Extrude Sketch Profile - Fusion360-scripting Typing CST Test

Primary Use Cases

• ▸Automating repetitive modeling tasks
• ▸Custom parametric design generation
• ▸Batch exporting or processing designs
• ▸Automating CAM toolpath generation
• ▸Creating custom UI commands and add-ins

Notable Features

• ▸Python and JavaScript/TypeScript support
• ▸Access to Fusion 360 design and CAM API
• ▸Create add-ins, scripts, and custom commands
• ▸Automate sketching, modeling, and assemblies
• ▸Integrate with external data and files

Origin & Creator

Developed by Autodesk Inc., USA, as part of the Fusion 360 cloud-based CAD/CAM/CAE platform.

Industrial Note

Used extensively in product design, mechanical engineering, CNC manufacturing, generative design, and workflow automation where repetitive modeling, simulation, or CAM operations need scripting.

Quick Explain

• ▸Fusion 360 Scripting provides programmatic access to the Fusion 360 API for automating repetitive design and manufacturing tasks.
• ▸Supports creating custom add-ins, scripts, and commands for modeling, assemblies, and CAM operations.
• ▸Offers direct access to design objects, components, sketches, bodies, and parameters.
• ▸Often used with Python (via Fusion 360 API) or JavaScript/TypeScript for web-based Fusion add-ins.
• ▸Widely used by engineers, designers, and manufacturers for enhancing CAD/CAM productivity.

Core Features

• ▸Manipulate components, bodies, and sketches
• ▸Access and modify parameters
• ▸Automate CAM toolpaths and simulation
• ▸Event handling and command definitions
• ▸Error handling, logging, and debugging support

Learning Path

• ▸Learn Fusion 360 basics (Modeling, Assemblies, CAM)
• ▸Understand Python or JavaScript basics
• ▸Explore Fusion 360 API documentation
• ▸Create simple scripts for modeling
• ▸Develop Add-ins for advanced workflows

Practical Examples

• ▸Batch generate design variations with parameters
• ▸Automatically create sketches and extrusions
• ▸Generate assembly constraints programmatically
• ▸Export multiple design files automatically
• ▸Automate CAM setup and toolpath creation

Comparisons

• ▸Fusion 360 Scripts vs AutoLISP: Fusion uses Python/JS for modern parametric modeling; AutoLISP is CAD-specific and legacy
• ▸Fusion 360 Scripts vs .NET API: Python easier for quick scripts; .NET more robust for advanced Add-ins
• ▸Fusion 360 Scripts vs Dynamo: Dynamo is visual; scripting allows text-based parametric control
• ▸Fusion 360 Scripts vs API Automation Tools: Scripts offer deep object access; external tools may be limited
• ▸Fusion 360 Scripts vs Manual Modeling: Automates repetitive tasks and batch operations, saving time

Strengths

• ▸Rapid automation of repetitive CAD/CAM tasks
• ▸Highly flexible with Python scripting
• ▸Direct access to Fusion 360 API objects
• ▸Supports parametric design automation
• ▸Integrates seamlessly with Fusion 360 workflows

Limitations

• ▸Only works within Fusion 360 environment
• ▸Python API may have limitations compared to full desktop APIs
• ▸Performance can be slower for extremely large assemblies
• ▸UI customization is limited to Fusion 360 add-in framework
• ▸Requires knowledge of Fusion 360 object model and API

When NOT to Use

• ▸When Fusion 360 is unavailable
• ▸For simple manual modeling tasks
• ▸If scripting skills are lacking and no learning time is available
• ▸When real-time performance is critical for simulation
• ▸For non-Autodesk CAD platforms

Cheat Sheet

• ▸app = adsk.core.Application.get() -> Get Fusion 360 app
• ▸design = app.activeProduct -> Access current design
• ▸component.bRepBodies -> Access bodies in component
• ▸param = design.userParameters.add(...) -> Create parameter
• ▸cmdDef = ui.commandDefinitions.addButtonDefinition(...) -> Create command

FAQ

• ▸Can Fusion 360 scripts run outside Fusion? -> No, Fusion 360 must be running.
• ▸Do I need programming knowledge? -> Yes, basic Python or JavaScript skills help.
• ▸Can scripts modify assemblies? -> Yes, via API objects.
• ▸Are Add-ins different from scripts? -> Add-ins are persistent and can add UI commands.
• ▸Is Fusion 360 scripting supported in cloud? -> Yes, scripts can access cloud project data.

30-Day Skill Plan

• ▸Week 1: Python/JS fundamentals and simple scripts
• ▸Week 2: Manipulating sketches and bodies
• ▸Week 3: Automate parametric features
• ▸Week 4: Assembly operations and constraints
• ▸Week 5: CAM automation and Add-in development

Final Summary

• ▸Fusion 360 Scripting automates modeling, assembly, and CAM workflows using Python or JavaScript.
• ▸Enables parametric design generation, batch operations, and custom Add-ins.
• ▸Provides access to Fusion 360 API for objects, parameters, and simulation.
• ▸Ideal for engineers, designers, and manufacturers automating repetitive tasks.
• ▸Combines scripting flexibility with Fusion 360’s parametric and CAM capabilities.

Project Structure

• ▸Python script (.py) or JavaScript file
• ▸Add-in folder structure with manifest
• ▸Supporting libraries
• ▸Configuration files or constants
• ▸Documentation and usage guide

Monetization

• ▸Custom Fusion 360 Add-in development
• ▸Workflow automation consulting
• ▸Parametric design toolkits
• ▸CAM automation services
• ▸Integration of CAD/CAM data pipelines

Productivity Tips

• ▸Start with small scripts before full Add-ins
• ▸Use console logging for debugging
• ▸Modularize code for reuse
• ▸Test on sample projects first
• ▸Combine scripting with cloud project automation

Basic Concepts

• ▸Scripts vs Add-ins - Scripts for quick automation, Add-ins for persistent tools
• ▸Design objects - components, bodies, sketches, features
• ▸Parameters - control dimensions and constraints programmatically
• ▸Event handling - react to design or UI changes
• ▸API navigation - using Python objects to traverse and modify models

Official Docs

• ▸https://help.autodesk.com/view/fusion360/ENU/?guid=GUID-API
• ▸https://www.autodesk.com/developer-network/platform-technologies/fusion-360-api