scan=n
seed=7891
NEURON
R: beta=0.11 theta=0.10 Mx=0.1
Iapp=0.44
L: beta=0.32 theta=0.05 Mx=0.2
F: beta=0.35 theta=0.28 Mx=0.2
IappF=0.33 nu=0.75
SYNAPSES
RR: gg=5.0 taus=2.0 kf=1.0 UV=0.21 taur=463.0 tauf=0.0
LR: gg=7.0 taus=2.0 kf=1.0 UV=0.09 taur=0.0 tauf=670.0
RL: gg=35.0 taus=6.3 kf=1.0 UV=0.3 taur=1250.0 tauf=0.0
FR: gg=18.0 taus=2.0 kf=1.0 UV=0.3 taur=227.0 tauf=0.0
RF: gg=38.0 taus=2.0 kf=1.0 UV=0.14 taur=875.0 tauf=0.0
FF: gg=5.0 taus=2.0 kf=1.0 UV=0.3 taur=400.0 tauf=0.0
FL: gg=10.0 taus=2.0 kf=1.0 UV=0.3 taur=400.0 tauf=0.0
LF: gg=20.0 taus=2.0 kf=1.0 UV=0.3 taur=400.0 tauf=0.0
tghlin=l sfact=n nuif=i sig=100.0
GENERAL
deltat=0.02 nt=500000
twrite=10 tmcol=500000 ttrans=100000 tupdown=100000
method=r incond=r fpcal=y smforce=l

INITIAL CONDITIONS
sRR xRR uRR   sLR xLR uLR   sRL xRL uRL
0.0 1.0 0.21  0.0 1.0 0.09  0.0 1.0 0.3
sFR xFR uFR   sRF xRF uRF   sFF xFF uFF
0.0 1.0 0.3   0.0 1.0 0.14  0.0 1.0 0.3
sFL xFL uFL   sLF xLF uLF 
0.0 1.0 0.3   0.0 1.0 0.3


tghlin    : t - tanh, l - lin, s - sig.
sfact     : y - with (1-s), n - without (1-s).
nuif      : i - IappF, n - nu.
method    : r - Runge-Kutta 4, t - Runge-Kutta 2, e - Euler.
incond    : r - read.
fpcal     : y - yes, n - no.
smforce   : p - always print (sm=0), n - always no print (sm=1),
           l - leave as is.


scan=e
NEURON Iapp parmin=0.1 parmax=1.6 npar=1000 nrepeat=1