>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
		>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
		>>    modules name: vdg		>>
		>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
		>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
		>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
 
Ivd:		> 	Current due to a voltage-dependent conductance	>
		>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>
 
>------------------------------->--------------------------------------->
>				>		p			>
>	1			>	G= g x A x B 		(1)	>
>	model.A		>A<	>					>
>	model.B		>B<	>					>
>	0.01 		>g<	>					>
>	1 		>P<	>	Ivd = G x (V -E)		>
>	-67 		>E<	>					>
>				>					>
>------------------------------->--------------------------------------->
>				>		p			>
>	2			>	Ivd= g x m x h 		(2)	>
>	model.m		>m<	>					>
>	model.h		>h<	>					>
>	0.012 		>g<	>					>
>	1 		>P<	>	Ivd = G x (V -E)		>
>	35 		>E<	>					>
>				>					>
>------------------------------->--------------------------------------->
>				>		p			>
>	3			>	G= g x A		(3)	>
>	model.A		>A<	>					>
>	0.012 		>g<	>					>
>	1 		>P<	>	Ivd = G x (V -E)		>
>	-72 		>E<	>					>
>				>					>
>------------------------------->--------------------------------------->
>				>		p			>
>	4			>	Ivd= g x m 		(4)	>
>	model.m		>m<	>					>
>	0.012 		>g<	>					>
>	1 		>P<	>	Ivd = G x (V -E)		>
>	35 		>E<	>					>
>				>					>
>------------------------------->--------------------------------------->
				>					>
	5			>	Ivd = G x (V -E)	(5)	>
  /R/R_VDG_B65_1.R     >R<	>					>
        0.08       >.08 g<	>					>
      -60.0  	   >-60 E<	>					>
				>					>
>------------------------------->--------------------------------------->
>Control value = 0.08>
>Operant conditioning value = 0.06 > 
 
END: