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@ -30,15 +30,12 @@ def _find_first_cross(ind, y, ix, dcross, start):
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ix += 1
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dcross = 1 # The next crossing is a down-crossing
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break
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out[0] = ix
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out[1] = dcross
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out[2] = start
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@jit(int64(int64[:], int8[:]))
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def _findcross(ind, y):
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v = 0
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ix, dcross, start = _find_first_cross(ind, y)
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ix, dcross, start, v = 0, 0, 0, 0
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_find_first_cross(ind, y, ix, dcross, start)
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n = len(y)
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for i in range(start, n - 1):
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if ((dcross == -1 and y[i] <= v and v < y[i + 1]) or
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