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Inventor Reference

Free reference guide: Inventor Reference

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About Inventor Reference

The Inventor Reference is a searchable cheat sheet for Autodesk Inventor, covering iLogic automation rules (VB.NET), the Inventor API for parametric modeling, part features like extrude, revolve, fillet, shell, hole, thread, loft, and pattern, as well as sheet metal design with K-Factor and flat pattern DXF export.

Assembly sections cover constraints (mate, flush, insert, angle), motion joints (rigid, revolute, slide, cylindrical, ball), Content Center standard parts library, and iAssembly variant tables. Drawing entries include base views, section views, dimensioning, and BOM/parts list generation.

Designed for mechanical engineers, CAD designers, and Inventor power users who need quick access to iLogic Parameter() syntax, API calls for ExtrudeFeature and RevolveFeature, TransientGeometry creation, stress analysis setup, frame generator workflows, and dynamic simulation parameters.

Key Features

  • iLogic automation rules with Parameter() read/write, Feature.IsActive toggling, and Excel GoExcel integration
  • Inventor API reference for PartComponentDefinition, ExtrudeFeature, RevolveFeature, and TransientGeometry
  • Part features including fillet, shell, hole, thread, loft, pattern (rectangular/circular), and work plane offset
  • Sheet metal design with flange types, bend radius, K-Factor settings, and flat pattern DXF export
  • Assembly constraints (mate/flush/insert), joints (rigid/revolute/slide), and Content Center standard parts
  • Drawing tools for base views, section views, detail views, dimensioning, and BOM parts list insertion
  • Stress analysis (FEA) setup with material assignment, constraints, loads, mesh, and von Mises results
  • Frame Generator and Dynamic Simulation for structural and motion analysis workflows

Frequently Asked Questions

What Autodesk Inventor topics does this reference cover?

This reference covers six main categories: iLogic automation (rules, parameters, Excel integration, input dialogs, iProperties), Inventor API (TransientGeometry, PartComponentDefinition, extrude/revolve features, sketch projection, derived components), part features (fillet, shell, hole, thread, loft, pattern, sheet metal), assembly (constraints, joints, Content Center, iAssembly), drawing (views, dimensions, BOM), and simulation (stress analysis, frame generator, dynamic simulation).

Does the reference include iLogic code examples?

Yes. Each iLogic entry includes VB.NET code examples showing how to read/write parameters with Parameter("name"), toggle features with Feature.IsActive, integrate with Excel using GoExcel.CellValue, display InputListBox dialogs for user selection, and access document properties via iProperties.

How is the Inventor API section organized?

The API section covers TransientGeometry for creating points and vectors, PartComponentDefinition for accessing features and sketches, AddByProjectingEntity for sketch edge projection, ExtrudeFeature and RevolveFeature creation with profile and extent definitions, and Derive Component for linked part derivation.

Does it cover sheet metal design in Inventor?

Yes. The sheet metal entry covers face creation with thickness and bend radius settings, edge and contour flanges, K-Factor configuration (default 0.44), and flat pattern export to DXF format for manufacturing. This is essential for fabrication-ready sheet metal parts.

What assembly tools are included?

The assembly section covers traditional constraints (mate, flush, insert, angle), motion joints (rigid, revolute, slide, cylindrical, ball), Content Center for standard parts like bolts, nuts, and bearings, and iAssembly for managing assembly variants through Excel-linked configuration tables.

Are drawing and annotation tools covered?

Yes. The drawing section includes base view placement (front, top, right, section, detail, isometric views), dimension tools (linear, baseline, chain, ordinate), and Parts List (BOM) insertion with item balloons, quantity columns, and Excel export capability.

Does the reference cover simulation features?

Yes. It covers stress analysis (FEA) with material assignment, constraint types (fixed, pin, frictionless), load application (force, pressure, bearing), mesh generation, and result interpretation (von Mises stress, displacement, safety factor). It also covers Frame Generator for structural frames and Dynamic Simulation for motion analysis.

Is this Inventor reference free to use?

Yes, this Inventor reference is completely free with no registration required. All content is rendered in your browser. It is part of liminfo.com's collection of free engineering and CAD reference tools.