reads: <blockquote> State The 'state' property corresponds to the on/off state of a given LED. For example, to turn on the first LED, send a message like
/appled/0/<u>value</u> 1
The command should be
/appled/0/<u>state</u> 1 </blockquote> Hope this helps! --aaron
The Can connector The JTag connector The jumper between the Can connecter and the VExtS The set of pads next to the JTag connector (+3.3v, 0v, Tx,Rx,Rts,CTS)
This one's an odd one and I will have to investigate it...
First for my setup: OS: Gentoo Linux (2.6.17-gentoo-r7) CPU: Celeron GV: app-text/gv-3.6.1-r3 ACROREAD: app-text/acroread-7.0.8
When viewing the application board schematics using "gv" parts of the schematics are missing. They appear to be correct when I view using acroread. I then started playing with gv to get a handle with what was going on... I then noticed that the parts of the document that are getting dropped change when I change the view or zoom. Could the person who created the current app. board schematic please post or email me the the program, version, OS, that were used to produce the doc so I can post a proper bug report upstream?
typo is OSC documentation. page App LED - OSC Is: /appled/0/value 1 Simply change the argument of 1 to a 0 to turn it off. Should be: /appled/0/state 1 Simply change the argument of 1 to a 0 to turn it off.
ebo - the DIP switch goes through a shift register to the SPI interface on the chip. That's why you might not have seen any ports on the Controller dedicated to it.
Minor typro on OSC - DIP Switch IS: Devices There's a single DIP Swtich the Make Application Board Should be: Devices There's a single DIP Swtich on the Make Application Board
Does not document the servo OSC commands [which seem to work] /servo/N/active B /servo/N/speed SSSS /servo/N/position PPPP Where: N is servo # [0-3] B is 0,1 (off, on) SSSS is speed [0-1023] [slow-fast] PPPP is position [0-1023]
Also it *does* document USB which is not registered by the heavy app [don't know whether this is a doc bug or a heavy bug, but it's a mismatch]
Dale
PS: By seems to work, I mean they set the values and you can read the values back. If you set the speed low, you can even watch the position change [kool!} I haven't actually got my servo motor to turn, yet, but that's [maybe] aother problem.
The Rate input only controls the operation of the Follower when the Read Settings switch (position 8 on the DIP Switch) is set to On. Otherwise its value is locked. These values are remembered after the power is cycled.
That should be position 1, not 8 on the DIP switch.