Matterport | ５分で分かる撮影手順

Quick Overview

The video provides a comprehensive tutorial on the basic procedure for capturing 3D digital twins using Matterport products, detailing the four main steps: installing the Matterport app, capturing space data with a camera (Matterport Pro3 shown), uploading and processing the data in the cloud, and finally, accessing the resulting 3D model via a shareable URL, while also briefly covering specific capture techniques like door traversal and using the smartphone-based Axis accessory.

Key Points: The entire Matterport capture process involves four main stages: installing the Matterport app, capturing the space with a camera, uploading/processing data in the cloud, and viewing the final 3D model via a URL. The demonstration primarily uses the Matterport Pro3 camera, but notes that the basic capture procedure is similar when using other devices like the Axis accessory with a smartphone. Key capture tips include stabilizing the tripod fully extended (not collapsed) and avoiding placing the camera directly in front of doors, instead positioning it to straddle the doorway. When setting up capture on a mobile device (iPad shown), users must select the correct capture source (e.g., Matterport Pro3) and recommended scan mode for general use is Simple Scan or LiDAR Scan. If a space contains reflective surfaces like mirrors or windows, the user must enable the 'Mirror' setting in the Mark function within the app to ensure correct 3D model generation. After capturing all necessary scans, the data is uploaded for automatic cloud processing, and the user receives an email notification when the 3D model is ready for viewing. The video concludes by directing viewers to the 'Editing Edition' video for instructions on post-capture model refinement.

Context: This video serves as a foundational guide for users beginning to create 3D digital twins using the Matterport system. It walks through the fundamental workflow, which starts with the necessary mobile application setup, proceeds through the physical scanning process using specialized hardware like the Pro3 camera, and concludes with cloud processing and model access, highlighting specific operational considerations for challenging areas like doorways and reflective surfaces.