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| This page contains references to user contributions and add-ons (the original GRASS GIS software can be downloaded [http://grass.osgeo.org/download/index.php here]). | | This page contains references to user contributions and add-ons (the original GRASS GIS software can be downloaded [http://grass.osgeo.org/download/ here]). |
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| __TOC__ | | __TOC__ |
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| == AddOns source code repository == | | == Overview == |
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| | '''[http://grass.osgeo.org/grass8/manuals/addons/ GRASS GIS 8 Addons Manual pages] - a complete overview of available Addons''' |
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| | == Building and installing AddOns == |
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| | === Common users === |
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| | '''Graphical user interface:'''<br> |
| | We recommend to use the [[wxGUI]] [[WxGUI#Extension Manager|Extension Manager]] (''Settings -> Addon extensions -> Install extensions from addons'') to install Addons. |
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| | '''Command line:'''<br> |
| | You can also use the {{cmd|g.extension}} module, e.g. to install <tt>r.fuzzy.system</tt> run: |
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| | g.extension extension=r.fuzzy.system |
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| | To remove installed AddOns run |
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| | g.extension extension=r.fuzzy.system operation=remove |
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| The AddOns source code is hosted in [http://svn.osgeo.org/grass/grass-addons/ GRASS-AddOns SVN repository].
| | === Power users (not recommended for Windows users) === |
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| To checkout:
| | For manual compiling see the [[Compile and Install#Addons|compile and install]] wiki page. |
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| svn checkout https://svn.osgeo.org/grass/grass-addons/ grass-addons
| | == AddOns source code repository == |
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| Please contact the [http://lists.osgeo.org/mailman/listinfo/grass-dev grass-dev] mailing list if you would like to host your module there.
| | The AddOns source code is hosted in [https://github.com/osgeo/grass-addons GRASS-AddOns Github repository]. |
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| == Adding something new == | | == Adding something new == |
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| Please announce your add-on to the GRASS users' mailing list so that others may be aware of your work. | | === How to obtain write-access === |
| | While read access is granted to the public, for submissions you best fork this repository, insert your addon or fix an existing one in a new branch and finally open a [https://github.com/OSGeo/grass-addons/pulls pull request]. |
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| | Please announce your add-on to the GRASS users' mailing list so that others may be aware of your work. Also please consider adding your module to one of the [[Applications]] pages. |
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| === Copyright and licensing information === | | === Copyright and licensing information === |
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| e.g. at the top of a shell script: | | e.g. at the top of a shell script: |
| <pre> | | <source lang=bash> |
| #!/bin/sh | | #!/bin/sh |
| ############################################################################ | | ############################################################################ |
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| [script follows] | | [script follows] |
| </pre> | | </source> |
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| === Coding standards === | | === Coding standards === |
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| Please have a look at our [http://grass.osgeo.org/grass63/source/SUBMITTING_SCRIPTS Shell script coding standards] before submitting here. | | Please have a look at our [https://github.com/OSGeo/grass/blob/main/CONTRIBUTING.md CONTRIBUTING] documentation before submitting here. |
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| There are other coding standards given for modules written in C, Tcl/Tk, and Python''(?)'' located in the GRASS source code.
| | === Documenting your code === |
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| | You can have an help page template auto-generated by using the GRASS [[module command line parser | command line parser]] with the <tt>--html-description</tt> command line option. Please, see also the {{cmd|g.parser}} help page. |
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| == Miscellaneous Add-ons == | | == Miscellaneous Add-ons == |
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| * [http://bambi.otago.ac.nz/hamish/grass/utm_which_zone.sh utm_which_zone.sh] is a shell script to determine UTM zone from Lat/Lon input. Requires [http://www.octave.org Octave] to be installed. A shell-only version is [http://dcalvelo.free.fr/grass/utm_which_zone_sh.sh available] which only requires awk.<BR>'''Authors''': Hamish Bowman (Octave part), Markus Neteler (shell script wrapper), Daniel Calvelo (sh+awk version) | | * [http://trac.osgeo.org/grass/browser/grass-addons/grass6/misc/utm_which_zone utm_which_zone.sh] is a shell script to determine UTM zone from Lat/Lon input. Requires [http://www.octave.org Octave] or Matlab to be installed. A shell-only version is [http://dcalvelo.free.fr/grass/utm_which_zone_sh.sh available] which only requires awk.<BR>'''Authors''': Hamish Bowman (Octave part), Markus Neteler (shell script wrapper), Daniel Calvelo (sh+awk version) |
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| * [http://www.igc.usp.br/pessoais/guano/downloads/azimuth2.c azimuth2.c] is a small C program to calculate the azimuth and length of vector lines exported by GRASS-GIS as ASCII files (like this: v.out.ascii input=vector output=ascii format=standard). It is useful for create rose diagrams of lineament maps. Improvements on the original code after suggestions by Örs Téglásy, Hungary.<BR>'''Author:''' Carlos Henrique Grohmann | | * [http://www.igc.usp.br/pessoais/guano/downloads/azimuth2.c azimuth2.c] is a small C program to calculate the azimuth and length of vector lines exported by GRASS-GIS as ASCII files (like this: v.out.ascii input=vector output=ascii format=standard). It is useful for create rose diagrams of lineament maps. Improvements on the original code after suggestions by Örs Téglásy, Hungary.<BR>'''Author:''' Carlos Henrique Grohmann |
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| ==GRASS 5.x==
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| ===Vector add-ons for GRASS 5===
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| * See here: http://grass.osgeo.org/download/addons.php
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| ===Raster add-ons for GRASS 5===
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| * See here: http://grass.osgeo.org/download/addons.php
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| * [http://www.valledemexico.ambitiouslemon.com/gwmodelling.html r.gmtg] The groundwater modelling tool for grass. A module to use MODFLOW within GRASS. <BR>'''Author''': Jaime Carrera
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| * [http://www.bowdoin.edu/~ltoma/research.html r.terracost] Scalable approach for computing least-cost-path surfaces on massive grid terrains. For GRASS 5.3.<BR>'''Lead author''': Laura Toma
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| ==GRASS 6.x==
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| ===Vector add-ons===
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| * [http://grasslab.gisix.com/scripts/v.out.kml/ v.out.kml] is a shell script that exports a vector file into a KML file for Google Earth or Worldwind. <BR>'''Author:''' Peter Löwe
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| * [http://grasslab.gisix.com/scripts/v.in.ovl/ v.in.ovl] is a shell script that imports an ASCII vector file created with TOP10|25|50 or similar products. <BR>'''Author:''' Peter Löwe
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| * [http://geni.ath.cx/grass/v.out.gmt v.out.gmt] is a shell script that exports a polygon vector file into GMT xy file. psbasemap code was copied from Hamish's r.out.gmt. <BR>'''Author:''' Huidae Cho, Hamish Bowman, Dylan Beaudette
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| * [http://www.pois.org/florian/downloads/grass/v.strahler.tgz v.strahler] is a module that calculates the Strahler Order for all lines of a given dendritic network. <BR>'''Author:''' Florian Kindl. Available via SVN:
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| svn co https://svn.osgeo.org/grass/grass-addons/v.strahler
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| * [http://svg.cc/grass/index.html v.out.svg] is a module that exports SVG notation along with optional attribute data directly from GRASS 6.x vector layers. Now part of grass63-cvs. <BR>'''Author:''' Klaus Förster
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| * [http://les-ejk.cz/programs/ v.trees3d] is a module for making 3D trees from input vector point file. <BR>'''Author:''' Jachym Cepicky
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| * [http://www.public.asu.edu/~cmbarton/files/grass_scripts/v.lda v.lda] is a shell script for calculating Ian Johnson's (U. Sidney) Local Density Analysis values to measure clustering of point data at different neighborhood radii. There is an option to create a simple line graph of the results. There have been reports of problems creating the line graph on Cygwin installations of GRASS.<BR>'''Author:''' Michael Barton
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| * [http://www.public.asu.edu/~cmbarton/files/grass_scripts/v.append v.append] is a shell script combining two vector files AND their associated attribute tables. The vector files should be of the same type and, for best results, should have identically formatted attribute tables.<BR>'''Author:''' Michael Barton
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| * [http://www.shockfamily.net/cedric/grass/v.group v.group] generates a new vector map with the same geometry as an existing map. The new map has categories and a table based on grouping by the values in certain columns of the existing map's table. The values in these columns are preserved in the table for the new map. It's like a v.reclass that preserves data.<BR>'''Author:''' Cedric Shock
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| * [http://bambi.otago.ac.nz/hamish/grass/v.out.ascii.db v.out.ascii.db] is a shell script for exporting vector point data coordinates and selected attribute columns to either a file or to the console.<BR>'''Author:''' Hamish Bowman
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| * [http://les-ejk.cz/programs v.rasterbounds] is a shell script for creating polygon-vector file of rasterfile boundaries. The best version of GRASS is 6.1+. If you are using GRASS < 6.1, you have to be in the same mapset as your raster maps are from.<BR>'''Author:''' Jachym Cepicky
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| * [http://www.clubwebcanada.ca/twiens/v.sample.buffer.tgz v.sample.buffer] is a shell script that samples rasters in buffers of a specified size around features in a specified vector file. Sampling results are added as attributes to the vector file. This script was designed for sampling vegetation indices and DEM derived attributes for bird point counts. Sampling results can be one or more basic statistics such as mean, range, max, etc.<BR>'''Author:''' Trevor Wiens
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| * [http://www.gfosservices.it/materiale_didattico/moduli/grass_kriging.tar.gz v.variogram] is a script that create an omnidirectional experimental semi-variogram. This scripts require R-statistics software installed on your machine. Now the script is updated to run on spgrass6 >= 0.3 and sp >= 0.9 [http://grass.osgeo.org/pipermail/statsgrass/2006-October/000455.html reply]. <BR>'''Author:''' Ivan Marchesini, Pierluigi De Rosa.
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| * [http://www.gfosservices.it/materiale_didattico/moduli/grass_kriging.tar.gz v.surf.krige] is a script that do a surface interpolation from vector point data by Kriging method. The interpolated value of a cell is determined by using an omnidirectional variogram model fitted starting from model parameter given by user shown from the experimental semi variogram produced by v.variogram. The script can perform also the Leave-One-out cross validation to test the variogram model "fitted by eye" and an automatic fitted variogram model. The cross validation helps the user to choose the best variogram model to interpolate own data. <BR>'''Author:''' Pierluigi De Rosa.
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| * [http://ngeo.de/grassstuff/v.lmeasure v.lmeasure] and [http://ngeo.de/grassstuff/v.revlmeasure v.revlmeasure] are two perl scripts that place equidistant vector points along a given arbitrary vector line starting from the beginning or end of the vector line, respectively. Resulting vector points are labeled with the distance from origin.<BR>'''Author:''' Mats Schuh
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| * [http://david.p.finlayson.googlepages.com/v.swathwidth v.swathwidth] creates a vector map representing the sea bottom coverage of a multibeam (swath) sonar survey.<BR>'''Author:''' David Finlayson
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| * [http://kufaya.googlepages.com/v.flip.zip v.flip] flips the direction of selected vector lines (redundant since GRASS 6.3 - there is "v.edit tool=flip"). <BR>'''Author:''' Maciej Sieczka
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| * [http://phygeo7.geo.uni-augsburg.de/gis2/scripts/v.digatt v.digatt] (shell script) Interactively assign numeric table attributes to series of vector objects. It is meant to be effective by avoiding to type in the attribute value for all single objects again and again. The user is prompted for typing in an attribute value which is assigned to all objects selected by mouseclick afterwards. Next the display is redrawn after updating the table column. Zooming allows to change the region before the old value can be reused or a new one can be typed in (or copied by mouse from another object) in order to assign it to the next series of objects etc. It is tested not very extensively yet. Therefore better work with a copy of your map and consider using v.digit or d.what.vect -e alternatively. [http://phygeo7.geo.uni-augsburg.de/gis2/scripts/v.digatt.png screenshot]. <BR>'''Author:''' Andreas Philipp
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| * [http://k153-85.fsv.cvut.cz/cgi-bin/viewcvs.cgi/grass6/vector/v.in.gama/ v.in.gama] converts [http://www.gnu.org/software/gama/ GNU GaMa] XML output file to a GRASS vector map layer.<br />'''Author:''' Martin Landa
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| * [http://kufaya.googlepages.com/v.breach.zip v.breach] creates vector maps of lines and points of continously lowering elevation down the input watercourses, based on the input raster DEM.<BR>'''Author:''' Maciej Sieczka
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| * [http://kufaya.googlepages.com/v.line.center.zip v.line.center] creates a points vector map with each point located in the middle of the length of the input vector line.<BR>'''Author:''' Maciej Sieczka
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| * [http://wiki.iosa.it/dokuwiki/spatial_analysis:feature_count v.count.points.sh] counts point features in areas, generates table good as input to d.vect.chart.<BR>'''Author:''' Stefano Costa
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| * [http://kripton.kripserver.net/software/v.in.osm/ v.in.osm]: OpenStreetMap import into GRASS. Yet only supports deprecated API 0.4, will be modified to work with API 0.5 some time soon<BR>'''Author:''' Jannis Achstetter
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| ** See also [http://hamish.bowman.googlepages.com/gpsdrivefiles#osm osm2grass.sh] by H Bowman
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| * [http://marcin.slodkowski.googlepages.com/v.dip.tgz v.dip] creates points of thickness vectors from the vectors of strike and dip angles. The v.dip is the main ANSI C core program. Program so-called v.dip can run without GRASS environment.<BR>'''Author:''' Marcin Slodkowski
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| * [http://marcin.slodkowski.googlepages.com/v.thickness.tgz v.thickness] creates points of thickness vectors from the vectors of strike and dip angles.The v.thickness is GUI GRASS script for v.dip.<BR>'''Author:''' Marcin Slodkowski
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| * [http://www.geospatial.it/allegri/grass/v.surf.idwpow.zip v.surf.idwpow] integrates the common v.surf.idw algorithm with the exponential parameter for the distance weights<BR>'''Author:''' Giovanni Allegri
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| * [ftp://gsca.nrcan.gc.ca/outgoing/Patton/Grass/Scripts/v.select.region.tar.bz2 v.select.region] is a shell script that prints out the names of all vectors matching an input search pattern that has geometry (points, line, areas) that fall within a region bounded by an existing vector map, or within the current Grass region.<BR>'''Author:''' Eric Patton
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| === Raster add-ons ===
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| * HydroFOSS - a GIS embedded approach for Free & Open Source Hydrological modeling:<br>'''Author:''' Massimiliano Cannata
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| <tt>svn co https://svn.osgeo.org/grass/grass-addons/HydroFOSS/</tt>
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| * [http://geonomica.googlepages.com/r.soils.texture.zip r.soils.texture] is a module to define soils texture from sand and clay raster file with a schema text file (now only USDA schema). It is written in C language. - for GRASS versions 6.X - For bugs and suggest: g_massa@libero.it <BR> '''Author:''' Gianluca Massei
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| * [http://grasslab.gisix.com/scripts/r.mandelbrot r.mandelbrot] is a shell script to calculate the Mandelbrot set.- for GRASS versions 6.X<BR>'''Author:''' Peter Löwe
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| * [http://bambi.otago.ac.nz/hamish/grass/r.game_of_life r.game_of_life] is a shell script which runs Conway's classic Game of Life using GRASS raster modules. It is meant to demonstrate how easy it is to program cellular automata in GRASS as well as various 3D raster volume and time series visualization techniques.<BR>'''Author:''' Hamish Bowman
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| * [http://www.igc.usp.br/pessoais/guano/downloads/r.roughness r.roughness] is a shell script to calculate the surface roughness of a DEM, using r.surf.area and v.surf.rst. (for GRASS versions 6.1 and above)
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| * [http://www.igc.usp.br/pessoais/guano/downloads/r.roughness60 r.roughness60] - for GRASS versions 6.0.X
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| * [http://www.igc.usp.br/pessoais/guano/downloads/r.roughness.window.area r.roughness.window.area] - calculate surface roughness as the ratio of real (surface) area and planar area, using a moving-window approach.
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| * [http://www.igc.usp.br/pessoais/guano/downloads/r.roughness.window.vector r.roughness.window.vector] - calculate surface roughness as vector dispersion, using a moving-window approach. Resulting maps are: Vector Strength (R) and Inverted Fisher's k parameter.
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| * [http://www.igc.usp.br/pessoais/guano/downloads/r.roughness.window.vector.html r.roughness.window.vector.html] - provisional help page for r.roughness.window.vector.<BR>'''Author:''' Carlos Henrique Grohmann
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| * [http://www.les-ejk.cz/files/programs/grass/r.gauss.tgz r.gauss] is Gaussian and Laplacian of Gaussian filter for GRASS. It is written in C language.<BR>'''Author:''' Jachym Cepicky
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| * [http://les-ejk.cz/files/programs/grass/r.mlv.tgz r.mlv] is Mean of least variance filter for GRASS. It is an edge-preserving (or even edge-enhacing) filter, which should serve for removing additive noise from images. It is written in C language.<BR>'''Author:''' Jachym Cepicky
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| * [http://les-ejk.cz/files/programs/grass/r.bilateral.tgz r.bilateral] Bilateral filter is an edge-preserving filter, which combines domain and range filtering. It is written in C language.<BR>'''Author:''' Jachym Cepicky
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| * [http://les-ejk.cz/files/programs/zc.pl Zero crossing] is a simple Perl script, finds the ,,zero crossings`` from the Laplacian of Gaussian filter (see above). It is really <em>very</em> simple, the edges don't need to be really on that pixel, where they are detected, no interpolation is performed.<BR>'''Author:''' Jachym Cepicky
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| '''Usage:'''
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| zc.pl -i input -o output |r.mapcalc
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| * [http://les-ejk.cz/files/programs/local_max.pl Local maxima] is a Perl script for <code>r.mapcalc</code>. It detects local maxima of the image.<BR>'''Author:''' Jachym Cepicky
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| '''Usage:'''
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| local_maxima.pl -i input -o output -s matrix_size|r.mapcalc
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| * [http://bambi.otago.ac.nz/hamish/grass/r.out.gmt r.out.gmt] is a GRASS script for exporting a GRASS raster map into a [http://www.soest.hawaii.edu/gmt/ GMT] grid file. It also creates a GMT color table from the data and can generate some GMT commands for plotting a postscript file. (code is experimental, but functional)<BR>see also http://169.237.35.250/~dylan/grass_user_group/#GMT_and_GRASS-overview<BR>'''Authors:''' Hamish Bowman, Dylan Beaudette
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| * [http://www.geospatial.it/allegri/grass/r.out.jpeg_ r.out.jpeg] is a simple GRASS script to export georeferenced JPEG images from rasters, keeping the associated color table. It is a two-step export: first a ppm file is created, then it is converted to jpeg usgin the "convert" command from ImageMagick<BR>'''Author:''' Giovanni Allegri
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| * [http://geni.ath.cx/grass/r.out.gmt yet another r.out.gmt] is a modified version of Hamish's r.out.gmt. Added options for title, xlabel, ylabel, comment, and map width. Removed any settings that can be changed by gmtset for more flexibility.<BR>'''Author:''' Hamish Bowman, Huidae Cho, Dylan Beaudette
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| * [http://hamish.bowman.googlepages.com/grass_color_maps r.cpt2grass] is a GRASS script for importing a [http://www.soest.hawaii.edu/gmt/ GMT] .cpt color table into GRASS. It can save to a text file suitable for r.colors or automatically apply the color table to a raster map.<BR>For a large collection of GMT .cpt files see http://sview01.wiredworkplace.net/pub/cpt-city/<BR>'''Author:''' Hamish Bowman
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| * [http://hamish.bowman.googlepages.com/grass_color_maps r.colors.stddev] is a GRASS shell script for creating dynamic color rules for raster maps based on univariate statistics.<BR>'''Author:''' Hamish Bowman
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| * [http://bambi.otago.ac.nz/hamish/grass/r.pack r.pack] and [http://bambi.otago.ac.nz/hamish/grass/r.unpack r.unpack] are two GRASS scripts for transfering raster maps to another computer as a single file.<BR>'''Author:''' Hamish Bowman
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| * [http://bambi.otago.ac.nz/hamish/grass/dominant_dir.m dominant_dir.m] and [http://bambi.otago.ac.nz/hamish/grass/calc_terraflow_dir.m calc_terraflow_dir.m] are two Matlab scripts for determining the dominant flow direction from a r.terraflow MFD map and converting into a GRASS aspect map for use with d.rast.arrow, etc.<BR>'''Author:''' Hamish Bowman
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| * [http://www-pool.math.tu-berlin.de/~soeren/grass/modules/ r.in.onearth] for download and import satellite images direct from the NASA onearth WMS server into GRASS.<BR>'''Author:''' Soeren Gebbert
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| * [http://les-ejk.cz/files/programs/grass/r.in.wms.tgz r.in.wms] for download and import maps direct from WMS servers into GRASS. This script is written in Python Programming language. Note GRASS 6.2+ provides a shell script version of r.in.wms, take care of which one is actually being run.<BR>'''Author:''' Jachym Cepicky
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| * [http://www.shockfamily.net/cedric/grass/r.tileset r.tileset] generates a list of tiles and sizes in a source projection that cover the region in the current database with appropriate resolution. The size of individual tiles can be constrained. Only tiles intersecting the current region are returned. These tilings are appropriate for requesting data from another projection to meet the specifications of the current region. For example, it could be used to generate tile requests to a latitude / longitude WMS server like this <code>r.tileset -w sourceproj="+init=epsg:4326"</code>.<BR>'''Author:''' Cedric Shock
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| * [ftp://gsca.nrcan.gc.ca/outgoing/Patton/Grass/Scripts/r.csr.tar.bz2 r.csr] integrates several Grass programs to produce colored, shaded-relief rasters in one step. Accepts single or multiple elevation/bathymetry maps as input; optionally will fill data holidays with 3x3 median filter, multiple times, if required; can apply color maps from a) input raster, b) another raster in MAPSET, or c) from a rules file; otherwise, rainbow colorbar is applied. Output colored, shaded-relief rasters can optionally be exported to tiff format and archived using tar with gzip/bzip2 compression if appropriate flags are given. Shading parameters can be modified, though useful defaults are given. <BR>'''Author:''' Eric Patton
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| * [ftp://gsca.nrcan.gc.ca/outgoing/Patton/Grass/Scripts/r.fragment.tar.bz2 r.fragment] fragments a raster into a user-defined set of smaller tiles according to an input number of rows and columns. Optionally, a null value threshold can be set to filter out candidate tiles that would have a large percentage of null cells. <BR>'''Author:''' Eric Patton
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| * [http://david.p.finlayson.googlepages.com/r.eucdist r.eucdist] creates a raster map estimating the euclidean distance from known cells.<BR>'''Author:''' David Finlayson
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| * [http://david.p.finlayson.googlepages.com/r.smoothpatch r.smoothpatch] creates a composite of two rasters using a distance-weighted average across the transition to smooth the edges.<BR>'''Author:''' David Finlayson
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| * [http://www.faunalia.it/download/r_li/ r.li] is a more flexible and faster replacement of the old r.le. '''''Moved into 6.3-CVS'''''.<BR>'''Authors:''' Claudio Porta, Davide Spano, Serena Pallecchi, [http://www.faunalia.it Faunalia]
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| * [http://kufaya.googlepages.com/r.surf.nnbathy.zip r.surf.nnbathy] interpolates a surface from a raster input using the [http://www.marine.csiro.au/~sakov/ nn] natural neighbor interpolation library. Provides triangulation, Sibson natural neighbor interpolation and non-Sibsonian interpolation. <BR>'''Author:''' Maciej Sieczka
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| * [http://www.uibk.ac.at/geographie/personal/mergili/gradgrid4.zip gradgrid4] is a tool for interpolating values of discrete data points to a raster map, applying a local regression approach with a predictor raster. The model is based on shell and python scripts as well as an R batchfile. It was tested on Fedora Core 6 with GRASS 6.2.1 and R 2.5.1, but should work under most UNIX systems. After unzipping the gradgrid4 folder, store it at any place in your local file system. In the subfolder docs you can find a manual and a publication draft with a detailed description of the concept and the example of an application. The subfolder testloc constitutes a GRASS location with test data. <BR>'''Author:''' Martin Mergili
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| * The GRASS Image Processing Environment (GIPE) has USLE, Energy-balance and radiance-reflectance correction models. <BR>'''Author:''' Yann Chemin (unless specified otherwise).<br> It is available by anonymous reading through this command (thanks Markus!):<br>
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| <tt>svn co https://svn.osgeo.org/grass/grass-addons/gipe</tt><br>
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| ** r.usler creates USLE R factor (Rainfall erosivity) from annual precipitations. It has 4 methods, Morgan, Roose, Foster and El-Swaify to choose from. '''Authors:''' Natalia Medvedeva and Yann Chemin
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| ** r.uslek creates USLE K factor (soil erodibility) from sand, clay, silt fractions and organic matter fraction. Based on USDA 1951 (p209) quoted in FAO World Soil CD, and from some generic [soil class+OM] to K conversion table.
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| ** r.albedo creates Albedo. Albedo is the shortwave surface reflectance in the range of 0.3-3 micro-meters. This module takes Modis, Aster, Landsat or AVHRR individual surface reflectance bands to calculate Albedo. This module is a precursor to r.sun or any Energy-Balance related processing.
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| ** r.eb.* are a set of 10+ GRASS modules that together perform the main functions of the SEBAL model (Bastiaanssen, 1995). Those functions include (but are not limited to) Soil heat flux, sensible heat flux, net radiation, evaporative fraction at satellite overpass, diurnal actual evapotranspiration, momentum roughness length, etc. These modules are also part of any Energy-Balance related processing.
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| ** r.evapo.potrad creates diurnal Potential evapotranspiration assuming all net radiation becomes ET, according to SEBAL model (Bastiaanssen, 1995). This module also has a flag for diurnal net radiation as required by SEBAL in r.eb.eta.
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| ** r.vi creates a given Vegetation index from a list of 13 of them, most of them only requiring Red and NIR. Updated to accept all types of input data. '''Authors:''' Baburao Kamble and Yann Chemin
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| ** r.vi.mpi is the mpi verion for cluster GRASS GIS education (no speed up here!) '''Author:''' Shamim Akhter
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| ** r.dn2ref.l7, r.dn2ref.ast create top of atmosphere reflectance for Landsat 7ETM+ and ASTER. These modules also have a flag for radiance output. Updated r.dn2ref.l7 to read .met calibration file.
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| ** r.dn2full.l7 is an attempt to get all bands of Landsat7 calibrated and corrected to either reflectance or temperature, reads only the .met file.
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| ** r.dn2potrad.l7] is an attempt to get ET potential from DN of Landsat 7 (Careful! No Atmospheric correction!).
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| ** r.biomass creates biomass growth map from fPAR, lightuse efficiency, water availability (or evap.fraction), Lat, doy and tsw.
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| * r.boxcount and r.boxcount.sh calculate the fractal dimension for a given map. These are versions for grass6 of [http://www.ucl.ac.uk/~tcrnmar/ Mark Lake's modules] for grass43.<br> '''Authors:''' Mark Lake, grass6 port: Florian Kindl. Available via SVN: <tt>svn co https://svn.osgeo.org/grass/grass-addons/r.boxcount/</tt> and <tt>svn co https://svn.osgeo.org/grass/grass-addons/r.boxcount.sh/</tt>
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| * [http://home.arcor.de/jesbergwetter/main_sw.html r.traveltime] computes the travel time of surface runoff to an outlet. The program starts at the basin outlet and calculates the travel time at each raster cell recursively. A drainage area related threhold considers even surface and also channel runoff. Travel times are derived by assuming kinematic wave approximation. The results can be used to derive a time-area function. This might be usefull for precipitation-runoff calculations (estimation of flood predictions) with a lumped hydrologic model (user-specified unit hydrograph).<BR>'''Author:''' Kristian Förster
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|
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| ===General add-ons===
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| * [http://www.nature-consult.de/dassau/g.laptop/g.laptop.sh g.laptop.sh] is an interactive shell script to extract raster and vector data from current Location into a new one. Data can be copied or extracted in current or original resolution and region extend. This script was written to extract smaller parts of a GRASS location to be able to present them on a laptop without the necessity to transfer huge data. Maps do not have to be in the same mapset.<BR>'''Author:''' Otto Dassau
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| * '''''Readline completion''''' for GRASS commands under the bash shell: [http://www.sorokine.info/grass-complete/ grass-complete] won't clutter the environment but needs to be installed; [http://dcalvelo.free.fr/grass/grass_rlcompleter.sh grass_rlcompleter.sh] needs almost no installation but will pollute the environment. Grass-Complete currently requires Bash version 2.05 for proper install.<BR>'''Author:''' Alexandre Sorokine (grass-complete), Daniel Calvelo (grass_rlcompleter.sh)
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| <br>
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|
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| === Imagery add-ons ===
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| * i.atcorr: Atmospheric Correction using Christo Zietsman's implementation of 6s code in C/C++. <BR>'''Author:''' Christo Zietsman. Recently incorporated into main CVS.
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| * [http://bambi.otago.ac.nz/hamish/grass/gdal/i.warp61 i.warp61] is a shell script that will use gdalwarp to rectify a raw input image using thin plate splines. The map should be imported into GRASS with r.in.gdal and GCPs set with i.points. Input is the raw image (GeoTIFF, JPEG, etc). Output is a GeoTIFF in the imagery group's target location's map projection. Requires a recent (early 2006) version of GRASS 6.1, or newer.<BR>'''Author:''' Hamish Bowman
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| <br>
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| * [http://bambi.otago.ac.nz/hamish/grass/i.points.reproj i.points.reproj] is a shell script that will use cs2cs to reproject the target coordinates of a group's POINTS file. By running i.rectify directly to the new target projection, a generation of resampling data loss can be avoided (versus i.rectify + r.proj). On the other hand, i.rectify does not calculate cell resolution well if the map is to be rotated ([http://intevation.de/rt/webrt?serial_num=3296 bug #3296]), in those cases i.rectify+r.proj may be the better option.<BR>'''Author:''' Hamish Bowman
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| <br>
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| * i.pr: Image classification: implements k-NN (multiclass), classification trees (multiclass), maximum likelihood (multiclass), Support Vector Machines (binary), bagging versions of all the base classifiers, AdaBoost for binary trees and support vector machines. It allows feature manipulation (normalization, principal components,...). It also implements feature selection techniques (RFE, E-RFE,...), statistical tests on variables, tools for resampling (cross-validation and bootstrap) and cost-sensitive techniques for trees and support vector machines. <BR>'''Author:''' Stefano Merler. Available via SVN:
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| svn co https://svn.osgeo.org/grass/grass-addons/i.pr
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|
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| === Display add-ons ===
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|
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| ==== [[IconSymbols]] ====
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| * [[IconSymbols|Symbols]] which can be used with ''d.vect, d.graph'', and ''ps.map''.
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|
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| ==== Modules ====
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|
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| * [http://bambi.otago.ac.nz/hamish/grass/d.frame.quarter d.frame.quarter] is a shell script that will split the display into four quadrants (or sixths) using ''d.frame''. Individual frames are named ''uno, dos, tres, cuatro'', and ''full_screen''.
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| : [http://bambi.otago.ac.nz/hamish/grass/d.frame.split d.frame.split] is similar, but works for 2,4,6,8,9,12, and 16 subframes and gives an option to spread the frames horizontally or vertically. Replacement for ''d.split'' and ''d.frame.quarter''.
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| : '''Author:''' Hamish Bowman
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| * [ftp://gsca.nrcan.gc.ca/outgoing/Patton/Grass/Scripts/d.hyperlink.tar.bz2 d.hyperlink] is an interactive shell script that allows the viewing of hyperlinked images from a vector's attribute table in an external image viewer. Queries can be made via SQL statements or interactive mouse-clicking. The attribute table must be pre-populated with a column containing the image to link the vector to; the user also specifies the image folder in the current MAPSET where the images are located. The script currently supports gimp, Eye of Gnome, gthumb, gpdf, and Inkscape image viewers. <BR>'''Author: '''Eric Patton
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| * [http://www.ornl.gov/sci/gist/software/grass/ pd-GRASS]: Parallel Display for GRASS GIS<BR>'''Author:''' Alex Sorokine
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| * [http://bambi.otago.ac.nz/hamish/grass/d.region.box d.region.box] is a shell script that quickly displays a box around the current region.<BR>'''Author:''' Hamish Bowman
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| * [http://bambi.otago.ac.nz/hamish/grass/d.stations d.stations] is a shell script that quickly displays vector points (or sites for GRASS 5.4 and below).<BR>'''Author:''' Hamish Bowman
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| * [http://bambi.otago.ac.nz/hamish/grass/d.mark d.mark] is a shell script that quickly displays a marker on the display at a given coordinate.<BR>'''Author:''' Hamish Bowman | | * [http://www.wgug.org/index.php?option=com_content&view=article&id=56&Itemid=9 ann.*] is the set of GRASS modules (in python) which implements artificial neural network using FANN library. The package requires Fast Artificial Neural Network Library ([http://leenissen.dk/fann/wp/ FANN]) v2.x. <BR>'''Author:''' Pawel Netzel |
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| * [http://bambi.otago.ac.nz/hamish/grass/d.varea d.varea] is a shell script that quickly displays vector areas.<BR>'''Author:''' Hamish Bowman | | * [http://trac.osgeo.org/grass/browser/grass-addons/tools/csv_dequote.pl csv_dequote.pl] is a Perl script to convert comma separated .csv files (including "quoted" text strings containing commas) into a form ready for {{Cmd|v.in.ascii}}. Comma separators are converted to pipes (|), commas in quoted strings are preserved, and "quotes" are removed where it is appropriate to do so. It doesn't need GRASS to run, but it does need the Text::CSV Perl Module (<tt>apt-get install libtext-csv-perl</tt>).<BR>'''Author''': Hamish Bowman |
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|
| | ==GRASS 8.x (current)== |
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| * [http://geni.ath.cx/grass/d.edit.rast d.edit.rast] edits cells in an existing raster map displayed on the current monitor.<BR>'''Author:''' Huidae Cho | | * See [https://grass.osgeo.org/grass8/manuals/addons/ AddOns/GRASS 8] |
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|
| === Postscript add-ons === | | ==GRASS 7.x (old)== |
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|
| ''''' [[ps.map scripts|ps.map samples and templates]] '''''
| | * See [[AddOns/GRASS 7]] |
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| * [http://les-ejk.cz/programs/grass/ps.atlas ps.atlas] is a shell script that makes more maps on current region according to input *.psmap file. General map can be stored as vector file. The resulting *.eps maps can be automatically converted to *.pdf files.<BR>'''Author:''' Jachym Cepicky
| | == GRASS 6.x (very old) == |
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| | * See [[AddOns/GRASS 6]] |
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| ==== [[AreaFillPatterns]] ==== | | ==GRASS 5.x (historical)== |
| * Hatches for ps.map's vareas
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|
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| ===GRASS and UMN Mapserver===
| | * See [[AddOns/GRASS 5]] |
|
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|
| * [http://www.mail-archive.com/mapserver-users@lists.umn.edu/msg00086.html See interesting posting]
| | ==GRASS 4.x (very historical)== |
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|
| | * See [[AddOns/GRASS 4]] |
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| [[Category:Community]]
| | {{AddOns}} |
| [[Category:Development]]
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| [[Category:Documentation]]
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| [[Category:Installation]]
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