...
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Tokenize a Fortran string.
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train
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marshallward/f90nml
f90nml/tokenizer.py
Tokenizer.parse_numeric
def parse_numeric(self): """Tokenize a Fortran numerical value.""" word = '' frac = False if self.char == '-': word += self.char self.update_chars() while self.char.isdigit() or (self.char == '.' and not frac): # Only allow one decimal point ...
python
def parse_numeric(self): """Tokenize a Fortran numerical value.""" word = '' frac = False if self.char == '-': word += self.char self.update_chars() while self.char.isdigit() or (self.char == '.' and not frac): # Only allow one decimal point ...
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Tokenize a Fortran numerical value.
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train
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marshallward/f90nml
f90nml/tokenizer.py
Tokenizer.update_chars
def update_chars(self): """Update the current charters in the tokenizer.""" # NOTE: We spoof non-Unix files by returning '\n' on StopIteration self.prior_char, self.char = self.char, next(self.characters, '\n') self.idx += 1
python
def update_chars(self): """Update the current charters in the tokenizer.""" # NOTE: We spoof non-Unix files by returning '\n' on StopIteration self.prior_char, self.char = self.char, next(self.characters, '\n') self.idx += 1
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Update the current charters in the tokenizer.
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train
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