Streetpro US Product Guide

StreetPro U.S.

Version 9.3

PRODUCT GUIDE Information in this document is subject to change without notice and does not represent a commitment on the part of the vendor or its representatives. No part of this document may be reproduced or transmitted in any form or by any means, electronic or mechanical, including photocopying, without the written permission of MapInfo Corporation, One Global View, Troy, New York 12180-8399. © 2006 MapInfo Corporation. All rights reserved. MapInfo, the MapInfo logo and StreetPro U.S. are trademarks of MapInfo Corporation and/or its affiliates. MapInfo Corporate Headquarters: Voice: (518) 285-6000 Fax: (518) 285-6070 Sales Info Hotline: (800) 327-8627 Government Sales Hotline: (800) 619-2333 Technical Support Hotline: (518) 285-7283 Technical Support Fax: (518) 285-6080 Contact information for all MapInfo offices is located at: http://www.mapinfo.com/contactus. Adobe Acrobat® is a registered trademark of Adobe Systems Incorporated in the United States. Products named herein may be trademarks of their respective manufacturers and are hereby recognized. Trademarked names are used editorially, to the benefit of the trademark owner, with no intent to infringe on the trademark. November 2006 Table of Contents

Chapter 1: Getting Started with StreetPro U.S...... 9 What is StreetPro Display and StreetPro EAL? ...... 10 Accessing your StreetPro U.S. Data Quickly ...... 10 Got MapInfo Professional? Use Workspaces! ...... 11 Got MapX or MapXtreme Windows? Use Geosets!...... 12 Got MapXtreme Java Edition? Use Map Definition Files! ...... 12 Got MapXtreme? Use Map Workspace Files! ...... 13 Reviewing the StreetPro Tools ...... 14 StreetPro Features ...... 14 New Features in StreetPro 9.3 ...... 15 Installing StreetPro ...... 15 Performing the Client or Standalone Installation ...... 16 Installing StreetPro U.S. on your Hard Drive ...... 17 Installing StreetPro on a Network...... 19 Installation Notes ...... 19 What’s in this Product Guide?...... 21 Data Vintage...... 22 Chapter 2: Displaying Your Data Quickly Using the Autoloader ...... 25 Running the StreetPro Autoloader ...... 26 Explaining the Choose Layer Options Dialog Box ...... 28 Working with Templates ...... 32 Labeling with the Autoloader ...... 36 A Closer Look at the Autoloader Menu ...... 36 Chapter 3: StreetPro Layer Descriptions ...... 43 Layer Naming Conventions for StreetPro U.S...... 44 Opening StreetPro Feature Layers ...... 47 Describing the Enhanced Address Layer ...... 48 Describing the Street Feature Layers ...... 48 Street Layer Details ...... 48 One Way Streets Layer Details ...... 50 Highway Layer Details ...... 50 Toll Road Layer Details ...... 52 Table of Contents

Highway Shield Layer Details ...... 52 Ramp Layers Details ...... 54 Highway Exit Signage Layer Details ...... 54 Exit Layer Details...... 56 Supplemental Address File Layer Details (StreetPro EAL)...... 56 Describing the Municipal Feature Layers...... 57 Census Tract Layer Details ...... 57 City Boundary Layer Details ...... 58 DMA Boundary Layer Details...... 59 MCD Boundary Layer Details ...... 61 County Boundary Layer Details ...... 62 U.S. Voting District Boundary Layer Details ...... 62 Describing the Point Landmarks and Other Features...... 63 Large Area Landmark Layer Details ...... 63 Airport Layer Details ...... 64 Park Layer Details ...... 65 Institution Layer Details ...... 66 Describing the Point of Interest Layers ...... 68 Recreation Area Layer Details...... 68 Railroad Layer Details ...... 70 Retail Center Point Details...... 71 Transportation Hub Layer Details ...... 72 Describing the Waterway Layers...... 73 Major Water Layer Details ...... 73 Water Body Layer Details ...... 74 River Layer Details...... 75 What is the Data Catalog? ...... 75 County Abbreviations File ...... 76 Chapter 4: Working with Layers ...... 77 Displaying StreetPro Layers ...... 78 Changing the Display Style of a Map Layer...... 78 Labeling Layer Features...... 80 Labeling with Layer Control ...... 80 Default Workspace Label Settings...... 81 Finding Layer Information ...... 83 Chapter 5: Working with Seamless Maps...... 85 Opening Seamless Maps ...... 86 Seamless Map Display Characteristics ...... 86 Seamless Map Table Structure ...... 86 Seamless Map File Naming Conventions ...... 87 iv StreetPro U.S. 9.3 filename.pdf © 2006 MapInfo Corporation. All rights reserved. Table of Contents

Zoom Settings for Seamless Maps ...... 88 Selecting Objects in Seamless Maps ...... 89 Moving Seamless Map Data to Your Hard Drive ...... 91 Creating your own Seamless Maps (Seamless Builder) ...... 91 Chapter 6: Stitching Maps Together Using Street Append ...... 93 What is Street Append? ...... 94 Appended Tables or Seamless Maps – Which is Right for You?...... 94 Using the Street Append Tool ...... 94 Chapter 7: Customizing your Highway Shields With Shields Manager ...... 99 What are the Highway Shields Layers? ...... 100 Using the Highway Shield Manager...... 101 Opening Shield Layers with the Shield Manager ...... 102 Creating a New Shield Layer ...... 102 Managing the Shield Layers that Display...... 103 Changing the Style Attributes of the Shield Layers ...... 103 Closing Shield Layers ...... 104 Deleting Shield Layers ...... 105 About Shield Manager ...... 105 Using the Shield Manager Tools ...... 105 Adding a New Shield Using the New Shield Tool ...... 106 Moving a Shield Using the Move Shield Tool...... 107 Deleting a Shield Using the Delete Shield Tool ...... 107 Troubleshooting Highway Shields ...... 107 Chapter 8: Address Geocoding using StreetPro EAL ...... 109 Displaying Your Data on the Map ...... 110 General Procedures for Geocoding...... 110 Geocoding with a Refining Table ...... 111 Explaining the Geocode Dialog Box...... 111 Geocoding Mode ...... 112 Chapter 9: Editing StreetPro Layer Information ...... 115 Editing the Enhanced Address Layer ...... 116 Adding a Street to an Enhanced Address Layer Map ...... 117 Deleting a Street From an Enhanced Address Layer...... 118 Reshaping a Street in an Enhanced Address Layer ...... 118 Editing the Name of an Existing Street ...... 119 Editing the Street Name for All Occurrences of a Street ...... 119 Editing the Street Name for Some Occurrences of a Street ...... 119 Editing Enhanced Address Street Line Styles and Colors ...... 120

Editing StreetPro Layers ...... 121 Editing a StreetPro Layer...... 121 Changing the Fill Patterns of Boundaries ...... 121 Reshaping Boundaries or Display Streets ...... 122 Changing Point Landmark Symbols...... 122 Changing the Display with Style Override ...... 122 Chapter 10: Selecting Features with SIFTER ...... 125 What is SIFTER? ...... 126 Selecting Features with SIFTER ...... 126 Chapter 11: MapInfo Workspace Files ...... 129 Understanding XML-Based Workspaces ...... 130 Comparing MWS Files to GST Files ...... 130 Appendix A: Data Descriptions ...... 136 Enhanced Address Layer Data Descriptions ...... 137 Enhanced Address Layer File Naming Convention ...... 137 Road-Based Layer Data Descriptions ...... 142 Streets Layer Data Descriptions ...... 142 One Way Streets Layer Data Descriptions ...... 144 Highway Data Descriptions ...... 145 Primary Ramp Data Descriptions...... 147 Secondary and Major Road Ramp Data Descriptions ...... 148 Highway Exit Signage Data Descriptions...... 149 Exit Ramp Data Descriptions...... 150 Highway Shield Data Descriptions...... 151 Supplemental Address File Data Descriptions ...... 154 Supplemental Address File Table Structure ...... 154 Supplemental Address File Naming Convention ...... 155 Airport Data Descriptions...... 155 Census Tract Data Descriptions ...... 157 Boundary Data Descriptions ...... 159 City Boundary Data Descriptions ...... 159 U.S. Voting District Boundary Layer Details ...... 162 Minor Civil Division Boundary Data Descriptions...... 162 County Boundary Data Descriptions ...... 165 Institution Data Descriptions ...... 166 Large Area Landmark Data Descriptions ...... 168 MSA and CBSA Boundary Data Descriptions ...... 170 MSA Correspondence Table ...... 171 Core Based Statistical Areas (CBSA) Data Descriptions...... 171 DMA Boundary Data Descriptions...... 175 vi StreetPro U.S. 9.3 filename.pdf © 2006 MapInfo Corporation. All rights reserved. Table of Contents

Parks and Recreational Area Data Descriptions ...... 176 Park Data Descriptions ...... 176 Recreation Area Data Descriptions ...... 177 Railroad Layer Data Descriptions ...... 178 Retail Center Layer Data Descriptions ...... 181 School District Boundary Layer Data Descriptions ...... 182 Transportation Hub Data Descriptions ...... 183 Major Water Body, Water Bodies, and River Data Descriptions...... 184 Major Water Data Descriptions ...... 184 Water Body Data Descriptions ...... 187 River Data Descriptions ...... 188 Appendix B: Listing the miFeature Codes ...... 190 Points of Interest...... 191 Display Street miFeature Codes ...... 202 Waterway Layer miFeature Codes...... 207 Railroad Layer miFeature Codes ...... 209 Administrative Region miFeature Codes ...... 209 Land miFeature Codes ...... 211 Ferry miFeature Codes ...... 215 Settlement miFeature Codes ...... 216 Appendix C: Getting the Most From your Bonus Content...... 218 What Data is in the Bonus Content? ...... 219 Where is my Bonus Data? ...... 219 What’s in the \MAPS Directory?...... 219 What’s in the \SEAMLESS Directory? ...... 223 Integrating the Bonus Content and the State-Tiled Data into one Map ...... 224 What’s In the \RELEASE_NOTES Directory? ...... 225 Bonus Content vs. Other StreetPro Data ...... 226 Using the Bonus Content Data ...... 227 Using the Bonus Content Data with Your MapInfo Product ...... 227 Another Way of Using the Bonus Content Data with MapX ...... 228 Bonus Content Layer Data Descriptions ...... 228 City Layers Details (Bonus DVD and State-Tiled DVD) ...... 228 Native American Lands Layer Details (Bonus DVD and State-Tiled DVD) ...... 231 School District Layer Details (Bonus Content and State-Tiled Data Only)...... 232 State Legislative Districts (Bonus DVD and State-Tiled DVD)...... 233 Urban Areas Layer (Bonus DVD and State-Tiled DVD)...... 236 U.S. Elevation Data Descriptions (Bonus DVD Only) ...... 237

Appendix D: Feature History and Current Product Compatibilities ...... 240 New in StreetPro 9.2 ...... 241 New in StreetPro 9.1 ...... 241 New in StreetPro 9.0 ...... 241 New Columns in Streets and Highway Layers...... 241 New Default Template ...... 242 New in StreetPro 8.3 ...... 242 New in StreetPro 8.2 ...... 243 New in StreetPro 8.1 ...... 245 New in StreetPro 8.0 ...... 246 New in StreetPro 7.3 ...... 247 Tele Atlas and the Focus Area Initiative ...... 248 Geographic Accuracy Changes...... 253 Which MapInfo Products Does My StreetPro Sync With? ...... 262 Appendix E: Resolved Issues ...... 264 Issues Resolved in StreetPro U.S. 9.2...... 265 Index ...... 266

Thank You for purchasing StreetPro® Display and/or StreetPro with Enhanced Address Layer, the premium street products from MapInfo Corp. StreetPro offers the latest in street data and enhancements for superior mapping and analysis for the MapInfo product line. This chapter provides an overview of your StreetPro product, a detailed list of what’s new in this release, the instructions for installing your StreetPro Display or StreetPro with Enhanced Addreyes ss Layer data and gives you an overview of the rest of the Product Guide. This StreetPro version is based on the latest Dynamap/2000 data.

CAUTION: If you have an earlier version of StreetPro installed, your files will be overwritten with the new StreetPro data. To keep your old maps intact, specify a different data destination directory during the installation process.

In this section:

What is StreetPro Display and StreetPro EAL?...... 10 Reviewing the StreetPro Tools ...... 14 StreetPro Features ...... 14 New Features in StreetPro 9.3...... 15 Installing StreetPro...... 15 What’s in this Product Guide? ...... 21 Data Vintage ...... 22 What is StreetPro Display and StreetPro EAL? What is StreetPro Display and StreetPro EAL?

StreetPro Display and StreetPro with Enhanced Address Layer data have been developed based on data from Tele Atlas Inc. (Geographic Data Technology, Inc.) proprietary database of information called Dynamap 2000 15.3. This product was originally developed from U.S. Census Bureau TIGER/ Line files, and significantly enhanced from the Tele Atlas data sources. MapInfo has partnered with Tele Atlas, Inc. because we believe they have the most comprehensive and up-to-date street mapping product on the market today. StreetPro Display contains 30 layers of county-level display streets, highways and shields, airports, railways, administrative boundaries, point locations, and water features. In addition, we have included several utilities (Autoloader, Shield Manager, Street Append tools) to help make StreetPro easy to work with. You can purchase this product by county, by state, by 6-state packs, or the entire United States. Each type is contained in separate tables, organized by county (in county-tiled packs) or by state in state-tiled maps. (Table specifications are discussed in Appendix A: Data Descriptions.) StreetPro with Enhanced Address Layer includes all the layers and tools in StreetPro Display, plus an address layer of streets and address ranges that you can use to more precisely geocode, or plot your data. Both products include airport runways and boundaries, retail center locations, state and national parks, and transportation hubs, to name just a few layers. For a complete list of layers, see Layer Naming Conventions for StreetPro U.S. in Chapter 3 on page 44. StreetPro utilities include the StreetPro Autoloader, which allows you to manage the display of many layers of data for multiple counties and even an entire state. You can save your settings as templates so you can create the same map over and over again for different counties or views. Interstate and state route highways are labeled with recognizable route shields instead of traditional MapInfo-style text labeling. There is a Shield Manager to help you control the display of these shields and customize them to meet your mapping needs. StreetPro is organized into county or state files depending upon whether you purchased county-tiled data or state-tiled data. You can install this data locally or open directly from the StreetPro CD. Additionally, you can use the StreetPro Autoloader to control how much of the data to open and display in a Map window at one time, or you can view the most common tables in a single county or state using the workspaces that we provide on the CD. This data has been formulated to take advantage of the data manipulation features in MapInfo Professional®, MapX, Routing J Server 3.0 or later, TargetPro®, and MapMarker® 8.2 or later.

Accessing your StreetPro U.S. Data Quickly There are three ways you can display your StreetPro data. You can: • Use the Autoloader. The Autoloader is a StreetPro tool to give you a quick start in working with StreetPro data. The Autoloader manages predesigned templates of StreetPro data with aesthetically pleasing color schemes and many useful layers. You can customize these templates with additional data and save them as your own maps or as templates of your own. The Autoloader has many attractive templates to choose from. For more information about this useful tool, see Chapter 2: Displaying Your Data Quickly Using the Autoloader.

• Open the layers individually. You can open layers individually to create your own custom maps. This method gives you maximum control over what layers and features display and what colors are used. If you have no need for certain layers of information, you don’t open them. See StreetPro Layer Descriptions in Chapter 3 on page 43 for more about the individual layers, and Displaying StreetPro Layers in Chapter 4 on page 78 to create your own maps. • Use Workspaces, Geosets, and Map Definition Files. In addition to templates, we provide a variety of generic state-wide maps that are specific to the MapInfo products you use. These maps allow you to further customize to your data: a. Use workspaces if you are working with MapInfo Professional. See Got MapInfo Professional? Use Workspaces! on page 11 for more about using workspaces. b. Use geosets if you are working with MapX or MapXtreme Windows. See Got MapX or MapXtreme Windows? Use Geosets! on page 12 to get you started working with geoset data. c. Use map definition files if you are working with MapXtreme Java Edition 4.5 to take advantage of the XML-based files. See Got MapXtreme Java Edition? Use Map Definition Files! on page 12 for more about using Map Definition Files (MDFs). d. Use MWS workspaces if you are working with MapXtreme. See Got MapXtreme? Use Map Workspace Files! on page 13 to learn more about XML-based workspaces available from MapInfo.

Got MapInfo Professional? Use Workspaces! As an alternative to opening files with the Autoloader, you can use the workspaces we provide to facilitate your map making. These workspaces open with preset display defaults and layers. Before using these workspaces, be sure to run the data installer on your system at least once to install the necessary font and symbol files that are used by the workspaces. Figure: MapInfo Professional Workspace Sample

A complete description of all layering in Workspaces, Geosets, and Map Definition Files (MDFs) appears in the table\extras\SPLAYERS.XLS file on the data CD.

Product Guide 11 © 2006 MapInfo Corporation. All rights reserved. What is StreetPro Display and StreetPro EAL? Got MapX or MapXtreme Windows? Use Geosets! A geoset is a set of layers you can open in MapX or MapXtreme Windows that behave in a similar way to MapInfo Professional workspaces. You can create geosets in MapInfo Professional using the Import and Export Geosets tool. You can also use this tool to read a MapX Geoset into a MapInfo Professional window. To load the MapX Geoset tool from within MapInfo Professional: 1. From the Tools menu, select Tool Manager. 2. From the tool list, select the MapX Geoset Utility. 3. To use the MapX Geoset tool in your current session, click the Loaded check box. To load the tool for use in current and future sessions, click the Autoload check box. 4. Click OK to save your changes. Figure: Geoset Sample

For more about how to use the Tool Manager, see your MapInfo Professional documentation. A complete description of layering in Workspaces, Geosets and Map Definition Files (MDFs) appears in the table\extras\SPLAYERS.XLS on the data CD.

Got MapXtreme Java Edition? Use Map Definition Files! Map Definition Files (MDFs) are XML-based text files that contain map layer information. They are created using the Map Definition Manager that ships with MapXtreme Java Edition. Unlike geosets, map definitions can be stored as files or as records in a database. A map definition’s settings include projection, default zoom, object auto-labeling, zoom layering, and whether a table is visible when opened. Note: Map definition files are intended for use with MapXtreme Java Edition 4.5. They make use of the MapXtreme Java document type definition (DTD).

A complete description of all layering in Workspaces, Geosets, and Map Definition Files (MDFs) appears in the table\extras\SPLAYERS.XLS on the data CD. You can find MDF files in the state directory of your data CD if your data is state-tiled or in the State\ County subdirectories of county-tiled data CDs. If you need help loading these files, refer to the Loading Existing Map Definitions topic in the MapXtreme Java Edition Developer’s Guide. Figure: Map Definition File Sample

Got MapXtreme? Use Map Workspace Files! If you use MapXtreme, you can use the Workspace Manager to create and view XML-based workspace files (with a .MWS extension). Beginning with version 8.0, Street Pro U.S. now supports this format, which allows you to share and display your data on many different platforms and on different operating systems. These workspaces can be stored as files or as records in a database and include settings for projection, default zoom, object auto-labeling, and zoom layering. Further, this new format still allows you to determine whether a table should be visible when the workspace is opened. StreetPro includes preconfigured MWS files for each level of StreetPro geography. For each geography the appropriate layers and zoom settings have been provided and may be used immediately or customized to meet your specific needs. You can find these files in: • The state directory of your data CD, if your data is state-tiled • The state\county subdirectories of your data CD, if your data is county-tiled The naming convention for state mapping files is .mws (where refers to the state abbreviation). For county level map files the abbreviation is .mws (where refers to the county level abbreviation). See Chapter 11: MapInfo Workspace Files for more information about MWS files.

Figure: MapInfo WorkSpace File Sample

Reviewing the StreetPro Tools

When you install StreetPro, you get several tools to help you customize your maps and data: • AUTOLOAD.MBX, the Autoloader tool for using templates to create maps. For more about the Autoloader tool, see Chapter 2: Displaying Your Data Quickly Using the Autoloader. • STRTAPND.MBX, the StreetAppend tool for creating new tables from existing maps. For more about the Street Append tool, see Chapter 6: Stitching Maps Together Using Street Append. • SHLDMGR.MBX, the Highway Shield Manager. For more information about the Highway Shield Manager tool, see Chapter 7: Customizing your Highway Shields With Shields Manager. • SIFTER.MBX, a tool for selecting features using natural language. For more about the SIFTER tool, see Chapter 10: Selecting Features with SIFTER. These tools are installed into a directory called MapInfo\Utils except for the Autoloader which was placed into the MapInfo\Professional directory on your system during installation. The MapInfo Seamless Builder is not installed by the data installer. To install the Seamless Builder tool, click Start > Run and navigate to \extras\mapsmbld\ on the data product CD. Double click SETUP.EXE to install the Seamless Builder Tool. For more about the Seamless Builder Tool, see Chapter 5: Working with Seamless Maps.

StreetPro Features

StreetPro Display and StreetPro with Enhanced Address Layer give you many layers of information and tools to help you display your data. We are committed to providing you the highest quality, most up to date product available in MapInfo format to ensure that you have what you need to make the most informed decisions. As such, we are constantly at work finding ways to enhance the geographic data we provide, as well as come up with new ways to display it and new tools to

make displaying it easier and more meaningful. What follows is the list of the new features and enhancements we have created for StreetPro 8.3. We have added an appendix that contains the legacy of features that we have added to the StreetPro product. See Appendix D: Feature History and Current Product Compatibilities for this information.

New Features in StreetPro 9.3

We have updated the data with the latest Dynamap 2000 vintage, 16.4. See Geographic Accuracy Changes in Appendix D on page 253 for details about which states and counties are most affected. We have changed the way we designate highway sign layers in the \maps directory of the County tiled and EAL data and in the root directory of the State tiled data. We have changed the layer name from SShwysg to SShwysign, where SS indicates the state abbreviation. For information on the synchronization of this version of StreetPro with other products of the same vintage please see Data Vintage on page 22. For more about the MapInfo products this data synchronizes with, see Which MapInfo Products Does My StreetPro Sync With? on page 262.

Installing StreetPro

In this section, we cover the installation process and instructions for installing StreetPro. The table below shows the past, current, and future default installation directory locations:

Version StreetPro Display StreetPro EAL Example

10.2 \stpdv92\ \ D:\Program Files\MapInfo\ stpev102\ Professional\STP(D or E)V102

10.1 \stpdv91\ \ D:\Program Files\MapInfo\ stpev101\ Professional\STP(D or E)V101

10.0 \stpdv9\ \stpev10\ D:\Program Files\MapInfo\ Professional\STP(D or E)V10

9.3 \stpdv83\ \stpev93\ D:\Program Files\MapInfo\ Professional\STP(D or E)V93

9.2 \stpdv82\ \stpev92\ D:\Program Files\MapInfo\ Professional\STP(D or E)V92

The StreetPro Display column and the StreetPro EAL column display the default installation directory locations where is the MapInfo product you use with this data. In the case of MapInfo Professional, for example, the default directory structure would be:

MapInfo > Professional > version specific directory name

If you are installing StreetPro data in conjunction with another MapInfo product, the default directory structure is different. Look for the product you are using below to find the default installation directory for your StreetPro data:

Product Install Directory Example

MapInfo Root MapInfo\SPVersion# directory D:\Program Files\MapInfo\ Professional Professional\ STPDVX

TargetPro Root TargetPro\Data\Boundaries\ D:\Program Files\MapInfo\ SPVersion# TargetPro\Data \Boundaries\ STPDVX

MapX Root MapX\Maps directory D:\Program Files\mapinfo\ MapInfo MapX5 \Maps

MapXtreme C:\Program Files\MapInfo\MapXtreme® C:\Program Files\MapInfo\ Java Java Edition(TM) + VERSION\data\ STPDV MapXtreme® Java Edition(TM) 450\data\STPDVX

Performing the Client or Standalone Installation You can either install StreetPro on your hard drive or use it from your computer’s CD or DVD drive. We recommend you install it on your hard drive or a network drive to improve performance and increase access speed. Note that beginning with StreetPro 8.1 we are adding in Autorun capability to the StreetPro installer which changes the installation experience from previous versions of StreetPro. When inserting a StreetPro CDROM or DVD the following dialog box is automatically displayed:

Note: To support MapXtreme Java users, we have changed the way MDF files are written during the installation process to ensure that we maintain the correct path (either in the state directory for state-tiled data, or in each county directory (for county-tiled data). If you are using the StreetPro data from a network drive or in some other scenario where Autorun cannot run you can start the installation process by going to the root folder of the StreetPro installation and run Start.bat. You can run Start.bat by double clicking on the start.bat icon in Windows Explorer or by choosing Start>Run and typing in \ start.bat From the user interface above you can do several things including: • Install StreetPro on your computer – choose Install>Install StreetPro U.S. • Viewing the documentation – choose Install>Read StreetPro Documentation • Look at the contents of the CDROM or DVD – choose Browse CD • Connect to MapInfo's web page – choose Contact MapInfo • View a chart that shows the synchronization between the vintages of various Tele Atlas-based products – choose Product Vintage Chart

• Connect to information on using a 14-day free trial of the ImageConnect imagery service – choose ImageConnect Free Trial.

Installing StreetPro U.S. on your Hard Drive To install StreetPro on your hard drive: 1. Choose Install > Install StreetPro U.S. from the user interface. You can also run the StreetPro installer directly from \setup\setup.exe. The Data License Agreement dialog box displays. Use this dialog box to review the licensing agreement and click Print to print it. 2. Click Yes to continue. The Products Available dialog box displays. Click . 3. Select the product name of the data (StreetPro Display or Enhanced Address Layer) you would like to install and click Next. The Installation Type dialog box displays.

Click this check box to install StreetPro data and Highway Shield fonts. Click this check box to install Highway Shield fonts only.

Note: About the Highway Shield Fonts: The Installer installs several True Type fonts with StreetPro that enhance the look of the Highway Shields. They are AGFA’s Monotype Century Gothic and Century Gothic Bold, MapInfo Shields and MapInfo StreetPro. The installer copies these files to the appropriate system or font directory during installation. 4. Select the appropriate radio button and click Next to continue. The Select Data dialog box displays. The figures in these instructions show state-tiled data only, but the process for installing county-tiled data is the same. Click the county or counties to install and click Add. • To install a state, highlight the state(s) in the Geographies list and click the Add Geography button. The states you select display in the Data Selected list on the right. • To remove any unwanted states (or counties if you have county-tiled data), highlight the name on the Data Selected list and click the Delete Item(s) from List button. Click Next to proceed. The Available Target Mapinfo Products dialog box displays. 5. Click the MapInfo Product you are going to use with StreetPro: MapInfo Professional/MapInfo Desktop, TargetPro, MapXtreme Java, MapXtreme, or MapX. Click Next to continue. The Installation Options dialog box displays.

6. Select from these options and click Next to continue. The Choose a Data Destination Location dialog box displays. • To install the data on your hard disk, click Maintain directory structure during file transfer and ensure that the Use Data from CD check box is cleared. Note: If you intend to use the Seamless Builder tool to create a seamless table of all your StreetPro data you should make sure that the Maintain Directory Structure checkbox is checked. The Seamless Builder needs the directory structure to locate the data to be included in the seamless table. • To access the data from the CD, click Use Data from CD. If you select the Use Data from CD option, your access time will be slower -- and you will need to put your StreetPro CD(s) back in the CD drive each time you use a StreetPro-based map.

CAUTION: To avoid losing data: If you are upgrading to a new version of StreetPro and you want to maintain your current custom maps, do not install your new data into the same directory! See Some Notes about Choosing an Upgrade Directory on page 18 for advice in choosing an installation directory. 7. To use the default data destination, click Next, or click the Browse button and choose or create a new folder for the StreetPro data. Click Next to display the Check Setup dialog box. 8. Review the information you have entered or selected to ensure that the information is correct. Click the Back button to make changes and changes, make your changes and click Next until you return to the Check Setup Information dialog box. Click Next to begin the installation. 9. The installer transfers the data as you requested. Click Finish to complete the installation.

Some Notes about Choosing an Upgrade Directory In many cases, you can overwrite old data with new data, and end up with more accurate maps -- that's what upgrades are for! However there are some cases where you might want to maintain the old files: • If you have detailed, custom-created non-StreetPro data that relies on the exact display locations of StreetPro highways or other features and you upgrade indiscriminately, your data may no longer line up with areas where StreetPro data has been corrected for better accuracy. One specific example of this is points geocoded by MapMarker. Each version of MapMarker is synchronized with a particular version of StreetPro; if there is a mismatch in versions, address points may no longer line up along the correct streets. To correct this, either to keep the older street data or re-geocode the addresses in a newer version of MapMarker. • If you have customized StreetPro data, with street objects added or corrected manually. Obviously these customizations are not be carried over automatically to the new data, and should not simply be overwritten. • If you have created workspaces based on older StreetPro data, and if these workspaces include maps with edited labels (that is, if you have moved street labels around on a map, or added new labels with the Label tool) then overwriting old data with new data is likely to cause serious problems. New street segments are added with every version of StreetPro, and the records in the streets file are listed in alphabetical order -- so the record number of most of the streets will change with every upgrade. MapInfo Professional uses the *record number* to determine which streets need custom labels -- so your edited label text will very likely end up in the wrong location.

18 StreetPro U.S. 9.3 © 2006 MapInfo Corporation. All rights reserved. Chapter 1: Getting Started with StreetPro U.S. Installing StreetPro on a Network For a network installation, create a “virtual CD” on a network drive by copying the contents of the StreetPro CD(s) to the network drive, following the CD directory structure. To install StreetPro on a network: 1. Copy the entire CD to a folder on the network. When you are asked whether you want to overwrite certain files or folders (these are duplicate/redundant copies of installation and extras directory files). Click Yes to All. 2. From the client machine, map a drive to the network machine. 3. From the client PC navigate to the CD folder and run SETUP.EXE. Follow the same installation instructions as indicated in Performing the Client or Standalone Installation on page 16 until you get to step 8. 4. At the Installation Options dialog box, select Use Data from CD and clear the Maintain Directory Structure During Transfer check box. 5. Open MapInfo Professional. From the Tools menu click Run MapBasic Program. 6. Select the drive that is mapped out to your server and select AUTOLOAD.MBX in MapInfo > Professional AUTOLOAD.MBX. Note: If your data is on a server, you need write access to your data to use the AUTOLOAD.MBX tool. If you do not have write access, you will experience problems when you try to change or create a new template. The application builds your Data catalog (DATACAT) on your local machine in your MapInfo directory. If you have an existing Datacat, it appends the new information to your existing Datacat. 7. In the Autoload drop-down menu, click Verify Datacat to ensure that all entries are valid. 8. In the Autoload drop-down menu click Open. A list of installed geographies displays and you can choose states to load into MapInfo. For more information, see Running the StreetPro Autoloader on page 26.

Installation Notes These notes are not required for the installation but contain information you may be interested in knowing.

StreetPro File Sizes

You can find the file sizes and state to CD correspondence for all StreetPro Display and EAL products on the StreetPro data CD in \extras\STFILSZ.XLS.

MapInfo Abbreviation File The installer places a new MAPINFOW.abb on your system to take advantage of the updated abbreviation for the street suffix Avenue (Av instead of Ave). The older version of your abbreviation file will be renamed to MAPINFOW.abr.

Transferring StreetPro Data to Unix Computer If you are running a MapXtreme Java application on a Unix computer or you are using a UNIX file system to store data and accessing this data from Windows boxes using Samba technology, you may want to transfer StreetPro data to a Unix computer. The biggest problem you may encounter is with text casing issues. In general, there is a MapInfo preference for lowercase file names on the Unix-based computer. For example, our stock MDF files assume lowercase filenames and file extensions. This document discusses two areas • How to get your data onto a UNIX-based computer with the text in lower case What to do if your files end up mixed case: MapInfo Corporation creates all StreetPro media (either DVD or CD) using generally accepted standards—ISO9660, ISO, and, occasionally, Joliet. Testing has shown that a direct mount of an ISO CD or DVD on a Solaris 8 or Solaris 9 system presents the data in all lower case. If this holds true then a simple recursive copy command such as cp -r transfers all the data to the file system in lower case. Sometimes the above direct copy is not possible. The server may be in a restricted area or may not contain, or have access, to a CD-ROM or DVD device. Frequently customers make use of a technology like Samba to provide connectivity between the Unix and Windows environments. When this is the case, you may use Samba to transfer data from the Windows environment to the Unix- based equipment. We cannot guarantee that Samba will transfer all data in lowercase correctly. MapInfo recommends the use of bulk ftp technologies such as WS-FTP. WS-FTP is a tool that provides an interface to transfer large amounts of content via the File Transfer Protocol. Transferring data via FTP can be as reliable and almost as quick as 'regular copying' when you perform the operation on an intranet basis. Most of these tools have an option to “Force Lower Case” when transferring data. The following example shows an ftp session of 3 states of StreetPro data from a local drive to a remote Unix computer called sparta. Figure: WS_FTP Pro

In WS-FTP Pro, there is an option (Sites > Organize Sites) that allows you to specify that all transfers happen in lower case for a particular Site Connection. Figure: Site Options - sparta

Select the Force lowercase remote names check box and click OK. If you have transferred your data to a case-sensitive Unix or Linux file system and the data is in mixed case or upper case, depending upon the operating system and shells, you may be able to use a shell script to change all files to lower case quickly. The following sample shell script will convert upper or mixed case files in a single directory to lower case:

-l is a minus lower case El and not a l.

What’s in this Product Guide?

This product guide is your complete source for information about StreetPro and StreetPro with Enhanced Address Layer. Chapter 1: Getting Started with StreetPro U.S. contains introductory information and installation instructions for the StreetPro product. Chapter 2: Displaying Your Data Quickly Using the Autoloader shows you the Autoloader tool and introduces the eye-catching templates we have created to help speed you on your way to your first maps. Chapter 3: StreetPro Layer Descriptions presents a brief description of each layer and provides some layer examples. Chapter 4: Working with Layers shows you how to display your data, customize your map with labels and get information about objects in the layers. Chapter 5: Working with Seamless Maps explains how to open seamless maps, how to select objects in seamless maps and display them and how to move your seamless maps from the CD to your hard drive.

Chapter 6: Stitching Maps Together Using Street Append helps you decide whether you are going to create seamless maps or appended maps to display your data. If you decide to make appended maps, you use the Street Append tool to accomplish it. Chapter 7: Customizing your Highway Shields With Shields Manager shows you how to work with the Highway Shield Manager tool to manage the display of your highway shields and to customize them if necessary Chapter 8: Address Geocoding using StreetPro EAL shows you how to use the unique features of the enhanced address layer to improve the likelihood of matching your data to the addresses in StreetPro. Chapter 9: Editing StreetPro Layer Information helps you edit the information on the layers to customize your maps. Chapter 10: Selecting Features with SIFTER covers the use of the SIFTER tool which allows you to choose features by natural language type instead of querying by code. Chapter 11: MapInfo Workspace Files gives you more details about XML-based maps that are now available in StreetPro U.S. Appendix A: Data Descriptions covers the technical specifications of the data product by layer, including display characteristics, table structure, and file naming conventions. Appendix B: Listing the miFeature Codes shows the MapInfo-created Feature Codes that enhance your ability to target specific kinds of information that shares administrative, population, land features or other common and useful properties. Appendix C: Getting the Most From your Bonus Content contains layer information, data descriptions of the Bonus Content. This chapter also includes instructions and tips for using the Bonus Content data with your own data. Appendix D: Feature History and Current Product Compatibilities shows you the history of the upgrades we have made to StreetPro been and what features and functionality has been added to the product prior to the current release. Appendix E: Resolved Issues provides a list of issues we have been resolving for StreetPro U.S.

Data Vintage

Beginning with MapInfo data products developed from January 2005 data, we are modifying our data vintage reference style to explicitly show the vintage of the source data in unambiguous terms. This will make the data vintage more apparent to our product end users. Vintage is the currency of the data as of a specific date and does not correspond exactly to the time of product release because of data-to-product production time. All product media, product documentation, and product metadata will now prominently display the data vintage using the following notation:

YYYY.Q ( )

where: YYYY is the four-digit year Q is the data vintage's calendar quarter (1 through 4)

is the data vintage month (3-character abbreviation) is the data vintage year For example: 2006.1 (Jan 2006) Note: This vintage information does not reflect the product's actual ship date. For current data vintage information, see the Data Vintage Chart on the MapInfo web site. The data vintage of any MapInfo format product can also be found in the .tab file metadata. Open the .tab file in a text editor and look for the following metadata key:

\Quality\Lineage\Source\Vintage

The Autoloader tool loads your StreetPro geographies quickly and allows you to customize your view and output of the data.

In this section:

Running the StreetPro Autoloader ...... 26 Working with Templates ...... 32 Labeling with the Autoloader ...... 36 A Closer Look at the Autoloader Menu ...... 36 Running the StreetPro Autoloader Running the StreetPro Autoloader

The Autoloader assists you in loading your data quickly. To run the StreetPro Autoloader: 1. Start MapInfo Professional. 2. Do one of the following: • To run the Autoloader once: From the Tools menu, click Run MapBasic Program. MapInfo displays the Run MapBasic Program dialog box. Click AUTOLOAD.MBX from the MapInfo program directory and click OK.

• To load the AutoLoader automatically into the Tool Manager each time you open MapInfo Professional: a. From the Tools menu, select Tool Manager to display the Tool Manager dialog box. b. Click Add Tool to display the Add Tool dialog box and enter the name of the tool (Autoloader) in the Title field.

c. Click the button to select the path to the Autoloader tool. From the Select MapBasic Program dialog box, navigate to the MapInfo program directory and click AUTOLOAD.MBX. Click Open to select the Autoloader program and return to the Add Tool dialog box. You can use the Description field to inform others of the purpose of the Autoloader, but this field is not required.

d. Click OK to return to the Add Tool dialog box. Select the Loaded checkbox to indicate that you want to include the Autoloader tool in the Tool Manager for the current session. Select the Autoload checkbox to load the Autoloader tool into the Tool Manager each time you run the MapInfo Professional program. e. Click OK to save your entries. Using either method the application adds a new menu called Autoloader to the menu bar. 3. Click Autoloader > Open. If you have more than one StreetPro or other MapInfo data product installed, the Select Among Installed Products dialog box displays. Select your installed StreetPro product to proceed. Note: This Autoloader is specifically designed for StreetPro. Do not choose StreetWorks or StreetInfo from this dialog box. A different Autoloader will prompt you to open those products. 4. Click OK. The Select Geographies to Open dialog box displays.

5. Use the filter to show the geographies you are interested in. • To see all of the states you installed, click Show All Installed Areas. • To restrict the states that display, click Show Installed Areas in Geography and select the state you are interested in. 6. To select a geography to open, click the name of the state in the Geographies list. • To open consecutive states, click and drag to highlight state names you want. • To open non-consecutive states, Control-click the state names you want to open. • To sort the Geographies list, click one of the Geography Sort Order radio buttons. 7. When you have completed your selections, click OK. The Choose Layer Options dialog box displays.

8. Choose the appropriate settings in this dialog box. Refer to the section Explaining the Choose Layer Options Dialog Box for assistance in making your selections. If you make changes to the options in this list, you can save the new settings as a template later. This dialog box allows you to select from several supplied templates with different settings for layer display, label and zoom levels. 9. When you have completed your selections, click OK to display the tables that match your criteria in a Map window.

Explaining the Choose Layer Options Dialog Box This Choose Layer Options dialog box provides a variety of settings and options that enable you to create the map you want. Each part of the dialog box is explained in this section.

Layers List Box The Layers list box shows the available StreetPro layers. The check boxes indicate which layers will be opened and labeled. The Open and Label check boxes are controlled by the template that is in effect. For more information about templates, see Apply Template to Map on page 38.

Display Button Highlight the layer you want to change and click the Display button to display the Current Display Options dialog box.

Here you can change the display mode and zoom level for the layer you highlighted. Select the Style Override button to change the display characteristics. Set new minimum and maximum zoom settings as desired in the Zoom Layering box. To turn off zoom layering, clear the Display Within Zoom Range check box.

Label Button Highlight a layer for which you want to change the label settings and click the Label button to display the Current Label Options dialog box. From here you can change the label content, style, and position. A number of layers include a SmartLabel field that will display a two-line label when the information about the map object is lengthy. For more about labeling, see Labeling with the Autoloader on page 36.

Template Information Button Click this button to view a description of the current template.

Save Template Button Click this button when you have changed or plan to change any layer settings and want to retain them for future use. A subsequent dialog box will prompt you to save the changes to the existing template or to a new one.

Load Template Button Click this button to display the Choose Template dialog box. This dialog box displays all installed templates and a description of each. To select a template for your map, highlight it in the Template Name and Product box and click OK.

Templates are installed into the MapInfo program directory when you install StreetPro. They are identified by the file extension .SLT. If you change a template and wish to revert to the original settings, simply copy the template file from the product CD to the MapInfo directory. See Working with Templates on page 32 for more on templates.

Map Options Choose to open the layers in a new Map or in a current Map window by choosing from the drop- down list.

Uncheck All Layers Click this button to unselect all selected layers and labels. This action is particularly useful when creating and refining custom templates.

Reset Defaults Click this button to reset default layer selections. This is an easy way to revert to the initial settings of the selected template.

We provide preformatted map templates which you can use or customize to meet your own needs. A portion of the Choose Layer Options dialog box lists the name of the current template and provides buttons to access template information, save changes to the current template or change to another template. StreetPro ships with seven templates that offer a variety of layer display settings:

Default Template The settings for this map are optimized for display settings of 800x600 screen size, large fonts, and 65,000 colors or more.

Latvia Template The Latvia template contains a very bright color scheme, based on a Latvian map maker. Note that this template makes use of multiple layering of several street and highway layers to create an interleaved effect.

32 StreetPro U.S. 9.3 © 2006 MapInfo Corporation. All rights reserved. Chapter 2: Displaying Your Data Quickly Using the Autoloader Lemon Template The Lemon template contains a soft blue and yellow color scheme. Note that this template makes use of multiple layering of several street and highway layers to create an interleaved effect. Figure: Lemon Template

Rainy Day Template This template provides a new look using a neutral color palate. This template makes use of multiple layering of several street and highway layers to create an interleaved effect.

Product Guide 33 © 2006 MapInfo Corporation. All rights reserved. Working with Templates Red Splash Template The Red Splash template contains a bright color scheme. Note that this template makes use of multiple layering of several street and highway layers to create an interleaved effect.

Terra Template This template makes use of multiple layering of several street and highway layers to create an interleaved effect.

34 StreetPro U.S. 9.3 © 2006 MapInfo Corporation. All rights reserved. Chapter 2: Displaying Your Data Quickly Using the Autoloader Pastel Gray Template A vividly colored map with a gray background that uses bright, pastel colors.

Simple Template A simple map without style overrides or multiple representations of layers. This map is useful when you just want to create a quick map.

To label a layer and change the layer options from the Autoloader: 1. From the Autoloader’s Choose Layer Options dialog box, highlight the layer you want to label and click the Label button. The Current Label Options dialog box displays with the current settings.

Note: The Current Label Options dialog box is similar to the Label Options dialog box that displays from the Layer Control dialog box but it is not the same. 2. Set any parameters you want, including the label field, zoom range and label style and position. 3. Click OK to return to the Choose Layer Options dialog box. 4. Check the Label box beside the layer and click OK. The Map window opens and displays the layer with the new settings. The settings are saved to the current template when you leave the Autoloader. If you wish to preserve the original template, save these settings to a new template. See Working with Templates in Chapter 2 on page 32 for more on templates.

A Closer Look at the Autoloader Menu

The following commands are available from the Autoloader menu: Open, Open Framed by Mapper, Close, Apply Template to Map, Manage Templates, Browse Data Catalog, Verify Data Catalog, Exit, About Autoloader, and Options.

When you open StreetPro tables with the Autoloader, the Autoloader menu displays on the MapInfo Professional menu bar. From there you can access your installed data files directly. You do not need to run the Autoloader again during the session if you wish to open additional tables. You will, however, need to run AUTOLOAD.MBX during each mapping session to place the Autoloader menu on the MapInfo menu bar. The following commands are available from the Autoloader menu: Open, Open Framed by Mapper, Close, Apply Template to Map, Manage Templates, Browse Data Catalog, Verify Data Catalog, Exit, About Autoloader, and Options.

Open The Open command allows you to control how much data you want to open and display in a Map window. Use Open to open one or more states and layers with the display, label and zoom settings you want. The Open command activates two dialog boxes where you choose the counties to open, followed by the layers. In the Choose Layer Options dialog box, you may control every aspect of the layer display. To make it easier, StreetPro provides templates with settings optimized for various displays, including a default, small font, highway overview, black and white output, rural view, rural for small font display and a fancy display. You can use the template as is or modify them to create a new template. See Explaining the Choose Layer Options Dialog Box on page 28.

Open Framed by Mapper The Open Framed by Mapper command is a different way to open data. A user going through the Autoload > Open menu option usually knows the states for which they want to make a map. You can use Open Framed by Mapper when you already have a map window open and you want to add StreetPro data to it. You may or may not know the states that the current map window covers. If you click Open Framed by Mapper, the Autoloader queries the current map window for the bounds or

extent that the window covers (i.e. the max and min longitude and latitude). The Autoloader then queries your data catalog to see if you have any street data installed that covers this area. If you do have one or more states that would cover the map window then the Autoloader displays the standard dialog boxes that let you pick one or all of those states (and one more of the StreetPro layers) and add them to the current map window. Only StreetPro layers can be added to a map window using Open Framed by Mapper.

Close This command displays the Close Counties and Layers dialog box. Here you may close multiple states and/or layers from your StreetPro maps at one time. The actions in this dialog box are exclusive, meaning the choices you make in the left “Close All Layers...” list do not affect the choices in the right “Close Selected Layers...” list, but they can be carried out at the same time.

• To close all layers in one or more states, highlight the states in the left list box and click OK. Do not select any layer names. • To close certain layers in all states, highlight the layer(s) in the right list box and click OK without selecting any state names. • To close all of some states and all of some layers, highlight the appropriate state and layer names in each list box and click OK. • To change any settings in the dialog box, click the Clear button and re-select.

Apply Template to Map This command displays the Choose Layer Options dialog box that list layers you can use. The command allows you to apply a new template to a map that is currently opened. You can change the look and feel of the map without having to close your map, then reopen with a new template.

Manage Templates This command displays the Manage Template dialog box that lists the templates that are available for use, including user-created templates. The templates that ship with StreetPro can be found in the MapInfo program directory. A description of the most popular templates is available in Working with Templates on page 32. The file names follow this convention:

File* Template Name Description

STPDVXX.SLT Champagne

STPDVXXA.SLT Terra

STPDVXXB.SLT Latvia

STPDVXXC.SLT Lemon

STPDVXXD.SLT Rainy Day

STPDVXXE.SLT Red Splash

STPDVXXF.SLT Simple

STPDVXXG.SLT Pastel Grey

STPDVXXH.SLT TargetPro Specific

* XX = the StreetPro version number, for example, STPDV90E

If you have templates that you wish to remove from your system, highlight its name in the top box and click Delete Selected Template. You may only remove one template at a time. To recover a deleted StreetPro template, copy the .SLT file from the product CD.

Browse Data Catalog This command allows you to display the Data Catalog table in a Browser window. The catalog table is a non-mappable table that lists all of the installed street geographies and their directory paths. If you change the directory path of a StreetPro file through this Browser window, you must also change the directory at the operating system level and vice versa.

Verify Data Catalog This command determines if the Data Catalog contains entries that are no longer valid, such as files that have been deleted or moved to another location. Keep your Data Catalog up to date by running Verify Data Catalog. It automatically determines which entries are invalid and displays a list for you to choose which items to delete from the Data Catalog. This process only deletes the entry from the Data Catalog. It does not delete any files from your system.

Exit This command allows you to exit the Autoloader and remove the Autoloader menu from the MapInfo menu bar. Exiting the application does not close any of the open StreetPro files or Map windows. You can still add or remove files to your Map window through the File > Open, File > Close Table, or Map > Layer Control.

About Autoloader This command displays the About box identifying the version of the Autoloader.

Options This command displays the Options dialog box. Check either or both boxes if you want the Autoloader to display warning messages or to automatically activate the Open command when the Autoloader is loaded (Show Open dialog box on startup).

Choose the order in which you want the Autoloader to open the StreetPro tables, either by layer or county. The default is by layer. This means that regardless of the number of counties you are opening, the Autoloader will load all the tables for one layer before loading another layer. The layers will display in the Layer Control grouped by layer. To keep all the layers for a county together in the Layer Control, click the option Open County by County.

This chapter provides a brief description of each feature layer. The technical specifications for each layer are contained in Appendix A: Data Descriptions, including display characteristics, table structure and file naming conventions, and other useful information. The chapter concludes with a discussion of the Data Catalog, the non-displaying table that is created or updated during installation.

In this section:

Layer Naming Conventions for StreetPro U.S...... 44 Describing the Enhanced Address Layer ...... 48 Describing the Street Feature Layers...... 48 Supplemental Address File Layer Details (StreetPro EAL) . . . . .56 Describing the Municipal Feature Layers ...... 57 Describing the Point Landmarks and Other Features ...... 63 Describing the Point of Interest Layers ...... 68 Describing the Waterway Layers ...... 73 What is the Data Catalog? ...... 75 Layer Naming Conventions for StreetPro U.S. Layer Naming Conventions for StreetPro U.S.

The following table contains a list of layers in the StreetPro products describing the table naming conventions we use for each layer:

Layer Name (When Layer Name (When Opened in .WOR, Layer Name opening layer by .tab .GST, .MDF, .MWS or (Seamless Map) File, one at a time) using the Autoloader) _ Layer Description XX.tab ~Name Name

Addressed Streets (EAL S.tab ~StrtAddr none Only)

Addressed Streets Detail. S1.tab This table is a none Joined to S2 table using component of S.tab and MapInfo reference field is not directly opened or (EAL Only) displayed. For more, see Enhanced Address Layer Data Descriptions on page 137.

Addressed Streets Name S2.tab This table is a none Detail. Joined to S1 table component of S.tab and using MapInfo reference is not directly opened or field (EAL Only) displayed. For more, see Enhanced Address Layer Data Descriptions on page 137.

Area Landmarks AL.tab ~Areas _Areas

Airports AP.tab ~Airports _Airpt

Census Tracts T.tab ~Tracts _tract

City Boundaries (Populated CB.tab ~CityBdy _City Places)

Top U.S. Cities (population) _CITY1.tab CITY1 CITY1

Top City in each DMA _CITY2.tab CITY2 CITY2

Top City in each BTA _CITY3.tab CITY3 CITY3

Top City in each County _CITY4.tab CITY4 CITY4

Top 3 Cities in each County _CITY5.tab CITY5 CITY5

Layer Name (When Layer Name (When Opened in .WOR, Layer Name opening layer by .tab .GST, .MDF, .MWS or (Seamless Map) File, one at a time) using the Autoloader) _ Layer Description XX.tab ~Name Name

Cities with Population > 0 _CITY6.tab CITY6 CITY6 (Not in 1-5)

All cities (Includes 1-7) _CITY7.tab CITY7 CITY7

County Boundaries CY.tab ~County _Cnty

Exit markers Exits.tab Exits Exits

Ferries FY.tab ~Ferries _Ferry

Highway Signage Hwysign.tab ~hwysign N/A

Institution Points IN.tab ~Institute _Insti

Interstate Highway Shields X1.tab ~IntShld05 _i0_5 for display at 0-5 miles

Interstate Highway Shields X2.tab ~IntShld515 _i5_15 for display at 5-15 miles

Interstate Highway Shields X3.tab ~IntShld1550 _i1550 for display at 15-50 miles

Major Roads HM.tab ~HwyMajRd _HwyMr

Major Water (region MW.tab ~MajorWater _MjWat features)

Minor Civil Divisions (MCD) MC.tab ~MCD _MCD

Native American Lands _NAL.tab _NAL _NAL and Trusts

One Way Streets OW.tab ~OneWay _OW

Parks PK.tab ~Parks _Parks

Primary Highways HP.tab ~HwyPrim _HwyPr

Railroads R.tab ~Railroads _Railr

Recreation Areas RA.tab ~RecAreas _RecAr

Retail Centers RC.tab ~Retail _Rtail

Primary Ramps RP.tab ~RampPrim _RmpPr

Layer Name (When Layer Name (When Opened in .WOR, Layer Name opening layer by .tab .GST, .MDF, .MWS or (Seamless Map) File, one at a time) using the Autoloader) _ Layer Description XX.tab ~Name Name

School District (Unified) _UNI.tab ~UnifSchlDist _UNI

Secondary Highways HS.tab ~HwySec _HwySc

Secondary Ramps RS.tab ~RampSec _ RmpSc

State and U.S. Highway Y1.tab ~RtHwy05 RHTSh Shields for display at 0-5 miles

Note: This is now an Y2.tab N/A N/A empty layer provided to ensure that user's legacy workspaces and project files continue to open.

State and U.S. Highway Y3.tab ~RtHwy515 RHT15 Shields for display at 5-15 miles

Note: This is now an Y4.tab N/A N/A empty layer provided to ensure that user's legacy workspaces and project files continue to open.

State and U.S. Highway Y5.tab ~RtHwy1550 RHT50 Shields for display at 15-50 miles

Note: This is now an Y6.tab N/A N/A empty layer provided to ensure that user's legacy workspaces and project files continue to open.

State Legislative Body _House.tab _House _House (Lower House)

Layer Name (When Layer Name (When Opened in .WOR, Layer Name opening layer by .tab .GST, .MDF, .MWS or (Seamless Map) File, one at a time) using the Autoloader) _ Layer Description XX.tab ~Name Name

State Legislative Body _Senate.tab _Senate _Senate (Upper House)

State Voting Districts _VD.tab _VD _VD

Streets D.tab ~Streets _Strts

Transportation Hubs TR.tab ~TransHubs _trans

Urbanized Areas _UA _UA _UA

Waterbodies (small WB.tab ~Waterbodies wb regions)

Water Rivers WR.tab ~WaterRivers _watrv (linear features)

Opening StreetPro Feature Layers

There are a number of ways to open and display your StreetPro maps in MapInfo Professional: • Use the Autoloader to open multiple layers for one county or state or multiple counties and states simultaneously. The dialog box helps you through your choices. You can also use the Autoloader to display your data using templates which apply attractive, pre-made styles to the maps you open. • Use File > Open to open each map layer individually. This is handy for opening one or two tables, but tedious to open multiple layers in different counties. • Use File > Open to open workspaces, geosets or map definition files, depending upon the application you are using. • Use File > Open (using the table or workspace file of type option) to open seamless map layers for an entire state. • Use File > Open (using the table or workspace file of type option) to open county-level workspaces. • From the Tools menu, click Shield Manager and then Open Shield Layer to open Interstate or State Route Highway Shields layers. Of these methods, the Autoloader provides you with the most control and options. The next section discusses the Autoloader in detail, followed by a section on workspaces. To learn more about seamless maps, see Working with Seamless Maps on page 85 in this guide. For a discussion on the Highway Shields Manager, see Customizing your Highway Shields With Shields Manager on page 99.

Note: This layer is only available in the StreetPro with Enhanced Address Layer product. The Enhanced Address Layer contains highways, ramps and streets for the United States with any existing address ranges. All alternate names for roads are included. Highways display with red, green and black lines. The colors indicate Primary Highways, Secondary Highways, and Major Roads, respectively. Local streets display as dark gray lines. Additionally, this layer contains non-displaying points that contain address ranges. These records contain zip codes as well as reference information for TIGER files. The address ranges (where that data exists) are available in the S.tab or S.tab Browser window. Use this layer for geocoding your data in order to display your records on a map.

Describing the Street Feature Layers

The street feature layers topics describe the data that is tied to particular street feature layers. There is more street address information available for users of the EAL version of the product than the Display version.

Street Layer Details The Display Streets layer contains polylines that represent streets and highways for the United States. Each feature type displays with a different line type. The street and highway names are indexed so you can use Query > Find to locate an object. Use the Display Streets layer in a Map window to give your data a geographic reference. There are no address ranges included in this layer. Address range information is available in the enhanced address layer available in StreetPro with EAL from MapInfo.

The Display Streets layer also contains alternately named streets. In that case, there will be a second, identical line or polyline in the same table with the alternate name. Note: For your convenience, highways are provided in both the Display Streets layer and the Highways layers. Figure: Street Layer Example

Product Guide 49 © 2006 MapInfo Corporation. All rights reserved. Describing the Street Feature Layers One Way Streets Layer Details We indicate one way streets using arrows as shown in the next figure. We do not include some ramps and major highways whose names indicate that they are one way. Figure: One Way Streets Layer Examples

Highway Layer Details StreetPro and StreetPro with Enhanced Address Layer include three highway layers containing all major roadways in the United States. These include: Interstate highways, U.S. highways, State highways, named highways, routes, parkways, expressways, highways by other names, ramps, and vehicular ferry routes.

The three highways layers are divided as follows and display with the following characteristics: • Primary Highways Layer (Interstates) - thick red lines • Secondary Highways Layer (U.S. highways) - thick dark green lines

• Major Roads Layer (State and county highways) - thick black lines. Note: Some counties may not contain Highway layers. Figure: Highway Layers Example

Product Guide 51 © 2006 MapInfo Corporation. All rights reserved. Describing the Street Feature Layers Toll Road Layer Details Toll roads display in the Ramps, Streets, Highway, and enhanced address street layers and are indicated by a light green color. This should make it easier for you to review toll road access or to avoid toll road access to choose alternative routes and quantify costs. This also allows you to do queries and themes on toll roads. Figure: Toll Road Example

Highway Shield Layer Details The Highway Shields layers contain type types of shields: Interstate highway shields, and State and U.S. Highway shields. For each type of highway shields there are three layers, each of them optimized for a specific zoom level display: 0-5 miles

•X1.tab - Interstate Shield layer •Y1.tab - State and U.S. Highway Shield layer 5-15 miles •X2.tab - Interstate Shield layer •Y3.tab - State and U.S. Highway Shield layer 15-50 miles •X3.tab - Interstate Shield layer •Y5.tab - State and U.S. Highway Shield layer

The highway shield layers are point layers. At every location of a shield there are actually two points to provide the color. In the Interstate shields layers one point provides the blue bottom color and one point provides the red top color. For State and U.S. Highway shields one point provides the background white color and one point provides the exterior black ring. For both types of shield layers the text describing the highway number is drawn from an autolabel on the shield layer. Note: Not all shield layers will be present for all counties or states because not all counties and states have interstates running through them. The shield layers can be used in all MapInfo software products. They do require 2 font resources to be installed to properly display. The font files are: • “MapInfo Shields” and “MapInfo StreetPro” for use in MapInfo Professional, MapX and MapXtreme Windows • “MapInfo Shields Unicode” and “MapInfo StreetPro Unicode” for use in MapXtreme Java These fonts are installed by the StreetPro installer. If you are not using (multiple data users making use of a network installation) or cannot use (using with MapXtreme Java on a non-Windows platform) the installer you must install the fonts by hand. The font files are located in an \extras\ttf directory on each data CD. For tips on troubleshooting shields layers please see Troubleshooting Highway Shields on page 107.

Highway Shield Printing Tips When printing maps with highway shields, select the options that allow you to print raster graphics and to print true type fonts as graphics. If the background map is showing through the shields, you either they don't have the correct two layers, your layers are in the wrong order, or the printer driver isn’t configured properly. Additionally, we have found that Window's bolding looks better than installing Monotype's Century Gothic Bold weight font. If you are an experienced user, you may want to uninstall the bold weight fonts and take a look at the results. We recommend that you open the Shield layer with the Shield Manager, Autoloader, or through the provided workspaces to ensure that the shields are positioned and labeled properly. Once you open the shield layers properly, they act like other StreetPro layer of map objects. You can add, move, or delete objects from them. Be sure that you place the Shields layer above the Highways layer for best results. If you are upgrading from an earlier version of StreetPro (before Version 6.1), you may notice that the fonts have changed slightly. Highway shields can be customized to meet your mapping needs. The StreetPro Highway Shields Manager allows you to easily open and close shield layers, create new shields and shield layers, and change the display, label content, and position of the shields. See Chapter 7: Customizing your Highway Shields With Shields Manager for more on the Highway Shields Manager. Note: To take advantage of the default highway shield labeling, run the installer to install the necessary fonts. Otherwise you will only see blue rectangles for the shield points. If you did not install the fonts with the rest of StreetPro, run SETUP.EXE again and select Install Fonts Only at the Installation Types dialog box.

Product Guide 53 © 2006 MapInfo Corporation. All rights reserved. Describing the Street Feature Layers Ramp Layers Details The two ramp layers, Primary Ramp and Secondary/Major Road Ramp, are an extract of those found in the streets layer. They are provided as separate layers you can zoom to display a better view of an area’s highway network. Figure: Ramp Layer Example

Highway Exit Signage Layer Details The Highway Exit Signage layer displays the number, the name, and in many cases, the street name associated with the exit. It is state-tiled only. There are three display fields: 1. An exit number field 2. An exit and extended street name field (which is suitable for searching) 3. A display field with a formatted, extended street name

Field 1 is appropriate for feature labeling at a 2-10 mile zoom; field 3 is suitable for labeling at 0-2 mile zoom level as it provides the full highway sign text. Figure: Exit Layer Example - Low Level Zoom

Figure: Exit Layer Example - High Level Zoom

Product Guide 55 © 2006 MapInfo Corporation. All rights reserved. Supplemental Address File Layer Details (StreetPro EAL) Exit Layer Details The Exits layer displays only the exit points for a given geography. The points are placed on segment ends that contain an exit. The record for each exit includes the name of the highway containing the exit, the exit name or number, and the name of the highway following the exit. In general the exits data is in a _Maps subdirectory. Note: This layer appears as a state-tiled file only. It is not opened automatically by any Workspace, Geosets, Map Definition Files (MDFs) or by the Autoloader.

Supplemental Address File Layer Details (StreetPro EAL)

The Supplemental Address File layer contains additional alphanumeric address information. MapInfo is providing the alphanumeric address range information in the Supplemental Address File for street segments that don't fit a normal integer-based addressing scheme. Note that this address information is not directly usable for geocoding or “find” operations using any existing MapInfo software products. It is up to the end user to make the determination of how best to use this supplemental data. Alphanumeric address information can take many forms; some common forms include address ranges such as • From 87-392 To 87-392 • From 7A To 7F • From 9N172 To 9N184 •From A7 To F7 For example, you may be using StreetPro for a reverse geocoding application and you want to make use of this alphanumeric house number information. The general process to prepare the data would be: 1. Convert the data types of the existing Fromleft, Toleft, Fromright, Toright fields in your S1 table to char(13). 2. Create an index on the TIGER_Refnum field in your S1 table. 3. Join the S1 and SA tables together using TIGER_Refnum=ID. 4. Migrate over the alphanumeric address range information from the SA table to the S1 address fields using Update Column. 5. Save the S1 table. Please see Supplemental Address File Data Descriptions in Appendix A on page 154 for a description of the table structure of this feature.

The municipal feature layers topics describe the data that is tied to particular municipalities or regions. It is just a way to conveniently group information.

Census Tract Layer Details The Census Tracts included with StreetPro 7.x and later are from U.S. Census Bureau Census 2000 data. The Census Tract boundaries have been modified to align with the street data in StreetPro. Census Tracts are small, relatively permanent statistical subdivisions of a county delineated for the purpose of presenting decennial census data. For Census 2000 the U.S. Census Bureau delineated census tracts in situations where no local participant existed or where local or tribal governments declined to participate. Census tract boundaries normally follow visible features, but may follow governmental unit boundaries and other non-visible features in some instances; they always nest within counties. The census tract data contains demographic information such as: • Total Population • Household Count • White Population • Black Population • American Indian and Alaskan Native Population • Asian Population • Native Hawaiian and other Pacific Islander Population • Two or More Races Population • Other Population • Adult Population Census tracts display as unfilled regions with purple dashed borders. Figure: Census Tracts with Streets Overlay

Product Guide 57 © 2006 MapInfo Corporation. All rights reserved. Describing the Municipal Feature Layers City Boundary Layer Details This layer contains Populated Place boundaries as defined by the U.S. Census Bureau, including: • Consolidated Cities — A consolidated government is a unit of local government for which the functions of an incorporated place and its county or minor civil division (MCD) have merged. The legal aspects of this action may result in both the primary incorporated place and the county or MCD continuing to exist as legal entities, even though the county or MCD performs few or no governmental functions or elected officials. Where this occurs, and where one or more other incorporated places in the county or MCD continue to function as separate governments, even though they have been included in the consolidated government, the primary incorporated place is referred to as a consolidated city. • Legal Entities — Incorporated Places, incorporated under state law and reported to the Census Bureau as of January 1, 2000. An incorporated place is established to provide governmental functions for a concentration of people as opposed to a minor civil division, which generally is created to provide services or administer an area without regard, necessarily to population. An incorporated place can be a city, a city and borough, a borough, a municipality, a town, a village, or rarely, undesignated. • Statistical Entities — Census Designated Places - recognizable communities or concentrations of population that are not incorporated places. Note: All boundaries have a vintage of the 2000 data and are based on the Census definition of the Populated Place. The City Boundaries layer includes a Federal Information Processing Standards (FIPS) code that uniquely identifies each city.

In the case where a city boundary crosses a county line, the boundary object is contained in only one of the county tables (usually the table that contains the larger portion of the boundary). If you did not purchase the county that contains the boundary, StreetPro provides a state-level table that contains all the city boundaries in \state abbreviation\maps with the file name SSCB.tab (e.g., VACB.tab). City boundaries display as light-brown filled regions with hashed borders. Figure: City Boundary Layer Example

DMA Boundary Layer Details A Designated Market Area (DMA) is generally a group of surrounding counties or split counties (by 5-digit ZIP) in which metropolitan central area commercial TV stations achieve the largest audience share. DMAs are designed by A.C. Nielsen and define non-overlapping geography for planning, buying, and evaluating television audiences across various markets. Note: DMAs follow county lines and each county falls within a single DMA with the following exceptions. These counties are in multiple DMA boundaries: •Apache, AZ • El Dorado, CA • Kern, CA • Riverside, CA • Solano, CA • Nicollet, MN •Lea, NM • Oneida, NY The DMAs are current to the October 2005 A.C. Nielsen DMA definitions.

Figure: DMA Boundary Layer Example

60 StreetPro U.S. 9.3 © 2006 MapInfo Corporation. All rights reserved. Chapter 3: StreetPro Layer Descriptions MCD Boundary Layer Details This layer contains Minor Civil Divisions (MCD) as defined by the U.S. Census Bureau. The more than 36,000 boundaries include any township boundaries that fall within a county. There are MCD boundaries for 28 states. This layer also includes Census County Divisions (CCD) which are areas delineated by state officials and local Census Statistical Area Committees where there are no legally established or recognized MCD boundaries. CCD boundaries have been established for 21 states. MCD and CCD boundaries display as unfilled regions with black hashed borders. The MCD layer includes boundaries that coincide with boundaries in the City Boundaries layer. For example, an incorporated place in the City Boundaries table can also serve as a primary county division. Figure: MCD Layer Example with City Boundaries

City Boundaries are in light brown.

MCD Boundaries are in dark brown.

Product Guide 61 © 2006 MapInfo Corporation. All rights reserved. Describing the Municipal Feature Layers County Boundary Layer Details This layer contains polygon objects that represent the county boundaries in the United States. They display as light orange filled regions with dot-dash borders. Associated data includes the two-letter state abbreviation and the 5-digit Federal Information Processing (FIPS) code that uniquely identifies each county. Figure: County Boundary Layer Example

U.S. Voting District Boundary Layer Details The Voting District boundary layer is a state-tiled table of areas from which members are elected to state legislatures, as defined by the U.S. Census Bureau. These districts encompass a variety of areas defined by state and local governments for the purpose of conducting elections, including election districts, precincts, legislative districts and wards. Note that these U.S. Census TIGER/Line- derived boundaries have been adjusted to align with StreetPro. This alignment may not be exact in areas of recent geographic accuracy-related change. The associated data includes the name of the district, a district FIPS code and ID. This layer used to be on the Bonus Content, but has been moved to the state-tiled data CD for your convenience.

Note: While the original data for this layer was collected and standardized by the Census Bureau, MapInfo has aligned the boundary representations to match the StreetPro data. Figure: U.S. Voting District Boundary Layer Example

Note: The following states do not participate in the Census Bureau's Voting District collection program from which the StreetPro Voting District Boundary layer is derived. There will not be any voting district layers for these states - California, Florida, Kentucky, and Montana. Other states may have incomplete coverage.

Describing the Point Landmarks and Other Features

This topic groups the large area landmark, airport, and parks layer descriptions.

Large Area Landmark Layer Details The Large Area Landmark layer contains many large, area landmarks of national, state, and local interest such as: • Sports venues, such as golf courses, stadiums, and country clubs • Government facilities, such as prisons, government and administrative buildings • Amusement centers • Military installations • Major retail centers • Hospitals and nursing facilities • Prisons and other secure facilities • Educational institutions at the elementary, middle, high school, and college levels

• Cemeteries There are ten categories of landmarks, each identified by a different color region object. The information was derived from the U.S. Department of the Interior Geographic Names Information System (GNIS). Not all of this information is available for every county. The cartographic legend in the next figure shows these categories. Figure: Large Area Landmarks Legend

Figure: Large Area Landmark Layer Example

Airport Layer Details This layer contains airports of sufficient size to have an instrument landing system. Airports are represented by two types of polygons: airport boundaries and airport runways. All airports have a boundary and most have at least one runway. Airports are identified by Feature Class Code and a four-character location ID. The airport data was merged from the following Federal Aviation Administration (FAA) landing facilities databases: • National Flight Data Center (NFDC) database for February 1994

• National Plan of Integrated Airport Systems (NPIAS) database, current as of May 1994 • Air Carrier Activity Information System (ACAIS) database for calendar year 1992 • Terminal Area Forecast (TAF) for FY91 Figure: Airport Layer Example

Park Layer Details The Park layer contains local, state and national parks and forests. They display as bluish green regions on the map. There are many sources for this layer, including: • Census TIGER/Line data • imagery • national, state, and local data sources There is a feature priority field associated with this layer to allow you to display some features more prominently. For the Institution layer, the current priority levels are described in the next table:

Census Feature Class Code Feature Priority Feature (CFCC)

4 Major National Parks D83

3 Minor National Parks D83

2 State Parks D85

1 Local or Regular Parks D89

Figure: Park Layer Example

Institution Layer Details The Institutions layer contains point objects that represent facilities such as hospitals, places of worship, schools, government facilities, and cemeteries. Each type of facility is represented by an identifiable symbol, such as a school building. There is a feature priority field associated with this layer to allow you to display some features more prominently. For the Institution layer, the current priority levels are described in the next table:

Census Feature Class Feature Priority Feature Code (CFCC)

4Hospitals D31 Government D65 Schools – Colleges, Universities (name) D43

3 Schools D43

2 Worship D44

1 Cemeteries D82

Not labeled or not Schools – Historical, Abandoned (name) D43 included in final tables Worship – Historical, Abandoned (name) D44 Cemeteries - Historical (name) D82

Figure: Institution Layer Example

This topic describes the recreation, railroad, retail center, and transportation hub layers.

Recreation Area Layer Details The Recreation layer contains many historical, cultural, and recreational details including important business addresses; golf courses and sports venues; art galleries, ballet theaters, and performance spaces; zoos, aquariums, and botanical gardens; convention centers and hotels; and museums and science centers as defined in the 2000 Census TIGER files. Golf courses display with a green pennant symbol, while museums, cultural centers, zoos and other recreational locations display a building symbol. There is a feature priority field associated with this layer to allow you to display some features more prominently. For the Institution layer, the current priority levels are described in this table:

Feature Census Feature Priority Feature Class Code (CCFC)

4 Museums, Historic Landmarks, Art Galleries D92

3 Sport Stadiums, Arenas, Theatres, Convention Centers D92

2 Golf Courses, Casinos, Ski Centers, Resorts, Theme Parks D81, D92

1 Universities, Colleges, Academies, other recreational areas D92

Figure: Recreation Area Layer Example

Product Guide 69 © 2006 MapInfo Corporation. All rights reserved. Describing the Point of Interest Layers Railroad Layer Details The Railroads layer consists of line and polyline objects representing railroad networks for the United States. The railroads display as thin, black, hatched lines. The data associated with the railroads include railroad name and/or owner and a Census Feature Class Code to differentiate among the six categories of railroads. See Appendix A: Data Descriptions for a complete list. Figure: Railroad Layer Example

70 StreetPro U.S. 9.3 © 2006 MapInfo Corporation. All rights reserved. Chapter 3: StreetPro Layer Descriptions Retail Center Point Details This layer shows major retail centers across the United States, as defined in the 2000 U.S. Census Bureau TIGER/Line files, including indoor and outdoor malls, regional retail centers, and outlets. The retail centers are represented by red star point symbols from the MapInfo Real Estate symbol set. There is a feature priority field associated with this layer to allow you to display some features more prominently. Figure: Retail Centers Layer Example

Product Guide 71 © 2006 MapInfo Corporation. All rights reserved. Describing the Point of Interest Layers Transportation Hub Layer Details The Transportation Hub layer consists of four types of transportation centers: railway stations, bus stations, ferry terminals, and subway/metro stations. These features are represented by the appropriate transportation symbol. Figure: Transportation Hub Layer Example

This topic groups the waterway layer descriptions such as major water, waterbodies, and rivers.

Major Water Layer Details This layer contains polygons that represent large water bodies such as oceans, major bays and harbors, lakes, and rivers. This layer is useful for regional map viewing where water detail is not necessary. For a complete layer of water bodies for a county, use the Waterbodies and Rivers layers discussed in the next two sections. Objects in the Major Water layer display with light blue fill and borders. Figure: Major Water Layer Example

Product Guide 73 © 2006 MapInfo Corporation. All rights reserved. Describing the Waterway Layers Water Body Layer Details The Water bodies layer consists of region objects that represent many bodies of water including oceans, bays, harbors, and ponds, and is useful when you are looking to include smaller water bodies. These features are classified by priority code which indicates it’s relative importance in the map. Each water feature is also categorized by class code as described in the Census Feature Class Code (CFCC) Classification chart in Major Water Body, Water Bodies, and River Data Descriptions on page 184. These objects display as blue green filled regions. Figure: Waterbody Layer Example

74 StreetPro U.S. 9.3 © 2006 MapInfo Corporation. All rights reserved. Chapter 3: StreetPro Layer Descriptions River Layer Details The Rivers layer consists of polyline objects that represent water bodies such as rivers, streams, brooks, and canals. Each water feature is categorized by class code as described in the CFCC Classification chart in Appendix A: Data Descriptions. These objects display as light blue lines and polylines. Figure: Water River Layer Example

What is the Data Catalog?

The Data Catalog is a non-mappable table that lists all of the MapInfo street product files installed on your system. MapInfo Professional and MapX use this table to locate StreetPro files when you want to open multiple files at one time using the Autoloader. The Data Catalog identifies the geography and path where each file is located, whether you keep the files on CD or copy them to your hard drive. The Data Catalog is created or updated when you run the setup program. It must be located in the same directory as your copy of the MapInfo software. You can open the Data Catalog just like any other table using File > Open. If you run the Autoloader, the table is automatically opened, but not displayed. You can then click Browse Data Catalog from the Autoloader menu to display the catalog. For more on the Autoloader, see A Closer Look at the Autoloader Menu on page 36.

Figure: DATACAT Browser

County Abbreviations File The County Abbreviations File provides you with a link between the county name and the county abbreviation that is used for the table names. This file is in the \_maps\directory. The table contains the following fields:

Column Details Datatype

County County Name char(40)

State State Abbreviation char(2)

CountyAbbrev 6 character state/county abbreviation used to uniquely identify char(6) each county in the U.S.

FIPS 5 character Census FIPS code for the county char(5)

This chapter provides details on displaying, labelling and finding information about the StreetPro layers you are using. Your MapInfo Professional documentation set includes details on customizing the layers as well.

In this section:

Displaying StreetPro Layers ...... 78 Labeling Layer Features ...... 80 Finding Layer Information ...... 83 Displaying StreetPro Layers Displaying StreetPro Layers

In Chapter 1: Getting Started with StreetPro U.S. you learned how to open multiple StreetPro tables automatically with the Autoloader. Each table you opened displays as a separate layer in the Map window. For example, streets display in a layer called County_ST~Streets, and point objects that represent parks display in a layer called County_ST~Parks. Use Map > Layer Control to manage the layers in the Map window. Every layer that displays in the Map window is listed in the Layer Control dialog box. From this dialog box you can: • Turn off the display of some layers without removing them from the map. • Change how the layers look while they are displayed in the Map window. • Set the labeling conditions for each layer. • Set whether a layer is editable, selectable, or visible. • Set the zoom level so that local features display only when you are in close enough to see the detail. • Reorder the layers to hide or expose other map features. • Remove from or add other layers to the window. Layer Control is the central location for controlling what you can do and see in the Map window. The MapInfo Professional documentation set (User’s Guide, Reference, and Online Help) provides thorough discussions of working with Layer Control. We recommend that you refer to them often. Figure: Layer Control

Note: Black checks in the Layer Visible column and the Label column indicate that all of the data and labels display on the map. Magenta checks in these columns indicate that the checked information may not display on the map.

Changing the Display Style of a Map Layer At some time you may need to change how features in a layer look on the map. You can do this from the Autoloader and Layer Control. Use the Autoloader to change the display of a layer before you open it in a Map window. Use Layer Control to change a layer’s display after you open the Map window.

To change the display settings for a layer: 1. Do one of the following: • From the Autoloader click Layer Options, •From Layer Control, highlight the layer you wish to change. 2. Click the Display button. The Display Options dialog box displays. Figure: Display Options

Note: This is the Display Options dialog box from Layer Control. The Display Options dialog box from the Autoloader does not contain the bottom three check boxes. 3. Select the Style Override check box and click the button to display a new dialog box, which allows you to make changes to the selected symbols. The options in this box depend upon the layer you have selected and what the features of that layer are editable. Typically, you can choose a new color, style and/or type for the feature. Click OK to return to the Display Options dialog box. 4. Make any necessary changes to zoom layering by selecting the Display with Zoom Range check box and entering minimum and maximum zoom distances. Zoom layering ensures that your maps are readable by restricting the display of label and detail based on distance. 5. After you have completed your display option changes, click OK to go to the Map window. Additionally, you can use templates to customize the look of your map. This is particularly helpful if you want to maintain a particular look to a map as information changes.

No map is complete without labels to identify its features. Labeling is as easy as choosing the Label tool from the Main Toolbar and clicking a map feature. For some layers, there is a label field called SmartLabel which restricts lengthy labels to two lines. To label an entire layer automatically, you can use the Label feature in the StreetPro Autoloader or Layer Control dialog box. If the layers are not yet open and you are using the Autoloader, you can change the label features from the Autoloader itself. For more about using the Autoloader to label map features, see Labeling with the Autoloader on page 36. You use the Layer Control dialog box to make the label changes once the Map window is open. The two features have almost identical functionality. The difference lies in the look of the Label Options dialog box and where the settings are saved.

Labeling with Layer Control Use the Layer Control Label feature to change label settings for layers that are already open. To change label settings via Layer Control: 1. With the Map window active, click Layer Control. 2. Highlight the layer you want to label and click the Label button. The Label Options dialog box displays. Figure: Label Options

3. Make the desired changes and click OK to return to the Layer Control dialog box.

4. To automatically label the layer with the new settings, check the Label check box beside the layer name. Click OK to view the Map window with the changed settings. Alternatively, do not check the label box. Click OK and return to the Map window. With the Label tool, click the individual map objects to label them. 5. To save the label settings, save the workspace. You do not need to save the labels as a separate layer. When using the Label button, MapInfo Professional only labels the topmost selectable feature layer. To label lower layers, hold down the Ctrl button. • To change attributes for individual labels, double-click on the label select tool and make the changes in the Label Options dialog box. • To change the label attributes of highway shields, use the Highway Shields Manager (see Customizing your Highway Shields With Shields Manager in Chapter 7 on page 99). Figure: Label Options with Label With Drop-Down Box To select a different label field or a label expression for a particular layer: Highlight the layer in Layer Control.

Click the Label button. Use the Label with drop-down to select a new label. Click OK.

Default Workspace Label Settings The following chart illustrates the default label settings that each county workspace displays. Use this as a guide if you need to customize settings for a layer. They are best viewed with a screen resolution of at least 800x600, a 256 color display and large screen font setting. Note: These settings are not necessarily the same as those for map layers using the Autoloader’s pre-set display templates.

Field or Expression Used Label Zoom Layer for Labeling Label Details Min/Max

Route/Highway Shield Top HwyNumber Black, 8 pt, Century Gothic text, varies bold (“Century Gothic”, 1, 8, 0)

Route/Highway Shield Bottom none none varies

Interstate Shield HwyNumber White, 8 pt, Century Gothic text, varies bold (“Century Gothic”, 1, 8, 16777215)

Recreation Areas SmartLabel Black, 6 pt, Arial text, halo, italic 0/4 (“Arial”, 258, 6, 0, 16777215)

Retail Centers SmartLabel Black, 6 pt, Arial text, halo, italic 0/4 (“Arial”, 258, 6, 0, 16777215)

Institutions SmartLabel Black, 6 pt, Arial text, halo, italic 0/4 (“Arial”, 258, 6, 0, 16777215)

Transportation Hubs SmartLabel Black, 6 pt, Arial text, halo, italic 0/4 (“Arial”, 258, 6, 0, 16777215)

Major Roads Streetname Black, 6 pt, Arial text, halo 4/6 (“Arial”, 256, 6, 0, 16777215)

Primary Highways Streetname Black, 6 pt, Arial text, halo 4/6 (“Arial”, 257, 6, 0, 16777215)

Secondary Highways Streetname Black, 6 pt, Arial text, halo 4/6 (“Arial”, 257, 6, 0, 16777215)

Railroads none none none

Enhanced Address Streets none none none

Display Streets Streetname Black, 6 pt Arial text, 0/4 (“Arial”, 0, 6, 0)

Rivers none none none

Airports SmartLabel Black, 8 pt, Arial text, halo within (“Arial”, 258, 8, 0, 16777215) display range

Area Landmarks SmartLabel Black, 7 pt, Arial text, bold (“Arial”, 0/10 258, 7, 0)

Field or Expression Used Label Zoom Layer for Labeling Label Details Min/Max

Parks SmartLabel Dark green, 7 pt, Arial text 0/10 (“Arial”, 0, 7, 32768)

Water Boundaries SmartLabel Blue, 7 pt, Univers text, italic 0/10 (“Univers”, 2, 7, 255)

Major Water Bodies Name Blue, 7 pt, Univers text, italic, halo within (“Univers”, 258, 7, 255, 16777215) display range

City Boundaries City Red, 12 pt, Arial text, shadow 0/100 (“Arial”, 544, 12, 16711680)

County Boundaries County Dark gray, 12 pt, Univers text, 0/1000 bold, all caps, expanded (“Univers”, 157, 12, 10526880)

Finding Layer Information

Another basic function of creating and displaying computerized maps is the ability to find information about a map feature. The easiest way to do this is to use the Info tool. Simply click the Info button in the Main Toolbar and click on a map object. Information about every map object at that point displays in the Info Tool window. If there is more than one object listed in the window, click on the name of the feature in the window to expand the data associated with its object. Figure: Info Tool

StreetPro contains statewide seamless maps that allow you to open all StreetPro layers for an entire state at once. These maps are organized by state on the StreetPro CD under the state abbreviation\_seam directory (e.g., \ny\_ seam) depending upon which maps you purchased. If you purchase state-tiled maps, all of the county maps are seamless. The directory structure for these maps is state abbreviation\layer tables. County-tiled seamless map files are designed to run from the CD. They are only installed on your hard drive if you install an entire state (or pack of states) of StreetPro or StreetPro with Enhanced Address Layer. If you received state-tiled StreetPro Display, there is no \_seam directory. Seamless maps are available when you purchase StreetPro by state, 6-state pack, or for the entire United States. Note: Seamless mapping is a feature of MapInfo Professional and MapX. You cannot use the StreetPro seamless maps in earlier versions of MapInfo or in MapInfo Desktop.

In this section:

Opening Seamless Maps ...... 86 Zoom Settings for Seamless Maps...... 88 Selecting Objects in Seamless Maps ...... 89 Moving Seamless Map Data to Your Hard Drive ...... 91 Opening Seamless Maps Opening Seamless Maps

To open all layers for a state, you may want to use the Open command (using the workspaces file of type option). Select the SS.WOR from the StreetPro CD, where SS represents the two-letter state abbreviation. (If you are using MapX or MapXtreme, select the SS_MAP.GST from the StreetPro CD. If you are using MapXtreme, you can save the .GST file as a .MWS file if necessary.) To open all the StreetPro maps for Massachusetts, click MA.WOR from the Open dialog box. Figure: Open

When you open a StreetPro workspace, the layers for the state will open and be zoomed according to pre-set defaults, which center around the state’s capital. If you purchased the state-tiled maps, you can also open statewide seamless maps by feature. To view all the highways for Florida, for example, click File > Open, and select FLHP.tab from the FL subdirectory. Note: There are no default zoom layer settings for seamless tables opened by feature.

Seamless Map Display Characteristics The Seamless map layers have the same display characteristics as the county-level map layers. Refer to the individual layer descriptions in Appendix A: Data Descriptions for more information.

Seamless Map Table Structure The table structure for each seamless map layer contains the path and file name information that MapInfo Professional and MapX need to create the seamless map. Think of this table structure as a series of pointers to the county-level map layer where the actual map object information is stored. This table is internal to MapInfo Professional and MapX.

Type Field Description (Width) Indexed

Table File name and path for each county (for example, char(100) No ...\ca\caalam\CAALAMS.tab; ...\wa\waking\WAKINGH.tab).

Description Description of the table referred to in the Table column (for char(40) No example, Alameda, CA Streets; King, WA Highways).

Seamless Map File Naming Conventions The file naming convention for county-tiled seamless maps displays in the next table. The layers of a state-tiled seamless map have a different file naming conventions as shown in StreetPro Layer Descriptions on page 43.

StreetPro Layer Convention Example

State Route Shields Top Two-letter state abbreviation + _RHTxx Tx_RHTXX.tab

State Route Shields Bottom Two-letter state abbreviation + _RHBxx Tx_RHBXX.tab

Interstate Shields Two-letter state abbreviation + _Ixxxx Tx_IXxxx.tab

Retail Centers Two-letter state abbreviation + _Rtail Tx_RTAIL.tab

Institutions Two-letter state abbreviation + _Insti Tx_INSTI.tab

Recreation Areas Two-letter state abbreviation + _RecAr Tx_RECAR.tab

Transportation Hubs Two-letter state abbreviation + _Trans Tx_TRANS.tab

Railroads Two-letter state abbreviation + _Railr Tx_RAILR.tab

Primary Highways Two-letter state abbreviation + _HwyPr Tx_HWYPR.tab

Secondary Highways Two-letter state abbreviation + _HwySc Tx_HWYSC.tab

Major Roads Two-letter state abbreviation + _HwyMr Tx_HWYMR.tab

Display Streets Two-letter state abbreviation + _Strts Tx_STRTS.tab

Rivers Two-letter state abbreviation + _WatRv Tx_WATRv.tab

Airports Two-letter state abbreviation + _Airpt Tx_AIRPT.tab

Large Area Landmarks Two-letter state abbreviation + _Areas Tx_AREAS.tab

Parks Two-letter state abbreviation + _Parks Tx_PARKS.tab

StreetPro Layer Convention Example

Water Boundaries Two-letter state abbreviation + _WatBd Tx_WATBD.tab

Major Water Bodies Two-letter state abbreviation + _MjWat Tx_MJWAT.tab

Census Tracts Two-letter state abbreviation + _Tract Tx_TRACT.tab

City Boundaries Two-letter state abbreviation + _City Tx_CITY.tab

MCD Boundaries Two-letter state abbreviation + _MCD Tx_MCD.tab

County Boundaries Two-letter state abbreviation + _Cnty Tx_CNTY.tab

Note: The Census Tracts and MCD layers do not open in the state seamless workspace. The file naming convention for the statewide seamless workspace is SS_MAP.WOR, where ss is the two-letter state abbreviation. For example, the workspace for Kentucky is KY_MAP.WOR. The files for the county-tiled seamless maps are found on the StreetPro CD under the \state abbreviation\_seam directory.

Zoom Settings for Seamless Maps

Statewide seamless maps display with the same zoom settings as county-level maps opened via the Autoloader. The chart below shows the settings by layer.

StreetPro Layer Workspace Seamless Map Zoom Setting

Route/Highway Shield Top and Bottom 0/15 miles

Interstate Shield 0–15 mile zoom 0/15

Interstate Shield 15–50 mile zoom 15–50

Recreation Areas 0/5

Retail Centers 0/5

Institutions 0/5

Transportation Hubs 0/5

Major Roads 4/15

Primary Highways 0/200

Secondary Highways 0/100

Railroads 0/10

StreetPro Layer Workspace Seamless Map Zoom Setting

Display Streets 0/10

Rivers 0/30

Airports 0/30

Area Landmarks 0/30

Parks 0/30

Water Boundaries 0/30

Major Water Bodies 30/200

City Boundaries 0/150

County Boundaries 0/1000

Selecting Objects in Seamless Maps

Because county-tiled seamless maps are made up of a collection of county-level base tables, it is not possible to select objects directly in MapInfo Professional or MapX. You can, however, query the appropriate county base table, add the query to the Map window, and perform Find Selection on the query. Follow the steps below. To select objects from seamless map layers: 1. From the Window menu click New Browser Window. In the Browse Table dialog box browse to the appropriate layer table for the seamless map and click OK. For example, click MA_RecAr to browse the recreation area table for Massachusetts. Figure: Browse Table

2. In the Select Base Table dialog box you select the county table you want to browse. You can either enter the county name or you can press Enter to display a list of counties to choose from.

3. Select the county information you want to browse and click OK. You can also click directly on OK to bring up a list of county names for the seamless map. Move through the list using the Up and Down buttons until you have highlighted the county you want. Click OK. A Browser window of the county-level layer displays. For example, choose Berkshire MA ~HwyPri to display the browser window of that table. Figure: Select Base Table with Browser

Note: The Browser will show the eight-character root file name in the title bar (e.g., MABERKHP Browser), not the county, state abbreviation format. 4. Click Query > Select to display the Select dialog box. In this dialog box enter a select statement and click OK to select certain records from the base table. For example, to select all segments of Interstate 90 E from the MABERKhp table, your query expression should read:

Streetname = “I 90 E”

(Make sure you enter the quotation marks as well to ensure that the syntax is correct.) Figure: Select

5. Click the Map window to make it active.

6. Click the Layer Control button on the Main tool bar to display the Layer Control dialog box. 7. Add the query you just created to the map by selecting the Add button in the Layers box and selecting the query from the list.

8. Click Query > Find Selection to select all segments in the Map window that match your query criteria. In our example, all segments in Berkshire County that are known as Interstate 90 E are highlighted. Figure: Map Window

Note: If you are concerned about the map drawing speed after you have added the query to your map, you can make the query layer invisible by clearing the Visible check box for that layer in Layer Control. The objects can still be selected, but the map will only draw the objects once instead of twice.

Moving Seamless Map Data to Your Hard Drive

The StreetPro seamless maps are designed to run directly from the CD. They are not installed along with the rest of StreetPro unless you install an entire state of data. To move the data to your hard drive for faster map drawing, copy the top level state directory to your hard drive. This will bring over all county directories and the _seam subdirectory. For example, to run the seamless maps for New York from your machine, copy the \ny directory locally. Open the NY_MAP.WOR workspace. All seamless layers for New York display in a Map window.

Creating your own Seamless Maps (Seamless Builder)

The Seamless Builder program is a standalone utility that creates seamless maps for a number of U.S. street datasets. MapInfo Seamless Builder is a derivative of the MapXtreme Basemap Data Manager. You do not need MapInfo Professional to use the Seamless Builder, but it is for Windows operating systems only. Note: The data installer will not automatically install this program. In \extras\mapsmbld directory double click the SETUP.EXE file to begin the Seamless Builder installation. When you have completed this installation process, use these instructions to create your own seamless maps from your StreetPro data.

To create maps with Seamless Builder: 1. From the Start button, click Programs and click MapInfo Seamless Builder. The MapInfo Seamless Builder dialog displays. Figure: Specify Root Data Directory (Seamless Builder)

To save this seamless map with a relative path instead of a drive letter, select the Make Seamless Tables With Relative Paths check box. Do this if you intend to share this file with others and want to avoid using a drive location.

2. In the Street Product drop-down box, choose the product that you are using. 3. In the Root Data Directory drop-down box, choose the location that contains the data that you want to use for your map. 4. In the Seamless Output Directory drop-down box, choose the location where you will place your new seamless maps. Note: To use relative paths for these directory entries and enable the Make Seamless Tables with Relative Path check box, enter the same directory name for the Root Data Directory and the Seamless Output Directory fields. 5. In the Seamless table Prefix box, type a prefix for your map file. 6. Once you have properly entered all of your information, click Update Data. The Status bar will chart your progress. “Updated data successfully” displays when the process is complete.

Street Append is a StreetPro tool that combines layers of data or creates seamless maps from two or more counties.

In this section:

What is Street Append?...... 94 Using the Street Append Tool ...... 94 What is Street Append? What is Street Append?

The StreetPro CD contains a MapBasic application that enables you to combine counties of data. With it you can either append tables together or create seamless maps. Each operation results in one table for each layer for the counties you select. Use Street Append if you routinely work with multiple counties of data and don’t want the extra work of opening and displaying data by county. For example, to change the display for a layer across multiple counties, append the layers of the desired counties and apply the display change to the new table. Street Append runs from MapInfo Professional’s Tools menu. It works for all layers of StreetPro.

Appended Tables or Seamless Maps – Which is Right for You? Since Street Append gives you a choice of appending tables or making seamless maps, you need to decide which end result is best for you. Make your decision based on how you expect to use the data. Create appended tables with Street Append when you want to create subsets of data for easier portability. For example, you need to distribute regional street data to sales reps in the field. By combining all the counties for each region, you only have to send one table per layer to the field for their region instead of multiple county tables. The file size of the appended table is about the same as the original county tables. Appended tables work exactly like other tables in MapInfo Professional. You can browse the appended table in a single Browser window. You may directly access the data through the Query menu. With seamless maps the Browse and Query features are not available. You can, however, query the base table and add the query to your map. For more on working with seamless maps see Chapter 5: Working with Seamless Maps. Unlike appending tables, when you create a seamless map, you are not making a complete copy of the data. You are creating a table that stores information about what tables make up the seamless map and where they are located. Seamless maps are useful when you want to access multiple counties as a unit without creating appended tables.

Using the Street Append Tool

To run the StreetPro Append tool, follow the procedure below: 1. Start MapInfo Professional. 2. Do one of the following: • Click Run MapBasic Program from the Tools menu. MapInfo displays the Run MapBasic Program dialog box. Click STRTAPND.mbx from the \MapInfo\Utils directory and click OK. The application is added to the MapInfo Professional Tools menu.

Figure: Run MapBasic Program

• To load the Street Append automatically into the Tool Manager each time you open MapInfo Professional: a. From the Tools menu, select Tool Manager to display the Tool Manager dialog box. b. Click Add Tool to display the Add Tool dialog box and enter the name of the tool (Street Append) in the Title field.

c. Click the button to select the path to the Street Append tool. From the Select MapBasic Program dialog box, navigate to the \MapInfo\Utils directory and click STRTAPND.mbx. Click Open to select the program and return to the Add Tool dialog box. Note: You can use the Description field to inform others of the purpose of the tool, but this field is not required. d. Click OK to return to the Add Tool dialog box. Select the Loaded checkbox to indicate that you want to include the tool in the Tool Manager for the current session. Select the Autoload checkbox to load the tool into the Tool Manager each time you run the MapInfo Professional program. e. Click OK to save your entries. Using either method the application adds the new tool to the Tools menu. 3. From the Tools menu, select Street Append to display the Street Append menu. 4. From the Street Append menu, click Append Street Layers. The Select Counties to Append or Make Seamless dialog box displays.

Figure: Select Counties to Append or Make Seamless

5. Choose at least two counties that you want to combine. Shift-click to highlight consecutive counties or Control-click to choose non-consecutive counties. 6. When you have selected the counties you want to combine, click Next. The Select Layers to Append or Make Seamless dialog box displays.

Figure: Select Layers to Append or Make Seamless

7. Click one or more layers for which you want new tables. Under the Options group choose Append Selected Layers or Make Seamless Map from Selected Layers. Provide a base name in the box labeled Base Name for New Tables. Specify the directory in which the new table(s) will be stored. Street Append will create the directory if it does not exist. 8. After you have selected the layers for which you want new tables, click OK. The operation proceeds to completion. At the conclusion of the append process, you will find in the directory one table for each layer you appended or made seamless. The files use the same naming convention as county-level tables: a one- or two-character layer identifier added to the table’s base name. For example, the new table for the Primary Highways layer is drive:\directory\basenameHP.tab, where HP is the layer identifier for the Primary Highways layer. For more on the file naming convention, see Appendix A: Data Descriptions.

The Highway Shields Manager is a MapBasic tool that allows you to open and close the Highway Shields layers, to create and delete shield layers, and manage shield layer control according to your needs.

In this section:

What are the Highway Shields Layers? ...... 100 Using the Highway Shield Manager ...... 101 Troubleshooting Highway Shields ...... 107 What are the Highway Shields Layers? What are the Highway Shields Layers?

StreetPro contains six types of highway shield layers: • Interstate Shields - optimized for 0 to 5 mile zoom • Interstate Shields - optimized for 5 to 15 mile zoom • Interstate Shields - optimized for 15 to 50 mile zoom • State and U.S. Highway Shields - optimized for 0 to 5 mile zoom • State and U.S. Highway Shields - optimized for 5 to 15 mile zoom • State and U.S. Highway Shields - optimized for 15 to 50 mile zoom Each type is contained in separate tables, organized by county (in county-tiled packs) or by state in state-tiled maps. (Table specifications are discussed in Appendix A: Data Descriptions.) The shield layers contain fixed-point shields. When the layer is added to a Map window, the shields display on top of the appropriate Interstate or highway to identify its route number. Figure: Highway Shield Layer Example

The Interstate shields are held in two tables: one for the 0-15 mile zoom and the other for the 15-50 mile zoom. The default display is a 22 point shield consisting of a red top, dark blue bottom, and a white label. The label is Century Gothic Bold, a True Type font that is installed on your system along with the rest of StreetPro when you run the installer. The default State Route/Highways shields consist of graphic objects found in two tables: a black shield outline in one table and white background in another. The two-table arrangement is necessary to ensure that the outline and background draw in the proper order in a Map window. The Shield Manager treats the Route/Highway shield tables as one to make creating and modifying layers easier. The default display is a 22 point shield with black outline and black label using 8 point Century Gothic with a white background. The complete display details are included in Appendix A: Data Descriptions.

The Shield Manager allows you to manage the highway shields that display on your map. With the Shield Manager you can: • Open and close shield layers • Change shield styles for a layer • Add and remove shield layers from a Map window • Create and delete a shield layers • Manage shield layer control The system you are working on saves all changes that you make to a shield or shield layer to the table at the time you make the change. Note: The MapBasic Shield Manager program (SHLDMGR.mbx) is in the \utils directory of your current MapInfo directory. If you are using MapX or MapXtreme, look for the \Utils directory on your system to find this file. To run the Shield Manager in MapInfo Professional: 1. In MapInfo Professional, do one of the following: • To run the Shield Manager once, from the Tools menu, click Run MapBasic Program, select SHLDMGR.mbx from the MapInfo\Utils directory and click OK. • To load the Shield Manager automatically into the Tool Manager each time you open MapInfo Professional: a. From the Tools menu, select Tool Manager to display the Tool Manager dialog box. b. Click Add Tool to display the Add Tool dialog box and enter the name of the tool (Shield Manager) in the Title field.

c. Click the button to select the path to the Shield Manager tool. From the Select MapBasic Program dialog box, navigate to the MapInfo program directory and click SHLDMGR.MBX. Click Open to select the tool and return to the Add Tool dialog box. You can use the Description field to inform others of the purpose of the tool, but this field is not required. d. Click OK to return to the Add Tool dialog box. Select the Loaded checkbox to load the tool into the Tool Manager for the current session. Select the Autoload checkbox to load the tool into the Tool Manager each time you run the MapInfo Professional program. e. Click OK to save your entries. Using either method the application adds a new menu item called Shield Manager to the Tools list and creates a Shields submenu and Shields Toolbar with three tools (New, Move, and Delete). 2. Choose the task you want to perform from the Shields Manager menu. The tasks and dialogs are explained in the next section. Important: Shield layers are always editable. Any changes you make to a shield layer are permanent as soon as you make them. There is no undo functionality. To restore any pre- installed StreetPro shield layers to their original condition, copy the files from the StreetPro CD.

Product Guide 101 © 2006 MapInfo Corporation. All rights reserved. Using the Highway Shield Manager Opening Shield Layers with the Shield Manager The Open Shield Layer command displays the Open Shield Layer dialog box where you can choose which shield table to open from the current directory. To change to another drive: 1. From the Tools menu, click Shield Manager and select Open Shield Layer to display the Open Shield Layer dialog box. Figure: Open Shield Layer

Drives Drop Down List

2. Choose the drive from the Drives drop-down list. 3. Double-click on the double periods in the Current Directory list box to move up the directory structure. 4. Choose the shield layer from the list provided. When you highlight a shield layer name, the dialog box updates to show the type of shield layer (Interstate or Route/Highway), shield component table name(s), zoom layer settings, and whether the layer will be added to the current Map window or a new window. 5. Click OK to open the layer.

Creating a New Shield Layer You use this command to create a new shield layer for adding Interstate or Route/Highway shields. To create a new shield layer: 1. From the Tools menu, click Shield Manager and select Create New Shield Layer to display the Create New Shield Layer dialog box. 2. In this dialog box, specify the name you want to give the new layer. The List of Existing Shield Layers shows you the names of current layers.

3. In the New Shield Layer Properties group, click the layer type (Interstate or Route and Highway), and zoom, color, and shield size settings and click OK. MapInfo Professional adds the new layer to the current Map window unless you specify New Mapper in the Mapping Actions group. MapInfo creates a single .tab file for each new Interstate layer. For each Route/Highways layer, two .tab files are created. Note: The new layer will not contain any shields. See Adding a New Shield Using the New Shield Tool on page 106 for instructions on creating new shields.

Managing the Shield Layers that Display This command allows you to control which shield layers display in the current Map window. Highlight the layer in the left-hand list and click the Remove button to remove the layer from the map. Highlight the layer in the right-hand list and click Add to display the layer in the Map window. Figure: Shield Layer Control

Changing the Style Attributes of the Shield Layers The Change Styles of Shield Layer command displays the Change Styles of Shield Layer dialog box where you can change the style attributes of the Interstate and Route/Highways layers. To change styles of a shield layer: 1. Make sure your current map displays shield layers. 2. Run the Shield Manager to ensure that the Shield Manager menu displays in the Tools menu. (See Using the Highway Shield Manager on page 101 for this process.) 3. From the Shield Manager submenu, select Change Styles of Shield Layer. The Change Styles of Shield Layer dialog box displays.

Figure: Change Styles of Shield Layer

4. From the Change Styles of Shield Layer drop-down list, choose the layer that you want to change. The dialog box automatically updates with the type of shield layer and displays the current color settings, shield size, and font settings. 5. Make the changes you want and click Apply. • For Interstates, you can change the top and bottom color of the shield. • For the Route and Highways shields, change the shield outline and the background. You have a lot of control over how the shields will display. Here are a few things to keep in mind when changing the look of shields. • Any changes you make here will be applied to all shields in the layer. For example, if you change the bottom portion of the Interstate shield to green, all Interstate shield bottoms in that layer will display in green. If you want to change only a few of the shields, create a new layer, create new shields and set the style options for that layer. • The shield layers are always editable, regardless of the setting in Layer Control. As soon as you apply the changes to the layer, they are permanent. There is no need to save the table before you close it. • Adjusting the shield point size will allow you to accommodate a label of up to four characters, the maximum label size allowed. The default size is 22 points.

Closing Shield Layers The Close Shield Layer dialog box allows you to close a shield layer. All open shield layers are listed in the Close Shield Layer dialog box. To close a layer, choose it in the list and click the Close button. The layer is removed from the Map window and the table closed.

Figure: Close Shield Layer

Deleting Shield Layers The Delete Shield Layer command allows you to delete the table from your system. Choose the layer and click Delete. MapInfo Professional prompts you to confirm this action. Figure: Delete Shield Layer

About Shield Manager This command displays the About box with the current version number. Click the Auto-Load button if you want the Shield Manager to automatically be placed on the MapInfo menu bar when you start MapInfo Professional.

Using the Shield Manager Tools Choose this command to display instructions for using the three Shield Manager toolbar tools.

Figure: Using Shield Manager Tools

Adding a New Shield Using the New Shield Tool When you run the Shield Manager, a new toolbar is available to you. The New Shield tool on this toolbar allows you to create new shield objects and place them exactly where you want them. The New Shield tool is active only when the Map window is active. To create a new shield using the New Shield Tool: 1. Click the New Shield button on the Shield Toolbar and click the location on the highway where you want to place the shield label. The Create New Shield dialog box displays. 2. Choose the highway you want to label from the list provided. If the highway has a route number, the dialog box automatically updates the label text box with the number. 3. Choose the layer that will contain the new shield. The dialog box updates with the type of shield it will create (Interstate or Route/Highways), depending on the layer you selected. 4. Choose the width of the shield: automatic (adjusts the shield shape to fit a label of up to 4 characters), narrow (1 character), medium (2 characters), medium-wide (3 characters), or wide (4 characters). Click Create. The new shield displays on the highway. Note: You can only place Interstate shields in an Interstate layer and state route shields in a Route/ Highways Shield layer. In order to get the expected shield style, be sure to double-check the type of layer you are adding the shield to. Also check that your Map window projection is Longitude/Latitude NAD 83. The Shield Manager will only place shields on a map that uses that coordinate system. Use Map > Options to change the projection of your map, if necessary.

106 StreetPro U.S. 9.3 © 2006 MapInfo Corporation. All rights reserved. Chapter 7: Customizing your Highway Shields With Shields Manager Moving a Shield Using the Move Shield Tool When you run the Shield Manager, a new toolbar is available to you. The Move Shield tool on this toolbar allows you to move a shield in a Map window. To move a shield on your map using the Move Shield Tool: 1. Click on the center of the shield. To make it easy to find the center, turn on Snap Mode (press the S key). When the cursor hovers over the center point, a cross-hair appears. 2. Drag the shield to the new location and release the mouse button. 3. Turn Snap Mode off (press the S key). The Move Shield tool is active only when the Map window is active.

Deleting a Shield Using the Delete Shield Tool When you run the Shield Manager, a new toolbar is available to you. The Delete Shield tool allows you to delete a shield from a layer. To delete a shield using the Delete Shield Tool: 1. Click the Delete button on the Shields Toolbar. 2. In the Map window, click on the center of the shield you want to remove. Use Snap Mode to locate the center of the shield.

Troubleshooting Highway Shields

The following are frequently asked questions about using highway shields and the Highway Shields Manager.

I cannot place shields in my map. The Shield Manager only places shields on a map that is in the Longitude/Latitude (NAD 83) projection. Select Map > Options, and click the Projection button to change the current projection. Set the projection Category to Longitude/Latitude, and set the Category Members to Longitude/ Latitude (NAD 83).

Shields disappear from my map. The shield layers shipped with StreetPro are zoom layered from 0-50 miles (3 shield layers for each category of shields zoom layered from 0-5, 5-15, & 15-50). This means that when the zoom level of your map (lower left corner of your screen shows the zoom level) is greater than 50 miles, shields in the Interstate layer or the State Route/Highway layer do not display. To see the shields, zoom in or use the Change Styles of Shield Layer command (Tools > Shield Manager > Change Styles of Shield Layer) to change the zoom layering.

My text does not fit in a shield. Use the Change Styles of Shield Layer command (Tools > Shield Manager > Change Styles of Shield Layer) and set the Shield Point Size to a larger number.

Shields display without labels. Make sure you use the Open Shield Layer command (Tools > Shield Manager > Open Shield Layer) to open the shield layer. If you use File > Open, the shields will not have their labels set correctly. All shield layers opened through a Workspace, Geoset, or MapDefinitionFile will be labeled appropriately.

I deleted a shield by mistake; I moved a shield to a location I didn’t want; I created a shield in the wrong layer. The Shield Manager does not have an undo feature. If you delete a shield, use the New Shield tool to create a new one with the same text in the same layer. If you move one, move it back to the old location. If you add a shield to a layer and you want it in a different layer, delete it and create it in the layer you want.

How do I reorder the Shield layers in my map? Use Map > Layer Control, as you would for reordering other StreetPro layers. Use the Up and Down buttons to position the layers.

How do I add a Shield Layer to a map? Use Tool > Shield Manager > Shield Layer Control. Click the layer you want to add on the left and click the Add button. If the shield layer is not open, click Tools > Shield Manager > Open Shield Layer to open it.

How do I remove a Shield Layer from a map? Use Tools > Shield Manager > Shield Layer Control. Click the layer you want to remove on the right and click the Remove button.

I am unable to open a Shield Layer. Make sure the shield layer is not in use by another person, or open in another application.

I do not see shield objects in the layer. Instead I see funny glyphs or boxes. What is going on? The shield fonts have not been installed, or are installed incorrectly. If you are using MapInfo Professional or MapX, make sure that the “MapInfo StreetPro” and “MapInfo Shields” TrueType fonts are installed. If you are using MapXtreme Java, make sure that the “MapInfo StreetPro Unicode” and “MapInfo Shields Unicode” TrueType fonts are installed. These fonts are installed with the InstallShield installer and can also be found in the \extras\ttf\ directory on your StreetPro CD.

If you purchased StreetPro with Enhanced Address Layer, you can geocode your own tables of data to street addresses. This chapter describes the process of geocoding, where you can assign geographic coordinates to your own data records and match them to addresses in the Enhanced Address layer.

In this section:

Displaying Your Data on the Map ...... 110 General Procedures for Geocoding ...... 110 Displaying Your Data on the Map Displaying Your Data on the Map

It’s likely that you have your own data that you want to display on a map with StreetPro to learn about its distribution, trends, and patterns in ways that you can’t from traditional spreadsheet displays. Before you can do that, you must first assign X and Y coordinates to each record, a process known as geocoding. MapInfo assigns these coordinates by matching geographic information in your data to the geographic information in the StreetPro with Enhanced Address map (which already has X and Y coordinates associated with its records). For example, you want to assign X and Y coordinates to a customer record whose address is 127 Exchange Street. During geocoding MapInfo Professional reads the address and looks for a matching address in the appropriate StreetPro Enhanced Address Street table. When MapInfo matches 127 Exchange Street in your customer table to 127 Exchange Street in the StreetPro Enhanced Address table, it assigns the corresponding X and Y coordinates to your customer record.1 You can then view the geocoded record by mapping your customer table.

General Procedures for Geocoding

Follow the geocoding procedure below to geocode against the Enhanced Address Street table. To geocode your database: 1. In MapInfo Professional, from the File menu click Open. The Open dialog box displays. MapInfo can directly read files formatted in dBASE/FoxBASE, Lotus 1–2–3, Microsoft Excel, Microsoft Access, and Delimited ASCII. If your file is in a different format, save the file into Delimited ASCII format and open it using that format. For more information on the Open dialog box, refer to the MapInfo Reference. 2. Open the appropriate Enhanced Address Street table. For example, to geocode your records in Maricopa County, Arizona, open the table AZMARIS. It does not need to be displayed in a Map window. 3. Open the county ZIP Code table that ships with MapInfo Professional (USZIPBDY.tab). It, too, does not have to be displayed in a Map window. You will use this table to refine your geocoding to increase the number of successful matches. 4. From the Table menu, click Geocode to display the Geocode dialog box. Fill in the dialog box with the appropriate tables and click OK. MapInfo Professional attempts to match the addresses in your database with the addresses in the StreetPro Enhanced Address table and assigns the corresponding X and Y coordinates to your records. For an explanation of the Geocode dialog box, see the next section. 5. To display your records, from the Map menu, click Layer Control and click the Add button to add your database to the Map window. To further enhance your view, you can select the Label check box to label your data on the Map.

1. Even though MapInfo assigns X and Y coordinates to each record in your database, you cannot view these coordinates in a Browser. They are remain internal to the database.

110 StreetPro U.S. 9.3 © 2006 MapInfo Corporation. All rights reserved. Chapter 8: Address Geocoding using StreetPro EAL Geocoding with a Refining Table To increase the likelihood of a match during the geocode process, consider using a refining table. For example, to geocode your Cook County, Illinois customer database, consider the record that reads 112 2nd Street. This street cuts across four ZIP Codes. In order for MapInfo to match to the appropriate record, use the ZIP Code field as well as the address field. A successful match is one that matches both the street address and ZIP Code. Without the ZIP Code refining table, your customer record would have been geocoded to the first 2nd Street that MapInfo found in the Enhanced Address Street file. Note: The U.S. ZIP Code boundary table (USZIPBDY.tab) can be found on the MapInfo Professional CD under the \Data\Map_Data\NAmerica\USA directory. Alternatively, you can use the StreetPro MCD boundary layer for this refining procedure.

Explaining the Geocode Dialog Box Figure: Geocode

Geocode table Use the drop-down list to select the name of your database table.

Using column Use the drop-down list to select the column name in your database that contains the street addresses.

Boundary column To refine your address matching, use the drop-down list to select the column in your database that contains ZIP Codes. You can only specify this column AFTER you select the boundary refining table (USZIPBDY) in the Optional box.

Search table Use this drop-down list to select the StreetPro table that contains the street addresses.

For objects in column Use this drop-down list to select the column in the StreetPro table that contains the street address information (the column called Street).

Optional Group: Refine search with table Use this drop-down list to select the refining table USZIPBDY.

Using boundary column name Use this drop-down list to select the column from the refining table that contains the boundary name (the column called ZIP).

Geocoding Mode The Geocode dialog box offers you the choice of geocoding your data automatically or interactively. When you geocode a table automatically, MapInfo only geocodes exact matches and ignores all other records. This is the faster method since MapInfo requires no user interaction once the geocoding process begins. When you geocode interactively, MapInfo pauses when it fails to match a record and lets you select from a list of close matches. We recommend that you geocode using the automatic mode first and then geocode interactively to match the remaining records. You can select additional options by selecting the Options button in the Geocode dialog box. Figure: Geocode Options

For best results, select the Try Substitutions from MAPINFOW.ABB check box during the first pass and during another pass clear this selection. Note: The StreetPro Data Installer updates the MapInfow.abb file on your system with new abbreviation information for the street suffix Avenue and renames your old MAPINFOW.ABB to MAPINFOW.ABR. Both files are in the MapInfo program directory. Be sure that you are using the updated file for best geocoding results. Other geocoding options are accessed through the Options button. See Advanced Geocoding, in the MapInfo Professional Reference for more information on these options.

Whether you want to change the line style of state highways, add or delete streets, or add landmarks to your map, you are altering, or editing, a map layer. You can only edit one map layer at a time. This chapter describes two editing procedures: • One for editing the Enhanced Address Street Layer • One for editing all other StreetPro layers Before you begin, be sure that you have read/write access to the tables. If you are running StreetPro from the CD, you must first copy the files locally to edit them. Note: The Enhanced Address Layer is not included in the standard StreetPro product.

In this section:

Editing the Enhanced Address Layer...... 116 Editing StreetPro Layers ...... 121 Editing the Enhanced Address Layer Editing the Enhanced Address Layer

The Enhanced Address Layer is made up of three relational tables, two of which are editable. To edit one of these layers, you make changes to the component tables, which will be reflected in the main Enhanced Address table. These Enhanced Address Layer editable tables are called the segments table (SSCCCCS1.tab) and the names table (SSCCCCS.tab), where SS stands for the state abbreviation and CCCC stands for the county abbreviation. The segments table contains graphic information including street segments, address ranges and class codes. The names table contains street names. You can display the segments table in a Browser or Map window, just like any other StreetPro map. The names table can only be displayed in a Browser since it does not contain any graphic information. Both the segments table and the names table include a column called mi_refnum that allows you to associate street names with street segments and address ranges. This column contains MapInfo reference numbers that are common to the three component Enhanced Address tables. In the Open dialog box below, see the three Enhanced Address tables (designated by the letter “s” as the seventh character) for Denver County, Colorado. The first table, CODENVS, is the Enhanced Address map that contains both the street segments and the street names, as well as address ranges, class codes, and reference numbers. This table is loaded when opening tables through the Autoloader. Figure: Open Dialog Box with Enhanced Address Tables Highlighted

Enhanced Address Tables

The second table, CODENVS1, contains street segments, address ranges, class codes, TIGER Reference numbers, and MapInfo reference numbers. The third table, CODENVS2, contains street names and MapInfo reference numbers. Neither the segments nor names tables can be opened with the Autoloader application. You must open these tables separately using File > Open. The illustration below shows CODENVS1 and CODENVS2 displayed in Browsers.

Figure: Browser

Notice that, while there is one unique mi_refnum for each street name, different address ranges can have the same reference number. This is because each address range does not represent one street, but merely a segment of that street. For example, the browser window in the previous figure shows two segments of 18th St. Although all of the segments are part of the same road, they each have their own address ranges. Therefore, each segment must have its own record. Since the segments have the same street name, they share a common MapInfo reference number. It is common for two non-contiguous streets in the same county to have the same name. In some counties there may be two, three, or more Main Streets, each in a different town or city. These street segments will also share a common reference number, even though the streets may be in different towns.

Adding a Street to an Enhanced Address Layer Map Consider the case in which you want to add a new street segment to the Enhanced Address layer. Since the street segment is new, you need to add the graphic object (the line segment or polyline) and address ranges to the segments table. If the name of the street does not currently exist in the names table, you need to add the new name to the names table. To add a street to an enhanced address layer map: 1. From the File menu, click Open, and open the segments table (the s1 table) as a Map window. 2. Open the names table (the s2 table) as a Browser. 3. Click its title bar to make it the active window. 4. Determine if the new street segment’s name already exists in the names table. This can be done on the Query menu by clicking Select.

5. Select all records from the names table where:

Street = “your street”.

If no records are selected, you need to add a new record in the names table. Proceed to step 6. If the street name is found in the Browser, note the MI_Refnum. This is the MI_Refnum you use for the new record in the segments table. Skip to step 7. 6. Click the name Browser’s title bar to make the Browser active. Click New Row from the Edit menu. MapInfo appends an empty record to the end of the Browser. 7. Type the new street name into this empty record. The new street name needs a corresponding MapInfo reference number to associate it with the street segment. We suggest that you start labeling new names with reference numbers beginning with 100000. If you start with such a large number, you can easily differentiate between the new and original reference numbers. Make any additional reference numbers sequential by adding 1 to the next new MI_Refnum. Use this number as the mi_refnum for your new street segment. 8. Make the Map window active, and from the Map menu, click Layer Control. Make the segments layer editable. 9. Draw the new street segment in the Map window. For more information on using MapInfo drawing tools, refer to the MapInfo Professional Online Help. 10. Select the new segment with the Info tool. MapInfo displays an Info tool box for the segment. Type the appropriate textual information into the record’s fields: Address ranges, class, and the MapInfo reference number. Use the MI_Refnum determined in step 3 if the street already existed in the names table; otherwise, use the new MI_Refnum that you created in step 5. 11. Repeat steps 7 and 8 for each additional new segment with the same name. 12. Save both tables when you have finished.

Deleting a Street From an Enhanced Address Layer Since deleting a street only requires deleting its graphic object, you do not have to open the names table. You only have to make the changes to the segments table. 1. Open the segments table (the s1 table) as a Map window. 2. From the Map menu, click Layer Control and make the segments layer editable. 3. Using the Select tool, click the segment that you want to delete from the Map window. 4. Do one of the following: • Press the Delete key • From the Edit menu, click Clear. 5. Repeat the process for each additional segment that you want to delete.

Reshaping a Street in an Enhanced Address Layer You may want to reshape a street in the Enhanced Address file. This may happen when StreetPro source data does not reflect recent changes in a street. Since the existing segment already has a name you only have to edit the segments file.

1. From the File menu, click Open, and open the segments table (the s1 table) as a Map window. 2. From the Map menu, click Layer Control and make the segments layer editable. 3. Zoom to the location of the street that you want to reshape. 4. Click on the street that you want to reshape with the Select tool. 5. To reshape a segment, click an endpoint, hold the mouse button down, and drag the endpoint to the new position. If the street is a polyline, from the Edit menu, click Reshape. To reshape the polyline, follow the directions in the Reshape section of the MapInfo Professional User Guide. 6. Repeat steps 3–5 for each street that you want to reshape. When you are done, save the segments table.

Editing the Name of an Existing Street There are two types of corrections that you might make to the street names: • Edit the street name for all occurrences of the street. For example, when all streets that are named Elm St should actually be named Elm Av. • Edit the street name for some occurrences of the street. For example, several streets that are currently called Unknown St should be named Oak St.

Editing the Street Name for All Occurrences of a Street To edit a street name for all occurrences of a street (the Elm St example above), do the following: 1. Open the names table (the s2 table) as a Browser. 2. Find the name of the street. This can be done from the Query menu, by clicking Select. Select records from your names table that satisfy Street = “your street name”. 3. In the query Browser that displays, type in the correct name of the street. The system updates the names table with the new information automatically. 4. From the File menu, click Save Table to save the changes.

Editing the Street Name for Some Occurrences of a Street There are situations where you might want to change the name of some streets that share the same name (the Unknown St example above). To rename segments like this, change the reference number of the segments that you want to reflect the new name, as outlined below: 1. Open the names table (the s2 table) as a Browser and the segments table (the s1 table) as a Map window. 2. Determine if the new name for the group of streets already exists in the names table. This can be done using Query > Select. Select all records from the names table where Street = “your street”. If no records are selected, you must add a new record in the names table. Go to step 3. If a record is selected, note the MI_Refnum. Use this MI_Refnum for the group of streets that you will select in step 5. Skip to step 5.

3. Click on the title bar of the names Browser to make it active. Add a new record to the names table from the Edit menu by clicking New Row. 4. Type the new street name into this empty record. The new street name needs a corresponding MapInfo reference number to associate it with the street segments. We recommend that you start labeling new names with reference numbers beginning with 100000. If you start with a large number like 100000 you can easily differentiate between the new and original reference numbers. Make any additional reference numbers sequential by adding 1 to the next new MI_ Refnum. Use this number as the mi_refnum for the street segments that you will select in the next step. 5. Click on the title bar of the segments Map window to make it active. Using the Select tool, click on all of the segments that you want to rename. 6. From the Window menu, click New Browser Window, and open a Browser for the Selection table. 7. Click on the title bar of the selection Browser. Click in the MI_Refnum column of each selected record and change the MapInfo Reference number to the MI_Refnum that you determined in step 2 or the MI_Refnum that you added in step 4. 8. With the names Browser active, from the File menu, click Save Table to retain your changes.

Editing Enhanced Address Street Line Styles and Colors You can also change the line styles and color of streets in the Enhanced Address layer. For instance, you might want to indicate that a particular street segment is under repair or that a group of streets constitutes a sanitation pickup route. To edit the line style and color of a Enhanced Address Street: 1. Open the segments table (s1) in a Map window. 2. From the Map menu, click Layer Control. Make the layer editable. 3. Select all the streets that you want to change. 4. From the Options menu, click Line Style. The Line Style dialog box displays. Select a line style, color, and width. Click OK. 5. MapInfo applies the styles you have chosen to the selected streets. To save your changes, click the Save Table option from the File menu. Alternatively, you can make temporary style changes when you first open a layer with the Autoloader. From the Autoloader Open dialog box, click the Default Display Options button to access the Options dialog box. Check the Display Style Override dialog box and make changes to any or all of the available style pickers. You can use any one or a combination of methods to select streets depending on the nature of your task. Use the Select tool to select segments one by one, or the Radius Select or Boundary Select tools to select many streets. You can also use SIFTER.MBX, a StreetPro application that allows you to select features by their type. Sifter is explained in Chapter 10: Selecting Features with SIFTER.

Editing the other layers in StreetPro does not involve making changes to component tables, like you do for the Enhanced Address layer. These layers consist of one table per layer (per county) instead of three, so your changes are created and saved directly to the table. Below are general editing procedures that apply to all StreetPro layers except the Enhanced Address Layer. This is followed by instructions for several common editing situations, including changing the boundary color and fill pattern, point symbols, and reshaping boundaries.

Editing a StreetPro Layer To make a StreetPro layer editable: 1. From the Map menu, click Layer Control to display the Layer Control dialog box. Figure: Layer Control

2. In the Layer list, select the Editable check box (with the pencil icon) beside the layer you want to edit. 3. Click OK. The Drawing Tools in the Toolbar become active and you are ready to make changes to the layer. For more information on using the editing tools, refer to your MapInfo Professional Online Help.

Changing the Fill Patterns of Boundaries To permanently change the color or fill pattern of a boundary: 1. Select the boundary using one of the selection methods discussed previously. 2. From the Options menu, click Region Style. The Region Style dialog box displays. 3. Scroll through the fill and color palettes to choose the desired color/fill. Click OK to apply the changes.

To change the fill for all boundaries in the layer of a certain type, run SIFTER.MBX to first select the feature and follow from step 2 above. The Sifter application is covered in Editing StreetPro Layer Information on page 115. To temporarily change the fill pattern for the entire layer, use the Autoloader to set the display before opening the layer in a Map window (see Running the StreetPro Autoloader on page 26). If the layer is already open, in Layer Control, click the Display button and make the changes by overriding the current style (See Changing the Display with Style Override on page 122).

Reshaping Boundaries or Display Streets To reshape a boundary or the Display Streets layer: 1. Select the object and from the Edit menu, click Reshape. MapInfo places nodes (small boxes) at every juncture where two segments meet. 2. Move or delete existing nodes or add new nodes. This is very useful if, for example, boundaries change over time. You can simply move, delete, or add nodes to update the boundary. Note: You cannot use this method to reshape a street in the Enhanced Address Layer. See Editing Enhanced Address Layer earlier in this chapter for instructions on editing a relational streets table.

Changing Point Landmark Symbols To change the symbol of point landmarks: 1. Select the point(s) and click Symbol Style from the Options menu. Use SIFTER.MBX to change all symbols of a particular feature type. 2. Scroll through the symbol and color palettes and choose the desired color/symbol. Click OK to apply the changes.

Changing the Display with Style Override The Style Override feature in Layer Control enables you to change the way objects display on the screen without making permanent changes to your StreetPro tables. For example, you may want to change the color of the StreetPro water features to better match other layers in your Map window or for better printed output. Follow the instructions below to override the display style of any StreetPro map layer. To override the display attributes: 1. From the Map menu, click Layer Control, highlight a StreetPro layer and click the Display button. The Display Options dialog box displays. 2. Check the Style Override button in the Display Mode group. The large gray button that represents the object’s style picker is now active. 3. Make the desired style changes. Click OK to return to Layer Control. Click OK again to return to the Map window. The layer will re-display using the new style attributes.

You can also override the styles for a layer when you open it via the Autoloader. See Explaining the Choose Layer Options Dialog Box on page 28 for more details.

There are many ways to select objects (using selection tools, using Select and SQL statements) and many reasons to do so (to create subsets of objects for further analysis or to change their display). This chapter covers a StreetPro tool, called SIFTER (StreetPro FeaTure PickER), that allows you to choose features by natural language type instead of querying by code.

In this section:

What is SIFTER?...... 126 Selecting Features with SIFTER ...... 126 What is SIFTER? What is SIFTER?

Nearly every layer in StreetPro can be queried using SIFTER except the City Boundaries and MCD layers. SIFTER reads the field that describes the type of feature for each record. Many of the layers contain a Census Feature Class Code (CFCC) that SIFTER searches. For the Display Streets layer, SIFTER searches on pen style to distinguish among highways, ramps and roads. SIFTER allows you to specify what feature you want to select. It then searches the table(s) and matches your criteria to the CFCC or pen style. SIFTER displays the selection in a Map window, Browser, or neither. You can also save the selection as a new table, if you choose. SIFTER can search more than one county for the same feature. It is limited to searching for features contained in the same layer, however. For example, you can search for all train and bus stations in multiple counties in a single pass since they both reside in the Transportation Hubs layer. You cannot, however, search for train stations and railroads at the same time.

Selecting Features with SIFTER

To select features with SIFTER: 1. In MapInfo Professional, do one of the following: • To run the SIFTER once, from the Tools menu, click Run MapBasic Program and select the SIFTER.mbx from the MapInfo/Utils directory. The SIFTER tool is added to the Tools menu. • To load the SIFTER automatically into the Tool Manager each time you open MapInfo Professional: a. From the Tools menu, select Tool Manager to display the Tool Manager dialog box. b. Click Add Tool to display the Add Tool dialog box and enter the name of the tool (SIFTER) in the Title field.

c. Click the button to select the path to the SIFTER tool. From the Select MapBasic Program dialog box, navigate to the MapInfo program directory and click SIFTER.MBX. Click Open to select the tool and return to the Add Tool dialog box. You can use the Description field to inform others of the purpose of the tool, but this field is not required. d. Click OK to return to the Add Tool dialog box. Select the Loaded checkbox to load the tool into the Tool Manager for the current session. Select the Autoload checkbox to load the tool into the Tool Manager each time you run the MapInfo Professional program. e. Click OK to save your entries. Using either method the application adds a new menu item called SIFTER to the Tools list and creates a SIFTER submenu. 2. With StreetPro tables open, from the Tool menu, click Sifter and select Pick Features. The Feature Picker Step 1 of 2 dialog box displays.

Figure: Feature Picker Step 1 of 2

3. At the Table Type drop-down list, choose the type of table from which you want to select features. In the Counties list, highlight one or more county (or state) names for the SIFTER to search. Use Shift-Click to highlight consecutive entries or Control-Click for non-consecutive entries. 4. After you select the table type, click the Next button. The Feature Picker Step 2 of 2 dialog box displays. Figure: Feature Picker Step 2 of 2

5. From the Feature Type drop-down list, choose the feature type you want to search. You are limited to one feature type. Below this list, the Feature list box updates with the sub-categories of the feature type you specified. Choose one or more feature(s) that you want SIFTER to search for. 6. Set the Preferred View for your selection: Mapper, Browser, or No View.

7. Choose whether you want to save the selection immediately (default) or later. If you are saving features immediately from multiple counties or states, specify whether you want separate tables for each county or one table. For separate tables, choose whether you want to type in a new name for each table (e.g., TrainsNY, TrainsMA, TrainsCT), or have SIFTER provide an automatically generated series of table names that build on the initial file name you supply (“auto-increment”). For example, the county selections would be named Trains_1, Trains_2, Trains_3. 8. Click OK. SIFTER searches the county tables for the requested features. If you selected Type in table names, the Save Subset As dialog box displays. Type the table name in the File name field and click Save. Figure: Save Subset As

9. To save your selection at a later time, click Save Subsets on the Sifter menu and select the appropriate subset from the list. 10. To exit SIFTER, on the Sifter menu, click Exit Program. SIFTER closes and the program disappears from the menu bar. Now that you have saved the feature subset to a new table, you can use it to display or create a subset of objects for querying and analysis. Refer to the appropriate MapInfo documentation for instructions on these important topics.

This chapter discusses the new MapInfo Workspace file format. If you have further questions about the topic discussed in this section, we suggest you discuss them with the MapInfo Technical Support personnel in your geography.

In this section:

Understanding XML-Based Workspaces ...... 130 Comparing MWS Files to GST Files ...... 130 Understanding XML-Based Workspaces Understanding XML-Based Workspaces

In response to many users’ requests, we at the MapInfo Corporation have created a file format that will eventually allow all users of MapInfo products, regardless of platform (mainframe, client/server, etc.) or operating system (Windows, Unix, Linux, etc.) to share their maps. Using MapXtreme, you can store map content and settings in an XML-based workspace (with a .MWS extension) and will be able to share them with a wide variety of users using MapInfo products. In StreetPro U.S. every geography contains an XML-based workspace to use your data within MapXtreme. MWS files can also contain settings for browser and layout windows, graphs, legends, and sometimes even printer settings. Our XML documents use textual identifiers and, where possible, we have used identifiers defined by XML standards organizations. However, XML allows for identifiers to be added by any document author to clarify the meaning of the data used in the document. To ensure that these identifiers are clearly labelled as defined by the MapInfo Corporation, we specify them in what we call the MapInfo Codespace. Note: You can create MWS files for your StreetPro U.S. based maps in MapInfo Professional 7.8, but you cannot display them there. Use MapXtreme to display maps in the MWS format. To open an XML-based MWS file in MapXtreme: 1. Open the Workspace Manager. 2. Choose one of the following: • Click the Open icon on the Button Bar • From the File Menu, select Open and select the MWS file you want to open from your data directory.

Comparing MWS Files to GST Files

Many users of StreetPro data may be familiar with the geoset format used for MapX applications. This text file contains the parameters of map and its requisite layers. The newer XML-based workspace format contains the same information and allows for more flexibility. For more information about MWS files, see the MapXtreme Developer Guide. Both MapXtreme and MapX have project files that can display the following map of an area just south of Providence, Rhode Island.

Each project file (*.MWS for MapXtreme and *.GST for MapX) contains important differences in how the information is stored, the nomenclature that is used, and where the information is found. Below is a table that indicates the general location and syntax of each important section of information in the GST or MWS file. Note that in the example below we use the Rhode Island Area Landmarks table (RIAL.TAB) as an example.

Information Rhode Island Geoset (GST) Rhode Island MapInfo Workspace (MWS) General Map Found at the top of the file in the header: Found underneath Settings partway down the file: (Zoom, "\GEOSET\NAME" = "Rhode_Island" Coordsys) "\GEOSET\PROJECTION" = "1,33" "\GEOSET\AUTOLAYER" = "FALSE" "\GEOSET\CENTER" "\GEOSET\MBR\LOWERLEFT" = "0,0" 348 "\GEOSET\MBR\UPPERRIGHT" = "0,0" 180 123.291203 -71.497913,41.55732100046827 mapinfo:coordsys 1,33 ... Data source Each table has its own section that The datasource information for each layer is found (table completely describes all information about it, at the beginning of the MWS file in the location) including location: section

"\TABLE\47\FILE" = "rial.tab" "\TABLE\47\ISVISIBLE" = "TRUE" The section of the geoset where this rial information is found is dependent upon where the layer is found in the map. rial.tab Because the layer is found at the bottom of the map the layer's information is found at Note the “id1” information above. All later the end of the GST file. references to this datasource (in labeling or feature display) are based on this identifier.

Information Rhode Island Geoset (GST) Rhode Island MapInfo Workspace (MWS) Label Label information is found in the self- Label information is found in a “label layer” Information contained section for each layer. "\TABLE\47\ZOOM\MIN" = "0" "\TABLE\47\ZOOM\MAX" = "30" "\TABLE\47\LABEL\DUPLICATE" "\TABLE\47\LABEL\PARALLEL" 0 13 = "TRUE" "\TABLE\47\LABEL\ALONG" = "1" "\TABLE\47\LABEL\POSITION" = "0" "\TABLE\47\LABEL\OFFSET" = "0" "\TABLE\47\LABEL\ZOOM\MIN" = "0" "\TABLE\47\LABEL\ZOOM\MAX" = "10" "\TABLE\47\LABEL\FONT\STYLE" "\TABLE\47\LABEL\FONT\EXTSTYLE" = "1" ... "\TABLE\47\LABEL\FONT\DESCRIPTIO N" = "Arial" "\TABLE\47\LABEL\FONT\SIZE" = "8" "\TABLE\47\LABEL\FONT\FORECOLOR" = "0" "\TABLE\47\LABEL\FONT\BACKCOLOR" = "16777215" "\TABLE\47\LABEL\PARTIALSEGMENTS " = "FALSE" ...

Information Rhode Island Geoset (GST) Rhode Island MapInfo Workspace (MWS) Feature Feature Display information is found in the Geographic display properties (zoom constraints, (geographic self-contained section for each layer: display themes, etc.) for the area landmarks are object) found in a FeatureLayer. Note the user of “id1” as a Display "\TABLE\47\FILE" = "rial.tab" reference to the data source. Information "\TABLE\47\ISVISIBLE" = "TRUE" "\TABLE\47\ZOOM\MIN" = "0" 0 30

This appendix is a reference for the feature layers included with StreetPro and StreetPro with Enhanced Address Layer. This reference includes display characteristics, table structure, file naming convention and other feature-specific information. The data for these premium street products was derived from U.S. Census Bureau TIGER 95 files and proprietary files of Tele Atlas. The geographic objects in these two products use a coordinate system of Longitude/Latitude NAD 83. StreetPro and StreetPro with Enhanced Address Layer cover the 50 U.S. states, Puerto Rico, and the District of Columbia.

In this section:

Enhanced Address Layer Data Descriptions...... 137 Road-Based Layer Data Descriptions ...... 142 Supplemental Address File Data Descriptions ...... 154 Airport Data Descriptions ...... 155 Census Tract Data Descriptions ...... 157 U.S. Voting District Boundary Layer Details ...... 162 Boundary Data Descriptions ...... 159 Institution Data Descriptions...... 166 Large Area Landmark Data Descriptions...... 168 Parks and Recreational Area Data Descriptions ...... 176 Railroad Layer Data Descriptions...... 178 Retail Center Layer Data Descriptions ...... 181 Transportation Hub Data Descriptions...... 183 Major Water Body, Water Bodies, and River Data Descriptions 184 Appendix A: Data Descriptions Enhanced Address Layer Data Descriptions

This layer is only available with purchase of StreetPro with Enhanced Address layer.

Enhanced Address Layer File Naming Convention SSCCCCS.tab, where SS equals the two-letter state abbreviation, CCCC represents the three or four-letter county abbreviation, and S represents the Enhanced Street layer identifier. For example, the Street Address file name for Maricopa County, Arizona, is AZMARIS.tab. For state-tiled data, we use the naming convention SSXX.tab, where SS equals the two-letter state abbreviation and XX represents the layer identifier. For example, the Street Address file name for New York is NYD.tab. The Street Address layer is a relational database containing two tables: a map object table with the street address range information attached and a street names table. The file naming convention for the address range and names tables use the identifiers S1 and S2, respectively. The table with a plain “S” identifier is a view table specifying the join between the S1 and S2 tables.

Enhanced Address Layer Display Characteristics

Feature Description of Object Graphic Object Details

Primary Highways Red, 2 pixel straight lines Pen(2, 2, 16711680)

Secondary Highways Dark green 2 pixel solid line Pen(2, 2, 32768)

Major Roads Black 2 pixel solid line Pen(2, 2, 0)

Primary Ramps Red, 1 pixel straight lines Pen(1, 2, 16711680)

Secondary Ramps Dark green 1 pixel solid line Pen(1, 2, 32768)

Major Road Ramps Black 1 pixel solid line Pen(1, 2, 0)

Roads Dark gray 1 pixel solid line Pen(1, 2, 8421504)

Ferry Crossing Dark gray 1 pixel dashed line Pen(1, 5, 8421504)

Point Streets Non-visible points Symbol(31, 255, 8)

Enhanced Address Layer Table Structure

Type Field Description (Width) Indexed

Street Name of street char(40) Yes

FromLeft Starting address range on the left side of street integer No

ToLeft Ending address range on the left side of street integer No

FromRight Starting address range on the right side of street integer No

Enhanced Address Layer Table Structure (continued)

Type Field Description (Width) Indexed

ToRight Ending address range on the right side of street integer No

ZIP_LEFT 5 digit ZIP Code on left side of the street segment char(5) No

ZIP_RIGHT 5 digit ZIP Code on right side of the street segment char(5) No

Class Census Feature Class Code (defined below) char(3) No

Toll Toll road indicator. Value of “T” indicates that the street char(1) No segment is a toll road. This field is blank for streets that are not toll roads.

Tiger_Refnum TIGER Line ID. A unique reference number for each char(10) No line segment

HwySuff Indicates the travel direction for the segment. This value char(1) No is only populated for only bi-directional (double digitized) limited access highways and streets.

miFcode A MapInfo standard for feature classification. See integer No Listing the miFeature Codes in Appendix B on page 190 for details.

MI_Refnum Reference number for joining relational S1 and S2 integer Yes tables together. This field is found in both S1 and S2 tables.

Enhanced Address Layer Census Feature Class Codes

Class Description

A1 Class: Primary Highway With Limited Access Interstate highways and some toll highways are in this category and are distinguished by the presence of interchanges. These highways are accessed by way of ramps and have multiple lanes of traffic. The opposing traffic lanes are divided by a median strip. The TIGER/Line ® files may depict these opposing traffic lanes as two distinct lines in which case, the road is called separated.

A11 Primary road with limited access or interstate highway, unseparated

A12 Primary road with limited access or interstate highway, unseparated, in tunnel

A13 Primary road with limited access or interstate highway, unseparated, underpassing

A14 Primary road with limited access or interstate highway, unseparated, with rail line in center

Enhanced Address Layer Census Feature Class Codes (continued)

Class Description

A15 Primary road with limited access or interstate highway, separated

A16 Primary road with limited access or interstate highway, separated, in tunnel

A17 Primary road with limited access or interstate highway, separated, underpassing

A18 Primary road with limited access or interstate highway, separated, with rail line in center

A2 Class: Primary Road Without Limited Access This category includes nationally and regionally important highways that do not have limited access as required by category A1. It consists mainly of U.S. highways, but may include some state highways and county highways that connect cities and larger towns. A road in this category must be hard-surface (concrete or asphalt). It has intersections with other roads, may be divided or undivided, and have multilane or single-lane characteristics.

A21 Primary road without limited access, U.S. highways, unseparated

A22 Primary road without limited access, U.S. highways, unseparated, in tunnel

A23 Primary road without limited access, U.S. highways, unseparated, underpassing

A24 Primary road without limited access, U.S. highways, unseparated, with rail line in center

A25 Primary road without limited access, U.S. highways, separated

A26 Primary road without limited access, U.S. highways, separated, in tunnel

A27 Primary road without limited access, U.S. highways, separated, underpassing

A28 Primary road without limited access, U.S. highways, separated, with rail line in center

A3 Class: Secondary and Connecting Road This category includes mostly state highways, but may include some county highways that connect smaller towns, subdivisions, and neighborhoods. The roads in this category are smaller than roads in Category A2, must be hard surface (concrete or asphalt), and are usually undivided with single lane characteristics. These roads usually have a local name along with a route number and intersect with many other roads and driveways.

A31 Secondary and connecting road, state highways, unseparated

A32 Secondary and connecting road, state highways, unseparated, in tunnel

A33 Secondary and connecting road, state highways, unseparated, underpassing

A34 Secondary and connecting road, state highways, unseparated, with rail line in center

A35 Secondary and connecting road, state highways, separated

Enhanced Address Layer Census Feature Class Codes (continued)

Class Description

A36 Secondary and connecting road, state highways, separated, in tunnel

A37 Secondary and connecting road, state and county highways, separated, underpassing

A38 Secondary and connecting road, state and county highway, separated, with rail line in center

A4 Class: Local, Neighborhood, and Rural Road A road in this category is used for local traffic and usually has a single lane of traffic in each direction. In an urban area, this is a neighborhood road and street that is not a thoroughfare belonging in categories A2 or A3. In a rural area, this is a short-distance road connecting the smallest towns; the road may or may not have a state or county route number. Scenic park roads, unimproved or unpaved roads, and industrial roads are included in this category. Most roads in the Nation are classified as A4 roads.

A41 Local, neighborhood, and rural road, city street, unseparated

A42 Local, neighborhood, and rural road, city street, unseparated, in tunnel

A43 Local, neighborhood, and rural road, city street, unseparated, underpassing

A44 Local, neighborhood, and rural road, city street, unseparated, with rail line in center

A45 Local, neighborhood, and rural road, city street, separated

A46 Local, neighborhood, and rural road, city street, separated, in tunnel

A47 Local, neighborhood, and rural road, city street, separated, underpassing

A48 Local, neighborhood, and rural road, city street, separated, with rail line in center

A5 Class: Vehicular Trail A road in this category is usable only by four-wheel drive vehicles, is usually a one-lane dirt trail, and is found almost exclusively in very rural areas. Sometimes the road is called a fire road or logging road and may include an abandoned railroad grade where the tracks have been removed. Minor, unpaved roads usable by ordinary cars and trucks belong in category A4, not A5.

A51 Vehicular trail, road passable only by 4WD vehicle, unseparated

A52 Vehicular trail, road passable only by 4WD vehicle, unseparated, in tunnel

A53 Vehicular trail, road passable only by 4WD vehicle, unseparated, underpassing

A6 Class: Road with Special Characteristics

This category includes roads, portions of a road, intersections of a road, or the ends of a road that are parts of the vehicular highway system and have separately identifiable characteristics.

Enhanced Address Layer Census Feature Class Codes (continued)

Class Description

A61 Cul-de-sac, the closed end of a road that forms a loop or turnaround

A62 Traffic circle, the portion of a road or intersection of roads forming a roundabout

A63 Access ramp, the portion of a road that forms a cloverleaf or limited access interchange

A64 Service drive, the road or portion of a road that provides access to businesses, facilities, and rest areas along a limited access highway; this frontage road may intersect other roads and be named

A65 Ferry crossing, the representation of a route over water that connects roads on opposite shores; used by ships carrying automobiles or people

A7 Class: Road as Other Thoroughfare A road in this category is not part of the vehicular highway system. It is used by bicyclists or pedestrians, and is typically inaccessible to mainstream motor traffic except for private owner and service vehicles. This category includes foot and hiking trails located on park and forest land, as well as stairs or walkways that follow a road right-of-way and have names similar to road names.

A71 Walkway or trail for pedestrians, usually unnamed

A72 Stairway, stepped road for pedestrians, usually unnamed

A73 Alley, road for service vehicles, usually unnamed, located at the rear of buildings and property

A74 Driveway or service road, usually privately owned and unnamed, used as access to residences, trailer parks, and apartment complexes, or as access to logging areas, oil rigs, ranches, farms, and park lands

Enhanced Address Layer Display Alias The display name for the Enhanced Address Streets layer is County_ST~StrtGeocode, where County_ST is the county name and state abbreviation. For example, the Enhanced Address table for Maricopa County is Maricopa_AZ~StrtGeocode. This display alias appears in MapInfo dialog boxes and Map windows, provided the table was opened using the Autoloader or by accessing StreetPro county workspaces or seamless maps.

This topic groups street- and highway-related data descriptions together to make them easy to find.

Streets Layer Data Descriptions This section covers the file naming conventions, the display characteristics, table structure and layer display alias information for the streets layer.

Street File Naming Convention SSCCCCD.tab, where SS equals the two-letter state abbreviation, CCCC represents the three or four-letter county abbreviation, and D for the Display Streets layer identifier. For example, the file name for Maricopa County, Arizona, is AZMARID.tab. For state-tiled data, we use the naming convention SSX.tab, where SS equals the two-letter state abbreviation and X represents the layer identifier. For example, the naming convention for Arizona state-tiled streets is AZD.tab.

Street Display Characteristics

Feature Description of Object Graphic Object Details

Primary Highways Red, 2 pixel solid lines Pen(2, 2, 16711680)

Secondary Highways Dark green 2 pixel solid line Pen(2, 2, 32768)

Major Roads Black 2 pixel solid line Pen(2, 2, 0)

Primary Ramps Red, 1 pixel straight lines Pen(1, 2, 16711680)

Secondary Ramps Dark green 1 pixel solid line Pen(1, 2, 32768)

Major Road Ramps Black 1 pixel solid line Pen(1, 2, 0)

Roads Dark gray 1 pixel solid line Pen(1, 2, 8421504)

Ferry Crossing Dark gray 1 pixel dashed line Pen(1, 5, 8421504)

Street Table Structure

Type Field Description (Width) Indexed

Streetname Name of street char(45) Yes

Class Road classification: char(1) No A = Primary highways B = Secondary highways C = Major roads D = Primary ramps E = Secondary ramps F = Major road ramps G = Roads H = Ferry crossing

Toll Toll road indicator. “T” indicates segment is a toll char(1) No road. Otherwise, the field is blank.

miFcode A MapInfo standard for feature classification. See integer No Listing the miFeature Codes in Appendix B on page 190 for details.

HwySuff Indicates the travel direction for the segment. This char(1) No value is found only bi-directional (double digitized) limited access highways and streets.

FeaturePriority Value between 1 and 10 indicating the relative small integer No importance of that feature. Used in MapXtreme for intra-layer label priority. High values indicate the most important features; low values the least important features.

FIPS_Cnty* 5 character Census Bureau FIPS code that identifies char(5) No the county that the record falls in/comes from.

Street Table Structure (continued)

Type Field Description (Width) Indexed

PrimaryName A logical field that indicates whether the label is the logical No primary name for the representative segment

SmartLabel A character field that contains a label for the char(25) No segment that is classified as the Primary Name and does not fall into the following categories: • Descriptive names (e.g., Ramp, 4WD Road) • Highways with numbers (e.g., Highway 5, I4, County Road 10) • Extra long names (names greater than 25 characters) • Street segments that have a geometry that is not suited for a label (e.g., a cul-de-sac).

* This field can only be found in state-tiled tables.

Street Layer Display Alias The display name for the Display Streets layer is County_ST~StrtDisplay, where County_ST is the county name and state abbreviation. For example, the Display Streets table for Maricopa County is Maricopa_AZ~StrtDisplay. This display alias appears in MapInfo dialog boxes and Map windows, provided the table was opened using the Autoloader or by accessing StreetPro county workspaces or seamless maps.

One Way Streets Layer Data Descriptions This topic covers the Display Characteristics and Table Structure for the one way layer.

One Way Street Display Characteristics

Type of Information Description of Object Graphic Object Details

One way point object Black arrow, bold and haloed Symbol (75,0,14,"MapInfo StreetPro", 257, rotation) where rotation = a rotation to align the arrow with the underlying street

One Way Street Table Structure

Type Field Description (Width) Indexed

Bearing The degrees of rotation that are applied to the object. Values Float No range from 0 to 360 degrees where 0 equals a one way arrow pointing to the east, 90 to the North, 180 to the West, and 270 to the South.

FIPS_Cnty County FIPS code in which the one way exists (Two-digit char(5) No state code followed by a three-digit county code)

Highway Data Descriptions This topic describes the naming conventions, the display characteristics, table structure and layer display alias information.

Highway File Naming Convention SSCCCCHx.tab, where SS equals the two-letter state abbreviation, CCCC represents the three or four-letter county abbreviation, and Hx represent the highway layer type (HP = Primary Highways; HS = Secondary Highways; HM = Major Roads). For example, the Highway Major Roads file name for Maricopa County, Arizona, is AZMARIHM.tab. For state-tiled data, we use the naming convention SSX.tab, where SS equals the two-letter state abbreviation and X represents the layer identifier. For example, the naming convention for Arizona state-tiled highways is AZHM.tab.

Highway Display Characteristics

Feature Description of Object Graphic Object Details

Primary highways Red, 2 pixel solid lines Pen(2, 2, 16711680)

Secondary highways Dark green, 2 pixel solid lines Pen(2, 2, 32768)

Major Roads Black, 2 pixel solid lines Pen(2, 2, 0)

Highway Table Structure

Type Field Description (Width) Indexed

Streetname Name of highway char(40) Yes

Class Road classification: char(1) No A = Primary highways B = Secondary highways C = Major roads

Toll Toll road indicator. “T” indicates segment is a toll char(1) No road. Otherwise, the field is blank.

miFcode A MapInfo standard for feature classification. See integer No Listing the miFeature Codes in Appendix B on page 190 for details.

HwySuff Indicates the travel direction for the segment. This char(1) No value is found only bi-directional (double digitized) limited access highways and streets.

Feature Priority Value between 1 and 10 indicating the relative small integer No importance of that feature. Used in MapXtreme for intra-layer label priority. High values indicate the most important features; low values the least important features.

FIPS_Cnty* 5-character Census Bureau FIPS code that char(5) No identifies the county that the record falls in/comes from.

PrimaryName A logical field that indicates whether the label is the logical No primary name for the representative segment

* This field can only be found in state-tiled tables.

StreetPro applies highway names according to a layered hierarchy. Where a highway segment has more than one name, the higher level name is used, and always in this order: Interstates, then U.S. highways, and then State highways. For example, the stretch of pavement near New London, Connecticut that is both “I-95” and “U.S. HWY 1” has “I-95” as its primary name and “U.S. HWY 1” as its secondary name. Highways can also have tertiary names that may be a highway type or street name (Main Street, for example). Highways uses standard naming conventions for both prefixes and suffixes of all highways in the table as shown below.

Standard Highway Prefixes and Suffix Table

Type Name Example

Interstates I-nnn I-495

U.S. Highways U.S. HWY nnn U.S. HWY 66

State Highways STATE HWY nnn STATE HWY 9

There are instances where the official name of a highway includes directionality: N, S, E or W. For example, in Texas there is an I-35E and an I-35W. The “E” and “W” are part of the official names. Where a highway diverges, a suffix has been added. For example, I-95 in New Jersey splits near Secaucus. The two sections have a suffix (E or W) that is separated from the official name by a space: I-95 E and I-95 W. The suffix indicates that there are two distinctly different portions of the highway. In this case, the “E” and “W” have been applied by Tele Atlas. They are not part of the official name, so they are separated from the official name by a space.

Highway Layer Display Alias The display name for the Highways layer is County_ST~Highways, where County_ST is the county name and state abbreviation. For example, the Highways table for Maricopa County is Maricopa_ AZ~Highways. This display alias appears in MapInfo dialog boxes and Map windows, provided the table was opened using the Autoloader or by accessing StreetPro county workspaces or seamless maps.

Primary Ramp Data Descriptions This topic describes the Display Characteristics and Table structure of the Primary Ramp layer.

Primary Ramp Display Characteristics

Feature Description of Object Graphic Object Details

Primary Ramps Red, 1 pixel straight lines Pen(1, 2, 16711680)

Primary Ramp Table Structure

Type Field Description (Width) Indexed

Streetname Name of street char(40) Yes

Class Road classification: D = Primary ramps char(1) No

Toll Toll road indicator. “T” indicates segment is a toll char(1) No road. Otherwise, the field is blank.

miFcode A MapInfo standard for feature classification. See integer No Listing the miFeature Codes in Appendix B on page 190 for details.

HwySuff Indicates the travel direction for the segment. This char(1) No value is found only bi-directional (double digitized) limited access highways and streets.

Feature Priority Value between 1 and 10 indicating the relative small integer No importance of that feature. Used in MapXtreme for intra-layer label priority. High values indicate the most important features; low values the least important features.

FIPS_Cnty* 5 character Census Bureau FIPS code that identifies char(5) No the county that the record falls in/comes from.

* This field can only be found in state-tiled tables.

Secondary and Major Road Ramp Data Descriptions This topic describes the Display Characteristics and Table structure of the Secondary and Major Road Ramp layer.

Secondary and Major Road Ramp Display Characteristics

Feature Description of Object Graphic Object Details

Secondary Ramps Dark green 1 pixel solid line Pen(1, 2, 32768)

Major Road Ramps Black 1 pixel solid line Pen(1, 2, 0)

Secondary and Major Road Ramp Table Structure

Type Field Description (Width) Indexed

Streetname Name of street char(40) Yes

Class Road classification: char(1) No E = Secondary ramps F = Major road ramps

Toll Toll road indicator. “T” indicates segment is a toll char(1) No road. Otherwise, the field is blank.

miFcode A MapInfo standard for feature classification. See integer No Listing the miFeature Codes in Appendix B on page 190 for details.

HwySuff Indicates the travel direction for the segment. This char(1) No value is found only bi-directional (double digitized) limited access highways and streets.

Feature Priority Value between 1 and 10 indicating the relative small integer No importance of that feature. Used in MapXtreme for intra-layer label priority. High values indicate the most important features; low values the least important features.

FIPS_Cnty* 5 character Census Bureau FIPS code that identifies char(5) No the county that the record falls in/comes from.

* This field can only be found in state-tiled tables.

Highway Exit Signage Data Descriptions This topic shows the Display Characteristics and the Table Structure of the Highway Exit Signage layer. This layer is statewide only.

Highway Exit Signage Display Characteristics

Type of Information Description of Object Graphic Object Details

Highway Sign Black 9 point diamond symbol(34,0,8,"MapInfo Symbols",0,0)

Highway Exit Signage Table Structure

Type Field Description (Width) Indexed

Exit Exit number and suffix (if present). This field will be blank char(5) No for highway exits that don't have exit numbers.

ExitText Exit Information with extended street name: "Exit 8 Hwy 4 char(100) No (Defreestville)". Use this field for querying or searching.

ExitLabel Exit information with a formatted extended street name. char(100) No For example:

Exit 8 Hwy 4 (Defreestville)

Use this field for low zoom level (< 2 mile) labeling.

FIPS_Cnty* 5-character Census Bureau FIPS code that identifies the char(5) No county that the record falls in/comes from.

* This field can only be found in state-tiled tables.

Exit Ramp Data Descriptions This topic describes the file naming conventions, the display characteristics, and table structure of the Exit Ramp layer.

Exit Ramp File Naming Convention For state-tiled data, we use the naming convention SSX.tab, where SS equals the two-letter state abbreviation. For example, the Street Address file name for New York is NYExits.tab. Note: The Exit Ramp layer is a state-tiled file only. You can not open it automatically by using Workspaces, Geosets, Map Definition Files (MDFs) or with the Autoloader.

Exit Ramp Display Characteristics

Feature Description of Object Graphic Object Details

Exit Point Black 12 point circle Symbol(34,0,12)

Exit Ramp Table Structure

Type Field Description (Width) Indexed

Exit_ID Unique identifier char(10) No

From_Name Name of street before exit point char(40) No

Exit_Num Actual number of exit. This may not include suffix or prefix char(10) No information.

To_Name Name of street after exit point char(40) No

Highway Shield Data Descriptions This topic describes the display characteristics, the table structure, and file naming conventions of the Highway Shield layers.

Highway Shield Display Characteristics

Feature Description of Object Graphic Object Details

Interstate highway Interstate highway shield symbol Graphic objects: red top MapInfo with red top, dark blue bottom, white Shields (22, 16711680); blue text bottom MapInfo Shields (22, 255); Autolabel setting: Century Gothic (1, 8, 16777215), offset position center, allow text overlap, allow duplicate labels

U.S. highway U.S. highway shield with black Graphic objects: outline and text MapInfo Shields (22, 0, 16777215); Autolabel setting: Century Gothic, (1, 8, 0), offset position center, allow text overlap, allow duplicate labels

State Route highway State Route highway shield ellipse Graphic objects: with black outline and text MapInfo Shields (35, 0, 22); Autolabel setting: Century Gothic, (1, 8, 0), offset position center, allow text overlap, allow duplicate labels

Highway Shield Table Structure

Type Field Description (Width) Indexed

HwyNumber Text for labeling char(10) No

Highway field currently not used char(30) No

HighwayType field currently not used char(20) No

FIPS_Cnty* 5 character Census Bureau FIPS code that identifies the char(5) No county that the record falls in/comes from.

* This field can only be found in state-tiled tables.

Highway Shield File Naming Convention The Highway Shields tables are organized by county and type of shield, either Interstate or Route/ Highway shields. The Interstate shield table includes two .tab files for each county that represents different zoom levels (0–15 miles and 15–50 miles). The file naming convention is as follows: SSCCCCI1.tab and SSCCCXX where SS = 2-letter state abbreviation, CCCC = up to 4-letter county abbreviation and I1 = Interstate Shields For example, the file name for the Cook County, Illinois, Interstate shield table that displays when the map window zoom is between 0 and 5 miles is ILCOOKX1.tab. The Route/Highway shields table consists of two .tab files for each county. In this case, one .tab file contains the shield outline and label text, which is used to autolabel, while the second .tab file holds the shield background. MapInfo treats the two .tab files as one. The two-file arrangement is necessary to ensure that MapInfo will draw the state shield in the proper order (shield outline and text on top of the background). The naming convention for the State Route/Highway files are: SSCCCCO1.tab and SSCCCO2.tab where SS = 2-letter state abbreviation, CCCC = up to 4-letter county abbreviation and O1 = Highway and Route Shields Outline O2 = Highway and Route Shields Background For Cook County, Illinois, the Route/Highway file names are: ILCOOK01.tab and ILCOOK02.tab, for the outline and background, respectively. The Shields tables are further identified by display names that appear in dialog boxes whenever the table is open. The display name is contained in the table’s metadata under the key name \Shields\LogicalName. MapInfo reads the metadata when the table is opened with the Shield Manager and uses that name in Map window title bars and dialog boxes.

The table below defines the layer identifier and display names.

Highway Shield Layer Name and Identifiers Table

Layer Shield Layer Name Identifier Display Alias

Interstate Shields 0–15 mile zoom I1 County_ST~IntShld015

Interstate Shields 15–50 mile zoom X2 County_ST~IntShld1550

Route/Highways Shield - Top (shield outline) Y1 County_ST~RtHwy015_Top

Route/Highways Shield - Bottom (shield background) Y2 County_ST~RtHwy015_Bot

When you create new shield layers using the Shield Manager, you may give the layer any name you wish. From that name, MapInfo creates a .tab file name by truncating it to the first six characters and adding an X1, X2, Y1, or Y2, for Interstate 0–5 mile zoom, Interstate 5–15 mile zoom, Route/ Highway shield outline, or Route/Highway shield background, respectively. If the table name already exists, the Shield Manager will increase the X and Y designators by one or more to create a unique file name. For Interstate tables, the physical file name would be SSCCCCX3.tab, and so on. In the case of Route/Highway tables, the outline and background pair would be SSCCCCY3.tab and SSCCCCY4.tab, etc. The table’s metadata stores display name and the .tab file name, along with other helpful information. To view it, open the .tab file in any text editor or run TABLEMGR.MBX, found in the MapInfo Tools directory. The metadata keys and values are explained in the table below.

Metadata Keys and Values Table

Key Name Description Value

\Shields\ZoomMin Minimum display zoom Number in quotes is the default miles

\Shields\ZoomMax Maximum display zoom Number within quotes, the unit defaults to miles

\Shields\Type Type of shields in table 1 for interstate, 2 for route/ highway

\Shields\PhysicalName1 Actual file name of layer 30 character limit.

\Shields\PhysicalName2 Name of other layer file 30 character limit

\Shields\LogicalName Name that displays in Map window title 30 character limit bars, and dialog boxes. Name will only appear when using menu options in Shield Manager.

Metadata Keys and Values Table (continued)

Key Name Description Value

\Shields\Color1 Top color RGB for interstate or outline for RGB integer route/highway

\Shields\Color2 Bottom color RGB for interstate or RGB integer background for route/highway

\Shields\PointSize Point size for shields in table Point size

\Shields\Label Default label style Font description

\IsReadOnly Whether the table is read only TRUE OR FALSE

Supplemental Address File Data Descriptions

This topic describes the table structure and file naming conventions of the Supplemental Address File layers. Note: • This file is only included with the StreetPro EAL product. • Not all counties contain a Supplemental Address File layer. • This file does not have a geographic (mappable) component to the table. To make use of this table you will need to join the table to the Addressed Street layer.

Supplemental Address File Table Structure

Type Field Description (Width) Indexed

ID Unique record ID that can be joined with the TIGER_ char(10) yes Refnum field that is present in the addressed street layer

FromLeftAlpha Starting alphanumeric address range on the left side of char(13) street

ToLeftAlpha Ending alphanumeric address range on the left side of char(13) street

FromRightAlpha Starting alphanumeric address range on the right side char(13) of street

ToRightAlpha Ending alphanumeric address range on the left side of char(13) street

154 StreetPro U.S. 9.3 © 2006 MapInfo Corporation. All rights reserved. Appendix A: Data Descriptions Supplemental Address File Naming Convention The Supplemental Address File tables are organized by county. The file naming convention is as follows: SSCCCCSA.tab where: SS equals the two-letter state abbreviation, CCCC represents the three or four-letter county abbreviation, and SA is the census tract layer identifier. For example, the file name for the Maricopa County, Arizona supplemental address file is AZMARISA.tab.

Airport Data Descriptions

This topic covers the display characteristics, table structure, feature class code descriptions, file naming conventions, and the layer display alias for the Airports layer.

Airport Display Characteristics

Feature Description of Object Graphic Object Details

Airport boundary Dark gray filled region Pen(1, 2, 12632256) Brush(2, 12632256, 8224125)

Airport runway Black filled region Pen(1, 2, 0) Brush(2, 0, 8224125)

Airport Table Structure

Type Field Description (Width) Indexed

Name Name of airport char(55) No

CFCC Census Feature Class Code char(3) No

Loc_ID Location ID char(4) No

Use PU - public char(2) No PR - private

OwnerName Name of owner char(29) No

Elevation Elevation in feet integer No

Conges_Lev Congestion Level: char(1) No S = Severe M = Moderate U = Uncongested

Airport Table Structure (continued)

Type Field Description (Width) Indexed

Serv_Lev Service Level: char(2) No PR - primary commercial CM - commercial CR - commercial reliever GA - general aviation RL - general aviation reliever

LrgCertEnp 1992 large certified air carrier enplanings integer No

Comm_Enp 1992 commuter enplanings integer No

AirTaxiEnp 1992 air taxi enplanings integer No

ForeignEnp 1992 foreign enplanings integer No

In_TranEnp 1992 in-transit enplanings integer No

Hub_Size Based on percent of national enplanements: char(1) No L = large M = medium S = small N = non-hub G = general aviation

Tower_Type Tower type code: char(1) No 0 = Non tower 1 = FAA tower 2 = new FAA tower 3 = RAPCON/RATTC 4 = Decommissioned 5 = TRACON 6 = Common IFR room 7 = Tower candidate 9 = Military A = FAA contract tower B = Leased to state or local government C = FAA tower operated by military D = State or local government E = Non-federal contract tower F = FAA tower closed temporarily G = FAA contract tower not in ATA count

SmartLabel Optional labeling field containing a carriage return to char(60) No create a two-line label when necessary

Airport Table Structure (continued)

Type Field Description (Width) Indexed

FIPS_Cnty* 5 character Census Bureau FIPS code that identifies the char(5) No county that the record falls in/comes from.

miFcode A MapInfo standard for feature classification. See Listing integer No the miFeature Codes in Appendix B on page 190 for details.

* This field can only be found in state-tiled tables.

Airport Census Feature Class Code (CFCC) Descriptions

Class Description

D5 Transportation terminals

D58 Tele Atlas Airport boundary

D59 Tele Atlas Airport runway

Airport File Naming Convention The file naming convention for airports is SSCCCCAP.tab, where SS equals the two-letter state abbreviation, CCCC represents the three or four-letter county abbreviation, and AP as the airport layer identifier. For example, the file name for Maricopa County, Arizona, is AZMARIAP.tab. For state-tiled data, we use the naming convention SSX.tab, where SS equals the two-letter state abbreviation and X represents the layer identifier. For example, the naming convention for Arizona state-tiled airports areas is AZAP.tab.

Airport Layer Display Alias The display name for the Airports layer is SSCCCC~Airports, where SS is the state abbreviation and CCCC is the county abbreviation. For example, the Airports table for Maricopa County is AZMARI~Airports. This alias appears in MapInfo dialog boxes and Map windows, when you open the table using the Autoloader or when you access StreetPro county workspaces or seamless maps.

Census Tract Data Descriptions

This topic describes the display characteristics, table structure, file naming conventions, and the layer display alias information for the Census Tract layer.

Census Tract Display Characteristics

Feature Description of Object Graphic Object Details

Census Tract Regions with purple dashed borders and no fill Pen(1, 2, 65280) Brush(1, 0,16777215)

Census Tract Table Structure

Type Field Description (Width) Indexed

FIPS Full 11-character Federal Information Processing Code. char(11) Yes First 5 characters are state/county FIPS, next 6 characters are Tract code.

Tract 6-character Tract code delimited with a period. char(6) No

FIPS_Cnty* 5 character Census Bureau FIPS code that identifies the char(5) No county that the record falls in/comes from.

POPC Total Population Integer No

HHC Household Count Integer No

WHTC White Population Integer No

BLKC Black Population Integer No

INDC American Indian and Alaskan Native Population Integer No

ASNC Asian Population Integer No

HPIC Native Hawaiian and other Pacific Islander Population Integer No

TWOC Two or More Races Population Integer No

OTHC Other Population Integer No

ADUC Adult Population Integer No

* This field can only be found in state-tiled tables.

Census Tract File Naming Convention SSCCCCT.tab, where SS equals the two-letter state abbreviation, CCCC represents the three or four-letter county abbreviation, and T is the census tract layer identifier. For example, the file name for Maricopa County, Arizona, is AZMARIT.tab. For state-tiled data, we use the naming convention SSX.tab, where SS equals the two-letter state abbreviation and X represents the layer identifier. For example, the naming convention for Arizona state-tiled census tracts is AZT.tab.

Census Tract Layer Display Alias The display name for the Census Tract layer is County_ST~Tract, where County_ST is the county and state abbreviations. For example, the Census Tract table for Maricopa County is Maricopa_ AZ~Tract. This display alias appears in MapInfo dialog boxes and Map windows, when you open the table using the Autoloader or by accessing StreetPro workspaces or seamless maps.

Boundary Data Descriptions

This topic groups the data descriptions of City boundary, Minor Civil Division (MCD) boundary and County Boundary and Voting District Boundary layers.

City Boundary Data Descriptions This topic describes the display characteristics, table structure, FIPS class code descriptions, file naming conventions, and layer display alias information for the City Boundary layer.

City Boundary Display Characteristics

Feature Description of Object Graphic Object Details

City Boundaries Regions, yellow fill, hashed Pen(1, 12, 0) Brush(2, 16777168, 16777215) borders

City Boundary Table Structure

Type Field Description (Width) Indexed

City Name of City (Populated Place) char(40) Yes

FIPS FIPS Code comprised of a 2 digit state code and 5 character char(7) No city code (Census Populated Place)

FIPSCC Code that differentiates the many different types of Census char(2) No Bureau recognized cities that may occur in the City Boundary and MCD layers.

SmartLabel Optional Labeling field containing a carriage return to create char(40) No a two-line label when necessary.

PopCode Code indicating the relative population of the city boundary integer No entity. Values range from 1 (lowest population) to 4 (highest population)

CapitalCity Flag field where value is true if entity is recognized as the logical No capital city for the state.

City Boundary Table Structure (continued)

Type Field Description (Width) Indexed

ColorShade Code that allows an implementation of a theme where no 2 integer No bordering entities will have the same value (also known as a "4-color theme”). Values range from 1 to 6.

FIPS_Cnty* 5 character Census Bureau FIPS code that identifies the char(5) No county that the record falls in/comes from.

* This field can only be found in state-tiled tables.

City Boundary Layer Class Code Descriptions

FIPS Class Code Description

C1 An active incorporated place that is not also recognized as an Alaska Native village statistical area (ANVSA), and does not serve as a primary county division equivalent.

C2 Incorporated place that also serves as a primary county division because, although the place is coextensive with an MCD, the Census Bureau, in agreement with state officials, does not recognize that MCD for presenting census data because the MCD is a nonfunctioning entity (applies to Iowa and Ohio only).

C3 Consolidated city

C5 Incorporated place that also serves as a primary county division; that is, it is not included in any adjacent primary county division of Class T or Z.

C6 Incorporated place that is coincident with, or approximates, an Alaska Native village statistical area

C7 Independent city; that is, an incorporated place that also serves as a county equivalent.

C8 The portion (remainder) of a consolidated city that is not within another incorporated place.

C9 An inactive or nonfunctioning incorporated place.

M2 An installation (or part of an installation) of the U.S. Department of Defense or any branch thereof, or of the U.S Coast Guard, that serves as a census designated place.

T1 Governmentally active MCD that is not coextensive with an incorporated place.

T5 Governmentally active MCD that is coextensive with an incorporated place.

City Boundary Layer Class Code Descriptions (continued)

FIPS Class Code Description

U1 CDP with a name that is commonly recognized for the populated area.

U2 CDP with a name that is not commonly recognized for the populated area (e.g., a combination of the names of two or three commonly recognized communities, or a name that identifies the location of the CDP in relation to an adjacent incorporated place).

U9 CDP that coincides with, or approximates, an ANVSA.

Z1 Inactive or nonfunctioning MCD recognized as a primary county division by the Census Bureau.

Z3 Unorganized territory established as an MCD equivalent by the Census Bureau.

Z5 Census county division (CCD), census subarea (Alaska), or census subdistrict (U.S. Virgin Islands).

Z6 Sub-MCD in Puerto Rico (sub-barrio).

Z7 Independent incorporated place that serves as a primary county division in Iowa, North Carolina, and in counties containing only nonfunctioning MCDs in Nebraska.

City Boundary File Naming Convention City Boundaries are available in county-level and state-level tables. For county-level tables: SSCCCCB.tab, where SS equals the two-letter state abbreviation, CCCC represents the three or four-letter county abbreviation, and CB is the city boundary layer identifier. For example, the file name for Maricopa County, Arizona, is AZMARICB.tab. For state-level City Boundary tables: SSCB.tab. For example, FLCB.tab for the City Boundary table for Florida.

City Boundary Layer Display Alias The display name for the City Boundaries layer is County_ST~CtyBdy, where County_ST is the county name and state abbreviation. For example, the City Boundary table for Maricopa County is Maricopa_AZ~CtyBdy. This display alias appears in MapInfo dialog boxes and Map windows, provided the table was opened using the Autoloader or by accessing StreetPro county workspaces or seamless maps. Note: The state-level City Boundaries table does not have an alias because it is not opened by the autoloader or workspace.

Product Guide 161 © 2006 MapInfo Corporation. All rights reserved. Boundary Data Descriptions U.S. Voting District Boundary Layer Details The Voting District Boundary layer is a state-tiled table of voting districts as defined by the U.S. Census Bureau. These districts encompass a variety of areas defined by state and local governments for the purpose of conducting elections, including election districts, precincts, legislative districts and wards. Note: Do not confuse these layers with the State Legislative District boundaries.

U.S. Voting District Boundary Display Characteristics

Feature Description of Object Graphic Object Details

Voting District Area Map Region object, thin green border, no fill Pen(1, 2, 65280) Brush(1, 0, 16777215)

U.S. Voting District Boundary Table Structure

Type Field Description (Width) Indexed

VotingDistrict Name of District char(45) No

VTD District FIPS code - unique within county char(4) No

ID State and county FIPS code + VTD char(9) No

Minor Civil Division Boundary Data Descriptions This topic describes the display characteristics, table structure, FIPS class code descriptions, file naming convention, and layer display descriptions for the MCD Boundary layer.

MCD Boundary Display Characteristics

Feature Description of Object Graphic Object Details

MCD regions Brown dashed border, no fill. Pen(1,9,6303744) Brush(1,0,16777215)

MCD Boundary Table Structure

Type Field Description (Width) Indexed

MCD Name of Minor Civil Division (MCD) char(40) Yes

FIPS FIPS Code comprised of a 2 digit state code, 3 character char(10) No county code and 5 character MCD code

MCD Boundary Table Structure (continued)

Type Field Description (Width) Indexed

FIPSCC Code that differentiates the many different types of Census char(2) No Bureau recognized cities that may occur in the City Boundary and MCD layers.

SmartLabel Optional Labeling field containing a carriage return to create char(40) No a two-line label when necessary.

PopCode Code indicating the relative population of the city boundary integer No entity. Values range from 1 (lowest population) to 4 (highest population)

CapitalCity Flag field where value is true if entity is recognized as the logical No capital city for the state.

ColorShade Code that allows an implementation of a theme where no 2 integer No bordering entities will have the same value (also known as a “4-color theme”). Values range from 1 to 6.

FIPS_Cnty* 5 character Census Bureau FIPS code that identifies the char(5) No county that the record falls in/comes from.

* This field can only be found in state-tiled tables.

MCD Boundary FIPS Class Code Descriptions

FIPS Class Code Description

C1 An active incorporated place that is not also recognized as an Alaska Native village statistical area (ANVSA), and does not serve as a primary county division equivalent.

C3 Consolidated city

C5 Incorporated place that also serves as a primary county division; that is, it is not included in any adjacent primary county division of Class T or Z.

C6 Incorporated place that is coincident with, or approximates, an Alaska Native village statistical area

MCD Boundary FIPS Class Code Descriptions (continued)

FIPS Class Code Description

C7 Independent city; that is, an incorporated place that also serves as a county equivalent.

C8 The portion (remainder) of a consolidated city that is not within another incorporated place.

C9 An inactive or nonfunctioning incorporated place

T1 Governmentally active MCD that is not coextensive with an incorporated place.

T5 Governmentally active MCD that is coextensive with an incorporated place.

U1 CDP with a name that is commonly recognized for the populated area.

U9 CDP that coincides with, or approximates, an ANVSA.

Z1 Inactive or nonfunctioning MCD recognized as a primary county division by the Census Bureau.

Z3 Unorganized territory established as an MCD equivalent by the Census Bureau.

Z5 Census county division (CCD), census subarea (Alaska), or census subdistrict (U.S. Virgin Islands).

Z6 Sub-MCD in Puerto Rico (sub-barrio).

Z7 Independent incorporated place that serves as a primary county division in Iowa, North Carolina, and in counties containing only nonfunctioning MCDs in Nebraska.

MCD Boundary File Naming Convention MCD Boundaries are available in county-level and state-level tables. For county-level tables: SSCCCCMC.tab, where SS equals the two-letter state abbreviation, CCCC represents the three or four-letter county abbreviation, and MC is the township layer identifier. For example, the file name for Maricopa County, Arizona, is AZMARIMC.tab. For state-level MCD Boundary tables: SSMC.tab. For example, FLMC.tab for the MCD Boundary table for Florida.

MCD Boundary Layer Display Alias The display name for the MCD Boundaries layer is County_ST~MinorCivDiv, where County_ST is the county name and state abbreviation. For example, the MCD table for Maricopa County is Maricopa_AZ~MinorCivDiv. This display alias appears in MapInfo dialog boxes and Map windows, provided the table was opened using the Autoloader or by accessing StreetPro county workspaces or seamless maps. Note: The state-level MCD Boundary table does not have an alias because it is not opened by the autoloader or workspace.

County Boundary Data Descriptions This topic describes the display characteristics, table structure, file naming conventions, and layer display alias information for the County Boundary layer.

County Boundary Display Characteristics

Feature Description of Object Graphic Object Details

County boundaries Regions with light orange fill and dot-dash Pen(2, 23, 0) border Brush(2, 16771280, 16317568)

County Boundary Table Structure

Type Field Description (Width) Indexed

County County Name char(30) Yes

State State Name char(2) No

FIPS FIPS Code comprised of a 2 digit state code and 3 char(5) No character county code

SmartLabel Optional Labeling field containing a carriage return to char(30) No create a two-line label when necessary.

PopCode Code indicating the relative population of the city boundary integer No entity. Values range from 1 (lowest population) to 4 (highest population)

ColorShade Code that allows an implementation of a theme where no 2 integer No bordering entities will have the same value (also known as a “4-color theme”). Values range from 1 to 6.

FIPS_Cnty* 5 character Census Bureau FIPS code that identifies the char(5) No county that the record falls in/comes from.

* This field can only be found in state-tiled tables.

County Boundary File Naming Convention SSCCCCCY.tab, where SS equals the two-letter state abbreviation, CCCC represents the three or four-letter county abbreviation, and CY is the county boundary layer identifier. For example, the file name for Maricopa County, Arizona, is AZMARICY.tab. For state-tiled data, we use the naming convention SSX.tab, where SS equals the two-letter state abbreviation and X represents the layer identifier. For example, the naming convention for Arizona state-tiled county boundaries is AZCY.tab.

County Boundary Layer Display Alias The display name for the County Boundaries layer is County_ST~County, where County_ST is the county name and state abbreviation. For example, the County Boundaries table for Maricopa County is Maricopa_AZ~County. This display alias appears in MapInfo dialog boxes and Map windows, provided the table was opened using the Autoloader or by accessing StreetPro county workspaces or seamless maps.

Institution Data Descriptions

This topic covers the display characteristics, table structure, census feature class code descriptions, file naming conventions, and layer display alias information for the Institution layer.

Institution Display Characteristics

Description of Feature Object Graphic Object Details

Hospital Symbol (70,255,12,“MapInfo Cartographic”,0,0)

Church Symbol (41, 16711935, 12 “MapInfo Real Estate”, 0,0)

Cemetery Symbol (71, 8421504, 12 “MapInfo Real Estate”, 0,0)

Government Symbol (59, 0, 12, “MapInfo Real Estate”, 0,0) Facility

School Symbol (38, red, 12, “MapInfo Real Estate”, 0,0)

Institution Table Structure

Type Field Description (Width) Indexed

Name Name of Institution char(50) Yes

CFCC Census Feature Class Code char(3) No

SmartLabel Optional labeling field containing a carriage return to create char(55) No a two-line label when necessary

FIPS_Cnty* 5 character Census Bureau FIPS code that identifies the char(5) No county that the record falls in/comes from.

* This field can only be found in state-tiled tables.

Institution Census Feature Class Code (CFCC) Descriptions

Feature Class Code Description

D31 Hospital

D43 School, College or University

D44 Place of worship

D65 Government facility

D82 Cemetery

Institution File Naming Convention SSCCCCIN.tab, where SS equals the two-letter state abbreviation, CCCC represents the three or four-letter county abbreviation, and IN is the Institution layer identifier. For example, the file name for Maricopa County, Arizona, is AZMARIIN.tab. For state-tiled data, we use the naming convention SSX.tab, where SS equals the two-letter state abbreviation and X represents the layer identifier. For example, the naming convention for Arizona state-tiled Institutions is AZIN.tab.

Institution Layer Display Alias The display name for the Institutions layer is County_ST~Institutions, where County_ST is the county name and state abbreviation. For example, the Institutions table for Maricopa County is Maricopa_AZ~Institutions. This display alias appears in MapInfo dialog boxes and Map windows, provided the table was opened using the Autoloader or by accessing StreetPro county workspaces or seamless maps.

This topic covers the display characteristics, table structure, census feature class code descriptions, file naming conventions, and layer display alias information for the Large Area Landmark layer.

Large Area Landmark Display Characteristics

Feature Description of Object Graphic Object Details

Military Installations Light Gray regions, no Brush(2,14737632,16777215) Pen(1,1,0) border

Hospitals Dark Salmon regions, no Brush(2,16744576,16777215) Pen(1,1,0) border

Prisons Dark Gray regions, no Brush(2,9474192,16777215) Pen(1,1,0) border

Educational Institutions Light Pink region, no border Brush(2,16495801,16777215) Pen(1,1,0)

Major Retail Centers Pink regions, no border Brush(2,16744640,16777215) Pen(1,1,0)

Amusement Centers Bright Green regions, no Brush(2,9502608,16777215) Pen(1,1,0) border

Government Centers Orange regions, no border Brush(2,16760960,16777215) Pen(1,1,0)

Stadiums Light Yellow regions, no Brush(2,16777138,16777215) Pen(1,1,0) border

Golf Courses Light Green regions, no Brush(2,13429701,16777215) Pen(1,1,0) border

Cemeteries Light Purple regions, no Brush(2,13941210,16777215) Pen(1,1,0) border

Large Area Landmark Table Structure

Type Field Description (Width) Indexed

Name Name of Landmark char(50) No

Class CFCC Code char(3) No

SmartLabel Optional labeling field containing a carriage return to create char(55) No a two-line label when necessary

FIPS_Cnty* 5 character Census Bureau FIPS code that identifies the char(5) No county that the record falls in/comes from.

* This field can only be found in state-tiled tables.

Large Area Landmark Census Feature Class Code (CFCC) Descriptions

Feature Class Code Description

D10 Military installation

D31 Hospitals

D37 Federal penitentiary, state prison, or prison farm

D43 Educational institution

D61 Major Retail Centers

D64 Amusement center

D65 Government center

D67 Stadium, Performance arena

D81 Golf course

D82 Cemetery

Large Area Landmark File Naming Convention SSCCCCAL.tab, where SS equals the two-letter state abbreviation, CCCC represents the three or four-letter county abbreviation, and AL is the Large Area Landmark layer identifier. For example, the file name for Maricopa County, Arizona, is AZMARIAL.tab. For state-tiled data, we use the naming convention SSX.tab, where SS equals the two-letter state abbreviation and X represents the layer identifier. For example, the naming convention for Arizona state-tiled Large Area Landmarks is AZAL.tab.

Large Area Landmark Layer Display Alias The display name for the Area Landmarks layer is County_ST~Areas, where County_ST is the county name and state abbreviation. For example, the Large Area Landmarks table for Maricopa County is Maricopa_AZ~Areas. This display alias appears in MapInfo dialog boxes and Map windows, provided the table was opened using the Autoloader or by accessing StreetPro county workspaces or seamless maps.

This topics covers the display characteristics, file naming conventions, table structures, layer display alias, and correspondence table information for the MSA Boundary layer.

MSA Boundary Display Characteristics

Feature Description of Object Graphic Object Details

MSA regions Regions, no fill, blue border Pen(2, 2, 255) Brush(1, 0, 16777215)

MSA Boundary File Naming Convention This layer is a single nationwide table called US_MSA.tab. It is located on the product CD in the \extras\maps directory.

MSA Boundary Table Structure

Type Field Description (Width) Indexed

Name Metropolitan Statistical Area name char(56) Yes

MSA Metropolitan Statistical Area code char(4) Yes

POPC Total Population Integer No

HHC Household Count Integer No

WHTC White Population Integer No

BLKC Black Population Integer No

INDC American Indian and Alaskan Native Population Integer No

ASNC Asian Population Integer No

HPIC Native Hawaiian and other Pacific Islander Population Integer No

TWOC Two or More Races Population Integer No

OTHC Other Population Integer No

ADUC Adult Population Integer No

MSA Boundary Layer Display Alias The MSA Boundary table does not have an alias because it does not open via the Autoloader or workspace. Use File > Open to open this layer.

170 StreetPro U.S. 9.3 © 2006 MapInfo Corporation. All rights reserved. Appendix A: Data Descriptions MSA Correspondence Table This correspondence table (MSA_CORR.tab) is in the \extras\_maps\ directory and shows the correlation between an MSA and county data. This table may be useful for our developer community for joins with your US_MSA table.

MSA Correspondence Table Structure

Type Field Description (Width) Indexed

StateFIPS State FIPS Code char(2) No

CtyFIPS County FIPS Code char(3) No

MCD Minor Civil Division Code char(5) No

MSA Metropolitan Statistical Area Code char(4) No

NECMA NewEngland County Metropolitan Area Code char(4) No

MSAType MSA Type 'PMSA' or 'MSA' char(4) No

MSAName MSA Name char(56) No

AlphaState State Abbreviation char(2) No

CtyName County Name char(30) No

MCDName Minor Civil Division Name char(30) No

Core Based Statistical Areas (CBSA) Data Descriptions This topic describes the Display Characteristics, Table Structure, and File Naming Conventions for the Core Based Statistical Areas.

CBSA Display Characteristics

Feature Description of Object Graphic Object Details

CBSA regions Khaki Filled Regions with single pixel black Pen(1, 2, 0) border Brush(2, 15127210, 16777215)

CBSA Table Structure

Type Field Description (Width) Indexed

Name Name of the CBSA boundary char(80) Yes

CBSA CBSA Code char(5) Yes

CBSA Table Structure (continued)

Type Field Description (Width) Indexed

CBSA Type Metropolitan or Micropolitan indicator char(12) No

APIPOP2K 2000 Asian/Hawaiian/OPI (alone) Population int No

ASNPOP2K 2000 Asian (alone) Population int No

BLKPOP2K 2000 Black (alone) Population int No

HPIPOP2K 2000 Hawaiian/OPI (alone) Population int No

INDPOP2K 2000 American Indian/Alaska Native (alone) Population int No

OTH2POP2K 2000 Other (alone) & Two or more races Population int No

OTHPOP2K 2000 Other (alone) Population int No

WHTPOP2K 2000 White (alone) Population int No

TWOPOP2K 2000 Two or more races Population int No

P0TO52K 2000 Population Age 0 - 5 int No

P6TO132K 2000 Population Age 6 - 13 int No

P14TO172K 2000 Population Age 14 - 17 int No

P18TO202K 2000 Population Age 18 - 20 int No

P21TO242K 2000 Population Age 21 - 24 int No

P25TO292K 2000 Population Age 25 - 29 int No

P30TO342K 2000 Population Age 30 - 34 int No

P35TO392K 2000 Population Age 35 - 39 int No

P40TO442K 2000 Population Age 40 - 44 int No

P45TO492K 2000 Population Age 45 - 49 int No

P50TO542K 2000 Population Age 50 - 54 int No

P55TO592K 2000 Population Age 55 - 59 int No

P60TO642K 2000 Population Age 60 - 64 int No

P65TO692K 2000 Population Age 65 - 69 int No

P70TO742K 2000 Population Age 70 - 74 int No

CBSA Table Structure (continued)

Type Field Description (Width) Indexed

P75TO792K 2000 Population Age 75 - 79 int No

P80TO842K 2000 Population Age 80 - 84 int No

P85OVR2K 2000 Population Age 85 + int No

CBSA File Name Conventions This layer is a state-based table called SS_CBSA.tab, where SS stands for the state abbreviation. It is located on the product CD/DVD.

Changes to the CBSA Data from StreetPro U.S. 7.0 to StreetPro U.S. 7.2

Change Type CBSA Boundaries in version 1.0 CBSA Boundaries in version 1.2

CBSAs Merged Bristol, VA Metropolitan Statistical Area Two separate CBSA boundaries merged (14980) and Kingsport-Bristol, TN-VA into a single boundary - Kingsport- Metropolitan Statistical Area (28700) Bristol-Bristol, TN-VA Metropolitan Statistical Area (28700)

CBSA Renamed Buffalo-Cheektowaga-Tonawanda, NY CBSA boundary renamed to Buffalo- Metropolitan Statistical Area (15380) Niagara Falls, NY Metropolitan Statistical Area (15380)

CBSA Renamed Crescent City North, CA Micropolitan Crescent City, CA Micropolitan Statistical Area (18860) Statistical Area (18860)

CBSA Renamed Florence, AL Metropolitan Statistical Florence-Muscle Shoals, AL and Recoded Area (22460) Metropolitan Statistical Area (22520)

CBSA Renamed Hickory-Morganton-Lenoir, NC Hickory-Lenoir-Morganton, NC Metropolitan Statistical Area (25860) Metropolitan Statistical Area (25860)

CBSA Renamed Lakeland-Winter Haven, FL Lakeland, FL Metropolitan Statistical Metropolitan Statistical Area (29460) Area (29460)

CBSA Renamed Lexington-Thomasville, NC Thomasville-Lexington, NC Micropolitan and Recoded Micropolitan Statistical Area (30540) Statistical Area (45640)

CBSA Renamed Longview-Kelso, WA Metropolitan Longview, WA Metropolitan Statistical Statistical Area (31020) Area (31020)

CBSA Renamed New York-Newark-Edison, NY-NJ-PA New York-Northern New Jersey-Long Metropolitan Statistical Area (35620) Island, NY-NJ-PA Metropolitan Statistical Area (35620)

Changes to the CBSA Data from StreetPro U.S. 7.0 to StreetPro U.S. 7.2 (continued)

Change Type CBSA Boundaries in version 1.0 CBSA Boundaries in version 1.2

CBSA Renamed Portland-South Portland, ME Portland-South Portland-Biddeford, ME Metropolitan Statistical Area (38860) Metropolitan Statistical Area (38860)

CBSA Renamed Richmond, KY Micropolitan Statistical Richmond-Berea, KY Micropolitan and Recoded Area (40020) Statistical Area (40080)

CBSA Renamed Southern Pines, NC Micropolitan Southern Pines-Pinehurst, NC Statistical Area (43860) Micropolitan Statistical Area (43860)

CBSA Renamed Tiffin-Fostoria, OH Micropolitan Tiffin, OH Micropolitan Statistical Area Statistical Area (45660) (45660)

CBSA Renamed Yuba City-Marysville, CA Metropolitan Yuba City, CA Metropolitan Statistical Statistical Area (49700) Area (49700)

New CBSA Alexander City, AL Micropolitan Statistical Area (10760)

New CBSA Claremont, NH Micropolitan Statistical Area (17200)

New CBSA Elk City, OK Micropolitan Statistical Area (21120)

New CBSA Eufaula, AL-GA Micropolitan Statistical Area (21640)

New CBSA Fort Payne, AL Micropolitan Statistical Area (22840)

New CBSA Heber, UT Micropolitan Statistical Area (25720)

New CBSA Humboldt, TN Micropolitan Statistical Area (26480)

New CBSA Lewisburg, TN Micropolitan Statistical Area (30280)

New CBSA Martin, TN Micropolitan Statistical Area (32280)

New CBSA Pella, IA Micropolitan Statistical Area (37800)

New CBSA Susanville, CA Micropolitan Statistical Area (45000)

Changes to the CBSA Data from StreetPro U.S. 7.0 to StreetPro U.S. 7.2 (continued)

Change Type CBSA Boundaries in version 1.0 CBSA Boundaries in version 1.2

New CBSA Vidalia, GA Micropolitan Statistical Area (47080)

New CBSA West Point, MS Micropolitan Statistical Area (48500)

DMA Boundary Data Descriptions

This topic covers the display characteristics, file naming convention, table structure, and layer display alias information for the DMA Boundary layer.

DMA Boundary Display Characteristics

Feature Description of Object Graphic Object Details

DMA regions Regions, no fill, red border Pen(2, 2, 16711680) Brush(1, 0, 16777215)

DMA Boundary File Naming Convention This layer is a single nationwide table called US_DMA.tab. It is located on the product CD in the \extras\maps directory.

DMA Boundary Table Structure

Type Field Description (Width) Indexed

Name DMA name char(36) Yes

DMA DMA code char(3) Yes

DMA Boundary Layer Display Alias The DMA Boundary table does not have an alias because it does not open via the autoloader or workspace. Use File > Open to open this layer.

This topic covers the Parks and Recreational Area layer data descriptions.

Park Data Descriptions This topic covers the display characteristics, the table structure, the census feature class code descriptions, the file naming conventions, and the layer display alias information for the Park layer.

Park Display Characteristics

Feature Description of Object Graphic Object Details

State or National Park Bluish-Green regions, no Brush(2, 6734501, 16777215) Pen(1,1,0) border

Park Table Structure

Type Field Description (Width) Indexed

Name Name of park char(50) No

CFCC Census Feature Class Code char(3) No

SmartLabel Optional labeling field containing a carriage return to create char(55) No a two-line label

FIPS_Cnty* 5 character Census Bureau FIPS code that identifies the char(5) No county that the record falls in/comes from.

* This field can only be found in state-tiled tables.

Park Census Feature Class Code (CFCC) Descriptions

Feature Class Code Description

D83 National Park or Forest unit

D85 State Park or Forest unit

D89 Local Park or Recreation Area

Park File Naming Convention SSCCCCPK.tab, where SS equals the two-letter state abbreviation, CCCC represents the three or four-letter county abbreviation, and PK is the Parks layer identifier. For example, the file name for Maricopa County, Arizona, is AZMARIPK.tab. For state-tiled data, we use the naming convention SSX.tab, where SS equals the two-letter state abbreviation and X represents the layer identifier. For example, the naming convention for Arizona state-tiled parks is AZPK.tab.

Park Layer Display Alias The display name for the Parks layer is County_ST~Parks, where County_ST is the county name and state abbreviation. For example, the Parks table for Maricopa County is Maricopa_AZ~Parks. This display alias appears in MapInfo dialog boxes and Map windows, provided the table was opened using the Autoloader or by accessing StreetPro county workspaces or seamless maps.

Recreation Area Data Descriptions This topic covers the display characteristics, the table structure, the census feature class code descriptions, the file naming conventions, and the layer display alias information for the Recreation Area layer.

Recreation Area Display Characteristics

Description Feature of Object Graphic Object Details

Golf courses Symbol(55, 32768, 14, “MapInfo Symbols”, 0,0)

Other Recreation Area Symbol (137, 16711680, 14 “MapInfo Miscellaneous”, 0,0)

Recreation Area Table Structure

Type Field Description (Width) Indexed

Name Name of landmark char(50) No

CFCC Census Feature Class Code char(3) No

SmartLabel Optional labeling field containing a carriage return to create char(45) No a two-line label when necessary

FIPS_Cnty* 5 character Census Bureau FIPS code that identifies the char(5) No county that the record falls in/comes from.

* This field can only be found in state-tiled tables.

Recreation Area Census Feature Class Code (CFCC) Descriptions

Feature Class Code Descriptions

D81 Golf courses

D92 Other Recreation Areas

Recreation Area File Naming Conventions SSCCCCRA.tab, where SS equals the two-letter state abbreviation, CCCC represents the three or four-letter county abbreviation, and RA is the Recreation Areas layer identifier. For example, the file name for Maricopa County, Arizona, is AZMARIRA.tab. For state-tiled data, we use the naming convention SSX.tab, where SS equals the two-letter state abbreviation and X represents the layer identifier. For example, the naming convention for Arizona state-tiled recreation areas is AZRA.tab.

Recreation Area Layer Display Alias The display name for the Recreation layer is County_ST~RecAreas, where County_ST is the county name and state abbreviation. For example, the Recreation Areas table for Maricopa County is Maricopa_AZ~RecAreas. This display alias appears in MapInfo dialog boxes and Map windows, provided the table was opened using the Autoloader or by accessing StreetPro county workspaces or seamless maps.

Railroad Layer Data Descriptions

This topic covers the display characteristics, the table structure, the census feature class code descriptions, the file naming conventions, and the layer display alias information for the Railroad layer.

Railroad Layer Display Characteristics

Feature Description of Object Graphic Object Details

Railroads Thin black hatched line Pen(1, 26, 0)

Railroad Layer Table Structure

Type Field Description (Width) Indexed

Railroad Rail Name, Owner, Description char(50) No

CFCC Census Feature Class Code for Rail line (see descriptions char(3) No below)

Railroad Layer Table Structure (continued)

Type Field Description (Width) Indexed

Record_ID Unique record ID for the segment char(10) No

FIPS_Cnty* 5 character Census Bureau FIPS code that identifies the char(5) No county that the record falls in/comes from.

* This field can only be found in state-tiled tables.

Railroad Census Feature Class Code (CFCC) Descriptions

Feature Class Code Description

Railroad With Major Category Unknown Source materials do not allow determination of the major railroad category. Major Category Unknown should not, under most circumstances, be used since the source materials usually provide enough information to determine the major category.

B01 Railroad track, not in tunnel or underpassing; major category used alone when the minor category could not be determined

B02 Railroad track, in tunnel

B03 Railroad track, underpassing

Railroad Main Line A railroad in this category is the primary track that provides service between destinations. A main line track often carries the name of the owning and operating railroad company.

B11 Railroad main track, not in tunnel or underpassing

B12 Railroad main track, in tunnel

B13 Railroad main track, underpassing

Railroad Spur A railroad in this category is the track that leaves the main track, ending in an industrial park, factory, or warehouse area, or forming a siding along the main track.

B21 Railroad spur track, not in tunnel or underpassing

B22 Railroad spur track, in tunnel

B23 Railroad spur track, underpassing

Railroad Census Feature Class Code (CFCC) Descriptions (continued)

Feature Class Code Description

Railroad Yard A railroad yard track has parallel tracks that form a working area for the railroad company. Train cars and engines are repaired, switched, and dispatched from a yard.

B31 Railroad yard track, not in tunnel or underpassing

B32 Railroad yard track, in tunnel

B33 Railroad yard track, underpassing

Railroad with Special Characteristics A railroad or portions of a railroad track that are parts of the railroad system and have separately identifiable characteristics.

B40 Railroad ferry crossing, the representation of a route over water used by ships carrying train cars to connecting railroads on opposite shores. These are primarily located on the Great Lakes.

Railroad as Other Thoroughfare A railroad that is not part of the railroad system. This category is for a specialized rail line or railway that is typically inaccessible to mainstream railroad traffic.

B50 Other rail line; major category used alone when the minor category could not be determined

B51 Carline, a track for street cars, trolleys, and other mass transit rail systems; used when the carline is not part of the road right-of-way

B52 Cog railroad, incline railway, or logging tram

Railroad Layer File Naming Convention SSCCCCR.tab, where SS equals the two-letter state abbreviation, CCCC represents the three or four-letter county abbreviation, and R is the Railroad layer identifier. For example, the file name for Maricopa County, Arizona, is AZMARIR.tab. For state-tiled data, we use the naming convention SSX.tab, where SS equals the two-letter state abbreviation and X represents the layer identifier. For example, the naming convention for Arizona state-tiled railroads is AZR.tab.

Railroad Layer Display Alias The display name for the Railroad layer is County_ST~Railroads, where County_ST is the county name and state abbreviation. For example, the Railroads table for Maricopa County is Maricopa_ AZ~Railroads. This display alias appears in MapInfo dialog boxes and Map windows, provided the table was opened using the Autoloader or by accessing StreetPro county workspaces or seamless maps.

Retail Center Layer Data Descriptions

Retail Center Layer Display Characteristics

Description of Feature Object Graphic Object Details

Retail Center Symbol (56, 8388608, 12, “MapInfo Real Estate”, 0, 0)

Retail Center Layer Table Structure

Type Field Description (Width) Indexed

Name Name of retail center char(50) No

CFCC Census Feature Class Code char(3) No

SmartLabel Optional labeling field containing a carriage return to create char(45) No a two-line label when necessary

FIPS_Cnty* 5 character Census Bureau FIPS code that identifies the char(5) No county that the record falls in/comes from.

* This field can only be found in state-tiled tables.

Retail Center Census Feature Class Code (CFCC) Descriptions

Feature Class Code Description

D61 Major retail center

Retail Center Layer File Naming Convention SSCCCCRC.tab, where SS equals the two-letter state abbreviation, CCCC represents the three or four-letter county abbreviation, and RC is the Retail Center layer identifier. For example, the file name for Maricopa County, Arizona, is AZMARIRC.tab. For state-tiled data, we use the naming convention SSX.tab, where SS equals the two-letter state abbreviation and X represents the layer identifier. For example, the naming convention for Arizona state-tiled retail centers is AZRC.tab.

Retail Center Layer Display Alias The display name for the Retail layer is County_ST~Retail, where County_ST is the county name and state abbreviation. For example, the Retail table for Maricopa County is Maricopa_AZ~Retail. This display alias appears in MapInfo dialog boxes and Map windows, provided the table was opened using the Autoloader or by accessing StreetPro county workspaces or seamless maps.

Retail Center Feature Priority Codes

Feature Priority Feature

4 Malls

3 Shopping Centers

2 Plazas

1 Marketplace, Square, Other Retail Spaces

School District Boundary Layer Data Descriptions

You can review the School District Boundary layer which contains boundaries of school districts as defined by the United States Census Bureau. These boundaries represent three types of public school administrative areas: Elementary schools, Secondary schools and Unified school districts.

School District Boundary Layer Display Characteristics

Feature Description of Object Graphic Object Details

Elementary School Districts (*ELM.tab) Thin red border, no fill Pen(1, 2, 16711680), Brush(1, 0, 16777215)

Secondary School Districts (*SEC.tab) Thin yellow border, no fill Pen(1, 2, 16776960), Brush(1, 0, 16777215)

Unified School Districts (*UNI.tab) Thin purple border, no fill Pen(1, 2, 8388736), Brush(1, 0, 16777215)

School District Boundary Table Structure

Type Field Description (Width) Indexed

Name Name of District char(60) No

District District Code char(5) No

Enrollment Pupil Enrollment integer No

Transportation Hub Data Descriptions

Transportation Hub Display Characteristics

Description Feature of Object Graphic Object Details

Train station Symbol (110, 0, 14, “MapInfo Transportation”, 0, 0)

Bus station Symbol (111, 8421504, 14, “MapInfo Transportation”, 0, 0)

Ferry terminal Symbol (98, 255, 12, “MapInfo Transportation”, 0, 0)

Subway or Metro station Symbol (109, 0, 12, “MapInfo Transportation”, 0, 0)

Transportation Hub Table Structure

Type Field Description (Width) Indexed

Name Name of transportation hub char(50) No

CFCC Census Feature Class Code char(3) No

SmartLabel Optional labeling field containing a carriage return to create a char(55) No two-line label when necessary

FIPS_Cnty* 5 character Census Bureau FIPS code that identifies the char(5) No county that the record falls in/comes from.

* This field can only be found in state-tiled tables.

Transportation Hub Census Feature Class Code (CFCC) Descriptions

Feature Class Code Description

D52 Train station

D53 Bus terminal

D54 Ferry terminal

D56 Subway or Metro station

Transportation Hub File Naming Convention SSCCCCTR.tab, where SS equals the two-letter state abbreviation, CCCC represents the three or four-letter county abbreviation, and TR is the Transportation layer identifier. For example, the file name for Maricopa County, Arizona, is AZMARITR.tab. For state-tiled data, we use the naming convention SSX.tab, where SS equals the two-letter state abbreviation and X represents the layer identifier. For example, the naming convention for Arizona state-tiled transportation hubs is AZTR.tab.

Transportation Hub Layer Display Alias The display name for the Transportation Hubs layer is County_ST~TransHubs, where County_ST is the county name and state abbreviation. For example, the Transportation Hubs table for Maricopa County is Maricopa_AZ~TransHubs. This display alias appears in MapInfo dialog boxes and Map windows, provided the table was opened using the Autoloader or by accessing StreetPro county workspaces or seamless maps.

Major Water Body, Water Bodies, and River Data Descriptions

This topic groups the waterway related data descriptions in the StreetPro US product.

Major Water Data Descriptions This topic covers the display characteristics, the table structure, the census feature class code descriptions, the file naming conventions, and the layer display alias information for the Major Waterbody layer.

Major Water Display Characteristics

Feature Description of Object Graphic Object Details

Water bodies Bluish Gray Regions with no fill Pen(1,1,0) Brush(2, 7645647, 16777215)

Major Water Table Structure

Type Field Description (Width) Indexed

Name Name of water boundary char(50) No

CFCC CFCC code (see table below) char(3) No

SmartLabel Optional labeling field containing a carriage return to char(55) No create a two-line label when necessary

Feature Priority Relative importance of the feature. Possible values: integer(1) No • 4=major water feature (ocean, Great Lake, major bay) • 3= medium water feature (major river) • 2=minor water feature (minor river) • 1=least important water feature (pond, creek)

FIPS_Cnty* 5 character Census Bureau FIPS code that identifies char(5) No the county that the record falls in/comes from.

* This field can only be found in state-tiled tables.

Major Water Census Feature Class Codes (CFCC) (All Water Layers)

Feature Class Code Description

H00 Water feature, classification unknown or not elsewhere classified

H01 Shoreline of perennial water feature

H02 Shoreline of intermittent water feature

H10 Stream

H11 Perennial stream

H12 Intermittent stream or wash

H13 Braided stream

H20 Canal, ditch, or aqueduct

Major Water Census Feature Class Codes (CFCC) (All Water Layers) (continued)

Feature Class Code Description

H21 Perennial canal, ditch or aqueduct

H22 Intermittent canal, ditch or aqueduct

H30 Lake or pond

H31 Perennial lake or pond

H32 Intermittent lake or pond

H40 Reservoir

H41 Perennial reservoir

H42 Intermittent reservoir

H50 Bay, estuary, gulf, sound, sea or ocean

H51 Bay, estuary, gulf or sound

H53 Sea or ocean

H60 Gravel pit or quarry filled with water

H70 Non-visible water area definition boundary

H71 U.S.Geological Survey closure line

H72 Census computed center line

H73 Census international water boundary, 10-mile limit, area measurement line

H74 Census water boundary, inland or coastal or Great Lakes

H75 3-mile limit water boundary

H80 Special water feature

H81 Glacier

Major Water File Naming Convention SSCCCCMW.tab, where SS equals the two-letter state abbreviation, CCCC represents the three or four-letter county abbreviation, and MW is the Major Water layer identifier. For example, the file name for Maricopa County, Arizona, is AZMARIMW.tab. For state-tiled data, SSX.tab, where SS equals the two-letter state abbreviation and X represents the layer identifier. For example, the naming convention for Arizona state-tiled major water bodies is AZMW.tab.

Major Water Layer Display Alias The display name for the Major Water layer is County_ST~MajorWater, where County_ST is the county name and state abbreviation. For example, the Major Water table for Maricopa County is Maricopa_AZ~MajorWater. This display alias appears in MapInfo dialog boxes and Map windows, provided the table was opened using the Autoloader or by accessing StreetPro county workspaces or seamless maps.

Water Body Data Descriptions This topic covers the display characteristics, the table structure, the file naming conventions, and the layer display alias information for the Waterbody layer.

Water Body Display Characteristics

Feature Description of Object Graphic Object Details

Water regions Light blue filled regions with no Pen(1, 2, 255) Brush(2, 10551295, 8224125) border

Water Body Table Structure

Type Field Description (Width) Indexed

Name Name of water boundary char(50) No

CFCC CFCC code (see table under Major Water above) char(3) No

SmartLabel Optional labeling field containing a carriage return to create char(55) No a two-line label when necessary

FIPS_Cnty* 5 character Census Bureau FIPS code that identifies the char(5) No county that the record falls in/comes from.

* This field can only be found in state-tiled tables.

Water Body File Naming Convention SSCCCCWB.tab, where SS equals the two-letter state abbreviation, CCCC represents the three or four-letter county abbreviation, and WB is the Waterbodies layer identifier. For example, the file name for Maricopa County, Arizona, is AZMARIWB.tab. For state-tiled data, we use the naming convention SSX.tab, where SS equals the two-letter state abbreviation and X represents the layer identifier. For example, the naming convention for Arizona state-tiled water bodies is AZWB.tab.

Water Body Layer Display Alias The display name for the Waterbodies layer is County_ST~WaterBodies, where County_ST is the county name and state abbreviation. For example, the Waterbodies table for Maricopa County is Maricopa_AZ~WaterBodies This display alias appears in MapInfo dialog boxes and Map windows, provided the table was opened using the Autoloader or by accessing StreetPro county workspaces or seamless maps.

River Data Descriptions This topic covers the display characteristics, the table structure, the file naming conventions, and the layer display alias information for the Rivers layer.

River Display Characteristics

Feature Description of Object Graphic Object Details

Water lines/polylines Grayish Blue Lines Pen(1,2,65535)

River Table Structure

Type Field Description (Width) Indexed

Name Waterway Name char(50) No

CFCC CFCC code (see table under Major Water above) char(3) No

SmartLabel Optional labeling field that only contains content for features char(55) No that do not have generic names (“Stream”, “Brook”, “River”, etc.)

FIPS_Cnty* 5-character Census Bureau FIPS code that identifies the char(5) No county that the record falls in/comes from.

* This field can only be found in state-tiled tables.

River File Naming Convention SSCCCCWR.tab, where SS equals the two-letter state abbreviation, CCCC represents the three or four-letter county abbreviation, and WR is the Rivers layer identifier. For example, the Rivers file name for Maricopa County, Arizona, is AZMARIWR.tab. For state-tiled data, we use the naming convention SSX.tab, where SS equals the two-letter state abbreviation and X represents the layer identifier. For example, the naming convention for Arizona state-tiled rivers is AZWR.tab.

River Layer Display Alias The display name for the Rivers layer is County_ST~WaterRivers, where County_ST is the county name and state abbreviation. For example, the Rivers table for Maricopa County is Maricopa_ AZ~WaterRivers. This display alias appears in MapInfo dialog boxes and Map windows, provided the table was opened using the Autoloader or by accessing StreetPro county workspaces or seamless maps.

This appendix details additional feature code columns we have added to enhance the StreetPro layer data. You can use these codes to refine your searches and provide even more detail in your maps. The layers that could use these feature codes include the following list and have additional information that has not been available before: •Streets • Water Layers (Major Water, Water/River, and Water Bodies) • Railroad Layers • Administrative Layers (Governmental, Census, Postal, Urban, Districts, and TeleCom) • Land Use Layers (Parks, Industrial, Recreational Area, Land Cover, and Land Masses) • Ferry Layer • Gazetteer Layers (Cities)

In this section:

Points of Interest ...... 191 Display Street miFeature Codes ...... 202 Waterway Layer miFeature Codes ...... 207 Railroad Layer miFeature Codes ...... 209 Administrative Region miFeature Codes ...... 209 Land miFeature Codes...... 211 Ferry miFeature Codes ...... 215 Settlement miFeature Codes...... 216 Appendix B: Listing the miFeature Codes Points of Interest

This table shows the miFeature Codes that are now associated with your MapInfo data. This is the way the Points of Interest classification system works. For example, for miCodes 10240300: 10 refers to the Points of Interest category. 24 indicates the Public subcategory. There are fifteen business subcategories including: • 01 Shopping - Retail and Wholesale • 02 Eating and Drinking Places • 03 Business and Personal Services • 04 Other Business • 11 Tourism • 12 Sports • 13 Recreation/Entertainment • 21 Educational • 22 Place of Worship •23 Health • 24 Public •31 Airports • 32 Stations •33 Parking • 34 Interchanges 0300 indicates a police station or facility. These classifications may be broken down further into a subfeature codes hierarchy to indicate relative use or importance within these classifications.

Points of Interest MIFeature Codes

10 Points Of Interest Subcategories Subfeature Codes miCodes

00 Unclassified 0000 Unclassified 10000000

Points of Interest MIFeature Codes (continued)

10 Points Of Interest Subcategories Subfeature Codes miCodes

01 Shopping - Retail and Wholesale 0000 Unclassified 10010000

0100 General Merchandise Stores/ 10010100 Shops

0101 Department Stores 10010101

0102 Variety Stores 10010102

0103 Warehouse Club Stores 10010103

0200 Food Stores 10010200

0201 Food Stores - Supermarket 10010201

0202 Food Stores -Grocery Stores 10010202

0203 Food Stores -Fish/Seafood 10010203 Market

0204 Food Stores -Fruits/Vegetable 10010204 Market

Points of Interest MIFeature Codes (continued)

10 Points Of Interest Subcategories Subfeature Codes miCodes

01 Shopping - Retail and Wholesale 0205 Beverage / Bottle Store 10010205 (continued) 0300 Apparel and Accessory 10010300

0400 Auto Sales and Service Stations 10010400

0401 Car Dealership - Sales 10010401

0402 Car Dealership - Service 10010402

0403 Car Dealership - Sales and 10010403 Service

0404 Car Repair Facilities 10010404

0405 Car Rental Office 10010405

0410 Motorcycle Sales and Service 10010410

0500 Gas / Petrol Stations 10010500

0600 Furniture and Home 10010600 Furnishings

0700 Building Materials & Garden 10010700 Supplies

0800 Wholesale Trade Durable & 10010800 Non-durables

0900 Shopping Malls/ Shopping 10010900 Centers

Points of Interest MIFeature Codes (continued)

10 Points Of Interest Subcategories Subfeature Codes miCodes

02 Eating and Drinking Places 0000 Unclassified 10020000

0100 Restaurants - Ethnic 10020100

0101 Restaurants - Ethnic - American 10020101

0102 Restaurants - Ethnic - Chinese 10020102

0103 Restaurants - Ethnic - Italian 10020103

0104 Restaurants - Ethnic - German 10020104

0105 Restaurants - Ethnic - French 10020105

0106 Restaurants - Ethnic - Japanese 10020106

0107 Restaurants - Ethnic - Indian 10020107

0108 Restaurants - Ethnic - Thai 10020108

0109 Restaurants - Ethnic - 10020109 Vietnamese

0110 Restaurants - Ethnic - Middle 10020110 East

0111 Restaurants - Ethnic - Greek 10020111

0112 Restaurants - Ethnic - Mexican 10020112

02 Eating and Drinking Places 0200 Restaurants - Ice Cream/Soda 10020200 (continued) 0300 Restaurants - Fast Food 10020300

0400 Restaurants - Family 10020400

0500 Restaurants - Pizza 10020500

0600 Restaurants - Seafood 10020600

0700 Restaurants - Drinking/Alcoholic 10020700

0800 High Concentration of 10020800 Restaurants

Points of Interest MIFeature Codes (continued)

10 Points Of Interest Subcategories Subfeature Codes miCodes

03 Business and Personal Services 0000 Unclassified 10030000

0100 Hotels/Motels 10030100

0200 Personal Service Business 10030200

0201 Laundromat 10030201

0202 Salons 10030202

0300 Financial Services 10030300

0301 Banks 10030301

0302 ATM Machine / Cash Dispenser 10030302

0400 Broadcasting Service 10030400

0500 Automobile Club 10030500

04 Other Business 0000 Office / Company / Industry 10040000

0100 Agriculture and Mining 10040100

0101 Mine/Quarry 10040101

0200 Manufacturing 10040200

11 Tourism 0000 Unclassified 10110000

0100 Tourist Attraction 10110100

0200 Tourist Attraction - Building 10110200

0201 Museum 10110201

0202 Art Gallery / Art Center 10110202

0203 Aquarium 10110203

0300 Tourist Attraction - Monument 10110300

0301 Memorial 10110301

Points of Interest MIFeature Codes (continued)

10 Points Of Interest Subcategories Subfeature Codes miCodes

Tourism (continued) 0400 Tourist Attraction - Natural 10110400

0401 Scenic/Panoramic View 10110401

0402 Beach, Represented by a Point 10110402

0403 Mountain peak 10110403

0405 Mountain pass 10110405

0500 Tourist Attraction - Historic Site 10110500

0600 Tourist Attraction - Other 10110600

0601 Winery 10110601

0700 Tourist Information Center 10110700

0800 Rest Area (Public) 10110800

Points of Interest MIFeature Codes (continued)

10 Points Of Interest Subcategories Subfeature Codes miCodes

12 Sports 0000 Sports - Unclassified 10120000

0100 Sport Center / Stadium 10120100

0101 Tennis Court 10120101

0102 Cricket 10120102

0103 Football/Soccer 10120103

0104 Baseball 10120104

0105 Ice Skating Rink 10120105

0106 Hockey 10120106

0107 Basketball/Netball 10120107

0108 Golf Course 10120108

0109 Race Course 10120109

0110 Rifle Range 10120110

0111 Bowling Center 10120111

0300 Water Sport 10120300

0301 Swimming Pool 10120301

0302 Yacht Basin 10120302

0400 Sports Club 10120400

0500 Health Club 10120500

0600 Ski Resort 10120600

Points of Interest MIFeature Codes (continued)

10 Points Of Interest Subcategories Subfeature Codes miCodes

13 Recreation/Entertainment 0000 Unclassified 10130000

0100 Cultural /Civic/ Community 10130100 Center

0101 Theater 10130101

0102 Opera 10130102

0103 Concert Hall 10130103

0104 Music Center 10130104

0105 Cinema 10130105

0200 Leisure Center 10130200

0201 Park 10130201

0202 Zoo 10130202

0203 Amusement Park 10130203

0204 Camping Ground/Caravan park 10130204

0205 Fairgrounds 10130205

0206 Night Life /Clubs 10130206

0207 Casino 10130207

0208 Recreational Clubs 10130208

0300 Convention Center 10130300

0301 Exhibition Center 10130301

Points of Interest MIFeature Codes (continued)

10 Points Of Interest Subcategories Subfeature Codes miCodes

21 Educational 0000 Educational 10210000

0100 Kindergarten/Nursery School 10210100

0200 Elementary/Middle/High School 10210200

0201 Elementary/Middle/High School 10210201 - Catholic

0202 Elementary/Middle/High School 10210202 - Private

0203 Elementary/Middle/High School 10210203 - Public

0300 Colleges/Universities 10210300

0400 Vocational/Trade 10210400

0500 Special Schools 10210500

0600 Library 10210600

0700 Child Care Center 10210700

22 Place of Worship 0000 Places of Worship, Undefined 10220000

0100 Church 10220100

0101 Baptist Church 10220101

0102 Catholic Church 10220102

0103 Methodist Church 10220103

0200 Mosque 10220200

0300 Synagogue 10220300

0400 Buddhist Temple 10220400

0500 Hindu Temple 10220500

0600 Other 10220600

Points of Interest MIFeature Codes (continued)

10 Points Of Interest Subcategories Subfeature Codes miCodes

23 Health 0000 Health Facilities, Undefined 10230000

0010 Pharmacy 10230010

0100 Hospital/Polyclinic 10230100

0200 Nursing and Personal Care 10230200

0300 Office/Clinic of Medical Doctors 10230300

0400 Office/Clinic of Dentist 10230400

0500 Medical/Dental Laboratories/ 10230500 Services

0600 Ambulance Station 10230600

0700 Veterinarian Clinic/Hospital 10230700

24 Public 0000 All 10240000

0100 Government Facilities 10240100

0101 City/Municipal/Local Facility 10240101

0102 Courts 10240102

0103 Embassy /Foreign Government 10240103 Representation

0104 Frontier Crossing 10240104

0300 Police Station/Facility 10240300

24 Public (continued) 0400 Fire Stations 10240400

0500 Post Office 10240500

0501 Post Office - Main 10240501

0502 Post Office - Minor 10240502

0600 Prisons 10240600

0700 Military base /Defense 10240700

0800 Cemetery/Crematorium 10240800

0900 Waste Disposal /Sewerage 10240900

Points of Interest MIFeature Codes (continued)

10 Points Of Interest Subcategories Subfeature Codes miCodes

31 Airports 0000 Unclassified 10310000

0010 Check-in Facility at Airport 10310010

0011 Check-in Facility at Airport 10310011 Departures

0012 Check-in Facility at Airport 10310012 Arrivals

0010 Check-in Facility at Airport 10310013 Departure/Arrivals

0100 Airport - Civil 10310100

0101 Airport - Public 10310101

0102 Airport- Private 10310102

0200 Airport - Military 10310200

0300 Helipad 10310300

32 Stations 0000 Unclassified 10320000

0100 Ferry terminal /Wharf/Jetty/ 10320100 Pontoon

0101 Ferry Terminal Ship/Hovercraft 10320101

0102 Ferry Terminal Train 10320102

0200 Railway Station, Undefined 10320200

0201 Railway Station, Underground/ 10320201 Metro

0202 Railway Station, International 10320202

0203 Railway Station, National 10320203

0204 Railway Station, (Sub) Urban 10320204

0300 Bus Terminal /Depot 10320300

Points of Interest MIFeature Codes (continued)

10 Points Of Interest Subcategories Subfeature Codes miCodes

33 Parking 0000 Parking - Unclassified 10330000

0100 Parking Garage 10330100

0200 Open Parking Area 10330200

0300 Rent-a-Car Parking 10330300

0210 Park and Ride Lot 10330210

34 Interchanges 0000 Intersection 10340000

0100 Freeway Exit/Entrance 10340100

0200 Freeway to Freeway 10340200 Interchange

0300 Non Freeway Intersection 10340300

Display Street miFeature Codes

This table shows the miFeature Codes that are now associated with your MapInfo data. This is the way the Display Streets category works. For example, for miCodes 20050500: 20 refers to the Display Streets category. 05 indicates that the street is a local connector. There are nine street subcategories including: • 01 Limited Access/Highways • 02 Major Roads • 03 Regional Connectors • 04 Secondary Roads • 05 Local Connectors • 06 Local Roads of High Importance • 07 Local Roads • 08 Local Minor Roads • 09 Other Roads 0500 indicates that the road is a service road. These categories are further broken down into a subfeature codes hierarchy to indicate relative use or importance within these classifications. • 0000 Freeway • 0100 Multi-vehicle roadway • 0200 Single vehicle roadway • 0300 Traffic circle • 0400 Ramp

• 0500 Service road • 0600 Entrance/Exit to/from parking • 0700 Pedestrian Zone • 0800 Car park • 0900 Local access • 0910 Alley • 0920 Cul-de-Sac The 09 Other Road Category even provides codes for trails and pathways that have not traditionally been marked.

Display Streets MIFeature Codes

20 Display Streets Subcategories Subfeature Codes miCodes

01 Limited Access/Highways 0000 Freeway 20010000

0100 Multi-Vehicle Roadway 20010100

0200 Single Vehicle Roadway 20010200

0300 Roundabout/Traffic Circle 20010300

0301 Special Traffic Feature 20010301

0400 Slip Road/Ramp 20010400

0401 Road to Major Ramp 20010401

0402 Road to Secondary Ramp 20010402

02 Major Roads 0000 Highway 20020000

0100 Multi-Vehicle Highway 20020100

0200 Single Vehicle Highway 20020200

0300 Roundabout/Traffic Circle 20020300

0301 Special Traffic Feature 20020301

0400 Slip Road/Ramp 20020400

0401 Connector to Non-Highway 20020401

0402 Connector to Highway 20020402

0500 Service Road 20020500

Display Streets MIFeature Codes (continued)

20 Display Streets Subcategories Subfeature Codes miCodes

03 Regional Connectors 0000 Main Road 20030000

0100 Multi-Vehicle Highway 20030100

0200 Single Vehicle Highway 20030200

0300 Roundabout/Traffic Circle 20030300

0301 Special Traffic Feature 20030301

0400 Slip Road/Ramp 20030400

0401 Connector to Non-Highway 20030401

0402 Connector to Highway 20030402

0500 Service Road 20030500

04 Secondary Roads 0000 Road 20040000

0100 Multi-Vehicle Highway 20040100

0200 Single Vehicle Highway 20040200

0300 Roundabout/Traffic Circle 20040300

0301 Special Traffic Feature 20040301

0400 Slip Road/Ramp 20040400

0401 Connector to non-Highway 20040401

0402 Connector to Highway 20040402

0500 Service Road 20040500

0600 Car Park Entrance/Exit 20040600

Display Streets MIFeature Codes (continued)

20 Display Streets Subcategories Subfeature Codes miCodes

05 Local Connectors 0000 Road 20050000

0100 Multi-Vehicle Highway 20050100

0200 Single Vehicle Highway 20050200

0300 Roundabout/Traffic Circle 20050300

0301 Special Traffic Feature 20050301

0400 Slip Road/Ramp 20050400

0401Connector Lane 20050401

0500 Service Road 20050500

0600 Car Park Entrance/Exit 20050600

06 Local Road of High Importance 0000 Road 20060000

0100 Multi-Vehicle Highway 20060100

0200 Single Vehicle Highway 20060200

0300 Roundabout/Traffic Circle 20060300

0301 Special Traffic Feature 20060301

0400 Slip Road/Ramp 20060400

0401 Connector Lane 20060401

0500 Service Road 20060500

0600 Car Park Entrance/Exit 20060600

0700 Pedestrian Zone 20060700

Display Streets MIFeature Codes (continued)

20 Display Streets Subcategories Subfeature Codes miCodes

07 Local Roads 0000 Road 20070000

0100 Multi-Vehicle Highway 20070100

0200 Single Vehicle Highway 20070200

0300 Roundabout/Traffic Circle 20070300

0301 Special Traffic Feature 20070301

0400 Slip Road/Ramp 20070400

0401 Connector Lane 20070401

0500 Service Road 20070500

0600 Car Park Entrance/Exit 20070600

0700 Pedestrian Zone 20070700

0800 Car Park 20070800

0900 Local Access Road 20070900

08 Local Minor Roads 0000 Road 20080000

0100 Multi-Vehicle Highway 20080100

0200 Single Vehicle Highway 20080200

0300 Roundabout/Traffic Circle 20080300

0301 Special Traffic Feature 20080301

0400 Slip Road/Ramp 20080400

0401 Connector Lane 20080401

08 Local Minor Roads (continued) 0500 Service Road 20080500

0600 Car Park Entrance/Exit 20080600

0700 Pedestrian Zone 20080700

0800 Car Park 20080800

0900 Local Access Road 20080900

0910 Alley 20080910

0920 Cul-de-Sac 20080920

Display Streets MIFeature Codes (continued)

20 Display Streets Subcategories Subfeature Codes miCodes

09 Other Roads 0100 Vehicular Trail 20090100

0200 Back road 20090200

0210 Paved road 20090210

0220 Unpaved road 20090220

0221 Tractor lane 20090221

0300 Paths 20090300

0310 Walkways 20090310

0311 Pedestrian bridge 20090311

0312 Pedestrian tunnel 20090312

0313 Hiker's trail 20090313

0400 Address area 20090400

Waterway Layer miFeature Codes

This table shows the miFeature Codes that are now associated with your MapInfo waterway layer data. This data applies to the three water based layers in the StreetPro data: • Major Water (Represents large water bodies) • Water Bodies (Represents intermediate water bodies) • Water/Rivers (Represents rivers, streams, brooks, and canals). This is the way the Water Classification system works. For example, for miCodes 30020400: 30 refers to the Hydrography classification. 02 indicates that the water is flowing. 0400 indicates that the waterway is a pipe or a channel.

Waterway Layer MIFeature Codes

30 Hydrography Subcategories Subfeature Codes miCodes

01 Coastline 0100 Shoreline 30010100

Waterway Layer MIFeature Codes (continued)

30 Hydrography Subcategories Subfeature Codes miCodes

02 Flowing 0100 Rivers 30020100

0110 Major Rivers 30020110

0120 Minor Rivers 30020120

0200 Canal 30020200

0300 Aqueduct 30020300

0400 Pipe/Channel 30020400

0410 Ditch 30020410

03 Lakes 0100 Lake 30030100

0110 Major Lake 30030110

0120 Minor Lake 30030120

0200 Pond 30030200

0300 Reservoir 30030300

04 Sea/Ocean 0100 Ocean 30040100

0200 Sea 30040200

0300 Bay 30040300

0400 Gulf 30040400

0500 Sound 30040500

0600 Estuary 30040600

05 Special 0100 Glacier 30050100

0200 Quarry 30050200

0300 Harbor 30050300

0400 Strait 30050400

0500 Dam 30050500

0600 Marsh/Swamp 30050600

0700 Sump 30050700

0800 Undefined 30050800

This table shows the miFeature Codes that are now associated with your MapInfo Railroad layer data. This is the way the Railroad category works. For example, for miCodes 40020300: 40 refers to the Railroad category. 02 indicates that it is a light railroad subfeature. 0300 indicates that the line is a cable rail line.

Railroad-Based MIFeature Codes

40 Railroad Subcategories Subfeature Codes miCodes

01 Railway 0100 Main Rail 40010100

0200 Spur 40010200

0300 Inclined 40010300

02 Light 0100 Subway 40020100

0200 Trolley/tram 40020200

0300 Cable 40020300

03 Yard 0100 Yard 40030100

Administrative Region miFeature Codes

Administrative miFCodes contain information from the gazetteer layers like Cities, Census Code, Urban Areas, School Districts and Voting Districts, but they also contain much more. These additional classifications details: • 03 Postal Codes (including Route levels, Aggregation levels and Address areas) • 05 Districts (including Police precincts, Fire districts, School districts, and Voting districts) • 06 TeleCom (including Local calling areas, Cell/Tower areas, and Area Code districts) For example, for miCodes 50050200: 50 refers to the Administrative classification. 05 indicates that it is in the district subfeature. 0200 indicates that it is a fire district.

Administrative Region MIFeature Codes

50 Administrative Regions Subcategories Subfeature Codes miCodes

01 Governmental 0000 Admin Boundary undefined 50010000

0100 National Boundaries 50010100

0101 1st Subnational Boundaries 50010101

0102 2nd Subnational Boundaries 50010102

0103 3rd Subnational Boundaries 50010103

0104 4th Subnational Boundaries 50010104

0105 5th Subnational Boundaries 50010105

0200 Seaward Extent of Boundary 50001200

02 Census 0100 Basic Census Unit 50020100

0101 1st Census Aggregation Level 50020101

0102 2nd Census Aggregation Level 50020102

0103 3rd Census Aggregation Level 50020103

0104 4th Census Aggregation Level 50020104

0200 Seaward Extent of Boundary 50020200

03 Postal 0100 Basic Postal Route level 50030100

0101 1st Postal Aggregation Level 50030101

0102 2nd Postal Aggregation Level 50030102

0103 3rd Postal Aggregation Level 50030103

0200 Address Area 50030200

04 Urban 0100 Incorporated Urban Area 50040100

0200 Area of Urbanization 50040200

0300 Statistic Area 50040300

0400 Private Property (Lots) 50040400

Administrative Region MIFeature Codes (continued)

50 Administrative Regions Subcategories Subfeature Codes miCodes

05 Districts 0100 Police Precincts 50050100

0200 Fire Districts 50050200

0300 School Districts 50050300

0400 Voting Districts 50050400

06 TeleCom 0100 Local Calling Area 50060100

0200 Cell/Tower Area 50060200

0300 Area Code District 50060300

Land miFeature Codes

Land miFCodes contain information from the Park, Institution, and Recreational Area layers and include more information and detail including: • 02 Land Cover (including Woodland, Forest, Beach, Moor, and Desert areas) • 03 Land Masses (including Mainland, Island, Atoll, Reef, and Sandbar/Spit areas) For example, for miCodes 60020300: 60 refers to the Land code classification. 02 indicates that this code refers to the land cover subfeature. 0200 indicates that this land cover is a beach or dune type area.

Land MIFeature Codes

60 Land Code Subcategories Subfeature Codes miCodes

01 Land Use 0100 Parks 60010100

0110 City Parks 60010110

0120 National/Regional Park 60010120

0130 National/Regional Marine Park 60010130

0140 Lighthouse grounds 60010140

0150 Rest area grounds 60010150

0200 Industrial 60010200

0210 Company grounds 60010210

0220 Industrial Harbor 60010220

0230 Institutional grounds 60010230

0240 Water mill grounds 60010240

0250 Windmill grounds 60010250

Land MIFeature Codes (continued)

60 Land Code Subcategories Subfeature Codes miCodes

01 Land Use (continued) 0300 Recreational Areas 60010300

0310 Play Grounds 60010310

0311 Amusement Parks 60010311

0312 Zoo grounds 60010312

0313 Golf Course 60010313

0314 Stadium grounds 60010314

0320 Tourism 60010320

0321 Castles (not to visit) 60010321

0322 Castles (to visit) 60010322

0323 Place of Interest ground 60010323

0324 Sport Hall ground 60010324

0330 Cultural 60010330

0331 Art Center ground 60010331

0332 Theatre ground 60010332

0333 Museum 60010333

0400 Cemetery 60010400

0500 Educational Or Religious 60010500

0510 Educational institution 60010510

0511 University ground 60010511

0512 Library ground 60010512

0520 Religious ground 60010520

0521 Place of Worship 60010521

0522 Monastery ground 60010522

0523 Abbey Ground 60010523

0600 Custodial Facilities 60010600

0601 Hospitals 60010601

Land MIFeature Codes (continued)

60 Land Code Subcategories Subfeature Codes miCodes

01 Land Use (continued) 0612 Prison Farm 60010612

0700 Government grounds 60010700

0710 Government Center 60010710

0711 Courthouse ground 60010711

0712 Fire Station ground 60010712

0713 Police Station ground 60010713

0714 State Police Station ground 60010714

0715 Post Office ground 60010715

0720 Military 60010720

0721 Naval Base 60010721

0722 Army Base 60010722

0723 Air Force Base 60010723

0724 Marine Base 60010724

0725 Coast Guard Base 60010725

0726 Fortress ground 60010726

0800 Commercial grounds 60010800

0801 Shopping Center 60010801

0802 Airport grounds 60010802

0803 Runway grounds 60010803

0804 Railway Station grounds 60010804

0900 Footprint 60010900

0910 Commercial 60010910

0920 Parking 60010920

0930 Recreational 60010930

0940 Government 60010940

0950 Residential 60010950

Land MIFeature Codes (continued)

60 Land Code Subcategories Subfeature Codes miCodes

02 Land Cover 0100 Woodlands 60020100

0200 National/Regional Forest 60020200

0300 Beach/Dunes 60020300

0400 Moor/Heathland 60020400

0500 Desert/Tundra 60020500

03 Land Masses 0100 Mainland 60030100

0200 Island 60030200

0210 Atoll 60030210

0300 Reef 60030300

0400 Sand Bar/Spit 60030400

Ferry miFeature Codes

Ferry miFCodes provide additional information to the Ferry layer including: • 01 Ship/Hovercraft (including the type of ferry and the seasonal use) • 02 Rail Use (indicates whether the ferry is rail-based) For example, for miCodes 70010111: 70 refers to the Ferry code classification. 01 indicates that this ferry is a ship or a hovercraft rather than a rail ferry. 0111 indicates that this ferry carries vehicles and runs all year.

Ferry MIFeature Codes

70 Ferries Subfeature Codes miCodes

01 Ship/hovercraft 0100 Ferry 70010100

0110 Vehicular Ferry 70010110

0111 Vehicular Year Round 70010111

0112 Vehicular Seasonal 70010112

0120 Passenger Ferry 70010120

0121 Passenger Year Round 70010121

0122 Passenger Seasonal 70010122

0130 Railway Ferry 70010130

02 Rail 0100 Rail operated 70020100

Settlement miFeature Codes

The Settlement miFCodes provide details that refer to a city’s governmental designation, population rank, and purpose. These codes also affect gazetteer layers. This code can also indicate the type of commerce that the city is primarily know for: • Commercial •Agricultural • Rail head •Port • Military •Frontier • Service For example, a city may have a miCodes 80010400: 80 refers to the Settlement code classification. 01 indicates that this city has a governmental purpose. 0400 indicates that this city is a county seat.

Settlements MIFeature Codes

80 Settlements Subfeature Codes miCodes

01 Governmental 0000 Capital City 80010000

0100 International Capital 80010100

0200 National Capital 80010200

0300 1st Level capital 80010300

0400 2nd Level capital 80010400

0500 3rd level capital 80010500

0600 4th level capital 80010600

02 Rank Order 0100 Settlement 80020100

0101 Largest Settlements 80020101

0102 2nd largest 80020102

0103 3rd largest 80020103

0104 4th largest 80020104

0105 5th largest 80020105

0106 6th largest 80020106

0107 7th largest 80020107

0108 8th largest 80020108

0109 9th largest 80020109

0110 10th largest 80020110

03 Purpose 0100 Commercial 80030100

0110 Agricultural 80030110

0120 Rail head 80030120

0130 Port 80030130

0200 Military 80030200

0300 Frontier 80030300

0400 Service 80030400

When you purchase StreetPro you receive some bonus data. The Bonus data contains a wide range of additional reference maps which you can use to enhance the look and understanding of your current maps. The StreetPro Bonus directories provide additional data for creating a complete map of the United States, with all of the display layers you are used to in your state-tiled and county-tiled data, and include display maps of Canada and Mexico. There are complete, nationwide address layers for most of the continental U.S. that can assist you in geocoding your data. Further, there are international maps that you can use with your current data to show your U.S. data at work on a global level. Take a peek inside! The Bonus information may contain the very data you need to make your maps complete.

In this section:

What Data is in the Bonus Content? ...... 219 Bonus Content vs. Other StreetPro Data ...... 226 Using the Bonus Content Data ...... 227 Bonus Content Layer Data Descriptions ...... 228 Appendix C: Getting the Most From your Bonus Content What Data is in the Bonus Content?

Depending on the StreetPro package you have purchased the bonus data is included in various places on your distribution DVDs. The directories include \MAPS, \SEAMLESS, and \RELEASE_ NOTES. The \MAPS and \SEAMLESS directories contain national and international data you can use to enhance the look and accuracy of your maps. The contents of the directory are listed in the What’s in the \MAPS Directory? and What’s in the \SEAMLESS Directory? sections. The RELEASE_NOTES directory contains teh release notes for the product as well as an Access database that lists complete vintage information for StreetPro 4 through the current release. See the What’s In the \RELEASE_NOTES Directory? section for more detailed information.

Where is my Bonus Data? The table below shows the location of the Bonus directories based upon the StreetPro package you have purchased.

Bonus Data Location

Package Directory DVD Path

Display County \maps \BonusCD\maps

\seamlessEast \BonusCD\seamless

\release_notes \BonusCD\release_notes

Display State-Tile \maps East \BonusCD\maps

\seamless West \BonusCD\seamless

\release_notes West \BonusCD\release_notes

EAL \maps \BonusCD\maps

\seamlessCentral \BonusCD\seamless

\release_notes \BonusCD\release_notes

What’s in the \MAPS Directory? The \MAPS contains the following national and international boundary data:

\Maps Directory Data Names and Descriptions

Layer Name Description Colors

CANADA Outline of Canada (with Provincial Yellow Borders)

MEXICO Outline of the Country of Mexico Yellow

\Maps Directory Data Names and Descriptions (continued)

Layer Name Description Colors

OCEAN Ocean background for the U.S. and Blue the World Map

OCEAN_NAMES Ocean labels Dark blue

STATEBRD U.S. State Borders - do not include Dark blue international borders

STATES1 U.S. Outline including State Yellow with blue gray Boundaries boundaries

STATES2 U.S. States with Counties Yellow with blue gray boundaries

STNMGRID State Titles Black labels

US_BORDER1 U.S. International Borders. Red lines Appropriate for detailed zoom levels

US_BORDER2 U.S. International Borders. Red lines Appropriate for high zoom levels

US_CITIES1* U.S. State Capitals and Major Cities. Capitals are large white Appropriate for nationwide (2500- stars with black border, 5000 mile zoom level) viewing. cities are large black dots surrounded by white with black borders

US_CITIES2* Major cities in each metropolitan Small black dots surrounded statistical area. Appropriate for by white with black borders regional (750-2500 mile zoom level) viewing.

US_CITIES3* Major cities for state level viewing. Small white circles with Appropriate for 400-750 mile zoom black border levels.

US_CITIES4* Major cities for sub-state level Small black dot surrounded viewing. Appropriate for 125-400 mile by white with a thick black zoom levels. border

US_CITIES5* Cities for county-level viewing. Small white dot with black Appropriate for 50-125 mile zoom border levels.

US_CITIES6* Cities for metropolitan area viewing. Transparent squares with Appropriate for 13-50 mile zoom black borders levels.

\Maps Directory Data Names and Descriptions (continued)

Layer Name Description Colors

US_CITIES7* Comprehensive city layer. All Gray circles plus all other Municipalities regardless of cities icons Population. Appropriate for detailed (<13 mile) zoom levels.

US_ELEVATION Contour map of U.S., Canada, and Dark blue for the deepest Mexico. Includes sea floor and land oceans to green at sea level elevations measured every 250 m. to brown in the mountains

US_ELM Elementary School District Transparent with red border Boundaries

US_HIWAY U.S. Interstate Highways Thin red line

US_HOUSE State Legislative Districts - Lower Transparent with purple House borders

US_MAJOR_WATER1 Major Waterways (major lakes, rivers, Blue gulfs, etc.)

US_MAJOR_WATER2 Secondary Waterways Blue

US_MAJORAIRPORTS Icon that shows location of Major U.S. Dark blue airplanes Airports

US_NAL Native American Lands for the U.S. Light brown

US_OW Point layer displaying directionality of Gray arrows with white one way streets for the U.S. borders

US_PARKS1 Major U.S. Parks. Appropriate for Green background with dark detailed zoom levels (<500 miles). green border

US_PARKS2 Minor U.S. Parks. Appropriate for Green with dark green high zoom levels. (>500 miles) border

US_PRHWY U.S. Primary Roads. Appropriate for Red high zoom levels (>500 miles)

US_PRIMARY_HWY1 U.S. Primary Interstate Highways Red

US_PRIMARY_HWY2 U.S. Primary Interstates plus all U.S. Red designated highways

US_RIVERS U.S. Small rivers and creeks Blue

US_SEC U.S. Secondary School Districts Transparent with yellow border

\Maps Directory Data Names and Descriptions (continued)

Layer Name Description Colors

US_SECONDARY_HWY U.S. State Highways and smaller Green federal highways

US_SENATE State Legislative Districts - Upper Transparent with cranberry House borders

US_SHDX1 Interstate Highway Shield Layer. Dark blue shields with red Appropriate for zoom layering at 750- top 1250 miles.

US_SHDX2 Interstate Highway Shield Layer. Dark blue shields with red Appropriate for zoom layering at 400- top 750 miles

US_SHDX3 Interstate Highway Shield Layer. Dark blue shields with red Appropriate for zoom layering at 250- top 400 miles.

US_SHDX4 Interstate Highway Shield Layer. Dark blue shields with red Appropriate for zoom layering at 150- top 250 miles.

US_SHDX5 Interstate Highway Shield Layer. Dark blue shields with red Appropriate for zoom layering at 50- top 150 miles.

US_UA Urban Areas and clusters Tan background with no border

US_UNI Unified School Districts Containing Transparent with purple Elementary and Secondary Schools border

USSHIEY1 State and US Highway Shield Layer. White oval with black border Appropriate for zoom layering at 50- 150 miles.

WGRID15 Layer of 15 Degree Graticules. Dark blue lines

WORLD World Map with country borders Yellow with gray borders (except U.S. and Canada) with capitals, continent, population and gender data, literacy, inflation, and unemployment rate, industrial growth,

* Indicates that the city layers are cumulative and include the cities in the layers above them, so that CITIES7.tab contains all cities in the United States.

222 StreetPro U.S. 9.3 © 2006 MapInfo Corporation. All rights reserved. Appendix C: Getting the Most From your Bonus Content What’s in the \SEAMLESS Directory? The \SEAMLESS directory contains pre-made seamless maps for county- and state-tiled data which you can use in place of the Seamless Builder tool. These seamless maps have references for all of the StreetPro U.S. data including Puerto Rico. The references in the seamless maps are all lower case with relative paths (suitable for using the data on a UNIX system). The seamless maps in the county data have paths that follow this convention:

//.tab

Note: MapInfo Professional and MapXtreme can correctly interpret the forward slash as a backslash on PC file systems. You cannot open these layers directly, but MapInfo Products can use them to integrate your county- tiled and state-tiled data with adjacent state or county maps. See Integrating the Bonus Content and the State-Tiled Data into one Map on page 224 for instructions about completing this process. The following files are both in the \County and \State subdirectories.

\Seamless Directory Table Names and Descriptions

Table Name Table Description

USA_AL Area Landmarks

USA_AP Airports

USA_CB City Boundaries

USA_CY County Boundaries

USA_D Streets

USA_FY Ferry lines for the entire U.S.

USA_HM Major Roads and County Highways

USA_HP Primary Interstate Highways

USA_HS Secondary and State Highways

USA_IN Institutes, Universities, and Colleges

USA_MC Minor Civil Divisions

USA_MW Major Waterbodies

USA_PK National Parks

USA_R Railroads

USA_RA Recreational Areas

\Seamless Directory Table Names and Descriptions (continued)

Table Name Table Description

USA_RC Retail Areas

USA_RP Primary Highway Ramps

USA_RS Secondary Highway Ramps

USA_T Census Tracts

USA_TR Transportation Hubs

USA_WB Secondary Waterbodies

USA_WR Waterbodies and Rivers

USA_X1-3 Highway Shields (at various zoom levels)

USA_Y1-6 Highway Shields (at various zoom levels)

Note: The display rules that apply to highway shields also apply to the highway shields provided on the Bonus DVD. Additionally, if you are using an older version of MapInfo Professional, we provide the \OLDSTYLE subdirectory with the \COUNTY and \STATE subdirectories. These directories contain the same seamless maps with a different naming convention - US_XX where XX equals the layer suffix, which uses an older distribution of these seamless maps.

Integrating the Bonus Content and the State-Tiled Data into one Map Depending upon the type of data tiling you have purchased (county-tiled or state-tiled), copy the contents (USA*.*) of either /seamless/county or /seamless/state to the same logical directory where you put your data. Note: If you are working in a UNIX environment, you can use the pre-created seamless maps from the \SEAMLESS directory on the Bonus DVD. To make use of these project files follow these steps: 1. Copy all tiled data to a single location. Note: All files should be placed in a single directory with no subdirectories. You can use the installer or copy the data by hand. You will need to copy by hand if you are working on a non-Windows platform. For example: • If you are using Windows and you purchased U.S., state-tiled data, all 52 state directories will be underneath a directory like C:\DATA\STREETPRO\US\. • If you are using Solaris and you purchased U.S., county-tiled data, all 52 state directories will be underneath a directory like /DATA/STREETPRO/US. In this case, it will be necessary to move the data out of the State subdirectories manually, to place all the files in a single folder. Note: Data files copied manually to a Windows system are generally read-only.

2. Copy Bonus DVD data to a single location. Copy the contents of \MAPS to the same logical directory where you put the first set of data in step 1. In the above examples you would copy the Bonus DVD data to D:\DATA\STREETPRO\US\ or /DATA/STREETPRO/US. 3. Configure seamless maps. In a Windows platform, you can use the MapInfo Seamless Map Builder to create ad hoc seamless maps. Please refer to the Seamless Builder section, Creating your own Seamless Maps (Seamless Builder) on page 91, for specifics in using the Seamless Builder utility. When creating seamless maps use the following parameters: • Street Product — Select StreetPro Version 6.x (State Tile) or StreetPro Version 6.x (County Tile) as appropriate from the drop-down list. • Root Data Directory — Type or browse to the directory where you installed the StreetPro data, as in D:\DATA\STREETPRO\US\ in the previous example. • Seamless Output Directory — Type or browse to the directory where you installed the StreetPro data, as in D:\DATA\STREETPRO\US\ in the previous example. • Seamless Table Prefix — Type “usa_” in this field without the quotes. 4. Open the Project Files (STREETPRO_USA.WOR, or STREETPRO_USA.GST, or STREETPRO_USA.MDF or STREETPRO_USA.MWS) located in the \MAPS\PROJECTFILES\ on the Bonus DVD. You can open the workspace and geoset immediately. To use the MDF files: a. Insert the correct path information into the MDF file. b. Open up streetpro_usa.mdf file in a text editor and search for the text tag “$dir$”. c. Replace that tag with the data location path (as in D:\DATA\STREETPRO\US or /data/ streetpro/us in the previous examples).

What’s In the \RELEASE_NOTES Directory? In the \RELEASE_NOTES directory, we provide release notes and additional resources for the programmers and application developers to help you get more from your data. The GDT_ RelNotes.mdb file provides complete vintage information for StreetPro 4 through the current release. There are several workspaces available to show the current coverage of enhanced address layers by county showing: • The total number of addressed streets for all counties, • The total number of street segments verified to the sub-12 meter accuracy level, • The total distance (in miles) of the street segments verified to the sub-12 meter accuracy level. You can access the data in these directories either by opening the tables individually or by using the .wor files provided on the Bonus DVD. The files you use depend upon the application you are using to work with the data.

The Bonus DVD data was developed for users who want to see their regional information on nationwide or international background or to enhance their local data with information that is only available (or relevant) nationwide. The reference maps on the Bonus DVD work best at a zoom level of 1000 to 6000 miles and are not really intended for close up work. If you zoom in on the reference maps, and lay your county- or state-tiled data over them, you will notice that the borders of your local maps are much more accurate. The advantage of the national layers are the type of information that is available to you and the amount of information available. These are our recommendations for working with the Bonus DVD data. • For working with local and regional data, rely on your county- and state-tiled data. • For area assessments (several states in the East or one or two in the West) we suggest you use the seamless maps provided in the \SEAMLESS directory on your Bonus DVD augmented with your more local data. • For regional, national, or international boundary perspectives, use the \MAPS Bonus DVD files. For best results, we recommend that you open the StreetPro workspaces (WOR), geosets GST), map definition files (MDF), or workspace files (MWS), depending upon your application, and use your county- or state-tiled data to refine these maps. This gives you the power of both. These recommendations are outlined in the next figure.

The Bonus Content data can enhance the look and the completeness of your maps. This section describes how to load this data so that you can use it.

Using the Bonus Content Data with Your MapInfo Product To display the pre-packaged Bonus DVD data in your MapInfo product: 1. In the \MAPS directory on the Bonus DVD, open one of the following files: • If you are using MapInfo Professional, open the STRTPRO.WOR workspace, which is in the \MAPS directory on the Bonus DVD. • If you use MapX, open the STRTPRO.GST file instead, which is in the \MAPS directory on the Bonus DVD. See Another Way of Using the Bonus Content Data with MapX on page 228 for assistance. • If you use MapXtreme Java Edition, open the STRTPRO.MDF file instead, which is in the \MAPS directory on the Bonus DVD. • If you use MapXtreme, open the STRTPRO.MWS file, which is in the \MAPS directory on the Bonus DVD. 2. Run the Autoloader to open your county- or state-tiled data, depending upon the data that you use. You may want to load a particular template for this data. Click Load Template and select the template you want to load from the list. In the Map Options drop-down list, select Add to Current Mapper to ensure that your data aligns properly over the StreetPro U.S. Reference workspace. 3. When you have completed these selections, click OK to display the two maps together. Figure: Seamless Map Example

Note: We recommend you save the results to a new workspace.

Product Guide 227 © 2006 MapInfo Corporation. All rights reserved. Bonus Content Layer Data Descriptions Another Way of Using the Bonus Content Data with MapX Another way to use this data with MapX is described below. To use the data in MapX based products there are several options including: 1. Run the MapX Geoset Manager and open the Bonus DVD STRTPRO.GST geoset on the DVD. 2. Within the Geoset Manager you can then insert additional geosets into your map. Do one of the following: • Insert a state level geoset that you find in \_Seam\_MAP.GST. • Insert one or more county geosets, found in each county directory. 3. Save the results out to a new geoset. 4. Add any of the Bonus DVD tables to a MapX object using the layers.add method. See your MapX documentation for more information about this process.

Bonus Content Layer Data Descriptions

This section contains the newest Bonus DVD Layers for the StreetPro product.

City Layers Details (Bonus DVD and State-Tiled DVD) The City layers contain population and capital status information for cities across the United States. Currently, these layers are on the Bonus DVD and state-tiled DVDs only. The PopSizeCode could be useful for a ranged theme and the Capital fields and LayerNumber fields could be used for a feature theme and a label theme. Figure: City Layer Detail Examples

City Layer Symbol Styles

Population Feature Code Description of Object Graphic Object Details

No population figures 0 6pt open gray circle Symbol (42,8421504,6,"MapInfo Cartographic",0,0)

Pop 1 – 4999 2 – 12 6pt open black circle Symbol (42,0,6,"MapInfo Cartographic",0,0)

Pop 5000 - 19999 13, 14 6pt black filled circle Symbol (41,0,6,"MapInfo Cartographic",0,0)

Pop 20000 - 49999 15, 16 8pt gray filled circle w/ Symbol (41,12632256,8,"MapInfo black border Cartographic",16,0)

Pop 50000 - 999999 17, 18 10pt black filled circle Symbol (41,0,10,"MapInfo Cartographic",0,0)

Pop 1 mill + 19+ 12pt circle with dot Symbol (59,0,12)

Note: Symbol styles are based on population ranges.

City Layer Table Names

Table Optimal View (mi) in Optimal View (mi) in MI Name Selection MapDefMan Pro

City1 LayerOrder = 1 2000 - 5000 2500 - 5000

City2 LayerOrder >=1 and < 3 550 - 2000 750 - 2500

City3 LayerOrder >=1 and < 4 200 - 550 400 - 750

City4 LayerOrder >=1 and < 5 75 - 200 125 - 400

City5 LayerOrder >=1 and < 6 30 - 75 50 – 125

City6 LayerOrder >=1 and < 7 13 - 30 13 - 50

City7 LayerOrder <=7 0 - 13 0 - 13

City Layer Table Structure

Field Name Description Data Type Indexed

ID ID integer Yes

Name Name of City char(60) Yes

City Layer Table Structure (continued)

Field Name Description Data Type Indexed

State State Abbr char(2) No

CntyFips County Fips code char(5) No

TotPop Total Pop (2000 Census) integer No

PopSizeCode Population Range Code integer Yes 0 not in universe 1 0 2 1 - 24 3 25 - 99 4 100 - 199 5 200 - 249 6 250 - 299 7 300 - 499 8 500 – 999 9 1000 - 1499 10 1500 - 1999 11 2000 – 2499 12 2500 – 4999 13 5000 – 9999 14 10000 – 19999 15 20000 – 24999 16 25000 – 49999 17 50000 – 99999 18 100000 – 249999 19 250000 - 499999 20 500000 - 999999 21 1000000 - 24999999 22 2500000 - 4999999 23 5000000 +

CapitalType Capital Type Code integer No 0 – not a capital 1 – National capital 2 – State capital 3 – County Seat

Natcap National Capital logical No

Statecap State Capital logical No

CountySeat County Seat logical No

City Layer Table Structure (continued)

Field Name Description Data Type Indexed

LayerOrder Layer number integer Yes 1 Top US Cities 2 Top city in each DMA 3 Top city in each BTA 4 Top city in each county 5 Top 3 cities in each county 6 Cities with TotPop > 0 and not in 1-5 7 Everything else

Smartlabel Text optimized for long city names and char(60) No should be used for labels

Native American Lands Layer Details (Bonus DVD and State-Tiled DVD) This topic describes the Display Characteristics and Table Structure of the Native American Lands data on the Bonus DVD and state-tiled DVDs only. The StreetPro Native American Lands layer contains boundaries that represent American Indian reservations, Alaskan Native areas, and land trusts as defined by the U.S. Census Bureau. We have adjusted these U.S. Census TIGER/Line- derived boundaries to align with StreetPro data. This alignment may not be exact in areas where the data has recently been updated by the Focus Area initiative. Note: While the original data for this layer was collected and standardized by the Census Bureau, MapInfo has aligned the boundary representations to match the StreetPro data. Figure: Native American Lands Layer Details

Native American Lands Display Characteristics

Feature Description Graphic Object Details

Native American Region objects with brown color fill and Pen(1,2,0), reservations black 1 pixel border Brush(2,16774352,16317568)

Native American Lands Table Structure

Type Field Description (Width) Indexed

Name Name of Native American Land char(50) No

FIPSCC 2 character Class Code: char(7) No • E1, E2, E6 = Alaska Native Village Statistical Areas (ANVSAs) • D1, D2, D3, D4, D5, D6 = American Indian Reservations (AIRs)

FIPS Federal Information Processing Code char(5) No

School District Layer Details (Bonus Content and State-Tiled Data Only) The School District Boundary layer contains boundaries of school districts, as defined by the U.S. Census Bureau. These boundaries represent three types of public school administrative areas: •Elementary • Secondary • Unified school districts Each type defines a portion of the school age population in the district, with the unified district including all school grades. Note that these US Census TIGER/Line-derived boundaries have been adjusted to align with StreetPro. This alignment may not be exact in areas of recent geographic accuracy-related change. Currently, this layer is on the Bonus DVD and state-tiled DVDs only. Note: While the original data for these layers were collected and standardized by the Census Bureau, MapInfo has aligned the boundary representations to match the StreetPro data.

Figure: School District Layer Details

State Legislative Districts (Bonus DVD and State-Tiled DVD) The State Legislative Districts (US_HOUSE.tab and US_SENAT.tab) are the election district boundaries for the house and senates of each participating state. These boundaries are based on the 2000 census data. The data was collected and standardized by the Census Bureau during the Census 2000 Redistricting Data Program. You can find this data on the bonus DVD and on the tiled data DVD. Note: While the original data for these layers were collected and standardized by the Census Bureau, MapInfo has aligned the boundary representations to match the StreetPro data. The SLDs embody the lower (house) and upper (senate) chambers of the state legislature for every participating state with two exceptions. Nebraska and Arkansas have unicameral legislatures that the U.S. Census Bureau treats as an upper-chamber legislative area for purposes of data presentation. New Hampshire only submitted SLDs for the upper chamber. Therefore, there are no data by lower chamber for these two states. The following states did not participate in the Census Administrated State Legislative District program and their boundaries will not appear in StreetPro: • California •Florida • Kentucky • Montana • Arkansas •Maine • Texas • District of Columbia • Maryland • Puerto Rico • Hawaii •Minnesota

State Legislative Districts File Naming Conventions The file naming conventions for these files depends upon where you are looking at them from. This data is available both on your data DVD and on the bonus DVD and is named differently on these two disks. The file naming convention on the data DVD is: SS_HOUSE.tab, SS_SENAT.tab where SS = state abbreviation and is located in: • County-tiled distribution \SS\_MAPS\SS_.tab, where SS = state abbreviation • State-tiled distribution \SS\SS_.tab, where SS = state abbreviation The file naming convention on the Bonus DVD is: US_HOUSE.tab, US_SENATE.tab Figure: State Legislative Districts (Lower House) Map

Figure: State Legislative District (Upper House) Map

State Legislative Districts - Lower House Data Descriptions The sections that follow contain the data descriptions for the lower house of each state. Some states (such as Arkansas) have a unicameral or single house style of government. For those states, the single legislative body is considered the Upper House.

State Legislative Districts (Lower House) Display Characteristics

Feature Description Graphic Object Details

State Legislative Districts Thin raspberry border, Pen(1,2,11559167) Brush(1, 0, 16777215) Lower House no fill

State Legislative Districts (Lower House) Table Structure

Type Field Description (Width) Indexed

Name Name of District char(90) Yes

State State code char(2) No

LSAD_TRANS feature type char(50) No

State Legislative Districts - Upper/Senate Data Descriptions The sections that follow contain the data descriptions for the upper house of each state. Some states (such as Arkansas) have a unicameral or single house style of government. For those states, the single legislative body is considered the Upper House.

State Legislative Districts (Upper House) Display Characteristics

Feature Description Graphic Object Details

2000 State Legislative Thin light violet Pen(1,2,14680176) Brush(1, 0, 16777215) Districts - Upper/Senate border, no fill

State Legislative Districts (Upper House) Table Structure

Field Description Type (Width) Indexed

Name Name of District char(90) Yes

State State code char(2) No

LSAD_TRANS feature type char(50) No

Urban Areas Layer (Bonus DVD and State-Tiled DVD) The Urban Area layer (US_UA.tab) contains US Census Bureau definitions of boundaries that consists of an area of a central place(s) and adjacent urban fringes that together have a minimum residential population of at least 50,000 people and generally an overall population density of at least 1,000 people per square mile of land area. You can find this data on your bonus DVD and on your tiled data DVD. Note: While the original data for this layer was collected and standardized by the Census Bureau, MapInfo has aligned the boundary representations to match the StreetPro data. Figure: Urban Areas Map

Urban Areas Layer Display Characteristics

Feature Description Graphic Object Details

Urban areas Yellow filled regions Pen(1,1,0) Brush(2, 16777104, 16777215)

Urban Areas Layer Table Structure

Type Field Description (Width) Indexed

UA Number of Urban area char(5) Yes

NAME Name of Urban area char(90) No

LSAD_TRANS Type of Urban area char(50) No

U.S. Elevation Data Descriptions (Bonus DVD Only) The U.S. Elevation map is a bonus DVD layer that includes sea floor and land elevations measured every 250 meters. Each elevation interval (for example: 0 (sea level) - 250m, 250 - 500m...) of elevation has a unique color. Land color ranges from dark green at the lowest elevations to orange at the highest elevations. Water color ranges from light blue at the shallowest depths (i.e. along the shoreline) to dark blue at the deepest depths. This layer was created from a 2-minute latitude/longitude grid (1 minute of latitude = 1 nautical mile, or 1.852 km). Figure: U.S. Elevation Map

U.S. Elevation Display Characteristics

Feature Description Graphic Object Details

Elevation Regions of various colors representing elevation Pen(1,2,0) regions values Brush(various)

U.S. Elevation Table Structure

Type Field Description (Width) Indexed

Lower The smallest value of elevation interval that falls in a particular Float No region

Upper The largest value of elevation interval that falls in a particular Float No region

This appendix provides a history of the features of StreetPro U.S.

In this section:

New in StreetPro 9.2...... 241 New in StreetPro 9.1...... 241 New in StreetPro 9.0...... 241 New in StreetPro 8.3...... 242 New in StreetPro 8.2...... 243 New in StreetPro 8.2...... 243 New in StreetPro 8.0...... 246 New in StreetPro 7.3...... 247 Tele Atlas and the Focus Area Initiative...... 248 Geographic Accuracy Changes ...... 253 Which MapInfo Products Does My StreetPro Sync With? . . . . .262 Appendix D: Feature History and Current Product Compatibilities New in StreetPro 9.2

StreetPro 9.2 data has been updated to include data vintage as of July 2006. Changes to the StreetPro U.S. Installer We have added a new licensing file to the StreetPro U.S. installer and we have simplified the language in it to make installation easier. See Installing StreetPro on page 15 for these details. Reporting to You on StreetPro U.S. Issues We have added an appendix into the Product Guide to report corrections and resolutions to issues that have been filed with the StreetPro U.S. data product. This should assist us in keeping you informed of changes we have made in the product that may affect your data. To see this new appendix, click Resolved Issues in Appendix E on page 264. Bonus CD Data by Another Name Because we now deliver the Bonus CD data on different media, we have changed the name of the Bonus CD to Bonus Content. We think this more accurately describes the data you are receiving.

New in StreetPro 9.1

StreetPro 9.1 has been updated to include the latest branding that is currently used in all MapInfo products. The branding change includes changes in the product screens as well as the documentation. The DMA layers have been updated to version 2.3 released in October 2005 and vintage April 2006 The SIFTER tool has been updated to recognize StreetPro 9.0 and Streetpro 9.1 files.

New in StreetPro 9.0

New Columns in Streets and Highway Layers StreetPro 9.0 has the addition of two new columns in some tables to allow an alternative labelling option. Layers that display streets and highways are the ones affected. The columns added are as follows: • PrimaryName — This is a logical field that is set to True if the label is the primary name for the representative segment. • Smartlabel — This is a character(25) field that contains all labels that are classified as PrimaryName and do not fall into the following categories: • Descriptive names (Ramp, 4WD Road) • Highways with numbers (Highway 5, I4, County Road 10) • Extra long names (greater than 25 characters) • Street segments that have geometry that is not suited for a label (cul-de-sac).

The tables affected by this change are: • Streets (*D.tab) • Primary Highways (*HP.tab) • Secondary Highways (*HS.tab) • Major Roads (*HM.tab) The PrimaryName column is useful to pass a query such as PrimaryName=True, to see a single record for each road segment. If you do not use this filter you may receive results from a search that includes multiple records for the same road if a particular road has different names.

New Default Template The default template used in the AutoLoader has been changed to Champagne. This template is very similar to the Terra template, with a more subdued color scheme.

New in StreetPro 8.3

The new features in StreetPro 8.3 include: • Improved Autoloader Selection/Unselection • Updated Data

Improved Autoloader Selection/Unselection The Autoloader Choose Layer Options dialog box includes an UnCheck All button. This allows you to quickly unselect all currently selected layers and labels. There is also a Reset Defaults button to revert to the original template settings. See Explaining the Choose Layer Options Dialog Box on page 28.

Updated Data We have updated the StreetPro data to include the Tele Atlas Inc. Dynamap/2000 15.3 data. StreetPro 8.3 contains the most significant improvement to date as a result of the conflation (combining) of the Tele Atlas and GDT datasets. To assist customers in recognizing the areas that have experienced the greatest changes, MapInfo produces several metrics that identify counties that have seen the most significant improvements between the newly-released and the previous versions of StreetPro. Please see Geographic Accuracy Changes on page 253 for a description of these improvements in geographic accuracy. For information on the synchronization of this version of StreetPro with other products of the same vintage please see Data Vintage on page 22.

The new features in StreetPro 8.2 include: • Boundaries No Longer Generalized • County Name Changes

Boundaries No Longer Generalized Prior to StreetPro 8.2, County, MCD, and City (Place) boundaries were distributed in the product with a slight amount of generalization. This generalization was done for several reasons, including the need to make boundaries compatible with a wide variety of GIS and mapping products. Beginning with StreetPro 8.2, we are no longer generalizing the County boundaries. There are two noticeable effects to this: 1. County, MCD, and City boundaries, in some cases, will contain more nodes. Especially in coast line areas where generalization was more prevalent the boundaries in StreetPro 8.2 could have from 50% to 500% more nodes. Two side effects are that the boundary files will be slightly bigger and the display (draw) or spatial analysis times will be slightly slower. 2. The boundaries overlay better with other boundaries. In the following example the left hand map shows the StreetPro 8.1 County boundaries displayed in a tan/orange color on a coastline in Washington. Note the gaps between the County boundaries and the water bodies; these gaps are caused by the slight generalization in the County boundaries. In the right hand map you can see the StreetPro 8.2 County boundaries displayed in the same map. Note that because there is no generalization so there are no gaps.

Product Guide 243 © 2006 MapInfo Corporation. All rights reserved. New in StreetPro 8.2 County Name Changes To facilitate some customer concerns we have changed the way some US counties are named in our data. the following counties have had their names changed in the Streetpro data:

Old County New County Name Name Reason for the Change

De Kalb, IN DeKalb, IN Name change

La Porte, IN LaPorte, IN Name change

Baltimore MD Baltimore City, MD Distinguishes the county with FIPS code 24510 from the similar name county with FIPS code 24005

St Louis, MO St Louis City, MO Distinguishes the county with FIPS code 29510 from the similarly named county with FIPS code 29189

The following counties in Virginia have the word “City” added to them to better distinguish them as Census County Equivalents:

Alexandria City VA Bedford City VA

Bristol City VA Buena Vista City VA

Charlottesville City VA Chesapeake City VA

Colonial Heights City VA Covington City VA

Danville City VA Emporia City VA

Fairfax City VA Falls Church City VA

Franklin City VA Fredericksburg City VA

Galax City VA Hampton City VA

Harrisonburg City VA Hopewell City VA

Lexington City VA Lynchburg City VA

Manassas City VA Manassas Park City VA

Martinsville City VA Newport News City VA

Norfolk City VA Norton City VA

Petersburg City VA Poquoson City VA

Portsmouth City VA Radford City VA

Richmond City VA Roanoke City VA

Salem City VA Staunton City VA

Suffolk City VA Virginia Beach City VA

Waynesboro City VA Williamsburg City VA

Winchester City VA

New in StreetPro 8.1

The new features in StreetPro 8.1 include: • New Distribution Format • Updated Data • Changes in the Installation Experience • Improvements to the Autoloader Templates

New Distribution Format MapInfo will now be providing nationwide StreetPro data sets on DVD-R disks by default, instead of CD-ROM disks as we have in the past. DVD-R distribution of data provides a better installation experience for a product like StreetPro. All customers will have the option to receive StreetPro on CDROM for nationwide cuts for StreetPro 8.1 and for a limited time going forward. Nationwide StreetPro customers who would like to request CDROM delivery should notify MapInfo's Customer Service Team at 1.800.327.8627, Option #2. Note that only StreetPro users who license the whole U.S. (StreetPro EAL, StreetPro Display State Tile, or StreetPro Display County Tile) will receive data on DVD-R. All State and County customers will continue to receive their data on CD-ROM.

Updated Data We have updated the StreetPro data to include the Tele Atlas Inc. (Geographic Data Technology, Inc.) Dynamap 2000 15.1 data. In addition, StreetPro 8.1 contains annual updates to the following boundaries layers to align with the current version of StreetPro: • CBSAs • School Districts • Urban Areas • Voting Districts • Native American Lands • State Legislative Districts. For information on the synchronization of this version of StreetPro with other products of the same vintage please see Data Vintage on page 22.

Product Guide 245 © 2006 MapInfo Corporation. All rights reserved. New in StreetPro 8.0 Changes in the Installation Experience We have included a new installer beginning with StreetPro 8.1. All StreetPro media now features Autorun functionality. The StreetPro Installer recognizes the presence of MapXtreme to present an appropriate default installation directory. More details on the installer can found in Installing StreetPro on page 15.

Improvements to the Autoloader Templates All of the autoloader templates have been reviewed and revised to improve various display and label settings including font choice, zoom settings, and feature stylization.

New in StreetPro 8.0

The new features in StreetPro 8.0 include: • Updated Data • Supplemental Address File Layer • Integrating the Bonus Content and the State-Tiled Data into one Map • Recategorization of Some Ramp Data • Assistance in Understanding MWS Project Files

Updated Data We have updated the StreetPro data to include the Tele Atlas Inc. (Geographic Data Technology, Inc.) Dynamap 2000 15.0 data. See the details of this new data in Group A Counties (version 8.0) on page 261 and Group B Counties (version 8.0) on page 261. For information on the synchronization of this version of StreetPro with other products of the same vintage please see Data Vintage on page 22.

Supplemental Address File Layer For StreetPro EAL users we have added in a supplemental layer of alphanumeric address information. While this additional information is not directly usable in Geocoding or Find operations this file can be utilized in several types of application after joining the file with the Addressed Street layer. For more information see Supplemental Address File Layer Details (StreetPro EAL) on page 56.

Bonus Content Integration MWS Project File Beginning with StreetPro 8.0 we are supplying a Bonus Content Integration MWS file for use within MapXtreme. This project file references both the state- or county-tiled data as well as the Bonus Content data to create a map that is appropriate for viewing from large- to small-scale. For more information see Appendix C: Getting the Most From your Bonus Content.

246 StreetPro U.S. 9.3 © 2006 MapInfo Corporation. All rights reserved. Appendix D: Feature History and Current Product Compatibilities Recategorization of Some Ramp Data In previous versions of StreetPro some street segments (found in either the Display Streets, Addressed Streets, or Ramp layers) were being given a non-optimal categorization. Ramp segments that were disconnected from the general highway network have been restyled so that they are not differentiated from a local road. These roads are no longer present in the Ramps Secondary layer. The example below shows the same area for StreetPro 7.3 on the left and StreetPro 8.0 on the right. Note that various connector-type segments that are considered ramps (and displayed in black) are no longer differentiated in StreetPro 8.0. The net effect is a more aesthetically pleasing and logical categorization of highway, ramp and street data at many zoom levels.

StreetPro 7.3 StreetPro 8.0

Assistance in Understanding MWS Project Files To assist users in understanding MWS project files that are included with StreetPro and used by MapXtreme and how they compare with Geoset Files (used by MapX and MapXtreme Windows) we have added a chapter discussing this subject. Please see Chapter 11: MapInfo Workspace Files for the discussion.

New in StreetPro 7.3

We have updated the StreetPro data to include the Tele Atlas Inc. (Geographic Data Technology, Inc.) Dynamap 2000 14.3 data. See the details of this new data in Group A Counties (Version 7.3) on page 261 and Group B Counties (Version 7.3) on page 262. Further, you can see which products this version of StreetPro syncs with in Which MapInfo Products Does My StreetPro Sync With? on page 262.

Tele Atlas has embarked on a Focus Area initiative, which is designed to improve the accuracy and readability of the data it provides to us in StreetPro. To accomplish these goals, Tele Atlas has been sending agents into particular areas of the U.S., updating their data to create maps with new physical characteristics and enhanced address information for that particular focus area. This means that your data will display on more current and accurate maps than ever before. Significant changes to these maps include: • Streets (improved position and accuracy) • Major Roads • Primary and Secondary Ramps • Highways and Interchanges • Exit and Highway Exit Signage • Railroads • Landmarks • Waterways including Waterbodies and Water Rivers •Parks • Institutions

Results of the Focus Area Initiative You can see the results of this initiative in the “before” and “after” pictures (and descriptions) we provide from cross-sections of Utica and Oneida New York. In this example, we go into depth about changes to the railroads, primary and secondary highways, ramps, streets, and waterways that may not be obvious in the before and after pictures. Figure: Overview of Utica, New York Map (StreetPro 5.3)

Figure: Overview of Utica, New York Map (StreetPro 6.0)

Changes to the Railroads If you look at the details of the railroad in this map, you will notice the changes that have been made to the railroad lines.

Detail from StreetPro 5.3 on the left and Detail from StreetPro 6.0 on the right A2 Redone parts of railroads paying attention to accuracy and details.

Changes to the Primary Highways The details of the primary highways in the Utica map show you the changes that have been made to segments of State Highway 8/12 which were added from a secondary highway. These changes are marked B1 on the 6.0 illustration.

Changes to the Major Roads There was a two way road added to replace one for StateHwy5S and StateHwy5A. This change is evident in the area marked C1 on the 6.0 illustration.

Product Guide 249 © 2006 MapInfo Corporation. All rights reserved. Tele Atlas and the Focus Area Initiative Changes to Ramps There were many ramps added to this map. This is particularly evident in the area around Union Station, shown in the next figure.

Detail from StreetPro 5.3 on the left and Detail from StreetPro 6.0 on the right Ramps marked E in the figure above indicate new secondary ramps.

Changes to Streets Improving street accuracy and positioning was a major concentration of the Focus Area project. This is particularly evident in this close up of streets in the next figure. Figure: Detail of Utica Streets in StreetPro 5.3 and 6.0.

Detail from StreetPro 5.3 on the left and Detail from StreetPro 6.0 on the right Streets marked F1 show more accuracy in the figure above Streets marked F2 indicates a new street in the figure above To show this difference in one map, review the next figure of the Focus Area project completed in Oneida, New York. Figure: Version 5.3 streets are in cyan (blue green), Version 6.0 streets are in gray

250 StreetPro U.S. 9.3 © 2006 MapInfo Corporation. All rights reserved. Appendix D: Feature History and Current Product Compatibilities Changes to Water Rivers and WaterBodies The changes to the water rivers layer is evident throughout the map. The newer map follows the contour of the waterways much more closely.

Detail from StreetPro 5.3 on the left and Detail from StreetPro 6.0 on the right G1 indicates improvements in accuracy and G2 highlights new details Similarly, the waterbodies have seen improvements in accuracy and details as in the next figure. H1 indicates improvements in accuracy and H2 highlights new details:

Detail from StreetPro 5.3 on the left and Detail from StreetPro 6.0 on the right

Figure: Here is another map of a Focus Area Initiative performed in Kansas City, Missouri before the Focus Area Initiative.

After Focus Area Initiative:

The added letters highlight the features that have changed between these pictures: • A - Section A shows the major work that was done on the railyard by the Missouri River • B - Section B shows the straightening of State Hwy 9 leading up to the Asb Bridge • C - Section C shows the changes to the I 70/I 670 interchange and depicts the ramping structures accurately

• D - Section D shows the addition of a new park • E - Object E shows the addition of the College of Osteopathic Medicine • F - Section F shows the deletion of trivial segments. There are many similar incidents across the map as well if you look carefully. • G - E These sections show the correct extension of 11th St all of the way west to Basie Street • H - Section H shows the increased accuracy of street segments around the park and completely changes the aesthetic quality of this area • I - Section I shows the removal of an inaccurate highway entrance ramp, which will increase the quality of routing • J - Section J - increased accuracy in this area turns streets into correctly parallel segments

What Does the Focus Area Initiative Mean to Me? As a result of this quality initiative, your data can now be more accurately placed than ever before. That can translate into a more accurate picture of where your customers are, what the road net is around those customers, and may affect your customer’s typical drive times to your location. There is one caveat: As a result of the increased accuracy and positioning of particular polygons and polylines, your maps and your data may not line up as they did before. Because the base map layer has changed, what you have created to lay on top may also require adjusting. If you do not want to make these changes to the map, for whatever reason, install the new maps to a different directory to prevent overwriting the current map. This note is made repeatedly in the installation section of this product guide, and is supported by the installation process. There are more data comparisons and more information about the Focus Area Initiative in the Releases Notes on Bonus Content.

Geographic Accuracy Changes

Tele Atlas, the data supplier for StreetPro, has undertaken a large project to update the geographic accuracy of their data. To assist you in identifying areas that have seen wholesale change from version to version, MapInfo now identifies the areas with the most significant change in this documentation. The counties that we identify here are by no means the only places that have seen change; the change in these areas are the most significant when measured version to version. You may also mine the release notes (that are found on the StreetPro Bonus Content) to identify counties that meet user-defined change criteria. The release notes can be found in the \RELEASE_NOTES directory on the StreetPro Bonus Content. These changes are important because they may affect the accuracy of the maps you have already created. As of StreetPro 8.3, over 61% of the street segments across the United States are now accurate to less than 12 meters. Note: If you use new maps with your existing maps, the data may not line up as you expect due to the data upgrades that have occurred.

To be more specific about the types of change you can expect in the data, Tele Atlas established two metrics that group counties that have seen high rates of geographic accuracy change from version to version. Over time, these metrics have changed as follows: • If you have StreetPro 7.0 or later, the methodology for measuring Group A and Group B counties is: • Group A counties contain more than 25% increase in the number of sub 12-meter accurate segments compared with the previous version and in the previous version the county had < 10% of the street segments classified as sub 12-meter accurate and there was more than a 1,000 segment increase in the number of sub 12-meter accurate segments. • Group B counties contain more than 25% increase in the number of sub 12-meter accurate segments compared with the previous version and in the previous version the county already had >= 10% of the street segments classified as sub 12-meter accurate. Note: These are not the only counties that have been upgraded, merely the counties whose data has been upgraded the most.

Group A Counties (version 9.3) • AL Dallas, Lauderdale, Walker • DE Kent, Sussex • KS Montgomery • LA Natchitoches, Plaquemines, Terrebonne • MN Goodhue,Mower,Nicollet, Winona • NC Rutherford • TN Carroll, Carter, Decatur, Dyer, Gibson, Grainger, Haywood, Henderson, Hickman, Jefferson, Lawrence, Meigs, Wayne, Weakley • TX Coleman, Coryell, Jim Hogg, Jones, Kendall, Lamb, Orange, Panola, Rusk, Tom Green, Zapata • PR Adjuntas, Aguada, Aguadilla, Aguas Buenas, Aibonito, Atasco, Arecibo, Arroyo, Barceloneta, Barranquitas, Bayam, Cabo Rojo, Caguas, Camuy, Canvanas, Carolina, Cata±o, Cayey, Ceiba, Ciales, Cidra, Coamo, Comerfo, Corozal, Dorado, Fajardo, Guanica, Guayama,Guayanilla, Guaynabo, Gurabo, Hatillo, Hormigueros, Humacao, Isabela, Jayuya, Juana Dfaz, Juncos, Lajas, Lares, Las Marfas, Las Piedras, Lofza, Manatf, Mayagnez, Moca, Morovis, Naguabo, Naranjito, Orocovis, Patillas, Petuelas, Ponce, Quebradillas, Rincon, Rio Grande, Sabana Grande, Salinas, San German, San Juan, San Lorenzo, San Sebastian, Santa Isabel, Toa Alta, Toa Baja, Trujillo Alto, Utuado, Vega Alta, Vega Baja, Vieques, Villalba, Yabucoa, Yauco

Group B Counties (version 9.3) • No Counties

Group A Counties (version 9.2) • AL Morgan, Walker • AZ Maricopa • FL Sumter • GA Bartow, Chatham, Newton •HI Maui • KY Christian, Johnson

• MN Pope, St.Louis • ND Burleigh •NV Nye • OH Belmont, Muskingum, Richland, Tuscarawas • TX Gregg, HArdin, Jones, Kinney, Montgomery, Rusk • WY Sweetwater

Group B Counties (version 9.2) • No Counties

Group A Counties (version 9.1) • AL Lamar, Morgan • AR Arkansas, Ashley, Baxter, Boone, Bradley, Carroll, Chicot, Clark, Clay, Cleburne, Columbia, Cross, Dallas, Fulton, Grant,Greene,Hempstead,Johnson, Lee, Little River, Logan, Miller, Mississippi, Monroe, Nevada, Ouachita, Phillips, Poinsett, Polk, Pope, Randolph, Sharp, • Union, White, Yell • AZ Navajo, Mohave • CO Kit Carson, Las Animas, Logan, Chaffee • FL Citrus, Franklin, Gulf, Hardee, Hernando, Highlands, Levy, Madison, Marion, Okaloosa, Sumter, Taylor • GA Appling, Bacon, Baldwin, Berrien, Brooks, Burke, Butts, Candler, Chattooga, Clinch, Coffee, Colquitt, Cook, Crawford, Crisp, Decatur, Emanuel, Gilmer, Jackson, Johnson, Lanier, Laurens, Liberty, Long, McDuffie, Mitchell, Murray, Pierce, Polk, Pulaski, Spalding, Sumter, Tattnall, Telfair, Thomas, Upson, Ware, Warren, Washington, Wheeler, Wilkinson • HI Kauai, Hawaii • IL Christian, Clark, Clay, Coles, Crawford, Douglas, Edgar, Fayette, Franklin, Fulton, Greene, Hancock, Jackson, Jo Daviess, Logan, Mason, Mercer, Morgan, Moultrie, Piatt, Richland, Saline, Shelby, Stephenson, Union, Vermilion, Wabash, Warren, Wayne, White, Williamson • IN Lawrence, Noble, Randolph, Kosciusko • KS Sumner, Pratt • KY Knox • LA Assumption, Beauregard, Bienville, Claiborne, Iberia, Jefferson Davis, Lincoln, Sabine, Washington • MD Talbot • MI Dickinson • MN Becker, Benton, Blue Earth, Brown, Crow Wing, Douglas, Le Sueur, McLeod, Marshall, Morrison, Otter Tail, Steele, Stevens, Todd, Wadena • MO Adair, Audrain, Cape Girardeau, Carroll, Cedar, Cooper, Dallas, Dent, Gasconade, Harrison, Henry, Howard, Laclede, Macon, Marion, Mississippi, Moniteau, New Madrid, Nodaway, Pemiscot, Scott, Stoddard, Texas, Wright • MS Coahoma, Copiah, Grenada, Itawamba, Marion, Newton, Oktibbeha, Panola, Pike, Pontotoc, Prentiss, Quitman, Simpson, Tate, Union, Winston, Yalobusha, Yazoo • MT Liberty, Lincoln, Missoula, Ravalli, Sanders, Golden Valley • NC Alexander, Bladen, Caswell, Clay, Dare, Edgecombe, Halifax, Hertford, Jackson, McDowell, Martin, Northampton, Pasquotank, Person, Transylvania, Vance, Wilkes, Yancey • ND Williams, Sargent

• NE Buffalo, Hall, Lincoln, Madison, Adams • NH Carroll • NM Catron, Cibola, Grant, Guadalupe, Hidalgo, Lincoln, Luna, Quay, Roosevelt, San Miguel, Sierra, Socorro, Torrance •NV Nye • OK Adair, Beckham, Blaine, Cherokee, Choctaw, Cimarron, Craig, Delaware, Hughes, Jackson, Kay, Kingfisher, Kiowa, Le Flore, McCurtain, Marshall, Mayes, Okmulgee, Pontotoc, Seminole, Sequoyah, Texas, Tillman, Washita, Woods, Woodward • OR Baker, Clatsop, Coos, Crook, Curry, Grant, Harney, Hood River, Jackson, Jefferson, Josephine, Lake, Lincoln, Malheur, Morrow, Tillamook, Umatilla, Union, Wallowa, Wasco • SD Custer, Harding, Jerauld, Mellette, Ziebach • TN Benton, Bledsoe, Claiborne, Cocke, Dickson, Fentress, Gibson, Grundy, Haywood, Henderson, Houston, Humphreys, Lake, Lawrence, Obion, Rhea, Sequatchie, Smith, Warren, Wayne, • TX Andersonl, Angelina, Bowie, Burleson, Burnet, Camp, Cass, Cherokee, Childress, Cochran, Coke, Dickens, Fannin, Freestone, Grimes, Hemphill,, Mason, Menard, Mills, Mitchell, Motley, Nacogdoches, Polk, Real, Sabine, San Saba, Schleicher, Shackelford, Stephens, Sterling, Trinity, Tyler, Yoakum,,Young, Zavala • UT Carbon, Kane, San Juan, Sevier, Tooele, Uintah,, VAAccomack, , Buckingham, Cumberland, Lunenburg, Nelson, Westmoreland • WA Adams, Chelan, Clallam, Douglas, Franklin, Grant, Klickitat, Okanogan, San Juan, Walla Walla, Yakima •WI Buffalo • WV Mineral, Morgan, Hampshire • WY Goshen, Lincoln, Niobrara, Sublette, Weston

Group B Counties (version 9.1) • AL Dallas, Marion, Walker •AZ Pinal • AR Benton, Crawford, Jefferson, St. Francis, Scott • CA Del Norte, Imperial • CO Fremont, Grand, Huerfano, Morgan, Pueblo, Routt, Teller • CT Middlesex, New Haven • DC District of Columbia • FL Alachua, Escambia, Gadsden, Hamilton, Holmes, Jackson, Santa Rosa, Wakulla, Walton, Washington • GA Banks, Bulloch, Camden, Chatham, Chattahoochee, Cherokee, Clarke, Dawson, Floyd, Glascock, Glynn, Gordon, Habersham, Hall, Harris, Lee, Lowndes, Lumpkin, McIntosh, Morgan, Oconee, Pickens, Stewart, Tift, Troup, Walker, Webster • IL Adams, Alexander, Bureau, Carroll, Cass, Cumberland, De Witt, Effingham, Ford, Iroquois, Jefferson, Johnson, Knox, Lawrence, Lee, Livingston, McDonough, Marion, Massac, Perry, Pulaski, Whiteside • IN Steuben, Warren • IA Woodbury • KY Christian, Hopkins, Laurel, Lincoln, Livingston, Marshall, Martin, Ohio, Russell, Taylor, Warren, Whitley • LA Concordia, De Soto, Iberville, Madison, Richland, St. Landry, St. Mary

• MD Queen Anne's • MI Jackson • MN Faribault, Freeborn, Goodhue, Houston, St. Louis, Stearns, Winona • MS Alcorn, Bolivar, Covington, Hancock, Holmes, Humphreys,Jones, Lamar, Lauderdale, Lee, Lincoln, Lowndes, Marshall, Montgomery, Scott, Warren • MO Andrew, Callaway, Cole, Crawford, DeKalb, Phelps, Pike, Pulaski, Saline, Vernon • MT Flathead, Mineral • NM Colfax, Los Alamos, Taos • NC Catawba, Cleveland, Franklin, Granville, Nash, Polk, Richmond, Rockingham, Scotland, Surry • OK Bryan, Carter, Custer, Garvin, McIntosh, Murray, Muskogee, Noble, Pawnee, Pittsburg • OR Benton, Columbia, Linn, Polk, Sherman, Yamhill • TN Carroll, Dyer, Grainger, Meigs, Monroe, Moore, Overton, Polk, Van Buren, Weakley • TX Chambers, Gregg, Hale, Harrison, Morris, Potter, Randall, Titus, Wood • UT Cache, Iron, Millard, Morgan • VA Fluvanna, King William, Lancaster, Louisa,Martinsville, Middlesex, Nottoway, Prince Edward, Surry, Sussex • WA Benton, Grays Harbor, Kittitas, Pacific, Whatcom • WI Chippewa, Clark, Douglas, Eau Claire, Fond du Lac, Manitowoc, Marathon, Rock

Group A Counties (version 9.0) • AL Choctaw, Clay, Covington, Marshall, Perry, Washington • AZ Apache, Cochise, Yavapai • AR Lafayette, Sevier • CO Otero • FL Dixie • GA Ben Hill, Camden, Evans • ID Caribou, Clark, Elmore • IL Menard • IN Carroll, Cass, Clay, Clinton, Daviess, Decatur, Dubois, Fayette, Fountain, Fulton, Grant, Greene, Henry, Jackson, Jasper, Jay, Jefferson, Jennings, Knox, Miami, Montgomery, Orange, Pulaski, Ripley, Starke, Sullivan, Vermillion, Wabash, Washington, Wayne, White • IA Allamakee, Appanoose, Benton, Boone, Bremer, Buchanan, Buena Vista, Carroll, Cerro Gordo, Cherokee, Chickasaw, Clay, Clinton, Crawford, Dallas, Delaware, Des Moines, Dickinson, Emmet, Floyd, Franklin, Greene, Grundy, Hancock, Hardin, Harrison, Henry, Humboldt, Jackson, Jasper, Jefferson, Kossuth, Mahaska, Marion, Mitchell, Monroe, Montgomery, Muscatine, O'Brien, Page, Palo Alto, Plymouth, Pocahontas, Poweshiek, Shelby, Story, Tama, Union, Winneshiek, Wright • KS Barton, Bourbon, Brown, Cloud, Cowley, Dickinson, Ellis, Ford, Grant, Linn, Mitchell, Neosho, Pottawatomie, Woodson • KY Bell, Boyd, Caldwell, Calloway, Carter, Floyd, Grayson, Greenup, Harlan, Lawrence, Mason, Menifee, Mercer, Muhlenberg • LA Cameron, Catahoula, Grant, Union • ME Hancock, Knox, Lincoln, Oxford, Piscataquis, Somerset, Washington • MI Alcona, Alger, Alpena, Cheboygan, Chippewa, Crawford, Gratiot, Hillsdale, Isabella, Keweenaw, Mackinac, Manistee, Marquette, Mason, Mecosta, Menominee, Montcalm, Newaygo, Oceana, Oscoda, Otsego, Presque Isle, Roscommon, Sanilac, Wexford

• MN Aitkin, Beltrami, Big Stone, Cass, Chippewa, Cook, Cottonwood, Hubbard, Kandiyohi, Kittson, Lac Qui Parle, Lake, Lake of the Woods, Lincoln, Lyon, Mahnomen, Murray, Pennington, Pine, Pipestone, Red Lake, Redwood, Renville, Roseau, Swift, Traverse, Yellow Medicine • MS Issaquena, Smith, Webster • MO Grundy, Livingston, Sullivan • MT Big Horn, Blaine, Broadwater, Carbon, Carter, Chouteau, Custer, Daniels, Dawson, Deer Lodge, Fallon, Fergus, Garfield, Glacier, Granite, Hill, Judith Basin, Lake, McCone, Madison, Meagher, Musselshell, Petroleum, Phillips, Pondera, Powder River, Powell, Prairie, Richland, Roosevelt, Rosebud, Sheridan, Stillwater, Toole, Valley, Wheatland • NE Boone, Chase, Garden, Hooker, Nance, Phelps, Valley • NV Churchill, Elko, Humboldt, White Pine • NM Eddy, Rio Arriba • NC Columbus, Henderson, Hoke, Mitchell, Montgomery, Pamlico, Pender • ND Adams, Barnes, Benson, Billings, Bottineau, Bowman, Burke, Burleigh, Cavalier, Dickey, Divide, Dunn, Eddy, Emmons, Foster, Golden Valley, Grand Forks, Grant, Griggs, Hettinger, Kidder, Lamoure, Logan, McHenry, McIntosh, McKenzie, McLean, Mercer, Morton, Mountrail, Nelson, Oliver, Pembina, Pierce, Ransom, Renville, Richland, Rolette, Sheridan, Sioux, Slope, Stark, Steele, Stutsman, Towner, Traill, Walsh, Wells • OH Coshocton, Putnam • OK Beaver, Dewey, Harper, Johnston, Ottawa, Roger Mills • OR Douglas • SD Aurora, Beadle, Bennett, Bon Homme, Brule, Butte, Campbell, Charles Mix, Clark, Clay, Codington, Corson, Davison, Deuel, Dewey, Douglas, Edmunds, Fall River, Faulk, Grant, Gregory, Haakon, Hamlin, Hand, Hanson, Hughes, Hutchinson, Hyde, Jackson, Kingsbury, Lake, Lawrence, Lincoln, McCook, McPherson, Meade, Miner, Minnehaha, Moody, Perkins, Potter, Roberts, Sanborn, Shannon, Spink, Stanley, Sully, Todd, Tripp, Turner, Union, Walworth, Yankton • TN Campbell, Cannon, Hardin • TX Andrews, Bosque, Brooks, Brown, Calhoun, Callahan, Clay, Coleman, Comanche, Coryell, Dallam, Dawson, Deaf Smith, Gaines, Gillespie, Gray, Hamilton, Hardeman, Haskell, Hockley, Houston, Hutchinson, Jack, Jasper, Kerr, Kleberg, Lamar, Lampasas, Leon, Limestone, Lynn, McCulloch, Montague, Moore, Newton, Ochiltree, Panola, Reeves, Runnels, Scurry, Shelby, Swisher, Terry, Upshur • UT Duchesne, Rich, Sanpete • WA Stevens, Yakima • WV Fayette, Marshall, Monongalia • WI Door, Kewaunee • WY Albany, Big Horn, Campbell, Carbon, Converse, Crook, Fremont, Hot Springs, Johnson, Natrona, Park, Platte, Sheridan, Uinta, Washakie

Group B Counties (version 9.0) • AL Marion • AZ Coconino, Santa Cruz • CA Amador, Calaveras, Inyo, Lake, Mariposa, Mono, Plumas, Tuolumne • CO Eagle, Sedgwick • FL Lafayette • ID Canyon

• IL Lee • IN Bartholomew, Benton, Blackford, Boone, Franklin, Laporte, Newton, Owen, Perry, Putnam • IA Black Hawk, Butler, Cass, Clarke, Dubuque, Hamilton, Lee, Linn, Mills, Monona, Warren • KS Atchison, Comanche, Lincoln • KY Adair, Allen, Anderson, Bath, Boyle, Bracken, Daviess, Garrard, Graves, Lyon, Taylor • LA De Soto • ME Androscoggin, Aroostook, Franklin, Kennebec, Penobscot, Sagadahoc, Waldo • MI Clare, Ionia •MS Lee • MT Beaverhead, Jefferson, Lewis and Clark, Park, Sweet Grass, Teton • NE Wayne • NC Anson, Brunswick, Duplin, Lee, Onslow, Sampson • ND Cass, Ramsey, Ward • OR Lane • SC Beaufort, Greenville • SD Brookings, Day, Jones, Lyman, Marshall, Pennington • TN McNairy, Marion, Sevier • TX Armstrong, Bell, Eastland, Ector, Hopkins, Howard, Kendall, Martin, Midland, Nolan, Orange, Parmer, Pecos, Rains, Red River, Taylor, Tom Green, Waller, Ward, Webb, Wichita, Wilbarger, Willacy • UT Cache, Grand • VA Montgomery • WA Lewis

Group A Counties (version 8.3) •AL Coosa • AZ Gila, Graham • CO Custer, Gunnison, Mineral, Moffat, Montezuma, Prowers, Rio Grande • ID Bingham, Bonneville, Cassia, Twin Falls • IL Hamilton, Hardin, Jasper, Macon, Pope, Sangamon • IN Parke, Rush, Vigo • IA Fayette, Jones, Marshall, Ringgold, Sac, Sioux, Wapello, Webster • KS Allen, Cherokee, Crawford, Labette, Riley • LA Allen, Avoyelles, East Carroll, Evangeline, Franklin, Jackson, Lafayette, La Salle, Morehouse, Pointe Coupee, Vermilion, Vernon, West Carroll, Winn • MD St. Mary's, Somerset • MI Branch, Delta, Gogebic, Houghton, Huron, Iosco, Iron, Midland, Ontonagon, St. Joseph, Schoolcraft, Tuscola, Van Buren • MN Clay, Itasca, Meeker, Waseca • MS Adams, Attala, Calhoun, Chickasaw, Clay, Forrest, Harrison, Jackson, Lafayette, Leake, Leflore, Neshoba, Noxubee, Sunflower, Tallahatchie, Tishomingo, Washington, Wayne • MO Barry, Butler, Douglas, Dunklin, Howell, Lawrence, Linn, Polk, Randolph, Stone • NE Antelope, Box Butte, Boyd, Brown, Burt, Butler, Cedar, Cheyenne, Clay, Colfax, Cuming, Dakota, Dixon, Fillmore, Franklin, Frontier, Furnas, Gage, Gosper, Jefferson, Johnson, Morrill, Nemaha, Pawnee, Platte, Polk, Richardson, Rock, Saline, Saunders, Scotts Bluff, Seward, Sioux, Stanton, Thayer, Thurston, Webster

• NH Belknap, Coos • NM Chaves, Curry, Lea, McKinley, Otero, San Juan • NC Moore, New Hanover, Watauga • OH Hancock, Hardin, Holmes, Mercer, Paulding, Pike, Seneca, Van Wert • OR Klamath • SD Brown, Day, Marshall •TX Smith, Wood • VA Amherst, Franklin, Halifax, Henry, Pittsylvania, Danville, Staunton • WV Grant, Hardy, Wood • WI Jackson, Juneau, Trempealeau, Vernon

Group B Counties (version 8.3) • AL Lawrence, Lowndes • AZ Greenlee, Yuma • AR Washington • CO Archuleta, Clear Creek, Garfield, La Plata, Mesa • GA Banks, Carroll, Oconee • ID Bannock, Blaine • IL Champaign, DeKalb, De Witt, La Salle, McLean • IN Bartholomew, Boone, Madison, Owen • IA Cedar, Iowa, Linn • KS Geary • LA Calcasieu, Ouachita, Plaquemines, Rapides, Tangipahoa, West Feliciana • MD Wicomico • MI Antrim, Barry, Bay, Calhoun, Saginaw • MS Franklin, Monroe, Tippah • MO Boone • MT Cascade • NE Deuel, Merrick, Otoe •NV Lyon • NH Cheshire, Grafton • NM Dona Ana, Santa Fe • NC Iredell, Robeson • OH Athens, Champaign, Defiance, Erie, Fayette, Guernsey, Henry, Jefferson, Knox, Licking, Ross, Tuscarawas, Wayne, Williams • TN Bradley, Cheatham, Hamilton, Lauderdale, Shelby, Unicoi, Wilson • TX Frio, Jefferson, Potter, Randall • UT Cache • VA Appomattox, Botetourt, Culpeper, Frederick, Giles, Greene, King George, Madison, Northampton, Page, Rappahannock, Richmond, Roanoke, Rockbridge, Rockingham, Shenandoah, Harrisonburg, Salem, Waynesboro • WV Brooke, Hancock • WI La Crosse, Monroe •WY Laramie

Group A Counties (version 8.2) • TN Chester, Coffee, Franklin, Giles, Greene, Hardeman, Henry, Lewis, Lincoln, McMinn, Marshall, Morgan, Scott, White

Group B Counties (version 8.2) • AL Greene • CT Windham •GA Clarke • MT Jefferson •NV Lyon • NC Sampson • OR Columbia • TN Anderson, Bedford, Crockett, Cumberland, Fayette, Hamblen, Hawkins, Jackson, Maury, Meigs, Montgomery, Roane, Sullivan, Sumner, Tipton, Washington, Williamson • TX Nolan •UT Wasatch • VA Botetourt, Waynesboro • WA Whatcom • WI Jefferson

Group A Counties (version 8.1) • No counties

Group B Counties (version 8.1) •IN Morgan •UT Washington

Group A Counties (version 8.0) • AZ Gila • VA Tazewell

Group B Counties (version 8.0) •TN Maury •UT Summit • VA Cambell

Group A Counties (Version 7.3) • AZ Coconino, Mohave, Yavapai •CA Inyo, Mono • CO Pueblo • LA Acadia • LA St. Martin, Webster • ME Penobscot

• MN St. Louis • NM Colfax • WV Cabell, Wayne

Group B Counties (Version 7.3) •AZ Pinal • GA Oconee • ID Shoshone • IN Hamilton • KY Boyle, Daviess • LA Rapides • MS Lauderdale •MT Park • NC Nash • OH Athens • OR Polk • SC Charleston • TN Dyer, Grainger • TX Midland, Potter, Randall • VA Amelia, Greene, Louisa

Which MapInfo Products Does My StreetPro Sync With?

The following table shows the historical synchronization between StreetPro and other Tele Atlas (GDT) data-derived products. For the current and projected product/vintage synchronization and information on MapInfo's new vintage information please see Data Vintage on page 22.

Syncs with Syncs with Syncs with StreetPro Release Syncs with Transportation Census Postal Products Date MapMarker Products Boundaries Products

StreetPro 9.3 11/06 MM 12.1 RJS 2006.4 Census Bdy 8.3 ZIP5 2006d (built from Census Blocks ZIP+4 14.3 Dynamap/ 2000 v.16.3

StreetPro 9.2 9/06 MM RJS 2006.3 Census Bdy 8.2 ZIP5 2006c (built from Windows Census Blocks ZIP+4 14.2 Dynamap/ 2000 v16.2)

StreetPro 9.1 6/06 MM RJS 2006.2 Census Bdy 8.1 ZIP5 2006b (built from Windows Census Blocks ZIP+4 14.1 Dynamap/ 2000 v16.1)

Syncs with Syncs with Syncs with StreetPro Release Syncs with Transportation Census Postal Products Date MapMarker Products Boundaries Products

StreetPro 9.0 3/06 MM RJS 2006.1 Census Bdy 8.0 ZIP5 2006a (built from Windows Census Blocks ZIP+4 14.0 Dynamap/ 2000 v16.0)

StreetPro 8.3 11/05 MM RJS 2005.4 Census Bdy 7.3 ZIP5 2005d (built from Windows Census Blocks ZIP+4 13.3 Dynamap/ 2000 v15.3)

StreetPro 8.2 9/05 MM RJS 2005.3 Census Bdy 7.2 ZIP5 2005c (built from Windows Census Blocks ZIP+4 13.2 Dynamap/ 2000 v15.2)

StreetPro 8.1 6/05 MM RJS 2005.2 Census Bdy 7.1 ZIP5 2005b (built from Windows Census Blocks ZIP+4 13.1 Dynamap/ 2000 v15.1)

StreetPro 8.0 3/05 MM RJS 2005.1 Census Bdy 7.0 ZIP5 2005a (built from Windows Census Blocks ZIP+4 13.0 Dynamap/ 2000 v15.0)

StreetPro 7.3 1/05 MM 10.0 RJS 3.1.3 Census Bdy 6.3 ZIP5 2004d (built from Windows (Built from (There is no ZIP+4 12.3 Dynamap/ Dynamap version 6.3 of 2000 v14.3) Transportation Census Blocks) v6.3 October 2004)

In addition, please note that TargetPro version 4.0 and 4.5 best align with the content in StreetPro 5.0. TargetPro 5.0 (shipping in the second half of 2003) will best align with StreetPro 6.0.

Currently, this appendix provides information on issues that have been resolved or completed for this release of StreetPro U.S. In the future, it will contain all subsequent issue resolutions that may affect your data.

In this section:

Issues Resolved in StreetPro U.S. 9.2 ...... 265 Appendix E: Resolved Issues Issues Resolved in StreetPro U.S. 9.2

Issue Number Description Resolution

T18254 The AutoLoader Label Options We have removed the duplicate check box. dialog box contained duplicate "Allow Duplicate Text" check boxes.

T18363 StreetPro 8.3 US shipped with 8.2 We have updated the .slt template files for all .slt template files current versions

T18936 Users reported that they were We have updated the build tool used to create unable to open the StreetPro MDF MDF files to work with current versions of files in the MapXtreme for Java MapXtreme Java Manager

T19336 Some State Seamless Workspaces These workspaces have been tested and are were not loading now loading correctly.

T19475 The root directory contained an This bug was fixed in StreetPro US 9.1 extra Setup.exe file

T20010 Some of the Bonus CD tab files had We have removed the affected files from the invalid path references in the .tab directory files

T20723 The incorrect ini file was shipped We have updated the ini files with the StreetPro 9.1 EAL media

A C abbreviation file, MapInfo 19 CBSA data descriptions 171 abbreviations files, county 76 census feature class code descriptions adding airport 157 a street to an enhanced address layer map 117 enhanced address layer 138 shield layers to a map 108 institution 167 administrative, miFCodes 209 large area landmark 169 airport major water (all water layers) 185 census feature class code descriptions 157 park 176 data descriptions 155 railroad 179 display characteristics 155 recreation area 178 file naming convention 157 retail center 181 layer details 64 transportation hub 184 layer display alias 157 census tract table structure 155 data descriptions 157 autoloader display characteristics 158 labeling with 36 file naming convention 158 menu 36 layer details 57 running 26 layer display alias 159 table structure 158 B change styles of shield layer command 103 Bonus Content changing city layer details and data description 228 display style of a map layer 78 how does this data differ from other StreetPro data display with style override 122 226 fill patterns of boundaries 121 integrating with tiled data into one map 228 point landmark symbols 122 layers and descriptions 228 styles of shield layer 103 native american lands details and data description choose layer options dialog box explained 28 231 city boundary state legislative districts 233 data descriptions 159 U.S. elevation data 237 display characteristics 159 urban areas 236 file naming convention 161 using the data 227 FIPS class code descriptions 160 using with MapInfo Pro 227 layer details 58 using with MapX 228 layer display alias 161 what data is available 219 table structure 159 boundaries city layer changing the fill patterns of 121 details 228 reshaping 122 symbol styles 229 table names 229 table structure 229 Index close shield layer command 104 Data Upgrade county abbreviations file 76 description 253 county boundary group a county (7.3) 261 data descriptions 165 group a county (8.0) 261 display characteristics 165 group a county (8.1) 261 file naming convention 166 group a county (8.2) 261 layer details 62 group a county (8.3) 259 layer display alias 166 group a county (9.0) 257 table structure 165 group a county (9.1) 255 create new shield layer command 102 group a county (9.2) 254 creating your own seamless maps (seamless builder) group a county (9.3) 254 91 group b county (7.3) 262 group b county (8.0) 261 D group b county (8.1) 261 data group b county (8.2) 261 using the bonus content 227 group b county (8.3) 260 what MapInfo products is my data in synch with 262 group b county (9.0) 258 data catalog 75 group b county (9.1) 256 data descriptions group b county (9.2) 255 airport 155 group b county (9.3) 254 census tract 157 data vintage 22 city boundary 159 default workspace label settings 81 city layers 228 delete shield layer command 105 county boundary 165 delete shield tool 107 DMA boundary 175 deleting a street from an enhanced address layer 118 enhanced address layer 137 display characteristics exit ramp 150 airport 155 highway 145 census tract 158 highway exit signage 149 city boundary 159 highway shield 151 county boundary 165 institution 166 DMA boundary 175 large area landmark 168 enhanced address layer 137 major water 184 exit ramp 150 MCD boundary 162 highway 145 MSA boundary 170 highway exit signage 149 native American lands (bonus/state-tiled CD) 231 highway shield 151 one way streets 144 institution 166 park 176 large area landmark 168 primary ramp 147 major water 185 railroad 178 MCD boundary 162 recreation area 177 MSA boundary 170 retail center 181 native american lands 232 river 188 one way streets 144 secondary and major road ramp 148 park 176 state legislative districts (lower house) 235 primary ramp 147 state legislative districts (upper house) 235 railroad 178 streets 142 recreation area 177 transportation hub 183 retail center 181 U.S. voting district boundary 162 river 188 water body 187 seamless maps 86 secondary and major road ramp 148 state legislative districts (lower house) 235 state legislative districts (upper house) 236

streets 142 file naming convention transportation hub 183 airport 157 U.S. elevation 238 census tract 158 U.S. voting district boundary 162 city boundary 161 urban areas 237 county boundary 166 water body 187 DMA boundary 175 displaying enhanced address layer 137 StreetPro layers 78 exit ramp 150 StreetPro tables 78 highway 145 waterway layers 73 highway shield 152 your data on the map 110 institution 167 DMA boundary large area landmark 169 data descriptions 175 major water 186 display characteristics 175 MCD boundary 164 file naming convention 175 MSA boundary 170 layer details 59 park 177 layer display alias 175 railroad 180 table structure 175 recreation area 178 retail center 182 E river 188 editing seamless maps 87 a layer 121 state legislative districts 234 enhanced address layer 116 streets 142 line styles of enhanced address street 120 transportation hub 184 name of an existing street 119 water body 187 street name for all occurrences of a street 119 file sizes, StreetPro 19 street name for some occurrences of streets 119 fill patterns, changing boundary 121 enhanced address layer finding layer information 83 adding a street 117 focus area census feature class code descriptions 138 results 248 data descriptions 137 what does it mean to me? 253 description 48 G display characteristics 137 editing 116 geocoding editing street line styles and colors 120 mode 112 file naming convention 137 procedures for 110 layer display alias 141 with a refining table 111 reshaping a street in an 118 geographic accuracy changes table structure 137 county upgrades 253 exit points group a county upgrade (7.2) 253 layer details 56 geosets exit ramp using in MapX 12 data descriptions 150 using in MapXtreme Windows 12 display characteristics 150 file naming convention 150 H table structure 151 highway F data descriptions 145 display characteristics 145 ferry file naming convention 145 miFCodes 215 layer details 50 layer display alias 147 table structure 146

268 StreetPro U.S. 9.3 filename.pdf © 2006 MapInfo Corporation. All rights reserved. Index highway exit signage L data descriptions 149 display characteristics 149 labeling layer details 54 layer features 80 table structure 150 StreetPro features 80 highway shield manager, using 101 with layer control 80 highway shields with the autoloader 36 close shield layer command 104 land use create new shield layer command 102 miFCodes 211 data descriptions 151 large area landmark delete shield layer command 105 census feature class code descriptions 169 display characteristics 151 data descriptions 168 file naming convention 152 display characteristics 168 layer details 52 file naming convention 169 open shield layer command 102 layer details 63 printing tips 53 layer display alias 169 shield layer control command 103 table structure 168 table structure 152 layer tools command delete shield tool 107 close shield _ command 104 move shield tool 107 create new shield _ command 102 new shield tool 106 delete shield layer command 105 what are they 100 open shield layer command 102 troubleshooting 107 shield layer control command 103 adding a shield layer 108 naming conventions for 44 can’t see shield objects 108 opening a 47 creating shield in wrong layer 108 type of deleting a shield by mistake 108 airport 64 moving shield to wrong place 108 census tract 57 placing shields in a map 107 city boundary 58 removing a shield layer 108 city layer 228 reordering the shield layers 108 county boundary 62 shields disappear 107 DMA boundary 59 shields display without labels 108 enhanced address 48 text does not fit in shield 107 exit points 56 unable to open a shield layer 108 highway 50 highway exit signage 54 I highway shields 52 institution 66 installation large area landmark 63 notes 19 major water 73 installing MCD boundary 61 client or standalone 16 native american lands 231 StreetPro (default directories) 15 one-way streets 50 StreetPro on a network 19 park 65 institution railroad 70 census feature class code descriptions 167 ramp 54 data descriptions 166 recreation area 68 display characteristics 166 retail center 71 file naming convention 167 river 75 layer details 66 school district 232 layer display alias 167 state legislative districts 233 table structure 167 streets 48

toll road 52 displaying your data 110 transportation hub 72 removing a shield layer 108 U.S. voting district 62 reordering the shield layers 108 urban areas 236 shields disappear from my 107 water body 74 map definition working with files, with MapXtreme Java edition 12 change styles of shield 103 MapInfo abbreviation file 19 changing the display style of a _ 78 MapInfo Pro, using workspaces with 11 choose layer options dialog box 28 MapXtreme editing 121 (Java edition), using map definition files with 12 editing the enhanced address 116 (Windows) using geosets with 12 reshaping a street in an enhanced address 118 MCD boundary layer control, labeling 80 data descriptions 162 layer display alias display characteristics 162 airport 157 file naming convention 164 census tract 159 FIPS class code descriptions 163 city boundary 161 layer details 61 county boundary 166 layer display alias 165 DMA boundary 175 table structure 162 enhanced address layer 141 miFCodes highway 147 administrative 209 institution 167 display streets 202 large area landmark 169 ferry 215 major water 187 land use 211 MCD boundary 165 railroad 209 MSA boundary 170 waterway layers 207 park 177 move shield tool 107 railroad 181 moving seamless map data to your hard drive 91 recreation area 178 MSA boundary retail center 182 data descriptions 170 river 189 display characteristics 170 streets 144 file naming convention 170 transportation hub 184 layer display alias 170 water body 188 table structure 170 layers MSA correspondence table 171 reviewing municipal feature 57 N M native American lands major water data description 231 census feature class code descriptions (all water lay- display characteristics 232 ers) 185 layer details 231 data descriptions 184 table structure 232 display characteristics 185 network, installing StreetPro on 19 file naming convention 186 new shield tool 106 layer details 73 layer display alias 187 O table structure 185 one way streets map data descriptions 144 adding a shield layer 108 display characteristics 144 adding a street to an enhanced address layer 117 layer details 50 cannot place shields 107 table structure 145 changing the display style of a layer 78 open shield layer command 102

270 StreetPro U.S. 9.3 filename.pdf © 2006 MapInfo Corporation. All rights reserved. Index opening river bonus content data onto your current map 224 data descriptions 188 layers 47 display characteristics 188 seamless maps 86 file naming convention 188 layer details 75 P layer display alias 189 park table structure 188 census feature class code descriptions 176 S data descriptions 176 display characteristics 176 school district boundary, details 232 file naming convention 177 seamless builder, using 91 layer details 65 seamless maps layer display alias 177 creating _ or appended tables 94 table structure 176 creating your own 91 point landmark symbols, changing 122 display characteristics 86 primary ramp file naming convention 87 data descriptions 147 moving data to your hard drive 91 display characteristics 147 opening 86 table structure 148 selecting objects in 89 product guide, what’s inside 21 zoom settings 88 secondary and major road ramp R data descriptions 148 railroad display characteristics 148 census feature class code descriptions 179 table structure 149 data descriptions and display characteristics 178 selecting file naming convention 180 features with sifter 126 layer details 70 objects in seamless maps 89 layer display alias 181 shield layer control command 103 miFCodes 209 shield manager table structure 178 about 105 recreation area tools 105 census feature class code descriptions 178 sifter data descriptions 177 selecting features with 126 display characteristics 177 what is 126 file naming conventions 178 state legislative districts layer details 68 details 233 layer display alias 178 file naming convention 234 table structure 177 lower house removing, shield layers from a map 108 data descriptions 235 reordering, shield layers in a map 108 display characteristics 235 reshaping table structure 235 a street in an enhanced address layer 118 upper house boundaries or display streets 122 data descriptions 235 retail center display characteristics 236 census feature class code descriptions 181 table structure 236 data descriptions 181 street append display characteristics 181 creating appended tables or seamless maps 94 feature priority codes 182 using 94 file naming convention 182 StreetPro layer details 71 displaying tables 78 layer display alias 182 editing a layer in 121 table structure 181 features 14

file sizes 19 railroad 178 installing on a network 19 recreation area 177 layer naming conventions for 44 retail center 181 opening layers 47 river 188 running the autoloader 26 seamless maps 86 tools overview 14 secondary and major road ramp 149 which products sync with 262 state legislative districts (lower house) 235 streets state legislative districts (upper house) 236 adding _ to an enhanced address layer 117 streets 143 data descriptions 142 transportation hub 183 deleting from an enhanced address layer 118 U.S. elevation 238 display characteristics 142 U.S. voting district boundary 162 editing enhanced address _ line colors 120 urban areas 237 editing the name for all occurrences of 119 water body 187 editing the name for some occurrences of 119 templates editing the name of existing 119 default 32 file naming convention 142 latvia 32 layer details 48 lemon 33 layer display alias 144 pastel gray 35 miFCodes 202 rainy day 33 one-way layer 50 red splash 34 reshaping 122 simple 35 reshaping _ in an enhanced address layer 118 terra 34 table structure 143 working with 32 styles toll road change _ of shield layer 103 layer details 52 changing the _ of a map layer 78 transportation hub changing the display with override 122 census feature class code descriptions 184 editing enhanced address street (line and color) 120 data descriptions 183 display characteristics 183 T file naming convention 184 table structure layer details 72 airport 155 layer display alias 184 census tract 158 table structure 183 city boundary 159 troubleshooting city layer 229 adding a shield layer to a map 108 county boundary 165 creating a shield in the wrong layer 108 DMA boundary 175 deleting a shield by mistake 108 enhanced address layer 137 highway shields 107 exit ramp 151 moving a shield to the wrong location 108 highway 146 placing shields in a map 107 highway exit signage 150 removing a shield layer from a map 108 highway shield 152 reordering the shield layers 108 institution 167 shield objects not displaying 108 large area landmark 168 shields disappear from my map 107 major water 185 shields display without labels 108 MCD boundary 162 text does not fit in a shield 107 MSA boundary 170 unable to open a shield layer 108 native american lands 232 one way streets 145 park 176 primary ramp 148

272 StreetPro U.S. 9.3 filename.pdf © 2006 MapInfo Corporation. All rights reserved. Index U U.S. elevation data descriptions 237 display characteristics 238 table structure 238 U.S. voting districts data description 162 display characteristics 162 layer details 62 table structure 162 urban areas display characteristics 237 layer description and data descriptions 236 table structure 237 W water body data descriptions 187 display characteristics 187 file naming convention 187 layer details 74 layer display alias 188 table structure 187 water layers miFCodes 207 what is a data catalog? 75 bonus content? 219 highway shields tool? 100 sifter? 126 street append? 94 StreetPro display? 10 StreetPro EAL? 10 workspaces, using with MapInfo Pro 11 Z zoom settings seamless maps 88