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 Geographic coordinate systems Projected coordinate systems Geographic transformations Geographic transformation methods Equation-based methods Grid-based methods Supported map projections List of supported map projections Aitoff Alaska Grid Alaska Series E Albers Equal Area Conic Azimuthal Equidistant Behrmann Equal Area Cylindrical Bipolar Oblique Conformal Conic Bonne Cassini-Soldner Chamberlin Trimetric Craster Parabolic Cube Cylindrical Equal Area Double Stereographic Eckert I Eckert II Eckert III Eckert IV Eckert V Eckert VI Equidistant Conic Equidistant Cylindrical Equirectangular Fuller Gall's Stereographic Gauss-Krüger Geocentric Coordinate System Geographic Coordinate System Gnomonic Goodes Homolosine Great Britain National Grid Hammer-Aitoff Hotine Oblique Mercator Krovak Lambert Azimuthal Equal Area Lambert Conformal Conic Local Cartesian Projection Loximuthal McBryde-Thomas Flat-Polar Quartic Mercator Miller Cylindrical Mollweide New Zealand National Grid Orthographic Perspective Plate Carrée Polar Stereographic Polyconic Quartic Authalic Rectified Skewed Orthomorphic Robinson Simple Conic Sinusoidal Space Oblique Mercator State Plane Coordinate System Stereographic Times projection Transverse Mercator Two-Point Equidistant Universal Polar Stereographic Universal Transverse Mercator Van der Grinten I Vertical Near-Side Perspective Winkel I Winkel II Winkel Tripel Vertical coordinate systems About vertical coordinate systems Vertical datums Geoid

Mapping and visualization

Editing and data compilation

An overview of editing and data compilation Getting started with editing Common editing tasks Creating new features Editing existing features Moving features Rotating features Copying and pasting features Deleting features Adding and deleting vertices Moving vertices Editing attribute values of a vertex Reshaping lines and polygons using a sketch Splitting polygon features Splitting line features Trimming lines Extending lines Flipping lines Scaling features Clipping features Stretching a feature's geometry proportionately Simplifying and smoothing features Editing attributes Editing attributes Copying and pasting attributes Deleting attributes Editing with default values and attribute domains About updating data using SQL Editing annotation Editing dimension features About editing dimension features Creating dimension features Modifying a dimension feature's geometry and style Using a digitizer Spatial adjustment An overview of spatial adjustment Adding the Spatial Adjustment toolbar Setting up the spatial adjustment Working with links Working with link files and control point files Previewing and performing the adjustment Transferring attributes between features Editing topology Editing relationships and related objects About editing relationships and related objects Editing relationships and related objects COGO An overview of COGO Common COGO workflows About COGO descriptions Adding COGO fields to a feature class Traverse file format Offset points file format Applying a ground to grid correction Reporting COGO descriptions Using the Curve Calculator command Using the COGO Area command Splitting features into COGO lines

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 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 Accessing tools within a geoprocessing script Creating script tools Batch processing with geoprocessing scripts Data properties and access when scripting Working with AMLs Scripting object: Properties and Methods Geoprocessing environments Documenting tools and toolboxes Sharing tools and toolboxes Geoprocessing with ArcGIS Server An overview of geoprocessing with ArcGIS Server Key concepts for geoprocessing services Guide to related geoprocessing with server topics Input and output data types Creating models for geoprocessing services Preparing map documents containing tool layers Defining output symbology for geoprocessing tasks Defining symbology for input feature sets Publishing geoprocessing services Managing the jobs directory Deploying services on multiple computers - LocalJobsDirectory Data access considerations for geoprocessing tasks Creating tasks for the UNIX/Linux environment Creating script tools for geoprocessing tasks Using geoprocessing tasks in Python scripts Spatial reference considerations for geoprocessing services Performance tips for geoprocessing services Checklist for authoring and publishing geoprocessing services Python scripts to zip and unzip data Geoprocessing service examples Keeping track of geoprocessing history An overview of geoprocessing history History log files Geoprocessing history in metadata Advanced modeling through simulations

Geoprocessing tool reference

Geodatabases and ArcSDE

Data management with ArcCatalog

Image and raster data management

Understanding raster data Supported raster data 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

Data support in ArcGIS

Extensions

Geocoding and address management

Linear referencing

Network analysis

Mobile GIS

Interoperability and standards support

Overview of interoperability Overview of OGC and ISO support ESRI protocols and programming interfaces GML support in ArcGIS An overview of GML support in ArcGIS How to work with GML in ArcGIS Using the GML simple features profile Using supported GML profiles Adding new GML profiles Working with WFS within ArcGIS WFS support in ArcGIS An overview of WFS support in ArcGIS Adding support for WFS in ArcGIS Desktop How to work with WFS using ArcGIS Desktop WCS support in ArcGIS WMS support in ArcGIS An overview of WMS support in ArcGIS KML support in ArcGIS

Customizing and developing with ArcGIS

An overview of customizing ArcGIS Customizing the user interface Writing macros using VBA Extending ArcGIS desktop applications About extending ArcGIS

Guide to data that comes with ArcGIS

Licensing and desktop administration

GIS Servers and services

An overview of GIS servers used with ArcGIS Using ArcIMS with ArcGIS Desktop Using ArcGIS Server with ArcGIS Desktop Authoring and publishing services for ArcGIS Server Administering ArcGIS Server with ArcCatalog Creating and publishing web maps for ArcGIS Server An overview of Web GIS A framework for deploying Web GIS Web GIS concepts for GIS users Types of GIS map applications Steps for implementing GIS map applications How to build online base maps Building operational map layers Managing the performance of GIS mapping services Distributing maps, globes, and layers on the Web