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

What's new in ArcGIS

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 About geographic coordinate systems Spheroids and spheres Datums North American datums What happens to features at +/-180 (dateline)? GCS_Assumed_Geographic_1 Projected coordinate systems Geographic transformations Supported map projections Vertical coordinate systems

Mapping and visualization

Editing and data compilation

Tables and attribute information

Geoprocessing

What is geoprocessing? A whirlwind tour of geoprocessing Geoprocessing tools Geoprocessing framework Frequently Asked Questions about geoprocessing Fundamental tool concepts An introduction to the fundamental tools Overlay analysis Proximity analysis Table analysis and management Surface creation and analysis Statistical analysis Extracting data Using geoprocessing tools Automating your work with models Automating your work with scripts An overview of writing geoprocessing scripts Getting started with writing geoprocessing scripts About getting started with writing geoprocessing scripts Using the geoprocessor Writing Python scripts Creating and debugging geoprocessing scripts Using the PythonWin Interactive Window Creating a new Python script module Executing and debugging Python Setting breakpoints using Python Scripting examples Accessing tools within a geoprocessing script About accessing tools with geoprocessing scripts Creating the geoprocessor object Differences between geoprocessor versions Adding and removing toolboxes Tools and methods Running a tool Getting results from a geoprocessing tool Message types and severity Getting messages Error handling with Python Setting paths to data Complex parameters Tool names and name conflicts Listing tools, toolboxes, and environment settings Using ArcObjects as tool input Using environment settings Access to licensing and extensions Creating script tools Batch processing with geoprocessing scripts Data properties and access when scripting Working with AMLs Using AMLs with script tools Python equivalents to AML functions Python equivalents to AML directives Scripting object: Properties and Methods Geoprocessing environments An overview of geoprocessing environments Environment levels and hierarchy Script environments Specifying application environment settings Specifying tool environment settings Specifying model environment settings Specifying model process environment settings Environment categories Documenting tools and toolboxes Sharing tools and toolboxes An overview of sharing tools and toolboxes Methods for distributing tools Pathnames explained: Absolute, relative, UNC, and URL A structure for sharing tools Sharing and connecting to UNC pathnames Accessing ArcSDE data in tools Techniques for sharing Python scripts Managing intermediate data in shared models Sharing stylesheets Checklist for sharing tools and toolboxes Geoprocessing with ArcGIS Server Keeping track of geoprocessing history Advanced modeling through simulations An overview of advanced modeling through simulations General concepts of modeling through simulations Developing the different modeling approaches Creating process models Creating models to capture dynamic stochastic events Performing error analysis Performing sensitivity analysis Random number generators and streams References

Geoprocessing tool reference

An overview of commonly used tools Geoprocessing commands quick reference guide Licensing for geoprocessing tools Data types for geoprocessing tool parameters Input and output data considerations Overview of input and output data considerations Geoprocessing considerations for subtypes Geoprocessing considerations for attribute domains Geoprocessing considerations for shapefile output Geoprocessing considerations for cartographic representations 3D Analyst toolbox An overview of the 3D Analyst toolbox Understanding 3D data Concepts of surface analysis Working with TIN surfaces Working with raster surfaces 3D visualization 3D Analyst Conversion toolset An overview of the 3D Analyst Conversion toolset Converting rasters and TINs Converting TINs to features Tools From Feature Class tools From File tools From Raster tools From Terrain tools From TIN tools To KML tools Functional Surface toolset Raster Interpolation toolset An overview of the Raster Interpolation toolset Understanding raster interpolation Implementing Inverse Distance Weighting (IDW) in 3D Analyst Applying a spline interpolation in 3D Analyst Performing trend analysis in 3D Analyst Using Kriging in 3D Analyst Hydrologically correct surfaces: Topo to Raster in 3D Analyst Using Topo to Raster in 3D Analyst Raster Interpolation toolset sample applications Tools Raster Math toolset Raster Reclass toolset Raster Surface toolset Terrain toolset TIN Creation toolset An overview of the TIN Creation toolset Creating and editing TINs Tools TIN Surface toolset Analysis toolbox Business Analyst toolbox Cartography toolbox Conversion toolbox An overview of the Conversion toolbox From Raster toolset From WFS Metadata toolset To CAD toolset To Coverage toolset To dBASE toolset To Geodatabase toolset To Raster toolset An overview of the To Raster toolset Converting features to raster data Converting a DEM to a raster dataset Tools To Shapefile toolset To KML toolset An overview of the To KML toolset Tools Coverage toolbox Data Interoperability toolbox Data Management toolbox Geocoding toolbox Geostatistical Analyst toolbox An overview of the Geostatistical Analyst toolbox Understanding geostatistical analysis Working with a geostatistical layer Creating a grid from a geostatistical layer Geostatistical Analyst toolbox sample applications Parallel processing with multiple CPUs Tools Linear Referencing toolbox An overview of the Linear Referencing toolbox Understanding linear referencing Creating route data Creating and editing event data Linear Referencing sample applications Tools Military Analyst toolbox Mobile toolbox An overview of the Mobile toolbox Tools Military Overlay Editor toolbox Multidimensional toolbox An overview of the Multidimension toolbox Tools Feature To NetCDF (Multidimension) Make NetCDF Feature Layer (Multidimension) Make NetCDF Raster Layer (Multidimension) Make NetCDF Table View (Multidimension) Raster To NetCDF (Multidimension) Select By Dimension (Multidimension) Table To NetCDF (Multidimension) Network Analyst toolbox An overview of the Network Analyst toolbox Analysis toolset Network Dataset toolset Turn Feature Class toolset Server toolbox An overview of the Server toolbox Caching toolset Schematics toolbox Spatial Analyst toolbox Spatial Statistics toolbox Samples toolbox Tracking Analyst toolbox An overview of the Tracking Analyst toolbox Tools Environment Settings Tool errors and warnings

Geodatabases and ArcSDE

An overview of the geodatabase Architecture of a geodatabase Designing a geodatabase Building a geodatabase Data management workflows, transactions, and versioning Getting started with editing and maintaining data Working with non-versioned data Working with versioned data Managing Distributed Data Archiving data Geodatabase data storage and schema 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 What is raster data? Raster bands Cell size of raster data Representing features in a raster dataset Discrete and continuous data Raster dataset zones and regions Raster dataset attribute tables Raster data organization Gathering basic raster dataset information 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 Design methodology for a raster database Why store rasters in a geodatabase Example raster case studies including the storage decisions Raster datasets as attributes More details about rasters in ArcGIS 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 Serving raster data

Data support in ArcGIS

Extensions

Geocoding and address management

Getting started with geocoding Understanding geocoding Preparing for geocoding 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

Network analysis

Using the Network Analyst extension Analyzing geometric networks

Mobile GIS

Interoperability and standards support

Overview of interoperability Overview of OGC and ISO support ESRI protocols and programming interfaces GML support in ArcGIS WFS support in ArcGIS WCS support in ArcGIS WMS support in ArcGIS KML support in ArcGIS

Customizing and developing with ArcGIS

Guide to data that comes with ArcGIS

ESRI Data and Maps Working with StreetMap data

Licensing and desktop administration

GIS Servers and services