Test data collection from mic to laptop

[troyth]

The first technical step is to set up a microphone to connect through an Arduino using Johnny-Five to a laptop. This will resemble the example demo we did in Week 3 using a mic rather than a photoresistor.

Let me know who wants to take this on as a task and I'll be in touch soon with more information.

[troyth]

This is how you'll set it up:

1. create the package.json file in the top level of your repo that you can get from the week 3 demo
2. create a folder called lib and put the app.js file in there
3. add this line to your package.json file: "main": "lib/app",
4. alter the app.js file from the week 3 demo to use a microphone that you will treat as a simple analog sensor, then test it out on your laptop!

[troyth]

@jnquick can you take this one on? You have the Arduino background, so I think it would be good for you to tackle the first major programming hurdle. Once you get one mic connecting to a laptop, you can start to test how many mics can simultaneously feed to a laptop. @yz2428 can then port this to the Raspberry Pi, and you two can work to figure out the max number of mics per Raspberry Pi/Arduino setup, then you can work with @YifengWu to finalize the grid design for #2.

Cool?

[jnquick]

Sounds good.

On Sunday, September 29, 2013, Troy Conrad Therrien wrote:

@jnquick https://github.com/jnquick can you take this one on? You have
the Arduino background, so I think it would be good for you to tackle the
first major programming hurdle. Once you get one mic connecting to a
laptop, you can start to test how many mics can simultaneously feed to a
laptop. @yz2428 https://github.com/yz2428 can then port this to the
Raspberry Pi, and you two can work to figure out the max number of mics per
Raspberry Pi/Arduino setup, then you can work with @YifengWuhttps://github.com/YifengWuto finalize the grid design for
#2 #2.

Cool?

—
Reply to this email directly or view it on GitHubhttps://github.com//issues/3#issuecomment-25326923
.

James Quick

M.Arch I Candidate, 2015
GSAPP, Columbia University
P: (845) 332 0423
E: j.n.quick@gmail.com
jnq2000@columbia.edu

[yz2428]

Yeah, @jnquick and I can figure out the Raspberry Pi/Arduino setup
together. I'm very willing to assist with the programming and Arduino-mic
hookup as well.

Charles

On Sun, Sep 29, 2013 at 3:23 PM, jnquick notifications@github.com wrote:

Sounds good.

On Sunday, September 29, 2013, Troy Conrad Therrien wrote:

@jnquick https://github.com/jnquick can you take this one on? You
have
the Arduino background, so I think it would be good for you to tackle
the
first major programming hurdle. Once you get one mic connecting to a
laptop, you can start to test how many mics can simultaneously feed to a
laptop. @yz2428 https://github.com/yz2428 can then port this to the
Raspberry Pi, and you two can work to figure out the max number of mics
per
Raspberry Pi/Arduino setup, then you can work with @YifengWu<
https://github.com/YifengWu>to finalize the grid design for
#2 #2.

Cool?

—
Reply to this email directly or view it on GitHub<
https://github.com/site2site/Studio-Analytics/issues/3#issuecomment-25326923>

.

James Quick

M.Arch I Candidate, 2015
GSAPP, Columbia University
P: (845) 332 0423
E: j.n.quick@gmail.com
jnq2000@columbia.edu

—
Reply to this email directly or view it on GitHubhttps://github.com//issues/3#issuecomment-25327041
.

You Zhou
Columbia University | GSAPP | M.Arch 2015
e: yz2428@columbia.edu
t: (+1) 214 289 8804

[jnquick]

Hey we got one mic feeding to the console. They range of readings is fairly small, but I assume that has to do with the resistor we were using. I am hoping to procure more jumper cables and resistors early tomorrow, at which time we will work on getting multiple mics to record data. Is there a way to determine the correct spec for a resistor?