def __init__(self, netlist, tspice, sync_obj):
"""Constructor."""
# Create sync object, and set debug and simulation path
self.sync_obj = sync_obj
self.DEBUG = self.sync_obj.getDebug(
"Tanner") or self.sync_obj.getDebug("all")
self.sync_obj.appendToSimulationPath("Tanner")
if self.DEBUG:
print('Running Tanner...')
Simulator.__init__(self, netlist=netlist, sync_obj=sync_obj)
# Netlist path of circuit to be simulated.
self.netlist = netlist
# tspice path
self.tspice = tspice
# Output simulation waves. Each key corresponds to a different wave.
self.waves = None
pass
def __init__(self, budget, unitPrice): Simulator.__init__(self, budget, unitPrice) self.Kp = - 100 / (budget * 0.25) self.Ki = -7 self.OUTPUT_NAME = 'output2.csv' self.INTEGRAL_OFFSET_RATIO = 0.01 self.errorIntegral = 0 # INTEGRAL 에러 누적으로 windup 방지를 위해 만듦 self.INTEGRAL_ERROR_LIMIT = 1
def __init__(self, budget, unitPrice): Simulator.__init__(self, budget, unitPrice) self.Kp = - 100 / (budget * 0.25) self.Ki = -5 self.Kd = 10 / (unitPrice * 50) if self.budget < unitPrice * 10000: self.Kp = -100 / (budget * 0.999) self.Kd = 30 / (unitPrice * 20) self.OUTPUT_NAME = 'output3.csv' self.INTEGRAL_OFFSET_RATIO = 0.01 self.errorIntegral = 0 # INTEGRAL 에러 누적으로 windup 방지를 위해 만듦 self.INTEGRAL_ERROR_LIMIT = 1
def __init__(self, netlist, wave_names, DEBUG=False):
"""Constructor."""
if DEBUG:
print('Running Tanner...')
Simulator.__init__(self, netlist=netlist)
# Netlist of circuit to be simulated.
self.netlist = netlist
# Output simulation waves. Each key corresponds to a different wave.
self.waves = None
pass
