def parse_line(self, package, line):
t = line.split()
if t[0] == "Po":
return
elif t[0] == "Li":
return
elif t[0] == "Cd":
return
elif t[0] == "Sc":
return
elif t[0] == "AR":
return
elif t[0] == "Op":
return
elif t[0][:1] == "T":
return
elif t[0] == "DS":
t = line.split()
start = (self.dim(t[1]), self.dim(t[2]))
end = (self.dim(t[3]), self.dim(t[4]))
package.data.append(Line( start, end, self.dim(t[5]) ))
package.expand_bbox(start)
package.expand_bbox(end)
#line.layer = t[6]
elif t[0] == "$PAD":
pad = Pad()
package.data.append(pad)
for line in self.f:
t = line.split()
if t[0] == "Sh":
pad.xsize = self.dim(t[3])
pad.ysize = self.dim(t[4])
pad.rotation = float(t[7]) / 10.0
elif t[0] == "Dr":
pass
elif t[0] == "At":
pass
elif t[0] == "Ne":
pass
elif t[0] == "Po":
pad.x = self.dim(t[1])
pad.y = self.dim(t[2])
elif t[0] == "$EndPAD":
maxdim = max(pad.xsize, pad.ysize) / 2.0
package.expand_bbox((pad.x - maxdim, pad.y - maxdim))
package.expand_bbox((pad.x + maxdim, pad.y + maxdim))
return
else:
return
