GRASS GIS 7.8 Reference Manual: Keywords index

Keywords - Index of GRASS GIS modules

.prj: g.proj.identify
3D: v.drape, v.extrude, v.hull, v.out.postgis, v.surf.rst, v.to.3d, v.to.points, v.vol.rst
3D raster: v.kriging
AATSR: i.lswt
ACCA: i.landsat.acca
accumulation: r.accumulate, r.series.accumulate, r.terraflow, r.watershed, t.rast.accdetect, t.rast.accumulate
accuracy: r.confusionmatrix, r.futures.gridvalidation, r.futures.validation
Actual ET: i.evapo.senay
actual evapotranspiration: i.eb.eta
addons: g.extension
aerial: g.gui.image2target, g.gui.photo2image
aggregation: r.in.xyz, r.neighbors, r.patch, r.quantile.ref, r.reclass.area, r.resamp.stats, r.series, r3.in.xyz, r3.neighbors, t.rast.aggregate.ds, t.rast.aggregate, t.rast.climatologies, t.rast.neighbors, t.rast.patch, t.rast.series, v.neighbors
albedo: i.albedo
algebra: r.bitpattern, r.fill.category, r.mapcalc, r.mapcalc.simple, r.mapcalc.tiled, r.mfilter, r.mode, r.neighbors, r.object.thickness, r.quantile, r.texture, r3.mapcalc, r3.neighbors, t.rast.algebra, t.rast.mapcalc, t.rast3d.algebra, t.rast3d.mapcalc, t.vect.algebra, v.mapcalc, v.neighbors
alpha shape: v.concave.hull
Analytic Hierarchy Process (AHP): r.mcda.ahp
animation: g.gui.animation, r.out.mpeg
ann: i.ann.maskrcnn.detect, i.ann.maskrcnn.train
area: i.sentinel.coverage, m.measure, r.area, v.buffer, v.centroids, v.clip, v.dissolve, v.in.ascii, v.to.db, v.to.lines, v.type
area estimation: r.surf.area
arrow: d.northarrow, d.rast.arrow
articulation points: v.net.bridge
ASCII: m.csv.clean, r.in.ascii, r.in.xyz, r.out.ascii, r.out.xyz, r3.in.ascii, r3.out.ascii, t.rast.out.xyz, v.in.ascii, v.in.csv, v.in.survey, v.out.ascii
aspect: r.northerness.easterness, r.roughness.vector, r.slope.aspect
ASTER: i.albedo, i.aster.toar, r.in.aster
atmosphere: i.rh
atmospheric correction: i.atcorr, i.landsat.toar, i.sentinel.preproc
Atmospheric correction: i.lmf
attribute columns: v.info
attribute table: db.columns, db.connect, db.copy, db.createdb, db.databases, db.describe, db.dropcolumn, db.dropdb, db.droptable, db.execute, db.in.ogr, db.join, db.out.ogr, db.select, db.tables, db.test, db.univar, g.gui.dbmgr, t.vect.db.select, v.area.stats, v.class, v.db.addcolumn, v.db.addtable, v.db.connect, v.db.dropcolumn, v.db.droprow, v.db.droptable, v.db.join, v.db.pyupdate, v.db.reconnect.all, v.db.renamecolumn, v.db.select, v.db.univar, v.db.update, v.distance, v.strds.stats, v.to.db, v.univar, v.vect.stats, v.vect.stats.multi, v.what.rast, v.what.rast.multi, v.what.rast3, v.what.strds, v.what.strds.timestamp, v.what.vect
attribute update: v.db.pyupdate, v.db.update
attributes: v.reclass
autocorrelation: r.random.cells
AVHRR: i.albedo, i.lswt
azimuth: r.bearing.distance, v.to.db
bare soil: r.soillossbare
bartlett: r.resamp.filter
basin creation: r.stream.basins
basins: v.stream.inbasin
basins creation: r.stream.snap
bathymetry: i.image.bathymetry
bearing: r.bearing.distance
best-fitting ellipse: v.ellipse
bicubic: r.resamp.bspline, r.resamp.interp
bilinear: r.resamp.bspline, r.resamp.interp
binning: r.in.xyz, r.vect.stats, r3.in.xyz
biodiversity: r.series.diversity
bioeconomy: r.forcircular
biomass: i.biomass, r.green.biomassfor.co2, r.green.biomassfor.financial, r.green.biomassfor.impact, r.green.biomassfor.legal, r.green.biomassfor.recommended, r.green.biomassfor.technical, r.green.biomassfor.theoretical
biophysical: i.wi
biophysical parameters: i.vi, i.vi.mpi
bitpattern: i.landsat.qa
blackman: r.resamp.filter
Bouguer: i.gravity
bounding box: v.to.db
box: r.resamp.filter
boxplot: d.vect.colbp
brightness: r.colors.contrastbrightness
brightness temperature: i.aster.toar, i.landsat.toar
Brovey: i.pansharpen
buffer: r.buffer, r.buffer.lowmem, r.catchment, r.circle, v.buffer, v.parallel, v.rast.bufferstats
calibration: i.nightlights.intercalibration
canny: i.edge
canonical components analysis: i.cca
cartography: d.barscale, d.graph, d.grid, d.legend, d.legend.vect, d.linegraph, d.northarrow, d.rast.leg, d.text, d.title, d.vect.chart, d.vect.thematic, d.vect.thematic2
category: r.category, r.category.trim, r.euro.ecosystem, r.extract, r.fill.category, r.sample.category, r3.count.categories, v.category, v.to.db
CCA: i.cca
center: v.centerpoint
centerpoint: r.centroids
centrality measures: v.net.centrality
centroid: r.centroids, v.centroids
Chandrayaan1: i.feotio2
change detection: r.change.info
change vector analysis: i.cva
channels: v.civil
chart maps: d.vect.chart
choropleth map: d.vect.thematic
circle: r.circle, v.buffer
citation: g.citation
citing: g.version
civil engineering: v.civil
classification: g.gui.iclass, i.cluster, i.gensig, i.gensigset, i.maxlik, i.segment, i.smap, r.confusionmatrix, r.kappa, r.learn.ml, r.learn.predict, r.learn.train, r.terrain.texture, v.class, v.class.ml, v.class.mlR, v.class.mlpy, v.lidar.mcc
classifiers: v.class.mlR
cleaning: v.clean.ogr
Clementine: i.feotio2
CLI: d.mon2
clip: r.clip, v.clip, v.overlay
cloud computing: g.cloud
cloud detection: i.landsat.acca, i.sentinel.mask
clump: v.cluster
clumps: r.centroids, r.clump, r.neighborhoodmatrix, r.object.geometry, r.object.thickness, r.volume
cluster: v.cluster, v.percolate
color: r.category.trim, r.euro.ecosystem, r.out.legend
color table: d.colortable, r.category.trim, r.colors.cubehelix, r.colors, r.colors.matplotlib, r.colors.out, r.colors.out_sld, r.colors.stddev, r.out.legend, r.what.color, r3.colors, r3.colors.out, t.rast.colors, v.colors, v.colors.out, v.colors2, v.greedycolors
color transformation: d.his, i.his.rgb, i.rgb.his, r.his
colors: d.colorlist, i.colors.enhance
column water vapor: i.landsat8.swlst
columns: v.vect.stats.multi
compactness: v.to.db
components: v.net.components
composite: r.blend, r.composite
compression: r.compress
computation window centre: i.rotate
computational region: g.region
Conefor: r.connectivity.distance
connection settings: db.connect, db.drivers, db.login
connections resources: m.csw.update
connectivity: r.connectivity.distance, v.net.connectivity
contour: t.rast.contour
contours: r.contour
contrast: r.colors.contrastbrightness
conversion: r.in.ascii, r.in.pdal, r.in.xyz, r.out.xyz, r.to.rast3, r.to.rast3elev, r.to.vect, r.to.vect.lines, r.to.vect.tiled, r.vol.dem, r3.count.categories, r3.in.ascii, r3.in.xyz, r3.out.ascii, r3.to.group, r3.to.rast, t.rast.out.xyz, t.rast.to.rast3, t.rast.to.vect, v.convert.all, v.convert, v.tin.to.rast, v.to.rast, v.to.rast.multi, v.to.rast3
convolution: r.resamp.filter
coordinates: g.isis3mt, v.to.db
copy: g.copyall, i.signature.copy
copying: r.pack, r.unpack, v.pack, v.unpack
copyright: g.version
correlation: d.correlate, r.scatterplot, r3.scatterplot
corridor: r.connectivity.corridors
cost allocation: r.cost, r.walk, v.net.alloc, v.net.iso
cost distance: r.connectivity.corridors, r.connectivity.distance
cost surface: r.cost, r.drain, r.path, r.walk
coverages: r.in.ogc.coverages
crater: r.crater
create: t.create
create location: g.proj, g.projpicker, r.in.gdal, t.rast.import, t.vect.import, v.in.ogr
critical rainfall: r.shalstab
crop: r.clip
CSV: m.csv.clean, v.in.csv
csw: db.csw.admin, db.csw.harvest, db.csw.run, m.csw.update
cubehelix: r.colors.cubehelix
cumulative costs: r.cost, r.spreadpath, r.walk
curvature: r.slope.aspect
CVA: i.cva
dambreak: r.damflood
dasymetry: r.area.createweight
data: g.download.location
decimation: v.decimate
decomposition: r.series.decompose
delta T: i.eb.deltat
demand: r.futures.demand
densification: v.split
density: r.area.createweight
deposition: r.sim.sediment
depressions: r.fill.dir
destripe: i.destripe
detection: i.water
diagram: d.correlate, d.polar, r.scatterplot, r3.scatterplot
difference: v.overlay
digitizer: g.gui.vdigit
direction: r.bearing.distance, r.slope.direction
disease: r.pops.spread
displacement: v.generalize
dissolve: v.dissolve, v.extract
distance: d.geodesic, d.rhumbline, m.cogo, m.measure, r.distance, r.grow.distance, r.grow, v.distance
divergence: r.divergence
diversity index: r.li.dominance, r.li.pielou, r.li.renyi, r.li.richness, r.li.shannon, r.li.simpson, r.series.diversity
DMSP-OLS: i.nightlights.intercalibration
Dominance Rough Set Approach: r.mcda.input, r.mcda.output, r.mcda.roughset
download: g.download.location, g.extension, i.landsat.download, i.sentinel.download, i.sentinel.parallel.download, i.sentinel.preproc
drainage: r.stream.variables, r.stream.watersheds, r.watershed
DXF: v.in.dxf, v.out.dxf
E00: v.in.e00
ecology: r.maxent.lambdas, r.out.maxent_swd
ecosystem: r.euro.ecosystem
ecosystem services: r.estimap.recreation
edge detection: i.edge, r.smooth.seg
edges: i.zc, v.lidar.edgedetection
editing: d.rast.edit, g.gui.vdigit, v.edit, v.type
elevation: d.region.grid, d.shade, r.fillnulls, r.in.aster, r.local.relief, r.param.scale, r.plane, r.relief, r.shade, r.shaded.pca
emissivity: i.emissivity
endmember: i.pysptools.unmix
energy balance: i.eb.deltat, i.eb.eta, i.eb.evapfr, i.eb.hsebal01, i.eb.hsebal95, i.eb.netrad, i.eb.soilheatflux, i.eb.z0m, i.eb.z0m0, i.emissivity
Eotvos: i.gravity
EPSG: g.proj.identify
erosion: r.sim.sediment, r.soillossbare, r.uslek, r.usler
erosion modeling: r.landscape.evol
estimap: r.estimap.recreation
Estimator: i.theilsen
evaporative fraction: i.eb.evapfr, i.eb.hsebal01
evapotranspiration: i.evapo.mh, i.evapo.pm, i.evapo.potrad, i.evapo.pt, i.evapo.senay, i.evapo.time, i.evapo.zk
eveness: r.series.diversity
evolution: r.sim.terrain
export: d.out.file, d.to.rast, db.out.ogr, r.colors.out, r.colors.out_sld, r.external.out, r.out.ascii, r.out.bin, r.out.gdal, r.out.gridatb, r.out.mat, r.out.maxent_swd, r.out.mpeg, r.out.png, r.out.pov, r.out.ppm, r.out.ppm3, r.out.tiff, r.out.vrml, r.out.vtk, r.out.xyz, r.pack, r3.colors.out, r3.out.ascii, r3.out.bin, r3.out.netcdf, r3.out.v5d, r3.out.vtk, t.rast.export, t.rast.out.vtk, t.rast.out.xyz, t.vect.export, v.colors.out, v.external.out, v.maxent.swd, v.out.ascii, v.out.dxf, v.out.gps, v.out.ogr, v.out.ply, v.out.png, v.out.postgis, v.out.pov, v.out.svg, v.out.vtk, v.pack, v.ply.rectify
extensions: g.extension.all, g.extension
extent: g.region, r.clip, r.extract, r.info, r3.info, t.info, t.info.iso, v.info
external: r.external, r.external.out, v.build.pg, v.external.all, v.external, v.external.out
extract: r.clip, r.extract, t.rast.extract, t.rast3d.extract, t.vect.extract, v.decimate, v.extract, v.outlier
Fast Fourier Transform: i.fft, i.ifft
features: v.in.ogc.features
FeO: i.feotio2
fill sinks: r.fill.dir
filter: i.gabor, r.futures.devpressure, r.mfilter, r.neighbors, r.resamp.filter, r.series.filter, r3.neighbors, v.outlier
filtering: r.hants, r.seasons, r.series.lwr
FIR: r.resamp.filter
fire: r.ros, r.spread, r.spreadpath
Fish Dispersal Model: r.fidimo
flip: r.flip
flood: r.lake, r.lake.series
flow: r.sim.water, r.sim.water.mp, r.terraflow, v.net.flow
flows: v.net.curvedarcs
focal statistics: r.neighbors, r3.neighbors
forest: r.forcircular, r.forestfrag, r3.forestfrag
Fourier: i.destripe
FPAR: i.biomass
fractal: r.surf.fractal, v.to.db
fragmentation index: r.forestfrag, r3.forestfrag
frame: d.frame
Free Air: i.gravity
fusion: i.fusion.hpf, i.pansharpen, i.wavelet
fuzzy logic: r.fuzzy.logic, r.fuzzy.set, r.fuzzy.system
Gabor: i.gabor
gauss: r.resamp.filter
gazetteer: v.in.geonames, v.in.gns
GCP: g.gui.gcp, g.gui.image2target, g.gui.photo2image, i.gcp, i.ortho.transform, m.gcp.filter, m.transform, v.transform
generalization: v.decimate, v.generalize
geology: d.vect.colhist, v.faultdirections
geometry: g.gui.gcp, g.gui.image2target, g.gui.photo2image, i.image.mosaic, i.ortho.photo, i.rectify, i.sentinel.coverage, r.circle, r.patch, r.region, r.thin, r.to.vect, r.to.vect.tiled, v.buffer, v.build, v.build.polylines, v.centerpoint, v.clean, v.clean.ogr, v.concave.hull, v.delaunay, v.drape, v.edit, v.ellipse, v.extrude, v.fixed.segmentpoints, v.generalize, v.hull, v.in.gbif, v.in.natura2000, v.in.ogr, v.in.pygbif, v.in.redlist, v.in.region, v.mkgrid, v.overlay, v.parallel, v.patch, v.perturb, v.rectify, v.report, v.segment, v.select, v.split, v.to.3d, v.to.db, v.to.lines, v.to.points, v.transform, v.type, v.univar, v.voronoi
geomorphology: r.param.scale, v.stream.inbasin, v.stream.network
geomorphons: r.geomorphon
geophysics: r.flexure, v.flexure
georectification: g.gui.gcp, g.gui.image2target, g.gui.photo2image, i.gcp
geothermal: r.green.gshp.technical, r.green.gshp.theoretical
GPS: v.in.gps, v.out.gps
gradient: r.gradient, r3.gradient
graph theory: r.connectivity.network
graphical modeler: g.gui.gmodeler
graphics: d.erase, d.frame, d.his, d.info, d.mon, d.rast, d.redraw, d.rgb, d.vect, m.nviz.image, m.nviz.script, v.explode, wxpyimgview, ximgview
graticule: d.grid
gravity: i.gravity
great circle: d.geodesic
grid: d.grid, v.mkgrid
ground control points: i.points.auto
groundwater flow: r.gwflow, r3.gwflow
group: i.signature.copy, i.signature.list, i.signature.remove
grow: v.buffer
GSFLOW: r.gsflow.hydrodem, v.gsflow.export, v.gsflow.gravres, v.gsflow.grid, v.gsflow.hruparams, v.gsflow.mapdata, v.gsflow.reaches, v.gsflow.segments
GUI: g.gui.animation, g.gui.cswbrowser, g.gui.datacatalog, g.gui.dbmgr, g.gui.gcp, g.gui.gmodeler, g.gui, g.gui.iclass, g.gui.image2target, g.gui.mapswipe, g.gui.metadata, g.gui.mwprecip, g.gui.photo2image, g.gui.psmap, g.gui.rlisetup, g.gui.timeline, g.gui.tplot, g.gui.vdigit
hamming: r.resamp.filter
hann: r.resamp.filter
harvesting: db.csw.harvest
hazard: r.lake, r.lake.series, r.ros, r.spread
heat flux: i.eb.hsebal95
heatmap: r.out.kde, v.kernel
help: g.manual
hermite: r.resamp.filter
hexagon: v.mkgrid
high pass filter: i.fusion.hpf
hillshade: d.region.grid, d.shade, r.relief, r.shade
HIS: d.his, i.his.rgb, i.pansharpen, i.rgb.his, r.his
histogram: d.histogram, d.vect.colbp
histogram matching: i.histo.match
history: r.info, v.info
horizon: r.skyline
Horton's statistics: r.stream.stats
hotspot: v.kernel
Hough: r.houghtransform
HPFA: i.fusion.hpf
humidity: i.rh
hydrology: r.accumulate, r.basin, r.basins.fill, r.carve, r.drain, r.fill.dir, r.findtheriver, r.flow, r.gsflow.hydrodem, r.gwflow, r.hazard.flood, r.hydrodem, r.lake, r.lake.series, r.landscape.evol, r.path, r.richdem.breachdepressions, r.richdem.filldepressions, r.richdem.flowaccumulation, r.richdem.resolveflats, r.sim.sediment, r.sim.water, r.sim.water.mp, r.solute.transport, r.stream.basins, r.stream.channel, r.stream.distance, r.stream.extract, r.stream.order, r.stream.segment, r.stream.slope, r.stream.snap, r.stream.stats, r.stream.variables, r.stream.watersheds, r.subdayprecip.design, r.terraflow, r.threshold, r.topidx, r.topmodel, r.traveltime, r.uslek, r.usler, r.water.outlet, r.wateroutlet.lessmem, r.watershed, r.width.funct, r3.flow, r3.gwflow, v.gsflow.export, v.gsflow.gravres, v.gsflow.grid, v.gsflow.hruparams, v.gsflow.mapdata, v.gsflow.reaches, v.gsflow.segments, v.stream.inbasin, v.stream.network, v.stream.order
hydropower: r.green.hydro.closest, r.green.hydro.discharge, r.green.hydro.planning, r.green.hydro.technical, r.green.hydro.theoretical
ICW: v.surf.icw
IDW: r.fill.stats, r.surf.idw, r.surf.idw2, v.surf.idw, v.vol.idw
IHS: d.his, i.his.rgb, i.pansharpen, i.rgb.his, r.his
image: r.out.legend
imagery quality assessment: i.modis.qc
IMG: i.lswt
impact: r.crater
import: db.in.ogr, g.download.location, i.in.probav, i.in.spotvgt, i.landsat.import, i.modis.download, i.modis.import, i.sentinel.import, i.sentinel.preproc, r.external, r.import, r.in.ascii, r.in.aster, r.in.bin, r.in.gdal, r.in.gridatb, r.in.mat, r.in.nasadem, r.in.ogc.coverages, r.in.pdal, r.in.png, r.in.poly, r.in.srtm, r.in.srtm.region, r.in.usgs, r.in.wcs, r.in.wms, r.in.xyz, r.proj, r.unpack, r3.in.ascii, r3.in.bin, r3.in.v5d, r3.in.xyz, t.rast.import, t.vect.import, v.convert.all, v.convert, v.external, v.gsflow.mapdata, v.import, v.in.ascii, v.in.csv, v.in.db, v.in.dxf, v.in.e00, v.in.geonames, v.in.gns, v.in.gps, v.in.lines, v.in.mapgen, v.in.ogc.features, v.in.ogr, v.in.osm, v.in.pdal, v.in.ply, v.in.survey, v.in.wfs, v.in.wfs2, v.ply.rectify, v.proj, v.unpack
index: i.wi
installation: g.extension.all, g.extension
inter-satellite: i.nightlights.intercalibration
interpolation: r.fill.stats, r.fillnulls, r.resamp.bspline, r.resamp.interp, r.resamp.tps, r.series.interp, r.surf.contour, r.surf.idw, r.surf.idw2, r.surf.nnbathy, t.rast.gapfill, v.area.weigh, v.krige, v.surf.bspline, v.surf.icw, v.surf.idw, v.surf.mass, v.surf.nnbathy, v.surf.rst, v.surf.tps, v.vol.idw, v.vol.rst
intersection: v.overlay
iso: r.info.iso, v.info.iso
isochrones: v.isochrones
isolines: v.net.iso
kernel density: r.out.kde, v.kernel
kernel filter: r.resamp.filter
kriging: v.krige
lanczos: r.resamp.filter, r.resamp.interp
land flux: i.emissivity
land surface temperature: i.landsat8.swlst, i.modis.qc
landform: r.param.scale
Landsat: i.albedo, i.landsat.acca, i.landsat.download, i.landsat.import, i.landsat.toar, i.tasscap
landsat: i.landsat.qa
landsat8: i.landsat8.swlst
landscape: r.futures.parallelpga, r.futures.pga, r.sim.terrain
landscape evolution: r.landscape.evol
landscape structure: r.change.info
landscape structure analysis: g.gui.rlisetup, r.forestfrag, r.li.cwed, r.li.dominance, r.li.edgedensity, r.li.mpa, r.li.mps, r.li.padcv, r.li.padrange, r.li.padsd, r.li.patchdensity, r.li.patchnum, r.li.pielou, r.li.renyi, r.li.richness, r.li.shannon, r.li.shape, r.li.simpson, r3.forestfrag
landslide: r.massmov, r.shalstab
latitude: r.latlong
layer: v.category, v.db.connect
layout: m.printws
least cost path: r.connectivity.distance
least cost paths: r.connectivity.corridors
legend: d.legend, d.legend.vect, d.rast.leg, d.vect.thematic, d.vect.thematic2
length: v.to.db
level1: d.vect, g.region, r.random, v.cluster, v.decimate, v.edit, v.external, v.in.ascii, v.in.dxf, v.info, v.patch, v.perturb, v.random, v.rectify
license: g.version
LIDAR: r.in.pdal, r.in.xyz, r3.in.xyz, v.decimate, v.in.pdal, v.lidar.correction, v.lidar.edgedetection, v.lidar.growing, v.outlier, v.surf.bspline
lidar: v.lidar.mcc, v.profile.points
line: v.buffer, v.build.polylines, v.dissolve, v.edit, v.in.ascii, v.in.lines, v.parallel, v.to.lines, v.to.points, v.type
line of sight: r.viewshed.cva, r.viewshed.exposure, r.viewshed
linear reference system: v.lrs.create, v.lrs.label, v.lrs.segment, v.lrs.where
lines central: v.centerline
link: g.gui.mwprecip
list: g.compare.md5, g.list, i.signature.list, t.list, t.rast.list, t.rast3d.list, t.vect.list
LMF: i.lmf
longest flow path: r.accumulate
longitude: r.latlong
LOS: r.viewshed.cva, r.viewshed.exposure, r.viewshed
LRM: r.local.relief
lst: i.landsat8.swlst
LSWT: i.lswt
M3: i.feotio2
machine learning: r.learn.ml, r.learn.predict, r.learn.train, v.class.ml, v.class.mlR, v.class.mlpy
machine vision geomorphometry: r.geomorphon
Mann-Kendall: i.theilsen
manual: d.explanation.plot, g.manual
map: m.printws
map annotations: d.northarrow, d.rast.arrow, d.rast.num
map management: g.access, g.compare.md5, g.copy, g.dirseps, g.filename, g.findetc, g.findfile, g.gui.datacatalog, g.list, g.remove, g.rename, g.rename.many, i.group, i.signature.copy, i.signature.list, i.signature.remove, i.target, r.compress, r.null.all, r3.to.group, t.create, t.list, t.rast.list, t.rast3d.list, t.register, t.remove, t.rename, t.unregister, t.vect.list
mask: i.landsat.qa, r.mask, r3.mask
matplotlib: r.colors.matplotlib
maxent: r.maxent.lambdas, r.out.maxent_swd
Maxent: v.maxent.swd
Maximum Likelihood Classification: i.gensig, i.maxlik
MCDA: r.mcda.electre, r.mcda.promethee
measurement: m.measure
merge: r.patch, t.merge, t.rast.patch
metadata: db.csw.admin, db.csw.harvest, db.csw.run, g.citation, g.gui.cswbrowser, g.gui.metadata, m.csw.update, r.describe, r.info, r.info.iso, r.region, r.support, r.timestamp, r3.info, r3.support, r3.timestamp, t.connect, t.downgrade, t.info, t.info.iso, t.select, t.support, v.info, v.info.iso, v.support, v.timestamp
meteorite: r.crater
microwave: g.gui.mwprecip, r.mwprecip
miscellaneous: m.cogo, m.csv.clean, m.gcp.filter, m.measure, m.nviz.image, m.nviz.script, m.proj, m.transform
MLC: i.gensig, i.maxlik
model: r.damflood, r.massmov, r.pops.spread, r.ros, r.sim.sediment, r.sim.water, r.sim.water.mp, r.spread, r.topmodel
modeling: r.futures.parallelpga, r.futures.pga
modelling: r.exdet, r.landscape.evol.old, r.meb, r.mess
MODIS: i.albedo, i.lswt, i.modis.download, i.modis.import, i.modis.qc, i.tasscap
modules: g.search.modules
monitors: d.erase, d.frame, d.info, d.mon, d.redraw
Moon: i.feotio2
mosaic: r.buildvrt
mosaicking: i.image.mosaic, r.patch
Multi Criteria Decision Analysis (MCDA): r.mcda.ahp, r.mcda.input, r.mcda.output, r.mcda.roughset, r.mcda.topsis
multiple: v.in.survey, v.to.rast.multi
multispectral: i.oif, i.spectral
multivariate: r.exdet
NAIP: r.in.usgs
natural: r.surf.nnbathy, v.surf.nnbathy
NDVI: i.in.probav, i.in.spotvgt, i.vi
nearest neighbor: r.resamp.interp, r.resample
NED: r.in.usgs
neighbor: r.neighbors, r.surf.nnbathy, r3.neighbors, v.surf.nnbathy
neighborhood: r.slope.direction
neighborhood matrix: v.neighborhoodmatrix
net radiation: i.eb.netrad
netCDF: r3.out.netcdf
network: d.path, r.connectivity.network, v.isochrones, v.lrs.create, v.lrs.label, v.lrs.segment, v.lrs.where, v.net.alloc, v.net.allpairs, v.net.bridge, v.net.centrality, v.net.components, v.net.connectivity, v.net.curvedarcs, v.net.distance, v.net.flow, v.net, v.net.iso, v.net.path, v.net.salesman, v.net.salesman.opt, v.net.spanningtree, v.net.steiner, v.net.timetable, v.net.visibility
network analysis: r.connectivity.network
network generalization: v.generalize
network maintenance: v.net
niche: r.maxent.lambdas, r.out.maxent_swd
niche modelling: r.niche.similarity
nighttime lights: i.nightlights.intercalibration
no-data: r.null.all
no-data filling: r.fill.stats, r.fillnulls, r.resamp.bspline, t.rast.gapfill, v.surf.rst, v.vol.rst
node: v.build.polylines, v.edit, v.segment, v.split, v.to.points
null data: r.null.all, r.null, r3.null, t.rast.null
object recognition: i.segment
ogc: r.in.ogc.coverages, v.in.ogc.features
OGC web services: r.in.wcs, r.in.wms, v.in.wfs
OGC WFS: v.in.wfs
OGC WMS: r.in.wms
OGC WMTS: r.in.wms
OGR: v.clean.ogr, v.external, v.external.out, v.in.ogr, v.out.ogr
ordinary kriging - for 2D and 3D data: v.kriging
orthorectification: i.ortho.corr
orthorectify: i.ortho.camera, i.ortho.elev, i.ortho.init, i.ortho.photo, i.ortho.rectify, i.ortho.target, i.ortho.transform
osm: v.in.osm
output: d.out.file, db.out.ogr, r.external.out, r.out.ascii, r.out.bin, r.out.gdal, r.out.gridatb, r.out.mat, r.out.mpeg, r.out.png, r.out.pov, r.out.ppm, r.out.ppm3, r.out.vrml, r.out.vtk, r.out.xyz, r3.out.ascii, r3.out.netcdf, r3.out.v5d, r3.out.vtk, t.rast.out.vtk, v.external.out, v.out.ascii, v.out.dxf, v.out.ogr, v.out.postgis, v.out.pov, v.out.svg, v.out.vtk
overland flow: r.sim.water, r.sim.water.mp
paint labels: d.labels, v.label, v.label.sa
parallel: i.sentinel.parallel.download
patch: r.futures.calib, r.patch.smooth
patch growing: r.futures.parallelpga, r.futures.pga
patch index: r.li.cwed, r.li.edgedensity, r.li.mpa, r.li.mps, r.li.padcv, r.li.padrange, r.li.padsd, r.li.patchdensity, r.li.patchnum, r.li.shape
patching: r.patch, t.rast.patch
path: r.slope.direction
PCA: i.pansharpen, i.pca
percentile: r.quantile, r.stats.quantile
percolation: v.percolate
perimeter: v.to.db
permission: g.access
pest: r.pops.spread
photo: g.gui.image2target, g.gui.photo2image
pixel: i.landsat.qa
planar failure: r.rock.stability
planetary: r.crater
plot: d.profile, d.vect.colbp, g.gui.timeline, g.gui.tplot
ply: v.out.ply
PNG: r.in.png, r.out.png, v.out.png
point: v.edit, v.in.ascii, v.in.csv, v.in.lines, v.percolate, v.segment, v.to.lines, v.to.points, v.type
point cloud: v.cluster, v.profile.points
point density: v.kernel
point pattern: v.kcv, v.mkgrid, v.normal, v.perturb, v.qcount, v.random
points: r.sample.category, r.vect.stats, v.decimate, v.in.db, v.kcv, v.normal, v.profile.points
polar: m.cogo
Population growth model: r.popgrowth
ports: v.civil
position: d.where, r.what, v.what, v.what.rast, v.what.rast.multi, v.what.rast3, v.what.strds, v.what.strds.timestamp, v.what.vect
PostGIS: v.build.pg, v.external, v.external.out, v.out.postgis
Potential ET: i.evapo.potrad
potential soilloss: r.soillossbare
precipitable water: i.rh
precipitation: g.gui.mwprecip, r.subdayprecip.design
prediction: r.learn.predict
principal components analysis: i.pca
print: m.printws
printing: g.gui.psmap, ps.map
PROBA-V: i.in.probav
profile: d.profile, r.profile, r.transect, r3.cross.rast, r3.profile, v.profile, v.profile.points
projection: g.isis3mt, g.proj.all, g.proj, g.proj.identify, g.projpicker, m.proj, r.import, r.latlong, r.proj, v.import, v.in.csv, v.proj
proximity: r.grow.distance, r.grow
pycnophylactic interpolation: v.surf.mass
Python: v.db.pyupdate
qa: i.landsat.qa
quality: i.landsat.qa
quantile: r.quantile, r.quantile.ref, r.stats.quantile
quantization: r.quant
query: r3.what
querying: d.where, i.spectral, r.what.color, r.what, v.rast.stats, v.strds.stats, v.what, v.what.rast, v.what.rast.multi, v.what.rast3, v.what.strds, v.what.strds.timestamp, v.what.vect
R: v.class.mlR
radar: i.sar.speckle
radiance: i.aster.toar, i.atcorr, i.landsat.toar
radiometric conversion: i.aster.toar, i.atcorr, i.landsat.toar
rainfall: r.usler
random: r.random.cells, r.random, r.random.surface, r.random.weight, r.sample.category, r.surf.gauss, r.surf.random, v.extract, v.perturb, v.random
rasterization: v.to.rast, v.to.rast.multi
rate of spread: r.ros
reclass: r.clump, r.neighborhoodmatrix, r.object.geometry
reclassification: r.reclass, r.recode, v.reclass
reclassify: v.to.rast.multi
recode: r.recode.attr
recode categories: r.recode
recreation potential: r.estimap.recreation
rectify: i.rectify, v.ply.rectify, v.rectify
reflectance: i.albedo, i.aster.toar, i.atcorr, i.feotio2, i.landsat.toar, i.modis.qc, i.sentinel.mask
register: t.register
regression: r.gwr, r.learn.ml, r.learn.predict, r.learn.train, r.mregression.series, r.regression.line, r.regression.multi, r.regression.series
relief: d.region.grid, d.shade, r.local.relief, r.relief, r.shade
remove: g.remove, i.signature.remove, t.remove
rename: g.rename, g.rename.many, t.rename, v.db.renamecolumn
renewable energy: r.green.gshp.technical, r.green.gshp.theoretical, r.green.hydro.closest, r.green.hydro.discharge, r.green.hydro.planning, r.green.hydro.technical, r.green.hydro.theoretical
renyi entrophy: r.series.diversity
resample: r.area.createweight, r.resamp.bspline, r.resamp.filter, r.resamp.interp, r.resamp.rst, r.resamp.stats, r.resample
rescale: r.rescale.eq, r.rescale
resolution: g.region, i.variance, r.mblend
RGB: d.his, d.rgb, i.colors.enhance, i.his.rgb, i.rgb.his, r.composite, r.his, r.rgb
rhumbline: d.rhumbline
richness: r.series.diversity
Riitters: r.forestfrag, r3.forestfrag
road: r.slope.direction
roads: v.civil
rock mass: r.droka, r.rock.stability
rockfall: r.droka
rotation: i.rotate
roughness: r.roughness.vector
roughness length: i.eb.z0m, i.eb.z0m0
RST: r.resamp.rst, v.surf.rst, v.vol.rst
salesman: v.net.salesman, v.net.salesman.opt
sampling: d.where, r.random.cells, r.random, r.random.weight, r.sample.category, t.rast.what.aggr, t.rast.what, t.rast.whatcsv, t.sample, t.vect.observe.strds, t.vect.what.strds, v.drape, v.extrude, v.kcv, v.random, v.rast.stats, v.sample, v.what.rast, v.what.rast.multi, v.what.rast3, v.what.strds, v.what.strds.timestamp, v.what.vect
sar: i.sar.speckle
satellite: i.albedo, i.aster.toar, i.atcorr, i.colors.enhance, i.gabor, i.image.bathymetry, i.landsat.acca, i.landsat.download, i.landsat.import, i.landsat.toar, i.modis.qc, i.sentinel.coverage, i.sentinel.download, i.sentinel.import, i.sentinel.mask, i.sentinel.parallel.download, i.sentinel.preproc, i.zero2null
scatter plot: r.scatterplot, r3.scatterplot
scikit-learn: r.learn.ml, r.learn.predict, r.learn.train
scripts: g.dirseps, g.filename, g.findetc, g.findfile, g.gisenv, g.message, g.tempfile
seaborn: r.colors.cubehelix
search: g.list, g.search.modules, i.signature.list
search path: g.mapsets
SEBAL: i.eb.deltat, i.eb.eta, i.eb.evapfr, i.eb.hsebal01, i.eb.netrad, i.eb.soilheatflux, i.eb.z0m, i.eb.z0m0
SEBS: i.eb.deltat, i.eb.z0m0
sediment flow: r.sim.sediment
segment: i.segment.hierarchical, v.segment, v.split
segmentation: i.segment.gsoc, i.segment, i.segment.stats, i.segment.uspo, i.smap, i.superpixels.slic, r.smooth.seg
select: t.vect.db.select, v.decimate, v.extract, v.outlier
Senay: i.evapo.senay
Sentinel: i.sentinel.coverage, i.sentinel.download, i.sentinel.import, i.sentinel.mask, i.sentinel.parallel.download, i.sentinel.preproc, i.tasscap
separate: r.rgb
series: r.gdd, r.hants, r.jpdf, r.patch, r.quantile.ref, r.regression.series, r.seasons, r.series.accumulate, r.series.decompose, r.series, r.series.interp, r.series.lwr, t.rast.climatologies, t.rast.patch, t.rast.series
settings: d.colorlist, d.font, d.fontlist, g.gisenv, g.mapset, g.mapsets, g.region, t.connect
SEVIRI: i.lswt
shadow: i.sentinel.mask, r.sun, r.sunmask
shannon: r.series.diversity
shape: v.stats
sharpen: i.pansharpen
sharpening: i.fusion.hpf
shift: t.shift
shortest path: d.geodesic, d.path, v.net.allpairs, v.net.distance, v.net.path, v.net.timetable, v.net.visibility
shrink: v.buffer
sides: v.to.db
signature: i.signature.copy, i.signature.list, i.signature.remove
signatures: g.gui.iclass, i.cluster, i.gensig, i.gensigset
similarity: r.exdet, r.meb, r.mess
simple: r.mapcalc.simple
simple features: v.out.postgis
simplification: v.generalize
simpson: r.series.diversity
simulation: r.pops.spread
sinc: r.resamp.filter
sink: r.fill.dir, r.terraflow
sinuous: v.to.db
size: r.object.thickness
skeleton: v.voronoi
skyline: r.skyline
SLIC: i.superpixels.slic
slope: r.northerness.easterness, r.roughness.vector, r.slope.aspect, r.slope.direction, v.to.db
SMAP: i.gensigset, i.smap
smoothing: r.smooth.seg, v.generalize
snapping: t.snap, v.clean, v.clean.ogr, v.in.ogr
soil: r.sim.sediment, r.sim.water, r.sim.water.mp, r.soils.texture, r.uslek, r.usler
soil heat flux: i.eb.soilheatflux
soil moisture: i.eb.evapfr, i.eb.hsebal01
solar: r.horizon, r.sun.daily, r.sun.hourly, r.sun, r.sunhours, r.sunmask
solute transport: r.solute.transport
spanning tree: v.net.spanningtree
spatial autocorrelation: r.object.spatialautocor
spatial query: i.sentinel.coverage, v.overlay, v.select
speckle: i.sar.speckle
spectral angle mapping: i.spec.sam
spectral unmixing: i.pysptools.unmix, i.spec.unmix
splines: r.fillnulls, r.resamp.bspline, r.resamp.rst, v.surf.rst
split: r.rgb
split window: i.landsat8.swlst
SPOT: i.in.spotvgt
spread: r.pops.spread, r.ros, r.spread
SQL: db.copy, db.createdb, db.databases, db.dropdb, db.execute, db.select, v.db.select
SRTM: r.in.nasadem, r.in.srtm, r.in.srtm.region
statistics: d.correlate, d.histogram, db.univar, i.cca, i.oif, i.segment.stats, r.area.createweight, r.area, r.cell.area, r.change.info, r.clump, r.coin, r.confusionmatrix, r.covar, r.cross, r.futures.devpressure, r.futures.gridvalidation, r.futures.potential, r.futures.potsurface, r.futures.validation, r.gwr, r.in.pdal, r.in.xyz, r.kappa, r.mfilter, r.mode, r.mregression.series, r.neighborhoodmatrix, r.neighbors, r.object.geometry, r.object.spatialautocor, r.quant, r.quantile, r.quantile.ref, r.reclass.area, r.regression.line, r.regression.multi, r.regression.series, r.report, r.scatterplot, r.series.decompose, r.series.filter, r.statistics, r.stats, r.stats.quantile, r.stats.zonal, r.support.stats, r.surf.area, r.texture, r.univar, r.univar2, r.zonal.classes, r3.in.xyz, r3.neighbors, r3.scatterplot, r3.stats, r3.univar, t.rast.kappa, t.rast.univar, t.rast3d.univar, t.vect.univar, v.class, v.db.univar, v.habitat.dem, v.kcv, v.neighbors, v.normal, v.outlier, v.perturb, v.qcount, v.random, v.rast.bufferstats, v.rast.stats, v.report, v.stats, v.strds.stats, v.univar, v.vect.stats.multi
steiner tree: v.net.steiner
stratified random sampling: r.sample.category, v.random
stream: r.slope.direction, r.stream.variables, r.stream.watersheds
stream divide: r.stream.segment
stream local parameters: r.stream.slope
stream network: r.accumulate, r.gsflow.hydrodem, r.stream.basins, r.stream.channel, r.stream.distance, r.stream.extract, r.stream.order, r.stream.segment, r.stream.slope, r.stream.snap, r.stream.stats, r.watershed, v.gsflow.export, v.gsflow.gravres, v.gsflow.grid, v.gsflow.hruparams, v.gsflow.reaches, v.gsflow.segments, v.stream.inbasin, v.stream.network, v.stream.order
stream order: r.stream.order, v.stream.order
stream power index: r.watershed
street: r.slope.direction
subwatershed: r.accumulate
sun: r.northerness.easterness, v.habitat.dem
sun energy: r.sun.daily, r.sun.hourly, r.sun, r.sunhours
sun position: r.horizon, r.sunhours, r.sunmask
superpixels: i.superpixels.slic
supervised: v.class.mlpy
supervised classification: g.gui.iclass, i.gensig, i.gensigset, i.smap
support: g.message, g.tempfile, g.version
surface: r.contour, r.fill.stats, r.fillnulls, r.random.surface, r.resamp.bspline, r.resamp.tps, r.surf.area, r.surf.contour, r.surf.fractal, r.surf.gauss, r.surf.idw, r.surf.idw2, r.surf.nnbathy, r.surf.random, v.surf.bspline, v.surf.icw, v.surf.idw, v.surf.mass, v.surf.nnbathy, v.surf.rst, v.surf.tps, v.vol.rst
surface information: v.drape, v.what.rast, v.what.rast.multi, v.what.rast3
symbology: v.explode
SYNOPSIS: r.agent.aco, r.agent.rand, r.cpt2grass, r.denoise, r.edm.eval, r.green.hydro.delplants, r.green.hydro.financial, r.green.hydro.structure, r.object.activelearning, r.out.ntv2, r.prominence, r.suitability.regions, r.tri, r.vector.ruggedness, v.mrmr, v.sort.points
Tasseled Cap transformation: i.tasscap
temporal: g.gui.timeline, g.gui.tplot, t.connect, t.create, t.downgrade, t.info, t.info.iso, t.list, t.merge, t.rast.accdetect, t.rast.accumulate, t.rast.aggregate.ds, t.rast.aggregate, t.rast.algebra, t.rast.climatologies, t.rast.colors, t.rast.contour, t.rast.export, t.rast.extract, t.rast.gapfill, t.rast.import, t.rast.kappa, t.rast.list, t.rast.mapcalc, t.rast.neighbors, t.rast.null, t.rast.out.vtk, t.rast.out.xyz, t.rast.patch, t.rast.series, t.rast.to.rast3, t.rast.to.vect, t.rast.univar, t.rast.what.aggr, t.rast.what, t.rast.whatcsv, t.rast3d.algebra, t.rast3d.extract, t.rast3d.list, t.rast3d.mapcalc, t.rast3d.univar, t.register, t.remove, t.rename, t.sample, t.select, t.shift, t.snap, t.support, t.topology, t.unregister, t.vect.algebra, t.vect.db.select, t.vect.export, t.vect.extract, t.vect.import, t.vect.list, t.vect.observe.strds, t.vect.univar, t.vect.what.strds, v.strds.stats, v.what.strds, v.what.strds.timestamp
terrain: i.topo.corr, r.convergence, r.local.relief, r.northerness.easterness, r.param.scale, r.relief, r.roughness.vector, r.shaded.pca, r.sim.terrain, r.slope.aspect, r.terrain.texture, r.valley.bottom, v.habitat.dem
terrain patterns: r.geomorphon
texture: r.soils.texture, r.texture, r.texture.tiled
Theil-Sen: i.theilsen
thematic: d.vect.thematic2
threshold: i.segment.uspo, r.threshold
tiling: i.cutlines, r.mapcalc.tiled, r.texture.tiled, r.tile, r.tileset, r.to.vect.tiled, r3.retile
time: r.timestamp, r3.timestamp, t.create, t.downgrade, t.info, t.list, t.merge, t.rast.accdetect, t.rast.accumulate, t.rast.aggregate.ds, t.rast.aggregate, t.rast.algebra, t.rast.climatologies, t.rast.colors, t.rast.contour, t.rast.export, t.rast.extract, t.rast.gapfill, t.rast.import, t.rast.list, t.rast.mapcalc, t.rast.neighbors, t.rast.out.vtk, t.rast.patch, t.rast.series, t.rast.to.rast3, t.rast.to.vect, t.rast.univar, t.rast.what.aggr, t.rast.what, t.rast.whatcsv, t.rast3d.algebra, t.rast3d.extract, t.rast3d.list, t.rast3d.mapcalc, t.rast3d.univar, t.register, t.remove, t.rename, t.sample, t.select, t.shift, t.snap, t.support, t.topology, t.unregister, t.vect.algebra, t.vect.db.select, t.vect.export, t.vect.extract, t.vect.import, t.vect.list, t.vect.observe.strds, t.vect.univar, t.vect.what.strds, v.strds.stats, v.timestamp, v.what.strds, v.what.strds.timestamp
time management: t.merge, t.shift, t.snap
time series: i.nightlights.intercalibration, r.bioclim
timestamp: r.timestamp, r3.timestamp, v.timestamp, v.what.strds.timestamp
TIN: v.tin.to.rast
TiO2: i.feotio2
topographic correction: i.topo.corr
topographic index: r.topidx, r.watershed
topology: t.topology, v.build.all, v.build, v.build.pg, v.build.polylines, v.clean, v.clean.ogr, v.generalize, v.in.ogr, v.info, v.out.postgis, v.what.spoly
toppling: r.rock.stability
TPS: r.resamp.tps, v.surf.tps
trac: r.slope.direction
trail: r.slope.direction
training: r.learn.train
transect: r.profile, r.transect, v.profile, v.profile.points, v.transects
transformation: g.proj.all, i.cva, i.fft, i.ifft, i.ortho.transform, i.pca, i.tasscap, m.gcp.filter, m.proj, m.transform, r.proj, v.in.csv, v.proj, v.transform
transparency: r.out.kde
triangulation: v.delaunay, v.voronoi
trim: r.clip
type casting: v.db.update
union: v.overlay
unit test: test.r3flow, test.raster3d.lib
univariate statistics: r.resamp.stats, r.univar, r.univar2, r3.univar, v.rast.stats, v.strds.stats, v.univar, v.vect.stats, v.vect.stats.multi
unregister: t.unregister
urban: r.futures.parallelpga, r.futures.pga
user interface: g.gui
USGS: r.in.usgs
UVVIS: i.feotio2
validation: r.futures.gridvalidation, r.futures.validation
variables: g.gisenv
variance: i.segment.uspo, i.variance
variance inflation factor: r.vif
vectorization: r.to.vect, r.to.vect.tiled
vegetation: i.modis.qc
vegetation index: i.vi, i.vi.mpi
Vegetation Indices: i.lmf
vegetation structure analysis: r3.forestfrag
version: g.version
vertex: v.build.polylines, v.edit, v.segment, v.split, v.to.points
viewshed: r.skyline, r.viewshed.cva, r.viewshed.exposure, r.viewshed
VIF: r.vif
virtual raster: r.buildvrt
visibility: v.net.visibility
visual exposure: r.viewshed.exposure
visualization: d.region.grid, d.shade, m.nviz.image, m.nviz.script, r.local.relief, r.out.kde, r.shade, r.shaded.pca, r.skyview, ximgview
volume: r.vol.dem, r.volume, r3.stats
Volume: v.vol.idw
voxel: r.to.rast3, r.to.rast3elev, r3.count.categories, r3.cross.rast, r3.flow, r3.gradient, r3.gwflow, r3.in.ascii, r3.in.bin, r3.in.v5d, r3.in.xyz, r3.info, r3.mask, r3.mkdspf, r3.neighbors, r3.null, r3.out.ascii, r3.out.bin, r3.out.netcdf, r3.out.v5d, r3.out.vtk, r3.retile, r3.scatterplot, r3.stats, r3.support, r3.timestamp, r3.to.group, r3.to.rast, r3.what, t.rast.to.rast3, t.rast3d.algebra, t.rast3d.extract, t.rast3d.list, t.rast3d.mapcalc, t.rast3d.univar, v.to.rast3, v.vol.idw, v.vol.rst
VRML: r.out.vrml
VTK: r.out.vtk, r3.out.vtk, t.rast.out.vtk, v.out.vtk
walking distance: r.connectivity.distance
water: i.water, i.wi
water vapour: i.rh
watercourse distance: r.stream.distance
watershed: r.accumulate, r.basin, r.basins.fill, r.water.outlet, r.wateroutlet.lessmem, r.watershed
wavelet: i.wavelet
wetness: r.topidx
wfs: v.in.wfs2
wiggles: r.to.vect.lines
WKT: g.proj.identify
workflow: g.gui.gmodeler
workspace: m.printws
Worldview: i.tasscap
yield: i.biomass
zonal statistics: r.statistics, r.stats.quantile, r.stats.zonal, r.univar, r.univar2, r.zonal.classes, v.habitat.dem, v.rast.stats, v.strds.stats, v.vect.stats, v.vect.stats.multi

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Keywords - Index of GRASS GIS modules

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