def _ProcessLines(self):
"""processes all of the lines in a netlist
@see _ProcessLine() for explanation of parameters and functionality.
"""
SystemDescriptionParser._ProcessLines(self)
self.m_sd = VirtualProbe(self.m_sd)
lines=copy.deepcopy(self.m_ul); self.m_ul=[]
for line in lines: self._ProcessVirtualProbeLine(line)
return self
def _ProcessLines(self):
"""processes all of the lines in a netlist
@see _ProcessLine() for explanation of parameters and functionality.
"""
SystemDescriptionParser._ProcessLines(self, ['connect', 'port'])
self.m_sd = Simulator(self.m_sd)
lines = copy.deepcopy(self.m_ul)
self.m_ul = []
for line in lines:
self._ProcessSimulatorLine(line)
lines = copy.deepcopy(self.m_ul)
self.m_ul = []
for line in lines:
SystemDescriptionParser._ProcessLine(self, line, ['port'])
return self
def _ProcessLines(self):
"""processes all of the lines in a netlist
@see _ProcessLine() for explanation of parameters and functionality.
"""
SystemDescriptionParser._ProcessLines(self)
self.m_spc = {
key: value.Resample(self.m_f)
for (key, value) in self.m_spc
}
lines = copy.deepcopy(self.m_ul)
self.m_ul = []
for i in range(len(lines)):
line = lines[i]
self._ProcessCalibrationLine(line)
# pragma: silent exclude
if self.HasACallBack():
progress = (float(i) + 1) / len(lines) * 100.0
if not self.CallBack(progress):
raise SignalIntegrityExceptionCalibration(
'calculation aborted')
# pragma: include
self.calibration = Calibration(self.ports, self.m_f)
self.calibration.AddMeasurements(self.calibrationMeasurementList)
return self
