Visualisasi timing circuit

Versi paket

Kode di halaman ini dikembangkan menggunakan persyaratan berikut. Kami sarankan menggunakan versi ini atau yang lebih baru.

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

Selain memvisualisasikan instruksi pada Circuit, kamu mungkin juga ingin memvisualisasikan penjadwalan Circuit menggunakan metode timeline_drawer dari Qiskit. Visualisasi ini bisa membantu kamu dengan cepat melihat waktu idle pada Qubit, misalnya. Namun, metode ini tidak memberikan hasil yang akurat untuk dynamic circuits. Untuk memvisualisasikan penjadwalan dynamic circuit, gunakan metode draw_circuit_schedule_timing, seperti yang dijelaskan di bagian Dukungan Qiskit Runtime.

Contoh

Untuk memvisualisasikan program Circuit terjadwal, kamu bisa memanggil fungsi ini dengan sekumpulan argumen kontrol. Sebagian besar tampilan gambar output bisa dimodifikasi melalui stylesheet, tapi ini tidak wajib.

Gambar dengan stylesheet default

# 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)

Output dari sel kode sebelumnya

Gambar dengan stylesheet untuk debugging 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)

Output dari sel kode sebelumnya

Kamu bisa membuat fungsi generator atau layout kustom dan memperbarui stylesheet yang sudah ada dengan fungsi kustom tersebut. Dengan cara ini, kamu bisa mengontrol sebagian besar tampilan gambar output tanpa memodifikasi codebase dari drawer Circuit terjadwal. Lihat referensi API timeline_drawer untuk contoh lebih lanjut.

Dukungan Qiskit Runtime

Meskipun timeline drawer yang ada di Qiskit berguna untuk static circuit, ia mungkin tidak secara akurat mencerminkan timing dynamic circuits karena adanya operasi implisit seperti broadcasting dan penentuan cabang. Sebagai bagian dari dukungan dynamic circuit, Qiskit Runtime mengembalikan informasi timing Circuit yang akurat di dalam hasil job bila diminta.

Catatan

Ini adalah fungsi eksperimental. Fungsi ini masih dalam status preview release dan oleh karena itu dapat berubah sewaktu-waktu.
Fungsi ini hanya berlaku untuk job Qiskit Runtime Sampler.
Meskipun total waktu Circuit dikembalikan dalam metadata "compilation", ini BUKAN waktu yang digunakan untuk penagihan (quantum time).

Aktifkan pengambilan data timing

Untuk mengaktifkan pengambilan data timing, atur flag eksperimental scheduler_timing ke True saat menjalankan job primitive.

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 timing Circuit

Bila diminta, data timing Circuit untuk setiap PUB dikembalikan dalam metadata hasil job, di bawah ["compilation"]["scheduler_timing"]["timing"]. Field ini berisi informasi timing mentah. Untuk menampilkan informasi timing, gunakan alat visualisasi bawaan, seperti yang dijelaskan di bagian Visualisasikan timing.

Gunakan kode berikut untuk mengakses data timing Circuit untuk PUB pertama:

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

Pahami data timing mentah

Meskipun memvisualisasikan data timing Circuit menggunakan metode draw_circuit_schedule_timing adalah kasus penggunaan yang paling umum, mungkin berguna untuk memahami struktur data timing mentah yang dikembalikan. Ini bisa membantu kamu, misalnya, untuk mengekstrak informasi secara programatik.

Data timing yang dikembalikan dalam ["compilation"]["scheduler_timing"]["timing"] adalah daftar string. Setiap string mewakili satu instruksi pada suatu channel dan dipisahkan dengan koma menjadi tipe data berikut:

Branch - Menentukan apakah instruksi berada dalam alur kontrol (then / else) atau cabang utama.
Instruction - Gate dan Qubit yang akan dioperasikan.
Channel - Channel yang ditetapkan untuk instruksi tersebut. Bisa salah satu dari berikut:
- Qubit x - Drive channel untuk Qubit x.
- AWGRx_y (arbitrary waveform generator readout) - Digunakan oleh readout channel untuk berkomunikasi saat mengukur Qubit. Argumen x dan y masing-masing sesuai dengan ID instrumen readout dan nomor Qubit.
T0 - Waktu mulai instruksi dalam jadwal lengkap
Duration - Durasi instruksi, dalam satuan dt detik, di mana 1 dt = 1 siklus penjadwalan. Kamu bisa menemukan nilai dt dari sebuah Backend menggunakan backend.dt.
Pulse - Jenis operasi pulse 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 timing

Dengan qiskit-ibm-runtime v0.43.0 atau lebih baru, kamu bisa memvisualisasikan timing Circuit. Untuk memvisualisasikan timing, kamu perlu mengonversi metadata hasil ke fig menggunakan metode draw_circuit_schedule_timing. Metode ini mengembalikan gambar plotly, yang bisa kamu tampilkan langsung, simpan ke file, atau keduanya. Untuk informasi lebih lanjut tentang perintah plotly yang 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")

Arahkan kursor ke output untuk melihat informasi seperti waktu mulai, selesai, dan durasi.

Pahami gambar yang dihasilkan

Gambar output data timing Circuit yang dihasilkan oleh draw_circuit_schedule_timing menyampaikan informasi berikut:

Sumbu X adalah waktu dalam satuan dt detik, di mana 1 dt = 1 siklus penjadwalan. Kamu bisa menemukan nilai dt dari sebuah Backend menggunakan backend.dt.
Sumbu Y adalah channel (bayangkan channel sebagai instrumen yang memancarkan pulsa).
- Receive channel - Satu-satunya channel yang bukan instrumen itu sendiri. Ini adalah instruksi yang dimainkan pada semua channel yang merupakan bagian dari prosedur komunikasi dengan hub pada saat itu.
- Qubit x - Drive channel untuk Qubit x.
- AWGRx_y (arbitrary waveform generator readout) - Digunakan oleh readout channel untuk berkomunikasi saat mengukur Qubit. Argumen x dan y masing-masing sesuai dengan ID instrumen readout dan nomor Qubit.
- Hub - Mengontrol broadcasting.

Selain itu, setiap instruksi memiliki format X_Y, di mana X adalah nama instruksi dan Y adalah tipe pulse. Tipe play menerapkan pulsa kontrol, dan capture merekam kondisi Qubit. Kamu juga bisa mengarahkan kursor ke setiap instruksi untuk mendapatkan detail lebih lanjut. Misalnya, gambar sebelumnya menunjukkan pulsa kontrol untuk Gate X yang diterapkan pada Qubit 10 pada 1161 dt.

Contoh end-to-end

Contoh ini menunjukkan cara mengaktifkan opsi, mendapatkan informasi timing Circuit dari metadata, dan menampilkannya sebagai gambar.

Pertama, siapkan lingkungan, definisikan circuit dan konversikan ke ISA circuit, serta definisikan dan jalankan job.

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)

Selanjutnya, dapatkan timing jadwal Circuit:

# 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'

Terakhir, kamu bisa memvisualisasikan dan menyimpan timing:

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 berikutnya

Rekomendasi

Classical feedforward dan control flow (dynamic circuits)
Visualisasi circuit

Source: IBM Quantum docs — updated 16 Mar 2026

English version on doQumentation — updated 7 Mei 2026

This translation based on the English version of 11 Mar 2026

Contoh​

Gambar dengan stylesheet default​

Gambar dengan stylesheet untuk debugging program​

Dukungan Qiskit Runtime​

Aktifkan pengambilan data timing​

Akses data timing Circuit​

Pahami data timing mentah​

Visualisasikan timing​

Pahami gambar yang dihasilkan​

Contoh end-to-end​

Langkah berikutnya​