def __init__(self):
super(AddDrop, self).__init__()
self.term_in = pt.Source()
self.term_pass = pt.Detector()
self.term_add = pt.Detector()
self.term_drop = pt.Detector()
self.dc1 = pt.DirectionalCoupler()
self.dc2 = pt.DirectionalCoupler()
self.wg1 = pt.Waveguide()
self.wg2 = pt.Waveguide()
self.link("term_in:0", "0:dc1:2", "0:wg1:1", "1:dc2:3", "0:term_drop")
self.link("term_add:0", "2:dc2:0", "0:wg2:1", "3:dc1:1", "0:term_pass")
def conn():
""" default connector """
wg = pt.Waveguide()
s = pt.Source()
d = pt.Detector()
conn = wg["ab"] * s["a"] * d["b"]
return conn
def nw():
""" default network (source-waveguide-detector) """
with pt.Network() as nw:
nw.wg = pt.Waveguide(length=1e-5)
nw.s = pt.Source()
nw.d = pt.Detector()
nw.link("s:0", "0:wg:1", "0:d")
return nw
def test_network_with_component_with_different_name_as_attribute():
with pytest.raises(ValueError):
with pt.Network() as nw:
nw.wg = pt.Waveguide(name="wg0")
def __init__(self):
super(NewNetwork, self).__init__()
self.wg1 = pt.Waveguide()
self.wg2 = pt.Waveguide()
self.link("wg3:1", "0:wg2")
def unw():
""" default unterminated network """
with pt.Network() as nw:
nw.wg1 = nw.wg2 = pt.Waveguide(length=5e-6)
nw.link(1, "0:wg1:1", "0:wg2:1", 0)
return nw
def wg():
""" default base waveguide """
return pt.Waveguide()