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)
      • IFC to Structural Analysis
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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
          • Import/Export Tools
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        • GH User Interface
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          • Structural Model Basics
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        • Model Attributes
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        • Elements
          • Nodes
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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
        • SAP2000 Examples
      • SPACE GASS | ggRhinoSpaceGass
        • SPACE GASS Specifics
        • SPACE GASS Examples
      • Strand7 | ggRhinoStrand7
        • Strand 7 Specfics
        • Strand7 Examples
      • Karamba3d
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      • Create with Code
    • IFC | ggRhinoIFC
      • Introduction
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        • Working with IFC
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        • Create via Code
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    • Revit | ggRhinoIFC
      • Introduction
      • Working with ggRVT
        • Import/Export
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          • Element Types and Instances
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      • Rhino Inside Revit
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    • Tekla | ggRhinoTekla
      • Introduction
      • Tekla Examples
  • Revit
    • Introduction
    • RevitIFC
      • IFC Import
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        • IFC Enhanced Export Linked Models
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      • IFC Tools for Revit
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    • 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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On this page
  • Curve Elements
  • Beam Elements
  • Link Elements
  • Cable Elements
  • Working with Curve Elements
  • Curve Element Utilities
  • Decompose Beam

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

1D Elements (Curve)

Curve Elements

Curve Elements

A curve element can take the nature of many different elements in reality such as a structural beam, cable or structural link. However for Geometry Gym they are generally stored within a single 'curve element' list with attributed defined

Structural analysis programs generally define the nature of a curve element in one of two ways:

  • Define its type within attributes of a beam element

  • Define it as a completely separate element with different

If the program defines these elements separately then the plug-in will generally have separate create element creation components for each. For example ggGSACreateBeam, ggGSACreateCable, ggGSACreateLink. If not than a member type will be defined in the beam attributes of the component.

Beam Elements

gg###CreateBeam

Property

Node Node or Centreline

Orientation

Angle

Attributes

Link Elements

Link elements work in a similar way to beam elements however, do not have any physical representation and typically provide a rigid connection between 2 nodes.

Cable Elements

Working with Curve Elements

Create a simple beam

Curve Element Utilities

Decompose Beam

gg###DecomposeBeam

The decompose beam component allow you to deconstruct the attributes of a curve element. By inputting the beam element you can explode out the property, centre line, node points, orientation, Name and ID of the element to be used down stream.

This is extremely helpful when importing a model.

PreviousNodesNext2D Elements (Area)

Last updated 2 years ago

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