gistfile1.txt

Line #      Hits         Time  Per Hit   % Time  Line Contents
==============================================================
     6                                           def grad_fn(x):
     7         1            5      5.0      0.3      x_stack = deque()
     8         1            2      2.0      0.1      (_eebd10_stack, _eebd10) = (deque(), None)
     9         1            1      1.0      0.1      (_dab857_stack, _dab857) = (deque(), None)
    10         1            1      1.0      0.1      (_14c3e8_stack, _14c3e8) = (deque(), None)
    11         1            3      3.0      0.2      _eebd10 = range(100)
    12         1            2      2.0      0.1      _eebd10_stack.append(_eebd10)
    13       101           73      0.7      5.0      for i in _eebd10:
    14       100          758      7.6     52.3          _dab857 = (np.sum(x) > 1)
    15       100           91      0.9      6.3          _dab857_stack.append(_dab857)
    16       100           69      0.7      4.8          if _dab857:
    17         3            3      1.0      0.2              x_stack.append(x)
    18         3           22      7.3      1.5              x = (x / 2)
    19         1            6      6.0      0.4      _14c3e8 = np.sum(x)
    20         1            1      1.0      0.1      g__14c3e8 = 1.0
    21         1            0      0.0      0.0      g_x = 0
    22         1           83     83.0      5.7      g_x += repeat_to_match_shape(g__14c3e8, x, None, False)[0]
    23         1            2      2.0      0.1      _eebd10 = _eebd10_stack.pop()
    24         1            2      2.0      0.1      _eebd10 = reversed(_eebd10)
    25       101           63      0.6      4.4      for i in _eebd10:
    26       100           68      0.7      4.7          _dab857 = _dab857_stack.pop()
    27       100           63      0.6      4.4          if _dab857:
    28         3            2      0.7      0.1              x = x_stack.pop()
    29         3          112     37.3      7.7              tmp_g0 = sum_to_match_shape((g_x / 2), x)
    30         3            3      1.0      0.2              g_x = 0
    31         3           12      4.0      0.8              g_x += tmp_g0
    32         1            1      1.0      0.1      return g_x