res_cpw_params,
40e3,
7.3 + (i + 4) / 10,
11.45,
coupling_length=450e3,
meander_periods=3,
trans_in=trans_in)
print(i, 7.3 + (i + 4) / 10)
claw.make_trans(DTrans(res.end))
##resonator_length = CPWResonator._calculate_total_length(res)
##print(resonator_length)
claw.place(canvas)
res.place(canvas)
tmon = Tmon(claw.connections[1], tmon_cpw_params, tmon_arm_len, \
tmon_JJ_arm_len, tmon_JJ_site_span, tmon_coupling_pads_len, \
h_jj, w_jj, asymmetry, None, True)
tmon.place(canvas, region_name="photo")
tmon.place(ebeam, region_name="ebeam")
qubit_ports.append(tmon.end)
claw_test1 = Claw(DPoint(0, 0),
res_cpw_params,
100e3,
w_claw=20e3,
w_claw_pad=0,
l_claw_pad=0)
res_cursor_test1 = DPoint(-4 * resonators_interval + resonators_interval,
resonators_y_positions)
ebeam = Region()
feed_cpw_params = CPWParameters(20e3, 10e3)
md_cpw_params = CPWParameters(7e3, 4e3)
fc_cpw_params = CPWParameters(7e3, 4e3)
tmon_arm_len = 280e3
tmon_JJ_arm_len = 40e3
tmon_JJ_site_span = 8e3
tmon_coupling_pads_len = 100e3
h_jj = 200
w_jj = 100
asymmetry = 0.5
chain_length = 8
for i in range(-(chain_length) // 2, (chain_length) // 2, 1):
tmon_cpw_params = CPWParameters(20e3, 10e3 * (i + 4) / 4)
tmon = Tmon(DPoint(1e6*i, 0), tmon_cpw_params, tmon_arm_len, \
tmon_JJ_arm_len, tmon_JJ_site_span, tmon_coupling_pads_len, \
h_jj, w_jj, asymmetry, None)
tmon.place(canvas, region_name="photo")
tmon.place(ebeam, region_name="ebeam")
qubit_ports.append(tmon.end)
### DRAW SECTION END ###
ebeam = ebeam.merge()
cell.shapes(layer_photo).insert(canvas)
cell.shapes(layer_el).insert(ebeam)