Changes between Version 27 and Version 28 of Release/7.4.0-News

Timestamp:

Jan 18, 2018, 2:04:12 PM (6 years ago)

Author:

veroandreo

Comment:

added other new addons since 72 release

Release/7.4.0-News

@@ -189 +189 @@
 === New Addons since GRASS 7.2.0 ===
 
- * G7A:d.explanation.plot: Draw a plot of multiple rasters to explain a raster operation for example a + b = c
- * G7A:i.in.probav: Import PROBA-V NDVI data into a raster map with real NDVI data range
- * G7A:i.superpixels.slic: Perform image segmentation using the SLIC segmentation method
+ * G7A:d.explanation.plot: Draws a plot of multiple rasters to explain a raster operation for example a + b = c
+ * G7A:i.in.probav: Imports PROBA-V NDVI data into a raster map with real NDVI data range
  * G7A:i.variance: Analyze variation of variance with variation of resolution
- * G7A:r.colors.contrastbrightness: Change the contrast/brightness of a raster
- * G7A:r.fill.gaps:  Rapidly fills 'no data' cells (NULLs) of a raster map with interpolated values (IDW) (ported from GRASS6)
+ * G7A:r.clip: Extracts portion of the input map which overlaps with current region
+ * G7A:r.colors.contrastbrightness: Changes the contrast/brightness of a raster
+ * G7A:r.fill.gaps: Rapidly fills 'no data' cells (NULLs) of a raster map with interpolated values (IDW) (ported from GRASS6)
+ * G7A:r.green.gshp: Computes the Ground Source Heat Pump potential
+ * G7A:r.green.gshp.technical: Calculates the Ground Source Heat Pump technical potential using the ASHRAE method
+ * G7A:r.green.gshp.theoretical: Calculates the Ground Source Heat Pump potential
+ * G7A:r.green.hydro.planning: Calculates hydropower energy potential with user's recommendations (renamed from r.green.hydro)
+ * G7A:r.gsflow.hydrodem: Creates hydrologically correct MODFLOW DEM from higher-res DEM
  * G7A:r.learn.ml: Supervised classification and regression of GRASS rasters using the python scikit-learn package (renamed from r.randomforest)
  * G7A:r.mblend: Blends two rasters of different spatial resolution
- * G7A:r.object.activelearning: Perform active learning for OBIA classification
- * G7A:r.object.spatialautocor: Calculate spatial autocorrelation of raster objects
+ * G7A:r.object.activelearning: Performs active learning for OBIA classification
+ * G7A:r.object.spatialautocor: Calculates spatial autocorrelation of raster objects
  * ~~G7A:r.sim.water.mp: r.sim.water with openmp support~~ --> integrated in core GRASS GIS
+ * G7A:r.spread.sod: 
  * ~~G7A:r.sun.mp: r.sun with openmp support~~ --> integrated in core GRASS GIS
- * G7A:t.rast.kappa: Calculate kappa parameter in a space time raster dataset
+ * G7A:t.rast.kappa: Calculates kappa parameter in a space time raster dataset
+ * G7A:t.rast.what.aggr: Samples a space time raster dataset at specific vector point map returning aggregated values and writes the output to stdout or to attribute table
+ * G7A:v.gsflow.export: Exports databse tables and pour point for GSFLOW input and control files
+ * G7A:v.gsflow.gravres: Sets parameters for GSFLOW Hydrologic Response Units (HRUs)
+ * G7A:v.gsflow.grid: Builds grid for the MODFLOW component of GSFLOW
+ * G7A:v.gsflow.hruparams: Sets parameters for GSFLOW Hydrologic Response Units (HRUs)
+ * G7A:v.gsflow.reaches: Builds stream "reaches" that link PRMS segments to MODFLOW cells
+ * G7A:v.gsflow.segments: Prepares stream segments for PRMS and GSFLOW
  * G7A:v.net.curvedarcs: Draws curved arcs between points (e.g. flows)
+ * G7A:v.stream.inbasin: Subsets a stream network into just one of its basins
+ * G7A:v.stream.network: Builds a linked stream network: each link knows its downstream link
  * G7A:v.what.rast.multi: Uploads values of multiple rasters at positions of vector