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Solve the following problem using Python, implementing the functions described below, one line at a time
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Description:
 def count_above(errors, epsilon):
 """Count number of errors and continuous sequences above epsilon. Continuous sequences are counted by shifting and counting the number of positions where there was a change and the original value was true, which means that a sequence started at that position. """

    above = errors > epsilon
    total_above = len(errors[above])

    above = pd.Series(above)
    shift = above.shift(1)
    change = above != shift

    total_consecutive = sum(above & change)

    return total_above, total_consecutive