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| | 176 | * G7A:i.gcp: Manages Ground Control Points (GCPs) non-interactively. |
| | 177 | * G7A:i.image.bathymetry: Satellite Derived Bathymetry (SDB) from multispectral images |
| | 178 | * G7A:i.landsat8.qc: Reclass Landsat8 QA band according to acceptable pixel quality as defined by the user |
| | 179 | * G7A:i.landsat8.swlst: Practical split-window algorithm estimating Land Surface Temperature from Landsat 8 OLI/TIRS imagery |
| | 180 | * G7A:i.lswt: Compute LSWT from TOA Brightness Temperatures |
| | 181 | * G7A:i.ortho.corr: Correct orthophoto taking part of the near orthophotos using the camera angle map |
| | 182 | * G7A:i.segment.stats: Calculates statistics describing raster areas |
| | 183 | * G7A:i.segment.uspo: Unsupervised segmentation parameter optimization |
| | 184 | * G7A:r.change.info: Landscape change assessment |
| | 185 | * G7A:r.colors.cubehelix: Create or apply a cubehelix color table to a GRASS raster map |
| | 186 | * G7A:r.colors.matplotlib: Convert or apply a Matplotlib color table to a GRASS raster map |
| | 187 | * G7A:r.euro.ecosystem: Sets colors and categories of European ecosystem raster data set |
| | 188 | * G7A:r.jpdf: From two series of input raster maps, calculates the joint probability function and outputs the probabilities of occurrence in the specified bins. |
| | 189 | * G7A:r.mcda.promethee: Multicirtieria decision analysis based on PROMETHEE method |
| | 190 | * G7A:r.neighborhoodmatrix: Calculates a neighborhood matrix for a raster map with regions |
| | 191 | * G7A:r.object.geometry: Calculates geometry parameters for raster objects. |
| | 192 | * G7A:r.out.legend: Create and export image file with legend of a raster map |
| | 193 | * G7A:r.quantile.ref: Determines quantile for input value from reference raster map layers. |
| | 194 | * G7A:r.randomforest: Provides supervised random forest classification |
| | 195 | * G7A:r.series.decompose: Program calculates decomposition of time series X |
| | 196 | * G7A:r.terrain.texture: Pit and peak density |
| | 197 | * G7A:r.tri: Terrain Ruggedness Index |
| | 198 | * G7A:r.vector.ruggedness: Vector Ruggedness Measure |
| | 199 | * G7A:r3.what: Queries 3D raster in specified 2D or 3D coordinates. |
| | 200 | * G7A:v.class.mlR: Provides supervised support vector machine classification |
| | 201 | * G7A:v.clip: Extracts features of input map which overlay features of clip map. |
| | 202 | * G7A:v.explode: Explode polylines, splitting them to separate lines (uses v.split + v.category) |
| | 203 | * G7A:v.in.gbif: importing of GBIF species distribution data |
| | 204 | * G7A:v.in.natura2000: importing of Natura 2000 spatial data of protected areas |
| | 205 | * G7A:v.in.osm: Imports OpenStreetMap data into GRASS GIS. |
| | 206 | * G7A:v.in.redlist: importing of IUCN Red List Spatial Data |
| | 207 | * G7A:v.maxent.swd: Export raster values at given point locations as text file in SWD format for input in Maxent |
| | 208 | * G7A:v.mrmr: Perform Minimum Redundancy Maximum Relevance Feature Selection on a GRASS Attribute Table |
| | 209 | * G7A:v.sort.points: Sorts a vector point map according to a numeric column |
| | 210 | * G7A:v.strds.stats: Calculates univariate statistics from given space-time raster datasets based on a vector map |
| | 211 | * G7A:v.stream.order: Compute the stream order of stream networks stored in a vector map at specific outlet vector points |
| | 212 | * G7A:v.surf.tps: Performs thin plate spline interpolation with regularization and covariables |
| | 213 | * G7A:v.tin.to.rast: Converts (rasterize) a TIN map into a raster map |
| | 214 | * G7A:v.what.spoly: Queries vector map with overlaping spaghetti polygons (e.g. Landsat footprints) at given location. Polygons must have not intersected boundaries. |
