quick update to license headers and added some scenario building stuff for comms
no idea where the pye files came from
Layercake is working but unclear if the channel characteristics in PHY make sense comparing to auvnetsim
Turns out that the only problem with the packet powers was that they were incorrectly reported. Using comparisons with AUVnetsim, this appears to be operating correctly in terms of packet txrx
no idea whats going on at the minute, need a day to myself to unpick this
MAC appears to be fine, still getting sm fall-throughs but need to look at the NET and then at Bellas analysis tie-ins
mac and net appear to be working as much as they need to at the moment, current routing test sends packets to the least active nodes but nas no strict responses so the numbers come not from the number of packets A sends to B but the number of packets B sends to A
DSDV isnt working but i believe it has more to do with the process cycle than anything else, looks like only one node is getting activated and then the packets themselves are stupidly  duplicated
Gotta commit somewhere: both csma and aloha appear to be working mostly except for the whole "data transfer" thing.
Alans not gonna be happy but at least csma is holding up fairly steadily and some of the analysis architecture is in
lost a bit of faith there but performance wise csma is almost exactly matching auvnetsim behaviour, lots of queued packets. Need to do some reading on packet-clumping
ran experiment on conditionality of OverHearding override (existing implementation has a fall-through for overhearing rts while in wait ack not for the station) Looks like theres a small (21vs23 percent) improvement in packet success rate. Leave it in anyway.
fairly happy with the CSMA model now. FAMA still needs a lot of work but getting minimal collisions, low queue occupancy and consistent network performance across the test network. Now to work on the DataPackage integration stuff.
fairly happy with the CSMA model now. FAMA still needs a lot of work but getting minimal collisions, low queue occupancy and consistent network performance across the test network. Also rolled out FBR on Routing and MAC which seems to have some weird behaviour. Need to analyses that LATER. Need to spend time articulating the trust stuff. Dammit.
Im an idiot. shouldnt have messed with tdata. eliminated all the "fell through state" errors. Routing works, getting 75% of packets delivered with less than 10s delay and 50% less than 1.3. Wnat to do some pep8 cleaning next then finally sorting trust
before autopep8
after autopep8
nearly there, most of the work is living in ipython at the minute, at least until the meeting with alan this morning
reasonably tested, preparing for merge