52 lines
2.0 KiB
Plaintext
52 lines
2.0 KiB
Plaintext
class: "OutputTest"
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success: "PASS"
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failure: "NO PASS"
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# Python statements initializing variables for the test below.
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preamble: """
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import inference
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class dummyGhostAgent(object):
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pass
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dummyGhostAgent = dummyGhostAgent()
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dummyGhostAgent.index = 1
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inf = inference.InferenceModule(dummyGhostAgent)
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pacmanPosition = (3, 5)
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ghostPosition = (4, 6)
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jailPosition = inf.getJailPosition()
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ans1 = inf.getObservationProb(1, pacmanPosition, ghostPosition, jailPosition)
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ans2 = inf.getObservationProb(2, pacmanPosition, ghostPosition, jailPosition)
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ans3 = inf.getObservationProb(5, pacmanPosition, ghostPosition, jailPosition)
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ans4 = inf.getObservationProb(None, pacmanPosition, ghostPosition, jailPosition)
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ans5 = inf.getObservationProb(1, pacmanPosition, jailPosition, jailPosition)
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ans6 = inf.getObservationProb(2, pacmanPosition, jailPosition, jailPosition)
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ans7 = inf.getObservationProb(5, pacmanPosition, jailPosition, jailPosition)
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ans8 = inf.getObservationProb(None, pacmanPosition, jailPosition, jailPosition)
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ans9 = inf.getObservationProb(0, pacmanPosition, ghostPosition, jailPosition)
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jailPosition = (1000000000000000000000, 1000000000000000000000)
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ghostPosition = (1000000000000000000000, 1000000000000000000000)
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ans10 = inf.getObservationProb(None, pacmanPosition, ghostPosition, jailPosition)
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# battling usage of is instead of ==
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jailPosition = [5, 5]
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ghostPosition = [5, 5]
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ans11 = inf.getObservationProb(None, pacmanPosition, ghostPosition, jailPosition)
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# test for NoisyDistance is 0 or None
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ans13 = inf.getObservationProb(0, pacmanPosition, ghostPosition, jailPosition)
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jailPosition = [0.4, 2.4]
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ghostPosition = [1.4, 2.4]
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ans12 = inf.getObservationProb(1.2, pacmanPosition, ghostPosition, jailPosition)
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ans = map(float, [ans1, ans2, ans3, ans4, ans5, ans6, ans7, ans8, ans9, ans10, ans11, ans12, ans13])
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"""
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# A python expression to be evaluated. This expression must return the
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# same result for the student and instructor's code.
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test: "ans"
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