def googleSearch(searchTerm): # print searchTerm print '\n\n' topRelatedWords = [] relevantWords = ' ' result1 = '' result2 = '' result3 = '' result4 = '' top2 = [] print 'ANECDOTE\n' #ANECDOTE query = "\"when I first heard about " + searchTerm + "\"" #exact phrasing results4 = bing_api(query) if (len(results4['d']['results']) < 1): #if no results from exact phrasing query = "when I first heard about " + searchTerm #inexact phrasing results4 = bing_api(query) elif (len(results4['d']['results']) < 5): #if < 5 results from exact phrasing query = "when I first heard about " + searchTerm #inexact phrasing results4['d']['results'] = [x for x in (bing_api(query)['d']['results'] + results4['d']['results'])] #combine results paragraphArr = [] cleanParagraphArr = [] searchTermParArr = [] cleanSearchTermParArr = [] indices = [] searchTermIndices = [] for x in range(0, len(results4['d']['results'])): url = results4['d']['results'][x]['Url'] paragraphs = findSentence(url, searchTerm, 'when I first heard about ', '', 1) #search for exact phrase if (len(paragraphs[0]) < 1): paragraphs = findSentence(url, searchTerm, 'when I first heard about ', '', 0) #search for paragraph containing fragments for y in range(0, len(paragraphs[0])): #if paragraphs found if (paragraphs[2]): #if exact phrasing found paragraphArr.append(paragraphs[0][y]) cleanParagraphArr.append(paragraphs[1][y]) indices.append(x) else: #if partial searchTermParArr.append(paragraphs[0][y]) cleanSearchTermParArr.append(paragraphs[1][y]) searchTermIndices.append(x) if (len(paragraphArr) < 1): #if exact phrasing not found paragraphArr = searchTermParArr cleanParagraphArr = cleanSearchTermParArr indices = searchTermIndices if (len(cleanParagraphArr) > 0): #if any paragraphs found parIndex = bagOfWordsGivenParagraphs(cleanParagraphArr, top2)[1] #best ranked by anecdote keywords top2 = bagOfWordsUrlTopTwo(results4['d']['results'][indices[parIndex]]['Url'], searchTerm) #top two words on page not in search term relevantWords = relevantWords + top2[0] + ' ' + top2[1] + ' ' print top2[0] print '\n' print top2[1] print '\n' result1 = paragraphArr[parIndex] print result1 print '\n' print 'PROBLEM\n' #PROBLEM query = "\"the problem with " + searchTerm + " is\"" #exact phrasing results4 = bing_api(query) if (len(results4['d']['results']) < 1): #if no results from exact phrasing query = "the problem with " + searchTerm + relevantWords #inexact with top relevant words results4 = bing_api(query) elif (len(results4['d']['results']) < 5): #elif < 5 results from exact phrasing query = "the problem with " + searchTerm + relevantWords #inexact with top relevant words results4['d']['results'] = [x for x in (bing_api(query)['d']['results'] + results4['d']['results'])] #combine results if (len(results4['d']['results']) < 1): #if still no results query = "the problem with " + searchTermIndices #search without top relevant words results4 = bing_api(query) print len(results4['d']['results']) elif (len(results4['d']['results']) < 5): #elif still < 5 results query = "the problem with " + searchTermIndices #search without top relevant words results4['d']['results'] = [x for x in (bing_api(query)['d']['results'] + results4['d']['results'])] #combine results paragraphArr = [] cleanParagraphArr = [] for x in results4['d']['results']: url = x['Url'] paragraphs = findSentence(url, searchTerm, 'the problem with ', ' is', 1) #search for exact phrase if (len(paragraphs[0]) < 1): #if exact phrase not found paragraphs = findSentence(url, searchTerm, 'the problem with ', ' is', 0) #search for paragraphs containing fragments for y in range(0, len(paragraphs[0])): paragraphArr.append(paragraphs[0][y]) cleanParagraphArr.append(paragraphs[1][y]) if (len(cleanParagraphArr) > 0): result2 = paragraphArr[bagOfWordsGivenParagraphs(cleanParagraphArr, top2)[0]] print result2 print '\n' print 'WIKIPEDIA\n' #WIKI query = searchTerm + relevantWords + ' site:en.wikipedia.org' results = bing_api(query) if (len(results['d']['results']) < 1): #if no results query = searchTerm + ' site:en.wikipedia.org' #search without top relevant words results = bing_api(query) if (len(results['d']['results']) > 0): for x in range(0, 1): url = results['d']['results'][x]['Url'] result3 = re.sub(r'\[[^\]]*\]', ' ', bagOfWordsByParagraph(url)[0]) #remove anything between square brackets result3 = re.sub(r'\<[^\>]*\>', ' ', result3) #remove anything between angle brackets result3 = re.sub(r'\([^\)]*\)', ' ', result3) #remove anything between parentheses print result3 print '\n' print 'SOLUTION\n' #SOLUTION query = "\"solution to " + searchTerm + "\"" #exact phrasing results4 = bing_api(query) if (len(results4['d']['results']) < 1): #if no results from exact phrasing query = "solution to " + searchTerm + relevantWords #search with top relevant words results4 = bing_api(query) elif (len(results4['d']['results']) < 5): #if < 5 results from exact phrasing query = "solution to " + searchTerm + relevantWords #search with top relevant words results4['d']['results'] = [x for x in (bing_api(query)['d']['results'] + results4['d']['results'])] #combine results if (len(results4['d']['results']) < 1): #if still no results query = "solution to " + searchTerm #search without top relevant words results4 = bing_api(query) elif (len(results4['d']['results']) < 5): #if still < 5 results query = "solution to " + searchTerm #search without top relevant words results4['d']['results'] = [x for x in (bing_api(query)['d']['results'] + results4['d']['results'])] #combine results paragraphArr = [] cleanParagraphArr = [] searchTermParArr = [] cleanSearchTermParArr = [] for x in results4['d']['results']: url = x['Url'] paragraphs = findSentence(url, searchTerm, 'solution to ', '', 1) if (len(paragraphs[0]) < 1): paragraphs = findSentence(url, searchTerm, 'solution to ', '', 0) for y in range(0, len(paragraphs[0])): if (paragraphs[2]): paragraphArr.append(paragraphs[0][y]) cleanParagraphArr.append(paragraphs[1][y]) else: searchTermParArr.append(paragraphs[0][y]) cleanSearchTermParArr.append(paragraphs[1][y]) if (len(paragraphArr) < 1): paragraphArr = searchTermParArr cleanParagraphArr = cleanSearchTermParArr if (len(cleanParagraphArr) > 0): parIndex = bagOfWordsGivenParagraphs(cleanParagraphArr, top2)[2] print paragraphArr[parIndex] result4 = paragraphArr[parIndex] print '\n' return [result1, result2, result3, result4]
def googleSearch():
#
# AUTHOR: Kristin Funch
print '\n\n'
searchTerm = raw_input('Query: ')
print '\n\n'
topRelatedWords = []
#DEBATE
debateQuery = searchTerm + ' site:www.debate.org/opinions'
query = urllib.urlencode ( { 'q' : debateQuery } )
response = urllib.urlopen ( 'http://ajax.googleapis.com/ajax/services/search/web?v=1.0&' + query ).read()
json1 = json.loads ( response )
results3 = json1 [ 'responseData' ] [ 'results' ]
for x in range(0, 1):
url = results3[x]['url']
top2 = bagOfWords(url, 0, searchTerm)[3]
topRelatedWords.append(top2[0])
topRelatedWords.append(top2[1])
print bagOfWordsByParagraph(url)[0]
print '\n\n'
#WIKI
query = searchTerm + ' site:en.wikipedia.org'
query = urllib.urlencode ( { 'q' : query } )
response = urllib.urlopen ( 'http://ajax.googleapis.com/ajax/services/search/web?v=1.0&' + query ).read()
json1 = json.loads ( response )
results = json1 [ 'responseData' ] [ 'results' ]
for x in range(0, 1):
url = results[x]['url']
top2 = bagOfWords(url, 0, searchTerm)[3]
topRelatedWords.append(top2[0])
topRelatedWords.append(top2[1])
print bagOfWordsByParagraph(url)[0]
print '\n\n'
#REDDIT
redditQuery = searchTerm + ' site:www.reddit.com/r/self'
query = urllib.urlencode ( { 'q' : redditQuery } )
response = urllib.urlopen ( 'http://ajax.googleapis.com/ajax/services/search/web?v=1.0&' + query ).read()
json1 = json.loads ( response )
results2 = json1 [ 'responseData' ] [ 'results' ]
personalStoryRatings = []
for x in range(0, len(results2)):
url = results2[x]['url']
bagOfWordsResults = bagOfWords(url, 1, searchTerm)
personalStoryRatings.append(bagOfWordsResults[1])
top2 = bagOfWordsResults[3]
topRelatedWords.append(top2[0])
topRelatedWords.append(top2[1])
#print personalStoryRatings
print bagOfWordsByParagraph(results2[personalStoryRatings.index(max(personalStoryRatings))]['url'])[1]
print '\n\n'
waPoQuery = searchTerm + ' solution site:www.washingtonpost.com/opinions/'
query = urllib.urlencode ( { 'q' : waPoQuery } )
response = urllib.urlopen ( 'http://ajax.googleapis.com/ajax/services/search/web?v=1.0&' + query ).read()
json1 = json.loads ( response )
results4 = json1 [ 'responseData' ] [ 'results' ]
solutionRatings = []
for x in range(0, len(results4)):
url = results4[x]['url']
bagOfWordsResults = bagOfWords(url, 0, searchTerm)
solutionRatings.append(bagOfWordsResults[2])
top2 = bagOfWordsResults[3]
topRelatedWords.append(top2[0])
topRelatedWords.append(top2[1])
if (solutionRatings != []):
print bagOfWordsByParagraph(results4[solutionRatings.index(max(solutionRatings))]['url'])[2]
print topRelatedWords
def googleSearch():
#
# AUTHOR: Kristin Funch
print '\n\n'
searchTerm = raw_input('Query: ')
print '\n\n'
topRelatedWords = []
#PROBLEM
query = "\"when I first heard about\" " + searchTerm
query = urllib.urlencode ( { 'q' : query } )
response = urllib.urlopen ( 'http://ajax.googleapis.com/ajax/services/search/web?v=1.0&' + query ).read()
json1 = json.loads ( response )
results4 = json1 [ 'responseData' ] [ 'results' ]
paragraphArr = []
cleanParagraphArr = []
for x in range(0, len(results4)):
url = results4[x]['url']
paragraphs = findSentence(url, '', 'when I first heard about', '')
for x in range(0, len(paragraphs[0])):
paragraphArr.append(paragraphs[0][x])
cleanParagraphArr.append(paragraphs[1][x])
print paragraphArr[bagOfWordsGivenParagraphs(cleanParagraphArr)[1]]
print '\n'
#PROBLEM
query = "\"the problem with " + searchTerm + " is\""
query = urllib.urlencode ( { 'q' : query } )
response = urllib.urlopen ( 'http://ajax.googleapis.com/ajax/services/search/web?v=1.0&' + query ).read()
json1 = json.loads ( response )
results4 = json1 [ 'responseData' ] [ 'results' ]
paragraphArr = []
cleanParagraphArr = []
for x in range(0, len(results4)):
url = results4[x]['url']
paragraphs = findSentence(url, searchTerm, 'the problem with ', ' is')
for x in range(0, len(paragraphs[0])):
paragraphArr.append(paragraphs[0][x])
cleanParagraphArr.append(paragraphs[1][x])
print paragraphArr[bagOfWordsGivenParagraphs(cleanParagraphArr)[0]]
print '\n'
#WIKI
query = searchTerm + ' site:en.wikipedia.org'
query = urllib.urlencode ( { 'q' : query } )
response = urllib.urlopen ( 'http://ajax.googleapis.com/ajax/services/search/web?v=1.0&' + query ).read()
json1 = json.loads ( response )
results = json1 [ 'responseData' ] [ 'results' ]
for x in range(0, 1):
url = results[x]['url']
top2 = bagOfWords(url, 0, searchTerm)[3]
topRelatedWords.append(top2[0])
topRelatedWords.append(top2[1])
print bagOfWordsByParagraph(url)[0]
print '\n'
#SOLUTION
query = "\"solution to " + searchTerm + "\""
query = urllib.urlencode ( { 'q' : query } )
response = urllib.urlopen ( 'http://ajax.googleapis.com/ajax/services/search/web?v=1.0&' + query ).read()
json1 = json.loads ( response )
results4 = json1 [ 'responseData' ] [ 'results' ]
paragraphArr = []
cleanParagraphArr = []
for x in range(0, len(results4)):
url = results4[x]['url']
paragraphs = findSentence(url, searchTerm, 'solution to ', '')
for x in range(0, len(paragraphs[0])):
paragraphArr.append(paragraphs[0][x])
cleanParagraphArr.append(paragraphs[1][x])
print paragraphArr[bagOfWordsGivenParagraphs(cleanParagraphArr)[2]]
print '\n'
def googleSearch(searchTerm):
#
# AUTHOR: Kristin Funch
print searchTerm
print '\n\n'
topRelatedWords = []
relevantWords = ' '
result1 = ''
result2 = ''
result3 = ''
result4 = ''
print 'ANECDOTE\n'
#ANECDOTE
query = "\"when I first heard about " + searchTerm + "\""
results4 = bing_api(query)
#print len(results4['d']['results'])
if (len(results4['d']['results']) < 1):
query = "when I first heard about " + searchTerm
results4 = bing_api(query)
elif (len(results4['d']['results']) < 5):
query = "when I first heard about " + searchTerm
#c = {key: value for (key, value) in (a.items() + b.items())}
results4['d']['results'] = [x for x in (bing_api(query)['d']['results'] + results4['d']['results'])]
#print len(results4['d']['results'])
paragraphArr = []
cleanParagraphArr = []
searchTermParArr = []
cleanSearchTermParArr = []
indices = []
searchTermIndices = []
for x in range(0, len(results4['d']['results'])):
url = results4['d']['results'][x]['Url']
paragraphs = findSentence(url, searchTerm, 'when I first heard about ', '', 1)
if (len(paragraphs[0]) < 1):
paragraphs = findSentence(url, searchTerm, 'when I first heard about ', '', 0)
for y in range(0, len(paragraphs[0])):
if (paragraphs[2]):
paragraphArr.append(paragraphs[0][y])
cleanParagraphArr.append(paragraphs[1][y])
indices.append(x)
else:
searchTermParArr.append(paragraphs[0][y])
cleanSearchTermParArr.append(paragraphs[1][y])
searchTermIndices.append(x)
if (len(paragraphArr) < 1):
paragraphArr = searchTermParArr
cleanParagraphArr = cleanSearchTermParArr
indices = searchTermIndices
if (len(cleanParagraphArr) > 0):
parIndex = bagOfWordsGivenParagraphs(cleanParagraphArr)[1]
top2 = bagOfWordsUrlTopTwo(results4['d']['results'][indices[parIndex]]['Url'], searchTerm)
#top2 = bagOfWordsUrlTopTwo(results4[indices[parIndex]]['url'], searchTerm)
relevantWords = relevantWords + top2[0] + ' ' + top2[1] + ' '
print top2[0]
print '\n'
print top2[1]
print '\n'
print paragraphArr[parIndex]
result1 = paragraphArr[parIndex]
print '\n'
print 'PROBLEM\n'
#PROBLEM
query = "\"the problem with " + searchTerm + " is\""
results4 = bing_api(query)
if (len(results4['d']['results']) < 1):
query = "the problem with " + searchTerm + relevantWords
results4 = bing_api(query)
paragraphArr = []
cleanParagraphArr = []
for x in results4['d']['results']:
url = x['Url']
paragraphs = findSentence(url, searchTerm, 'the problem with ', ' is', 1)
if (len(paragraphs[0]) < 1):
paragraphs = findSentence(url, searchTerm, 'the problem with ', ' is', 0)
for y in range(0, len(paragraphs[0])):
paragraphArr.append(paragraphs[0][y])
cleanParagraphArr.append(paragraphs[1][y])
if (len(cleanParagraphArr) > 0):
print paragraphArr[bagOfWordsGivenParagraphs(cleanParagraphArr)[0]]
result2 = paragraphArr[bagOfWordsGivenParagraphs(cleanParagraphArr)[0]]
print '\n'
print 'WIKIPEDIA\n'
#WIKI
#query = searchTerm + relevantWords + ' site:en.wikipedia.org'
query = searchTerm + relevantWords + ' site:en.wikipedia.org'
results = bing_api(query)
for x in range(0, 1):
url = results['d']['results'][x]['Url']
print bagOfWordsByParagraph(url)[0]
result3 = bagOfWordsByParagraph(url)[0]
print '\n'
print 'SOLUTION\n'
#SOLUTION
#query = "\"solution to " + searchTerm + "\"" + relevantWords
query = "\"solution to " + searchTerm + "\""
results4 = bing_api(query)
if (len(results4['d']['results']) < 1):
query = "solution to " + searchTerm + relevantWords
results4 = bing_api(query)
paragraphArr = []
cleanParagraphArr = []
searchTermParArr = []
cleanSearchTermParArr = []
for x in results4['d']['results']:
url = x['Url']
paragraphs = findSentence(url, searchTerm, 'solution to ', '', 1)
if (len(paragraphs[0]) < 1):
paragraphs = findSentence(url, searchTerm, 'solution to ', '', 0)
for y in range(0, len(paragraphs[0])):
if (paragraphs[2]):
paragraphArr.append(paragraphs[0][y])
cleanParagraphArr.append(paragraphs[1][y])
else:
searchTermParArr.append(paragraphs[0][y])
cleanSearchTermParArr.append(paragraphs[1][y])
if (len(paragraphArr) < 1):
paragraphArr = searchTermParArr
cleanParagraphArr = cleanSearchTermParArr
if (len(cleanParagraphArr) > 0):
parIndex = bagOfWordsGivenParagraphs(cleanParagraphArr)[2]
print paragraphArr[parIndex]
result4 = paragraphArr[parIndex]
print '\n'
return [result1, result2, result3, result4]
def googleSearch(searchTerm):
#
print searchTerm
print '\n\n'
topRelatedWords = []
relevantWords = ' '
result1 = ''
result2 = ''
result3 = ''
result4 = ''
top2 = []
print 'ANECDOTE\n'
#ANECDOTE
query = "\"when I first heard about " + searchTerm + "\"" #exact phrasing
results4 = bing_api(query)
if (len(results4['d']['results']) < 1): #if no results from exact phrasing
query = "when I first heard about " + searchTerm #inexact phrasing
results4 = bing_api(query)
elif (len(results4['d']['results']) <
5): #if < 5 results from exact phrasing
query = "when I first heard about " + searchTerm #inexact phrasing
results4['d']['results'] = [
x for x in (bing_api(query)['d']['results'] +
results4['d']['results'])
] #combine results
paragraphArr = []
cleanParagraphArr = []
searchTermParArr = []
cleanSearchTermParArr = []
indices = []
searchTermIndices = []
for x in range(0, len(results4['d']['results'])):
url = results4['d']['results'][x]['Url']
paragraphs = findSentence(url, searchTerm, 'when I first heard about ',
'', 1) #search for exact phrase
if (len(paragraphs[0]) < 1):
paragraphs = findSentence(
url, searchTerm, 'when I first heard about ', '',
0) #search for paragraph containing fragments
for y in range(0, len(paragraphs[0])): #if paragraphs found
if (paragraphs[2]): #if exact phrasing found
paragraphArr.append(paragraphs[0][y])
cleanParagraphArr.append(paragraphs[1][y])
indices.append(x)
else: #if partial
searchTermParArr.append(paragraphs[0][y])
cleanSearchTermParArr.append(paragraphs[1][y])
searchTermIndices.append(x)
if (len(paragraphArr) < 1): #if exact phrasing not found
paragraphArr = searchTermParArr
cleanParagraphArr = cleanSearchTermParArr
indices = searchTermIndices
if (len(cleanParagraphArr) > 0): #if any paragraphs found
parIndex = bagOfWordsGivenParagraphs(
cleanParagraphArr, top2)[1] #best ranked by anecdote keywords
top2 = bagOfWordsUrlTopTwo(
results4['d']['results'][indices[parIndex]]['Url'],
searchTerm) #top two words on page not in search term
relevantWords = relevantWords + top2[0] + ' ' + top2[1] + ' '
print top2[0]
print '\n'
print top2[1]
print '\n'
result1 = paragraphArr[parIndex]
print result1
print '\n'
print 'PROBLEM\n'
#PROBLEM
query = "\"the problem with " + searchTerm + " is\"" #exact phrasing
results4 = bing_api(query)
if (len(results4['d']['results']) < 1): #if no results from exact phrasing
query = "the problem with " + searchTerm + relevantWords #inexact with top relevant words
results4 = bing_api(query)
elif (len(results4['d']['results']) <
5): #elif < 5 results from exact phrasing
query = "the problem with " + searchTerm + relevantWords #inexact with top relevant words
results4['d']['results'] = [
x for x in (bing_api(query)['d']['results'] +
results4['d']['results'])
] #combine results
if (len(results4['d']['results']) < 1): #if still no results
query = "the problem with " + searchTermIndices #search without top relevant words
results4 = bing_api(query)
print len(results4['d']['results'])
elif (len(results4['d']['results']) < 5): #elif still < 5 results
query = "the problem with " + searchTermIndices #search without top relevant words
results4['d']['results'] = [
x for x in (bing_api(query)['d']['results'] +
results4['d']['results'])
] #combine results
paragraphArr = []
cleanParagraphArr = []
for x in results4['d']['results']:
url = x['Url']
paragraphs = findSentence(url, searchTerm, 'the problem with ', ' is',
1) #search for exact phrase
if (len(paragraphs[0]) < 1): #if exact phrase not found
paragraphs = findSentence(
url, searchTerm, 'the problem with ', ' is',
0) #search for paragraphs containing fragments
for y in range(0, len(paragraphs[0])):
paragraphArr.append(paragraphs[0][y])
cleanParagraphArr.append(paragraphs[1][y])
if (len(cleanParagraphArr) > 0):
result2 = paragraphArr[bagOfWordsGivenParagraphs(
cleanParagraphArr, top2)[0]]
print result2
print '\n'
print 'WIKIPEDIA\n'
#WIKI
query = searchTerm + relevantWords + ' site:en.wikipedia.org'
results = bing_api(query)
if (len(results['d']['results']) < 1): #if no results
query = searchTerm + ' site:en.wikipedia.org' #search without top relevant words
results = bing_api(query)
if (len(results['d']['results']) > 0):
for x in range(0, 1):
url = results['d']['results'][x]['Url']
result3 = re.sub(r'\[[^\]]*\]', ' ',
bagOfWordsByParagraph(url)
[0]) #remove anything between square brackets
result3 = re.sub(r'\<[^\>]*\>', ' ',
result3) #remove anything between angle brackets
result3 = re.sub(r'\([^\)]*\)', ' ',
result3) #remove anything between parentheses
print result3
print '\n'
print 'SOLUTION\n'
#SOLUTION
query = "\"solution to " + searchTerm + "\"" #exact phrasing
results4 = bing_api(query)
if (len(results4['d']['results']) < 1): #if no results from exact phrasing
query = "solution to " + searchTerm + relevantWords #search with top relevant words
results4 = bing_api(query)
elif (len(results4['d']['results']) <
5): #if < 5 results from exact phrasing
query = "solution to " + searchTerm + relevantWords #search with top relevant words
results4['d']['results'] = [
x for x in (bing_api(query)['d']['results'] +
results4['d']['results'])
] #combine results
if (len(results4['d']['results']) < 1): #if still no results
query = "solution to " + searchTerm #search without top relevant words
results4 = bing_api(query)
elif (len(results4['d']['results']) < 5): #if still < 5 results
query = "solution to " + searchTerm #search without top relevant words
results4['d']['results'] = [
x for x in (bing_api(query)['d']['results'] +
results4['d']['results'])
] #combine results
paragraphArr = []
cleanParagraphArr = []
searchTermParArr = []
cleanSearchTermParArr = []
for x in results4['d']['results']:
url = x['Url']
paragraphs = findSentence(url, searchTerm, 'solution to ', '', 1)
if (len(paragraphs[0]) < 1):
paragraphs = findSentence(url, searchTerm, 'solution to ', '', 0)
for y in range(0, len(paragraphs[0])):
if (paragraphs[2]):
paragraphArr.append(paragraphs[0][y])
cleanParagraphArr.append(paragraphs[1][y])
else:
searchTermParArr.append(paragraphs[0][y])
cleanSearchTermParArr.append(paragraphs[1][y])
if (len(paragraphArr) < 1):
paragraphArr = searchTermParArr
cleanParagraphArr = cleanSearchTermParArr
if (len(cleanParagraphArr) > 0):
parIndex = bagOfWordsGivenParagraphs(cleanParagraphArr, top2)[2]
print paragraphArr[parIndex]
result4 = paragraphArr[parIndex]
print '\n'
return [result1, result2, result3, result4]