Compiler

Main module for compiling quantum circuits using various optimization techniques based on many-body embedding.

vulqano.compiler.compiler(method, input_circuit, machine, instructions, n_cpus, output_folder)[source]

Main function for the many-body compilation of quantum circuit.

Arguments

methodstr

Many-body optimization method used by the compiler.

input_circuitvulqano.states.AbstractCircuitState

The circuit state (many-body classical state) representing te circuit to optimize.

machinedictionary

hamiltonian_operatorlist of (np.array of strings, float, mask): Abstract description of the Hamiltonian. The energy is obtained by counting how many times each subcircuit hamiltonian_operator[i][0] appears on a region A of the circuit suck that that hamiltonian_operator[i][2] is True for all (t,q) in A. The counted number is multiplied by the weight hamiltonian_operator[i][1].
gatesset: Gates enabled on the machine (virtual gates included).

instructionsdict or list of dict

Set of instructions specific for the optimization method.

n_cpusint

Number of CPUs involved in the parallelization.

output_folderstr

Name of the folder where the raw data results are saved.

Returns