# Generated by roxygen2: do not edit by hand

export("%>%")
export(add_basin_area)
export(add_cumulative_volume)
export(add_cumulative_yield)
export(add_daily_volume)
export(add_daily_yield)
export(add_date_variables)
export(add_rolling_means)
export(add_seasons)
export(calc_all_annual_stats)
export(calc_annual_cumulative_stats)
export(calc_annual_extremes)
export(calc_annual_flow_timing)
export(calc_annual_highflows)
export(calc_annual_lowflows)
export(calc_annual_normal_days)
export(calc_annual_outside_normal)
export(calc_annual_peaks)
export(calc_annual_stats)
export(calc_daily_cumulative_stats)
export(calc_daily_stats)
export(calc_flow_percentile)
export(calc_longterm_daily_stats)
export(calc_longterm_mean)
export(calc_longterm_monthly_stats)
export(calc_longterm_percentile)
export(calc_monthly_cumulative_stats)
export(calc_monthly_stats)
export(compute_annual_frequencies)
export(compute_annual_trends)
export(compute_frequency_analysis)
export(compute_frequency_quantile)
export(compute_full_analysis)
export(compute_hydat_peak_frequencies)
export(fill_missing_dates)
export(plot_annual_cumulative_stats)
export(plot_annual_extremes)
export(plot_annual_extremes_year)
export(plot_annual_flow_timing)
export(plot_annual_flow_timing_year)
export(plot_annual_highflows)
export(plot_annual_lowflows)
export(plot_annual_means)
export(plot_annual_normal_days)
export(plot_annual_normal_days_year)
export(plot_annual_outside_normal)
export(plot_annual_stats)
export(plot_annual_stats2)
export(plot_annual_symbols)
export(plot_daily_cumulative_stats)
export(plot_daily_stats)
export(plot_data_screening)
export(plot_flow_data)
export(plot_flow_data_symbols)
export(plot_flow_duration)
export(plot_longterm_daily_stats)
export(plot_longterm_monthly_stats)
export(plot_missing_dates)
export(plot_monthly_cumulative_stats)
export(plot_monthly_means)
export(plot_monthly_stats)
export(plot_monthly_stats2)
export(screen_flow_data)
export(write_flow_data)
export(write_full_analysis)
export(write_objects_list)
export(write_plots)
export(write_results)
importFrom(dplyr,"%>%")
