def _plotter(x_axis, flow_data, filter_data, wet_filter_data, start_dates, wet_dates, column_number, left, right, maxarray, minarray, min_flush_magnitude):
    plt.figure()
    plt.plot(x_axis, filter_data, '-', color='#5993E5')
    if (start_dates[(- 1)] is not None):
        plt.axvline(start_dates[(- 1)], color='blue', ls=':')
    plt.axvline(wet_dates[(- 1)], color='green', ls=':')
    if (min_flush_magnitude is not None):
        plt.axhline(min_flush_magnitude, ls=':', color='red')
    plt.savefig('post_processedFiles/Boxplots/{}.png'.format(column_number))
def _plotter(x_axis, flow_data, filter_data, wet_filter_data, start_dates, wet_dates, column_number, left, right, maxarray, minarray, min_flush_magnitude):
    plt.figure()
    plt.plot(x_axis, filter_data, '-', color='#5993E5')
    if (start_dates[(- 1)] is not None):
        plt.axvline(start_dates[(- 1)], color='blue', ls=':')
    plt.axvline(wet_dates[(- 1)], color='green', ls=':')
    if (min_flush_magnitude is not None):
        plt.axhline(min_flush_magnitude, ls=':', color='red')
    plt.savefig('post_processedFiles/Boxplots/{}.png'.format(column_number))