def q3Test():
dic = DictionarySearcher(3)
matrix = np.eye(2**3, dtype=complex)
"""
matrix[0,0] = 0
matrix[1,0] = -1
matrix[0,1] = 1j
matrix[1,1] = 0
matrix[2,2] = (1/math.sqrt(2))
matrix[3,2] = (1/math.sqrt(2))
matrix[2,3] = (1/math.sqrt(2))
matrix[3,3] = (-1/math.sqrt(2))
"""
for i in range(4, 8):
for j in range(4, 8):
matrix[i, j] = 0.5
for i in range(4, 8):
matrix[i, i] -= 1
Debug.debug("\n" + str(matrix) + "\n\n", DebugLevel.Debug)
id = AQP.generateSpecial(matrix=matrix, name="semiAA2", dic=dic)
Debug.debug("\n" + str(dic.getGate(id).getMatrix()) + "\n\n",
DebugLevel.Result)
def grover4AATest():
dic = DictionarySearcher(4)
matrix = QuantumMath.getAmplitudAmplifier(4)
id = AQP.generateSpecial(matrix=matrix, name="grover4AA", dic=dic)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug("\n" + str(dic.getGate(id).getMatrix()) + "\n\n",
DebugLevel.Result)
def _error_state_manager(self):
""""""
dbg.debug(print, "Error State", debug=self._gs['debug'])
# Store the last state
self._store_last_state()
# Go to stop state
self._temp_test_state = enum.TempTestStatesEnum.TT_STOP
pass
def _stop_state_manager(self):
""""""
dbg.debug(print, "Stop State", debug=self._gs['debug'])
# Store the last state
self._store_last_state()
self._kill_scan_engine_app()
# Stop read temperature thread
self._read_temperature_thread.stop()
self._csv_log_thread.stop()
self._scan_engine_app_thread.stop()
pass
def _run_scan_engine_app_state_manager(self):
""""""
print("-Run Scan Engine App")
dbg.debug(print, "Run Scan Engine App ", debug=self._gs['debug'])
# Run Scan Engine App
ret = self._SX5.run_scan_engine_app()
if ret == True:
# Go to pull images state
self._temp_test_state = enum.TempTestStatesEnum.TT_PULL_IMAGES
else:
# Go to error state
self._temp_test_state = enum.TempTestStatesEnum.TT_ERROR
return
def _init_sx5(self):
""" """
dbg.debug(print,
self._config_dict['SX5']['adb_pull_base_dir'],
debug=self._gs['debug'])
# Init an SX5 instance
self._SX5 = SX5_Manager(
scan_engine=self._config_dict['SX5']['scan_engine'],
num_frame=self._config_dict['SX5']['num_of_frame'],
num_loop=self._config_dict['SX5']['num_of_loop'],
num_save_files=self._config_dict['SX5']['num_of_save_files'],
frame_storage_dir=self._config_dict['SX5']['frame_storage_dir'],
pull_dir=self._config_dict['SX5']['adb_pull_base_dir'],
)
pass
def _init_state_manager(self):
""""""
dbg.debug(print, "Init State", debug=self._gs['debug'])
# Parse config file
self._parse_config_file()
# Init SX5
self._init_sx5()
# Init Thermal Chamber
self._init_thermal_chamber()
# Init Image Manager
self._init_image_manager()
# Go to Run scan engine app state
self._temp_test_state = enum.TempTestStatesEnum.TT_RUN_SCAN_ENGINE_APP
return
def _run_scan_engine_app_state_manager(self):
""""""
dbg.debug(print, "-Run Scan Engine App", debug=self._gs['debug'])
# Start Timer and run Scan Engine App Thread
self._timer_dict['Global'].start()
# Start threads
self._scan_engine_app_thread.start()
self._read_temperature_thread.start()
self._csv_log_thread.start()
# Store the last state
self._store_last_state()
# Go to Read Temperature state
self._temp_test_state = enum.TempTestTS_StatesEnum.TT_READ_TEMP
return
def _pull_images_state_manager(self):
""""""
dbg.debug(print, "Pull Images", debug=self._gs['debug'])
print("-Pull images")
# TODO: aggiungere la gestione degli errori
# Pull image from device and clear the directory
ret = self._SX5.pull_images()
self._SX5.clear_frame_storage_dir()
# Convert the pulled images
self._image_manager.convert_images(show=False, save=True)
if ret == True:
# Go to stop state
self._temp_test_state = enum.TempTestStatesEnum.TT_STOP
else:
# Go to error state
self._temp_test_state = enum.TempTestStatesEnum.TT_ERROR
return
def _init_sx5(self):
""" """
dbg.debug(print,
self._config_dict['SX5']['output_dir_name'],
debug=self._gs['debug'])
dbg.debug(print,
int(self._config_dict['SX5']['num_of_frame']) *
int(self._config_dict['SX5']['num_of_loop']),
debug=self._gs['debug'])
# Init an SX5 instance
self._SX5 = SX5_Manager(
scan_engine=self._config_dict['SX5']['scan_engine'],
num_frame=self._config_dict['SX5']['num_of_frame'],
num_loop=self._config_dict['SX5']['num_of_loop'],
num_save_files=int(self._config_dict['SX5']['num_of_frame']) *
int(self._config_dict['SX5']['num_of_loop']),
callback_delay_ms=self._config_dict['SX5']['callback_delay_ms'],
frame_storage_dir=self._config_dict['SX5']['frame_storage_dir'],
pull_dir="",
)
# Disable scan service
self._SX5.disable_scan_service()
pass
def memoryTest():
# inicializa un diccionario para 4 qubits
dic = DictionarySearcher(nQubits=4)
# genera una puerta de giro condicionado multiple y las subpuertas necesarias
gateId = AQP.generateMultipleTurn(sources=[0, 1, 2],
target=3,
angle=math.pi / 2,
turnType=TurnType.Z,
dic=dic)
# imprime por pantalla el path
print(
Visualizer.printCompress(gateId,
dic,
deepEnd=True,
deep=1,
autoReference=False))
# genera el fichero .qasm para crear esta puerta
WriterAsm.writeAsm(gateId, dic, "multiConditionalGate.qasm", reset=True)
Debug.debug(Visualizer.printCompress(
id,
dic,
), DebugLevel.Result)
Debug.debug(
Visualizer.printCompress(id,
dic,
deepEnd=True,
deep=1,
autoReference=True), DebugLevel.Result)
Debug.debug(
Visualizer.printCompress(id,
dic,
deepEnd=True,
deep=2,
autoReference=True), DebugLevel.Debug)
Debug.debug("\n" + str(dic.getGate(id).getMatrix()) + "\n\n",
DebugLevel.Result)
def xnotGateTest():
dic = DictionarySearcher(2)
id = AQP.generateXnot(target=1, source=0, dic=dic)
Debug.debug(Visualizer.printPath(id, dic), DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug(
"\n" + Visualizer.printIntegerMatrix(dic.getGate(id).getMatrix()) +
"\n\n", DebugLevel.Result)
id = AQP.generateXnot(target=0, source=1, dic=dic)
Debug.debug(Visualizer.printPath(id, dic), DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug(
"\n" + Visualizer.printIntegerMatrix(dic.getGate(id).getMatrix()) +
"\n\n", DebugLevel.Result)
dic = DictionarySearcher(3)
id = AQP.generateXnot(target=1, source=0, dic=dic)
Debug.debug(Visualizer.printPath(id, dic), DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug(
"\n" + Visualizer.printIntegerMatrix(dic.getGate(id).getMatrix()) +
"\n\n", DebugLevel.Result)
id = AQP.generateXnot(target=0, source=1, dic=dic)
Debug.debug(Visualizer.printPath(id, dic), DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug(
"\n" + Visualizer.printIntegerMatrix(dic.getGate(id).getMatrix()) +
"\n\n", DebugLevel.Result)
id = AQP.generateXnot(target=2, source=1, dic=dic)
Debug.debug(Visualizer.printPath(id, dic), DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug(
"\n" + Visualizer.printIntegerMatrix(dic.getGate(id).getMatrix()) +
"\n\n", DebugLevel.Result)
dic = DictionarySearcher(4)
id = AQP.generateXnot(target=3, source=0, dic=dic)
Debug.debug(Visualizer.printPath(id, dic), DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug(
"\n" + Visualizer.printIntegerMatrix(dic.getGate(id).getMatrix()) +
"\n\n", DebugLevel.Result)
id = AQP.generateXnot(target=2, source=1, dic=dic)
Debug.debug(Visualizer.printPath(id, dic), DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug(
"\n" + Visualizer.printIntegerMatrix(dic.getGate(id).getMatrix()) +
"\n\n", DebugLevel.Result)
id = AQP.generateXnot(target=1, source=2, dic=dic)
Debug.debug(Visualizer.printPath(id, dic), DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug(
"\n" + Visualizer.printIntegerMatrix(dic.getGate(id).getMatrix()) +
"\n\n", DebugLevel.Result)
def groverMatricesTest():
Debug.debug(QuantumMath.getOracleMatrix(2, [3]), DebugLevel.Result)
Debug.debug(QuantumMath.getOracleMatrix(3, [3, 4, 5]), DebugLevel.Result)
matrix = QuantumMath.getAmplitudAmplifier(2)
Debug.debug(matrix, DebugLevel.Result)
Debug.debug(QuantumMath.matrixDeterminant(matrix), DebugLevel.Info)
matrix = QuantumMath.getAmplitudAmplifier(3)
Debug.debug(matrix, DebugLevel.Result)
Debug.debug(QuantumMath.matrixDeterminant(matrix), DebugLevel.Info)
matrix = QuantumMath.getAmplitudAmplifier(4)
Debug.debug(matrix, DebugLevel.Result)
Debug.debug(QuantumMath.matrixDeterminant(matrix), DebugLevel.Info)
def specialTest():
dic = DictionarySearcher(2)
matrix = np.matrix([[1, 0, 0, 0], [0, 1, 0, 0], [0, 0, 1, 0],
[0, 0, 0, -1]])
id = AQP.generateSpecial(matrix=matrix, name="prueba1", dic=dic)
Debug.debug(Visualizer.printPath(id, dic, deepEnd=False),
DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug(
Visualizer.printCompress(id,
dic,
deepEnd=True,
deep=1,
autoReference=True), DebugLevel.Result)
Debug.debug("\n" + str(dic.getGate(id).getMatrix()) + "\n\n",
DebugLevel.Result)
matrix = np.matrix([[1, 0, 0, 0], [0, 1, 0, 0], [0, 0, 1, 0],
[0, 0, 0, 1j]])
id = AQP.generateSpecial(matrix=matrix, name="prueba2", dic=dic)
Debug.debug(Visualizer.printPath(id, dic, deepEnd=False),
DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug(
Visualizer.printCompress(id,
dic,
deepEnd=True,
deep=1,
autoReference=True), DebugLevel.Result)
Debug.debug("\n" + str(dic.getGate(id).getMatrix()) + "\n\n",
DebugLevel.Result)
matrix = np.matrix([[-1, 0, 0, 0], [0, 1, 0, 0],
[0, 0, (1 / math.sqrt(2)) * (1 + 1j), 0],
[0, 0, 0, 1j]])
id = AQP.generateSpecial(matrix=matrix, name="prueba3", dic=dic)
Debug.debug(Visualizer.printPath(id, dic, deepEnd=False),
DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug(
Visualizer.printCompress(id,
dic,
deepEnd=True,
deep=1,
autoReference=True), DebugLevel.Result)
Debug.debug("\n" + str(dic.getGate(id).getMatrix()) + "\n\n",
DebugLevel.Result)
matrix = np.matrix([[1j, 0, 0, 0],
[0, (1 / math.sqrt(2)), (-1 / math.sqrt(2)), 0],
[0, (1 / math.sqrt(2)), (1 / math.sqrt(2)), 0],
[0, 0, 0, -1]])
id = AQP.generateSpecial(matrix=matrix, name="prueba4", dic=dic)
Debug.debug(Visualizer.printPath(id, dic, deepEnd=False),
DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug(
Visualizer.printCompress(id,
dic,
deepEnd=True,
deep=1,
autoReference=True), DebugLevel.Result)
Debug.debug("\n" + str(dic.getGate(id).getMatrix()) + "\n\n",
DebugLevel.Result)
"""
Debug.debug("\n" + str(dic.getGate(67).getMatrix()) + "\n\n", DebugLevel.Result)
Debug.debug("\n" + str(dic.getGate(68).getMatrix()) + "\n\n", DebugLevel.Result)
Debug.debug("\n" + str(dic.getGate(78).getMatrix()) + "\n\n", DebugLevel.Result)
Debug.debug("\n" + str(dic.getGate(68).getMatrix()) + "\n\n", DebugLevel.Result)
Debug.debug("\n" + str(dic.getGate(67).getMatrix()) + "\n\n", DebugLevel.Result)
Debug.debug("\n" + str(AQP.generateMatrixFromPath([68,67,78,67,68], dic)) + "\n\n", DebugLevel.Result)
"""
matrix = np.matrix([[-1, 1, 1, 1], [1, -1, 1, 1], [1, 1, -1, 1],
[1, 1, 1, -1]]) * (1 / 2)
id = AQP.generateSpecial(matrix=matrix, name="prueba5", dic=dic)
Debug.debug(Visualizer.printPath(id, dic, deepEnd=False),
DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug(
Visualizer.printCompress(id,
dic,
deepEnd=True,
deep=1,
autoReference=True), DebugLevel.Result)
Debug.debug("\n" + str(dic.getGate(id).getMatrix()) + "\n\n",
DebugLevel.Result)
dic = DictionarySearcher(3)
matrix = np.eye(2**3, dtype=complex)
matrix[7, 7] = -1
id = AQP.generateSpecial(matrix=matrix, name="prueba6", dic=dic)
Debug.debug(Visualizer.printPath(id, dic, deepEnd=False),
DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug(
Visualizer.printCompress(id,
dic,
deepEnd=True,
deep=1,
autoReference=True), DebugLevel.Result)
Debug.debug("\n" + str(dic.getGate(id).getMatrix()) + "\n\n",
DebugLevel.Result)
matrix[5, 6] = 1
matrix[6, 5] = 1
matrix[5, 5] = 0
matrix[6, 6] = 0
id = AQP.generateSpecial(matrix=matrix, name="prueba67", dic=dic)
Debug.debug(Visualizer.printPath(id, dic, deepEnd=False),
DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug(
Visualizer.printCompress(id,
dic,
deepEnd=True,
deep=1,
autoReference=True), DebugLevel.Result)
Debug.debug("\n" + str(dic.getGate(id).getMatrix()) + "\n\n",
DebugLevel.Result)
def toBinaryTest():
Debug.debug(QuantumMath.toBinary(5, 3), DebugLevel.Result)
Debug.debug(QuantumMath.toBinary(5, 5), DebugLevel.Result)
Debug.debug(QuantumMath.toBinary(16, 6), DebugLevel.Result)
Debug.debug(QuantumMath.toBinary(31, 6), DebugLevel.Result)
def codingDecodingTest():
aux = QuantumMath.codingQubits([0, 1, 2])
Debug.debug(aux, DebugLevel.Result)
Debug.debug(QuantumMath.decodingQubits(aux), DebugLevel.Result)
aux = QuantumMath.codingQubits([1, 4])
Debug.debug(aux, DebugLevel.Result)
Debug.debug(QuantumMath.decodingQubits(aux), DebugLevel.Result)
aux = QuantumMath.codingQubits([6])
Debug.debug(aux, DebugLevel.Result)
Debug.debug(QuantumMath.decodingQubits(aux), DebugLevel.Result)
def basicTurnGateTest():
dic = DictionarySearcher(2)
id = AQP.generateBasicTurn(target=1,
angle=math.pi,
turnType=TurnType.Z,
dic=dic)
Debug.debug(Visualizer.printPath(id, dic), DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug("\n" + str(dic.getGate(id).getMatrix()) + "\n\n",
DebugLevel.Result)
id = AQP.generateBasicTurn(target=0,
angle=math.pi / 2,
turnType=TurnType.Z,
dic=dic)
Debug.debug(Visualizer.printPath(id, dic), DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug("\n" + str(dic.getGate(id).getMatrix()) + "\n\n",
DebugLevel.Result)
id = AQP.generateBasicTurn(target=1,
angle=math.pi / 4,
turnType=TurnType.X,
dic=dic)
Debug.debug(Visualizer.printPath(id, dic), DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug("\n" + str(dic.getGate(id).getMatrix()) + "\n\n",
DebugLevel.Result)
dic = DictionarySearcher(4)
id = AQP.generateBasicTurn(target=3,
angle=math.pi / 4,
turnType=TurnType.Z,
dic=dic)
Debug.debug(Visualizer.printPath(id, dic), DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug("\n" + str(dic.getGate(id).getMatrix()) + "\n\n",
DebugLevel.Result)
id = AQP.generateBasicTurn(target=1,
angle=math.pi / 4,
turnType=TurnType.Z,
dic=dic)
Debug.debug(Visualizer.printPath(id, dic), DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug("\n" + str(dic.getGate(id).getMatrix()) + "\n\n",
DebugLevel.Result)
def specialTurnGateTest():
dic = DictionarySearcher(2)
id = AQP.generateSpecialTurn(a=-1, b=0, dic=dic)
Debug.debug(Visualizer.printPath(id, dic, deepEnd=False),
DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug("\n" + str(dic.getGate(id).getMatrix()) + "\n\n",
DebugLevel.Result)
id = AQP.generateSpecialTurn(a=(1 / (math.sqrt(2))),
b=(1 / (math.sqrt(2))),
dic=dic)
Debug.debug(Visualizer.printPath(id, dic, deepEnd=False),
DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug("\n" + str(dic.getGate(id).getMatrix()) + "\n\n",
DebugLevel.Result)
dic = DictionarySearcher(3)
id = AQP.generateSpecialTurn(a=1j, b=0, dic=dic)
Debug.debug(Visualizer.printPath(id, dic, deepEnd=False),
DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug(
Visualizer.printCompress(id,
dic,
deepEnd=True,
deep=1,
autoReference=True), DebugLevel.Result)
Debug.debug("\n" + str(dic.getGate(id).getMatrix()) + "\n\n",
DebugLevel.Result)
dic = DictionarySearcher(4)
id = AQP.generateSpecialTurn(a=(1 / (math.sqrt(2))),
b=(1j * (1 / (math.sqrt(2)))),
dic=dic)
Debug.debug(Visualizer.printPath(id, dic, deepEnd=False),
DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug(
Visualizer.printCompress(id,
dic,
deepEnd=True,
deep=1,
autoReference=True), DebugLevel.Result)
Debug.debug("\n" + str(dic.getGate(id).getMatrix()) + "\n\n",
DebugLevel.Result)
def rowReverseGateTest():
dic = DictionarySearcher(2)
id = AQP.generateRowReverse(target1=0, target2=3, dic=dic)
Debug.debug(Visualizer.printPath(id, dic, deepEnd=False),
DebugLevel.Result)
Debug.debug(
Visualizer.printCompress(id,
dic,
deepEnd=True,
deep=1,
autoReference=True), DebugLevel.Result)
Debug.debug(
"\n" + Visualizer.printIntegerMatrix(dic.getGate(id).getMatrix()) +
"\n\n", DebugLevel.Result)
id = AQP.generateRowReverse(target1=2, target2=1, dic=dic)
Debug.debug(Visualizer.printPath(id, dic, deepEnd=False),
DebugLevel.Result)
Debug.debug(
Visualizer.printCompress(id,
dic,
deepEnd=True,
deep=1,
autoReference=True), DebugLevel.Result)
Debug.debug(
"\n" + Visualizer.printIntegerMatrix(dic.getGate(id).getMatrix()) +
"\n\n", DebugLevel.Result)
id = AQP.generateRowReverse(target1=1, target2=2, dic=dic)
Debug.debug(Visualizer.printPath(id, dic, deepEnd=False),
DebugLevel.Result)
Debug.debug(
Visualizer.printCompress(id,
dic,
deepEnd=True,
deep=1,
autoReference=True), DebugLevel.Result)
Debug.debug(
"\n" + Visualizer.printIntegerMatrix(dic.getGate(id).getMatrix()) +
"\n\n", DebugLevel.Result)
dic = DictionarySearcher(3)
id = AQP.generateRowReverse(target1=0, target2=3, dic=dic)
Debug.debug(Visualizer.printPath(id, dic, deepEnd=False),
DebugLevel.Result)
Debug.debug(
Visualizer.printCompress(id,
dic,
deepEnd=True,
deep=1,
autoReference=True), DebugLevel.Result)
Debug.debug(
"\n" + Visualizer.printIntegerMatrix(dic.getGate(id).getMatrix()) +
"\n\n", DebugLevel.Result)
id = AQP.generateRowReverse(target1=1, target2=7, dic=dic)
Debug.debug(Visualizer.printPath(id, dic, deepEnd=False),
DebugLevel.Result)
Debug.debug(
Visualizer.printCompress(id,
dic,
deepEnd=True,
deep=1,
autoReference=True), DebugLevel.Result)
Debug.debug(
"\n" + Visualizer.printIntegerMatrix(dic.getGate(id).getMatrix()) +
"\n\n", DebugLevel.Result)
id = AQP.generateRowReverse(target1=4, target2=2, dic=dic)
Debug.debug(Visualizer.printPath(id, dic, deepEnd=False),
DebugLevel.Result)
Debug.debug(
Visualizer.printCompress(id,
dic,
deepEnd=True,
deep=1,
autoReference=True), DebugLevel.Result)
Debug.debug(
"\n" + Visualizer.printIntegerMatrix(dic.getGate(id).getMatrix()) +
"\n\n", DebugLevel.Result)
def multipleTurnGateTest():
dic = DictionarySearcher(2)
id = AQP.generateMultipleTurn(sources=[0],
target=1,
angle=math.pi,
turnType=TurnType.Z,
dic=dic)
Debug.debug(Visualizer.printPath(id, dic, deepEnd=False),
DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug(
Visualizer.printCompress(id, dic, deepEnd=False, autoReference=True),
DebugLevel.Result)
Debug.debug("\n" + str(dic.getGate(id).getMatrix()) + "\n\n",
DebugLevel.Result)
dic = DictionarySearcher(3)
id = AQP.generateMultipleTurn(sources=[0, 1],
target=2,
angle=math.pi,
turnType=TurnType.Z,
dic=dic)
Debug.debug(Visualizer.printPath(id, dic, deepEnd=False),
DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug(
Visualizer.printCompress(id,
dic,
deepEnd=True,
deep=1,
autoReference=True), DebugLevel.Result)
Debug.debug("\n" + str(dic.getGate(id).getMatrix()) + "\n\n",
DebugLevel.Result)
id = AQP.generateMultipleTurn(sources=[0, 1],
target=2,
angle=math.pi / 4,
turnType=TurnType.X,
dic=dic)
Debug.debug(Visualizer.printPath(id, dic, deepEnd=False),
DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug("\n" + str(dic.getGate(id).getMatrix()) + "\n\n",
DebugLevel.Result)
id = AQP.generateMultipleTurn(sources=[0, 2],
target=1,
angle=math.pi / 4,
turnType=TurnType.X,
dic=dic)
Debug.debug(Visualizer.printPath(id, dic, deepEnd=False),
DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug(
Visualizer.printCompress(id,
dic,
deepEnd=False,
deep=1,
autoReference=True), DebugLevel.Result)
Debug.debug("\n" + str(dic.getGate(id).getMatrix()) + "\n\n",
DebugLevel.Result)
Debug.debug("\n" + str(dic) + "\n\n", DebugLevel.Result)
dic = DictionarySearcher(4)
id = AQP.generateMultipleTurn(sources=[0, 1, 2],
target=3,
angle=math.pi / 2,
turnType=TurnType.X,
dic=dic)
Debug.debug(Visualizer.printPath(id, dic, deepEnd=False),
DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug(
Visualizer.printCompress(id,
dic,
deepEnd=True,
deep=1,
autoReference=True), DebugLevel.Result)
Debug.debug("\n" + str(dic.getGate(id).getMatrix()) + "\n\n",
DebugLevel.Result)
id = AQP.generateMultipleTurn(sources=[0, 1, 2],
target=3,
angle=math.pi,
turnType=TurnType.Z,
dic=dic)
Debug.debug(Visualizer.printPath(id, dic, deepEnd=False),
DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug("\n" + str(dic.getGate(id).getMatrix()) + "\n\n",
DebugLevel.Result)
id = AQP.generateMultipleTurn(sources=[2],
target=0,
angle=math.pi / 4,
turnType=TurnType.X,
dic=dic)
Debug.debug(Visualizer.printPath(id, dic, deepEnd=False),
DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug("\n" + str(dic.getGate(id).getMatrix()) + "\n\n",
DebugLevel.Result)
def _init_state_manager(self):
""""""
dbg.debug(print, "Init State", debug=self._gs['debug'])
# Parse config file
self._parse_config_file()
# Init directory
self._init_output_directory()
# Init SX5
self._init_sx5()
# Init Temperature Sensor
self._init_temperature_sensor()
# Init Image Manager
self._init_image_manager()
# Init Timers
self._init_timers()
# Init Step Dictionary
self._init_step_dictionary()
# Update Directories
self._update_directories()
# Init Threads
self._scan_engine_app_thread = CustomThread(
thread_name="ScanEngineThread",
runnable=self._SX5.run_scan_engine_app,
num_of_iter=1)
self._read_temperature_thread = CustomThread(
thread_name="ReadTemperatureThread",
runnable=self._read_temperature_sensor_thread_runnable,
timing_ms=500,
num_of_iter='inf')
self._csv_log_thread = CustomThread(
thread_name="CsvLogThread",
runnable=self._update_csv_log_runnable,
timing_ms=float(self._config_dict["Log"]["sample_time_s"]) * 1000,
num_of_iter='inf')
# Create CSV Log file
self._csv_log_dict['filename'] = self._config_dict['SX5'][
'output_dir_name'] + "/" + self._config_dict['Log']['csv_filename']
self._csv_log_dict['file'] = open(file=self._csv_log_dict['filename'],
mode='w',
newline='')
self._csv_log_dict['csv_writer'] = csv.writer(
self._csv_log_dict['file'])
self._csv_log_dict['csv_writer'].writerow(
self._csv_log_dict["log_data"].keys())
self._csv_log_dict['file'].close()
# Go to Run scan engine app state
self._SX5.clear_frame_storage_dir()
self._temp_test_state = enum.TempTestTS_StatesEnum.TT_RUN_SCAN_ENGINE_APP
return
def _error_state_manager(self):
""""""
dbg.debug(print, "Error State", debug=self._gs['debug'])
self._temp_test_state = enum.TempTestStatesEnum.TT_STOP
pass
def _stop_state_manager(self):
""""""
dbg.debug(print, "Stop State", debug=self._gs['debug'])
print("-Finished!")
pass
def assemblerGetPathTest():
dic = DictionarySearcher(2)
matrix = QuantumMath.getOracleMatrix(2, [0])
id = AQP.generateSpecial(matrix=matrix, name="asmPath1", dic=dic)
Debug.debug(Visualizer.printCompress(
id,
dic,
), DebugLevel.Result)
Debug.debug(
Visualizer.printCompress(id,
dic,
deepEnd=True,
deep=1,
autoReference=True), DebugLevel.Result)
Debug.debug(
Visualizer.printCompress(id,
dic,
deepEnd=True,
deep=2,
autoReference=True), DebugLevel.Debug)
Debug.debug("\n" + str(dic.getGate(id).getMatrix()) + "\n\n",
DebugLevel.Result)
Debug.debug(WriterAsm.getPath(id, dic), DebugLevel.Result)
dic = DictionarySearcher(2)
matrix = QuantumMath.getAmplitudAmplifier(2)
id = AQP.generateSpecial(matrix=matrix, name="asmPath2", dic=dic)
Debug.debug(Visualizer.printCompress(
id,
dic,
), DebugLevel.Result)
Debug.debug(
Visualizer.printCompress(id,
dic,
deepEnd=True,
deep=1,
autoReference=True), DebugLevel.Result)
Debug.debug(
Visualizer.printCompress(id,
dic,
deepEnd=True,
deep=2,
autoReference=True), DebugLevel.Debug)
Debug.debug("\n" + str(dic.getGate(id).getMatrix()) + "\n\n",
DebugLevel.Result)
Debug.debug(WriterAsm.getPath(id, dic), DebugLevel.Result)
def basicGateTest():
dic = DictionarySearcher(2)
id = AQP.generateBasic(standarGate=StandarGate.X, targets=[0], dic=dic)
Debug.debug(Visualizer.printPath(id, dic), DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug("\n" + str(dic.getGate(id).getMatrix()) + "\n\n",
DebugLevel.Result)
id = AQP.generateBasic(standarGate=StandarGate.X, targets=[0, 1], dic=dic)
Debug.debug(Visualizer.printPath(id, dic), DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug("\n" + str(dic.getGate(id).getMatrix()) + "\n\n",
DebugLevel.Result)
id = AQP.generateBasic(standarGate=StandarGate.H, targets=[0, 1], dic=dic)
Debug.debug(Visualizer.printPath(id, dic), DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug("\n" + str(dic.getGate(id).getMatrix()) + "\n\n",
DebugLevel.Result)
dic = DictionarySearcher(4)
id = AQP.generateBasic(standarGate=StandarGate.X,
targets=[1, 2, 3],
dic=dic)
Debug.debug(Visualizer.printPath(id, dic), DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug("\n" + str(dic.getGate(id).getMatrix()) + "\n\n",
DebugLevel.Result)
id = AQP.generateBasic(standarGate=StandarGate.H, targets=[2], dic=dic)
Debug.debug(Visualizer.printPath(id, dic), DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug("\n" + str(dic.getGate(id).getMatrix()) + "\n\n",
DebugLevel.Result)
class Debug(object):
def __init__(self):
pass
@staticmethod
def debug(function, *args, debug):
if debug == True:
function(*args)
pass
if __name__ == '__main__':
from Debug import Debug as db
flag = True
db.debug(print, "Print if true", debug=flag)
db.debug(print, "Don't print if false", debug=not flag)
def toffoliGateTest():
dic = DictionarySearcher(3)
id = AQP.generateToffoli(target=2, sources=[0, 1], dic=dic)
Debug.debug(Visualizer.printPath(id, dic, deepEnd=False),
DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug(
"\n" + Visualizer.printIntegerMatrix(dic.getGate(id).getMatrix()) +
"\n\n", DebugLevel.Result)
id = AQP.generateToffoli(target=1, sources=[0, 2], dic=dic)
Debug.debug(Visualizer.printPath(id, dic, deepEnd=False),
DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug(
"\n" + Visualizer.printIntegerMatrix(dic.getGate(id).getMatrix()) +
"\n\n", DebugLevel.Result)
dic = DictionarySearcher(4)
id = AQP.generateToffoli(target=3, sources=[0, 1, 2], dic=dic)
Debug.debug(Visualizer.printPath(id, dic, deepEnd=False),
DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug(
Visualizer.printCompress(id,
dic,
deepEnd=True,
deep=2,
autoReference=True), DebugLevel.Result)
Debug.debug("\n" + str(dic.getGate(id).getMatrix()) + "\n\n",
DebugLevel.Result)
Debug.debug(
"\n" + Visualizer.printIntegerMatrix(dic.getGate(id).getMatrix()) +
"\n\n", DebugLevel.Result)
id = AQP.generateToffoli(target=3, sources=[0, 2], dic=dic)
Debug.debug(Visualizer.printPath(id, dic, deepEnd=False),
DebugLevel.Result)
Debug.debug(Visualizer.printCompress(id, dic), DebugLevel.Result)
Debug.debug(
"\n" + Visualizer.printIntegerMatrix(dic.getGate(id).getMatrix()) +
"\n\n", DebugLevel.Result)
