Wow! I got my application board and am having a blast! (The blasted ; at the ends of the lines keeps killing me though).
New to C, so I'm starting by using the P&M approach. (plagiarize & modify).
Got servos, display, joystick, speaker, RGB LED, variable pots going already. I.ve even combined some of the demos for more versatility.
Hooked it up in the USB host mode to my Galaxy tablet (to get power for a demo)
I started with a 9 volt power supply but am looking for a 6-7 volt supply. The voltage regulator gets too hot with 9 volts input.
XBee, bluetooth & connecting to my 3pi robot are on my list.
What would be handy is a chart showing which pins/functions are hard wired (dedicated) to the hardware that is IN PLACE (soldered). And info if any of those can be used for other functions. What's available?
Having a blast. But if this "C conversion" of this old timer isn't successful, I'll be looking for a BASIC compiler for it. :)
Bo
Wow! I got my application board and am having a blast! (The blasted ; at the ends of the lines keeps killing me though). New to C, so I'm starting by using the P&M approach. (plagiarize & modify).
Got servos, display, joystick, speaker, RGB LED, variable pots going already. I.ve even combined some of the demos for more versatility.
Hooked it up in the USB host mode to my Galaxy tablet (to get power for a demo)
I started with a 9 volt power supply but am looking for a 6-7 volt supply. The voltage regulator gets too hot with 9 volts input.
XBee, bluetooth & connecting to my 3pi robot are on my list.
What would be handy is a chart showing which pins/functions are hard wired (dedicated) to the hardware that is IN PLACE (soldered). And info if any of those can be used for other functions. What's available?
Having a blast. But if this "C conversion" of this old timer isn't successful, I'll be looking for a BASIC compiler for it. :) Bo