As you become comfortable with the content of this guide - and more proficient with C# - you’ll be able to move on to solving more complex problems with the language.ĭespite C# being the natural choice, sometimes there are limitations outside your control of what languages you can work with within your company. While each language has its own relative benefits, C# is the natural choice for this guide: it is easy-to-learn, easy-to-use and leverages the power of the underlying. NET compliant programming languages (C#, VB.NET, F#, etc.) to develop a plug-in. NET API which means you can use any of the. The API can be used to create custom tools and features that plug directly into Autodesk Revit, extending its functionality.Īutodesk Revit has a. You can automate repetitive, time-consuming tasks and extend core features without leaving the Autodesk Revit environment. Autodesk provides powerful APIs and SDKs (Software Development Kits) that allow you to gain greater value from your investment in Autodesk software by tailoring it specifically to the needs of your business.Īutodesk Revit provides a rich API that can be used to customize the product’s existing features or by adding entirely new ones. This is a key benefit of customization: tailoring the software you use on a daily basis to streamline workflows increases your efficiency. In today’s world, you’re encouraged to become more and more efficient. The Benefits of Customizing Autodesk Revit The lessons will start by building a working plug-in before covering more detailed explanations of the underlying principles and further developing the application’s functionality. The guide will start by reviewing the benefits of customizing Autodesk software before progressing onto lessons covering the use of the Autodesk Revit API. You’ll have a working application within an hour of starting this material, irrespective of your current level of programming expertise. This guide is different: it assumes no previous programming knowledge and yet helps you build your first plug-in quickly, without swamping you with details. There are many resources available on the web for you to learn about the Autodesk Revit API (Application Programming Interface), however, these resources tend to be designed for people who already know programming. We also provide instructions to work with Macro or SharpDevelop. *This guide was created based on Autodesk Revit. Programming Language: C# (and VB.NET - does not include written explanations for VB.NET code samples)Īpplication Programming Interface (API): Revit. NET API and the C# programming language, however if you prefer the programming language VB.NET we have provided the code samples in this language as well. “My First Plug-in” is a self-paced tutorial guide for a smooth introduction into the programming world. This is a “one-stop shop” learning path for users who know Autodesk products but are absolutely new to programming and are thinking about taking the plunge. In this guide, you will be working with Autodesk Revit. Such solutions are safer, give more freedom and offer possibilities that local drives do not have (e.g.: opening 3D models in a browser without using any special software).My First Revit Plug-in Overview > Lesson 1 > Lesson 2 > Lesson 3 > Lesson 4 > Lesson 5 > Lesson 6 > Lesson 7 > Lesson 8Īre you an Autodesk Revit power user with an interest in becoming even more productive? Would you like to automate or extend the capabilities of Revit, but are new to computer programming? If so, then this guide is designed for you. Currently, slowly but steadily, we are moving away from creating CDE on local drives and choosing cloud solutions. In this case, each project participant needs to have access to the project drive to have the current version of each file. If the requirements are not high, then our CDE may include a local disk on a computer connected to the network, where the project data will be stored, i.e.: documents, plans, models, calculations, contracts, standards, etc. At this phase, the working environment of the so-called CDE project should be chosen (more about Common Data Environment here). In the initial phase, when the project structure is not established yet, the choice of tools is strongly correlated with the ordering party’s requirements regarding project BIM implementation level ( more about EIR here).
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