"SpatialPointsLandscape"An S4 class that represents a set of forest stands along with their spatial location
Objects can be created by calls of the form new("SpatialPointsLandscape", ...) or by calls to function SpatialPointsLandscape.
forestlist:Object of class "list" containing a set of forest objects.
soillist:Object of class "list" containing a set of soil objects.
data:Object of class "data.frame" containing the elevation (in m), slope (in degrees) and aspect (in degrees from North) of every cell.
coords:Object of class "matrix" with spatial coordinates.
bbox:Object of class "matrix" with the boundary box.
proj4string:Object of class "CRS" with the projection string.
Class "'>SpatialPointsTopography", directly.
Class "'>SpatialPointsDataFrame", distance 2.
Class "'>SpatialPoints", distance 3.
Class "'>Spatial", by class "SpatialPoints", distance 4.
signature(x = "SpatialPointsLandscape", i = "ANY", j = "ANY", drop = "ANY"): subsets the points, the corresponding topography data, and the forest and soil lists; only rows (points can be subsetted.
signature(x = "SpatialPointsLandscape", n = "numeric", ... = "ANY"): returns the first n points of object x.
signature(x = "SpatialPointsLandscape", n = "numeric", ... = "ANY"): returns the last n points of object x.
signature(x = "SpatialPointsLandscape", ...= "ANY", digits = "numeric"): prints object x.
signature(object = "SpatialPointsLandscape"): prints object x.
signature(object = "SpatialPointsLandscape"): calculates a summary function for all forest stands and returns an object of class SpatialPointsDataFrame-class.
signature(object = "SpatialPointsLandscape"): calculates a summary function for the soil of all stands and returns an object of class SpatialPointsDataFrame-class.
SpatialPointsTopography, SpatialPointsLandscape, SpatialGridLandscape, spatialForestSummary, forest
# NOT RUN {
showClass("SpatialPointsLandscape")
# }
Run the code above in your browser using DataLab