ragland_d
Today I debugged the last issues in my Google Glass augmented reality hologram and my Leap Motion + Oculus Rift virtual reality human machine interfaces.
Now, by looking at an image target, I can instantiate a 3D hologram of something like myself.
Now, by looking at an image target, I can instantiate a 3D hologram of something like myself.
I can also project a hologram under the target, using depth masking, like through a window:
I have also incorporated rudimentary gesture control, allowing me to 'grab" and "carry" a mesh throughout the 3D space.
This particular mesh is actually an accurate point cloud of the Energy Lab.
This particular mesh is actually an accurate point cloud of the Energy Lab.
Along with gestures, I can call functions through virtual buttons on the target that can be clicked through reality, such as this file management tree.
Finally, I can pull live data from my own control systems, such as sensor values from my Raspberry Pi, and then display them into a hologram.
For my Leap Motion and Oculus Rift interface, I can place objects in stereoscopic 3D in front of a black and white augmented view of the world, and actually interact with them with my hands.
For example, I can grab and manipulate this mesh of me, just as I could the hologram.
For example, I can grab and manipulate this mesh of me, just as I could the hologram.
Here is the Energy Lab:
And the file management tree, where I can open files by touching a leaf in 3D space.
Finally, the live data stream from the home automation system. For this one, I scaled the hologram up to be lifesize, so it is as if you are walking through my room in real life.
Finally, the live data stream from the home automation system. For this one, I scaled the hologram up to be lifesize, so it is as if you are walking through my room in real life.
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