Function reference • floodam.spatial

All functions
`adapt.dam.to.available.info()`	Adapt the damage functions to the information available
`build.damage.function()`	Build a list of damage functions
`build.damage.function.list.of.array()`	Build a list of arrays of damage functions from a data.frame of damage functions
`change.damage.function.list.into.array()`	Transform a list data.frames into an array of damage functions
`check.compatibility.dam.lulayer()`	Check the compatibility between the land use layer and the damage functions
`check.damage.function.attributes()`	Check if all the attributes given as input are included in the attributes of the damage functions
`check.input()`	Check the input used to combine the hazard and land use layers and modify the flood parameters
`combine.dam.lulayer()`	Associate an amount of damage by unit to each asset of a land use layer
`combine.flood.param.by.id()`	Combine the flood parameters by id
`combine.hazard.land.use()`	Combine the flood hazard and land use layer
`damage_function`	Damage functions recommended by the French Ministry of Environment in 2017.
`df_agriculture_raw_data`	Example of a data.frame of damage functions (agriculture).
`df_dwelling_raw_data`	Example of a data.frame of damage functions (dwelling).
`estimate.damage()`	Combine a land use layer and a hazard layer and estimate flood damage to each asset
`estimate.damage.to.asset()`	Estimate flood damage to each asset
`estimate.damage.to.component()`	Estimate flood damage to a given component for each asset
`extract.hazard.value()`	Extract the flood parameters values
`extract.hazard.value.polygon()`	Extract the flood parameters values contained in a SpatialPolygonsDataFrame
`extract.hazard.value.raster()`	Extract the flood parameters values contained in a raster
`find.asset.component()`	Identify the assets components for which a damage function exists
`find.position.in.dimension()`	Associate to each asset of a land use layer its position within a dimension of an array of damage functions
`hazard_polygon`	100 year flood in Draguignan, as estimated to establish the flood risk prevention plan.
`hazard_raster`	100 year flood in Draguignan, as estimated by Guillaume Le Bihan.
`hazard_raster_low_res`	100 year flood in Draguignan, as estimated by Guillaume Le Bihan.
`hazard_rasterstack`	100 year flood in Draguignan, as estimated by Guillaume Le Bihan.
`hazard_rasterstack_low_res`	100 year flood in Draguignan, as estimated by Guillaume Le Bihan.
`hazard_test_polygon`	Hypothetical hazard (polygon)
`hazard_test_raster`	Hypothetical hazard (raster)
`help.make.message()`	Help to make message
`init.log()`	Initialize a log file
`inspect.damage.function()`	Inspect the damage function
`lu_activity_point`	Activities located in Draguignan and identified in the SIRENE database of March 2017.
`lu_agriculture_polygon`	Agricultural plots located in Draguignan and identified in the RPG database of 2017.
`lu_dwelling_point`	Dwellings located in Draguignan and identified in the fichiers fonciers database of 2015.
`lu_dwelling_polygon`	Dwellings located in Draguignan and identified in the TOPO database of 2014.
`lu_test_point`	Hypothetical assets (point)
`lu_test_polygon`	Hypothetical assets (polygon)
`select.array.in.damage.function()`	Select the array in the damage functions that will be used to estimate the damage
`select.constant.dimension()`	Select the values in an array of damage functions that correspond to a constant parameter
`select.list.in.damage.function()`	Select the list of damage functions that corresponds to the assets class
`treat.message()`	Add a given msg to a log file

Reference

All functions