bloqade.lanes.analysis.placement.strategy.PlacementStrategyABC

← Module overview

classPlacementStrategyABC¶source

bloqade.lanes.analysis.placement.strategy.PlacementStrategyABC

Bases: abc.ABC

class PlacementStrategyABC(arch_spec: ArchSpec)

Public import paths

• from bloqade.lanes.compile import PlacementStrategyABC
• from bloqade.lanes.metrics import PlacementStrategyABC
• from bloqade.lanes.analysis.placement import PlacementStrategyABC
• from bloqade.lanes.analysis.placement.analysis import PlacementStrategyABC
• from bloqade.lanes.heuristics.logical.placement import PlacementStrategyABC
• from bloqade.lanes.heuristics.physical.movement import PlacementStrategyABC

Parameters

Name	Type	Description
arch_spec	ArchSpec

Attributes

Name	Type	Description
arch_spec	ArchSpec

methodvalidate_initial_layout¶source

bloqade.lanes.analysis.placement.strategy.PlacementStrategyABC.validate_initial_layout

Signature

def validate_initial_layout(initial_layout: tuple[LocationAddress, ...]) -> None

Parameters

Name	Type	Description
initial_layout	tuple[LocationAddress, ...]

source

methodcz_placements¶source

bloqade.lanes.analysis.placement.strategy.PlacementStrategyABC.cz_placements

Signature

def cz_placements(state: AtomState, controls: tuple[int, ...], targets: tuple[int, ...], lookahead_cz_layers: tuple[tuple[tuple[int, ...], tuple[int, ...]], ...] = ()) -> AtomState

Parameters

Name	Type	Default	Description
state	AtomState	required
controls	tuple[int, ...]	required
targets	tuple[int, ...]	required
lookahead_cz_layers	tuple[tuple[tuple[int, ...], tuple[int, ...]], ...]	()

Returns

AtomState

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methodsq_placements¶source

bloqade.lanes.analysis.placement.strategy.PlacementStrategyABC.sq_placements

Signature

def sq_placements(state: AtomState, qubits: tuple[int, ...]) -> AtomState

Parameters

Name	Type	Description
state	AtomState
qubits	tuple[int, ...]

Returns

AtomState

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methodmeasure_placements¶source

bloqade.lanes.analysis.placement.strategy.PlacementStrategyABC.measure_placements

Signature

def measure_placements(state: AtomState, qubits: tuple[int, ...]) -> AtomState

Parameters

Name	Type	Description
state	AtomState
qubits	tuple[int, ...]

Returns

AtomState

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