def generateStates(self):
'''
Generate states of Agent Semi-automata
'''
for i in range(self.totalStates):
agentPos = "".join(
map(str, list(np.unravel_index(i, self.arenaDimensions))))
userID = [self.agentName] + [agentPos]
machineID = self.generateMachineID(userID)
self.states[machineID] = fsmState(userID, machineID,
self.arenaDimensions)
return
def insertDummyStates(self, agentStates=None, agentNames=None, numSuffixDigits=2):
'''
Inserts dummy states as place holders (not used in this implementation)
'''
if agentStates==None: agentStates=self.agentStates
if agentNames==None: agentNames=self.agentNames
for i in range(self.numAgents):
dummyState = agentNames[i]+'o'*numSuffixDigits
userID = [agentNames[i], None, None]
machineID = self.agents[i].generateMachineID(userID)
agentStates[i][dummyState]=fsmState(userID, machineID,
self.agentPropositionNames[i], self.arenaDimensions)
return
def insertDummyStates(self,
agentStates=None,
agentNames=None,
numSuffixDigits=2):
'''
Inserts dummy states as place holders (not used in this implementation)
'''
if agentStates == None: agentStates = self.agentStates
if agentNames == None: agentNames = self.agentNames
for i in range(self.numAgents):
dummyState = agentNames[i] + 'o' * numSuffixDigits
userID = [agentNames[i], None, None]
machineID = self.agents[i].generateMachineID(userID)
agentStates[i][dummyState] = fsmState(
userID, machineID, self.agentPropositionNames[i],
self.arenaDimensions)
return
def generateGameStates(self):
'''
Generate game states
'''
agentStateKeys = [ag.keys() for ag in self.agentStates]
for agS in itertools.product(self.agentNames, *agentStateKeys):
#Creating game state
# Getting list of agent positions
agentPos = []
for i in agS[1:]:
agentPos.extend(i.split('_'))
# Getting agent whose move it is
agentTurn = agS[0]
userID = agentPos + ['T',agentTurn]
machineID = self.generateMachineID(userID)
self.gameStates[machineID]=fsmState(userID, machineID,
self.arenaDimensions,
isInitial=True)
return
def generateGameStates(self):
'''
Generate game states
'''
agentStateKeys = [ag.keys() for ag in self.agentStates]
for agS in itertools.product(self.agentNames, *agentStateKeys):
#Creating game state
# Getting list of agent positions
agentPos = []
for i in agS[1:]:
agentPos.extend(i.split('_'))
# Getting agent whose move it is
agentTurn = agS[0]
userID = agentPos + ['T', agentTurn]
machineID = self.generateMachineID(userID)
self.gameStates[machineID] = fsmState(userID,
machineID,
self.arenaDimensions,
isInitial=True)
return
