def get_actions_throughoutput(self):
act_vectors = {}
ret_list = []
vect_len = len(self._steady_state_vector)
for (action,state) in self._actset.keys():
if action not in act_vectors:
act_vectors[action] = [0] * vect_len
act_vectors[action][state-1] = self._actset[ (action, state) ]
for action in act_vectors.keys():
ret_list.append( (action, vector_mult(self._steady_state_vector,
act_vectors[action])))
return ret_list
def get_actions_throughoutput_from_vector(self, v):
""" Calculates throughoutput of vector """
act_vectors = {}
ret_list = []
vect_len = len(v)
for (action, state) in self._actset.keys():
if action not in act_vectors:
act_vectors[action] = [0] * vect_len
act_vectors[action][state - 1] = self._actset[(action, state)]
for action in act_vectors.keys():
ret_list.append((action, vector_mult(v, act_vectors[action])))
return ret_list
def get_actions_throughoutput_from_vector(self, v):
""" Calculates throughoutput of vector """
act_vectors = {}
ret_list = []
vect_len = len(v)
for (action,state) in self._actset.keys():
if action not in act_vectors:
act_vectors[action] = [0] * vect_len
act_vectors[action][state-1] = self._actset[ (action, state) ]
for action in act_vectors.keys():
ret_list.append( (action, vector_mult(v, act_vectors[action])))
return ret_list
def get_actions_throughoutput(self):
act_vectors = {}
ret_list = []
vect_len = len(self._steady_state_vector)
for (action, state) in self._actset.keys():
if action not in act_vectors:
act_vectors[action] = [0] * vect_len
act_vectors[action][state - 1] = self._actset[(action, state)]
for action in act_vectors.keys():
ret_list.append((action,
vector_mult(self._steady_state_vector,
act_vectors[action])))
return ret_list
