class Simulation(pycircuit.sim.Simulation):
def __init__(self, circuit, direct = False, executable = None):
## If circuit is a string, assume it's a netlist and create a circuit
if type(circuit) == types.StringType:
circuit = Circuit(circuit)
super(Simulation, self).__init__(circuit)
if direct:
self.session = GnucapSessionDirect()
else:
self.session = GnucapSessionPexpect(executable)
if circuit != None and not isinstance(circuit, Circuit):
raise ValueError('Circuit instance must be a %s instance'%
str(Circuit))
if circuit != None:
self.update_netlist()
def command(self, command, parse_result = False):
"""Send gnucap command to session
Returns the result from gnucap or a GnucapResult object if parse_result
is True
"""
result = self.session.command(command)
if parse_result:
return GnucapResult(result)
return result
def run_analysis(self, analysis):
return analysis.run()
def update_netlist(self):
self.send_netlist(str(self.circuit))
def send_netlist(self, netlist):
netlistfile = tempfile.NamedTemporaryFile()
## In the development version one has to send
## a build command before the netlist
netlistfile.write('The netlist\n' + netlist)
netlistfile.flush()
self.session.command('get ' + netlistfile.name)
netlistfile.close()
class Simulation(pycircuit.sim.Simulation):
def __init__(self, circuit, direct=False, executable=None):
## If circuit is a string, assume it's a netlist and create a circuit
if type(circuit) == types.StringType:
circuit = Circuit(circuit)
super(Simulation, self).__init__(circuit)
if direct:
self.session = GnucapSessionDirect()
else:
self.session = GnucapSessionPexpect(executable)
if circuit is not None and not isinstance(circuit, Circuit):
raise ValueError('Circuit instance must be a %s instance' %
str(Circuit))
if circuit is not None:
self.update_netlist()
def command(self, command, parse_result=False):
"""Send gnucap command to session
Returns the result from gnucap or a GnucapResult object if parse_result
is True
"""
result = self.session.command(command)
if parse_result:
return GnucapResult(result)
return result
def run_analysis(self, analysis):
return analysis.run()
def update_netlist(self):
self.send_netlist(str(self.circuit))
def send_netlist(self, netlist):
netlistfile = tempfile.NamedTemporaryFile()
## In the development version one has to send
## a build command before the netlist
netlistfile.write('The netlist\n' + netlist)
netlistfile.flush()
self.session.command('get ' + netlistfile.name)
netlistfile.close()
def __init__(self, circuit, direct = False, executable = None):
## If circuit is a string, assume it's a netlist and create a circuit
if type(circuit) == types.StringType:
circuit = Circuit(circuit)
super(Simulation, self).__init__(circuit)
if direct:
self.session = GnucapSessionDirect()
else:
self.session = GnucapSessionPexpect(executable)
if circuit != None and not isinstance(circuit, Circuit):
raise ValueError('Circuit instance must be a %s instance'%
str(Circuit))
if circuit != None:
self.update_netlist()
def __init__(self, circuit, direct=False, executable=None):
## If circuit is a string, assume it's a netlist and create a circuit
if type(circuit) == types.StringType:
circuit = Circuit(circuit)
super(Simulation, self).__init__(circuit)
if direct:
self.session = GnucapSessionDirect()
else:
self.session = GnucapSessionPexpect(executable)
if circuit is not None and not isinstance(circuit, Circuit):
raise ValueError('Circuit instance must be a %s instance' %
str(Circuit))
if circuit is not None:
self.update_netlist()