psychomugs
Joined 8 years ago
Joined 8 years ago
There is a guide available in the repo's wiki: https://github.com/hrc2/blossom-public/wiki
Our contributors' forks and extensions may also be useful:
https://github.com/interaction-lab/blossom-public
https://github.com/interaction-lab/BlossomNav
Regarding sourcing the parts, there are online services available to order 3D-printed parts as you would a PCB. The *.stl files are available in the wiki. Though with how accessible 3D printers have become — the well-supported Ender 3 is available for under $100 at Micro Center — you may want to consider taking up printing as a family activity.
https://github.com/hrc2/blossom-public
It's basically a floating head that others have customized with more functionality (e.g. cameras, microphones, screens, control with a phone) for research applications in human-robot interaction (education, telepresence, an assistant for ADHD task-focusing and CBT). We ran ~90 minute bot-building workshops for middle schoolers; they all successfully completed their robots and seemed to enjoy the hands-on experience.
I never had the time to polish the platform so I did a ground-up hardware and software refactor. The hardware was redesigned as an homage to popular snap-fit robot model kits, with runner layouts and instructions ( https://github.com/psychomugs/r0b0/blob/main/docs/assets/bls... ).
I've tried to generalize the software as an `aconnect` for non-robot-specific hardware devices. The software powers this digital back I designed for my >50-year old Leica M2 ( https://www.raspberrypi.com/news/leica-mpi-a-pi-zero-retrofi... ) and enables quick prototyping of physical IO, e.g. using a MIDI keyboard to control motors or a gaming joystick to control a mouse.
It's mostly a passion project to refine the platform into something more usable than how it was left, but I'm open to suggestions or beta testers!
Also, from the same author, "heaven is each other."
https://openlab.citytech.cuny.edu/chengphotoarth1100f2019/fi...