Playbook
  • Support
  • Licenses and Installation
    • BIM
      • Install Autodesk products
    • Collaboration
    • Design
    • Sustainable Architecture
  • A-lab tools
    • Usage Analytics
    • Manage Issues
    • IdeaHub
    • Widgets
      • Colour Tabs
      • Colour By Parameters
      • Parallel Walls
      • Parallel Grids
      • Renumber Elements
      • Advanced Filters
    • Create Data
      • Swing
      • Spot Coordinates
      • Shared Elevations
      • Family Enhancer
      • Project Enhancer
      • Transfer Project Data
    • Manage Data
      • Combine Parameters
      • Review Parameters
      • IFC Parameters
      • DWG Finder
    • MFUA
      • Shadow M2
      • Shadow Studies
    • Salgstegninger
      • Areas To Views
      • Area Works
    • Drawings
      • Duplicate Sheets
      • Generate Sheets
      • Manage Revisions
      • Keynote Manager
      • Views From Rooms
      • Smart legends
    • Deliveries
      • Excel Schedules
      • Publish Sheets
      • Publish Views
      • Publish Models
  • Project Kick-off
  • Roles
  • Digital framework by phase
    • Innledende
    • Concept phase
      • Omgivelser - Arkitektur - Møtesteder
      • Volume studies - Interoperability
      • Daylight
        • Shadow studies
        • Daylight: Virtual sky component
    • Skisseprosjekt/Forprosjekt
    • Detaljprosjekt
      • Transition from Concept to Detail Phase
    • Modeller vs. tegninger
    • Abbreviations
  • Definitions
    • Bygningsdeltabell
    • MMI
    • LOD & LOIN
    • BEP
  • Project set up
    • New Revit model
      • About Worksharing
      • About Worksets
    • Map & site
      • Euref coordinates: UTM or NTM?
      • Order map from e-Torg
      • DWG map - manual setup
        • Set up Euref coordinates in Revit
        • Set up Shared Coordinates in Revit
        • Site position KS
      • SOSI underlay
    • Model set up Revit
      • Revit Cloud
      • Multiple Models
      • Property line in Revit
      • Grids, Levels & Scope Boxes
      • Define Area schemes (BTA, BYA, etc)
    • Model set up Rhino
      • Coordinates
      • Define and calculate areas in Rhino (BTA, BYA, etc)
    • Interoperability Rhino-Revit
      • Set up Site in Revit
      • Create corresponding model with Revit/Euref-Nullpunkt
      • Grids in Revit / Volumes in Rhino / Mass floors in Revit
      • Area calculation
  • Revit best practices
    • Revit Parameters
    • Cheat sheets
      • Facades
  • Library
    • Current status
    • Usage of walls
  • Underlay exchange
    • Using DWG underlay
    • Export IFC
    • Export DWG
    • Point Clouds
      • Point Cloud Survey - order
      • Visualizing Point clouds in Recap Software
      • Linking a Point Cloud
      • Quality Control of Delivered Point Clouds
      • Guidelines regarding BIMs modeling process
    • Merging multiple IFC models
  • Important routines
    • Model Maintenance checklist
    • IFC Quality Assurance
    • More disk space needed
  • Visualization
    • Virtual Reality
      • Sentio
      • Vrex
    • Revit techniques
    • Lumion Elementals
      • What makes a beautiful render?
      • Enscape Vs Lumion
      • Project Setup
      • Revit and Rhino plugins
      • Recipe for materials
      • A-lab library
      • Lumion fundamentals
    • Lumion Advance
      • Animations
      • Panoramas
      • Tips & Tricks Lumion
      • Tips & Tricks Photoshop
      • Help
Powered by GitBook
On this page
  1. Project set up
  2. Model set up Rhino

Coordinates

This page provides essential steps for synchronizing coordinate systems in Revit and Rhino, ensuring precise alignment and efficient collaboration in design projects.

PreviousModel set up RhinoNextDefine and calculate areas in Rhino (BTA, BYA, etc)

Last updated 1 year ago

The first step to Integrate Revit and Rhino effectively hinges on aligning their coordinate systems, essential for accuracy and avoiding complications in shared projects. Here's a concise guide for achieving this integration, emphasizing a simplified and synthetic approach.

Quick Guide: Streamlining Revit & Rhino Integration.

First of all please refer to this guide to .

  1. Start with Revit: Use a CAD file, ideally from a municipality, to anchor your project in real-world coordinates. This ensures all design elements and imports align correctly.

  2. Establish Revit's Coordinate System: Follow detailed steps (as shown in referenced materials) to set up Revit’s coordinates accurately.

Aligning Rhino with Revit

  1. Use the RAY Method: Import reference points or lines into Rhino to match Revit’s coordinate system, ensuring both applications work from the same origin.

Why It Matters

  • Avoid Errors: Misaligned models can lead to graphical glitches, inaccuracies, and data exchange issues.

  • Ensure Integrity: A shared origin ensures both visual consistency and precision in design collaboration.

Conclusion: A Synthesized Workflow

By accurately setting up Revit's coordinates and aligning Rhino accordingly, you mitigate risks and streamline collaboration. This guide simplifies the integration process, focusing on the critical steps to ensure a seamless and error-free workflow between Revit and Rhino.

Setting Up Revit Coordinates