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self.name = 'Randles w/ CPE'
self.circuit = 'R0-p(R1,CPE1)-Wo1'
else:
self.name = 'Randles'
self.circuit = 'R0-p(R1,C1)-Wo1'
circuit_len = calculateCircuitLength(self.circuit)
assert len(self.initial_guess) + len(self.constants) == circuit_len, \
'The number of initial guesses + ' + \
'the number of constants ({})'.format(len(self.initial_guess)) + \
' needs to be equal to ' + \
'the circuit length ({})'.format(circuit_len)
class CustomCircuit(BaseCircuit):
def __init__(self, circuit='', **kwargs):
""" Constructor for a customizable equivalent circuit model
Parameters
----------
initial_guess: numpy array
Initial guess of the circuit values
circuit: string
A string that should be interpreted as an equivalent circuit
Notes
-----
A custom circuit is defined as a string comprised of elements in series
(separated by a `-`) and elements in parallel (grouped as (x,y)).
self.initial_guess = model_initial_guess
self.circuit = model_string
print(self.circuit)
self.constants = model_constants
self.name = model_name
if json_data["Fit"]:
if fitted_as_initial:
self.initial_guess = np.array(json_data['Parameters'])
else:
self.parameters_ = np.array(json_data["Parameters"])
self.conf_ = np.array(json_data["Confidence"])
class Randles(BaseCircuit):
""" A Randles circuit model class """
def __init__(self, CPE=False, **kwargs):
""" Constructor for the Randles' circuit class
Parameters
----------
initial_guess: numpy array
Initial guess of the circuit values
CPE: boolean
Use a constant phase element instead of a capacitor
"""
super().__init__(**kwargs)
if CPE:
self.name = 'Randles w/ CPE'