def rough(k, tool_radius, tool_angle, front_angle, back_angle, clearance):
# make a closed area from the kurve
a = make_area_for_roughing(k)
# adjust the shape to add clearance for front angle and back angle
# to do
# offset it by the tool radius
area.offset(a, tool_radius)
# move it to take into account where the driven point is
# to do
# do some clever things with intersecting rectangular area with this one to make some tool path
# for now do some sample tool path to indicate the kind of thing this will do when it's finished
rapid(20, 20)
rapid(2, 8)
feed(-30, 8)
rapid(-29, 9)
rapid(2, 9)
rapid(2, 6)
feed(-30, 6)
rapid(-29, 7)
rapid(2, 7)
rapid(2, 4)
feed(-30, 4)
rapid(-29, 5)
rapid(2, 5)
# rapid away maybe
rapid(20, 20)
def rough(k, tool_radius, tool_angle, front_angle, back_angle, clearance):
# make a closed area from the kurve
a = make_area_for_roughing(k)
# adjust the shape to add clearance for front angle and back angle
# to do
# offset it by the tool radius
area.offset(a, tool_radius)
# move it to take into account where the driven point is
# to do
# do some clever things with intersecting rectangular area with this one to make some tool path
# for now do some sample tool path to indicate the kind of thing this will do when it's finished
rapid(20, 20)
rapid(2, 8)
feed(-30, 8)
rapid(-29, 9)
rapid(2, 9)
rapid(2, 6)
feed(-30, 6)
rapid(-29, 7)
rapid(2, 7)
rapid(2, 4)
feed(-30, 4)
rapid(-29, 5)
rapid(2, 5)
# rapid away maybe
rapid(20, 20)
import area
a = area.new()
area.add_point(a, 0, 10, 10, 0, 0)
area.add_point(a, 0, 30, 10, 0, 0)
area.add_point(a, 0, 30, 30, 0, 0)
area.add_point(a, 0, 10, 30, 0, 0)
area.add_point(a, 0, 10, 10, 0, 0)
area.offset(a, 3)
for curve in range(0, area.num_curves(a)):
for vertex in range(0, area.num_vertices(a, curve)):
sp, x, y, cx, cy = area.get_vertex(a, curve, vertex)
print sp, x, y, cx, cy