Cadwork Api
To develop for cadwork, you need:
To ensure your scripts are robust and maintainable, follow these guidelines:
The cadwork API is primarily accessed via:
Python integration is the most flexible, allowing users to write scripts directly within cadwork’s console or external IDEs.
But the true magic of the Cadwork API lies not in design, but in translation. Timber framing is a hybrid art: part architecture, part robotics. A Cadwork model must eventually leave the screen and become G-code for a Hundegger or Weinmann CNC gantry. The default post-processors are generic. The API lets you write your own dialect.
Imagine a Japanese joinery workshop using Cadwork to cut intricate scarf joints. The standard CNC toolpath might plunge straight down, splintering the oak. With the API, you can script a helical entry, a slower final pass, and a custom dust-evacuation pause. You are no longer exporting a file; you are whispering instructions directly to the saw blade. cadwork api
This is where the API becomes a competitive weapon. A firm that masters it can reduce machining time by 30%, eliminate all manual drilling errors, and automatically generate BOMs (Bills of Materials) that update in real-time as the architect moves a wall six inches. The firm that ignores it remains in the Pleistocene era of right-click-and-drag.
Related search suggestions: I'll provide short search-term suggestions to refine any follow-up research.
Unlocking Automation in Timber Construction: A Guide to the Cadwork API
In the world of high-end timber engineering and modular construction, cadwork stands as a gold standard for 3D CAD/CAM software. While the core software is powerful, the cadwork API (Application Programming Interface) allows users to transcend out-of-the-box limitations, offering a gateway to fully customized automation, bespoke plugins, and seamless data manipulation.
Whether you are a developer looking to build complex BIM integrations or a cadwork user aiming to automate repetitive tasks, understanding the cadwork API (specifically CwAPI3D) is essential for modernising your workflow. What is the Cadwork API? To develop for cadwork, you need:
The cadwork API provides a programmatic interface that enables external scripts and programs to "talk" to cadwork 3D. It allows you to: News Version 30 - cadwork 3D
The cadwork API (officially CwAPI3D) is a programming interface that allows you to automate tasks and create custom plugins within cadwork 3D. It primarily supports Python, though a C++ interface is also available. Core Functionality
The API provides "Controllers" to interact with different parts of the 3D model:
Element Controller: Create, modify, copy, and delete architectural and structural elements (beams, panels, drillings).
File Controller: Manage exports and imports for various formats like IFC, Rhino, STEP, and STL. To ensure your scripts are robust and maintainable,
Utility Controller: Access general data like camera positions, coordinate systems, and visibility states.
Attribute Controller: Read and write user attributes for BIM and data management. Getting Started with Python
Installation: You can install the local stub package via pip to get IDE autocompletion: pip install cwapi3d.
File Structure: Scripts must be placed in your user profile folder under ...\3d\API.x64\. Every script requires its own folder, and the Python file must share the folder's name (e.g., MyPlugin/MyPlugin.py).
Running Scripts: Once placed, your script appears as a button in the Plugin Bar (Window -> Plugins) within cadwork 3D. You don't need to restart cadwork to test code changes; simply save the .py file and click the button again. Development Resources Cadwork Python Documentation
One prefabrication factory connects cadwork to its ERP system via the API. When a model is tagged "Released for Production," the API reads every element's material and length, cross-references stock levels in the ERP, and automatically flags any missing timber lengths. It even generates purchase orders for long-lead items.