NX Knowledge Base

Pick a topic area on the left, or jump straight into one of the sections below. Each article links back to its original Siemens Support Center source page.

community-knowledge

A Persistent Headless NX Session: the Socket-Dispatcher Pattern (What Replaces NXOpen Remoting) — Community Knowledge > Headless and Batch Automation
Block UI Styler: Practical Tips from Real Developers — Community Knowledge > Block UI Styler
Building a Tree List Control with Block UI Styler — Community Knowledge > Block UI Styler
Choosing a Language for NXOpen: VB, C#, C++, and Python in Practice — Community Knowledge > Best Practices
Common NXOpen Runtime Errors and Their Real Causes — Community Knowledge > Gotchas and Pitfalls
Deformable Parts in NX Assemblies: When and Why — Community Knowledge > Feature Design
Headless Image Rendering in NX Batch: BatchShade Works (All 7 Methods) — but Run It in a Disposable Process — Community Knowledge > Headless and Batch Automation
Hole Feature vs. Extrude Cut: When Practitioners Choose Which — Community Knowledge > Feature Design
MenuScript and Custom Menus/Ribbons: Practical Deployment Advice — Community Knowledge > Best Practices
Message Boxes and the Listing Window: NXOpen vs .NET Approaches — Community Knowledge > Best Practices
Migrating from GRIP to SNAP/NXOpen: What the Community Learned — Community Knowledge > Best Practices
Notable Open-Source NXOpen Projects on GitHub — Community Knowledge > Open Source Projects
NX Chamfer and Edge Blend: Common Mistakes and Fixes — Community Knowledge > Feature Design
NX Clearance/Interference Analysis: Handling False Positives in Routed Assemblies — Community Knowledge > Routing
NX Electrical Routing: Official Blog Tips and Tricks (Practitioner Framing) — Community Knowledge > Routing
NX Electrical Routing: Wire Harness and Formboard Practitioner Tips — Community Knowledge > Routing
NX Expressions: Naming, Organization, and Part-Family Best Practices — Community Knowledge > Feature Design
NX Multi-Body Holes and Threads: Practitioner Technique — Community Knowledge > Feature Design
NX Routing Mechanical: Practitioner Workflow Notes — Community Knowledge > Routing
NX Routing Part Library and Stock Setup: Common Pitfalls — Community Knowledge > Routing
NX Routing vs. Siemens Capital: Which Tool Does What — Community Knowledge > Routing
NX Routing: Minimum Bend Radius Checking in Practice — Community Knowledge > Routing
NX Synchronous Modeling: The Tools Practitioners Actually Reach For — Community Knowledge > Feature Design
NX Tips and Tricks: Chamfer Cage on Subdivision Bodies — Community Knowledge > Industrial Design
NX Tips and Tricks: Realize Shape Chamfer Cage and Transform Cage Commands — Community Knowledge > Industrial Design
NX vs. SolidWorks: Feature Tree and Direct-Edit Comparison — Community Knowledge > Feature Design
NX WAVE Geometry Linker: Practitioner Best Practices — Community Knowledge > Feature Design
nx-mcp: Driving NX Headlessly from an AI Agent (MCP Server) — Community Knowledge > Tooling
NX-Portalen: Realize Shape Transform Tool In-Depth and Industrial Design Workshop Notes — Community Knowledge > Industrial Design
NXOpen Is Not Thread-Safe: What Developers Learned the Hard Way — Community Knowledge > Gotchas and Pitfalls
NXOpen Python Binding Quirks in Batch: Parts.New Doesn't Exist, and Other Surprises — Community Knowledge > Headless and Batch Automation
NXOpen Version-to-Version Quirks That Trip People Up — Community Knowledge > Version Differences
Pattern Feature vs. Instance Geometry in NX: Practitioner Guidance and Performance Notes — Community Knowledge > Feature Design
run_journal.exe Facts: It IS the Session Process, and How Batch Licensing Actually Behaves — Community Knowledge > Headless and Batch Automation
Session, Undo Marks, and Update Manager Pitfalls in NXOpen — Community Knowledge > Gotchas and Pitfalls
Spawning run_journal.exe from a Service: an Inherited stdin Pipe Stalls NX Startup ~35x — Community Knowledge > Headless and Batch Automation
Synchronous vs. History-Based Modeling: Practitioner Guidance — Community Knowledge > Feature Design
The Manual-CAD Bottleneck in Harness Routing: An Industry Case Study Perspective — Community Knowledge > Routing
Troubleshooting "Feature Failed to Update" and Parent/Child Errors in NX — Community Knowledge > Feature Design
What Journal Recording Doesn't Tell You: Limitations of Recorded NXOpen Code — Community Knowledge > Gotchas and Pitfalls
YouTube Tutorial Index: NX Realize Shape and Feature Modeling — Community Knowledge > General

Feature Design (Feature Modeling)

Chamfer — Modeling > Feature Modeling > Detail features > Chamfer
Contour Rib — Modeling > Feature Modeling > Detail features > Contour Rib
Counterbored, countersunk, and tapered hole types — Modeling > Feature Modeling > Design Feature > Hole > Hole Type Reference
Create a countersunk hole — Modeling > Feature Modeling > Design Feature > Hole > Procedures
Create a datum axis from a point — Modeling > Feature Modeling > Datum/Point > Datum Axis > Procedures
Create a datum axis on a curve — Modeling > Feature Modeling > Datum/Point > Datum Axis > Procedures
Create a datum axis on the axis of a curve or face — Modeling > Feature Modeling > Datum/Point > Datum Axis > Procedures
Create a datum CSYS with an x-axis, y-axis, and origin — Modeling > Feature Modeling > Datum/Point > Datum CSYS
Create a datum plane at an angle — Modeling > Feature Modeling > Datum/Point > Datum Plane > Procedures
Create a datum plane grid — Modeling > Feature Modeling > Datum/Point > Datum Plane Grid
Create a datum plane midway between planar faces — Modeling > Feature Modeling > Datum/Point > Datum Plane > Procedures
Create a datum plane through three points — Modeling > Feature Modeling > Datum/Point > Datum Plane > Procedures
Create a datum plane using a point and a direction — Modeling > Feature Modeling > Datum/Point > Datum Plane > Procedures
Create a datum plane using coefficients — Modeling > Feature Modeling > Datum/Point > Datum Plane
Create a datum plane using Infer — Modeling > Feature Modeling > Datum/Point > Datum Plane > Procedures
Create a datum plane using offset — Modeling > Feature Modeling > Datum/Point > Datum Plane > Procedures
Create a hole on a nonplanar surface — Modeling > Feature Modeling > Design Feature > Hole > Procedures
Create a Hole Series feature — Modeling > Feature Modeling > Design Feature > Hole > Hole Series
Create a mirror body feature — Modeling > Feature Modeling > Pattern and copy features > Create a mirror body feature
Create a Point Set feature on a curve — Modeling > Feature Modeling > Datum/Point > Point Set
Create a Point Set feature on a face — Modeling > Feature Modeling > Datum/Point > Point Set > Procedures
Create a Point Set feature on a spline — Modeling > Feature Modeling > Datum/Point > Point Set > Procedures
Create a screw clearance hole — Modeling > Feature Modeling > Design Feature > Hole > Procedures
Create an emboss — Modeling > Feature Modeling > Design Feature > Emboss > Procedures
Create an extrude feature with an offset — Modeling > Feature Modeling > Design Feature > Extrude
Create an inferred datum axis — Modeling > Feature Modeling > Datum/Point > Datum Axis
Create an offset datum coordinate system — Modeling > Feature Modeling > Datum/Point > Datum CSYS
Create an Offset Emboss — Modeling > Feature Modeling > Design Feature > Offset Emboss
Create positive holes when a target body does not exist — Modeling > Feature Modeling > Design Feature > Hole
Customize standard data tables for hole features — Modeling > Feature Modeling > Design Feature > Hole
Datum Axis — Modeling > Feature Modeling > Datum/Point > Datum Axis
Datum Axis dialog box — Modeling > Feature Modeling > Datum/Point > Datum Axis > Dialog Box Reference
Datum CSYS — Modeling > Feature Modeling > Datum/Point > Datum CSYS
Datum CSYS dialog box — Modeling > Feature Modeling > Datum/Point > Datum CSYS > Dialog Box Reference
Datum CSYS examples — Modeling > Feature Modeling > Datum/Point > Datum CSYS
Datum Plane — Modeling > Feature Modeling > Datum/Point > Datum Plane
Datum Plane dialog box — Modeling > Feature Modeling > Datum/Point > Datum Plane > Dialog Box Reference
Datum Plane Grid — Modeling > Feature Modeling > Datum/Point > Datum Plane Grid
Datum Plane Grid options — Modeling > Feature Modeling > Datum/Point > Datum Plane Grid
Datum Plane supported combinations of geometries and constraints — Modeling > Feature Modeling > Datum/Point > Datum Plane
Draft — Modeling > Feature Modeling > Detail features > Draft
Draft Body — Modeling > Feature Modeling > Detail features > Draft Body
Edge Blend — Modeling > Feature Modeling > Detail features > Edge Blend
Editing a Hole Series feature — Modeling > Feature Modeling > Design Feature > Hole > Hole Series
Editing datum planes — Modeling > Feature Modeling > Datum/Point > Datum Plane
Emboss — Modeling > Feature Modeling > Design Feature > Emboss
Emboss options — Modeling > Feature Modeling > Design Feature > Emboss > Dialog Box Reference
Extrude — Modeling > Feature Modeling > Design Feature > Extrude
Extrude a solid body — Modeling > Feature Modeling > Design Feature > Extrude
Extrude between two bodies — Modeling > Feature Modeling > Design Feature > Extrude
Extrude dialog box — Modeling > Feature Modeling > Design Feature > Extrude
Extrude handles — Modeling > Feature Modeling > Design Feature > Extrude
Extrude notes — Modeling > Feature Modeling > Design Feature > Extrude
Extrude using a section with self-intersecting curves — Modeling > Feature Modeling > Design Feature > Extrude
Extrude warnings — Modeling > Feature Modeling > Design Feature > Extrude
Extrude with an asymmetric angle — Modeling > Feature Modeling > Design Feature > Extrude
Face Blend — Modeling > Feature Modeling > Detail features > Face Blend
Groove — Modeling > Feature Modeling > Detail features > Groove
Hole — Modeling > Feature Modeling > Design Feature > Hole
Hole dialog box — Modeling > Feature Modeling > Design Feature > Hole > Dialog Box Reference
Hole Series — Modeling > Feature Modeling > Design Feature > Hole > Hole Series
Intersect — Modeling > Feature Modeling > Boolean operations > Intersect
Mirror Feature — Modeling > Feature Modeling > Pattern and copy features > Mirror Feature
Offset Emboss — Modeling > Feature Modeling > Design Feature > Offset Emboss
Offset Emboss options — Modeling > Feature Modeling > Design Feature > Offset Emboss
Pattern Face — Modeling > Feature Modeling > Pattern and copy features > Pattern Face
Pattern Feature — Modeling > Feature Modeling > Pattern and copy features > Pattern Feature
Pattern Geometry — Modeling > Feature Modeling > Pattern and copy features > Pattern Geometry
Point — Modeling > Feature Modeling > Datum/Point > Point
Point Set — Modeling > Feature Modeling > Datum/Point > Point Set
Point Set options — Modeling > Feature Modeling > Datum/Point > Point Set > Dialog Box Reference
Pre-NX Datum Planes — Modeling > Feature Modeling > Datum/Point > Datum Plane > Pre-NX Datum Planes
Print CSYS — Modeling > Feature Modeling > Datum/Point > Print CSYS
Print CSYS dialog box — Modeling > Feature Modeling > Datum/Point > Print CSYS
Revolve — Modeling > Feature Modeling > Design Feature > Revolve
Revolve a section between faces — Modeling > Feature Modeling > Design Feature > Revolve
Revolve a section using a symmetric angle — Modeling > Feature Modeling > Design Feature > Revolve
Revolve a section with an offset — Modeling > Feature Modeling > Design Feature > Revolve
Revolve and unite a section — Modeling > Feature Modeling > Design Feature > Revolve
Revolve dialog box — Modeling > Feature Modeling > Design Feature > Revolve
Revolve tips — Modeling > Feature Modeling > Design Feature > Revolve
Rib — Modeling > Feature Modeling > Detail features > Rib
Screw clearance hole types — Modeling > Feature Modeling > Design Feature > Hole > Hole Type Reference
Shell — Modeling > Feature Modeling > Detail features > Shell
Size and resize datum planes — Modeling > Feature Modeling > Datum/Point > Datum Plane > Procedures
Solid bodies and sheet bodies with Revolve — Modeling > Feature Modeling > Design Feature > Revolve
Split Body — Modeling > Feature Modeling > Detail features > Split Body
Standard data tables for hole features — Modeling > Feature Modeling > Design Feature > Hole
Subtract — Modeling > Feature Modeling > Boolean operations > Subtract
Subtract an extrude feature — Modeling > Feature Modeling > Design Feature > Extrude
Tapered Hole — Modeling > Feature Modeling > Design Feature > Hole > Hole Type Reference
Threaded hole types — Modeling > Feature Modeling > Design Feature > Hole > Hole Type Reference
Trim Body — Modeling > Feature Modeling > Detail features > Trim Body
Understanding Emboss options — Modeling > Feature Modeling > Design Feature > Emboss > Concepts
Unite — Modeling > Feature Modeling > Boolean operations > Unite
Updating and editing a datum CSYS — Modeling > Feature Modeling > Datum/Point > Datum CSYS > Concepts

GRIP

Developing and Executing Programs — GRIP Reference Guide > Developing & Executing Programs
Getting Started / Format Conventions — GRIP NC Reference Guide > Introduction > Getting Started / Format Conventions
GRADE, GRADE Batch, and Scripted Automation — GRIP Reference Guide > Developing & Executing Programs > Automating with GRADE Batch / Batch & Script Files / About GRADE
Introduction — GRIP Reference Guide > Introduction
Introduction / Overview — GRIP NC Reference Guide > Introduction > Overview
Machining Submodules — GRIP NC Reference Guide > Introduction > Machining Submodules

Industrial Design (NX Realize Shape)

Accelerators for NX Realize Shape commands — NX Realize Shape > Accelerators for NX Realize Shape commands > Accelerators for NX Realize Shape commands
Allow Backside Selection — NX Realize Shape > Displaying subdivision geometry > Allow Backside Selection
Articulate the shape of a face — NX Realize Shape > Modifying subdivision geometry > Articulate the shape of a face
Bridge Face — NX Realize Shape > Creating subdivision models > Bridge Face
Bridge Face dialog box — NX Realize Shape > Creating subdivision models > Bridge Face dialog box
Bridge faces to connect regions — NX Realize Shape > Creating subdivision models > Bridge faces to connect regions
Cage from Facet Body — NX Realize Shape > Creating subdivision models > Cage from Facet Body
Cage from Facet Body dialog box — NX Realize Shape > Creating subdivision models > Cage from Facet Body dialog box
Cage Polyline — NX Realize Shape > Creating subdivision models > Cage Polyline
Cage Polyline dialog box — NX Realize Shape > Creating subdivision models > Cage Polyline dialog box
Choosing a primitive shape — NX Realize Shape > Creating subdivision models > Choosing a primitive shape
Clean up problem faces of a surface — NX Realize Shape > Creating subdivision models > Clean up problem faces of a surface
Connect a subdivision shape to existing geometry — NX Realize Shape > Modifying subdivision geometry > Connect a subdivision shape to existing geometry
Connect Cage — NX Realize Shape > Modifying subdivision geometry > Connect Cage
Connect Cage dialog box — NX Realize Shape > Modifying subdivision geometry > Connect Cage dialog box
Control Cage — NX Realize Shape > Creating subdivision models > Control Cage
Copy and move cage faces to a new location — NX Realize Shape > Creating subdivision models > Copy and move cage faces to a new location
Copy and Paste — NX Realize Shape > Copy and Paste > Copy and Paste
Copy Cage — NX Realize Shape > Creating subdivision models > Copy Cage
Copy Cage dialog box — NX Realize Shape > Creating subdivision models > Copy Cage dialog box
Create a handle using a polyline — NX Realize Shape > Creating subdivision models > Create a handle using a polyline
Create a hole through a part — NX Realize Shape > Creating subdivision models > Create a hole through a part
Create a primitive block — NX Realize Shape > Creating subdivision models > Create a primitive block
Create a section tube around a convergent body — NX Realize Shape > Creating subdivision models > Create a section tube around a convergent body
Create a section using points and faces — NX Realize Shape > Creating subdivision models > Create a section using points and faces
Create a subdivision body around a convergent body — NX Realize Shape > Creating subdivision models > Create a subdivision body around a convergent body
Create a transition tube between tubes — NX Realize Shape > Creating subdivision models > Create a transition tube between tubes
Create and position a mirrored cage — NX Realize Shape > Creating subdivision models > Create and position a mirrored cage
Create half a shaped tube using extract polyline — NX Realize Shape > Creating subdivision models > Create half a shaped tube using extract polyline
Define and transform a work region in a model — NX Realize Shape > The NX Realize Shape task environment > Define and transform a work region in a model
Define Work Region — NX Realize Shape > The NX Realize Shape task environment > Define Work Region
Define Work Region dialog box — NX Realize Shape > The NX Realize Shape task environment > Define Work Region dialog box
Delete — NX Realize Shape > Modifying subdivision geometry > Delete
Delete a cage face to open a solid — NX Realize Shape > Modifying subdivision geometry > Delete a cage face to open a solid
Delete a face while using Symmetric Modeling — NX Realize Shape > Modifying subdivision geometry > Delete a face while using Symmetric Modeling
Delete Constraint — NX Realize Shape > Modifying subdivision geometry > Delete Constraint
Delete Constraint dialog box — NX Realize Shape > Modifying subdivision geometry > Delete Constraint dialog box
Delete dialog box — NX Realize Shape > Modifying subdivision geometry > Delete dialog box
Detail the shape of a seat cushion by setting edge weights — NX Realize Shape > Modifying subdivision geometry > Detail the shape of a seat cushion by setting edge weights
Displaying Cage and Body Geometry — NX Realize Shape > Displaying subdivision geometry > Displaying Cage and Body Geometry
Draw Cage — NX Realize Shape > Creating subdivision models > Draw Cage
Draw Cage dialog box — NX Realize Shape > Creating subdivision models > Draw Cage dialog box
Export OBJ File — NX Realize Shape > Modifying subdivision geometry > Export OBJ File
Export OBJ File dialog box — NX Realize Shape > Modifying subdivision geometry > Export OBJ File dialog box
Extract Cage Polyline — NX Realize Shape > Creating subdivision models > Extract Cage Polyline
Extract Cage Polyline dialog box — NX Realize Shape > Creating subdivision models > Extract Cage Polyline dialog box
Extrude a cage face — NX Realize Shape > Creating subdivision models > Extrude a cage face
Extrude a polyline to create a solid body — NX Realize Shape > Creating subdivision models > Extrude a polyline to create a solid body
Extrude Cage — NX Realize Shape > Creating subdivision models > Extrude Cage
Extrude Cage dialog box — NX Realize Shape > Creating subdivision models > Extrude Cage dialog box
Extrude cage edges — NX Realize Shape > Creating subdivision models > Extrude cage edges
Fill — NX Realize Shape > Creating subdivision models > Fill
Fill dialog box — NX Realize Shape > Creating subdivision models > Fill dialog box
Guidelines when modeling with NX Realize Shape — NX Realize Shape > Guidelines when modeling with NX Realize Shape > Guidelines when modeling with NX Realize Shape
Introduction to NX Realize Shape — NX Realize Shape > Introduction to NX Realize Shape > Introduction to NX Realize Shape
Loft Cage — NX Realize Shape > Creating subdivision models > Loft Cage
Loft Cage dialog box — NX Realize Shape > Creating subdivision models > Loft Cage dialog box
Loft cage polylines to produce the initial shape of a surface — NX Realize Shape > Creating subdivision models > Loft cage polylines to produce the initial shape of a surface
Make edges smooth or sharp — NX Realize Shape > Modifying subdivision geometry > Make edges smooth or sharp
Merge Face — NX Realize Shape > Modifying subdivision geometry > Merge Face
Merge Face dialog box — NX Realize Shape > Modifying subdivision geometry > Merge Face dialog box
Merge Subdivision Bodies — NX Realize Shape > Modifying subdivision geometry > Merge Subdivision Bodies
Merge Subdivision Bodies dialog box — NX Realize Shape > Modifying subdivision geometry > Merge Subdivision Bodies dialog box
Merge subdivision bodies of a seat console — NX Realize Shape > Modifying subdivision geometry > Merge subdivision bodies of a seat console
Mirror Cage — NX Realize Shape > Creating subdivision models > Mirror Cage
Mirror Cage dialog box — NX Realize Shape > Creating subdivision models > Mirror Cage dialog box
Move and rotate cage faces to refine a shape — NX Realize Shape > Modifying subdivision geometry > Move and rotate cage faces to refine a shape
Move cage edges and vertices to shape a surface — NX Realize Shape > Modifying subdivision geometry > Move cage edges and vertices to shape a surface
NX Realize Shape Preferences dialog box — NX Realize Shape > Displaying subdivision geometry > NX Realize Shape Preferences dialog box
Offset Cage — NX Realize Shape > Creating subdivision models > Offset Cage
Offset Cage dialog box — NX Realize Shape > Creating subdivision models > Offset Cage dialog box
Offset cage faces to create a chair cushion — NX Realize Shape > Creating subdivision models > Offset cage faces to create a chair cushion
Primitive Shape — NX Realize Shape > Creating subdivision models > Primitive Shape
Primitive Shape dialog box — NX Realize Shape > Creating subdivision models > Primitive Shape dialog box
Project a cage edge to a curve — NX Realize Shape > Modifying subdivision geometry > Project a cage edge to a curve
Project Cage — NX Realize Shape > Modifying subdivision geometry > Project Cage
Project Cage dialog box — NX Realize Shape > Modifying subdivision geometry > Project Cage dialog box
Revolve a polyline converted from a spline — NX Realize Shape > Creating subdivision models > Revolve a polyline converted from a spline
Revolve Cage — NX Realize Shape > Creating subdivision models > Revolve Cage
Revolve Cage dialog box — NX Realize Shape > Creating subdivision models > Revolve Cage dialog box
Section Tube — NX Realize Shape > Creating subdivision models > Section Tube
Section Tube dialog box — NX Realize Shape > Creating subdivision models > Section Tube dialog box
Selection in NX Realize Shape — NX Realize Shape > Selection in NX Realize Shape > Selection in NX Realize Shape
Set Continuity — NX Realize Shape > Modifying subdivision geometry > Set Continuity
Set Continuity dialog box — NX Realize Shape > Modifying subdivision geometry > Set Continuity dialog box
Set Weight — NX Realize Shape > Modifying subdivision geometry > Set Weight
Set Weight dialog box — NX Realize Shape > Modifying subdivision geometry > Set Weight dialog box
Sew Cage — NX Realize Shape > Modifying subdivision geometry > Sew Cage
Sew Cage dialog box — NX Realize Shape > Modifying subdivision geometry > Sew Cage dialog box
Sew cage faces together — NX Realize Shape > Modifying subdivision geometry > Sew cage faces together
Show Weight — NX Realize Shape > Displaying subdivision geometry > Show Weight
Simplify a design by merging cage edges — NX Realize Shape > Modifying subdivision geometry > Simplify a design by merging cage edges
Simplify a design by merging faces — NX Realize Shape > Modifying subdivision geometry > Simplify a design by merging faces
Split a subdivision model by region — NX Realize Shape > Modifying subdivision geometry > Split a subdivision model by region
Split cage faces with polylines to detail a design — NX Realize Shape > Modifying subdivision geometry > Split cage faces with polylines to detail a design
Split Face — NX Realize Shape > Modifying subdivision geometry > Split Face
Split Face dialog box — NX Realize Shape > Modifying subdivision geometry > Split Face dialog box
Split Subdivision Body — NX Realize Shape > Modifying subdivision geometry > Split Subdivision Body
Split Subdivision Body dialog box — NX Realize Shape > Modifying subdivision geometry > Split Subdivision Body dialog box
Start Symmetric Modeling dialog box — NX Realize Shape > The NX Realize Shape task environment > Start Symmetric Modeling dialog box
Subdivide Face — NX Realize Shape > Modifying subdivision geometry > Subdivide Face
Subdivide Face dialog box — NX Realize Shape > Modifying subdivision geometry > Subdivide Face dialog box
Sweep Cage — NX Realize Shape > Creating subdivision models > Sweep Cage
Sweep Cage dialog box — NX Realize Shape > Creating subdivision models > Sweep Cage dialog box
Sweep cage polylines to create an ice scraper — NX Realize Shape > Creating subdivision models > Sweep cage polylines to create an ice scraper
Symmetric Modeling — NX Realize Shape > The NX Realize Shape task environment > Symmetric Modeling
Symmetrically model faces of a game controller — NX Realize Shape > The NX Realize Shape task environment > Symmetrically model faces of a game controller
Tips and techniques: Transforming a model — NX Realize Shape > Modifying subdivision geometry > Tips and techniques: Transforming a model
Tips and techniques: Weighting — NX Realize Shape > Modifying subdivision geometry > Tips and techniques: Weighting
Transform Cage — NX Realize Shape > Modifying subdivision geometry > Transform Cage
Transform Cage dialog box — NX Realize Shape > Modifying subdivision geometry > Transform Cage dialog box
Transformer tool shortcuts — NX Realize Shape > Modifying subdivision geometry > Transformer tool shortcuts
Tube cage — NX Realize Shape > Creating subdivision models > Tube cage
Tube Cage dialog box — NX Realize Shape > Creating subdivision models > Tube Cage dialog box
Uniformly split a cage of faces to add detail to a shape — NX Realize Shape > Modifying subdivision geometry > Uniformly split a cage of faces to add detail to a shape
Using polylines to create geometry — NX Realize Shape > Creating subdivision models > Using polylines to create geometry
Videos: NX Realize Shape — NX Realize Shape > Videos: NX Realize Shape > Videos: NX Realize Shape
X-ray Cage — NX Realize Shape > Displaying subdivision geometry > X-ray Cage

NX Interface Notes

Block Styler Automation (NX Open Programmer's Guide) — NX Open Programmer's Guide > User Interactions > Block Styler Automation
BlockDialog / Tree / UIBlock — Reference Guide has no hosting/docking API — NX Open Reference Guide > nxopen.blockstyler package
Displaying host windows for third-party applications — NX Interface > Resource bar
Tree List (Block UI Styler) — Block UI Styler > Blocks > Selection > Tree List

NX Open C++ Reference

NXOpen C++ Reference Guide — Overview — NX Open C++ Reference Guide > Main Page / Namespaces
NXOpen::Assemblies Namespace Reference (C++) — NX Open C++ Reference Guide > Namespaces > NXOpen::Assemblies
NXOpen::BlockStyler Namespace Reference (C++) — NX Open C++ Reference Guide > Namespaces > NXOpen::BlockStyler
NXOpen::Features Namespace Reference (C++) — NX Open C++ Reference Guide > Namespaces > NXOpen::Features
NXOpen::Positioning Namespace Reference (C++) — NX Open C++ Reference Guide > Namespaces > NXOpen::Positioning
NXOpen::UF Namespace Reference (C++) — User Function API interop — NX Open C++ Reference Guide > Namespaces > NXOpen::UF

NX Open for .NET (C#/VB)

NXOpen .NET API Reference — Namespace Overview — NXOpen .NET Reference Guide > Namespace List
NXOpen.Assemblies Namespace Reference (.NET) — NXOpen .NET Reference Guide > Namespaces > NXOpen.Assemblies
NXOpen.BlockStyler Namespace Reference (.NET) — NXOpen .NET Reference Guide > Namespaces > NXOpen.BlockStyler
NXOpen.Features Namespace Reference (.NET) — NXOpen .NET Reference Guide > Namespaces > NXOpen.Features
NXOpen.Positioning Namespace Reference (.NET) — NXOpen .NET Reference Guide > Namespaces > NXOpen.Positioning

NX Open for Java

NXOpen Java API Reference — Package Overview — NXOpen Java API Reference > Overview
Package `nxopen.assemblies` (Java) — NXOpen Java API Reference > nxopen.assemblies
Package `nxopen.blockstyler` (Java) — NXOpen Java API Reference > nxopen.blockstyler
Package `nxopen.features` (Java) — NXOpen Java API Reference > nxopen.features
Package `nxopen.positioning` (Java) — NXOpen Java API Reference > nxopen.positioning
Package `nxopen.uistyler` — NXOpen Java API Reference > nxopen.uistyler
Package `nxopen` (Common/Base API) — NXOpen Java API Reference > nxopen (root/common package)

NX Open for Python

NX Open Python — Top-Level Namespace / Package Index — NX Open Python Reference Guide > Packages
NX Open Python Reference Guide — Overview — NX Open Python Reference Guide > Main Page
NXOpen.Assemblies Namespace Reference (Python) — NX Open Python Reference Guide > Namespaces > NXOpen.Assemblies
NXOpen.BlockStyler Namespace Reference (Python) — NX Open Python Reference Guide > Namespaces > NXOpen.BlockStyler
NXOpen.Features Namespace Reference (Python) — NX Open Python Reference Guide > Namespaces > NXOpen.Features
NXOpen.Positioning Namespace Reference (Python) — NX Open Python Reference Guide > Namespaces > NXOpen.Positioning

NX Open Programmer's Guide

Adding a Custom Menu to go with the Custom Application — NX Open Programmer's Guide > Executing NX Open Automation > Execution Methods > Execution Methods > Adding Custom Applications to NX
Adding Custom Applications to NX — NX Open Programmer's Guide > Execution Methods > Adding Custom Applications to NX
Application Directory Structure — NX Open Programmer's Guide > Executing NX Open Automation > Application Directory Structure
Approaches for running custom programs in NX — NX Open Programmer's Guide > Execution Methods > Approaches for running custom programs in NX
Automatically at NX Start up — NX Open Programmer's Guide > Execution Methods > Automatically at NX Start up
Automatically at NX Start up — NX Open Programmer's Guide > Executing NX Open Automation > Execution Methods > Automatically at NX Start up
Available Toolkits — NX Open Programmer's Guide > About NX Open > Available Toolkits
Block Styler Automation — NX Open Programmer's Guide > Block Styler Automation
Block Styler Memory and Callbacks — NX Open Programmer's Guide > Block Styler Automation > Block Styler Memory and Callbacks
Block Styler Selection Blocks — NX Open Programmer's Guide > Block Styler Automation > Block Styler Selection Blocks
Block Styler Update Callback — NX Open Programmer's Guide > Block Styler Automation > Block Styler Update Callback
Callback Registration for NX Open for .NET — NX Open Programmer's Guide > Execution Methods > Programs, Journals, or Callbacks from New Menu Items > Callback Registration for NX Open for .NET
Callback Registration for NX Open for C++ — NX Open Programmer's Guide > Execution Methods > Programs, Journals, or Callbacks from New Menu Items > Callback Registration for NX Open for C++
Callback Registration for NX Open for Java — NX Open Programmer's Guide > Execution Methods > Programs, Journals, or Callbacks from New Menu Items > Callback Registration for NX Open for Java
Callbacks — NX Open Programmer's Guide > Block Styler Automation > Block Styler Memory and Callbacks > Callbacks
Common Object Model — NX Open Programmer's Guide > Common Object Model > Common Object Model
Compiling and linking Overview — NX Open Programmer's Guide > Creating NX Open Automation > Compiling and linking Overview
Development Cycle Considerations — NX Open Programmer's Guide > Creating NX Open Automation > Development Cycle Considerations
Dialog and Block Properties — NX Open Programmer's Guide > Block Styler Automation > Dialog and Block Properties
Dialog Memory — NX Open Programmer's Guide > Block Styler Automation > Block Styler Memory and Callbacks > Dialog Memory
Dialog Value Example — NX Open Programmer's Guide > Block Styler Automation > Block Styler Memory and Callbacks > Dialog Value Example
Dialog Values — NX Open Programmer's Guide > Block Styler Automation > Block Styler Memory and Callbacks > Dialog Values
Editing expressions — NX Open Programmer's Guide > Compiling and linking non-ASCII characters > Editing expressions
Environment Variables — NX Open Programmer's Guide > Executing NX Open Automation > Environment Variables
Example Menu File with Actions — NX Open Programmer's Guide > Execution Methods > Programs, Journals, or Callbacks from Existing Menu Items > Example Menu File with Actions
Executing Applications from GRIP — NX Open Programmer's Guide > Execution Methods > Executing Applications from GRIP
Executing Callbacks (Menu Event Handlers) — NX Open Programmer's Guide > Execution Methods > Programs, Journals, or Callbacks from Existing Menu Items > Executing Callbacks (Menu Event Handlers)
Executing Callbacks (Menu Event Handlers) — NX Open Programmer's Guide > Execution Methods > Programs, Journals, or Callbacks from New Menu Items > Executing Callbacks (Menu Event Handlers)
Executing Journals — NX Open Programmer's Guide > Execution Methods > Programs, Journals, or Callbacks from Existing Menu Items > Executing Journals
Executing Programs — NX Open Programmer's Guide > Execution Methods > Programs, Journals, or Callbacks from Existing Menu Items > Executing Programs
Execution Modes — NX Open Programmer's Guide > Executing NX Open Automation > Execution Modes
Execution Overview — NX Open Programmer's Guide > Executing NX Open Automation > Execution Overview
Features, FeatureBuilder, and Custom Feature Classes — NX Open Programmer's Guide > Common Object Model (Features) + Custom features overview > Classes for custom features
How to Execute the Open API — NX Open Programmer's Guide > Executing NX Open Automation > How to Execute the Open API
Interactive NX (File → Execute → NX Open...) — NX Open Programmer's Guide > Execution Methods > Interactive NX (File → Execute → NX Open...)
Interoperation between Open C and common API — NX Open Programmer's Guide > Interoperation between the Common API and Open C > Interoperation between Open C and common API
Java on UNIX — NX Open Programmer's Guide > Execution Methods > Java on UNIX
Java on Windows — NX Open Programmer's Guide > Execution Methods > Java on Windows
Journals — NX Open Programmer's Guide > Creating NX Open Automation > Journals
Journals with the Journal Manager — NX Open Programmer's Guide > Execution Methods > Journals with the Journal Manager
Launching Block Styler Dialogs from NX — NX Open Programmer's Guide > Block Styler Automation > Launching Block Styler Dialogs from NX
Non-wrapped NX Open C functions — NX Open Programmer's Guide > Interoperation between the Common API and Open C > Non-wrapped NX Open C functions
Open C functions used in NX Open methods — NX Open Programmer's Guide > Interoperation between the Common API and Open C > Open C functions used in NX Open methods
Overview of Programmer's Guide — NX Open Programmer's Guide > Introduction > Overview
Programs, Journals, or Callbacks from Existing Menu Items — NX Open Programmer's Guide > Execution Methods > Programs, Journals, or Callbacks from Existing Menu Items
Remote Processes — NX Open Programmer's Guide > Execution Methods > Remote Processes
Sample Code — NX Open Programmer's Guide > User Defined Objects > Sample Code
Signing applications — NX Open Programmer's Guide > License Checking > Signing applications
Signing Process — NX Open Programmer's Guide > License Checking > Signing Process
Standard Navigator Buttons — NX Open Programmer's Guide > Block Styler Automation > Block Styler Memory and Callbacks > Standard Navigator Buttons
The Session Object — NX Open Programmer's Guide > Common Object Model (synthesis: Session and UI, plus Session usage across UNDO/redo and journals topics)
Turning Journals Into Applications — NX Open Programmer's Guide > Creating NX Open Automation > Turning Journals Into Applications
UDO Name — NX Open Programmer's Guide > User Defined Objects > UDO Name
UDO Overview — NX Open Programmer's Guide > User Defined Objects > UDO Overview
UF (Open C) vs. NXOpen — when a developer needs to drop to UF — NX Open Programmer's Guide > synthesis across What Is NX Open, Available Toolkits, Interoperation between the Common API and Open C, Wrappers
UF and JA APIs — NX Open Programmer's Guide > Interoperation between the Common API and Open C > UF and JA APIs
UF functions additional descriptions — NX Open Programmer's Guide > Interoperation between the Common API and Open C > UF functions additional descriptions
UFMENU — NX Open Programmer's Guide > Execution Methods > UFMENU
UNDO and Redo in NX Open — NX Open Programmer's Guide > Development Cycle Considerations > UNDO / NX Open and redo
Unload Options — NX Open Programmer's Guide > Executing NX Open Automation > Unload Options
What Is NX Open — NX Open Programmer's Guide > About NX Open > What Is NX Open
Wrappers — NX Open Programmer's Guide > Interoperation between the Common API and Open C > Wrappers

Open C++ (Legacy)

Introduction — Open C++ Programmer's Guide > Introduction
Object Classes: Create, Read/Write, Tags, Parts, Prototypes, Curves/Edges — Open C++ Programmer's Guide > Open C++ Classes > Object Classes
Open C++ Classes: Overview — Open C++ Programmer's Guide > Open C++ Classes > Overview
Template, Helper, and Math Classes — Open C++ Programmer's Guide > Open C++ Classes > Template / Helper / Math Classes

Routing (Electrical, Mechanical, Logical)

Access Display Formats — Using Routing applications > Routing Electrical > Electrical routing navigators > Display Formats
Add a bridge between two line segments — Using Routing applications > Routing Logical > Add Gap
Add a line font to a line segment — Using Routing applications > Routing Logical > Add Line Font
Adding paths and ports to a backshell — Using Routing applications > Routing Electrical > Backshells
Align Stock — Using Routing applications > Common Routing tools > Stock > Align Stock
Application view — Using Routing applications > Common Routing tools > Routing object information > Application view
Arranging electrical routed paths in a component — Using Routing applications > Routing Electrical > Arrange Paths
Assembly constraints — Using Routing applications > Common Routing tools > Part > Assembly constraints
Assign Corner — Using Routing applications > Common Routing tools > Path > Assign Corner
Assign flow direction to a run — Using Routing applications > Routing Mechanical > Assign Flow Direction
Backshells — Using Routing applications > Routing Electrical > Backshells
Basic Search — Using Routing applications > Common Routing tools > Routing Reuse Library > Basic Search
Bend creation dialog box — Using Routing applications > Routing Appendix
Bidirectional cross-probing — Using Routing applications > Routing Electrical > ECAD-MCAD data exchange > Capital integration with NX Routing
Built-in paths in components — Using Routing applications > Routing Electrical > Backshells > Built-in paths
Cable diameter value used in bundle diameter calculation — Using Routing applications > Routing Electrical > Routing Electrical best practices
Cableways Properties — Using Routing applications > Routing Electrical > Cabling > Cableways
Calculating bundle weights — Using Routing applications > Routing Electrical > Routing Electrical best practices
Capital HarnessXC to NX Routing model — Using Routing applications > Routing Electrical > ECAD-MCAD data exchange > Capital integration with NX Routing
Capital Integrator to NX Routing model — Using Routing applications > Routing Electrical > ECAD-MCAD data exchange > Capital integration with NX Routing
Capital products — Using Routing applications > Routing Electrical > ECAD-MCAD data exchange > Capital integration with NX Routing
Capital schematic to NX Routing model — Using Routing applications > Routing Electrical > ECAD-MCAD data exchange > Capital integration with NX Routing
Check and Calculate Pipe Production Length — Using Routing applications > Routing Mechanical > Piping and Tubing > Additional Pipe Length
Clarify Stock Picks — Using Routing applications > Common Routing tools > Routing object information > Clarify Stock Picks
Clock Part — Using Routing applications > Common Routing tools > Part > Clock Part
Common path settings — Using Routing applications > Common Routing tools > Path > Common path settings
Common stock and space reservation settings — Using Routing applications > Common Routing tools > Path > Common stock and space reservation settings
Compare — Using Routing applications > Routing Mechanical > Run Navigator > Compare
Compare Runs dialog box — Using Routing applications > Routing Mechanical > Run Navigator > Compare
Compare runs in an assembly with runs in an XML file — Using Routing applications > Routing Mechanical > Run Navigator > Compare
Component List content for terminals — Using Routing applications > Routing Electrical > Routing Electrical best practices > Implementing connections to terminals
Component Navigator content for shielding — Using Routing applications > Routing Electrical > Routing Electrical best practices > Implementing connections to shielding
Configuration file definitions — Using Routing applications > Routing Electrical > Electrical routing navigators > Display Formats
Connect Path — Using Routing applications > Common Routing tools > Path > Connect Path
Connected Curves — Using Routing applications > Common Routing tools > Path > Connected Curves
Connection step — Using Routing applications > Routing Electrical > Electrical routing navigators > The Create Connection Wizard
Convert stock features to component objects — Using Routing applications > Common Routing tools > Stock > Convert stock features to component objects
Counter — Using Routing applications > Routing Logical > Counter
Create a bill of materials — Using Routing applications > Routing Mechanical > Routing BOM
Create a connection — Using Routing applications > Routing Electrical > Electrical routing navigators > The Create Connection Wizard
Create a platform — Using Routing applications > Routing Mechanical > Platforms and handrails > Platform Creator
Create a watertight penetration — Using Routing applications > Routing Mechanical > Watertight Fittings
Create Component Wizard dialog box — Using Routing applications > Routing Electrical > Electrical routing navigators
Create Fabrication — Using Routing applications > Common Routing tools > Part > Create Fabrication
Create Formboard Drawing — Using Routing applications > Routing Electrical > Formboard
Create handrails — Using Routing applications > Routing Mechanical > Platforms and handrails > Handrail
Create Linear Path — Using Routing applications > Common Routing tools > Path > Create Linear Path
Create Path — Settings tab — Using Routing applications > Routing Appendix > Creating and editing paths
Create Path — Shape tab — Using Routing applications > Routing Appendix > Creating and editing paths
Create Path — Simple tab — Using Routing applications > Routing Appendix > Creating and editing paths
Create pipe welding joints automatically — Using Routing applications > Routing Mechanical > Pipe Welding > Pipe Welding Joint
Create Terminals — Using Routing applications > Routing Electrical > Qualify electrical component parts
Create violation overrides — Using Routing applications > Common Routing tools > Design Rules > Create violation overrides
Creating a new Routing part — Using Routing applications > Introduction to Routing > Creating a new Routing part
Creating and editing paths — Using Routing applications > Routing Appendix
Creating runs — Using Routing applications > Routing Mechanical > Run Navigator > Create and edit runs
Curve bend radius — Using Routing applications > Routing Electrical > Electrical Design Rules
Cut Elbow dialog box — Using Routing applications > Routing Mechanical > Piping and Tubing > Cut Elbow
Define a run — Using Routing applications > Routing Mechanical > Run Navigator > Create and edit runs
Define Format dialog box — Using Routing applications > Routing Electrical > Electrical routing navigators > Display Formats
Define Run dialog box — Using Routing applications > Routing Mechanical > Run Navigator > Create and edit runs
Defining splices — Using Routing applications > Routing Electrical > Routing Electrical best practices
Delete a gap — Using Routing applications > Routing Logical > Delete Gap
Delete Routing Objects — Using Routing applications > Common Routing tools > Path > Delete Routing Objects
Design rule violations and overrides — Using Routing applications > Common Routing tools > Design Rules > Design rule violations and overrides
Design Rules dialog box — Using Routing applications > Common Routing tools > Design Rules > Design Rules dialog box
Discipline/Specification Filters — Using Routing applications > Common Routing tools > Routing Reuse Library > Discipline/Specification Filters
Discontinuities — Using Routing applications > Common Routing tools > Path > Discontinuities
Display Formats — Using Routing applications > Routing Electrical > Electrical routing navigators
Drag and drop routing objects from the Reuse Library — Using Routing applications > Common Routing tools > Routing Reuse Library > Drag and drop routing objects from the Reuse Library
ECAD-MCAD data exchange — Using Routing applications > Routing Electrical > ECAD-MCAD data exchange > Capital integration with NX Routing
ECAD-MCAD integration modes — Using Routing applications > Routing Electrical > ECAD-MCAD data exchange > Capital integration with NX Routing
Edit Bend Angle — Using Routing applications > Common Routing tools > Path > Edit Bend Angle
Edit Line Segment — Using Routing applications > Common Routing tools > Path > Edit Line Segment
Edit Points — Using Routing applications > Routing Appendix
Edit Run — Using Routing applications > Routing Mechanical > Run Navigator > Create and edit runs
Edit Slope Constraints — Using Routing applications > Routing Appendix
Edit Stock Characteristics — Using Routing applications > Common Routing tools > Stock > Edit Stock Characteristics
Electrical Component Navigator — Using Routing applications > Routing Electrical > Electrical routing navigators
Electrical Connection Navigator — Using Routing applications > Routing Electrical > Electrical routing navigators
Electrical Design Rules — Using Routing applications > Routing Electrical
Electrical schematics support — Using Routing applications > Routing Logical
Filler stock — Using Routing applications > Routing Electrical > Harness > Electrical-specific stock
Flexible assembly component — Using Routing applications > Common Routing tools > Part > Flexible assembly component
Flow direction — Using Routing applications > Routing Mechanical > Assign Flow Direction
Formboard — Using Routing applications > Routing Electrical > Formboard
From Component step — Using Routing applications > Routing Electrical > Electrical routing navigators > The Create Connection Wizard
Generate a bend report — Using Routing applications > Routing Mechanical > Piping and Tubing > Bend Report
Generate routing segments from sketch curves — Using Routing applications > Routing Appendix
Generating bundle stock from Capital data — Using Routing applications > Routing Electrical > ECAD-MCAD data exchange > Capital integration with NX Routing
Heal Path — Using Routing applications > Common Routing tools > Path > Heal Path
Hide routing objects — Using Routing applications > Routing Electrical > Cabling
Implementing stowed wire — Using Routing applications > Routing Electrical > Routing Electrical best practices
Import runs — Using Routing applications > Routing Mechanical > Run Navigator > Import runs
Import runs from XML files — Using Routing applications > Routing Mechanical > Run Navigator > Import runs
Intermediate Component step — Using Routing applications > Routing Electrical > Electrical routing navigators > The Create Connection Wizard
Introduction to Routing — Using Routing applications > Introduction to Routing
Journal — Using Routing applications > Common Routing tools > Journal
Label — Using Routing applications > Routing Logical > Label
Loading a Routing assembly — Using Routing applications > Common Routing tools > Loading a Routing assembly
Lock Part — Using Routing applications > Common Routing tools > Part > Lock Part
Logical Association — Using Routing applications > Routing Electrical > Harness > Logical Association
Logical Attributes — Using Routing applications > Routing Electrical > Attribute association
Logical diagramming — Using Routing applications > Routing Logical
Measure a path's length and minimum radius of curvature — Using Routing applications > Common Routing tools > Routing object information > Measure a path's length and minimum radius of curvature
Measuring a path's length — Using Routing applications > Common Routing tools > Routing object information > Measuring a path's length
Merge Stocks — Using Routing applications > Common Routing tools > Stock > Merge Stocks
Minimum bend corner radius — Using Routing applications > Routing Mechanical > Mechanical design rules
Mirror Routing objects — Using Routing applications > Common Routing tools > Mirror Routing objects
Mirroring stock — Using Routing applications > Common Routing tools > Mirror Routing objects > Mirroring stock
Modular connectors — Using Routing applications > Routing Electrical > Electrical routing navigators
Move Part — Using Routing applications > Common Routing tools > Part > Move Part
Multi-conductor cable configuration — Using Routing applications > Routing Electrical > Routing Electrical best practices
New part selection — Using Routing applications > Common Routing tools > Part > New part selection
Overstock — Using Routing applications > Common Routing tools > Stock > Overstock
Overstock on Fittings — Using Routing applications > Common Routing tools > Stock > Overstock on Fittings
Parallel Offset Path — Using Routing applications > Common Routing tools > Path > Parallel Offset Path
Parts — Using Routing applications > Common Routing tools > Part > Parts
Pass — Using Routing applications > Routing Logical > Pass
Path creation for backshell attachment — Using Routing applications > Routing Electrical > Routing Electrical best practices > Implementing connections to shielding
Path curve chaining — Using Routing applications > Routing Appendix
Path Curve Chaining dialog box — Using Routing applications > Routing Appendix > Path curve chaining
Paths — Using Routing applications > Common Routing tools > Path > Paths
Pin 1 ID Color — Using Routing applications > Routing Electrical > Harness > Electrical-specific stock
Piping Report — Using Routing applications > Routing Logical > Piping Report
Place Electrical Component — Using Routing applications > Routing Electrical > Electrical routing navigators
Place flow arrows — Using Routing applications > Routing Logical > Place Flow Arrow
Place multiple elbows on a path — Using Routing applications > Routing Mechanical > Piping and Tubing > Place Multiple Elbows
Place Part — Using Routing applications > Common Routing tools > Part > Place Part
Place routing objects from reuse library — Using Routing applications > Common Routing tools > Routing Reuse Library > Place routing objects from reuse library
Place Splice — Using Routing applications > Routing Electrical > Electrical routing navigators
Place, edit, and remove a tubing end form — Using Routing applications > Routing Mechanical > Piping and Tubing > Place End Form
PLMXML Viewer — Using Routing applications > Routing Electrical > Cabling
Qualify Part — Using Routing applications > Common Routing tools > Part > Qualify Part
Qualify Part in Routing Electrical — Using Routing applications > Routing Electrical
Qualifying a device — Using Routing applications > Routing Electrical > Qualify electrical component parts
Quick Path — Using Routing applications > Common Routing tools > Path > Quick Path
Recreate Inaccessible Stock Components — Using Routing applications > Common Routing tools > Stock > Recreate Inaccessible Stock Components
Reinforce a rectangular duct — Using Routing applications > Routing Mechanical > HVAC > Duct Reinforcement
Remove Part — Using Routing applications > Common Routing tools > Part > Remove Part
Removing stock — Using Routing applications > Common Routing tools > Stock > Removing stock
Replace Part — Using Routing applications > Common Routing tools > Part > Replace Part
Replace Stock — Using Routing applications > Common Routing tools > Stock > Replace Stock
Resolving duplicate RCPs and segments — Using Routing applications > Common Routing tools > Path > Resolving duplicate RCPs and segments
Routing Appendix — Using Routing applications > Routing Appendix
Routing aware characteristics (Legacy) — Using Routing applications > Routing Appendix
Routing Bill of Material (BOM) — Using Routing applications > Routing Mechanical > Routing BOM
Routing Electrical best practices introduction — Using Routing applications > Routing Electrical > Routing Electrical best practices
Routing Electrical introduction — Using Routing applications > Routing Electrical
Routing Electrical workflow — Using Routing applications > Routing Electrical
Routing Logical — disciplines and specifications — Using Routing applications > Routing Logical
Routing Logical Legend — Using Routing applications > Routing Logical > Routing Logical Legend
Routing nodes in Reuse Library — Using Routing applications > Common Routing tools > Routing Reuse Library > Routing nodes in Reuse Library
Routing object selection — Using Routing applications > Common Routing tools > Routing object selection
Routing Objects — Using Routing applications > Common Routing tools > Routing object information > Routing Objects
Routing paths and RCPs — Using Routing applications > Common Routing tools > Path > Routing paths and RCPs
Routing Reuse Library — Using Routing applications > Common Routing tools > Routing Reuse Library
Routing Reuse Search — Using Routing applications > Common Routing tools > Routing Reuse Library > Routing Reuse Search
Rules — Using Routing applications > Routing Logical > Rules
Rules Information — Using Routing applications > Routing Logical > Rules
Run Navigator — Compare command — Using Routing applications > Routing Logical
Run Navigator commands — Using Routing applications > Routing Mechanical > Run Navigator > Shortcut menu commands
Run position numbering — Using Routing applications > Routing Logical
Saving a measurement expression and length label — Using Routing applications > Common Routing tools > Routing object information > Saving a measurement expression and length label
Search Children of selected node — Using Routing applications > Common Routing tools > Routing Reuse Library > Search Children of selected node
Searching the Routing Part Library with direct Teamcenter Classification integration — Using Routing applications > Common Routing tools > Routing Reuse Library > Searching the Routing Part Library with direct Teamcenter Classification integration
Shielding connection — Using Routing applications > Routing Electrical > Routing Electrical best practices > Implementing connections to shielding
Showing and hiding routing objects — Using Routing applications > Common Routing tools > Showing and hiding routing objects
Showing and hiding runs — Using Routing applications > Routing Mechanical > Run Navigator
Simplify Path — Using Routing applications > Common Routing tools > Path > Simplify Path
Space Reservation — Using Routing applications > Common Routing tools > Stock > Space Reservation
Specify a component as an electrical component — Using Routing applications > Routing Electrical
Specify Item dialog box — Using Routing applications > Common Routing tools > Routing Reuse Library > Specify Item dialog box
Spline Path — Using Routing applications > Common Routing tools > Path > Spline Path
Spools — Using Routing applications > Routing Mechanical > Define Spools
Standard assembly structure — Using Routing applications > Routing Logical
Stock — Using Routing applications > Common Routing tools > Stock > Stock
Stock assignment — Using Routing applications > Common Routing tools > Routing Reuse Library > Stock assignment
Stock commands — Using Routing applications > Routing Appendix
Stock Fold — Using Routing applications > Routing Electrical > Harness > Electrical-specific stock
Stock Length — Using Routing applications > Common Routing tools > Routing object information > Stock Length
Stock Offset Expression — Using Routing applications > Common Routing tools > Path > Stock Offset Expression
Stock Offset Point (SOP) — Using Routing applications > Common Routing tools > Stock > Stock Offset Point (SOP)
Stock step — Using Routing applications > Routing Electrical > Electrical routing navigators > The Create Connection Wizard
Stock Style — Using Routing applications > Common Routing tools > Stock > Stock Style
Stock Twist — Using Routing applications > Routing Electrical > Harness > Electrical-specific stock
Subdivide Segment — Using Routing applications > Common Routing tools > Path > Subdivide Segment
Supported platforms — Using Routing applications > Introduction to Routing > Supported platforms
Terminal usage — Using Routing applications > Routing Electrical > Routing Electrical best practices > Implementing connections to terminals
The Create Connection Wizard — Using Routing applications > Routing Electrical > Electrical routing navigators
To Component step — Using Routing applications > Routing Electrical > Electrical routing navigators > The Create Connection Wizard
Transform Path — Using Routing applications > Common Routing tools > Path > Transform Path
Undefined objects — Using Routing applications > Common Routing tools > Part > Undefined objects
Understanding bundle diameter calculation — Using Routing applications > Routing Electrical > Routing Electrical best practices
Unify Path — Using Routing applications > Common Routing tools > Path > Unify Path
Upgrading pre-NX 10 stock — Using Routing applications > Common Routing tools > Stock > Upgrading pre-NX 10 stock
Use Duct Size Calculator — Using Routing applications > Routing Mechanical > HVAC > Duct Size Calculator
Using design rules — Using Routing applications > Common Routing tools > Design Rules > Using design rules
Validating Routing connections — Using Routing applications > Common Routing tools > Design Rules > Validating Routing connections
View Cableways Layout — Using Routing applications > Routing Electrical > Cabling > Cableways
View part attributes — Using Routing applications > Common Routing tools > Routing Reuse Library > View part attributes
Watertight Fittings — Using Routing applications > Routing Mechanical > Watertight Fittings
Watertight Fittings dialog box — Using Routing applications > Routing Mechanical > Watertight Fittings

SNAP

Getting Started with NX SNAP — Overview — Getting Started with SNAP > Chapter 1 Introduction
SNAP and NX Open for GRIP Enthusiasts — SNAP and NX Open for GRIP Enthusiasts
SNAP Getting Started Guide (book id `gs_snap2`) — confirmed duplicate — SNAP Getting Started Guide
SNAP Reference Guide — not browsable online (structural surprise) — SNAP Reference Guide
Using the NX Journal Editor (SNAP quick-start) — Getting Started with SNAP > Chapter 2 Using the NX Journal Editor

UI Styler / Block UI Styler

Action Button — Block UI Styler > Block Catalog > Basic
Angular Dimension — Block UI Styler > Block Catalog > Numbers
Block UI Styler — Block UI Styler
Create a Block Dialog interface — Block UI Styler > Create a Block Dialog interface
Dialog dialog box — Code Generation tab — Block UI Styler > Dialog > Code Generation tab
Double — Block UI Styler > Block Catalog > Numbers
Double Table — Block UI Styler > Block Catalog > Numbers
Drawing Area — Block UI Styler > Block Catalog > Basic
Enumeration — Block UI Styler > Block Catalog > Basic
Expression — Block UI Styler > Block Catalog > Numbers
Group — Block UI Styler > Block Catalog > Layout
Integer — Block UI Styler > Block Catalog > Numbers
Integer Table — Block UI Styler > Block Catalog > Numbers
Keystroke callback for the String block — Block UI Styler > Block Catalog > Basic > String
Label/Bitmap — Block UI Styler > Block Catalog > Basic
Linear Dimension — Block UI Styler > Block Catalog > Numbers
List Box — Block UI Styler > Block Catalog > Basic
Multi-Line String — Block UI Styler > Block Catalog > Basic
Object Color Picker — Block UI Styler > Block Catalog > Basic
On Path Dimension — Block UI Styler > Block Catalog > Numbers
Radius Dimension — Block UI Styler > Block Catalog > Numbers
Registering Add and Delete callbacks for List Box — Block UI Styler > Block Catalog > Basic > List Box
RGB Color Picker — Block UI Styler > Block Catalog > Basic
Scrolled Window — Block UI Styler > Block Catalog > Layout
Selection options — Block UI Styler > Block Catalog > Selection options
Separator — Block UI Styler > Block Catalog > Basic
Special options — Block UI Styler > Block Catalog > Special options
Static APIs for block property — Block UI Styler > Dialog > Code Generation tab > Static APIs
String — Block UI Styler > Block Catalog > Basic
Tab Control — Block UI Styler > Block Catalog > Layout
Table Layout — Block UI Styler > Block Catalog > Layout
Toggle — Block UI Styler > Block Catalog > Basic
Tree List properties and callbacks — Block UI Styler > Block Catalog > Special options > Tree List
User Defined UI Block (UDB) — Block UI Styler > User Defined UI Block
Wizard / Wizard Step — Block UI Styler > Block Catalog > Layout