def __init__(self, isRed, first="offense", second="defense", rest="offense"):
AgentFactory.__init__(self, isRed)
# self.agents = [first, second]
# -- change to all offensive agents since I haven't worked on the defensive yet
self.agents = ["offense", "offense"]
self.rest = rest
self.isRed = isRed
def __init__(self, isRed, first='offense', second='defense', rest='offense'):
AgentFactory.__init__(self, isRed)
self.isRed = isRed
self.agents = [first, second]
self.rest = rest
self.iModel = inferenceModule()
def __init__(self,
isRed,
first='offense',
second='defense',
rest='offense'):
AgentFactory.__init__(self, isRed)
self.agents = [first, second]
self.rest = rest
def __init__(self,
isRed,
first='offense',
second='defense',
rest='offense'):
AgentFactory.__init__(self, isRed)
self.isRed = isRed
self.agents = [first, second]
self.rest = rest
self.iModel = inferenceModule()
def __init__(self, isRed, first='offense', second='defense', rest='offense', **args):
AgentFactory.__init__(self, isRed)
self.agents = [first, second]
self.rest = rest
self.debug = int(args['debug']) if args.has_key('debug') else 0
self.maxPlys = int(args['maxPlys']) if args.has_key('maxPlys') else -1
self.maxTime = float(args['maxTime']) if args.has_key('maxTime') else 0.9
self.lastMoveCount = int(args['lastMoveCount']) if args.has_key('lastMoveCount') else 5
self.nonIterative = args.has_key('nonIterative')
self.epsilon = args['epsilon'] if args.has_key('epsilon') else 0.0
self.gamma = args['gamma'] if args.has_key('gamma') else 0.0
self.alpha = args['alpha'] if args.has_key('alpha') else 0.0
def __init__(self, isRed, **kwArgs):
AgentFactory.__init__(self, isRed)
print "factory __init__ called"
#for emergency timeout prevention
self.totalRuntime = 0
self.nRuntimeSamples = 0
self.emergencyScale = 1
self.args = kwArgs
self.agents = {}
#this lists which MSBAgentRoles we'll assign to new agents
self.availableRoles = util.Queue()
if not self.args["offenseOnly"]:
self.availableRoles.push(MSBDefensiveAgentRole)
self.availableRoles.push(MSBOffensiveAgentRole)
self.initializeForNewGame()
def __init__(self,
isRed,
first='offense',
second='defense',
third='offense',
rest='offense',
**args):
AgentFactory.__init__(self, isRed)
self.agents = [first, second, third]
self.rest = rest
self.debug = int(args['debug']) if args.has_key('debug') else 0
self.maxPlys = int(args['maxPlys']) if args.has_key('maxPlys') else -1
self.maxTime = float(
args['maxTime']) if args.has_key('maxTime') else 0.9
self.lastMoveCount = int(
args['lastMoveCount']) if args.has_key('lastMoveCount') else 5
self.nonIterative = args.has_key('nonIterative')
self.epsilon = args['epsilon'] if args.has_key('epsilon') else 0.0
self.gamma = args['gamma'] if args.has_key('gamma') else 0.0
self.alpha = args['alpha'] if args.has_key('alpha') else 0.0
def __init__(self, **args): AgentFactory.__init__(self, **args)
def __init__(self, isRed, first='goal', second='goal', third='goal', rest='offense', **args): AgentFactory.__init__(self, isRed) self.agents = [first, second, third] self.teamData = TeamData()
def __init__(self, isRed): AgentFactory.__init__(self, isRed) self.agentList = ['attacker', 'defender']
def __init__(self, **args): AgentFactory.__init__(self, **args) self.inferenceModule = InferenceModule()
def __init__(self, **args):
AgentFactory.__init__(self, **args)
self.offense = False
def __init__(self, **args):
AgentFactory.__init__(self, **args)
def __init__(self, isRed, first='offense', second='offense', rest='offense'): AgentFactory.__init__(self, isRed) self.agents = [first, second] self.rest = rest
def __init__(self, isRed, alpha=0.1, epsilon=0.9): AgentFactory.__init__(self, isRed) self.alpha = alpha self.epsilon = epsilon
def __init__(self, isRed, first="offense", second="defense", third="offense", rest="offense", **args):
AgentFactory.__init__(self, isRed)
self.agents = [first, second, third]
self.rest = rest
def __init__(self, isRed):
AgentFactory.__int__(self, isRed)
self.agentList = ['MultiPurposeAgent', 'DefenseAgent']
def __init__(self, isRed):
AgentFactory.__init__(self, isRed)
self.agents = ['upAgent', 'downAgent']
def __init__(self, isRed, first='offense', second='defense', rest='offense'):
AgentFactory.__init__(self, isRed)
self.agentIndex = 0
self.numAgents = 0 # need to change
self.agents = {}
self.queue = [first, second]
def __init__(self, **args): AgentFactory.__init__(self, **args) self.offense = False
def __init__(self, isRed):
AgentFactory.__init__(self, isRed)
self.agentsCreated = 0
def __init__(self, isRed, first='offense', second='defense', third='offense', rest='offense', **args): AgentFactory.__init__(self, isRed) self.agents = [first, second, third] self.rest = rest
def __init__(self, isRed):
AgentFactory.__init__(self, isRed)
