Base Class

class arline_quantum.gate_sets.gate_set.GateSet(name, gate_list)

Bases: object

Gate Set

Class to represent quantum Gate Set

Parameters:

• gate_list (Gate) – dictionary of gates
• name (str) – name of gate set

add_gate(gate)

Add gate into gate set

Returns:

check_max_num_qubits()

Check max number of qubits for Gate Set

Return type:int

static from_gate_names(gate_names)

gate_by_name(gate_name)

Returns:gate class by name Return type:dict

gates_by_name

gates_by_qasm_name

get_gate_list_str()

get_gate_names()

Returns:the list of gate names Return type:list

get_gate_set_size()

Get gate set size

Returns:size of Gate Set Return type:int

is_discrete_gate_set()

Check if all gates are discrete

Return type:bool

reduce_gate_set(num_qubits)

Generate new gate set with only gates with number of cubits less than num_qubits

Parameters:num_qubits (int) – border value for qubit number

to_qiskit_name()

Gate Sets

class arline_quantum.gate_sets.clifford_t.CliffordTGateSet

Bases: arline_quantum.gate_sets.gate_set.GateSet

Clifford + T Gate Set

Note

This is Universal Gate Set

Description:

Discrete Gate Set

[H, S, Sd, Cnot, T, Td]

add_gate(gate)

Add gate into gate set

Returns:

check_max_num_qubits()

Check max number of qubits for Gate Set

Return type:int

static from_gate_names(gate_names)

gate_by_name(gate_name)

Returns:gate class by name Return type:dict

gates_by_name

gates_by_qasm_name

get_gate_list_str()

get_gate_names()

Returns:the list of gate names Return type:list

get_gate_set_size()

Get gate set size

Returns:size of Gate Set Return type:int

is_discrete_gate_set()

Check if all gates are discrete

Return type:bool

reduce_gate_set(num_qubits)

Generate new gate set with only gates with number of cubits less than num_qubits

Parameters:num_qubits (int) – border value for qubit number

to_qiskit_name()

class arline_quantum.gate_sets.google.GoogleGateSet

Bases: arline_quantum.gate_sets.gate_set.GateSet

Google Gate Set

Description:

Continuous Gate Set

[R, Rz, Cz]

add_gate(gate)

Add gate into gate set

Returns:

check_max_num_qubits()

Check max number of qubits for Gate Set

Return type:int

static from_gate_names(gate_names)

gate_by_name(gate_name)

Returns:gate class by name Return type:dict

gates_by_name

gates_by_qasm_name

get_gate_list_str()

get_gate_names()

Returns:the list of gate names Return type:list

get_gate_set_size()

Get gate set size

Returns:size of Gate Set Return type:int

is_discrete_gate_set()

Check if all gates are discrete

Return type:bool

reduce_gate_set(num_qubits)

Generate new gate set with only gates with number of cubits less than num_qubits

Parameters:num_qubits (int) – border value for qubit number

to_qiskit_name()

class arline_quantum.gate_sets.ibm.IbmGateSet

Bases: arline_quantum.gate_sets.gate_set.GateSet

IBM Gate Set

Description:

IBM Gate Set

[U1, U2, U3, Cnot, I]

add_gate(gate)

Add gate into gate set

Returns:

check_max_num_qubits()

Check max number of qubits for Gate Set

Return type:int

static from_gate_names(gate_names)

gate_by_name(gate_name)

Returns:gate class by name Return type:dict

gates_by_name

gates_by_qasm_name

get_gate_list_str()

get_gate_names()

Returns:the list of gate names Return type:list

get_gate_set_size()

Get gate set size

Returns:size of Gate Set Return type:int

is_discrete_gate_set()

Check if all gates are discrete

Return type:bool

reduce_gate_set(num_qubits)

Generate new gate set with only gates with number of cubits less than num_qubits

Parameters:num_qubits (int) – border value for qubit number

to_qiskit_name()

class arline_quantum.gate_sets.rigetti.RigettiGateSet

Bases: arline_quantum.gate_sets.gate_set.GateSet

Rigetti Gate Set

Description:

Continuous Gate Set

[Cz, Rx, Rz]

add_gate(gate)

Add gate into gate set

Returns:

check_max_num_qubits()

Check max number of qubits for Gate Set

Return type:int

static from_gate_names(gate_names)

gate_by_name(gate_name)

Returns:gate class by name Return type:dict

gates_by_name

gates_by_qasm_name

get_gate_list_str()

get_gate_names()

Returns:the list of gate names Return type:list

get_gate_set_size()

Get gate set size

Returns:size of Gate Set Return type:int

is_discrete_gate_set()

Check if all gates are discrete

Return type:bool

reduce_gate_set(num_qubits)

Generate new gate set with only gates with number of cubits less than num_qubits

Parameters:num_qubits (int) – border value for qubit number

to_qiskit_name()