if thisFail:
fail=True
print "test %d failed!" % t
else:
print "test %d passed" % t
if fail:
print "FAILED!"
else:
print "PASSED!"
return fail
e1=evidence.entropies
e2=evidence.entropiesFast
def testFunc(case):
return testEntropyFunc(e1,e2,case.likelihoodObj,case.likelihoodObj,case.falsePos,case.falseNeg,case.maxCount,case.randomDag)
testCases.runTests(testFunc,testCases.entropyTestCases)
wrong.append(guess)
# if((k+1)%10 == 0):
print "test ", k, " right%=", 100.0 * right / (k + 1), "right=", loc == guess, "totallooks=", totalLooks / (
k + 1
), "looks=", finder.total, "rate=", rate
# if((k+1)%100 ==0):
# tester.printLocs()
print "right:", right, " out of", trials, tests / trials
return (float(right) / trials) < cert
def testFunc(case):
print "testing ", case.likelihoodObj.name(), "randomDag=", case.randomDag
return testChop(case.likelihoodObj, case.randomDag, case.falseNeg, case.multi)
testCases.runTests(testFunc, testCases.BBChopTestCases)
## for testing a specific case:
if 0:
import copy
myCase = copy.copy(testCases.single)
myCase.randomDag = True
testFunc(myCase)
else:
wrong.append(guess)
#if((k+1)%10 == 0):
print "test ", k, " right%=", 100.0 * right / (
k + 1), "right=", loc == guess, "totallooks=", totalLooks / (
k + 1), "looks=", finder.total, "rate=", rate
#if((k+1)%100 ==0):
# tester.printLocs()
print "right:", right, " out of", trials, tests / trials
return (float(right) / trials) < cert
def testFunc(case):
print "testing ", case.likelihoodObj.name(), "randomDag=", case.randomDag
return testChop(case.likelihoodObj, case.randomDag, case.falseNeg,
case.multi)
testCases.runTests(testFunc, testCases.BBChopTestCases)
## for testing a specific case:
if 0:
import copy
myCase = copy.copy(testCases.single)
myCase.randomDag = True
testFunc(myCase)