Re-organize files so QASM circuits live in a different directory than…

benchmarks/__init__.py

@@ -1,2 +1 @@
-from .write_qasm import write_qasm
 from .scripts import log_performance, save_results

benchmarks/results/gates_2024-12-16.csv

@@ -0,0 +1,25 @@
+compiler,circuit_name,raw_multiq_gates,compile_time,compiled_multiq_gates
+qiskit,qaoa_barabasi_albert,1176,0.18260502815246582,1176
+pytket,qaoa_barabasi_albert,1176,0.022324562072753906,1176
+ucc,qaoa_barabasi_albert,1176,0.7321248054504395,1176
+cirq,qaoa_barabasi_albert,1176,7.504948854446411,1176
+qiskit,qft,10050,0.5772039890289307,3244
+ucc,qft,10050,2.8528826236724854,2740
+pytket,qft,10050,0.27750396728515625,5890
+ucc,square_heisenberg,2160,0.3288688659667969,540
+qiskit,square_heisenberg,2160,0.2869715690612793,540
+pytket,square_heisenberg,2160,0.12201833724975586,2160
+cirq,square_heisenberg,2160,9.324482917785645,540
+ucc,prep_select,9744,6.975432395935059,9702
+qiskit,prep_select,9744,1.6321191787719727,9708
+ucc,qcnn,388,0.1713879108428955,388
+qiskit,qcnn,388,0.08201837539672852,388
+cirq,qft,10050,50.458903789520264,4648
+pytket,qcnn,388,0.03914165496826172,388
+pytket,prep_select,9744,0.3006443977355957,9712
+cirq,qcnn,388,2.2956674098968506,388
+cirq,prep_select,9744,72.23616528511047,9712
+pytket,qv,15000,4.486355781555176,15000
+ucc,qv,15000,4.734463453292847,14856
+qiskit,qv,15000,5.65778374671936,14856
+cirq,qv,15000,190.9960744380951,14856

benchmarks/scripts/__init__.py

@@ -1 +1,3 @@
-from .common import log_performance, save_results
+from .common import log_performance, save_results
+from .qiskit_circuits import qaoa_ising_ansatz, qcnn_circuit, VQE_ansatz, random_clifford_circuit
+from .cirq_circuits import cirq_prep_select

benchmarks/scripts/generate_qasm.py

@@ -0,0 +1,55 @@
+#!/usr/bin/env python
+# coding: utf-8
+
+# ### Prepare & Select
+# Prepare an N-qubit GHZ state and select the all ones state.
+
+from write_qasm import write_qasm
+from cirq_circuits import VQE_ansatz, cirq_prep_select
+from qiskit_circuits import qcnn_circuit, qaoa_ising_ansatz
+from numpy import log2, ceil
+
+
+# ### Prepare & Select
+num_qubits = 25
+target_state="1" * num_qubits
+
+circuit = cirq_prep_select(num_qubits, target_state=target_state)
+filename = f"prep_select_N{num_qubits}_ghz"
+
+write_qasm(circuit, 
+circuit_name=filename, 
+# basis_gates=['rz', 'rx', 'ry', 'h', 'cx']
+)
+
+# ### QCNN circuit
+num_qubits = 100
+num_layers = int(ceil(log2(num_qubits)))
+
+seed = 12345
+
+circuit = qcnn_circuit(num_qubits, seed=seed)
+filename = f"qcnn_N{num_qubits}_{num_layers}layers"
+
+write_qasm(circuit, 
+circuit_name=filename, 
+basis_gates=['rz', 'rx', 'ry', 'h', 'cx'])
+
+# ### Parameterized VQE ansatz
+num_qubits = 50
+num_layers = num_qubits * 2
+num_layers = num_qubits * 2
+
+circuit = VQE_ansatz(num_qubits, num_layers)
+filename = f"VQE_ansatz_N{num_qubits}_{num_layers}layers"
+
+write_qasm(circuit, circuit_name=filename, version='3')
+
+# ### QAOA neighest neighbors Ising mode
+num_qubits = 50
+num_layers = num_qubits * 3
+
+circuit = qaoa_ising_ansatz(num_qubits, num_layers)
+filename = f"QAOA_Ising_ansatz_N{num_qubits}_{num_layers}layers"
+
+write_qasm(circuit, circuit_name=filename, version='3')

benchmarks/circuits/qiskit/__init__.py → benchmarks/scripts/qiskit_circuits/__init__.py

@@ -1 +1 @@
-from .circuits import qcnn_circuit, VQE_ansatz, qaoa_ising_ansatz
+from .circuits import qcnn_circuit, VQE_ansatz, qaoa_ising_ansatz, random_clifford_circuit

benchmarks/scripts/run_benchmarks.sh

@@ -10,7 +10,7 @@ RESULTS_FOLDER="$SCRIPT_DIR/../results"
 mkdir -p "$RESULTS_FOLDER"
 
 # Define the common folder path
-QASM_FOLDER="$SCRIPT_DIR/../circuits/qasm2/"
+QASM_FOLDER="$SCRIPT_DIR/../qasm_circuits/qasm2/"
 
 # Define your list of QASM file names (without the common path)
 QASM_FILES=(

benchmarks/write_qasm.py → benchmarks/scripts/write_qasm.py

@@ -1,9 +1,10 @@
 
 from qbraid.transpiler import transpile as translate
-from qbraid.programs.alias_manager import get_program_type_alias
 from qiskit import transpile as qiskit_transpile
+from os.path import join 
 
-def write_qasm(circuit, circuit_name, version='2', basis_gates=[]):
+
+def write_qasm(circuit, circuit_name, version='2', basis_gates=[], folder="../qasm_circuits"):
     qiskit_circuit = translate(circuit, 'qiskit')
     if basis_gates:
         decomp_circuit = qiskit_transpile(
@@ -17,7 +18,8 @@ def write_qasm(circuit, circuit_name, version='2', basis_gates=[]):
     qasm_string = translate(decomp_circuit, 'qasm' + version)
 
     # Write the string to a .qasm file
-    filename = f"./circuits/qasm{version}/ucc/{circuit_name}"
+
+    filename = join(folder, f"/qasm{version}/ucc/{circuit_name}")
     if basis_gates:
         filename += f"_basis_{'_'.join(basis_gates)}"
 

ucc/tests/test_compile.py

@@ -8,7 +8,7 @@
 from qiskit.quantum_info import Statevector
 from qiskit.transpiler.passes import GatesInBasis
 
-from benchmarks.circuits import qcnn_circuit, random_clifford_circuit
+from benchmarks.scripts import qcnn_circuit, random_clifford_circuit
 from ucc import compile
 from ucc.transpilers.ucc_defaults import UCCDefault1