From DSC:
The use of virtual reality in industries such as architecture, construction, and real estate is growing. Below are some articles that speak to this trend.

In the future, it’s highly likely we’ll be able to get a nice VR-based tour of a space before building it, or renting it, or moving into it. Schools and universities will benefit from this as well, as they can use VR to refine the vision for a space with the appropriate stakeholders and donors.

 


 

 

Coming Soon: A Virtual Reality Revolution — from builderonline.com by Jennifer Goodman
American consumers will soon expect homes to be viewable before they are built. Are you ready?

Excerpt:

In what ways are builders using VR today?
There are two primary uses of the panoramic style VR that I mentioned above being used: 1) photography based experiences and 2) computer generated (CG) experiences. The former is getting quite a bit of traction right now through technologies like Matterport. They are what I consider a modern version of iPix, using a camera to photograph an existing environment and special software to move through the space. But it is limited to real world environments. The CG experiences don’t require the environments to be built which gives builders a huge advantage to pre-market their properties. And since it is computer generated, there is a tremendous amount of flexibility in what is presented, such as various structural options or cabinet selections. And not only homes! Developers are using the technology to market the amenities of a new master planned community.

 

 

Local builders step further into virtual reality — from richmondbizsense.com by Jonathan Spiers

Excerpt:

While 3D modeling and online virtual tours have become more commonplace in the home design industry, at least one local builder is taking the custom home building and buying process into a new dimension.

At a recent preview event for this year’s Homearama, an annual home design showcase to be held this May at Chesterfield County’s NewMarket Estates, Midlothian-based Lifestyle Home Builders let attendees virtually walk through and look around a completed version of the house it is building – while standing within the same unfinished home under construction.

Participants were invited to wear virtual reality (VR) headsets for a full immersion, 360-degree experience, or they could navigate the finished product via a virtual tour on a computer screen. LifeStyle is using the technology, which it adapted from building information modeling (BIM) and off-the-shelf software, to allow homebuyers a chance to see their custom home before it is built and make any changes prior to construction starting.

 

 

How Virtual Reality Could Revolutionize The Real Estate Industry — from forbes.com by Azad Abbasi

Excerpt:

Consider the top two hurdles of the average real estate agent:

  • Agents have to manage the time it takes to go from one visit to the other, dealing with traffic among other elements out of their control.
  • The most commonly heard phrase in real estate is, “It doesn’t look like the pictures.”

Virtual reality can help immediately resolve both of these issues. It offers the possibility to virtually visit a lot more homes in a lot less time. This will naturally increase sales efficiency, as well as allow the ability to see more potential buyers.

Here are three different options you can explore using virtual reality to heighten real estate experiences:

 

 

From DSC:
Can you imagine this as a virtual reality or a mixed reality-based app!?! Very cool.

This resource is incredible on multiple levels:

  • For their interface/interaction design
  • For their insights and ideas
  • For their creativity
  • For their graphics
  • …and more!

 

 

 

 

 

 

 

 

 

 
 

Virtual reality homebuying is on the horizon — from latimes.com by Phillip Molnar

Excerpt:

Would you buy a home without ever stepping foot in it?

Thanks to virtual reality, prospective homebuyers can check out for-sale properties by viewing them through a headset — exploring faraway kitchens and bathrooms without ever leaving the couch.

“VR is the next natural evolution in terms of marketing real estate,” said David Scott Van Woert, account director at Transparent House, which has developed a virtual reality mobile app for home builders. “A lot of these companies are very tech-forward and always looking for, not only an edge over competition, but to stay current.”

 

 

From DSC:
For those of us working on creating and renovating learning spaces, consider producing VR-based pieces for your donors to check out. It could really help paint the picture — the vision — of what your selected space will look like once it’s done. Very compelling visuals — and a very compelling experience.

 

 

 

 

 

Apple Releases Education Bundle With Video, Audio Editing Tools — from campustechnology.com

Excerpt:

Apple Friday introduced its Pro Apps Bundle for Education, available for K–12 schools and higher ed institutions.

The bundle is a collection of five apps from Apple that deliver industry-level tools for video editors and musicians:

 

Also see:

 

 

 

 

 

 

Virtual Reality for architecture: a beginner’s guide — from aecmag.com
With the availability of affordable headsets like the Oculus Rift and HTC Vive, VR is now within reach of AEC firms of all sizes. Greg Corke explores this brave new virtual world

Excerpt:

It’s an all too familiar scenario: an architect enters a building for the first time and the space doesn’t quite match the vision of his or her design. However beautiful a static rendered image may be, traditional design visualisation can only convey so much, even when the scene is rendered at eyelevel with furniture for scale.

At Gensler, design director and principal Hao Ko knows the feeling. “You still have to make a translation in your mind, in terms of how tall this space is going to feel,” he says. “More often than not, I’ll go to my own projects and I’ll be like, ‘Wow! That’s a lot bigger than I expected.’ You still have those moments.”

This, he says, is where virtual reality, or VR, comes in – and others in the industry are starting to reach the same conclusion.

VR head-mounted displays (HMDs) such as the Oculus Rift and HTC Vive have the power to change the way architects design and communicate buildings before they are built. The wearer is instantly immersed in a true three dimensional environment that gives an incredible sense of scale, depth and spatial awareness that simply cannot be matched by traditional renders, animations or physical-scale models.

 

 

Augmented and Virtual Reality for Architecture, Engineering and Design — from brainxchange.events by Emily Friedman

Excerpt:

What is the potential for Augmented Reality and Virtual Reality in the AEC industry? How might viewing virtual objects integrated into one’s physical environment or immersing oneself into a virtual world benefit the AEC sector? In this article, we will focus specifically on the use of augmented and virtual reality technology on head-mounted displays by architects, engineers and designers in the building design process.

 

 

Enscape – Realtime rendering plugin for Revit

 

 

Architectural Visualization – Virtual Reality VR Demo

 

 



Addendum on 2/16/17:

Step Inside a Virtual Building of the Future
Architects are embracing virtual reality and the complex designs they can create there

 

 

 

 

From DSC:
The following article reminded me of a vision that I’ve had for the last few years…

  • How to Build a Production Studio for Online Courses — from campustechnology.com by Dian Schaffhauser
    At the College of Business at the University of Illinois, video operations don’t come in one size. Here’s how the institution is handling studio setup for MOOCs, online courses, guest speakers and more.

Though I’m a huge fan of online learning, why only build a production studio that’s meant to support online courses only? Let’s take it a step further and design a space that can address the content development for online learning as well as for blended learning — which can include the flipped classroom type of approach.

To do so, colleges and universities need to build something akin to what the National University of Singapore has done. I would like to see institutions create large enough facilities in order to house multiple types of recording studios in each one of them. Each facility would feature:

  • One room that has a lightboard and a mobile whiteboard in it — let the faculty member choose which surface that they want to use

 

 

 

 

 

 

 

  • A recording booth with a nice, powerful, large iMac that has ScreenFlow on it. The booth would also include a nice, professional microphone, a pop filter, sound absorbing acoustical panels, and more. Blackboard Collaborate could be used here as well…especially with the Application Sharing feature turned on and/or just showing one’s PowerPoint slides — with or without the video of the faculty member…whatever they prefer.

 

 

 

 

  • Another recording booth with a PC and Adobe Captivate, Camtasia Studio, Screencast-O-Matic, or similar tools. The booth would also include a nice, professional microphone, a pop filter, sound absorbing acoustical panels, and more. Blackboard Collaborate could be used here as well…especially with the Application Sharing feature turned on and/or just showing one’s PowerPoint slides — with or without the video of the faculty member…whatever they prefer.

 

 

 

 

  • Another recording booth with an iPad tablet and apps loaded on it such as Explain Everything:

 

 

  • A large recording studio that is similar to what’s described in the article — a room that incorporates a full-width green screen, with video monitors, a tablet, a podium, several cameras, high-end mics and more.  Or, if the budget allows for it, a really high end broadcasting/recording studio like what Harvard Business school is using:

 

 

 

 

 


 

A piece of this facility could look and act like the Sound Lab at the Museum of Pop Culture (MoPOP)

 

 

 


 

 

 

3dorganon.com

User interface features:

  •     Visualize anatomy using the latest 3D technologies.
  •     Single- and multi-select modes.
  •     Rotate, pan, and zoom in/out 3D models.
  •     Double tap to select and focus on a structure.
  •     Hide or fade selected structures.
  •     Easily switch systems on and off using the corresponding buttons.
  •     Unique topographic and systems-based anatomy layouts.
  •     Action buttons for displaying muscles into layers, from deep to superficial.
  •     Realistic X-ray mode (Fade others button).
  •     Amazing life-like high detail graphics for better user experience.
  •     Beautiful symmetry between designed organs and structures makes learning easy and pleasant.
  •     All featured text descriptions and clinical correlations are written by professors of anatomy and medical professionals.
  •     Full screen mode for enhanced presentation of 3D anatomy on projectors or large screens.
  •     Take snapshots of your scene for later study or reference.

 

 

 


anatomy4d.daqri.com

Anatomy 4D transports teachers, medical professionals, and students of all levels into an interactive 4D experience of human anatomy.

 

 

 

 

CES 2017: Intel’s VR visions — from jwtintelligence.com by Shepherd Laughlin
The company showed off advances in volumetric capture, VR live streaming, and “merged reality.”

Excerpt (emphasis DSC):

Live-streaming 360-degree video was another area of focus for Intel. Guests were able to watch a live basketball game being broadcast from Indianapolis, Indiana, choosing from multiple points of view as the action moved up and down the court. Intel “will be among the first technology providers to enable the live sports experience on multiple VR devices,” the company stated.

After taking a 3D scan of the room, Project Alloy can substitute virtual objects where physical objects stand.

 

From DSC:
If viewers of a live basketball game can choose from multiple points of view, why can’t remote learners do this as well with a face-to-face classroom that’s taking place at a university or college?  Learning from the Living [Class] Room.

 

 

 

From CES 2017: Introducing DAQRI’s Smart Glasses™

Excerpt:

Data visualization, guided work instructions, remote expert — for use in a variety of industries: medical, aviation and aerospace, architecture and AEC, lean manufacturing, engineering, and construction.

 

 

 

Third-party Microsoft HoloLens-based mixed reality headsets coming soon, prices to start at $299 — from bgr.in by Deepali Moray
Microsoft has partnered with companies including Dell and Acer which will release their own HoloLens compatible devices.

Excerpt:

The company said that it is teaming up with the likes of Dell, HP, Lenovo and Acer, which will release headsets based on the HoloLens technology. “These new head-mounted displays will be the first consumer offerings utilizing the Mixed Reality capabilities of Windows 10 Creators Update,” a Microsoft spokesperson said. Microsoft’s partner companies for taking the HoloLens technology forward include Dell, HP, Lenovo, Acer, and 3 Glasses. Headsets by these manufacturers will work the same way as the original HoloLens but carry the design and branding of their respective companies. While the HoloLens developer edition costs a whopping $2999 (approximately Rs 2,00,000), the third-party headsets will be priced starting $299 (approximately Rs 20,000).

 

 

Verto Studio 3D App Makes 3D Modeling on HoloLens Easy — from winbuzzer.com by Luke Jones
The upcoming Verto Studio 3D application allows users to create 3D models and interact with them when wearing HoloLens. It is the first software of its kind for mixed reality.

 

 

 

 

Excerpt:
How is The Immersive Experience Delivered?

Tethered Headset VR – The user can participate in a VR experience by using a computer with a tethered VR headset (also known as a Head Mounted Display – HMD) like Facebook’s Oculus Rift, PlayStation VR, or the HTC Vive. The user has the ability to move freely and interact in the VR environment while using a handheld controller to emulate VR hands. But, the user has a limited area in which to move about because they are tethered to a computer.

Non-Tethered Headset VR/AR – These devices are headsets and computers built into one system, so users are free of any cables limiting their movement. These devices use AR to deliver a 360° immersive experience. Much like with Oculus Rift and Vive, the user would be able to move around in the AR environment as well as interact and manipulate objects. A great example of this headset is Microsoft’s HoloLens, which delivers an AR experience to the user through just a headset.

Mobile Device Inserted into a Headgear – To experience VR, the user inserts their mobile device into a Google Cardboard, Samsung Gear 360°, or any other type of mobile device headgear, along with headphones if they choose. This form of VR doesn’t require the user to be tethered to a computer and most VR experiences can be 360° photos, videos, and interactive scenarios.

Mobile VR – The user can access VR without any type of headgear simply by using a mobile device and headphones (optional). They can still have many of the same experiences that they would through Google Cardboard or any other type of mobile device headgear. Although they don’t get the full immersion that they would with headgear, they would still be able to experience VR. Currently, this version of the VR experience seems to be the most popular because it only requires a mobile device. Apps like Pokémon Go and Snapchat’s animated selfie lens only require a mobile device and have a huge number of users.

Desktop VR – Using just a desktop computer, the user can access 360° photos and videos, as well as other VR and AR experiences, by using the trackpad or computer mouse to move their field of view and become immersed in the VR scenario.

New VR – Non-mobile and non-headset platforms like Leap Motion use depth sensors to create a VR image of one’s hands on a desktop computer; they emulate hand gestures in real time. This technology could be used for anything from teaching assembly in a manufacturing plant to learning a step-by-step process to medical training.

VR/AR Solutions

  • Oculus Rift – www.oculus.com
  • HTC Vive – htcvive.com
  • Playstation VR – playstation.com
  • Samsung VR Gear – www.samsung.com
  • Google Daydream – https://vr.google.com/daydream/
  • Leap Motion – www.leapmotion.com
  • Magic Leap – www.magicleap.com
  • Most mobile devices

 

Goggles that are worn, while they are “Oh Myyy” awesome, will not be the final destination of VR/AR. We will want to engage and respond, without wearing a large device over our eyes. Pokémon Go was a good early predictor of how non-goggled experiences will soar.

Elliott Masie

 

 

 

Top 8 VR & AR predictions for 2017 — from haptic.al by Christine Hart

Excerpt:

Education will go virtual
Similar to VR for brand engagement, we’ve seen major potential for delivering hands-on training and distance education in a virtual environment. If VR can take a class on a tour of Mars, the current trickle of educational VR could turn into a flood in 2017.

 

 

 

 

Published on Dec 26, 2016
Top 10 Virtual Reality Predictions For 2017 In vTime. Its been an amazing year for VR and AR. New VR and AR headsets, ground breaking content and lots more. 2017 promises to be amazing as well. Here’s our top 10 virtual reality predictions for the coming year. Filmed in vTime with vCast. Sorry about the audio quality. We used mics on Rift and Vive which are very good on other platforms. We’ve reported this to vTime.

 

 


Addendums


 

  • 5 top Virtual Reality and Augmented Reality technology trends for 2017 — from marxentlabs.com by Joe Bardi
    Excerpt:
    So what’s in store for Virtual Reality and Augmented Reality in 2017? We asked Marxent’s talented team of computer vision experts, 3D artists and engineers to help us suss out what the year ahead will hold. Here are their predictions for the top Virtual Reality and Augmented Reality technology trends for 2017.

 

AR becomes the killer app for smartphones

 

 

 

 

 

 

From DSC:
In the future, I’d like to see holograms provide stunning visual centerpieces for the entrance ways into libraries, or in our classrooms, or in our art galleries, recital halls, and more. The object(s), person(s), scene(s) could change into something else, providing a visually engaging experience that sets a tone for that space, time, and/or event.

Eventually, perhaps these types of technologies/setups will even be a way to display artwork within our homes and apartments.

 

hologram-earth

Image from 900lbs.com

 

 

 
© 2016 Learning Ecosystems