/* MACHINE-GENERATED ! */

frame outline {
	__0: vec @(0mm, W/2)
	__4: vec __0(p2x+px/2, 0mm)
	line __0 . w
	__1: vec @(L, -W/2)
	__5: vec __1(0mm, W/2-factor*py/2)
	line . __1 w
	__2: vec @(fronthead, -W/2)
	rect __0 . w
	line __1 . w
	__3: vec @(L, W/2)
	__6: vec __3(0mm, -(W/2-factor*py/2))
	line __3 . w
	__7: vec __3(-factor*px/2, 0mm)
	line . __3 w
}

package "DCJACK-${L}x${W}"
unit auto

set p1x = 13.8mm

set p2x = 7.5mm

set p3x = 10.8mm

set p3y = 5mm

set L = 14.4mm

set W = 9mm

set px = 1mm

set py = 3.2mm

set factor = 1.6

set fronthead = 3.5mm

set w = 5mil

__0: vec @(p2x, 0mm)
__1: vec @(p3x, 0mm)
__11: vec __1(0mm, p3y)
__2: vec @(p1x, 0mm)
__3: vec __0(px/2, py/2)
__4: vec __0(-px/2, -py/2)
hole . __3
__5: vec __2(px/2, py/2)
__6: vec __2(-px/2, -py/2)
hole . __5
__7: vec __0(-factor*px/2, factor*py/2)
__8: vec __2(-factor*px/2, factor*py/2)
__9: vec __2(factor*px/2, -factor*py/2)
rpad "1" __8 .
__10: vec __0(factor*px/2, -factor*py/2)
rpad "2" __7 .
__12: vec .(py/2, px/2)
__13: vec __11(-py/2, -px/2)
hole . __12
__14: vec __11(-factor*py/2, factor*px/2)
__15: vec __11(factor*py/2, -factor*px/2)
rpad "3" __14 .
frame outline @
measx outline.__0 >> __0 1mm
measx outline.__0 >> __1 1.5mm
measx outline.__0 >> __2 2mm
measx __4 >> __3 -py/2
measy __4 >> __3 factor*px/2
meas outline.__1 >> outline.__3 -1mm
meas outline.__0 >> outline.__3 2.5mm
measx outline.__0 >> outline.__2 0.6mm