for j = 1 to nrows do {
{ for i = 1 to ncols do {
Point_(-120) resistor
Point_( 0) inductor
Point_( 120) capacitor
if i < ncols then {Point_(0) diode} }
}
Point_(-120) move to rvec_(elen_,0)
{ for i = 1 to ncols do {
Point_(-60) capacitor
Point_( 60) resistor }
}
Point_(-60) move to rvec_(elen_,0)
}
Point_(0) for i = 1 to ncols-1 do { inductor }
]
[
down_
Point_(-80)
parallel_(Sep=1.75*dimen_;
parallel_(`capacitor(,C); rlabel(,,C`'svg_sub(2))',
`resistor; llabel(,R`'svg_sub(2))' ),
parallel_(`resistor; rlabel(,R`'svg_sub(1)); move to rvec_(-dimen_/5,0)
inductor(,W); rlabel(,L`'svg_sub(1))',
`reversed(`source',to rvec_(elen_,0),V,sourcerad_*2.5)
rlabel(,v`'svg_sub(s))' )
)
move left 0.2 from last [].w
] with .sw at last [].se+(elen_,0)
