Wizard Ged

[Merja Caryk]

Ihave been allocated a spatial analyst licence for Arc Pro by our administrator and seem to be able to use the image classification tools in ArcToolbox. Before this I need to generate training areas for a maximum likelihood supervised classification but the image classification tools are greyed out including the wizard - this seems the only way to generate training areas within Pro, and I'd like to do it that way. Any ideas as to why I can't see the tools? I am trying to also check if there is an issue with the install as well, but for now I'm puzzled.

As I've explained above the image classification tools are greyed out and unselectable. I have read the documentation you have posted, but the greying out of the tools prevents both approaches being tried. I am assuming that this has something to do with the status of the spatial analyst extension/installation as I do have the extension assigned by our administrator from AGOL. I can see no documentation now on how to ensure that the extension is present and enabled in Pro. As you noted, it used to be a case of manually enabling it in ArcMap, but this is no longer the case in Pro.

Will be good to see how you get on. In the meantime I am performing an unsupervised classification using Toolbox and working back from there, rather than defining training areas first. The other alternative is trying dedicated remote sensing software, which I may be able to access.

I just check again Jorgen, Spatial Analyst licensed, a *.tiff as an image, but the wizard remains inaccessible but the Classification tools are... even though it was a multiband tiff but not displaying as rgb

Writing Overpass queries requires knowledge of the Overpass query language, and even then can sometimes be quite tedious, repetitive work. Overpass turbo's Query Wizard helps you by converting simple, human readable search terms into functional Overpass queries. An example: To get drinking water fountains, all you have to do is fire up the Wizard and type in the appropriate tag amenity=drinking_water.

A search consists of individual filter expressions, for example key=value (for a simple tag search) or type:node (to restrict the result to only nodes). Those can be combined with logical operations like and or or. Take a look at the following examples:

The simplest way of searching is to use object categories. For example one can use the terms Hotel, "Drinking Water", Hospital, etc. This works for all objects for which a preset is defined in the iD editor.

If a string (for example the value of one of the tag-selectors above) contains whitespace or other special characters (such as colons, dashes, non-ascii characters, etc.) it must be enclosed in quotes:

By default, the Wizard creates queries that search only in the current map view (via a ). By specifying a location filter at the end of the search you can also search in different places or even globally:

The place-names mentioned above are passed though a Nominatim search first. That means you can use any place name that you can also use on OSM's search box, like town names, POIs, addresses, etc. (Take care as you will search all places with that name: there are ways round this by using further search terms.)

You can create links to overpass turbo that use the query wizard to create a query (which is loaded on startup and presented to the user). An example is -turbo.eu/?w=pub+in+dublin. Such URLs to overpass turbo are both quite short and at least somewhat human readable.

This feature is also utilized by the search engine DuckDuckGo: You can simply type your query in their search box accompanied by !otw (which stands for "Overpass Turbo Wizard") and when starting the search you are immediately taken to the overpass turbo page with the query you entered.

You would like to see all ham-radio repeater in a certain region in Germany. The callsigns of the ham-radio repeater in Germany start all with DB0* (two examples: DB0XS, DB0SR) and the callsigns are located in the name tag.

By default, [timeout:25] is part of the query. It means that query will be stopped after running for 25 seconds. In some situations one may wish to increase this value to allow queries to run for a longer time.

"Food" means a lot of different things! It includes every ingredient that is in food or is used to make food - drinks, candy, condiments, and many more products for human or animal consumption. Read the full definition in Minnesota Statute 34A.01, Subd. 4.Similarly, a "sale" of food includes everything from selling food at a grocery store, to manufacturing and packaging food for re-sale, to giving food away as a donation or sample. Read the full definition in Minnesota Statute 34A.01, Subd.12.In Minnesota, food establishments are licensed by the state or local agency that has jurisdiction in the area the firm is located. This may be the Minnesota Department of Agriculture (MDA), the Minnesota Department of Health (MDH), or a county or city public health department. This wizard will help guide you to what license you might need or will direct you to the authority responsible for licensing your type of food business.Keep in mind that licensing requirements are separate from inspection requirements. A business may be licensed by one agency but inspected by multiple agencies or multiple divisions within one agency. A business can also be exempt from licensing but still subject to inspections, depending on the products that are made and sold.

Please feel free to engage a translation service of your choice, at your own cost, for further assistance with resources and MN statutes that are in English. We cannot translate MN Statutes or resources from other agencies/organizations.

After any existing metadata has been extracted from the input data set, the tool will supplement the spatial domain information and certain components of the spatial data organization, spatial reference, and entity/attribute sections of the metadata record with information inherent in the data set. Users will then be provided with two graphical user interfaces (GUIs) to enter additional metadata information. The first GUI captures information for the entity/attribute section (i.e., a description of the tabular data in the data, if applicable), while the second GUI allows a user to enter other general metadata information. While some defaults are provided, a user must ensure that all required fields are populated with valid information to produce a fully compliant metadata record of quality.

A copy of the original, unmodified metadata associated with a data set will also be saved to the 'Working Directory' as a stand-alone XML file.

If the file is not immediately visible, expand the 'Files' bar in the center of the webpage.

Setup Instructions:

This tool was developed by Drew Ignizio, Colin Talbert, and Michael O'Donnell at the USGS Fort Collins Science Center (FORT).

The most recent version of the tool is available at: www.sciencebase.gov/metadatawizard

-Stand-alone XML files are also valid inputs, although the auto-extraction of spatial properties and E/A builder tool will not be run; users will simply be provided with the GUI to edit the remaining metadata content.

-This tool collects the core information needed for a basic FGDC-CSDGM record, although it will also honor any metadata content in an input record that is part of the Biological Data Profile (BDP) extension of the CSDGM. Users will not be able to edit this BDP content using this tool (for example: taxonomic information, analytical tools, formal methodologies, etc.) but the tool will not remove these elements.

-In the case of very large data sets (e.g., data with 100,000+ features or very complex attribute tables), the tool may take an extended period of time to open. Processing times of several hours were recorded during testing against very large (national extent), complex, vector data sets, such as hydrological networks.

-In the case of input data sets with no associated metadata, the tool will start the process of building a new metadata record using a template XML file ("GenericFGDCTemplate.xml") located in the Metadata Wizard toolbox folder.

The Environmental Resilience Tools Wizard (ERTW) contains tools produced by EPA that address environmental concerns in disaster mitigation, preparedness, response, and recovery. It is an online wizard that helps you find the right resource to meet your needs.

The ERTW is designed for use by state, local, and Tribal emergency managers who need to address environmental concerns and by state, local, and Tribal environmental or health agencies who need to address disaster resilience in their work. It may also be of interest to cities, counties, or Tribes implementing resilience or hazard mitigation plans, researchers, drinking water and wastewater utilities, and community or environmental organizations.

The selected tools will be listed on information cards in the center of the wizard. Each card provides a web link to the tool and describes how to use it to build community resilience to disasters. You can export results as a pdf or csv file.

The ERTW contains publicly available tools produced by EPA, including scientific models, guidance documents, case studies, checklists, datasets, fact sheets, and technical support. They can be used to build resilience of the environmental and ecological systems and services that support community resilience.

They may be used for different types of disasters, including oil spills, wildfires, flooding, hurricanes, disease outbreaks, tornados, earthquakes, and chemical or radiological accidents. The ERTW categorizes incidents as: environmental and health emergencies, geophysical disasters, and extreme weather.

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