Geometry Gym
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  • Geometry Gym Technical
  • Getting Started
    • Installation
      • Common Installation Issues
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  • Learn
    • Example Files
    • Tutorials
      • Automating Structural Analysis and Design with SPACEGASS
      • Integrating Karamba3d with Geometry Gym
      • Quick Start Guide - Parametric Structural Analysis (SAP2000)
      • IFC to Structural Analysis
      • Intro to Rhino.Inside Revit
    • "How-to" Guides
      • Structural Analysis HTGs
        • Convert a Structural Analysis Model through IFC
        • Transfer IFC to Structural Analysis
      • BIM How to Guides
        • Weekly Batch Convert
  • Rhino-Grasshopper
    • Introduction
      • Interface Set-up
      • Model Set-up
    • BullAnt
      • Introduction
      • Structure
        • Profiles
      • Geometry Creation Tools
        • Geometric Pattern Tools
        • Model Structure
      • Form Finding
      • Geometry Utilities
      • List and Tree Utilities
      • BullAnt Examples
    • Structural Analysis
      • Introduction
      • Structural Analysis plug-in General
        • Tools for Rhino
          • Import/Export Tools
          • Conversion Tools
          • General Tools
        • GH User Interface
        • Structural Model
          • Structural Model Basics
          • Bake Model (Export)
          • Import Structural Analysis Model
          • Convert Model
            • Structural Analysis Detection from BIM
        • Model Attributes
        • Materials
        • Section Properties
        • Elements
          • Nodes
          • 1D Elements (Curve)
          • 2D Elements (Area)
          • 3D Elements (Solid)
          • Groups/Lists
        • Loads
          • Loadings
          • Load Cases
          • Load Combinations
        • Automating Analysis and Result Queries
          • Solver
          • Analysis Result Queries
          • Query Existing Analysis Model
        • Design
      • GSA | ggRhinoGSA
        • GSA Specifics
        • GSA Examples
      • Etabs | ggRhinoEtabs
        • Etabs Specifics
        • Etabs Examples
      • LUSAS | ggRhinoLUSAS
        • LUSAS Specifics
        • LUSAS Examples
      • ROBOT | ggRhinoRobot
        • Robot Specifics
        • Robot Examples
      • SAP2000 | ggRhinoSAP
        • SAP2000 Specifics
        • SAP2000 Examples
      • SPACE GASS | ggRhinoSpaceGass
        • SPACE GASS Specifics
        • SPACE GASS Examples
      • Strand7 | ggRhinoStrand7
        • Strand 7 Specfics
        • Strand7 Examples
      • Karamba3d
        • Karamba3d Examples
      • Create with Code
    • IFC | ggRhinoIFC
      • Introduction
        • Exporting IFC from External App
      • IFC for Rhino
        • Rhino IFC Import
        • Rhino IFC Export
          • Using Rhino IFC Layers
          • Rhino to IFC Example
        • Conversion Tools
        • Rhino IFC Tree Viewer
        • Rhino IFC Tools
        • IFC File Tools
      • IFC Grasshopper
        • User Interface
        • IFC Database Model
          • IFC Database Basics
          • Bake (Export) IFC
        • Create IFC
          • Model Definition
          • Project Libraries
          • Properties and Property Sets
          • Materials
          • Material Profiles
          • Geometric Representations
            • Geometric Operations
          • Element Types and Instances
            • Generic Elements
            • Standard Elements
            • Services Elements
            • Structural Elements
            • Infrastructure Elements
        • Working with IFC
          • Import/Export
          • GUID tools
          • Extract
          • Quantities
          • Assign Relationships
          • Assign Resources
          • Element Placement and Mapping
          • Element Assemblies
        • Create via Code
      • IFC Examples
    • Revit | ggRhinoIFC
      • Introduction
      • Working with ggRVT
        • Import/Export
        • Elements
          • Element Types and Instances
          • Placement
          • Attributes
        • Model Definition
        • Materials and Profiles
        • Families
        • Analytical
        • Documentation
      • Rhino Inside Revit
      • Revit Examples
    • Tekla | ggRhinoTekla
      • Introduction
      • Tekla Examples
  • Revit
    • Introduction
    • RevitIFC
      • IFC Import
        • IFC Import Options
        • IFC Category Mapping
      • 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
  • Need Help?
    • FAQs
    • Ask on the Forum
    • Abbreviations
    • Contributors
  • Changelog
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On this page
  • From Points
  • Connect Point Sets
  • Connect Points
  • From Curves
  • Truss From Curves
  • Truss From Curves (Length)
  • From Surface

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  1. Rhino-Grasshopper
  2. BullAnt
  3. Geometry Creation Tools

Model Structure

BullAnt tools to generate simple structural geometry

From Points

Connect Point Sets

ggConnectPointSets

The connect points set component allows you to create polylines through a corresponding set of points (i.e Point 0 from list One to Point 0 in list Two).The result is similar to if you were to flip a 2D point matrix and then use a standard polyline component in grasshopper.

You may use the connect point sets component to create vertical members in a truss, columns in a building or discrete horizontal beams in a beam system.

Connect Points

ggConnectPoints

The connect points component allows you to join points using a defined skip pattern. This component also provides the option to sort-points prior to undertaking the connection of points.

You may use the connect point sets component to create horizontal web members in a truss with a defined skip pattern.

From Curves

Truss From Curves

ggTrussFromCurvesLength

The truss from curves component allows you to create truss geometry from two base curves for multiple truss types including Pratt, Warren, Howe, Vierendeel, Brown.

The standard settings will divide each curve equally into a provided number of divisions. However, you can use planar frames from the first curve to generate the division points on the second curve.

Truss From Curves (Length)

ggTrussFromCurvesLength

The truss from curves lengths component allows you to create truss geometry from two base curves. Instead of an equal division of the curves points are calculated along the length based on a provided standard division length.

From Surface

There are currently no tools with BullAnt to generate structural geometry from surfaces. If there is a specific tool you are looking for than please contact us.

PreviousGeometric Pattern ToolsNextForm Finding

Last updated 2 years ago

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