PS
# `currents.m4'
cct_init
 del = 0.75
[
{right_
 resistor; b_current(i)
 {"\tt b\_current(i)" at last line + (0,-0.20)}
 move right_ del
 resistor; b_current(i,below_)
 {"\tt $\ldots$(i,below\_)" at last line + (0,-0.20)}
 move right_ del
 resistor; b_current(i,,O)
 {"\tt $\ldots$(i,{,}O)" at last line + (0,-0.20)}
 move right_ del
 resistor; b_current(i,below_,O)
 {"\tt $\ldots$(i,below\_,O)" at last line + (0,-0.20)}
 }

 move down_ 0.50
{right_
 resistor; b_current(i,,,E)
 {"\tt b\_current(i,{,},E)" wid 1.2 at last line + (0,-0.20)}
 move right_ del
 resistor; b_current(i,below_,,E)
 {"\tt $\ldots$(i,below\_,{,}E)" at last line + (0,-0.20)}
 move right_ del
 resistor; b_current(i,,O,E,0.2)
 {"\tt $\ldots$(i,{,}O,E,0.2)" at last line + (0,-0.20)}
 move right_ del
 resistor; b_current(i,below_,O,E)
 {"\tt $\ldots$(i,below\_,O,E)" at last line + (0,-0.20)}
 }

 move down_ 0.55
{right_
 del = 0.55
 inductor; larrow(i)
 {"`\tt larrow(i)'" at last line + (0,-0.20)}
 move up 0.1 right_ del
 inductor; rarrow(i)
 {"`\tt rarrow(i)'" at last line + (0,-0.30)}
 move down 0.1 right_ del
 inductor; larrow(i,<-)
 {"`\tt larrow(i,<-)'" at last line + (0,-0.20)}
 move up 0.1 right_ del
 inductor; rarrow(i,<-)
 {"`\tt rarrow(i,<-)'" at last line + (0,-0.30)}
 }
]
#showbox_
PE

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