KeerBot is on its way to be art – it is going to be presented in the research art gallery of the HIT (Holon Institute for Technology) in their Museum.
Few days ago I was contacted via my KeerBot Facebook page that some Masters degree art student that they found the project surfing the net, and want to present it in their “museum” (research gallery). It will require from us to finalize the android application and make this robot work. Stay tuned so you can be the among the first people to have the app and be able to visit and operate the keerbot live in Holon (HIT)
- “Wild Poppies, Near Argenteuil” / Claude Monet
about M.Design at HIT and their Facebook page
KeerBot has a new IOIO OTG brain ! replacing the Arduino with the new IOIO OTG micro controller is slowly approaching, and the first step is right described right here in this post.
The future is here! The next generation of KeerBot projects is slowly coming… In the next generation the good old Arduino will be replaced by the more exotic IOIO OTG (If it’s the first time you hear of it – spend few moments reading about it here), and since the IOIO OTG speaks fluently with the smartphone (Android) through Bluetooth (BT) I say “Bye Bye” to the tons of wires that had to be carried by the KeerBot everywhere it went (4 wires for stepper X2, 3 wires for servo, 2 meters each…) Now all I need to make it work is 12V wire, and a smartphone. Cool ! ain’t it ?!
Instead of diving into the image trying to get the hardware I used,Inventory:
- IOIO OTG by SeeedStudio
- BT Dongle by DealExtreame
- 2 stepper driver a4988 by Pulolo
- 2 Steppers
- 12V Power supply
- Chassis,bolts, nuts,wires – improvise (will publish when final)
Few important notes: in the last few weeks I am getting help from a brilliant and super cool guy named D#@$ , he is a software engineer and that means that the Android Keerbot Application (yeah – #$@ application) will be available soon, so stay tuned.
I also want to thank Ytai for his great job creating the IOIO –Ytai’s blog
Have a look at this small and cute project I published at Instrucables – Magnetic Medicine Organization Board
Like ! Share ! Comment !
This is my latest project “Robotic arm that records and plays movement”, I took an IKEA Terial lamp and hacked it into a fully functional, motion recording, robotic arm.
This project answers to a need I had: a Third hand that holds a camera while I perform a test and takes photos/videos (useful when you’re stuck at the lab late at night, and suddenly need a photographer).
The downside to a robotic arm was obvious – It needs to be programmed, and it is the last thing you want to do when you need to make a video. So I made it motion capturing device as well…
You can see the full step by step guide at Instructables, enjoy and share.
While browsing, I found this movie, and wanted to share:
And this is how they did that:
And very interesting – The company (Bot & Dolly) was just acquired by Google (read here)
Finally – An application that enables you to develop and edit Arduino applications directly from your Android! requires only a cable and that’s it!
ArduinoDroid is a new application, free in the play store here, tat enables you to write and edit Arduino sketches from your Android device, anytime, everywhere. it supports wide range of Boards, and performs the compilation of the sketches on the android device, eliminating the need for a laptop/workstation during the debugging phase of the project.
If you are an Arduino developer – you must know that you need to have a computer with a cable to work on the sketches, while most of the time it is comfortable (since you have keyboard for coding, big screen for debugging, and a table to lay all the stuff that is connected to the Arduino).
When you finish the core development and head to the field test you need to twink the parameters, to change something etc’, the laptop (even if you have MacBook air ;) is quite a hassle… Here comes this app for your assistance: you can simply connect a common USB cable (USB B plut to OTG – like this), and start editing the code where ever you are, while editing the code on the smartphone might seem not practical, using a tablet may be a very good solution when working on a project that involves everything beyond your table. (I guess that the majority of the Arduino projects)
USB B Plug to otg cable ArduinoDroid
I wanted to support the app, maybe I will, but supporting through “in app purchase” seems problematic to me – what about paypal ? google play ?
Today, i had the pleasure to go to Autodesk’s event, in the event I spoke to their R&D crew and heard of some new cool stuff they have – High quality 3D Scanning (Recap here) and ShapeShifter (here) that can generate really cool artistic 3D models and give you the file for printing.
Autodesk Recap – This service is the professional version of the 123D catch, while it is still free (heard the not for long), uploading pictures will generate 3D model quite fast and will let you download it for your use (OBJ/RCM file formats)
Autodesk ShapeShifter – Is an in browser model generator for 3D printing that enables fast generation of really cool models, that can be easily used later (Blender, Meshlab)
Artistic Robots – (as funny as it sounds) are becoming more and more popular, in this project “Long Distance Art” by the Strukt team, robots repeats after human painter, in real time, and create perfect replicas.
Robots that paint are becoming more popular and it seems that it is no longer a challenge for robot experts to perform almost any drawing in various types of techniques. (as can be seen here and here and here).
In this project an artist sat in a show in Vienna, and made a drawing, while two other robots, in real time, copied his painting in shows in two very far away locations (London and Berlin). The concept is not new and was proven to be possible for surgery (see here and here), but it is still very interesting to watch.
Long Distance Art – One Artist, Two Robots, Three paintings
A link to the project’s page at Strukt site : Long Distance Art
I didn’t update the blog for long time, if you are interested you can have a look at my last project Remote control Toyota (that even got me a prize!!)
My Car Remotely controlled
and I had fun at GeekCon 2013 (here)
You must admire the following project: e-David painting robot, the closest thing to robot art so far, paints with water colors and fixes itself by computer vision based algorithms.
e-David Robot Painting from eDavid on Vimeo
Working on KeerBot exposes me to many interesting things people do with robots and on the boarder between robots technology and art. The e-David project (via ieee robotics) is one of the most amazing projects I saw so far, a robot that paints, with water colors (simpler version can be seen here). and analyses the resulting image in real time for autonomous artistic optimization (bit philosophical….)
Really impressive project that results nice images (will it be worthy one day, since it can be copied ?!)
While working on the KeerBot, I needed a simple application that will generate G-code from simple drawings, (for all kinds of debugging), so I asked my friend Mr. Roth for help, and he did the KeerBotDraw
Generally, I was using Dan’s software suit (Makelangelo), but the need to go through Inkscape and Cambam and then edit manually the G-Code was too long.
The software is straight forward – open it, setup the canvas size (0,0) is in the middle of the canvas, draw and then save the drawing. set the pen up pen down values (for the servo) you’ll get a text file of G-code commands and that’s it. you can download it from here and for more details go to Israel’s blog
I think this can be very useful for debugging and for simple sketches – and thanks again !