#!/usr/bin/python2 import sys sys.path.insert(0, '..') import cnc cnc.init() cnc.tool_width = 3.175 cnc.step_over = cnc.tool_width / 2 cnc.step_down = cnc.tool_width / 2 cnc.tab_width = 2 cnc.tab_height = 0.5 material_height = 10.000 # mm #cnc.fillcircle((0., 0.), 8.5, depth=8.7) #cnc.circle((0., 0.), 90., depth=material_height+0.1, offset='inside', tab=True) # cnc.rectangle(start, end, depth, start_depth=0.0, offset=None, tab=False): cnc.circle((0., 0.), 10.5, depth=material_height+0.2, offset='inside', tab=False) C=40. cnc.rectangle((-C/2.,-C/2.), (C/2.,C/2.), depth=material_height+0.2, start_depth=0.0, offset='outside', tab=False)
#!/usr/bin/python """ A circle. """ # dirty! import sys sys.path.insert(0, '..') import cnc cnc.init() cnc.tool_width = 3.175 cnc.step_over = cnc.tool_width / 2 cnc.step_down = 1.0 # cnc.tool_width / 2 cnc.tab_width = 5.000 cnc.tab_height = cnc.tool_width material_height = 10.000 # mm recess_depth = material_height - 7.5 cnc.circle((25, 25), 20.0, depth=material_height, tab=True) cnc.fillcircle((70, 25), 20.0, depth=material_height) cnc.fillcircle((70, 25), 20.0, depth=material_height, depth_first=False)
#!/usr/bin/python2 import sys sys.path.insert(0, '..') import cnc cnc.init() cnc.tool_width = 3.175 cnc.step_over = cnc.tool_width / 2 cnc.step_down = cnc.tool_width / 2 cnc.tab_width = 2 cnc.tab_height = 0.5 material_height = 10.000 # mm cnc.fillcircle((0., 0.), 8.5, depth=8.7) cnc.circle((0., 0.), 90., depth=material_height+0.1, offset='inside', tab=True)
import cnc
cnc.tool_width = 3.175
cnc.step_over = cnc.tool_width / 2
cnc.step_down = 1.0
cnc.safe_height = 5.00
cnc.init()
# start with a drill to depth at 0,0
# bad plan - this made a fair bit of smoke
#cnc.drill((0, 0), abs(depths[0][1]))
for r, each_depth in depths[1:]:
cnc.circle((0,0), r, abs(each_depth))
print "; finishing pass"
f_radii = list(cnc.frange(0, diameter / 2.0, mill_diam / 4.0))
print ";", f_radii
f_depths = []
for r in f_radii:
each_depth = (r ** 2) / (4 * a_const) - depth
f_depths.append((r, each_depth))
print "; %d\t%0.2f" % (r, each_depth)
print ";", f_depths
for r, each_depth in f_depths[1:]:
print ";", r, each_depth
cnc.circle((0,0), r, abs(each_depth), start_depth=abs(each_depth)-0.1)
