#pcomp

[surajbarthy]

[2508] finaLed.

[surajbarthy]

[2507] pewp.

Arduino button drawing on a display over the internet.

The camera shake is from holding it to my heart.

[surajbarthy]

[2489] makeNoise.

Put up a loudness sensor on the floor’s ceiling. Make some noise!

[surajbarthy]

[2487] talk2.

Arduino button switching an LED on and off on another over the Internet. Just putting it in a box makes it seem like a lot of work was done. 😂

[surajbarthy]

[2486] accel.

Arduino accelerometer switching an LED on and off on another over the Internet.

[surajbarthy]

[2485] connect.

Two Arduinos talking to each other using an MQTT broker.

[henryiswhy]

Final project

pcomp final 

[henryiswhy]

Pcomp-final2

Playtest feedback

We learned a lot during last weeks play. The biggest problem we found after the test was that, there is a disconnection between the installation and the input/output.  

“Design it somehow people could get the idea.”

“You should have people pay the real money for this. ”

“For the buttons, I wouldn’t choose any of this. I feel like I have no choice.”

“I don’t care about the process, and I will be focus on the choices. And I care about how these three input changed my feedback.”

“I was confused. How do I play with it?”

After the play-test, we start finalized our idea as a lighting installation. We focused on the installation part and decide all the elements for the machines.

Office hour feedback

We went to numbers of office hours this week.

Feedback from prof Shawn.

Maybe we could adding sound during the processing .

Some tips and information about how to protect your personal data. (How to use a VPN, you use clear your cookie more often.)

Get more detail, using NYU as an example in this installation. How NYU data getting processed.

Feedback from Jess

For the light, neither scale down the installation, or using a high power leds. And think aout EL wires.

Final ideas

Our ideas changed from make a cookie factory to make a light installation, and now we want to use projection mapping for the lighting process based on the feedback we got from office hours.

On the physical side, we will have around 30 boxes (1.5in * 1.5in) with leds, and wires from each boxes connect others. We will have an outside that can send papers based on users choice and display the concept on the paper.

On the digital side, we will project all the light process for each wires. It will be change based on user’s button choice as well. And we will have sound display in the whole process inside of the p5 functions.  

BOM

We finished ordering yesterday.

Timeline

11.20 - 11.26 Finish the first around of the electronic board design, and the coding part in p5.js

11.26 - 12.01 Second around of the electronic board design, and coding. Buying things for fabrication.

12.01 - 12.04 Projection mapping and ready for test. Debug for electronic and p5 code.

12.04 - 12.11 Fabrication and make everything together

12.11 - 12.14 Finishing up and show!

System Diagram