Condition #2: OG + target monitoring
YESS!!! MORE MONITORING => significantly slower OG RT's and vice versa, without too much compromising of RT response rate...

things to investigate:
0) make sure it actually works (rep = 30)
1) WTA or mutual inhibition for outputs (right now there's nothing...)
2) stronger monitoring to target, more target bias (magnify effect of monitoring on target detection basically)
Condition #2: OG + target monitoring EVEN BETTER -- now it is a lot more realistic and ready to perform the actual PM task because:
1) the target detection decays after each trial (before it stayed the same)
2) monitoring has more effects on target detection and yet does not disrupt the ongoing task too much -- see the weights that are changed compared to the previous commit

To play around with it, just vary the monitoring level in Simulator.m:
1) for monitoring = 1, it has OG RT = 145 and OG accuracy = 85%
2) for monitoring = 0.7, it has OG RT = 130 and OG accuracy = 95%
3) for monitoring = 0.5, it has OG RT = 125 and OG accuracy = 98%
4) for monitoring = 0, it has OG RT = 120 and OG accuracy = 100%

(these are approxiamte, but this is the overall relationship we are looking at)

now we're ready to make the PM task work!
Merge branch 'McNerney2007' of https://github.com/tomov/prospective-memory into McNerney2007

....NEVER DO GIT COMMIT --AMEND EVER AGAIN!!!!!!!!!!!!! FUCK GITHUB FUCK GIT

Conflicts:
	Model.m
	Simulator.m
	notes.txt