Elon Musk Shows His Vision of Holographic Design Technology
MojoKid writes "Tesla CEO Elon Musk has more on his mind that just cars and 4,000 MPH Hyperloop transportation systems. He also tweeted his intention of developing a hand-manipulated holographic design engine and designing a rocket part with only hand gestures, finally printing the part in titanium." And now Musk has posted the video he promised showing off the design process: "Musk showed a wireframe of the rocket part, and he was able to rotate the 3D object on a screen with one hand, and with a second hand, he zoomed in and out, moved it around the screen, and spun the object around and "caught it"--all in the air. He moved on to manipulating an actual 3D CAD model and interacting with the software; you can see that he used a Leap Motion controller. Next, he shows off a 3D projection, a freestanding glass projection (Ironman style), and interacts with the model using the Oculus Rift. Finally, he prints the part in titanium with a 3D metal printer. Note that we don't actually see him design anything; the models he works with are already made. Still, it's exciting to see new ways of doing things come to life on screen."
Mod parent up.
Look at the video around 1:54, where Musk is saying "go in there and do what you need to do". But all the video actually shows is someone spinning the model around and using a visual cutting plane to display cross sections. At no point in that video is new geometry created. What I was expecting to see was a breakthrough in how to do engineering design in 3D. It's not there.
Back in the late 1980s, Autodesk built a virtual reality system as an experiment in CAD. They got about as far as Musk, although at lower resolution - you could look at models and manipulate them with a gloves-and-goggles interface, but trying to draw surfaces in free space was really hard. Some people can do it. They can also do clay models freehand. Today, there's Autodesk Mudbox, a 3D sculpting tool which is used by pros who can visualize clearly and in detail in 3D. Watch this video to see one at work. That's impressive work. Now see something similar done with 3D input devices. It's like trying to sculpt while wearing oven mittens, and the results are awful.
Somebody will eventually make this work, but the computer, not the human, will be doing most of the design.