[Lab] Launch pad
darcy at siteware.com
Mon Sep 20 11:09:48 EDT 2010
The Launch Pad thing is less than $5?
My arduino was around 30 bucks assembled.
Wow! Your baby's already getting married?
Darcy at Siteware.com
Ottawa, Canada | N 45° 25'03.1" W 75° 42'21.4"
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On Mon, Sep 20, 2010 at 10:20 AM, Jean-Marc LeBlanc <
jeanmarc.leblanc at gmail.com> wrote:
> Hey guy,
> I been using the launch pad for about a week now. I have not done
> that much with it yet, but I have enough to have a few comments in
> regards. The first thing I will point out, is that it is not as easy
> to use as the arduino. The arduino has its own library that
> simplifies allot of things. For example if you want to write to the
> serial port with the arduino it is only a matter of serial.open(baud);
> serial.print() or similar. On the launch pad, you would need to
> figure out how to divide your clock, set an interrupt every X number
> of cycles and set the bit manually. Same thing with the analog pins.
> That being said if you have used the arduino with simply the AVR c
> code, then this is not any thing different or if you used any other
> similar processor.
> That being said, if you are ok with the take on programming this is a
> great development platform. The thing that has impressed me the most
> is the debugger. Normally you would need either an expensive
> development board or some JTag. I never ventured into JTag since it
> looked expensive and complicated and it looked scary ( I don't know if
> it really is though). This though, is 4.61$ and you can debug your
> code. you can set break points, you can see the value of you
> variables and step threw your code. All you need to do is hit the
> debug button the the eclipse IDE and debug it as you would any other
> eclipse code.
> The chip it self is not as powerful as the AVR (arduino). These 16 bit
> processors, only has 2k Flash program space and 128 byte of ram.
> Though for simple projects or drivers these are prefect. They are
> cheap and you can even sample some for free. A good use for them
> would be for sensor drivers or line drivers. For example you could
> have that chip read the temperature convert it to Celsius and then
> that to your arduino (kinda like 2 threads). I say this because they
> have some neat features like 10 analog pins. Another thing I like is
> you can set an interrupt on raising or falling edges or change of any
> digital pin. To my understanding AVR only has 2 pins for that (please
> correct me if i am wrong).
> As for the documentation, it took me a while to find what I needed.
> There is allot of example code with really bad comments so they are
> not that helpful. what I found the most helpful was the uses guide
> with the data sheet. I think it would be better if there were more
> comments or explanation.
> I have managed to send data to the serial port and read my snes
> controller. With the new baby and wedding coming up this week end ;)
> I have not had time yet to put them all together so that it works. I
> hope to have my SNES controller work on my PC by the end of the week.
> If any one is interested in the source. I will try to comment it as
> much as I can so first time users will understand what is going on.
> if you are worried about the small program space, my code is only 64
> bytes and 16 bytes ram.
> Jean-Marc Le Blanc
> "Do you pine for the nice days of Minix-1.1, when men were men and
> wrote their own device drivers?" Linus Torvalds
> Lab mailing list
> Lab at artengine.ca
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