PG02 Progress Blog
Kat Lee Hornstein // Ravensbourne // MA Interactive Digital Media
What is This?
CYCLE 2
✪ Independent Making & Small Scale Innovation ✪
October 25 – December 6 2017
Week Summary:
OK SO....
I’m going to affectionately refer to this week as “the lost week.”
It’s not so much “lost” as it’s truly an exercise in seeing what happens when you just let experimentation guide your project.
This is very different than last cycle when we were pretty dead set on our concepts and ideas from quite early on.
After we presented last week there was a lot of great feedback but namely we walked away feeling less sure of what we wanted to do.
Alexa suggested that we could not solve that problem yet... we had a lot of ideas and great directions to move forward with, and by simply working / experimenting with our various sensors things might become clearer.
Time spent with Sitraka really helped us solve some issues w/ the radio frequencies triggering multiple LEDs so that was cool, regardless of where we go from here it felt like a victory.
Similarly I started a process of building my own sensor (a flex sensor).
Below check out how this week went down for us... a lot of head scratching for IDM.
Scroll down for some outside research.
Alexa suggested that we could not solve that problem yet... we had a lot of ideas and great directions to move forward with, and by simply working / experimenting with our various sensors things might become clearer.
Time spent with Sitraka really helped us solve some issues w/ the radio frequencies triggering multiple LEDs so that was cool, regardless of where we go from here it felt like a victory.
Similarly I started a process of building my own sensor (a flex sensor).
Below check out how this week went down for us... a lot of head scratching for IDM.
Scroll down for some outside research.
Troubleshooting Frequencies & the first Flex Sensor
God bless Sitraka.
He spent a lot of time with us (namely KP) working out how to get the Arduinos to communicate a particular task over radio frequency. (triggering specific LED lights, according to their respective buttons, in order to make our headset work!)
He spent a lot of time with us (namely KP) working out how to get the Arduinos to communicate a particular task over radio frequency. (triggering specific LED lights, according to their respective buttons, in order to make our headset work!)
While that was going on, Richard, Yifei and myself were working out some Arduino glitches, and trying to build our first DIY sensor, and having that sensor trigger an audio response.
Check out the flex sensor w/ audio here!
Check out the flex sensor w/ audio here!
KP and I had a chance to sit down later that week together and just TALK. Talk through what we’ve accomplished already, what our original goals were, what’s changed...what we’d be willing to give up, what we’d like to move forward with.
It felt like there were so many ideas we needed to start combing through and weeding out which were the most important to us, and which addressed the brief the best.
It felt like there were so many ideas we needed to start combing through and weeding out which were the most important to us, and which addressed the brief the best.
A couple of days later, KP Richard and myself were able to get together again and discuss further.
We were all sort of feeling adrift...excited about some things, not so much about others, and unsure as to what was coming next.
As we chatted at one point I said “wouldn’t it be great if we just had a giant Arduino we could all work on?” It was in response to some obnoxious troubleshooting we’d just been doing on not being able to get one of the sensors working.
We were all sort of feeling adrift...excited about some things, not so much about others, and unsure as to what was coming next.
As we chatted at one point I said “wouldn’t it be great if we just had a giant Arduino we could all work on?” It was in response to some obnoxious troubleshooting we’d just been doing on not being able to get one of the sensors working.
We all sort of just...stopped, and looked at each other. Wait, seriously though... should we do that?
Before we knew it we were all mightily invested in the idea. We could build a massive arduino as a teaching tool, and to make it more collaborative amongst a group.
Of course after a short google we realized something similar had already been done.
Arduino Grande:
www.instructables.com/id/Arduino-GRANDE-the-Huge-Microcontroller/
We wouldn’t really be doing anything new or worthwhile, would we? Could we think of further advancements to justify it? At this point we had just gotten so into it we were grasping to find something to hold onto...
(I really regret that sketch)
Before we knew it we were all mightily invested in the idea. We could build a massive arduino as a teaching tool, and to make it more collaborative amongst a group.
Of course after a short google we realized something similar had already been done.
Arduino Grande:
www.instructables.com/id/Arduino-GRANDE-the-Huge-Microcontroller/
We wouldn’t really be doing anything new or worthwhile, would we? Could we think of further advancements to justify it? At this point we had just gotten so into it we were grasping to find something to hold onto...
(I really regret that sketch)
FINAL 3 IDEAS TO CHOOSE FROM:
we hope to share this with Alexa and get some guidance tomorrow.
we hope to share this with Alexa and get some guidance tomorrow.
Meanwhile...
I’ve been reading wired UK back to front. A couple of my favs recently:
bots to
ASSIST
not
REPLACE
“LUMINAR TECHNOLOGIES”
Super cool piece about how smart cars can “see” better with this brand spanking new technology ...
Interesting bit about throwing software at a hardware problem. The guy really started from scratch on this new thing instead of just trying to improve / solve the current favourite.
Super cool piece about how smart cars can “see” better with this brand spanking new technology ...
Interesting bit about throwing software at a hardware problem. The guy really started from scratch on this new thing instead of just trying to improve / solve the current favourite.
Triadisches Ballett von Oskar Schlemmer - Bauhaus (Best Quality
)https://www.youtube.com/watch?v=mHQmnumnNgo
Arduino GRANDE the Huge Microcontroller
http://www.instructables.com/id/Arduino-GRANDE-the-Huge-Microcontroller/
DIY Tilt switch
http://www.instructables.com/id/Build-your-own-tilt-switch/
25W Woofers
https://www.maplin.co.uk/p/wide-dispersion-piezo-horn-tweeter-wf56l
http://makerversity.org