Package index • rharv

Available volume and simulation

Captured-volume relation and the daily water-balance engine.

rh_available_volume(): Available rainwater volume (ABNT NBR 15527:2019)
rh_simulate(): Daily water-balance simulation of a rainwater harvesting reservoir

rh_metrics() rh_attendance() rh_deficit_total() rh_overflow_total(): Summary metrics of a rainwater harvesting simulation

Guarantee-based sizing of demand, capacity and area.

rh_guaranteed_demand() rh_guaranteed_capacity() rh_required_area(): Guarantee-based sizing of rainwater harvesting systems

Parameter sweeps, grids, frontiers, variability and scenarios.

rh_sweep(): Sweep one design parameter and record performance metrics
rh_grid(): Two-parameter grid of performance metrics
rh_guarantee_curve(): Zero-deficit guarantee frontier
rh_size_for(): Size a parameter to reach a target guarantee level
rh_iso_curve(): Iso-guarantee design curves
rh_resource_curve(): Required resources versus guarantee level
rh_series_spread(): Precipitation variability summary
rh_seasonal_demand(): Seasonal (monthly) demand as a daily vector
rh_scenarios_from_years(): Build a stress-test series by ordering whole years
rh_compare(): Compare several simulations

autoplot(<rharv_sim>) plot(<rharv_sim>): Plot a rainwater harvesting simulation
rh_plot_climatology(): Day-of-year precipitation climatology heatmap
rh_plot_tradeoff(): Trade-off surface: catchment area vs reservoir capacity
rh_plot_levers(): Effect of each design lever on performance
rh_plot_syr(): Storage-yield-reliability (SYR) curves
rh_plot_design_curve(): Dimensionless design curve
rh_plot_iso(): Plot iso-guarantee design curves
rh_plot_resource_curve(): Plot required resources versus guarantee level
rh_plot_behaviour(): Reservoir behaviour over time
rh_plot_monthly_balance(): Monthly water balance
rh_plot_failure_calendar(): Failure (deficit) calendar
rh_plot_spread(): Plot precipitation variability