Visualisasikan pemasaan litar

Versi pakej

Kod pada halaman ini dibangunkan menggunakan keperluan berikut. Kami mengesyorkan penggunaan versi ini atau yang lebih baharu.

qiskit[all]~=2.3.0
qiskit-ibm-runtime~=0.43.1

Selain daripada memvisualisasikan arahan pada sesuatu litar, anda mungkin ingin memvisualisasikan penjadualan litar menggunakan kaedah Qiskit timeline_drawer. Visualisasi ini boleh membantu anda mengenal pasti masa melahu pada qubit dengan cepat, sebagai contoh. Namun begitu, kaedah ini tidak memberikan hasil yang tepat untuk litar dinamik. Untuk memvisualisasikan penjadualan litar dinamik, gunakan kaedah draw_circuit_schedule_timing, seperti yang diterangkan dalam bahagian Sokongan Qiskit Runtime.

Contoh

Untuk memvisualisasikan program litar yang dijadualkan, anda boleh memanggil fungsi ini dengan satu set argumen kawalan. Kebanyakan rupa imej output boleh diubah suai menggunakan helaian gaya, tetapi ini tidak diwajibkan.

Lukis dengan helaian gaya lalai

# Added by doQumentation — required packages for this notebook
!pip install -q qiskit qiskit-ibm-runtime

from qiskit import QuantumCircuit
from qiskit.visualization.timeline import draw
from qiskit.providers.fake_provider import GenericBackendV2
from qiskit.transpiler import generate_preset_pass_manager

qc = QuantumCircuit(2)
qc.h(0)
qc.cx(0, 1)

backend = GenericBackendV2(5)

pm = generate_preset_pass_manager(backend=backend, optimization_level=1)
isa_circuit = pm.run(qc)

draw(isa_circuit, target=backend.target)

Lukis dengan helaian gaya untuk penyahpepijatan program

from qiskit import QuantumCircuit
from qiskit.visualization.timeline import draw, IQXDebugging
from qiskit.providers.fake_provider import GenericBackendV2
from qiskit.transpiler import generate_preset_pass_manager

qc = QuantumCircuit(2)
qc.h(0)
qc.cx(0, 1)
qc.measure_all()

backend = GenericBackendV2(5)
pm = generate_preset_pass_manager(backend=backend, optimization_level=1)
isa_circuit = pm.run(qc)
draw(isa_circuit, style=IQXDebugging(), target=backend.target)

Anda boleh mencipta fungsi penjana atau susun atur tersuai dan mengemas kini helaian gaya sedia ada dengan fungsi-fungsi tersebut. Dengan cara ini, anda boleh mengawal kebanyakan rupa imej output tanpa mengubah suai pangkalan kod pelukis litar berjadual. Rujuk rujukan API timeline_drawer untuk contoh lanjut.

Sokongan Qiskit Runtime

Walaupun pelukis garis masa yang dibina dalam Qiskit berguna untuk litar statik, ia mungkin tidak mencerminkan pemasaan litar dinamik dengan tepat kerana operasi tersirat seperti penyiaran dan penentuan cabang. Sebagai sebahagian daripada sokongan litar dinamik, Qiskit Runtime mengembalikan maklumat pemasaan litar yang tepat di dalam keputusan kerja apabila diminta.

Nota

• Ini adalah fungsi eksperimen. Ia dalam status keluaran pratonton dan oleh itu tertakluk kepada perubahan.
• Fungsi ini hanya terpakai kepada kerja Sampler Qiskit Runtime.
• Walaupun jumlah masa litar dikembalikan dalam metadata "compilation", ini BUKAN masa yang digunakan untuk pengebilan (masa kuantum).

Dayakan pengambilan data pemasaan

Untuk mendayakan pengambilan data pemasaan, tetapkan bendera eksperimen scheduler_timing kepada True semasa menjalankan kerja primitif.

from qiskit_ibm_runtime import QiskitRuntimeService, SamplerV2

service = QiskitRuntimeService()
backend = service.least_busy(operational=True, simulator=False)

pm = generate_preset_pass_manager(backend=backend, optimization_level=1)
isa_circuit = pm.run(qc)

sampler = SamplerV2(backend)
sampler.options.experimental = {
    "execution": {
        "scheduler_timing": True,
    },
}

sampler_job = sampler.run([isa_circuit])
result = sampler_job.result()

Akses data pemasaan litar

Apabila diminta, data pemasaan litar bagi setiap PUB dikembalikan dalam metadata keputusan kerja, di bawah ["compilation"]["scheduler_timing"]["timing"]. Medan ini mengandungi maklumat pemasaan mentah. Untuk memaparkan maklumat pemasaan, gunakan alat visualisasi terbina, seperti yang diterangkan dalam bahagian Visualisasikan pemasaan.

Gunakan kod berikut untuk mengakses data pemasaan litar bagi PUB pertama:

job_result = sampler_job.result()
circuit_schedule = job_result[0].metadata["compilation"]["scheduler_timing"]
circuit_schedule_timing = circuit_schedule["timing"]

Fahami data pemasaan mentah

Walaupun memvisualisasikan data pemasaan litar menggunakan kaedah draw_circuit_schedule_timing adalah kes penggunaan yang paling biasa, mungkin berguna untuk memahami struktur data pemasaan mentah yang dikembalikan. Ini boleh membantu anda, sebagai contoh, mengekstrak maklumat secara aturcara.

Data pemasaan yang dikembalikan dalam ["compilation"]["scheduler_timing"]["timing"] adalah senarai rentetan. Setiap rentetan mewakili satu arahan pada beberapa saluran dan dipisahkan dengan koma kepada jenis data berikut:

• Branch - Menentukan sama ada arahan berada dalam aliran kawalan (then / else) atau cabang utama.
• Instruction - Gate dan qubit untuk dioperasikan.
• Channel - Saluran yang ditugaskan dengan arahan. Ia boleh menjadi salah satu daripada berikut:
  • Qubit x - Saluran pemacu untuk qubit x.
  • AWGRx_y (penjana gelombang sewenang-wenangnya readout) - Digunakan oleh saluran readout untuk berkomunikasi semasa mengukur qubit. Argumen x dan y masing-masing sepadan dengan ID instrumen readout dan nombor qubit.
• T0 - Masa mula arahan dalam jadual penuh
• Duration - Tempoh arahan, dalam unit dt saat, di mana 1 dt = 1 kitaran penjadualan. Anda boleh mencari nilai dt bagi sebuah backend menggunakan backend.dt.
• Pulse - Jenis operasi denyutan yang digunakan.

Contoh:

main,barrier,Qubit 0,7,0,barrier # A barrier on the main branch on qubit 0 at time 7 with 0 duration
main,reset_0,Qubit 0,7,64,play # A reset instruction on the main branch on qubit 0 at time 7 with duration 64 and a play operation
...

Visualisasikan pemasaan

Dengan qiskit-ibm-runtime v0.43.0 atau lebih baharu, anda boleh memvisualisasikan pemasaan litar. Untuk memvisualisasikan pemasaan, anda perlu menukar metadata keputusan kepada fig menggunakan kaedah draw_circuit_schedule_timing. Kaedah ini mengembalikan rajah plotly, yang boleh anda paparkan secara langsung, simpan ke fail, atau kedua-duanya. Untuk maklumat lanjut tentang arahan plotly yang perlu digunakan, lihat fig.show() dan fig.write_image("<path.format>").

from qiskit_ibm_runtime.visualization import draw_circuit_schedule_timing

# Create a figure from the metadata
fig = draw_circuit_schedule_timing(
    circuit_schedule=circuit_schedule_timing,
    included_channels=None,
    filter_readout_channels=False,
    filter_barriers=False,
    width=1000,
)

# Uncomment the following line to display the figure
# fig.show(renderer="notebook")

# Save to a file
# fig.write_html("scheduler_timing.html")

Fahami rajah yang dijana

Imej data pemasaan litar yang dihasilkan oleh draw_circuit_schedule_timing menyampaikan maklumat berikut:

• Paksi X ialah masa dalam unit dt saat, di mana 1 dt = 1 kitaran penjadualan. Anda boleh mencari nilai dt bagi sebuah backend menggunakan backend.dt.
• Paksi Y ialah saluran (bayangkan saluran sebagai instrumen yang memancarkan denyutan).
  • Receive channel - Satu-satunya saluran yang bukan instrumen sendiri. Ia adalah arahan yang dimainkan pada semua saluran yang terlibat dalam prosedur komunikasi dengan hab pada masa tersebut.
  • Qubit x - Saluran pemacu untuk qubit x.
  • AWGRx_y (penjana gelombang sewenang-wenangnya readout) - Digunakan oleh saluran readout untuk berkomunikasi semasa mengukur qubit. Argumen x dan y masing-masing sepadan dengan ID instrumen readout dan nombor qubit.
  • Hub - Mengawal penyiaran.

Selain itu, setiap arahan mempunyai format X_Y, di mana X adalah nama arahan dan Y adalah jenis denyutan. Jenis play mengaplikasikan denyutan kawalan, dan capture merekodkan keadaan qubit. Anda juga boleh mengarahkan kursor ke atas setiap arahan untuk mendapatkan butiran lanjut. Sebagai contoh, rajah sebelumnya menunjukkan denyutan kawalan untuk Gate X yang diaplikasikan pada qubit 10 pada 1161 dt.

Contoh hujung ke hujung

Contoh ini menunjukkan cara mendayakan pilihan tersebut, mendapatkan maklumat pemasaan litar daripada metadata, dan memaparkannya sebagai imej.

Pertama, sediakan persekitaran, tentukan litar dan tukarkannya kepada litar ISA, dan tentukan serta jalankan kerja.

from qiskit_ibm_runtime import SamplerV2, QiskitRuntimeService
from qiskit.circuit import QuantumCircuit, QuantumRegister, ClassicalRegister
from qiskit.transpiler import generate_preset_pass_manager

service = QiskitRuntimeService()
backend = service.least_busy(operational=True, simulator=False)

# Create a dynamic circuit

qubits = QuantumRegister(1)
clbits = ClassicalRegister(1)
qc = QuantumCircuit(qubits, clbits)
(q0,) = qubits
(c0,) = clbits

qc.h(q0)
qc.measure(q0, c0)
with qc.if_test((c0, 1)):
    qc.x(q0)
qc.measure(q0, c0)

# Convert to an ISA circuit for the given backend

pm = generate_preset_pass_manager(backend=backend, optimization_level=1)
isa_circuit = pm.run(qc)

# Generate samplers for backend targets
sampler = SamplerV2(backend)
sampler.options.experimental = {"execution": {"scheduler_timing": True}}

# Submit jobs
sampler_job = sampler.run([isa_circuit])
result = sampler_job.result()

print(
    f">>> {' Job ID:':<10}  {sampler_job.job_id()} ({sampler_job.status()})"
)

>>>  Job ID:    d5kk3cn853es738e01dg (DONE)

Seterusnya, dapatkan pemasaan jadual litar:

# Get the circuit schedule timing
result[0].metadata["compilation"]["scheduler_timing"]["timing"]

'main,rz_0,Qubit 0,929,0,shift_phase\nmain,sx_0,Qubit 0,929,8,play\nmain,sx_0,Qubit 0,933,0,shift_phase\nmain,rz_0,Qubit 0,937,0,shift_phase\nmain,barrier,Qubit 0,937,0,barrier\nmain,barrier,Qubit 0,937,0,barrier\nmain,barrier,Qubit 1,937,0,barrier\nmain,barrier,Qubit 2,937,0,barrier\nmain,barrier,Qubit 3,937,0,barrier\nmain,barrier,Qubit 4,937,0,barrier\nmain,barrier,Qubit 5,937,0,barrier\nmain,barrier,Qubit 6,937,0,barrier\nmain,barrier,Qubit 7,937,0,barrier\nmain,barrier,Qubit 8,937,0,barrier\nmain,barrier,Qubit 9,937,0,barrier\nmain,barrier,Qubit 10,937,0,barrier\nmain,barrier,Qubit 11,937,0,barrier\nmain,barrier,Qubit 12,937,0,barrier\nmain,barrier,Qubit 13,937,0,barrier\nmain,barrier,Qubit 14,937,0,barrier\nmain,barrier,Qubit 15,937,0,barrier\nmain,barrier,Qubit 16,937,0,barrier\nmain,barrier,Qubit 17,937,0,barrier\nmain,barrier,Qubit 18,937,0,barrier\nmain,barrier,Qubit 19,937,0,barrier\nmain,barrier,Qubit 20,937,0,barrier\nmain,barrier,Qubit 21,937,0,barrier\nmain,barrier,Qubit 22,937,0,barrier\nmain,barrier,Qubit 23,937,0,barrier\nmain,barrier,Qubit 24,937,0,barrier\nmain,barrier,Qubit 25,937,0,barrier\nmain,barrier,Qubit 26,937,0,barrier\nmain,barrier,Qubit 27,937,0,barrier\nmain,barrier,Qubit 28,937,0,barrier\nmain,barrier,Qubit 29,937,0,barrier\nmain,barrier,Qubit 30,937,0,barrier\nmain,barrier,Qubit 31,937,0,barrier\nmain,barrier,Qubit 32,937,0,barrier\nmain,barrier,Qubit 33,937,0,barrier\nmain,barrier,Qubit 34,937,0,barrier\nmain,barrier,Qubit 35,937,0,barrier\nmain,barrier,Qubit 36,937,0,barrier\nmain,barrier,Qubit 37,937,0,barrier\nmain,barrier,Qubit 38,937,0,barrier\nmain,barrier,Qubit 39,937,0,barrier\nmain,barrier,Qubit 40,937,0,barrier\nmain,barrier,Qubit 41,937,0,barrier\nmain,barrier,Qubit 42,937,0,barrier\nmain,barrier,Qubit 43,937,0,barrier\nmain,barrier,Qubit 44,937,0,barrier\nmain,barrier,Qubit 45,937,0,barrier\nmain,barrier,Qubit 46,937,0,barrier\nmain,barrier,Qubit 47,937,0,barrier\nmain,barrier,Qubit 48,937,0,barrier\nmain,barrier,Qubit 49,937,0,barrier\nmain,barrier,Qubit 50,937,0,barrier\nmain,barrier,Qubit 51,937,0,barrier\nmain,barrier,Qubit 52,937,0,barrier\nmain,barrier,Qubit 53,937,0,barrier\nmain,barrier,Qubit 54,937,0,barrier\nmain,barrier,Qubit 55,937,0,barrier\nmain,barrier,Qubit 56,937,0,barrier\nmain,barrier,Qubit 57,937,0,barrier\nmain,barrier,Qubit 58,937,0,barrier\nmain,barrier,Qubit 59,937,0,barrier\nmain,barrier,Qubit 60,937,0,barrier\nmain,barrier,Qubit 61,937,0,barrier\nmain,barrier,Qubit 62,937,0,barrier\nmain,barrier,Qubit 63,937,0,barrier\nmain,barrier,Qubit 64,937,0,barrier\nmain,barrier,Qubit 65,937,0,barrier\nmain,barrier,Qubit 66,937,0,barrier\nmain,barrier,Qubit 67,937,0,barrier\nmain,barrier,Qubit 68,937,0,barrier\nmain,barrier,Qubit 69,937,0,barrier\nmain,barrier,Qubit 70,937,0,barrier\nmain,barrier,Qubit 71,937,0,barrier\nmain,barrier,Qubit 72,937,0,barrier\nmain,barrier,Qubit 73,937,0,barrier\nmain,barrier,Qubit 74,937,0,barrier\nmain,barrier,Qubit 75,937,0,barrier\nmain,barrier,Qubit 76,937,0,barrier\nmain,barrier,Qubit 77,937,0,barrier\nmain,barrier,Qubit 78,937,0,barrier\nmain,barrier,Qubit 79,937,0,barrier\nmain,barrier,Qubit 80,937,0,barrier\nmain,barrier,Qubit 81,937,0,barrier\nmain,barrier,Qubit 82,937,0,barrier\nmain,barrier,Qubit 83,937,0,barrier\nmain,barrier,Qubit 84,937,0,barrier\nmain,barrier,Qubit 85,937,0,barrier\nmain,barrier,Qubit 86,937,0,barrier\nmain,barrier,Qubit 87,937,0,barrier\nmain,barrier,Qubit 88,937,0,barrier\nmain,barrier,Qubit 89,937,0,barrier\nmain,barrier,Qubit 90,937,0,barrier\nmain,barrier,Qubit 91,937,0,barrier\nmain,barrier,Qubit 92,937,0,barrier\nmain,barrier,Qubit 93,937,0,barrier\nmain,barrier,Qubit 94,937,0,barrier\nmain,barrier,Qubit 95,937,0,barrier\nmain,barrier,Qubit 96,937,0,barrier\nmain,barrier,Qubit 97,937,0,barrier\nmain,barrier,Qubit 98,937,0,barrier\nmain,barrier,Qubit 99,937,0,barrier\nmain,barrier,Qubit 100,937,0,barrier\nmain,barrier,Qubit 101,937,0,barrier\nmain,barrier,Qubit 102,937,0,barrier\nmain,barrier,Qubit 103,937,0,barrier\nmain,barrier,Qubit 104,937,0,barrier\nmain,barrier,Qubit 105,937,0,barrier\nmain,barrier,Qubit 106,937,0,barrier\nmain,barrier,Qubit 107,937,0,barrier\nmain,barrier,Qubit 108,937,0,barrier\nmain,barrier,Qubit 109,937,0,barrier\nmain,barrier,Qubit 110,937,0,barrier\nmain,barrier,Qubit 111,937,0,barrier\nmain,barrier,Qubit 112,937,0,barrier\nmain,barrier,Qubit 113,937,0,barrier\nmain,barrier,Qubit 114,937,0,barrier\nmain,barrier,Qubit 115,937,0,barrier\nmain,barrier,Qubit 116,937,0,barrier\nmain,barrier,Qubit 117,937,0,barrier\nmain,barrier,Qubit 118,937,0,barrier\nmain,barrier,Qubit 119,937,0,barrier\nmain,barrier,Qubit 120,937,0,barrier\nmain,barrier,Qubit 121,937,0,barrier\nmain,barrier,Qubit 122,937,0,barrier\nmain,barrier,Qubit 123,937,0,barrier\nmain,barrier,Qubit 124,937,0,barrier\nmain,barrier,Qubit 125,937,0,barrier\nmain,barrier,Qubit 126,937,0,barrier\nmain,barrier,Qubit 127,937,0,barrier\nmain,barrier,Qubit 128,937,0,barrier\nmain,barrier,Qubit 129,937,0,barrier\nmain,barrier,Qubit 130,937,0,barrier\nmain,barrier,Qubit 131,937,0,barrier\nmain,barrier,Qubit 132,937,0,barrier\nmain,measure_0,Qubit 0,937,64,play\nmain,measure_0,Qubit 0,1001,72,play\nmain,measure_0,AWGR13_0,1048,240,capture\nmain,measure_0,Qubit 0,1073,64,play\nmain,barrier,Qubit 0,1484,0,barrier\nmain,barrier,Qubit 0,1484,0,barrier\nmain,barrier,Qubit 1,1484,0,barrier\nmain,barrier,Qubit 2,1484,0,barrier\nmain,barrier,Qubit 3,1484,0,barrier\nmain,barrier,Qubit 4,1484,0,barrier\nmain,barrier,Qubit 5,1484,0,barrier\nmain,barrier,Qubit 6,1484,0,barrier\nmain,barrier,Qubit 7,1484,0,barrier\nmain,barrier,Qubit 8,1484,0,barrier\nmain,barrier,Qubit 9,1484,0,barrier\nmain,barrier,Qubit 10,1484,0,barrier\nmain,barrier,Qubit 11,1484,0,barrier\nmain,barrier,Qubit 12,1484,0,barrier\nmain,barrier,Qubit 13,1484,0,barrier\nmain,barrier,Qubit 14,1484,0,barrier\nmain,barrier,Qubit 15,1484,0,barrier\nmain,barrier,Qubit 16,1484,0,barrier\nmain,barrier,Qubit 17,1484,0,barrier\nmain,barrier,Qubit 18,1484,0,barrier\nmain,barrier,Qubit 19,1484,0,barrier\nmain,barrier,Qubit 20,1484,0,barrier\nmain,barrier,Qubit 21,1484,0,barrier\nmain,barrier,Qubit 22,1484,0,barrier\nmain,barrier,Qubit 23,1484,0,barrier\nmain,barrier,Qubit 24,1484,0,barrier\nmain,barrier,Qubit 25,1484,0,barrier\nmain,barrier,Qubit 26,1484,0,barrier\nmain,barrier,Qubit 27,1484,0,barrier\nmain,barrier,Qubit 28,1484,0,barrier\nmain,barrier,Qubit 29,1484,0,barrier\nmain,barrier,Qubit 30,1484,0,barrier\nmain,barrier,Qubit 31,1484,0,barrier\nmain,barrier,Qubit 32,1484,0,barrier\nmain,barrier,Qubit 33,1484,0,barrier\nmain,barrier,Qubit 34,1484,0,barrier\nmain,barrier,Qubit 35,1484,0,barrier\nmain,barrier,Qubit 36,1484,0,barrier\nmain,barrier,Qubit 37,1484,0,barrier\nmain,barrier,Qubit 38,1484,0,barrier\nmain,barrier,Qubit 39,1484,0,barrier\nmain,barrier,Qubit 40,1484,0,barrier\nmain,barrier,Qubit 41,1484,0,barrier\nmain,barrier,Qubit 42,1484,0,barrier\nmain,barrier,Qubit 43,1484,0,barrier\nmain,barrier,Qubit 44,1484,0,barrier\nmain,barrier,Qubit 45,1484,0,barrier\nmain,barrier,Qubit 46,1484,0,barrier\nmain,barrier,Qubit 47,1484,0,barrier\nmain,barrier,Qubit 48,1484,0,barrier\nmain,barrier,Qubit 49,1484,0,barrier\nmain,barrier,Qubit 50,1484,0,barrier\nmain,barrier,Qubit 51,1484,0,barrier\nmain,barrier,Qubit 52,1484,0,barrier\nmain,barrier,Qubit 53,1484,0,barrier\nmain,barrier,Qubit 54,1484,0,barrier\nmain,barrier,Qubit 55,1484,0,barrier\nmain,barrier,Qubit 56,1484,0,barrier\nmain,barrier,Qubit 57,1484,0,barrier\nmain,barrier,Qubit 58,1484,0,barrier\nmain,barrier,Qubit 59,1484,0,barrier\nmain,barrier,Qubit 60,1484,0,barrier\nmain,barrier,Qubit 61,1484,0,barrier\nmain,barrier,Qubit 62,1484,0,barrier\nmain,barrier,Qubit 63,1484,0,barrier\nmain,barrier,Qubit 64,1484,0,barrier\nmain,barrier,Qubit 65,1484,0,barrier\nmain,barrier,Qubit 66,1484,0,barrier\nmain,barrier,Qubit 67,1484,0,barrier\nmain,barrier,Qubit 68,1484,0,barrier\nmain,barrier,Qubit 69,1484,0,barrier\nmain,barrier,Qubit 70,1484,0,barrier\nmain,barrier,Qubit 71,1484,0,barrier\nmain,barrier,Qubit 72,1484,0,barrier\nmain,barrier,Qubit 73,1484,0,barrier\nmain,barrier,Qubit 74,1484,0,barrier\nmain,barrier,Qubit 75,1484,0,barrier\nmain,barrier,Qubit 76,1484,0,barrier\nmain,barrier,Qubit 77,1484,0,barrier\nmain,barrier,Qubit 78,1484,0,barrier\nmain,barrier,Qubit 79,1484,0,barrier\nmain,barrier,Qubit 80,1484,0,barrier\nmain,barrier,Qubit 81,1484,0,barrier\nmain,barrier,Qubit 82,1484,0,barrier\nmain,barrier,Qubit 83,1484,0,barrier\nmain,barrier,Qubit 84,1484,0,barrier\nmain,barrier,Qubit 85,1484,0,barrier\nmain,barrier,Qubit 86,1484,0,barrier\nmain,barrier,Qubit 87,1484,0,barrier\nmain,barrier,Qubit 88,1484,0,barrier\nmain,barrier,Qubit 89,1484,0,barrier\nmain,barrier,Qubit 90,1484,0,barrier\nmain,barrier,Qubit 91,1484,0,barrier\nmain,barrier,Qubit 92,1484,0,barrier\nmain,barrier,Qubit 93,1484,0,barrier\nmain,barrier,Qubit 94,1484,0,barrier\nmain,barrier,Qubit 95,1484,0,barrier\nmain,barrier,Qubit 96,1484,0,barrier\nmain,barrier,Qubit 97,1484,0,barrier\nmain,barrier,Qubit 98,1484,0,barrier\nmain,barrier,Qubit 99,1484,0,barrier\nmain,barrier,Qubit 100,1484,0,barrier\nmain,barrier,Qubit 101,1484,0,barrier\nmain,barrier,Qubit 102,1484,0,barrier\nmain,barrier,Qubit 103,1484,0,barrier\nmain,barrier,Qubit 104,1484,0,barrier\nmain,barrier,Qubit 105,1484,0,barrier\nmain,barrier,Qubit 106,1484,0,barrier\nmain,barrier,Qubit 107,1484,0,barrier\nmain,barrier,Qubit 108,1484,0,barrier\nmain,barrier,Qubit 109,1484,0,barrier\nmain,barrier,Qubit 110,1484,0,barrier\nmain,barrier,Qubit 111,1484,0,barrier\nmain,barrier,Qubit 112,1484,0,barrier\nmain,barrier,Qubit 113,1484,0,barrier\nmain,barrier,Qubit 114,1484,0,barrier\nmain,barrier,Qubit 115,1484,0,barrier\nmain,barrier,Qubit 116,1484,0,barrier\nmain,barrier,Qubit 117,1484,0,barrier\nmain,barrier,Qubit 118,1484,0,barrier\nmain,barrier,Qubit 119,1484,0,barrier\nmain,barrier,Qubit 120,1484,0,barrier\nmain,barrier,Qubit 121,1484,0,barrier\nmain,barrier,Qubit 122,1484,0,barrier\nmain,barrier,Qubit 123,1484,0,barrier\nmain,barrier,Qubit 124,1484,0,barrier\nmain,barrier,Qubit 125,1484,0,barrier\nmain,barrier,Qubit 126,1484,0,barrier\nmain,barrier,Qubit 127,1484,0,barrier\nmain,barrier,Qubit 128,1484,0,barrier\nmain,barrier,Qubit 129,1484,0,barrier\nmain,barrier,Qubit 130,1484,0,barrier\nmain,barrier,Qubit 131,1484,0,barrier\nmain,barrier,Qubit 132,1484,0,barrier\nmain,broadcast,Hub,1048,436,broadcast\nmain,receive,Receive,1484,7,receive\nthen,x_0,Qubit 0,1499,8,play\nmain,barrier,Qubit 0,1516,0,barrier\nmain,barrier,Qubit 0,1516,0,barrier\nmain,barrier,Qubit 1,1516,0,barrier\nmain,barrier,Qubit 2,1516,0,barrier\nmain,barrier,Qubit 3,1516,0,barrier\nmain,barrier,Qubit 4,1516,0,barrier\nmain,barrier,Qubit 5,1516,0,barrier\nmain,barrier,Qubit 6,1516,0,barrier\nmain,barrier,Qubit 7,1516,0,barrier\nmain,barrier,Qubit 8,1516,0,barrier\nmain,barrier,Qubit 9,1516,0,barrier\nmain,barrier,Qubit 10,1516,0,barrier\nmain,barrier,Qubit 11,1516,0,barrier\nmain,barrier,Qubit 12,1516,0,barrier\nmain,barrier,Qubit 13,1516,0,barrier\nmain,barrier,Qubit 14,1516,0,barrier\nmain,barrier,Qubit 15,1516,0,barrier\nmain,barrier,Qubit 16,1516,0,barrier\nmain,barrier,Qubit 17,1516,0,barrier\nmain,barrier,Qubit 18,1516,0,barrier\nmain,barrier,Qubit 19,1516,0,barrier\nmain,barrier,Qubit 20,1516,0,barrier\nmain,barrier,Qubit 21,1516,0,barrier\nmain,barrier,Qubit 22,1516,0,barrier\nmain,barrier,Qubit 23,1516,0,barrier\nmain,barrier,Qubit 24,1516,0,barrier\nmain,barrier,Qubit 25,1516,0,barrier\nmain,barrier,Qubit 26,1516,0,barrier\nmain,barrier,Qubit 27,1516,0,barrier\nmain,barrier,Qubit 28,1516,0,barrier\nmain,barrier,Qubit 29,1516,0,barrier\nmain,barrier,Qubit 30,1516,0,barrier\nmain,barrier,Qubit 31,1516,0,barrier\nmain,barrier,Qubit 32,1516,0,barrier\nmain,barrier,Qubit 33,1516,0,barrier\nmain,barrier,Qubit 34,1516,0,barrier\nmain,barrier,Qubit 35,1516,0,barrier\nmain,barrier,Qubit 36,1516,0,barrier\nmain,barrier,Qubit 37,1516,0,barrier\nmain,barrier,Qubit 38,1516,0,barrier\nmain,barrier,Qubit 39,1516,0,barrier\nmain,barrier,Qubit 40,1516,0,barrier\nmain,barrier,Qubit 41,1516,0,barrier\nmain,barrier,Qubit 42,1516,0,barrier\nmain,barrier,Qubit 43,1516,0,barrier\nmain,barrier,Qubit 44,1516,0,barrier\nmain,barrier,Qubit 45,1516,0,barrier\nmain,barrier,Qubit 46,1516,0,barrier\nmain,barrier,Qubit 47,1516,0,barrier\nmain,barrier,Qubit 48,1516,0,barrier\nmain,barrier,Qubit 49,1516,0,barrier\nmain,barrier,Qubit 50,1516,0,barrier\nmain,barrier,Qubit 51,1516,0,barrier\nmain,barrier,Qubit 52,1516,0,barrier\nmain,barrier,Qubit 53,1516,0,barrier\nmain,barrier,Qubit 54,1516,0,barrier\nmain,barrier,Qubit 55,1516,0,barrier\nmain,barrier,Qubit 56,1516,0,barrier\nmain,barrier,Qubit 57,1516,0,barrier\nmain,barrier,Qubit 58,1516,0,barrier\nmain,barrier,Qubit 59,1516,0,barrier\nmain,barrier,Qubit 60,1516,0,barrier\nmain,barrier,Qubit 61,1516,0,barrier\nmain,barrier,Qubit 62,1516,0,barrier\nmain,barrier,Qubit 63,1516,0,barrier\nmain,barrier,Qubit 64,1516,0,barrier\nmain,barrier,Qubit 65,1516,0,barrier\nmain,barrier,Qubit 66,1516,0,barrier\nmain,barrier,Qubit 67,1516,0,barrier\nmain,barrier,Qubit 68,1516,0,barrier\nmain,barrier,Qubit 69,1516,0,barrier\nmain,barrier,Qubit 70,1516,0,barrier\nmain,barrier,Qubit 71,1516,0,barrier\nmain,barrier,Qubit 72,1516,0,barrier\nmain,barrier,Qubit 73,1516,0,barrier\nmain,barrier,Qubit 74,1516,0,barrier\nmain,barrier,Qubit 75,1516,0,barrier\nmain,barrier,Qubit 76,1516,0,barrier\nmain,barrier,Qubit 77,1516,0,barrier\nmain,barrier,Qubit 78,1516,0,barrier\nmain,barrier,Qubit 79,1516,0,barrier\nmain,barrier,Qubit 80,1516,0,barrier\nmain,barrier,Qubit 81,1516,0,barrier\nmain,barrier,Qubit 82,1516,0,barrier\nmain,barrier,Qubit 83,1516,0,barrier\nmain,barrier,Qubit 84,1516,0,barrier\nmain,barrier,Qubit 85,1516,0,barrier\nmain,barrier,Qubit 86,1516,0,barrier\nmain,barrier,Qubit 87,1516,0,barrier\nmain,barrier,Qubit 88,1516,0,barrier\nmain,barrier,Qubit 89,1516,0,barrier\nmain,barrier,Qubit 90,1516,0,barrier\nmain,barrier,Qubit 91,1516,0,barrier\nmain,barrier,Qubit 92,1516,0,barrier\nmain,barrier,Qubit 93,1516,0,barrier\nmain,barrier,Qubit 94,1516,0,barrier\nmain,barrier,Qubit 95,1516,0,barrier\nmain,barrier,Qubit 96,1516,0,barrier\nmain,barrier,Qubit 97,1516,0,barrier\nmain,barrier,Qubit 98,1516,0,barrier\nmain,barrier,Qubit 99,1516,0,barrier\nmain,barrier,Qubit 100,1516,0,barrier\nmain,barrier,Qubit 101,1516,0,barrier\nmain,barrier,Qubit 102,1516,0,barrier\nmain,barrier,Qubit 103,1516,0,barrier\nmain,barrier,Qubit 104,1516,0,barrier\nmain,barrier,Qubit 105,1516,0,barrier\nmain,barrier,Qubit 106,1516,0,barrier\nmain,barrier,Qubit 107,1516,0,barrier\nmain,barrier,Qubit 108,1516,0,barrier\nmain,barrier,Qubit 109,1516,0,barrier\nmain,barrier,Qubit 110,1516,0,barrier\nmain,barrier,Qubit 111,1516,0,barrier\nmain,barrier,Qubit 112,1516,0,barrier\nmain,barrier,Qubit 113,1516,0,barrier\nmain,barrier,Qubit 114,1516,0,barrier\nmain,barrier,Qubit 115,1516,0,barrier\nmain,barrier,Qubit 116,1516,0,barrier\nmain,barrier,Qubit 117,1516,0,barrier\nmain,barrier,Qubit 118,1516,0,barrier\nmain,barrier,Qubit 119,1516,0,barrier\nmain,barrier,Qubit 120,1516,0,barrier\nmain,barrier,Qubit 121,1516,0,barrier\nmain,barrier,Qubit 122,1516,0,barrier\nmain,barrier,Qubit 123,1516,0,barrier\nmain,barrier,Qubit 124,1516,0,barrier\nmain,barrier,Qubit 125,1516,0,barrier\nmain,barrier,Qubit 126,1516,0,barrier\nmain,barrier,Qubit 127,1516,0,barrier\nmain,barrier,Qubit 128,1516,0,barrier\nmain,barrier,Qubit 129,1516,0,barrier\nmain,barrier,Qubit 130,1516,0,barrier\nmain,barrier,Qubit 131,1516,0,barrier\nmain,barrier,Qubit 132,1516,0,barrier\nmain,measure_0,Qubit 0,1516,64,play\nmain,measure_0,Qubit 0,1580,72,play\nmain,measure_0,AWGR13_0,1627,240,capture\nmain,measure_0,Qubit 0,1652,64,play\nmain,barrier,Qubit 0,1906,0,barrier\nmain,barrier,Qubit 0,1906,0,barrier\nmain,barrier,Qubit 1,1906,0,barrier\nmain,barrier,Qubit 2,1906,0,barrier\nmain,barrier,Qubit 3,1906,0,barrier\nmain,barrier,Qubit 4,1906,0,barrier\nmain,barrier,Qubit 5,1906,0,barrier\nmain,barrier,Qubit 6,1906,0,barrier\nmain,barrier,Qubit 7,1906,0,barrier\nmain,barrier,Qubit 8,1906,0,barrier\nmain,barrier,Qubit 9,1906,0,barrier\nmain,barrier,Qubit 10,1906,0,barrier\nmain,barrier,Qubit 11,1906,0,barrier\nmain,barrier,Qubit 12,1906,0,barrier\nmain,barrier,Qubit 13,1906,0,barrier\nmain,barrier,Qubit 14,1906,0,barrier\nmain,barrier,Qubit 15,1906,0,barrier\nmain,barrier,Qubit 16,1906,0,barrier\nmain,barrier,Qubit 17,1906,0,barrier\nmain,barrier,Qubit 18,1906,0,barrier\nmain,barrier,Qubit 19,1906,0,barrier\nmain,barrier,Qubit 20,1906,0,barrier\nmain,barrier,Qubit 21,1906,0,barrier\nmain,barrier,Qubit 22,1906,0,barrier\nmain,barrier,Qubit 23,1906,0,barrier\nmain,barrier,Qubit 24,1906,0,barrier\nmain,barrier,Qubit 25,1906,0,barrier\nmain,barrier,Qubit 26,1906,0,barrier\nmain,barrier,Qubit 27,1906,0,barrier\nmain,barrier,Qubit 28,1906,0,barrier\nmain,barrier,Qubit 29,1906,0,barrier\nmain,barrier,Qubit 30,1906,0,barrier\nmain,barrier,Qubit 31,1906,0,barrier\nmain,barrier,Qubit 32,1906,0,barrier\nmain,barrier,Qubit 33,1906,0,barrier\nmain,barrier,Qubit 34,1906,0,barrier\nmain,barrier,Qubit 35,1906,0,barrier\nmain,barrier,Qubit 36,1906,0,barrier\nmain,barrier,Qubit 37,1906,0,barrier\nmain,barrier,Qubit 38,1906,0,barrier\nmain,barrier,Qubit 39,1906,0,barrier\nmain,barrier,Qubit 40,1906,0,barrier\nmain,barrier,Qubit 41,1906,0,barrier\nmain,barrier,Qubit 42,1906,0,barrier\nmain,barrier,Qubit 43,1906,0,barrier\nmain,barrier,Qubit 44,1906,0,barrier\nmain,barrier,Qubit 45,1906,0,barrier\nmain,barrier,Qubit 46,1906,0,barrier\nmain,barrier,Qubit 47,1906,0,barrier\nmain,barrier,Qubit 48,1906,0,barrier\nmain,barrier,Qubit 49,1906,0,barrier\nmain,barrier,Qubit 50,1906,0,barrier\nmain,barrier,Qubit 51,1906,0,barrier\nmain,barrier,Qubit 52,1906,0,barrier\nmain,barrier,Qubit 53,1906,0,barrier\nmain,barrier,Qubit 54,1906,0,barrier\nmain,barrier,Qubit 55,1906,0,barrier\nmain,barrier,Qubit 56,1906,0,barrier\nmain,barrier,Qubit 57,1906,0,barrier\nmain,barrier,Qubit 58,1906,0,barrier\nmain,barrier,Qubit 59,1906,0,barrier\nmain,barrier,Qubit 60,1906,0,barrier\nmain,barrier,Qubit 61,1906,0,barrier\nmain,barrier,Qubit 62,1906,0,barrier\nmain,barrier,Qubit 63,1906,0,barrier\nmain,barrier,Qubit 64,1906,0,barrier\nmain,barrier,Qubit 65,1906,0,barrier\nmain,barrier,Qubit 66,1906,0,barrier\nmain,barrier,Qubit 67,1906,0,barrier\nmain,barrier,Qubit 68,1906,0,barrier\nmain,barrier,Qubit 69,1906,0,barrier\nmain,barrier,Qubit 70,1906,0,barrier\nmain,barrier,Qubit 71,1906,0,barrier\nmain,barrier,Qubit 72,1906,0,barrier\nmain,barrier,Qubit 73,1906,0,barrier\nmain,barrier,Qubit 74,1906,0,barrier\nmain,barrier,Qubit 75,1906,0,barrier\nmain,barrier,Qubit 76,1906,0,barrier\nmain,barrier,Qubit 77,1906,0,barrier\nmain,barrier,Qubit 78,1906,0,barrier\nmain,barrier,Qubit 79,1906,0,barrier\nmain,barrier,Qubit 80,1906,0,barrier\nmain,barrier,Qubit 81,1906,0,barrier\nmain,barrier,Qubit 82,1906,0,barrier\nmain,barrier,Qubit 83,1906,0,barrier\nmain,barrier,Qubit 84,1906,0,barrier\nmain,barrier,Qubit 85,1906,0,barrier\nmain,barrier,Qubit 86,1906,0,barrier\nmain,barrier,Qubit 87,1906,0,barrier\nmain,barrier,Qubit 88,1906,0,barrier\nmain,barrier,Qubit 89,1906,0,barrier\nmain,barrier,Qubit 90,1906,0,barrier\nmain,barrier,Qubit 91,1906,0,barrier\nmain,barrier,Qubit 92,1906,0,barrier\nmain,barrier,Qubit 93,1906,0,barrier\nmain,barrier,Qubit 94,1906,0,barrier\nmain,barrier,Qubit 95,1906,0,barrier\nmain,barrier,Qubit 96,1906,0,barrier\nmain,barrier,Qubit 97,1906,0,barrier\nmain,barrier,Qubit 98,1906,0,barrier\nmain,barrier,Qubit 99,1906,0,barrier\nmain,barrier,Qubit 100,1906,0,barrier\nmain,barrier,Qubit 101,1906,0,barrier\nmain,barrier,Qubit 102,1906,0,barrier\nmain,barrier,Qubit 103,1906,0,barrier\nmain,barrier,Qubit 104,1906,0,barrier\nmain,barrier,Qubit 105,1906,0,barrier\nmain,barrier,Qubit 106,1906,0,barrier\nmain,barrier,Qubit 107,1906,0,barrier\nmain,barrier,Qubit 108,1906,0,barrier\nmain,barrier,Qubit 109,1906,0,barrier\nmain,barrier,Qubit 110,1906,0,barrier\nmain,barrier,Qubit 111,1906,0,barrier\nmain,barrier,Qubit 112,1906,0,barrier\nmain,barrier,Qubit 113,1906,0,barrier\nmain,barrier,Qubit 114,1906,0,barrier\nmain,barrier,Qubit 115,1906,0,barrier\nmain,barrier,Qubit 116,1906,0,barrier\nmain,barrier,Qubit 117,1906,0,barrier\nmain,barrier,Qubit 118,1906,0,barrier\nmain,barrier,Qubit 119,1906,0,barrier\nmain,barrier,Qubit 120,1906,0,barrier\nmain,barrier,Qubit 121,1906,0,barrier\nmain,barrier,Qubit 122,1906,0,barrier\nmain,barrier,Qubit 123,1906,0,barrier\nmain,barrier,Qubit 124,1906,0,barrier\nmain,barrier,Qubit 125,1906,0,barrier\nmain,barrier,Qubit 126,1906,0,barrier\nmain,barrier,Qubit 127,1906,0,barrier\nmain,barrier,Qubit 128,1906,0,barrier\nmain,barrier,Qubit 129,1906,0,barrier\nmain,barrier,Qubit 130,1906,0,barrier\nmain,barrier,Qubit 131,1906,0,barrier\nmain,barrier,Qubit 132,1906,0,barrier\nmain,barrier,Qubit 0,1906,0,barrier\n'

Akhir sekali, anda boleh memvisualisasikan dan menyimpan pemasaan:

from qiskit_ibm_runtime.visualization import draw_circuit_schedule_timing

circuit_schedule = result[0].metadata["compilation"]["scheduler_timing"][
    "timing"
]
fig = draw_circuit_schedule_timing(
    circuit_schedule=circuit_schedule,
    included_channels=None,
    filter_readout_channels=False,
    filter_barriers=False,
    width=1000,
)

# Uncomment the following line to display the figure
# fig.show(renderer="notebook")

# Save to a file
# fig.write_html("scheduler_timing.html")

Langkah seterusnya

Cadangan

• Maklum balas klasik dan aliran kawalan (litar dinamik)
• Visualisasikan litar