Rcpp classes
Raster* classes
Class "Extent"
Mathematical functions
Compare Raster* objects
Arithmetic with Raster* objects
Write a KML or KMZ file
Adjacent cells
Aggregate raster cells or SpatialPolygons/Lines
Number of bands
Set the NA value of a RasterLayer
Add or drop a layer
Create a list of RasterLayer objects
Summary methods
Bar plot of a RasterLayer
Estimate values for cell values that are NA
by interpolating between layers
Clamp values
Size of cells
Character representation of a Raster or Extent object
Statistics across cells
Create a Red-Green-Blue Raster object
boundaries (edges) detection
Clear values
Change cell values to logical or integer values
Coerce to a 'raster' object
Box plot of Raster objects
Get a vector, matrix, or array with raster cell values
Align an extent (object of class Extent)
Block size for writing files
Get a data.frame with raster cell values, or coerce SpatialPolygons, Lines, or Points to a data.frame
Bind Spatial* objects
Animate layers of a Raster* object
Use a multi-core cluster
Detect clumps
Query by clicking on a map
Contour plot
Cells from extent, and vice versa
Minimum and maximum values
Factors
Indexing to extract values of a Raster* object
Create a RasterBrick object
Are values in memory and/or on disk?
Convert values to classes
Data type
Coordinates of the Extent of a Raster object
Get a block of raster cell values
Get raster cell values
Extract values from Raster objects
Number of layers
Draw a line or polygon
Coefficient of variation
Focal values
Mask values in a Raster object
Spatial autocorrelation
colortable
Histogram
Hill shading
buffer
Focal weights matrix
Local functions
Two argument arc-tangent
Origin
Reclassify
Raster quantiles
Calculate
Raster file properties
Filename
Create an Extent object by drawing on a map
Perspective plot
Read values from disk
Filled contour plot
Crop
Header files
Get cell, row, or column number
Local correlation coefficient
Set values of a Raster object
Read or write a shapefile
Summary
Subset a raster by cell numbers
Compare Raster objects
Disaggregate
Create a Raster* object from x, y, z values
Show the head or tail of a Raster* object
Plot a Raster* object
Direction
Partially compare two CRS objects
Symetrical difference
Replace NA values with values of other layers
Extend
Resample a Raster object
Erase parts of a SpatialPolygons* or SpatialLines* object. The inverse of this can be done with intersect
Dimensions of a Raster* object
Get the coordinates of a vector type Spatial* object
Frequency table
Gain and offset of values on file
Resolution
Density plot
Transpose
Image
Flip
Read a .ini file
Extent
Filename extensions
Regular sample
Cross-tabulate
Names of raster layers
Trim
Get geographic data
Intersect
Number or rows, columns, and cells of a Raster* object
Stratified random sample
Terrain characteristics
scalebar
Geometric subsetting
Get focal raster cell values
Add labels to a map
Distance from points
Flow path
Distance
Distance on a grid
Spatial model predictions
Helper functions for programming
Metadata
modal value
Is this longitude/latitude data?
Correlation and (weighted) covariance
Get or set z-values
Unique values
Union Extent or SpatialPolygons* objects
Rotate
Where is the min or max value?
Get or set a coordinate reference system (projection)
Project a Raster object
File types for writing
Layerize
Initialize a Raster object with values
Merge Raster* objects
Interpolate
Value matching for Raster* objects
Merge Raster* objects using a function for overlapping areas
Distance between points
Create a RasterLayer object
Overview of the functions in the raster package
Red-Green-Blue plot of a multi-layered Raster object
Random sample
Sample integer values
Do the raster cells have a rotation?
Row or column number from a cell number
Create a RasterStack object
Moving functions
Raster to contour lines conversion
Apply a function on subsets of a RasterStack or RasterBrick
Overlay Raster objects
rowSums and colSums for Raster objects
Global options for the raster package
rectify a Raster object
Temporary files
Pairs plot (matrix of scatterplots)
Raster to points conversion
Save or open a RasterStack file
Raster to polygons conversion
Scale values
Replace cell values or layers of a Raster* object
Integer values
Rasterize points, lines, or polygons
Create SpatialLines* or SpatialPolygons*
Stretch
Substitute values in a Raster* object
Select cell values from a multi-layer Raster* object
Use spplot to plot a Raster* or other object
Set the extent of a RasterLayer
Compute min and max values
Validity of a cell, column or row number
Subset layers in a Raster* object
Unstack
round Extent coordinates
Shift
Write values to a file
Write raster data to a file
Update raster cells of files (on disk)
Create valid names
Slope and aspect
Weighted mean of rasters
Coordinates from a row, column or cell number
Which cells are TRUE?
z (time) apply
Zonal statistics
Zoom in on a map
Logical operators and functions