11/1/2023 0 Comments Macro management 4 vision lolThese scripts can be C# scripts, VB.NET scripts, (Iron)Python scripts, and, for releases prior to Revit 2022, Ruby scripts. What many are not familiar with is a colorless, much smaller pushbutton right next to it: it’s the Macro Manager pushbutton.Ī Revit Macro is a form of automation that consists of a script that can be written within an IDE that ships in with Revit (that IDE is SharpDevelop and is an Open Source alternative of the more popular Visual Studio IDE). Most are familiar with Dynamo’s pushbutton under the Manage ribbon tab. For now, let’s talk about two: add-ons and macros, starting with the latter. Another is Forge Design Automation for Revit, which will be presented in more detail later on. ![]() I can think of four: one is Dynamo of course. ![]() There are several ways to implement the Revit API. Any advanced user would start diving deep into the realms of the Revit API at a certain tipping point of their automation journey, driven by a thirst for more superpowers.Īs the evolution into text-based programming is a must to break free from the limitations of visual programming, isn’t it better to do that within an IDE instead of doing it as part of a Dynamo script? And wouldn’t that gradually reveal more features that would take your automation journey to another level? Let’s explore the other forms of Revit automation available and their benefits. That node is the Python scripting node which is a “universal” node allowing users to access the Revit API within Dynamo whenever a non-exposed functionality is needed. In fact, visual programming doesn’t give you enough low-level control.įortunately, to overcome that limitation, one great node has been made available out of the box. ![]() That’s one of Dynamo’s limitations, and it’s not Dynamo’s fault: it’s one limitation of visual programming. If any functionality is not available out of the box or hasn’t been developed as a node by a third-party entity, you’re rather stuck. Therefore, when you are building a Dynamo script, you would be limited to the nodes that you have available. These static methods are themselves built on top of the Revit API and are meant to perform a certain task that may be used repetitively within a certain script. These nodes are actually static methods within class libraries. Part 1: Advanced Revit API Workflowsĭynamo consists of built-in nodes that users place and connect in a certain order to build a useful script. ![]() We'll look at two main topics: advanced in-product automation through the Revit API, and cloud automation through Forge and its many APIs, as a long era of cloud computing is here. However, if you’re limiting yourself to the built-in Dynamo functionalities without exploring other available APIs, you're missing out on many opportunities that may take you and your company to an even higher level of automation. All those repetitive tasks can be automated using Dynamo, which also has the potential to take you to the next level through generative design and many other advanced R&D ventures that you may be willing to explore. Why Go Beyond Dynamo?Īlmost all tasks can be automated using Dynamo, from submittal and export operations, to automated element creation and placement, to Q/A and model cleanup. This article aims to help Revit and Dynamo users think outside the box by introducing real-case customer success scenarios in which these advanced and powerful Forge and Revit features have been implemented-proving that you can literally make anything with Forge and Revit when you explore both solutions in depth. However, Revit macros and extensions and Forge APIs offer many automation opportunities that cannot be technically exposed through Dynamo. It introduces visual programming to our daily workflows and makes task automation accessible to non-developers.
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