@@ -311,7 +311,7 @@ def transistor(
311311 else:
312312 ae, se, ctl = sort_for_flags(terminals, box, "e", "c", "b")
313313 ap, sp = ae.pt, se.pt
314- mid = (ap + sp) / 2 # TODO: slide this to line up with middle
314+ mid = (ap + sp) / 2 # TODO: slide this to line up with middle
315315 theta = phase(ap - sp)
316316 backwards = 1 if is_clockwise([ae, se, ctl]) else -1
317317 thetaquarter = theta + (backwards * pi / 2)
@@ -320,7 +320,8 @@ def transistor(
320320 (sp, mid - rect(.8, theta)), # Lead out
321321 ]
322322 if 'fet' in silicon_type:
323- arr = mid + rect(.8, theta), mid + rect(.8, theta) + rect(.7, thetaquarter)
323+ arr = mid + rect(.8, theta), mid + rect(.8, theta) + \
324+ rect(.7, thetaquarter)
324325 if 'nfet' == silicon_type:
325326 arr = arr[1], arr[0]
326327 out_lines.extend([
@@ -332,7 +333,8 @@ def transistor(
332333 mid - rect(.5, theta) + rect(1, thetaquarter)),
333334 ])
334335 else:
335- arr = mid + rect(.8, theta), mid + rect(.4, theta) + rect(1, thetaquarter)
336+ arr = mid + rect(.8, theta), mid + rect(.4, theta) + \
337+ rect(1, thetaquarter)
336338 if 'npn' == silicon_type:
337339 arr = arr[1], arr[0]
338340 out_lines.extend([
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