Convert from Python to Java:

1 from sys import argv 3 if len argv)1: 4 5 else: 6 observations argv[1] observations 8 outFile- open("result.txt", w') 9 outFile.write( "Observation Sequence Q: %s " % observations) 11 outFile.write("Length of Q: %? " % len(observations)) 12 13 observations observations.upper() 14 observationsbservations +"C" 15 16 pOfHypothesis h1':0.1, h2':0.2, 'h3':0.4, 'h4':0.2,'h5:0.1] 17 18 priorProb- f 19 20 21 #assume Q+1 is c Clh1 1, 'LIhl': 0, Clh2 0.75, Lh2 0.25, Clh3 0.5, 'Llh3:0.5 Clh4 0.25, Lh4' 0.75, 23 24 25 26 pOfQueries [] 27 p-e 28 for i in range (1,6): temp (priorProb[observations [1]+h'+str(i)] * pOfHypothesis[01'h'+str(i)]) #print temp 30 31 32 33 pOfQueries.append(observations[1]:p)) 34 lengthlen (observations) 35 1 from sys import argv 3 if len argv)1: 4 5 else: 6 observations argv[1] observations 8 outFile- open("result.txt", w') 9 outFile.write( "Observation Sequence Q: %s " % observations) 11 outFile.write("Length of Q: %? " % len(observations)) 12 13 observations observations.upper() 14 observationsbservations +"C" 15 16 pOfHypothesis h1':0.1, h2':0.2, 'h3':0.4, 'h4':0.2,'h5:0.1] 17 18 priorProb- f 19 20 21 #assume Q+1 is c Clh1 1, 'LIhl': 0, Clh2 0.75, Lh2 0.25, Clh3 0.5, 'Llh3:0.5 Clh4 0.25, Lh4' 0.75, 23 24 25 26 pOfQueries [] 27 p-e 28 for i in range (1,6): temp (priorProb[observations [1]+h'+str(i)] * pOfHypothesis[01'h'+str(i)]) #print temp 30 31 32 33 pOfQueries.append(observations[1]:p)) 34 lengthlen (observations) 35