Changes between Version 52 and Version 53 of Grass7/NewFeatures74

Timestamp:

Nov 11, 2017, 10:34:02 AM (6 years ago)

Author:

mlennert

Comment:

--

Grass7/NewFeatures74

@@ -33 +33 @@
 * Map Display new web browser-like shortcuts for re-rendering
 * Simple Python Editor is now available from the File menu.
-* New module G7:g.gui.image2target (ported from GRASS 6) to georectify a map. It allows managing Ground Control Points for 3D correction.
-* New module G7:g.gui.photo2image to correct scanning distortions of a scanned aerial photo
+* New module G74:g.gui.image2target (ported from GRASS 6) to georectify a map. It allows managing Ground Control Points for 3D correction.
+* New module G74:g.gui.photo2image to correct scanning distortions of a scanned aerial photo
 * Font can be selected interactively in module dialogs and there are some new symbols for vectors.
 
@@ -43 +43 @@
 === General modules ===
 
-When a new location is created from vector data, G7:g.proj uses the default region s=0 n=1 w=0 e=1 res=1 to avoid potentially invalid region settings (r71491).
+When a new location is created from vector data, G74:g.proj uses the default region s=0 n=1 w=0 e=1 res=1 to avoid potentially invalid region settings (r71491).
 
 === Raster modules ===
 
-A new module, G7:r.geomorphon, to calculate geomorphons (terrain forms) and associated geometry using machine vision approach has been integrated (moved from Add-ons) into the core functionalities of GRASS GIS. A very nice addition to G7:r.out.gdal is the possibility to create overviews which enhances the compatibility with other GIS software packages. 
+A new module, G74:r.geomorphon, to calculate geomorphons (terrain forms) and associated geometry using machine vision approach has been integrated (moved from Add-ons) into the core functionalities of GRASS GIS. A very nice addition to G74:r.out.gdal is the possibility to create overviews which enhances the compatibility with other GIS software packages. 
 
  * fixed longitude wrapping for lat/lon locations
@@ -53 +53 @@
  * lat/lon: automatically fix floating point precision errors in the grid geometry of imported raster maps created with GIS software that uses limited floating point precision (common problem).
 
- * G7:r.regression.multi: added RMSE and MAE estimation
- * G7:r.what: added new -v flag to return also vector category
+ * G74:r.regression.multi: added RMSE and MAE estimation
+ * G74:r.what: added new -v flag to return also vector category
 
 Improved:
 
- * G7:r.clump: fuzzy clumping, multispectral clumping, minimum clump size
- * G7:r.sim.water: added parallelization support 
- * G7:r.sim.sediment: added parallelization support
- * G7:r.sun: added parallelization support
- * G7:r.in.lidar: added -d flag to use base raster resolution instead of computational region
- * G7:r.in.gdal: new -r flag to optionally limit import to the current region
- * G7:r.import: added support to subset to region boundaries when importing (extent=region)
- * G7:r.mapcalc: implemented computational region settings based on disjoint union and intersection computation from all input raster maps in an expression
- * G7:r.reclass: it is possible to use more than 100 rules now
- * G7:r.resamp.stats: range, count and diversity methods introduced
- * G7:r.stream.extract: use 64 bit integer to support large regions and added network id to vector output
+ * G74:r.clump: fuzzy clumping, multispectral clumping, minimum clump size
+ * G74:r.sim.water: added parallelization support 
+ * G74:r.sim.sediment: added parallelization support
+ * G74:r.sun: added parallelization support
+ * G74:r.in.lidar: added -d flag to use base raster resolution instead of computational region
+ * G74:r.in.gdal: new -r flag to optionally limit import to the current region
+ * G74:r.import: added support to subset to region boundaries when importing (extent=region)
+ * G74:r.mapcalc: implemented computational region settings based on disjoint union and intersection computation from all input raster maps in an expression
+ * G74:r.reclass: it is possible to use more than 100 rules now
+ * G74:r.resamp.stats: range, count and diversity methods introduced
+ * G74:r.stream.extract: use 64 bit integer to support large regions and added network id to vector output
 
 === Raster3D modules ===
@@ -74 +74 @@
 New:
 
- * G7:r3.null: unit tests added
+ * G74:r3.null: unit tests added
 
 === Vector modules ===
@@ -80 +80 @@
 New:
 
- * G7:v.clip: new module to extract features of input map which overlay features of clip map (moved from addons)
- * G7:v.profile: new vector map profiling tool (moved from addons)
- * G7:v.vect.stats: New cat and where options for area and point vector maps to perform counts or estimate statistics only with selected points over selected areas (r71543)
- * G7:v.out.ogr: New -l flag to list supported formats (r71552)
- * G7:v.out.ogr: Default format changed from Esri Shapefile to OGC GeoPackage (#3428)
- * G7:v.profile: Vector point and line profiling tool complementing G7:r.profile. Moved from add-ons (r71609)
- * G7:v.net.alloc and G7:v.net.iso: added flag for unique and original categories (#517)
- * G7:v.edit: tool=merge has an improved iteration over list of lines, improved skip invalid lines and zero length lines; added Vedit_extend_lines, improved intersection check; better handling of Vedit_connect_lines by extending both lines; fixed snapping to background map.  
- * G7:v.external: new where option
- * G7:v.out.ogr: added -l flag to list supported formats (sync to r.out.gdal)
- * G7:v.vect.stats: add cats and where options for area and point input selection (#3420)
+ * G74:v.clip: new module to extract features of input map which overlay features of clip map (moved from addons)
+ * G74:v.profile: new vector map profiling tool (moved from addons)
+ * G74:v.vect.stats: New cat and where options for area and point vector maps to perform counts or estimate statistics only with selected points over selected areas (r71543)
+ * G74:v.out.ogr: New -l flag to list supported formats (r71552)
+ * G74:v.out.ogr: Default format changed from Esri Shapefile to OGC GeoPackage (#3428)
+ * G74:v.profile: Vector point and line profiling tool complementing G74:r.profile. Moved from add-ons (r71609)
+ * G74:v.net.alloc and G74:v.net.iso: added flag for unique and original categories (#517)
+ * G74:v.edit: tool=merge has an improved iteration over list of lines, improved skip invalid lines and zero length lines; added Vedit_extend_lines, improved intersection check; better handling of Vedit_connect_lines by extending both lines; fixed snapping to background map.  
+ * G74:v.external: new where option
+ * G74:v.out.ogr: added -l flag to list supported formats (sync to r.out.gdal)
+ * G74:v.vect.stats: add cats and where options for area and point input selection (#3420)
 
 Improved
 
- * G7:v.in.ogr: Fix import of OSM data (r71464)
- * G7:v.in.ogr: When a new location is created, use the default region s=0 n=1 w=0 e=1 res=1 to avoid potentially invalid region settings (r71490)
- * G7:v.in.ogr: Support new curve geometry types starting with GDAL 2.0 (r71508, r71514)
- * G7:v.in.ogr: code restructuring (r71550)
+ * G74:v.in.ogr: Fix import of OSM data (r71464)
+ * G74:v.in.ogr: When a new location is created, use the default region s=0 n=1 w=0 e=1 res=1 to avoid potentially invalid region settings (r71490)
+ * G74:v.in.ogr: Support new curve geometry types starting with GDAL 2.0 (r71508, r71514)
+ * G74:v.in.ogr: code restructuring (r71550)
    * projection checks are now performed for all input layers, not only the first layer
    * projection checks are a bit more strict and more verbose in case of trouble
@@ -105 +105 @@
      and to avoid a rare segfault when opening a GRASS database driver
    * the code has been restructured to make it a bit less unreadable and to fix the logic of steps (e.g. check output only if output is created)
- * G7:v.rast.stats: added new -d flag for line densification (as in G7:v.to.rast) and corresponding tests
- * G7:v.what: new -m flag to query overlapping features
- * G7:v.patch: build topology after appending
- * G7:v.surf.rst: new parallel implementation and testsuite
+ * G74:v.rast.stats: added new -d flag for line densification (as in G74:v.to.rast) and corresponding tests
+ * G74:v.what: new -m flag to query overlapping features
+ * G74:v.patch: build topology after appending
+ * G74:v.surf.rst: new parallel implementation and testsuite
 
 === Imagery modules ===
 
-G7:i.atcorr now includes support for the atmospheric correction of 7 new satellite images: Pleiades1a, Pleiades1b, Spot6, Spot7, Sentinel-2A, Rapideye, Worldview3 and mod09GA QA definitions was added to G7:i.modis.qc. In addition to the already existent region growing algorithms, G7:i.segment now also includes mean shift.
+G74:i.atcorr now includes support for the atmospheric correction of 7 new satellite images: Pleiades1a, Pleiades1b, Spot6, Spot7, Sentinel-2A, Rapideye, Worldview3 and mod09GA QA definitions was added to G74:i.modis.qc. In addition to the already existent region growing algorithms, G74:i.segment now also includes mean shift.
 
 === Temporal GIS modules ===
 
-The main change in the temporal framework is the introduction of spatial topological operators to the temporal algebra in G7:t.rast.algebra. Moreover, the quantile method has been added to G7:t.rast.series. On the other hand, G7:t.rast.what now has a new flag -v that returns the category for vector points map and a bug in NULL values was fixed, so null value definitions are now passed to G7:r.what correctly. G7:t.rast.export has now support for GDAL options to support GeoTiff compression.
+The main change in the temporal framework is the introduction of spatial topological operators to the temporal algebra in G74:t.rast.algebra. Moreover, the quantile method has been added to G74:t.rast.series. On the other hand, G74:t.rast.what now has a new flag -v that returns the category for vector points map and a bug in NULL values was fixed, so null value definitions are now passed to G74:r.what correctly. G74:t.rast.export has now support for GDAL options to support GeoTiff compression.
 
 === Scripting ===
 
 A new class has been implemented in PyGRASS, 
-[https://grass.osgeo.org/grass73/manuals/libpython/pygrass.modules.interface.html?highlight=multimodule#pygrass.modules.interface.module.MultiModule MultiModule], which enables temporary region environment for multi module runs. This class allows to put multiple modules into the parallel module queue, for example coupled G7:g.region and G7:r.mapcalc calls, that must be run in a specific order but many of these combined calls should run in parallel.
+[https://grass.osgeo.org/grass73/manuals/libpython/pygrass.modules.interface.html?highlight=multimodule#pygrass.modules.interface.module.MultiModule MultiModule], which enables temporary region environment for multi module runs. This class allows to put multiple modules into the parallel module queue, for example coupled G74:g.region and G74:r.mapcalc calls, that must be run in a specific order but many of these combined calls should run in parallel.
 
 == User Manuals - Documentation ==