Fologram Docs
HoloLens 2 Overview
Creating a Microsoft account
Device loans and user accounts
Connecting to Wifi
HoloLens interface
HoloLens apps
Device Portal
HoloLens calibration
Precision in Mixed Reality
HoloLens tracking
Recognizing poor tracking
Environmental factors
User behaviour
Marker setup
System load and battery
How to Improve Tracking
User experience
Model format
Model legibility
Model scale
Model reachability
Modelling best practice
Simplifying model detail
Appropriate materials
Layers as task sequences
Joining objects
Model origin
Mobile AR overview
Mobile tracking
Mobile AR use cases
Fologram Account Dashboard
Creating and attaching your Fologram account
Fologram for Rhino
Connecting and Streaming Models
Creating Task Sequences
Editing Materials
Creating and Printing Placement Markers
Connecting Multiple Devices
Fologram for Grasshopper
Synchronizing Objects
Synchronizing Parameters
Synchronizing Text
Synchronizing Materials
Animations and Transforms
Fologram for HoloLens
Installing Fologram from the Windows Store
Loading an example model
Streaming interactive models from Rhino
Editing Layers
Fologram for Mobile
Viewing a saved model in Mixed Reality
Modifying layers and scale
Guides
HoloLens Admin Setup
Locating and Sharing Models
Projects
HoloLens Projects
Mobile Projects
Timber
Metals
Paper and Organic Materials
Masonry
Concrete, Clay and Foam
Polymers
Research
Community Publications
Fologram Publications
Processes
Low Cost Fabrication
Setout
Scanning and Feedback
Robotics
Industrial Applications
Geometry can be animated efficiently in mixed reality using the Assign Transform component
