def _initEphemerals(self):
"""
Initialize all ephemeral members after being restored to a pickled state.
"""
BacktrackingTM._initEphemerals(self)
#---------------------------------------------------------------------------------
# cells4 specific initialization
# If True, let C++ allocate memory for activeState, predictedState, and
# learnState. In this case we can retrieve copies of these states but can't
# set them directly from Python. If False, Python can allocate them as
# numpy arrays and we can pass pointers to the C++ using setStatePointers
self.allocateStatesInCPP = False
# Set this to true for debugging or accessing learning states
self.retrieveLearningStates = False
if self.makeCells4Ephemeral:
self.cells4 = Cells4(self.numberOfCols,
self.cellsPerColumn,
self.activationThreshold,
self.minThreshold,
self.newSynapseCount,
self.segUpdateValidDuration,
self.initialPerm,
self.connectedPerm,
self.permanenceMax,
self.permanenceDec,
self.permanenceInc,
self.globalDecay,
self.doPooling,
self.seed,
self.allocateStatesInCPP,
self.checkSynapseConsistency)
self.cells4.setVerbosity(self.verbosity)
self.cells4.setPamLength(self.pamLength)
self.cells4.setMaxAge(self.maxAge)
self.cells4.setMaxInfBacktrack(self.maxInfBacktrack)
self.cells4.setMaxLrnBacktrack(self.maxLrnBacktrack)
self.cells4.setMaxSeqLength(self.maxSeqLength)
self.cells4.setMaxSegmentsPerCell(self.maxSegmentsPerCell)
self.cells4.setMaxSynapsesPerCell(self.maxSynapsesPerSegment)
self._setStatePointers()
def _initEphemerals(self):
"""
Initialize all ephemeral members after being restored to a pickled state.
"""
BacktrackingTM._initEphemerals(self)
#---------------------------------------------------------------------------------
# cells4 specific initialization
# If True, let C++ allocate memory for activeState, predictedState, and
# learnState. In this case we can retrieve copies of these states but can't
# set them directly from Python. If False, Python can allocate them as
# numpy arrays and we can pass pointers to the C++ using setStatePointers
self.allocateStatesInCPP = False
# Set this to true for debugging or accessing learning states
self.retrieveLearningStates = False
if self.makeCells4Ephemeral:
self.cells4 = Cells4(self.numberOfCols,
self.cellsPerColumn,
self.activationThreshold,
self.minThreshold,
self.newSynapseCount,
self.segUpdateValidDuration,
self.initialPerm,
self.connectedPerm,
self.permanenceMax,
self.permanenceDec,
self.permanenceInc,
self.globalDecay,
self.doPooling,
self.seed,
self.allocateStatesInCPP,
self.checkSynapseConsistency)
self.cells4.setVerbosity(self.verbosity)
self.cells4.setPamLength(self.pamLength)
self.cells4.setMaxAge(self.maxAge)
self.cells4.setMaxInfBacktrack(self.maxInfBacktrack)
self.cells4.setMaxLrnBacktrack(self.maxLrnBacktrack)
self.cells4.setMaxSeqLength(self.maxSeqLength)
self.cells4.setMaxSegmentsPerCell(self.maxSegmentsPerCell)
self.cells4.setMaxSynapsesPerCell(self.maxSynapsesPerSegment)
self._setStatePointers()
def _initEphemerals(self):
"""
Initialize all ephemeral members after being restored to a pickled state.
"""
BacktrackingTM._initEphemerals(self)
#---------------------------------------------------------------------------------
# cells4 specific initialization
# If True, let C++ allocate memory for activeState, predictedState, and
# learnState. In this case we can retrieve copies of these states but can't
# set them directly from Python. If False, Python can allocate them as
# numpy arrays and we can pass pointers to the C++ using setStatePointers
self.allocateStatesInCPP = False
# Set this to true for debugging or accessing learning states
self.retrieveLearningStates = False
if self.makeCells4Ephemeral:
self._initCells4()