Collapse all Welcome to ArcGIS Desktop Help Copyright information Acknowledgements GIS Dictionary

What's new in ArcGIS

What's new in ArcGIS 9.3 What's new in ArcGIS 9.3.1 Migration guides Migrating from ArcView GIS 3 to ArcView 9 Migrating from ArcInfo Workstation to ArcGIS Desktop

Getting started

Map projections and coordinate systems

Getting started with map projections An overview of map projections Projection basics the GIS professional needs to know About the geoid, ellipsoid, spheroid and datum, and how they are related Identifying an unknown coordinate system Converting Degrees Minutes Seconds values to Decimal Degree values Geographic coordinate systems Projected coordinate systems Geographic transformations Geographic transformation methods Equation-based methods Grid-based methods Supported map projections Vertical coordinate systems

Mapping and visualization

An overview of mapping and visualization An overview of ArcMap Data frames Map layers Symbols and styles Text on maps Cartographic representations Map layouts and map printing Graphs, reports, and animations Common tasks within ArcMap Keyboard shortcuts for use within ArcMap ArcMap application patterns Using ArcMap Working with layers Navigating and interacting with maps Adding graphics and text to maps Working with graphics Working with text Symbolizing data Applying symbology Styles and symbols Animation Using cartographic representations Page layout and map composition Working with graphs and reports Working with web maps in ArcGIS Publishing optimized map services in ArcGIS

Editing and data compilation

Tables and attribute information

Geoprocessing

Geoprocessing tool reference

Geodatabases and ArcSDE

An overview of the geodatabase Architecture of a geodatabase Architecture of a geodatabase Geodatabase storage is based on relational principles Where does the application logic belong? The geodatabase is object-relational Geodatabase storage in relational databases Geodatabase transaction management Geodatabase XML Designing a geodatabase An overview of geodatabase design Geodatabase design steps Using ArcGIS Data Model designs Documenting your geodatabase design Modeling feature classes A note about the use of UML for geodatabase design Design Tips Building a geodatabase Creating a geodatabase Defining the properties of a geodatabase Adding datasets and other geodatabase elements Working with geodatabase datasets Data management workflows, transactions, and versioning Geodatabase data storage and schema A short history lesson on simple features How geodatabases are stored in a DBMS Feature geometry and raster data storage An overview of feature geometry and raster data storage ArcSDE Compressed Binary storage The OGC Well-Known Binary representation for geometry The OGC Well-Known Text representation of spatial reference systems The ST_Geometry storage type The Oracle Spatial geometry and raster types The PostGIS geometry type The Microsoft SQL Server spatial types Inside a geodatabase in DB2 Inside a geodatabase in Informix Inside a geodatabase in Oracle Inside a geodatabase in PostgreSQL Inside a geodatabase in SQL Server Administering ArcSDE geodatabases Administering File and Personal geodatabases An overview of administering file and personal geodatabases File geodatabases: compressing vs. compacting Compacting file and personal geodatabases About compressing file geodatabase data Upgrading file and personal geodatabases File geodatabases and Windows Explorer File geodatabase size and name limits File geodatabases and locking Working with geodatabases using SQL

Data management with ArcCatalog

Image and raster data management

Understanding raster data Supported raster data Supported raster dataset file formats Technical specifications for raster dataset formats About the ESRI Grid format About MrSID rasters BIL, BIP, and BSQ raster files Raster data with subdatasets Building a customized raster format Properties of raster data Designing a raster database Building and managing a raster database Raster display and visualization Displaying rasters Adding a raster dataset to a map Adding a raster catalog to a map Saving a raster dataset or catalog layer file About setting default raster display options Choosing which raster formats can be viewed Setting the default bands to display multiband rasters Displaying the raster's spatial resolution Georeferencing a raster dataset Georeferencing video sample Orthorectifying a raster dataset About projecting raster datasets on the fly Improving the display of raster data Color correcting using raster data Working with the histogram when displaying raster data Changing the appearance of background values Symbolizing values of NoData in raster datasets Interactively viewing pixel values using the Pixel Inspector Interactively reveal rasters using the Swipe Layer tool Panchromatic sharpening Performance tuning for displaying raster data Raster analysis and geoprocessing Serving raster data

Data support in ArcGIS

Extensions

Geocoding and address management

Getting started with geocoding Understanding geocoding What is an address? The geocoding work flow The geocoding framework The process of geocoding Customization of the address locator Common geocoding tasks Preparing for geocoding Understanding address locator styles Commonly used address locator styles Preparing reference and address data Standardizing your reference data Building an address locator Locating addresses The geocoding process Finding an individual address Getting an address of a location Geocoding a table of addresses Rematching a geocoded feature class Additional geocoding techniques Keeping an address locator current Updating your reference data Versioned data and the address locator Rebuilding address locators Distributing your address locator Deciding to share an address locator Collecting address locators Making your address locator public Accessing distributed address locators Sharing pre-9.2 address locators Adjusting your address locator file About StreetMap data About StreetMap data

Linear referencing

Getting started with linear referencing Creating route feature classes An overview of creating route feature classes Creating route feature classes Defining the measure properties of your m coordinates Using existing linear features to create routes Creating routes from existing lines About calibrating route measures using points Calibrating routes with points Migrating route features to a geodatabase Accessing the Create Routes wizard Accessing the Calibrate Routes wizard Displaying and querying route feature classes Displaying and querying route events Editing routes Creating and editing event data Working with route event data

Network analysis

Using the Network Analyst extension Analyzing geometric networks

Mobile GIS

Interoperability and standards support

Customizing and developing with ArcGIS

Guide to data that comes with ArcGIS

Licensing and desktop administration

GIS Servers and services