parameters: (change_points)
return_statement: return anomaly_series_list
docstring: Makes a list of data series for showing segments next to anomalies.
  
    Args:
      change_points: A list of find_change_points.ChangePoint objects.
  
    Returns:
      A list of data series (lists of pairs) to be graphed by Flot.
docstring_summary: Makes a list of data series for showing segments next to anomalies.
docstring_tokens: Makes a list of data series for showing segments next to anomalies .
function: def _AnomalySegmentSeries(change_points):
    """Makes a list of data series for showing segments next to anomalies.
  
    Args:
      change_points: A list of find_change_points.ChangePoint objects.
  
    Returns:
      A list of data series (lists of pairs) to be graphed by Flot.
    """
    # We make a separate series for each anomaly, since segments may overlap.
    anomaly_series_list = []
  
    for change_point in change_points:
      anomaly_series = []
  
      # In a Flot data series, null is treated as a special value which
      # indicates a discontinuity. We want to end each segment with null
      # so that they show up as separate segments on the graph.
      anomaly_series.append([change_point.window_start, None])
  
      for x in range(change_point.window_start + 1, change_point.x_value):
        anomaly_series.append([x, change_point.median_before])
      anomaly_series.append([change_point.x_value, None])
  
      for x in range(change_point.x_value + 1, change_point.window_end + 1):
        anomaly_series.append([x, change_point.median_after])
      anomaly_series.append([change_point.window_end, None])
      anomaly_series_list.append(anomaly_series)
  
    return anomaly_series_list
function_tokens: def _AnomalySegmentSeries ( change_points ) : # We make a separate series for each anomaly, since segments may overlap. anomaly_series_list = [ ] for change_point in change_points : anomaly_series = [ ] # In a Flot data series, null is treated as a special value which # indicates a discontinuity. We want to end each segment with null # so that they show up as separate segments on the graph. anomaly_series . append ( [ change_point . window_start , None ] ) for x in range ( change_point . window_start + 1 , change_point . x_value ) : anomaly_series . append ( [ x , change_point . median_before ] ) anomaly_series . append ( [ change_point . x_value , None ] ) for x in range ( change_point . x_value + 1 , change_point . window_end + 1 ) : anomaly_series . append ( [ x , change_point . median_after ] ) anomaly_series . append ( [ change_point . window_end , None ] ) anomaly_series_list . append ( anomaly_series ) return anomaly_series_list