Cadwork Api
// Set User Attribute 1 (Usually "Element Name" or custom field) element.setListItem(1, "Wall_Panel_01");
for element in selected: # Get length length = ec.get_length(element) # If beam is longer than 6000 mm if length > 6000: # Change material to GL24h ec.set_material_name(element, "GL24h") # Add a visual marker (red color) ec.set_color(element, (255, 0, 0))
changes the game. By moving beyond standard tools and into the realm of custom scripting, you can automate repetitive tasks, ensure flawless consistency, and push the boundaries of what’s possible in 3D design. What is the Cadwork API?
The API provides deep access to the 3D engine, enabling a wide range of custom operations: cadwork api
Then, silence. The fans wound down.
By integrating the API, companies can reduce manual data entry, eliminate repetitive tasks, and create seamless data pipelines from initial architectural models to final CNC machine code. The growing community, comprehensive documentation, and open-source projects like CwMath make the cadwork API an accessible and valuable asset for any user ready to take their timber design and manufacturing processes to the next level.
The CADwork API has a wide range of applications across various industries, including: // Set User Attribute 1 (Usually "Element Name"
An application programming interface, or API, is a connection that allows different software programs to communicate with each other. For cadwork, the API is a documented interface that allows external programs—such as custom Python scripts—to access and manipulate cadwork’s 3D data and core functions. It serves as a software interface, offering a structured service that other pieces of software can use to interact with cadwork.
// Alternatively, rotate // element.rotate(axisPoint, axisVector, angleDegrees);
He zoomed in on a joint—a complex intersection of a diagonal brace and a main rafter. He clicked the 'Check Joinery' button. The API provides deep access to the 3D
cadwork offers two primary methods of automation:
A BIM manager wrote an API-powered QA script that checks for modeling standards: "No element may have a length less than 300 mm," "All drilled holes must have a diameter >= 12 mm," and "Every panel must have a unique QR code attribute." The script runs nightly, producing a PDF report of all violations.
print(f"len(element_ids) active elements found.")
// Set User Attribute 1 (Usually "Element Name" or custom field) element.setListItem(1, "Wall_Panel_01");
for element in selected: # Get length length = ec.get_length(element) # If beam is longer than 6000 mm if length > 6000: # Change material to GL24h ec.set_material_name(element, "GL24h") # Add a visual marker (red color) ec.set_color(element, (255, 0, 0))
changes the game. By moving beyond standard tools and into the realm of custom scripting, you can automate repetitive tasks, ensure flawless consistency, and push the boundaries of what’s possible in 3D design. What is the Cadwork API?
The API provides deep access to the 3D engine, enabling a wide range of custom operations:
Then, silence. The fans wound down.
By integrating the API, companies can reduce manual data entry, eliminate repetitive tasks, and create seamless data pipelines from initial architectural models to final CNC machine code. The growing community, comprehensive documentation, and open-source projects like CwMath make the cadwork API an accessible and valuable asset for any user ready to take their timber design and manufacturing processes to the next level.
The CADwork API has a wide range of applications across various industries, including:
An application programming interface, or API, is a connection that allows different software programs to communicate with each other. For cadwork, the API is a documented interface that allows external programs—such as custom Python scripts—to access and manipulate cadwork’s 3D data and core functions. It serves as a software interface, offering a structured service that other pieces of software can use to interact with cadwork.
// Alternatively, rotate // element.rotate(axisPoint, axisVector, angleDegrees);
He zoomed in on a joint—a complex intersection of a diagonal brace and a main rafter. He clicked the 'Check Joinery' button.
cadwork offers two primary methods of automation:
A BIM manager wrote an API-powered QA script that checks for modeling standards: "No element may have a length less than 300 mm," "All drilled holes must have a diameter >= 12 mm," and "Every panel must have a unique QR code attribute." The script runs nightly, producing a PDF report of all violations.
print(f"len(element_ids) active elements found.")