def __init__(self, ptree):
Experiment.__init__(self)
self._discharge_power_lower_limit = ptree.get_double(
'discharge_power_lower_limit')
self._discharge_power_upper_limit = ptree.get_double(
'discharge_power_upper_limit')
self._steps_per_decade = ptree.get_int('steps_per_decade')
self._min_steps_per_discharge = ptree.get_int(
'min_steps_per_discharge')
self._max_steps_per_discharge = ptree.get_int(
'max_steps_per_discharge')
self._time_step_initial_guess = ptree.get_double('time_step')
self._ptree = copy(ptree)
self.reset()
def __init__(self, ptree):
Experiment.__init__(self)
self._discharge_power_lower_limit = ptree.get_double(
'discharge_power_lower_limit')
self._discharge_power_upper_limit = ptree.get_double(
'discharge_power_upper_limit')
self._steps_per_decade = ptree.get_int('steps_per_decade')
self._min_steps_per_discharge = ptree.get_int(
'min_steps_per_discharge')
self._max_steps_per_discharge = ptree.get_int(
'max_steps_per_discharge')
self._time_step_initial_guess = ptree.get_double('time_step')
self._ptree = copy(ptree)
self.reset()
def __init__(self, ptree):
Experiment.__init__(self)
def __init__(self, ptree):
Experiment.__init__(self)