OPTIMIZE YOUR WORKFLOWS USING GEOMEDIA SMART CLIENT

OPTIMIZE YOUR WORKFLOWS USING GEOMEDIA SMART CLIENT GRAPHICAL WORKFLOW AND STYLE EDITORS

Contents

Using This Manual ................................................................................................................................ 1

Section 1: Create Symbolizers Using Style Editor ............................................................................ 3

Exercise 1: Create Point Symbolizer for Airports ............................................................................. 4

Exercise 2: Create Polygon Symbolizer for Property Tax Lots ........................................................ 7

Exercise 3: Create Chart Symbolizer for Statistical Overviews ..................................................... 10

Challenge 1: Create a Symbolizer for Railways ............................................................................. 14

Challenge 2: Create a Symbolizer for a Point of Interest ............................................................... 15

Section 2: Create a Workflow for Storing Attributes and Capturing Geometry ........................... 16

Exercise 1: Create and Run a Simple Workflow ............................................................................ 17

About Us .............................................................................................................................................. 36

Copyright and Terms of Use .............................................................................................................. 37

1

Using This Manual

This manual contains step-by-step instructions on how to perform certain processes. You should be

aware that each exercise provides a single path through the application's tools. In most cases, there are

various ways to maximize tool usage, depending on the individual project.

This exercise manual is provided to the student, along with all images used by the instructor. Copies of

the presentation slides are available upon request. This provides the capability for recreating the

processes performed in class at a later date, as well as the key points on any theory involved.

Exercise Conventions

Section Title Page States the objective of the exercises and lists the application

tools to be used within the various tasks.

Exercise Tasks Each exercise is split into a set of tasks. After the course,

these tasks will help you locate within the manual where you

performed a certain set of steps.

Questions The instructor may quiz and/or review with you, following each

exercise.

Notational Conventions

Bold Text Any text that is bold indicates buttons, tabs, group names,

dialogs, and field names that are visible in the workspace

Monospace Text Any text that is monospace indicates a file name, text entered

by you, or code such as HTML, XML, JavaScript.

Graphics To help you locate buttons and objects used in the exercises,

the button icons will be next to the button name in the text.

Diagrams Optional diagrams can show you how to use some of the

application's tools.

This is a tip, describing a different way you can enter information into the

software or giving relevant information about the software.

2

This is a reference book, listing an external location (website, Help

document) where you can read or see more information.

3

Section 1: Create Symbolizers Using Style Editor

Section Objective Get familiar with the Style Editor by creating symbolizers to represent features in a map, such as airports

and property parcels. Symbolizers can also show a statistical overview, such as a pie chart, of data such

as different types of vehicle collision injuries in a specific month and year.

Tools Used

GeoMedia Smart Client Administrator

Used to work with the Style Editor.

Style Editor

Used to create and define styles of symbolizers, based on OGC Symbology Encoding (SE) standard.

GeoMedia Smart Client

Application to display raster and vector maps, analyze and query data, print, measure, and dimensioning

functions.

Exercise 1: Create Point Symbolizer for Airports

4

Exercise 1: Create Point Symbolizer for

Airports

Objective

You will create a point symbolizer to represent airports on a map.

Define the symbolizer in the Style Editor.

Construct the symbolizer by creating a circle, an airport symbol, and a name label.

Task 1: Define the Point Symbolizer

To create a symbology, start the Style Editor in GeoMedia Smart Client Administrator.

1. Log into GeoMedia Smart Client Administrator.

2. Click Libraries.

3. Click New York.

4. Click Add to create new symbologies.

5. Click From Editor.

6. In Name, type Airports.

7. In Symbology type, select Point.

Task 2: Create the exterior ring

Now you construct the look of the symbolizer itself. First you select which type of symbol you want to use,

such as different types of rings, or an icon.

1. Click Add symbolizer.

2. Select Point from the list.

3. Set Graphic to Filled and Stroked mark.


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4. Change Graphic size from 16 to 20.

5. Change Fill color to White by selecting one of these options:

a. Move the circle to the top left corner.

b. Type #FFFFFF.

6. Set Stroke width to 2.

Task 3: Place an airport symbol

Select an airport symbol and place it inside the ring.



3. Set Graphic to External graphic.

4. Click File to open the list.

5. Select Airports\Airports.png from the list.

6. Change Graphic size to 20.

7. Set Rotation to 45.

8. Set Displacement X to 1.

Task 4: Add a name label

Create a text label to identify the names of airports. You write a name for the airport and apply styles to

the text.


2. Select Text from the list.

3. Click on the database symbol beside the Label text field.

The database icon should change color from black to blue .


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4. Type LOCID in the Label text field.

5. Change Font weight to Bold.

6. Change Fill color to #666666.

7. Set Halo to Standard.

8. Change Radius to 2.

9. Set Label Placement to Expert point placement.

10. Change Displacement X to 20.

11. Change Displacement Y to 10.

12. Click Save.

Exercise 2: Create Polygon Symbolizer for Property Tax Lots

7

Exercise 2: Create Polygon Symbolizer for

Property Tax Lots

Objective

You will create a polygon symbolizer to represent property tax lots in New York on a map.

Create the polygon symbolizer.

Label tax lots with respective house numbers.

Create a point symbolizer to represent the vertices of the tax lots.


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Task 1: Create the polygon symbolizer

To represent a fixed area on a map, you can create a symbolizer consisting of a polygon. Polygons can

define a homogeneous area such as soil type or water body. Polygons can also be used to represent

nongeographical features such as city borders or wildlife habitats.

Here you will create a polygon symbolizer to represent property tax lots in New York on a map.

1. In the Symbology Definition, click Add.

2. Select From Editor.

3. Type Tax Lots and select Area for the Symbology Type.


5. Select Polygon from the list.

6. Change Stroke color to #AFB38A.

7. Change Fill color to #F1F4C7.

8. Set Fill opacity % to 30 by selecting one of these options:

Type 30 in the text field.

Click in the text field and move the square to the preferred value.

Task 2: Label polygons with house numbers

Label several of the tax lot polygons with house numbers.


2. Select Polygon from the list.

3. Click on the database symbol beside the Label text field.


4. Type HOUSENUMBER in the Label text field.

5. Change the Geometry math to Mid point.


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Task 3: Create a vertex point symbolizer

Define how the vertices of the polygons will look by creating a vertex point symbolizer.



3. Change the Geometry math to Vertices.

4. Set Graphic to Filled and Stroked mark.

5. Change Graphic size to 5.

6. Change Fill color to White by selecting one of these options:

a. Move the circle to the top left corner.

b. Type #FFFFFF.

7. Click Save.

Exercise 3: Create Chart Symbolizer for Statistical Overviews

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Exercise 3: Create Chart Symbolizer for

Statistical Overviews

Objective

To see a statistical overview of relative proportions of a set of data, you will create a pie chart symbolizer.

Define the symbolizer in the Style Editor.

Select the data series files that will be displayed in the pie chart.

Style the symbolizer chart by selecting colors, legends, and legend labels.

Task 1: Define the pie chart symbolizer

Create the new symbolizer and define the size of the pie chart.

1. In the Symbology Definition, click Add.

2. Click From Editor.

3. For Name, type vehicle_collision.

4. For Symbology Type, select Piechart.


6. Select Piechart from the list.

7. Set the Geometry math to Mid point.


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8. Change Width to 300.

9. Change Height to 200.

Task 2: Select the data series files to be displayed in the pie chart

Next you select each of the data files that comprise the information that you want to display in the pie

chart.

You will add each of these data files, and assign a color for each.

Motorists

Passengers

Cyclists

Pedestrians

1. Click Add data set.

2. For Name, type Motorists.

3. Click on the database symbol beside the Value field.


4. In the Value field, type motorists_injured.

5. Change the Fill color to #D7191C.

6. Click again on Add data set.

7. For Name, type Passengers.


9. In the Value field, type passengers_injured.

10. Change the Fill color to # FDAE61.


12. For Name, type Cyclists.


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14. In the Value field, type cyclists_injured.

15. Change the Fill color to # ABD9E9.


17. For Name, type Pedestrians.


19. In the Value field, type pedestrians_injured.

20. Change the Fill color to # 2C7BB6.

Task 3: Add a title and legend to the pie chart

Now you will see a preview of the pie chart. You add a title to the pie chart, add a legend, and apply

styles to the legend.

1. Click the + symbol in the Default preview.

2. Scroll down until you see the Title Templates and select Title top.

3. Click the lock symbol for Show preview to see the big preview image. The window changes from


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to

4. For Label text, type Injuries caused by Vehicle Collision (March 2015).

5. Set the Font family to Segoe UI.

6. To have a legend in the chart, under Legend, select Only text (no box around the legend).

7. Set the side of the chart where the legend should be displayed by selecting Right side.

8. Change Font size to 12.

9. Click Save.

Challenge 1: Create a Symbolizer for Railways

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Challenge 1: Create a Symbolizer for

Railways

Objective

Create a symbolizer that represents railways on a map. The result should be a line symbolizer with

alternating red and white dashes.

Task 1: Create the style and assign it to the feature Railways

Take what you have learned and try it on your own to create a symbolizer for Railways. Your instructor

can assist you with this challenge.

Challenge 2: Create a Symbolizer for a Point of Interest

15

Challenge 2: Create a Symbolizer for a

Point of Interest

Objective

Create a symbolizer that represents a Point of Interest on a map. The result should be a point symbolizer

with a label identifying an event. You can use this symbolizer in the next section training for creating a

workflow using the Workflow Designer.

Task 1: Create the style and assign it to the feature Points Workflow

Take what you have learned and try it on your own to create a symbolizer for a Point of Interest. Your

instructor can assist you with this challenge.

The marker symbol is located in the list of external graphics.

Name and path of file = Workflow\marker.png.

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Section 2: Create a Workflow for Storing Attributes and Capturing Geometry

Section Objective You will use the graphical Workflow Designer to construct a geospatially enabled business workflow that

includes a simple form and a simple list to display points of interest in a map. You can use this workflow

to create and edit geometries in GeoMedia Smart Client.

Tools Used

GeoMedia Smart Client Administrator

Used to work with the Workflow Editor.

Workflow Editor

Construct highly-focused business workflows that primarily support attributive data, but also may contain

a spatial component. Provide the means for third parties, contractors, and even the public to make use of

task-specific, specialized processes that tie back to your enterprise operations. These optimized form-

based workflows can be made available in the browser and through Geospatial Portal.

GeoMedia Smart Client

Application to display raster and vector maps, analyze and query data, print, measure, and dimensioning

functions.

Exercise 1: Create and Run a Simple Workflow

17

Exercise 1: Create and Run a Simple

Workflow

Objective

You will construct a geospatially enabled business workflow that includes a simple form and a simple list

to display points of interest in a map. You can use this workflow to create and edit geometries in

GeoMedia Smart Client.

Create a simple form to store attribute data for one dataset (one row of a table)

Create a simple list – a set of records displayed in a list

Construct the points of interest workflow – a flow chart of a series of tasks (navigation, triggers,

and conditions) to complete a process

Create a custom script and a custom style

Run your workflow in GeoMedia Smart Client

Task 1: Create a simple form to store attribute data

First you will create a form that allows you to store some attributes and capture the geometry.

1. Click Start Workflow Editor.

2. Rename Workflow ID to workflow_hxgnlive.


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3. Rename [Root] node Id to home and type Home for Label.

4. Click the arrow beside FORMS and select NEW.

5. In the Properties panel, rename the form NewForm1 to CaptureForm.

6. In Label, type Capturing Points.

7. In Table, type workflow_points.

8. In ID Field, type id.

9. Rename NewTabPage1 to PointTab.

10. Rename NewGroup1 to PointGroup.

11. From the TOOLBOX, drag and drop a TextField widget into the PointGroup area.

12. In Properties, under Name, type id.

13. In Label, type ID:.


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14. Change the Datatype to number.

15. Uncheck the box Editable.

16. Click the pencil for Visible to open the Value Editor.

17. Replace the value true with hidden.

18. Click OK.

19. Back in Properties, uncheck the box Required.

20. From the TOOLBOX, drag and drop a TextField widget into the group underneath the ID text field.

21. In Properties, under Name, type owner_firstname.

22. In Label, type First name:.


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23. From the TOOLBOX, drag and drop a TextField widget into the group underneath the First name

text field.

24. In Properties, under Name, type owner_lastname.

25. In Label, type Last name:.


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26. From the TOOLBOX, drag and drop a DateTimePicker widget into the group underneath the Last

name text field.

27. In Properties, under Name, type creationdate.

28. In Label, type Creation date:.

29. Uncheck the box for Required.


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30. From the TOOLBOX, drag and drop a TextArea widget into the group underneath the Creation date

area.

31. In Properties, under Name, type description.

32. In Label, type Description:.

33. Uncheck the box for Required.

34. In the top left corner of the form layout, click Geometry.

35. Click on Properties.

36. For Name, type geometry_spa.

37. For Layer, type workflow_points.

38. In the TOOLBOX, select Geometry menu.


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39. Drag and drop a Geometry Action into Actions New.

40. For Name, type GE_NEWPOINT.

41. For Label, type New Point.

42. Check the box Start on Load.

43. Drag and drop a Geometry Action into Actions Edit.

44. For Name, type GE_MOVE.

45. For Label, type Move Point.

46. Check the box Start on Load.

47. In the TOOLBOX, select Widgets menu.

48. Drag and drop an Action widget into the group underneath the Description text field.

49. For Name, type EditGeometry.

50. For Label, type Capture Geometry.

51. Click the pencil for Action to open the Value Editor.

52. Click the JavaScript tab.

53. Type IG.captureGeometry().


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54. Click OK. Your newly constructed form should look like the following.


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55. Click Save to save the workflow.

Task 2: Create a list for all captured points

Next you will create a list of points.


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1. In the top menu, click the arrow beside LISTS and select NEW.

2. In PROPERTIES, rename NewList1 to PointList.

3. For Table, type workflow_points.

4. For ID Field, type id.

5. From the TOOLBOX, drag and drop a Column Listelement into the Listconfiguration area.

6. In Properties, for Name, type id.

7. For Label, type ID.

8. Click the pencil for Visible to open the Value Editor.

9. Replace the value true with hidden.

10. Click OK.

11. From the TOOLBOX, drag and drop a Column Listelement into the Listconfiguration area beside

the ID column.

12. In Properties, for Name, type owner_firstname.

13. For Label, type First Name.

14. Drag and drop a Column Listelement into the Listconfiguration area beside the First name.

15. In Properties, for Name, type owner_lastname.

16. For Label, type Last Name.

17. Add another Column.

18. For Name, type description.

19. For Label, type Description.

20. Add a RowAction beside the last column.

21. For Name, type ShowOnMap.


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22. For Action, click on the pencil to edit.

23. Switch to the tab JavaScript.

24. Type IG.setSelectedElements({ROW.ID});IG.fitSelectedElements().

25. Click OK.

26. For Image, type ig-icon-search.

27. Add an Action underneath the first column.

28. For Name, type AddGeometry.

29. For Label, type Add Point.

30. For Action, click the pencil. The action is a script that runs when the button is clicked.


32. Type IG.navigate(‘points’).


Your newly constructed list should look like the following.


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Task 3: Create a workflow

Now you construct the flow chart by placing nodes into the editor.

1. Switch to the starting point of the Workflow Editor.

2. From TOOLBOX, drag and drop a Form controller onto the Home node.

3. For Id, type points.

4. For Label, type Points Capturing.

5. Click the Form drop-down list and select CaptureForm.

6. Check the box Empty form.

7. Drag and drop a List controller onto the Home node.

8. For Id, type point_list.

9. For Label, type List of Points.

10. Click the List drop-down list and select PointList.

11. Drag and drop a Form controller onto the List of Points node.

12. For Id, type points_edit.

13. For Label, type Edit Points.

14. Click the Form drop-down list and select CaptureForm.


The workflow editor should look like the following.


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Task 4: Create a custom script and a custom style

You can insert your own scripts to run when an action is triggered.

1. In the top menu, click RESOURCES.

2. Click the arrow beside NEW to open the options SCRIPT and STYLE.

3. Click SCRIPT.

4. Type getdate.

5. Click OK.

6. Type this function:

function setCurrentDate() {

IG.getFieldById('creationdate').setValue(new Date());

}

7. Drag and drop an Action widget into the group underneath the Creation Date text field.

8. For Name, type GetDate.

9. For Label, type Present date!.


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10. For Action, click the pencil to open the Value Editor.


12. Type set.CurrentDate().

This is the function name of the custom script.

13. Close the window and switch back to RESOURCES.

14. Click the arrow beside NEW to open the options SCRIPT and STYLE.

15. Click STYLE.

16. Type redlabel.

17. Type the following:

.ig-label-span {

color: red;

}

18. Close the window and switch back to the starting point of Workflow Editor.

19. Select the form node Points Capturing by clicking on the element.

20. Click the pencil to open the corresponding form.


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21. Click on the form name Points Capturing.

In the PROPERTIES pane, you can add Custom Scripts and Custom Styles.

22. In Custom Scripts, click in the text field.

23. Click getdate to assign it to the form.

24. In Custom Styles, click in the text field.

25. Click redlabel to assign it to the form.



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Task 5: Get the workflow running in GeoMedia Smart Client

1. Switch back to GeoMedia Smart Client Administrator.

2. Under Application, click New Workflow Connection.

3. For Project, select New York.

4. For Workflow, select workflow_hxgnlive.

5. For Provider, select SqlServer.

6. Type Data Source=localhost;Initial Catalog=NEW_YORK;User Id=Admin; Password=hxgnlive.

7. Under Application, click New Action.


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8. For Base action, select browseWorkflow.

9. For Command, type points.

10. For Name, type Points Capturing.

11. For Tab, select Workflow.

12. Click Save.

13. In the url row, click the pencil.


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14. For Workflow, select workflow_hxgnlive.

15. For NodeId, type home.

16. Press Tab key to refresh the Value.

17. Click Save.

18. Under Security, click Roles to assign the action to the role.

19. Click New York.

20. Switch to the Claims tab.

21. From the Entity drop-down list, select Actions.


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22. Check the box for Points Capturing – points.

23. Click Apply to save the changes.

36

About Us

Hexagon Geospatial helps you make sense of the dynamically changing world. We enable you to

envision, experience and communicate geographic information. Our technology provides you the form to

design, develop and deliver solutions that solve complex, real-world challenges. Ultimately, this is

realized through our creative software products and platforms.

CUSTOMERS. Globally, a wide variety of organizations rely on our products daily including local, state

and national mapping agencies, transportation departments, defense organizations, engineering and

utility companies, and businesses serving agriculture and natural resource needs. Our portfolio enables

these organizations to holistically understand change and make clear, reliable decisions.

TECHNOLOGY. Our priority is to deliver products, platforms and solutions that make our customers

successful. Hexagon Geospatial is focused on developing technology that displays and interprets

information in a personalized, meaningful way. We enable you to transform location-based content into

dynamic and useable business information that creatively conveys the answers you need.

PARTNERS. As an organization, we are partner-focused, working alongside our channel to ensure we

succeed together. We provide the right platforms, products, and support to our business partners so that

they may successfully deliver sophisticated solutions for their customers. We recognize that we greatly

extend our reach and influence by cultivating channel partner relationships both inside and outside of

Hexagon.

TEAM. As an employer, we recognize that the success of our business is the result of our highly

motivated and collaborative staff. At Hexagon Geospatial, we celebrate a diverse set of people and

talents, and we respect people for who they are and the wealth of knowledge they bring to the table. We

retain talent by fostering individual development and ensuring frequent opportunities to learn and grow.

HEXAGON. Hexagon’s solutions integrate sensors, software, domain knowledge and customer workflows

into intelligent information ecosystems that deliver actionable information. They are used in a broad range

of vital industries.

Hexagon (Nasdaq Stockholm: HEXA B) has approximately 18,000 employees in 50 countries and net

sales of approximately 3.3bn USD. Learn more at hexagon.com and follow us @HexagonAB.

http://www.hexagon.com/

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Copyright and Terms of Use

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OPTIMIZE YOUR WORKFLOWS USING GEOMEDIA SMART CLIENT