Changes between Version 54 and Version 55 of Grass7/NewFeatures74
- Timestamp:
- 11/11/17 11:00:13 (7 years ago)
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Grass7/NewFeatures74
v54 v55 47 47 === Raster modules === 48 48 49 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 overviewswhich enhances the compatibility with other GIS software packages.49 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. 50 50 51 * fixed longitude wrapping for lat/lon locations 52 * support import of raster maps exceeding 90N or 90S or with an EW extent larger than 360 degrees 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). 51 G7:r.in.gdal and G7:r.external provide support for import of raster maps exceeding 90N or 90S or with an EW extent larger than 360 degrees. Moreover, for imported lat-lon maps created with GIS software that uses limited floating point precision (common problem), an automatic fix of floating point precision errors in the grid geometry was implemented. 54 52 55 * G74:r.regression.multi: added RMSE and MAE estimation 56 * G74:r.what: added new -v flag to return also vector category 53 G74:r.regression.multi provides RMSE and MAE estimations for the regression model. A new -v flag was added to G74:r.what to return vector category number. 57 54 58 55 Improved: … … 71 68 72 69 === Raster3D modules === 73 74 New:75 70 76 71 * G74:r3.null: unit tests added … … 130 125 131 126 In the past year of development, there were several changes in different GRASS GIS libraries. The most relavant changes are described below: 132 * In the rasterlib there is now NULL file compression by default .127 * In the rasterlib there is now NULL file compression by default and longitude wrapping has been fixed for lat/lon locations 133 128 * The temporal framework has now support for spatial topological operators to the temporal algebra, several tests were added as well as a new function to convert granularity to a smaller granularity, and raster region specific parallel processing has been enabled by means of the MultiModule new class in PyGRASS. 134 129 * projlib now provides improved integration of GDAL and streamlining of spatial reference system handling, as well as new functions (GPJ_grass_to_wkt2 and GPJ_grass_to_osr2)