def __init__(self):
Automaton.__init__(self, VERBOSE)
# Define States
self.INIT = 0
self.SCAN_COPY_XML = 1
self.INSERT_PAUSES = 2
self.TALLY_PASS = 3
self.PRIMARY_ANALYSIS = 4
self.WRITE_RESULTS = 5
# Initial Transition
self.Transition(self.INIT)
def __init__(self):
Automaton.__init__(self, VERBOSE)
# Define States
self.INIT = 0
self.GET_BATCH_CFG = 1
self.DESIGN_SEQ = 2
self.DESIGN_PAUSE = 3
self.PERF_ANALYSIS = 4
self.LOG_RESULTS = 5
self.COMPLETE = 6
# Initial Transition
self.Transition(self.INIT)
def make_random_automaton(n: Int) -> Automaton:
"""
builds an n states x k inputs automation
with a random transition table
:param n:
:return: Automation
"""
seed = (next(rand_num))
table = [[(next(rand_num)) for _ in range(n)] for _ in range(n)]
return Automaton(seed, 0.0, table, seed)
def make_random_automaton(n):
"""
builds an n states x k inputs automation
with a random transition table
:param n:
:return: Automation
"""
seed = random.randrange(n)
table = []
for i in range(0, n):
trans = random.sample(xrange(n), n)
table = table + [trans]
return Automaton(seed, 0, table, seed)
def grim_trigger(p0):
return Automaton(COOPERATE, p0, t4, COOPERATE)
def tit_for_tat(p0):
return Automaton(COOPERATE, p0, t3, COOPERATE)
def cooperates(p0):
return Automaton(COOPERATE, p0, t2, COOPERATE)
def defects(p0):
return Automaton(DEFECT, p0, t1, DEFECT)