HRUweb Tutorial - Revision history

Nsk at 14:15, 27 January 2018

2018-01-27T14:15:51Z

← Older revision		Revision as of 14:15, 27 January 2018
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	\| optional		\| optional
	\|}		\|}
		+	All datasets that are uploaded as ZIP archvives need to comply to the following rules:
		+	# The archive must not contain any subdirectories
		+	# The archive's name (before .zip) must be identical to the file name(s) inside (e.g., if your Shapefile consists of multiple files named outlets.shp, outlets.dbf, outlets.prj etc., your ZIP archive must be named outlets.zip).

2018-01-25T12:24:10Z

← Older revision		Revision as of 12:24, 25 January 2018
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	The HRUweb is a web tool which was developed to delineate hydrological response units (HRU) online.		The HRUweb is a web tool which was developed to delineate hydrological response units (HRU) online.
	It was implemented in Python and		It was implemented in Python and
−	calculates HRUs according to ~~opensource~~ GRASS-GIS algorithms.	+	calculates HRUs according to open-source GRASS-GIS algorithms.

	After every processing step, the results are provided as raster or shape data which are all		After every processing step, the results are provided as raster or shape data which are all
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	== Starting HRUweb Tool ==		== Starting HRUweb Tool ==

−	'''Link to HRU Tool''': http://intecral.uni-jena.de/hruweb	+	'''Link to HRU Tool''': http://intecral.uni-jena.de/hruweb-qs


−	'''Structure of ~~HRUWeb~~ user interface'''	+	'''Structure of HRUweb user interface'''

	The map window is located in the centre. By using the arrow buttons or the +/- tool bar in the top left, the view can be set manually.		The map window is located in the centre. By using the arrow buttons or the +/- tool bar in the top left, the view can be set manually.

2018-01-25T12:09:17Z

← Older revision		Revision as of 12:09, 25 January 2018
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−	The HRUweb is a web tool which was developed to ~~derivate~~ hydrological response units (HRU) online.	+	The HRUweb is a web tool which was developed to delineate hydrological response units (HRU) online.
	It was implemented in Python and		It was implemented in Python and
	calculates HRUs according to opensource GRASS-GIS algorithms.		calculates HRUs according to opensource GRASS-GIS algorithms.

2018-01-25T12:08:56Z

← Older revision		Revision as of 12:08, 25 January 2018
Line 1:		Line 1:
−	The ~~WebHRU~~ is a web tool which was developed to derivate hydrological response units (HRU) online.	+	The HRUweb is a web tool which was developed to derivate hydrological response units (HRU) online.
	It was implemented in Python and		It was implemented in Python and
	calculates HRUs according to opensource GRASS-GIS algorithms.		calculates HRUs according to opensource GRASS-GIS algorithms.
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	For this tutorial, sample data from Rio de Janeiro in Brazil were used.		For this tutorial, sample data from Rio de Janeiro in Brazil were used.

−	== Starting ~~WebHRU~~ Tool ==	+	== Starting HRUweb Tool ==

	'''Link to HRU Tool''': http://intecral.uni-jena.de/hruweb		'''Link to HRU Tool''': http://intecral.uni-jena.de/hruweb
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−	The following sections describe the single substeps in the ~~WebHRUTool~~. Each substep is divided into the subsections '''Aim''', '''Procedure''' and '''Results'''.	+	The following sections describe the single substeps in the HRUweb Tool. Each substep is divided into the subsections '''Aim''', '''Procedure''' and '''Results'''.

	== Step 1: Define Data Sources ==		== Step 1: Define Data Sources ==

2018-01-25T12:07:55Z

moved WebHRU Tutorial to HRUweb Tutorial: Wrong name for HRUweb

← Older revision

Revision as of 12:07, 25 January 2018

2017-10-05T20:45:17Z

Step 4: Reclassification

← Older revision		Revision as of 20:45, 5 October 2017
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−	'''~~How to ...~~ '''	+	'''HELP '''

−	~~Choose~~ the best settings for ranges of values of slope and aspect ?	+	How to choose the best settings for ranges of values of slope and aspect ?

2017-10-05T20:44:50Z

Step 5: Waterflow

← Older revision		Revision as of 20:44, 5 October 2017
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	:In this tutorial, the cellsize was defined by 10.000 pixels.		:In this tutorial, the cellsize was defined by 10.000 pixels.

−	:'''HELP''': HOW TO FIND THE BEST MAXIMUM CELL SIZE FOR THE SMALLEST SUBBASIN ?/ choose the best settings for number of pixels for the smallest subbasin	+	'''HELP''': HOW TO FIND THE BEST MAXIMUM CELL SIZE FOR THE SMALLEST SUBBASIN ?/ choose the best settings for number of pixels for the smallest subbasin

	: Depending on, how detailed the river network does look like. Compare to Google Earth.		: Depending on, how detailed the river network does look like. Compare to Google Earth.

2017-10-05T20:44:12Z

Step 5: Waterflow

← Older revision		Revision as of 20:44, 5 October 2017
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	:In this tutorial, the cellsize was defined by 10.000 pixels.		:In this tutorial, the cellsize was defined by 10.000 pixels.

−	:'''HELP''': HOW TO FIND THE BEST MAXIMUM CELL SIZE FOR THE SMALLEST SUBBASIN ?	+	:'''HELP''': HOW TO FIND THE BEST MAXIMUM CELL SIZE FOR THE SMALLEST SUBBASIN ?/ choose the best settings for number of pixels for the smallest subbasin
		+
	: Depending on, how detailed the river network does look like. Compare to Google Earth.		: Depending on, how detailed the river network does look like. Compare to Google Earth.

2017-10-05T20:43:27Z

Step 4: Reclassification

← Older revision		Revision as of 20:43, 5 October 2017
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	:[[File:class table change.png]]		:[[File:class table change.png]]
		+
		+
		+	'''How to ... '''
		+
		+	Choose the best settings for ranges of values of slope and aspect ?
		+

2017-10-05T20:42:22Z

Help Section

← Older revision		Revision as of 20:42, 5 October 2017
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	:If the delineation shall be repeated, click on:		:If the delineation shall be repeated, click on:
	:[[File: new_step9.png]]		:[[File: new_step9.png]]
−
−	~~== Help Section ==~~
−
−	~~How to ...~~
−
−	* Step 4: choose the best settings for ranges of values of slope and aspect
−	* Step 5: choose the best settings for number of pixels for the smallest subbasin
−
−	* Step 6: decide, if a gauge should be considered or not?