src/nupic/encoders/random_distributed_scalar.py
def _createBucket(self, index):
    """
    Create the given bucket index. Recursively create as many in-between
    bucket indices as necessary.
    """
    if index < self.minIndex:
      if index == self.minIndex - 1:
        # Create a new representation that has exactly w-1 overlapping bits
        # as the min representation
        self.bucketMap[index] = self._newRepresentation(self.minIndex,
                                                        index)
        self.minIndex = index
      else:
        # Recursively create all the indices above and then this index
        self._createBucket(index+1)
        self._createBucket(index)
    else:
      if index == self.maxIndex + 1:
        # Create a new representation that has exactly w-1 overlapping bits
        # as the max representation
        self.bucketMap[index] = self._newRepresentation(self.maxIndex,
                                                        index)
        self.maxIndex = index
      else:
        # Recursively create all the indices below and then this index
        self._createBucket(index-1)
        self._createBucket(index)
def _createBucket(self, index):
    """
    Create the given bucket index. Recursively create as many in-between
    bucket indices as necessary.
    """
    if index < self.minIndex:
      if index == self.minIndex - 1:
        # Create a new representation that has exactly w-1 overlapping bits
        # as the min representation
        self.bucketMap[index] = self._newRepresentation(self.minIndex,
                                                        index)
        self.minIndex = index
      else:
        # Recursively create all the indices above and then this index
        self._createBucket(index+1)
        self._createBucket(index)
    else:
      if index == self.maxIndex + 1:
        # Create a new representation that has exactly w-1 overlapping bits
        # as the max representation
        self.bucketMap[index] = self._newRepresentation(self.maxIndex,
                                                        index)
        self.maxIndex = index
      else:
        # Recursively create all the indices below and then this index
        self._createBucket(index-1)
        self._createBucket(index)
def _createBucket ( self , index ) : if index < self . minIndex : if index == self . minIndex - 1 : # Create a new representation that has exactly w-1 overlapping bits # as the min representation self . bucketMap [ index ] = self . _newRepresentation ( self . minIndex , index ) self . minIndex = index else : # Recursively create all the indices above and then this index self . _createBucket ( index + 1 ) self . _createBucket ( index ) else : if index == self . maxIndex + 1 : # Create a new representation that has exactly w-1 overlapping bits # as the max representation self . bucketMap [ index ] = self . _newRepresentation ( self . maxIndex , index ) self . maxIndex = index else : # Recursively create all the indices below and then this index self . _createBucket ( index - 1 ) self . _createBucket ( index )
Create the given bucket index. Recursively create as many in-between
    bucket indices as necessary.
Create the given bucket index . Recursively create as many in - between bucket indices as necessary .