Lattice

MeasureResult dataclass

MeasureResult(
    measurement_id: int,
    qubit_id: int,
    location_address: LocationAddress,
)

Bases: MoveExecution

              flowchart TD
              bloqade.lanes.analysis.atom.lattice.MeasureResult[MeasureResult]
              bloqade.lanes.analysis.atom.lattice.MoveExecution[MoveExecution]
              bloqade.lanes.analysis.atom._visitor._ElemVisitor[_ElemVisitor]

                              bloqade.lanes.analysis.atom.lattice.MoveExecution --> bloqade.lanes.analysis.atom.lattice.MeasureResult
                                bloqade.lanes.analysis.atom._visitor._ElemVisitor --> bloqade.lanes.analysis.atom.lattice.MoveExecution
                



              click bloqade.lanes.analysis.atom.lattice.MeasureResult href "" "bloqade.lanes.analysis.atom.lattice.MeasureResult"
              click bloqade.lanes.analysis.atom.lattice.MoveExecution href "" "bloqade.lanes.analysis.atom.lattice.MoveExecution"
              click bloqade.lanes.analysis.atom._visitor._ElemVisitor href "" "bloqade.lanes.analysis.atom._visitor._ElemVisitor"
            

A single terminal-measurement result.

Attributes:

Name	Type	Description
measurement_id	int	Global measurement-record index, i.e. the order in which the physical measurement operation executes (the first measurement is 0, the second 1, ...). This is the column index into the raw per-shot measurement array returned by the simulator/hardware backend and is what post-processing must use to look up the result. It coincides with qubit_id only when qubits happen to be measured once in allocation order.
qubit_id	int	Physical qubit that occupied location_address at measurement time. Selects which physical qubit SSA value to measure during lowering, but is not a valid index into the raw measurement array.
location_address	LocationAddress	Hardware location that was measured.