def test(file_path):
try:
citifile = citi.read(file_path)
del citifile
return True
except:
return False
def test(file_path):
try:
citifile = citi.read(file_path)
del citifile
return True
except:
return False
def __init__(self, file_path):
DataFile.__init__(self, file_path)
self._citi = citi.read(self.file_path, True)
self.rootItem = None
# build hierarchical signal list
self.circuit = Circuit("CITI", self)
indep_name = "frequency"
indep_type = signaltype.f
indep_signal = Signal(indep_name, indep_name, None, indep_type)
indep_signal._set_parent(self.circuit)
for i in range(self._citi.ports):
for j in range(self._citi.ports):
signal_name = "S(%d,%d)" % (i + 1, j + 1)
signal_type = signaltype.Spar
signal = Signal(signal_name, signal_name, indep_signal, signal_type)
signal._data_source_info['port1'] = i + 1
signal._data_source_info['port2'] = j + 1
self.circuit.add_signal(signal)
def __init__(self, file_path):
DataFile.__init__(self, file_path)
self._citi = citi.read(self.file_path, True)
self.rootItem = None
# build hierarchical signal list
self.circuit = Circuit("CITI", self)
indep_name = "frequency"
indep_type = signaltype.f
indep_signal = Signal(indep_name, indep_name, None, indep_type)
indep_signal._set_parent(self.circuit)
for i in range(self._citi.ports):
for j in range(self._citi.ports):
signal_name = "S(%d,%d)" % (i + 1, j + 1)
signal_type = signaltype.Spar
signal = Signal(signal_name, signal_name, indep_signal,
signal_type)
signal._data_source_info['port1'] = i + 1
signal._data_source_info['port2'] = j + 1
self.circuit.add_signal(signal)
