>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> >> module's name: A >> >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> A: > Activation function (time constant method) > >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> >------------------------------->---------------------------------------> > > > > 1 > A = ssA (1) > > > > >------------------------------->---------------------------------------> 2 > ssA - A > -1.0 >IV< > dA/dt= ------------ (2) > > tA > >------------------------------->---------------------------------------> >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> ssA: > Steady state value for activation > >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> >----------------------->------------------------------------------------------> 1 > 1 > 12.0 >h< > ssA = -------------------- (1) > 8.7 >s< > +- -+ p > 1.0 >p< > | (h-V)/s | > > |1 + e | > > +- -+ > > > >----------------------->------------------------------------------------------> > 2 > 1 - An > > 0.0001 >An< > ssA = -------------------- + An > > 0.0002 >h< > +- -+ p > > 0.0003 >s< > | (h-V)/s | (2) > > 0.00004 >p< > |1 + e | > > > +- -+ > >----------------------->------------------------------------------------------> >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> tA: > Time constant for activation > >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> >----------------------->------------------------------------------------------> > > > > 1 > tA = tx (1)> > 0.0 >tx< > > >----------------------->------------------------------------------------------> > 2 > tx -tn > > 0.0015 >tx< > tA = -------------------- + tn (2)> > 4.5E-4 >tn< > +- -+ p > > -8.7 >h< > | (V-h)/s | > > 1.85 >s< > |1 + e | > > 1.0 >p< > +- -+ > > > > >----------------------->------------------------------------------------------> > 3 > tx -tn > > 0.1 >tx< > tA = ----------------------------------- + tn (3)> > 0.2 >tn< > +- -+p1 +- -+p2 > > 0.3 >h1< > | (V-h1)/s1 | | (V-h2)/s2 | > > 0.4 >s1< > |1+e | |1+e | > > 1 >p1< > +- -+ +- -+ > > 0.5 >h2< > > > 0.6 >s2< > > > 2 >p2< > > >----------------------->------------------------------------------------------> > > +-- -+ > > 4 > | 1 - rtn | > > 0. >tx< > tA = tx | -------------------- + rtn | (4)> > 0. >rtn< > | +- -+ p | > > 0. >h< > | | (V-h)/s | | > > 0. >s< > | |1 + e | | > > 0 >p< > | +- -+ | > > > +-- -+ > > > > >----------------------->------------------------------------------------------> > > +-- --+ > > 5 > | 1 - rtn | > > 0. >tx< > tA=tx | ---------------------------------- +rtn | (5)> > 0. >rtn< > | +- -+p1+- -+p2 | > > 0. >h1< > | | (V-h1)/s1| | (V-h2)/s2| | > > 0. >s1< > | |1+e | |1+e | | > > 0 >p1< > | +- -+ +- -+ | > > 0. >h2< > +-- --+ > > 0. >s2< > > > 0 >p2< > > >----------------------->------------------------------------------------------> 6 > tx > 0.03 >tx< > tA = ----------------------------------- (6)> 12.0 >h1< > (V-h1)/s1 -(V-h2)/s2 > 34.8 >s1< > e + e > 12.0 >h2< > > 34.8 >s2< > > >----------------------->------------------------------------------------------>