def connect_electrical_shortest_path(port1, port2):
"""connects two ports with a polygon that takes the shortest path"""
points = [port1.midpoint, port2.midpoint]
name = f"zz_conn_{hash_points(points)}"
c = Component(name=name)
layer = port1.layer
p1x0 = port1.endpoints[0][0]
p1y0 = port1.endpoints[0][1]
p1x1 = port1.endpoints[1][0]
p1y1 = port1.endpoints[1][1]
p2x0 = port2.endpoints[0][0]
p2y0 = port2.endpoints[0][1]
p2x1 = port2.endpoints[1][0]
p2y1 = port2.endpoints[1][1]
if port1.orientation in [90, 270]:
c.add_polygon(
([(p1x1, p1y0), (p1x0, p1y1), (p2x1, p2y1), (p2x0, p2y0)]), layer=layer
)
else:
c.add_polygon(
([(p1x0, p1y1), (p1x1, p1y0), (p2x1, p2y1), (p2x0, p2y0)]), layer=layer
)
return c.ref()
def connect_electrical_shortest_path(port1, port2):
"""connects two ports with a polygon that takes the shortest path"""
c = Component(name="zz_conn_{}".format(uuid.uuid4()))
layer = port1.layer
p1x0 = port1.endpoints[0][0]
p1y0 = port1.endpoints[0][1]
p1x1 = port1.endpoints[1][0]
p1y1 = port1.endpoints[1][1]
p2x0 = port2.endpoints[0][0]
p2y0 = port2.endpoints[0][1]
p2x1 = port2.endpoints[1][0]
p2y1 = port2.endpoints[1][1]
if port1.orientation in [90, 270]:
c.add_polygon(([(p1x1, p1y0), (p1x0, p1y1), (p2x1, p2y1),
(p2x0, p2y0)]),
layer=layer)
else:
c.add_polygon(([(p1x0, p1y1), (p1x1, p1y0), (p2x1, p2y1),
(p2x0, p2y0)]),
layer=layer)
return c.ref()
