Layout

class Layout(input_dict=None)

Two-ways dict to represent a Layout.

construct a Layout from a bijective dictionary, mapping virtual qubits to physical qubits

Methods

Layout.__getitem__(item)
Layout.__len__()
Layout.add(virtual_bit[, physical_bit])	Adds a map element between bit and physical_bit.
Layout.add_register(reg)	Adds at the end physical_qubits that map each bit in reg.
Layout.combine_into_edge_map(another_layout)	Combines self and another_layout into an “edge map”.
Layout.copy()	Returns a copy of a Layout instance.
Layout.from_dict(input_dict)	Populates a Layout from a dictionary.
Layout.from_intlist(int_list, *qregs)	Converts a list of integers to a Layout mapping virtual qubits (index of the list) to physical qubits (the list values).
Layout.from_qubit_list(qubit_list)	Populates a Layout from a list containing virtual qubits, Qubit or None.
Layout.generate_trivial_layout(*regs)	Creates a trivial (“one-to-one”) Layout with the registers in regs.
Layout.get_physical_bits()	Returns the dictionary where the keys are physical (qu)bits and the values are virtual (qu)bits.
Layout.get_registers()	Returns the registers in the layout [QuantumRegister(2, ‘qr0’), QuantumRegister(3, ‘qr1’)] :returns: A list of Register in the layout :rtype: List
Layout.get_virtual_bits()	Returns the dictionary where the keys are virtual (qu)bits and the values are physical (qu)bits.
Layout.order_based_on_type(value1, value2)	decides which one is physical/virtual based on the type.
Layout.reorder_bits(bits)	Given an ordered list of bits, reorder them according to this layout.
Layout.swap(left, right)	Swaps the map between left and right.