first commit
Test project - getting timers working and remembering how to use an AVR
this can drive a train stop start using an H-bridge.  my H-bridge IC doesn't support coasting so I've not tried to control train with PWM - it doesn't like it very much.
crude backwards and forwards test working!
about to branch and start work on a real DCC implementation
progress on the main transmission state machine
this should send idle packets and then every two seconds send backwards/forwards packets to decoder 3.
THIS SENDS TRAIN FORWARDS!!!
train is only going backwards.  it's backwards relative to the train, so it's DCC, but it's definitely not doing what I thought I was telling it.
WORKS Train goes backwards and forwards!  I was accidently mis-aligning my reads of data and address so it ended up always with two padding bytes and a missing data/address byte.  by fluke it appears that the decoder treated my mangled idle packet as "go really fast".
Netbeans project for the side of the controller that sits on the Pi.  One idea atm is this will emulate an XpressNet Ethernet bridge, so that JMRI can be used with my controller with no modifications
lots of shuffling around, initialises UART now
Merge branch 'SimpleDCC' of D:\Documents\Git\DCCController into SimpleDCC
ignoring binary output folders
this is working as-was
further restructuring has put simpleDCC into its own file.  Probably a lot more tidying up could be done, and a better interface implemented.
demo of serial comms working
serial comms working, with some hacks on the pi side.
Merge branch 'SimpleDCC' of D:\Documents\Git\DCCController into SimpleDCC

Conflicts:
	.gitignore
added notes for getting this working on the pi