def temple_hinge_pockets(temples):
# We're operating in a 90 degree rotated fixture
#l_hinge = poly.rotate_90(temples["left_hinge_contour"])
#r_hinge = poly.rotate_90(temples["right_hinge_contour"])
l_hinge = temples["left_hinge_contour"]
r_hinge = temples["right_hinge_contour"]
if not poly.is_ccw(l_hinge):
l_hinge = poly.reverse(l_hinge)
if not poly.is_ccw(r_hinge):
r_hinge = poly.reverse(r_hinge)
left_hinge_pocket_contours = []
while len(l_hinge) > 0:
l_hinge = poly.erode(1.5875 / 2, l_hinge)
if len(l_hinge) > 0:
l_hinge = l_hinge[0]
left_hinge_pocket_contours.append(l_hinge)
right_hinge_pocket_contours = []
while len(r_hinge) > 0:
r_hinge = poly.erode(1.5875 / 2, r_hinge)
if len(r_hinge) > 0:
r_hinge = r_hinge[0]
right_hinge_pocket_contours.append(r_hinge)
r = [
cam.comment("Hinge Pockets"),
cam.feedrate(750),
cam.change_tool("1/16in endmill"),
cam.start_spindle(15000),
cam.dwell(3),
cam.comment("Right Hinge Pocket"),
cam.pocket(right_hinge_pocket_contours,
-abs(temples['pocket_depth']),
retract=0),
cam.rapid([None, None, 20.0]),
cam.comment("Left Hinge Pocket"),
cam.pocket(left_hinge_pocket_contours,
-abs(temples['pocket_depth']),
retract=0),
cam.rapid([None, None, 20.0]),
cam.comment("Hinge Holes"),
cam.change_tool("1mm drill"),
cam.start_spindle(4500),
cam.dwell(2),
[
cam.rmp(p + [-8.0], retract=10.0)
for p in temples['right_hinge_holes']
],
[
cam.rmp(p + [-8.0], retract=10.0)
for p in temples['left_hinge_holes']
],
cam.rapid([None, None, 20.0]),
cam.move([None, None, 0]),
cam.contour(poly.rotate_90(temples['left_temple_contour']), True),
cam.contour(poly.rotate_90(temples['right_temple_contour']), True),
]
return r
def face_hinge_pockets(hinge_num, xposition, yposition):
left_hinge = hinges.get_hinge(hinge_num)
right_hinge = hinges.get_hinge(hinge_num, False)
left_translate = [xposition, -yposition]
#left_translate = [xposition, 0]
right_translate = [xposition, yposition]
#right_translate = [xposition, 0]
# Adjust by pocket depth of hinge
pocket_depth = left_hinge['pocket_depth']
left_contour = poly.translate(left_hinge["face_contour"], left_translate[0], left_translate[1])
right_contour = poly.translate(right_hinge["face_contour"], right_translate[0], right_translate[1])
left_holes = poly.translate(left_hinge["face_holes"], left_translate[0], left_translate[1])
right_holes = poly.translate(right_hinge["face_holes"], right_translate[0], right_translate[1])
if not poly.is_ccw(left_contour):
left_contour = poly.reverse(left_contour)
if not poly.is_ccw(right_contour):
right_contour = poly.reverse(right_contour)
left_hinge_pocket_contours = [];
while len(left_contour) > 0:
left_contour = poly.erode(1.5875/2, left_contour)
if len(left_contour) > 0:
left_contour = left_contour[0]
left_hinge_pocket_contours.append(left_contour)
right_hinge_pocket_contours = [];
while len(right_contour) > 0:
right_contour = poly.erode(1.5875/2, right_contour)
if len(right_contour) > 0:
right_contour = right_contour[0]
right_hinge_pocket_contours.append(right_contour)
r = [
cam.comment("Hinge Pockets"),
cam.feedrate(750),
cam.change_tool("1/16in endmill"),
cam.start_spindle(15000),
cam.dwell(3),
cam.comment("Right Hinge Pocket"),
cam.pocket(right_hinge_pocket_contours, -abs(right_hinge['pocket_depth']), retract=0),
cam.rapid([None, None, 20.0]),
cam.comment("Left Hinge Pocket"),
cam.pocket(left_hinge_pocket_contours, -abs(left_hinge['pocket_depth']), retract=0),
cam.rapid([None, None, 20.0]),
cam.comment("Hinge Holes"),
cam.change_tool("1mm drill"),
cam.start_spindle(4500),
cam.dwell(2),
[cam.rmp(p + [-8.0], retract=10.0) for p in right_holes],
[cam.rmp(p + [-8.0], retract=10.0) for p in left_holes],
cam.rapid([None, None, 20.0]),
]
return r
def temple_hinge_pockets(temples):
# We're operating in a 90 degree rotated fixture
#l_hinge = poly.rotate_90(temples["left_hinge_contour"])
#r_hinge = poly.rotate_90(temples["right_hinge_contour"])
l_hinge = temples["left_hinge_contour"]
r_hinge = temples["right_hinge_contour"]
if not poly.is_ccw(l_hinge):
l_hinge = poly.reverse(l_hinge)
if not poly.is_ccw(r_hinge):
r_hinge = poly.reverse(r_hinge)
left_hinge_pocket_contours = [];
while len(l_hinge) > 0:
l_hinge = poly.erode(1.5875/2, l_hinge)
if len(l_hinge) > 0:
l_hinge = l_hinge[0]
left_hinge_pocket_contours.append(l_hinge)
right_hinge_pocket_contours = [];
while len(r_hinge) > 0:
r_hinge = poly.erode(1.5875/2, r_hinge)
if len(r_hinge) > 0:
r_hinge = r_hinge[0]
right_hinge_pocket_contours.append(r_hinge)
r = [
cam.comment("Hinge Pockets"),
cam.feedrate(750),
cam.change_tool("1/16in endmill"),
cam.start_spindle(15000),
cam.dwell(3),
cam.comment("Right Hinge Pocket"),
cam.pocket(right_hinge_pocket_contours, -abs(temples['pocket_depth']), retract=0),
cam.rapid([None, None, 20.0]),
cam.comment("Left Hinge Pocket"),
cam.pocket(left_hinge_pocket_contours, -abs(temples['pocket_depth']), retract=0),
cam.rapid([None, None, 20.0]),
cam.comment("Hinge Holes"),
cam.change_tool("1mm drill"),
cam.start_spindle(4500),
cam.dwell(2),
[cam.rmp(p + [-8.0], retract=10.0) for p in temples['right_hinge_holes']],
[cam.rmp(p + [-8.0], retract=10.0) for p in temples['left_hinge_holes']],
cam.rapid([None, None, 20.0]),
cam.move([None, None, 0]),
cam.contour(poly.rotate_90(temples['left_temple_contour']), True),
cam.contour(poly.rotate_90(temples['right_temple_contour']), True),
]
return r
def surface_front(amount):
if amount < 0.1:
print 'Not surfacing front, returning'
return None
print "Surfacing front with amount", amount
surface_amount = min(amount, 4)
surface_heights = []
while surface_amount <= amount:
surface_heights.append(surface_amount)
surface_amount = max(surface_amount+2, amount)
print "surface amounts", surface_heights
program = [
cam.comment("Surface front by %f mm" % amount),
cam.flip_stock(),
cam.change_tool("3/8in endmill"),
cam.spindle_speed(20000),
cam.feedrate(2000),
cam.start_spindle(),]
for height in surface_heights:
program = program + cam.surface_along_y(-40, -110, 40, 110, 4.7625, -height)
program = program + [
cam.stop_spindle(),
cam.retract_spindle(),
cam.flip_stock(),
]
return program
def index_holes(contours, thickness):
# We put the index holes 1/2 between top and bottom, 160mm apart
# log(str(poly.right(face_c)))
# log(str(poly.left(face_c)))
# log(str(poly.right(face_c) - poly.left(face_c)))
# log(str((poly.right(face_c) - poly.left(face_c))/2))
# log(str(poly.right(face_c) - (poly.right(face_c) - poly.left(face_c))/2))
rightmost = -1000000
leftmost = 1000000
for contour in contours:
right = poly.right(contour)
left = poly.left(contour)
rightmost = max(right, rightmost)
leftmost = min(left, leftmost)
# x_offset = poly.right(face_c) - (poly.right(face_c) - poly.left(face_c))/2
x_offset = rightmost - (rightmost - leftmost) / 2
hole_radius = 4.85 / 2 # Measured from dowel pin
tool_radius = 3.175 / 2
helix_radius = hole_radius - tool_radius
r_hole = [x_offset, 90]
l_hole = [x_offset, -90]
r = [
cam.comment("Index Holes for secondary operations"),
cam.change_tool("1/8in endmill"),
cam.start_spindle(15000),
cam.feedrate(1000),
cam.dwell(3),
cam.rmh(r_hole + [-thickness - 1.0], helix_radius, 0.5, 1),
cam.rmh(l_hole + [-thickness - 1.0], helix_radius, 0.5, 1),
]
return r
def index_holes(contours, thickness):
# We put the index holes 1/2 between top and bottom, 160mm apart
# log(str(poly.right(face_c)))
# log(str(poly.left(face_c)))
# log(str(poly.right(face_c) - poly.left(face_c)))
# log(str((poly.right(face_c) - poly.left(face_c))/2))
# log(str(poly.right(face_c) - (poly.right(face_c) - poly.left(face_c))/2))
rightmost = -1000000
leftmost = 1000000
for contour in contours:
right = poly.right(contour)
left = poly.left(contour)
rightmost = max(right, rightmost)
leftmost = min(left, leftmost)
# x_offset = poly.right(face_c) - (poly.right(face_c) - poly.left(face_c))/2
x_offset = rightmost - (rightmost - leftmost)/2
hole_radius = 4.85/2 # Measured from dowel pin
tool_radius = 3.175/2
helix_radius = hole_radius - tool_radius
r_hole = [x_offset, 90]
l_hole = [x_offset, -90]
r = [
cam.comment("Index Holes for secondary operations"),
cam.change_tool("1/8in endmill"),
cam.start_spindle(15000),
cam.feedrate(1000),
cam.dwell(3),
cam.rmh(r_hole + [-thickness - 1.0], helix_radius, 0.5, 1),
cam.rmh(l_hole + [-thickness - 1.0], helix_radius, 0.5, 1),
]
return r
def bevel_entry_hole(temples, thickness):
hole_radius = 8
tool_radius = 3.175/2 # 1/2 inch
helix_radius = hole_radius - tool_radius
r = [
cam.comment("Entry holes for temple bevelling operation"),
cam.change_tool("1/8in endmill"),
cam.start_spindle(22000),
cam.feedrate(800),
cam.dwell(5),
]
def surface_back(amount):
if amount < 0.1:
return None
print 'surfacing back with', amount
surface_amount = min(amount, 4)
surface_heights = []
while surface_amount <= amount:
surface_heights.append(surface_amount);
print surface_heights
surface_amount = max(surface_amount+2, amount)
print "surface amounts on back", surface_heights
return [
cam.comment("Surface back by %f mm" % amount),
cam.change_tool("3/8in endmill"),
cam.spindle_speed(15000),
cam.feedrate(1500),
cam.start_spindle(),
cam.dwell(5),
cam.surface_along_y(-40, -110, 40, 110, 4.7625, -amount),
cam.rapid([None, None, 20]),
] if amount > 0 else None
program = [
cam.comment("Surface back by %f mm" % amount),
cam.change_tool("3/8in endmill"),
cam.spindle_speed(20000),
cam.feedrate(2000),
cam.start_spindle(),
cam.dwell(5),
]
for height in surface_heights:
program = program + cam.surface_along_y(-40, -110, 40, 110, 4.7625, -height),
program = program + [
cam.stop_spindle(),
cam.retract_spindle(),
]
return program
def index_holes(thickness):
# We put the index holes 1/2 between top and bottom, 160mm apart
hole_radius = 4.85/2 # Measured from dowel pin
tool_radius = 3.175/2
helix_radius = hole_radius - tool_radius
r = [
cam.comment("Index holes for secondary operations"),
cam.change_tool("1/8in endmill"),
cam.start_spindle(22000),
cam.feedrate(1000),
cam.dwell(5),
# Index holes should be at 90, -90 but are shifted a bit to compensate
# for inaccuracy on laser fixture
cam.rmh([0, 85.00, -thickness - 1.0], helix_radius, 0.5, 1),
cam.rmh([0, -85.00, -thickness - 1.0], helix_radius, 0.5, 1),
]
return r
def bevel_temple_ends(path1, path2, thinning):
depth = -4 - thinning
# Assume a 14 degree dovetail cutter, cutting 5mm from bottom
dovetail_offset = 12.35/2 - 1.25
return [
cam.comment("Bevel temple ends"),
cam.change_tool("dovetail"),
cam.start_spindle(20000),
cam.feedrate(750),
cam.rapid(path1[0]),
cam.rapid([None, None, depth]),
cam.move(path1[1]),
cam.move(path1[2]),
cam.move(path1[0]),
cam.rapid([None, None, 10]),
cam.rapid(path2[0]),
cam.rapid([None, None, depth]),
cam.move(path2[1]),
cam.move(path2[2]),
cam.move(path2[0]),
cam.move([None, None, 20])
]
def temple_hinge_pockets(temples, thinned):
# We're operating in a 90 degree rotated fixture
#l_hinge = poly.rotate_90(temples["left_hinge_contour"])
#r_hinge = poly.rotate_90(temples["right_hinge_contour"])
print 'Generating temple hinge pockets'
l_hinge = temples["left_hinge_contour"]
r_hinge = temples["right_hinge_contour"]
if not poly.is_ccw(l_hinge):
l_hinge = poly.reverse(l_hinge)
if not poly.is_ccw(r_hinge):
r_hinge = poly.reverse(r_hinge)
#pocket_depth = temples['pocket_depth'] + thinned
pocket_depth = 1 + thinned;
def pocket_contours(contour):
contours = []
erode = poly.erode(1.5875/2, contour)
making_progress = True
while len(erode) > 0 and making_progress:
making_progress = False
for path in erode:
if len(path) > 5:
making_progress = True
contours.append(path)
erode = poly.erode(1.5875/2, contours[-1])
return contours
left_hinge_pocket_contours = pocket_contours(l_hinge)
right_hinge_pocket_contours = pocket_contours(r_hinge)
# left_hinge_pocket_contours = [];
# while len(l_hinge) > 0:
# l_hinge = poly.erode(1.5875/2, l_hinge)
# if len(l_hinge) > 0:
# l_hinge = l_hinge[0]
# left_hinge_pocket_contours.append(l_hinge)
# right_hinge_pocket_contours = [];
# while len(r_hinge) > 0:
# r_hinge = poly.erode(1.5875/2, r_hinge)
# if len(rhinge_) == 1:
# right_hinge_pocket
# if len(r_hinge) > 0:
# r_hinge = r_hinge[0]
# right_hinge_pocket_contours.append(r_hinge)
r = [
cam.comment("Hinge Pockets"),
cam.feedrate(750),
cam.change_tool("1/16in endmill"),
cam.start_spindle(22000),
cam.dwell(5),
cam.comment("Right Hinge Pocket"),
cam.pocket(right_hinge_pocket_contours, -abs(pocket_depth), retract=0),
cam.rapid([None, None, 20.0]),
cam.comment("Left Hinge Pocket"),
cam.pocket(left_hinge_pocket_contours, -abs(pocket_depth), retract=0),
cam.rapid([None, None, 20.0]),
cam.comment("Hinge Holes"),
cam.change_tool("1mm drill"),
cam.start_spindle(5000),
cam.dwell(2),
[cam.rmp(p + [-8.0], retract=10.0) for p in temples['right_hinge_holes']],
[cam.rmp(p + [-8.0], retract=10.0) for p in temples['left_hinge_holes']],
cam.rapid([None, None, 20.0]),
]
return r
def face_hinge_pockets(hinge_num, hinge_height, temple_position, centering_shift, thin_back):
print 'Generating face hinge pockets', hinge_num
xposition = hinge_height;
yposition = temple_position+3.0; # 4mm for the temple, but less 1mm for temple hinge pocket
print 'Position is ', xposition, yposition
left_hinge = hinges.get_hinge(hinge_num)
print 'Got left hinge'
right_hinge = hinges.get_hinge(hinge_num, False)
print 'Retrieved hinge contours'
left_translate = [xposition, yposition]
right_translate = [xposition, -yposition]
print 'Calculated hinge translations'
#right_translate = [xposition, 0]
# Adjust by pocket depth of hinge
#pocket_depth = left_hinge['pocket_depth']+thin_back
pocket_depth = 1 + thin_back
drill_depth = -thin_back - 2.0
left_contour = poly.mirror_x(poly.rotate_90(left_hinge["face_contour"]), False)
right_contour = poly.mirror_x(poly.rotate_90(right_hinge["face_contour"]), False)
left_holes = poly.mirror_x(poly.rotate_90(left_hinge["face_holes"]), False)
right_holes = poly.mirror_x(poly.rotate_90(right_hinge["face_holes"]), False)
left_contour = poly.translate(left_contour, left_translate[0], -left_translate[1])
right_contour = poly.translate(right_contour, right_translate[0], -right_translate[1])
left_holes = poly.translate(left_holes, left_translate[0], -left_translate[1])
right_holes = poly.translate(right_holes, right_translate[0], -right_translate[1])
# Now center everything on the stock
left_contour = poly.translate(left_contour, centering_shift[0], -centering_shift[1])
right_contour = poly.translate(right_contour, centering_shift[0], -centering_shift[1])
left_holes = poly.translate(left_holes, centering_shift[0], -centering_shift[1])
right_holes = poly.translate(right_holes, centering_shift[0], -centering_shift[1])
if not poly.is_ccw(left_contour):
left_contour = poly.reverse(left_contour)
if not poly.is_ccw(right_contour):
right_contour = poly.reverse(right_contour)
left_hinge_pocket_contours = [];
while len(left_contour) > 0:
left_contour = poly.erode(1.5875/2, left_contour)
if len(left_contour) > 0:
left_contour = left_contour[0]
left_hinge_pocket_contours.append(left_contour)
right_hinge_pocket_contours = [];
while len(right_contour) > 0:
right_contour = poly.erode(1.5875/2, right_contour)
if len(right_contour) > 0:
right_contour = right_contour[0]
right_hinge_pocket_contours.append(right_contour)
r = [
cam.comment("Hinge Pockets"),
cam.feedrate(750),
cam.change_tool("1/16in endmill"),
cam.start_spindle(20000),
cam.dwell(3),
cam.comment("Right Hinge Pocket"),
cam.pocket(right_hinge_pocket_contours, -abs(pocket_depth), retract=-abs(pocket_depth)),
cam.rapid([None, None, 20.0]),
cam.comment("Left Hinge Pocket"),
cam.pocket(left_hinge_pocket_contours, -abs(pocket_depth), retract=-abs(pocket_depth)),
cam.rapid([None, None, 20.0]),
cam.comment("Hinge Holes"),
cam.change_tool("1mm drill"),
cam.start_spindle(5000),
cam.dwell(2),
[cam.rmp(p + [drill_depth], retract=10.0) for p in right_holes],
[cam.rmp(p + [drill_depth], retract=10.0) for p in left_holes],
cam.rapid([None, None, 20.0]),
]
return r
def face_hinge_pockets(hinge_num, xposition, yposition):
left_hinge = hinges.get_hinge(hinge_num)
right_hinge = hinges.get_hinge(hinge_num, False)
left_translate = [xposition, -yposition]
#left_translate = [xposition, 0]
right_translate = [xposition, yposition]
#right_translate = [xposition, 0]
# Adjust by pocket depth of hinge
pocket_depth = left_hinge['pocket_depth']
left_contour = poly.translate(left_hinge["face_contour"],
left_translate[0], left_translate[1])
right_contour = poly.translate(right_hinge["face_contour"],
right_translate[0], right_translate[1])
left_holes = poly.translate(left_hinge["face_holes"], left_translate[0],
left_translate[1])
right_holes = poly.translate(right_hinge["face_holes"], right_translate[0],
right_translate[1])
if not poly.is_ccw(left_contour):
left_contour = poly.reverse(left_contour)
if not poly.is_ccw(right_contour):
right_contour = poly.reverse(right_contour)
left_hinge_pocket_contours = []
while len(left_contour) > 0:
left_contour = poly.erode(1.5875 / 2, left_contour)
if len(left_contour) > 0:
left_contour = left_contour[0]
left_hinge_pocket_contours.append(left_contour)
right_hinge_pocket_contours = []
while len(right_contour) > 0:
right_contour = poly.erode(1.5875 / 2, right_contour)
if len(right_contour) > 0:
right_contour = right_contour[0]
right_hinge_pocket_contours.append(right_contour)
r = [
cam.comment("Hinge Pockets"),
cam.feedrate(750),
cam.change_tool("1/16in endmill"),
cam.start_spindle(15000),
cam.dwell(3),
cam.comment("Right Hinge Pocket"),
cam.pocket(right_hinge_pocket_contours,
-abs(right_hinge['pocket_depth']),
retract=0),
cam.rapid([None, None, 20.0]),
cam.comment("Left Hinge Pocket"),
cam.pocket(left_hinge_pocket_contours,
-abs(left_hinge['pocket_depth']),
retract=0),
cam.rapid([None, None, 20.0]),
cam.comment("Hinge Holes"),
cam.change_tool("1mm drill"),
cam.start_spindle(4500),
cam.dwell(2),
[cam.rmp(p + [-8.0], retract=10.0) for p in right_holes],
[cam.rmp(p + [-8.0], retract=10.0) for p in left_holes],
cam.rapid([None, None, 20.0]),
]
return r
