#Chief architect on ipad full
It wasn't that long ago that even 1% cost $50K and took a full day of scanning time and another few days of painstakingly tracing a point cloud. Accuracy will only get better as it becomes cheaper and cheaper to integrate higher-quality sensors and the technology keeps improving. You might be interested in this case study from Lotus Construction Group about their workflow.Īll in all, we really try to focus on two things: being blazing-fast (scanning a room takes about a minute) and bridging to the tools and workflows people use to get their job done (like Chief Architect). But having that 3D model early on means you can engage the client about design choices and plans weeks earlier than you otherwise would (and 3D scanning means you capture everything, not just what you think you need). Doing a full site survey and 3D model (manually) that early in a project is often far too time-consuming to justify, especially when the project scope is not yet defined and you might not even know what you need to capture.
#Chief architect on ipad update
In this way, you're always getting comparable accuracy to what you would've gotten the old-fashioned way for the measurements that really require it, and leveraging the time-saving benefits of 3D scanning for everything else.Īnother common workflow we see within design-build and remodeling firms is to use Canvas to scan the whole home (and convert to Chief or another output) on the initial visit, and then update the measurements in the CAD model over time as the project progresses. We actually have a flow where you can submit any critical dimensions with your scan and we'll match it in your Scan To CAD result in Chief Architect. This matches with what you'd generally expect from Canvas *without LiDAR* too (as the app does support non-LiDAR iPhones going back to the iPhone 7). Hover is actually about a 5% tolerance, according to their FAQs. But that would be true of most 3D scanning solutions outside of the super-high-end tripod scanners, usually in the $5K or even $10K+ range, and usually, they take hours more to complete the scan. For example, if you're ordering and installing custom cabinetry and have a super tight (1/16") tolerance, you're probably going to want to take those measurements manually. Like any other tool, 3D capture has uses where it's a game-changer on its own, uses where it needs a bit of help, and uses where it's not the right fit at all. Totally fair to call out that that kind of tolerance won't work for every project and use case. Matterport boasts a max of 1% and that is alot in some cases which is why I require a hover.to scan in addition to a matterport for as-builts if I am doing them for one of my contractors. Which is not unrealistic to have a larger room in a larger home Master bedroom or Great room.
Isn't that kind of a high accuracy difference? Thats almost 5" off in 20'.
We're hoping you'll share your experience with the forum!ĭownload Canvas for iPad or Canvas for iPhone.
#Chief architect on ipad pro
If you have a LiDAR-equipped iPad Pro (released in March 2020) or a new iPhone 12 Pro or iPhone 12 Pro Max, please comment or send me a direct message with your email address and I'll send you a code.
You'll receive:Īnd reprocessing, which colorizes your scan I'm posting here because we just launched support for Chief Architect and are eager to see what Chief Architect users are going to do with it! For that reason, I'm offering promo codes for a complimentary Scan To CAD output to Chief Architect, which is a $39 value. Our existing customers call this "the easy button" for creating as-builts. You immediately get an accurate 3D model of the space on your device that you can refer to anytime, share with others, and get any measurement on demand. Remodelers and architects renovating existing spaces can then use our Scan To CAD service to get design-ready, professional-grade, and editable files in two business days.
Canvas is an app that turns your iPad or iPhone into a power tool: you can scan rooms in seconds, entire homes in minutes, and capture every measurement in a space.
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