def calc_nets(self, segments):
""" Return a set of Nets from segments """
points = {} # (x,y) -> NetPoint
def get_point(p):
if p not in points:
points[p] = NetPoint("%da%d" % p, *p)
return points[p]
# turn the (x, y) points into unique NetPoint objects
segments = set((get_point(p1), get_point(p2)) for p1, p2 in segments)
nets = []
# Iterate over the segments, removing segments when added to a net
while segments:
seg = segments.pop() # pick a point
newnet = Net("")
newnet.connect(seg)
found = True
while found:
found = set()
for seg in segments: # iterate over segments
if newnet.connected(seg): # segment touching the net
newnet.connect(seg) # add the segment
found.add(seg)
for seg in found:
segments.remove(seg)
nets.append(newnet)
return nets
def calc_nets(self, segments):
""" Return a set of Nets from segments """
points = {} # (x,y) -> NetPoint
def get_point(p):
if p not in points:
points[p] = NetPoint('%da%d' % p, *p)
return points[p]
# turn the (x, y) points into unique NetPoint objects
segments = set((get_point(p1), get_point(p2)) for p1, p2 in segments)
nets = []
# Iterate over the segments, removing segments when added to a net
while segments:
seg = segments.pop() # pick a point
newnet = Net('')
newnet.connect(seg)
found = True
while found:
found = set()
for seg in segments: # iterate over segments
if newnet.connected(seg): # segment touching the net
newnet.connect(seg) # add the segment
found.add(seg)
for seg in found:
segments.remove(seg)
nets.append(newnet)
return nets
def calc_nets(self, segments):
""" Return a set of Nets from segments """
points = {} # (x, y) -> NetPoint
def get_point(point):
""" Return a new or existing NetPoint for an (x,y) point """
point = (make_length(point[0]), make_length(point[1]))
if point not in points:
points[point] = NetPoint('%da%d' % point, point[0], point[1])
return points[point]
# turn the (x, y) points into unique NetPoint objects
segments = set((get_point(p1), get_point(p2)) for p1, p2 in segments)
nets = []
# Iterate over the segments, removing segments when added to a net
while segments:
seg = segments.pop() # pick a point
newnet = Net('')
newnet.connect(seg)
found = True
while found:
found = set()
for seg in segments: # iterate over segments
if newnet.connected(seg): # segment touching the net
newnet.connect(seg) # add the segment
found.add(seg)
for seg in found:
segments.remove(seg)
nets.append(newnet)
return nets
