def cut(stl_file):
actp.makerough(stl_file)
npaths = actp.getnumpaths()
for path in range(0, npaths):
npoints = actp.getnumpoints(path)
nbreaks = actp.getnumbreaks(path)
nlinkpaths = actp.getnumlinkpths(path)
z = actp.getz(path)
start_pos = 0
FirstZDone = False
for brk in range(0, nbreaks):
brkpos = actp.getbreak(path, brk)
for point in range(start_pos, brkpos):
x, y = actp.getpoint(path, point)
if FirstZDone == False:
feed(x, y, z)
FirstZDone = True
else:
feed(x, y)
start_pos = brkpos
nlinkpoints = actp.getnumlinkpoints(path, brk)
for linkpoint in range(0, nlinkpoints):
x, y, z = actp.getlinkpoint(path, brk, linkpoint)
rapid(x, y, z)
import actp
fout = open("test.tap", 'wb')
fout.write("G90 G21 G17\n")
actp.boundaryclear(21)
actp.boundaryadd(-27.5, -27.5)
actp.boundaryadd(27.5, -27.5)
actp.boundaryadd(27.5, 27.5)
actp.boundaryadd(-27.5, 27.5)
actp.boundaryadd(-27.5, -27.5)
actp.boundarybreak()
actp.setstartpoint(-20, -10, 1, 1)
actp.setminz(0)
actp.makerough('cone with big cubod base.stl')
npaths = actp.getnumpaths()
for path in range(0, npaths):
npoints = actp.getnumpoints(path)
nbreaks = actp.getnumbreaks(path)
nlinkpaths = actp.getnumlinkpths(path)
z = actp.getz(path)
start_pos = 0
first_z_done = False
for brk in range(0, nbreaks):
brkpos = actp.getbreak(path, brk)
for point in range(start_pos, brkpos):
x, y = actp.getpoint(path, point)
#feed(x, y, z)
if first_z_done == False:
import actp
fout = open("test.tap", 'wb')
fout.write("G90 G21 G17\n")
actp.makerough('cone.stl')
npaths = actp.getnumpaths()
for path in range(0, npaths):
npoints = actp.getnumpoints(path)
nbreaks = actp.getnumbreaks(path)
nlinkpaths = actp.getnumlinkpths(path)
z = actp.getz(path)
start_pos = 0
first_z_done = False
for brk in range(0, nbreaks):
brkpos = actp.getbreak(path, brk)
for point in range(start_pos, brkpos):
x, y = actp.getpoint(path, point)
#feed(x, y, z)
if first_z_done == False:
fout.write("G0 X" + str(' %.4f' % x) + " Y " +
str(' %.4f' % y) + " Z " + str(' %.4f' % z) + "\n")
first_z_done = True
else:
fout.write("G1 X" + str(' %.4f' % x) + " Y " +
str(' %.4f' % y) + "\n")
start_pos = brkpos
nlinkpoints = actp.getnumlinkpoints(path, brk)
for linkpoint in range(0, nlinkpoints):
x, y, z = actp.getlinkpoint(path, brk, linkpoint)
import actp
fout = open("test.tap", 'wb')
fout.write("G90 G21 G17\n")
actp.boundaryclear(21)
actp.boundaryadd(-27.5, -27.5)
actp.boundaryadd(27.5, -27.5)
actp.boundaryadd(27.5, 27.5)
actp.boundaryadd(-27.5, 27.5)
actp.boundaryadd(-27.5, -27.5)
actp.boundarybreak()
actp.setstartpoint(-20, -10, 1, 1)
actp.setminz(0)
actp.makerough('cone with big cubod base.stl')
npaths = actp.getnumpaths()
for path in range(0, npaths):
npoints = actp.getnumpoints(path)
nbreaks = actp.getnumbreaks(path)
nlinkpaths = actp.getnumlinkpths(path)
z = actp.getz(path)
start_pos = 0
first_z_done = False
for brk in range(0, nbreaks):
brkpos = actp.getbreak(path, brk)
for point in range(start_pos, brkpos):
x, y = actp.getpoint(path, point)
#feed(x, y, z)
if first_z_done == False:
import actp
fout = open("test.tap", 'wb')
fout.write("G90 G21 G17\n")
actp.makerough('cone.stl')
npaths = actp.getnumpaths()
for path in range(0, npaths):
npoints = actp.getnumpoints(path)
nbreaks = actp.getnumbreaks(path)
nlinkpaths = actp.getnumlinkpths(path)
z = actp.getz(path)
start_pos = 0
first_z_done = False
for brk in range(0, nbreaks):
brkpos = actp.getbreak(path, brk)
for point in range(start_pos, brkpos):
x, y = actp.getpoint(path, point)
#feed(x, y, z)
if first_z_done == False:
fout.write("G0 X" + str(' %.4f' % x) + " Y " + str(' %.4f' %y) + " Z " + str(' %.4f' %z) + "\n")
first_z_done = True
else:
fout.write("G1 X" + str(' %.4f' % x) + " Y " + str(' %.4f' %y) + "\n")
start_pos = brkpos
nlinkpoints = actp.getnumlinkpoints(path, brk)
for linkpoint in range(0, nlinkpoints):
x, y, z = actp.getlinkpoint(path, brk, linkpoint)
#rapid(x, y, z)
fout.write("G0 X" + str(' %.4f' % x) + " Y " + str(' %.4f' %y) + " Z " + str(' %.4f' %z) + "\n")