arcgis pro - inforum library · qgis (free, open source, runs on all os) 9. other software 10....

An introduction to GIS using ArcGIS Pro

https://uoft.me/arcgispro

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Marcel Fortin, University of Toronto Map and Data Library, [email protected]

Last updated: November 12, 2018

Download Datahttp://maps.library.utoronto.ca/workshops/ArcGISProWorkshop/ArcGISProWorkshop.zip

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1 - click on the “Windows File Explorer”

2 - move the “ArcGISProWorkshop.zip” file from the “Downloads” folder to the “Documents” folder

http://maps.library.utoronto.ca/workshops/ArcGISProWorkshop/ArcGISProWorkshop.zip


OR … Copy Data from the MDL Network Drivehttp://maps.library.utoronto.ca/workshops/ArcGISProWorkshop/ArcGISProWorkshop.zip

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2 - select the “GIS and Data Temp” drive



Copy Data1 - copy the ArcGISProWorkshop.zip file to the “Documents”

NOTE: If you downloaded the file from the maps.library.utoronto.ca server, you already moved your zip archive to the “Documents” area. See page 33.

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Extract Data

1 - right-click on the “ArcGISProWorkshop.zip” file → select “7-zip” → select “Extract to “ArcGISProWorkshop\”

2 - you should now have a folder called “ArcGISProWorkshop”

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Agenda- Map and Data Library

- Services- Software access- Other Workshops

- What is GIS?- Hands-on ArcGIS Pro Modules

- A tour of ArcGIS Pro- Making a Map- Loading and Manipulating Data- Analysis Tools

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- Data and Maps Collections (MDL web pages and SP GeoPortal)- Reference Services (in person (5th floor of Robarts)

- Data Visualization- Numeric Data- Research Data Management- GIS- Maps

- [email protected], 416-978-5589- Hours 11-5 Monday through Friday

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http://geo2.scholarsportal.info/

mailto:[email protected]

Esri software

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QGIS (free, open source, runs on all OS)

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Other Software

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Other MDL Workshops

Data

- Working with Messy Data in OpenRefine

Data Visualization

- Data Visualization

- Infographics

GIS

- ArcGIS Online

- ArcGIS Pro

- Story Maps

Qualitative Data Analysis

- Nvivo

Quantitative Data Analysis / Statistics

- R

- SPSS

- Stata

To view a list of workshops and to register, see: https://mdl.library.utoronto.ca/technology/workshops-training/workshop-schedule 11

https://mdl.library.utoronto.ca/technology/workshops-training/workshop-schedule



What is GIS?

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What is GIS?

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What is GIS?

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What is GIS?

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What is GIS?

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What is GIS?

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What is GIS?

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How are geospatial data built?What is GIS?

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How are geospatial data built?What is GIS?

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What is GIS?

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Vector DataPoints

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Vector DataLines

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Vector DataLines

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Vector DataPolygons or Areas

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Vector DataPolygons or Areas

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Attribute DataTable variables/columns

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Attribute DataTable variables/columns

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Attribute DataSymbology based on variables/columns

Population / Land Area

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Raster DataOr matrix / grid data

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Why Raster?

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Raster Data and vector dataOr matrix / grid data

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Raster vs. Vector

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Raster vs. Vector

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Raster vs. Vector

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ArcGIS Pro - Module 1 - Getting Started1 - Turn on the first layer, “FIRE_FACILITY_WGS84”

2 - right-click on the layer name and select “Zoom to Layer”

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1 - in Windows, navigate to the location where you exported your map

2 - double-click on the file to view the image of the map

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ArcGIS Pro - Module 2 - Making a Map

1 - in both maps, zoom out to be able to see Greenland and Canada

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ArcGIS Pro - Module 3 - Manipulating data

Universal Transverse Mercator (UTM) Projection WGS84 Geographic Projection

ArcGIS Pro - Module 4 - AnalysisIn your estimation, which better represents the population density of the City of Toronto? Graduated Colours, Graduated Symbols, Proportional Symbols or Dot Density?

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Graduated Colours

Graduated Symbols

Proportional Symbols

Dot Density

ArcGIS ProModule 1 - a tour of ArcGIS Pro

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Goals- Learn the basics of ArcGIS Pro’s main tools- View and manipulate datasets and basemaps- Export a basic map view

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(Repeated steps) - Download Datahttp://maps.library.utoronto.ca/workshops/ArcGISProWorkshop/ArcGISProWorkshop.zip

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2 - move the “ArcGISProWorkshop.zip” file from the “Downloads” folder to the “Documents” folder



(Repeated Steps) OR … Copy Data from the MDL Network Drivehttp://maps.library.utoronto.ca/workshops/ArcGISProWorkshop/ArcGISProWorkshop.zip

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2 - select the “GIS and Data Temp” drive



(Repeated Steps) - Copy Data1 - copy the ArcGISProWorkshop.zip file to the “Documents”

NOTE: If you downloaded the file from the maps.library.utoronto.ca server, you already moved your zip archive to the “Documents” area. See page 33.

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(Repeated Steps) - Extract Data

1 - right-click on the “ArcGISProWorkshop.zip” file → select “7-zip” → select “Extract to “ArcGISProWorkshop\”

2 - you should now have a folder called “ArcGISProWorkshop”

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ArcGIS Pro - Module 11 - from the Windows Start menu, type ArcGIS → Select ArcGIS Pro

51Windows 7 Windows 10

1 - click on “Open another project”

2 - click on “Browse”

3 - go to “c:\users\MDW###-PAF\Documents\ArcGISProWorkshop\modules\”

4 - select “Module 01 - A tour of ArcGIS Pro.aprx”

5 - click on “OK”52

Panes, views and tabsArcGIS Pro makes use of many “panes”, “views” and “tabs”

1 - this area is called the “Contents” Pane

2 - this “tab” holds the area called the “Map” view

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Panes, views and tabs1 - under the “View” menu, click on the “Catalog Pane”

This particular pane is used to manage datasets

2 - close the “Catalog” pane

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Panes, views and tabs1 - under the “View” menu, click on the “Catalog View”

You will notice that “Catalog” is now open in a “tab”

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Panes, views and tabs1 - you can un-anchor the tab (as with all tabs for that matter) by clicking the tab and dragging it out of the anchor

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Layers1 - Turn on the first layer, “FIRE_FACILITY_WGS84”

2 - right-click on the layer name and select “Zoom to Layer”

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Layers

1 - Turn off the “FIRE_FACILITY_WGS84”

2 - Turn on the “Centreline_WGS84” layer

3 - right-click on the “Centreline_WGS84” layer and select “Zoom to Layer”

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Layers1 - Turn off the first two layers

2 - Turn on the third layer “Neighborhoods_WGS84”

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Layers and Basemaps1 - Turn off all layers, including the basemaps “World Topographic Map” and “World Hillshade”

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Layers and Basemaps1 - Under the Map meny, select “Basemap” and choose the basemap called “Image Hybrid”

2 - Repeat with other basemaps and return to the original “Topographic” Basemap

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Layers and Basemaps1 - Turn off all Basemap Layers

2 - Turn on the Fire facility and neighbourhoods layers

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Scale1 - at the bottom left of the map area, select various scales (one at a time)

2 - create a customized scale using the “Customize” option

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1- Using the mouse buttons and wheel, navigate around your map

2 - If you lose your Toronto area data, select one of the layers, right-click and select “Zoom to Layer” or click on the “Full Extent” icon

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Navigating

Bookmarks1 - under the “Map” tab select “Bookmarks”

2 - click on the “Canada” bookmark

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Your map should look like this one

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1 - repeat the last step but select the Toronto bookmark this time

2 - zoom in anywhere closer in the Toronto area and create a new bookmark using the “New Bookmark…” option

3 - select the “Toronto” bookmark again and then your new bookmark

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Symbolizing Data1 - right-click the Neighbourhoods layer

2 - select “Zoom to Layer”

3 - right-click on the Neighbourhoods layer again but now select the “Symbology” option

4 - select the “Single Symbol” option in the Symbology pop-up box

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Attribute data1 - right-click on the neighbourhoods layer and select “Attribute Table”

You will notice descriptive (attribute) information about individual polygons or areas

2 - click on any entries in the table

You will notice that the highlighted row in the table is highlighted in the same colour on the map

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1 - right-click on the selected row and select “Zoom To”

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1 - click on the “Clear” option under the “View” menu to clear your selection

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There should not be any selected features on your map

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1 - click on any of the polygons

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1 - click on different streets

2 - click on fire stations

You should see popups with the attribute information for each feature clicked on

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1 - click the “Share” ribbon

2 - click on “Map”

3 - type in a name and select a location for your exported map and select “PDF” as the type

4 - locate your exported map and double-click on it

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End of Module 1

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ArcGIS ProModule 2 - Authoring and Publishing a Map

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Goals- Learn to create a map project

that includes a legend, scale bar, an inset map, a title and a north arrow

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1 - using the Windows menu search programs option, type in “ArcGIS Pro”

2 - select ArcGIS Pro from the list of Programs

3 - click on “Open another project”

4 - click on “Browse”

5 - find in the location “C:\users\MDW###-PAF\Documents\ArcGISProWorkshop\modules\Module 02 - Making a Map.aprx”

6 - click on “OK”3

Making a Map

Making a MapA map of population density in the City of Toronto by neighbourhoods will appear. We want to show the City’s most densely populated neighbourhood and also include an overview map of the city along with traditional map elements such as a scale bar, north arrow and a legend.

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1 - in the “Contents” pane, turn off the “Topographic” base map

2 - under the “Map” menu, select “Bookmarks” and click on the “Downtown Toronto” bookmark

1 - using the “Insert” menu, select “New Layout” and select the “Tabloid 11 X 17” option

2 - again under the “Insert” menu, select “Map Frame” and click on “Downtown Toronto” bookmark

Your map of Toronto should appear in your layout

New Layout

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Adding an overview map

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Now that we have a layout for our map with a main map inserted, we also want to add an overview map

1 - using the “Insert” menu, select “New Map”

2 - in the new map “Map1”, select the “View” menu and click on the “Catalog Pane”

3 - in the “Catalog”, navigate to the “data” → “Neighbourhood_boundaries” → “UTM6” folder

4 - click and drag into the map, the “NEIGHBOURHOODS_UTM6.shp”

1 - turn off the “Topographic” base map

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1 - click on the “Layout” tab

2 - using the “Insert” menu, select “Map Frame” and select “Map1” that we just created

“Map1” will appear in a similar state and location in your layout as in this image

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1 - making sure your “Map1” frame is selected, resize and move the frame to the top left corner of the “Map” area

2 - click on the “Layout” menu and click on the “Fixed Zoom Out” until you can see the entire outline of the city of Toronto in your “Map1” frame

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1 - click on the “Map1” frame

2 - under the “Insert” menu, select “Extent Indicator” and choose “Map Frame”

You should now have an extent indicator of your main map laid out on your overview map

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Extent Indicator

1 - click on the initial “Map” frame by clicking on it in the layout (not the tab)

2 - using the “Insert” menu, select the “North Arrow” option and select an arrow

3 - move the arrow to the bottom left of the map

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Adding a North Arrow

1 - click on the “Scale Bar” option and select the “Scale Line 1 Metric” scale bar

2 - move the scale bar to the bottom right of the map

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Adding a Scale Bar

Modifying the Scale Bar1 - right-click on the scale bar and select “Properties”

2 - in the “Format Scale Bar” popup, change the “Label Text” to KM and change the Divisions to “2” and Subdivisions to “5”

3 - adjust the size of the scale bar on the map to show only “2 KM”

4 - move the scale bar just between Leslie Spit and the Toronto Islands

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1 - click on the “Legend” option in the “Insert” menu area

2 - draw a rectangle in the frame

3 - adjust the size of the legend and move it to the bottom right of the layout

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Adding a Legend

Modifying the legend1 - click on the “Map” tab

2 - in the “Contents” pane, rename the neighbourhoods layer to “Toronto Neighbourhoods” and “Population_2016 / NEIGHBOURHOODS_UTM6.area” to “2016 Population Density”

3 - click on the “Layout” tab and examine the “Legend”. Your legend should now reflect the changes made in the “Map” tab.

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1 - in the “Insert” menu, click on “Aa Symbol”

2 - Select “Title (Sans Serif)”

3 - Draw a box on your map where you want to insert the text of the title and type in the title of the map

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Adding a map title

Saving your map1 - click on the “Project” menu

2 - click on “Save”

3 - click on the back arrow to return to your project

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1 - under the “Share” menu option, select “Layout”

2 - select a resolution and a format for your exported map

3 - select a location where you wish to export your map

4 - click “Export”

5 - Exit out of ArcGIS Pro

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Exporting/Sharing a Map

1 - in Windows, navigate to the location where you exported your map

2 - double-click on the file to view the image of the map

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View your exported map

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END

ArcGIS ProModule 3 - Loading and Manipulating Data

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Goals● Create an ArcGIS Pro “Project”● Add vector data “layers”● Learn the basics about Map

Projections● Use Attribute tables (descriptive

data)● Symbolize attribute data

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● Subset data● Label data● Formatted Layer Files● Add Raster Data● Group data layers● Load Mapping Services● Geocoding

1 - using the Windows menu search programs option, type in “ArcGIS Pro”

2 - Select ArcGIS Pro from the list of Programs

3 - Click on “Blank” under “Create a new Project”

4 - Provide a name for your project and take note of the location of the project.

5 - Make sure you select “Create a new folder for this project.

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Creating a new project

1 - your project will open with no map or data loaded

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1 - in the catalog “view”, double-click on “Databases”. You should see a “Geodatabase” with the same name as your project.

2 - Double-click on the geodatabase (there should be no data present)

2 - click on the word “Project” in the location part of the Catalog view to navigate back

3 - Double-Click “Folders” and double-click on the folder inside (there should be only the geodatabase and a file with the extension .tbx)

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1 - click on the word “Project” in the Catalog view location area

2 - right-click on the “Folders”

3 - select “Add Folder Connection”

4 - locate the “ArcGISProWorkshop” folder and click on the “data” folder

5 - click “OK”

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1 - double-click on the data folder

2 - double-click on the “Bike_Rack_Locations” folder

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1 - click once on the “Bike_Rack_Locations_WGS84.shp” shapefile* dataset.

2 - you will now see both a description of this dataset and a preview of it

* Note: A shapefile is a common GIS dataset format.

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1 - close the “Catalog” view by clicking on the x

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1 - click on the “Insert” menu

2 - click on “New Map” option

3 - select “New Map” in the dropdown options

A new blank map with only a basemap should appear

* Map projections are methods for representing the three-dimensional sphere of the earth into a two-dimensional surface

Map Projections*

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Map Projections1 - under the Map menu, click on the “full extent” button

Note the size of Greenland vs. the size of Africa. Africa is actually 14 times bigger than greenland. Don’t believe me? See https://mapfight.appspot.com/africa-vs-gl/africa-greenland-size-comparison

https://mapfight.appspot.com/africa-vs-gl/africa-greenland-size-comparison

https://mapfight.appspot.com/africa-vs-gl/africa-greenland-size-comparison

1 - in Windows locate the folder called “ArcGISWorkshop\data\Neighbourhood_boundaries” and double-click on it

2 - with the folder open, click and drag the “NEIGHBORHOODS_WGS84.shp” file into the map or contents area of ArcGIS pro.

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Map Projections

This map of Toronto Neighbourhoods should display, possibly in another random colour. Pay close attention to the shape of our map.

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Map Projections

1 - under the “Insert” menu again, select the “New Map” option and select “New Map”

A new tab will be created called “Map1”

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Map Projections

1 - under the “View” menu click on “Catalog Pane”

2 - in the “Catalog” click on the “Folders” area, navigate to the following location “data” → “Neighbourhood_boundaries” → “UTM6”

3- click and drag the “NEIGHBOURHOODS_UTM6.shp” file into your map

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Map Projections

You will notice that your two maps look very different. This is because of two different projections being used.

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Map Projections


1 - in both maps, zoom out to be able to see Greenland and Canada

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Map Projections


1 - Now zoom out to view the entire world

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Map Projections


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Projections - WGS 84

1 - in your first map, right-click on the neighbourhoods layer and select “Properties”

2 - select the “Source” option in the popup

3 - examine the “Spatial Reference” information. Take note of the “WKID” and the “Datum”

1 - in your second map, right-click on the neighbourhoods layer and select “Properties”

2 - select the “Source” option in the popup

3 - examine the “Spatial Reference” information. Take note of the “WKID” and the “Datum”. You will notice there is also “Projection” information

Projections - NAD 1927 UTM Zone 17 (EPSG 26717)

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You can compare and get information about thousands of projections at spatialreference.org

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Map Projectionshttp://spatialreference.org

1 - open the “Catalog” pane

2 - locate the Centreline folder and right-click on the “CENTRELINE_WGS84.shp” shapefile

3 - look under the “Spatial Reference” area

4 - judging by the WKID and Geographic Coordinate System, should you load this dataset in the first or second map?

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Map Projections

1 - go back to your first map by clicking on its tab

2 - drag the “CENTRELINE_WGS84.shp” shapefile into this map

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Attribute Data

1 - right-click the “CENTRELINE_WGS84” layer in the “Contents” area and select “Attribute Table”

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Attribute data

1 - Unanchor the attribute table tab outside of the map by hold-clicking on the tab and moving it anywhere on the screen

Attribute data

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1 - locate the column/field “FCOD_DESC”

2 - right-click on the column header and select “Sort Ascending”

3 - examine the records by scrolling to the bottom of the table and examine the entries

Notice that the entries are in categories. We can symbolize our entries based on those categories.

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Attribute data

1 - right-click again on the centreline layer and select “Symbology”

2 - in the symbology pop up window click on the “Primary symbology” option and select “Unique Values”

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Symbolizing data

1 - select the “FCODE_DESC” variable for “Field1” in the Symbology popup window

2 - click on “Color scheme”

3 - click the “Show names” and “Show all” option

4 - select the “Basic Random” colour scheme

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Symbolizing data

1 - once your centreline layer has drawn, click once in the contents area on the line left of the variable “Expressway Ramp”

2 - in the “Symbology” popup window, click on the “Highway” option

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Symbolizing data

1 - repeat the same operation as on the previous page for the “Expressway” variable

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Symbolizing data

1 - repeat the operation for the “Major Railway” and “Minor Railway” layers but select the “Railroad” option in the “Symbology” popup

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Symbolizing data

1 - click on the “River” variable

2 - in the “Symbology” popup type in the word “river” in the search box

3 - select the “Water (line)” option

Symbolizing data

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You can also changed just the colour of the current symbol

1 - right-click on the “Local” variable

2 - select the colour, “Gray 70%”

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Symbolizing data

1 - click once on the word “CENTRELINE_WGS84” above “FCODE_DESC” in the “Contents” area

2 - rename the layer “Toronto Roads”

3 - click once on the word “FCODE_DESC” under “Toronto Roads” and rename the variable “Streets”

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Symbolizing data

1 - right-click on the “Toronto Roads” layer and select “Symbology”

2 - right-click on the “Access Road” option and select “Remove”

Symbolizing data

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1 - remove the following variables in the same fashion as in the the last operation on page 35:

“Ferry Route”, “Geostatistical line”, “Hydro Line”, “Minor Shoreline”, “Other”, “Other Ramp” and “Pending”

NOTE: you can select several variables by control-click selecting several at one time, then right-clicking and selecting “Remove”

Symbolizing data

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1 - in the “Symbology” pop up, select the “More” option tool and click “Show all other values” to unselect the option to display all unformatted options (the ones we deleted)

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Symbolizing data

1 - using the “Catalog” pane, click on the “BikeWays” folder and drag the “CENTRELINE_BIKEWAY_OD_WGS84.shp” layer into your map

2 - in the contents area, right-click the “CENTRELINE_BIKEWAY_OD_WGS84.shp” layer and select “Attribute Table”

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Creating data subsets

1 - in the attribute table, locate the “CP_TYPE” column/variable

2 - right-click on the “CP_TYPE” column and select “Sort Descending”

3 - scroll down and examine the different possible entries for this field

4 - notice the many empty entries?


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1 - turn the “Toronto Roads” layer off in the contents pane

2 - In the attribute table, notice the “Bike Lanes” entries in “CP_TYPE” column


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1 - under the “Map” menu option, click on “Select By Attributes”

2 - a “Geoprocessing” popup will open

3 - make sure you are selecting attributes from the “CENTRELINE_BIKEWAY_OD_WGS84” layer

2 - “Selection Type” should be set to “New selection”

3 - click on “Add Clause”

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1 - select the field “CP_TYPE” to be queried, the option “is Equal to”, and the entry “Bike Lanes” using the drop-down menu options

2 - Click on “Add” once the expression is complete

3 - click on “Run”


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1 - notice there are 1279 entries selected

2 - under “Selection type”, select “Add to the current selection”

3 - Click on “Add Clause”


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1 - using the boolean operator “Or”, select the field “CP_TYPE” that “is Equal to” → “Suggested On-Street Routes”

2 - click on “Add”

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1 - click on “Run” in the Geoprocessing popup

2 - there should now be 2313 selected road segments from the attribute table

3 - your map should show the selected entries in pale blue like in your attribute table


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1 - right-click on the bikeways layer in the contents pane and select “Data → Export Features”

2 - in the “Geoprocessing” popup, type in the name “bikeways” for the new dataset within the projects “geodatabase”



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Your map should now include your data subset

1 - if your “Catalog” pane is closed, open it again by going to the “View” menu and clicking on “Catalog Pane”

2 - navigate to the geodatabase by going to the “Folders” area of the “Catalog”

3 - navigate to “Loading and Manipulating Data.gdb” or whatever name you called your project

3 - expand the geodatabase, and you should see your “bikeways” layer listed 47


1 - turn off the original “CENTRELINE_BIKEWAY_OD_WGS84” layer, but keep the new “bikeways” layer on

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Creating data subsets1 - click on the coloured line underneath the “bikeways” layer in the “Contents” pane.

2 - in the “Symbology” popup window, click on “Properties” and change the “Line width” to 2.5pt.

3 - click on “Apply”

1 - remove the original bikeways layer by right-clicking on it and selecting “Remove”

2 - turn the “Toronto Roads” layer on

3 - right-click on the “Toronto Roads” layer and select “Label”

4 - notice the speed (slow) of the labeling?

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Labeling

“Labeling” using default settings can be messy. In this case we are lucky at least that the software chose the right field since it uses the first “text” field it found in the table.

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Labeling

1 - right click again on the “Toronto Roads” layer and select “Labeling Properties”

2 - click on the “Visibility Range” option of the “Label Class” popup

3 - select “1:50,000” under the “Out beyond” drop down option. This will prevent the software from labelling our text when it is not useful at “small” scale

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Labeling

1 - start zooming in to a larger scale than 1:50,000 to see the labels

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Labeling

1 - click on the “Label expression” option in the “Label Class” popup

2 - build the following expression in the “Expression” box:

$feature.LF_NAME + “ (“ + $feature.FCODE-DESC + “)”

which will create a label from the two fields containing the name of the road and the type of road.


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Labeling

1 - click on the “Symbol” option of the “Label Class” popup box

2 - expand the “Appearance” area and change the size of the font used for your label to 8pt


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Labeling

1 - under the “Position” area of the popup window again, expand the “Placement” option

2 - click on “Allow stacked labels to straddle lines”

3 - select “Offset curved”

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Labeling

Now that we have formatted our layer the way we want it, we want to be able to reuse or share this formatting.

1 - right-click on the “Toronto Roads” layer and select “Sharing” → “Save As Layer File”

2 - navigate to your “data” folder and into the “Centreline” folder

3 - name your layer “Toronto Roads.lyrx”

4 - click “Save”

Layer Files

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1 - once your formatting has been saved for your “Toronto roads” layer right-click on the “Toronto Roads” layer and select “Remove”

2 - right-click on the “bikeways” layer and select “Zoom to Layer”

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Layer Files

Let’s verify that the formatting we created was saved in the layer file.

1 - under the “Map” menu, select “Add Data” → “Data”

2 - in the “data” → “Centreline” folders, select the “Toronto Roads.lyrx” file

3 - click on “OK”

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Layer Files

1 - to restore the order of our layers from before, select the “bikeways” layer and move it above the “Toronto Roads” layer in the Contents pane

Layer Files

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remember to save your project often

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Saving Projects

1 - in the “Catalog” pane, locate the “AP1947” folder

2 - select and load the two files within that folder into the map

3 - shift-click and select both air photos in the “Contents” pane

4 - while still holding the shift key, right-click on one of the two file and select “Group”

5 - rename the grouped datasets “1947 air photos”

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Grouping datasets

1 - right-click on the “1947 air photos” layer and select “Zoom to Layer”

2 - you could save the grouping of the two datasets in a “layer” file as we did previously with the “Toronto Roads” layer.

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Grouping Datasets

1 - right-click and remove the “1947 air photos” layer group

2 - in your web browser, go to the following url: https://www.toronto.ca/city-government/data-research-maps/open-data/open-data-catalogue/#b2d79926-bce9-989c-390b-7ff5247b6515 alternatively, go to toronto.ca/open, click on the “Open Data Catalogue” link and in the search box type “Web Map Services”, click on the link

3 - select and copy the first link

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Mapping Services

https://www.toronto.ca/city-government/data-research-maps/open-data/open-data-catalogue/#b2d79926-bce9-989c-390b-7ff5247b6515




1 - in ArcGIS Pro, click on the “Insert” menu and select “New WMS Server”

2 - in the “server URL” box, paste the link obtained from the open data site: “http://gis.toronto.ca/arcgis/services/primary/cot_ortho_mtm/M

apServer/WMSServer?”

3 - click on “OK”

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Mapping Services

http://gis.toronto.ca/arcgis/services/primary/cot_ortho_mtm/MapServer/WMSServer?



1 - in the “Catalog” pane, navigate to the “Servers” area

2 - expand the “primary_cot_ortho_mtm” connection, expand the “Layers”

3 - select and drag the “City of Toronto Imagery” layer into your map

4 - zoom in and out of your map

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Mapping Services

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Mapping ServicesOther WMS sites

Geocoding1 - in the folder “ArcGISProWorkshop/data/Coffee_Shops” double-click on the file, “Coffee_TIME_SA.csv”

Notice there is no geography attached to this file other than address locations.

2 - close the spreadsheet

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Geocoding1 - drag the “Coffee_TIME_SA.csv” file into the “Contents” pane

You will notice that the table appears in the “Contents” pane, but nothing is mapped out. In order for our data to be mapped out, coordinates need to be assigned to each location. A “Geocoder” must be used to accomplish this task. There are many that exist, but ArcGIS Pro uses its own proprietary one that requires you sign into ArcGIS Online.

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1 - in the top right corner of the ArcGIS Pro screen, click on “Not signed in”

2 - click on “Sign in”

3 - click on “ARCGIS ONLINE (UNIVERSITY OF TORONTO)

4 - sign in using your UTORid

Geocoding

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Geocoding1 - in the “Contents” pane, right-click on the “Coffee_Time_SA.csv” file and select “Geocode Table”

2 - in the “Geocode Table” wizard popup, click on “Start → “

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Geocoding1 - in “Step 1 of 6”, your “Input Table” should be “Coffee_Time_SA.csv” and your selection for your data to be geocoded should be selected as “More than one field”

2 - click on “Next →”

3 - select either of the two geocoders listed


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Geocoding1 - if using the “ArcGIS World Geocoding Service”, match the fields as in this screen capture

2 - if using the “Canadian Geocoder”, map the fields as per the second screen capture


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GeocodingNOTE: if using the “ArcGIS World Geocoding Service” go to the next page

1 - if using the “Canadian Geocoder”, click on “Run”

2 - once completed, click on “No” to the “Geocoding Completed” popup

3 - close the “Geocode Table” popup window

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GeocodingNOTE: This screen is for those who are using the “ArcGIS World Geocoding Service”

1 - select “Address Location” as the “Preferred Location Type” in “Step 4”


3 - in “Step 5”, click on “Next →”

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Geocoding1 - click on “Finish → “ in “Step 6”

2 - click on “Run” once the “Guided Workflow Complete” popup appears

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Geocoding1 - in the “Geocoding Completed” popup, click “No” to run through the “rematch” process

2 - close the “Geocode Table” popup window

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Geocoding1 - click on any of the resulting points

2 - right-click on the generated layer “Coffee_Time_SA_Geocoded” and select “Attribute Table”

3 - when sliding through the table to the right to view all the fields, you will notice that the longitude (X) and latitude (Y) fields for each entry will be listed

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Geocoding with Google EarthOne alternative to Esri’s geocoders is to use Google to geocode your addresses.

1 - In Windows Explorer, open “Google Earth Pro”

2 - drag the “Coffee_Time_SA.csv” file into “Google Earth”

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Geocoding with Google Earth1 - in the “Data Import Wizard”, select “Delimited” for “Field Type” and “Comma” under the “Delimited” area

2 - click on “Next >”

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Geocoding with Google Earth1 - make sure the option “This dataset does not contain latitude/longitude information, but street addresses” is turned on

2 - click on “Next >”

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Geocoding with Google Earth1 - map out the “Address Fields” according to the spreadsheet column names “Street Field” → “Address”; “City Field” → “City”, etc.

2 - click on “Finish”

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Geocoding with Google Earth1 - click on “No” when asked to apply a template to the file

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Geocoding with Google Earth1 - turn on the “Coffee_Time_SA.csv” layer in the “Places” pane in Google Earth

2 - click on any of the points

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Geocoding with Google Earth1 - right-click on the “Coffee_Time_SA.csv” layer and select “Save Place As…”

2 - save your file as “Coffee_Time_SA.kmz” in the “ArcGISProWorkshop\data\CoffeeShops” folder

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Geocoding with Google Earth1 - from the “ArcGISProWorkshop\data\CoffeeShops\” folder, drag and drop the “Coffee_Time_SA.kmz” file into your map

2 - click on any of the points

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Other GeocodersAnother free geocoder is “Geocoder.ca”

To use “geocoder.ca”, simply copy and paste addresses in the first screen and select an output format

Click on “Geoparse locations from text”

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Other GeocodersThe University of Toronto also purchases access to DMTI’s “Location Hub” geocoder

A username and password are required for access to this service.

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1 - in Windows, navigate to the the “ArcGISProWorkshop/data/lost_breweries” folder

2 - double click on the “LostBreweriesToronto.csv” file

Notice there are two columns indicating a geographic location using latitude, “POINT_X” and a longitude, “POINT_Y”

3 - close the file and do not save it

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Displaying XY (Coordinate or GPS) Data

Displaying XY Data1 - drag the “LostBreweriesToronto.csv” file into your map

2 - right-click on “LostBreweriesToronto.csv” in the “Contents” pane and select “Display XY Data”

3 - make sure the “X Field” is set to “POINT_X” and the “Y Field” is set to “POINT_Y” and note the name of the “Output Feature Class”


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Displaying XY data1 - a new feature layer will be loaded into your map and saved into your geodatabase

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End of Module 3Workshop evaluation if you do not move onto module 4:

http://maps.library.utoronto.ca/feedback.html

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