Visualizar o tempo de execução do Circuit

Versões dos pacotes

O código nesta página foi desenvolvido usando os seguintes requisitos. Recomendamos usar essas versões ou mais recentes.

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

Além de visualizar instruções em um Circuit, você pode querer visualizar o agendamento de um Circuit usando o método timeline_drawer do Qiskit. Essa visualização pode ajudar você a identificar rapidamente o tempo ocioso nos Qubits, por exemplo. No entanto, esse método não retorna resultados precisos para circuits dinâmicos. Para visualizar o agendamento de circuits dinâmicos, use o método draw_circuit_schedule_timing, conforme descrito na seção de suporte ao Qiskit Runtime.

Exemplos

Para visualizar um programa de Circuit agendado, você pode chamar essa função com um conjunto de argumentos de controle. A maior parte da aparência da imagem de saída pode ser modificada por uma folha de estilo, mas isso não é obrigatório.

Desenhar com a folha de estilo padrão

# 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)

Desenhar com uma folha de estilo adequada para depuração de programas

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)

Você pode criar funções personalizadas de gerador ou layout e atualizar uma folha de estilo existente com essas funções personalizadas. Dessa forma, você pode controlar a maior parte da aparência da imagem de saída sem modificar a base de código do visualizador de Circuit agendado. Consulte a referência da API do timeline_drawer para mais exemplos.

Suporte ao Qiskit Runtime

Embora o visualizador de linha do tempo integrado ao Qiskit seja útil para circuits estáticos, ele pode não refletir com precisão o tempo de execução de circuits dinâmicos devido a operações implícitas, como broadcasting e determinação de branch. Como parte do suporte a circuits dinâmicos, o Qiskit Runtime retorna as informações precisas de tempo do Circuit dentro dos resultados do job quando solicitado.

Observações

• Esta é uma função experimental. Ela está em status de versão prévia e, portanto, sujeita a alterações.
• Esta função se aplica somente a jobs do Qiskit Runtime Sampler.
• Embora o tempo total do Circuit seja retornado nos metadados de "compilação", esse NÃO é o tempo usado para cobrança (quantum time).

Habilitar a recuperação de dados de tempo

Para habilitar a recuperação de dados de tempo, defina o sinalizador experimental scheduler_timing como True ao executar o job do primitivo.

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()

Acessar os dados de tempo do Circuit

Quando solicitados, os dados de tempo do Circuit para cada PUB são retornados nos metadados do resultado do job, em ["compilation"]["scheduler_timing"]["timing"]. Esse campo contém as informações de tempo brutas. Para exibir as informações de tempo, use a ferramenta de visualização integrada, conforme descrito na seção Visualizar os tempos.

Use o código a seguir para acessar os dados de tempo do Circuit para o primeiro PUB:

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

Entender os dados de tempo brutos

Embora a visualização dos dados de tempo do Circuit usando o método draw_circuit_schedule_timing seja o caso de uso mais comum, pode ser útil entender a estrutura dos dados de tempo brutos retornados. Isso pode ajudar você, por exemplo, a extrair informações de forma programática.

Os dados de tempo retornados em ["compilation"]["scheduler_timing"]["timing"] são uma lista de strings. Cada string representa uma única instrução em algum canal e é separada por vírgulas nos seguintes tipos de dados:

• Branch - Determina se a instrução está em um fluxo de controle (then / else) ou em um branch principal.
• Instruction - O Gate e o Qubit em que operar.
• Channel - O canal que está sendo atribuído à instrução. Pode ser um dos seguintes:
  • Qubit x - O canal de drive do Qubit x.
  • AWGRx_y (gerador de forma de onda arbitrária de leitura) - Usado por canais de leitura para comunicar quando os Qubits estão sendo medidos. Os argumentos x e y correspondem ao ID do instrumento de leitura e ao número do Qubit, respectivamente.
• T0 - O tempo de início da instrução dentro do agendamento completo.
• Duration - A duração da instrução, em unidades de dt segundos, onde 1 dt = 1 ciclo de agendamento. Você pode encontrar o valor dt de um Backend usando backend.dt.
• Pulse - O tipo de operação de pulso sendo usada.

Exemplo:

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
...

Visualizar os tempos

Com qiskit-ibm-runtime v0.43.0 ou posterior, você pode visualizar os tempos do Circuit. Para visualizar os tempos, primeiro é necessário converter os metadados do resultado em fig usando o método draw_circuit_schedule_timing. Esse método retorna uma figura plotly, que você pode exibir diretamente, salvar em um arquivo ou ambos. Para mais informações sobre os comandos plotly a serem usados, consulte fig.show() e 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")

Entender a figura gerada

A imagem dos dados de tempo do Circuit gerada por draw_circuit_schedule_timing transmite as seguintes informações:

• O eixo X é o tempo em unidades de dt segundos, onde 1 dt = 1 ciclo de agendamento. Você pode encontrar o valor dt de um Backend usando backend.dt.
• O eixo Y é o canal (pense nos canais como instrumentos que emitem pulsos).
  • Receive channel - O único canal que não é um instrumento por si só. É uma instrução executada em todos os canais que fazem parte de um procedimento de comunicação com o hub naquele momento.
  • Qubit x - O canal de drive do Qubit x.
  • AWGRx_y (gerador de forma de onda arbitrária de leitura) - Usado por canais de leitura para comunicar quando os Qubits estão sendo medidos. Os argumentos x e y correspondem ao ID do instrumento de leitura e ao número do Qubit, respectivamente.
  • Hub - Controla o broadcasting.

Além disso, cada instrução tem o formato X_Y, onde X é o nome da instrução e Y é o tipo de pulso. Um tipo play aplica pulsos de controle, e um capture registra o estado do Qubit. Você também pode passar o cursor sobre cada instrução para obter mais detalhes. Por exemplo, a figura anterior mostra um pulso de controle para o Gate X aplicado ao Qubit 10 em 1161 dt.

Exemplo completo

Este exemplo mostra como habilitar a opção, obter as informações de tempo do Circuit a partir dos metadados e exibi-las como uma imagem.

Primeiro, configure o ambiente, defina os circuits e converta-os para circuits ISA, e defina e execute os jobs.

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)

Em seguida, obtenha o agendamento de tempo do 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'

Por fim, você pode visualizar e salvar o tempo:

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")

Próximas etapas

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