Scaled Assembly Drawing with Filled Pads and Non-Vectorized Text

Could you load the artwork layers for soldermask to get filled pads for top & bottom sides?

Tried. No luck! 

OK, getting the artwork data to align with the plot data is a PITA

I started writing a skill routine to create filled shapes from the plot data, found an issue with rotated pads, attempting to debug...

below is a skill utility that will convert the figures & line draws into filled shapes

procedure((fill_plt @optional (Layer ""))
let((Boundary LayerName Mid_X Mid_Y Radius r_path Status fst lst DeleteList PathList)
axlVisibleDesign(nil)
(Boundary = "paramLayerGroup:MANUFACTURING")
foreach(Child ((axlGetParam Boundary)->groupMembers)
if(nindex(Child "PEN") then
(LayerName = strcat("MANUFACTURING/" Child))
axlMsgPut("viewing %s" LayerName)
axlVisibleLayer(LayerName t)
)
)
if(strlen(Layer) > 0 then
(Layer = strcat("MANUFACTURING/" Layer))
else
(Layer = strcat("MANUFACTURING/" axlUIPrompt( "Enter Manufacturing Layer name" "Plot" )))
)
(axlLayerCreateNonConductor Layer)
axlVisibleLayer(Layer t)
(axlSetActiveLayer Layer)
;;
(axlSetFindFilter ?enabled '(noall lines figures) ?onButtons '(noall lines figures))
axlAddSelectAll()
foreach(Child axlGetSelSet()
if(Child->objType == "figure" then
;axlMsgPut("checking %s" Child->figureName)
(Mid_X = car(axlMidPointLine(Child->bBox)))
(Mid_Y = cadr(axlMidPointLine(Child->bBox)))
if(Child->figureName == "CIRCLE" then
(Radius = ((caadr(Child->bBox)-caar(Child->bBox))/2))
(r_path = axlPathStartCircle(list(list(Mid_X Mid_Y) Radius) 0.0))
(Status = axlDBCreateShape(r_path t Layer nil nil))
(DeleteList = cons(Child DeleteList))
)
if(Child->figureName == "RECTANGLE" then
(Status = axlDBCreateRectangle(list(car(Child->bBox) cadr(Child->bBox)) t Layer nil nil))
(DeleteList = cons(Child DeleteList))
)
if(Child->figureName == "SQUARE" then
(Status = axlDBCreateRectangle(list(car(Child->bBox) cadr(Child->bBox)) t Layer nil nil))
(DeleteList = cons(Child DeleteList))
)
else
if((Child->objType == "path") && (Child->nSegs > 1) then
(fst = car(Child->segments))
(lst = car(last(Child->segments)))
;axlMsgPut("checking %s %A %A" Child->objType car(fst->startEnd) cadr(lst->startEnd))
if(eqv(car(car(fst->startEnd)) car(cadr(lst->startEnd))) && eqv(cadr(car(fst->startEnd)) cadr(cadr(lst->startEnd))) then
(PathList = cons(Child PathList))
;axlMsgPut("Pass")
else
;axlMsgPut("Fail")
)
)
)
)
axlMsgPut("Deleting %d figures" length(DeleteList))
(axlDeleteObject DeleteList)
axlMsgPut("Converting %d lines to filled shapes" length(PathList))
(Status = axlDBComposeShapesFromLines(PathList nil nil Layer t nil t))
)
)

Downstream Blueprint software for assembly/fab does all this.