
The Building Coder Samples is a comprehensive C# Revit API plugin designed to demonstrate advanced automation techniques in Autodesk Revit. This collection serves as an extensive reference library for Revit developers, containing hundreds of individual C# code samples that demonstrate specific API functionalities. The repository provides practical, real-world examples of how to interact with the Revit database, manipulate elements, and extend the core capabilities of the software. Each module is structured to illustrate best practices for programmatic design, covering everything from simple element selection to complex geometry generation and data management. As a foundational resource, it highlights the technical requirements for building robust, scalable add-ins within the Revit environment.
The download is a 471 KB file containing .ZIP files.
Professional developers integrate these samples into their workflow by referencing the source code to understand API implementation patterns. Users typically load the add-in into Revit to test specific functions, or extract individual code blocks to incorporate into custom-built tools. The plugin acts as a diagnostic and educational aid, allowing engineers to verify API behaviours before deploying them into larger, production-grade automated scripts or custom Revit applications.
This resource is essential for BIM managers, computational designers, and software developers working on complex architectural or engineering projects. It is primarily used during the development phase of custom internal tools or when troubleshooting specific API-related challenges. By leveraging these established routines, teams can accelerate the creation of bespoke Revit plugins, improve project interoperability, and streamline repetitive modelling tasks. It is a standard reference for those building custom workflows in residential, commercial, or infrastructure sectors to enhance overall BIM productivity.
The Building Coder Samples
Free
File formats
What changed in 1.0.0
Initial release.
MIT
Attribution: Jeremy Tammik — licensed under MIT
Full terms have not been published for this listing. Contact the seller before using it on a commercial project.