Created
October 25, 2021 09:30
-
-
Save CEZERT/34e8324bf4682e842e5fe315cd051546 to your computer and use it in GitHub Desktop.
This file contains bidirectional Unicode text that may be interpreted or compiled differently than what appears below. To review, open the file in an editor that reveals hidden Unicode characters.
Learn more about bidirectional Unicode characters
3d:tessellate -> Mosaïquer | |
DataPlotly:build_generic_plot -> Build a generic plot | |
Networks:auto_connectors -> Auto-connecteurs | |
Networks:build_connectors -> Créer connecteurs | |
Networks:build_graph -> Créer graphe | |
Networks:concatenate_networks -> Concaténer réseaux | |
Networks:connect_nodes2lines -> Connecter des points à des lignes | |
Networks:get_link_flows_data -> Importer des données de flux | |
Networks:gtfs_import -> Import GTFS | |
Networks:indicators_by_OD -> indicateurs par OD | |
Networks:indicators_by_link -> indicateurs par tronçon | |
Networks:indicators_by_link_and_day -> indicateurs par tronçon et jour | |
Networks:indicators_by_node -> indicateurs par noeud | |
Networks:indicators_by_node_and_day -> Indicateurs for noeuds et jour | |
Networks:isolated_nodes -> Noeuds isolés | |
Networks:isovalues_polygons -> Contours iso-valeurs | |
Networks:linear_interpolation -> Interpolation linéaire | |
Networks:musliw_calculation -> Calcul Musliw | |
Networks:musliw_individual_network -> Réseau Musliw transport individuel | |
Networks:musliw_matrix_double_list -> Matrice Musliw double liste | |
Networks:musliw_matrix_simple_list -> Matrice Musliw simple liste | |
Networks:musliw_matrix_table -> Matrice à partir d'une table | |
Networks:musliw_parameters -> Paramètres Musliw | |
Networks:musliw_simple_matrix -> Matrice Musliw simple | |
Networks:musliw_timetable_network -> Réseau Musliw à horaires | |
Networks:path_analysis -> Arborescence | |
Networks:prepare GTFS -> Préparer GTFS | |
Networks:reverse -> Inverser arcs | |
Networks:reverse_selection -> Inverser les géométries de la sélection | |
Networks:routes -> Itinéraires | |
Networks:shift_lines -> Décaler lignes | |
Networks:spatialaggregation -> Agrégation spatiale | |
Networks:ti_arcs -> Génère des tables arcs transport individuel | |
Networks:update_field -> Mise à jour champ | |
Networks:update_links_pole -> Mise à jour du pôle des arcs | |
Networks:update_links_times -> Mise à jour des temps des arcs | |
Networks:update_ti_tj -> Mise à jour ti tj | |
Networks:variable_buffer_polygons -> Polygones à largeur variables | |
Qgis2threejs:exportimage -> Export as Image | |
Qgis2threejs:exportmodel -> Export as 3D Model | |
Qgis2threejs:exportweb -> Export as Web Page | |
Spatial Query With Values:Extract_max_min_values_in_polygons -> Extract max min features in polygons | |
Spatial Query With Values:Select_max_min_features_in_polygons -> Select max min features in polygons | |
csvtools:attributediffbetweenlayers -> Différences attributaires entre couches | |
csvtools:attributediffwithpg -> Différences attributaires avec une table PostgreSQL/Postgis | |
csvtools:exportlayertocsv -> Exporter une couche en CSV | |
csvtools:exportpostgresqlquerytocsv -> Export d'une requête PostgreSQL en CSV (COPY) | |
csvtools:exportsqlitequerytocsv -> Export d'une requête SQLite en CSV | |
csvtools:loadcsvfile -> Créer une couche depuis un fichier CSV | |
etl_load:appendfeaturestolayer -> Append features to layer | |
gdal:aspect -> Exposition | |
gdal:assignprojection -> Assigner une projection | |
gdal:buffervectors -> Tampon des vecteurs | |
gdal:buildvirtualraster -> Construire un raster virtuel | |
gdal:cliprasterbyextent -> Découper un raster selon une emprise | |
gdal:cliprasterbymasklayer -> Découper un raster selon une couche de masque | |
gdal:clipvectorbyextent -> Découper des vecteurs selon une emprise | |
gdal:clipvectorbypolygon -> Découper des vecteurs selon une couche de masque | |
gdal:colorrelief -> Couleur du relief | |
gdal:contour -> Contour | |
gdal:convertformat -> Conversion de format | |
gdal:dissolve -> Regrouper | |
gdal:executesql -> Exécuter SQL | |
gdal:extractprojection -> Extraire la projection | |
gdal:fillnodata -> Remplir les valeurs nulles (nodata) | |
gdal:gdal2tiles -> gdal2tiles | |
gdal:gdal2xyz -> gdal2xyz | |
gdal:gdalinfo -> Information raster | |
gdal:gridaverage -> Grille (Moyenne mobile) | |
gdal:griddatametrics -> Grille (Métrique des données) | |
gdal:gridinversedistance -> Grille (Inverse de la distance à une puissance) | |
gdal:gridinversedistancenearestneighbor -> Grille (IDW avec recherche du plus proche voisin) | |
gdal:gridlinear -> Grille (Linéaire) | |
gdal:gridnearestneighbor -> Grid (Plus proche voisin) | |
gdal:hillshade -> Ombrage | |
gdal:importvectorintopostgisdatabaseavailableconnections -> Exporter vers PostgreSQL (connexions disponibles) | |
gdal:importvectorintopostgisdatabasenewconnection -> Exporter vers PostgreSQL (nouvelle connexion) | |
gdal:merge -> Fusionner | |
gdal:nearblack -> Presque Noir | |
gdal:offsetcurve -> Décalage de la courbe | |
gdal:ogrinfo -> Informations vecteur | |
gdal:onesidebuffer -> Tampon unilatéral | |
gdal:overviews -> Construire des aperçus (pyramides) | |
gdal:pansharp -> Pansharpening | |
gdal:pcttorgb -> PCT vers RVB | |
gdal:pointsalonglines -> Points le long des lignes | |
gdal:polygonize -> Polygoniser (Raster vers Vecteur) | |
gdal:proximity -> Proximité (distance raster) | |
gdal:rastercalculator -> Calculatrice Raster | |
gdal:rasterize -> Rastérisation (vecteur vers raster) | |
gdal:rearrange_bands -> Réordonner les bandes | |
gdal:retile -> Retile | |
gdal:rgbtopct -> RVB vers PCT | |
gdal:roughness -> Rugosité | |
gdal:sieve -> Tamiser | |
gdal:slope -> Pente | |
gdal:tileindex -> Index des tuiles | |
gdal:tpitopographicpositionindex -> Index de Position Topographique (TPI) | |
gdal:translate -> Convertir | |
gdal:triterrainruggednessindex -> Rugosité du Terrain (TRI) | |
gdal:warpreproject -> Projection (warp) | |
grass7:i.albedo -> i.albedo | |
grass7:i.aster.toar -> i.aster.toar | |
grass7:i.atcorr -> i.atcorr | |
grass7:i.biomass -> i.biomass | |
grass7:i.cca -> i.cca | |
grass7:i.cluster -> i.cluster | |
grass7:i.colors.enhance -> i.colors.enhance | |
grass7:i.eb.eta -> i.eb.eta | |
grass7:i.eb.evapfr -> i.eb.evapfr | |
grass7:i.eb.hsebal01.coords -> i.eb.hsebal01.coords | |
grass7:i.eb.netrad -> i.eb.netrad | |
grass7:i.eb.soilheatflux -> i.eb.soilheatflux | |
grass7:i.emissivity -> i.emissivity | |
grass7:i.evapo.mh -> i.evapo.mh | |
grass7:i.evapo.pm -> i.evapo.pm | |
grass7:i.evapo.pt -> i.evapo.pt | |
grass7:i.evapo.time -> i.evapo.time | |
grass7:i.fft -> i.fft | |
grass7:i.gensig -> i.gensig | |
grass7:i.gensigset -> i.gensigset | |
grass7:i.group -> i.group | |
grass7:i.his.rgb -> i.his.rgb | |
grass7:i.ifft -> i.ifft | |
grass7:i.image.mosaic -> i.image.mosaic | |
grass7:i.in.spotvgt -> i.in.spotvgt | |
grass7:i.landsat.acca -> i.landsat.acca | |
grass7:i.landsat.toar -> i.landsat.toar | |
grass7:i.maxlik -> i.maxlik | |
grass7:i.modis.qc -> i.modis.qc | |
grass7:i.oif -> i.oif | |
grass7:i.pansharpen -> i.pansharpen | |
grass7:i.pca -> i.pca | |
grass7:i.rgb.his -> i.rgb.his | |
grass7:i.segment -> i.segment | |
grass7:i.smap -> i.smap | |
grass7:i.tasscap -> i.tasscap | |
grass7:i.topo.coor.ill -> i.topo.coor.ill | |
grass7:i.topo.corr -> i.topo.corr | |
grass7:i.vi -> i.vi | |
grass7:i.zc -> i.zc | |
grass7:m.cogo -> m.cogo | |
grass7:nviz -> nviz | |
grass7:r.basins.fill -> r.basins.fill | |
grass7:r.blend.combine -> r.blend.combine | |
grass7:r.blend.rgb -> r.blend.rgb | |
grass7:r.buffer -> r.buffer | |
grass7:r.buffer.lowmem -> r.buffer.lowmem | |
grass7:r.carve -> r.carve | |
grass7:r.category -> r.category | |
grass7:r.category.out -> r.category.out | |
grass7:r.circle -> r.circle | |
grass7:r.clump -> r.clump | |
grass7:r.coin -> r.coin | |
grass7:r.colors -> r.colors | |
grass7:r.colors.out -> r.colors.out | |
grass7:r.colors.stddev -> r.colors.stddev | |
grass7:r.composite -> r.composite | |
grass7:r.contour -> r.contour | |
grass7:r.cost -> r.cost | |
grass7:r.covar -> r.covar | |
grass7:r.cross -> r.cross | |
grass7:r.describe -> r.describe | |
grass7:r.distance -> r.distance | |
grass7:r.drain -> r.drain | |
grass7:r.fill.dir -> r.fill.dir | |
grass7:r.fill.stats -> r.fill.stats | |
grass7:r.fillnulls -> r.fillnulls | |
grass7:r.flow -> r.flow | |
grass7:r.geomorphon -> r.geomorphon | |
grass7:r.grow -> r.grow | |
grass7:r.grow.distance -> r.grow.distance | |
grass7:r.gwflow -> r.gwflow | |
grass7:r.his -> r.his | |
grass7:r.horizon -> r.horizon | |
grass7:r.horizon.height -> r.horizon.height | |
grass7:r.in.lidar -> r.in.lidar | |
grass7:r.in.lidar.info -> r.in.lidar.info | |
grass7:r.info -> r.info | |
grass7:r.kappa -> r.kappa | |
grass7:r.lake -> r.lake | |
grass7:r.latlong -> r.latlong | |
grass7:r.li.cwed -> r.li.cwed | |
grass7:r.li.cwed.ascii -> r.li.cwed.ascii | |
grass7:r.li.dominance -> r.li.dominance | |
grass7:r.li.dominance.ascii -> r.li.dominance.ascii | |
grass7:r.li.edgedensity -> r.li.edgedensity | |
grass7:r.li.edgedensity.ascii -> r.li.edgedensity.ascii | |
grass7:r.li.mpa -> r.li.mpa | |
grass7:r.li.mpa.ascii -> r.li.mpa.ascii | |
grass7:r.li.mps -> r.li.mps | |
grass7:r.li.mps.ascii -> r.li.mps.ascii | |
grass7:r.li.padcv -> r.li.padcv | |
grass7:r.li.padcv.ascii -> r.li.padcv.ascii | |
grass7:r.li.padrange -> r.li.padrange | |
grass7:r.li.padrange.ascii -> r.li.padrange.ascii | |
grass7:r.li.padsd -> r.li.padsd | |
grass7:r.li.padsd.ascii -> r.li.padsd.ascii | |
grass7:r.li.patchdensity -> r.li.patchdensity | |
grass7:r.li.patchdensity.ascii -> r.li.patchdensity.ascii | |
grass7:r.li.patchnum -> r.li.patchnum | |
grass7:r.li.patchnum.ascii -> r.li.patchnum.ascii | |
grass7:r.li.pielou -> r.li.pielou | |
grass7:r.li.pielou.ascii -> r.li.pielou.ascii | |
grass7:r.li.renyi -> r.li.renyi | |
grass7:r.li.renyi.ascii -> r.li.renyi.ascii | |
grass7:r.li.richness -> r.li.richness | |
grass7:r.li.richness.ascii -> r.li.richness.ascii | |
grass7:r.li.shannon -> r.li.shannon | |
grass7:r.li.shannon.ascii -> r.li.shannon.ascii | |
grass7:r.li.shape -> r.li.shape | |
grass7:r.li.shape.ascii -> r.li.shape.ascii | |
grass7:r.li.simpson -> r.li.simpson | |
grass7:r.li.simpson.ascii -> r.li.simpson.ascii | |
grass7:r.mapcalc.simple -> r.mapcalc.simple | |
grass7:r.mask.rast -> r.mask.rast | |
grass7:r.mask.vect -> r.mask.vect | |
grass7:r.mfilter -> r.mfilter | |
grass7:r.mode -> r.mode | |
grass7:r.neighbors -> r.neighbors | |
grass7:r.null -> r.null | |
grass7:r.out.ascii -> r.out.ascii | |
grass7:r.out.gridatb -> r.out.gridatb | |
grass7:r.out.mat -> r.out.mat | |
grass7:r.out.mpeg -> r.out.mpeg | |
grass7:r.out.png -> r.out.png | |
grass7:r.out.pov -> r.out.pov | |
grass7:r.out.ppm -> r.out.ppm | |
grass7:r.out.ppm3 -> r.out.ppm3 | |
grass7:r.out.vrml -> r.out.vrml | |
grass7:r.out.vtk -> r.out.vtk | |
grass7:r.out.xyz -> r.out.xyz | |
grass7:r.param.scale -> r.param.scale | |
grass7:r.patch -> r.patch | |
grass7:r.plane -> r.plane | |
grass7:r.profile -> r.profile | |
grass7:r.proj -> r.proj | |
grass7:r.quant -> r.quant | |
grass7:r.quantile -> r.quantile | |
grass7:r.random -> r.random | |
grass7:r.random.cells -> r.random.cells | |
grass7:r.random.surface -> r.random.surface | |
grass7:r.reclass -> r.reclass | |
grass7:r.reclass.area -> r.reclass.area | |
grass7:r.recode -> r.recode | |
grass7:r.regression.line -> r.regression.line | |
grass7:r.regression.multi -> r.regression.multi | |
grass7:r.relief -> r.relief | |
grass7:r.relief.scaling -> r.relief.scaling | |
grass7:r.report -> r.report | |
grass7:r.resamp.bspline -> r.resamp.bspline | |
grass7:r.resamp.filter -> r.resamp.filter | |
grass7:r.resamp.interp -> r.resamp.interp | |
grass7:r.resamp.rst -> r.resamp.rst | |
grass7:r.resamp.stats -> r.resamp.stats | |
grass7:r.resample -> r.resample | |
grass7:r.rescale -> r.rescale | |
grass7:r.rescale.eq -> r.rescale.eq | |
grass7:r.rgb -> r.rgb | |
grass7:r.ros -> r.ros | |
grass7:r.series -> r.series | |
grass7:r.series.accumulate -> r.series.accumulate | |
grass7:r.series.interp -> r.series.interp | |
grass7:r.shade -> r.shade | |
grass7:r.sim.sediment -> r.sim.sediment | |
grass7:r.sim.water -> r.sim.water | |
grass7:r.slope.aspect -> r.slope.aspect | |
grass7:r.solute.transport -> r.solute.transport | |
grass7:r.spread -> r.spread | |
grass7:r.spreadpath -> r.spreadpath | |
grass7:r.statistics -> r.statistics | |
grass7:r.stats -> r.stats | |
grass7:r.stats.quantile.out -> r.stats.quantile.out | |
grass7:r.stats.quantile.rast -> r.stats.quantile.rast | |
grass7:r.stats.zonal -> r.stats.zonal | |
grass7:r.stream.extract -> r.stream.extract | |
grass7:r.sun.incidout -> r.sun.incidout | |
grass7:r.sun.insoltime -> r.sun.insoltime | |
grass7:r.sunhours -> r.sunhours | |
grass7:r.sunmask.datetime -> r.sunmask.datetime | |
grass7:r.sunmask.position -> r.sunmask.position | |
grass7:r.surf.area -> r.surf.area | |
grass7:r.surf.contour -> r.surf.contour | |
grass7:r.surf.fractal -> r.surf.fractal | |
grass7:r.surf.gauss -> r.surf.gauss | |
grass7:r.surf.idw -> r.surf.idw | |
grass7:r.surf.random -> r.surf.random | |
grass7:r.terraflow -> r.terraflow | |
grass7:r.texture -> r.texture | |
grass7:r.thin -> r.thin | |
grass7:r.tile -> r.tile | |
grass7:r.tileset -> r.tileset | |
grass7:r.to.vect -> r.to.vect | |
grass7:r.topidx -> r.topidx | |
grass7:r.topmodel -> r.topmodel | |
grass7:r.topmodel.topidxstats -> r.topmodel.topidxstats | |
grass7:r.transect -> r.transect | |
grass7:r.univar -> r.univar | |
grass7:r.uslek -> r.uslek | |
grass7:r.usler -> r.usler | |
grass7:r.viewshed -> r.viewshed | |
grass7:r.volume -> r.volume | |
grass7:r.walk.coords -> r.walk.coords | |
grass7:r.walk.points -> r.walk.points | |
grass7:r.walk.rast -> r.walk.rast | |
grass7:r.water.outlet -> r.water.outlet | |
grass7:r.watershed -> r.watershed | |
grass7:r.what.color -> r.what.color | |
grass7:r.what.coords -> r.what.coords | |
grass7:r.what.points -> r.what.points | |
grass7:v.buffer -> v.buffer | |
grass7:v.build.check -> v.build.check | |
grass7:v.build.polylines -> v.build.polylines | |
grass7:v.class -> v.class | |
grass7:v.clean -> v.clean | |
grass7:v.cluster -> v.cluster | |
grass7:v.db.select -> v.db.select | |
grass7:v.decimate -> v.decimate | |
grass7:v.delaunay -> v.delaunay | |
grass7:v.dissolve -> v.dissolve | |
grass7:v.distance -> v.distance | |
grass7:v.drape -> v.drape | |
grass7:v.edit -> v.edit | |
grass7:v.extract -> v.extract | |
grass7:v.extrude -> v.extrude | |
grass7:v.generalize -> v.generalize | |
grass7:v.hull -> v.hull | |
grass7:v.in.ascii -> v.in.ascii | |
grass7:v.in.dxf -> v.in.dxf | |
grass7:v.in.e00 -> v.in.e00 | |
grass7:v.in.geonames -> v.in.geonames | |
grass7:v.in.lidar -> v.in.lidar | |
grass7:v.in.lines -> v.in.lines | |
grass7:v.in.mapgen -> v.in.mapgen | |
grass7:v.in.wfs -> v.in.wfs | |
grass7:v.info -> v.info | |
grass7:v.kcv -> v.kcv | |
grass7:v.kernel.rast -> v.kernel.rast | |
grass7:v.kernel.vector -> v.kernel.vector | |
grass7:v.lidar.correction -> v.lidar.correction | |
grass7:v.lidar.edgedetection -> v.lidar.edgedetection | |
grass7:v.lidar.growing -> v.lidar.growing | |
grass7:v.mkgrid -> v.mkgrid | |
grass7:v.neighbors -> v.neighbors | |
grass7:v.net -> v.net | |
grass7:v.net.alloc -> v.net.alloc | |
grass7:v.net.allpairs -> v.net.allpairs | |
grass7:v.net.bridge -> v.net.bridge | |
grass7:v.net.centrality -> v.net.centrality | |
grass7:v.net.components -> v.net.components | |
grass7:v.net.connectivity -> v.net.connectivity | |
grass7:v.net.distance -> v.net.distance | |
grass7:v.net.flow -> v.net.flow | |
grass7:v.net.iso -> v.net.iso | |
grass7:v.net.nreport -> v.net.nreport | |
grass7:v.net.path -> v.net.path | |
grass7:v.net.report -> v.net.report | |
grass7:v.net.salesman -> v.net.salesman | |
grass7:v.net.spanningtree -> v.net.spanningtree | |
grass7:v.net.steiner -> v.net.steiner | |
grass7:v.net.timetable -> v.net.timetable | |
grass7:v.net.visibility -> v.net.visibility | |
grass7:v.normal -> v.normal | |
grass7:v.out.ascii -> v.out.ascii | |
grass7:v.out.dxf -> v.out.dxf | |
grass7:v.out.postgis -> v.out.postgis | |
grass7:v.out.pov -> v.out.pov | |
grass7:v.out.svg -> v.out.svg | |
grass7:v.out.vtk -> v.out.vtk | |
grass7:v.outlier -> v.outlier | |
grass7:v.overlay -> v.overlay | |
grass7:v.pack -> v.pack | |
grass7:v.parallel -> v.parallel | |
grass7:v.patch -> v.patch | |
grass7:v.perturb -> v.perturb | |
grass7:v.proj -> v.proj | |
grass7:v.qcount -> v.qcount | |
grass7:v.random -> v.random | |
grass7:v.rast.stats -> v.rast.stats | |
grass7:v.reclass -> v.reclass | |
grass7:v.rectify -> v.rectify | |
grass7:v.report -> v.report | |
grass7:v.sample -> v.sample | |
grass7:v.segment -> v.segment | |
grass7:v.select -> v.select | |
grass7:v.split -> v.split | |
grass7:v.surf.bspline -> v.surf.bspline | |
grass7:v.surf.idw -> v.surf.idw | |
grass7:v.surf.rst -> v.surf.rst | |
grass7:v.surf.rst.cvdev -> v.surf.rst.cvdev | |
grass7:v.to.3d -> v.to.3d | |
grass7:v.to.lines -> v.to.lines | |
grass7:v.to.points -> v.to.points | |
grass7:v.to.rast -> v.to.rast | |
grass7:v.transform -> v.transform | |
grass7:v.type -> v.type | |
grass7:v.univar -> v.univar | |
grass7:v.vect.stats -> v.vect.stats | |
grass7:v.voronoi -> v.voronoi | |
grass7:v.voronoi.skeleton -> v.voronoi.skeleton | |
grass7:v.what.rast -> v.what.rast | |
grass7:v.what.vect -> v.what.vect | |
kmltools:exportkmz -> Export KMZ | |
kmltools:htmlexpansion -> Expand HTML description field | |
kmltools:importkml -> Import KML/KMZ | |
latlontools:field2geom -> Fields to point layer | |
latlontools:geom2field -> Point layer to fields | |
latlontools:mgrs2point -> MGRS to point layer | |
latlontools:pluscodes2point -> Plus Codes to point layer | |
latlontools:point2mgrs -> Point layer to MGRS | |
latlontools:point2pluscodes -> Point layer to Plus Codes | |
model:1-Preparation_ -> 1-Preparation_ | |
model:1-preparation -> 1-preparation | |
model:1. VERIF -> 1. VERIF | |
model:2-Create CTRLS -> 2-Create CTRLS | |
model:2-Renum Planimetrie -> 2-Renum Planimetrie | |
model:2-Renum Planimetrie_vers _ALTI -> 2-Renum Planimetrie_vers _ALTI | |
model:3-Create CTRLS -> 3-Create CTRLS | |
model:3-Renum Planimetrie -> 3-Renum Planimetrie | |
model:4-Copier Colonnes -> 4-Copier Colonnes | |
model:CONTROLE EXCEL SHP -> CONTROLE EXCEL SHP | |
model:CONTROLE_ACAPULCO -> CONTROLE_ACAPULCO | |
model:CONTROLE_ACAPULCO 2020 -> CONTROLE_ACAPULCO 2020 | |
model:CONTROLE_ACAPULCO 2020 QGS3.14 -> CONTROLE_ACAPULCO 2020 QGS3.14 | |
model:CONTROLE_ACAPULCO 2020 QGS3.8 -> CONTROLE_ACAPULCO 2020 QGS3.8 | |
model:CONTROLE_ACAPULCO 2020 QGS3.8 v6.1 -> CONTROLE_ACAPULCO 2020 QGS3.8 v6.1 | |
model:CTRL Intersection -> CTRL Intersection | |
model:Connect server -> Connect server | |
model:Create_CTRLS -> Create_CTRLS | |
model:Create_point_renum -> Create_point_renum | |
model:DECOUP -> DECOUP | |
model:DEV -> DEV | |
model:ETL basic model (Append) -> ETL basic model (Append) | |
model:ETL basic model (Update) -> ETL basic model (Update) | |
model:JOINTURE -> JOINTURE | |
model:REPRISE -> REPRISE | |
model:REPRISE_EXPORT -> REPRISE_EXPORT | |
model:Renum -> Renum | |
model:Rounding -> Rounding | |
model:SIG Decoup ATTR -> SIG Decoup ATTR | |
model:TEST -> TEST | |
model:Traitement -> Traitement | |
model:Traitement FUILLES -> Traitement FUILLES | |
model:Traitement et CSV -> Traitement et CSV | |
model:UPDATE DN CTRL -> UPDATE DN CTRL | |
model:UPDATE DN DET -> UPDATE DN DET | |
model:VERIFS -> VERIFS | |
model:VERIFS_ -> VERIFS_ | |
model:control Ecarts 2D -> control Ecarts 2D | |
model:control Operateurs -> control Operateurs | |
model:decoupage_type 1 niveau moyen_faible -> decoupage_type 1 niveau moyen_faible | |
model:jointure_annexe_13_markers_V4 -> jointure_annexe_13_markers_V4 | |
model:recup_info_inaccessible_V12_sans_croisement -> recup_info_inaccessible_V12_sans_croisement | |
model:recup_info_inaccessible_V13_avec_croisement -> recup_info_inaccessible_V13_avec_croisement | |
native:addautoincrementalfield -> Ajouter un champ auto-incrémenté | |
native:adduniquevalueindexfield -> Ajouter un champ d'index de valeur unique | |
native:addxyfields -> Add X/Y fields to layer | |
native:antimeridiansplit -> Geodesic line split at antimeridian | |
native:arrayoffsetlines -> Réseau de lignes décalées (parallèles) | |
native:arraytranslatedfeatures -> Liste des entités converties | |
native:assignprojection -> Assigner une projection | |
native:boundary -> Limite | |
native:boundingboxes -> Emprise | |
native:buffer -> Tampon | |
native:bufferbym -> Tampon de largeur variable (par valeur M) | |
native:calculatevectoroverlaps -> Overlap analysis | |
native:categorizeusingstyle -> Créer un rendu catégorisé à partir de styles | |
native:centroids -> Centroïdes | |
native:clip -> Couper | |
native:collect -> Collecter les géométries | |
native:convexhull -> Enveloppe convexe | |
native:dbscanclustering -> Partitionnement DBSCAN | |
native:deleteholes -> Supprimer les trous | |
native:densifygeometriesgivenaninterval -> Densifier par le nombre d'interval (segments) | |
native:difference -> Différence | |
native:dissolve -> Regrouper | |
native:dropgeometries -> Supprimer les géométries | |
native:dropmzvalues -> Abandonner les valeurs M/Z | |
native:explodehstorefield -> Exploser un champ HStore | |
native:explodelines -> Exploser des lignes | |
native:extendlines -> Prolonger les lignes | |
native:extenttolayer -> Créer une couche à partir de l'étendue | |
native:extractbinary -> Extraire le champ binaire | |
native:extractbyattribute -> Extraire par attribut | |
native:extractbyexpression -> Extraire par expression | |
native:extractbyextent -> Extraire/découper par étendue | |
native:extractbylocation -> Extraire par localisation | |
native:extractmvalues -> Extraire les valeurs M | |
native:extractvertices -> Extraire les sommets | |
native:extractzvalues -> Extract Z values | |
native:filedownloader -> Télécharger un fichier | |
native:filter -> Feature filter | |
native:filterverticesbym -> Filtrage des sommets par la valeur M | |
native:filterverticesbyz -> Filtrage des sommets par la valeur Z | |
native:fixgeometries -> Réparer les géométries | |
native:forcerhr -> Force right-hand-rule | |
native:hublines -> Rejoindre par des lignes (lignes de hub) | |
native:importphotos -> Importer des photos géolocalisées | |
native:interpolatepoint -> Interpole un point sur la ligne | |
native:intersection -> Intersection | |
native:joinattributestable -> Joindre les attributs par valeur de champ | |
native:joinbynearest -> Join attributes by nearest | |
native:kmeansclustering -> Partitionnement en K-moyennes | |
native:lineintersections -> Intersections de lignes | |
native:linesubstring -> Extraction de ligne | |
native:loadlayer -> Charger la couche dans le projet | |
native:meancoordinates -> Coordonnée(s) moyenne(s) | |
native:mergelines -> Fusionner les lignes | |
native:mergevectorlayers -> Fusionner des couches vecteur | |
native:minimumenclosingcircle -> Cercles englobants minimaux | |
native:multiparttosingleparts -> De morceaux multiples à morceaux uniques | |
native:multiringconstantbuffer -> Tampon multi-anneaux (distance constante) | |
native:offsetline -> Lignes décalées | |
native:orderbyexpression -> Ordonner par expression | |
native:orientedminimumboundingbox -> Emprise orientée minimale (OMBB) | |
native:package -> Empaquetage de couches | |
native:pixelstopoints -> Pixels de raster en points | |
native:pixelstopolygons -> Pixels de raster en polygones | |
native:pointonsurface -> Point dans la surface | |
native:pointsalonglines -> Points le long d'une géométrie | |
native:polygonstolines -> Polygones vers lignes | |
native:printlayoutmapextenttolayer -> Print layout map extent to layer | |
native:projectpointcartesian -> Points de projet (cartésien) | |
native:promotetomulti -> Convertir en multiparties | |
native:rasterbooleanand -> Raster boolean AND | |
native:rasterlayeruniquevaluesreport -> Rapport sur les valeurs uniques de la couche raster | |
native:rasterlayerzonalstats -> Raster layer zonal statistics | |
native:rasterlogicalor -> Raster boolean OR | |
native:rastersurfacevolume -> Raster surface volume | |
native:reclassifybylayer -> Reclassification par couche | |
native:reclassifybytable -> Reclassification par table | |
native:removeduplicatesbyattribute -> Delete duplicates by attribute | |
native:removeduplicatevertices -> Supprimer les sommets en double | |
native:removenullgeometries -> Supprime les géométries nulles | |
native:renamelayer -> Renommer la couche | |
native:reprojectlayer -> Reprojeter une couche | |
native:reverselinedirection -> Inverse la direction des lignes | |
native:rotatefeatures -> Rotation | |
native:saveselectedfeatures -> Extraire les entités sélectionnées | |
native:segmentizebymaxangle -> Segmentation par angle maximum | |
native:segmentizebymaxdistance -> Segmentation par distance maximale | |
native:selectbylocation -> Sélection par localisation | |
native:setmfromraster -> Fixer la valeur M depuis un raster | |
native:setzfromraster -> Drape (set Z value from raster) | |
native:shortestpathlayertopoint -> Chemin le plus court (de la couche vers le point) | |
native:shortestpathpointtolayer -> Chemin le plus court (du point vers la couche) | |
native:shortestpathpointtopoint -> Chemin le plus court (de point à point) | |
native:simplifygeometries -> Simplifier | |
native:smoothgeometry -> Lisser | |
native:snappointstogrid -> Accrochage de points à la grille | |
native:splitlinesbylength -> Division des lignes par longueur maximale | |
native:splitwithlines -> Couper avec des lignes | |
native:stringconcatenation -> Concaténation de chaîne de caractères | |
native:subdivide -> Subdiviser | |
native:swapxy -> Intervertir les coordonnées X et Y | |
native:symmetricaldifference -> Différenciation symétrique | |
native:taperedbuffer -> Tampons coniques | |
native:transect -> Transect | |
native:translategeometry -> Translation | |
native:union -> Union | |
native:wedgebuffers -> Créer des tampons en coin | |
native:zonalhistogram -> Histogramme zonal | |
qgis:addfieldtoattributestable -> Ajouter un champ à la table des attributs | |
qgis:advancedpythonfieldcalculator -> Calculatrice de champ avancée Python | |
qgis:aggregate -> Agrégation | |
qgis:aspect -> Exposition | |
qgis:barplot -> Histogramme | |
qgis:basicstatisticsforfields -> Statistiques basiques pour les champs | |
qgis:boxplot -> Diagramme en boîte | |
qgis:buildvirtualvector -> Build virtual vector | |
qgis:checkvalidity -> Vérifier la validité | |
qgis:concavehull -> Enveloppe concave (formes alpha) | |
qgis:convertgeometrytype -> Convertir le type de géométrie | |
qgis:countpointsinpolygon -> Compter les points dans les polygones | |
qgis:createattributeindex -> Créer un index attributaire | |
qgis:createconstantrasterlayer -> Créer une couche raster constante | |
qgis:creategrid -> Créer une grille | |
qgis:createpointslayerfromtable -> Créer une couche de points à partir d'une table | |
qgis:createspatialindex -> Créer un index spatial | |
qgis:definecurrentprojection -> Définir la projection de la couche | |
qgis:delaunaytriangulation -> Triangulation de Delaunay | |
qgis:deletecolumn -> Supprimer champ(s) | |
qgis:deleteduplicategeometries -> Supprimer les géométries dupliquées | |
qgis:densifygeometries -> Densifier par le nombre de sommets (points) | |
qgis:distancematrix -> Matrice des distances | |
qgis:distancetonearesthublinetohub -> Distance au plus proche centre (ligne vers centre) | |
qgis:distancetonearesthubpoints -> Distance au plus proche centre (points) | |
qgis:eliminateselectedpolygons -> Élimination des polygones sélectionnés | |
qgis:executesql -> Exécuter SQL | |
qgis:exportaddgeometrycolumns -> Ajouter les attributs de géométrie | |
qgis:extractspecificvertices -> Extraire des sommets spécifiques | |
qgis:fieldcalculator -> Calculatrice de champ | |
qgis:findprojection -> Trouver une projection | |
qgis:generatepointspixelcentroidsalongline -> Générer des points le long d'une ligne (centroïdes de pixel) | |
qgis:generatepointspixelcentroidsinsidepolygons -> Générer des points à l'intérieur des polygones (centroïdes de pixel) | |
qgis:geometrybyexpression -> Géométrie par expression | |
qgis:heatmapkerneldensityestimation -> Carte de chaleur (Estimation par noyau) | |
qgis:hillshade -> Ombrage | |
qgis:hypsometriccurves -> Courbes hypsométriques | |
qgis:idwinterpolation -> Interpolation IDW | |
qgis:importintopostgis -> Exporter dans PostgreSQL | |
qgis:importintospatialite -> Exporter vers SpatiaLite | |
qgis:joinattributesbylocation -> Joindre les attributs par localisation | |
qgis:joinbylocationsummary -> Joindre les attributs par localisation (résumé) | |
qgis:keepnbiggestparts -> Conserver N plus grandes parties | |
qgis:knearestconcavehull -> Enveloppe concave (voisin le plus proche) | |
qgis:linestopolygons -> De lignes à polygones | |
qgis:listuniquevalues -> Liste les valeurs uniques | |
qgis:meanandstandarddeviationplot -> Tracé de l'écart type et moyen | |
qgis:minimumboundinggeometry -> Géométrie d'emprise minimale | |
qgis:nearestneighbouranalysis -> Analyse du plus proche voisin | |
qgis:orthogonalize -> Projette orthogonalement | |
qgis:pointsdisplacement -> Déplacement de points | |
qgis:pointstopath -> Points vers lignes | |
qgis:polarplot -> Diagramme polaire | |
qgis:poleofinaccessibility -> Pôle d’inaccessibilité | |
qgis:polygonfromlayerextent -> Extraire l'emprise de la couche | |
qgis:polygonize -> Mise en Polygones | |
qgis:postgisexecuteandloadsql -> PostgreSQL exécuter et charger SQL | |
qgis:postgisexecutesql -> PostgreSQL exécuter SQL | |
qgis:randomextract -> Extraire aléatoirement | |
qgis:randomextractwithinsubsets -> Extraire aléatoirement parmi des sous-ensembles | |
qgis:randompointsalongline -> Points aléatoires le long d'une ligne | |
qgis:randompointsinextent -> Points aléatoires dans l'étendue | |
qgis:randompointsinlayerbounds -> Points aléatoires sur l'emprise d'une couche | |
qgis:randompointsinsidepolygons -> Points aléatoires à l'intérieur des polygones | |
qgis:randomselection -> Sélection aléatoire | |
qgis:randomselectionwithinsubsets -> Sélection aléatoire parmi des sous-ensembles | |
qgis:rastercalculator -> Raster calculator | |
qgis:rasterize -> Convertir une carte en raster | |
qgis:rasterlayerhistogram -> Histogramme d'une couche raster | |
qgis:rasterlayerstatistics -> Statistiques de la couche raster | |
qgis:rastersampling -> Prélever des valeurs rasters | |
qgis:rectanglesovalsdiamondsfixed -> Rectangles, ovales, diamants (fixe) | |
qgis:rectanglesovalsdiamondsvariable -> Rectangles, ovales, diamants (variable) | |
qgis:refactorfields -> Refactoriser les champs | |
qgis:regularpoints -> Points réguliers | |
qgis:relief -> Relief | |
qgis:ruggednessindex -> Index de rugosité | |
qgis:scatter3dplot -> Nuage de points 3D d'une couche vecteur | |
qgis:selectbyattribute -> Sélection par attribut | |
qgis:selectbyexpression -> Sélectionner à l'aide d'une expression... | |
qgis:serviceareafromlayer -> Zone de desserte (de la couche) | |
qgis:serviceareafrompoint -> Zone de desserte (du point) | |
qgis:setmvalue -> Fixer la valeur M | |
qgis:setstyleforrasterlayer -> Configurer le style pour une couche raster | |
qgis:setstyleforvectorlayer -> Configurer un style pour une couche vecteur | |
qgis:setzvalue -> Fixer la valeur Z | |
qgis:singlesidedbuffer -> Zone tampon unilatérale | |
qgis:slope -> Pente | |
qgis:snapgeometries -> Accrocher les géométries à la couche | |
qgis:spatialiteexecutesql -> Exécution SQL SpatiaLite | |
qgis:splitvectorlayer -> Séparer une couche vecteur | |
qgis:statisticsbycategories -> Statistiques par catégories | |
qgis:sumlinelengths -> Somme des longueurs des lignes | |
qgis:texttofloat -> Texte vers décimal | |
qgis:tilesxyzdirectory -> Generate XYZ tiles (Directory) | |
qgis:tilesxyzmbtiles -> Generate XYZ tiles (MBTiles) | |
qgis:tininterpolation -> Interpolation TIN | |
qgis:topologicalcoloring -> Coloration topologique | |
qgis:truncatetable -> Tronquer la Table | |
qgis:variabledistancebuffer -> Distance tampon variable | |
qgis:vectorlayerhistogram -> Histogramme de la couche vecteur | |
qgis:vectorlayerscatterplot -> Nuage de points d'une couche vecteur | |
qgis:voronoipolygons -> Polygones de Voronoï | |
qgis:zonalstatistics -> Statistiques de zone | |
quickosm:buildqueryaroundarea -> Construire une requête autour d'un lieu | |
quickosm:buildquerybyattributeonly -> Construire une requête attributaire | |
quickosm:buildqueryextent -> Construire une requête dans une emprise | |
quickosm:buildqueryinsidearea -> Construire une requête en utilisant une surface | |
quickosm:buildrawquery -> Construire la requête brute | |
quickosm:openosmfile -> Ouvrir les sous-couches d'un fichier OSM | |
r:ACP_cercle -> ACP cercle | |
r:ANOVA -> ANOVA | |
r:Advanced_raster_histogram -> Advanced raster histogram | |
r:Alpha_shape -> Alpha shape | |
r:Autocor_Moran -> Autocor Moran | |
r:CART -> CART | |
r:Close_neighbor -> Close neighbor | |
r:CoA -> CoA | |
r:Density_curve -> Density curve | |
r:Distance -> Distance | |
r:Extract_points_from_line -> Extract points from line | |
r:FAMD -> FAMD | |
r:F_function -> F function | |
r:Frequency_table -> Frequency table | |
r:G_function -> G function | |
r:HCA -> HCA | |
r:Histogram -> Histogram | |
r:Inverse_Distance_Weighting -> Inverse Distance Weighting | |
r:Inverse_Distance_Weighting_with_method_selection -> Inverse Distance Weighting with method selection | |
r:Kernel_density_estimation -> Kernel density estimation | |
r:Kolmogrov-Smirnov_test -> Kolmogrov-Smirnov test | |
r:Kriging -> Kriging | |
r:Kriging_with_model_selection -> Kriging with model selection | |
r:Minimum_convex_polygon -> Minimum convex polygon | |
r:Minimum_convex_polygon_sf -> Minimum convex polygon sf | |
r:Monte-Carlo_spatial_randomness -> Monte-Carlo spatial randomness | |
r:Multiple_Regression -> Multiple Regression | |
r:Ordinary_Kriging -> Ordinary Kriging | |
r:PCA_cercle -> PCA cercle | |
r:PCA_contribution -> PCA contribution | |
r:PCA_individus -> PCA individus | |
r:PCA_var -> PCA var | |
r:Polygon_coordinates -> Polygon coordinates | |
r:Quadrat_analysis -> Quadrat analysis | |
r:Random_sampling_grid -> Random sampling grid | |
r:Raster_histogram -> Raster histogram | |
r:Regular_sampling_grid -> Regular sampling grid | |
r:Relative_distribution_(distance_covariate) -> Relative distribution (distance covariate) | |
r:Relative_distribution_(raster_covariate) -> Relative distribution (raster covariate) | |
r:Ripley_-_Rasson_spatial_domain -> Ripley - Rasson spatial domain | |
r:Selection_Cp -> Selection Cp | |
r:Selection_with_Bayesian_Information_Criterion -> Selection with Bayesian Information Criterion | |
r:Selection_with_criterion_choice -> Selection with criterion choice | |
r:Selection_with_r2 -> Selection with r2 | |
r:Selection_with_r2_adjusted -> Selection with r2 adjusted | |
r:Simple_Linear_Regression -> Simple Linear Regression | |
r:Summarize_by_field -> Summarize by field | |
r:Summarize_by_two_fields -> Summarize by two fields | |
r:Summary_statistics -> Summary statistics | |
r:Tobler -> Tobler | |
r:Variogram_Modelling -> Variogram Modelling | |
r:barplot -> Bar plot | |
r:createrasterattributetable -> Create raster attribute table | |
r:frequency_plot -> frequency plot | |
r:ggplot_scatterplot -> ggplot scatterplot | |
r:minmax -> Min_Max | |
r:qqplot -> qqplot | |
r:scatterplot -> Scatterplot | |
r:scatterplot_log -> scatterplot log | |
r:scatterplot_regressione -> scatterplot regressione | |
r:scatterplot_types -> scatterplot types | |
r:ternaryPlots -> ternaryPlots | |
r:testsf -> test_sf | |
r:testsp -> test_sp | |
saga:accumulatedcost -> Accumulated cost | |
saga:accumulatedcostanisotropic -> Accumulated cost (anisotropic) | |
saga:accumulatedcostisotropic -> Accumulated cost (isotropic) | |
saga:accumulationfunctions -> Accumulation functions | |
saga:addcoordinatestopoints -> Add coordinates to points | |
saga:addindicatorfieldsforcategories -> Add indicator fields for categories | |
saga:addpointattributestopolygons -> Add point attributes to polygons | |
saga:addpolygonattributestopoints -> Add polygon attributes to points | |
saga:addrastervaluestofeatures -> Add raster values to features | |
saga:addrastervaluestopoints -> Add raster values to points | |
saga:aggregate -> Aggregate | |
saga:aggregatepointobservations -> Aggregate point observations | |
saga:aggregationindex -> Aggregation index | |
saga:analyticalhierarchyprocess -> Analytical hierarchy process | |
saga:analyticalhillshading -> Analytical hillshading | |
saga:angmap -> Angmap | |
saga:angulardistanceweighted -> Angular distance weighted | |
saga:artificialneuralnetworkclassificationopencv -> Artificial neural network classification (opencv) | |
saga:aspectslopegrid -> Aspect-slope grid | |
saga:automatedcloudcoverassessment -> Automated cloud cover assessment | |
saga:averagewithmask1 -> Average with mask 1 | |
saga:averagewithmask2 -> Average with mask 2 | |
saga:averagewiththereshold1 -> Average with thereshold 1 | |
saga:averagewiththereshold2 -> Average with thereshold 2 | |
saga:averagewiththereshold3 -> Average with thereshold 3 | |
saga:basicterrainanalysis -> Basic terrain analysis | |
saga:binaryerosionreconstruction -> Binary erosion-reconstruction | |
saga:bioclimaticvariables -> Bioclimatic variables | |
saga:boostingclassificationopencv -> Boosting classification (opencv) | |
saga:bsplineapproximation -> B-spline approximation | |
saga:burnstreamnetworkintodem -> Burn stream network into dem | |
saga:catchmentarea -> Catchment area | |
saga:catchmentareaflowtracing -> Catchment area (flow tracing) | |
saga:catchmentarearecursive -> Catchment area (recursive) | |
saga:categoricalcoincidence -> Categorical coincidence | |
saga:cellbalance -> Cell balance | |
saga:changedatastorage -> Change data storage | |
saga:changedateformat -> Change date format | |
saga:changedetection -> Change detection | |
saga:changetimeformat -> Change time format | |
saga:channelnetwork -> Channel network | |
saga:channelnetworkanddrainagebasins -> Channel network and drainage basins | |
saga:clippointswithpolygons -> Clip points with polygons | |
saga:cliprasterwithpolygon -> Clip raster with polygon | |
saga:closegaps -> Close gaps | |
saga:closegapswithspline -> Close gaps with spline | |
saga:closegapswithstepwiseresampling -> Close gaps with stepwise resampling | |
saga:closeonecellgaps -> Close one cell gaps | |
saga:clusteranalysis -> Cluster analysis | |
saga:clusteranalysisshapes -> Cluster analysis (shapes) | |
saga:concentration -> Concentration | |
saga:confusionmatrixpolygonsgrid -> Confusion matrix (polygons / grid) | |
saga:confusionmatrixtwogrids -> Confusion matrix (two grids) | |
saga:connectivityanalysis -> Connectivity analysis | |
saga:constantgrid -> Constant grid | |
saga:contourlines -> Contour lines | |
saga:convergenceindex -> Convergence index | |
saga:convergenceindexsearchradius -> Convergence index (search radius) | |
saga:convertdatastoragetype -> Convert data storage type | |
saga:convertlinestopoints -> Convert lines to points | |
saga:convertlinestopolygons -> Convert lines to polygons | |
saga:convertmultipointstopoints -> Convert multipoints to points | |
saga:convertpointstolines -> Convert points to line(s) | |
saga:convertpolygonlineverticestopoints -> Convert polygon/line vertices to points | |
saga:convertpolygonstolines -> Convert polygons to lines | |
saga:convexhull -> Convex hull | |
saga:covereddistance -> Covered distance | |
saga:createlinesgraticule -> Create lines graticule | |
saga:createpointgrid -> Create point grid | |
saga:createpolygonsgraticule -> Create polygons graticule | |
saga:croptodata -> Crop to data | |
saga:crossclassificationandtabulation -> Cross-classification and tabulation | |
saga:crossprofiles -> Cross profiles | |
saga:curvatureclassification -> Curvature classification | |
saga:cutvectorlayer -> Cut vector layer | |
saga:decisiontreeclassificationopencv -> Decision tree classification (opencv) | |
saga:destriping -> Destriping | |
saga:destripingwithmask -> Destriping with mask | |
saga:difference -> Difference | |
saga:diffusepollutionrisk -> Diffuse pollution risk | |
saga:diffusivehillslopeevolutionadi -> Diffusive hillslope evolution (adi) | |
saga:diffusivehillslopeevolutionftcs -> Diffusive hillslope evolution (ftcs) | |
saga:directionalaverage -> Directional average | |
saga:directionalstatisticsforrasterlayer -> Directional statistics for raster layer | |
saga:distancevigra -> Distance (vigra) | |
saga:diurnalanisotropicheating -> Diurnal anisotropic heating | |
saga:diversityofcategories -> Diversity of categories | |
saga:downslopedistancegradient -> Downslope distance gradient | |
saga:dtmfilterslopebased -> Dtm filter (slope-based) | |
saga:earthsorbitalparameters -> Earth's orbital parameters | |
saga:edgecontamination -> Edge contamination | |
saga:edgedetectionvigra -> Edge detection (vigra) | |
saga:effectiveairflowheights -> Effective air flow heights | |
saga:enhancedvegetationindex -> Enhanced vegetation index | |
saga:enumeratetablefield -> Enumerate table field | |
saga:fastregiongrowingalgorithm -> Fast region growing algorithm | |
saga:fastrepresentativeness -> Fast representativeness | |
saga:featureextents -> Feature extents | |
saga:fieldstatistics -> Field statistics | |
saga:fillgapsinrecords -> Fill gaps in records | |
saga:fillsinks -> Fill sinks | |
saga:fillsinksqmofesp -> Fill sinks (qm of esp) | |
saga:fillsinkswangliu -> Fill sinks (wang & liu) | |
saga:fillsinksxxlwangliu -> Fill sinks xxl (wang & liu) | |
saga:findfieldofextremevalue -> Find field of extreme value | |
saga:fireriskanalysis -> Fire risk analysis | |
saga:fitnpointsinpolygon -> Fit n points in polygon | |
saga:fixeddistancebuffer -> Fixed distance buffer | |
saga:flatdetection -> Flat detection | |
saga:flattenpolygonlayer -> Flatten polygon layer | |
saga:flowaccumulationqmofesp -> Flow accumulation (qm of esp) | |
saga:flowpathlength -> Flow path length | |
saga:flowwidthandspecificcatchmentarea -> Flow width and specific catchment area | |
saga:fourierfiltervigra -> Fourier filter (vigra) | |
saga:fouriertransformationopencv -> Fourier transformation (opencv) | |
saga:fouriertransforminversevigra -> Fourier transform inverse (vigra) | |
saga:fouriertransformrealvigra -> Fourier transform (real, vigra) | |
saga:fouriertransformvigra -> Fourier transform (vigra) | |
saga:fragmentationalternative -> Fragmentation (alternative) | |
saga:fragmentationclassesfromdensityandconnectivity -> Fragmentation classes from density and connectivity | |
saga:fragmentationstandard -> Fragmentation (standard) | |
saga:function -> Function | |
saga:functionfit -> Function fit | |
saga:fuzzify -> Fuzzify | |
saga:fuzzyintersectionand -> Fuzzy intersection (and) | |
saga:fuzzylandformelementclassification -> Fuzzy landform element classification | |
saga:fuzzyunionor -> Fuzzy union (or) | |
saga:gaussianfilter -> Gaussian filter | |
saga:generateshapes -> Generate shapes | |
saga:geodesicmorphologicalreconstruction -> Geodesic morphological reconstruction | |
saga:geographiccoordinategrids -> Geographic coordinate grids | |
saga:geometricfigures -> Geometric figures | |
saga:globalmoransiforrasterlayer -> Global moran's i for raster layer | |
saga:gradientvectorfromcartesiantopolarcoordinates -> Gradient vector from cartesian to polar coordinates | |
saga:gradientvectorfrompolartocartesiancoordinates -> Gradient vector from polar to cartesian coordinates | |
saga:gradientvectorsfromdirectionalcomponents -> Gradient vectors from directional components | |
saga:gradientvectorsfromdirectionandlength -> Gradient vectors from direction and length | |
saga:gradientvectorsfromsurface -> Gradient vectors from surface | |
saga:gridcombination -> Gridcombination | |
saga:gridstatisticsforpoints -> Grid statistics for points | |
saga:gwrformultiplepredictorlayers -> Gwr for multiple predictor layers | |
saga:gwrformultiplepredictors -> Gwr for multiple predictors | |
saga:gwrformultiplepredictorsgriddedmodeloutput -> Gwr for multiple predictors (gridded model output) | |
saga:gwrforsinglepredictorgriddedmodeloutput -> Gwr for single predictor (gridded model output) | |
saga:gwrforsinglepredictorlayer -> Gwr for single predictor layer | |
saga:histogramsurface -> Histogram surface | |
saga:hypsometry -> Hypsometry | |
saga:imcorrfeaturetracking -> Imcorr - feature tracking | |
saga:interpolatecubicspline -> Interpolate (cubic spline) | |
saga:intersect -> Intersect | |
saga:inversedistanceweightedinterpolation -> Inverse distance weighted interpolation | |
saga:invertdatanodata -> Invert data/no-data | |
saga:invertgrid -> Invert grid | |
saga:isodataclusteringforgrids -> Isodata clustering for grids | |
saga:kerneldensityestimation -> Kernel density estimation | |
saga:kmeansclusteringforgrids -> K-means clustering for grids | |
saga:knearestneighboursclassificationopencv -> K-nearest neighbours classification (opencv) | |
saga:lakeflood -> Lake flood | |
saga:landsurfacetemperature -> Land surface temperature | |
saga:landusescenariogenerator -> Land use scenario generator | |
saga:laplacianfilter -> Laplacian filter | |
saga:layerofextremevalue -> Layer of extreme value | |
saga:leastcostpaths -> Least cost paths | |
saga:linedissolve -> Line dissolve | |
saga:linepolygonintersection -> Line-polygon intersection | |
saga:lineproperties -> Line properties | |
saga:linesimplification -> Line simplification | |
saga:linesmoothing -> Line smoothing | |
saga:localminimaandmaxima -> Local minima and maxima | |
saga:lsfactor -> Ls factor | |
saga:lsfactorfieldbased -> Ls-factor, field based | |
saga:majorityfilter -> Majority filter | |
saga:massbalanceindex -> Mass balance index | |
saga:maximumentropypresenceprediction -> Maximum entropy presence prediction | |
saga:maximumflowpathlength -> Maximum flow path length | |
saga:mergevectorlayers -> Merge vector layers | |
saga:meshdenoise -> Mesh denoise | |
saga:metricconversions -> Metric conversions | |
saga:minimumdistanceanalysis -> Minimum distance analysis | |
saga:mirrorgrid -> Mirror grid | |
saga:modifedquadraticshepard -> Modifed quadratic shepard | |
saga:modifiedquadraticshepardinterpolation -> Modified quadratic shepard interpolation | |
saga:monthlyglobalbylatitude -> Monthly global by latitude | |
saga:morphologicalfilter -> Morphological filter | |
saga:morphologicalfilteropencv -> Morphological filter (opencv) | |
saga:morphologicalfiltervigra -> Morphological filter (vigra) | |
saga:morphometricfeatures -> Morphometric features | |
saga:morphometricprotectionindex -> Morphometric protection index | |
saga:mosaicrasterlayers -> Mosaic raster layers | |
saga:multibandvariation -> Multi-band variation | |
saga:multidirectionleefilter -> Multi direction lee filter | |
saga:multilevelbsplineinterpolation -> Multilevel b-spline interpolation | |
saga:multilevelbsplineinterpolationforcategories -> Multilevel b-spline interpolation for categories | |
saga:multilevelbsplineinterpolationfromraster -> Multilevel b-spline interpolation (from raster) | |
saga:multiplelinearregressionanalysis -> Multiple linear regression analysis | |
saga:multiplelinearregressionanalysisshapes -> Multiple linear regression analysis (shapes) | |
saga:multipleregressionanalysisgridandpredictorgrids -> Multiple regression analysis (grid and predictor grids) | |
saga:multipleregressionanalysispointsandpredictorgrids -> Multiple regression analysis (points and predictor grids) | |
saga:multipleregressionanalysispointsraster -> Multiple regression analysis (points/raster) | |
saga:multipleregressionanalysisrasterraster -> Multiple regression analysis (raster/raster) | |
saga:multiresolutionindexofvalleybottomflatnessmrvbf -> Multiresolution index of valley bottom flatness (mrvbf) | |
saga:naturalneighbour -> Natural neighbour | |
saga:nearestneighbour -> Nearest neighbour | |
saga:normalbayesclassificationopencv -> Normal bayes classification (opencv) | |
saga:orderedweightedaveraging -> Ordered weighted averaging | |
saga:ordinarykriging -> Ordinary kriging | |
saga:overlandflowdistancetochannelnetwork -> Overland flow distance to channel network | |
saga:overlandflowkinematicwaved8 -> Overland flow - kinematic wave d8 | |
saga:paramemeltonruggednessnumber -> Paramemelton ruggedness number | |
saga:patching -> Patching | |
saga:patternanalysis -> Pattern analysis | |
saga:petafterhargreavesgrid -> Pet (after hargreaves, grid) | |
saga:petafterhargreavestable -> Pet (after hargreaves, table) | |
saga:pointdistances -> Point distances | |
saga:pointsfilter -> Points filter | |
saga:pointstatisticsforpolygons -> Point statistics for polygons | |
saga:pointsthinning -> Points thinning | |
saga:polartocartesiancoordinates -> Polar to cartesian coordinates | |
saga:polygoncentroids -> Polygon centroids | |
saga:polygonclipping -> Polygon clipping | |
saga:polygondissolveallpolygons -> Polygon dissolve (all polygons) | |
saga:polygondissolvebyattribute -> Polygon dissolve (by attribute) | |
saga:polygonidentity -> Polygon identity | |
saga:polygonlineintersection -> Polygon-line intersection | |
saga:polygonpartstoseparatepolygons -> Polygon parts to separate polygons | |
saga:polygonproperties -> Polygon properties | |
saga:polygonselfintersection -> Polygon self-intersection | |
saga:polygonshapeindices -> Polygon shape indices | |
saga:polygonstoedgesandnodes -> Polygons to edges and nodes | |
saga:polygonunion -> Polygon union | |
saga:polygonupdate -> Polygon update | |
saga:polynomialregression -> Polynomial regression | |
saga:principlecomponentsanalysis -> Principle components analysis | |
saga:profilefrompointstable -> Profile from points table | |
saga:profilesfromlines -> Profiles from lines | |
saga:proximityraster -> Proximity raster | |
saga:quadtreestructuretopolygons -> Quadtree structure to polygons | |
saga:radiusofvarianceraster -> Radius of variance (raster) | |
saga:randomfield -> Random field | |
saga:randomforestclassificationopencv -> Random forest classification (opencv) | |
saga:randomforestpresencepredictionvigra -> Random forest presence prediction (vigra) | |
saga:randomterraingeneration -> Random terrain generation | |
saga:rankfilter -> Rank filter | |
saga:rasterbuffer -> Raster buffer | |
saga:rastercalculator -> Raster calculator | |
saga:rastercellindex -> Raster cell index | |
saga:rasterdifference -> Raster difference | |
saga:rasterdivision -> Raster division | |
saga:rasterize -> Rasterize | |
saga:rastermasking -> Raster masking | |
saga:rasternormalisation -> Raster normalisation | |
saga:rasterorientation -> Raster orientation | |
saga:rasterproduct -> Raster product | |
saga:rasterproximitybuffer -> Raster proximity buffer | |
saga:rasterskeletonization -> Raster skeletonization | |
saga:rasterssum -> Rasters sum | |
saga:rasterstandardisation -> Raster standardisation | |
saga:rasterstatisticsforpolygons -> Raster statistics for polygons | |
saga:rastervaluestopoints -> Raster values to points | |
saga:rastervaluestopointsrandomly -> Raster values to points (randomly) | |
saga:rastervolume -> Raster volume | |
saga:realsurfacearea -> Real surface area | |
saga:reclassifyvalues -> Reclassify values | |
saga:reclassifyvaluessimple -> Reclassify values (simple) | |
saga:regressionanalysis -> Regression analysis | |
saga:regressionanalysispointsandpredictorgrid -> Regression analysis (points and predictor grid) | |
saga:regressionkriging -> Regression kriging | |
saga:relativeheightsandslopepositions -> Relative heights and slope positions | |
saga:removeduplicatepoints -> Remove duplicate points | |
saga:removesmallpixelclumpstonodata -> Remove small pixel clumps (to no-data) | |
saga:representativeness -> Representativeness | |
saga:resampling -> Resampling | |
saga:resamplingfilter -> Resampling filter | |
saga:residualanalysis -> Residual analysis | |
saga:rgbcomposite -> Rgb composite | |
saga:riverbasin -> Riverbasin | |
saga:rivergridgeneration -> Rivergridgeneration | |
saga:runningaverage -> Running average | |
saga:sagawetnessindex -> Saga wetness index | |
saga:seededregiongrowing -> Seeded region growing | |
saga:seedgeneration -> Seed generation | |
saga:separatepointsbydirection -> Separate points by direction | |
saga:sharedpolygonedges -> Shared polygon edges | |
saga:shrinkandexpand -> Shrink and expand | |
saga:sievingclasses -> Sieving classes | |
saga:simplefilter -> Simple filter | |
saga:simplefilterwithinshapes -> Simple filter within shapes | |
saga:simplekriging -> Simple kriging | |
saga:simpleregiongrowing -> Simple region growing | |
saga:simulation -> Simulation | |
saga:singlevaluedecompositionopencv -> Single value decomposition (opencv) | |
saga:sinkdrainageroutedetection -> Sink drainage route detection | |
saga:sinkremoval -> Sink removal | |
saga:skyviewfactor -> Sky view factor | |
saga:slopeaspectcurvature -> Slope, aspect, curvature | |
saga:slopelength -> Slope length | |
saga:slopelimitedflowaccumulation -> Slope limited flow accumulation | |
saga:smoothingvigra -> Smoothing (vigra) | |
saga:snappointstogrid -> Snap points to grid | |
saga:snappointstolines -> Snap points to lines | |
saga:snappointstopoints -> Snap points to points | |
saga:soiltextureclassification -> Soil texture classification | |
saga:spatialpointpatternanalysis -> Spatial point pattern analysis | |
saga:splitlinesatpoints -> Split lines at points | |
saga:splitlineswithlines -> Split lines with lines | |
saga:splitrgbbands -> Split RGB bands | |
saga:splitshapeslayerrandomly -> Split shapes layer randomly | |
saga:statisticsforrasters -> Statistics for rasters | |
saga:strahlerorder -> Strahler order | |
saga:streampowerindex -> Stream power index | |
saga:successiveflowrouting -> Successive flow routing | |
saga:supervisedclassification -> Supervised classification | |
saga:supervisedclassificationforgrids -> Supervised classification for grids | |
saga:supervisedclassificationforshapes -> Supervised classification for shapes | |
saga:supportvectormachineclassificationopencv -> Support vector machine classification (opencv) | |
saga:surfaceandgradient -> Surface and gradient | |
saga:surfacegradientandconcentration -> Surface, gradient and concentration | |
saga:surfacespecificpoints -> Surface specific points | |
saga:svmclassification -> Svm classification | |
saga:symmetricaldifference -> Symmetrical difference | |
saga:tasseledcaptransformation -> Tasseled cap transformation | |
saga:tcilow -> Tci low | |
saga:terrainmapview -> Terrain map view | |
saga:terrainruggednessindextri -> Terrain ruggedness index (tri) | |
saga:terrainsurfaceclassificationiwahashiandpike -> Terrain surface classification (iwahashi and pike) | |
saga:terrainsurfaceconvexity -> Terrain surface convexity | |
saga:terrainsurfacetexture -> Terrain surface texture | |
saga:thiessenpolygons -> Thiessen polygons | |
saga:thinplatespline -> Thin plate spline | |
saga:thinplatesplinetin -> Thin plate spline (tin) | |
saga:thresholdrasterbuffer -> Threshold raster buffer | |
saga:topofatmospherereflectance -> Top of atmosphere reflectance | |
saga:topographiccorrection -> Topographic correction | |
saga:topographicopenness -> Topographic openness | |
saga:topographicpositionindextpi -> Topographic position index (tpi) | |
saga:topographicwetnessindextwi -> Topographic wetness index (twi) | |
saga:tpibasedlandformclassification -> Tpi based landform classification | |
saga:transectthroughpolygonshapefile -> Transect through polygon shapefile | |
saga:transformvectorlayer -> Transform vector layer | |
saga:transposerasterlayers -> Transpose raster layers | |
saga:triangulation -> Triangulation | |
saga:universalkriging -> Universal kriging | |
saga:upslopeanddownslopecurvature -> Upslope and downslope curvature | |
saga:upslopearea -> Upslope area | |
saga:userdefinedfilter -> User defined filter | |
saga:valleyandridgedetectiontophatapproach -> Valley and ridge detection (top hat approach) | |
saga:valleydepth -> Valley depth | |
saga:variabledistancebuffer -> Variable distance buffer | |
saga:variogramcloud -> Variogram cloud | |
saga:variogramsurface -> Variogram surface | |
saga:vectorisinggridclasses -> Vectorising grid classes | |
saga:vectorruggednessmeasurevrm -> Vector ruggedness measure (vrm) | |
saga:vegetationindexdistancebased -> Vegetation index (distance based) | |
saga:vegetationindexslopebased -> Vegetation index (slope based) | |
saga:verticaldistancetochannelnetwork -> Vertical distance to channel network | |
saga:warpingshapes -> Warping shapes | |
saga:waterretentioncapacity -> Water retention capacity | |
saga:watershedbasins -> Watershed basins | |
saga:watershedsegmentation -> Watershed segmentation | |
saga:watershedsegmentationvigra -> Watershed segmentation (vigra) | |
saga:windeffect -> Wind effect | |
saga:windexpositionindex -> Wind exposition index | |
saga:zonalmultipleregressionanalysispointsandpredictorgrids -> Zonal multiple regression analysis (points and predictor grids) | |
saga:zonalrasterstatistics -> Zonal raster statistics | |
script:0 Profile AL -> Profile | |
script:ALT_Profile -> dev_alg_name | |
script:PROFIL -> PROFIL | |
script:SELECT CAL -> SELECT CAL | |
script:SELECT DET -> SELECT DET | |
script:SELECT DET-PRE -> SELECT DET-PRE | |
script:SELECT DET_CTRL -> SELECT DET_CTRL | |
script:SELECT JU -> SELECT JU | |
script:SELECT LEV -> SELECT LEV | |
script:SELECT MAT LISTE -> SELECT MAT LISTE | |
script:SELECT REMPL DET -> SELECT REMPL DET | |
script:SELECT REMPL LEV -> SELECT REMPL LEV | |
shapetools:createarc -> Create arc wedge | |
shapetools:createdonut -> Create donut | |
shapetools:createellipse -> Create ellipse | |
shapetools:createepicycloid -> Create epicycloid | |
shapetools:createheart -> Create heart | |
shapetools:createhypocycloid -> Create hypocycloid | |
shapetools:createlob -> Create line of bearing | |
shapetools:createpie -> Create pie wedge | |
shapetools:createpolyfoil -> Create polyfoil | |
shapetools:createpolygon -> Create polygon | |
shapetools:createradiallines -> Create radial lines | |
shapetools:createrose -> Create ellipse rose | |
shapetools:createstar -> Create star | |
shapetools:geodesicdensifier -> Geodesic densifier | |
shapetools:geodesicflip -> Geodesic flip and rotate | |
shapetools:geodesiclinedecimate -> Geodesic line decimate | |
shapetools:geodesicpointdecimate -> Geodesic point decimate | |
shapetools:geodesictransformations -> Geodesic transformations | |
shapetools:linebreak -> Geodesic line break at -180,180 | |
shapetools:measurelayer -> Geodesic measurement layer | |
shapetools:xy2line -> XY to line | |
spline:lines2splines -> Lines to splines |
Sign up for free
to join this conversation on GitHub.
Already have an account?
Sign in to comment