def run_test_data(trigram_prob_index,unigram_prob_index,fivegram_count_index,quadgram_count_index,trigram_count_index,bigram_count_index):
ngram_words = build.buildDict() # Get the index structure build from word checker
start = time.time()
with open('../TrainData/phrases.tsv') as f:
lines = f.read().splitlines()
for line in lines:
phrase = line.split(' ')[0]
words = extract_words(phrase)
pos = 0
is_first_word = True
for word in words:
results = []
# Search in UNIX dictionary (indexed as a trie). It returns a list of words at edit distance 0.
if len(build.search(word,0)) != 1:
# need to predict change in word
# For now , obtain confusion set as the set returned from index structure
confusion_set = build.get_cands(build.candidate_from_ngrams(ngram_words,word,build.NGRAM_N),word)
max_score = 0
max_sentence = []
for confused_pair in confusion_set:
confused_word = confused_pair[0]
sentence = list(words)
sentence[pos] = confused_word
#print sentence
#score1 = find_prob_of_sentence(sentence,trigram_prob_index,unigram_prob_index)
score1 = find_prob_sentence_all_grams(sentence,pos,fivegram_count_index,quadgram_count_index,trigram_count_index,bigram_count_index)
results.append((sentence,score1))
if score1 > max_score:
max_score = score1
max_sentence = sentence
print max_sentence,max_score
print sorted(results,key=lambda x: x[1],reverse=True)[0:4]
pos +=1
def run_test_data():
ngram_words = build.buildDict() # Get the index structure build from word checker
(wordToContextWords,totalCount) = learnContext()
with open('../TrainData/phrases.tsv') as f:
lines = f.read().splitlines()
for line in lines:
phrase = line.split(' ')[0]
words = extract_words(phrase)
pos = 0
chosen_word = ""
chosen_word_rank = ""
for word in words:
# Search in UNIX dictionary (indexed as a trie). It returns a list of words at edit distance 0.
if len(build.search(word,0)) != 1 :
# need to predict change in word
context_words = find_context_words(pos,words)
# For now , obtain confusion set as the set returned from index structure
confusion_set = build.get_cands(build.candidate_from_ngrams(ngram_words,word,build.NGRAM_N),word)
max_prob = 0
max_rank = 0
max_score = 0
max_total = 0
max_sentence = []
total_sentence = []
for confused_pair in confusion_set:
confused_word = confused_pair[0]
if confused_word not in wordToContextWords.keys():
continue
prob = 1
rank = 0
# For each context word in the phrase that is present in the dict, multiply the prob. or add rank
# Here, I haven't removed the un important words as they do in the paper. They do it as they know
# the confusion sets before hand.
for context_word in context_words:
if context_word in wordToContextWords[confused_word].keys():
prob *= wordToContextWords[confused_word][context_word]/float(wordToContextWords[confused_word]['cnt'])
rank += 1
sentence = list(words)
sentence[pos] = confused_word
#print sentence
#score1 = find_prob_of_sentence(sentence,trigram_prob_index,unigram_prob_index)
score1 = ngram.find_prob_sentence_all_grams(sentence,pos,ngram.fivegram_count_index,ngram.quadgram_count_index,ngram.trigram_count_index,ngram.bigram_count_index)
if score1 > max_score:
max_score = score1
max_sentence = sentence
# Find word with max prob/ rank
if prob != 1 and prob > max_prob:
max_prob = prob
chosen_word = confused_word
#print word,confused_word,rank
if rank > max_rank:
#print word,confused_word,rank
max_rank = rank
chosen_word_rank = confused_word
if rank+score1 > max_total:
max_total = rank+score1
total_sentence= sentence
#elif rank == max_rank:
#print confused_word
#print word,chosen_word_rank,max_rank
print max_sentence,max_score
print word,chosen_word_rank,max_rank
print total_sentence,max_total
pos +=1