Oh yeah I also have another question: is it possible to create a waveform
display of the analog sensors through python? Since I have the idea for
reading voltages, I was wondering if its possible to create a sort of
waveform with the x y and z axis. For that I think there should be a
separate
A quick question @Mike Bremford: since I have a code for reading the
voltages from the accelerometers, is there a way to create the waveforms in
python? I was just wondering if its possible to make a waveform, but i
think that will be another program code for it. I'm just not sure how to do
it.
Quick Question @Mike Bremford: Do you know how the digital accelerometers
will be reading on the beaglebone black's I2C pins? I haven't had much luck
finding any examples for a program code.
On Sat, Nov 9, 2013 at 4:48 PM, Mike Bremford m...@bfo.com wrote:
Nice of the other team to leave you
Hi Seth! Thanks for the help, this will be a great part for the analog
inputs!
On Mon, Nov 11, 2013 at 1:30 AM, Seth transistorbo...@gmail.com wrote:
If you're looking for something quick easy, try Sparkfun's
Analog/Digital MUX Breakout at https://www.sparkfun.com/products/9056 . I
haven't
If they're analog, surely you'd just hook them up to the analog pins and
read them the normal way? Probably with a couple of resistors to reduce
the voltage range to 1.8V?
http://learn.adafruit.com/measuring-light-with-a-beaglebone-black?view=all
Out of curiousity is there a reason you're using
Hello Zain, I'm no help on the coding, but would like to answer your
question on resources for learning more about BeagleBone Black.
Best place to start is the http://www.beagleboard.org/ getting started
link. Plug in your board first to see the tutorials.
Both of these books are available
Thanks Cathy for the help, I have been using the beaglebone getting started
link and have been trying out the examples, they have been a great help
with the tutorials. As for the ebooks, il think about it, but thanks for
referring them to me. Prof. Molloy's tutorials have also been helpful, I'll
Nice of the other team to leave you no documentation...
I guess if I was stuck with 12 analog inputs and only 7 pins to read them
on I would use something like a 74HC4051 to multiplex the inputs - use 3
gpio pins to control which of the 8 inputs is connected to the ADC on the
BBB. Or use an
I know, I felt really annoyed that the Prof who provided the brace was not
so keen on how it was tested... yet provide at least a history report on it.
If the inputs of analog sensors require an extra chip, then I will need to
look around for the chips mentioned in the previous post. Thanks alot
On 11/08/2013 11:01 AM, Zain Dar wrote:
A note to all those who see this post: *please do not be overwhelmed
by the project!* it really is not that complicated when you think
about it. Its just a regular knee brace with acccelerometers planted
on it. I just need help on how to make a python
On 11/08/2013 11:01 AM, Zain Dar wrote:
A note to all those who see this post: *please do not be overwhelmed
by the project!* it really is not that complicated when you think
about it. Its just a regular knee brace with acccelerometers planted
on it. I just need help on how to make a python
Well I was thinking of choosing python because of its ease of use for pin
manipulation and when I first got the beaglebone, I was setting up the
python library. I wasn't sure how to do it in other languages because I
don't have that much experience. As far as C++ is concerned, I do know a
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