def emit(self, length, random_series):
bprobs = [[p for (patch,p) in zip(self.alloc, self.bprobs) if patch==a]
for a in [0,1]]
source = self.transition_matrix.emit(random_series)
result = numpy.zeros([length], int)
for i in range(length):
patch = source.next() - 1
result[i] = argpick(bprobs[patch], random_series)
return result
def emit(self, length, random_series):
bprobs = [[
p for (patch, p) in zip(self.alloc, self.bprobs) if patch == a
] for a in [0, 1]]
source = self.transition_matrix.emit(random_series)
result = numpy.zeros([length], int)
for i in range(length):
patch = next(source) - 1
result[i] = argpick(bprobs[patch], random_series)
return result
def emit(self, length, random_series):
result = numpy.zeros([length], int)
for i in range(length):
result[i] = argpick(self.bprobs, random_series)
return result
def emit(self, length, random_series):
result = numpy.zeros([length], int)
for i in range(length):
result[i] = argpick(self.bprobs, random_series)
return result
