def simplifyPath(self, st):
#print "st=",len(st)
l = douglas(st,
plane=plane,
tolerance=point_tolerance,
length_tolerance=length_tolerance,
extrudeRelative=extrudeRelative)
#print l
#print len(l)
for i, (g, p, c) in enumerate(l):
self.output_line_count = self.output_line_count + 1
#print "i, g,p,c=", i, g,p,c
s = g + " "
if p[5] & 1 == 0:
s = s + "X{0:g}".format(p[0]) + " "
if p[5] & 2 == 0:
s = s + "Y{0:g}".format(p[1]) + " "
if p[5] & 4 == 0:
s = s + "Z{0:g}".format(p[2]) + " "
if p[5] & 8 == 0:
s = s + extruderLetter + "{0:g}".format(p[3]) + " "
if p[5] & 16 == 0:
s = s + "F{0:g}".format(p[4]) + " "
if c is not None:
s = s + c
s = s.rstrip()
output_line(s)
def simplifyPath(self, st):
#print "st=",len(st)
l = douglas(st,
plane=plane,
tolerance=point_tolerance,
length_tolerance=length_tolerance)
#print l
#print len(l)
for i, (g, p, c) in enumerate(l):
self.output_line_count = self.output_line_count + 1
#print "i, g,p,c=", i, g,p,c
s = g + " "
if p[0] is not None:
s = s + "X{0:f}".format(p[0]) + " "
if p[1] is not None:
s = s + "Y{0:f}".format(p[1]) + " "
if p[2] is not None:
s = s + "Z{0:f}".format(p[2]) + " "
if p[3] is not None:
s = s + "A{0:f}".format(p[3]) + " "
if p[4] is not None:
s = s + "F{0:f}".format(p[4]) + " "
if c is not None:
s = s + c
s = s.rstrip()
output_line(s)
def simplifyPath(self, st):
#print "st=",len(st)
l = douglas(st, plane=plane, tolerance=tolerance)
for i, (g, p, c) in enumerate(l):
#print "i, g,p,c=", i, g,p,c
s = g + " "
if p[0] is not None:
s = s + "X{0:f}".format(p[0]) + " "
if p[1] is not None:
s = s + "Y{0:f}".format(p[1]) + " "
if p[2] is not None:
s = s + "Z{0:f}".format(p[2]) + " "
if p[3] is not None:
s = s + "A{0:f}".format(p[3]) + " "
if p[4] is not None:
s = s + "F{0:f}".format(p[4]) + " "
if c is not None:
s = s + c
s = s.rstrip()
print s
def simplify_path(self, st):
# print("st= %i" % len(st))
l = douglas(st,
plane=self.plane,
tolerance=self.point_tolerance,
length_tolerance=self.length_tolerance)
for i, (g, p, c) in enumerate(l):
self.output_line_count = self.output_line_count + 1
s = g + " "
if p[0] is not None:
if p[0] is not self.prevx:
s = s + "X{0:.3f}".format(p[0]) + " "
self.prevx = p[0]
if p[1] is not None:
if p[1] is not self.prevy:
s = s + "Y{0:.3f}".format(p[1]) + " "
self.prevy = p[1]
if p[2] is not None:
if p[2] != self.prevz:
s = s + "Z{0:.3f}".format(p[2]) + " "
self.prevz = p[2]
if p[3] is not None:
if p[3] is not self.preva:
s = s + "A{0:.3f}".format(p[3]) + " "
self.preva = p[3]
if p[5] is not None:
if p[5] is not self.preve:
s = s + "E{0:.5f}".format(p[5]) + " "
self.preve = p[5]
if p[4] is not None:
if p[4] is not self.prevf:
s = s + "F{0:.3f}".format(p[4]) + " "
self.prevf = p[4]
if c is not None:
s = s + c
s = s.rstrip()
self.output_line(s)