We got a basic run down on how projection mapping (projecting interactive / video content on the environment) works.
Here's one of the end results
This is an example of a Processing sketch being projected on to some (BSP!) boxes. The sketch makes it so that the visuals react to audio.
We started up doing some sketches over people projected over a photoshop canvas for fun:
That was fun. We then moved on to projecting various cubes on top of the cubes in Maya. Normally, one would measure the area that's getting mapped and then place the projector accordingly-- but we were in a rather cramped room and didn't have much time to set up so we cheated a bit.
This was the first setup that got done-- although it wasn't completed by this point
Aww yeah, working dem cubes in Maya
This setup was a bit more challenging
We got some BSP textures on top of our BSP boxes for this setup, though. Heh
Working teams. Ah-- it's poetry in motion...
Grumpy cat setup. "Dashing through the NO"
Got one of them to be all wavy and hahah oh man it was great why didn't I record it hahaha....
We actually played Hamster Pinball on this ^ setup, and it looked really cool and inspiring.
We also got some stuff in UDK to project (sorry it's sideways):
Tomorrow morning, it's back to getting some cool things going on these boxes!
Intel has revealed their new Intel Atom S1200 low-power, 64-bit server-class System-on-Chip (SoC), which are suitable for high-density microservers in data centers. Today, more than 20 low-power designs including storage, microservers and networking system use the Intel Atom processor S1200 processor family.
Intel has revealed their new Intel Atom S1200 low-power, 64-bit server-class System-on-Chip (SoC), which are suitable for high-density microservers in data centers. Today, more than 20 low-power designs including storage, microservers and networking system use the Intel Atom processor S1200 processor family.
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