is the first step toward a more intelligent, automated future in wood construction. specific Python script
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Automating repetitive modeling tasks, exporting custom Excel lists, creating simple UI panels, and data transformation. C++ API (The High-Performance Core)
Retrieve selected elements to process them. cadwork api
The transforms cadwork from a powerful modeling tool into a fully programmable engineering environment. Whether you are automating truss layouts, exporting custom BOMs, or linking design data to your ERP, the API gives you control beyond standard point-and-click workflows.
The Cadwork Python Interface (cwapi3d) operates using specialized object controllers. Instead of interacting with monolithic functions, developers use purpose-built modules that target specific data layers within the CAD environment: Cadwork Documentation
The official API documentation is an evolving resource that outlines all available functions, methods, and examples. is the first step toward a more intelligent,
An Application Programming Interface (API) is a connection between computer programs. It is a software interface that offers a service to other pieces of software. For cadwork, the API is the key to automation.
What specific are you looking to automate? Do you have an existing programming background in Python? What version of Cadwork are you currently running?
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. The transforms cadwork from a powerful modeling tool
Always track scripts using Git. Treat your automated macros and plugins with the same rigor as proprietary engineering software.
: Developers can create, modify, or delete parts, and perform geometric operations like calculating distances between 3D points or moving elements via vectors .
This is where cadwork shines. Instead of manually placing 200 screws, you write a script that identifies where two beams intersect. The script checks the angle, calculates the shear force (if you have the load module), and places the correct Simpson strong-tie bracket automatically.
selected = ec.get_selected_elements()