Index

A

add_conditional_gate() (circuit.QuantumCircuit method) add_controlled_qubit_gate() (circuit.QuantumCircuit method) add_layer() (circuit.QuantumCircuit method) add_measure_gate() (circuit.QuantumCircuit method)

add_qubit() (multi_qubit.MultiQubit method) add_single_qubit_gate() (circuit.QuantumCircuit method) add_swap_gate() (circuit.QuantumCircuit method) apply_conditional_gate() (cell.QuantumCircuitCell method) apply_matrix() (cell.QuantumCircuitCell method)

C

c_register module cell module change_number_of_bits() (c_register.ClassicalRegister method)

circuit module circuit_test module ClassicalRegister (class in c_register) conditional_gate_input() (cell.QuantumCircuitCell method)

D

device_in_use() (circuit.QuantumCircuit method)

draw_circuit() (circuit.QuantumCircuit method)

G

get_alpha() (qubit.Qubit method) get_array() (circuit.QuantumCircuit method) get_beta() (qubit.Qubit method) get_bits_num() (c_register.ClassicalRegister method) get_circuit_operator_matrix() (circuit.QuantumCircuit method) get_control_index() (cell.QuantumCircuitCell method) get_gate_type() (cell.QuantumCircuitCell method)

get_matrix() (cell.QuantumCircuitCell method) get_number_of_compatible_qubits() (circuit.QuantumCircuit method) get_number_of_layers() (circuit.QuantumCircuit method) get_number_of_qubits() (multi_qubit.MultiQubit method) get_qubit() (multi_qubit.MultiQubit method) get_target_index() (cell.QuantumCircuitCell method) get_tensor_vector() (multi_qubit.MultiQubit method) get_vector() (qubit.Qubit method)

I

is_classical_bit() (cell.QuantumCircuitCell method) is_conditional_gate() (cell.QuantumCircuitCell method) is_control_gate() (cell.QuantumCircuitCell method)

is_measure_gate() (cell.QuantumCircuitCell method) is_single_qubit_gate() (cell.QuantumCircuitCell method) is_swap_gate() (cell.QuantumCircuitCell method)

L

load_qft_preset() (circuit.QuantumCircuit method)

M

measure() (cell.QuantumCircuitCell method) (multi_qubit.MultiQubit method) (qubit.Qubit method) measure_all() (circuit.QuantumCircuit method) measure_qubit() (multi_qubit.MultiQubit method) module c_register cell circuit circuit_test multi_qubit qubit

multi_qubit module MultiQubit (class in multi_qubit)

N

normal_pdf() (in module circuit_test)

P

plot_amplitudes() (multi_qubit.MultiQubit method) plot_measurements() (multi_qubit.MultiQubit method) plot_probabilities() (multi_qubit.MultiQubit method) print_c_reg() (c_register.ClassicalRegister method) print_matrix() (cell.QuantumCircuitCell method)

print_operator_matrix() (circuit.QuantumCircuit method) print_qubit() (qubit.Qubit method) print_tensor_form() (multi_qubit.MultiQubit method) print_vector_form() (multi_qubit.MultiQubit method) (qubit.Qubit method)

Q

qft_on_gaussian() (in module circuit_test) qft_on_sine() (in module circuit_test) QuantumCircuit (class in circuit)

QuantumCircuitCell (class in cell) qubit module Qubit (class in qubit)

R

remove_layer() (circuit.QuantumCircuit method) remove_single_qubit_gate() (circuit.QuantumCircuit method)

remove_two_qubit_gate() (circuit.QuantumCircuit method) reset_circuit() (circuit.QuantumCircuit method) run_circuit() (circuit.QuantumCircuit method)

S

set_amplitudes() (qubit.Qubit method) set_classical_bit() (cell.QuantumCircuitCell method) set_conditional_gate() (cell.QuantumCircuitCell method) set_controlled_qubit_gate() (cell.QuantumCircuitCell method)

set_measure_gate() (cell.QuantumCircuitCell method) set_single_qubit_gate() (cell.QuantumCircuitCell method) set_swap_gate() (cell.QuantumCircuitCell method) str_to_state() (multi_qubit.MultiQubit method)

T

test_qft_matrix_output() (in module circuit_test)

test_tracing_out_qubit() (in module circuit_test)