Package index • floodflow

Project and pipeline

flood_project(): Create a flood project object
is_flood_project(): Test whether an object is a flood project

Rainfall extremes and climate scenarios

flood_extremes(): Analyse rainfall extremes and test for a changing climate
flood_scenario(): Generate a climate-adjusted design flood event

Runoff, routing and hydraulics

pet_oudin(): Potential evapotranspiration by the Oudin formula
flood_runoff(): Simulate discharge from rainfall
flood_route(): Route flow and compute water depth
flood_hydraulics(): Derive hydraulic quantities from routed flow
roughness(): Assign Manning's roughness
floodflow_lc_roughness: Default Manning's roughness by land-cover class
tc_kirpich(): Time of concentration by the Kirpich method
tc_kerby(): Time of concentration by the Kerby method (overland flow)

Uncertainty, vulnerability and emulation

flood_uncertainty(): Quantify uncertainty and invert for parameters (GLUE)
flood_vulnerability(): Combine hazard, exposure and vulnerability into a risk index
flood_surrogate(): Train a fast surrogate emulator of the flood model

Mapping

flood_map(): Map a flood layer

Print and summary methods

print(<flood_extremes>): Print a flood extremes result
print(<flood_hydraulics>): Print a flood hydraulics result
print(<flood_map>): Print a flood map
print(<flood_project>): Print a flood project
print(<flood_roughness>): Print a roughness result
print(<flood_route>): Print a flood route result
print(<flood_runoff>): Print a flood runoff result
print(<flood_scenario>): Print a flood scenario
print(<flood_surrogate>): Print a flood surrogate
print(<flood_uncertainty>): Print a flood uncertainty result
print(<flood_vulnerability>): Print a flood vulnerability result
summary(<flood_project>): Summarise a flood project