Package index • raster

All functions

Arith-methods Arith,Extent,numeric-method Arith,Raster,Raster-method Arith,Raster,missing-method Arith,RasterLayer,logical-method Arith,RasterLayer,numeric-method Arith,RasterLayerSparse,numeric-method Arith,RasterStackBrick,logical-method Arith,RasterStackBrick,numeric-method Arith,logical,RasterLayer-method Arith,logical,RasterStackBrick-method Arith,numeric,Extent-method Arith,numeric,RasterLayer-method Arith,numeric,RasterLayerSparse-method Arith,numeric,RasterStackBrick-method +,SpatialPolygons,SpatialPolygons-method +,SpatialLines,SpatialLines-method +,SpatialPoints,SpatialPoints-method -,SpatialPolygons,SpatialPolygons-method *,SpatialPolygons,SpatialPolygons-method: Arithmetic with Raster* objects
Compare-methods Compare,Extent,Extent-method Compare,Raster,Raster-method Compare,Raster,logical-method Compare,Raster,numeric-method Compare,logical,Raster-method Compare,numeric,Raster-method ==,BasicRaster,BasicRaster-method !=,BasicRaster,BasicRaster-method: Compare Raster* objects
Extent Extent-class show,Extent-method: Class "Extent"
KML(<RasterLayer>) KML(<RasterStackBrick>) KML(<Spatial>): Write a KML or KMZ file
Logic-methods Logic,Raster,Raster-method is.na,Raster-method is.nan,Raster-method is.finite,Raster-method is.infinite,Raster-method !,Raster-method: Logical operators and functions
Math-methods Math2,Extent-method Math2,Raster-method Math,Raster-method Math,RasterLayerSparse-method log,Raster-method: Mathematical functions
`NAvalue<-`() NAvalue(): Set the NA value of a RasterLayer
RGB(<RasterLayer>): Create a Red-Green-Blue Raster object
BasicRaster-class Raster-class RasterLayer-class RasterLayerSparse-class RasterStack-class RasterBrick-class RasterStackBrick-class VectorLayer-class SpatialVector-class print,Raster-method show,BasicRaster-method show,RasterLayer-method show,RasterStack-method show,RasterBrick-method print,Spatial-method: Raster* classes
SpPoly SpPolygons SpPolyPart SpExtent SpPoly-class SpPolyPart-class SpPolygons-class Rcpp_SpExtent-class Rcpp_SpPolygons-class Rcpp_SpPoly-class Rcpp_SpPolyPart-class: Rcpp classes
Summary-methods mean,Raster-method median,Raster-method Summary,Raster-method: Summary methods
addLayer() dropLayer(): Add or drop a layer
adjacent(<BasicRaster>): Adjacent cells
aggregate(<Raster>) aggregate(<SpatialPolygons>): Aggregate raster cells or SpatialPolygons/Lines
alignExtent(): Align an extent (object of class Extent)
animate(<RasterStackBrick>): Animate layers of a Raster* object
approxNA(<RasterStackBrick>): Estimate values for cell values that are NA by interpolating between layers
area(<RasterLayer>) area(<RasterStackBrick>) area(<SpatialPolygons>): Size of cells
as.character(<Raster>) as.character(<Extent>): Character representation of a Raster or Extent object
as.data.frame(<Raster>) as.data.frame(<SpatialPolygons>) as.data.frame(<SpatialLines>): Get a data.frame with raster cell values, or coerce SpatialPolygons, Lines, or Points to a data.frame
as.list(<Raster>): Create a list of RasterLayer objects
as.logical(<Raster>) as.integer(<Raster>): Change cell values to logical or integer values
as.matrix() as.array() as.vector(<Extent>) as.vector(<Raster>): Get a vector, matrix, or array with raster cell values
as.raster(): Coerce to a 'raster' object
atan2(): Two argument arc-tangent
Geary() Moran() MoranLocal() GearyLocal(): Spatial autocorrelation
nbands() bandnr(): Number of bands
barplot(<RasterLayer>): Bar plot of a RasterLayer
bind(<SpatialPolygons>,<SpatialPolygons>) bind(<SpatialLines>,<SpatialLines>) bind(<SpatialPoints>,<SpatialPoints>) bind(<data.frame>,<data.frame>) bind(<list>,<missing>): Bind Spatial* objects
blockSize(<Raster>): Block size for writing files
boundaries(<RasterLayer>): boundaries (edges) detection
boxplot(<RasterStackBrick>) boxplot(<RasterLayer>): Box plot of Raster objects
brick(<character>) brick(<RasterStack>) brick(<RasterBrick>) brick(<RasterLayer>) brick(<missing>) brick(<Extent>) brick(<array>) brick(<SpatialGrid>) brick(<SpatialPixels>): Create a RasterBrick object
buffer(<RasterLayer>) buffer(<Spatial>): buffer
calc(<Raster>,<function>): Calculate
cellFromRowCol() cellFromRowColCombine() cellFromRow() cellFromCol() colFromX() rowFromY() cellFromXY() cellFromLine() cellFromPolygon() fourCellsFromXY(): Get cell, row, or column number
cellStats(<RasterLayer>) cellStats(<RasterStackBrick>): Statistics across cells
cellsFromExtent() extentFromCells(): Cells from extent, and vice versa
clamp(<Raster>) clamp(<numeric>): Clamp values
clearValues(): Clear values
click(<Raster>) click(<SpatialGrid>) click(<SpatialPolygons>) click(<SpatialLines>) click(<SpatialPoints>): Query by clicking on a map
clump(<RasterLayer>): Detect clumps
beginCluster() endCluster() clusterR(): Use a multi-core cluster
colortable() `colortable<-`(): colortable
compareRaster(): Compare Raster objects
compareCRS(): Partially compare two CRS objects
contour(<RasterLayer>): Contour plot
xmin() xmax() ymin() ymax() `xmin<-`() `xmax<-`() `ymin<-`() `ymax<-`(): Coordinates of the Extent of a Raster object
corLocal(<RasterLayer>,<RasterLayer>) corLocal(<RasterStackBrick>,<RasterStackBrick>): Local correlation coefficient
cover(<RasterLayer>,<RasterLayer>) cover(<RasterStackBrick>,<Raster>) cover(<SpatialPolygons>,<SpatialPolygons>): Replace NA values with values of other layers
crop(<Raster>) crop(<Spatial>): Crop
crosstab(<Raster>,<Raster>) crosstab(<RasterStackBrick>,<missing>): Cross-tabulate
cut(): Convert values to classes
cv(<ANY>) cv(<Raster>): Coefficient of variation
dataType() `dataType<-`(): Data type
fromDisk() inMemory(<BasicRaster>) hasValues(<BasicRaster>): Are values in memory and/or on disk?
density(<Raster>): Density plot
dim(<BasicRaster>): Dimensions of a Raster* object
direction(<RasterLayer>): Direction
disaggregate(<Raster>): Disaggregate
distance(<RasterLayer>,<missing>) distance(<RasterLayer>,<RasterLayer>) distance(<Spatial>,<Spatial>): Distance
distanceFromPoints(): Distance from points
drawPoly() drawLine(): Draw a line or polygon
drawExtent(): Create an Extent object by drawing on a map
erase(<SpatialPolygons>,<SpatialPolygons>) erase(<SpatialLines>,<SpatialPolygons>): Erase parts of a SpatialPolygons* or SpatialLines* object. The inverse of this can be done with intersect
extend(<Raster>) extend(<Extent>): Extend
extension() `extension<-`(): Filename extensions
extent(): Extent
extract(<Raster>,<matrix>) extract(<Raster>,<SpatialLines>) extract(<Raster>,<SpatialPolygons>) extract(<SpatialPolygons>,<SpatialPoints>): Extract values from Raster objects
[[,Raster,ANY,ANY-method [,Raster,Spatial,missing-method [,Raster,RasterLayer,missing-method [,Raster,Extent,missing-method [,Raster,numeric,numeric-method [,Raster,numeric,missing-method [,Raster,missing,numeric-method [,Raster,matrix,missing-method [,Raster,missing,missing-method [,Raster,logical,missing-method [,Extent,numeric,missing-method [,Extent,missing,missing-method: Indexing to extract values of a Raster* object
minValue() maxValue(): Minimum and maximum values
is.factor() as.factor() levels() ratify(<Raster>) factorValues() deratify() asFactor(): Factors
filename(): Filename
filledContour(): Filled contour plot
flip(<RasterLayer>) flip(<RasterStackBrick>): Flip
flowPath(): Flow path
focal(<RasterLayer>): Focal values
focalWeight(): Focal weights matrix
freq(<RasterLayer>) freq(<RasterStackBrick>): Frequency table
gain() `gain<-`() offs() `offs<-`(): Gain and offset of values on file
geom(<SpatialPolygons>) geom(<SpatialLines>) geom(<SpatialPoints>) geom(<data.frame>): Get the coordinates of a vector type Spatial* object
getData() ccodes(): Get geographic data
getValues() values(): Get raster cell values
getValuesBlock(<RasterLayer>) getValuesBlock(<RasterBrick>) getValuesBlock(<RasterStack>): Get a block of raster cell values
getValuesFocal(<Raster>): Get focal raster cell values
gridDistance(<RasterLayer>): Distance on a grid
hdr(): Header files
head() tail(): Show the head or tail of a Raster* object
hillShade(): Hill shading
hist(<Raster>): Histogram
image(): Image
readIniFile(): Read a .ini file
init(<Raster>): Initialize a Raster object with values
interpolate(<Raster>): Interpolate
intersect(<Extent>,<ANY>) intersect(<Raster>,<ANY>) intersect(<SpatialPoints>,<ANY>) intersect(<SpatialPolygons>,<SpatialPolygons>) intersect(<SpatialPolygons>,<SpatialLines>) intersect(<SpatialPolygons>,<SpatialPoints>) intersect(<SpatialLines>,<SpatialPolygons>) intersect(<SpatialLines>,<SpatialLines>): Intersect
isLonLat(<BasicRaster>) isLonLat(<Spatial>) couldBeLonLat(<BasicRaster>) couldBeLonLat(<Spatial>): Is this longitude/latitude data?
layerStats(): Correlation and (weighted) covariance
layerize(<RasterLayer>,<missing>) layerize(<RasterLayer>,<RasterLayer>): Layerize
localFun(<RasterLayer>,<RasterLayer>): Local functions
mask(<RasterLayer>,<RasterLayer>) mask(<RasterStackBrick>,<RasterLayer>) mask(<RasterLayer>,<RasterStackBrick>) mask(<RasterStackBrick>,<RasterStackBrick>) mask(<Raster>,<Spatial>): Mask values in a Raster object
match() `%in%`: Value matching for Raster* objects
merge(<Raster>,<Raster>) merge(<RasterStackBrick>,<missing>) merge(<Extent>,<ANY>): Merge Raster* objects
metadata(<Raster>) `metadata<-`(): Metadata
modal(<ANY>) modal(<Raster>): modal value
mosaic(<Raster>,<Raster>): Merge Raster* objects using a function for overlapping areas
movingFun(): Moving functions
names(<Raster>) `names<-`(<Raster>) labels(<Raster>): Names of raster layers
ncol() nrow() ncell() `ncol<-`() `nrow<-`(): Number or rows, columns, and cells of a Raster* object
nlayers(): Number of layers
origin() `origin<-`(): Origin
overlay(<Raster>,<Raster>) overlay(<Raster>,<missing>): Overlay Raster objects
pairs(<RasterStackBrick>): Pairs plot (matrix of scatterplots)
persp(<RasterLayer>) persp(<RasterStackBrick>): Perspective plot
plot(<Raster>,<ANY>) plot(<Raster>,<Raster>): Plot a Raster* object
plotRGB(<RasterStackBrick>): Red-Green-Blue plot of a multi-layered Raster object
pointDistance(): Distance between points
predict(<Raster>): Spatial model predictions
canProcessInMemory() pbCreate() pbStep() pbClose() readStart() readStop() getCluster() returnCluster(): Helper functions for programming
projectRaster() projectExtent(): Project a Raster object
crs(<ANY>) wkt(<Raster>) `crs<-`() projection() `projection<-`(): Get or set a coordinate reference system (projection)
dataSize() dataSigned(): Raster file properties
quantile(): Raster quantiles
raster-package: Overview of the functions in the raster package
raster(<character>) raster(<RasterLayer>) raster(<RasterStack>) raster(<RasterBrick>) raster(<missing>) raster(<Extent>) raster(<matrix>) raster(<Spatial>) raster(<SpatialGrid>) raster(<SpatialPixels>) raster(<sf>): Create a RasterLayer object
rasterFromCells(): Subset a raster by cell numbers
rasterFromXYZ(): Create a Raster* object from x, y, z values
rasterOptions() tmpDir(): Global options for the raster package
rasterTmpFile() showTmpFiles() removeTmpFiles(): Temporary files
rasterToContour(): Raster to contour lines conversion
rasterToPoints(): Raster to points conversion
rasterToPolygons(): Raster to polygons conversion
rasterize(<matrix>,<Raster>) rasterize(<SpatialPoints>,<Raster>) rasterize(<SpatialLines>,<Raster>) rasterize(<SpatialPolygons>,<Raster>): Rasterize points, lines, or polygons
readAll(): Read values from disk
reclassify(<Raster>): Reclassify
rectify(<Raster>): rectify a Raster object
[<-,RasterLayer,RasterLayer,missing-method [<-,RasterLayer,missing,missing-method [<-,RasterStackBrick,Raster,missing-method [<-,RasterStackBrick,missing,missing-method [[<-,RasterStack,numeric,missing-method [[<-,Raster,numeric,missing-method [[<-,RasterStackBrick,character,missing-method [[<-,RasterLayer,character,missing-method [<-,Raster,numeric,numeric-method [<-,Raster,numeric,missing-method [<-,Raster,matrix,missing-method [<-,Raster,logical,missing-method [<-,Raster,missing,numeric-method [<-,Raster,Spatial,missing-method [<-,Raster,Extent,missing-method [<-,Extent,numeric,missing-method $<-,Raster-method $,Raster-method: Replace cell values or layers of a Raster* object
resample(<Raster>,<Raster>): Resample a Raster object
xres() yres() res() `res<-`(): Resolution
rotate(<Raster>): Rotate
rotated(): Do the raster cells have a rotation?
round,RasterLayer-method trunc,RasterLayer-method ceiling,RasterLayer-method floor,RasterLayer-method: Integer values
floor(<Extent>) ceiling(<Extent>): round Extent coordinates
colFromCell() rowFromCell() rowColFromCell(): Row or column number from a cell number
rowSums(<Raster>) colSums(<Raster>): rowSums and colSums for Raster objects
sampleInt(): Sample integer values
sampleRandom(<Raster>): Random sample
sampleRegular(<Raster>): Regular sample
sampleStratified(<RasterLayer>): Stratified random sample
stackOpen() stackSave(): Save or open a RasterStack file
scale(<Raster>): Scale values
scalebar(): scalebar
select(<Raster>) select(<Spatial>): Geometric subsetting
setExtent() `extent<-`(): Set the extent of a RasterLayer
setMinMax(): Compute min and max values
setValues(<RasterLayer>) setValues(<RasterBrick>) setValues(<RasterStack>) setValues(<RasterLayerSparse>) `values<-`(): Set values of a Raster object
shapefile(<character>) shapefile(<Spatial>): Read or write a shapefile
shift(<Raster>) shift(<SpatialPolygons>) shift(<SpatialLines>) shift(<SpatialPoints>): Shift
slopeAspect(): Slope and aspect
spLines() spPolygons(): Create SpatialLines* or SpatialPolygons*
spplot(<Raster>): Use spplot to plot a Raster* or other object
stack(<character>) stack(<Raster>) stack(<missing>) stack(<list>): Create a RasterStack object
stackApply(): Apply a function on subsets of a RasterStack or RasterBrick
stackSelect(<RasterStackBrick>,<Raster>): Select cell values from a multi-layer Raster* object
stretch(<Raster>): Stretch
subs(<Raster>,<data.frame>): Substitute values in a Raster* object
subset(<Raster>) subset(<RasterStack>): Subset layers in a Raster* object
summary(<RasterLayer>): Summary
symdif(<SpatialPolygons>,<SpatialPolygons>): Symetrical difference
terrain(<RasterLayer>): Terrain characteristics
text(<RasterLayer>) text(<RasterStackBrick>) text(<SpatialPolygons>) text(<SpatialPoints>): Add labels to a map
t(): Transpose
trim(<Raster>) trim(<character>): Trim
union(<Extent>,<Extent>) union(<SpatialPolygons>,<SpatialPolygons>) union(<SpatialPolygons>,<missing>) union(<SpatialLines>,<SpatialLines>) union(<SpatialPoints>,<SpatialPoints>): Union Extent or SpatialPolygons* objects
unique(<RasterLayer>,<missing>) unique(<RasterStackBrick>,<missing>): Unique values
unstack(): Unstack
update(<RasterLayer>) update(<RasterBrick>): Update raster cells of files (on disk)
validCell() validCol() validRow(): Validity of a cell, column or row number
validNames(): Create valid names
weighted.mean(<RasterStackBrick>,<vector>) weighted.mean(<RasterStackBrick>,<RasterStackBrick>): Weighted mean of rasters
Which(<RasterLayer>): Which cells are TRUE?
which.min() which.max() whiches.min() whiches.max(): Where is the min or max value?
writeFormats(): File types for writing
writeRaster(<RasterLayer>,<character>) writeRaster(<RasterStackBrick>,<character>): Write raster data to a file
writeStart(<RasterLayer>,<character>) writeStart(<RasterBrick>,<character>) writeValues(<RasterLayer>,<vector>) writeValues(<RasterBrick>,<matrix>) writeStop(<RasterLayer>) writeStop(<RasterBrick>): Write values to a file
xFromCol(<Raster>,<numeric>) yFromRow(<Raster>,<numeric>) xFromCell(<Raster>,<numeric>) yFromCell(<Raster>,<numeric>) xyFromCell(<BasicRaster>,<ANY>) coordinates(<Raster>) coordinates(<Extent>): Coordinates from a row, column or cell number
zApply(): z (time) apply
zonal(<RasterLayer>,<RasterLayer>) zonal(<RasterStackBrick>,<RasterLayer>): Zonal statistics
zoom(): Zoom in on a map
setZ() getZ(): Get or set z-values