ArcGIS GeoBIM

What's New in ArcGIS GeoBIM (December 2022 Release)

 

Overview

ArcGIS GeoBIM connects teams to design and construction information across cloud systems for exploring projects and assets through a geospatial lens. Architecture, engineering, construction (AEC), and operations teams can work more efficiently with access to geolocated project data and documents from their source using configurable, easy-to-use web apps.

The December 2022 release introduces new tools for analyzing 2D/3D geospatial and building information modeling (BIM) data, as well as improvements to georeferencing performance and the app user experience.

Watch the highlights reel below to see some of the new features and enhancements as part of the December 2022 release.

 

 

Release Highlights

As part of our commitment to evolving cloud-connected capabilities between Esri and Autodesk, we listened to our user’s feedback on ArcGIS GeoBIM by tackling two important areas with this release. First, we are providing app end-users with new analysis and commenting tools to enhance collaboration workflows. Second, we are delivering improvements to georeferencing and linking data across systems for technologists who configure apps.

Are you interested in driving new capabilities in future releases of ArcGIS GeoBIM? Head over to our Esri Community and add new ideas for consideration!

 

End-user Enhancements

New 3D analysis toolset

Visualizing design projects and construction sites in context with environmental factors is now easier in ArcGIS GeoBIM thanks to four newly added 3D analysis tools. Whether you are a designer, project manager, or facilities operator, you can quickly simulate daylight, weather conditions, shadow casts, and sightlines to validate project requirements across teams that lead to successful outcomes.

The new 3D analysis tools within ArcGIS GeoBIM offer users dynamic tools for simulating daylight, weather conditions, shadow casts, and sightlines.

Daylight tool

Illuminate 3D scenes with simulated sunlight and shadow conditions to add a real-world view of digital models on a specified time and date. Users can analyze daylight conditions based on time of day, date, and view with and without shadows. A play button starts an animation of sunlight and shadows throughout the day.

This tool is useful for designers, architects, and program planners that can simulate daylight conditions relative to the camera’s point of view and the sun’s position by date and time. Daylight simulations are based on the geolocation of assets and project sites, and there is an option to factor in changes in the sun’s position throughout the year.

The daylight tool in ArcGIS GeoBIM enables users to visualize sunlight for specific dates and times.

 

Weather tool

App users can now add atmospheric effects to visualize weather with sunny, cloudy, rainy, snowy, or foggy conditions in scenes. Each weather effect comes with settings to change amounts of clouds, precipitation, and an option to cover 3D objects with snow in the scene.

Project managers, designers, and contractors can simulate weather conditions on project sites and for planning scenarios in context to the surrounding environment. On infrastructure projects, this can improve conversations about safety coordination, plan egresses during emergencies, and help simplify the placement of equipment and crews along corridors during inclement conditions.

 
Shadow cast tool

Architects, designers, and other ArcGIS GeoBIM users can leverage this tool to make better decisions about shadows cast by buildings and how designs fit into the surrounding cityscape. Modes for shadow cast analysis for BIM data and 3D object features include:

  1. Areas above threshold for only displaying the areas that receive shadows for more than a certain amount of time within the given range (ex. areas receiving shadows 8+ hours a day).
  2. Total shadow duration to analyze the duration of cumulative shadows using opacity.
  3. Discrete shadows for displaying individual shadows at specific time intervals between time ranges (ex. 30-minute intervals between 9:00 – 10:00am).

 
Line of sight tool

Within ArcGIS GeoBIM, end-users can analyze sight lines from a determined observation point to one or more target points using the line of sight tool. The generated sight lines then divide into visible (green) and obstructed (red) portions.

The line of sight tool is useful for community engagement on projects to determine what can and cannot be seen from property lines and nearby surroundings.

New tools for analyzing sightlines are now available in ArcGIS GeoBIM as part of the December 2022 release

New Elevation profile tool for construction and inspection workflows

ArcGIS GeoBIM now offers a tool to generate elevation profiles based on paths created by drawing or selecting lines in 2D web maps or 3D scenes. Users can view and analyze statistics for slope, maximum and minimum elevation, and elevation loss and gain. Unit options are provided where users can select their preferred distance and elevation units.

The Elevation profile tool can be useful during key phases of the project delivery lifecycle when understanding site conditions is important without having to travel to the field. Prior to construction phases and before materials are delivered on-site, teams can better identify inclines that pose vehicle or logistics hazards. Inspection activities can also be better planned before arriving on-site by determining the best access to assets, particularly in difficult terrain.

ArcGIS GeoBIM now offers features to generate elevation profiles based on paths created by drawing or selecting lines in 2D web maps or 3D scenes.

 

New Editor tool for creating and editing feature notes for project feedback

The editor tool provides stakeholders with three new feature types for adding and editing comments within ArcGIS GeoBIM apps that show labels with each note. All project contributors with editing capabilities within their user type can add or modify:

This provides any ArcGIS GeoBIM user with editing permissions, the ability to create new features in maps and scenes to highlight coordination areas, call-out items that need to be planned, or question proposed design, construction, and assets workflows that need to be addressed with the larger team. Each feature is tracked in the table by when it was edited, and who was responsible for creating and modifying each note.

For each note feature created over document boundaries, the Link explorer will automatically show related Autodesk documents when notes are selected. This becomes an automatic way to create spatially aware links between user comments to documents stored in the Autodesk Construction Cloud®.

 

User Experience and Performance Enhancements

New expandable views in the Explorer group

Before this release, viewing detailed information for links and tables within the Explorer group may have been a challenge for some users due to limited browser real estate. Now with our new user interface enhancement, users can decide which panel of information is critical to view by selecting the single/dual and swap options to focus on only one item like the table, or move the links to the panel’s right side.

This also provides greater flexibility when using the new Elevation profile and Editor tools to help users focus on key workflows in each tool without having multiple windows block content and analysis.

Users can now expand and collapse views within the Explorer group of ArcGIS GeoBIM as part of the December 2022 release.

 

Improved georeferencing from Revit and IFC files

Based on users’ model examples for IFC and Autodesk Revit, ArcGIS GeoBIM has improved our back-end processing capabilities to provide georeferenced boundaries with tighter polygons reflective of 3D model geometry spaces. This has also improved how documents and BIM project boundaries are automatically geopositioned from these cloud-hosted Revit (RVT) and IFC files with projections (PRJ) and world (WLD3) files to locate these models.

 

Improved chart experience for Issues reporting

This release brings a new dashboard experience through charts directly in the Viewer app template to report on project issues. Users can select this preconfigured chart option in the bottom-right side of the App editor page, as well as new color ramp options grouped by issue status, type, sub-type, and company. Once these have been enabled, the end-user experience becomes simple to use when selecting chart categories, filtering these issues down in the map experience, viewing details in the table, and removing filters to reset the view.

The December 2022 release of ArcGIS GeoBIM brings a new dashboard experience through charts directly in the Viewer app template for reporting on project issues.

 

While this chart option provides a simplified way to create a dashboard experience for issues within the Viewer template, it does not have additional configurability beyond the color options. For this reason, the Dashboard template will continue to be available and supported for users who want to create ArcGIS GeoBIM apps with ArcGIS Dashboard components that can be edited depending on their desired workflow. Please be advised the optimal interrogation of issues will be through this new Viewer template, but the dashboard template is available for users wanting a more customizable approach to dashboard components.

 

Enhanced document linking to GIS features

Link to features

When technologists use the Link to features option within the ArcGIS GeoBIM Link page, they can now enter a text search against their Autodesk Construction Cloud project directory to link related documents by name to their GIS features.

Enhanced document linking to GIS features comes to ArcGIS GeoBIM with the December 2022 release

 

Link rules

For projects using information management standards, like ISO 19650, where their GIS feature attributes have relationships to document names stored on the Autodesk Construction Cloud, they can create a new DocumentName rule type to automate links to any file type. Using this rule and selecting an attribute from the related layer list will use the text in the attribute to automatically query files in the Autodesk file directory and appear as links when a user explores their data in ArcGIS GeoBIM apps.

For example, if a feature layer’s attributes contained types of asset structures, and there were Autodesk file names using these asset types in part or all of the document name, ArcGIS GeoBIM will show these related documents in the app link explorer when these features are selected by a user.

This enhancement enables an automatic linking beyond model files, where PDFs or Images could be searched, and is particularly useful for teams delivering projects with ISO 19650-related standards.

Users can now create a new DocumentName rule type to automate links to any file type in ArcGIS GeoBIM as part of the December 2022 release

 

Known Limitation

Support for Autodesk Construction Cloud Issues

The Autodesk Construction Cloud (ACC) Issues API, used in ArcGIS GeoBIM, continues in development. Autodesk users are advised that issues created in ACC are limited in sharing geopositioned data with ArcGIS due to ongoing ACC API work. Learn more about these known limitations with using Issues from the Autodesk Construction Cloud API.

 

Additional Resources

Check out more videos and webinars about ArcGIS GeoBIM

You can find additional videos on GIS and BIM collaboration in the cloud and more by visiting the ArcGIS GeoBIM video playlist. For previous and upcoming webinars, including ones jointly presented by Esri and Autodesk, visit the ArcGIS GeoBIM webinars page.

 

Join the Esri Community

Have a question about this release for our GIS and BIM experts? Got an idea for improving ArcGIS GeoBIM? Join the discussion by posting your questions, successes, and feedback in Esri Community.

 

About the authors

Anthony Renteria

Anthony Renteria is Sr. Product Manager for BIM & CAD interoperability across ArcGIS focused on the project delivery and operations life cycle. He is currently working with customers interested in GIS & BIM integrations that enhance their workflows, provide better engagement opportunities, and transform how project data is useful to downstream activities. While working in industry for 15+ years, he was responsible for assisting AEC teams with project technology planning while integrating innovative solutions to complete tasks faster and with improved quality. Anthony is CM-BIM certified (AGC of America) and holds a BS in Mechanical Engineering from the University of Southern California.

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Geoff Cook

Geoff Cook is Senior Product Marketing Manager for ArcGIS GeoBIM. Based in Toronto, Canada, he has worked within the software, nonprofit, and sustainability sectors, where he has also helped to bring enterprise, government, and nonprofit solutions to market. First encountering ArcGIS while completing his Bachelors in Environmental Studies, Geoff has always had a passion for tech innovation, urban sustainability, and design. Outside of work, he loves to map his bike rides, support the arts, and learn languages.

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