Tutorial ILMSImage - Revision history

DanielS at 12:21, 10 December 2011

2011-12-10T12:21:27Z

← Older revision		Revision as of 12:21, 10 December 2011
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	[[de:Tutorium_ILMSImage]]		[[de:Tutorium_ILMSImage]]
−	[[pt:~~Tutorial_ILMSImage_pt~~]]	+	[[pt:Tutorial_ILMSImage]]
	=ILMSImage Plug-in for QuantumGIS=		=ILMSImage Plug-in for QuantumGIS=

Chr at 08:10, 5 December 2011

2011-12-05T08:10:58Z

← Older revision		Revision as of 08:10, 5 December 2011
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	After double-clicking on the executable file, the start window of the installation package appears. In this example, ''Advanced Installation'' is chosen.		After double-clicking on the executable file, the start window of the installation package appears. In this example, ''Advanced Installation'' is chosen.

−	[[~~Bild~~:ilms_img_qgis_install_01.png]]	+	[[File:ilms_img_qgis_install_01.png]]


	When an Internet connection is already available, the corresponding option can be chosen as download source:		When an Internet connection is already available, the corresponding option can be chosen as download source:

−	[[~~Bild~~:ilms_img_qgis_install_02.png]]	+	[[File:ilms_img_qgis_install_02.png]]


	In the next window a directory for the installation is chosen. It is highly recommended to use the suggested option (default C:\OSGeo4W) since a relocation of the installation requires high effort for an adaptation. By choosing the option ''All Users'' all users of the Windows installation gain access to the shortcuts to the installed programs:		In the next window a directory for the installation is chosen. It is highly recommended to use the suggested option (default C:\OSGeo4W) since a relocation of the installation requires high effort for an adaptation. By choosing the option ''All Users'' all users of the Windows installation gain access to the shortcuts to the installed programs:

−	[[~~Bild~~:ilms_img_qgis_install_03.png]]	+	[[File:ilms_img_qgis_install_03.png]]


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−	[[~~Bild~~:ilms_img_qgis_install_04.png]]	+	[[File:ilms_img_qgis_install_04.png]]


	Subsequently, an Internet connection type can be selected (no image). After downloading the entire list of packages from the server of the OSGeo initiative, the above-mentioned tree view of all installable programs and libraries appears. Those are distributed among the categories ''Commandline Utilities'', ''Desktop'', ''Libs'', ''Web'' and ''Web Applications''. In order to install the current version of QuantumGIS it is sufficient to locate the corresponding program package in the category ''Desktop'' and selecting it for the installation by clicking on the symbol with two arrows. The successful selection can be verified with a version number which should be found after clicking on the former position of ''Skip''. The convenience of the OSGeo4W installation package is that all additional programs and libraries which are necessary for executing the installed software are noted for later installation when choosing the program package for QuantumGIS. In the presented case this also includes the Python interpreter and the GDAL command line tool. By clicking on Next the download and installation of all selected program packages is initiated. This can take quite some time - depending on the size and number of the selected packages and connection speed.		Subsequently, an Internet connection type can be selected (no image). After downloading the entire list of packages from the server of the OSGeo initiative, the above-mentioned tree view of all installable programs and libraries appears. Those are distributed among the categories ''Commandline Utilities'', ''Desktop'', ''Libs'', ''Web'' and ''Web Applications''. In order to install the current version of QuantumGIS it is sufficient to locate the corresponding program package in the category ''Desktop'' and selecting it for the installation by clicking on the symbol with two arrows. The successful selection can be verified with a version number which should be found after clicking on the former position of ''Skip''. The convenience of the OSGeo4W installation package is that all additional programs and libraries which are necessary for executing the installed software are noted for later installation when choosing the program package for QuantumGIS. In the presented case this also includes the Python interpreter and the GDAL command line tool. By clicking on Next the download and installation of all selected program packages is initiated. This can take quite some time - depending on the size and number of the selected packages and connection speed.

−	[[~~Bild~~:ilms_img_qgis_install_05.png]]	+	[[File:ilms_img_qgis_install_05.png]]


	After completing the installation, it is possible to install a desktop icon and a shortcut in the Start Menu to have a quick access to the installed software (no image). As a result of this first step in the installation a shortcut to the QuantumGIS version which has been installed appears which can be used to launch the program immediately:		After completing the installation, it is possible to install a desktop icon and a shortcut in the Start Menu to have a quick access to the installed software (no image). As a result of this first step in the installation a shortcut to the QuantumGIS version which has been installed appears which can be used to launch the program immediately:

−	[[~~Bild~~:ilms_img_qgis_install_06.png]]	+	[[File:ilms_img_qgis_install_06.png]]

	====Installation and Activation of the GUI Plug-in====		====Installation and Activation of the GUI Plug-in====
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	This installation procedure is followed by the activation of the plug-in using the QuantumGIS interface. For this purpose the sub-item ''Manage Extensions'' under the menu item ''Extensions'' appears after launching the program:		This installation procedure is followed by the activation of the plug-in using the QuantumGIS interface. For this purpose the sub-item ''Manage Extensions'' under the menu item ''Extensions'' appears after launching the program:

−	[[~~Bild~~: ilms_img_qgis_install_07.png]]	+	[[File: ilms_img_qgis_install_07.png]]


	The window of the appearing QuantumGIS extension manager contains a set of plug-ins which are available and the source code of which - in case of their implementation in Python - is also already in the described directory. The entry called ''ILMSRaster/ILMSImage plug-in for QuantumGIS'' is the ILMSImage plug-in:		The window of the appearing QuantumGIS extension manager contains a set of plug-ins which are available and the source code of which - in case of their implementation in Python - is also already in the described directory. The entry called ''ILMSRaster/ILMSImage plug-in for QuantumGIS'' is the ILMSImage plug-in:

−	[[~~Bild~~: ilms_img_qgis_install_08.png]]	+	[[File: ilms_img_qgis_install_08.png]]


	After the activation of the checkbox and closing the extension manager the ILMSImage plug-in is available under the menu item ''Extensions'' and the corresponding toolbar for further use:		After the activation of the checkbox and closing the extension manager the ILMSImage plug-in is available under the menu item ''Extensions'' and the corresponding toolbar for further use:

−	[[~~Bild~~: ilms_img_qgis_install_09.png]]	+	[[File: ilms_img_qgis_install_09.png]]


	By clicking on the menu item ''ILMSRaster'' or the icon in the toolbar the plug-in appears in the context of a panel linked to the desktop on the right side of the QuantumGIS user interface:		By clicking on the menu item ''ILMSRaster'' or the icon in the toolbar the plug-in appears in the context of a panel linked to the desktop on the right side of the QuantumGIS user interface:

−	[[~~Bild~~: ilms_img_qgis_install_10.png]]	+	[[File: ilms_img_qgis_install_10.png]]

	====Installation of the ILMSImage Command Line Version====		====Installation of the ILMSImage Command Line Version====
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	# '''QuantumGIS''', '''GDAL''' and'''Python''' can be updated by re-processing the '''OSGeo4W installation package'''. The procedure starts as described above. Then the setup program - after obtaining a new package list via Internet - autonomously identifies the components of an existing installation which should be updated. In order to control which changes are made, the view on the package window can be modified by repeatedly clicking on ''Ansicht/View''. If the key word ''Teilw.'' appears next to the corresponding button, all packages are listed which are being updated and which are to be installed or deleted. It is recommended to carry out the update at least always when a modified plug-in source code is supposed to be used.		# '''QuantumGIS''', '''GDAL''' and'''Python''' can be updated by re-processing the '''OSGeo4W installation package'''. The procedure starts as described above. Then the setup program - after obtaining a new package list via Internet - autonomously identifies the components of an existing installation which should be updated. In order to control which changes are made, the view on the package window can be modified by repeatedly clicking on ''Ansicht/View''. If the key word ''Teilw.'' appears next to the corresponding button, all packages are listed which are being updated and which are to be installed or deleted. It is recommended to carry out the update at least always when a modified plug-in source code is supposed to be used.

−	[[~~Bild~~:ilms_img_qgis_install_11.png\|602px\|Die Liste der zu aktualisierenden Pakete einer OSGeo4W-Installation]]	+	[[File:ilms_img_qgis_install_11.png\|602px\|Die Liste der zu aktualisierenden Pakete einer OSGeo4W-Installation]]

	==Application==		==Application==
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	To illustrate the application of the ILMSImage plug-in an example application is shown which examines the catchment area of the Rot in Thuringia. All necessary input data are available to download, so you can understand the example more easily. In this instruction the corresponding file was unpacked into a new directory called <code>C:\ilms_img</code>. To launch the example application, you only have to load the prepared QuantumGIS project <code>C:\ilms_img\rot.qgs</code> under the menu item ''Open Project File...'' from the menu ''File''.		To illustrate the application of the ILMSImage plug-in an example application is shown which examines the catchment area of the Rot in Thuringia. All necessary input data are available to download, so you can understand the example more easily. In this instruction the corresponding file was unpacked into a new directory called <code>C:\ilms_img</code>. To launch the example application, you only have to load the prepared QuantumGIS project <code>C:\ilms_img\rot.qgs</code> under the menu item ''Open Project File...'' from the menu ''File''.

−	[[~~Bild~~: ilms_img_qgis_work_01_de.png]]	+	[[File: ilms_img_qgis_work_01_de.png]]

	After opening the project you will see the interface of QuantumGIS as shown in the following image. The main part is filled by the mapping of the data. The overview of layers on the left side shows the elements which have been loaded, image data (''Imagery''), the borders of the catchment area (''Catchment'') and the reference data (''Training Data'') which are necessary later on and not yet shown in the map.		After opening the project you will see the interface of QuantumGIS as shown in the following image. The main part is filled by the mapping of the data. The overview of layers on the left side shows the elements which have been loaded, image data (''Imagery''), the borders of the catchment area (''Catchment'') and the reference data (''Training Data'') which are necessary later on and not yet shown in the map.

−	[[~~Bild~~: ilms_img_qgis_work_02_de.png]]	+	[[File: ilms_img_qgis_work_02_de.png]]

	===Implementing an Example Application===		===Implementing an Example Application===
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	Below, the individual sub-panels are described in detail with the help of an example process chain for the test area of the Rot river.		Below, the individual sub-panels are described in detail with the help of an example process chain for the test area of the Rot river.

−	==== [[~~Bild~~: ilms_img_setup_icon.png\|50px\|<span title=""></span>]] ILMSImage Setup====	+	==== [[File: ilms_img_setup_icon.png\|50px\|<span title=""></span>]] ILMSImage Setup====

	''ILMSImage Setup'' is used for choosing suitable input data layers allows a subsequent selection of a partial test area and generates an ILMSImage project.		''ILMSImage Setup'' is used for choosing suitable input data layers allows a subsequent selection of a partial test area and generates an ILMSImage project.
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	A detailed description is provided in the main article on [[ILMSImage_Setup\|ILMSImage Setup]]		A detailed description is provided in the main article on [[ILMSImage_Setup\|ILMSImage Setup]]

−	==== [[~~Bild~~: ilms_img_cells_icon.png\|50px\|<span title=""></span>]] ILMSImage Cell Creation====	+	==== [[File: ilms_img_cells_icon.png\|50px\|<span title=""></span>]] ILMSImage Cell Creation====

	''ILMSImage Cell Creation'' leads to cell creation according to selected input data and additional optional parameters.		''ILMSImage Cell Creation'' leads to cell creation according to selected input data and additional optional parameters.
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	A detailed description is provided in the main article on [[ILMSImage_Cell_Creation\|ILMSImage Cell Creation]]		A detailed description is provided in the main article on [[ILMSImage_Cell_Creation\|ILMSImage Cell Creation]]

−	==== [[~~Bild~~: ilms_img_attributes_icon.png\|50px\|<span title=""></span>]] ILMSImage Attribute Calculation====	+	==== [[File: ilms_img_attributes_icon.png\|50px\|<span title=""></span>]] ILMSImage Attribute Calculation====

	''ILMSImage Attribute Calculation'' calculates cell-based attributes and features and allows the integration of additional data layers.		''ILMSImage Attribute Calculation'' calculates cell-based attributes and features and allows the integration of additional data layers.
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	A detailed description is provided in the main article on [[ILMSImage_Attribute_Calculation\|ILMSImage Attribute Calculation]]		A detailed description is provided in the main article on [[ILMSImage_Attribute_Calculation\|ILMSImage Attribute Calculation]]

−	==== [[~~Bild~~: ilms_img_classification_icon.png\|50px\|<span title=""></span>]] ILMSImage Classification====	+	==== [[File: ilms_img_classification_icon.png\|50px\|<span title=""></span>]] ILMSImage Classification====

	''ILMSImage Classification'' carries out a two-step thematic analysis, consisting of unsupervised and supervised classification.		''ILMSImage Classification'' carries out a two-step thematic analysis, consisting of unsupervised and supervised classification.

	A detailed description is provided in the main article on [[ILMSImage_Classification\|ILMSImage Classification]]		A detailed description is provided in the main article on [[ILMSImage_Classification\|ILMSImage Classification]]

Chr: /* Implementing an Example Application */

2011-11-30T17:17:00Z

Implementing an Example Application

DanielS at 23:24, 28 November 2011

2011-11-28T23:24:20Z

← Older revision		Revision as of 23:24, 28 November 2011
Line 1:		Line 1:
	[[de:Tutorium_ILMSImage]]		[[de:Tutorium_ILMSImage]]
		+	[[pt:Tutorial_ILMSImage_pt]]
	=ILMSImage Plug-in for QuantumGIS=		=ILMSImage Plug-in for QuantumGIS=

Chr at 16:33, 28 November 2011

2011-11-28T16:33:09Z

← Older revision		Revision as of 16:33, 28 November 2011
Line 1:		Line 1:
		+	[[de:Tutorium_ILMSImage]]
	=ILMSImage Plug-in for QuantumGIS=		=ILMSImage Plug-in for QuantumGIS=

DanielS: /* ILMSImage Setup */

2011-09-16T12:40:28Z

<span title=""></span> ILMSImage Setup

← Older revision		Revision as of 12:40, 16 September 2011
Line 156:		Line 156:
	==== [[Bild: ilms_img_setup_icon.png\|50px\|<span title=""></span>]] ILMSImage Setup====		==== [[Bild: ilms_img_setup_icon.png\|50px\|<span title=""></span>]] ILMSImage Setup====

−	''ILMSImage Setup'' is used for choosing suitable input data layers allows a subsequent selection of a partial test area and generates an ~~IMLSImage~~ project.	+	''ILMSImage Setup'' is used for choosing suitable input data layers allows a subsequent selection of a partial test area and generates an ILMSImage project.

	A detailed description is provided in the main article on [[ILMSImage_Setup_english\|ILMSImage Setup]]		A detailed description is provided in the main article on [[ILMSImage_Setup_english\|ILMSImage Setup]]

DanielS: /* Updating a Current Installation */

2011-09-15T12:55:06Z

Updating a Current Installation

← Older revision		Revision as of 12:55, 15 September 2011
Line 125:		Line 125:
	# The '''source code''' of the plug-in can be updated by overriding the existing version by a new one.		# The '''source code''' of the plug-in can be updated by overriding the existing version by a new one.
	# In case the '''command line version''' has to be updated, the path to a new file has to be written in the configuration file <code>ilmsraster.cfg</code> under <code>ilms_img_bin</code>.		# In case the '''command line version''' has to be updated, the path to a new file has to be written in the configuration file <code>ilmsraster.cfg</code> under <code>ilms_img_bin</code>.
−	# '''QuantumGIS''', '''GDAL''' and'''Python''' can be updated by re-processing the '''OSGeo4W installation package'''. The procedure starts as described above. Then the setup program - after obtaining a new package list via Internet - autonomously identifies the components of an existing installation which should be updated. In order to control which changes are made, the view on the package window can be modified by repeatedly clicking on ''Ansicht/View''. If the key word ''Teilw.'' appears next to the corresponding button, all packages are listed which are being updated and which are to be installed or deleted. It is recommended to carry out the update at least always when a modified plug-on source code is supposed to be used.	+	# '''QuantumGIS''', '''GDAL''' and'''Python''' can be updated by re-processing the '''OSGeo4W installation package'''. The procedure starts as described above. Then the setup program - after obtaining a new package list via Internet - autonomously identifies the components of an existing installation which should be updated. In order to control which changes are made, the view on the package window can be modified by repeatedly clicking on ''Ansicht/View''. If the key word ''Teilw.'' appears next to the corresponding button, all packages are listed which are being updated and which are to be installed or deleted. It is recommended to carry out the update at least always when a modified plug-in source code is supposed to be used.

	[[Bild:ilms_img_qgis_install_11.png\|602px\|Die Liste der zu aktualisierenden Pakete einer OSGeo4W-Installation]]		[[Bild:ilms_img_qgis_install_11.png\|602px\|Die Liste der zu aktualisierenden Pakete einer OSGeo4W-Installation]]

DanielS: /* Preliminary Remarks */

2011-09-12T12:15:16Z

Preliminary Remarks

← Older revision		Revision as of 12:15, 12 September 2011
Line 14:		Line 14:
	For a successful application of ILMSImage functions within the interface of [http://www.qgis.org QuantumGIS] the following program components or libraries are required:		For a successful application of ILMSImage functions within the interface of [http://www.qgis.org QuantumGIS] the following program components or libraries are required:
	# an installation of the free desktop GIS-Software '''QuantumGIS''' (from Version 1.5),		# an installation of the free desktop GIS-Software '''QuantumGIS''' (from Version 1.5),
−	# a'''Python'''-Interpreter (recommended version: 2.5.2),	+	# a '''Python'''-Interpreter (recommended version: 2.5.2),
	# the command line tools of the Geospatial Data Abstraction Library ('''GDAL''', from Version 1.7),		# the command line tools of the Geospatial Data Abstraction Library ('''GDAL''', from Version 1.7),
	# a command line version of '''ILMSImage''' (xILMSImage, recommended version: 2010-11-08),		# a command line version of '''ILMSImage''' (xILMSImage, recommended version: 2010-11-08),

DanielS: /* Preliminary Remarks */

2011-09-12T12:14:54Z

Preliminary Remarks

← Older revision		Revision as of 12:14, 12 September 2011
Line 15:		Line 15:
	# an installation of the free desktop GIS-Software '''QuantumGIS''' (from Version 1.5),		# an installation of the free desktop GIS-Software '''QuantumGIS''' (from Version 1.5),
	# a'''Python'''-Interpreter (recommended version: 2.5.2),		# a'''Python'''-Interpreter (recommended version: 2.5.2),
−	# the command line tools of the Geospatial Data Abstraction Library ('''GDAL''', ab Version 1.7),	+	# the command line tools of the Geospatial Data Abstraction Library ('''GDAL''', from Version 1.7),
	# a command line version of '''ILMSImage''' (xILMSImage, recommended version: 2010-11-08),		# a command line version of '''ILMSImage''' (xILMSImage, recommended version: 2010-11-08),
	# the Python source code of the '''QuantumGIS GUI plug-ins'''.		# the Python source code of the '''QuantumGIS GUI plug-ins'''.

Chr: /* Aktualisierung einer bestehenden Installation */

2011-08-30T09:38:02Z

Aktualisierung einer bestehenden Installation

← Older revision		Revision as of 09:38, 30 August 2011
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	After completing the installation as described there should be no problem to execute the ILMSImage plug-in.		After completing the installation as described there should be no problem to execute the ILMSImage plug-in.

−	===~~Aktualisierung einer bestehenden~~ Installation===	+	===Updating a Current Installation===

−	~~Eine bestehende Installation der~~ ILMSImage-~~Plugins lässt sich durch Aktualisierung der einzelnen Programmkomponenten auf dem jeweils neuesten Stand halten~~.	+	An existing installation of the ILMSImage plug-in can be up-to-date by updating individual program components.

−	# ~~Der~~ '''~~Quellcode~~''' ~~des Plugins lässt sich durch Überschreiben der bestehenden Version mit der neu erhaltenen aktualisieren~~.	+	# The '''source code''' of the plug-in can be updated by overriding the existing version by a new one.
−	# ~~Für den Fall, dass die~~ '''~~Kommandozeilenversion~~''' ~~von ILMSImage aktualisiert werden soll~~, ~~muss der Pfad zur neuen Datei~~ in ~~der Konfigurationsdatei~~ <code>ilmsraster.cfg</code> ~~unter~~ <code>ilms_img_bin</code> ~~eingetragen werden~~.	+	# In case the '''command line version''' has to be updated, the path to a new file has to be written in the configuration file <code>ilmsraster.cfg</code> under <code>ilms_img_bin</code>.
−	# '''QuantumGIS''', '''GDAL''' ~~und~~ '''Python''' ~~lassen sich erneutes Ausführen des~~ '''OSGeo4W~~-Installationspakets~~''' ~~aktualisieren~~. ~~Dazu wird zunächst wie oben beschrieben vorgegangen~~. ~~Das Setup~~-~~Programm identifiziert dann - nach Bezug einer neuen Paketliste über das~~ Internet - ~~selbstständig die zu aktualisierenden Bestandteile einer bestehenden Installation~~. ~~Um zu kontrollieren~~, ~~welche Änderungen vorgenommen werden, lässt sich die Anzeige im Paketfenster durch wiederholtes Klicken auf~~ ''Ansicht'' ~~umstellen~~. ~~Wenn das Schlüsselwort~~ ''Teilw.'' ~~neben dem entsprechenden Button erscheint~~, ~~sind alle zu aktualisierenden, aber auch alle neu zu installierenden und zu entfernenden, Pakete aufgelistet~~. ~~Es wird empfohlen, diese Aktualisierung mindestens immer dann durchzuführen, wenn ein veränderter Plugin~~-~~Quellcode verwendet werden soll~~.	+	# '''QuantumGIS''', '''GDAL''' and'''Python''' can be updated by re-processing the '''OSGeo4W installation package'''. The procedure starts as described above. Then the setup program - after obtaining a new package list via Internet - autonomously identifies the components of an existing installation which should be updated. In order to control which changes are made, the view on the package window can be modified by repeatedly clicking on ''Ansicht/View''. If the key word ''Teilw.'' appears next to the corresponding button, all packages are listed which are being updated and which are to be installed or deleted. It is recommended to carry out the update at least always when a modified plug-on source code is supposed to be used.

	[[Bild:ilms_img_qgis_install_11.png\|602px\|Die Liste der zu aktualisierenden Pakete einer OSGeo4W-Installation]]		[[Bild:ilms_img_qgis_install_11.png\|602px\|Die Liste der zu aktualisierenden Pakete einer OSGeo4W-Installation]]

← Older revision		Revision as of 17:17, 30 November 2011
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	''ILMSImage Setup'' is used for choosing suitable input data layers allows a subsequent selection of a partial test area and generates an ILMSImage project.		''ILMSImage Setup'' is used for choosing suitable input data layers allows a subsequent selection of a partial test area and generates an ILMSImage project.

−	A detailed description is provided in the main article on [[~~ILMSImage_Setup_english~~\|ILMSImage Setup]]	+	A detailed description is provided in the main article on [[ILMSImage_Setup\|ILMSImage Setup]]

	==== [[Bild: ilms_img_cells_icon.png\|50px\|<span title=""></span>]] ILMSImage Cell Creation====		==== [[Bild: ilms_img_cells_icon.png\|50px\|<span title=""></span>]] ILMSImage Cell Creation====
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	''ILMSImage Cell Creation'' leads to cell creation according to selected input data and additional optional parameters.		''ILMSImage Cell Creation'' leads to cell creation according to selected input data and additional optional parameters.

−	A detailed description is provided in the main article on [[~~ILMSImage_Cell_Creation_english~~\|ILMSImage Cell Creation]]	+	A detailed description is provided in the main article on [[ILMSImage_Cell_Creation\|ILMSImage Cell Creation]]

	==== [[Bild: ilms_img_attributes_icon.png\|50px\|<span title=""></span>]] ILMSImage Attribute Calculation====		==== [[Bild: ilms_img_attributes_icon.png\|50px\|<span title=""></span>]] ILMSImage Attribute Calculation====
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	''ILMSImage Attribute Calculation'' calculates cell-based attributes and features and allows the integration of additional data layers.		''ILMSImage Attribute Calculation'' calculates cell-based attributes and features and allows the integration of additional data layers.

−	A detailed description is provided in the main article on [[ILMSImage_Attribute_Calculation ~~english~~\|ILMSImage Attribute Calculation]]	+	A detailed description is provided in the main article on [[ILMSImage_Attribute_Calculation\|ILMSImage Attribute Calculation]]

	==== [[Bild: ilms_img_classification_icon.png\|50px\|<span title=""></span>]] ILMSImage Classification====		==== [[Bild: ilms_img_classification_icon.png\|50px\|<span title=""></span>]] ILMSImage Classification====
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	''ILMSImage Classification'' carries out a two-step thematic analysis, consisting of unsupervised and supervised classification.		''ILMSImage Classification'' carries out a two-step thematic analysis, consisting of unsupervised and supervised classification.

−	A detailed description is provided in the main article on [[~~ILMSImage_Classification_english~~\|ILMSImage Classification]]	+	A detailed description is provided in the main article on [[ILMSImage_Classification\|ILMSImage Classification]]