>------------------------------->--------------------------------------->
VAR_TO_GRAPH: > List of current contributing >
> to ion pools >
>------------------------------->--------------------------------------->
GRPH_CHNL: > Graph channel >
>------------------------------->--------------------------------------->
2 > GAIN of Channel >
time<{ivr} > Var Name for X-axis >
10 > Number of Tic Marks >
0.0 > Min Value of X >
20.0 > Max Value of X >
black > Color of Range >
Cion[Ca.axonb...]<{ivr} > Var Name for Y-axis >
5 > Number of Tic Marks >
0.0 > Min Value of Y >
300.0 > Max Value of Y >
violet > Color of RAnge >
V[axonb....]<{ivr} > Var Name for Y-axis >
5 > Number of Tic Marks >
-100.0 > Min Value of Y >
60.0 > Max Value of Y >
black > Color of RAnge >
V[soma....]<{ivr} > Var Name for Y-axis >
5 > Number of Tic Marks >
-100.0 > Min Value of Y >
60.0 > Max Value of Y >
red > Color of RAnge >
>------------------------------->--------------------------------------->
GRPH_CHNL: > Graph channel >
>------------------------------->--------------------------------------->
2 > GAIN of Channel >
time<{ivr} > Var Name for X-axis >
10 > Number of Tic Marks >
0.0 > Min Value of X >
20.0 > Max Value of X >
black > Color of Range >
IVDxREG[Ikca.axonb...]<{ivr} > Var Name for Y-axis >
4 > Number of Tic Marks >
0.0 > Min Value of Y >
2.0 > Max Value of Y >
green > Color of RAnge >
Gvd[delayed.soma...]<{ivr} > Var Name for Y-axis >
2 > Number of Tic Marks >
0.0 > Min Value of Y >
2.0 > Max Value of Y >
black > Color of RAnge >
Gvd[A.soma...]<{ivr} > Var Name for Y-axis >
2 > Number of Tic Marks >
0.0 > Min Value of Y >
2.0 > Max Value of Y >
red > Color of RAnge >
>------------------------------->--------------------------------------->
GRPH_CHNL: > Graph channel >
>------------------------------->--------------------------------------->
2 > GAIN of Channel >
time<{ivr} > Var Name for X-axis >
10 > Number of Tic Marks >
0.0 > Min Value of X >
20.0 > Max Value of X >
black > Color of Range >
Gvd[sustained.soma...]<{ivr} > Var Name for Y-axis >
5 > Number of Tic Marks >
0.0 > Min Value of Y >
0.1 > Max Value of Y >
green > Color of RAnge >
Gvd[Transient.soma...]<{ivr} > Var Name for Y-axis >
5 > Number of Tic Marks >
0.0 > Min Value of Y >
0.1 > Max Value of Y >
magenta > Color of RAnge >
Gvd[Na.axonb...]<{ivr} > Var Name for Y-axis >
2 > Number of Tic Marks >
0.0 > Min Value of Y >
3.0 > Max Value of Y >
gold > Color of RAnge >
>------------------------------->--------------------------------------->
GRPH_CHNL: > Graph channel >
>------------------------------->--------------------------------------->
2 > GAIN of Channel >
time<{ivr} > Var Name for X-axis >
10 > Number of Tic Marks >
0.0 > Min Value of X >
20.0 > Max Value of X >
black > Color of Range >
Gvd[delayed.axonb...]<{ivr} > Var Name for Y-axis >
2 > Number of Tic Marks >
0.0 > Min Value of Y >
2.0 > Max Value of Y >
black > Color of RAnge >
Gvd[A.axonb...]<{ivr} > Var Name for Y-axis >
2 > Number of Tic Marks >
0.0 > Min Value of Y >
2.0 > Max Value of Y >
red > Color of RAnge >
fbr[Ikca.Ca.axonb..]<{ivr} > Var Name for Y-axis >
1 > Number of Tic Marks >
0.0 > Min Value of Y >
0.2 > Max Value of Y >
green > Color of RAnge >
>------------------------------->--------------------------------------->
END: > >
>------------------------------->--------------------------------------->
END:
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