Build a treasure chest or use an existing storage box, attach a push-button quadrature rotary encoder (endless spinning dial) and lets go!
Creatures of habit like us need things to be dependable, like the great cake at our local cafe, always great and now*...always in stock*
Project in progress by Tyeth
This is a beginner project in which we'll be lighting fireworks using our bluetooth enabled phone. Simplicity and cheapness are the taglines
Project tutorial by danionescu
Raspberry Pi master, I2C Arduino gateway, software PWM servo, ADS1115 ADC and other sensors connected in order to water our plants.
Project tutorial by BME-AUT
A flat pack, open source, robot arm, that you can build with nothing but a screwdriver and enthusiasm.
Project tutorial by Benjamin Gray
This is brilliant, thanks for sharing.
Just one thing that confuses me, how can we know if the lipo can comfortably supply 6A of current?
This is brilliant, very inspirational...
Would love to know what are your camera video sending/capture details...
My brother warned me he had a setup at work that was slightly off and caused motion sickness after 30minutes max, and couldn't be reduced without removal of the device.
On the motion sickness element, it might be worth trying more cameras on the periphery (like half a 360 camera rig) and then combining in a virtual 3D space (unity) and using virtual cameras for the occulus source (referred to later as 3d view), the idea being you'll move the camera perspective in the 3d space immediately on head tilt, then start moving the camera servos, and simulatenously while updating the raw footage in the 3d space adjust 3d view to compensate back to "looking forwards" in the 3d space, ending up with the virtual cameras facing the forwards direction shortly after movement ends, but visually at the moment head tilting stops, the raw footage movement would need to be synced so not easy....
But ideally done it would totally remove the delay with a fast enough computer, and there are existing samples to achieve the individual steps :)
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