For over a decade Autodesk has been exposing .NET APIs for its desktop products. And you, as a developer, have become a master in this technology. How can you migrate all that valuable .NET knowledge (and code) to the cloud? This class will review what you need to refresh your .NET expertise and get you ready to leverage Autodesk Forge, BIM 360, and other Cloud connected and web-based applications.

For over a decade, Autodesk has honed the .NET APIs for our desktop apps. And you, as a developer, are a master this technology. Now that the Cloud exposes lots of new features and technologies, how do you migrate your code and your knowledge? This class will review what you need to refresh your .NET expertise and get ready to leverage Autodesk Forge, Cloud connected apps and web-based apps.

AutoCAD Web (https://web.autocad.com) officially launched in March 2018. It’s the culmination of years of work to refactor and port the AutoCAD desktop code for the browser. As a result, AutoCAD Web shares all the C++ code that is responsible for the core, in-canvas drafting experiences with AutoCAD desktop. This includes the APIs, too. This talk is about the applications and extensions that you can build with AutoCAD Web, and our plans for the future.

A long-awaited design automation for Revit (DA4R) has finally arrived! Currently, DA4R is available to general public as a beta. Using DA4R, you can create, edit, and extract Revit models through the Revit API without having the Revit desktop environment. For example, you can create a model automatically by entering parameters, check if certain design criteria are met and create a report, and automatically modify the model. It is also possible to extract model data which was not possible with Forge Model Derivative API only. In this session, we will introduce DA4R to those who have experience writing Revit add-ins and are interested in learning Forge. You will learn how to convert your existing Revit add-ins to run in the cloud, and get started with leveraging Forge services (for example, integrating with viewer and BIM 360).

Traditionally, firms have developed and deployed Revit Add-ins using C# to implement Automation, Integration, & Customizations and custom capabilities in Revit. Autodesk now offers the  Automation, Integration, & Customization API, part of the Autodesk Platform Service (APS), which provides access to the Automation, Integration, & Customization capabilities of Autodesk’s core products, including the Revit API. This session will assist developers in transitioning from the Revit API to the Automation, Integration, & Customization API. The Automation, Integration, & Customization API introduces a new workflow that allows developers to access the full Revit DB API without needing a Revit desktop installation. This enables seamless creation, extraction, and modification of Revit data. This workflow facilitates the creation of custom Revit families, data extraction, and more, without the need to open Revit models. We outline from start to finish how to convert a Revit Add-in to Design Automation, Integration, & Customization. This includes using Postman, managing References, Access Tokens, AppBundles, publishing, and running WorkItems.

While companies try to adapt BIM 360 software to their projects and integrate with their existing workflow, one of the challenges is setting up projects in scale. While using a product’s web user interface may be enough for a few projects, tasks involved in setting up projects—such as adding users and building a standard folder structure with appropriate user permissions—can easily become time-consuming, tedious, error-prone manual labor. In this class, we will show you a tool that helps you set up projects in bulk by importing from CSV files. The tool consists of a collection of commands that you can run in combination. The features include: creating projects, populating users and company, setting up services, adding users to projects, and creating folders with user permissions. The tool is a desktop application written in .NET using Forge APIs. For those who wish to further customize the tool to integrate with their enterprise resource planning (ERP) systems, we will share the source code and explain implementation detail.

The Reality Capture Group at Autodesk, Inc., is working on new ways to use laser scans or photos through the ReCap software technology to acquire, manipulate, and analyze real-world data. This class will focus on how to programmatically access the ReCap software web API (application programming interface) from a Microsoft .NET desktop application, and also how to access it from Android and iOS mobile apps. We will start with a quick overview of basic photogrammetry concepts and image parameters. We will follow with a brief introduction to REST-based web services, and we will explore how to authenticate with the Autodesk server using the OAuth protocol. We will then expose in detail the capabilities of the ReCap software web API and show you how to define a photo scene and create a dense 3D mesh from multiple pictures. We will also introduce the most effective practices to access and work with the API through examples in .NET, Android, and iOS apps.

AutoCAD uses grips showed with a selected object not only to provide visual hints of the object—such as start/end/center points, or mid/tangent points or vertices—but also, more importantly, to provide shortcuts to various operations against the object, such as stretch, move, rotation, and scale. Other AutoCAD-based applications (Civil 3D software, AutoCAD Architecture software, AutoCAD MEP software, and so on) use custom grips with architecture, engineering, and construction (AEC) entities extensively. Fortunately, with .NET API, we can add custom grips to an AutoCAD object for our own specialized operation against the selected object. This session will show you a few practical examples of using custom grips.

Do you like new challenges? Do you like exploring where no one has gone before? Are you tired of the same old customization techniques? This is the class for you. Expand your horizons and learn to develop in Microsoft Visual Studio and Microsoft .NET. Most of us know how to customize in LISP, so as a way to ease into .NET, this class will focus on developing .NET functions that are exposed to LISP. Even if you are a LISP programmer who has been scared to make the jump—come on in, the water's fine. The topics covered in this class are also covered in the new forum called AUGI Bridging the Gap, so you will have a place to hang out afterward and craft your skills.

Learn how to bring your AutoCAD .NET Framework applications to work with AutoCAD 2025 and newer by refactoring them for .NET 8. This class will walk through key refactoring strategies, framework updates, and compatibility considerations to modernize your projects.

This technical instruction will demonstrate how to eliminate tedious manual duct takeoffs by developing a Revit add-in that automatically extracts duct information and calculates external static pressure. MEP engineers currently waste hours manually measuring ducts and entering data into spreadsheets for ESP calculations. The session will look at using the Revit API to capture duct parameters directly from the model, apply the same calculation logic as traditional spreadsheets, and integrate an artificial intelligence (AI) chatbot to handle multiple Automation, Integration, & Customization tasks. You’ll see a live demonstration of the working add-in, explore the core C# components, and learn how to integrate multiple tools under a unified AI interface.

This class will demonstrate effective practices for creating, sharing, and maintaining custom Dynamo extension nodes. The class will use Python scripting and DesignScript programming language to customize the Dynamo extension, and we'll explore effective practices for curating reusable nodes for sharing through the package manager. Finally, the class will showcase custom Dynamo extension packages, authored by the presenter, and walk through how these packages are used and maintained for the user community.

Join Jesce Walz of Perkins&Will and Phil Northcott of Building Transparency for a sneak preview of tallyCAT, an initiative of Autodesk, Building Transparency, Perkins&Will, and C-Change Labs. tallyCAT builds on the successful Tally tool (developed by KieranTimberlake). tallyCAT helps Revit users get accurate material takeoffs, highlights high-carbon materials, and provides third-party verified data about climate impacts and impact reduction opportunities. tallyCAT links the Revit model live to the Embodied Carbon in Construction Calculator (EC3), and helps design practices to build and manage libraries of carbon-efficient materials and assemblies. tallyCAT allows teams to track and reduce carbon with live feedback throughout the delivery process, promoting transparency, clean industry, and innovation.

This is the #1 geek-out event for Autodesk, Inc., API programmers. Our panel of hardcore ObjectARX API and AutoCAD .NET API experts from the AutoCAD Development Team is ready to answer your programming questions. If you're writing plug-ins for AutoCAD software, this is the perfect forum to get to know the people who create the APIs you work with, as well as your fellow programmers who use those APIs. Come and ask questions, add your expertise to the discussion, or just listen and learn.

The challenge of transitioning from Rhino software to Revit software during the design process when developing architectural projects has been time-consuming, requiring manual rebuilding of models. This introduces inefficiencies. Henning Larsen Architects has faced this challenge head on. This has become particularly relevant with smaller fees and tighter deadlines. To address this, we’ve developed a solution using Autodesk Construction Cloud and Data Exchange to enable a seamless Automation, Integration, & Customization of the flow of geometry from Rhino to Revit. Using Dynamo, Python, the Revit API, and Data Exchange for Dynamo, our solution automates the creation of native Revit components. This case study will showcase how our innovative approach has revolutionized the transition process, which significantly reduces time and effort while ensuring model integrity and accuracy. You’ll gain insights into the technical implementation, the benefits of Automation, Integration, & Customization, and practical applications for your own projects.

This instructional demonstration is an introduction for AutoCAD.NET API software developers to learn how to extend the managed ObjectARX libraries to use hidden functionality. Although the standard AutoCAD .NET managed libraries provide extensive support, there is some functionality that is not wrapped into the managed libraries. In this instructional demonstration we will discuss ways to find that hidden functionality in AutoCAD software files and ObjectARX libraries. The instructional demonstration will then show how to make that functionality available to managed .NET applications. The instructional demonstration will provide sample code that you can modify and use in your applications.

This class will demonstrate how to explore the Dynamo API through Visual Studio and C#. Learn how to navigate the core libraries, understanding the difference between methods and properties within classes, and how to build simple commands. Much like the Revit API, understanding the application of the Dynamo API can open up further opportunities for future development. Finally, learn about some of the potential use cases of its application and see some real world examples of this.

The Model Derivative API is not just meant for translating files to a viewing file format (the 'SVF' file ) and loading the model for viewing. In this class, we will provide you with deeper understanding of the Model Derivative API, it's feature set and capabilities. We will cover the range of file formats that are available for translation; how to extract metadata from a model; and how geometry can be extracted from model data for developing a variety of custom Forge applications. This will be followed by demonstrating a use case developed by one of our Forge customers. The class will show side by side samples of C# and Node.js.

This class will guide you through the new, exciting, cloud-based API for InfraWorks 360 software. We will cover how to get started and extract data from the model, how to generate report from the extracted information, and how to integrate with other providers—all by reading InfraWorks 360 software models using the REST API. Previous programming knowledge is required (Microsoft C# and Microsoft .NET), and knowledge of REST and the JavaScript API is recommended.

In this class you learn how to effectively use some of the strongest AutoCAD® tools, such as AutoLISP® routines, scripts, and .NET, to rid yourself of repetitive tasks. This class also covers effective ways to automate and enforce almost all of your company's standards by showing you how to use automation tools in AutoCAD menus, at startup, for customization, and as standalone programs and routines. Learning these techniques will prove to be invaluable and save more time and money than anyone could believe. When seconds is just too long, see how you can use these methods to set up a page setup, print a PDF file, or bind a file with just 1 click. Attendees should have some knowledge about AutoLISP and AutoCAD scripts.