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terra (version 1.6-53)

Spatial Data Analysis

Description

Methods for spatial data analysis with vector (points, lines, polygons) and raster (grid) data. Methods for vector data include standard operations such as intersect and buffer. Raster methods include global, local, zonal, and focal computations. The predict and interpolate methods facilitate the use of regression type (interpolation, machine learning) models for spatial prediction, including with satellite remote sensing data. Processing of very large files is supported. See the manual and tutorials on to get started. 'terra' is a replacement for the 'raster' package ('terra' can do more, and it is faster and easier to use).

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Version

Install

install.packages('terra')

Monthly Downloads

185,852

Version

1.6-53

License

GPL (>= 3)

Maintainer

Robert Hijmans

Last Published

January 17th, 2023

Functions in terra (1.6-53)

Layers representing colors

Add (in place) a SpatRaster to another SpatRaster object

SpatVector-class

Class "SpatVector"

SpatExtent-class

Class "SpatExtent"

SpatRaster-class

SpatRaster class

Set the NA flag

Align a SpatExtent

Apply a function to the cells of a SpatRaster

Active category

Aggregate raster or vector data

Animate a SpatRaster

Conversion to a SpatVector, or to another SpatVector type

Estimate values for cell values that are NA by interpolating between layers

Coerce to a "raster" object

Compare two SpatRasters for equality

Create a text representation of (the skeleton of) an object

SpatRaster* or SpatVector to list

SpatRaster or SpatVector to data.frame

Box plot of SpatRaster data

Combine SpatRaster or SpatVector objects

Two argument arc-tangent

Bar plot of a SpatRaster

tighten SpatRaster or SpatRasterDataset objects

autocorrelation

Spatial autocorrelation

Factors to numeric

Area covered by each raster cell

Create a buffer around vector geometries or raster patches

Detect boundaries (edges)

Coercion of a SpatRaster to a vector, matrix or array

Combine geometries

Query by clicking on a map

Compare-methods

Compare and logical methods

Get or set a coordinate reference system

Classify (or reclassify) cell values

Convex hull and minimal rotated rectangle

depth of SpatRaster layers

Dimensions of a SpatRaster or SpatVector and related objects

Add additional nodes to lines or polygons

Lagged differences

Compare geometries of SpatRasters

Get the coordinates of SpatVector geometries or SpatRaster cells

Concatenate categorical rasters

Get cell numbers

Geographic distance

Extract values from a SpatRaster

deprecated methods

Erase parts of a SpatVector object

Create, get or set a SpatExtent

Cut out a geographic subset

Make a dot-density map

Replace values with values from another object

Focal weights matrix

Flip or reverse a raster

Focal function across two layers

Get the expanse (area) of individual polygons or for all (summed) raster cells

Remove holes from polygons

Geometry type of a SpatVector

Disaggregate raster cells or vector geometries

GDAL version, supported file formats, and cache size

Impose the geometry of a SpatRaster to those in a SpatRasterCollection.

Initialize a SpatRaster with values

global statistics

Draw a polygon, line, extent, or points

Get the geometry (coordinates) of a SpatVector

Fill time gaps in a SpatRaster

ifelse for SpatRasters

Focal regression

Categorical rasters

SpatRaster image method

Add SpatVector data to a map

Raster value types

Get focal values

head and tail of a SpatRaster or SpatVector

Check or fix polygon or extent validity

Apply a function to layers of a SpatRaster, or sub-datasets of a SpatRasterDataset

Frequency table

Three-dimensional focal values

Get or compute the minimum and maximum cell values

Compute focal values with an iterating C++ function

Check for longitude/latitude crs

Find gaps between polygons

mosaic SpatRasters

Change values in-place

na.omit for SpatVector

General mathematical methods

Make an inset map

Memory available and needed

Mask values in a SpatRaster or SpatVector

normalize.longitude

normalize vector data that crosses the dateline

Red-Green-Blue plot of a multi-layered SpatRaster

Plot a SpatExtent

Perimeter or length

Perspective plot

Value matching for SpatRasters

Rasterize vector data

Create a graticule

Spatial relationships between geometries

Change the coordinate reference system

Interpolate points using a moving window

Nearest neighbor interpolation

Quantiles of spatial data

Distance on a grid

Rasterize points with a moving window

Pairs plot (matrix of scatterplots)

Rasterize geometric properties of vector data

Detect patches (clumps) of cells

Spatial interpolation

Combine row, column, and layer numbers

Apply a terra function that takes only a single layer and returns a SpatRaster to all layers of a SpatRaster

Replace values of a SpatRaster

Query a SpatVectorProxy object

Replicate layers

Fill layers with a range

Correlation and (weighted) covariance

Linear units of the coordinate reference system

Make a VRT header file

Scatterplot of two SpatRaster layers

Rolling (moving) functions

Merge SpatRasters, or merge a SpatVector with a data.frame

Transfer values of a SpatRaster to another one with a different geometry

simplifyGeom geometries

Sort a SpatRaster

serialize and saveRDS for SpatRaster and SpatVector

Set the values of raster cells or of geometry attributes

merge SpatRasters by timelines to create a single timeseries

Create a SpatRaster

Replace with $<-

Replace layers or variables

Scale (gain) and offset

Subset a SpatRaster or a SpatVector

Extract values from a SpatRaster, SpatVector or SpatExtent

select cells with high or low values

Select the values of a range of layers, as specified by cell values in another SpatRaster

Create a SpatRasterDataset

replace cell values

Create a SpatRasterCollection

Subset a SpatRaster or a SpatVector

Add labels to a map

time of SpatRaster layers

Subset a SpatRaster or a SpatVector

Names of Spat* objects

Plot a graticule

Apply a function to subsets of layers of a SpatRaster

Description of the methods in the terra package

List or remove layers from a vector file

Compute a viewshed

Spatial model predictions

Which cells are TRUE?

Trim a SpatRaster

Read from, or write to, file

nearby geometries

SpatVector geometric properties

Plot with leaflet

Data sources of a SpatRaster

spin a SpatVector

Rectify a SpatRaster

Cell values and geometry attributes

Create SpatVector objects

Weighted mean of layers

Rotate data along longitude

Where are the cells with the min or max values?

Take a regular sample

units of SpatRaster or SpatRasterDataSet

Change values in a file

Spatial selection

terrain characteristics

Coordinates from a row, column or cell number and vice versa

Zonal statistics

Write SpatVector data to a file

Get or set single values of an extent

Create a SpatVectorCollection

Symmetrical difference

Union SpatVector or SpatExtent objects

Temporary files

Vector topology methods

Write raster data to a NetCDF file

Write raster data to a file

Zoom in on a map

Voronoi diagram and Delaunay triangles

Virtual Raster Dataset

wrap and unwrap