proc unifinhib() {
soma{
g_i0_Gfluctdv=1e-5 
std_i_Gfluctdv=6e-6
}
dendrite{
g_i0_Gfluctdv=1e-5 
std_i_Gfluctdv=6e-6
}
}

proc proxinhib() {
somaarea=soma.L*soma.diam*PI
dendarea=0
proxdendarea=0
access dendrite
for i=1,25{
    dendarea=dendarea+area(0.02+0.04*(i-1))
}

for i=1,5{
    proxdendarea=proxdendarea+area(0.02+0.04*(i-1))
}
totarea=somaarea+dendarea
proxarea=somaarea+proxdendarea

g_i0_Gfluctdv(0:0.2)=(totarea/proxarea)*1e-5:(totarea/proxarea)*1e-5
std_i_Gfluctdv(0:0.2)=(totarea/proxarea)*6e-6:(totarea/proxarea)*6e-6
g_i0_Gfluctdv(0.2:1)=0:0
std_i_Gfluctdv(0.2:1)=0:0

access soma
g_i0_Gfluctdv=(totarea/proxarea)*1e-5
std_i_Gfluctdv=(totarea/proxarea)*6e-6
}

proc midinhib() {
somaarea=soma.L*soma.diam*PI
dendarea=0
middendarea=0
access dendrite
for i=1,25{
    dendarea=dendarea+area(0.02+0.04*(i-1))
}

for i=8,13{
    middendarea=middendarea+area(0.02+0.04*(i-1))
}
totarea=somaarea+dendarea


g_i0_Gfluctdv(0.32:0.56)=(totarea/middendarea)*1e-5:(totarea/middendarea)*1e-5
std_i_Gfluctdv(0.32:0.56)=(totarea/middendarea)*6e-6:(totarea/middendarea)*6e-6
g_i0_Gfluctdv(0.56:1)=0:0
std_i_Gfluctdv(0.56:1)=0:0

access soma
g_i0_Gfluctdv=0
std_i_Gfluctdv=0
}