@classmethod
    def _make_specification(cls):
        side = 1.0
        w = 0.5 * side * 3**0.5  # width of the hex
        # component shape data
        # shared horizontal and vertical rails
        left_rail = -w
        h_mid_rail = 0.0
        right_rail = w
        top_rail = -side
        midtop_rail = -0.5 * side
        v_mid_rail = 0.0
        midbottom_rail = 0.5 * side
        bottom_rail = side
        # points
        top_pt = (top_rail, h_mid_rail)
        top_right_pt = (midtop_rail, right_rail)
        bottom_right_pt = (midbottom_rail, right_rail)
        bottom_pt = (bottom_rail, h_mid_rail)
        bottom_left_pt = (midbottom_rail, left_rail)
        top_left_pt = (midtop_rail, left_rail)
        center_pt = (v_mid_rail, h_mid_rail)
        # build components separately to avoid long lines
        c = {(0, 0): {'name': 'left',
                      'clockwise_edge_names': ('left', 'top',
                                               'right', 'bottom'),
                      'edges': {(0, -1): {'name': 'left',
                                          'counter_vertex': bottom_left_pt},
                                (-1, 1): {'name': 'top',
                                          'counter_vertex': top_left_pt},
                                (0, 2): {'name': 'right',
                                         'counter_vertex': top_pt},
                                (0, 1): {'name': 'bottom',
                                         'counter_vertex': center_pt}}},
             (0, 2): {'name': 'right',
                      'clockwise_edge_names': ('left', 'top',
                                               'right', 'bottom'),
                      'edges': {(0, 0): {'name': 'left',
                                         'counter_vertex': center_pt},
                                (-1, 4): {'name': 'top',
                                          'counter_vertex': top_pt},
                                (0, 3): {'name': 'right',
                                         'counter_vertex': top_right_pt},
                                (0, 1): {'name': 'bottom',
                                         'counter_vertex': bottom_right_pt}}},
             (0, 1): {'name': 'bottom',
                      'clockwise_edge_names': ('top_left', 'top_right',
                                               'bottom_right', 'bottom_left'),
                      'edges': {(0, 0): {'name': 'top_left',
                                         'counter_vertex': bottom_left_pt},
                                (0, 2): {'name': 'top_right',
                                         'counter_vertex': center_pt},
                                (1, 0): {'name': 'bottom_right',
                                         'counter_vertex': bottom_right_pt},
                                (1, -1): {'name': 'bottom_left',
                                          'counter_vertex': bottom_pt}}}}
        d = {'name': 'Qube',
             'reference_length': side,
             'graph_offset_per_row': (bottom_rail + midbottom_rail, right_rail),
             'graph_offset_per_col': (0, float(2 * right_rail) / 3),
             'components': c}
        return d
Given a time series of values, sum the values
dataset/ETHPy150Open kobejohn/polymaze/polymaze/shapes.py/Qube._make_specification--crossover with--dataset/ETHPy150Open twitterdev/ads-platform-tools/python/compare_stats.py/total_value