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non_unitary

Init

Bases: NonUnitary

Source code in opensquirrel/ir/non_unitary.py 
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class Init(NonUnitary):
    def __init__(self, qubit: QubitLike) -> None:
        NonUnitary.__init__(self, qubit=qubit, name="init")

    def accept(self, visitor: IRVisitor) -> Any:
        """Accepts visitor and processes this IR node."""
        non_unitary_visit = super().accept(visitor)
        return non_unitary_visit if non_unitary_visit is not None else visitor.visit_init(self)

accept 

accept(visitor: IRVisitor) -> Any

Accepts visitor and processes this IR node.

Source code in opensquirrel/ir/non_unitary.py 
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def accept(self, visitor: IRVisitor) -> Any:
    """Accepts visitor and processes this IR node."""
    non_unitary_visit = super().accept(visitor)
    return non_unitary_visit if non_unitary_visit is not None else visitor.visit_init(self)

Measure

Bases: NonUnitary

Source code in opensquirrel/ir/non_unitary.py 
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class Measure(NonUnitary):
    def __init__(self, qubit: QubitLike, bit: BitLike, axis: AxisLike = (0, 0, 1)) -> None:
        NonUnitary.__init__(self, qubit=qubit, name="measure")
        self.bit = Bit(bit)
        self.axis = Axis(axis)

    @property
    def arguments(self) -> tuple[Expression, ...]:
        return self.bit, self.axis

    @property
    def bit_operands(self) -> tuple[Bit, ...]:
        return (self.bit,)

    def accept(self, visitor: IRVisitor) -> Any:
        """Accepts visitor and processes this IR node."""
        non_unitary_visit = super().accept(visitor)
        return non_unitary_visit if non_unitary_visit is not None else visitor.visit_measure(self)

    def __eq__(self, other: object) -> bool:
        return (
            isinstance(other, Measure) and self.qubit == other.qubit and np.allclose(self.axis, other.axis, atol=ATOL)
        )

accept 

accept(visitor: IRVisitor) -> Any

Accepts visitor and processes this IR node.

Source code in opensquirrel/ir/non_unitary.py 
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def accept(self, visitor: IRVisitor) -> Any:
    """Accepts visitor and processes this IR node."""
    non_unitary_visit = super().accept(visitor)
    return non_unitary_visit if non_unitary_visit is not None else visitor.visit_measure(self)

NonUnitary

Bases: Instruction, ABC

Source code in opensquirrel/ir/non_unitary.py 
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class NonUnitary(Instruction, ABC):
    def __init__(self, qubit: QubitLike, name: str) -> None:
        Instruction.__init__(self, name)
        self.qubit = Qubit(qubit)

    @property
    def arguments(self) -> tuple[Expression, ...]:
        return ()

    @property
    def qubit_operands(self) -> tuple[Qubit, ...]:
        return (self.qubit,)

    @property
    def bit_operands(self) -> tuple[Bit, ...]:
        return ()

    def accept(self, visitor: IRVisitor) -> Any:
        """Accepts visitor and processes this IR node."""
        return visitor.visit_non_unitary(self)

    def __repr__(self) -> str:
        if self.arguments:
            args = ", ".join(f"{arg.__class__.__name__.lower()}={arg}" for arg in self.arguments)
            return f"{self.__class__.__name__}(qubit={self.qubit}, {args})"
        return f"{self.__class__.__name__}(qubit={self.qubit})"

    def __eq__(self, other: object) -> bool:
        return isinstance(other, self.__class__) and self.qubit == other.qubit

accept 

accept(visitor: IRVisitor) -> Any

Accepts visitor and processes this IR node.

Source code in opensquirrel/ir/non_unitary.py 
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def accept(self, visitor: IRVisitor) -> Any:
    """Accepts visitor and processes this IR node."""
    return visitor.visit_non_unitary(self)

Reset

Bases: NonUnitary

Source code in opensquirrel/ir/non_unitary.py 
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class Reset(NonUnitary):
    def __init__(self, qubit: QubitLike) -> None:
        NonUnitary.__init__(self, qubit=qubit, name="reset")

    def accept(self, visitor: IRVisitor) -> Any:
        """Accepts visitor and processes this IR node."""
        non_unitary_visit = super().accept(visitor)
        return non_unitary_visit if non_unitary_visit is not None else visitor.visit_reset(self)

accept 

accept(visitor: IRVisitor) -> Any

Accepts visitor and processes this IR node.

Source code in opensquirrel/ir/non_unitary.py 
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def accept(self, visitor: IRVisitor) -> Any:
    """Accepts visitor and processes this IR node."""
    non_unitary_visit = super().accept(visitor)
    return non_unitary_visit if non_unitary_visit is not None else visitor.visit_reset(self)