%---------------------------------------------------------------------------
% [Simulation Environment]
%---------------------------------------------------------------------------
fnRR = outrr1.txt // output RR interval filename
fnAA = outaa1.txt // output AA interval filename
fnAV = outav1.txt // output AVJ status filename
fnLOG = outlog1.txt // output event log filename
MAX_RR = 500 // max RR intervals to run
MAX_TIME(s) = 1000.0 // max running time in seconds
Ts(s) = 0.001 // sampling interval
RR0(s) = 1.000 // initial RR interval
%---------------------------------------------------------------------------
% [Atrium Model]
%---------------------------------------------------------------------------
AA_MODEL = 0 // AA interval generator method
lambda(1/s) = 5 // mean rate of Afib bombardment on AV junction
AAstd(s) = 0.0 // standard deviation of AA interval
dVmean(mV) = 15 // mean potential increment (dV) by AF bombardment
dVstd(mV) = 0 // standard deviation of dV
AtrDly(ms) = 0.03 // atr conduction delay from SA node to AVJ
S1S2(s) = 0.2 // S1S2 interval of atrial pacing protocol
S2S3(s) = 0.5 // S2S3 interval of atrial pacing protocol
% AA model: 0-exponential, 1-inv poisson, 2-uniform, 3-Gaussion,
% 4-S1S2 pacing, 5-S1S2/S2S3 pacing, 6-fixed
%---------------------------------------------------------------------------
% [AVJ Model]
%---------------------------------------------------------------------------
Vt(mV) = -40 // AV junction threshold potential
Vr(mV) = -90 // AV junction resting potential
dVdt(mV/s) = 50 // original V4 (AVJ spontaneous depolarization slope)
MinAVDa(s) = 0.070 // minimum anterograde AV conduction delay
MinAVDr(s) = 0.070 // minimum retrograde AV conduction delay
alpha(s) = 0.130 // max extension of the AV conduction time
tau_c(s) = 0.100 // time constant for AV conduction curve
MinRef(s) = 0.050 // minimum AVJ refractory period
beta(s) = 0.250 // max extension of the AVJ refractory period
tau_r(s) = 0.500 // time constant for AVJ recovery curve
Ref_std(s) = 0.000 // standard deviation of AVJ refractory period
delta = 10 // electrotonic modulation control (strength)
theta = 10 // electrotonic modulation control (time)
%---------------------------------------------------------------------------
% [Ventricle Model]
%---------------------------------------------------------------------------
AntDly(s) = 0.050 // ante conduction delay from AVJ to RV electrode
RetDly(s) = 0.150 // retr conduction delay from RV electrode to AVJ
ref(s) = 0.100 // ventricular refractory period
%---------------------------------------------------------------------------
% [RV Electrode Model]
%---------------------------------------------------------------------------
VP_MODEL = 0 // ventricular pacing method
BI(s) = 0.80 // standby ventricular pacing basic interval
% VP_MODEL: 0-VVI, 1-adaptive VRS, 2-wittkampf, >2(default): VVI