# ======= Flux coils =======
tmon1_fc_segment_lengths = \
[(qubit_ports[0].x - cp1.end.x) / 3, -cp1.end.y + qubit_ports[0].y + 0.35e6,
(qubit_ports[0].x - cp1.end.x) / 2 + 0.495e6 + 2e3, (-cp1.end.y + qubit_ports[0].y) / 3 - 120e3 + 7.5e3]
tmon1_fc = CPW_RL_Path(cp1.end,
"LRLRLRL",
fc_cpw_params,
240e3,
tmon1_fc_segment_lengths, [pi / 2, -pi / 2, -pi / 2],
trans_in=None)
tmon1_fc.place(canvas)
tmon1_fc_end = FluxCoil(tmon1_fc.end,
fc_cpw_params,
width=20e3,
trans_in=DTrans.R180)
tmon1_fc_end.place(canvas)
tmon2_fc_segment_lengths = \
[0.5e6, (qubit_ports[1].x - cp2.end.x) - 0.5e6, -(-cp2.end.y + qubit_ports[1].y) / 2 + 0.26e6 + 4.25e3]
tmon2_fc = CPW_RL_Path(cp2.end,
"LRRLRL",
fc_cpw_params,
150e3,
tmon2_fc_segment_lengths, [-pi / 2, pi / 2, -pi / 2],
trans_in=None)
tmon2_fc.place(canvas)
tmon1_fc_end = FluxCoil(tmon2_fc.end,
fc_cpw_params,
# ======= Flux coils =======
tmon1_fc_segment_lengths =\
[qubit_ports[0].x - cp2.end.x, cp2.end.y - qubit_ports[0].y-20e3]
tmon1_fc = CPW_RL_Path(cp2.end,
"LRL",
fc_cpw_params,
240e3,
tmon1_fc_segment_lengths, [-pi / 2],
trans_in=None)
tmon1_fc.place(canvas)
tmon1_fc_end = FluxCoil(tmon1_fc.end,
fc_cpw_params,
width=20e3,
trans_in=DTrans.R180)
tmon1_fc_end.place(canvas)
# tmon -1
fc_segment_lengths =\
[-qubit_ports[-1].x + cp5.end.x, cp5.end.y - qubit_ports[-1].y-20e3]
fc = CPW_RL_Path(cp5.end,
"LRL",
fc_cpw_params,
240e3,
fc_segment_lengths, [-pi / 2],
trans_in=DTrans.M90)
fc.place(canvas)
fc_end = FluxCoil(fc.end, fc_cpw_params, width=20e3, trans_in=DTrans.R180)