AddOns/GRASS7/raster - Revision history

Neteler: update to GitHub URLs

2020-06-25T07:29:51Z

update to GitHub URLs

← Older revision		Revision as of 07:29, 25 June 2020
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	{{AddOns}}		{{AddOns}}
	* '''[~~http~~://grass.osgeo.org/grass7/manuals/addons/ GRASS GIS 7 Addons Manual pages] - a complete overview of available Addons'''		* '''[https://grass.osgeo.org/grass7/manuals/addons/ GRASS GIS 7 Addons Manual pages] - a complete overview of available Addons'''
	* [https://~~trac~~.~~osgeo.org/grass~~/~~browser~~/grass-addons Browse the ~~Svn~~ add-ons code ~~in the Trac system~~]		* [https://github.com/OSGeo/grass-addons/ Browse the GRASS GIS add-ons code on GitHub]
	* For addon installation, simply use {{cmd\|g.extension}}		* For addon installation, simply use {{cmd\|g.extension}}
	* Source code download: get all addons from the ~~svn~~ repository with:		* Source code download: get all addons from the git repository with:
	~~svn co~~ https://~~svn~~.~~osgeo.org~~/~~grass~~/grass-addons/~~grass7/raster/~~		<code>git clone https://github.com/OSGeo/grass-addons.git</code>

	==== r.agent ====		==== r.agent ====

Neteler at 20:34, 29 October 2018

2018-10-29T20:34:25Z

← Older revision		Revision as of 20:34, 29 October 2018
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	{{AddOns}}		{{AddOns}}
	* '''[http://grass.osgeo.org/~~grass70~~/manuals/addons/ GRASS GIS 7 Addons Manual pages] - a complete overview of available Addons'''		* '''[http://grass.osgeo.org/grass7/manuals/addons/ GRASS GIS 7 Addons Manual pages] - a complete overview of available Addons'''
	* [https://trac.osgeo.org/grass/browser/grass-addons Browse the Svn add-ons code in the Trac system]		* [https://trac.osgeo.org/grass/browser/grass-addons Browse the Svn add-ons code in the Trac system]
	* For addon installation, simply use {{cmd\|g.extension}}		* For addon installation, simply use {{cmd\|g.extension}}

⚠️Mmetz: +r.seasons, +r.resamp.tps, -r.stream.extract

2016-12-01T21:29:04Z

+r.seasons, +r.resamp.tps, -r.stream.extract

← Older revision		Revision as of 21:29, 1 December 2016
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	==== r.regression.series ====		==== r.regression.series ====

	'''{{AddonSrc\|raster\|r.regression.series\|version=7}}''' ~~is a module to calculate~~ linear regression parameters between two time series, e.g. NDVI and precipitation.		'''{{AddonSrc\|raster\|r.regression.series\|version=7}}''' calculates linear regression parameters between two time series, e.g. NDVI and precipitation.

			: '''Author:''' Markus Metz

			==== r.resamp.tps ====

			'''{{AddonSrc\|raster\|r.resamp.tps\|version=7}}''' does spatial TPS interpolation with optional covariables.

	: '''Author:''' Markus Metz		: '''Author:''' Markus Metz
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	: '''Author:''' Carlos Henrique Grohmann and Helmut Kudrnovsky		: '''Author:''' Carlos Henrique Grohmann and Helmut Kudrnovsky

			==== r.seasons ====

			'''{{AddonSrc\|raster\|r.seasons\|version=7}}''' extracts the number of seasons as well as their start and end dates from a time series according to a given threshold and a minimum season length.

			: '''Author:''' Markus Metz

	==== r.series.diversity ====		==== r.series.diversity ====
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	'''{{AddonSrc\|raster\|r.smooth.seg\|version=7}}''' generates a piece-wise smooth approximation of the input raster map and a raster map of the discontinuities of the output approximation. The discontinuities of the output approximation are preserved from being smoothed. The module implements the Mumford-Shah variational model for image segmentation.		'''{{AddonSrc\|raster\|r.smooth.seg\|version=7}}''' generates a piece-wise smooth approximation of the input raster map and a raster map of the discontinuities of the output approximation. The discontinuities of the output approximation are preserved from being smoothed. The module implements the Mumford-Shah variational model for image segmentation.

	An overview of the underlying theory with some applications ~~cab~~ be found		An overview of the underlying theory with some applications can be found
	[http://dx.doi.org/10.1016/j.isprsjprs.2012.02.005 here (Journal paper)]. <br>		[http://dx.doi.org/10.1016/j.isprsjprs.2012.02.005 here (Journal paper)]. <br>
	Other examples of use of the module can be found		Other examples of use of the module can be found
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	{{AddonSrc\|raster\|r.stream.distance\|version=7}}: Calculate distance to and elevation above streams and outlets according user input. It can work in stream mode where target are streams and outlets mode where targets are outlets.		{{AddonSrc\|raster\|r.stream.distance\|version=7}}: Calculate distance to and elevation above streams and outlets according user input. It can work in stream mode where target are streams and outlets mode where targets are outlets.

	~~==== r.stream.extract ====~~

	~~{{AddonSrc\|raster\|r.stream.extract\|version=7}}: Stream network extraction.~~

	==== r.stream.order ====		==== r.stream.order ====

⚠️Mmetz: +r.series.lwr

2016-11-03T20:31:31Z

+r.series.lwr

← Older revision		Revision as of 20:31, 3 November 2016
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	: '''Author:''' Paulo van Breugel		: '''Author:''' Paulo van Breugel

			==== r.series.lwr ====

			'''{{AddonSrc\|raster\|r.series.lwr\|version=7}}''' uses a local weighted regression (LWR) on a time series to 1) remove outliers, 2) fill gaps int the time series by fitting a polynomial function of user-defined order to the observations.

			: '''Author:''' Markus Metz

	==== r.smooth.seg ====		==== r.smooth.seg ====

⚠️Mmetz: /* r.bioclim update */

2016-08-10T19:45:38Z

r.bioclim update

← Older revision		Revision as of 19:45, 10 August 2016
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	==== r.bioclim ====		==== r.bioclim ====

	{{AddonSrc\|raster\|r.bioclim\|version=7}} calculates various bioclimatic indices from monthly temperature and optional precipitation time series. The time series can be averages for several years or monthly values for a specific year. In any case all 12 months must be provided. It a precipitation time series is not provided, only those indices based on temperature are calculated~~. The names of the output maps are <output>.bio01, <output>.bio02, <output>.bio03, etc~~.		{{AddonSrc\|raster\|r.bioclim\|version=7}} calculates various bioclimatic indices from monthly temperature and optional precipitation time series (see http://worldclim.org/bioclim). The time series can be averages for several years or monthly values for a specific year. In any case all 12 months must be provided. If a precipitation time series is not provided, only those indices based on temperature are calculated.

	==== r.bitpattern ====		==== r.bitpattern ====

⚠️Mmetz: +r.quantile.ref

2016-08-10T19:38:04Z

+r.quantile.ref

← Older revision		Revision as of 19:38, 10 August 2016
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	: '''Author:''' Helmut Kudrnovsky		: '''Author:''' Helmut Kudrnovsky

			==== r.quantile.ref ====

			{{AddonSrc\|raster\|r.quantile.ref\|version=7}} calculates the quantile of a current observation compared to a time series of previous observations. This can be used to compare e.g current temperature or rainfall to previously recorded temperature or rainfall and to answer the question if the current observation is unusually low or high or even lower or higher than ever observed.

			: '''Author:''' Markus Metz

	==== r.random.weight ====		==== r.random.weight ====

⚠️Mmetz: G7 addons +r.change.info

2016-02-18T21:49:25Z

G7 addons +r.change.info

← Older revision		Revision as of 21:49, 18 February 2016
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	: '''Author:''' Paulo van Breugel		: '''Author:''' Paulo van Breugel

			==== r.change.info ====

			{{AddonSrc\|raster\|r.change.info\|version=7}} detects changes in landscape structure using methods from decision tree induction (machine learning). These methods are largely based on concepts of information theory.

			: '''Author:''' Markus Metz

	==== r.convergence ====		==== r.convergence ====

⚠️Hellik at 09:34, 24 December 2015

2015-12-24T09:34:01Z

← Older revision		Revision as of 09:34, 24 December 2015
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	==== r.droka ====		==== r.droka ====

	{{AddonSrc\|raster\|r.droka\|version=7}}: ~~Sets colors~~ and ~~category labels of European ecosystem raster data sets~~.		{{AddonSrc\|raster\|r.droka\|version=7}}: This script defines rockfall zones from a digital elevation model (DEM) and vector layer containing starting point or points.

	: '''Authors:''' Andrea Filipello and Daniele Strigaro		: '''Authors:''' Andrea Filipello and Daniele Strigaro

⚠️Hellik at 09:32, 24 December 2015

2015-12-24T09:32:05Z

← Older revision		Revision as of 09:32, 24 December 2015
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	==== r.droka ====		==== r.droka ====

	{{AddonSrc\|raster\|r.~~euro.ecosystem~~\|version=7}}: Sets colors and category labels of European ecosystem raster data sets.		{{AddonSrc\|raster\|r.droka\|version=7}}: Sets colors and category labels of European ecosystem raster data sets.

	: '''Authors:''' Andrea Filipello and Daniele Strigaro		: '''Authors:''' Andrea Filipello and Daniele Strigaro
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	==== r.euro.ecosystem ====		==== r.euro.ecosystem ====

	{{AddonSrc\|raster\|r.~~gdd~~\|version=7}} Sets colors and category labels of European ecosystem raster data sets.		{{AddonSrc\|raster\|r.euro.ecosystem\|version=7}} Sets colors and category labels of European ecosystem raster data sets.

	: '''Author:''' Helmut Kudrnovsky		: '''Author:''' Helmut Kudrnovsky

⚠️Hellik at 09:30, 24 December 2015

2015-12-24T09:30:48Z

← Older revision		Revision as of 09:30, 24 December 2015
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	==== r.euro.ecosystem ====		==== r.euro.ecosystem ====

	{{AddonSrc\|raster\|r.gdd\|version=7}} ~~calculates (accumulated) growing degree days (GDDs)~~ and ~~Winkler indices from several input maps with temperature~~ data ~~for different times of the day~~.		{{AddonSrc\|raster\|r.gdd\|version=7}} Sets colors and category labels of European ecosystem raster data sets.

	: '''Author:''' Helmut Kudrnovsky		: '''Author:''' Helmut Kudrnovsky