dev-034-Building Qt Apps with ArcGIS Runtime SDK

42 /arcuserDo More with The April 2019 release of version 100.5 of the ArcGIS Runtime SDKs enhanced 3D and KML functionality, augmentedoffline workflows, and introduced support for fundamental map-ping requirements such as reference scale and group.Working in 3DYou’ll see lower memory usage and better all-around perfor-mance when working with scenes as Esri continues to optimize the experience. This release of ArcGIS Runtime SDKs adds some significant 3D functionality. ArcGIS Runtime SDKs squeeze great performance out of mobile devices, displaying large volumes of symbolized and filtered lidar data. With Point Cloud Scene layers, datasets of hundreds of millions of points can be interactively visu-alized. It’s truly impressive.Not to be confused with the Point Cloud Scene layer, Point Scene layers provide fast display of point features in a 3D view based on scale, distance, and threshold parameters associated with a view-point. Publish these from point feature layers as a service or as a scene layer package or as part of a mobile scene package.You can now work with features that lie below ground level by adding transparency to the scene’s surface or simply by navigating and positioning the camera below ground. Properties on a scene’s surface allow you to enable or disable subsurface navigation and control the transparency of the ground.Mobile Scene Packages Version 100.5 adds support for Mobile Scene Packages (MSPKs). These files parallel Mobile Map Packages but (you guessed it) are for scenes and are generated in ArcGIS Pro to be side loaded onto your devices for an offline 3D experience.Working OfflineSpeaking of offline, Esri has been working on enhancements to the On Demand and Preplanned offline workflows that enable even greater control when working with data while disconnected.Basemap by ReferenceIn both On Demand or Preplanned workflows, you can now opt to make use of a locally stored basemap. For example, perhaps you have a vector tile package or raster tile package already down-loaded, which covers your entire service area. Not having to gen-erate or download the basemap tiles can significantly reduce the time it takes to generate and download an offline map.ArcGIS Runtime SDKs 100.5By Nick Furness and Rex HansenNext Gen Locators and Tile PackagesEsri’s geocoding team has been hard at work on next generation locators. At 100.5, ArcGIS Runtime SDKs bring support for these LOC files to Runtime. These are smaller and faster. What more could you want?Alongside that, Esri added support for the new Tile Package (TPKX) file format for local raster tiles. TPKX files use the Compact Cache V2 open spec. Generate a TPKX from ArcGIS Pro or ArcGIS Enterprise 10.7, or lean on the spec to create your own tile packages.Reference ScaleAlthough utility customers have long clamored for reference scale functionality, you don’t have to be a utility to make good use of a reference scale. Now a map authored in ArcGIS Pro can have refer-ence scales set on the map or on individual layers, and these scales are honored in ArcGIS Runtime SDKs.AnnotationAnnotation—text that is pinned in place relative to a feature or to the map—is another feature that is of great use to utilities. It’s not dynamically positioned like a label. It is statically positioned when the map is authored.Although this is just the first release that includes reference scale and annotation, these are already very capable features. However,Esri will be enhancing these features and adding APIs to better control them over the next few releases of the ArcGIS Runtime SDKs.Web Feature ServiceRounding out Esri’s Open Geospatial Consortium (OGC), Inc.format support, Web Feature Service (WFS) has been added. Now WFS, Web Map Service (WMS), and Web Map Tile Service (WMTS) layers can directly display OGC services in your map.KML ToursThe addition of KML tours completes the functional coverage for KML in the ArcGIS Runtime SDKs. Open a KML tour in the runtime and control its playback using an API.Group LayersGroup layers are another frequently requested feature. Esri intro-duced an API to support combining operational layers into group43/arcuser /ausubmissionWrite an article for ArcUser magazine. Tell the GIS world how your organization saved money and time or acquired new capabilities using GIS. Share your GIS management insights or your expertise in extending the GIS functionality of Esri software.Share Your Story in ArcUserDeveloper’s Sectionlayers in both maps and scenes. In addition, group layers defined in a web scene or mobile scene package will be honored.Local ServerLocal server has been updated at 100.5 to add compatibility with ArcGIS Pro 2.3 and ArcMap 10.7.Updated SDKsAt each release, Esri updates its world-class SDKs to cover the new capabilities added. In addition to updated guide topics and API reference docs, new sample apps and updated toolkits and open-source apps have been added. Additional specific information is available in the release notes for .NET, Java, Qt, Android, iOS, and macOS SDKs. This is the last release with a dedicated macOS SDK, but you can still use Java and Qt SDKs to build macOS apps.This release also brings bug fixes and performance improve-ments, and—under the hood—improvements that pave the way for some exciting new features over the next few releases.Download and Get StartedTo get 100.5, go to the ArcGIS for Developers () website, browse to the ArcGIS Runtime SDK page of your choice, and download the SDK. You can also reference an ArcGIS Runtime SDK through NuGet, Gradle, or CocoaPods. If you’re new to developing with ArcGIS Runtime and don’t have an ArcGIS Developer Subscription, simply sign up for a free account and you’ll be able to access everything you need to develop your app.About the AuthorsNick Furness is a technical product manager for ArcGIS Runtime SDKs for iOS and macOS. He has spent more than 20 years work-ing in GIS, building projects that have ranged from small mom-and-pop solutions to enterprise utility and national government deployments. H e presents at the Esri Developer Summit, the Esri User Conference, and many other events, mostly on ArcGIS Runtime SDKs with the odd bit of JavaScript thrown in.Rex Hansen is a product manager for ArcGIS Runtime. He has more than 25 years of experience in GIS, spatial analytics, and computer mapping. Recently, he has helped guide the development of native solutions and technologies in the GIS industry that use authorita-tive geospatial data in immersive, extended reality experiences.。

deployments. Monitor helps managers and administrators trouble-shoot performance and system issues within a single application. It can be used to investigate common performance issues such as system overload due to high traffic volume and network bot-•Are web services more active during specific time periods? •Are some web services mostly inactive? (Perhaps they should be changed or retired.)•Which Enterprise portal items are the most active?áBy collecting data metrics from registered enterprise GIS components and storing this data in an internal database, ArcGIS Monitor provides enterprise GIS managers and administrators with an archive of enterprise GIS activity.Organizations that Benefit from ArcGIS MonitorThese are some organizations that have used ArcGIS Monitor to cut down on outages, trouble shoot problems, optimize performance, and improve end-user experiences.“City of Calgary Monitors System Health with Enterprise GIS Optimization Tool” (https://bit.ly/3X12eQn)“Houston Public Works Manages Enterprise GIS with Per-formance and Optimization Solution” (https://bit.ly/3jtuYU2)“Stark County in Ohio Improves System Health with Enterprise GIS Optimization Solution” (https://bit.ly/3YnYDgh)“Forsyth County Monitors Enterprise GIS with Optimization and Management Solution” (https://bit.ly/3Rv9wKR)“The Utility of ArcGIS Monitor” (https://bit.ly/3HPWX9I)ShareY our Story in ArcUser/ausubmission Write an article for ArcUser magazine. Tell the GIS worldhow your organization savedmoney and time or acquired new capabilities using GIS. Share your GIS management insights or your expertise in extending the GIS functionality of Esri software.No issues reported by end-users is a good thing.Eddie FungGIS Data CoordinatorCity of Calgarydiscussed previously), Monitor uses terms and concepts that are familiar to the IT staff. This authoritative information about perfor-mance, health, and usage of enterprise GIS provides operational awareness of enterprise GIS to IT and management in a language that they can easily understand.Since Monitor collects and records data metrics over time, it can be particularly helpful in determining if appropriate system resources have been allocated to support enterprise GIS needs. If they have not, GIS staff will have the empirical evidence needed to validate system resource requests to IT, management, and other enterprise GIS stakeholders.5Promote Enterprise GISEnd User SatisfactionA key responsibility of enterprise GIS managers and administrators is to ensure that the system is working efficiently and meets the needs of the organization. The quote above succinctly summarizes this objective. This responsibility applies to an enterprise GIS of any size in any industry. When enterprise GIS efficiently addresses demands, end users are satisfied. By leveraging Monitor to ad-dress issues before they become critical, managers and adminis-trators can proactively manage the system to meet their goals and keep end users happy. ConclusionMonitor complements and strengthens your enterprise GIS deployment by providing a holistic view of the entire system and its infrastructure.About the AuthorDerek Law is a senior product manager for ArcGIS Monitor at Esri. Based in the Redlands, California, office, he’s involved with requirements gathering, software development, and product marketing. He’s worked for more than 20 years as a GIS profes-sional and has worked with many domestic and international clients. Follow him on Twitter: @GIS_Bandit and on Mastodon: mastodon.world/@GIS_BanditManager's Corner31/arcuser Spring 2023 au。

Build Accessible Web Apps By Kitty Hurley and Jessica McCallWeb accessibility techniques remove the barriers in web apps that can prevent people from fully experiencing content and supports the inclusion of individuals with disabilities.Creating fully accessible web solutions can be a complex pro-cess because the way individuals interact with the web can vary greatly. However, the Web Content Accessibility Guidelines (WCAG) (https://rebrand.ly/9xb6c1w) is a guide for improving accessibility on the web. WCAG is an internationally recognized coding standard that was developed to meet the varying needs of individuals, organizations, and government agencies when imple-menting web accessibility. Its success criterion provides standards for developers of web and mobile content when publishing web content or apps.Building Accessibility into Web MapsThe accessible components in ArcGIS Maps SD K for JavaScript (JavaScript Maps SD K) and Calcite D esign System demonstrate Esri’s commitment to accessibility. These components provide the building blocks to design an accessible UI. This article in-cludes some ways accessible and inclusive apps can be built with JavaScript Maps SDK and Calcite.Improve Color ContrastColor contrast is key for individuals who have low vision, macular degeneration due to age, color vision deficiency (color blindness), or other vision-related impairments.Being aware of the contrast of colors or specific combinations of colors is a key aspect when creating an accessible web app. WCAG Success Criterion 1.4.3: Contrast (Minimum) aims for a 4.5 to 1 ratio when visually presenting text and images.Color contrast can be enhanced with Calcite’s web components to support WCAG Success Criterion 1.4.3: Contrast (Minimum), or level AA. [WCAG has thre e levels of conformance: A is minimum, AA is midrange and widely accessible, and AAA is the most optimal accessibility rating.] You can also add support for WCAG Success Criterion 1.4.6: Contrast (Enhanced), or level AAA, by updating the CSS variable of calcite-ui-danger. It provides a contrast ratio greater than 7 to 1, when the background color is white or #FFF. Using High-Contrast ModeHigh-contrast modes increase the contrast of elements, making it easier to read text and distinguish individual elements. When these modes are enabled for an operating system (OS), colors are forced, visual elements are simplified, and browser-specific values are selected from a set of system colors that ensures consistent contrast. High-contrast mode supports individuals who have low vision or who are unable to distinguish shapes or details in objects. Add Contrast to MapsThere are several ways you can improve the contrast of maps to showcase solutions to a wider audience while supporting the suc-cess criterion. One method is to toggle between high-contrast basemaps. Switch between high-contrast light and dark basemaps using the BasemapToggle widget. To do this, add high-contrast basemaps as objects, as shown in Listing 1.Next, set the map’s basemap property to the light basemap, as shown in Listing 2. Then add the BasemapToggle widget with the nextBasemap set to the dark basemap, as shown in Listing 3.You can also toggle the JavaScript Maps SDK theme for addition-al contrast on the controls. For instance, when the high-contrast/arcuserDeveloper’s Sectionlight basemap is active, the JavaScript Maps SDK theme is dark, as shown in Listing 4.Customize Graphics by Basemap ThemeTo style graphics added to the map with an appropriate color con-trast ratio for the basemap, first obtain the basemap background color using getBasemapBackground and getBasemapColor and use that value.Use reactiveUtils to watch when the basemap’s background theme color changes from light to dark, or vice versa. An AbortController signal can be used to communicate, or abort a request in the document object model (D OM) when the view is no longer updating. Once the view has finished updating, use getBackgroundColorTheme to update the graphic’s symbol color, based on the light or dark value. See Listing 5.Navigating through ContentFocus attributes are important to accessibility because they help show people where they are on the screen and provide context for navigating through the screen as well as supporting better keyboard navigation. Setting focus attributes to underline, high-light, or place a shape around an active element ensures users can navigate sequentially through content when using a keyboard to meet WCAG Success Criterion 2.4.3: Focus Order. When using the open method for a pop-up, employ the shouldFocus option to shift focus to the pop-up when it is opened, as shown in Listing 6. Search Widget FocusShift focus between the search widget and the search results pop-up with reactiveUtils. Upon closing the results pop-up, focus will shift back to the search widget so users can navigate sequen-tially while searching the map’s content.When the pop-up is visible, set focus to the pop-up from the search widget using the search-complete event. First, create a promise with the reactiveUtils whenOnce() method and an AbortController signal when the pop-up is visible. Once visible, shift focus to the pop-up. A second promise waits for the pop-up to no longer be visible so that the focus will be set back to the search widget, as shown in Listing 6. AnimationsPeople who suffer from disorders of the vestibular system (which affects balance) or who have suffered traumatic brain injury can experience headaches, nausea, seizures, or other symptoms that are triggered by animations. Those users may consider choosing OS and browser settings to reduce animations and other inter-active elements. WCAG Success Criterion 2.3.3: Animation from âUse high-contrast basemaps to aid map readers with low vision. áListing 435/arcuserInteraction recommends allowing users to disable interactions unless animation is essential for conveying information.Calcite minimizes animation when system animations are turned off or reduced. When animations are enabled, animations are ex-ecuted in Calcite’s loader component.With JavaScript Maps SD K, animation on the map can be re-duced when animations are not shown or reduced with prefers-reduced-motion. When animations are enabled, some of the map’s functions—such as zooming to a feature—include basemap tile animations. When animations are turned off or reduced, a function can be added to reduce map animations. Add the goToOverride function to the pop-up’s goTo method, as shown in Listing 7. Explore FurtherThis article summarizes Building Accessible Web Apps with ArcGIS Maps SD K for JavaScript and Calcite D esign System, a session presented at the 2023 Esri D eveloper Summit in Palm Springs, California.The code and full demonstrations are available on GitHub (ht tps:///kellyhutchins/DevSummit2023-A11y). Subscribe to the Accessibility Community (/t5/ accessibility/ct-p/accessibility) on Esri Community.Some Final ThoughtsEsri supports the successful implementation of accessible map-ping apps. Accessibility should not be an afterthought. It is more efficient for developers and designers to include accessibility rather than reworking published apps. Accessibility should be a part of the development process throughout the app design and development workflow so that anyone can access web maps. About the AuthorsKitty Hurley is passionate about web map accessibility and bring-ing the web and maps to wider audiences. She is a senior product engineer with Calcite Design System at Esri. Outside work, Hurley enjoys exploring Minnesota’s wilderness and wants to visit every major league baseball stadium in America.Jessica McCall, the senior accessibility project manager for the Esri accessibility team, manages strategic planning and project management activities. Along with members of her team, she gathers and supports customer requirements for accessibility. Prior to joining Esri, she worked for a consulting firm as a project and operations manager supporting utility data migration anddata integration projects between GIS and CAD-based software.áListing 6/arcuser。

前言本文档主要介绍ArcGIS Desktop,ArcGIS for Server的安装配置，GIS服务的发布以及如何进行地图切片。

使用的ArcGIS软件版本为10。

1。

一、ArcGIS Desktop 安装运行安装包中的ESRI.exe，点击ArcGIS for Desktop后的Setup,开始安装，之后的过程点击Ok即可。

二、ArcGIS Server安装操作系统需求操作系统64位安装步骤安装ArcGISServer加载光盘后运行可以看见下面的界面我们选择安装ArcGIS for Server,点击ArcGIS forServer后面的的“Setup”在弹出的窗口中点击Next勾选I accept the license agreement点击Change可以修改安装路径,点击next继续点击Browse可以选择Python的安装目录，选择好后点击Next继续创建server账户和密码，设置完毕后点击Next继续如果有之前安装时候创建的账户配置文件，可以勾选下面的那个选项.提示是否导出账号信息.如无需要，可以选择不导出。

点击Next继续点击Install即可开始安装耐心等待安装结束点击Finish完成安装选择相应的授权方式进行授权授权完成，点击完成，结束授权创建站点安装完成后，会自动弹出Manager页面，这里我们选择创建站点。

加入现有站点是用来搭建集群的,以后会介绍.输入主站点管理员账户点击”下一步”。

很多人到这一步会有一个疑问：这个账户和刚刚安装ArcGIS Server步骤中创建的账户有关系吗？分别用来控制什么？首先在上一节中我们创建的ArcGIS Server账户,是为ArcGIS Server创建的操作系统账户(安装完你可以切换操作系统账户看一下，是不是多了一个ArcGIS Server)，该账户实际上用来管理ArcGIS Server的操作系统进程（启动、停止ArcGIS Server服务）;而我们此时创建的站点账户,主要是为了管理站点中的各种服务形式的GIS资源(各种类型服务的发布、启动、停止、删除；站点安全；集群管理等等）。

CES322101Guardians of the Galaxy: Autodesk Plus Esri - The BeginningKenneth L. DriscolApplied Software Technology, Inc.DescriptionThe Autodesk Connector for ArcGIS is the first step toward realizing the vision of the partnership between Autodesk and Esri to integrate BIM and GIS workflows. Autodesk Civil 3D, InfraWorks, AutoCAD, and Map 3D allow you to connect GIS data in a more seamless manner to your BIM design model. Learn how to enable designers, engineers and planners everywhere to import and export data into Civil 3D, Map 3D and InfraWorks. Review the traditional process of import-export and data connection methods for both Civil 3D and InfraWorks using tools like FDO. Learn Display and Stylization methodologies in InfraWorks and Civil 3D with connected Esri data sources. Understand what the ArcGIS Data Connector is in Civil 3D and InfraWorks and how to use it for a new model and an existing model in the Civil BIM + GIS Design Model environment. Understand the workflows associated with the accessibility to ArcGIS Online in Civil 3D and InfraWorks workflows associated with that connection in the Civil BIM model in Civil 3D using the Autodesk Connector for ArcGIS.Speaker(s)Kenneth L. DriscolKenneth is a Senior Technical Specialist in Civil Infrastructure for Applied Software with over 20 years’ experience in the Civil Engineering industry. Prior to joining the Autodesk reseller partner channel, he was a Design Engineer for an ENR 500 ranked design firm. Kenneth is an Autodesk Certified Product Support Professional and has reached the level of Civil Engineering Certified Implementation Expert. He regularly conducts seminars on the use of Autodesk Technology in civil engineering and regularly provides implementation services, customization, training, andsupport to civil engineering professionals on Autodesk A/E/C BIM Technology Portfolio products. He has become the regional expert on BIM for Civil as it pertains to civil engineering practices and interoperability between other design disciplines in the AEC enterprise. In addition to his civil engineering background, he also has been involved with field surveying and electronic data reduction. During his entire professional career Kenneth has used Autodesk products. During his tenure with a number of leading Civil Engineering firms, he participated in and led a number of projects for road design and improvement, underground utilities, site development, and storm and sanitary drainage design. Kenneth has diligently worked with Transportation clients who have transitioned with Autodesk and Bentley products to bridge the gap with data translation and production work: migrating data between AutoCAD Civil 3D and Bentley InRoads and Bentley GEOPAK software with the Civil Engineering Data Translator cloud service; and uploading design source files and converting them to target project data formats without having to install Bentley software.For the last 15 years, he has been a Senior Civil Application Specialist concentrating in Civil 3D, InfraWorks, Surveying, Map 3D, Hydrology and GIS services and instruction. Kenneth is Applied Software’s Senior Civil instructor and provides software demonstrations, custom and standardized classroom training, mentoring, and technical support.PROFESSIONAL EDUCATION & CERTIFICATIONSAutodesk Implementation ExpertCertified Autodesk InstructorAutodesk ICE Certified (Civil Implementation Expert)Autodesk Product Support ExpertFDOT (Florida Department of Transportation) Certified ExpertInfraWorks 360 Roads & Bridges CertificationAutodesk AutoCAD Civil 3D Certified ProfessionalAutodesk Storm & Sanitary Analysis Certified ProfessionalThe Traditional ProcessBy default, AutoCAD Map 3D considers SHP files a multi-select, file-based format; that is, you select one or more individual .shp files during a single import process. You can change the default in the mapimport.ini file so that AutoCAD Map 3D considers SHP files a folder-based format (all files in the folder are included in the import) or a single-select format (only one file can be selected for import).When importing SHP files, it is important that you have the complete set of .shp, .shx, and .dbf in the same folder. The import operation will work if you have only the .shp file, but only the geometries will be imported. To import data with its geometry, you need the full set of files.The link to the data stored in the .dbf file can be maintained during the import operation, or the data can be imported into object data in the AutoCAD Map 3D drawing..As access to data and information has expanded, so has interest in the whole concept of “Data at the Center,” which holds the promise of driving better infrastructure project workflows.BIM and GIS data are two important data sources supporting infrastructure project delivery and operations; however, current ways of working between BIM and GIS teams is often disconnected and highly fragmented.The way project teams work today with GIS and BIM is typically manual and uni-directional. For example, at project handover, the GIS specialist will take CAD or BIM data from the design and engineering teams and manually update it to import it into a GIS system. This process is prone to not just inefficiencies but critical data loss. Plus, as soon as data is manually exported in this one-way fashion, it becomes “outdated.”The “What Was, What Is, and What Is to Come”Ok, so this is where many firms are at today. They are using desktop GIS software and sharing data through a files-based workflow. That is to say, you are making data and maps and then either saving locally to your hard drive or maybe you are uploading the data to an internal server, ftp site, dropbox, etc. Some firms have taken this a step further and use our data interoperability tools or other ETL workflows to transfer data between GIS and CAD. Ultimately, the current workflow introduces some issues. It’s often a manual process that requires adjusting coordinates, projections and data schemas. It can be time consuming to the GIS team and can create frustration between teams that need GIS data fast. Since it’s file based, the data is alsostatic, so as soon as the GIS analyst creates the data and shares it with the CAD user, it is potentially out of date.The new workflow connects data using ArcGIS Online. The GIS team shares to the ArcGIS online organization, and the Autodesk user can discover that data. They can bring the GIS data into view, they can edit and save back, and they can even publish new datasets built in CAD such as as-builts. Again, this all happens leveraging Esri’s cloud and ArcGIS Online. In addition to making it easy to share data between the two systems, there are a couple other benefits worth noting.So, by connecting Autodesk users to the ArcGIS Online cloud, you are not only exposing them to data created by the GIS team, but you are also now connecting them to data sources from allover the world. These include the thousands of layers, maps and apps available in Esri’s Living Atlas of the world. That data is curated by Esri but authored by authoritative sources such as the USGS, NOOA, FEMA, EPA, Department of Interior, Bureau of Land Management, and so many others. In addition to the Living Atlas, users can also go out and connect to data services available in the open data hubs of counties and cities. This is a fairly new concept, but ever since the Digital Accountability and Transparency Act (DATA) was passed in 2013, government agencies have been publishing out data to the general public. That’s over 20,000 datasets about the earth being pushed out as a streaming hosted feature layer or similar. Users connected to ArcGIS Online will also have the ability to purchase premium data through the ArcGIS Marketplace – including things like high-resolution imagery, 3D city models and more.The Process and Getting Started.Logging in to ArcGIS Online:Open an internet browser and go to .ArcGIS online allows users to connect people, locations and data using interactive maps. Not only is there the ability to work with smart data and style-driven analysis tools, but also to share data around the world with multiple and specific groups.Next browse to the Content tab.The Contents pane lists the layers contained in a map or scene. You can manage the display of layers, symbology and other layer properties in the Contents pane. You control which layers are drawn in the map or scene at any given time using the check boxes next to the layer names.Add GIS content from your computer, the web, a cloud drive, or even an application.Specify data from your computer. Add Tags, Title and most importantly select “Publish this file as a hosted layer” (Critical for Data going into Civil 3D).For Example, Parcels, Waterline, Storm Sewers, Centerlines.Viewing the uploaded data in the Map Viewer.The results: the ability to share data with groups.Finding the Data…The Living Atlas.Building the Data…Gathering the content from multiple sources: water utilities, sewer, storm water, transportation.Save and Share the map so others can access it and use it.Launch the Civil 3D and select the Insert tabYou can bring ArcGIS datasets into your Civil 3D drawings using the Autodesk Connector for ArcGIS, save back edited content, and publish and export Civil 3D data for use in ArcGIS.Pick on the Icon for the Autodesk Connector for ArcGIS with Coordinate System in drawing. Search by location after logging into ArcGIS.Search Public, My content, My Groups, or My Organization for populated data after selecting the area of interest.If you have uploaded the content from a shapefile and maybe created a Feature Map of the Storm, Waterlines, Centerlines and/or Structures data then you can access it from the My Content, My groups or My Organization that you shared the data with from the tab in the upper left corner.Place a checkmark when selected, and a panel will come up that allows you to select the feature type in Civil 3D that will represent the Parcels, Storm, Waterlines, Centerlines and/or Structures data. Select the pull down and pick Points of Interest.Then select at the bottom in blue “Add to my design project,” and Civil 3D will package up the data, import and display it in your drawing.The Magic Begins…Guardians of the Galaxy: Autodesk Plus Esri - The Beginning!The beauty of it all is Schema e this dialog box to map attributes in ArcGIS data to pipe and structure properties in Civil 3D. This dialog box is displayed when you use the Autodesk ArcGIS Connector to bring in ArcGIS data as pipes and structures.You can also open this dialog box from within the Prospector item view. Select the pipe network in Prospector to display the item view, and then click in the Schema Mapping field of the item view.This dialog box will have a tab for each pipe or structure layer that you are bringing in to Civil 3D so you can define mapping parameters for each layer.Specifying schema mapping valuesYou can set up schema mapping to associate attributes that have been defined in ArcGIS data to pipe and structure properties that are used in Civil 3D.For example, if there is a field named Structure Height in the dataset, you can map that to the Structure Height property in Civil 3D so that the height value assigned to the part is the same height value defined in ArcGIS.Tip: If you are not familiar with the dataset, you can view the data in ArcGIS to see which attributes and attribute values are defined in it. The URL for the dataset is listed in the Autodesk Connector for ArcGIS window when you are selecting a dataset to bring into Civil 3D, and it is also listed in the Data Source Manager dialog box after the dataset has been brought into Civil 3D.If you want to bring in manholes, inlets and outfalls as Junction part types, you can set up the Value Mapping for the Part Type. For example, if attribute values Manhole, Inlet and Outfall were specified in the ArcGIS data to indicate the structure type, you can enter those values in the Value Mapping dialog box.You can include multiple values by separating them with a semicolon. For example, Manhole;Inlet;Outfall. Entries are not case-sensitive.Note: In the example above, all of these structures will be created in the drawing as generic Junction structures (with a Structure Type of <none>). You can manually set the Structure Type using the Structure Properties dialog box or you can use the Map Drainage Structure Parameters command to assign the Structure Type and other properties.You mean Civil 3D objects created from GIS D ata…WHAT!Progress….You mean Civil 3D objects created from GIS Data…WHAT!Data Sources Manager and Save Back:Use this dialog box to remove ArcGIS datasets from a drawing and save back changes to ArcGIS.Data imported and supported for saving back changes to ArcGIS:Some object types that are created by importing an ArcGIS dataset cannot be saved back to the original ArcGIS layer.To Publish Civil 3D Objects to ArcGIS:You can publish the following Civil 3D objects to ArcGIS: •Alignments•Feature lines•Parcels•Pipe networks•PointsTo publish to ArcGIS:Ensure that your drawing has a coordinate system assigned to it. If a coordinate system is not specified for the drawing, you will be prompted to assign one after selecting the Publish to ArcGIS command.Note: Some coordinate systems are not supported when publishing to ArcGIS.Click Output tab Publish panel Publish to ArcGIS.Each time you publish to ArcGIS you must specify a unique Service Name. To update previously published content, you can bring it into a Civil 3D drawing using the Autodesk Connector for ArcGIS, and then edit the objects and use the Save Back command to save the changes back to ArcGIS.Note: You can also delete the dataset on the ArcGIS website and then republish it. However, if the dataset has already been brought into Civil 3D drawings, deleting and republishing the dataset will not restore those links.After publishing the content to ArcGIS, use the Autodesk Connector for ArcGIS command to bring the dataset into a Civil 3D drawing.Edit the objects as needed.Use the Save Back command to save the dataset back to ArcGIS.Publishing requires an ArcGIS account with publishing privileges. For more information,see About ArcGIS Roles and Privileges.After you publish content, it is available from your My Content location in ArcGIS after you sign in.•Export to FGDB: Export InfraWorks features to a file geodatabase (FGDB) that can be used in ArcGIS. Specify the InfraWorks features to export and then specify thename and location for the file geodatabase. For more information, see To export toFDGB.The Export to FGDB tool saves the file geodatabase to a specified folder and does not require an ArcGIS account or publishing privileges.What about coordinate systems:•Before bringing ArcGIS data into a model with the Autodesk Connector for ArcGIS, install the ArcGIS Projection Engine Data. The Projection Engine Data preventsa coordinate offset from occurring when you bring ArcGIS data into a model.•To prevent a coordinate offset issue from occurring when you save back to ArcGIS, usea coordinate system that has an EPSG code.•To publish to ArcGIS and to export objects to a file geodatabase (FGDB), the model must use a supported coordinate system.Note: Some coordinate systems are not supported when publishing to ArcGIS or exporting to FGDB.If a model is assigned an unsupported coordinate system, publishing to ArcGIS or exporting to FGDB will not proceed.In addition, there are three categories of coordinate systems which are not supported: •Obsolete Coordinate Systems•Arbitrary X-Y Coordinate Systems•Test Only Coordinate SystemsIn ConclusionAutodesk and Esri have collaborated to provide native and live access to BIM information within a GIS environment, and – conversely – to provide the same native and live access to GIS information within a BIM environment. From the planning, designing, and building, to the operating and maintenance of infrastructure assets, bringing GIS and BIM together allows for a more frictionless, live, and native data flow between platforms in order to reduce risk, inefficiencies, data loss, and cycle times.Looking at the full lifecycle, planning, designing, building, and managing are best done in context. This requires an integrated and holistic approach where you are able to gain a better understanding by viewing vertical and horizontal infrastructure assets at various scales –understanding impacts at a larger scale, like statewide or county-wide, down to understanding impacts at the city-scale and also at the asset-level itself (building/infrastructure asset).So, by connecting Autodesk users to the ArcGIS Online cloud, you are not only exposing them to data created by the GIS team, but you are also now connecting them to data sources from all over the world. These include the thousands of layers, maps and apps available in Esri’s Living Atlas of the world. That data is curated by Esri but authored by authoritative sources such as the USGS, NOAA, FEMA, EPA, Department of Interior, Bureau of Land Management, and so many others. In addition to the Living Atlas, users can also go out and connect to data services available in the open data hubs of counties and cities.Autodesk Connector for ArcGIS with Civil 3DConnect GIS data to digital design models to make better decisions and deliver more resilient infrastructure projects.“The Autodesk Connector for ArcGIS is the first step toward realizing the vision of the partnership between Autodesk and Esri to integrate BIM and GIS workflows.”GIS Informs BIM; BIM Fuels GIS – by providing a real-world context of an asset’s existing environment within which designers and engineers can explore and evaluate design and construction.。

30 /arcuserBy Rex Hansen and Nick FurnessEach release since 100.0 in 2016 has tar-geted a variety of functional areas and in-dustry-specific needs. As this functionality has matured, existing users and partners have migrated from older Esri developer technology to the ArcGIS Runtime, new de-velopers have began using ArcGIS Runtime to add GIS and mapping to native apps, and developers who had been using other development tools have transitioned to ArcGIS Runtime to take advantage of the complete and robust platform available with ArcGIS.Since 100.6, each release has focused on three tracks: utilities, defense and public safety, and platform (i.e., crosscutting fea-tures that support ArcGIS functionality). The industries named in these tracks were the drivers for the development of this functionality, but the applications of those capabilities extend much more broadly to many industries.Utility NetworksNew capabilities enabled for use with online utility networks include two new trace types: loops and shortest path. Loops are areas of a network where resources can flow in either direction. They are expectedwith mesh networks but usually indicate error conditions in radial networks. Loops can be discovered using a shortest path trace. A shortest path trace identifies the shortest path between two points using a numeric network attribute or weight, such as length or cost.You can also filter elements returned from a trace to a specific asset type or output condition. If conditions are defined, every feature encountered during a trace is evalu-ated, and only elements that satisfy the con-ditions are included in the trace result.Trace results can now contain a union of all geometries of a type returned from a trace. This provides a more efficient option for displaying trace results on a map instead of iterating through multiple utility elements.Functions can now be included in a trace configuration and returned with trace re-sults, which allows you to run calculations on network attributes associated with traced features (e.g., the sum of the length of all the wire traced). Several functions can be specified for a trace. The trace function output gives you the trace function defini-tion (e.g., calculation type, network attrib-ute) as well as the function result.ArcGIS Runtime 100.9, also known as Update 9, continues to improve support for online workflows with utility networks, but also introduces key enhancements to the use of features, open data, offline maps, and raster capabilities.Version 4 of the ArcGIS Utility Network adds nonspatial object support, which enables use with telecom networks and underground electrical utilities. Nonspatial tables are now included with network sources and enumerations.Feature TilesFeature layers now use tile-based requests to fetch and display features in a map when supported by the feature service. Feature tiles enable feature layers in ArcGIS Runtime to load faster and return more features. Feature tiles use a protocol buffer binary format to reduce network latency and advanced HTTP caching semantics to improve performance. At this release, fea-ture tiles are not used to request features for display in a scene (3D).Branch Versioned Feature ServicesEnterprise geodatabases use versioning to accommodate the needs of multiuser edit-ing scenarios and long transactions. Branch versioning uses the Web GIS model to meet those needs via feature services. ArcGIS Runtime now supports branch versioning workflows through feature services. It canArcGIS Runtime 100.9 Has More Support for Feature Use, Open Data, and Offline Mapsbrowse the versions available on a feature service, choose a version to connect to or create a new one, and then display features from that version using feature layers. Edits made to the features in the feature layer are isolated to that version and protected from changes being made to other versions. ArcGIS Pro can be used to reconcile and post changes from different versions at the end of the editing process.Offline Feature-Linked AnnotationYou can now take feature-linked annotation offline from a sync-enabled feature service, add new features, update existing feature geometry and attributes, and view the au-tomatically positioned feature-linked anno-tation on the map. If you synchronize your changes with the online feature service, the annotation objects will be automati-cally updated on the server to reflect those changes. Other offline users can then syn-chronize with the feature service to obtain the updated feature-linked annotation. OGC API FeaturesThis release introduces support for OGC API Features, a new, open, multipart standard of the Open Geospatial Consortium Inc. (OGC) for sharing fea-ture data on the web. Part 1: Core of this standard describes basic capabilities for enabling read-only access to spatial data. Most of these capabilities are supported in ArcGIS Runtime and are accessible through new classes that represent an OGC feature service and feature service info as well as OGC feature tables and collections. Note that only manual cache mode is supported at this time, which means a developer must use the API to query and populate an OGC feature table with features from an OGC API Feature service.Offline MapsIn the 100.8 release, Esri delivered support for online layers in mobile map and scene packages. In the 100.9 release, a web map can now be taken offline while retaining layers that reference online services. When network connectivity is available, your app users can utilize these online services, but if there is no connection, users can keep working with their local content.A few years ago, Esri introduced support for preplanned workflows to optimize and streamline creating and delivering mapsTrace results in this example are filtered to show assets of type overhead singleand three phase switches and cabinet fuses.Developer's Sectionand data for offline use. A preplannedworkflow relies on map authors who createand publish map areas in ArcGIS Online orArcGIS Enterprise. Publishing a map areainvolves generating and storing new filesof map content, such as basemaps and fea-tures, for download.Generating and downloading a maparea can take some time. With this release,before you download the map area, youcan now check whether a map area’s pub-lishing process is complete, has failed, or isstill in progress.You can also take a map offline and avoidreceiving updates. This will disable datasynchronization on the map’s geodatabas-es and prevent associated feature servicesfrom creating synchronization replicas. Thebenefits of this option are that the burdenon the feature server is reduced, and youwill not need to unregister geodatabaseswhen they are no longer required.Mosaic RulesA mosaic rule defines how the individ-ual rasters are combined into a singlemosaicked image. With this release,mosaic rules defined in web maps, webscenes, mobile map packages, and mobile31/arcuserscene packages are honored while render-ing image service rasters. You can also override the default mosaic rules to control how overlapping areas in the mosaic are handled. In addition to how it’s displayed, the mosaic rules may affect values returned when identifying, computing a histogram, or exporting the image.Platform Improvements and ChangesNew locators were introduced with ArcGIS Pro 2.3 via the Create Locator tool and supported in ArcGIS Runtime 100.5. These locators consist of a *.loc file and *.loz file. These files are smaller, faster, easier to maintain, and offer consistency across the platform. 100.9 will be the last release to support classic geocode locators (thathave only a *.loc file), created in ArcGIS Prousing the Create Address Locator tool. Thischange only pertains to use of local loca-tors. There is no change to ArcGIS Runtimesupport for ArcGIS geocode services.For ArcGIS Runtime developers who useArcGIS Runtime Local Server, Esri has ex-tended the deprecation of ArcGIS Desktop10.x packages. Version 100.9 will be the lastrelease to support ArcGIS Desktop 10.xpackages that were created in ArcMap. Thenext ArcGIS Runtime Local Server versionwill require that packages be created withArcGIS Pro. ArcGIS Runtime Local Servercan be used with newer versions of theArcGIS Runtime SDKs for .NET, Java, and Qt.Esri has also introduced many more en-hancements to group layers, navigation,and scenes; continued to fix issues; im-proved performance, and enriched integra-tion within the platform. For more details,see the release notes at developers.esri.com for Android, iOS, Qt, .NET, and Java.Download and Get StartedTo get 100.9, go to the ArcGIS forDevelopers website (),and download the SDK of your choice. Youcan also reference it through developmenttools such as NuGet, Gradle, or CocoaPods.If you’re new to developing with ArcGISRuntime and don’t have an ArcGIS forDevelopers subscription, simply sign up fora free account and you’ll be able to accesseverything you need to develop your app.About the AuthorsRex Hansen is an Esri product managerfor ArcGIS Runtime. He has more than25 years of experience in GIS, spatial ana-lytics, and computer mapping. Recently,he has helped guide the development ofnative solutions and technologies in theGIS industry that use authoritative geo-spatial data in immersive, extended realityexperiences.Nick Furness is an Esri technical productmanager for ArcGIS Runtime SDKs foriOS and macOS. He has spent more than20 years working in GIS, building projectsthat have ranged from small mom-and-popsolutions to enterprise utility and nationalgovernment deployments. He presents atthe Esri Developer Summit, the Esri UserConference, and many other events, mostlyon ArcGIS Runtime SDKs.Sign up for a free account and access everything you need to develop your app. The grid shows tiles defined by a ArcGIS Runtime request for all features of this point feature layer from an ArcGIS feature service. This service represents usage of public transport by census tract in the northeastern United States./arcuser。

Most GIS professionals know thatthe value of imagery goes way beyond a backdrop for GIS layers. The informa-tion contained in most maps and GIS layers is derived from imagery to create or revise maps and GIS layers. Actionable information can be derived from imagery. Detecting, identifying, and mapping change for a wide variety of applications is a primary function of many organizations.For example, burn severity maps can guide wildfire response activities such as public safety efforts, assessing landslide risk, and mitigation measures. Imagery is a critical component in creating those maps, but imagery must be current and analyzed,and the results shared appropriately with the organizations that can take action.ArcGIS Image for ArcGIS Online (ArcGIS Image), part of the ArcGIS Image suite, is a cloud-based product for hosting, manag-ing, and analyzing collections of imagery. This integrated system of capabilities can extract information from imagery for deci-sion support in operational environments. Actionable Information from ImageryBy Jeff Liedtke and Thomas O. Sweet, Jr.ArcGIS Image Online provides access toan extensive collection of raster tools and functions. Because it is a software as a ser-vice (SaaS) solution, ArcGIS Image Online eliminates not only the need to manage and maintain IT infrastructure, but also the requirement to manage and update im-agery collections. Because ArcGIS Image Online is cloud-based, it has the advan-tages of cloud computing power, storage, and scalability. Deployment in the cloudalso adds efficiency to analysis of imagery by bringing analysis capabilities to hosted imagery, rather than moving large collec-tions to process them.Store Once, Use ContinuallyTo use ArcGIS Image Online, transfer your imagery from local storage media to the cloud. Hosting your imagery and raster collections in ArcGIS Image Online is straightforward. Add your imagery as a tiled imagery layer or a dynamic imagery layer, depending on the intended use for the layer.Use a tiled imagery layer to host a single mosaicked image layer, or one or more in-dividual image layers in a tiled format for fast performance, image processing, and analysis. Use a dynamic imagery layer to host an image mosaic layer or collection of images that will allow you to manage, process, and analyze the individual images that populate a mosaic or collection. [For detailed information on imagery layers, see “A Guide to Sharing Imagery and Raster Data” in the winter issue of ArcUser (https://bit.ly/3OwlcLt).]When hosting imagery to the cloud, choose to configure the image as one image, one mosaicked image, multiple im-agery layers, or as an image collection. Drag and drop locally stored imagery into the dialog window and specify properties. The image is uploaded to the cloud. Imagery is published to your folder in the cloud with its own item page and URL. On the item details page, you will specify the settings for the image file, processing, display, and sharing.Analyze Imagery in the Cloud Tools and functions in ArcGIS Image Online transform remotely sensed imagery andmultidimensional raster data into a smart image. Hosted tiled and dynamic imagery layers can be analyzed and actionable in-formation extracted for operational deci-sion support. Map Viewer and Map Viewer C lassic support visual analysis of imagery and raster layers. Enhance imagery with renderers such as Stretch and C olormap and apply any number of standard or custom raster function templates (RFTs)published with the image layer. This map shows the burn severity of the2020 Cameron Peak Fire in Colorado. Burn severity maps are crucial for determining slope stability, public safety response, mitigation measures, and water quality.Software and DataQuantitatively analyze imagery in three ways with Map Viewer Classic, using:•Standard tools on the Raster Analysis pane.•Standard raster functions using on-the-fly processing. •Custom RFTs and processing chains builtin the Raster Function Editor pane and shared with members inside and outside your organization. Both dynamic and tiled imagery layers support all the bands, bit depth, and other characteristics of the source imagery, and they are suitable for accurate image analy-sis and processing. Both imagery types can be analyzed using tools on the Raster Analysis pane. In addition, dynamic imagery layers support server side ↑ An analysis ofthe change inmonthly worldwide snow cover from 2000 to 2020 using MODIS data was analyzed with the Multidimensional Analysis tools in the Raster Analysis pane. Purple areas show a net increase and green areas show net decrease in snow cover.← Raster Analysispane in the Map Viewer Classic.(Imagery: QuickBird, © 2010 Maxar Technologies)on-the-fly processing using functions and raster function ing the Raster Analysis Pane The Raster Analysis pane in Map Viewer C lassic includes more than 25 raster pro-cessing tools contained in functional cat-egories. These tools produce a new raster analysis layer that can be saved to the cloud. See ArcGIS Image Online documen-tation (https://bit.ly/3tes47z) for a detailed description of these tools. Click on a tool in the Raster Analysis pane to display the tool and adjust parameters,including output name and location to save the new raster layer in the cloud, then click Run Analysis. When analysis is complete, a new raster item will be created, and you can add information such as definitions or specify sharing conditions to its item description.Using Raster FunctionsYou can find the raster functions in the Custom Analysis Tools and Raster Functions pane. ArcGIS Image Online provides raster functions (https://bit.ly/3u50jOh) for analy-sis, appearance, classification, conversion,correction, data management, distance hydrology, math, statistical, and surface to process and analyze dynamic imagery and raster data. These functions process mul-tispectral and hyperspectral imagery, mul-tidimensional scientific data, and temporal data for time series analysis.Dynamic imagery layers can be pro-cessed on the fly using raster functions that are applied as you pan and zoom imagery in the map display. Because image pro-cessing calculations are only performed on the pixels that are visible in your map, results can be viewed and analyzed imme-diately. This allows you to adjust parameter settings as needed to visualize and opti-mize your results. After you fine-tune your parameter settings, you can publish your final results to the cloud. Using and Building RFTs More than 150 raster functions can be used to process dynamic imagery or chained to-gether to create RFTs, which can be saved and shared with your organization and ap-plied to different sets of imagery to stand-ardize processing, results, and products. RFTs are built or modified in the Raster Function Editor, a visual programming interface for building imagery and raster analysis processing chains. Function chains are represented as diagrams in which func-tions are chained together, using the output of one or more functions as the input toanother function. These raster functionchains can be saved as RFTs, which you can reuse to automate your image analyses and processes. You can publish source imagery with any number of RFTs, which will render different products and visualizations in the map viewer. For example, you can publish a col-lection of Sentinel satellite images with RFTs that use different band combina-tions, ratios, and math operators, which↑ This landslidesusceptibility map was derived using an RFT to identify areas prone to slope failure foremergency planning and mitigation.→ Landslidesusceptibility RFT in the Raster Function Editor pane.allows members in your organization to use results of your custom algorithms. For instance, employing RFTs, others in your organization can view imagery as an ortho-image mosaic, visualize land-cover classes, detect stressed vegetation, and assess burn severity.important for effective communication, op-erations, and governance.Imagery Analysis Benefits across ArcGISBecause it is part of the ArcGIS Online eco-system, the output of ArcGIS Image Online This impervious feature map was derivedfrom 4-band multispectral aerial imagery using deep learning tools in ArcGIS Image Online. Impervious feature maps are used for activities such as flood planning.。

arcgisapiforflex开发入门（一）环境搭建2003
上一篇/下一篇2022-10-1410:50:40/个人分类：muhup查看(2737)/
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Server建立漂亮的富互联网应用程序
richinternetapplication(RIA)，优
点是运行速度快，用户体验效果会比目前的WEBGIS好。

使用arcgiapiforfle某可以达到下面的效果1，显示你的地图数据并可以和数
据交互2，在服务器上执行空间处理模型并显示结果3，基于ArcGISOnline上的底图显示你自己的数据4，根据属性或者位置查找你的
数据并显示结果5，查找地址并显示结果6，用创新的方式可视化结果7，创建mahup具体详情可以参考
面有一些例子。

安装好fle某builder之后会安装fle某dk3，所以就不用自己手工
安装了。

第一个arcgiapiforfle某程序。

1，打开fle某builder，创建一个fle某工程（名称Demo）。

2，右键单击工程名，选择属性，在属性对话框中选择fle某buildpath，选择
境就配置好了。

3，在Demo.m某ml文件中输入下面这代码
pageTitle=\
Onlineervice\tyleName=\
_World_2D/MapServer\
编译，执行。

第一个简单的agfle某程序就写好了。

效果如图2 Flah:
注：文章部分内容参考了以下文章
Flah:demo。

ArcGIS-CSPro Integration GuideScenario 1: Exporting existing data from an Esri feature service and bringing it into CSPro1.Open an ArcGIS Pro map and add your Esri feature service to the map through the Catalog pane orthe Add Data button.2.If your feature service is a polygon layer, run the geoprocessing tool Feature to Point. Thisworkflow is designed to work with point features.3.Take your point data and run the geoprocessing tool Calculate Geometry Attributes. Here you canspecify the coordinate format and coordinate system to add x- and y-values as fields to each point.4.In the Contents pane, right-click your building points feature and select Export > Export table.Select an output location (outside a GDB) and specify an output name with the file type as .csv.5.Open the .csv file in Microsoft Excel and save it as an .xls file.6.Open CSPro and select Create a new application.7.Select CAPI Data Entry Application as the Application Type.8.Input a name for your data entry application.9.Click the ellipsis button next to Input Dictionary and provide a name for your new input dictionary.10.Click OK, and when prompted that the input dictionary name you entered does not exist,confirm that you would like to create it.11.Click the Tools tab at the top of the CSPro Designer and select Excel to CSPro.12.Click the second tab: Create CSPro Dictionary from Excel File.13.Click Select Excel file and navigate to the .xls form you saved in step 5.14.Click Analyze Worksheet.a.You will see each of your Esri field names in the Dictionary Contents view. Check thatthe alpha, integer, and decimal length fields make sense for your dataset, and make anynecessary adjustments.15.Select the check box in the ID column for the field that is your building ID.16.Click Create Dictionary in the top right and select the empty input dictionary you created instep 9.a.Accept that you want to overwrite the existing dictionary.17.A prompt will ask if you want to convert data with this dictionary—select Yes.a.Now you will be directed to the tab Excel to CSPro, and you will see that the file paths ofthe Excel file and CSPro dictionary you just created are already filled in.18.Click Select Output Data File and name your CSPro output data file.19.Select Create CSPro Data File.20.Close the Excel to CSPro window.21.Close CSPro. Because you changed the input dictionary, you need to restart the program to seethe data you imported.22.Open CSPro—select Open an existing application, and select the most recent project you werejust editing.a.If you are prompted to rename the input dictionary, select Rename and choose theoption with the same name from the drop-down menu.23.At the bottom left of the screen, ensure that Dicts is selected (Forms may open as the default).b.Click the plus sign (+) icons in your dictionary panel to expand the different sections, andyou should see all the Esri field names.24.Right-click any of your field names and click Add Item. Input the name of a field that you want tocollect in the Census of Population and Housing. Follow the instructions in the CSPro Getting Started Guide to continue to build out your dictionary in CSPro:https:///software/cspro/documentation/start75.pdf25.Click Save.26.Click File > New > CAPI Data Entry Application.a.Provide a new name.b.For the Input Dictionary, select your most recent dictionary file, which will be the oneyou created from the Excel file and added new fields to.c.When prompted with "Would you like CSPro to create a set of forms for you, based onthe input dictionary?" select Yes.27.If necessary, navigate to the Forms view by clicking Forms in the bottom left.28.The autogenerated forms will show your question fields from the Esri feature service, as well asthe fields you added in CSPro. Refer to the CSPro User's Guide to customize the formappearance: https:///software/cspro/documentation/cspro75.pdfa.For Input Data File, select the output from running the Excel to CSPro tool.30.You now have the features from your Esri feature service in CSEntry, where you can captureadditional data. Refer to the CSPro User’s Guide for more on how to use this application.Scenario 2: Exporting data from CSPro and bringing it into an Esri feature service1.Open the Dictionary view by clicking the blue book icon under the menu bar:b.If the blue book icon appears dimmed, you are in the right view.2.Go to Edit > Security Options and select the check box next to Allow exporting data to otherformats.3.Click OK4.On the menu bar, click Tools > Export Data.5.Input your most recently saved file, which should be your CSPro Dictionary file.6.In the CSPro Export Data window, select the check box next to the dictionary:7.Select Comma delimited (.csv) under Export Format. Accept the other defaults.8.Click Run (the third icon from the left, under the word View).9.Select your most recent CSPro Data File. the output .csv file.11.Open the .csv file in Excel.12.Select all of column A.13.Under the Data tab, select Text to Columns.b.For file type, choose Delimited. Click Next.c.For Delimiters, select Comma and deselect Tab.e.Click Next, accept the defaults, and click Finish.f.Save the .csv file, changing the file type to .csv (Comma delimited).14.Open a new map in ArcGIS Pro and create a file connection to the location where you just savedthe .csv file.15.Add the .csv file to the map.16.In the Contents pane, right-click your .csv file and select Display XY Data.17.In the Display XY data window, specify the X Field and Y Field values from your .csv file, andensure the coordinate system is consistent with the coordinate system you used to generate the x- and y-values initially.18.Now your building points will appear on the map. In the Contents pane, you will see a new pointfeature service, which contains all the building points and their associated data from CSPro. You can now publish this feature service to ArcGIS Online, perform spatial analysis with it, and add it to web apps such as ArcGIS Dashboards. Please refer to the additional resources below for moreinformation on what you can do with your data in ArcGIS.Learn lessons for getting started with ArcGIS: /Learn lessons for official statistics/census work: /More on Esri feature services: /en/server/latest/publish-services/windows/what-is-a-feature-service-.htmHow to overwrite an exsisting web layer (useful if you make updates to your data and want to update your web maps/apps without reconfiguring them): /en/pro-app/latest/help/sharing/overview/overwrite-a-web-layer.htm。

By Andy Gup and Julie PowellHow Was the API Consumed Before ES ModulesWere Available?The API has always been available as Asynchronous ModuleDefinition (AMD) modules, and it continues to be available as AMDmodules for developers who prefer this format. If your app refer-ences Esri’s content delivery network (CDN) to access the API viahttps:///<API version number>, you are using theAMD version.Understanding AMD and ES ModulesWith both AMD and ES modules, API functionality is divided intological subsets and packaged as modules. AMD modules use arequire() method and a third-party script loader to load modulesand their dependencies.ES modules are an official, standardized module system thatworks natively with all modern browsers through import state-ments. ES modules do not require a separate script loader. An ex-ample showing the differences between the two coding patternsis shown in Listing 1.Should You Migrate to ES Modules?If you aren’t integrating with a framework or creating custom buildsof the API, there is no need to migrate to the new ES modules.The AMD modules will continue to be available alongside the ESmodules for the foreseeable future. Both formats have the samecapabilities because they are built from the same code base.AMD modules are hosted on the CDN and therefore offer thesebenefits when accessing the API in this manner, as opposed to cre-ating custom builds:•Fast download and highly optimized caching for API modules•No installation or configuration required•It is easy to update applications to the next API versionIf you are integrating with a framework or creating local builds,you should consider using ES modules. This will simplify yourimplementation as ES modules do not require a separate scriptloader or additional configuration. When using AMD, you typicallyeither use a webpack plugin to integrate the API into your webpackbuild or use esri-loader with framework tools or other bundlers.Note that you will still want to use AMD modules when creatinglocal builds if your app uses Dojo1 or RequireJS. Simplify Integrating Frameworks and Build Tools with the ArcGIS API for JavaScriptIf you use the ArcGIS API for JavaScript with a third-party framework such as Angularor React or create custom builds of the API, this process just got easier. The releaseof version 4.18 in December introduced a new option for consuming the ES modules,which work natively in the browser, are built to the latest ECMA standards, and allowseamless integration with modern frameworks and build tools.Listing 1Copy Assets You will need to copy the API assets (which includes styles, images, fonts, pre-built API web worker JS files, and localization files) from the @arcgis/core/assets folder to your build folder. A simple way to accomplish this is to configure a Node Package Manager (NPM) script that runs during your build process. For example, use npm to install ncp and configure a script in package.json to copy the folder. See the React example in Listing 3.Developer's SectionConfigure CSS The final step is to set up the CSS. Choose a theme and then con-figure your code to copy the theme files from @arcgis/core/assets/esri/themes/ into your project. Listing 4 provides a React example. Now you can run your build and the API’s ES modules will be bun-dled along with all your other imports.Refactor Code, If Necessary If you previously used AMD with esri-loader or arcgis-webpack-plugin and want to migrate to ES modules, review the “Build with ES modules” help topic in the JavaScript API Guide for the code changes required.Documentation and Examples For an introduction on developer tooling and your choices when it comes to consuming the API, please visit the JavaScript API Guide and see the Developer Tooling pages. You can find examples thatintegrate ES modules with frameworks and build tools in the jsapi-resources GitHub repository (https://bit.ly/2VNpmEO). This in-cludes integration with Angular, React, Ember, Node, Vue, Rollup,and Webpack.Road Map for ES Module MigrationAt version 4.18, ES modules were released as beta. The productionrelease is planned for early 2021. If you try the modules while theyare in beta and they meet your app’s requirements, you can usethem in your app. The modules have been broadly tested but theyare still considered provisional as they could change based yonfeedback or an improved design.ES modules are covered by Esri Technical Support while they arein beta so you can obtain support as needed. If you have feedbackon the modules, associated documentation, or sample code, youcan submit your comments or questions to the early access reposi-About the AuthorsAndy Gup is a senior product engineer on the ArcGIS API forJavaScript team, who works on third party JavaScript frameworksand mobile apps. He has been with Esri for more than 15 years.Julie Powell is product manager for the ArcGIS API for JavaScript.She has more than 18 years of experience working with softwaredevelopment, delivering solutions for both enterprise and con-sumer markets. Powell has worked on a wide range of projectsand consulting endeavors, including serving as a technical leadfor web mapping solutions for strategic customers. She interfaceswith a wide user community to maintain awareness and insight intoGIS community needs and contributes feedback to developmentteams to help ensure users can be successful in building state-of-the-art, purposeful solutions using ArcGIS software.Get Started Using ES ModulesWhether you are creating a new application or integrating the APIin an existing application, the first step is to install the API usingnpm with the following command:npm install @arcgis/core Then use import statements to load individual modules. Notethat the ES modules package naming convention uses /core ratherthan /esri, which is used by the AMD CDN modules, as shown inListing 2.↑ Listing 2↑ Listing 3↑ Listing 4。

44 Use this API to work with your data and access ready-to-use maps and curated ge-ographic data from Esri and other authori-tative sources. It has simple and efficient tools for sophisticated vector and raster analysis, geocoding, mapmaking, routing, and generating directions, as well as for or-ganizing and managing the users, groups, and content associated with an organiza-tion’s Web GIS.Because the Python language is devel-oped under an open-source license, it is freely usable and distributable. The ArcGISHarness the Power of GIS with theArcGIS API for PythonAPI for Python is also free. Both Python and the API can be installed on any number of machines, whether local computers or serv-ers. The lightweight Python API is distrib-uted through Conda, a popular package manager for Python libraries. It works well with open-source Python libraries, such as pandas, SciPy, and NumPy, and machine learning packages.The Python API is intuitive and easy to learn and designed to lower the barrier of entry to both GIS and programming. It ben-efits experienced Python developers whoThe ArcGIS API forPython allows you to perform sophisticated spatial analysis as well as administer and manage the components of your Web GIS.want to quickly get started with GIS and seasoned GIS professionals who want to automate administrative tasks and perform analyses.No matter what your role, objectives, or tasks, this API offers functionality that you can use. Through the Python API, you can harness the full power of your GIS to script and automate processes. This aspect of the API may remind longtime GIS users of the ARC Macro Language (AML) or the Avenue scripting language used with earlier ver-sions of Esri GIS software.Manage Your GIS EfficientlyGIS administrators or developer operations engineers can use the API to quickly auto-mate the process of creating an organiza-tion in ArcGIS Enterprise or ArcGIS Online. User accounts can be batch created usinga CSV file to assign roles to usersand users to groups. Seed content can be published and assigned to each user. The API can be used to set up mirrors of the organization’s portal so one can be used for de-velopment and the other for production.The ArcGIS API for Python is a new Python library for working with maps and geospatial data that is powered by Web GIS, whether online or on-premises. It is a Pythonic API that uses Python best practices in its design and employs standard Python constructs and data structures with clean, readable idioms.and sorting items based on their popularity are a few of the tasks that can be scripted. With a few lines of code, easily manage important tasks such as assigning licenses and entitlements to various ArcGIS apps, managing and monitoring ArcGIS Online credits, or migrating content from one user to another. The API provides rich features for querying server and portal logs and monitoring their health through usage metrics and statistics. Easily create charts content up to date through editing or over-writing web layers and schedule those tasksto run periodically during off-peak hours.Use the Analytical Capabilitiesof GISData scientists and GIS analysts can har-ness the full power of the rich analyticaltools available in ArcGIS by not only ex-ecuting spatial analyses but also perform-ing distributed processing on big dataposed as geoprocessing web tasks.Power users who know a lot about WebGIS, use it every day, and want to becomemore efficient by automating workflowscan really benefit from the ArcGIS APIfor Python. The very readable and flex-ible Python language is well suited to newprogrammers. Conversely, Python pro-grammers who are not very experiencedwith GIS will find that the ArcGIS API forPython provides a gentle introduction to45the concepts of a modern GIS through its simple and intuitive design.How the API Is StructuredThe elegant and modular design of the ArcGIS API for Python was built after studying and reflecting on other popular, well-designed Python APIs. It has been perfected through multiple initial itera-tions. At its core is the gis module, which provides an entry point to a Web GIS with a rich set of classes to search, monitor, and administer it. Other modules represent dif-ferent aspects of the Web GIS platform. The features module works with vector data in the form of feature layers or collections of feature layers hosted by theGIS. Analysis tools can be applied to thisvector data to summarize data, analyzepatterns, perform spatial enrichment, orperform proximity analysis using just a fewlines of code. This module is tightly inte-grated with pandas, a Python library fordata analysis, so the feature data can bequeried into a pandas DataFrame object.Pandas by itself provides a powerful setof analytical tools, and its integration withcountless plotting and machine learning li-braries means every ArcGIS API for Pythonuser can not only use the tools availablein ArcGIS but also the whole data scienceecosystem that is built around Python.The APIworks wellwith otherpopular datascience librariessuch as the SciPystack and scikit-learn. The 1.2 versionof the API introducedSpatialDataF rames, whichspatially extended theDataFrame object and allowsimporting and exporting of agreater variety of geospatial data; perform-ing spatial queries and joins; and workingwith data in a “pandorable” manner.The raster module provides a new way ofworking with imagery and raster datasets.The API allows raster analysis in an elegantand concise manner by exposing powerful,dynamic raster functions as native Pythonfunctions. F or the first time, map algebracan be performed on Web GIS and pro-cessed at source resolution using the dis-tributed raster analysis capability availablefrom ArcGIS Image Server.The geoanalytics module exposes aseries of big data analytical tools. Oncedata is registered with the GeoAnalytics46Automating day-to-day administrative tasks can save lots of time and effort.Special SectionServer, the API can be used to aggregate and analyze it and even schedule scripts to run so that as new data comes into the system, it can be periodically analyzed. With the geocoding and network modules, address and point of interest (POI) informa-tion can be turned into spatial data and used in routing and direction analysis.The realtime module enables work with streaming data. The geoprocessing module helps execute custom web tasks published as geoprocessing services. The geometry module provides the geometric representation of feature data that can be built using raw coordinates. Author and edit web maps and scenes using the map-ping module. It works hand in hand with the widgets module, which provides interactive map and scene widgets that can be em-bedded in a Jupyter Notebook for visual-izing GIS content. (For more information on using Jupyter Notebook withthe ArcGIS API for Python,see the accompanying ar-ticle, “A Whole New Wayto Experience GIS.”)The API provides aseamless experi-ence because asyou search forcontent orperform a spatial analysis task, it returns appropriateclasses from different modules.So Many Resources for GettingStartedAll the information you need to start usingthis API—installation information, help-ful guides, and getting started exercisespresented in Jupyter Notebook format—isavailable at /python.Case studies in Jupyter Notebook formatexplain how the various modules of the APIcan be put together to solve problems froman applications point of view. The F orumtab on the website will take you to theArcGIS API for Python Group on GeoNet,Esri’s question and answer network. All theguide chapters and samples from the web-site and talks delivered by the developmentteam at various conferences are availablein Jupyter Notebook format on GitHub at/esri/arcgis-python-api.One of the easiest ways to get startedwith the ArcGIS API for Python is to try itout live in the sandbox environment at. Make sure to down-load any work because the site resets afteryou leave it. You can also download thesamples from GitHub and run them locally.ConclusionThe ArcGIS API for Python enables theuse of a simple, expressive language thateveryone—not just developers—canlearn and use to work more efficiently byscripting and automating workflows andperforming analyses. It not only exposesthe rich analytical capabilities that are builtin the ArcGIS platform but also integratesvery well with the scientific Python ecosys-tem and includes rich support for pandasand Jupyter Notebook.←Perform exploratory data analysis in Jupyter Notebook using the Python API.↓Perform routing and directions analysis using the Python API in Jupyter Notebook.。

Requirements for Active Stereoscopic Viewing and Mappingin ArcGIS ProNVIDIA 3D Vision KitVersion 1.0In addition to the minimum requirements to run ArcGIS Pro, you need to configure your system with appropriate hardware to view and work with stereo imagery. A description of each component is given below.Computer HardwareComputer hardware required to support stereoscopic mapping in ArcGIS Pro includes a mobile or desktop workstation with specifications similar to the following:∙Graphics Card - dedicated Nvidia Quadro, GeForce, AMD FirePro or Radeon Pro WX series graphics cards∙Display port that supports 3D such as:o Full display porto Mini display porto DVI-D porto USB Type C∙CPU – Current Intel or similar processor∙RAM – 32 GB, or more∙Hard Drive – SSD (recommended)Stereoscopic (3D) MonitorStereoscopic monitors can be classified into two main categories – Active and passive systems. Active systems uses alternating/active shutter glasses technology while the passive system uses polarized glasses with beam splitting monitors to support stereoscopic (3D) viewing. Setup and configuration requirements for each system is outlined below.Active Stereoscopic System Requirements∙3D Monitor that supports:o Refresh rates of 120 Hz or highero Ports – Display, or DVI-D∙3D Monitor Adapters3D Monitor Adapters—Depending on the computer/monitor configuration used,additional display adapters may be required to support stereoscopic viewing. Use thefollowing tables as a guide in determining the cables and or adapters required for yourconfiguration.∙3D Vision Kit∙NVIDIA 3D Vision Kit (Legacy)–Please note NVIDIA is no longer manufacturing or supporting the NVIDIA 3D vision kit. Additional information can be found here.∙Existing NVIDIA 3D vision kit owners may continue to use the device.The NVIDIA 3D Vision kit includes:▪Active shutter glasses▪Infra-red emitter▪Connecting cablesActive Stereoscopic System 3D Monitor SetupA single stereoscopic monitor setup uses NVIDIA 3D vision or similar active shutter glasses technology. You can use additional displays along with the 3D vision display. The following steps enable you to use active shutter eyewear with stereo mapping. Prerequisites:∙ArcGIS Pro 2.1 or later installed and licensed∙Image Analyst Extension activated∙3D Monitor connected to the computer system∙Infra-red emitter connected to the computer system∙3D shutter glassesHaving the latest graphics card drivers is important for stereoscopic viewing. Use the following steps to determine and update your existing graphics card version.Note:Not all NVIDIA graphics cards and drivers support stereoscopic 3D capabilities. Only NVIDIA drivers at or before Release 418 include the 3D vision drivers needed to enable stereoscopic3D.Determine Your Graphics Driver Version1. Right-click on your desktop and select NVIDIA Control Panel. This will open the NVIDIAControl Panel dialog box.2. At the bottom of the dialog box click “System Information.” This will open aninformation dialog box that reveals the graphics card type and version. Make note of this information, perhaps with a screen capture.3. Close the System Information dialog and NVIDIA Control Panel dialog box. Download the Latest Graphics Driver VersionThe following assumes that your graphics card was manufactured by NVIDIA.1. From the NVIDIA Driver Downloads webpage.2. For Product Type click the drop-down menu and select appropriately.3. For Product Series select the appropriate option. If working with a laptop, ensure theoption selected is notebook.4. For Product select the graphics card used by your computer.5. For Operating System chose the appropriate version.6.7. Click Search to execute the process.8. Download the result of the search and save it to a known location on disk.Next you will install the downloaded driverInstall the Latest Graphics Driver Version1. Double-click the downloaded graphics driver to start the install process.2. Click Run if prompted with a question to run or not.3. Click OK to accept the default folder for the extracted executable.4. Once the extraction is complete, a system compatibility check will be conductedautomatically. If the graphics driver fails the compatibility test, a different driver will need to be downloaded and installed.5. If the graphics driver passes the compatibility test, click Agree and Continue to proceedwith the installation.6. For Installation Options click the radio button next to Custom (Advanced) then clickNext.7. Click Finish once the installation process is complete.8. If installed correctly, a new Stereoscopic 3D category will be added to the NVIDIAControl Panel. To verify this, right-click on your desktop and select NVIDIA ControlPanel. This will open the NVIDIA Control Panel dialog box. A new “Stereoscopic 3D”category is now added to panel.Desktop Monitor Configuration1. Right-click on your desktop and select Screen Resolution. This will open the DisplayConfiguration panel.2. Under screen configuration, if only one monitor is reflected, select Extend thesedisplays in the Multiple Displays section.3. Within the Change the appearance of your displays section, click Identify todetermine the ID of the 3D monitor.4. Select the 3D monitor and click Make this my main display.5. With the 3D monitor still selected, click Advanced Settings. This will open the 3DMonitor properties dialog box.6. Click the Monitor tab.7. Under the Monitor Settings section, for Screen Refresh Rate, select 120Hz from thedrop-down menu and click OK to save the settings.8. Click OK to close the Screen Resolution panelConfigure Stereoscopic 3D1. Right-click on your desktop and select NVIDIA Control Panel. This will open the NVIDIAControl Panel dialog box.2. In the Stereoscopic 3D section select Set up stereoscopic 3D.Note: If a 3D monitor is attached and the Stereoscopic 3D category is absent from the NVIDIA control panel, the graphics card driver needs updating.3. Within the Stereoscopic 3D category, click Set up stereoscopic 3D.4. On the right side of the screen, click Test stereoscopic 3D drop-down menu and selectRun Setup Wizard.5. Follow the onscreen prompts and ensure your settings matches the following in theorder listed6. If you didn’t get the Congratulations page at the end, check your configuration andrerun the wizard.Once completed successfully, your 3D display hardware is set up stereoscopic viewing. See the ArcGIS Help topic, Stereo Mapping in ArcGIS Pro, for information on how to configure ArcGIS Pro to enable Stereoscopic display capability.。

/arcuser Summer 2022 au Regardless of the type of tests being performed or their complexity,there are a few simple best practices that can always be followed.Perform negative tests along with positive tests. While it’s im-portant to know that the API returns correct, valid responses asexpected, it’s also important to know that it should fail when ex-pected. Test to ensure that invalid requests yield the proper ex-pected responses.Smoke test early in the development process. The earlier testingbegins, the sooner bugs can be caught and dealt with.Always try to simulate production conditions. Although thismight seem like a given, simulating production conditions and/orloads can be very challenging. It is easy to get caught up in con-figuring clever tests and lose sight of the bigger picture. Don’t fallinto this trap.Save and track responses. The requests made are important, butso are the responses. As an API matures and changes over time, sowill requests and responses. Requests are easier to track, as theyare often embedded in the tests. Responses are not, and they areephemeral and easy to forget. Save responses with their related tests.E nforce service-level agreements (SLAs) during testing. If anorganization has defined SLAs around API response times, thoseshould be enforced during testing to ensure response times arewithin acceptable ranges.Think like a consumer. Don’t waste time creating tests that aren’t Developer’s SectionIn a world seemingly run by apps, both developer and GI Sskills are in high demand. Developers are an important part of the ArcGIS user community because they deliver geospatially enabled apps and solutions that reach people who have no idea what GIS is or that they are using it. A new certification from Esri validates the combination of developer and GIS skills.The ArcGI S Developer Foundation exam is designed for non-GIS and GIS application developers who have at least two years of experience creating apps that interact with ArcGIS application programming interfaces (APIs) and system components. The exam covers a range of useful topics on development in the ArcGIS en-vironment. The ArcGI S Developer Foundation exam consists of 65 multiple-choice questions that measure the knowledge and skills required to create apps, display 2D and 3D maps, and pub-lish and manage content. The exam also measures understanding of ArcGIS user roles, authentication, and service types. New Certification Validates Developer ExpertiseTo help developers considering certification, Esri Academy pro-vides an exam information guide (https://bit.ly/39BRqFh) to assess whether this certification is a good fit for their skills and experience. The guide lists the specific tasks and tools that exam takers should know and (just as important) what they don’t need to know to besuccessful. Candidates for the exam can use the guide to identify knowledge gaps and skills that need refreshing so they can effec-tively prepare for the exam. The Esri ArcGIS Developer Foundation 2201 learning plan (https://bit.ly/3MKwR7K) contains a mix of self-paced e-Learning resources on topics covered by the exam. Certification provides a competitive advantage for those seek-ing professional growth opportunities. Esri technical certification exams are delivered at Pearson VUE test centers worldwide and online using Pearson’s OnVUE option. To view full exam details, access the ArcGIS Developer Foundation exam information guideat /eadf-certification.realistic. Try to mimic how user actions will impact the requests made to and usage of the API.Conclusion Access to data today is paramount in any system, regardless of size. In a Web GIS, that access happens via APIs. Knowing that APIs are properly deployed, configured, and tuned ensures that users get the data they want, when they want it. Smoke tests verify that an API is returning expected results. Load tests assess performance and scalability. Having a suite of tests available to run on an ad hoc basis—or perhaps on a set schedule—to monitor functionality and performance will keep the APIs that power applications across an organization healthy, performant, and reliable. For more information, contact Chad Cooper at chad.cooper @.About the Author Chad Cooper has worked in technician, analyst, developer, and en-gineering roles in the geospatial industry for the last 19 years. For the past 3 years, he has been with J.B. Hunt Transport, Inc., one of the premier transportation and logistics companies in North America. He is the author of Mastering ArcGIS Enterprise Administration , available from Packt Publishing. When he is not working, he enjoys spending time with his family, fishing, and reading.。

ArcGIS Runtime for Qt安装ESRI中国（北京）有限公司2013年9月版权声明本文档版权为ESRI中国（北京）有限公司所有。

未经本公司书面许可，任何单位和个人不得以任何形式摘抄、复制本文档的部分或全部，并以任何形式传播。

制定及修订记录目录1安装条件 (2)2安装Qt (3)3ArcGIS Runtime for Qt 体验 (17)1安装条件1.1 支持的操作系统1.2 硬件条件ArcGIS Runtime SDK for Qt需要1GB硬盘空间1.3 软件条件●Visual Studio 2008 SP1 (C++) 标准版, 专业版或者团队版●Qt SDK 版本4.7.1, 4.7.2, 4.7.3或者4.7.4●Microsoft XML Core Services (MSXML) 6.01.4 推荐IDEQt Creator 2.0.1 或者更高1.5 安装准备软件●Visual studio 2008 SP1 (C++) team editons●QT Visual Studio Add-in 1.1.10●Qt libraries 4.8.0 for Windows (VS 2008, 273 MB)●ArcGIS Runtime●ArcGIS Runtime SDK for QT beta22安装Qt在QT的官网中下载QT库有两种选择，一是下载源文件，自己编译，二是下载EXE文件（不需要编译），在这里我选择后者，下载地址如下：/qt/source/qt-win-opensource-4.8.0-vs2008.exe下载完直接双击运行，出现如下界面：点下一步，接受许可，如下图：选择安装目录，如下图：等几分钟就安装OK了，接下来配置环境变量，在系统的环境变量中，将D:\QT\lib添加到path中，如下图：添加QTDIR，指向QT的安装目录，如下图：设置QMAKESPEC 变量，如下：安装QT Visual Studio Add-in 1.1.10安装完成后在VS上将看到QT这个菜单，如下图：在VS的项目中多了一些Qt4的东东，如下图：2.1 安装ArcGIS RuntimeArcGIS Runtime 在windows上有32和64位之分，我的机器是64位，因此选择64位的Runtime，双击64位目录下的Setup，出现如下界面;选择接受许可协议，否则不能进行安装，如下图;选择Runtime的安装目录，如下图;2.2 A rcGIS Runtime SDK for Qt SDK从ArcGIS Runtime SDK for Qt的安装盘中找到Setup.exe文件然后双击，出现如下界面：点击下一步，并接受许可，如下图：安装文档，以及工具，如下图：下图为安装过程：安装完成后会弹出软件授权向导，这里有不同的选项，根据自己拿到的许可方式进行选择，因为我已经有了ecp文件，所以直接选了第三个，如下图：出现如下界面，说明许可授权成功：将ArcGIS Runtime SDK for Qt的bin32（E:\Program Files(x86)\ArcGIS SDKs\Qt10.1\SDK\bin32）添加到系统变量的path中，如下图：至此ArcGIS Runtime for Qt的环境安装完毕3A rcGIS Runtime for Qt体验在VS中新建项目中选择Qt Application,如下图：选择相关的模块，如下图：填写类名，头文件名以及cpp文件名，如下图：下图是自动生成的main函数：下图是类的成员：运行下可以看到如下界面：3.1 配置ArcGIS Runtime for Qt在工程的属性中C/C++-常规中将ArcGIS Runtime for Qt的include文件添加进去，如下图：在工程的属性中C/C++-连接器-附加库目录，将ArcGIS Runtime for Qt的lib添加进去，如下图：在C/C++常规中将ArcGIS Runtime for Qt的include文件添加进去，如下图：在连接器-输入中将ArcGISQtd1.lib 添加到依赖项中，如下图：Main函数中的代码头文件添加下相关代码如下：CPP文件添加相关代码如下：运行效果如下：。

ArcGISPro三维场景缓存发布常见问题解决办法ArcGIS Pro三维场景缓存发布常见问题解决办法1、当我试图从 ArcGIS Pro 发布⼀个场景图层时，发布成功，但未能创建场景缓存，同时我收到以下消息：错误001784：⽆法连接到场景缓存使⽤的数据库（未经授权）。

执⾏（管理场景缓存）失败。

场景图层在ArcGIS Data Store 的缓存数据库中缓存数据。

ArcGIS Server 场景缓存⼯具通过 HTTP 与此数据库进⾏通信，并使⽤ cookie 进⾏⾝份验证。

ArcGIS Server Windows 计算机上设置的 cookie 策略可能会阻⽌ cookie。

在某些情况下，这是Windows 操作系统的默认设置。

场景缓存⼯具⾸先使⽤ Internet URL 连接到场景缓存数据库。

这种情况使⽤Internet 策略。

如果 Internet 连接失败，⼯具将尝试使⽤ Intranet URL 进⾏连接，此种情况适⽤ Intranet 策略。

要验证访问场景缓存数据库时⼯具所使⽤的 URL 是否设置正确，请确认ArcGIS Data Store 主机名称正确，然后更新 ArcGIS Server 计算机上的 cookie 策略。

1.打开 Web 浏览器并登录到您的 ArcGIS Server 站点的管理员⽬录。

使⽤ ArcGISServer 管理员凭据登录。

2.转到data > items > nosqlDatabases > /nosqlDatabases/AGSDataStore_nosqldb_<数据库名称> > REST。

3.记下 hostname 和 unqHostname 属性。

它们是场景缓存数据库的完全限定域名和⾮限定域名。

稍后更新 cookie 策略时将⽤到这两个属性。

4.使⽤ ArcGIS Server 帐户登录到每个 ArcGIS Server 计算机。