def createSegment(self, cell):
    """ 
    Adds a new segment on a cell.

    :param cell: (int) Cell index
    :returns: (int) New segment index
    """
    cellData = self._cells[cell]

    if len(self._freeFlatIdxs) > 0:
      flatIdx = self._freeFlatIdxs.pop()
    else:
      flatIdx = self._nextFlatIdx
      self._segmentForFlatIdx.append(None)
      self._nextFlatIdx += 1

    ordinal = self._nextSegmentOrdinal
    self._nextSegmentOrdinal += 1

    segment = Segment(cell, flatIdx, ordinal)
    cellData._segments.append(segment)
    self._segmentForFlatIdx[flatIdx] = segment

    return segment
def createSegment(self, cell):
    """ 
    Adds a new segment on a cell.

    :param cell: (int) Cell index
    :returns: (int) New segment index
    """
    cellData = self._cells[cell]

    if len(self._freeFlatIdxs) > 0:
      flatIdx = self._freeFlatIdxs.pop()
    else:
      flatIdx = self._nextFlatIdx
      self._segmentForFlatIdx.append(None)
      self._nextFlatIdx += 1

    ordinal = self._nextSegmentOrdinal
    self._nextSegmentOrdinal += 1

    segment = Segment(cell, flatIdx, ordinal)
    cellData._segments.append(segment)
    self._segmentForFlatIdx[flatIdx] = segment

    return segment
def createSegment ( self , cell ) : cellData = self . _cells [ cell ] if len ( self . _freeFlatIdxs ) > 0 : flatIdx = self . _freeFlatIdxs . pop ( ) else : flatIdx = self . _nextFlatIdx self . _segmentForFlatIdx . append ( None ) self . _nextFlatIdx += 1 ordinal = self . _nextSegmentOrdinal self . _nextSegmentOrdinal += 1 segment = Segment ( cell , flatIdx , ordinal ) cellData . _segments . append ( segment ) self . _segmentForFlatIdx [ flatIdx ] = segment return segment
Adds a new segment on a cell.

    :param cell: (int) Cell index
    :returns: (int) New segment index
Adds a new segment on a cell .