| 110 | | * |
| 111 | | * |
| 112 | | * |
| 113 | | * |
| 114 | | * |
| 115 | | * |
| 116 | | * |
| 117 | | * |
| 118 | | * |
| 119 | | * |
| 120 | | * |
| 121 | | * |
| 122 | | * |
| 123 | | * |
| | 110 | * G7A:i.image.bathymetry: Satellite Derived Bathymetry (SDB) from multispectral images |
| | 111 | * G7A:i.landsat8.qc: Reclass Landsat8 QA band according to acceptable pixel quality as defined by the user |
| | 112 | * G7A:r.colors.cubehelix: Create or apply a cubehelix color table to a GRASS raster map |
| | 113 | * G7A:r.colors.matplotlib: Convert or apply a Matplotlib color table to a GRASS raster map |
| | 114 | * G7A:r.object.geometry: Calculates geometry parameters for raster objects. |
| | 115 | * G7A:r.quantile.ref: Determines quantile for input value from reference raster map layers. |
| | 116 | * G7A:r3.what: Queries 3D raster in specified 2D or 3D coordinates. |
| | 117 | * G7A:v.clip: Extracts features of input map which overlay features of clip map. |
| | 118 | * G7A:v.explode: Explode polylines, splitting them to separate lines (uses v.split + v.category) |
| | 119 | * G7A:v.in.pygbif: Search and import GBIF species distribution data directly from GBIF API using pygbif |
| | 120 | * G7A:v.sort.points: Sorts a vector point map according to a numeric column |
| | 121 | * G7A:v.strds.stats: Calculates univariate statistics from given space-time raster datasets based on a vector map |
| | 122 | * G7A:v.surf.tps: Performs thin plate spline interpolation with regularization and covariables |
| | 123 | * G7A:v.what.spoly: Queries vector map with overlaping spaghetti polygons (e.g. Landsat footprints) at given location. Polygons must have not intersected boundaries |
