ArcGIS By Example

4.5 (2 reviews total)
By Hussein Nasser
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  1. Getting Started with ArcGIS

About this book

ArcGIS is a geographic information system (GIS) for working with maps and geographic information. It is considered the turnkey solution to creating and sharing interactive maps. ArcGIS is designed to work the way you work. With nothing to install and set up, ArcGIS helps you make your work productive from day one.

The book covers the design and development of three ArcGIS applications to guide the readers in crafting their own GIS solution as per their requirements. The book begins by giving you a refresher on the concepts of ArcGIS. Without wasting any time, you’ll begin with developing your first ArcGIS application. You will be developing a cell tower analysis tool. Following this, you will be guided through mapping signal strength and real - time manoeuvring in your GIS system. You will then move on to the second application of the book: a restaurant mapping system. The application will allow tourists to browse restaurants on a map, according to their preferences. Next, you will learn how to work with reviews and ratings and also cover some of the advanced searching options offered by ArcGIS. You will then make use of advanced ArcObjects to develop your third application: an excavation planning manager. The book will conclude by teaching you how work out excavation cost calculations and also saving and retrieving your excavation designs.

Publication date:
August 2015


Chapter 1. Getting Started with ArcGIS

Planning to build a product requires addressing a purpose and a goal. The product needs to either fix a problem or tackle a limitation that current solutions are unable to overcome. It might enter an existing market to compete with other products or it might define its own market if such a market doesn't exist. Once a set of problems to be solved are identified, a technology can then be used to build the product. Any selected technology comes with its' perks and limitations. The author of the product should be aware of them because they will eventually steer and shape his/her solution. This is what Esri tried to achieve with ArcGIS and what we will discover by the end of this book. In this chapter, we discuss the following topics:

  • The history of ArcGIS

  • An introduction to ArcGIS for Desktop

  • Customizing ArcGIS for Desktop

  • App 1 – the cell tower analysis tool

  • App 2 – the restaurant mapping application

  • App 3 – the excavation planning manager


The history of ArcGIS

Esri, Environmental Systems Research Institute, knew there was a starving market for location-based systems also known geographic information systems (GIS). In 1990s, Esri started working on a product that later became one of the best enterprise solutions for GIS implementations on Windows systems. In 1999, ArcGIS was released. Since then, ArcGIS has become the most used commercial GIS solution. ArcGIS was then renamed ArcGIS for Desktop, and the ArcGIS name was used as a product line instead to carry lots of products under it.

When the Web started to become ubiquitous in early 2000s, Esri adopted the Web by rolling in ArcGIS for Server and gradually ArcGIS functionalities as web services so that it could be supported on multiple platforms including mobile phones.

A decade later when the cloud solutions began to surface, Esri released its Software as a Service (SaaS) solution ArcGIS Online. Designed to simplify the user experience, ArcGIS Online hides all the ArcGIS "contraptions" and technologies to relieve the user from maintaining the hardware and software, leaving the user to do what they do best, mapping. Having everything in the cloud allows users to focus on their work instead of worrying about configurations, spinning up servers and databases, and running optimization checks.


SaaS, a cloud-based software distribution model where all infrastructure, hardware, management software, and applications are hosted in the cloud. Users consume the applications as services without the need to have high-end terminal machines.

Today, Esri is pushing to enhance and enrich the user experience and support multiple platforms by using the ArcGIS Online technology.

In this book, we target one of the core products of the ArcGIS family—ArcGIS for Desktop. By using real-life examples, we will demonstrate the power and flexibility of this 16+ year-old product ArcGIS for Desktop. We are going to use the various tools at our disposable to show how we can extend the functionality of ArcGIS for Desktop.


An introduction to ArcGIS for Desktop

In this section, we will talk about ArcGIS for Desktop: What is it? How does it work? What different components does it consist of? What does it require to run? We will also explain about core ArcGIS concepts and will use the application out-of-the-box.

ArcGIS for Desktop was originally designed to allow users to author maps and spatial data. The ability for analysis was added to this product to make it one of the best GIS desktop solutions on the market. ArcGIS for Desktop consists of many components. Firstly, ArcMap is the map authoring and viewing tool, and this is the one we will be dealing with throughout this book. You can run tools on your map, edit, analyze, or export your map to different formats to support other platforms. The second component is ArcCatalog. You can use it to connect to geodatabases, author your own geodatabases, manipulate datasets, feature classes, and much more. We will be defining the ArcGIS geodatabase in the coming sections. You can learn more about geodatabases in my other book Learning ArcGIS Geodatabases, Packt Publishing. There are other products that come under the umbrella of Desktop like ArcGlobe and ArcScene for 3D analysis, which are out of the scope of this book.

ArcGIS for Desktop licenses

ArcGIS for Desktop has three different licenses: Basic, Standard, and Advanced previously known as ArcView, ArcEditor, and ArcInfo, respectively. The Basic license mainly gives you the viewer features, which allows you to read map documents and query the data. You can, in fact, do simple editing with the Basic license, but it is very limited. The Standard license is the editor, which allows you to view, create, and edit maps and spatial data. It allows you to edit and create complex data structures and allows multiple users to edit the same geodatabase. The Advanced license allows you to do what the Basic and Standard do, plus the ability to do advance data analysis and modeling, which we will not require in this book. You can take a look at the differences in details at

In this book, the first two examples only require the Basic license. However, the third example requires the Standard license to fully implement it. Esri provides the Standard license for 60 days, which you can get by creating an account at

The system requirements of ArcGIS for Desktop

The latest out-of-the-box ArcGIS for Desktop can be downloaded from the official Esri website at However, if you want to customize, in the same way we will be doing in this book, you should officially request the media disc from your local Esri distributor that will have the ArcObjects SDK.


ArcObjects is a software development kit by ArcGIS that can be used by software developers to extend the ArcGIS functionality.

ArcGIS for Desktop requires the .NET Framework 3.5 service pack 1 and Microsoft Internet Explorer 9.0 or higher in order to run. The .NET Framework can be downloaded from Some operating systems, such as Windows Server can be configured to enable the .NET Framework, instructions to do that can be found in the same link. The system requirements for running ArcGIS for Desktop as of version 10.3 and full details on the system and hardware requirements can be found at

In this book, I will be using Microsoft Windows 8.1 Pro with ArcGIS for Desktop 10.3. Feel free to use any version of Desktop (10 or higher) with the supported version of Windows as per the system requirements in the following table:

Product Version

Supported OS


ArcGIS 10.3

Windows 7, 8, 8.1, Server 2008, Server 2008R2, Server 2012, Server 2012R2

ArcGIS 10.2.x

Windows XP, Vista, 7, 8, 8.1, Server 2003, Server 2008, Server 2008R2, Server 2012, Server 2012R2

ArcGIS 10.1

Windows XP, Vista, 7, 8, Server 2003, Server 2008, Server 2008R2, Server 2012

ArcGIS 10.0

Windows XP, Vista, 7, Server 2003, Server 2008, Server 2008R2

ArcGIS 9.3.x

Windows XP, Vista, 7, Server 2003, Server 2008, Server 2008R2

ArcGIS 9.2.x

Windows XP, Vista, Server 2000, Server 2003

The examples in this book can also be applied to older versions of ArcGIS (10.0, 10.1, 10.2.x). I will be providing designated copies of the data and map documents for each version so that you can freely work with the version of ArcGIS you prefer.


ArcGIS versions prior to 10 won't be able to take advantage of the new add-in feature.

The important concepts of ArcGIS for Desktop

Before we dive into customizing ArcGIS, it is important to know some key concepts and definitions. We will start with the geodatabase.

The ArcGIS geodatabase

The database is a fascinating storage system. It allows you to retrieve, store, and edit the different types of information such as text, images, music, and videos. However, for people who work with maps, we feel there is a missing element in that compound, that is, location. Adding location information to database helps applications bring life to the tabular records in the database and make it available visually. Esri has done this in its ArcGIS product and called this special location-based database a geodatabase.


The ArcGIS geodatabase is the proprietary database for Esri. All Esri geospatial software is built around this geodatabase.

Adding location information to a database requires two parameters: the actual location coordinates and how these coordinates are supposed to be drawn, which is also known as the spatial reference. The spatial reference describes whether the location is projected on to a two- or three-dimensional map, and it should be defined for every dataset in the geodatabase that has a spatial component. While working in ArcMap, all datasets should share the same spatial reference.


A spatial reference is a collection of properties that describes the system for locating a particular object in a coordinate system. You can find more information about this topic at

There are a lot of spatial references tailored for different locations on the earth. There are some standard references used universally, and among them is the WGS 84, which we will be continuously using in this book.

Let us start using the software and get familiar with geodatabase components. Make sure you have installed ArcGIS for Desktop and then follow these steps:

  1. First of all, we want a geodatabase to work with. Create a new folder in your root drive c:\ArcGISByExample\. In the supporting files for this chapter, copy the B04847_01_Files folder to the C:\ArcGISbyExample folder.

  2. From the Start menu, locate and run ArcCatalog 10.3 (or your version of ArcCatalog). It is the one with the cabinet icon.


    You can dock and pin ArcCatalog in your start menu to access it quickly.

  3. From the Catalog Tree window, right-click on Folder Connections and click on Connect To Folder. This will establish a connection with the folder that contains the geodatabase.

  4. From the Connect To Folder dialog, browse and select the C:\ArcGISbyExample folder and click on OK, as illustrated in the next screenshot. Note that if you don't see the Catalog Tree window, you can show it from the Windows menu in the toolbar.

  5. You should see that the C:\ArcGISbyExample folder has been added to the Folder Connections folder. Use this folder to browse to C:\ArcGISByExample\B04847_01_Files\Geodatabase\Restaurants.gdb, as shown in the following screenshot:

  6. Make sure that the Content tab is active. You should see the different objects that this geodatabase consists of. The first object is Food_and_Drinks, which is the feature class of some restaurants. The Food_and_Drinks object has a one-to-many relationship with VENUES_REVIEW which stores the reviews of a given restaurant.


    The feature class is one of the basic objects in a geodatabase. This object is a table with a shape attribute that defines the location and geometry. It could be a point, line, or a polygon.

  7. You can view the content of the feature class by selecting it and clicking on Preview, as shown in the following screenshot. The default preview is Geography, which visually displays the points:

  8. You can also display a tabular view by changing the Preview type to Table, as illustrated in the following screenshot:

  9. Go back to the Contents tab, from Catalog Tree, right-click on the Food_and_Drinks feature class and select Properties.

  10. Activate the General tab and take a look at Alias Name, we can freely change this name without actually changing the physical feature class name for convenience reasons. The current Alias Name Food and Drinks Venues in Belize is quite long, so let us change it to Venues only. Click on Apply to save your changes.

  11. Activate the Fields tab, which is the columns or attributes that this feature class consists of. Take note of the different data types for each field. Pay attention to the SHAPE field, which is created by default and the data type is Geometry.

  12. Activate the Subtypes tab; here we can define multiple types for our feature class. In our case, we have five different restaurant types number coded.

  13. Click on OK to close the feature class properties.

  14. Close ArcCatalog.

Working with the map layers

Now that we have worked with ArcCatalog and learned about the basics of the geodatabase, it is time to learn about the map:

  1. From the Start menu, locate and run ArcMap 10.3 (or your version of ArcMap). It is the one with the map and lens icon.

  2. If you are opening ArcMap for the first time, you will be prompted with the getting started dialog. Click on Cancel to work on the default document.

  3. We want to work with our geodatabase on ArcMap. To do that, we need to add a feature class to the map.

  4. From the Table of Content window, right-click on the Layers node and click on Add Data. This will open a dialog to select a geodatabase.

  5. Since we established a folder in ArcCatalog, you should see it in Folder Connection under the Look In dropdown.

  6. Browse to the Restaurants.gdb geodatabase, select the Food_and_Drinks feature class, and then click on Add, as illustrated in the following screenshot:

  7. You will see that a new layer has been created under layers named Venues. This is the representation of the feature class. You can see that the name of the layer is actually the alias name of the feature class by default, which we have renamed in the The ArcGIS geodatabase section. ArcMap creates this layer wrapper to visual a feature class, change symbology, control labels, scaling, and so many other things.


    A layer is an ArcMap object and a visual representation of a physical feature class. A layer does not exist by itself and needs a source dataset to read data from.

    A symbology is a notation for the features in a feature class. A given feature class might have multiple symbologies based on its attributes.

  8. Note that different symbologies have been assigned based on the restaurant subtypes that we have mentioned in the The ArcGIS geodatabase section. See the following screenshot:

  9. We can change the symbology to make it more relevant; click on the point next to Bar to change its symbol. This will bring up the Symbol Selector. Type Bar in the search box and hit Enter. Select your favorite symbol and click on OK, as shown in the next screenshot:

  10. You should see that the map has been refreshed with the new symbology, as shown in the next screenshot. You can see how rich you can make your map by using these built-in tools. Imagine what we can do if we could extend this to the next level, as we will see in the next chapter.

  11. Close ArcMap and choose not to save your changes.


Customizing ArcGIS for Desktop

In this section, we will discuss the benefits of customizing ArcGIS. When a particular requirement or feature is not available in ArcGIS, we can actually extend the ArcGIS functionality to do that for us. In this book, we will explain two different approaches for deploying ArcGIS customization respectively: add-ins and extending ArcObjects. You will need the ArcObjects SDK to start the development. There are many other ways for customizing ArcGIS, including user interface customization using Visual Basic for Applications (VBA), modeling and scripting using Python, and building standalone applications using ArcGIS Engine. In this book, we will use the add-ins and extending ArcObjects method.


ArcGIS add-ins is a building approach where the developer customizations are categorized and controlled by ArcGIS. Add-ins can be disabled and enabled by the user of ArcGIS at any given time.

ArcGIS for Desktop comes with great set of built-in tools that can help you solve interesting mapping problems. However, there comes a time where your problem is a complex one. This is where you might need to extend and customize the functionality of ArcGIS to provide a suitable solution to your problem. The examples in this book require customizations to tackle them. In this section, we discuss the different customization approaches to set up our development environment. Another reason to extend ArcGIS, for example, a certain functionality, might be available in ArcGIS, but you need to perform 10 or 15 steps to achieve it, and customizing the product can group and automate these steps so that you can default all of them in a few clicks.

The first attempted approach to providing customization for ArcGIS was through VBA. This is similar to the macroscripts in Microsoft Word and Excel. You could write an application and save it in the map document and later share this document, and the person running your document could use your application. It was a convenient approach for sharing mapping, but with many problems. The main problem was the security. The document might contain malicious code that would execute with user privileges and can potentially harm the user. That is why this approach was discouraged and has been replaced with ArcGIS add-ins and the extensions building approach. Today, you can still develop using VBA by installing the VBA compatibility setup.

Customizing ArcGIS for Desktop requires that you either build add-ins or use the classical Dynamic Link Library (DLL) approach and register it with ArcGIS for it to work. Both approaches use ArcObjects as the underlying technology, however, the final building technique is different.

These built approaches are not share-friendly, however, Esri came up with a beautiful solution and platform for sharing, and that is ArcGIS Online. That discussion though should be an entirely different book.

The system requirements of ArcObjects

In order to customize ArcGIS for Desktop, we will require installing some more components. Microsoft Visual Studio, which will be our Integrated Development Environment (IDE). This is where we will be writing code in .NET to customize ArcGIS.

The second component that we will also need to install is ArcObjects SDK for .NET, which will add the software development kit and Visual Studio plugins to write Desktop applications.


IDE is a software that allows computer programmers to write code in order to develop software. The IDE usually consists of a source code editor, syntax highlighter, compiler, builder, and a debugger, which help the programmer in the software development process.

It is important to install ArcObjects SDK after completely installing Visual Studio so that ArcObjects will be able to install plugins on top of the Visual Studio IDE.

In this book, we will be using Microsoft Visual Studio 2013 Express for Windows Desktop as our IDE. The software can be downloaded for free from the official Microsoft website at This is quite a big download and it will take some time depending on your Internet connection. When you install ArcObjects SDK, the setup will detect your current Visual Studio and install the plugins accordingly, as shown in the following screenshot:

You can also use Visual Studio 2012 with ArcObjects SDK 10.3. Just make sure to install the Visual Studio before you install the ArcObjects SDK for .NET. For a complete list of system requirements for ArcObjects SDK 10.3, follow

If you are programming under different system configurations, take a look at the following table to make sure you comply with the system requirement:

Product version

Supported IDE


ArcObjects SDK 10.3

VS2013, VS2012

ArcObjects SDK 10.2.x

VS2012, VS2010

ArcObjects SDK 10.1


ArcObjects SDK 10.0

VS2008, VS2010

ArcObjects SDK 9.3.x

VS2008, VS2010


ArcObjects SDK 9.2.x

VS2005, VS2008


I couldn't find official online references to support my claims for 9.3.x and 9.2.x, but from a personal experience, I did use ArcObjects with 2005 and 2008 on both the 9.2 and 9.3 systems and it was working flawlessly.

Verifying the installation of ArcObjects

In this section, we will validate the ArcObjects SDK installations and Visual Studio. To make sure that you have installed ArcObjects SDK correctly, follow these steps:

  1. From the start menu, locate and run VS Express 2013 for Desktop. If you are using a different version of Visual Studio, refer to the system requirements section to make sure your version complies with ArcGIS.

  2. From the Visual Studio application, click on the File menu and then select New Project.

  3. From the New Project dialog, expand the Templates node, and then expand Visual Basic. This is the language we will be using in this book; you can freely use C# if you would like. If you have installed ArcObjects SDK successfully, you should see the ArcGIS node where we have all the different approaches for customizing ArcGIS. This is illustrated in the following screenshot:

  4. Close Visual Studio.


App 1 – the cell tower analysis tool

In this section, we introduce the first example that we will work on. A telecom company wants to measure their user experience when it comes to cell phone signal reception. The tool you will write will help the company decide whether to add more towers, relocate, or upgrade existing towers to provide maximum signal coverage so that users can experience uninterrupted reception while using their cell phone.

TelZaViBa is a telecom company that provides cell service for their customers. Recently, some customers have been experiencing a weak signal on the Boulevard du Montparnasse. To analyze the situation, TelZaViBa had to analyze their cell towers in that area. So they asked us to write a tool on ArcGIS for Desktop that simulates a person with a cell phone walking in the Boulevard du Montparnasse. The tool should show the current signal strength at all time and record the weakest signal spots by highlighting it on the map.

TelZaViBA gave us a geodatabase with all their cell tower information on the Boulevard du Montparnasse. Based on the tool's result, the telecom company can then do what will be necessary, such as installing a stronger tower with a higher range in the weak spot or relocating existing towers wherever it is feasible and economical. What we have here is a geodatabase with information, and we need to take this information to the next level by analyzing it.

This application will span into three chapters. Since this is the first example, we will spend some time in Chapter 2, App 1 – the Cell Tower Analysis Tool, to get you familiar with ArcGIS add-ins and the ArcObjects interfaces before we dive into the development. We will prepare the ground by talking about layers, feature classes, features, and geometry. We will then learn how to do some topological operations on the geometry to draw the signal range buffer. Then we will draw the signal range based on the radius value that is stored as an attribute in the tower feature class.

In Chapter 3, Mapping Signal Strength, we map the tower's signal strength, which is basically how many bars a particular cell phone has when it is in range of a cell tower. We will measure the signal strength in percentages for simplicity and then we will convert it to bars. To do all that, we first need to add a point to the map and then find a distance between that point and one of the towers using the proximity tools in ArcGIS. We will then use this knowledge to find and highlight the closest tower to the point we just drew. Finally, we will display the signal strength on the point using ArcGIS graphics.

In Chapter 4, Real-time Maneuvering, we do the real-time maneuvering and things get interesting. We will simulate a person walking along the boulevard with a cell phone and then use the logic we wrote in Chapter 3, Mapping Signal Strength, to establish the signal strength and the closest tower. We will simulate this by reading the previously recorded text file Global Positioning System (GPS) points and load them into our tool. With each step the signal will get updated with the new value based on our signal calculation algorithm. The active connected tower will be blinking on the map along with the cell phone.


GPS provides the location and time information using satellites on the earth. Nearly all new smart phones are equipped with GPS receivers that can identify the device's location with respect to the earth.

TelZaViBa can use this tool to simulate cell phones and monitor the signal strength on the boulevard and find the weak signal spots.


This example is not an actual project and is not related to any country whatsoever. All data, maps, and ideas in this example are my sole creation and have not been copied or repurposed from other resources.


App 2 – the restaurant mapping application

This is the second example that features a restaurant mapping application where you will build an application on top of ArcGIS for Desktop that allows users to view, search, highlight restaurants on the map, and compare their ratings and reviews.

Belize is thriving with tourism. Lots of tourists go there on holidays to enjoy its beautiful beaches and a wide range of restaurants. The government of Belize is trying to enrich the tourists' experience by finding their favorite restaurants in the country more effectively.

To accomplish that, a new project titled Bestaurants has been proposed to design a restaurant mapping application on top of ArcGIS for Desktop to feature the best restaurants in Belize. The application will contain a map that shows the city of Belize and the restaurants with key icons based on the restaurant type. For example, a café will be shown as a coffee mug and a restaurant will be displayed as a fork and a knife. Users should be able to search for restaurants by name, region, category, or rating.

Using the Bestaurants geodatabase, we will build this application from scratch to satisfy these requirements. In Chapter 5, App 2 – Extending ArcObjects, we start off by learning a bit about a different deployment approach with ArcObjects. We learn about building our first toolbar on ArcMap and add a button to it. We will learn how to query the subtypes that we have mentioned in the ArcGIS geodatabase section and populate them in a form. We will then filter the restaurants based on a selected subtype. We will kick off Chapter 6, Reviews and Ratings, by talking about relationships and then use this knowledge to learn how to query relationship classes in ArcObjects. This will be useful to retrieve ratings and reviews since these are related information that is located in another table. We will also learn how to filter the layer to show searched results. Finally, in Chapter 7, Advanced Searching, we include the region feature class and use the intersect tool to find all restaurants within a region and populate them in the form. We will also show how to add a text box to our toolbar and add search functionality to search for results as we type in the text box. This will make it easy for users to simply type the name or even part of the name of the restaurant and show it on the map.


This example is not an actual project and is not related to any country whatsoever. All data, maps, and ideas in this example are my sole creation and have not been copied or repurposed from other resources.


App 3 – the excavation planning manager

The excavation planning manager is a tool that we will be writing to help construction designers plan their excavation for utilities and telecom networks. The application analyzes the underlying soil type and green area to find out the cost of removing these areas by doing extensive spatial analysis and editing. Note that we will require the Standard license for this example.

When utility and telecom companies want to lay out their underground assets, cables, and pipes, they need to excavate the ground first. This is a challenging task since there are different types of soil and each has special kind of machinery and equipment, and, therefore, cost.

YharanamCo is a construction contractor experienced in executing efficient and economical excavations for utility and telecom companies. When YharanamCo's board of directors heard of ArcGIS technology, they wanted to use their expertise with the power of ArcGIS to come up with a solution that could help them cut costs even more. Soil type is not the only factor in excavation; there are many factors including the green factor, where you need to preserve the trees and green area while excavating for visual appealing. Using ArcGIS, YharanamCo can determine the soil type and green factor and calculate the cost of an excavation.

The excavation planning manager is the application you will be writing on top of ArcGIS. This application will help YharanamCo create multiple designs and scenarios for a given excavation. This way they can compare the cost for each one and how many trees they could save by going through another excavation route. YharanamCo has provided us with the geodatabase of the soil and trees data for one of their new projects for our development.

In Chapter 8, App 3 – Advanced ArcObjects, since we will create excavations on the map, we will learn the geodatabase editing. We will then add a tool to draw polygons using ArcObjects drawing tools. Then we will view and edit the excavations that we created.

In Chapter 9, Excavation Cost Calculation, the actual advanced spatial analysis and cost estimation happens. We will write this cost calculation module that uses the soil and trees layers and excavation. This is why we require the Standard license to perform such advanced spatial analysis.

In Chapter 10, Saving and Retrieving Excavation Designs, we will propel our application. We will group multiple excavations into a design. We will then allow the user to create multiple designs. The user can open, close, edit, compare, and delete designs. Each design will be a dedicated geodatabase; therefore, we will be making copies and dealing with multiple geodatabases at once. It will be a great experience.



In this chapter, you learned about the different components of ArcGIS for Desktop, ArcMap, and ArcCatalog. You used ArcCatalog to learn more about ArcGIS like geodatabase, spatial references, and feature classes. You also used ArcMap to add a layer and change its symbology. After paving the way with these ArcGIS basic concepts, you were briefly introduced to the three examples that you will be working on through the course of this book. The first example talked about the basic spatial customization. The second one taught you intermediate skills for working with the geodatabase. The last example featured advanced geodatabase and mapping techniques that combined will set you up to take your ArcGIS development skills to the next level.

In the next chapter, you will learn how to develop using ArcGIS add-in for your first example, the TelZaViBa cell tower analysis tool.

About the Author

  • Hussein Nasser

    Hussein Nasser is an Esri award-winning senior GIS solution architect working in the GIS field since 2006. He is the author of three books in the ArcGIS technology: Administering ArcGIS for Server, Learning ArcGIS Geodatabases, and Building Web Applications with ArcGIS, all by Packt Publishing. In 2007, he won the first place at the annual ArcGIS Server Code Challenge, conducted at the Esri Developer Summit in Palm Springs, California. In 2014, he started the IGeometry YouTube channel, where he periodically publishes educational GIS videos.

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