def tenon(rail, stile, offsets, tenon, mortise_bit_diameter, bit_diameter,
safe_Z, cut_per_pass):
"""
Assumed bit location (center) is at refs origin, at safe_Z, and machine is assumed in ABS mode.
It is usual that mortise_bit_diameter == bit_diameter.
Requires:
rail = (rail_face_width, rail_thickness)
stile = (stile_face_width, stile_thickness)
offsets = (offset_from_face, offset_from_end)
tenon = (length, width, depth)
"""
# Unpacking the tuples
rail_face_width, rail_thickness = rail
stile_face_width, stile_thickness = stile
offset_from_face, offset_from_end = offsets
length, width, depth = tenon
bit_radius = bit_diameter / 2.0
corner_radius = mortise_bit_diameter / 2.0
file_text = ''
# if debug:
# file_text += "; target_depth: " + str(target_depth) + "\n"
# file_text += "; stock_thickness: " + str(stock_thickness) + "\n"
# file_text += "; cut_per_pass: "******"\n"
# file_text += "; bit_diameter: " + str(bit_diameter) + "\n"
if (offset_from_face <= bit_diameter) and (offset_from_end <= bit_diameter) and \
(rail_face_width - offset_from_end - length <= bit_diameter) and \
(rail_thickness - offset_from_face - width <= bit_diameter):
file_text += G.set_ABS_mode()
file_text += G.G0_Z(safe_Z)
file_text += G.set_INCR_mode()
file_text += G.G0_X(offset_from_end + corner_radius)
file_text += G.set_ABS_mode()
file_text += G.G0_Z(stile_face_width)
# Making target_depth a reference from machine's Z = 0.
target_depth = stile_face_width - depth
while stile_face_width > target_depth:
stile_face_width -= cut_per_pass
if stile_face_width < target_depth:
stile_face_width = target_depth
# Z-axis move by ABSOLUTE coords
file_text += G.set_ABS_mode()
file_text += G.G1_Z(stile_face_width)
file_text += G.set_INCR_mode()
file_text += roundedRectangle(length, width, mortise_bit_diameter,
bit_diameter, 'inside')
else:
file_text = 'Not implemented yet'
file_text += G.set_ABS_mode()
file_text += G.G0_Z(safe_Z)
return file_text
