bloqade.lanes.analysis.placement.lattice.ConcreteState

← Module overview

classConcreteState¶source

bloqade.lanes.analysis.placement.lattice.ConcreteState

Bases: AtomState

Signature

class ConcreteState(occupied: frozenset[LocationAddress], layout: tuple[LocationAddress, ...], move_count: tuple[int, ...])

Public import paths

• from bloqade.lanes.dialects.place import ConcreteState
• from bloqade.lanes.analysis.placement import ConcreteState
• from bloqade.lanes.heuristics.move_synthesis import ConcreteState
• from bloqade.lanes.analysis.placement.analysis import ConcreteState
• from bloqade.lanes.analysis.placement.strategy import ConcreteState
• from bloqade.lanes.heuristics.logical.placement import ConcreteState
• from bloqade.lanes.heuristics.physical.movement import ConcreteState
• from bloqade.lanes.heuristics.physical.target_generator import ConcreteState

Parameters

Name	Type	Description
occupied	frozenset[LocationAddress]
layout	tuple[LocationAddress, ...]
move_count	tuple[int, ...]

Attributes

Name	Type	Description
occupied	frozenset[LocationAddress]	Stores the set of occupied locations with atoms not participating in this static circuit.
layout	tuple[LocationAddress, ...]	Stores the current location of the ith qubit argument in layout[i].
move_count	tuple[int, ...]	Stores the number of moves each atom has undergone.

methodis_subseteq¶source

bloqade.lanes.analysis.placement.lattice.ConcreteState.is_subseteq

def is_subseteq(other: AtomState) -> bool

Parameters

Name	Type	Description
other	AtomState

Returns

bool

source

methodget_qubit_id¶source

bloqade.lanes.analysis.placement.lattice.ConcreteState.get_qubit_id

def get_qubit_id(location: LocationAddress) -> int | None

Parameters

Name	Type	Description
location	LocationAddress

Returns

int | None

source