def run_KB_test(statements, question, expected):
agent.pyagent_initialize()
start_time = round(time.clock(), 2)
for statement in statements:
agent.KB.tell(statement)
actual = agent.KB.ask(question)
end_time = round(time.clock(), 2)
output_test_results(expected, actual, end_time - start_time)
def run_get_adjacent_cells_test(cell, expected):
agent.pyagent_initialize()
start_time = round(time.clock(), 2)
agent.KB.tell("Wall(6_2, 5_2)")
agent.KB.tell("Wall(5_2, 6_2)")
actual = agent.get_adjacent_cells(cell)
end_time = round(time.clock(), 2)
output_test_results(expected, actual, end_time - start_time)
def process(self, percept):
""" process: call the agent's process method, passing to it the percepts """
if self.manual_agent:
return ManualPyAgent.pyagent_process(percept.stench,
percept.breeze,
percept.glitter, percept.bump,
percept.scream,
percept.compass)
else:
return PyAgent.pyagent_process(percept.stench, percept.breeze,
percept.glitter, percept.bump,
percept.scream, percept.compass)
def initialize(self):
""" initialize: call the agent's initialize method """
if self.manual_agent:
ManualPyAgent.pyagent_initialize()
else:
PyAgent.pyagent_initialize()
def run_coordinate_to_string_test(coordinate, expected): start_time = round(time.clock(), 2) actual = agent.coordinate_to_string(coordinate) end_time = round(time.clock(), 2) output_test_results(expected, actual, end_time - start_time)
def run_update_agent_direction_test(curr_dir, action, expected): agent.pyagent_initialize() start_time = round(time.clock(), 2) actual = agent.update_agent_direction(curr_dir, action) end_time = round(time.clock(), 2) output_test_results(expected, actual, end_time - start_time)
def run_find_subsequence_test(subseq, seq, expected): agent.pyagent_initialize() start_time = round(time.clock(), 2) actual = agent.find_subsequence(subseq, seq) end_time = round(time.clock(), 2) output_test_results(expected, actual, end_time - start_time)
def destructor():
""" deconstructor: call the agent's destructor """
PyAgent.PyAgent_Destructor()
def game_over(score):
""" game_over: call the agent's game over method, passing to it the final score """
PyAgent.PyAgent_GameOver(score)
def process(percept):
""" process: call the agent's process method, passing to it the percepts """
return PyAgent.PyAgent_Process(percept.stench, percept.breeze,
percept.glitter, percept.bump,
percept.scream)
def initialize():
""" initialize: call the agent's initialize method """
PyAgent.PyAgent_Initialize()
def construct():
""" construct: call the agent's constructor method """
PyAgent.PyAgent_Constructor()