def getTFArray(self):
"""
compute sensor transfer functions for each member of ensemble
"""
hp.virtualWarning()
def transfer(self):
"""
apply the transfer function to all sensor inputs
"""
hp.virtualWarning()
def interp(self):
"""
perform the interpolation with the current coords
"""
virtualWarning()
def __init__(self):
"""
initialize the sensor
"""
hp.virtualWarning()
def modelConstructor(self, parameterVector):
"""
return a model given a parameter vector
"""
virtualWarning()
def parameterGenerator(self, shape = (1,)):
"""
generate an array of parameter vectors upon request
"""
virtualWarning()
def __init__(self):
"""
set up the object
"""
virtualWarning()
def summary(self):
"""
print/plot basics about the ensemble
"""
virtualWarning()
def summarize(self):
virtualWarning()
def forwardSolve(self):
"""
run the model, computing the forward solution
"""
virtualWarning()
return zeros(1)
def parameterKeys(self):
"""
list the names of the parameters in the order that
parameterVector keeps them
"""
virtualWarning()
def parameterVector(self):
"""
return an array of parameters that fully specify the model
"""
virtualWarning()
def __init__(self):
"""
construct the model
"""
virtualWarning()
