def __init__(self,
n,
m,
d=1,
A=None,
means=None,
covars=None,
w=None,
pi=None,
min_std=0.01,
init_type='uniform',
precision=numpy.double,
verbose=False):
'''
See _ContinuousHMM constructor for more information
'''
_ContinuousHMM.__init__(self, n, m, d, A, means, covars, w, pi,
min_std, init_type, precision,
verbose) #@UndefinedVariable
def __init__(self,statesNetwork, numMixtures, numDimensions, deviationInSec):
# def __init__(self,n,m,d=1,A=None,means=None,covars=None,w=None,pi=None,min_std=0.01,init_type='uniform',precision=numpy.double, verbose=False):
'''
See _ContinuousHMM constructor for more information
'''
means, covars, weights, pi = self._constructHMMNetworkParameters(statesNetwork, numMixtures, numDimensions)
n = len(statesNetwork)
min_std=0.01
init_type='uniform'
precision=numpy.double
verbose = False
_ContinuousHMM.__init__(self, n, numMixtures, numDimensions, None, means, covars, weights, pi, min_std,init_type,precision,verbose) #@UndefinedVariable
self.statesNetwork = statesNetwork
self.durationPdf = DurationPdf(deviationInSec)
self.setDurForStates(listDurations=[])
self.ALPHA = ALPHA # could be redefined by setAlpha() method
def __init__(self,n,m,d=1,A=None,means=None,covars=None,w=None,pi=None,min_std=0.01,init_type='uniform',precision=numpy.double,verbose=False):
'''
See _ContinuousHMM constructor for more information
'''
_ContinuousHMM.__init__(self,n,m,d,A,means,covars,w,pi,min_std,init_type,precision,verbose) #@UndefinedVariable
