Fologram Docs

HoloLens 2 Overview

Creating a Microsoft account

Device loans and user accounts

Connecting to Wifi

HoloLens 2 Configuration

HoloLens interface

HoloLens apps

Device Portal

Enabling Research Mode

HoloLens calibration

Streaming Mixed Reality Video

Detecting QR codes

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 Dashboard

Creating a Fologram account

Managing Subscriptions

Attaching devices to your Fologram account

Model Dashboard

Fologram for Rhino

Connecting and Streaming Models

Interacting with Rhino Models

Materials and Display Modes

Displaying users in the Rhino viewport

Locating models with Markers

Uploading models

Properties and Settings

Fologram for Grasshopper

Synchronizing Geometry

Synchronizing Parameters

Geometry Buttons and Toggles

Getting Events

Getting and Deconstructing XR Types

Get Devices

Get Hands

Get Gaze

Get Pointers

Get QR Codes

Get Environment

Get Scan

Point Clouds

Text

State

Functions and Global Variables

Fologram for Hololens

Installing Fologram for HoloLens

Viewing models in mixed reality

Locating models

Layers, parameters and gestures

Fologram for Mobile

Viewing models in mixed reality

Locating models

Layers, parameters and gestures

Fologram for Quest

Getting Started

Locating Models on the Quest

Feature Comparison

Versions and Updates

Model placement

Model orientation

Common placement approaches

Markerless placement

Small models

Workshops and factories

Moving parts and objects

On-site setout

Digitizing Markers with Lidar

Physical Markers

Evaluating precision

Precision test models

Locating the test model

Viewing the test model on the HoloLens

Setout from the test model

Measuring drift

Projects

HoloLens Projects

Mobile Projects

Timber

Metals

Paper and Organic Materials

Masonry

Concrete, Clay and Foam

Polymers

Fologram Projects

Research

Community Publications

Fologram Publications

Fabrication Applications

Low Cost Fabrication

Setout

Scanning and Feedback

Robotics

Industrial Applications

Grasshopper Examples

Beginner

Intermediate

Advanced

Apps

Tutorials

Fologram for Rhino

Fologram for Grasshopper

Building a Bricklaying App

Unlog

Fologram Research

UNLOG: A Deployable, Lightweight, and Bending-Active Timber Construction Method

Material

timber

steel

Date

Nov 24, 2022

galleryCredit

URL

https://www.hannah-office.org/work/unlog

Tags

low cost

2D layout

dowel

scanning

digitization

bending

material behaviour

pavilion

frame

formwork

recycling

3D placement

found materials

reuse

installation

large scale

robotics

Fabrication Processes

Bending with Formwork

Device

HoloLens

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notion image