def testSentence(method, neighborsWeight, wordsInSentenceWeight, similarWordsWeight,
timeBeforeWeight, timeAfterWeight, timeDistance,
posInSentenceWeight,
durationWeight):
l.importFromFile('association_test_db_short.txt', 1)#association_test_db_full.txt', 1)#minimal_db.txt')#roads_articulation_db.txt')#
predicate = 'to'#'parents'#random.choice(list(l.words))
print 'predicate', predicate
sentence = [predicate]
timeThen = time.time()
numWords = 8
for i in range(numWords):
posInSentence = i/float(numWords-1)
posInSentenceWidth = 0.2
if posInSentence < 0.5:
preferredDuration = posInSentence*20 # longer words in the middle of a sentence (just as a test...)
else:
preferredDuration = (1-posInSentence)*20
preferredDurationWidth = 3
predicate = generate(predicate, method, neighborsWeight, wordsInSentenceWeight, similarWordsWeight,
timeBeforeWeight, timeAfterWeight, timeDistance,
posInSentence, posInSentenceWidth, posInSentenceWeight,
preferredDuration, preferredDurationWidth, durationWeight)
sentence.append(predicate)
print 'sentence', sentence
print 'processing time for %i words: %f secs'%(numWords, time.time() - timeThen)
def testSentence(method, neighborsWeight, wordsInSentenceWeight,
similarWordsWeight, timeBeforeWeight, timeAfterWeight,
timeDistance, posInSentenceWeight, durationWeight):
l.importFromFile(
'association_test_db_short.txt', 1
) #association_test_db_full.txt', 1)#minimal_db.txt')#roads_articulation_db.txt')#
predicate = 'to' #'parents'#random.choice(list(l.words))
print 'predicate', predicate
sentence = [predicate]
timeThen = time.time()
numWords = 8
for i in range(numWords):
posInSentence = i / float(numWords - 1)
posInSentenceWidth = 0.2
if posInSentence < 0.5:
preferredDuration = posInSentence * 20 # longer words in the middle of a sentence (just as a test...)
else:
preferredDuration = (1 - posInSentence) * 20
preferredDurationWidth = 3
predicate = generate(predicate, method, neighborsWeight,
wordsInSentenceWeight, similarWordsWeight,
timeBeforeWeight, timeAfterWeight, timeDistance,
posInSentence, posInSentenceWidth,
posInSentenceWeight, preferredDuration,
preferredDurationWidth, durationWeight)
sentence.append(predicate)
print 'sentence', sentence
print 'processing time for %i words: %f secs' % (numWords,
time.time() - timeThen)
def testSentence(method):
l.importFromFile('association_test_db_full.txt', 1)#minimal_db.txt')#roads_articulation_db.txt')#
predicate = random.choice(list(l.words))
print 'predicate', predicate
sentence = [predicate]
for i in range(12):
predicate = generate(predicate, method)
sentence.append(predicate)
print 'sentence', sentence
def testSentence(method, neighborsWeight, wordsInSentenceWeight, similarWordsWeight, timeBeforeWeight, timeAfterWeight, timeDistance):
l.importFromFile('association_test_db_short.txt', 1)#association_test_db_full.txt', 1)#minimal_db.txt')#roads_articulation_db.txt')#
predicate = 'to'#'parents'#random.choice(list(l.words))
print 'predicate', predicate
sentence = [predicate]
for i in range(8):
predicate = generate(predicate, method, neighborsWeight, wordsInSentenceWeight, similarWordsWeight, timeBeforeWeight, timeAfterWeight, timeDistance)
sentence.append(predicate)
print 'sentence', sentence
def testSentence(method, nW, wW, sW):
l.importFromFile('association_test_db_full.txt',
1) #minimal_db.txt')#roads_articulation_db.txt')#
predicate = 'parents' #random.choice(list(l.words))
print 'predicate', predicate
sentence = [predicate]
for i in range(8):
predicate = generate(predicate, method, nW, wW, sW)
sentence.append(predicate)
print 'sentence', sentence
def testSentence(method, neighborsWeight, wordsInSentenceWeight, similarWordsWeight, timeBeforeWeight, timeAfterWeight, timeDistance, posInSentenceWeight, durationWeight):
l.importFromFile('association_test_db_short.txt', 1)#association_test_db_full.txt', 1)#minimal_db.txt')#roads_articulation_db.txt')#
predicate = 'to'#'parents'#random.choice(list(l.words))
print 'predicate', predicate
sentence = [predicate]
timeThen = time.time()
numWords = 8
for i in range(numWords):
predicate = generate(predicate, method, neighborsWeight, wordsInSentenceWeight, similarWordsWeight, timeBeforeWeight, timeAfterWeight, timeDistance, posInSentenceWeight, durationWeight)
sentence.append(predicate)
print 'sentence', sentence
print 'processing time for %i words: %f secs'%(numWords, time.time() - timeThen)
def testSentence(predicate, numWords, method, neighborsWeight,
wordsInSentenceWeight, similarWordsWeight, timeBeforeWeight,
timeAfterWeight, timeDistance, posInSentenceWeight,
durationWeight, method2, neighborsWeight2,
wordsInSentenceWeight2, similarWordsWeight2,
timeBeforeWeight2, timeAfterWeight2, timeDistance2,
posInSentenceWeight2, durationWeight2):
l.importFromFile(
'association_test_db_short.txt', 1
) #association_test_db_full.txt', 1)#minimal_db.txt')#roads_articulation_db.txt')#
print 'predicate', predicate
sentence = [predicate]
secondaryStream = []
timeThen = time.time()
for i in range(numWords):
posInSentence = i / float(numWords - 1)
posInSentenceWidth = 0.2
if posInSentence < 0.5:
preferredDuration = posInSentence * 20 # longer words in the middle of a sentence (just as a test...)
else:
preferredDuration = (1 - posInSentence) * 20
preferredDurationWidth = 3
prevPredicate = predicate # save it for the secondary association
predicate = generate(predicate, method, neighborsWeight,
wordsInSentenceWeight, similarWordsWeight,
timeBeforeWeight, timeAfterWeight, timeDistance,
posInSentence, posInSentenceWidth,
posInSentenceWeight, preferredDuration,
preferredDurationWidth, durationWeight)
sentence.append(predicate)
# secondary association for the same predicate
posInSentence2 = posInSentence
posInSentenceWidth2 = posInSentenceWidth
preferredDuration2 = preferredDuration * 3
preferredDurationWidth2 = preferredDurationWidth
secondaryAssoc = generate(prevPredicate, method2, neighborsWeight2,
wordsInSentenceWeight2, similarWordsWeight2,
timeBeforeWeight2, timeAfterWeight2,
timeDistance2, posInSentence2,
posInSentenceWidth2, posInSentenceWeight2,
preferredDuration2, preferredDurationWidth2,
durationWeight2)
secondaryStream.append(secondaryAssoc)
print 'sentence', sentence
print 'secondaryStream', secondaryStream
print 'processing time for %i words: %f secs' % (numWords,
time.time() - timeThen)
def testSentence(method, neighborsWeight, wordsInSentenceWeight,
similarWordsWeight, timeBeforeWeight, timeAfterWeight,
timeDistance, posInSentenceWeight, durationWeight):
l.importFromFile(
'association_test_db_short.txt', 1
) #association_test_db_full.txt', 1)#minimal_db.txt')#roads_articulation_db.txt')#
predicate = 'to' #'parents'#random.choice(list(l.words))
print 'predicate', predicate
sentence = [predicate]
timeThen = time.time()
numWords = 8
for i in range(numWords):
predicate = generate(predicate, method, neighborsWeight,
wordsInSentenceWeight, similarWordsWeight,
timeBeforeWeight, timeAfterWeight, timeDistance,
posInSentenceWeight, durationWeight)
sentence.append(predicate)
print 'sentence', sentence
print 'processing time for %i words: %f secs' % (numWords,
time.time() - timeThen)
def testSentence(predicate, numWords, method, neighborsWeight, wordsInSentenceWeight, similarWordsWeight,
timeBeforeWeight, timeAfterWeight, timeDistance,
posInSentenceWeight,
durationWeight,
method2, neighborsWeight2, wordsInSentenceWeight2, similarWordsWeight2,
timeBeforeWeight2, timeAfterWeight2, timeDistance2,
posInSentenceWeight2,
durationWeight2):
l.importFromFile('association_test_db_short.txt', 1)#association_test_db_full.txt', 1)#minimal_db.txt')#roads_articulation_db.txt')#
print 'predicate', predicate
sentence = [predicate]
secondaryStream = []
timeThen = time.time()
for i in range(numWords):
posInSentence = i/float(numWords-1)
posInSentenceWidth = 0.2
if posInSentence < 0.5:
preferredDuration = posInSentence*20 # longer words in the middle of a sentence (just as a test...)
else:
preferredDuration = (1-posInSentence)*20
preferredDurationWidth = 3
prevPredicate = predicate # save it for the secondary association
predicate = generate(predicate, method, neighborsWeight, wordsInSentenceWeight, similarWordsWeight,
timeBeforeWeight, timeAfterWeight, timeDistance,
posInSentence, posInSentenceWidth, posInSentenceWeight,
preferredDuration, preferredDurationWidth, durationWeight)
sentence.append(predicate)
# secondary association for the same predicate
posInSentence2 = posInSentence
posInSentenceWidth2 = posInSentenceWidth
preferredDuration2 = preferredDuration*3
preferredDurationWidth2 = preferredDurationWidth
secondaryAssoc = generate(prevPredicate, method2, neighborsWeight2, wordsInSentenceWeight2, similarWordsWeight2,
timeBeforeWeight2, timeAfterWeight2, timeDistance2,
posInSentence2, posInSentenceWidth2, posInSentenceWeight2,
preferredDuration2, preferredDurationWidth2, durationWeight2)
secondaryStream.append(secondaryAssoc)
print 'sentence', sentence
print 'secondaryStream', secondaryStream
print 'processing time for %i words: %f secs'%(numWords, time.time() - timeThen)