Geometry Gym
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      • Automating Structural Analysis and Design with SPACEGASS
      • Integrating Karamba3d with Geometry Gym
      • Quick Start Guide - Parametric Structural Analysis (SAP2000)
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        • Convert a Structural Analysis Model through IFC
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  • Rhino-Grasshopper
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    • BullAnt
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    • Structural Analysis
      • Introduction
      • Structural Analysis plug-in General
        • Tools for Rhino
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        • GH User Interface
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          • Structural Model Basics
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        • Model Attributes
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      • GSA | ggRhinoGSA
        • GSA Specifics
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      • Etabs | ggRhinoEtabs
        • Etabs Specifics
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      • LUSAS | ggRhinoLUSAS
        • LUSAS Specifics
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      • ROBOT | ggRhinoRobot
        • Robot Specifics
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      • SAP2000 | ggRhinoSAP
        • SAP2000 Specifics
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      • SPACE GASS | ggRhinoSpaceGass
        • SPACE GASS Specifics
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      • Strand7 | ggRhinoStrand7
        • Strand 7 Specfics
        • Strand7 Examples
      • Karamba3d
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      • Create with Code
    • IFC | ggRhinoIFC
      • Introduction
        • Exporting IFC from External App
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        • Working with IFC
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        • Create via Code
      • IFC Examples
    • Revit | ggRhinoIFC
      • Introduction
      • Working with ggRVT
        • Import/Export
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      • Rhino Inside Revit
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    • Tekla | ggRhinoTekla
      • Introduction
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  • Revit
    • Introduction
    • RevitIFC
      • IFC Import
        • IFC Import Options
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      • IFC Export
        • IFC Enhanced Export
        • IFC Enhanced Export Linked Models
        • IFC Revision Export
      • IFC Tools for Revit
      • IFC Tools
    • Revit to Structural Analysis
  • OTHER
    • Navisworks | ggNavisIFC
      • Import 4D Information to Navisworks
      • Navisworks IFC Export
    • Advance Steel | ggAdvanceSteelIFC
    • Excel | ggExcelIFC
    • IFC Tree Viewer
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  • Structural Node
  • Node Attributes
  • Working with Structural Nodes

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  1. Rhino-Grasshopper
  2. Structural Analysis
  3. Structural Analysis plug-in General
  4. Elements

Nodes

Structural Nodes

Structural Node

gg###CreateOrFindNode

Structural nodes can be created parametrically through providing a set of 3d points and assigning structural node attributes.

Node Attributes

gg###NodeAtts

Node attributes allow you to set specific structural attributes to the node such as boundary conditions incl restraints and supports (spring supports).

Low Node ID

By setting a low node ID you can set what the lowest ID number that the node can obtain.

You may want to use this when defining Nodes at different levels of a building.

Support

gg###Support

Restraint

gg###Restraint

Working with Structural Nodes

Structural nodes defining the ends of curve elements will be automatically detected and generated in the structural model when exported.

You only need to explicitly create a structural node when defining a restraint or load to a structural model.

Applying Node Constraints

Node coincident tolerance

When building a structural model a list of structural nodes are assembled. If structural nodes are set explicitly or beam end nodes are coincident a tolerance can be set to collapse these nodes into a single structural node. The plug-in will automatically set nodes which are explicitly set first and then test for coincident beam nodes.

You can force the creation of a coincident node (i.e one node on top of another by setting the node tolerance input to zero. If no input for tolerance is provided than the plug-in will automatically select the tolerance of the rhino document.

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Last updated 2 years ago

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