[BUG] QProgram avg causing QRM timeout
visagim opened this issue · 3 comments
visagim commented
Expected behavior
I'm running the following code
import numpy as np
import qililab as ql
from qililab.waveforms import DragPair
from qililab.qprogram import Domain
ql.logger.setLevel(40)
# Loops parameters
PHASE_LOOP_VALUES = np.linspace(0, 2 * np.pi, 21)
REPETITION_DURATION = 200_000
# Set the platform from runcard
PLATFORM_PATH = os.path.expanduser("~/LabScripts/QuantumPainHackathon/runcards/soprano_RF.yml")
partition = "galadriel_lab"
platform_qp = ql.build_platform(runcard=os.path.expanduser("~/LabScripts/QuantumPainHackathon/runcards/soprano_RF_qprogram.yml"))
CONTROL_QUBIT = 0
TARGET_QUBIT = 2
# Amplitude parameters
AMP = platform.get_parameter(alias=f"CZ({CONTROL_QUBIT},{TARGET_QUBIT})", parameter=ql.Parameter.AMPLITUDE)
AMP_STEP = 0.02 # this should be big enough to calibrate, small enough to prevent going over the 2nd minima
AMP_LOOP_VALUES = np.linspace(AMP - AMP_STEP, AMP + AMP_STEP, 40)
B_LOOP_VALUES = np.linspace(0,1,40) # B/A
# Define gates
def qpDrag(qp, qubit, amp, phase):
drag = DragPair(
amplitude=platform.get_parameter(parameter = ql.Parameter.AMPLITUDE, alias=f"Drag({qubit})"),
duration=platform.get_parameter(parameter = ql.Parameter.DURATION, alias=f"Drag({qubit})"),
num_sigmas=platform.get_parameter(parameter = ql.Parameter.NUM_SIGMAS, alias=f"Drag({qubit})"),
drag_coefficient=platform.get_parameter(parameter = ql.Parameter.DRAG_COEFFICIENT, alias=f"Drag({qubit})"))
qp.set_gain(bus=f"drive_q{qubit}_bus",
gain=amp/np.pi * platform.get_parameter(parameter =ql.Parameter.AMPLITUDE, alias=f"Drag({qubit})"))
qp.set_phase(bus=f"drive_q{qubit}_bus",
phase=phase)
qp.play(bus=f"drive_q{qubit}_bus",
waveform=drag)
def qpM(qp, qubit):
t = platform.get_parameter(parameter=ql.Parameter.DURATION, alias=f"M({qubit})")
weights = ql.Square(amplitude=1, duration=t)
qp.play(bus=f"readout_q{qubit}_bus", waveform=ql.Square(
amplitude=platform.get_parameter(parameter=ql.Parameter.AMPLITUDE, alias=f"M({qubit})"),
duration=t))
qp.acquire(bus=f"readout_q{qubit}_bus", weights=ql.IQPair(I=weights, Q=weights))
qp.wait(bus=f"drive_q{qubit}_bus",duration=REPETITION_DURATION)
# first try amp loop only
q0 = CONTROL_QUBIT
q1 = TARGET_QUBIT
qp = ql.QProgram()
amplitude = qp.variable(ql.Domain.Voltage)
phase = qp.variable(ql.Domain.Phase)
nshots = qp.variable(Domain.Scalar, type=int)
with qp.average(1000):
with qp.for_loop(variable=amplitude, start=AMP_LOOP_VALUES[0], stop=AMP_LOOP_VALUES[-1], step=AMP_LOOP_VALUES[1]-AMP_LOOP_VALUES[0]):
with qp.for_loop(variable=phase, start=PHASE_LOOP_VALUES[0], stop=PHASE_LOOP_VALUES[-1], step=PHASE_LOOP_VALUES[1]-PHASE_LOOP_VALUES[0]):
qpDrag(qp, qubit=q0, amp=np.pi, phase=0) # control qubit on 0
qpDrag(qp, qubit=q1, amp=np.pi/2, phase=0) # target qubit on |-i>
qp.sync()
qpM(qp, qubit=q0)
qpM(qp, qubit=q1)
%%submit_job -o job_data -p galadriel_lab -n hwl_snz -t 15
platform_qp.connect()
platform_qp.initial_setup()
platform_qp.turn_on_instruments()
result = platform_qp.execute_qprogram(qp)
job_data = result
platform.disconnect()
data = job_data.result()where I merged all of the several cells I run this notebook in.
Actual behavior
When avg=1 the above works, but on avg=1000 this fails
Error log:
when doing
with qp.average(1):
with qp.for_loop(variable=amplitude, start=AMP_LOOP_VALUES[0], stop=AMP_LOOP_VALUES[-1], step=AMP_LOOP_VALUES[1]-AMP_LOOP_VALUES[0]):
with qp.for_loop(variable=phase, start=PHASE_LOOP_VALUES[0], stop=PHASE_LOOP_VALUES[-1], step=PHASE_LOOP_VALUES[1]-PHASE_LOOP_VALUES[0]):
qpDrag(qp, qubit=q0, amp=np.pi, phase=0) # control qubit on 0
qpDrag(qp, qubit=q1, amp=np.pi/2, phase=0) # target qubit on |-i>
qp.sync()
qpM(qp, qubit=q0)
qpM(qp, qubit=q1)[qililab] [0.22.2|INFO|2024-02-07 16:39:35]: Connecting to instrument cluster_controller_0.
[qililab] [0.22.2|INFO|2024-02-07 16:39:39]: Connecting to instrument rohde_schwarz_controller_0.
[qililab] [0.22.2|INFO|2024-02-07 16:39:39]: Reset instrument rs_1.
[qililab] [0.22.2|INFO|2024-02-07 16:39:39]: Connecting to instrument rohde_schwarz_controller_2.
[qililab] [0.22.2|INFO|2024-02-07 16:39:39]: Reset instrument rs_3.
[qililab] [0.22.2|INFO|2024-02-07 16:39:39]: Connecting to instrument rohde_schwarz_controller_3.
[qililab] [0.22.2|INFO|2024-02-07 16:39:39]: Reset instrument rs_4.
[qililab] [0.22.2|INFO|2024-02-07 16:39:39]: Connecting to instrument attenuator_controller_0.
[qililab] [0.22.2|INFO|2024-02-07 16:39:39]: Reset instrument attenuator.
[qililab] [0.22.2|INFO|2024-02-07 16:39:39]: Connected to the instruments
[qililab] [0.22.2|INFO|2024-02-07 16:39:39]: Initial setup to instrument QRM1.
[qililab] [0.22.2|INFO|2024-02-07 16:39:40]: Initial setup to instrument QCM-RF1.
[qililab] [0.22.2|INFO|2024-02-07 16:39:40]: Initial setup to instrument QCM2.
[qililab] [0.22.2|INFO|2024-02-07 16:39:40]: Initial setup to instrument QCM3.
[qililab] [0.22.2|INFO|2024-02-07 16:39:41]: Initial setup to instrument QCM4.
[qililab] [0.22.2|INFO|2024-02-07 16:39:41]: Initial setup to instrument rs_1.
[qililab] [0.22.2|INFO|2024-02-07 16:39:41]: Initial setup to instrument rs_3.
[qililab] [0.22.2|INFO|2024-02-07 16:39:41]: Initial setup to instrument rs_4.
[qililab] [0.22.2|INFO|2024-02-07 16:39:41]: Initial setup to instrument attenuator.
[qililab] [0.22.2|INFO|2024-02-07 16:39:41]: Initial setup applied to the instruments
[qililab] [0.22.2|INFO|2024-02-07 16:39:41]: Turn on instrument QRM1.
[qililab] [0.22.2|INFO|2024-02-07 16:39:41]: Turn on instrument QCM-RF1.
[qililab] [0.22.2|INFO|2024-02-07 16:39:41]: Turn on instrument QCM2.
[qililab] [0.22.2|INFO|2024-02-07 16:39:41]: Turn on instrument QCM3.
[qililab] [0.22.2|INFO|2024-02-07 16:39:41]: Turn on instrument QCM4.
[qililab] [0.22.2|INFO|2024-02-07 16:39:41]: Turn on instrument rs_1.
[qililab] [0.22.2|INFO|2024-02-07 16:39:41]: Turn on instrument rs_3.
[qililab] [0.22.2|INFO|2024-02-07 16:39:41]: Turn on instrument rs_4.
[qililab] [0.22.2|INFO|2024-02-07 16:39:41]: Turn on instrument attenuator.
[qililab] [0.22.2|INFO|2024-02-07 16:39:41]: Instruments turned on
[qililab] [0.22.2|INFO|2024-02-07 16:39:41]: Sequence program:
setup:
wait_sync 4
main:
move 1, R0
avg_0:
move 0, R1
move 40, R2
move 0, R3
loop_0:
move 21, R4
move 0, R5
loop_1:
wait 40
play 0, 1, 2500
acquire 0, R1, 2500
add R1, 1, R1
wait 65532
wait 65532
wait 63936
loop R4, @loop_1
loop R2, @loop_0
loop R0, @avg_0
stop
[qililab] [0.22.2|INFO|2024-02-07 16:39:41]: Sequence program:
setup:
wait_sync 4
main:
move 1, R0
avg_0:
move 0, R1
move 40, R2
move 0, R3
loop_0:
move 21, R4
move 0, R5
loop_1:
wait 40
play 0, 1, 1200
acquire 0, R1, 1200
add R1, 1, R1
wait 65532
wait 65532
wait 65532
wait 1004
loop R4, @loop_1
loop R2, @loop_0
loop R0, @avg_0
stop
[qililab] [0.22.2|INFO|2024-02-07 16:39:41]: Sequence program:
setup:
wait_sync 4
main:
move 1, R0
avg_0:
move 40, R1
move 0, R2
loop_0:
move 21, R3
move 0, R4
loop_1:
set_awg_gain 2566, 2566
set_ph 0
play 0, 1, 40
wait 65532
wait 65532
wait 65532
wait 3404
loop R3, @loop_1
loop R1, @loop_0
loop R0, @avg_0
stop
[qililab] [0.22.2|INFO|2024-02-07 16:39:41]: Sequence program:
setup:
wait_sync 4
main:
move 1, R0
avg_0:
move 40, R1
move 0, R2
loop_0:
move 21, R3
move 0, R4
loop_1:
set_awg_gain 4293, 4293
set_ph 0
play 0, 1, 40
wait 65532
wait 65532
wait 65532
wait 3404
loop R3, @loop_1
loop R1, @loop_0
loop R0, @avg_0
stop
[qililab] [0.22.2|INFO|2024-02-07 16:39:42]: Already disconnected from the instruments
when doing
with qp.average(1000):
with qp.for_loop(variable=amplitude, start=AMP_LOOP_VALUES[0], stop=AMP_LOOP_VALUES[-1], step=AMP_LOOP_VALUES[1]-AMP_LOOP_VALUES[0]):
with qp.for_loop(variable=phase, start=PHASE_LOOP_VALUES[0], stop=PHASE_LOOP_VALUES[-1], step=PHASE_LOOP_VALUES[1]-PHASE_LOOP_VALUES[0]):
qpDrag(qp, qubit=q0, amp=np.pi, phase=0) # control qubit on 0
qpDrag(qp, qubit=q1, amp=np.pi/2, phase=0) # target qubit on |-i>
qp.sync()
qpM(qp, qubit=q0)
qpM(qp, qubit=q1)note that the only variable I changed w.r.t. the above is the number of averages from 1 to 1000
[qililab] [0.22.2|INFO|2024-02-07 16:19:05]: Connecting to instrument cluster_controller_0.
[qililab] [0.22.2|INFO|2024-02-07 16:19:08]: Connecting to instrument rohde_schwarz_controller_0.
[qililab] [0.22.2|INFO|2024-02-07 16:19:08]: Reset instrument rs_1.
[qililab] [0.22.2|INFO|2024-02-07 16:19:08]: Connecting to instrument rohde_schwarz_controller_2.
[qililab] [0.22.2|INFO|2024-02-07 16:19:08]: Reset instrument rs_3.
[qililab] [0.22.2|INFO|2024-02-07 16:19:08]: Connecting to instrument rohde_schwarz_controller_3.
[qililab] [0.22.2|INFO|2024-02-07 16:19:08]: Reset instrument rs_4.
[qililab] [0.22.2|INFO|2024-02-07 16:19:08]: Connecting to instrument attenuator_controller_0.
[qililab] [0.22.2|INFO|2024-02-07 16:19:08]: Reset instrument attenuator.
[qililab] [0.22.2|INFO|2024-02-07 16:19:08]: Connected to the instruments
[qililab] [0.22.2|INFO|2024-02-07 16:19:08]: Initial setup to instrument QRM1.
[qililab] [0.22.2|INFO|2024-02-07 16:19:09]: Initial setup to instrument QCM-RF1.
[qililab] [0.22.2|INFO|2024-02-07 16:19:09]: Initial setup to instrument QCM2.
[qililab] [0.22.2|INFO|2024-02-07 16:19:10]: Initial setup to instrument QCM3.
[qililab] [0.22.2|INFO|2024-02-07 16:19:10]: Initial setup to instrument QCM4.
[qililab] [0.22.2|INFO|2024-02-07 16:19:11]: Initial setup to instrument rs_1.
[qililab] [0.22.2|INFO|2024-02-07 16:19:11]: Initial setup to instrument rs_3.
[qililab] [0.22.2|INFO|2024-02-07 16:19:11]: Initial setup to instrument rs_4.
[qililab] [0.22.2|INFO|2024-02-07 16:19:11]: Initial setup to instrument attenuator.
[qililab] [0.22.2|INFO|2024-02-07 16:19:11]: Initial setup applied to the instruments
[qililab] [0.22.2|INFO|2024-02-07 16:19:11]: Turn on instrument QRM1.
[qililab] [0.22.2|INFO|2024-02-07 16:19:11]: Turn on instrument QCM-RF1.
[qililab] [0.22.2|INFO|2024-02-07 16:19:11]: Turn on instrument QCM2.
[qililab] [0.22.2|INFO|2024-02-07 16:19:11]: Turn on instrument QCM3.
[qililab] [0.22.2|INFO|2024-02-07 16:19:11]: Turn on instrument QCM4.
[qililab] [0.22.2|INFO|2024-02-07 16:19:11]: Turn on instrument rs_1.
[qililab] [0.22.2|INFO|2024-02-07 16:19:11]: Turn on instrument rs_3.
[qililab] [0.22.2|INFO|2024-02-07 16:19:11]: Turn on instrument rs_4.
[qililab] [0.22.2|INFO|2024-02-07 16:19:11]: Turn on instrument attenuator.
[qililab] [0.22.2|INFO|2024-02-07 16:19:11]: Instruments turned on
[qililab] [0.22.2|INFO|2024-02-07 16:19:11]: Sequence program:
setup:
wait_sync 4
main:
move 1000, R0
avg_0:
move 0, R1
wait_sync 4
move 40, R2
move 0, R3
loop_0:
move 21, R4
move 0, R5
loop_1:
wait 40
play 0, 1, 1200
acquire 0, R1, 1200
add R1, 1, R1
wait 65532
wait 65532
wait 65532
wait 1004
loop R4, @loop_1
loop R2, @loop_0
loop R0, @avg_0
stop
[qililab] [0.22.2|INFO|2024-02-07 16:19:11]: Sequence program:
setup:
wait_sync 4
main:
move 1000, R0
avg_0:
wait_sync 4
move 40, R1
move 0, R2
loop_0:
move 21, R3
move 0, R4
loop_1:
set_awg_gain 4293, 4293
set_ph 0
play 0, 1, 40
wait 65532
wait 65532
wait 65532
wait 3404
loop R3, @loop_1
loop R1, @loop_0
loop R0, @avg_0
stop
[qililab] [0.22.2|INFO|2024-02-07 16:19:11]: Sequence program:
setup:
wait_sync 4
main:
move 1000, R0
avg_0:
wait_sync 4
move 40, R1
move 0, R2
loop_0:
move 21, R3
move 0, R4
loop_1:
set_awg_gain 2566, 2566
set_ph 0
play 0, 1, 40
wait 65532
wait 65532
wait 65532
wait 3404
loop R3, @loop_1
loop R1, @loop_0
loop R0, @avg_0
stop
[qililab] [0.22.2|INFO|2024-02-07 16:19:11]: Sequence program:
setup:
wait_sync 4
main:
move 1000, R0
avg_0:
move 0, R1
wait_sync 4
move 40, R2
move 0, R3
loop_0:
move 21, R4
move 0, R5
loop_1:
wait 40
play 0, 1, 2500
acquire 0, R1, 2500
add R1, 1, R1
wait 65532
wait 65532
wait 63936
loop R4, @loop_1
loop R2, @loop_0
loop R0, @avg_0
stop
Traceback (most recent call last):
File "/usr/lib/python3.10/runpy.py", line 196, in _run_module_as_main
return _run_code(code, main_globals, None,
File "/usr/lib/python3.10/runpy.py", line 86, in _run_code
exec(code, run_globals)
File "/home/vsanchez/envs/qililab/lib/python3.10/site-packages/submitit/core/_submit.py", line 11, in
submitit_main()
File "/home/vsanchez/envs/qililab/lib/python3.10/site-packages/submitit/core/submission.py", line 76, in submitit_main
process_job(args.folder)
File "/home/vsanchez/envs/qililab/lib/python3.10/site-packages/submitit/core/submission.py", line 69, in process_job
raise error
File "/home/vsanchez/envs/qililab/lib/python3.10/site-packages/submitit/core/submission.py", line 55, in process_job
result = delayed.result()
File "/home/vsanchez/envs/qililab/lib/python3.10/site-packages/submitit/core/utils.py", line 133, in result
self._result = self.function(*self.args, **self.kwargs)
File "/home/vsanchez/qililab/src/qililab/slurm.py", line 117, in function
exec(code, variables) # pylint: disable=exec-used # nosec
File "", line 27, in
File "/home/vsanchez/qililab/src/qililab/platform/platform.py", line 620, in execute_qprogram
return self._execute_qprogram_with_qblox(qprogram=qprogram, bus_mapping=bus_mapping, debug=debug)
File "/home/vsanchez/qililab/src/qililab/platform/platform.py", line 663, in _execute_qprogram_with_qblox
bus_results = buses[bus_alias].acquire_qprogram_results(acquisitions=acquisitions)
File "/home/vsanchez/qililab/src/qililab/platform/components/bus.py", line 235, in acquire_qprogram_results
return self.system_control.acquire_qprogram_results(acquisitions=acquisitions)
File "/home/vsanchez/qililab/src/qililab/system_control/readout_system_control.py", line 59, in acquire_qprogram_results
instrument_results = instrument.acquire_qprogram_results(acquisitions=acquisitions)
File "/home/vsanchez/qililab/src/qililab/instruments/qblox/qblox_qrm.py", line 130, in acquire_qprogram_results
return self._get_qprogram_acquisitions(acquisitions=acquisitions)
File "/home/vsanchez/qililab/src/qililab/instruments/instrument.py", line 152, in __call__
return self._method(ref, *args, **kwargs) if hasattr(ref, "device") else self._method(*args, **kwargs)
File "/home/vsanchez/qililab/src/qililab/instruments/qblox/qblox_qrm.py", line 138, in _get_qprogram_acquisitions
self.device.get_acquisition_state(
File "/home/vsanchez/envs/qililab/lib/python3.10/site-packages/qblox_instruments/native/generic_func.py", line 539, in decorator_wrapper
return func(*args, **kwargs)
File "/home/vsanchez/envs/qililab/lib/python3.10/site-packages/qblox_instruments/native/cluster.py", line 540, in get_acquisition_state
return gf.get_acquisition_state(funcs, sequencer, timeout, timeout_poll_res)
File "/home/vsanchez/envs/qililab/lib/python3.10/site-packages/qblox_instruments/native/generic_func.py", line 2155, in get_acquisition_state
seq_state = get_sequencer_state(
File "/home/vsanchez/envs/qililab/lib/python3.10/site-packages/qblox_instruments/native/generic_func.py", line 1440, in get_sequencer_state
raise TimeoutError(
TimeoutError: Sequencer 0 did not stop in timeout period of 1 minutes.
srun: error: galadriel: task 0: Exited with exit code 1
Additional information
I modified the _handle_acquire from qprogram.qblox_compiler so that it does normal acquisitions instead of weighted ones to avoid overflowing the number of registers but this might not be relevant
def _handle_acquire(self, element: Acquire):
loops = [
(i, loop)
for i, loop in enumerate(self._buses[element.bus].qpy_block_stack)
if isinstance(loop, QPyProgram.IterativeLoop) and not loop.name.startswith("avg")
]
num_bins = math.prod(loop[1].iterations for loop in loops)
self._buses[element.bus].qpy_sequence._acquisitions.add(
name=f"acquisition_{self._buses[element.bus].next_acquisition_index}",
num_bins=num_bins,
index=self._buses[element.bus].next_acquisition_index,
)
index_I, index_Q, integration_length = self._append_to_weights_of_bus(element.bus, weights=element.weights)
if num_bins == 1:
self._buses[element.bus].qpy_block_stack[-1].append_component(
component=QPyInstructions.AcquireWeighed(
acq_index=self._buses[element.bus].next_acquisition_index,
bin_index=self._buses[element.bus].next_bin_index,
weight_index_0=index_I,
weight_index_1=index_Q,
wait_time=integration_length,
)
)
else:
bin_register = QPyProgram.Register()
block_index_for_move_instruction = loops[0][0] - 1 if loops else -2
block_index_for_add_instruction = loops[-1][0] if loops else -1
self._buses[element.bus].qpy_block_stack[block_index_for_move_instruction].append_component(
component=QPyInstructions.Move(var=self._buses[element.bus].next_bin_index, register=bin_register),
bot_position=len(self._buses[element.bus].qpy_block_stack[block_index_for_move_instruction].components),
)
# register_I, register_Q = QPyProgram.Register(), QPyProgram.Register()
# self._buses[element.bus].qpy_block_stack[block_index_for_move_instruction].append_component(
# component=QPyInstructions.Move(var=index_I, register=register_I),
# bot_position=len(self._buses[element.bus].qpy_block_stack[block_index_for_move_instruction].components),
# )
# self._buses[element.bus].qpy_block_stack[block_index_for_move_instruction].append_component(
# component=QPyInstructions.Move(var=index_Q, register=register_Q),
# bot_position=len(self._buses[element.bus].qpy_block_stack[block_index_for_move_instruction].components),
# )
# self._buses[element.bus].qpy_block_stack[-1].append_component(
# component=QPyInstructions.AcquireWeighed(
# acq_index=self._buses[element.bus].next_acquisition_index,
# bin_index=bin_register,
# weight_index_0=register_I,
# weight_index_1=register_Q,
# wait_time=integration_length,
# )
# )
# TODO: test
self._buses[element.bus].qpy_block_stack[-1].append_component(
component=QPyInstructions.Acquire(
acq_index=self._buses[element.bus].next_acquisition_index,
bin_index=bin_register,
wait_time=integration_length,
)
)
self._buses[element.bus].qpy_block_stack[block_index_for_add_instruction].append_component(
component=QPyInstructions.Add(origin=bin_register, var=1, destination=bin_register)
)
self._buses[element.bus].static_duration += integration_length
self._buses[element.bus].next_bin_index = 0 # maybe this counter can be removed completely
self._buses[element.bus].next_acquisition_index += 1
self._buses[element.bus].marked_for_sync = TrueSource code
No response
Tracebacks
No response
System Information
Name: qililab
Version: 0.21.1
Summary: Fundamental package for fast characterization and calibration of quantum chips.
Home-page: https://github.com/qilimanjaro-tech/qililab
Author: Qilimanjaro Quantum Tech
Author-email: info@qilimanjaro.tech
License: Apache License 2.0
Location: /home/vsanchez/envs/qililab/lib/python3.10/site-packages
Requires: h5py, lmfit, networkx, pandas, papermill, PyVISA-py, PyYAML, qblox-instruments, qcodes, qcodes-contrib-drivers, qibo, qiboconnection, qm-qua, qpysequence, qualang-tools, ruamel.yaml, rustworkx, tqdm, urllib3
Required-by:
Platform info: Linux-6.2.0-39-generic-x86_64-with-glibc2.35
Python version: 3.10.12
PyVISA version: 0.5.2
QCodes version: 0.38.1
QCodes Contrib version: 0.18.0
Qblox Instrument version: 0.10.1
Qpysequence version: 0.10.0
Quantum Machines version: 1.1.4
Qibo version: 0.1.12.dev0
### Existing GitHub issues
- [X] I have searched existing GitHub issues to make sure the issue does not already exist.
visagim commented
Minimal working example
import numpy as np
import qililab as ql
import os
from qililab import Domain
# Loops parameters
PHASE_LOOP_VALUES = np.linspace(0, 2 * np.pi, 21)
REPETITION_DURATION = 200_000
# Set the platform from runcard
PLATFORM_PATH = os.path.expanduser("~/LabScripts/QuantumPainHackathon/runcards/soprano_RF.yml")
partition = "galadriel_lab"
platform_qp = ql.build_platform(runcard=os.path.expanduser("~/LabScripts/QuantumPainHackathon/runcards/soprano_RF_qprogram.yml"))
CONTROL_QUBIT = 0
TARGET_QUBIT = 2
# Amplitude parameters
print(f"CZ({CONTROL_QUBIT},{TARGET_QUBIT})")
AMP = platform_qp.get_parameter(alias=f"CZ({CONTROL_QUBIT},{TARGET_QUBIT})", parameter=ql.Parameter.AMPLITUDE)
AMP_STEP = 0.02 # this should be big enough to calibrate, small enough to prevent going over the 2nd minima
AMP_LOOP_VALUES = np.linspace(AMP - AMP_STEP, AMP + AMP_STEP, 40)
B_LOOP_VALUES = np.linspace(0,1,40) # B/A
qp = ql.QProgram()
amplitude = qp.variable(ql.Domain.Voltage)
phase = qp.variable(ql.Domain.Phase)
nshots = qp.variable(Domain.Scalar, type=int)
qubit = 0
with qp.average(1000):
with qp.for_loop(variable=amplitude, start=AMP_LOOP_VALUES[0], stop=AMP_LOOP_VALUES[-1], step=AMP_LOOP_VALUES[1]-AMP_LOOP_VALUES[0]):
with qp.for_loop(variable=phase, start=PHASE_LOOP_VALUES[0], stop=PHASE_LOOP_VALUES[-1], step=PHASE_LOOP_VALUES[1]-PHASE_LOOP_VALUES[0]):
t = platform_qp.get_parameter(parameter=ql.Parameter.DURATION, alias=f"M({qubit})")
weights = ql.Square(amplitude=1, duration=t)
qp.play(bus=f"readout_q{qubit}_bus", waveform=ql.Square(
amplitude=platform_qp.get_parameter(parameter=ql.Parameter.AMPLITUDE, alias=f"M({qubit})"),
duration=t))
qp.acquire(bus=f"readout_q{qubit}_bus", weights=ql.IQPair(I=weights, Q=weights))
qp.wait(bus=f"readout_q{qubit}_bus",duration=REPETITION_DURATION)
%%submit_job -o job_data -p galadriel_lab -n hwl_snz -t 15
platform_qp.connect()
platform_qp.initial_setup()
platform_qp.turn_on_instruments()
result = platform_qp.execute_qprogram(qp)
job_data = result
platform_qp.disconnect()
data = job_data.result()outs:
[qililab] [0.22.2|INFO|2024-02-07 17:00:28]: Connecting to instrument cluster_controller_0.
[qililab] [0.22.2|INFO|2024-02-07 17:00:32]: Connecting to instrument rohde_schwarz_controller_0.
[qililab] [0.22.2|INFO|2024-02-07 17:00:32]: Reset instrument rs_1.
[qililab] [0.22.2|INFO|2024-02-07 17:00:32]: Connecting to instrument rohde_schwarz_controller_2.
[qililab] [0.22.2|INFO|2024-02-07 17:00:32]: Reset instrument rs_3.
[qililab] [0.22.2|INFO|2024-02-07 17:00:32]: Connecting to instrument rohde_schwarz_controller_3.
[qililab] [0.22.2|INFO|2024-02-07 17:00:32]: Reset instrument rs_4.
[qililab] [0.22.2|INFO|2024-02-07 17:00:32]: Connecting to instrument attenuator_controller_0.
[qililab] [0.22.2|INFO|2024-02-07 17:00:32]: Reset instrument attenuator.
[qililab] [0.22.2|INFO|2024-02-07 17:00:32]: Connected to the instruments
[qililab] [0.22.2|INFO|2024-02-07 17:00:32]: Initial setup to instrument QRM1.
[qililab] [0.22.2|INFO|2024-02-07 17:00:33]: Initial setup to instrument QCM-RF1.
[qililab] [0.22.2|INFO|2024-02-07 17:00:33]: Initial setup to instrument QCM2.
[qililab] [0.22.2|INFO|2024-02-07 17:00:34]: Initial setup to instrument QCM3.
[qililab] [0.22.2|INFO|2024-02-07 17:00:34]: Initial setup to instrument QCM4.
[qililab] [0.22.2|INFO|2024-02-07 17:00:34]: Initial setup to instrument rs_1.
[qililab] [0.22.2|INFO|2024-02-07 17:00:34]: Initial setup to instrument rs_3.
[qililab] [0.22.2|INFO|2024-02-07 17:00:34]: Initial setup to instrument rs_4.
[qililab] [0.22.2|INFO|2024-02-07 17:00:34]: Initial setup to instrument attenuator.
[qililab] [0.22.2|INFO|2024-02-07 17:00:34]: Initial setup applied to the instruments
[qililab] [0.22.2|INFO|2024-02-07 17:00:34]: Turn on instrument QRM1.
[qililab] [0.22.2|INFO|2024-02-07 17:00:34]: Turn on instrument QCM-RF1.
[qililab] [0.22.2|INFO|2024-02-07 17:00:34]: Turn on instrument QCM2.
[qililab] [0.22.2|INFO|2024-02-07 17:00:34]: Turn on instrument QCM3.
[qililab] [0.22.2|INFO|2024-02-07 17:00:34]: Turn on instrument QCM4.
[qililab] [0.22.2|INFO|2024-02-07 17:00:34]: Turn on instrument rs_1.
[qililab] [0.22.2|INFO|2024-02-07 17:00:34]: Turn on instrument rs_3.
[qililab] [0.22.2|INFO|2024-02-07 17:00:34]: Turn on instrument rs_4.
[qililab] [0.22.2|INFO|2024-02-07 17:00:34]: Turn on instrument attenuator.
[qililab] [0.22.2|INFO|2024-02-07 17:00:34]: Instruments turned on
[qililab] [0.22.2|INFO|2024-02-07 17:00:34]: Sequence program:
setup:
wait_sync 4
main:
move 1000, R0
avg_0:
move 0, R1
move 40, R2
move 0, R3
loop_0:
move 21, R4
move 0, R5
loop_1:
play 0, 1, 2500
acquire 0, R1, 2500
add R1, 1, R1
wait 65532
wait 65532
wait 65532
wait 3404
loop R4, @loop_1
loop R2, @loop_0
loop R0, @avg_0
stop
Traceback (most recent call last):
File "/usr/lib/python3.10/runpy.py", line 196, in _run_module_as_main
return _run_code(code, main_globals, None,
File "/usr/lib/python3.10/runpy.py", line 86, in _run_code
exec(code, run_globals)
File "/home/vsanchez/envs/qililab/lib/python3.10/site-packages/submitit/core/_submit.py", line 11, in <module>
submitit_main()
File "/home/vsanchez/envs/qililab/lib/python3.10/site-packages/submitit/core/submission.py", line 76, in submitit_main
process_job(args.folder)
File "/home/vsanchez/envs/qililab/lib/python3.10/site-packages/submitit/core/submission.py", line 69, in process_job
raise error
File "/home/vsanchez/envs/qililab/lib/python3.10/site-packages/submitit/core/submission.py", line 55, in process_job
result = delayed.result()
File "/home/vsanchez/envs/qililab/lib/python3.10/site-packages/submitit/core/utils.py", line 133, in result
self._result = self.function(*self.args, **self.kwargs)
File "/home/vsanchez/qililab/src/qililab/slurm.py", line 117, in function
exec(code, variables) # pylint: disable=exec-used # nosec
File "<string>", line 10, in <module>
File "/home/vsanchez/qililab/src/qililab/platform/platform.py", line 620, in execute_qprogram
return self._execute_qprogram_with_qblox(qprogram=qprogram, bus_mapping=bus_mapping, debug=debug)
File "/home/vsanchez/qililab/src/qililab/platform/platform.py", line 663, in _execute_qprogram_with_qblox
bus_results = buses[bus_alias].acquire_qprogram_results(acquisitions=acquisitions)
File "/home/vsanchez/qililab/src/qililab/platform/components/bus.py", line 235, in acquire_qprogram_results
return self.system_control.acquire_qprogram_results(acquisitions=acquisitions)
File "/home/vsanchez/qililab/src/qililab/system_control/readout_system_control.py", line 59, in acquire_qprogram_results
instrument_results = instrument.acquire_qprogram_results(acquisitions=acquisitions)
File "/home/vsanchez/qililab/src/qililab/instruments/qblox/qblox_qrm.py", line 130, in acquire_qprogram_results
return self._get_qprogram_acquisitions(acquisitions=acquisitions)
File "/home/vsanchez/qililab/src/qililab/instruments/instrument.py", line 152, in __call__
return self._method(ref, *args, **kwargs) if hasattr(ref, "device") else self._method(*args, **kwargs)
File "/home/vsanchez/qililab/src/qililab/instruments/qblox/qblox_qrm.py", line 138, in _get_qprogram_acquisitions
self.device.get_acquisition_state(
File "/home/vsanchez/envs/qililab/lib/python3.10/site-packages/qblox_instruments/native/generic_func.py", line 539, in decorator_wrapper
return func(*args, **kwargs)
File "/home/vsanchez/envs/qililab/lib/python3.10/site-packages/qblox_instruments/native/cluster.py", line 540, in get_acquisition_state
return gf.get_acquisition_state(funcs, sequencer, timeout, timeout_poll_res)
File "/home/vsanchez/envs/qililab/lib/python3.10/site-packages/qblox_instruments/native/generic_func.py", line 2155, in get_acquisition_state
seq_state = get_sequencer_state(
File "/home/vsanchez/envs/qililab/lib/python3.10/site-packages/qblox_instruments/native/generic_func.py", line 1440, in get_sequencer_state
raise TimeoutError(
TimeoutError: Sequencer 0 did not stop in timeout period of 1 minutes.
srun: error: galadriel: task 0: Exited with exit code 1