Cadwork Api

The Cadwork API enables automation across the entire project lifecycle, moving from basic property management to advanced parametric geometric modeling.

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The API provides deep access to the 3D engine, enabling a wide range of custom operations:

Data silos are the enemy of efficiency. The Cadwork API allows developers to build custom plugins that connect Cadwork directly with other corporate software:

Beyond the Click: Unlocking the True Power of cadwork with its Native API cadwork api

Moreover, the API fragments knowledge. In a typical office, only one "guru" understands the scripts. When they go on vacation, the team reverts to manual labor. Documentation is sparse, often in a mix of French, German, and programmer-ese. Learning the API is a monastic discipline—hours of trial, error, and cursing at object models that seem to hide their methods out of spite.

In the world of computer-aided design (CAD), software applications have revolutionized the way architects, engineers, and designers create, modify, and manage digital models of physical objects. One such software is CADWork, a popular CAD solution used by professionals across various industries. To extend its capabilities and enable seamless integration with other applications, CADWork provides an API (Application Programming Interface) that allows developers to access and manipulate its data. In this article, we will explore the CADWork API, its features, and the benefits it offers to developers, designers, and organizations.

Beyond traditional Python scripting, Cadwork offers , which embeds Rhino 7 into the Cadwork 3D environment. This allows users to leverage the immense power of Grasshopper (algorithmic modeling) to drive complex geometry in Cadwork.

Let's look at a practical code example. The cadwork API organizes functionalities into "controllers." For example, element_controller handles element selection, and geometry_controller handles dimensions. The Cadwork API enables automation across the entire

The Cadwork 3D API GitHub page provides examples and code snippets.

The API is commonly used to build "helpers"—small, specific plugins that solve niche engineering problems. Examples include:

What is the specific or automation goal you are trying to achieve? What version of Cadwork are you currently running? Share public link

Once you restart cadwork and enable the Plugin Bar (Window -> Plugins), your script will appear as a button, ready to run. In a typical office, only one "guru" understands the scripts

Cadwork is famous for its direct export to CNC timber-processing machines (Hundegger, Weinmann, Krüsi, etc.). Via the API, you can write scripts to run clash detection, optimize nesting layouts for panels, or automatically apply specific machine processes based on geometric attributes, drastically reducing machine-room errors. Development Environments: Python and C++

Option 2: The Technical "Deep Dive" (For Developers/Power Users)

: The Python library can be installed via pip using pip install cwapi3d .

Whether you are automating the calculation of material attributes, building a complex C++ plugin for structural analysis, or simply writing a small script to lock a group of elements, the cadwork API puts the power of automation in your hands. As the timber industry moves toward mass customization and BIM integration, mastering the cadwork API is an investment in precision, speed, and innovation.