Cadwork Api Direct

The cadwork API unlocks significant efficiencies for timber construction and prefabrication by bridging design intent with fabrication execution. Successful integrations balance technical translation (geometry and joinery fidelity) with practical concerns (versioning, licensing, and shop verification). Start small, validate thoroughly, and iterate toward fuller automation and BIM interoperability.

If you want, I can: produce a short sample script outline for reading parts via a cadwork SDK (specify target language), draft a data-mapping plan to convert cadwork elements to IFC entities, or sketch a CNC export pipeline. Which would you prefer?

The Cadwork API (primarily the for Python) allows you to automate repetitive tasks, create custom geometric elements, and extend the functionality of Cadwork 3D without modifying the core software. 1. Initial Setup

To start scripting, your environment must be configured so Cadwork recognizes your plugins. Locate the API folder : Open Cadwork 3D and navigate to Help → Info . Click on the Userprofile folder link. Directory Structure : In your Userprofile, navigate to 3d\API.x64 Create a Plugin

: Every script requires its own folder. The folder name and the must be identical .../API.x64/MyTool/MyTool.py Icon (Optional) : Add a 30x30 pixel file with the same name (e.g., MyTool.png ) in the same folder to see it in the Cadwork Plugin Bar 2. Core Programming Concept The API is organized into Controllers , each managing specific aspects of the model. element_controller

: Used to create, modify, or query elements like beams and panels. utility_controller

: Used for user interactions, such as picking points in 3D or showing dialog boxes. geometry_controller

: Handles mathematical operations and 3D coordinate transformations. 3. Basic "Hello World" Script

This example asks the user for a point and creates a drilling vector. element_controller utility_controller # Get user input uc.get_user_bool( Create drilling? = uc.get_user_point() = uc.get_user_double( Enter length # Create element (Diameter 40, length, point, direction) ec.create_drilling_vectors( , length, pt, cadwork.point_3d( Use code with caution. Copied to clipboard 4. Advanced Use Cases Auto-Attributes

: Create "script-filled attributes" that automatically calculate values (like weight or surface area) at runtime based on geometry. External Integration

: Since Cadwork uses standard CPython, you can import external libraries like for custom GUIs. Batch Exporting

: Automate the export of shop drawings or container data to external files. 5. Debugging and Resources Cadwork Python Documentation

The Cadwork API, specifically the Python-based interface introduced in Version 27, represents a paradigm shift for the timber construction industry by bridging the gap between standard CAD/CAM modeling and bespoke architectural automation . The Architecture of Customization

The API operates by exposing the core functionalities of the Cadwork 3D engine to the Python programming language . This allows users to write scripts and plugins that interact directly with the 3D environment without modifying the underlying source code of the software .

Integration: Scripts are integrated through a specific directory structure within the user profile (api.x64 folder) . Once placed, they appear as actionable buttons in the Cadwork plugin bar, enabling a seamless workflow for end-users who may not be programmers themselves . cadwork api

Live Development: A significant advantage for developers is that Cadwork does not require a restart for code changes to take effect; saving the Python file and re-running the plugin immediately reflects the new logic . Core Capabilities and Automation

The API provides a "multitude of basic functions" that allow for complex manipulation of a building model :

Element Manipulation: Developers can create, modify, or delete parts, and perform geometric operations like calculating distances between 3D points or moving elements via vectors .

Process Automation: Repetitive tasks such as generating shop drawings, calculating material lists, and handling exports (IFC, BTL, DXF, etc.) can be entirely automated . For instance, a custom plugin like "Dual Export" can simultaneously export shop drawings for a container and all its individual sub-elements, a task that would otherwise be manually intensive .

Data Exchange: The API facilitates advanced import/export routines, allowing Cadwork to communicate with external data formats or software systems like Revit, Rhino, and Excel . Industry Impact in Timber Construction Cadwork Python Documentation

Unlocking the Power of CAD: A Comprehensive Guide to CADwork API

In the world of computer-aided design (CAD), software applications have revolutionized the way architects, engineers, and designers create, modify, and analyze digital models. One such powerful tool is CADwork, a popular CAD software used across various industries, including construction, manufacturing, and product design. To further extend its capabilities, CADwork provides an API (Application Programming Interface) that allows developers to create custom applications, automate tasks, and integrate CADwork with other software systems. In this article, we'll delve into the world of CADwork API, exploring its features, benefits, and applications.

What is CADwork API?

The CADwork API is a set of programming interfaces that allows developers to access and manipulate CADwork's functionality, data, and models. It provides a way to interact with CADwork programmatically, enabling automation, customization, and integration with other software applications. The API is designed to be flexible and extensible, supporting various programming languages, including C++, C#, and .NET.

Key Features of CADwork API

The CADwork API offers a wide range of features that enable developers to tap into CADwork's capabilities. Some of the key features include:

Benefits of Using CADwork API

The CADwork API offers numerous benefits to developers, CAD users, and organizations. Some of the key advantages include:

Applications of CADwork API

The CADwork API has a wide range of applications across various industries, including:

Getting Started with CADwork API

To get started with the CADwork API, developers need to:

Conclusion

The CADwork API is a powerful tool that unlocks the full potential of CADwork, enabling developers to create custom applications, automate tasks, and integrate CADwork with other software systems. By understanding the features, benefits, and applications of the CADwork API, developers and organizations can harness the power of CAD to drive innovation, efficiency, and growth. Whether you're a seasoned developer or a CAD user looking to extend the capabilities of CADwork, this comprehensive guide has provided you with a solid foundation for exploring the world of CADwork API.

graphical programming module for handling individual elements within assemblies or containers. Cadwork Documentation 1. API Functionality cadwork Python API

provides specific methods for managing piece-by-piece data, often used in export routines for shop drawings or manufacturing lists. Cadwork Documentation Export Control : Methods like get_piece_by_piece_export_with_dimensions set_piece_by_piece_export_with_dimensions

allow scripts to toggle whether an assembly is exported as a single unit or as its individual "deep" components. Container Interaction

: The API can iterate through selected containers to retrieve "piece-by-piece" content for specialized exports, such as individual shop drawings for every element within a large modular unit. Cadwork Documentation 2. DeepNode Integration

is cadwork's node-based graphical programming interface that simplifies API calls without requiring manual coding. cadwork 3D Node Library

: It contains pre-built nodes for "element creation" and "part modification" that effectively perform the "deep" logic of the standard API. Custom Nodes

: Users can group basic nodes to create custom functions that operate on deep element structures across different scripts. cadwork 3D 3. Practical Application

Common use cases for "deep piece" logic in the cadwork API include: Dual Export

: Simultaneously exporting a container's overall shop drawing and the individual drawings for every piece inside it. Automated List Calculations The cadwork API unlocks significant efficiencies for timber

: Evaluating the properties of every individual part within a complex construction to generate production lists. Nesting and CNC

: Preparing individual elements for external nesting managers or CNC export solids by drilling down into container hierarchies. Cadwork Documentation specific Python code snippet

to handle piece-by-piece exports, or are you trying to build a node in Cadwork Python Documentation

cadwork is a specialized CAD/CAM software primarily used in the timber construction industry. Unlike general-purpose CAD tools (like AutoCAD), its API is deeply integrated with wood construction logic (panels, beams, joints, lists).

Important Note: The cadwork API is proprietary. The official documentation is provided to license holders via the cadwork helpdesk or the "Help" section within the software.

Below is a detailed guide on the architecture, requirements, and practical usage of the cadwork API.

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))

print("Processed", len(selected), "elements.")

Note: Actual method names depend on your cadwork version and API wrapper.

Don't store critical metadata (e.g., supplier codes) solely in external spreadsheets. Write them as custom attributes to the cadwork elements themselves using the API (element.set_attribute('Supplier_Code', 'ABC123')). This makes models self-contained.

You can programmatically create beams, columns, panels, plates, and custom solids. Beyond creation, you can move, rotate, stretch, or boolean operations (subtract, union, intersect) objects. This is essential for parametric design.

Cadwork is a CAD/BIM platform focused on timber construction, joinery, and general structural modeling. The Cadwork API lets developers and power users:

cadwork SA continues to invest heavily in its API. Recent versions (v24 and v25) have introduced:

As the industry moves toward end-to-end automation (from architectural model to CNC machine), the cadwork API will become as essential as the modeling tools themselves. Benefits of Using CADwork API The CADwork API