begintemplate GC public somagc, dend, synmt, priden, sampa, priden2 create somagc, priden2[3], dend[6], priden objref synmt[3], sampa[3] proc init() { topol() geometry() segments() memb() } proc topol() {local i connect priden(0), somagc(1) connect priden2[0](0), priden(.6) connect priden2[1](0), priden(.8) connect priden2[2](0), priden(.9) connect dend[0](0), dend[1](1) connect dend[1](0), priden2[0](0.5) connect dend[2](0), dend[3](1) connect dend[3](0), priden2[0](0.6) connect dend[4](0), dend[5](1) connect dend[5](0), priden2[0](0.4) } proc segments() {local i somagc.nseg= 1 forsec "priden" nseg = 10 forsec "dend" nseg = 1 } proc geometry() {local i somagc { L = 8 diam = 8} dend[0] { L=1 diam=1} dend[2] { L=1 diam=1} dend[4] { L=1 diam=1} dend[1] { L=2 diam=.2} dend[3] { L=2 diam=.2} dend[5] { L=2 diam=.2} priden {L=150 diam=.5} for i=0, 2 {priden2[i] {L=100 diam=.4}} define_shape() } proc memb() { forall { insert pas insert kamt gbar_kamt=0.008 ek=-90 insert nax gbar_nax=0.02 sh_nax=15 ena=60 Ra = 80 cm = 1 g_pas = 1/30000 e_pas = -65 ek = -90 } forsec "soma" { gbar_nax=0.04 insert kdrmt gbar_kdrmt=0.006 gbar_kamt = 0.004 cm = 4 g_pas = cm/30000 } forsec "pri" { cm = 4 g_pas = cm/30000 } dend[0] { synmt[0] = new nmdanet(1) sampa[0] = new ExpSyn(1) sampa[0].e=0 sampa[0].tau=3 } dend[2] { synmt[1] = new nmdanet(1) sampa[1] = new ExpSyn(1) sampa[1].e=0 sampa[1].tau=3 } dend[4] { synmt[2] = new nmdanet(1) sampa[2] = new ExpSyn(1) sampa[2].e=0 sampa[2].tau=3 } } endtemplate GC