Cadwork Api Guide

The is an indispensable tool for forward-thinking timber construction firms. By moving from manual CAD work to automated scripting, you can significantly reduce errors, speed up production, and handle increasingly complex projects. Whether you are using simple Python scripts to automate drawing creation or using Grasshopper for advanced parametric design, the Cadwork API ensures that the software adapts to your needs, not the other way around.

He typed a query to find the elements.

: Create, modify, copy, and delete architectural and structural elements (beams, panels, drillings).

: Change material properties or production types across thousands of elements simultaneously. 3. List and Output Automation 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.

if == ' main ': main()

A single misplaced bolt hole can ruin an expensive glulam beam on the job site. The is an indispensable tool for forward-thinking timber

Build native-looking interactive dialogs, menus, and input forms directly inside the cadwork user interface. Key Benefits of Automating with Cadwork API

"Measure twice, cut once," Elias muttered. "Or in this case, read the documentation once, deploy once."

# Conceptual layout of a Cadwork API automation script import cadwork_element_module as elem import cadwork_geometry_module as geom def create_floor_joist(start_point, length, width, height): # Calculate end point using geometry vectors direction = geom.vector_3d(1, 0, 0) end_point = start_point + (direction * length) # Create the rectangular timber beam element new_beam = elem.create_rectangular_beam(start_point, end_point, width, height) # Assign attributes for production line sorting elem.set_attribute(new_beam, "Name", "Floor Joist") elem.set_attribute(new_beam, "Material", "C24 Spruce") return new_beam # Execute the automation function joist_start = geom.point_3d(0, 0, 0) create_floor_joist(joist_start, length=4500, width=60, height=200) Use code with caution. Best Practices for API Development He typed a query to find the elements

Use Rhino’s NURBS capabilities and bring them into Cadwork as structural elements.

: The Cadwork Python Guide provides a comprehensive reference for modules like the element_controller , attribute_controller , and geometry_controller .