This document provides instructions for creating an animation in ArcMap to visualize population changes in the contiguous United States from 1800 to 2000 using county-level feature class layers. It describes organizing data in ArcCatalog, viewing an existing animation, and creating a new animation to examine population changes in the ArcMap display and through a graph over time. The steps can be applied to other data types and programs besides ArcMap.
The document discusses several GIS analysis tools and functions in ArcMap including adding XY data, buffering, selections, editing operations like sketching and modifying features, topology rules, and building a geometric network. Key steps are outlined for using tools like the buffer wizard, selections by location, sketch contexts, extending and trimming features, defining topology rules, and creating a geometric network by selecting layers and defining edges and junctions. Examples provided illustrate identifying buildings affected by road widening and selecting roads within or crossing a boundary.
The document discusses the components of ArcGIS software. It describes ArcMap as the application for viewing, editing, creating, and analyzing geospatial data. ArcToolbox contains tools for tasks like data management and analysis. ArcCatalog provides tools for managing data, folders, metadata, and more. It also discusses concepts like map projections, spatial data formats, attribute tables, and performing selections and joins on data.
This document provides instructions for using ArcGIS software to explore and analyze geospatial data, with chapters covering basic ArcMap navigation, acquiring and importing GPS and tabular data, symbolizing and labeling map layers, conducting analysis using geoprocessing tools, and map layout and production. Users are guided through exercises adding data, exploring attribute tables, performing selection and joins, editing data, and more to become familiar with ArcGIS capabilities and workflows.
This document provides a manual for basic GIS functions. It introduces ArcGIS components like ArcCatalog, ArcMap and ArcToolbox. It discusses importing and viewing data, creating shapefiles, and setting projections. It also covers georeferencing images, analyzing data through tools like clip and extract, and performing proximity analysis. The document aims to guide users through foundational GIS processes.
Presentation: This presentation gives a brief introduction to tools in ArcGIS and was designed for the Surface Water Quality Monitoring (SWQM) GIS training hosted by Texas Commission on Environmental Quality (TCEQ) staff.
Training: The goal of the SWQM GIS training course is to introduce beginner and intermediate GIS users within the TCEQ surface water monitoring network to the geospatial software, skills, analyses, and data most often used by water resource professionals. The training features presentations from a range of GIS experts from TCEQ, TPWD, and other organizations.
More information on the training: https://www.tceq.texas.gov/waterquality/monitoring/training
ArcMap is ArcGIS’s desktop application for all map-based tasks, like data
and map analysis, editing and production of maps. In ArcMap, a user can
display data, make selections, analyse data, manipulate data, create data,
assign symbols and produce maps. ArcMap also serves as gateway to a
number of software extensions that perform specific tasks and analyses (extensions will be discussed later in the course).
This document provides an overview of geoprocessing, which allows users to define, manage, and analyze spatial information to support decision making. It discusses how geoprocessing works in ArcGIS through tools, models, scripts, and toolboxes. Specific geoprocessing tasks like overlay, proximity, surfaces, and statistics are examined. The document also covers data sources, running tools, and settings. It provides examples of creating a model and script to automate repetitive geoprocessing work.
The document discusses several GIS analysis tools and functions in ArcMap including adding XY data, buffering, selections, editing operations like sketching and modifying features, topology rules, and building a geometric network. Key steps are outlined for using tools like the buffer wizard, selections by location, sketch contexts, extending and trimming features, defining topology rules, and creating a geometric network by selecting layers and defining edges and junctions. Examples provided illustrate identifying buildings affected by road widening and selecting roads within or crossing a boundary.
The document discusses the components of ArcGIS software. It describes ArcMap as the application for viewing, editing, creating, and analyzing geospatial data. ArcToolbox contains tools for tasks like data management and analysis. ArcCatalog provides tools for managing data, folders, metadata, and more. It also discusses concepts like map projections, spatial data formats, attribute tables, and performing selections and joins on data.
This document provides instructions for using ArcGIS software to explore and analyze geospatial data, with chapters covering basic ArcMap navigation, acquiring and importing GPS and tabular data, symbolizing and labeling map layers, conducting analysis using geoprocessing tools, and map layout and production. Users are guided through exercises adding data, exploring attribute tables, performing selection and joins, editing data, and more to become familiar with ArcGIS capabilities and workflows.
This document provides a manual for basic GIS functions. It introduces ArcGIS components like ArcCatalog, ArcMap and ArcToolbox. It discusses importing and viewing data, creating shapefiles, and setting projections. It also covers georeferencing images, analyzing data through tools like clip and extract, and performing proximity analysis. The document aims to guide users through foundational GIS processes.
Presentation: This presentation gives a brief introduction to tools in ArcGIS and was designed for the Surface Water Quality Monitoring (SWQM) GIS training hosted by Texas Commission on Environmental Quality (TCEQ) staff.
Training: The goal of the SWQM GIS training course is to introduce beginner and intermediate GIS users within the TCEQ surface water monitoring network to the geospatial software, skills, analyses, and data most often used by water resource professionals. The training features presentations from a range of GIS experts from TCEQ, TPWD, and other organizations.
More information on the training: https://www.tceq.texas.gov/waterquality/monitoring/training
ArcMap is ArcGIS’s desktop application for all map-based tasks, like data
and map analysis, editing and production of maps. In ArcMap, a user can
display data, make selections, analyse data, manipulate data, create data,
assign symbols and produce maps. ArcMap also serves as gateway to a
number of software extensions that perform specific tasks and analyses (extensions will be discussed later in the course).
This document provides an overview of geoprocessing, which allows users to define, manage, and analyze spatial information to support decision making. It discusses how geoprocessing works in ArcGIS through tools, models, scripts, and toolboxes. Specific geoprocessing tasks like overlay, proximity, surfaces, and statistics are examined. The document also covers data sources, running tools, and settings. It provides examples of creating a model and script to automate repetitive geoprocessing work.
This document provides instructions for using ArcCatalog and ArcMap software. It details how to connect to file folders in ArcCatalog to access project data, then add shapefile data layers from that folder to an ArcMap project for display and analysis.
Esri Location Analytics for Business IntelligenceEsri
This document discusses Esri's Location Analytics solution which integrates business intelligence (BI) and geographic information system (GIS) technologies. The Location Analytics solution seamlessly embeds mapping and spatial analysis tools into existing BI systems. This allows users to visualize and analyze key BI data on interactive maps to discover new patterns and trends. The benefits of Location Analytics include more valuable analytics through spatial visualization, leveraging existing BI investments, and minimal disruption to existing workflows and skills.
Sistemas de Información Geográfica en la gestión y operación de redes de serv...Andesco
William Meehan, Director Utility Solutions at ESRI, Procálculo – Prosis
Congreso Andesco de Servicios Públicos y TIC 14º Nacional y 5º Internacional, Cartagena Colombia, Junio 27, 28 y 29 de 2012
This document introduces representations, which allow storing symbolization rules with geographic data. Representations provide greater control over symbolization and allow dynamic depiction of features. The tutorial contains 5 exercises to learn about creating and modifying representations, overriding rules for individual features, using free representations, and automating mapmaking with geoprocessing tools. It demonstrates converting existing layer symbology to representations and creating representations from scratch.
This document discusses the evolution of location business models from carrier gardens to trusted third party applications to service delivery platforms. It describes characteristics of each model and provides examples. It emphasizes that large enterprises require telecom-enabling services to integrate their internal applications rather than separate point solutions. The document advocates for exposing geospatial functionality through service-oriented architectures to integrate across departments. It provides examples of industry vertical fits and discusses how one company automated their field service process using location technologies to increase productivity.
Harris County Appraisal District is considering migrating its parcel data from an ESRI SDE database to parcel fabric. A pilot project will test the migration in two areas containing a mix of parcel types and geometries. Lessons from other Texas appraisal districts that migrated indicate more upfront data cleanup is needed. Once complete, the migration is expected to improve topology, increase consistency and productivity through automated workflows, and better track parcel history over time. At over 1.4 million parcels, this will be the largest parcel fabric migration to date.
KliqMap for Esri: Actionable Location AnalyticsKT-Labs
At KT Labs we strongly believe that there is much more to “Location Intelligence” that simply linking a map to a report.
KliqMap leverages QlikView, Esri ArcGIS (the leading GIS platform) and KT Labs’ Planning Suite to create a fully integrated and interactive environment where analytics and simulation can be performed in the context of business processes. The native access to “ArcGIS Online” makes this solution accessible to businesses of any size with an amazing simplicity and speed of deployment.
With KliqMap the GIS becomes a key element in empowering decision making through analysis, simulation, prediction and optimization.
This is what we call “Actionable Location Analytics”.
This document provides instructions for creating an address locator in ArcGIS that uses alternate street names and place name aliases. It describes how to create a new address locator using the US Streets with AltName style and selecting the streets feature class and altname table as reference data. It then explains how to use the new address locator in ArcMap to locate addresses, demonstrating how alternate names and aliases are searched to find potential matches.
During the Great Depression of the 1930s, movies and cartoons provided much needed entertainment for Americans. Animated films used individual drawings photographed in sequence to depict movement. Major studios like MGM, Warner Brothers, and Walt Disney animated cartoons and films that brought characters like Mickey Mouse and Bugs Bunny to life. The introduction of sound and color further advanced animated films and cartoons during this era.
This document provides an overview of common GIS data models, including PODS and APDM. PODS is a pipeline open data standard that uses a relational, hierarchical structure and GUIDs. APDM is designed for Esri software and uses relational and spatial relationships as well as Esri database types to differentiate domains. Both standards provide structured models for storing pipeline GIS data.
Network Mapping - Esri UK Annual Conference 2016Esri UK
This document discusses how NM Group uses geospatial technology and mapping to provide solutions for infrastructure projects. It outlines their process of taking infrastructure data from proprietary formats and converting it into mapbooks, GIS layers, reports and web services using ArcGIS tools. This streamlines their workflow compared to other software, allowing them to produce maps, reports and deliverables for infrastructure corridors more quickly and with less manual effort and errors. The mapping solutions provide spatial context and relationships that spreadsheets alone cannot, and make the data more accessible and usable for clients.
ArcGIS Pro is Esri's new desktop GIS software that integrates 2D and 3D mapping, analysis, and editing capabilities. It combines the functionality of ArcMap, ArcCatalog, ArcGlobe, and ArcScene into a single application with a modern 64-bit architecture. ArcGIS Pro allows users to work with multiple maps and layouts simultaneously. It also features tasks that guide users through workflows. The software is tightly integrated with ArcGIS Online and portal environments. Esri is continuously improving ArcGIS Pro based on customer feedback, with new releases adding capabilities like vector tiles, publishing by reference, 3D scenes, and concurrent licensing.
The document discusses how ArcGIS software has evolved to support 3D capabilities that allow users to process drone imagery into 3D models and point clouds, manage large volumes of imagery and 3D data from multiple sources, and share 3D content and services. Challenges of 3D imagery such as file sizes, projections, and accuracy are addressed with tools in ArcGIS like Drone2Map and new 3D scene layer formats that facilitate the creation and use of 3D content across industries.
Telling Stories with Maps - Esri UK Annual Conference 2016acEsri UK
Story Maps are web apps created with ArcGIS Online that combine maps, text, photos, and multimedia to tell geography-based stories. There are different types of Story Map apps that allow for sequential narratives, journal-style narratives, displaying single maps, or comparing two maps. Story Maps are used to tell stories, raise awareness, create reports, highlight locations, share analysis, and compare maps. They are hosted through ArcGIS Online or Portal for ArcGIS and can be easily created and shared.
This document provides an overview of ArcGIS and its components. It discusses how data are stored in ArcGIS using different data models over time, including coverages, shapefiles, and geodatabases. It describes the main ArcGIS applications - ArcMap for viewing and editing data, ArcCatalog for data management, and ArcToolbox for geoprocessing tools. It also outlines some key ArcGIS extensions for spatial, geostatistical, and 3D analysis.
Spatial data defines a location using points, lines, polygons or pixels and includes location, shape, size and orientation. Non-spatial data relates to a specific location and includes statistical, text, image or multimedia data linked to spatial data defining the location. The document outlines key differences between spatial and non-spatial data, noting that spatial data is multi-dimensional and correlated while non-spatial data is one-dimensional and independent, with implications for conceptual, processing and storage issues.
An introduction to GIS Data Types. Strengths and weaknesses of raster and vector data are discussed. Also covered is the importance of topology. Concludes with a discussion of the vector-based format of OpenStreetMap data.
This document provides an overview of geographical information systems (GIS), including definitions of GIS, its basic principles and components, data types used in GIS (vector and raster), advantages and applications of GIS. Specifically, it defines GIS as a computer system for capturing, storing, analyzing and displaying spatially referenced data. It describes the key principles of data capture, management, analysis and visualization. It outlines the typical hardware, software and data components of a GIS, and differentiates between vector and raster data types. Finally, it discusses advantages like accurate representation and analysis, and applications across different domains.
This document provides instructions for a tutorial in ArcMap. The tutorial has 5 exercises that teach how to display and edit geographic data, work with attribute tables, query features, add graphics, and layout a map for printing. The goal is to create 3 maps on a poster showing schools and noise levels near an airport, land use, and population density for a county planning airport expansion. Skills covered include adding data, changing symbols, identifying features, adding text, working in layout view, and inserting map elements like titles and legends.
This document provides guidance on enhancing data management and sharing with Google Earth. It outlines methods for converting ArcGIS shapefiles to Google Earth layers (KML files) using free Shape2KML software. Detailed steps are provided on installing Shape2KML, using it to convert shapefiles, and editing the resulting KML files in Google Earth. Advanced editing techniques like adding custom icons, images, and photos are also described. The document aims to promote consistent standards for NETN modules in Google Earth.
How to empower community by using GIS lecture 2wang yaohui
The document provides instructions for completing a GIS project using ArcGIS software. It outlines 4 steps: 1) Identifying project objectives which in this case is siting a wastewater treatment plant. 2) Creating a project database by assembling data layers and defining their coordinate systems. 3) Analyzing the data using tools in ArcToolbox to apply criteria to potential sites. 4) Presenting results to stakeholders like a city council. It then gives examples of using ArcCatalog to organize data and ArcToolbox tools to manage data formats and projections as part of completing the project.
This document provides instructions for using ArcCatalog and ArcMap software. It details how to connect to file folders in ArcCatalog to access project data, then add shapefile data layers from that folder to an ArcMap project for display and analysis.
Esri Location Analytics for Business IntelligenceEsri
This document discusses Esri's Location Analytics solution which integrates business intelligence (BI) and geographic information system (GIS) technologies. The Location Analytics solution seamlessly embeds mapping and spatial analysis tools into existing BI systems. This allows users to visualize and analyze key BI data on interactive maps to discover new patterns and trends. The benefits of Location Analytics include more valuable analytics through spatial visualization, leveraging existing BI investments, and minimal disruption to existing workflows and skills.
Sistemas de Información Geográfica en la gestión y operación de redes de serv...Andesco
William Meehan, Director Utility Solutions at ESRI, Procálculo – Prosis
Congreso Andesco de Servicios Públicos y TIC 14º Nacional y 5º Internacional, Cartagena Colombia, Junio 27, 28 y 29 de 2012
This document introduces representations, which allow storing symbolization rules with geographic data. Representations provide greater control over symbolization and allow dynamic depiction of features. The tutorial contains 5 exercises to learn about creating and modifying representations, overriding rules for individual features, using free representations, and automating mapmaking with geoprocessing tools. It demonstrates converting existing layer symbology to representations and creating representations from scratch.
This document discusses the evolution of location business models from carrier gardens to trusted third party applications to service delivery platforms. It describes characteristics of each model and provides examples. It emphasizes that large enterprises require telecom-enabling services to integrate their internal applications rather than separate point solutions. The document advocates for exposing geospatial functionality through service-oriented architectures to integrate across departments. It provides examples of industry vertical fits and discusses how one company automated their field service process using location technologies to increase productivity.
Harris County Appraisal District is considering migrating its parcel data from an ESRI SDE database to parcel fabric. A pilot project will test the migration in two areas containing a mix of parcel types and geometries. Lessons from other Texas appraisal districts that migrated indicate more upfront data cleanup is needed. Once complete, the migration is expected to improve topology, increase consistency and productivity through automated workflows, and better track parcel history over time. At over 1.4 million parcels, this will be the largest parcel fabric migration to date.
KliqMap for Esri: Actionable Location AnalyticsKT-Labs
At KT Labs we strongly believe that there is much more to “Location Intelligence” that simply linking a map to a report.
KliqMap leverages QlikView, Esri ArcGIS (the leading GIS platform) and KT Labs’ Planning Suite to create a fully integrated and interactive environment where analytics and simulation can be performed in the context of business processes. The native access to “ArcGIS Online” makes this solution accessible to businesses of any size with an amazing simplicity and speed of deployment.
With KliqMap the GIS becomes a key element in empowering decision making through analysis, simulation, prediction and optimization.
This is what we call “Actionable Location Analytics”.
This document provides instructions for creating an address locator in ArcGIS that uses alternate street names and place name aliases. It describes how to create a new address locator using the US Streets with AltName style and selecting the streets feature class and altname table as reference data. It then explains how to use the new address locator in ArcMap to locate addresses, demonstrating how alternate names and aliases are searched to find potential matches.
During the Great Depression of the 1930s, movies and cartoons provided much needed entertainment for Americans. Animated films used individual drawings photographed in sequence to depict movement. Major studios like MGM, Warner Brothers, and Walt Disney animated cartoons and films that brought characters like Mickey Mouse and Bugs Bunny to life. The introduction of sound and color further advanced animated films and cartoons during this era.
This document provides an overview of common GIS data models, including PODS and APDM. PODS is a pipeline open data standard that uses a relational, hierarchical structure and GUIDs. APDM is designed for Esri software and uses relational and spatial relationships as well as Esri database types to differentiate domains. Both standards provide structured models for storing pipeline GIS data.
Network Mapping - Esri UK Annual Conference 2016Esri UK
This document discusses how NM Group uses geospatial technology and mapping to provide solutions for infrastructure projects. It outlines their process of taking infrastructure data from proprietary formats and converting it into mapbooks, GIS layers, reports and web services using ArcGIS tools. This streamlines their workflow compared to other software, allowing them to produce maps, reports and deliverables for infrastructure corridors more quickly and with less manual effort and errors. The mapping solutions provide spatial context and relationships that spreadsheets alone cannot, and make the data more accessible and usable for clients.
ArcGIS Pro is Esri's new desktop GIS software that integrates 2D and 3D mapping, analysis, and editing capabilities. It combines the functionality of ArcMap, ArcCatalog, ArcGlobe, and ArcScene into a single application with a modern 64-bit architecture. ArcGIS Pro allows users to work with multiple maps and layouts simultaneously. It also features tasks that guide users through workflows. The software is tightly integrated with ArcGIS Online and portal environments. Esri is continuously improving ArcGIS Pro based on customer feedback, with new releases adding capabilities like vector tiles, publishing by reference, 3D scenes, and concurrent licensing.
The document discusses how ArcGIS software has evolved to support 3D capabilities that allow users to process drone imagery into 3D models and point clouds, manage large volumes of imagery and 3D data from multiple sources, and share 3D content and services. Challenges of 3D imagery such as file sizes, projections, and accuracy are addressed with tools in ArcGIS like Drone2Map and new 3D scene layer formats that facilitate the creation and use of 3D content across industries.
Telling Stories with Maps - Esri UK Annual Conference 2016acEsri UK
Story Maps are web apps created with ArcGIS Online that combine maps, text, photos, and multimedia to tell geography-based stories. There are different types of Story Map apps that allow for sequential narratives, journal-style narratives, displaying single maps, or comparing two maps. Story Maps are used to tell stories, raise awareness, create reports, highlight locations, share analysis, and compare maps. They are hosted through ArcGIS Online or Portal for ArcGIS and can be easily created and shared.
This document provides an overview of ArcGIS and its components. It discusses how data are stored in ArcGIS using different data models over time, including coverages, shapefiles, and geodatabases. It describes the main ArcGIS applications - ArcMap for viewing and editing data, ArcCatalog for data management, and ArcToolbox for geoprocessing tools. It also outlines some key ArcGIS extensions for spatial, geostatistical, and 3D analysis.
Spatial data defines a location using points, lines, polygons or pixels and includes location, shape, size and orientation. Non-spatial data relates to a specific location and includes statistical, text, image or multimedia data linked to spatial data defining the location. The document outlines key differences between spatial and non-spatial data, noting that spatial data is multi-dimensional and correlated while non-spatial data is one-dimensional and independent, with implications for conceptual, processing and storage issues.
An introduction to GIS Data Types. Strengths and weaknesses of raster and vector data are discussed. Also covered is the importance of topology. Concludes with a discussion of the vector-based format of OpenStreetMap data.
This document provides an overview of geographical information systems (GIS), including definitions of GIS, its basic principles and components, data types used in GIS (vector and raster), advantages and applications of GIS. Specifically, it defines GIS as a computer system for capturing, storing, analyzing and displaying spatially referenced data. It describes the key principles of data capture, management, analysis and visualization. It outlines the typical hardware, software and data components of a GIS, and differentiates between vector and raster data types. Finally, it discusses advantages like accurate representation and analysis, and applications across different domains.
This document provides instructions for a tutorial in ArcMap. The tutorial has 5 exercises that teach how to display and edit geographic data, work with attribute tables, query features, add graphics, and layout a map for printing. The goal is to create 3 maps on a poster showing schools and noise levels near an airport, land use, and population density for a county planning airport expansion. Skills covered include adding data, changing symbols, identifying features, adding text, working in layout view, and inserting map elements like titles and legends.
This document provides guidance on enhancing data management and sharing with Google Earth. It outlines methods for converting ArcGIS shapefiles to Google Earth layers (KML files) using free Shape2KML software. Detailed steps are provided on installing Shape2KML, using it to convert shapefiles, and editing the resulting KML files in Google Earth. Advanced editing techniques like adding custom icons, images, and photos are also described. The document aims to promote consistent standards for NETN modules in Google Earth.
How to empower community by using GIS lecture 2wang yaohui
The document provides instructions for completing a GIS project using ArcGIS software. It outlines 4 steps: 1) Identifying project objectives which in this case is siting a wastewater treatment plant. 2) Creating a project database by assembling data layers and defining their coordinate systems. 3) Analyzing the data using tools in ArcToolbox to apply criteria to potential sites. 4) Presenting results to stakeholders like a city council. It then gives examples of using ArcCatalog to organize data and ArcToolbox tools to manage data formats and projections as part of completing the project.
1. This document provides step-by-step instructions for setting up a SWAT model using ArcSWAT. It describes how to delineate a watershed, create subbasins and HRUs, generate weather and other input files, run the SWAT simulation, and plot model output.
2. Key steps include watershed delineation using DEM and land use data, calculating subbasin parameters, defining HRUs based on land use, soils, and slope thresholds, generating weather and other input files from internal or observed data, running the SWAT simulation
In this exercise you will explore ArcCatalog and learn how it is used within
the wider ArcGIS environment. You will practice the most important functions only. If necessary, additional functions will be introduced later in the course. First, you will familiarize with the interface, then with specific functions such as browsing and exploring data, creating metadata, etc. Finally you will learn that ArcCatalog can be used as a gateway to ArcMap.
For a new better version of this tutorial see my Google Slides with embedded videos.
https://docs.google.com/presentation/d/1MftEOT3uvYpCVwUaLMhsesm5Que-Kr7GQRV4pKZ2SNQ/edit?usp=sharing
This is a 2019 tutorial on how to do watershed delineation using ArcMap 10. It is an open education resource. Please let me know if you find it useful or see something that could be improved. Feel free to use it for teaching Geographic Information Science.
This document provides an overview and instructions for the ArcReader tutorial. The tutorial contains 4 exercises that teach the basic functions of ArcReader, including viewing maps, querying map features, printing maps, and exploring 3D maps. Each exercise takes 15-20 minutes and uses a published map file of Angelus Oaks, California to demonstrate ArcReader's capabilities.
This document provides an introduction to making maps using the open source desktop tool QGIS. It explains how to visualize shapefiles in QGIS, style layers by adjusting symbols, colors, and labels. Attributes for each feature can be viewed and queried in the attributes table. Selections can be saved as new shapefiles. The tutorial uses Alaska data and shapefiles of airports to demonstrate these mapping functions in QGIS.
This document provides an introduction to making maps using the open source desktop tool QGIS. It explains how to visualize shapefiles in QGIS, style layers by adjusting symbols, colors, and labels. Attributes for each feature can be viewed and queried in the attributes table. Selections can be saved as new shapefiles. The tutorial uses Alaska dataset samples and teaches basic map composition and analysis functions.
Geographic information system and remote sensingchala hailu
ArcMap is where you create maps and access most of the ArcGIS functionality. Remote sensing is an instrument based of observing an object at a far distance without direct contact.
This document provides a tutorial for publishing a geoprocessing model as a service in ArcGIS Server. It describes building a simple model using the Buffer and Clip tools in ArcMap. The model buffers input points by a specified distance and clips the results to a coastline feature class. The document outlines setting the environment, building the model with variables, and publishing/running the model as a service to be accessed in web applications. It focuses on supported data types and using the server jobs directory to manage intermediate and output data.
The document provides an overview of the ArcGIS software suite, including its main components like ArcMap, ArcCatalog, ArcToolbox, ArcScene, ArcGlobe and ArcReader. It describes the user interface of ArcMap and its various toolbars, tabs and properties windows. It also covers functions for adding layers, setting symbology, performing queries, labeling features, and more. The document is a manual intended to describe the basic representation and querying of geospatial data in ArcGIS.
Cutter et al-2007-Systematic Conservation Planning ModulePeter Cutter
This document provides an introduction to using decision support tools for conservation planning. It outlines the goals of gaining experience with conservation planning and tools like ArcGIS, Marxan, and CLUZ. The document describes the landscape and data for a case study in Oregon, including planning units, species occurrence data, and cost data. It provides overviews of the ArcGIS, Marxan, and CLUZ software, and includes step-by-step instructions for opening and navigating ArcGIS and initializing the CLUZ extension for conservation planning analyses.
This document provides an introduction to remote sensing, geographic information systems (GIS), and the GIS software ArcGIS. It begins with definitions of remote sensing and GIS. It then outlines tutorials for using ArcGIS, including how to open ArcMap, add and explore data layers, navigate maps, identify features, edit data, work with labels and legends, and use layout view. The document covers basic functions in ArcGIS like navigation, selection, attribute tables, and editing tools as well as more advanced topics such as creating maps for printing.
This exercise covered creating a new schematic dataset and defining default parameters for the related schematic project in ArcGIS Schematics Designer. Key steps included:
1. Creating a new file geodatabase and schematic dataset.
2. Specifying a default node symbol using the NgUSymbolEditor tool.
3. Setting default text effects like color that will be used for labels if not otherwise defined.
The purpose was to prepare the schematic project and specify some initial parameters before generating schematic diagrams in the following exercises.
This document provides instructions for creating network datasets in ArcGIS Network Analyst. It describes exercises for creating a shapefile-based network dataset using street data for San Francisco, and a geodatabase-based network dataset using street data for Paris. The exercises guide the user through setting up connectivity, modeling turns, and building the network datasets.
This document provides instructions for setting up a local GIS work environment on MIT computers to optimize performance when using ArcGIS. It recommends setting the home folder to the local C drive instead of the networked drive to avoid slowdowns. It also instructs the user to create a local workspace folder and geodatabase within it to store projects and data, rather than using the networked drive. Additional steps include setting relative pathnames and disconnecting unnecessary folder connections to improve ArcGIS performance.
World Wind Java (WWJ) is an open source 3D globe created by NASA that allows users to interactively view Earth from satellite altitude down to the surface. WWJ uses JOGL as its rendering engine and displays geospatial data layers like satellite imagery, elevation models, and vector data. To customize WWJ, developers can configure new data layers and styles through an XML configuration file and implement their own layer classes to display custom data types and geometries on the globe. WWJ tessellates elevation data into triangular mesh tiles using a rectangular tessellation algorithm to render terrain.
This document provides an introduction to using ArcGIS software to create and edit maps. It describes ArcMap, ArcScene, and ArcGlobe as the three main ArcGIS applications for 2D, 3D, and global mapping. It explains how to add shapefiles to a map, work with attribute tables, select features, and download additional GIS data files. The document demonstrates how to organize layers, set labels and symbols, and export selected data. It provides guidance on effective data display through techniques like color coding and label placement. Overall, the document serves as a tutorial for basic GIS mapping and visualization using Esri's ArcGIS suite of products.
This document describes using GIS software to analyze potential sites for a new wastewater treatment plant for the city of Greenvalley. It involves gathering data layers like parcels, roads, elevation, flood zones, and the river. Criteria for suitable sites include being below 365m elevation, outside floodplains, within 1km of the river, over 150m from homes and parks, on vacant land, within 1km of main junction and roads. The analysis will buffer the river, find parcels near roads and the junction, and identify parcels over 150,000m^2 that meet the criteria. Suitable sites will be presented to the public.
Real estate & Construction Industry Market Research in IndiaRumanshu Katiyar
The document discusses the construction industry in India. It notes that construction is the second largest industry in India, accounting for 11% of GDP and employing 32 million people. The industry is large and growing, with significant foreign investment from international real estate companies. Challenges include a lack of trained workers and financing for small and medium contractors. Overall, growth in the Indian economy and infrastructure investment are driving increasing opportunities in the construction sector.
The document discusses the benefits of meditation for reducing stress and anxiety. Regular meditation practice can help calm the mind and body by lowering blood pressure, reducing muscle tension, and decreasing levels of stress hormones. Making meditation a part of a daily routine, even if just 10-15 minutes per day, can significantly improve mood, focus, and overall feelings of well-being over time.
Earthquake engineering for concrete dams design, performance, and research needsRumanshu Katiyar
The document discusses the benefits of exercise for both physical and mental health. It notes that regular exercise can reduce the risk of diseases like heart disease and diabetes, improve mood, and reduce feelings of stress and anxiety. The document recommends that adults get at least 150 minutes of moderate exercise or 75 minutes of vigorous exercise per week to gain these benefits.
This document provides an introduction to the fundamentals of remote sensing. It discusses that remote sensing involves acquiring information about the Earth's surface without direct contact, using sensors to detect reflected or emitted energy. It describes the seven elements of the remote sensing process, including an energy source, interactions with the atmosphere and target, sensor recording, data transmission and processing, interpretation, and application of results. It also discusses electromagnetic radiation, the electromagnetic spectrum, and how radiation interacts with and is scattered or absorbed by particles in the atmosphere.
This single sentence document indicates that a torrent file was downloaded from the website Demonoid.com, which was once a popular private BitTorrent tracker and digital locker. The brief statement provides only the basic information that a torrent download occurred from the specified source site.
This document provides an overview and tutorial for ArcGIS 9 ArcSDE database servers. It covers adding and connecting to a database server, adding users and administering permissions, creating and adding geodatabases, and administering database servers and geodatabases. The tutorial is designed to take 2-4 hours and walks through exercises on these topics using SQL Server Express 2005, which is included with ArcSDE Personal and Workgroup installations.
3. Animation in ArcMap Tutorial
IN THIS TUTORIAL Animations can be created in ArcMap™, ArcScene™ or ArcGlobe™. With
an animation, you can visualize changes to the properties of objects (such as
• Exercise 1: Organizing your data
layers, the camera, or the map extent). By altering layer properties, such as
in ArcCatalog
the time stamp that is displayed or layer visibility and transparency, you can
• Exercise 2: Viewing an animation create interesting animations that can be used to analyze data through time or
to view information in various layers. By altering the extent (ArcMap) or the
• Exercise 3: Creating a temporal camera position (ArcScene or ArcGlobe), you can create an animation that
animation moves around a map, scene or globe. Examples of applications that would
benefit from being viewed as an animation include:
• Exercise 4: Animating data in a
graph through time • The occurrence of events through time, such as hurricanes or precipitation,
the spread of a disease, or population change
• The navigation of an object (such as a car) through a landscape
• A visualization of information in multiple layers by applying transparency
In this tutorial, in the ArcMap display and in a graph, you’ll create an
animation using feature class layers to examine population change for the
contiguous USA for the period 1800 to 2000. The steps used in setting up the
animation can be applied to raster catalog layers, network Common Data
Form [netCDF] layers, and tables, and are also applicable in ArcScene and
ArcGlobe (except the creation of graphs).
To use this tutorial, ArcGIS® must be installed and you must have the
Animation in ArcMap tutorial data installed on a local or shared network drive
on your system. Ask your system administrator for the correct path if you do
not find it at the default installation path specified in the tutorial.
1
4. Exercise 1: Organizing your data in ArcCatalog
Since you’ll make changes to the Animation in ArcMap
folder and will therefore need to have write access to the
data within the folder, you will begin this exercise by making
a working copy of the Animation in ArcMap tutorial folder. 1
You will use ArcCatalog™ to browse to and copy the
folder. 2. Navigate to and select your local copy of the Animation
in ArcMap tutorial folder.
Copying the tutorial data
3. Click OK.
1. Start ArcCatalog by either double-clicking a shortcut
installed on your desktop or using the Programs list on
your Start menu.
2. If the Location toolbar is not present, click View,
Toolbars and click Location.
3. Click the Location combo box and type the path to the 2
arcgisArcTutor folder on the drive where the tutorial
data is installed. Press Enter.
3
3
4. Right-click the Animation in ArcMap folder and click
Copy. The new folder connection is listed in the Catalog tree. You
5. Right-click the local drive where you want to place the will now be able to access all the data needed for this
tutorial data (for example, C:) and click Paste.The tutorial via the new connection.
folder is copied to your local drive.
Connecting directly to your tutorial data
In ArcCatalog, folder connections allow you to access
specific directories on local disks or shared folders on the
network.
1. Click the Connect To Folder button. 4. Click File and click Exit.
2 ANIMATION IN ARCMAP TUTORIAL
5. Exercise 2: Viewing an animation
Visualizing changes in data over time can reveal insightful
information about historical patterns and future potential
change. Data that can be animated through time includes
netCDF, raster catalog, and feature class layers. Once the
data source for any of these layers is added to the
application as a layer, the steps for setting up the temporal
animation are the same. 2
In this exercise, you’ll animate feature class layers to
examine population change. You’ll open an existing map
document containing an animation and play it. You’ll
examine changes in recorded county and state population 3. Navigate to the Animation in ArcMap folder on your
figures over time for the contiguous USA from the year local drive, click Population_Change_Final.mxd, then
1800 to the year 2000. You’ll examine county population click Open.
data in the ArcMap display and state population data in a
graph. In exercises 3 and 4, you’ll create the animation
from scratch to learn the sequence of steps that are
involved.
Opening an existing map document
You’ll begin by starting ArcMap and opening a map
document containing the final animation that you will create
in exercises 3 and 4.
1. Start ArcMap by using the Programs list on your Start
menu. 3
2. If the ArcMap startup dialog box appears, check An
existing map, then double-click Browse for maps. If you
previously checked Do not show this dialog again on the
ArcMap startup dialog box, open the map document by A map of population figures per county within the
clicking Open instead. contiguous USA and a graph displaying population
figures by state are displayed.
ANIMATION IN ARCMAP TUTORIAL 3
6. Playing the animation
You’ll now play the animation to gain an understanding of 3
what can be achieved by animating data through time.
1. Click View, point to Toolbars, then click Animation.
4. Click in the Time View display area (in the position
shown by the red time slider in the graphic) to view the
population figures recorded in the 10-year period after
1800.
1
2. Click the Animation drop-down arrow and click
Animation Manager.
4
5. Resize or move the Animation Manager so you can see
2 the northeast portion of the country in the map display. It
3. Click the Time View tab. is easy to see that at this time, the population was
clustered around this area of the country.
The Time View tab allows the time slices of an
animation to be previewed. The format of the displayed time text is dependent on
your computer’s regional time settings, so your time text
format might be different from that in the graphics.
4 ANIMATION IN ARCMAP TUTORIAL
7. 6. Click in the Time View display area (in the position 8. Click the Open Animation Controls button.
shown by the red time slider in the graphic) to view
population figures recorded in the 10-year period after
1990. You may need to move the Animation Manager to 8
see the counties in the West. There has been a
significant increase in recorded population farther west 9. Click the Play button to see the entire animation play in
by this time period. the ArcMap display and in the graph.
6
9
10. Click Close (“X”) on the Animation Controls dialog box.
11. Click the New Map File button.
W
7. Click Close on the Animation Manager.
12. Click No when asked to save the map document.
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ANIMATION IN ARCMAP TUTORIAL 5
8. Exercise 3: Creating a temporal animation
The procedure for creating an animation through time is the The map contains two layers, State Population and County
same in ArcMap, ArcScene, and ArcGlobe, and the layer’s Population for the contiguous USA. Each layer contains
data source can be a netCDF file, a raster catalog, or a population figures recorded from the year 1800 to 2000, in
feature class. 10–year increments. In this exercise, you’ll set up an
In this exercise, you’ll create an animation to view changes animation to animate the county data in the map display. In
in recorded county population figures over time for the the next exercise, you’ll create a graph using the state data
contiguous USA from the year 1800 to the year 2000. You’ll and animate it alongside the county data.
use the County Population feature class layer, and you’ll 3. Click File and click Save As.
animate it in the ArcMap display.
Opening the map document
1. Click File and click Open.
3
4. Navigate to your Animation in ArcMap folder and type
1
Population_Change.mxd for the name of the map
2. Navigate to your Animation in ArcMap folder and document.
double-click Population_Change_Start.mxd. 5. Click Save.
2
5
6 ANIMATION IN ARCMAP TUTORIAL
9. Creating the time layer track 2. Click the Type drop-down list and click Time Layer as
the type of track you’ll create to store the keyframes.
Animations consist of tracks. Tracks are bound to objects
(such as layers, the map view [ArcMap], the camera 3. Click the Source object drop-down list and click County
[ArcScene and ArcGlobe], or the scene [ArcScene]) Population.
whose properties can be animated. You can create an 4. Click New to create a new time layer track with a
animation that navigates through a scene or globe or pans default name. You’ll rename the track later.
and zooms around a map by creating a camera or a map
All that is required to create an animation through time is a
view track, respectively. You can create an animation that
start and an end keyframe (though multiple keyframes can
alters layer properties, such as transparency or visibility, by
be created if you want to animate, for example, hourly time
creating a layer track. Scene properties, such as the
stamps for the first half of an animation and daily time
background, can be animated by creating a scene track.
stamps for the second half). Later in this exercise, you’ll
Data (in the form of feature class, netCDF, or raster
learn how to set the time for each keyframe, between
catalog layers) can be animated through time in ArcMap,
which time stamps will display based on the interval and
ArcScene, or ArcGlobe by creating a time layer track. All
units that you’ll specify.
that is required is a time field in the attribute table, or a time
dimension for netCDF layers. The ‘Building animations’ 5. Type “Start Time” for the name of the first keyframe
section of the ArcGIS Desktop Help explains how to create you’ll create within the time layer track.
the various track types for use in an animation. 6. Click Create once to create this keyframe. Be careful to
Tracks are composed of keyframes, which are a snapshot only click Create once. It is easy to unintentionally
of the object’s properties at a certain time during the create multiple keyframes. If you clicked Create more
animation. For time layer tracks, each keyframe stores a than once, close this dialog box, click Animation, and
time, and the interval (such as 10) and units (such as years) click Clear Animation. Then start again from step 1 of
that will be applied between that keyframe and the next this section.
one. To create a time layer track, you’ll first create an
empty track and create the keyframes that it will store.
1. Click Animation and click Create Keyframe.
2
3
4
1 5
6
ANIMATION IN ARCMAP TUTORIAL 7
10. 7. Type “End Time” for the name of the second keyframe 12. Click the value set for the name of the track (Time
you’ll create within the time layer track. Layer track 1) and change it to USA Pop Change.
8. Click Create to create the second keyframe.
9. Click Close. W
E
The time layer track has been created, but you need to set
the time field or fields you’ll use to animate the County
7 Population data, the time for each keyframe, and the
9 interval and units you want to use to display time slices
between keyframes.
8
Setting time layer track properties
10. Click the Animation drop-down arrow and click
Animation Manager. 1. Click at the beginning of the track to select it and click
Properties.
1
2. Click the Time Track Properties tab.
The source object (a layer in this case) to which a track is
attached can have one time field or a start time field and an
Q end time field. It is useful to have an end time field in cases
where the time stamps are irregularly spaced so that there
11. Click the Tracks tab. will always be a time stamp displayed as the animation is
played.
8 ANIMATION IN ARCMAP TUTORIAL
11. 3. Click the Start Time Field drop-down arrow and click
DATE_ST for the field to use from the County 6
Population layer.
Since this is a date-formatted field, the Format drop-
7. Click OK.
down list is disabled. If your field was a string or a
double, you would be required to set the field format. Modifying keyframe properties
4. Click the End Time Field drop-down arrow and click
1. Click the Keyframes tab and notice the time values that
DATE_END. This field is also a date-formatted field.
have been populated for each keyframe in the Time
5. Click Calculate Times. column.
Since this data is in 10-year intervals, you’ll set the interval
for each keyframe to 10 and the units to years.
3 2. Click the value for the interval of the Start Time
keyframe and type “10”, then repeat this for the End
4 Time keyframe.
5 1 2
Calculate Times finds the minimum and maximum values
in the Start Time Field specified and populates these as
the time values for the two keyframes you created.
The Start Time keyframe you created will now have a
time value of January 1, 1800. The End Time keyframe
will now have a time value of January 1, 2000. You’ll
see these values set on the Keyframes tab of the
Animation Manager later.
You want the time of each time slice that is displayed to
also show in the display when the animation is playing.
6. Ensure that Show time in the display is checked and that
Show track name in the display is unchecked, since you
only have one track in this animation.
ANIMATION IN ARCMAP TUTORIAL 9
12. 3. Click the value for the units of the Start Time keyframe The space between each tick mark on the track line
and click Years from the dropdown list. Repeat this for represents each 10-year period. After the second tick
the End Time keyframe. mark, the time slice displayed will change from 1800 to
1810. Note the animation time (from 0.000 to 1.000) at
the bottom of the Time View display. All tracks operate
within this animation time.
You can see that the majority of the population at that
time lived in the northeastern USA.
2. Click the Select Elements tool on the Tools toolbar.
3
Previewing time slices
Your animation is now set up. You can preview slices of the
animation on the Time View tab.
1. Click the Time View tab and click in the location shown 2
to view the data in the year 1800.
3. Double-click the time text in the display.
4. Click Change Symbol on the Text tab.
3
1 4
10 ANIMATION IN ARCMAP TUTORIAL
13. 5. Click the Size drop-down arrow and click 24.
6. Choose bold for the style.
7. Click OK, then click OK on the Time display dialog box.
9
5
6
Notice that the population of places in the West, such as
California, is starting to be recorded during this 10-year
period. Also notice that the time text has changed to the
7 year 1850.
10. Click in the location shown on the Time View tab display
8. Click the text in the display and move it to a location to view the time slice for the 10-year period after 1990.
where it can be seen more clearly, then click away from
the text to remove the blue dashed outline.
Q
9. Click in the location shown on the Time View tab display
to view the time slice for 1850.
ANIMATION IN ARCMAP TUTORIAL 11
14. Notice that the West’s population has increased, 13. Click File and click Save to save your map document up
particularly in Los Angeles county in Southern California to this point.
(the county shown in the darkest color).
With Restore state after preview checked, closing the
Animation Manager would remove the time text and the
layer would go back to its original state. The current
definition query set to show the time slice for 1990 would
be removed. R
11. Ensure that Restore state after preview is unchecked so
that the currently displayed time slice and the symbology Playing the animation
and position of the time text will be retained in the
You’ll now play the entire animation using the Animation
display after the Animation Manager is closed.
Controls dialog box.
Note that if you need to restore the state of your data
1. Click the Open Animation Controls button.
after the animation has played, you can set the default
symbology for the time text via the Draw toolbar
instead.
1
12. Click Close.
2. Click Options.
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12 ANIMATION IN ARCMAP TUTORIAL
Untitled-1 12 09/05/2006, 11:24 AM
15. 3. Click By number of frames and click Calculate. you’ll learn how to animate a graph alongside data that is
This calculates the number of frames necessary to draw animated in the map display.
all the time slices when playing the animation. If you’re moving on to the next exercise, keep the map
4. Set the Frame duration to 1.0 if it isn’t already set to this document open. If you want to stop and continue later,
value. close the map document and reopen it to continue with
exercise 4.
5. Uncheck Restore state after playing so that the original
state of the data before the animation was played is not
restored after the animation has played. The final time
slice and time text will be retained.
6. Click Options to hide the play and record options so you
can see the animation in the display.
7. Click the Play button.
7 6
3
4
5
Examine the increase in recorded population over time.
8. Click File and click Save.
This exercise showed you how to create and play a
temporal animation in the map display. In the next exercise,
ANIMATION IN ARCMAP TUTORIAL 13
16. Exercise 4: Animating data in a graph through time
In this exercise, you’ll create a graph from the State 1800s. This is because population figures only start being
Population layer to examine total population figures per recorded for these states later in the 1800s.
state over time. You’ll attach the layer as a secondary 4. Close the table.
source for the track. The data in the graph will then
animate along with the data in the display. You’ll be able to
spot general trends by viewing the state population figures
in a graph.
Examining the attribute table
1. Right-click the State Population layer and click Open
Attribute Table to examine the population figures.
Setting up a definition query
You’ll set up a definition query to show only those states
that have population figures greater than zero. Doing so will
1 mean only states that meet this criteria will display in the
graph that you’ll create.
2. Right-click the State_Name field and click Sort
Ascending.
2
3. Scroll down the table and notice that the population for
many states is listed as zero during the first half of the
14 ANIMATION IN ARCMAP TUTORIAL
17. 1. Right-click the State Population layer and click 6. Press the spacebar and type the value “0”.
Properties. Your expression should be entered as “Population” > 0.
7. Click Verify to check the expression.
8. If the expression verifies successfully, click OK on the
Verify expression box, click OK on the Query Builder
dialog box, then click OK on the Layer Properties dialog
box.
4
5
1
2. Click the Definition Query tab.
6
3. Click Query Builder.
2
7 8
9. Click File, then click Save to save the map document.
3
4. Double-click “Population” to add it to the expression
box.
5. Click the > button.
ANIMATION IN ARCMAP TUTORIAL 15
18. Creating a graph
6
1. Click Tools on the Main Menu, point to Graphs, then
click Create.
5
7
1
2. Click the Graph type drop-down arrow on the Create 8
Graph Wizard and click Vertical Bar.
3. Click the Layer/Table drop-down arrow and click State
Population.
4. Click the Value field drop-down list and click Population
to set this as the value for the y-axis. 9
10. In the General graph properties frame, type “State
2 Population” in the Title text box.
3 11. Type “State Name” in the Title text box on the Bottom
4 tab.
5. Click the X field drop-down arrow and click
State_Name to set this as the value for the x-axis.
6. Set Ascending for the X field so that the state names will Q
be displayed in ascending order.
7. Set the X label field to State_Name.
8. Uncheck Add to legend so the legend is not displayed in
the graph.
9. Click Next.
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16 ANIMATION IN ARCMAP TUTORIAL
19. 12. Click the Left tab and check that Population is set as 14. Right-click the graph and click Advanced Properties.
the title for the Y Axis.
E
T
13. Click Finish. 15. Expand Chart, then expand Axis and click Bottom Axis.
A graph is created displaying the total population values 16. Click the Labels tab.
for each state through time. Once the graph is animated 17. Click the Style tab, and increase the Angle value to 90
later in this exercise, you’ll be able to see the population degrees. Examine the effect this has on the graph’s
value per state through each time stamp. x-labels.
Y U I
Since you set a definition query of “Population” > 0, only
those states with populations greater than zero will be
displayed in the graph as it is animated. As time passes,
more states will appear on the graph as their population is
recorded. As more states appear, the graph’s x-axis will You want the range of y-values in your graph to remain the
become crowded, and you won’t be able to read the names. same and not fluctuate depending on the data, so you’ll fix
Rotate the state names to overcome this problem. the maximum y-value.
ANIMATION IN ARCMAP TUTORIAL 17
20. 18. In the Editing tree on the left side of the Editing dialog
box, click Left Axis.
19. Click the Scales tab.
20. Click the Maximum tab and click Change.
G
O P
Attaching the State Population layer to the time
layer track
You’ll now add the State Population layer as another
attached object to the time layer track you created in
exercise 3. Doing so will enable the data in the graph (the
State Population layer) to animate at the same time as the
data in the display (the County Population layer). Another
way to achieve this result is to create another time layer
track and attach the State Population layer to it.
1. Click Animation and click Animation Manager.
A
21. Type “34000000” in the Value text box.
22. Click OK.
S D
23. Click Close on the Editing dialog box. 1
24. Click File and click Save.
18 ANIMATION IN ARCMAP TUTORIAL
21. 2. Click the Tracks tab and click the track to select it. 5 6
3. Click Properties.
3
4. Click the General tab, click State Population from the
Available objects list, then click Attach. 7
8. Click Close on the Animation Manager dialog box.
9. Click File on the Main Menu and click Save.
4
5. Click the Time Track Properties tab and click State
Population.
6. Click the Start Time Field drop-down arrow and click
Start_Date.
7. Click OK.
ANIMATION IN ARCMAP TUTORIAL 19
22. Playing the animation in the graph and the display 1. Click the Animation drop-down arrow and click Export
to Video.
Your animation is now ready to play in both the graph and
the display.
1. Click Options on the Animation Controls dialog box to
expand the Play options part of the dialog box.
2. Uncheck Restore state after playing so the last frame
will be retained after playing the animation.
3. Click the Play button.
3 1 1
2. Navigate to your Animation in ArcMap folder and type
“My_Population_Change” in the File name text box.
3. Leave the default in the Save as type drop-down list as
AVI (*.avi).
2 4. Click Options.
Examine the changes over time in the display and in the
graph. The population increases in the West, and the state
of California increases its population considerably.
Exporting the animation to a video file
Many times, you’ll need to present your animation to others.
Rather than playing the animation in the display of the
ArcGIS application, you can create a video of your
animation by exporting to an Audio Video Interleaved (.avi)
or QuickTime (.mov) file. This is especially useful when
working with large datasets where the refresh rate can be
slow, and it enables you to share your animations with
others. Videos can take time to create, especially with large
4
datasets, but once created, the video runs quickly. 23
20 ANIMATION IN ARCMAP TUTORIAL
23. The Enable Off-Screen recording option is useful if you 8
want to continue working while the animation is exporting.
With the exception of graphs, windows opened on top of the
ArcMap application will not appear in the exported video.
The graph you created will be exported and included in the
video file if you check Enable Off-Screen recording.
5. Check Enable Off-Screen recording.
6. Click OK.
It may take awhile to produce the video. The progress
bar at the bottom left of the application will give an idea
as to how much of the video has been created once you
click OK. You can press Escape to cancel the export.
5 9. Click OK to export the video or click Cancel to stop the
video export. You can play a video that has been created
for you instead.
You can export animations from layout view in ArcMap,
enabling you to export not only the display and the graph
but also layout elements, such as the legend for the data
in the display, a north arrow, scale bar, and so on.
10. Click File and click Save to save the map document.
11. Click File and click Exit to exit the ArcMap application.
6 12. Navigate on disk to your Animation in ArcMap folder
and double-click My_Population_Change.avi to play the
7. Click Export. The Video Compression dialog box opens. video. If you didn’t export the animation to video,
double-click the video that was created for you
8. Click the Compressor drop-down arrow and choose a
(Population_Change.avi) to play that instead.
lossy compressor such as Cinepak Codec by Radius.
Using a lossy compression results in a smaller video size
than using a lossless compression, but text and data can
be less clear.
ANIMATION IN ARCMAP TUTORIAL 21
24. This brings you to the end of this tutorial. You’ve learned
how to create an animation that shows layer attributes
changing with time in the display and in a graph. These
steps can be applied to any supported data type (netCDF,
raster catalog, or feature class layers or tables) so use this
tutorial as a guide when animating your own layers through
time. Time layer tracks can be created in the same way in
ArcScene and ArcGlobe, so you can animate your layers
through time in those applications as well.
Other types of animations can be built by creating different
track types. You can build a map view track to create an
animation that moves around, and zooms in on, the map.
You can build a layer track to create an animation that
alters layer transparency or visibility. A scene track allows
you to animate scene properties, such as the background
color. These tracks can be built and animated alongside a
time layer track to create visually interesting animations.
To learn more about creating animations, see the
‘Animation’ section of the ArcGIS Desktop Online Help
system.
22 ANIMATION IN ARCMAP TUTORIAL