// Initialize
create soma, iseg, axon[1], myelin[1], node[1], iseg, nodes[1], nodec[1], myelinc[1], term
//================================================================================
func var_defined(){
if( name_declared( $s1 ) == 5 ) return 1
return 0
}
//------------------------------------------------------------------------------
objref synL, synNL // list of synapses (and their section Names)
//-------------------------------------------------------
ifn=5
proc get_grid_size() {
if (ifn==1) { HCxgrid = 10.1535 HCygrid = 10.1535 }
if (ifn==2) { HCxgrid = 7.4329 HCygrid = 7.4329 }
if (ifn==5) { HCxgrid = 10.1535 HCygrid = 10.1535 }
if (ifn==72) { HCxgrid = 8.7000 HCygrid = 8.7000 }
//HCxgrid = 10.1535
//HCygrid = 10.1535
// HCzgrid = 50 density so look only at x-y
}
func floor(){
if( $1 >= 0 ) return int($1)
if( $1 < 0 ) return int($1)-1
}
//func get_HCi(){ local i, xp, yp, zp localobj HCL, nHC
func get_HCi(){ local i, xp, yp localobj HCL, nHC
// since one hair cell may activate 3 or so boutons, set up a hair cell grid
// and if a bouton is near by, find nearest hair cell
//
HCL = $o1
xp = floor( x3d(1)/HCxgrid + 0.5 ) * HCxgrid // center of cube
yp = floor( y3d(1)/HCygrid + 0.5 ) * HCygrid
// zp = floor( z3d(1)/HCzgrid + 0.5 ) * HCzgrid
for i=0, HCL.count-1 {
if( HCL.o(i).xp == xp && HCL.o(i).yp == yp ){
// if( HCL.o(i).xp == xp && HCL.o(i).yp == yp && HCL.o(i).zp == zp ){
break
}
}
if( i >= HCL.count ){
nHC = new hc1( 0.5 ) // artificial hair cell. Add as needed
nHC.xp = xp
nHC.yp = yp
// nHC.zp = zp
nHC.del = 0
nHC.tau = 1e3/HCrate
HCL.append( nHC )
}
return i
}
objref HC // list of hair cells
objref Bsyns // list of bouton synapses
objref ncl // list of netcons
syntau=0.3
swdef=500
ad=0
ad1=1.60
tstop = 1000
lambda_f_d = 0.1
//-------------------------------------------------------
proc do_cell(){ local i localobj syn //, str
forall delete_section()
get_grid_size()
//
if (ifn==1) {
load_file( 1, "Zone1s.hoc" )
nodes[0] {diam(0:1)=3.67:1.216 L=1 nseg=1}
nodes[1] {diam(0:1)=3.67:1.216 L=1 nseg=1}
forsec "nodec" {diam=1.216 L=1 nseg=1}
forsec "myelinc" {diam=1.216 L=125 nseg=3}
term {diam=1.216 L=200 nseg=5}
myelinc[0].L=50
aXm_cm=0.02
aXm_Rm=60000
soma_cm=0.05
soma_Rm=24000
}
if (ifn==2) {
load_file( 1, "Zone2s.hoc" )
nodes[0] {diam=4.326 L=1 nseg=1}
nodes[1] {diam(0:1)=4.326:1.85 L=1 nseg=1}
myelin[1] {diam=2.15 L=215 nseg=3}
node[1] {diam=2.15 L=1 nseg=1}
forsec "nodec" {diam=1.85 L=1 nseg=1}
forsec "myelinc" {diam=1.85 L=200 nseg=3}
term {diam=1.85 L=200 nseg=5}
myelinc[0].L=150
aXm_cm=0.01
aXm_Rm=120000
soma_cm=0.04
soma_Rm=30000
}
if (ifn==5) {
load_file( 1, "Zone5s.hoc" )
nodes[0] {diam=1.23 L=1 nseg=1}
nodes[1] {diam=1.23 L=1 nseg=1}
forsec "nodec" {diam=1.1 L=1 nseg=1}
forsec "myelinc" {diam=1.1 L=110 nseg=3}
term {diam=1.1 L=200 nseg=5}
myelinc[0].L=20
aXm_cm=0.02
aXm_Rm=60000
soma_cm=0.05
soma_Rm=24000
}
if (ifn==72) {
load_file( 1, "Zone4_72.hoc" )
nodes[0] {diam(0:1)=2.5:1.512 L=1 nseg=1}
nodes[1] {diam(0:1)=2.0:1.7 L=1 nseg=1}
forsec "nodec" {diam=1.7 L=1 nseg=1}
forsec "myelinc" {diam=1.7 L=170 nseg=3}
term {diam=1.8 L=200 nseg=5}
myelinc[0].L=90
aXm_cm=0.01
aXm_Rm=120000
soma_cm=0.04
soma_Rm=30000
}
access axon[0] // axon[0] is just before the first branch point
distance()
forall {
insert pas
}
forsec "bouton" {
if( var_defined( "Gbar_Nav16_b")) insert Nav16
if( var_defined( "Gbar_Kv31_b")) insert Kv31
if( var_defined( "Gbar_Kv3s_b")) insert Kv3s
if( var_defined( "Gbar_Kv12_b")) insert Kv12
if( var_defined( "Gbar_Kv43A_b")) insert Kv43A
if( var_defined( "Gbar_Kv7M_b")) insert Kv7M
if( var_defined( "Gbar_H_HCNl_b")) insert H_HCNl
}
forsec "soma" {
if( var_defined( "Gbar_Nav16_s")) insert Nav16
if( var_defined( "Gbar_Kv31_s")) insert Kv31
if( var_defined( "Gbar_Kv3s_s")) insert Kv3s
if( var_defined( "Gbar_Kv12_s")) insert Kv12
if( var_defined( "Gbar_Kv43A_s")) insert Kv43A
if( var_defined( "Gbar_Kv7M_s")) insert Kv7M
if( var_defined( "Gbar_H_HCNl_s")) insert H_HCNl
}
forsec "axon" {
if( var_defined( "Gbar_Nav16_a")) insert Nav16
if( var_defined( "Gbar_Kv31_a")) insert Kv31
if( var_defined( "Gbar_Kv3s_a")) insert Kv3s
if( var_defined( "Gbar_Kv12_a")) insert Kv12
if( var_defined( "Gbar_Kv43A_a")) insert Kv43A
if( var_defined( "Gbar_Kv7M_a")) insert Kv7M
if( var_defined( "Gbar_H_HCNl_a")) insert H_HCNl
}
forsec "iseg" {
if( var_defined( "Gbar_Nav16_i")) insert Nav16
if( var_defined( "Gbar_Kv31_i")) insert Kv31
if( var_defined( "Gbar_Kv3s_i")) insert Kv3s
if( var_defined( "Gbar_Kv12_i")) insert Kv12
if( var_defined( "Gbar_Kv43A_i")) insert Kv43A
if( var_defined( "Gbar_Kv7M_i")) insert Kv7M
if( var_defined( "Gbar_H_HCNl_i")) insert H_HCNl
}
forsec "myelin" {
if( var_defined( "Gbar_Nav16_m")) insert Nav16
if( var_defined( "Gbar_Kv31_m")) insert Kv31
if( var_defined( "Gbar_Kv3s_m")) insert Kv3s
if( var_defined( "Gbar_Kv12_m")) insert Kv12
if( var_defined( "Gbar_Kv43A_m")) insert Kv43A
if( var_defined( "Gbar_Kv7M_m")) insert Kv7M
if( var_defined( "Gbar_H_HCNl_m")) insert H_HCNl
}
forsec "node" {
if( var_defined( "Gbar_Nav16_n")) insert Nav16
if( var_defined( "Gbar_Kv31_n")) insert Kv31
if( var_defined( "Gbar_Kv3s_n")) insert Kv3s
if( var_defined( "Gbar_Kv12_n")) insert Kv12
if( var_defined( "Gbar_Kv43A_n")) insert Kv43A
if( var_defined( "Gbar_Kv7M_n")) insert Kv7M
if( var_defined( "Gbar_H_HCNl_n")) insert H_HCNl
}
forsec "term" {
if( var_defined( "Gbar_Nav16_t")) insert Nav16
if( var_defined( "Gbar_Kv31_t")) insert Kv31
if( var_defined( "Gbar_Kv3s_t")) insert Kv3s
if( var_defined( "Gbar_Kv12_t")) insert Kv12
if( var_defined( "Gbar_Kv43A_t")) insert Kv43A
if( var_defined( "Gbar_Kv7M_t")) insert Kv7M
if( var_defined( "Gbar_H_HCNl_t")) insert H_HCNl
}
HC = new List()
Bsyns = new List()
ncl = new List()
forsec "bouton" {
HCi = get_HCi( HC ) // get hc of current bouton
syn = new afhcsyn_i0( 0.5 ) // create synapse for bouton
syn.tau = syntau // first cut fit
// syn.atau = synatau // determines wait interval
// syn.del = syndel // delay to settle down
// syn.dist=distance(0.5)
Bsyns.append( syn )
ncl.append( new NetCon( HC.o(HCi), syn, 0, 0, 1000 )) // Connect them
}
for i=0, ncl.count-1 ncl.o(i).weight = swdef
print_HC_bouton()
}
proc print_HC_bouton(){local dist
for ih=0, HC.count-1{
// printf( "HC %d xyz %4.1f %4.1f %4.1f tau %g\n", ih, HC.o(ih).xp, HC.o(ih).yp, HC.o(ih).zp, HC.o(ih).tau )
printf( "HC %d xy %4.1f %4.1f tau %g\n", ih, HC.o(ih).xp, HC.o(ih).yp, HC.o(ih).tau )
for in=0, ncl.count-1 if( HC.o(ih)==ncl.o(in).pre ){
ncl.o(in).postloc
dist=distance(0.5)
printf( "\t%25s xy %4.1f, %4.1f %4.1f ncl_i %d %s %g %g %g \n", secname(), x3d(1), y3d(1), z3d(1), in, ncl.o(in).syn(), dist, Bsyns.o(in).tau, ncl.o(in).weight )
pop_section()
}
}
}
proc print_HC_bouton_file(){local dist localobj aF
strdef strs1
strs1 = $s1
aF = new File()
aF.wopen(strs1)
for ih=0, HC.count-1{
// aF.printf( "HC %d xyz %4.1f %4.1f %4.1f tau %g\n", ih, HC.o(ih).xp, HC.o(ih).yp, HC.o(ih).zp, HC.o(ih).tau )
aF.printf( "HC %d xy %4.1f %4.1f tau %g\n", ih, HC.o(ih).xp, HC.o(ih).yp, HC.o(ih).tau )
for in=0, ncl.count-1 if( HC.o(ih)==ncl.o(in).pre ){
ncl.o(in).postloc
dist=distance(0.5)
aF.printf( "\t%25s xyz %4.1f, %4.1f %4.1 ncl_i %d %s %g %g %g \n", secname(), x3d(1), y3d(1), z3d(1), in, ncl.o(in).syn(), dist, Bsyns.o(in).tau, ncl.o(in).weight )
pop_section()
}
}
}
//================================================================================
proc init_cell(){
forall {
e_pas = G_e_pas
g_pas = 1 / G_Rm
Ra = G_Ra
cm = G_cm
if( var_defined( "G_ena")) ena = G_ena
if( var_defined( "G_ek")) ek = G_ek
}
forsec "myelin" {
cm = aXm_cm
g_pas = 1/aXm_Rm
}
forsec "nodes" { // not actual nodes. bracket soma. assumed myelinated
cm = aXm_cm
g_pas = 1/aXm_Rm
}
forsec "soma" {
cm = soma_cm
g_pas =1/soma_Rm
}
forsec "soma" {
if( var_defined( "Gbar_Nav16_s")) gbar_Nav16 = Gbar_Nav16_s
if( var_defined( "Gbar_Kv12_s")) gbar_Kv12 = Gbar_Kv12_s
if( var_defined( "Gbar_Kv31_s")) gbar_Kv31 = Gbar_Kv31_s
if( var_defined( "Gbar_Kv3s_s")) gbar_Kv3s = Gbar_Kv3s_s
if( var_defined( "Gbar_Kv43A_s")) gbar_Kv43A = Gbar_Kv43A_s
if( var_defined( "Gbar_Kv7M_s")) gbar_Kv7M = Gbar_Kv7M_s
if( var_defined( "Gbar_H_HCNl_s")) gbar_H_HCNl = Gbar_H_HCNl_s
}
forsec "iseg" {
if( var_defined( "Gbar_Nav16_i")) gbar_Nav16 = Gbar_Nav16_i
if( var_defined( "Gbar_Kv12_i")) gbar_Kv12 = Gbar_Kv12_i
if( var_defined( "Gbar_Kv31_i")) gbar_Kv31 = Gbar_Kv31_i
if( var_defined( "Gbar_Kv3s_i")) gbar_Kv3s = Gbar_Kv3s_i
if( var_defined( "Gbar_Kv43A_i")) gbar_Kv43A = Gbar_Kv43A_i
if( var_defined( "Gbar_Kv7M_i")) gbar_Kv7M = Gbar_Kv7M_i
if( var_defined( "Gbar_H_HCNl_i")) gbar_H_HCNl = Gbar_H_HCNl_i
}
forsec "myelin" {
if( var_defined( "Gbar_Nav16_m")) gbar_Nav16 = Gbar_Nav16_m
if( var_defined( "Gbar_Kv12_m")) gbar_Kv12 = Gbar_Kv12_m
if( var_defined( "Gbar_Kv31_m")) gbar_Kv31 = Gbar_Kv31_m
if( var_defined( "Gbar_Kv3s_m")) gbar_Kv3s = Gbar_Kv3s_m
if( var_defined( "Gbar_Kv43A_m")) gbar_Kv43A = Gbar_Kv43A_m
if( var_defined( "Gbar_Kv7M_m")) gbar_Kv7M = Gbar_Kv7M_m
if( var_defined( "Gbar_H_HCNl_m")) gbar_H_HCNl = Gbar_H_HCNl_m
}
forsec "bout" {
if( var_defined( "Gbar_Nav16_b")) gbar_Nav16 = Gbar_Nav16_b
if( var_defined( "Gbar_Kv12_b")) gbar_Kv12 = Gbar_Kv12_b
if( var_defined( "Gbar_Kv31_b")) gbar_Kv31 = Gbar_Kv31_b
if( var_defined( "Gbar_Kv3s_b")) gbar_Kv3s = Gbar_Kv3s_b
if( var_defined( "Gbar_Kv43A_b")) gbar_Kv43A = Gbar_Kv43A_b
if( var_defined( "Gbar_Kv7M_b")) gbar_Kv7M = Gbar_Kv7M_b
if( var_defined( "Gbar_H_HCNl_b")) gbar_H_HCNl = Gbar_H_HCNl_b
}
forsec "axon" {
if( var_defined( "Gbar_Nav16_a")) gbar_Nav16 = Gbar_Nav16_a
if( var_defined( "Gbar_Kv12_a")) gbar_Kv12 = Gbar_Kv12_a
if( var_defined( "Gbar_Kv31_a")) gbar_Kv31 = Gbar_Kv31_a
if( var_defined( "Gbar_Kv3s_a")) gbar_Kv3s = Gbar_Kv3s_a
if( var_defined( "Gbar_Kv43A_a")) gbar_Kv43A = Gbar_Kv43A_a
if( var_defined( "Gbar_Kv7M_a")) gbar_Kv7M = Gbar_Kv7M_a
if( var_defined( "Gbar_H_HCNl_a")) gbar_H_HCNl = Gbar_H_HCNl_a
}
forsec "axon[0]" {
if( var_defined( "Gbar_Nav16_a1")) gbar_Nav16 = Gbar_Nav16_a1
if( var_defined( "Gbar_Kv12_a1")) gbar_Kv12 = Gbar_Kv12_a1
if( var_defined( "Gbar_Kv31_a1")) gbar_Kv31 = Gbar_Kv31_a1
if( var_defined( "Gbar_Kv3s_a1")) gbar_Kv3s = Gbar_Kv3s_a1
if( var_defined( "Gbar_Kv43A_a1")) gbar_Kv43A = Gbar_Kv43A_a1
if( var_defined( "Gbar_Kv7M_a1")) gbar_Kv7M = Gbar_Kv7M_a1
if( var_defined( "Gbar_H_HCNl_a1")) gbar_H_HCNl = Gbar_H_HCNl_a1
}
forsec "node" {
if( var_defined( "Gbar_Nav16_n")) gbar_Nav16 = Gbar_Nav16_n
if( var_defined( "Gbar_Kv12_n")) gbar_Kv12 = Gbar_Kv12_n
if( var_defined( "Gbar_Kv31_n")) gbar_Kv31 = Gbar_Kv31_n
if( var_defined( "Gbar_Kv3s_n")) gbar_Kv3s = Gbar_Kv3s_n
if( var_defined( "Gbar_Kv43A_n")) gbar_Kv43A = Gbar_Kv43A_n
if( var_defined( "Gbar_Kv7M_n")) gbar_Kv7M = Gbar_Kv7M_n
if( var_defined( "Gbar_H_HCNl_n")) gbar_H_HCNl = Gbar_H_HCNl_n
}
forsec "nodes" {
if( var_defined( "Gbar_Nav16_ns")) gbar_Nav16 = Gbar_Nav16_ns
if( var_defined( "Gbar_Kv12_ns")) gbar_Kv12 = Gbar_Kv12_ns
if( var_defined( "Gbar_Kv31_ns")) gbar_Kv31 = Gbar_Kv31_ns
if( var_defined( "Gbar_Kv3s_ns")) gbar_Kv3s = Gbar_Kv3s_ns
if( var_defined( "Gbar_Kv43A_ns")) gbar_Kv43A = Gbar_Kv43A_ns
if( var_defined( "Gbar_Kv7M_ns")) gbar_Kv7M = Gbar_Kv7M_ns
if( var_defined( "Gbar_H_HCNl_ns")) gbar_H_HCNl = Gbar_H_HCNl_ns
}
forsec "nodec" {
if( var_defined( "Gbar_Nav16_nc")) gbar_Nav16 = Gbar_Nav16_nc
if( var_defined( "Gbar_Kv12_nc")) gbar_Kv12 = Gbar_Kv12_nc
if( var_defined( "Gbar_Kv31_nc")) gbar_Kv31 = Gbar_Kv31_nc
if( var_defined( "Gbar_Kv3s_nc")) gbar_Kv3s = Gbar_Kv3s_nc
if( var_defined( "Gbar_Kv43A_nc")) gbar_Kv43A = Gbar_Kv43A_nc
if( var_defined( "Gbar_Kv7M_nc")) gbar_Kv7M = Gbar_Kv7M_nc
if( var_defined( "Gbar_H_HCNl_nc")) gbar_H_HCNl = Gbar_H_HCNl_nc
}
forsec "term" {
if( var_defined( "Gbar_Nav16_t")) gbar_Nav16 = Gbar_Nav16_t
if( var_defined( "Gbar_Kv12_t")) gbar_Kv12 = Gbar_Kv12_t
if( var_defined( "Gbar_Kv31_t")) gbar_Kv31 = Gbar_Kv31_t
if( var_defined( "Gbar_Kv3s_t")) gbar_Kv3s = Gbar_Kv3s_t
if( var_defined( "Gbar_Kv43A_t")) gbar_Kv43A = Gbar_Kv43A_t
if( var_defined( "Gbar_Kv7M_t")) gbar_Kv7M = Gbar_Kv7M_t
if( var_defined( "Gbar_H_HCNl_t")) gbar_H_HCNl = Gbar_H_HCNl_t
}
set_nseg( lambda_f_d )
ad=0
ib=0
forsec "bou" {
ad = ad+diam
ib=ib+1
}
ad=ad/ib
ad1=1.6
print "ave bou diam ", ad, " ", ib, "cdiam= ", ad1
}
proc set_nseg(){
nseg_tot = 0
// soma area( 0.5 )
forall {
if( lambda_f_d <= 0 ) nseg = 1
if( lambda_f_d > 0 ) nseg = int((L/($1 *lambda_f(100))+.9)/2)*2 + 1
nseg_tot += nseg
}
forsec "bou" {
nseg=3
nseg_tot=nseg_tot+2
}
forsec "iseg" {
if (nseg=1) {
nseg=3
nseg_tot=nseg_tot+2
}
}
forsec "soma" {
if (nseg=1) {
nseg=3
nseg_tot=nseg_tot+2
}
}
forsec "axon" {
if (nseg=1) {
nseg=3
nseg_tot=nseg_tot+2
}
}
forsec "myel" {
if (nseg=1) {
nseg=3
nseg_tot=nseg_tot+2
}
}
printf( "lambda-d %g nseg_tot %d\n", $1, nseg_tot )
}
proc getg() {local rmm
forall {
rmm = 1/((g_Nav16(0.5) + g_Kv31(0.5)+g_Kv12(0.5)+g_Kv43A(0.5)+g_Kv3s(0.5)+g_Kv7M(0.5)+g_H_HCNl(0.5))*1e-4 + g_pas(0.5))
print secname(), " ", rmm, " ", g_pas(0.5)*1e4, " ", g_Nav16(0.5), " ", g_Kv31(0.5), " ", g_H_HCNl(0.5)
}
}
proc els() { local rmm, lam, el, lamp, elp
forall {
rmm = 1/((g_Nav16(0.5) + g_Kv31(0.5)+g_Kv12(0.5)+g_Kv43A(0.5)+g_Kv3s(0.5)+g_Kv7M(0.5)+g_H_HCNl(0.5))*1e-4 + g_pas(0.5))
lam = sqrt ((rmm*diam*1e-4)/(Ra*4))
el = L*1e-4/lam
lamp = sqrt ((1/g_pas(0.5)*diam*1e-4)/(Ra*4))
elp = L*1e-4/lamp
printf ("%-11s %8.4f %8.4f %8.4f %8.4f\n", secname(), lam, lamp, el, elp )
}
}
proc els_file() { local rmm,lam,el,lamp,elp localobj dF
strdef strs3
strs3=$s1
dF= new File()
dF.wopen(strs3)
forall {
rmm = 1/((g_Nav16(0.5) + g_Kv31(0.5)+g_Kv12(0.5)+g_Kv43A(0.5)+g_Kv3s(0.5)+g_Kv7M(0.5)+g_H_HCNl(0.5))*1e-4 + g_pas(0.5))
lam = sqrt ((rmm*diam*1e-4)/(Ra*4))
el = L*1e-4/lam
lamp = sqrt ((1/g_pas(0.5)*diam*1e-4)/(Ra*4))
elp = L*1e-4/lamp
dF.printf ("%-11s %10.2 %8.4f %8.4f %8.4f %8.4f\n", secname(), rmm, lam, lamp, el, elp)
}
}
proc rate() { local ataun // enter as rate per second, comverted to wait time in ms
ataun=$1
if(ataun > 0) {
for i=0,HC.count-1 HC.o(i).tau=1e3/ataun
} else {
for i=0,HC.count-1 HC.o(i).tau=0
}
}
proc weig() {local neww
neww=$1
for i=0,ncl.count-1 ncl.o(i).weight=neww
print" synaptic weights now = ",neww
}
proc nsyntau() { local newt
newt=$1
for i=0,Bsyns.count-1 Bsyns.o(i).tau=newt
}
proc sw_by_cdiam() { local i
for i=0,ncl.count-1 {
ncl.o(i).postloc
ncl.o(i).weight=ncl.o(i).weight*diam/ad1
printf("%-12s %8.3f\n", secname(), ncl.o(i).weight)
pop_section()
}
}
proc sw_by_diam() { local i
for i=0,ncl.count-1 {
ncl.o(i).postloc
ncl.o(i).weight=ncl.o(i).weight*diam/ad
printf("%-12s %8.3f\n", secname(), ncl.o(i).weight)
pop_section()
}
}
proc init() { local dtsav, temp, t2, t1, t0, dt2, dt1, dt0, it0, it1, it2
init_cell()
finitialize (v_init)
// added this
t2 = 3e9
t1 = 100
t0 = 30
dt2 = 1e8 dt1 = 0.1
dt0 = 0.1
it0 = -1*t0
it1 = -1*(t0 + t1)
it2 = -1*(t0 + t1 + t2)
t = it2
dtsav = dt
dt = dt2
// to here (also added local variables)
// t = -1e10 remove 3 lines
// dtsav = dt
// dt=1e9
// if cvode is on, turn it off to do large fixed step
temp = cvode.active()
if (temp != 0) {cvode.active(0) }
while (t < it1) {
// while (t<-1e9) { change while
fadvance()
}
// add this
dt=dt1
cvode.active(1)
cvode.atol(1e-4)
while ( t<it0) {
fadvance()
}
cvode.active(0)
dt = dt0
t = it0
while(t<0) {
fadvance()
}
// to here
// restore cvode if necessary
if (temp != 0) { cvode.active(1) }
dt = dtsav
t=0
if (cvode.active()) {
cvode.re_init()
} else {
fcurrent()
}
frecord_init()
}
//================================================================================
snci = 0
proc stim_nci(){ local i, ts, atau localobj fih // stimulates a single synapse
ts = tstop
tstop=40
atau=HC.o(0).tau
for i=0,HC.count-1 HC.o(i).tau=0
if( $1 < 0 ) {
ncl.o(snci).event(10)
} else {
snci = $1
fih = new FInitializeHandler( "stim_nci(-1)" )
run()
}
tstop = ts
for i=0,HC.count-1 HC.o(i).tau=atau
}
proc plot_syns() { local i
for i=0,ncl.count-1 {
stim_nci(i)
}
}
proc plot_onehc() { local i, atau, ts, ihc // one hc, could be many synapses
atau = HC.o(0).tau
ts = tstop
tstop=40
for i=0,HC.count-1 {
HC.o(i).tau=0
HC.o(i).del=1000
}
if ($1 < 0) {
ihc =0
} else {
ihc = $1
}
HC.o(ihc).del=10
run()
for i=0, HC.count-1 {
HC.o(i).del=0
HC.o(i).tau=atau
}
tstop=ts
}
proc plot_allhc() { local i, atau, ts // all hair cells
atau = HC.o(0).tau
ts = tstop
for i=0,HC.count-1 {
HC.o(i).tau=0
HC.o(i).del=1000
}
tstop=40
for i=0, HC.count-1 {
HC.o(i).del=10
run()
HC.o(i).del=1000
}
for i=0, HC.count-1 {
HC.o(i).del=0
HC.o(i).tau=atau
}
tstop=ts
}
proc remove_M() {
Gbar_Kv7M_a=0
Gbar_Kv7M_a1=0
Gbar_Kv7M_i=0
Gbar_Kv7M_m=0
Gbar_Kv7M_n=0
Gbar_Kv7M_t=0
Gbar_Kv7M_b=0
Gbar_Kv7M_s=0
Gbar_Kv7M_ns=0
Gbar_Kv7M_nc=0
}
proc remove_D() {
Gbar_Kv12_a=0
Gbar_Kv12_a1=0
Gbar_Kv12_i=0
Gbar_Kv12_m=0
Gbar_Kv12_n=0
Gbar_Kv12_t=0
Gbar_Kv12_b=0
Gbar_Kv12_s=0
Gbar_Kv12_ns=0
Gbar_Kv12_nc=0
}
proc remove_Ks () {
Gbar_Kv3s_a=0
Gbar_Kv3s_a1=0
Gbar_Kv3s_i=0
Gbar_Kv3s_m=0
Gbar_Kv3s_n=0
Gbar_Kv3s_t=0
Gbar_Kv3s_b=0
Gbar_Kv3s_s=0
Gbar_Kv3s_ns=0
Gbar_Kv3s_nc=0
}
proc change_H() { local fach
fach=$1
Gbar_H_HCNl_a = Gbar_H_HCNl_a*fach
Gbar_H_HCNl_a1 = Gbar_H_HCNl_a1*fach
Gbar_H_HCNl_i = Gbar_H_HCNl_i*fach
Gbar_H_HCNl_m = Gbar_H_HCNl_m*fach
Gbar_H_HCNl_n = Gbar_H_HCNl_n*fach
Gbar_H_HCNl_t = Gbar_H_HCNl_t*fach
Gbar_H_HCNl_b = Gbar_H_HCNl_b*fach
Gbar_H_HCNl_s = Gbar_H_HCNl_s*fach
Gbar_H_HCNl_ns = Gbar_H_HCNl_ns*fach
Gbar_H_HCNl_nc = Gbar_H_HCNl_nc*fach
}
proc change_D() { local facd
facd=$1
Gbar_Kv12_a = Gbar_Kv12_a*facd
Gbar_Kv12_a1 = Gbar_Kv12_a1*facd
Gbar_Kv12_i = Gbar_Kv12_i*facd
Gbar_Kv12_m = Gbar_Kv12_m*facd
Gbar_Kv12_n = Gbar_Kv12_n*facd
Gbar_Kv12_t = Gbar_Kv12_t*facd
Gbar_Kv12_b = Gbar_Kv12_b*facd
Gbar_Kv12_s = Gbar_Kv12_s*facd
Gbar_Kv12_ns = Gbar_Kv12_ns*facd
Gbar_Kv12_nc = Gbar_Kv12_nc*facd
}
proc change_M() { local facm
facm=$1
Gbar_Kv7M_a = Gbar_Kv7M_a*facm
Gbar_Kv7M_a1 = Gbar_Kv7M_a1*facm
Gbar_Kv7M_i = Gbar_Kv7M_i*facm
Gbar_Kv7M_m = Gbar_Kv7M_m*facm
Gbar_Kv7M_n = Gbar_Kv7M_n*facm
Gbar_Kv7M_t = Gbar_Kv7M_t*facm
Gbar_Kv7M_b = Gbar_Kv7M_b*facm
Gbar_Kv7M_s = Gbar_Kv7M_s*facm
Gbar_Kv7M_ns = Gbar_Kv7M_ns*facm
Gbar_Kv7M_nc = Gbar_Kv7M_nc*facm
}
proc restore_M() {
Gbar_Kv7M_a=4
Gbar_Kv7M_a1=4
Gbar_Kv7M_i=120
Gbar_Kv7M_m=0.12
Gbar_Kv7M_n=80
Gbar_Kv7M_t=12
Gbar_Kv7M_b=4
Gbar_Kv7M_s=0.12
Gbar_Kv7M_ns=0.12
Gbar_Kv7M_nc=80
}
proc restore_D() {
Gbar_Kv12_a=10
Gbar_Kv12_a1=10
Gbar_Kv12_i=300
Gbar_Kv12_m=0.3
Gbar_Kv12_n=200
Gbar_Kv12_t=30
Gbar_Kv12_b=10
Gbar_Kv12_s=0.3
Gbar_Kv12_ns=0.3
Gbar_Kv12_nc=200
}
proc arun1() {local i, n, y, th, avg, avgm1, sd, SS, cv, rate, spikes, freq localobj nc, nil, vec_v, vec_t, sT2
vec_v = new Vector()
vec_t = new Vector()
sT2 = new Vector()
soma nc = new NetCon(&v(.5),nil)
nc.threshold=-20
nc.record(sT2)
// cvode.record ( &v(0.5), vec_v, vec_t)
run()
// th=-20
n=0
sd=0
cv=0
avg=0
y=sT2.x[0]
// print vec_v.size , vec_t.size, sT2.size
// for i=1,vec_v.size-1 {
// if(vec_v.x[i] >= th && vec_v.x[i-1] < th) sT2.append(vec_t.x[i])
// }
// print vec_v.size , vec_t.size, sT2.size
// for i=0,sT2.size-1 print sT2.x[i]
print sT2.x[0],y,n,avg,sd,cv
for i=1,sT2.size-1 {
y=sT2.x[i]-sT2.x[i-1]
n+=1
if(n==1) {
avg = y
SS=0
print sT2.x[1], y, n, avg, sd, cv
} else {
avgm1 = avg
avg = avgm1 + (y - avgm1)/n
SS = SS + (y - avgm1)*(y - avg)
if(n > 1) sd = sqrt(SS/(n-1))
if (avg !=0.0) cv = sd/avg
print sT2.x[i], y, n, avg, sd, cv
}
}
if(n > 1) sd = sqrt(SS/(n-1))
if (avg != 0.0) cv = sd/avg
if (HC.o(0).tau > 0) {
rate=1e3/HC.o(0).tau
} else { rate=0}
spikes = sT2.size
freq = spikes*1e3/tstop
printf( "tstop %9g HCrate %8g spikes %6g freq %8g Hz avgISI %8g sd %8g cv %8g\n", tstop, rate, spikes, freq, avg, sd, cv)
}
proc printm() {
forsec "mye" print secname(), " ", diam, " ", L
}
//================================================================================
proc set_params() {
v_init = -60
G_e_pas = -60
G_Ra = 50
G_cm = 1
aXm_cm = 0.04
aXm_Rm = 30000
soma_cm = 0.1
soma_Rm = 12000
atau_ribbon1 = 0
G_Rm = 2000
Gbar_Nav16_a1 = 160
Gbar_Kv31_a1 = 34
Gbar_Kv3s_a1 = 6
Gbar_Kv12_a1 = 10
Gbar_Kv7M_a1 = 4
Gbar_Kv43A_a1 = 14
Gbar_H_HCNl_a1 = 11.233 * fac
Gbar_Nav16_a = 160
Gbar_Kv31_a = 34
Gbar_Kv3s_a = 6
Gbar_Kv12_a = 10
Gbar_Kv7M_a = 4
Gbar_Kv43A_a = 14
Gbar_H_HCNl_a = 11.233 * fac
Gbar_Nav16_m = 4.8
Gbar_Kv31_m = 1.02
Gbar_Kv3s_m = 0.18
Gbar_Kv12_m = 0.3
Gbar_Kv7M_m = 0.12
Gbar_Kv43A_m = 0.42
Gbar_H_HCNl_m = 0.337 * fac
Gbar_Nav16_i = 4800
Gbar_Kv31_i = 1020
Gbar_Kv3s_i = 180
Gbar_Kv12_i = 300
Gbar_Kv7M_i = 120
Gbar_Kv43A_i = 420
Gbar_H_HCNl_i = 337 * fac
Gbar_Nav16_ns = 4.8
Gbar_Kv31_ns = 1.02
Gbar_Kv3s_ns = 0.18
Gbar_Kv12_ns = 0.3
Gbar_Kv7M_ns = 0.12
Gbar_Kv43A_ns = 0.42
Gbar_H_HCNl_ns = 0.337 * fac
Gbar_Nav16_nc = 3200
Gbar_Kv31_nc = 680
Gbar_Kv3s_nc = 120
Gbar_Kv12_nc = 200
Gbar_Kv7M_nc = 80
Gbar_Kv43A_nc = 280
Gbar_H_HCNl_nc = 224.67 * fac
Gbar_Nav16_n = 3200
Gbar_Kv31_n = 680
Gbar_Kv3s_n = 120
Gbar_Kv12_n = 200
Gbar_Kv7M_n = 80
Gbar_Kv43A_n = 280
Gbar_H_HCNl_n = 224.67 * fac
Gbar_Nav16_b = 160
Gbar_Kv31_b = 34
Gbar_Kv3s_b = 6
Gbar_Kv12_b = 10
Gbar_Kv7M_b = 4
Gbar_Kv43A_b = 14
Gbar_H_HCNl_b = 11.233 * fac
Gbar_Nav16_s = 4.8
Gbar_Kv31_s = 1.02
Gbar_Kv3s_s = 0.18
Gbar_Kv12_s = 0.3
Gbar_Kv7M_s = 0.12
Gbar_Kv43A_s = 0.42
Gbar_H_HCNl_s = 0.337 * fac
Gbar_Nav16_t = 480
Gbar_Kv31_t = 102
Gbar_Kv3s_t = 18
Gbar_Kv12_t = 30
Gbar_Kv7M_t = 12
Gbar_Kv43A_t = 42
Gbar_H_HCNl_t = 33.7 * fac
vhalf_n_Nav16 = -40
slope_n_Nav16 = -4.5
gates_n_Nav16 = 3
tau0_n_Nav16 = 0.04
tauA_n_Nav16 = 0.2
tauG_n_Nav16 = 0.75
tauF_n_Nav16 = 0
tauDv_n_Nav16 = 0
vhalf_h_Nav16 = -65
slope_h_Nav16 = 8
tau0_h_Nav16 = 0.0
tauA_h_Nav16 = 8
tauG_h_Nav16 = 0.5
tauF_h_Nav16 = 0
tauDv_h_Nav16 = 0
gates_n_Kv31 = 4
vhalf_n_Kv31 = -15
slope_n_Kv31 = -15.6
tau0_n_Kv31 = 1
tauA_n_Kv31 = 3
tauG_n_Kv31 = 0.25
tauF_n_Kv31 = 0
tauDv_n_Kv31 = 0
gates_n_Kv3s = 4
vhalf_n_Kv3s = -23
slope_n_Kv3s = -7
tau0_n_Kv3s = 4
tauA_n_Kv3s = 45
tauG_n_Kv3s = 0.25
tauF_n_Kv3s = 0
tauDv_n_Kv3s = 0
gates_n_Kv12 = 4
vhalf_n_Kv12 = -48
slope_n_Kv12 = -6
tau0_n_Kv12 = 1.5
tauA_n_Kv12 = 5.0
tauG_n_Kv12 = 0.34
tauF_n_Kv12 = 0
tauDv_n_Kv12 = 0
vhalf_h_Kv12 = -71
slope_h_Kv12 = 10
tau0_h_Kv12 = 50
tauA_h_Kv12 = 300
tauG_h_Kv12 = 0.5
tauF_h_Kv12 = 0
tauDv_h_Kv12 = 0
gates_n_H_HCNl = 2
vhalf_n_H_HCNl = -98
slope_n_H_HCNl = 9
tau0_n_H_HCNl = 14.7
tauA_n_H_HCNl = 107
tauG_n_H_HCNl = 0.37
tauF_n_H_HCNl = 0
tauDv_n_H_HCNl = 0
gates_ns_H_HCNl = 1
vhalf_ns_H_HCNl = -98
slope_ns_H_HCNl = 9
tau0_ns_H_HCNl = 161.3
tauA_ns_H_HCNl = 367
tauG_ns_H_HCNl = 0.3975
tauF_ns_H_HCNl = 0
tauDv_ns_H_HCNl = 0
gates_n_Kv7M = 1
vhalf_n_Kv7M = -41
slope_n_Kv7M = -6
tau0_n_Kv7M = 1.5
tauA_n_Kv7M = 54
tauG_n_Kv7M = 0.5
tauF_n_Kv7M = 0
tauDv_n_Kv7M = 0
gates_n_Kv43A = 4
vhalf_n_Kv43A = -32
slope_n_Kv43A = -6.0
tau0_n_Kv43A = 0.2
tauA_n_Kv43A = 2.5
tauG_n_Kv43A = 0.4
tauF_n_Kv43A = 0
tauDv_n_Kv43A = 0
vhalf_h_Kv43A = -64
slope_h_Kv43A = 6.5
tau0_h_Kv43A = 4
tauA_h_Kv43A = 20
tauG_h_Kv43A = 0.5
tauF_h_Kv43A = 0
tauDv_h_Kv43A = 0
G_ena=50
G_ek=-81
}
proc print_kin() {
printf ( "Nav16 v0.5 slope tau0 tauA tauG tauF \n")
printf ( "%8.3f %8.3f %8.3f %8.3f %6.3f %6.3f \n", vhalf_n_Nav16, slope_n_Nav16, tau0_n_Nav16, tauA_n_Nav16, tauG_n_Nav16, tauF_n_Nav16)
printf ( "%8.3f %8.3f %8.3f %8.3f %6.3f %6.3f \n", vhalf_h_Nav16, slope_h_Nav16, tau0_h_Nav16, tauA_h_Nav16, tauG_h_Nav16, tauF_h_Nav16)
printf ("\n")
printf ( "Kv12 v0.5 slope tau0 tauA tauG tauF \n")
printf ( "%8.3f %8.3f %8.3f %8.3f %6.3f %6.3f \n", vhalf_n_Kv12, slope_n_Kv12, tau0_n_Kv12, tauA_n_Kv12, tauG_n_Kv12, tauF_n_Kv12)
printf ( "%8.3f %8.3f %8.3f %8.3f %6.3f %6.3f \n", vhalf_h_Kv12, slope_h_Kv12, tau0_h_Kv12, tauA_h_Kv12, tauG_h_Kv12, tauF_h_Kv12)
printf ("\n")
printf ( "Kv31 v0.5 slope tau0 tauA tauG tauF \n")
printf ( "%8.3f %8.3f %8.3f %8.3f %6.3f %6.3f \n", vhalf_n_Kv31, slope_n_Kv31, tau0_n_Kv31, tauA_n_Kv31, tauG_n_Kv31, tauF_n_Kv31)
printf ("\n")
printf ( "Kv3s v0.5 slope tau0 tauA tauG tauF \n")
printf ( "%8.3f %8.3f %8.3f %8.3f %6.3f %6.3f \n", vhalf_n_Kv3s, slope_n_Kv3s, tau0_n_Kv3s, tauA_n_Kv3s, tauG_n_Kv3s, tauF_n_Kv3s)
printf ("\n")
printf ( "Kv7M v0.5 slope tau0 tauA tauG tauF \n")
printf ( "%8.3f %8.3f %8.3f %8.3f %6.3f %6.3f \n", vhalf_n_Kv7M, slope_n_Kv7M, tau0_n_Kv7M, tauA_n_Kv7M, tauG_n_Kv7M, tauF_n_Kv7M)
printf ("\n")
printf ( "Kv43A v0.5 slope tau0 tauA tauG tauF \n")
printf ( "%8.3f %8.3f %8.3f %8.3f %6.3f %6.3f \n", vhalf_n_Kv43A, slope_n_Kv43A, tau0_n_Kv43A, tauA_n_Kv43A, tauG_n_Kv43A, tauF_n_Kv43A)
printf ( "%8.3f %8.3f %8.3f %8.3f %6.3f %6.3f \n", vhalf_h_Kv43A, slope_h_Kv43A, tau0_h_Kv43A, tauA_h_Kv43A, tauG_h_Kv43A, tauF_h_Kv43A)
printf ("\n")
printf ( "H_HCNl v0.5 slope tau0 tauA tauG tauF \n")
printf ( "%8.3f %8.3f %8.3f %8.3f %6.3f %6.3f \n", vhalf_n_H_HCNl, slope_n_H_HCNl, tau0_n_H_HCNl, tauA_n_H_HCNl, tauG_n_H_HCNl, tauF_n_H_HCNl)
printf ("\n")
printf ( "H_HCNls v0.5 slope tau0 tauA tauG tauF \n")
printf ( "%8.3f %8.3f %8.3f %8.3f %6.3f %6.3f \n", vhalf_ns_H_HCNl, slope_ns_H_HCNl, tau0_ns_H_HCNl, tauA_ns_H_HCNl, tauG_ns_H_HCNl, tauF_ns_H_HCNl)
printf ("\n")
}
proc print_RMkin() {
printf ( "RMna v0.5 slope v0.5_h slope_h \n")
printf ( "%8.3f %8.3f %8.3f %8.3f \n", vhalf_m_RMna, slope_m_RMna, vhalf_h_RMna, slope_h_RMna )
printf ("\n")
}
proc print_gbar() {
printf ( "Nav16 a b a1 iseg my nod ns soma nodc term \n")
printf ( "%9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f \n", Gbar_Nav16_a, Gbar_Nav16_b, Gbar_Nav16_a1, Gbar_Nav16_i, Gbar_Nav16_m, Gbar_Nav16_n, Gbar_Nav16_ns, Gbar_Nav16_s, Gbar_Nav16_nc, Gbar_Nav16_t)
printf ("\n")
printf ( "Kv31 a b a1 iseg my nod ns soma nodc term \n")
printf ( "%9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f \n", Gbar_Kv31_a, Gbar_Kv31_b, Gbar_Kv31_a1, Gbar_Kv31_i, Gbar_Kv31_m, Gbar_Kv31_n, Gbar_Kv31_ns, Gbar_Kv31_s, Gbar_Kv31_nc, Gbar_Kv31_t)
printf ("\n")
printf ( "Kv3s a b a1 iseg my nod ns soma nodc term \n")
printf ( "%9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f \n", Gbar_Kv3s_a, Gbar_Kv3s_b, Gbar_Kv3s_a1, Gbar_Kv3s_i, Gbar_Kv3s_m, Gbar_Kv3s_n, Gbar_Kv3s_ns, Gbar_Kv3s_s, Gbar_Kv3s_nc, Gbar_Kv3s_t)
printf ("\n")
printf ( "Kv12 a b a1 iseg my nod ns soma nodc term \n")
printf ( "%9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f \n", Gbar_Kv12_a, Gbar_Kv12_b, Gbar_Kv12_a1, Gbar_Kv12_i, Gbar_Kv12_m, Gbar_Kv12_n, Gbar_Kv12_ns, Gbar_Kv12_s, Gbar_Kv12_nc, Gbar_Kv12_t)
printf ("\n")
printf ( "Kv7M a b a1 iseg my nod ns soma nodc term \n")
printf ( "%9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f \n", Gbar_Kv7M_a, Gbar_Kv7M_b, Gbar_Kv7M_a1, Gbar_Kv7M_i, Gbar_Kv7M_m, Gbar_Kv7M_n, Gbar_Kv7M_ns, Gbar_Kv7M_s, Gbar_Kv7M_nc, Gbar_Kv7M_t)
printf ("\n")
printf ( "Kv43A a b a1 iseg my nod ns soma nodc term \n")
printf ( "%9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f \n", Gbar_Kv43A_a, Gbar_Kv43A_b, Gbar_Kv43A_a1, Gbar_Kv43A_i, Gbar_Kv43A_m, Gbar_Kv43A_n, Gbar_Kv43A_ns, Gbar_Kv43A_s, Gbar_Kv43A_nc, Gbar_Kv43A_t)
printf ("\n")
printf ( "H_HCNl a b a1 iseg my nod ns soma nodc term \n")
printf ( "%9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f \n", Gbar_H_HCNl_a, Gbar_H_HCNl_b, Gbar_H_HCNl_a1, Gbar_H_HCNl_i, Gbar_H_HCNl_m, Gbar_H_HCNl_n, Gbar_H_HCNl_ns, Gbar_H_HCNl_s, Gbar_H_HCNl_nc, Gbar_H_HCNl_t)
printf ("\n")
}
proc print_RMgbar() {
printf ( "RMna a b a1 iseg my nod ns soma nodc term \n")
printf ( "%9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f \n", Gbar_RMna_a, Gbar_RMna_b, Gbar_RMna_a1, Gbar_RMna_i, Gbar_RMna_m, Gbar_RMna_n, Gbar_RMna_ns, Gbar_RMna_s, Gbar_RMna_nc, Gbar_RMna_t)
printf ("\n")
printf ( "RMklt a b a1 iseg my nod ns soma nodc term \n")
printf ( "%9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f \n", Gbar_RMklt_a, Gbar_RMklt_b, Gbar_RMklt_a1, Gbar_RMklt_i, Gbar_RMklt_m, Gbar_RMklt_n, Gbar_RMklt_ns, Gbar_RMklt_s, Gbar_RMklt_nc, Gbar_RMklt_t)
printf ("\n")
printf ( "RMkht a b a1 iseg my nod ns soma nodc term \n")
printf ( "%9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f \n", Gbar_RMkht_a, Gbar_RMkht_b, Gbar_RMkht_a1, Gbar_RMkht_i, Gbar_RMkht_m, Gbar_RMkht_n, Gbar_RMkht_ns, Gbar_RMkht_s, Gbar_RMkht_nc, Gbar_RMkht_t)
printf ("\n")
printf ( "RMka a b a1 iseg my nod ns soma nodc term \n")
printf ( "%9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f \n", Gbar_RMka_a, Gbar_RMka_b, Gbar_RMka_a1, Gbar_RMka_i, Gbar_RMka_m, Gbar_RMka_n, Gbar_RMka_ns, Gbar_RMka_s, Gbar_RMka_nc, Gbar_RMka_t)
printf ("\n")
printf ( "RMih a b a1 iseg my nod ns soma nodc term \n")
printf ( "%9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f %9.4f \n", Gbar_RMih_a, Gbar_RMih_b, Gbar_RMih_a1, Gbar_RMih_i, Gbar_RMih_m, Gbar_RMih_n, Gbar_RMih_ns, Gbar_RMih_s, Gbar_RMih_nc, Gbar_RMih_t)
printf ("\n")
}
//================================================================================
// Begin execution
taudef=0.3
swdef= 400
HCrate = 20
ad=0
ib=0
fac=1.0
cvode.active(1)
cvode.atol(1e-3)
lambda_f_d = 0.1
set_params()
do_cell()
remove_D()
remove_M()
tstop = 1e3
load_file("i6s-hc.ses")
proc keep_lines() {
Graph[0].exec_menu("Keep Lines")
Graph[1].exec_menu("Keep Lines")
}
proc erase() {
Graph[0].exec_menu("Erase")
Graph[1].exec_menu("Erase")
}
proc change_node() {
Graph[1].erase_all()
if (ifn==1) {Graph[1].addexpr("node[6].v(0.5)",1,1,0.65,0.8,2)}
if (ifn==2) {Graph[1].addexpr("node[3].v(0.5)",1,1,0.65,0.8,2)}
if (ifn==5) {Graph[1].addexpr("node[4].v(0.5)",1,1,0.65,0.8,2)}
if (ifn==72) {Graph[1].addexpr("node[10].v(0.5)",1,1,0.65,0.8,2)}
if (ifn !=1 && ifn !=2 && ifn !=5 && ifn !=72) {
print " invalid cell entry"
} else {
do_cell()
rate(Prate)
}
}
init()
