Begin by writing simple Python scripts inside Cadwork to automate basic tasks, such as renaming attributes, color-coding elements by material type, or exporting automated BOMs (Bills of Materials).
The (specifically known as CwAPI3D ) is a powerful development interface that allows engineers, software developers, and timber framing specialists to programmatically automate, customize, and extend cadwork 3D . Introduced natively to support the Python programming language , the API acts as a bridge to manipulate 3D geometry, extract structural BIM data, and streamline complex digital fabrication workflows without directly altering the core program code.
This XML file allows you to define metadata like the plugin's name, version, author, and a detailed description in multiple languages (English, German, French, etc.). Implementing this file transforms your simple script into a fully-fledged, professional plugin that is easily identifiable and understandable for all users.
Every timber factory has a unique workflow. With the API, you can write custom exporters that format piece lists, hardware orders, and CNC cutting instructions exactly how your production team or ERP software requires them, eliminating manual transcription errors. Getting Started with Cadwork API Development cadwork api
This script demonstrates how just a few lines of code can replace a tedious manual process. It illustrates how you access active elements, manipulate their visualization state, and create structured data (scenes) based on geometry.
The is a developer framework that allows engineers, timber framers, and software developers to programmatically automate, customize, and extend Cadwork 3D. Cadwork is a leading Building Information Modeling (BIM) and Computer-Aided Design (CAD) software tailored specifically for timber engineering, framing, and offsite manufacturing. By leveraging the Cadwork Application Programming Interface (API), users can bypass manual modeling constraints, build custom plugins, and seamlessly connect their shop floors to automated manufacturing pipelines.
The cadwork API acts as a bridge, allowing users to extend the software's standard functionalities. It enables the automation of tedious processes and the creation of custom solutions to meet specific business needs. Since version 27, cadwork has offered a robust API connection, primarily for the Python scripting language, transforming the software from a static tool into a dynamic and adaptable platform. In this comprehensive guide, we will explore the cadwork API in detail, covering its supported languages, key features, practical how-tos, and the vibrant community that supports it. Begin by writing simple Python scripts inside Cadwork
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As of version 2026, support for the Lua scripting language has been discontinued. Any Lua plugins will no longer function, and users are strongly encouraged to migrate their workflows to Python or C++.
Data silos are the enemy of efficiency. The Cadwork API allows developers to build custom plugins that connect Cadwork directly with other corporate software: This XML file allows you to define metadata
Automating repetitive modeling tasks, exporting custom Excel lists, creating simple UI panels, and data transformation. C++ API (The High-Performance Core)
Cross-Laminated Timber (CLT) projects require precise panel layout and hardware positioning. Companies use the Cadwork API to automatically distribute fixing brackets, screws, and lifting anchors along panel joints based on structural engineering rules, saving days of manual drafting. Prefabricated Wall Panel Production
Timber models are messy. Always use robust try-except blocks to catch anomalous geometry, preventing script crashes mid-execution and providing meaningful error logs to the engineering team. Conclusion
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