example_get_circuit_unitary.py File Reference

Simple example python code demonstrating the basic usage of the Python interface of the Quantum Gate Decomposer package. More...

Go to the source code of this file.

Namespaces
	example_get_circuit_unitary

Functions
def	example_get_circuit_unitary.create_randomized_parameters (num_of_parameters)
	Call to construct random parameter, with limited number of non-trivial adaptive layers. More...

Variables
	example_get_circuit_unitary.cDecompose = N_Qubit_Decomposition_adaptive( np.eye(matrix_size), level_limit_max=5, level_limit_min=0 )
int	example_get_circuit_unitary.level = 2
	example_get_circuit_unitary.matrix_size = pow(2, qbit_num )
float	example_get_circuit_unitary.nontrivial_ratio = 0.5
	example_get_circuit_unitary.num_of_parameters = cDecompose.get_Parameter_Num()
def	example_get_circuit_unitary.parameters = create_randomized_parameters( num_of_parameters )
int	example_get_circuit_unitary.qbit_num = 3
	example_get_circuit_unitary.unitary = cDecompose.get_Matrix( parameters )

Detailed Description

Simple example python code demonstrating the basic usage of the Python interface of the Quantum Gate Decomposer package.

Definition in file example_get_circuit_unitary.py.