///////////////////// Parameters /////////////////////

proc Parameters() {

celsius = 32
v_init = -62
ihold = 57				//pA
amplitude = 450		//pA
dur1 = 50         //ms
dur2 = 100
dur3 = 1000

//Passive properties
Ra0 = 210         //Ohm.cm
cm0 = 1           //uF/cm2
gpas = 2.5e-05    //S/cm2
Rm0 = 1e-3/gpas   //kOhm.cm2
Epas = -75        //mV
EK = -100         //mV

//The M conductance
gMaxon = 20       //pS/um2; for other units see the .mod
kKM = 9           //files and the panel in "SetUp.hoc".
v0erevKM = 65
kVM = 40
gammaKM = 0.5
taudivKM = 1
Dtaumult1 = 30
Dtaumult2 = 30
tau0mult = 1
VshiftKM = 0

//The SK and BK conductances
gsksoma = 0.0001
gskprox = 0.00001
gskGCLs = 0.00001
erevSK = EK
tauskdiv = 2
erevBK = EK
BKmult = 0.3

//The sAHP conductance
gbarsAHP = 10
tau1RefsAHP = 400
tau2sAHP = 200
c1infsAHP = 0.25
oinfsAHP = 0.5
CaRefsAHP = 0.002
cahsAHP = 0.01
kcasAHP = 0.001
nsAHP = 4
msAHP = 1

//The ad-hoc unknown conductance
gbarUK = 200
erevUK = -55
pUK = 4
tauUK = 10
VhalfUK =  -55
kUK = 1
kcaUK = 0.01

//The delayed rectifier and A conductances
KDRmult = 0.8
V0KDR = 23
taumultKDR = 1
gKAs = 0.012
gKAa = 0.004

//Calcium channels
CaTmult = 1.75
CaNmult = 1
CaLmult = 1
ca0 = .00007
tauctdiv = 1
taucadiv = 1
Vshift = 0

//The transient Na conductance
gNaT_mult = 1.5
taumultNa = 1
htaumultNa = 1
ENa = 42

}

Parameters()