Cadwork Api !full! ✧
Automate the production of material lists, production lists, and hardware calculations directly from the 3D model.
Timber construction, particularly Mass Timber (CLT, Glulam) and traditional timber framing, involves an immense amount of detail. Every connection, dowel, mortise, and tenon must be precisely modeled to ensure structural integrity and flawless field assembly.
Instead of being limited to the default functionalities, you can build tools tailored to your specific project needs, allowing you to manipulate parts, generate reports, or automate complex workflows. Key Features and Capabilities
: Preparing individual elements for external nesting managers or CNC export solids by drilling down into container hierarchies. Cadwork Documentation specific Python code snippet cadwork api
While Python is the primary language for cadwork's API, a robust C++ API is still available for developers who need performance or low-level system access.
In the world of timber construction and structural engineering, efficiency isn't just a luxury—it's a necessity. Repetitive tasks, complex customizations, and the ever-growing demand for precision can stretch project timelines and budgets. This is where the (Application Programming Interface) transforms from a technical specification into a strategic business asset. Since version 27, cadwork has provided a powerful API, primarily for the Python language, turning the software from a rigid tool into a flexible, automated platform that adapts to your specific workflows.
If you are ready to venture into Cadwork development, follow this strategic roadmap: Automate the production of material lists, production lists,
Write your logic using standard Python IDEs (like VS Code or PyCharm) autocomplete features tailored for the Cadwork library wrappers.
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What specific are you looking to automate? Do you have an existing programming background in Python? What version of Cadwork are you currently running? Instead of being limited to the default functionalities,
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.
: Use the API to handle various import and export functions, ensuring data consistency across different trades. Getting Started: From IDLE to Advanced Plugins
# 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
