##from:pcb
##for:resistor
##for:capacitor
##for:led

	# grab the input values and convert to 1/100 mil
	# how much to grow the pads by for soldermask [1/100 mil]
	# clearance from planes [1/100 mil]
	# silk screen width  [1/100 mil]
	# courtyard silk screen width  [1/100 mil]
# element_flags, description, pcb-name, value, mark_x, mark_y,
# text_x, text_y, text_direction, text_scale, text_flags
Element[0x00000000 "Standard SMT resistor, capacitor etc" "" "1206" 0 0 -3150 -3150 0 100 ""]
(
  Attribute("openscad" "1206")
# 
# Pad[x1, y1, x2, y2, thickness, clearance, mask, name , pad number, flags]
	Pad[-5905 -1181
		-5905 1181
		5118 2000 5718 "1" "1" "square"]
	    Pad[5905 -1181
		5905 1181
		5118 2000 5718 "2" "2" "square"]
	ElementLine[-2362 -3740 2362 -3740 800]
	    ElementLine[-2362 3740 2362 3740 800]
#
# This draws a 1 mil placement courtyard outline in silk.  It should probably
# not be included since you wont want to try and fab a 1 mil silk line.  Then
# again, it is most useful during parts placement.  It really is time for some
# additional non-fab layers...
#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
#	ElementLine[eval(-1*V1/2) eval(-1*V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
#	ElementLine[eval(   V1/2) eval(   V2/2) eval(   V1/2) eval(-1*V2/2) CYW]
#	ElementLine[eval(   V1/2) eval(   V2/2) eval(-1*V1/2) eval(   V2/2) CYW]
)