LOGICAL_NAME SCell
TIMING: 0.0 0.25 1.0E-5
ON_LINE_GRAPH: 1
STORE_RESULTS: 0
INT_METHOD: 1
INT_&_FIRE: 0.0020
#NEUR 20
neur#=0 C
THRESHOLD -35.0
SPIKDUR 0.0030
VMINIT -48.0
CM 0.0010
MEM_AREA 314.1593E-8
is_TR= 0
#VDG 1
vdg#=0 leak
Ivd 5
#prm 2
0.05 -47.0
A 0
B 0
m 0
h 0
R 0
#ION 0
#SM 0
#I2C 0
#gbi 0
#gbs 0
#tbi 0
#tbs 0
#sbi 0
#sbs 0
#LDG 0
#CC 0
#MOB 0
#TRP 0
neur#=1 C1
THRESHOLD -35.0
SPIKDUR 0.0030
VMINIT -48.0
CM 0.0010
MEM_AREA 376.9911E-8
is_TR= 0
#VDG 1
vdg#=0 leak
Ivd 5
#prm 2
0.05 -47.0
A 0
B 0
m 0
h 0
R 0
#ION 0
#SM 0
#I2C 0
#gbi 0
#gbs 0
#tbi 0
#tbs 0
#sbi 0
#sbs 0
#LDG 0
#CC 0
#MOB 0
#TRP 0
neur#=2 C1a
THRESHOLD -35.0
SPIKDUR 0.0030
VMINIT -48.0
CM 0.0010
MEM_AREA 251.3274E-8
is_TR= 0
#VDG 7
vdg#=0 ADP
Ivd 4
#prm 3
0.025 1.0 50.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
vdg#=1 KDR
Ivd 4
#prm 3
6.0 4.0 -68.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
vdg#=2 mAHP
Ivd 5
#prm 2
0.25 -68.0
A 0
B 0
m 0
h 0
R 0
vdg#=3 Ca
Ivd 4
#prm 3
0.01 1.0 120.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
1.5 -20.0 20.0 5.0
bm 5
#prm 3
1.5 -25.0 10.0
vdg#=4 leak
Ivd 5
#prm 2
0.5 -47.0
A 0
B 0
m 0
h 0
R 1
INACTIVATION=R
R 2
#prm 2
30.0 100.0 C1A_LEAK.R
vdg#=5 Na
Ivd 2
#prm 3
350.0 4.0 50.0
A 0
B 0
m 1
h 1
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.03 28.0 -28.0 15.0
bm 5
#prm 3
2.7 -53.0 18.0
INACTIVATION=h
h 3
#prm 2
0.0 1000.0
ah 5
#prm 3
0.045 -53.0 14.0
bh 8
#prm 2
-25.0 10.0
vdg#=6 fAHP
Ivd 4
#prm 3
30.0 4.0 -68.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
#ION 1
ion#=0 Ca
Cion 2
#prm 2
5.0 0.4
#SM 1
sm#=0 divalents
Csm 1
#prm 2
1.8 100.0
xCsm 1
#prm 0
#I2C 1
0 3 Ca 0 Ca
#gbi 2
gbi#=0 2 mAHP 0 Ca
fBR 1
#prm 0
br 2
#prm 1
0.1
gbi#=1 6 fAHP 0 Ca
fBR 1
#prm 0
br 2
#prm 1
0.1
#gbs 2
gbs#=0 5 Na 0 divalents
fBR 1
#prm 0
br 4
#prm 1
0.038
gbs#=1 3 Ca 0 divalents
fBR 1
#prm 0
br 4
#prm 1
0.017
#tbi 0
#tbs 0
#sbi 0
#sbs 0
#LDG 0
#CC 0
#MOB 0
#TRP 0
neur#=3 C2
THRESHOLD -35.0
SPIKDUR 0.0030
VMINIT -48.0
CM 0.0010
MEM_AREA 376.9911E-8
is_TR= 0
#VDG 1
vdg#=0 leak
Ivd 5
#prm 2
0.05 -47.0
A 0
B 0
m 0
h 0
R 0
#ION 0
#SM 0
#I2C 0
#gbi 0
#gbs 0
#tbi 0
#tbs 0
#sbi 0
#sbs 0
#LDG 0
#CC 0
#MOB 0
#TRP 0
neur#=4 C2a
THRESHOLD -35.0
SPIKDUR 0.0030
VMINIT -48.0
CM 0.0010
MEM_AREA 125.6637E-8
is_TR= 0
#VDG 7
vdg#=0 ADP
Ivd 4
#prm 3
0.025 1.0 50.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
vdg#=1 KDR
Ivd 4
#prm 3
6.0 4.0 -68.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
vdg#=2 mAHP
Ivd 5
#prm 2
0.25 -68.0
A 0
B 0
m 0
h 0
R 0
vdg#=3 Ca
Ivd 4
#prm 3
0.01 1.0 120.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
1.5 -20.0 20.0 5.0
bm 5
#prm 3
1.5 -25.0 10.0
vdg#=4 leak
Ivd 5
#prm 2
0.5 -47.0
A 0
B 0
m 0
h 0
R 1
INACTIVATION=R
R 2
#prm 2
30.0 100.0 C1B_LEAK.R
vdg#=5 Na
Ivd 2
#prm 3
350.0 4.0 50.0
A 0
B 0
m 1
h 1
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.03 28.0 -28.0 15.0
bm 5
#prm 3
2.7 -53.0 18.0
INACTIVATION=h
h 3
#prm 2
0.0 1000.0
ah 5
#prm 3
0.045 -53.0 14.0
bh 8
#prm 2
-25.0 10.0
vdg#=6 fAHP
Ivd 4
#prm 3
30.0 4.0 -68.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
#ION 1
ion#=0 Ca
Cion 2
#prm 2
5.0 0.4
#SM 1
sm#=0 divalents
Csm 1
#prm 2
1.8 100.0
xCsm 1
#prm 0
#I2C 1
0 3 Ca 0 Ca
#gbi 2
gbi#=0 2 mAHP 0 Ca
fBR 1
#prm 0
br 2
#prm 1
0.1
gbi#=1 6 fAHP 0 Ca
fBR 1
#prm 0
br 2
#prm 1
0.1
#gbs 2
gbs#=0 5 Na 0 divalents
fBR 1
#prm 0
br 4
#prm 1
0.038
gbs#=1 3 Ca 0 divalents
fBR 1
#prm 0
br 4
#prm 1
0.017
#tbi 0
#tbs 0
#sbi 0
#sbs 0
#LDG 0
#CC 0
#MOB 0
#TRP 0
neur#=5 C3
THRESHOLD -35.0
SPIKDUR 0.0030
VMINIT -48.0
CM 0.0010
MEM_AREA 376.9911E-8
is_TR= 0
#VDG 1
vdg#=0 leak
Ivd 5
#prm 2
0.05 -47.0
A 0
B 0
m 0
h 0
R 0
#ION 0
#SM 0
#I2C 0
#gbi 0
#gbs 0
#tbi 0
#tbs 0
#sbi 0
#sbs 0
#LDG 0
#CC 0
#MOB 0
#TRP 0
neur#=6 C3a
THRESHOLD -35.0
SPIKDUR 0.0030
VMINIT -48.0
CM 0.0010
MEM_AREA 62.8319E-8
is_TR= 0
#VDG 7
vdg#=0 ADP
Ivd 4
#prm 3
0.025 1.0 50.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
vdg#=1 KDR
Ivd 4
#prm 3
6.0 4.0 -68.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
vdg#=2 mAHP
Ivd 5
#prm 2
0.25 -68.0
A 0
B 0
m 0
h 0
R 0
vdg#=3 Ca
Ivd 4
#prm 3
0.01 1.0 120.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
1.5 -20.0 20.0 5.0
bm 5
#prm 3
1.5 -25.0 10.0
vdg#=4 leak
Ivd 5
#prm 2
0.5 -47.0
A 0
B 0
m 0
h 0
R 1
INACTIVATION=R
R 2
#prm 2
30.0 100.0 C1C_LEAK.R
vdg#=5 Na
Ivd 2
#prm 3
350.0 4.0 50.0
A 0
B 0
m 1
h 1
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.03 28.0 -28.0 15.0
bm 5
#prm 3
2.7 -53.0 18.0
INACTIVATION=h
h 3
#prm 2
0.0 1000.0
ah 5
#prm 3
0.045 -53.0 14.0
bh 8
#prm 2
-25.0 10.0
vdg#=6 fAHP
Ivd 4
#prm 3
30.0 4.0 -68.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
#ION 1
ion#=0 Ca
Cion 2
#prm 2
5.0 0.4
#SM 1
sm#=0 divalents
Csm 1
#prm 2
1.8 100.0
xCsm 1
#prm 0
#I2C 1
0 3 Ca 0 Ca
#gbi 2
gbi#=0 2 mAHP 0 Ca
fBR 1
#prm 0
br 2
#prm 1
0.1
gbi#=1 6 fAHP 0 Ca
fBR 1
#prm 0
br 2
#prm 1
0.1
#gbs 2
gbs#=0 5 Na 0 divalents
fBR 1
#prm 0
br 4
#prm 1
0.038
gbs#=1 3 Ca 0 divalents
fBR 1
#prm 0
br 4
#prm 1
0.017
#tbi 0
#tbs 0
#sbi 0
#sbs 0
#LDG 0
#CC 0
#MOB 0
#TRP 0
neur#=7 C4
THRESHOLD -35.0
SPIKDUR 0.0030
VMINIT -48.0
CM 0.0010
MEM_AREA 376.9911E-8
is_TR= 0
#VDG 1
vdg#=0 leak
Ivd 5
#prm 2
0.05 -47.0
A 0
B 0
m 0
h 0
R 0
#ION 0
#SM 0
#I2C 0
#gbi 0
#gbs 0
#tbi 0
#tbs 0
#sbi 0
#sbs 0
#LDG 0
#CC 0
#MOB 0
#TRP 0
neur#=8 C4a
THRESHOLD -35.0
SPIKDUR 0.0030
VMINIT -48.0
CM 0.0010
MEM_AREA 62.8319E-8
is_TR= 0
#VDG 7
vdg#=0 ADP
Ivd 4
#prm 3
0.025 1.0 50.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
vdg#=1 KDR
Ivd 4
#prm 3
6.0 4.0 -68.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
vdg#=2 mAHP
Ivd 5
#prm 2
0.25 -68.0
A 0
B 0
m 0
h 0
R 0
vdg#=3 Ca
Ivd 4
#prm 3
0.01 1.0 120.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
1.5 -20.0 20.0 5.0
bm 5
#prm 3
1.5 -25.0 10.0
vdg#=4 leak
Ivd 5
#prm 2
0.5 -47.0
A 0
B 0
m 0
h 0
R 1
INACTIVATION=R
R 2
#prm 2
30.0 100.0 C4A_LEAK.R
vdg#=5 Na
Ivd 2
#prm 3
350.0 4.0 50.0
A 0
B 0
m 1
h 1
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.03 28.0 -28.0 15.0
bm 5
#prm 3
2.7 -53.0 18.0
INACTIVATION=h
h 3
#prm 2
0.0 1000.0
ah 5
#prm 3
0.045 -53.0 14.0
bh 8
#prm 2
-25.0 10.0
vdg#=6 fAHP
Ivd 4
#prm 3
30.0 4.0 -68.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
#ION 1
ion#=0 Ca
Cion 2
#prm 2
5.0 0.4
#SM 1
sm#=0 divalents
Csm 1
#prm 2
1.8 100.0
xCsm 1
#prm 0
#I2C 1
0 3 Ca 0 Ca
#gbi 2
gbi#=0 2 mAHP 0 Ca
fBR 1
#prm 0
br 2
#prm 1
0.1
gbi#=1 6 fAHP 0 Ca
fBR 1
#prm 0
br 2
#prm 1
0.1
#gbs 2
gbs#=0 5 Na 0 divalents
fBR 1
#prm 0
br 4
#prm 1
0.038
gbs#=1 3 Ca 0 divalents
fBR 1
#prm 0
br 4
#prm 1
0.017
#tbi 0
#tbs 0
#sbi 0
#sbs 0
#LDG 0
#CC 0
#MOB 0
#TRP 0
neur#=9 R
THRESHOLD -35.0
SPIKDUR 0.0030
VMINIT -48.0
CM 0.0010
MEM_AREA 5026.5482E-8
is_TR= 0
#VDG 1
vdg#=0 leak
Ivd 5
#prm 2
0.05 -47.0
A 0
B 0
m 0
h 0
R 0
#ION 0
#SM 0
#I2C 0
#gbi 0
#gbs 0
#tbi 0
#tbs 0
#sbi 0
#sbs 0
#LDG 0
#CC 0
#MOB 0
#TRP 0
neur#=10 R1
THRESHOLD -35.0
SPIKDUR 0.0030
VMINIT -48.0
CM 0.0010
MEM_AREA 392.6991E-8
is_TR= 0
#VDG 1
vdg#=0 leak
Ivd 5
#prm 2
0.05 -47.0
A 0
B 0
m 0
h 0
R 0
#ION 0
#SM 0
#I2C 0
#gbi 0
#gbs 0
#tbi 0
#tbs 0
#sbi 0
#sbs 0
#LDG 0
#CC 0
#MOB 0
#TRP 0
neur#=11 S
THRESHOLD -35.0
SPIKDUR 0.0030
VMINIT -48.0
CM 0.0010
MEM_AREA 314.1593E-8
is_TR= 0
#VDG 7
vdg#=0 ADP
Ivd 4
#prm 3
0.025 1.0 50.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
vdg#=1 KDR
Ivd 4
#prm 3
6.0 4.0 -68.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
vdg#=2 mAHP
Ivd 5
#prm 2
0.25 -68.0
A 0
B 0
m 0
h 0
R 0
vdg#=3 Ca
Ivd 4
#prm 3
0.01 1.0 120.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
1.5 -20.0 20.0 5.0
bm 5
#prm 3
1.5 -25.0 10.0
vdg#=4 leak
Ivd 5
#prm 2
0.5 -47.0
A 0
B 0
m 0
h 0
R 0
vdg#=5 Na
Ivd 2
#prm 3
350.0 4.0 50.0
A 0
B 0
m 1
h 1
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.03 28.0 -28.0 15.0
bm 5
#prm 3
2.7 -53.0 18.0
INACTIVATION=h
h 3
#prm 2
0.0 1000.0
ah 5
#prm 3
0.045 -53.0 14.0
bh 8
#prm 2
-25.0 10.0
vdg#=6 fAHP
Ivd 4
#prm 3
30.0 4.0 -68.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
#ION 1
ion#=0 Ca
Cion 2
#prm 2
5.0 0.4
#SM 1
sm#=0 divalents
Csm 1
#prm 2
1.8 100.0
xCsm 1
#prm 0
#I2C 1
0 3 Ca 0 Ca
#gbi 2
gbi#=0 2 mAHP 0 Ca
fBR 1
#prm 0
br 2
#prm 1
0.1
gbi#=1 6 fAHP 0 Ca
fBR 1
#prm 0
br 2
#prm 1
0.1
#gbs 2
gbs#=0 5 Na 0 divalents
fBR 1
#prm 0
br 4
#prm 1
0.038
gbs#=1 3 Ca 0 divalents
fBR 1
#prm 0
br 4
#prm 1
0.017
#tbi 0
#tbs 0
#sbi 0
#sbs 0
#LDG 0
#CC 0
#MOB 0
#TRP 0
neur#=12 S1
THRESHOLD -35.0
SPIKDUR 0.0030
VMINIT -48.0
CM 0.0010
MEM_AREA 628.3185E-8
is_TR= 0
#VDG 7
vdg#=0 ADP
Ivd 4
#prm 3
0.025 1.0 50.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
vdg#=1 KDR
Ivd 4
#prm 3
6.0 4.0 -68.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
vdg#=2 mAHP
Ivd 5
#prm 2
0.25 -68.0
A 0
B 0
m 0
h 0
R 0
vdg#=3 Ca
Ivd 4
#prm 3
0.01 1.0 120.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
1.5 -20.0 20.0 5.0
bm 5
#prm 3
1.5 -25.0 10.0
vdg#=4 leak
Ivd 5
#prm 2
0.5 -47.0
A 0
B 0
m 0
h 0
R 0
vdg#=5 Na
Ivd 2
#prm 3
350.0 4.0 50.0
A 0
B 0
m 1
h 1
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.03 28.0 -28.0 15.0
bm 5
#prm 3
2.7 -53.0 18.0
INACTIVATION=h
h 3
#prm 2
0.0 1000.0
ah 5
#prm 3
0.045 -53.0 14.0
bh 8
#prm 2
-25.0 10.0
vdg#=6 fAHP
Ivd 4
#prm 3
30.0 4.0 -68.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
#ION 1
ion#=0 Ca
Cion 2
#prm 2
5.0 0.4
#SM 1
sm#=0 divalents
Csm 1
#prm 2
1.8 100.0
xCsm 1
#prm 0
#I2C 1
0 3 Ca 0 Ca
#gbi 2
gbi#=0 2 mAHP 0 Ca
fBR 1
#prm 0
br 2
#prm 1
0.1
gbi#=1 6 fAHP 0 Ca
fBR 1
#prm 0
br 2
#prm 1
0.1
#gbs 2
gbs#=0 5 Na 0 divalents
fBR 1
#prm 0
br 4
#prm 1
0.038
gbs#=1 3 Ca 0 divalents
fBR 1
#prm 0
br 4
#prm 1
0.017
#tbi 0
#tbs 0
#sbi 0
#sbs 0
#LDG 0
#CC 0
#MOB 0
#TRP 0
neur#=13 S1a
THRESHOLD -35.0
SPIKDUR 0.0030
VMINIT -48.0
CM 0.0010
MEM_AREA 62.8319E-8
is_TR= 0
#VDG 7
vdg#=0 ADP
Ivd 4
#prm 3
0.025 1.0 50.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
vdg#=1 KDR
Ivd 4
#prm 3
6.0 4.0 -68.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
vdg#=2 mAHP
Ivd 5
#prm 2
0.25 -68.0
A 0
B 0
m 0
h 0
R 0
vdg#=3 Ca
Ivd 4
#prm 3
0.01 1.0 120.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
1.5 -20.0 20.0 5.0
bm 5
#prm 3
1.5 -25.0 10.0
vdg#=4 leak
Ivd 5
#prm 2
0.5 -47.0
A 0
B 0
m 0
h 0
R 0
vdg#=5 Na
Ivd 2
#prm 3
350.0 4.0 50.0
A 0
B 0
m 1
h 1
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.03 28.0 -28.0 15.0
bm 5
#prm 3
2.7 -53.0 18.0
INACTIVATION=h
h 3
#prm 2
0.0 1000.0
ah 5
#prm 3
0.045 -53.0 14.0
bh 8
#prm 2
-25.0 10.0
vdg#=6 fAHP
Ivd 4
#prm 3
30.0 4.0 -68.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
#ION 1
ion#=0 Ca
Cion 2
#prm 2
5.0 0.4
#SM 1
sm#=0 divalents
Csm 1
#prm 2
1.8 100.0
xCsm 1
#prm 0
#I2C 1
0 3 Ca 0 Ca
#gbi 2
gbi#=0 2 mAHP 0 Ca
fBR 1
#prm 0
br 2
#prm 1
0.1
gbi#=1 6 fAHP 0 Ca
fBR 1
#prm 0
br 2
#prm 1
0.1
#gbs 2
gbs#=0 5 Na 0 divalents
fBR 1
#prm 0
br 4
#prm 1
0.038
gbs#=1 3 Ca 0 divalents
fBR 1
#prm 0
br 4
#prm 1
0.017
#tbi 0
#tbs 0
#sbi 0
#sbs 0
#LDG 0
#CC 0
#MOB 0
#TRP 0
neur#=14 S2
THRESHOLD -35.0
SPIKDUR 0.0030
VMINIT -48.0
CM 0.0010
MEM_AREA 628.3185E-8
is_TR= 0
#VDG 7
vdg#=0 ADP
Ivd 4
#prm 3
0.025 1.0 50.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
vdg#=1 KDR
Ivd 4
#prm 3
6.0 4.0 -68.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
vdg#=2 mAHP
Ivd 5
#prm 2
0.25 -68.0
A 0
B 0
m 0
h 0
R 0
vdg#=3 Ca
Ivd 4
#prm 3
0.01 1.0 120.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
1.5 -20.0 20.0 5.0
bm 5
#prm 3
1.5 -25.0 10.0
vdg#=4 leak
Ivd 5
#prm 2
0.5 -47.0
A 0
B 0
m 0
h 0
R 0
vdg#=5 Na
Ivd 2
#prm 3
350.0 4.0 50.0
A 0
B 0
m 1
h 1
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.03 28.0 -28.0 15.0
bm 5
#prm 3
2.7 -53.0 18.0
INACTIVATION=h
h 3
#prm 2
0.0 1000.0
ah 5
#prm 3
0.045 -53.0 14.0
bh 8
#prm 2
-25.0 10.0
vdg#=6 fAHP
Ivd 4
#prm 3
30.0 4.0 -68.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
#ION 1
ion#=0 Ca
Cion 2
#prm 2
5.0 0.4
#SM 1
sm#=0 divalents
Csm 1
#prm 2
1.8 100.0
xCsm 1
#prm 0
#I2C 1
0 3 Ca 0 Ca
#gbi 2
gbi#=0 2 mAHP 0 Ca
fBR 1
#prm 0
br 2
#prm 1
0.1
gbi#=1 6 fAHP 0 Ca
fBR 1
#prm 0
br 2
#prm 1
0.1
#gbs 2
gbs#=0 5 Na 0 divalents
fBR 1
#prm 0
br 4
#prm 1
0.038
gbs#=1 3 Ca 0 divalents
fBR 1
#prm 0
br 4
#prm 1
0.017
#tbi 0
#tbs 0
#sbi 0
#sbs 0
#LDG 0
#CC 0
#MOB 0
#TRP 0
neur#=15 S2a
THRESHOLD -35.0
SPIKDUR 0.0030
VMINIT -48.0
CM 0.0010
MEM_AREA 62.8319E-8
is_TR= 0
#VDG 7
vdg#=0 ADP
Ivd 4
#prm 3
0.025 1.0 50.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
vdg#=1 KDR
Ivd 4
#prm 3
6.0 4.0 -68.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
vdg#=2 mAHP
Ivd 5
#prm 2
0.25 -68.0
A 0
B 0
m 0
h 0
R 0
vdg#=3 Ca
Ivd 4
#prm 3
0.01 1.0 120.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
1.5 -20.0 20.0 5.0
bm 5
#prm 3
1.5 -25.0 10.0
vdg#=4 leak
Ivd 5
#prm 2
0.5 -47.0
A 0
B 0
m 0
h 0
R 0
vdg#=5 Na
Ivd 2
#prm 3
350.0 4.0 50.0
A 0
B 0
m 1
h 1
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.03 28.0 -28.0 15.0
bm 5
#prm 3
2.7 -53.0 18.0
INACTIVATION=h
h 3
#prm 2
0.0 1000.0
ah 5
#prm 3
0.045 -53.0 14.0
bh 8
#prm 2
-25.0 10.0
vdg#=6 fAHP
Ivd 4
#prm 3
30.0 4.0 -68.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
#ION 1
ion#=0 Ca
Cion 2
#prm 2
5.0 0.4
#SM 1
sm#=0 divalents
Csm 1
#prm 2
1.8 100.0
xCsm 1
#prm 0
#I2C 1
0 3 Ca 0 Ca
#gbi 2
gbi#=0 2 mAHP 0 Ca
fBR 1
#prm 0
br 2
#prm 1
0.1
gbi#=1 6 fAHP 0 Ca
fBR 1
#prm 0
br 2
#prm 1
0.1
#gbs 2
gbs#=0 5 Na 0 divalents
fBR 1
#prm 0
br 4
#prm 1
0.038
gbs#=1 3 Ca 0 divalents
fBR 1
#prm 0
br 4
#prm 1
0.017
#tbi 0
#tbs 0
#sbi 0
#sbs 0
#LDG 0
#CC 0
#MOB 0
#TRP 0
neur#=16 S3
THRESHOLD -35.0
SPIKDUR 0.0030
VMINIT -48.0
CM 0.0010
MEM_AREA 628.3185E-8
is_TR= 0
#VDG 7
vdg#=0 ADP
Ivd 4
#prm 3
0.025 1.0 50.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
vdg#=1 KDR
Ivd 4
#prm 3
6.0 4.0 -68.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
vdg#=2 mAHP
Ivd 5
#prm 2
0.25 -68.0
A 0
B 0
m 0
h 0
R 0
vdg#=3 Ca
Ivd 4
#prm 3
0.01 1.0 120.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
1.5 -20.0 20.0 5.0
bm 5
#prm 3
1.5 -25.0 10.0
vdg#=4 leak
Ivd 5
#prm 2
0.5 -47.0
A 0
B 0
m 0
h 0
R 0
vdg#=5 Na
Ivd 2
#prm 3
350.0 4.0 50.0
A 0
B 0
m 1
h 1
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.03 28.0 -28.0 15.0
bm 5
#prm 3
2.7 -53.0 18.0
INACTIVATION=h
h 3
#prm 2
0.0 1000.0
ah 5
#prm 3
0.045 -53.0 14.0
bh 8
#prm 2
-25.0 10.0
vdg#=6 fAHP
Ivd 4
#prm 3
30.0 4.0 -68.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
#ION 1
ion#=0 Ca
Cion 2
#prm 2
5.0 0.4
#SM 1
sm#=0 divalents
Csm 1
#prm 2
1.8 100.0
xCsm 1
#prm 0
#I2C 1
0 3 Ca 0 Ca
#gbi 2
gbi#=0 2 mAHP 0 Ca
fBR 1
#prm 0
br 2
#prm 1
0.1
gbi#=1 6 fAHP 0 Ca
fBR 1
#prm 0
br 2
#prm 1
0.1
#gbs 2
gbs#=0 5 Na 0 divalents
fBR 1
#prm 0
br 4
#prm 1
0.038
gbs#=1 3 Ca 0 divalents
fBR 1
#prm 0
br 4
#prm 1
0.017
#tbi 0
#tbs 0
#sbi 0
#sbs 0
#LDG 0
#CC 0
#MOB 0
#TRP 0
neur#=17 S3a
THRESHOLD -35.0
SPIKDUR 0.0030
VMINIT -48.0
CM 0.0010
MEM_AREA 62.8319E-8
is_TR= 0
#VDG 7
vdg#=0 ADP
Ivd 4
#prm 3
0.025 1.0 50.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
vdg#=1 KDR
Ivd 4
#prm 3
6.0 4.0 -68.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
vdg#=2 mAHP
Ivd 5
#prm 2
0.25 -68.0
A 0
B 0
m 0
h 0
R 0
vdg#=3 Ca
Ivd 4
#prm 3
0.01 1.0 120.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
1.5 -20.0 20.0 5.0
bm 5
#prm 3
1.5 -25.0 10.0
vdg#=4 leak
Ivd 5
#prm 2
0.5 -47.0
A 0
B 0
m 0
h 0
R 0
vdg#=5 Na
Ivd 2
#prm 3
350.0 4.0 50.0
A 0
B 0
m 1
h 1
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.03 28.0 -28.0 15.0
bm 5
#prm 3
2.7 -53.0 18.0
INACTIVATION=h
h 3
#prm 2
0.0 1000.0
ah 5
#prm 3
0.045 -53.0 14.0
bh 8
#prm 2
-25.0 10.0
vdg#=6 fAHP
Ivd 4
#prm 3
30.0 4.0 -68.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
#ION 1
ion#=0 Ca
Cion 2
#prm 2
5.0 0.4
#SM 1
sm#=0 divalents
Csm 1
#prm 2
1.8 100.0
xCsm 1
#prm 0
#I2C 1
0 3 Ca 0 Ca
#gbi 2
gbi#=0 2 mAHP 0 Ca
fBR 1
#prm 0
br 2
#prm 1
0.1
gbi#=1 6 fAHP 0 Ca
fBR 1
#prm 0
br 2
#prm 1
0.1
#gbs 2
gbs#=0 5 Na 0 divalents
fBR 1
#prm 0
br 4
#prm 1
0.038
gbs#=1 3 Ca 0 divalents
fBR 1
#prm 0
br 4
#prm 1
0.017
#tbi 0
#tbs 0
#sbi 0
#sbs 0
#LDG 0
#CC 0
#MOB 0
#TRP 0
neur#=18 S4
THRESHOLD -35.0
SPIKDUR 0.0030
VMINIT -48.0
CM 0.0010
MEM_AREA 628.3185E-8
is_TR= 0
#VDG 7
vdg#=0 ADP
Ivd 4
#prm 3
0.025 1.0 50.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
vdg#=1 KDR
Ivd 4
#prm 3
6.0 4.0 -68.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
vdg#=2 mAHP
Ivd 5
#prm 2
0.25 -68.0
A 0
B 0
m 0
h 0
R 0
vdg#=3 Ca
Ivd 4
#prm 3
0.01 1.0 120.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
1.5 -20.0 20.0 5.0
bm 5
#prm 3
1.5 -25.0 10.0
vdg#=4 leak
Ivd 5
#prm 2
0.5 -47.0
A 0
B 0
m 0
h 0
R 0
vdg#=5 Na
Ivd 2
#prm 3
350.0 4.0 50.0
A 0
B 0
m 1
h 1
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.03 28.0 -28.0 15.0
bm 5
#prm 3
2.7 -53.0 18.0
INACTIVATION=h
h 3
#prm 2
0.0 1000.0
ah 5
#prm 3
0.045 -53.0 14.0
bh 8
#prm 2
-25.0 10.0
vdg#=6 fAHP
Ivd 4
#prm 3
30.0 4.0 -68.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
#ION 1
ion#=0 Ca
Cion 2
#prm 2
5.0 0.4
#SM 1
sm#=0 divalents
Csm 1
#prm 2
1.8 100.0
xCsm 1
#prm 0
#I2C 1
0 3 Ca 0 Ca
#gbi 2
gbi#=0 2 mAHP 0 Ca
fBR 1
#prm 0
br 2
#prm 1
0.1
gbi#=1 6 fAHP 0 Ca
fBR 1
#prm 0
br 2
#prm 1
0.1
#gbs 2
gbs#=0 5 Na 0 divalents
fBR 1
#prm 0
br 4
#prm 1
0.038
gbs#=1 3 Ca 0 divalents
fBR 1
#prm 0
br 4
#prm 1
0.017
#tbi 0
#tbs 0
#sbi 0
#sbs 0
#LDG 0
#CC 0
#MOB 0
#TRP 0
neur#=19 S4a
THRESHOLD -35.0
SPIKDUR 0.0030
VMINIT -48.0
CM 0.0010
MEM_AREA 62.8319E-8
is_TR= 0
#VDG 7
vdg#=0 ADP
Ivd 4
#prm 3
0.025 1.0 50.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
vdg#=1 KDR
Ivd 4
#prm 3
6.0 4.0 -68.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
vdg#=2 mAHP
Ivd 5
#prm 2
0.25 -68.0
A 0
B 0
m 0
h 0
R 0
vdg#=3 Ca
Ivd 4
#prm 3
0.01 1.0 120.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
1.5 -20.0 20.0 5.0
bm 5
#prm 3
1.5 -25.0 10.0
vdg#=4 leak
Ivd 5
#prm 2
0.5 -47.0
A 0
B 0
m 0
h 0
R 0
vdg#=5 Na
Ivd 2
#prm 3
350.0 4.0 50.0
A 0
B 0
m 1
h 1
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.03 28.0 -28.0 15.0
bm 5
#prm 3
2.7 -53.0 18.0
INACTIVATION=h
h 3
#prm 2
0.0 1000.0
ah 5
#prm 3
0.045 -53.0 14.0
bh 8
#prm 2
-25.0 10.0
vdg#=6 fAHP
Ivd 4
#prm 3
30.0 4.0 -68.0
A 0
B 0
m 1
h 0
R 0
ACTIVATION=m
m 3
#prm 2
0.0 1000.0
am 3
#prm 4
0.024 -17.0 17.0 8.0
bm 5
#prm 3
0.125 -60.0 80.0
#ION 1
ion#=0 Ca
Cion 2
#prm 2
5.0 0.4
#SM 1
sm#=0 divalents
Csm 1
#prm 2
1.8 100.0
xCsm 1
#prm 0
#I2C 1
0 3 Ca 0 Ca
#gbi 2
gbi#=0 2 mAHP 0 Ca
fBR 1
#prm 0
br 2
#prm 1
0.1
gbi#=1 6 fAHP 0 Ca
fBR 1
#prm 0
br 2
#prm 1
0.1
#gbs 2
gbs#=0 5 Na 0 divalents
fBR 1
#prm 0
br 4
#prm 1
0.038
gbs#=1 3 Ca 0 divalents
fBR 1
#prm 0
br 4
#prm 1
0.017
#tbi 0
#tbs 0
#sbi 0
#sbs 0
#LDG 0
#CC 0
#MOB 0
#TRP 0
#CELL 0
#ESYN 22
esyn#=0 0 C 1 C1
Ies 1
#prm 2
0.32 0.32
R1= 0
R2= 0
esyn#=1 3 C2 1 C1
Ies 1
#prm 2
0.32 0.32
R1= 0
R2= 0
esyn#=2 1 C1 2 C1a
Ies 1
#prm 2
0.32 0.32
R1= 0
R2= 0
esyn#=3 13 S1a 2 C1a
Ies 1
#prm 2
0.29 0.29
R1= 0
R2= 0
esyn#=4 4 C2a 3 C2
Ies 1
#prm 2
0.32 0.32
R1= 0
R2= 0
esyn#=5 5 C3 3 C2
Ies 1
#prm 2
0.32 0.32
R1= 0
R2= 0
esyn#=6 7 C4 3 C2
Ies 1
#prm 2
0.32 0.32
R1= 0
R2= 0
esyn#=7 17 S3a 4 C2a
Ies 1
#prm 2
0.29 0.29
R1= 0
R2= 0
esyn#=8 6 C3a 5 C3
Ies 1
#prm 2
0.32 0.32
R1= 0
R2= 0
esyn#=9 15 S2a 6 C3a
Ies 1
#prm 2
0.29 0.29
R1= 0
R2= 0
esyn#=10 8 C4a 7 C4
Ies 1
#prm 2
0.32 0.32
R1= 0
R2= 0
esyn#=11 19 S4a 8 C4a
Ies 1
#prm 2
0.29 0.29
R1= 0
R2= 0
esyn#=12 10 R1 9 R
Ies 1
#prm 2
0.32 0.32
R1= 0
R2= 0
esyn#=13 12 S1 11 S
Ies 1
#prm 2
0.32 0.32
R1= 0
R2= 0
esyn#=14 13 S1a 12 S1
Ies 1
#prm 2
0.32 0.32
R1= 0
R2= 0
esyn#=15 15 S2a 14 S2
Ies 1
#prm 2
0.32 0.32
R1= 0
R2= 0
esyn#=16 14 S2 16 S3
Ies 1
#prm 2
0.32 0.32
R1= 0
R2= 0
esyn#=17 17 S3a 16 S3
Ies 1
#prm 2
0.32 0.32
R1= 0
R2= 0
esyn#=18 18 S4 16 S3
Ies 1
#prm 2
0.32 0.32
R1= 0
R2= 0
esyn#=19 19 S4a 18 S4
Ies 1
#prm 2
0.32 0.32
R1= 0
R2= 0
esyn#=20 14 S2 12 S1
Ies 1
#prm 2
0.32 0.32
R1= 0
R2= 0
esyn#=21 16 S3 12 S1
Ies 1
#prm 2
0.32 0.32
R1= 0
R2= 0
#CSYN 1
csyn#=0 10 R1 1 C1 glutamate
cell2neur 0
Ics 1
#prm 2
100.0 0.0
fAt= 1
fAvt= 0
R= 0
fAt 1
#prm 0
At 1
is_Xt= 0
#prm 1
0.0020
#MSYN 0
#WEIGHT 0
#RSYN 0
#CINJ 2
0 C 0.2 0.23 20.0
1 S 0.1 0.101 20.0
#MINJ 0
#VCLMP 0
#ICLMP 0
#LIGHT 0
Ousfile_PATH C:\snnap8_1\InvertNeurosci08\ModelDB12-4\Stim_S_Stim_C.ous
#GRAPH_CHNL 2
gain= 1
nvar= 2
name= time<{ivr}
vartype= 3
n_tic= 10
min= 0.08
max= 0.25
color= red
gain= 1
nvar= 2
name= time<{ivr}
vartype= 3
n_tic= 10
min= 0.08
max= 0.25
color= white
#GRAPH_VAR 4
chn_id= 0
name= V[S....]<{ivr}
name2= NULL
vartype= 3
vartype2= -1
n_tic= 10
min= -70.0
max= 45.0
color= red
chn_id= 0
name= V[C....]<{svr}
name2= NULL
vartype= 1
vartype2= -1
n_tic= 10
min= -50.0
max= 60.0
color= gray
chn_id= 1
name= sIex[S....]<{ivr}
name2= NULL
vartype= 3
vartype2= -1
n_tic= 10
min= -1.0
max= 30.0
color= white
chn_id= 1
name= sIex[C....]<{ivr}
name2= NULL
vartype= 3
vartype2= -1
n_tic= 10
min= -1.0
max= 30.0
color= red
#VAR2FILE 5
name= time<{ivr}
vartype= 3
name= V[S....]<{ivr}
vartype= 3
name= V[C....]<{svr}
vartype= 1
name= sIex[S....]<{ivr}
vartype= 3
name= sIex[C....]<{ivr}
vartype= 3