def _default_DC_list(self):
MMI22_list = []
dc1_15 = my_dc(gap_inc_vec2=[120.0, 120.0, 120.0], name="ring1")
dc2_15 = my_dc(gap_inc_vec2=[120.0, 120.0, 120.0], name="ring2")
MMI22_list.append(dc1_15)
MMI22_list.append(dc2_15)
dc1_20 = my_dc(gap_inc_vec2=[110.0, 120.0, 130.0], name="ring3", width=10, cleave=250)
dc2_20 = my_dc(gap_inc_vec2=[110.0, 120.0, 130.0], name="ring4", width=10, cleave=250)
recess0 = NP_mmi12(pillar=True, pocket=False, tilt=False, width=133.0, length=210)
recess1 = NP_mmi12(pillar=True, pocket=False, tilt=False, width=133.0, length=210)
recess2 = NP_mmi12(pillar=True, pocket=False, tilt=False)
recess3 = NP_mmi12(pillar=True, pocket=False, tilt=False)
recess4 = NP_mmi12(pillar=True, pocket=True, tilt=False)
recess5 = NP_mmi12(pillar=True, pocket=True, tilt=False)
recess6 = NP_mmi12(pillar=True, pocket=False, tilt=False)
recess7 = NP_mmi12(pillar=True, pocket=False, tilt=False)
recess8 = NP_mmi12(pillar=True, pocket=False, tilt=False)
recess9 = NP_mmi12(pillar=True, pocket=False, tilt=False)
recess10 = NP_mmi12(pillar=True, pocket=False, tilt=False)
recess11 = NP_mmi12(pillar=True, pocket=True, tilt=True)
recess12 = NP_mmi12(pillar=True, pocket=True, tilt=True)
recess13 = NP_mmi12(pillar=True, pocket=True, tilt=False)
recess14 = NP_mmi12(pillar=True, pocket=False, tilt=False, width=133.0, length=210, double=False)
recess15 = NP_mmi12(pillar=True, pocket=False, tilt=False, width=133.0, length=210, double=False)
recess16 = NP_mmi12(pillar=True, pocket=False, tilt=False, double=False)
recess17 = NP_mmi12(pillar=True, pocket=False, tilt=False, double=False)
recess18 = NP_mmi12(pillar=True, pocket=True, tilt=False, double=False)
recess19 = NP_mmi12(pillar=True, pocket=True, tilt=False, double=False)
recess20 = NP_mmi12(pillar=True, pocket=False, tilt=False, double=False)
recess21 = NP_mmi12(pillar=True, pocket=False, tilt=False, double=False)
recess22 = NP_mmi12(pillar=True, pocket=False, tilt=False, double=False)
recess23 = NP_mmi12(pillar=True, pocket=False, tilt=False, double=False)
recess24 = NP_mmi12(pillar=True, pocket=False, tilt=False, double=False)
recess25 = NP_mmi12(pillar=True, pocket=True, tilt=True, double=False)
recess26 = NP_mmi12(pillar=True, pocket=True, tilt=True, double=False)
recess27 = NP_mmi12(pillar=True, pocket=True, tilt=False, double=False)
for i in range(0, 28, 1):
print(i)
_inst = locals()['recess{}'.format(i)]
MMI22_list.append(_inst)
MMI22_list.append(dc1_20)
MMI22_list.append(dc2_20)
#
#
Al0 = AL_NP(offset=5)
Al1 = AL_NP(offset=5)
Al2 = AL_NP()
Al3 = AL_NP()
Al4 = AL_NP()
Al5 = AL_NP()
Al6 = AL_NP()
Al7 = AL_NP()
Al8 = AL_NP()
Al9 = AL_NP()
Al10 = AL_NP()
Al11 = AL_NP()
Al12 = AL_NP()
Al13 = AL_NP()
Al14 = AL_NP(offset=5)
Al15 = AL_NP(offset=5)
Al16 = AL_NP()
Al17 = AL_NP()
Al18 = AL_NP()
Al19 = AL_NP()
Al20 = AL_NP()
Al21 = AL_NP()
Al22 = AL_NP()
Al23 = AL_NP()
Al24 = AL_NP()
Al25 = AL_NP()
Al26 = AL_NP()
Al27 = AL_NP()
for i in range(0, 28, 1):
print(i)
_inst = locals()['Al{}'.format(i)]
MMI22_list.append(_inst)
SiN0 = SiN_NP(width=92, length=210)
SiN1 = SiN_NP(width=92, length=210)
SiN2 = SiN_NP()
SiN3 = SiN_NP()
SiN4 = SiN_NP()
SiN5 = SiN_NP()
SiN6 = SiN_NP()
SiN7 = SiN_NP()
SiN8 = SiN_NP()
SiN9 = SiN_NP()
SiN10 = SiN_NP()
SiN11 = SiN_NP(tilt=15)
SiN12 = SiN_NP(tilt=15)
SiN13 = SiN_NP()
SiN14 = SiN_NP(width=92, length=210, double=False)
SiN15 = SiN_NP(width=92, length=210, double=False)
SiN16 = SiN_NP(double=False)
SiN17= SiN_NP(double=False)
SiN18= SiN_NP(double=False)
SiN19= SiN_NP(double=False)
SiN20= SiN_NP(double=False)
SiN21= SiN_NP(double=False)
SiN22= SiN_NP(double=False)
SiN23= SiN_NP(double=False)
SiN24 = SiN_NP(double=False)
SiN25 = SiN_NP(double=False, tilt=15)
SiN26 = SiN_NP(double=False, tilt=15)
SiN27 = SiN_NP(double=False)
for i in range(0, 28, 1):
print(i)
_inst = locals()['SiN{}'.format(i)]
MMI22_list.append(_inst)
return MMI22_list
mmi_slots = mmi_slots_cell()
# a = mmi_slots.Layout()
# a.write_gdsii("importtest.gds")
# mmi_ribs = mmi_ribs_cell()
# small_core = small_core_cell()
# rib_bundle = rib_bundle_cell()
# slot_bundle = slot_bundle_cell()
# spiral_06 = spiral_06_cell()
# spiral_07 = spiral_07_cell()
# spiral_slot_150 = spiral_slot_150_cell()
# spiral_slot_200 = spiral_slot_200_cell()
from picazzo3.routing.place_route import PlaceAndAutoRoute
dc_10 = my_dc(gap_inc_vec=[390, 398, 406], name="ring1")
dc_10_layout = dc_10.Layout()
dc_15 = my_dc(gap_inc_vec=[390, 398, 406], name="ring2")
dc_15_layout = dc_15.Layout()
pr = PlaceAndAutoRoute(child_cells={"mmi1": mmi_slots,
"dc1": dc_10,
"dc2": dc_15,
},
links=[])
layout = pr.Layout(child_transformations={"mmi1": i3.Rotation(rotation=90) - i3.Translation((15000, 0)),
"dc1": (0, 0),
"dc2": i3.HMirror(2500) - i3.Translation((5000, 0)),
def _default_DC_list(self):
MMI22_list = []
dc_10 = my_dc(gap_inc_vec2=[110.0, 110.0, 110], name="ring1")
# dc_10_layout = dc_10.Layout()
# dc_10_layout.visualize(annotate=True)
# dc_10_layout.write_gdsii("DC_V4.gds")
#
dc_15 = my_dc(gap_inc_vec2=[110.0, 110.0, 110], name="ring2")
MMI22_list.append(dc_10)
MMI22_list.append(dc_15)
recess0 = NP(width=338, pocket=True, tilt=True)
recess1 = NP(pillar=True)
recess2 = NP_mmi12(width=330, pillar=True, pocket=False, tilt=False)
recess3 = NP_mmi12(width=330, pillar=True, pocket=False, tilt=False)
recess4 = NP_mmi12(width=330, pillar=True, pocket=True, tilt=False)
recess5 = NP_mmi12(width=330, pillar=True, pocket=True, tilt=False)
recess6 = NP_mmi12(width=330, pillar=True, pocket=True, tilt=True)
recess7 = NP_mmi12(width=330, pillar=True, pocket=True, tilt=True)
recess8 = NP(width=338, pillar=True, pocket=False, tilt=False)
recess9 = NP(width=338, pillar=True, pocket=True, tilt=False)
recess10 = NP_mmi12(width=338, pillar=True, pocket=False, tilt=False)
recess11 = NP_mmi12(width=338, pillar=True, pocket=False, tilt=False)
recess12 = NP_mmi12(width=338, pillar=True, pocket=True, tilt=False)
recess13 = NP_mmi12(width=338, pillar=True, pocket=True, tilt=False)
recess14 = NP_mmi12(width=338, pillar=True, pocket=True, tilt=True)
recess15 = NP_mmi12(width=338, pillar=True, pocket=True, tilt=True)
for i in range(0, 16, 1):
print(i)
_inst = locals()['recess{}'.format(i)]
MMI22_list.append(_inst)
#
#
# Al0 = AL_NP(width=338)
# Al1 = AL_NP(width=338)
# Al2 = AL_NP(width=338)
# Al3 = AL_NP(pillar=True)
# Al4 = AL_NP(pillar=True)
# Al5 = AL_NP(pillar=True)
# Al6 = AL_NP()
# Al7 = AL_NP()
# Al8 = AL_NP(width=338, pillar=True)
# Al9 = AL_NP(width=338, pillar=True)
# Al10 = AL_PI()
# Al11 = AL_PI()
#
# for i in range(0, 12, 1):
# print(i)
# _inst = locals()['Al{}'.format(i)]
# MMI22_list.append(_inst)
# SiN0 = SiN_NP(width=338)
# SiN1 = SiN_NP(width=338)
# SiN2 = SiN_NP(width=338, tilt_0=True)
# SiN3 = SiN_NP(pillar=True)
# SiN4 = SiN_NP(pillar=True)
# SiN5 = SiN_NP(pillar=True, tilt_0=True)
# SiN6 = SiN_NP()
# SiN7 = SiN_NP()
# SiN8 = SiN_NP(width=338, pillar=True)
# SiN9 = SiN_NP(width=338, pillar=True)
# SiN10 = SiN_PI()
# SiN11 = SiN_PI()
# for i in range(0, 12, 1):
# print(i)
# _inst = locals()['SiN{}'.format(i)]
# MMI22_list.append(_inst)
return MMI22_list
def _default_DC_list(self):
MMI22_list = []
dc_10 = my_dc(gap_inc_vec=[390, 398, 406], name="ring1")
# dc_10_layout = dc_10.Layout()
# dc_10_layout.visualize(annotate=True)
# dc_10_layout.write_gdsii("DC_V4.gds")
#
dc_15 = my_dc(gap_inc_vec=[390, 398, 406], name="ring2")
MMI22_list.append(dc_10)
MMI22_list.append(dc_15)
recess0 = NP(width=338)
recess1 = NP(width=338, pocket=True, tilt=False)
recess2 = NP(width=338, pocket=True, tilt=True)
recess3 = NP(pillar=True)
recess4 = NP(pillar=True, pocket=True, tilt=False)
recess5 = NP(pillar=True, pocket=True, tilt=True)
recess6 = NP()
recess7 = NP(pocket=True, tilt=False)
recess8 = NP(width=338, pillar=True, pocket=False, tilt=False)
recess9 = NP(width=338, pillar=True, pocket=True, tilt=False)
recess10 = PI(pocket=False, tilt=False)
recess11 = PI(pocket=True, tilt=False)
for i in range(0, 12, 1):
print(i)
_inst = locals()['recess{}'.format(i)]
MMI22_list.append(_inst)
# MMI22_list.append(recess0)
# MMI22_list.append(recess1)
# MMI22_list.append(recess2)
# MMI22_list.append(recess3)
# MMI22_list.append(recess4)
# MMI22_list.append(recess5)
# MMI22_list.append(recess6)
# MMI22_list.append(recess7)
# MMI22_list.append(recess8)
# MMI22_list.append(recess9)
# MMI22_list.append(recess10)
# MMI22_list.append(recess11)
Al0 = AL_NP(width=338)
Al1 = AL_NP(width=338)
Al2 = AL_NP(width=338)
Al3 = AL_NP(pillar=True)
Al4 = AL_NP(pillar=True)
Al5 = AL_NP(pillar=True)
Al6 = AL_NP()
Al7 = AL_NP()
Al8 = AL_NP(width=338, pillar=True)
Al9 = AL_NP(width=338, pillar=True)
Al10 = AL_PI()
Al11 = AL_PI()
# _ = [Al0, Al1, Al2, Al3, Al4, Al5, Al6, Al7, Al8, Al9, Al10, Al11]
#
# for i in range(0,12,1):
# # _[i].append(i)
# MMI22_list.append(_[i])
for i in range(0, 12, 1):
print(i)
_inst = locals()['Al{}'.format(i)]
MMI22_list.append(_inst)
SiN0 = SiN_NP(width=338)
SiN1 = SiN_NP(width=338)
SiN2 = SiN_NP(width=338, tilt_0=True)
SiN3 = SiN_NP(pillar=True)
SiN4 = SiN_NP(pillar=True)
SiN5 = SiN_NP(pillar=True, tilt_0=True)
SiN6 = SiN_NP()
SiN7 = SiN_NP()
SiN8 = SiN_NP(width=338, pillar=True)
SiN9 = SiN_NP(width=338, pillar=True)
SiN10 = SiN_PI()
SiN11 = SiN_PI()
for i in range(0, 12, 1):
print(i)
_inst = locals()['SiN{}'.format(i)]
MMI22_list.append(_inst)
return MMI22_list
